JP4881612B2 - Reservation schedule optimization device and reservation schedule optimization method - Google Patents

Description

  The present invention relates to a reservation schedule optimizing device and a reservation schedule optimizing method for optimizing a reservation schedule in accordance with practical operations.

  Conventionally, reservation management for beauty salons, conference rooms, hospitals, and the like has been performed manually. The reservation includes a parallel reservation in which a plurality of processes are performed during the same time period. In parallel reservation, for example, a two-dimensional reservation matrix table is created and managed so that a plurality of reservations do not overlap in the same time zone. On the vertical axis of the reservation matrix table, the name of the person who performs the work, the place where the work is performed, etc. input. A time series for performing each processing is input on the horizontal axis. In such reservation management, the reservation manager optimizes the reservation table himself and manually updates the records.

  In recent years, applications that can create these reservation matrix tables on a personal computer have been developed. On such an application, as described above, the type and name of parallel processing are displayed in the columns of the reservation matrix table, the time series are displayed in the rows, and reservation registration and reservation update are performed by data input.

  For example, there has been proposed a hairdressing and beauty customer management device that displays a clerk in a column on a reservation screen and displays a cell having a length of time corresponding to the treatment content selected in a row (see Patent Document 1).

In addition, in the beauty salon, in addition to the work frame other than the current person as the main work frame, a plurality of alias work frames are provided at the same time according to the number of assistants at that time. There has been proposed a system that makes it possible for a plurality of reservation persons to make simultaneous reservations as if there were a plurality of workers (see Patent Document 2).
Japanese Patent Laid-Open No. 11-15877 JP 2004-178110 A

  In the above application, when rows or columns of plates or lines indicating processing time or treatment time (hereinafter referred to as “reserved plates”) overlap, the time frame is treated as impossible. It was. However, the reserved plate is merely a symbol for processing, and it may actually be possible to add the reserved plate by rearranging the reserved plate. Conventionally, the administrator has considered the rearrangement when the reserved plates overlap, and the administrator has manually performed the process of moving the reserved plates.

  In view of the above circumstances, an object of the present invention is to provide a reservation schedule optimization device and a reservation schedule optimization method for optimizing a schedule reservation plan on an application.

In order to achieve the above object, a first feature of the present invention is [a] a reservation schedule optimizing device capable of displaying a reservation screen for setting a treatment reservation, wherein the reservation screen includes A reservation table in the form of a matrix composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. there are presented, on the reservation table [b], if the reservation plate representing the reservation time of the treatment with one or more of said time blocks there are multiple, among the plurality of reservation plate closer reservation time together things together create at least one or more groups, the first rearranging means (1) for performing a first sort based on the reservation time in the group, [c] of the first sorting Case results First sorting storage unit (6), [d] said after the first sort, the empty block extracting means for extracting the free blocks said reservation plate is not present in the reservation table generated by the first sorting of (2) and [e] Additional reserved block extracting means (3) for extracting the position of the reserved plate to be added on the time-series line and the number of time blocks when a reserved plate is newly added in the empty block when a determination means for determining reserved plate [to] the additional insertable in said free block (4), [preparative] the insertable and if it is determined, the first sorting storage device (6 ) than retrieve the results of the first sort, the place reserved plate the add to the insertable position of the free block, reserved in the group reserved plate belongs to the additional And summarized in that while a reservation schedule optimization device comprising then a second rearrangement means for performing a second sort for performing insertion of additional reserve plates (5) relative to the.

A second feature of the present invention is [a] a reservation schedule optimization method in a reservation schedule optimization apparatus capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization apparatus includes: A work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A step of presenting a reservation table in the form of a matrix; and [b] when there are a plurality of reservation plates representing the reservation time of the treatment in one or more time blocks on the reservation table , a plurality of the reservation plates Among them, those having similar reservation times are grouped together to create at least one group, and the first rearrangement is performed based on the reservation time within the group. [C] storing the result of the first rearrangement in the first rearrangement storage device (6), and [d] in the reservation table generated by the first rearrangement after the first rearrangement . A step of extracting an empty block where the reserved plate does not exist , and [e] when newly adding a reserved plate in the empty block, the position of the reserved plate to be added on the time series line and the number of time blocks extracting, [to] determining whether insertable into said additional reserve plate within the free block, [preparative] the insertable and if it is determined, the first sorting storage device (6) to get more of the first sorting result, the place reserved plate the add to the insertable position of the free block, when booking in the group reserved plate belongs to the additional And a step of performing a second rearrangement for inserting a reservation plate to be added next on the basis of the interval, and a summary of the reservation schedule optimizing method.

  According to the reservation schedule optimizing apparatus and the reservation schedule optimizing method of the present invention, it is possible to optimize the schedule reservation plan performed on the application in accordance with the actual work.

  Hereinafter, a reservation schedule optimizing apparatus and a reservation schedule optimizing method according to embodiments of the present invention will be described. In addition, the apparatus, method, etc. which are used in embodiment of this invention are examples, and of course this invention is not limited to these.

In the following description, a reservation schedule optimizing device for managing a reservation schedule in a beauty salon having a plurality of hairdressers will be described as an example. In the reservation schedule optimizing device, a schedule screen 30 as shown in FIG. 53 is presented to an operator such as a beautician. The schedule screen 30 includes a two-dimensional matrix 33 indicating the name of a beautician performing a treatment on the vertical axis and the passage of time on the horizontal axis. The reservation schedule optimizing device prompts the operator to insert a reservation plate 31 set in advance for each type of treatment to be performed at a location corresponding to the beautician in charge and the treatment time in the two-dimensional matrix. At this time, the inserted reservation plate 32 should not be divided. After inserting a plurality of reservation plate, the reservation plate becomes more insertion possible, appointment scheduling optimizer performs example replacement lined insert the reserved plate, plates can be inserted a number of reservations plate as possible To create free time. Then, the operator is prompted to insert another reservation plate in the created free time.

Hereinafter, in the first to eighth embodiment, under the various conditions will be described reservation schedule optimization apparatus and its operation performs reordering example of this reservation plate.

(First embodiment)
(Reservation schedule optimization device)
As shown in FIG. 1, the reservation schedule optimizing apparatus 100 according to the first embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a central control device (hereinafter referred to as a CPU). 15), main storage device 16, auxiliary storage device 17 and the like.

  The input device 11 is a keyboard, a mouse, an interface for receiving an input signal, or the like. It may be input via an external storage device such as a floppy (registered trademark) disk or hard disk. The output device 12 is a device for outputting a processing result or the like, and specifically indicates a liquid crystal display, a CRT display, a printer, or the like. The communication control device 13 generates a control signal for transmitting / receiving data to / from another device. The communication interface 14 is a device for transmitting and receiving data between other devices. The CPU 15 performs arithmetic processing such as processes and instructions. The main storage device 16 temporarily stores a program describing a processing procedure and data to be processed as a main memory, and delivers a machine instruction and data of the program according to a request from the CPU 15. Data processed by the CPU 15 is written to the main storage device 16. The main storage device 16 and the CPU 15 are connected by an address bus, a data bus, a control signal, and the like. The auxiliary storage device 17 is an auxiliary memory of the main storage device 16.

The auxiliary storage device 17 is a working memory, and a first reordering example storage device 6 and a second reordering example storage device 7. First reordering example storage device 6 is a storage device for storing reservation plate first reordering example was performed. Second reordering example storage device 7 is a storage device for storing reservation plate second reordering example was performed. The first reordering example storage device 6 and a second reordering example storage device 7 may be stored in the main memory 16.

The CPU 15 includes a first rearrangement unit 1, an empty block extraction unit 2, an additional reserved block extraction unit 3, a determination unit 4, and a second rearrangement unit 5. First rearranging means 1 performs a first reordering example of reservation plates inputted. In the first rearrangement, based on a plate having an early reservation time, a plate that overlaps at least a part of the time block is rearranged in the order of early reservation time. In the embodiment of the present invention, first reordering e second reordering example both performs the example replacement arranged in ascending order of reservation time, depending the form of reservation system, e replacement arranged slowest of reserved time It may be set to perform. This the same in the first reordering e second reordering example description below. Free block extracting means 2, after the first reordering example, extracts the free block generated by the first reordering e. The additional reserved block extracting means 3 extracts the number of blocks of the reserved plate to be newly added, the insertion position, and the like. The determination unit 4 determines whether or not the additional reservation plate can be inserted into the empty block. Second rearranging means 5 is in the proper position of the extracted free block, after placing the reservation plate, a second reordering example booking plate.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100 according to the first embodiment of the present invention will be described with reference to the flowchart of FIG.

(A) First, in step S101, reservation registration is input. In reservation registration, the operator inputs a plurality of reservation plates via the input device 11. The reservation plate is inputted along a time series on the horizontal axis in a desired work line. FIG. 3 is a table schematically showing the two-dimensional matrix 33 of FIG. 53, and there are four work frames (work lines) on the vertical axis. A plate is a block of blocks that are continuous in time within a single work frame. Assuming that one work frame is one treatment and one block is a processing time of 30 minutes, FIG. 3 shows that the treatment shown in 11 reservation plates is executed from 9 o'clock to 18:30. Yes. The number in the reservation plate indicates a reservation number uniquely given at the time of reservation.

(B) Book plate multiple input result, the additional more booking plate by the length of the reserved plate as shown in FIG. 3 becomes impossible, first reordering example means 1 in step S102 is first reordering example to implement. The first of reordering Edewa, first of all reservation number is the basis of the best young reservation plate 1, plate the reservation by the vertical line plate 1 and the block are overlapped with each other even one, that is, the reservation plate to perform the process in the same time zone Grouping is performed to make group 1. For example, in FIG. 3, the reservation plates 1 (reference), 10, 4, and 7 in which treatment is performed in the same time period from 10:30 to 11:30 are group 1. Next example replacement arranged group 1 in ascending order of the reservation number, re-arranged in order of 1, 4, 7, 10 reservations plate as shown in FIG.

Next, reservation plates 5, 11, 2 (reference), 8, which are reservation plates other than group 1, with reservation plate 2 having the smallest reservation number as a reference, and at least one reservation plate 2 and a block overlap in a vertical line. Are grouped into group 2. E replacement arranging reservations plate in the group 2 in the ascending order of the reservation number, re-arranged as shown in FIG. Similarly, reservation plates 6 and 3 (reference) in which the reservation plate 3 and the block are overlapped with each other in the vertical line, with the reservation plate 3 having the youngest reservation number as a reference in the reservation plates other than the groups 1 and 2. 9 and group 3, replacement arranging reservations plate in the group 3 in ascending order of reservation number example, repositioning as shown in FIG. After the first reordering e ends, reordering example results are stored in the first reordering example storage device 6.

(C) In step S103, the empty block extraction means 2 counts the number of empty blocks every 30 minutes (1 block) of the reserved plates in groups 1 to 3 shown in FIG. Since there are four work frames, the count value is 0-4. The count result is as shown in FIG. In step S104, the status of the empty block is displayed from the resulting count value (see FIG. 7).

(D) In step S105, for example, when an operator requests to add two new reserved plates, the additional reserved block extracting means 3 in step S106 determines the position and block of the additional reserved plate in time series. Extract the number. Assuming that one additional reserved plate is 3 blocks from 9 o'clock to 10:30 and another additional reserved plate 13 is 5 blocks from 11:30 to 14:00, the count result of this block is shown in FIG. It becomes like this. In step S107, the determination unit 4 compares the count result of FIG. 6 with the availability of FIG. 5, and determines whether an additional reserved plate can be inserted. If it can be inserted, the two additional reserved plates are inserted as an additional reserved plate 12 and an additional reserved plate 13 in the empty area as shown in FIG. If it cannot be inserted, a message to that effect is displayed on the output device 12.

In (e) step S108, the second rearrangement means 5 is, from the first reordering example storage device 6 obtains the reservation plate group 7, e replacement arranged in groups with each other as well reserved plate overlaps the step S102 I do. Group 1 is reserved plate 1 (reference), 4, 7, 10, 12. Group 2 is reserved plate 13 (reference), 2, 5, and 8. Group 3 is reserved plate 11 (reference), 3 and 6. Group 4 serves as a reservation plate 9 (reference).

In the case of the second reordering For example, even if there is a fast plate is the start time in the same group, if the work frame number and the number of blocks is not enough, located in empty space like a book plate 2,10 It doesn't matter. In step S109, second reordering example of results are displayed on the output device 12 as shown in FIG. Further, after the second reordering example completion, reordering example results are stored in a second reordering example storage device 7.

In this way, by carrying out the example replacement side by side in the first and second, eliminating the wasteful free time, it is possible to accept the reservation as much as possible. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Second Embodiment)
(Reservation schedule optimization device)
In the first embodiment, the treatment using four work frames (work lines) has been described. This treatment is performed by a beautician, but the number of work frames that can be handled varies depending on the skill level of the beautician. It is also possible to rank the hairdressers so that the treatment fees differ, for example, the top stylist ranks first, the stylist ranks second, the apprentices rank third, etc. Conceivable. In the second embodiment, in consideration of such a situation, a reservation schedule optimization method in the case where hairdressers of different ranks, for example, first rank and second rank are in charge of three work frames, respectively. Will be described.

As shown in FIG. 9, the reservation schedule optimizing apparatus 100a according to the second embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15a, a main storage device 16, and a first reordering example storage device 6a and the second reordering example storage device 7a.

First reordering example storage device 6a is a storage device for storing reservation plate first reordering example is performed, comprising a first rank storage unit 18a and the second rank storage unit 18b. The first rank storage unit 18a stores reservation plates in the first rank work frame, and the second rank storage unit 18b stores reservation plates in the second rank work frame.

Second reordering example storage device 7a is a storage device for storing reservation plate second reordering example is performed, comprising a first rank storage unit 19a and the second rank storage unit 19b. The first rank storage unit 19a stores reservation plates in the first rank work frame, and the second rank storage unit 19b stores reservation plates in the second rank work frame.

CPU15a is first reordering example means 201 consisting of the first rank first rearrangement means 1a and a second rank first rearrangement means 1b, the empty block extracting unit 2a, add reserved block extracting unit 3a, the determination unit 4a also , and a second reordering example means 202 consisting of the first rank second rearranging means 5a and the second ranks second rearrangement means 5b.

First rank first rearranging means 1a performs the first reordering example of reservation plate inputted in the first rank. Second rank first rearranging means 1b performs the first reordering example of reservation plate inputted in the second rank. In the first sort, based on the plate of the early booking time, you can exchange side-by-side plate which overlaps with the plate in the ascending order of the reservation time.

Free block extracting means 2a, the empty block extracting generated by first arranging e replacement reordering first after example of the first in the ranking, the first arranged after e replacement first arranged in the second in rank to extract the free block generated by the exchange example. The additional reserved block extracting unit 3a extracts the number, arrangement, and the like of the newly reserved plate block. The determination unit 4a compares the number of blocks of the reserved plate with the vacant status, and determines whether an additional reserved plate can be inserted.

First rank second rearranging means 5a, after the reservation plate in position free blocks extracted by the first in rank is arranged, a second reordering e. Second rank second rearranging means 5b, after the reserved plates in position of the empty blocks that have been extracted by the second in the ranking place, a second reordering e. Since other devices are the same as those in the first embodiment, description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100a according to the second embodiment will be described with reference to the flowchart of FIG.

(A) First, in step S201, it is assumed that the operator inputs reservation registration (reservation plate) in the upper first rank frame and the lower second rank frame in FIG. Each reservation plate is assigned a reservation number such as 1 to 9 for the first rank frame and A to H for the second rank frame.

(B) Book plate multiple input result, reservation if additional any more by the length of the plate becomes impossible, first rank first reordering example means 1a first rank in step S202 as shown in FIG. 11 first reordering example performed of the inner, second rank first reordering example means 1b for performing a first reordering example in the second rank. First reordering example procedure in each rank is the same as step S102 of FIG. First reordering example of results, free blocks status of each rank is as shown in FIG. 12, in the first rank within 1, group 1 booking plate 1 (reference), 4,7, group 2 booking plate 2 (Reference), 5, 8 and group 3 become reserved plates 3 (reference), 6, 9. Within the second rank, group 1 is reserved plate A (reference), D, G, group 2 is reserved plate B (reference), E, H, and group 3 is reserved plate C (reference), F. The first reordering example of results of the first rank stored in the first rank storage unit 18a of FIG. 9, first reordering example of results of the second rank stored in the second rank storage unit 18b of FIG. 9 Is done.

(C) In step S203, the empty block extraction means 2a counts the number of empty blocks for each time-series block in the reserved plates of the first and second rank groups 1 to 3 shown in FIG. Since there are three work frames each, the count value is 0-3. The count result is as shown in FIG. In step S204, the empty block status is displayed as shown in FIG. 14 based on the count result value.

(D) In step S205, for example, when an operator requests to add one new reservation plate to each rank, the additional reservation block extraction means 3a adds the first reservation rank in step S206. The position and the number of blocks on the time series of the reserved plate are extracted, and the position and the number of blocks on the time series of the additional reserved plate are extracted within the second rank. In step S207, the determination unit 4a compares the extraction result with the availability, and determines whether an additional reserved plate can be inserted. If it is determined that insertion is possible, the additional reservation plate 10 is inserted as in the first rank frame of FIG. Further, as shown in the second rank frame in FIG. 14, the additional reserved plate 1 is inserted at a position where the additional reserved plate can be inserted. If it cannot be inserted, a message to that effect is displayed on the output device 12.

(E) In step S208, the 1st rank 2nd rearrangement means 5a acquires the reservation plate group of the 1st rank frame of FIG. 14 from the 1st rank memory | storage part 18a, and performs 2nd rearrangement . Further, the second rank second rearranging means 5b acquires the reserved plate group of the second rank frame in FIG. 14 from the first rank storage unit 19a, and executes the second rearrangement . Second reordering example results, in the first in rank, group 1 booking plate 1 (reference), 4,7, group 2 booking plate 2 (reference), 5,8, group 3 booking plate 10 (reference ), 3, 6 and Group 4 are reserved plates 9 (reference). In the second rank, group 1 is reserved plate A (reference), D, G, group 2 is reserved plate I (reference), B, E, group 3 is reserved plate H (reference), C, group 4 is reserved plate F (standard). The second reordering example of results of the first rank stored in the first rank storage unit 19a of FIG. 9, a second reordering example of results of the second rank stored in the second rank storage unit 19b of FIG. 9 Is done.

In step S209, second reordering example of results are displayed on the output device 12 as shown in FIG. 15.

In this way, even in the case where divided into two ranks, by carrying out the example replacement side by side in the first and second, eliminating the wasteful free time, it is possible to accept the reservation as much as possible. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Third embodiment)
(Reservation schedule optimization device)
In the second embodiment, the case where work frames are divided according to ranks and the like has been described, but this requires that a beautician is designated in advance from the customer side. However, depending on the beauty salon, there may be a free appointment without a beautician designation or rank designation. In this case, it is necessary for the beauty salon side to select an available hairdresser at the reserved time. Therefore, in the third embodiment, two beauticians are in charge of each of three work frames (because a beautician is designated, and henceforth referred to as “nomination frame”), and free reservations are made. An explanation will be given of the reservation optimization process in the case where a work frame (hereinafter referred to as “free frame”) is appropriately shared and a procedure is performed. In the third embodiment, it is assumed that the two beauticians have the same rank, and the processing regarding the rank is not particularly performed.

As shown in FIG. 16, the reservation schedule optimizing device 100b according to the third embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15b, a main storage device 16, and a first reordering example storage device 6b and the second reordering example storage device 7b.

First reordering example storage device 6b is a storage device for storing a first reordering Introduction made reservation plates comprises first appointed storage unit 18f, a second nomination storage unit 18g and the free storage unit 18c . The 1st nomination memory | storage part 18f stores the reservation plate in a 1st nomination frame. The 2nd nomination memory | storage part 18g stores the reservation plate in a 2nd nomination frame. In addition, since the two hairdressers have the same rank, hereinafter, for convenience of explanation, they will be distinguished from “first designation” and “second designation”. The free storage unit 18c stores reservation plates in the free frame.

Second reordering example storage device 7b is a storage device for storing reservation plate second reordering example is performed, it comprises first appointed storage unit 19f, a second nomination storage unit 19g and the free storage unit 19c . The 1st nomination memory | storage part 19f stores the reservation plate in a 1st nomination frame. The 2nd nomination memory | storage part 19g stores the reservation plate in a 2nd nomination frame. The free storage unit 19c stores reservation plates in the free frame.

CPU15b is first nominated rearrangement means 1q, first reordering example means 301 made of a second nomination rearranging means 1r and free first rearrangement means 1c, the free block extracting unit 2c, free reserved block extracting unit 2d, nominated A second block comprised of an empty block extraction means 2e, an additional reserved block extraction means 3b, a determination means 4b, a first designated second sorting means 5q, a second designated second sorting means 5r and a free second sorting means 5c. and a reordering example means 302.

The first nomination the first rearranging means 1q performs the first reordering example of reservation plate, which is input to the first nomination frame within. Second nomination first rearranging means 1r performs the first reordering example of reservation plate to be input to the second nomination frame within. Free sorting means 1c performs the first reordering example of reservation plate to be entered into the free frame. The empty block extraction means 2c extracts the first and second nominations and the empty blocks in the free frame. The free reserved block extracting means 2d calculates the total number of reserved plates in the free frame existing at the same time (vertical axis block). The designated empty block extracting means 2e extracts empty blocks existing at the same time through the first and second nominations.

  The determination means 4b compares the free reserved block block extracted by the free reserved block extracting means 2d with the first and second designated empty blocks extracted by the designated empty block extracting means 2e, and can an additional reserved plate be inserted? Determine.

First appointed second rearranging means 5q executes the second reordering example of reservation plate which is input to the first nominated frame within. Second nomination second rearranging means 5r performs second reordering example of reservation plate to be input to the second nomination frame within. Free second rearranging means 5c, after placing the booking plate in position free blocks extracted by the free frame within performs example replacement second side by side. Since other devices are the same as those in the first and second embodiments, description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100b according to the third embodiment will be described with reference to the flowchart of FIG.

(A) First, in step S301, when the operator inputs a reservation plate to the upper first designated frame, the middle second designated frame, and the lower free frame in FIG. 18 via the input device 11. To do. Each reservation plate is assigned a reservation number such as 1 to 8 for the first designated frame, A to F for the second designated frame, and I to V for the free frame. At this time, the total number of reserved plates of the first and second designations is not necessarily the total number of free reserved plates. The total number of first and second designated reservation plates may be equal to or greater than the total number of free reservation plates. The number of free reservation plates can be arbitrarily set within the number of designated frames that each hairdresser has. For example, if there are three designated frames for a hairdresser, the number of free frames is one to three, and the hairdresser can set freely according to the difficulty level of the treatment, the degree of reservation, and the like.

(B) Book plate multiple input result, as the additional any more by the length of the reservation plate becomes impossible, first nominated first reordering example means 1a in step S302 is first nominated as the FIG. 18 first reordering example implemented in the frame, the second appointed first reordering example means 1b conducted a first reordering example of second nomination frame, free first reordering example means 1c free to implement the first of reordering example in the frame. First reordering example procedure in each rank is the same as step S102 of FIG. First reordering example of results, free blocks status of each rank is as shown in FIG. 19, in the first nominated frame within group 1 booking plate 1 (reference), 4,7, group 2 booking plate 2 (Reference), 5 and group 3 are reserved plates 3 (reference), 6 and 8. Within the second nomination frame, group 1 is reserved plate A (reference), D, group 2 is reserved plate B (reference), E, and group 3 is reserved plate C (reference), F. Within the free frame, group 1 is reserved plate I (reference), IV, group 2 is reserved plate II (reference), and group 3 is reserved plate III (reference), V. First reordering example of results are stored in the first reordering example storage device 6b.

(C) In step S303, the empty block extracting means 2c counts the number of empty blocks for each time-series block in the reserved plates of the first, second and free groups 1 to 3 shown in FIG. Since there are three work frames for the first and second nominations, the count value is 0 to 3, and since there are six free work frames, the count value is 0 to 6. The result of counting the number of empty blocks is as shown in FIG.

(D) In step S304, the free reserved block extracting means 2d extracts the number of blocks for the same time (vertically arranged) of reserved plates in the free frame. The count value is 0 to 6, and the extraction result is as shown in FIG. In step S305, the designated empty block extraction unit 2e extracts the total number of empty blocks of the same time (vertically arranged) in the first and second nominations. The count value is 0-6. The extraction result is as shown in FIG. In step S306, the extraction results of FIGS. 20B and 20C are compared, and the number of empty blocks 31 in which the numerical values match is set to 0 (see FIG. 21).

(E) In step S307, the empty block status is displayed as shown in FIG. In step S308, for example, upon receiving a request from the operator to add one new reserved plate for free, the additional reserved block extracting means 3b in step S309 determines the position and number of blocks in the time series of the additional reserved plate. To extract. In step S310, the determination unit 4b compares the extraction result with the availability, and determines whether an additional reserved plate can be inserted. If it can be inserted, the additional reservation plate VI is inserted as in the free frame of FIG. If it cannot be inserted, a message to that effect is displayed on the output device 12.

In (f) step S311, the first reordering example storage device 6b first appointed second rearrangement means 5q acquires the first nomination appointment slots plate group in FIG. 22, to perform a second sort. Similarly, the second appointed second rearrangement means 5r is a booking plate group of the second nomination frame, free second reordering example means 5c is a booking plate group free frame, executes each second sort. In the first nomination frame, group 1 is reserved plate 1 (reference), 4, 7, group 2 is reserved plate 2 (reference), 5, and group 3 is reserved plate 3 (reference), 6, 8. Within the second nomination frame, group 1 is reserved plates A (reference) and D, group 2 is reserved plates B (reference) and E, and group 3 is reserved plates C (reference) and F. Within the free frame, group 1 is reserved plate I (reference), IV, group 2 is reserved plate VI (reference), II, and group 3 is reserved plate III (reference), V. Further, in FIG. 21, all the places where the number of empty blocks becomes 0 are marked with “x”, and reservation to this place is impossible.

At step S312, the second reordering example of results are displayed on the output device 12 as shown in FIG. 23.

Thus, even if it is divided according to the designated rank and free, the first and second
By performing the reordering yeah, eliminating the wasteful free time, it is possible to accept the reservation as much as possible. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Fourth embodiment)
(Reservation schedule optimization device)
In the third embodiment, the description has been given of the process in which free hair reservations are distributed and booked by hairdressers of the same rank, but it is also possible to provide hairdressers of different ranks and free frames of different ranks. In this case, as for the nomination from the customer at the time of reservation, the beautician is designated from the customer side (at the same time the beautician rank is also designated), or only the beautician rank is designated. In the fourth embodiment, the two first-ranked beauticians A1 and B1 are in charge of three nomination frames, and the second-rank beautician C2 is in charge of three nomination frames. In addition, in the case of making a treatment reservation by dividing the free into a first free frame that the first rank beautician A1, B1 is in charge and a second free frame that the second rank beautician C2 is in charge of The reservation optimization process will be described.

As shown in FIG. 24, the reservation schedule optimizing device 100c according to the fourth embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15c, a main storage device 16, and a first reordering example memory 6c and second reordering example storage device 7c.

First reordering example storage device 6c is a storage device for storing reservation plate first reordering example is performed, the first rank storage unit 18a, the second rank storage unit 18b, the first free storage unit 18d And a second free storage unit 18e. The first free storage unit 18d stores a reserved plate in the first free frame. The second free storage unit 18e stores reserved plates in the second free frame.

Second reordering example storage device 7c is a storage device for storing reservation plate second reordering example is performed, the first rank storage unit 19a, the second rank storage unit 19b, the first free storage unit 19d And a second free storage unit 19e. The first free storage unit 19d stores reservation plates in the first free frame. The second free storage unit 19e stores reserved plates in the second free frame.

CPU15c the first rank rearranging section 1a, the second rank rearranging section 1b, first reordering example means 401 consisting of the first free first rearrangement means 1d and the second free first rearrangement means 1e, a free block Extraction means 2f, free reserved block extraction means 2g, rank free block extraction means 2h, additional reserved block extraction means 3c, determination means 4c, first rank second sort means 5a, second rank second sort means 5b , and a second reordering example means 402 consisting of the first free second rearranging means 5d and the second free second rearrangement means 5e.

The first free first rearranging means 1d performs the first reordering example of reservation plate, which is input to the first free frame. Second free first rearranging means 1e performs first reordering example of reservation plate to be input to the second free frame. The empty block extracting means 2f extracts empty blocks in the first and second ranks and the first and second free frames. The free reserved block extracting means 2g calculates the total number of blocks of reserved plates in the free frame existing at the same time (vertical axis block). The rank empty block extracting means 2h extracts empty blocks existing at the same time of all ranks.

  The determination unit 4c compares the blocks in the free frame reserved plate extracted by the free reserved block extracting unit 2g with the first and second rank free blocks extracted by the rank free block extracting unit 2h, and can an additional reserved plate be inserted? Determine.

  The 1st free 2nd rearrangement means 5d arrange | positions a reservation plate in the appropriate position of the empty block extracted within the 1st free frame. The 2nd free 2nd rearrangement means 5e arrange | positions a reservation plate in the appropriate position of the empty block extracted within the 2nd free frame. Since other devices are the same as those in the first to third embodiments, description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100c according to the fourth embodiment will be described with reference to the flowchart of FIG.

(A) First, in step S401, the operator operates the input device 11 to display the first rank hairdresser A1 first rank frame, the first rank hairdresser B1 hairdresser B1 rank frame, the second rank, as shown in FIG. It is assumed that the reservation plate is input to each of the C2 rank frame of the rank beautician C2, the first free frame that the beauticians A1 and B1 are in charge of, and the second free frame that the beautician C2 is in charge of. Each reserved plate includes 1 to 8 for the A1 rank frame, A to F for the B1 rank frame, a to f for the C2 rank frame, I to V for the first free frame, and the second free frame. Is assigned a reservation number such as Ai.

(B) Book plate multiple input result, the additional any more by the length of the reserved plate as shown in FIG. 26 becomes impossible, first rank first reordering example means 1a in step S402 is the A1, at B1 in rank, performed e replacement arranging each of the first, second rank first reordering example means 1b conducted a first reordering example in the C2 rank, first arranging the first free replacement example means 1d performed first reordering example of the first free frame, the second free first reordering example unit 1e to practice the first reordering example of the second free frame. First reordering example procedure in each rank is the same as step S102 of FIG. First reordering example of results, free blocks status of each rank is as shown in FIG. 27, in the first A1 rank, group 1 booking plate 1 (reference), 4, Group 2 reserved plate 2 (reference), 5. Group 3 is reserved plate 3 (reference), 6, 7 and rank B1, group 1 is reserved plate A (reference), D, group 2 is reserved plate B (reference), E, group 3 is reserved plate C (reference), F. In rank C2, group 1 is reserved plate a (reference), d, group 2 is reserved plate b (reference), e, and group 3 is reserved plate c (reference), f. In the first free, group 1 is reserved plate I (reference), IV, group 2 is reserved plate II (reference), and group 3 is reserved plate III (reference), V. In the second free, group 1 is reserved plate (reference), yes. First reordering example of results are stored in the first reordering example memory 6c.

(C) In step S403, the empty block extraction means 2f counts the number of empty blocks for each time-series block in the reserved plates of groups 1 to 3 and the like of all ranks shown in FIG. Since each of the work frames of ranks A1, B1, and C2 is three, the count value is 0 to 3, the first free work frame is six, the count value is 0 to 6, and the second free work frame is three. The value is 0-3. The result of counting the number of empty blocks is as shown in FIG.

(D) In step S404, the free reserved block extracting means 2g extracts the number of blocks for the same time (vertically arranged) in the reserved plates in the first and second free frames. The count value in the first free frame is 0 to 6, and the count value in the second free frame is 0 to 3. The extraction result is as shown in FIG. In step S405, the rank empty block extraction means 2h extracts the total number of empty blocks of the same time (vertically arranged) in the same rank, that is, the ranks A1, B1, and C2. The count values in the A1 and B1 ranks are 0 to 6, and the count values in the C2 rank are 0 to 3. The extraction result is as shown in FIG. In step S406, the extraction results of FIGS. 28B and 28C are compared, and the number of empty blocks 32, 33, and 34 in which the number of first and second free reserved plates matches the number of first and second rank free blocks. Are all set to 0 (see FIG. 29).

(E) In step S407, the state of the empty block is displayed as shown in FIG. 30 based on the value of the extraction result. In step S408, for example, upon receiving a request from the operator to newly add one reserved plate at a time in the first and second free, the additional reserved block extracting means 3c in the time series of the additional reserved plate in step S409. Extract the position and number of blocks. In step S410, the determination unit 4c compares the extraction result with the availability, and determines whether an additional reserved plate can be inserted. If it can be inserted, the additional reserved plate VI is inserted as in the first free frame of FIG. Similarly, an additional reserved plate is inserted at a position where the additional reserved plate can be inserted as in the second free frame of FIG. If it cannot be inserted, a message to that effect is displayed on the output device 12.

In (f) step S411, the first rank second rearranging means 5a from the first reordering example storage device 6c obtains the reservation plate group of the first rank frame, performing a second sort (see FIG. 31 ). Similarly, the second rank second rearrangement means 5b booking plate group of the second rank frame, the first free second reordering example means 5d booking plate group of the first free frame, the second side by side free second replacement example means 5e is a booking plate group of the second free frame, executes each second sort. Within rank A1, group 1 is reserved plate 1 (reference), 4, 7, group 2 is reserved plate 2 (reference), 5, group 3 is reserved plate 3 (reference), 6, 8, and rank B1 Then, group 1 is reserved plate A (reference), D, group 2 is reserved plate B (reference), E, and group 3 is reserved plate C (reference), F. Within rank C2, group 1 is reserved plate a (reference), d, group 2 is reserved plate b (reference), e, and group 3 is reserved plate c (reference), f. Within the first free frame, group 1 is reserved plate I (reference), IV, group 2 is reserved plate VI (reference), II, and group 3 is reserved plate III (reference), V. Within the second free frame, group 1 is reserved plate (reference), yes, yes. In addition, all the places where the number of empty blocks becomes 0 are marked with “x”, and reservation to this place is impossible (see FIG. 31).

In step S412, second reordering example results stored in the second reordering example storage device 7c, is displayed on the output device 12 as shown in FIG. 31.

In this way, another nomination rank, even in the case of divided into free another, by carrying out the example replacement side by side in the first and second, eliminating the wasteful free time, it is possible to accept the reservation as much as possible. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Fifth embodiment)
(Reservation schedule optimization device)
It is possible for a hairdresser to perform a plurality of work frames in parallel, but some types of treatment cannot be handled at the same time start. In addition, it is impossible to double start the same treatment at the same time, but if it is a different kind of treatment, for example, it may be possible to accept a reservation by shifting 30 minutes. For example, it is impossible to start a perm treatment for two customers at the same time, but a cut can be handled 30 minutes after the start of the perm treatment. In the fifth embodiment of the present invention, the characteristics at the start of each treatment are examined in advance, and a relative interval for preventing insertion of other reserved plates is arranged for the treatment that cannot be started at the same time. To do. Since this depends on the skill level of the beautician in addition to the type of treatment, it is preferable to set in advance for each rank of the beautician. By using this plate with a relative interval , it is possible to automatically program fine adjustment of the treatment start timing which has been manually performed so far. Hereinafter, reservation optimization processing using a plate with a relative interval will be described.

As shown in FIG. 32, the reservation schedule optimizing device 100d according to the fifth embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15d, a main storage device 16, and a first relative reordering example storage device 6d and the second relative reordering example storage device 7d.

First relative reordering example storage device 6d is a storage device for storing reservation plate first reordering example is performed, comprising a first rank storage unit 20a and the second rank storage unit 20b. Second relative reordering example storage device 7d is a storage device for storing reservation plate second reordering example is performed, comprising a first rank storage unit 21a and the second rank storage unit 21b.

CPU15d the first rank first relative rearrangement means 1f and the second rank first relative reordering example means 501 consisting of a first relative rearranging section 1g, the free block extracting unit 2i, add reserved block extraction unit 3d, the determination means 4d, the relative interval condition determining means 8 also includes a first rank second relative rearranging means 5f and the second ranks second relative reordering example means 502 made of a second relative rearrangement means 5g.

  The 1st rank 1st relative rearrangement means 1f performs the 1st rearrangement of the reservation plate containing the relative interval in a 1st rank. The 2nd rank 1st relative rearrangement means 1g performs the 1st rearrangement of the reservation plate containing the relative interval in a 2nd rank.

The empty block extracting means 2i extracts empty blocks in the first and second ranks. The additional reserved block extracting means 3d extracts the arrangement position of the reserved plate to be added, the number of blocks, and the like. The determination unit 4d compares the empty block status with the number and arrangement of blocks of the reserved plate to be added, and determines whether the additional reserved plate can be inserted. Relative Interval condition determining unit 8, the additional reserved plate is determined whether the plate with relative interval, the relative interval with reservation plate to determine whether a predetermined condition is satisfied.

  The first rank second relative rearranging means 5f performs the second rearrangement of the reserved plates including the relative intervals in the first rank. The second rank second relative rearranging means 1g performs the second rearrangement of the reserved plates including the relative intervals in the second rank. Since other devices are the same as those in the first to fourth embodiments, description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100d according to the fifth embodiment will be described with reference to the flowchart of FIG.

(A) First, in step S501, the operator inputs a reservation plate to each of the first rank frame and the second rank frame via the input device 11. Each reservation plate, the first rank frame 1-6, the second rank frame is attached reservation number A~F like. In the fifth embodiment, plates 41 and 42 with relative intervals as shown in FIG. 34 (a) are used as a kind of reservation plate. Relative interval with plates 41 and 42 are configured and reserved plates normally used (no interval plate 43), the interval Plate 41a for preventing the other reservation, 41b, 42a, by a combination of 42b.

  The intervalless plate 43 includes an idle time plate. The idle time plate is a plate for preventing the reservation plate from being inserted at a time when it is known in advance that reservation is impossible for some reason such as the absence of a beautician.

In (b) step S502, the first rank first relative reordering example means 1f performs a first reordering example booking plate in the first rank. The second rank first relative reordering example means 1g perform first reordering example booking plate in the second rank. Reordering example of results is as shown in FIG. 34 (b), each reservation plates, first rank frame 1-5, the second rank frame is attached reservation number A~F such . Within the first rank 1, group 1 is reserved plate 1 (reference), 4, group 2 is reserved plate 2 (reference), 5, and group 3 is reserved plate 3 (reference), 6. Within the second rank, group 1 is reserved plate A (reference), D, group 2 is reserved plate B (reference), E, and group 3 is reserved plate C (reference), F. The first reordering example of results of the first rank stored in the first rank storage unit 20a of FIG. 32, the first reordering example of results of the second rank stored in the second rank storage unit 20b of FIG. 32 Is done.

Incidentally, Book plate 2 of the first rank frame shown in FIG. 34 (b) is a relative interval with plate 42, is reserved plate A of the second rank frame is a relative interval with plate 41. Block length of each interval with the plate is determined according to the degree of difficulty of treatment that are actually performed.

(C) In step S503, the empty block extraction means 2i counts the number of empty blocks for each of the first and second rank time-series blocks shown in FIG. 34 (b). Relative interval blocks are not counted as free blocks. Since the first and second rank work frames are each three, the count value is 0-3. The extraction result of the number of empty blocks is displayed as shown in FIG. 35 (step S504).

(D) In step S505, for example, upon receiving a request from the operator to newly add one reserved plate to the first and second ranks, the additional reserved block extracting means 3d, in step S506, Extract time-series position and number of blocks. In step S507, the determination unit 4d compares the extraction result with the availability, and determines whether or not the additional reserved plate can be inserted in the first and second free. If it can be inserted, the process proceeds to step S508, and if it cannot be inserted, a message to that effect is displayed on the output device 12.

(E) In step S508, the relative interval condition determination means 8 determines whether the additional reservation plate is a plate with a relative interval. If the additional reservation plate is a plate with a relative interval, does the relative interval plate satisfy the relative interval condition? to decide. Relative interval condition, as an example, the total number of working lines of the vertical axis, the difference between the number of work lines are reserved plate not inserted, or the number of overlapping reservations plate and interval Plate relative intervals with plates 41 and 42 Determine if there is. In other words, the relative interval condition is
Relative interval conditional expression =
Number of work lines-number of other plates starting at the same time as the additional reservation plate 7>
Plate overlap number of plates with relative interval ・ ・ ・ Formula (1)
It can be expressed. In the case of a relative interval with plate, to be placed as much as possible intervals Plate satisfying the equation (1).

As an example, a case will be described in which the additional reservation plate 7 is inserted into the first rank and the additional reservation plate G is inserted into the second rank as shown in FIG. In the first rank, the number of work lines is 3—the number of other plates starting at the same time as the additional reservation plate 7 is one = 2. The additional reservation plate 7+ additional reservation interval-flops rate number one belonging to the plate 7 = 2. Therefore, in this case, 2 ≧ 2, and the condition is satisfied, so that the additional reservation plate 7 can be inserted. In the second rank, the number of work lines is 3—the number of other plates starting at the same time as the additional reserved plate G is 2 = 1. The additional reservation plate G + additional reservation plate interval-flops rate number two = 3 belonging to the G. Therefore, in this case, 2 ≧ 3, and the condition is not satisfied, so that the additional reservation plate G cannot be inserted. If it cannot be inserted, a message to that effect is displayed on the output device 12.

(F) In step S509, the after inserting the additional reservation plate 7 of the first rank it can be inserted, the first rank second relative reordering example means 5f performs example replacement second side by side, the second rank second relative reordering example means 5g performs the example exchange the second side by side. Reordering example of results are stored in the first rank storage unit 21a and the second rank storage unit 21b of the respective Figure 32. In step S510, second reordering example of result is displayed on the output device 12 as shown in FIG. 37.

In this way, another nomination rank, use the relative interval in the case of divided into free another, interval condition is satisfied and it is determined whether or not, by carrying out the example replacement side by side, eliminating the wasteful free time, I received a reservation of as much as possible with kicking it can be. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Sixth embodiment)
(Reservation schedule optimization device)
In the fifth embodiment, the method of using a plate with a relative interval in two rank frames has been described. However, as described in the fourth embodiment, hairdressers of different ranks, and Even when free frames of different ranks are provided, it is possible to use plates with relative intervals. In the sixth embodiment, using a plate with a relative interval , three designated frames each handled by two beauticians A1 and B1 in the first rank, and beautician C2 in the second rank are in charge. Optimization of reservations when performing surgical reservations divided into three designated frames, the first free frame handled by the first rank beautician A1, B1 and the second free frame handled by the second rank beautician C2 Processing will be described.

As shown in FIG. 38, the reservation schedule optimizing device 100e according to the sixth embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15e, a main storage device 16, and a first relative reordering example storage device 6e and a second relative reordering example storage device 7e.

First relative reordering example storage device 6e is a storage device for storing reservation plate first reordering example is performed, the first rank storage unit 20a, the second rank storage unit 20b, the first free storage unit 20d and a second free storage unit 20e.

Second relative reordering example storage device 7e is a storage device for storing reservation plate second reordering example is performed, the first rank storage unit 21a, the second rank storage unit 21b, the first free storage unit 21d and a second free storage unit 21e.

The CPU 15e includes a first rank first relative rearranging unit 1h, a second rank first relative rearranging unit 1i, a first free first relative rearranging unit 1j, and a second free first relative rearranging unit 1k. relative reordering example means 601, the free block extracting unit 2j, free reserved block extracting unit 2k, rank free block extracting means 2l, add reserved block extracting means 3e, determination unit 4e, the relative interval condition judging means 8a, also, the first rank second relative rearranging section 5h, second rank second relative rearrangement means 5i, second relative reordering example means consisting of first free second relative rearranging means 5j and the second free second relative rearranging means 5k 602 It has.

  The first free first relative rearranging means 1j performs the first rearrangement of the reserved plates including the relative interval in the first free frame. The 2nd free 1st relative rearrangement means 1k performs the 1st rearrangement of the reservation plate containing the relative interval in a 2nd rank. The 1st free 2nd relative rearrangement means 5j performs 2nd rearrangement of the reservation plate containing the relative interval in a 1st free frame. The 2nd free 2nd relative rearrangement means 5k performs the 2nd rearrangement of the reservation plate containing the relative interval in a 2nd free frame. Since other devices are the same as those in the first to fifth embodiments, the description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100e according to the sixth embodiment will be described with reference to the flowchart of FIG.

(A) First, in step S601, the operator inputs a reservation plate to each of the first and second rank frames and the first and second free frames via the input device 11. Each reserved plate includes 1 to 6 for the A1 rank frame, A to F for the B1 rank frame, a to f for the C2 rank frame, I to V for the first free frame, and the second free frame. the, Oh - reservation number, etc. There have been attached. In the sixth embodiment, plates 41, 42, and 44 with relative intervals as shown in FIG. 40 (a) are used as a kind of reservation plate.

In (b) step S602, the first rank first relative reordering example means 1h performs a first reordering example booking plate of the A1, B1 in rank. Second rank first relative reordering example means 1i performs a first reordering example booking plates in the C2 rank. First free first relative reordering example means 1j performs a first reordering example booking plate of the first free frame. Second free first relative reordering example means 1k conducts a first reordering example booking plate of the second free frame.

First reordering example of results is as shown in FIG. 40 (b), in the first A1 rank, group 1 booking plate 1 (reference), 4, group 2 booking plate 2 (reference), 5, Group 3 is reserved plate 3 (reference), 6. Within rank B1, group 1 is reserved plate A (reference), D, group 2 is reserved plate B (reference), E, and group 3 is reserved plate C (reference), F. Within the first free frame, group 1 is reserved plate I (reference), group 2 is reserved plate IV (reference), II, and group 3 is reserved plate III (reference), V.

The first reordering example of results of the first rank stored in the first rank storage unit 20a of FIG. 38, the first reordering example of results of the second rank stored in the second rank storage unit 20b, a 1 free first reordering example results are stored in the first free storage unit 20d, a first reordering example of the results of the second free is stored in the second free storage unit 20e.

Incidentally, Book plates 2 of the A1 rank frame in FIG. 40 (b) is a relative interval with plate 42. Reservation plate A of the B1 rank frame is a relative interval with plate 41. The reservation plate a in the C2 rank frame is a plate 44 with a relative interval. Book plate II of the first free frame is a relative interval with plate 44. There booking plate of the second free frame, is attached relative interval plate 44.

(C) In step S603, the empty block extraction means 2j counts the number of empty blocks for each time-series block in the reservation plates of groups 1 to 3 and the like of all ranks shown in FIG. The result of counting the number of empty blocks is as shown in FIG.

(D) In step S604, the free reserved block extracting means 2k extracts the number of blocks for the same time (vertically arranged) in the reserved plates in the first and second free frames. The extraction result is as shown in FIG. In step S605, the rank empty block extraction means 21 extracts the total number of empty blocks of the same time (vertically arranged) in the same rank, that is, in the A1, B1 rank, and C2 rank. The extraction result is as shown in FIG. In step S606, the extraction results in FIGS. 41B and 41C are compared, and the blocks 35, 36, 37, 38, in which the number of first and second free reserved plates and the number of first and second rank free blocks coincide with each other are compared. All the empty numbers 39, 40, and 41 are set to 0 (see FIG. 42).

(E) In step S607, the state of the empty block is displayed as shown in FIG. 43 based on the value of the extraction result. In step S608, for example, upon receiving a request from the operator to newly add one reserved plate to the first and second free frames one by one, the additional reserved block extracting unit 3e determines the time series of the additional reserved plate in step S609. Extract top position and number of blocks. In step S610, the determination unit 4e compares the extraction result with the availability, and determines whether an additional reserved plate can be inserted. If it can be inserted, the process proceeds to step S611, and if it cannot be inserted, that effect is displayed on the output device 12.

(F) In step S611, the relative interval condition judging means 8a is added reservations plate to determine whether the plate with relative interval. When a plate with a relative interval, after inserting the additional reservation plates within all frames, i.e., first rank second relative reordering example means 5h, second rank second relative reordering example means 5i, first free second relative reordering example means 5j, the second free second relative reordering example means 5k acquires the data from the first relative reordering example storage device 6e, perform e replacement second side by side. Reordering example of results is as shown in FIG. 44, the first rank storage unit 21a of each Figure 38, the second rank storage unit 21b, the first free storage unit 21d, and stored in the second free storage unit 21e.

After e replacement second side by side, relative interval condition judging means 8a determines whether the added relative interval with plate meets the relative interval condition at all in the framework of the rank. As the relative interval condition, equation (1) in step S508 is used.

  As an example, a case will be described in which an additional reserved plate VI is inserted in the first free and an additional reserved plate is inserted in the second free as shown in FIG.

When the additional reservation plate VI is inserted in the first free, it is determined whether the relative interval condition is satisfied in the ranks A1 and B1 of the same rank. In rank A1, the number of work lines is 3—the number of other plates starting at the same time as the additional reserved plate VI is 0 = 3. The additional reservation plate VI + additional reservation plate interval-flops rate number one belonging to the VI = 2. Therefore, in this case, 3 ≧ 2, and the condition is satisfied. In rank B1, the number of work lines is 3—the number of other plates starting at the same time as the additional reserved plate VI is 0 = 3. The additional reservation plate VI + additional reservation plate interval-flops rate number one belonging to the VI = 2. Therefore, in this case, 3 ≧ 2, and the condition is satisfied. Therefore, since the condition is satisfied in all the same rank frames, the additional reservation plate VI can be inserted.

If the additional reservation plate is inserted in the second free, it is determined whether the relative interval condition is satisfied in the C2 rank of the same rank. In rank C2, the number of work lines is 3-additional reserved plates, and the number of other plates starting at the same time is 2 = 2. Add Book plate intends + Add reserved plate cormorant, the interval-flops rate number two = 3 belonging to. Therefore, in this case, 2 ≧ 3, and the condition is not satisfied, so that the additional reserved plate cannot be inserted. If it cannot be inserted, a message to that effect is displayed on the output device 12.

In addition, all the places that became a vacant block number 0 in FIG. 42 with the "×", and not a reservation to this point.

Result after determination second reordering Eoyobi relative interval condition is displayed on the output device 12 as shown in FIG. 44.

Thus, by nominating rank having a plurality of work frame, even when the divided access by having a plurality of work frame, using the relative intervals, to perform the reordering Eoyobi interval satisfies either of decision by, eliminating the wasteful free time, kicking it can be with a response to the reservation as much as possible. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Seventh embodiment)
(Reservation schedule optimization device)
In the fifth to sixth embodiments, the reservation optimization process using the plates with relative intervals has been described. Relative intervals with plates, if it is not possible arrangement there was no need to put an interval Plate, depending on the type of treatment may be necessary to arrange always interval condition. In the seventh embodiment of the present invention, a reservation optimization process using an absolute interval plate that needs to be reserved in a block including all interval plates will be described.

As shown in FIG. 45 , the reservation schedule optimizing device 100f according to the seventh embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15f, a main storage device 16, A first absolute rearrangement storage device 6f and a second absolute rearrangement storage device 7f are provided.

First absolute reordering example storage device 6f is a storage device for storing reservation plate first reordering example is performed, comprising a first rank storage unit 22a and the second rank storage unit 22b. Second absolute reordering example storage device 7f is a storage device for storing reservation plate second reordering example is performed, comprising a first rank storage unit 23a and the second rank storage unit 23b.

CPU15f the first rank first absolute rearrangement means 1l and a second rank first absolute rearrangement means first absolute reordering example means consisting 1 m 701, empty block extracting means 2m, add reserved block extracting unit 3f, the determination means 4f, absolute interval condition judging unit 8b, also includes a first rank second absolute rearranging means 5l and second ranks second absolute reordering e 702 made of a second absolute rearrangement means 5 m.

  The 1st rank 1st absolute rearrangement means 1l performs the 1st rearrangement of the reservation plate containing the absolute interval in a 1st rank. The second rank first absolute rearranging means 1m performs the first rearrangement of the reserved plates including the absolute intervals in the second rank. The absolute interval condition determination means 8b determines whether the reserved plate including the absolute interval satisfies a predetermined condition.

  The first rank second absolute reordering means 51 performs the second reordering of the reserved plates including the absolute intervals in the first rank. The second rank second absolute rearranging means 5m performs the second rearrangement of the reserved plates including the absolute intervals in the second rank. Since other devices are the same as those in the first to sixth embodiments, description thereof will be omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100f according to the seventh embodiment will be described with reference to the flowchart of FIG.

(A) First, steps S701 to 704 are the same as steps S501 to S504, and thus description thereof is omitted. As a result of S701 to 704, the extraction result of the number of free blocks is displayed as shown in FIG.

(B) In step S705, for example, when an operator receives a request to newly add one reserved plate to the first and second ranks, the additional reserved block extracting unit 3f in step S706 Extract time-series position and number of blocks. In step S707, the determination unit 4f compares the extraction result with the availability, and determines whether or not an additional reserved plate can be inserted in the first and second ranks. If it can be inserted, the process proceeds to step S708. If it cannot be inserted, a message to that effect is displayed on the output device 12.

(C) In step S708, the absolute interval condition determination means 8b determines whether the additional reservation plate is an absolute interval plate. If the additional reservation plate is an absolute interval plate, does the absolute interval plate satisfy the absolute interval condition? to decide. Absolute interval condition, it is assumed that the set interval Plate can be arranged all the booking plate.

As an example, a case will be described in which the additional reservation plate 8 is inserted into the first rank and the additional reservation plate H is inserted into the second rank as shown in FIG. In the first rank, since the additional reservation plate 8 and the plates with absolute intervals of the additional reservation plate 8 can all be arranged in the reservation plate, the additional reservation plate 8 can be inserted.

In the second rank, the absolute interval Plate additional booking plate H and add reservations plate H can not be placed all the booking plate, it comes to add reserved plate H is inserted impossible. If it cannot be inserted, a message to that effect is displayed on the output device 12.

(D) In step S709, acquires the data from the first absolute reordering example storage device 6f, after inserting the additional reservation plate 8 of the first rank can be inserted, the first rank second absolute reordering e means 5l There performed example exchange the second side by side, the second rank second absolute reordering example means 5m carries out the example exchange the second side by side. Reordering example of results are stored in the first rank storage unit 23a and the second rank storage unit 23b of the respective Figure 45. In step S710, second reordering example of results are displayed on the output device 12 as shown in FIG. 48.

In this way, another nomination rank, using the absolute interval in the case of divided into free another, interval condition is satisfied and it is determined whether or not, by carrying out the example replacement side by side, eliminating the wasteful free time, I received a reservation of as much as possible with kicking it can be. Incidentally, the example replacement first arranged, may be performed for each of the additional process of the reserved plate.

(Eighth embodiment)
(Reservation schedule optimization device)
In the seventh embodiment, the method of using the plate with an absolute interval in the two rank frames has been described. However, as described in the fourth embodiment, hairdressers of different ranks, and Even when free frames of different ranks are provided, it is possible to use plates with absolute intervals. In the eighth embodiment, using a plate with an absolute interval , three designated frames each handled by two beauticians A1 and B1 in the first rank, and beautician C2 in the second rank are in charge. Optimization of reservations when performing surgical reservations divided into three designated frames, the first free frame handled by the first rank beautician A1, B1 and the second free frame handled by the second rank beautician C2 Processing will be described.

As shown in FIG. 49, the reservation schedule optimizing device 100g according to the eighth embodiment of the present invention includes an input device 11, an output device 12, a communication control device 13, a communication interface 14, a CPU 15g, a main storage device 16, and a first absolute reordering example storage device 6g and second absolute reordering example storage device 7 g.

First absolute reordering example storage device 6g is a storage device for storing reservation plate first reordering example is performed, the first rank storage unit 22a, the second rank storage unit 22b, the first free storage unit 22d and a second free storage unit 22e.

Second absolute reordering example storage device 7g is a storage device for storing reservation plate second reordering example is performed, the first rank storage unit 23a, the second rank storage unit 23b, the first free storage unit 23d and a second free storage unit 23g.

The CPU 15g includes a first rank first absolute reordering means 1l, a second rank first absolute reordering means 1m, a first free first absolute reordering means 1o, and a second free first absolute reordering means 1p. absolute reordering e unit 801, a free block extracting unit 2o, free reserved block extracting unit 2p, rank free block extracting means 2q, add reserved block extracting means 3g, determination unit 4g, absolute interval condition determining unit 8c, also first rank second absolute rearrangement means 5l, second rank second absolute rearranging section 5 m, the first free second absolute rearranging means 5o and the second free second consisting absolute rearrangement means 5p second absolute reordering e means 802 It has.

  The 1st free 1st absolute rearrangement means 1o performs the 1st rearrangement of the reservation plate containing the absolute interval in a 1st free frame. The 2nd free 1st absolute rearrangement means 1p performs the 1st rearrangement of the reservation plate containing the absolute interval in a 2nd rank.

  The 1st free 2nd absolute rearrangement means 5o performs 2nd rearrangement of the reservation plate containing the absolute interval in a 1st free frame. The 2nd free 2nd absolute rearrangement means 5p performs the 2nd rearrangement of the reservation plate containing the absolute interval in a 2nd free frame. Since the other devices are the same as those in the first to seventh embodiments, description thereof is omitted.

(Operation of reservation schedule optimization device)
Next, the operation of the reservation schedule optimizing apparatus 100g according to the eighth embodiment will be described with reference to the flowchart of FIG.

(A) First, steps S801 to 807 are the same as steps S601 to 607, and thus description thereof is omitted. As a result of S801 to 807, the extraction result of the number of free blocks is displayed as shown in FIG.

(B) In step S808, for example, upon receiving a request from the operator to newly add one reserved plate for each of the first and second free, the additional reserved block extracting means 3g in step S809 Extract time-series position and number of blocks. In step S810, the determination unit 4g compares the extraction result with the availability, and determines whether an additional reserved plate can be inserted. If it can be inserted, the process proceeds to step S811, and if it cannot be inserted, that effect is displayed on the output device 12.

(C) In step S811, the absolute interval condition determining unit 8c is, additional recording reservation plate is determined whether the absolute interval with plates. If an absolute interval with a plate, after inserting the additional reservation plate, within all of the frame, the first rank second absolute reordering example means 5l, the second rank second absolute reordering example means 5m, the first free second 2 absolute reordering example means 5o, the second free second absolute reordering example means 5p to perform example exchange the second side by side. Reordering example of results is as shown in FIG. 51, the first rank storage unit 23a of each Figure 49, the second rank storage unit 23b, the first free storage unit 23d, and stored in the second free storage unit 23 g.

After the second reordering example, absolute interval condition determining means 8c, it is determined whether the added absolute interval with plate meets the absolute interval conditions in in all of the framework of the same rank.

  As an example, a case will be described in which an additional reservation plate VII is inserted in the first free and an additional reservation plate is inserted in the second free as shown in FIG.

  Considering the case where the additional reservation plate VII is inserted in the first free, the additional reservation plate VII of FIG. 51 cannot be arranged in the A1 and B1 ranks of FIG. Therefore, the condition is not satisfied.

Considering the case where the additional reservation plate is inserted in the second free, the arrangement of the additional reservation plate in FIG. 51 at rank C2 in FIG. 52 is that the absolute interval and the reservation plate are separated. Is computationally possible. Therefore, the condition is satisfied . If the condition is not satisfied, the fact is displayed on the output device 12.

In addition, all the places that became a vacant block number 0, with the "×", and not a reservation to this point.

Result after determination second reordering Eoyobi Absolute interval condition is stored in the second absolute reordering example storage device 7 g, it is displayed on the output device 12 as shown in FIG. 52.

Thus, by nominating rank having a plurality of work frame, even when the divided access by having a plurality of work frame, using the absolute interval, performing the reordering Eoyobi interval satisfies either of decision by, eliminating the wasteful free time, kicking it can be with a response to the reservation as much as possible.

(Other embodiments)
E replacement lined optimized using the reserved plates containing the relative interval in the embodiment of the fifth and sixth, for example replacement lined optimized using the reserved plates containing absolute interval in the embodiment of the seventh and eighth Although described, it is a matter of course that both the relative interval and the absolute interval can be used in the first to fourth embodiments by taking advantage of the respective characteristics.

It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 1st Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the first reordering example previous work frame. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a figure which shows a block empty condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 2nd Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the first reordering example previous work frame. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 3rd Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the first reordering example previous work frame. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a figure which shows a block empty condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 4th Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the first reordering example previous work frame. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a figure which shows a block empty condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 5th Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 6th Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a diagram showing a state of the working frame after the first reordering e. It is a figure which shows the value of a block free condition. It is a figure which shows the value of a block free condition. It is a figure which shows a block empty condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 7th Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a figure which shows the value of a block free condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the internal structure of the reservation schedule optimization apparatus which concerns on the 8th Embodiment of this invention . It is a flowchart which shows operation | movement of a reservation schedule optimization apparatus. It is a figure which shows the value of a block free condition. It is a diagram showing a state of the working frame after the second reordering e. It is a figure which shows the example of a reservation schedule optimization apparatus screen structure.

Explanation of symbols

1,1a~1o ... the first reordering example means 2,2a, 2c, 2e, 2f, 2h~j, 2l, 2m, 2o, 2q ... free block extraction means 2d, 2g, 2k, 2p ... free reservation block extraction means 3,3A～3g ... add reserved block extracting means 4,4A～4g ... judging means 5,5A～5r ... second reordering example means 6,6A～6g ... first reordering example storage 7,7a~7g ... second reordering example storage device 8, 8a ... relative interval condition determining means 8b, 8c ... absolute interval condition determining means 11 ... input device 12 ... output device 13 ... communication control unit 14 ... communication interface 15,15A～15g ... CPU
16 ... Main storage device 17 ... Auxiliary storage device 18a ... First rank storage unit 18b ... Second rank storage unit 18c ... Free storage unit 18d ... First free storage unit 18e ... Second free storage unit 18f ... First designated storage unit 18g ... 2nd nomination storage part 19a ... 1st rank storage part 19b ... 2nd rank storage part 19c ... Free storage part 19d ... 1st free storage part 19e ... 2nd free storage part 19f ... 1st nomination storage part 19g ... 1st 2 Nominal storage unit 20a ... 1st rank storage unit 20b ... 2nd rank storage unit 20d ... 1st free storage unit 20e ... 2nd free storage unit 21a ... 1st rank storage unit 21b ... 2nd rank storage unit 21d ... 1st Free storage unit 21e ... second free storage unit 22a ... first rank storage unit 22b ... second rank storage unit 22d ... first free storage unit 22e ... second free storage unit 23a ... 1st rank memory | storage part 23b ... 2nd rank memory | storage part 23d ... 1st free memory | storage part 23g ... 2nd free memory | storage part 30 ... Schedule screen 33 ... Two-dimensional matrix 100,100a-100g ... Reservation schedule optimization apparatus

Claims (16)

A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix reservation table is presented,
In the case where there are a plurality of reservation plates in which one or more time blocks represent the reservation time of the treatment on the reservation table, at least one of the plurality of reservation plates having a close reservation time is collected. First sorting means (1) for creating one or more groups and performing a first sorting based on a reservation time within the group;
A first rearrangement storage device (6) for storing the result of the first rearrangement;
After the first rearrangement, empty block extraction means (2) for extracting an empty block in which the reservation plate in the reservation table generated by the first rearrangement does not exist ;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3) for extracting the position of the reserved plate to be added on the time series line and the number of time blocks ;
Determination means (4) for determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, to get the results of the first sort from said first sort storage device (6), place a reservation plate the add to the insertable position of said free blocks Second reordering means (5) for performing a second reordering for inserting a reservation plate to be added next in the group to which the reservation plate to be added belongs, based on a reservation time.
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix-like reservation table is presented, and the work line is divided into a first rank frame and a second rank frame according to the content of the operation and the skill of the person who performs the operation ,
On the reservation table, if the reservation plate representing the reservation time of the treatment with one or more of said time blocks there are multiple, among the plurality of reservation plate of the first rank frame, the time of the reservation Close ones are grouped together to create at least one first rank frame group, and a first rearrangement is performed based on a reservation time within the first rank frame group, and the plurality of the second rank frames First , at least one second rank frame group is created by grouping together the reservation plates that are close in the reservation time, and the first rearrangement is performed based on the reservation time in the second rank frame group. 1 sorting means (201);
A first rearrangement storage device (6a) for respectively storing the results of the first rearrangement in the first rank frame and the second rank frame;
After the first rearrangement in the first rank frame and the second rank frame, empty blocks that do not have the reservation plate in the reservation table generated by the first rearrangement are designated as the first rank frame and the second rank frame. Empty block extraction means (2a) to be extracted every time;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3a) for extracting the position of the reserved plate to be added on the time series line and the number of time blocks ;
Determination means (4a) for determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, the first sorting storage device (6a) and from the acquisition of the first rank frame first sort the results to the added to the insertable position of said free block reserved the plates were placed in the first rank frame, performing a second sort for performing next insertion of additional reserve plates based on the reservation time reservation plate in the first rank frame group including the said additional and, wherein the first sort memory device the result of the first sort of the second rank frame obtained from (6a), said additional reserve plates the second to the insertable position of said free blocks place the rank frame, second sort performing a second sort for performing next insertion of additional reserve plates based on the reservation time reservation plate in the first rank frame group including the said additional Stage (202)
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix-like reservation table is presented, and the work line designates a person who performs the treatment in advance and is divided into the first nomination frame and the second nomination frame, and performs the treatment. Divided into unassigned free slots,
When there are a plurality of reservation plates representing the reservation time of the treatment in one or more time blocks on the reservation table , among the reservation plates of the first nomination frame, those with a close reservation time collectively create at least one or more first nomination frame group among the reserved plates of said second nomination frame, create at least one or more second nomination frame groups together each other the reservation time close Then, at least one free frame group is created by combining the reservation plates of the free frame that are close to the reservation time, and the first designated frame group, the second designated frame group, and the free frame First reordering means (301) for performing a first reordering based on the reservation time within each of the groups;
A first rearrangement storage device (6b) for storing results of the first rearrangement in the first nomination frame, the second nomination frame and the free frame, respectively;
After the first rearrangement in the first nomination frame, the second nomination frame, and the free frame, an empty block that does not have the reservation plate in the reservation table generated by the first rearrangement is displayed in the first nomination frame. Empty block extraction means (2c) for extracting for each of the second designated frame and the free frame;
Free reserved block extracting means for extracting said time blocks of pre-Symbol free frame the reservation plate as the reservation sum value (2d),
The time the number of blocks of the empty block of the first nominated frame and the second appointed frame extracted as free sum, if the free sum and the reservation sum is equivalent, the first in the time block A designated empty block extracting means (2e) for performing a process of eliminating a nominated block , the second designated frame, and a free block in the free frame ;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3b) for extracting the position of the reserved plate to be added on the time-series line and the number of time blocks;
A determination means (4b) for comparing the reserved total value and the vacant total value and determining whether the reserved plate to be added can be inserted;
When it is determined that insertion is possible, when the reservation plate to be added is inserted into the first nomination frame, the result of the first rearrangement of the first nomination frame obtained from the first rearrangement storage device (6b) As a result of reflecting the processing by the designated empty block extracting means, the reserved plate to be added is arranged in the first designated frame at the insertion position in the empty block, and the first designated frame to which the reserved plate to be added belongs. performs a second sort based on the reserved time in the group, when inserting the reservation plate the add to the second nomination frame, second nomination frame is obtained from the first sort storage device (6b) the one sort the results to the nomination free block extracting means result that reflects the processing by the insertion the second appointed frame of said additional reserve plate to a position of said free blocks Arranged to perform the second sort based on the reserved time within the second nomination frame group reservations plate belongs to the additional, when inserting the reservation plate the add to the free frame, the first sorting The reserved plate to be added is added to the insertion position in the empty block as a result of reflecting the processing by the designated empty block extracting means in the result of the first rearrangement of the first free frame acquired from the storage device (6b). second rearranging means for performing a second sort based on the reservation time within the free frame group reservations plate belongs to the additional arranged on the free frame (302)
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix-like reservation table is presented, and the work line first designates a person who performs the treatment and ranks the first rank frame and the second rank frame according to the skill of the person who performs the treatment, and It is divided into a first free frame and a second free frame that are not designated and ranked according to which the treatment is performed,
When there are a plurality of reservation plates that represent the reservation time of the treatment in one or more time blocks on the reservation table , among the reservation plates of the first rank frame, those having a close reservation time collectively create at least one or more of the first rank frame group among the second rank appointment slots plate, creating at least one or more second rank frame groups together each other the reservation time close Then, at least one first free frame group is created by grouping together the reservation plates of the first free frame that are close to the reservation time, and the reservation plate of the second free frame is stored in the reservation plate. time collectively together close to create at least one or more second free frame group, the first rank frame group, the second rank frame group, the first Lee frame group, the first rearrangement means for performing a first sort based on the reservation time of each of the second free frame group as the (401),
A first rearrangement storage device (6c) for storing the results of the first rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, respectively;
After the first sort in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first sort does not exist Empty block extracting means (2f) for extracting empty blocks for each of the first rank frame, the second rank frame, the first free frame and the second free frame;
Free reserved block extracting means for each extract the amount of time blocks of pre-Symbol first free frame and the second free frame the reservation plate as the reservation sum value (2 g),
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the value is the same value, rank empty block extraction means (2h) for performing the second process of eliminating the second rank frame and the empty block in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3c) for extracting the position of the reserved plate to be added on the time series line and the number of time blocks;
A determination means (4c) for comparing the reserved total value and the vacant total value and determining whether the additional reserved plate can be inserted;
If it is determined that the insertion is possible, when the reservation plate to be added is inserted into the first rank frame, the result of the first rearrangement of the first rank frame obtained from the first rearrangement storage device (6c) As a result of reflecting the first processing by the rank empty block extracting means, the reservation plate to be added belongs to the reservation plate to be added by placing the reservation plate to be added at the insertion position in the empty block in the first rank frame. When the second rearrangement is executed based on the reservation time within the one rank frame group, and the reservation plate to be added is inserted into the second rank frame, the second reordering memory device (6c) obtains the second said the first sort the results of the rank frame rank free block extracting means result which reflects the second process by, reservation of the additional to the insertion position of said free blocks A rate is arranged in the second rank frame, a second rearrangement is performed based on a reservation time in a second rank frame group to which the reservation plate to be added belongs, and the reservation plate to be added is set in the first free frame. In the case of insertion, the empty block is included in the result of reflecting the first processing by the rank empty block extracting means in the result of the first rearrangement of the first free frame acquired from the first rearrangement storage device (6c). The reservation plate to be added is executed by placing the reservation plate to be added at the insertion position in the free frame and performing a second rearrangement based on the reservation time within the first free frame group to which the reservation plate to be added belongs. when inserting a plate into the second free frame, the rank free blocks to the first sort the results of the second free frame is obtained from the first sort memory device (6c) The extraction means result which reflects the second treatment with the second free frame group reservations plate belongs a reservation plate the additional insertion position said additional disposed in the second free frame in said free block The second sorting means (402) for executing the second sorting based on the reserved time
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix-like reservation table is presented, and the work line first designates a person who performs the treatment and ranks the first rank frame and the second rank frame according to the skill of the person who performs the treatment. Divided into
On the reservation table, the reservation plate showing the reservation time of the treatment in one or more time blocks, and the reservation plate in at least part of the time block of the reservation plate according to the content of the treatment. relative interval for impossible depending reservation practitioner in the working lines other than work line according to the skill of the person carrying out the treatment is able to present a relative interval with plates that have been added to the reservation plate,
When there are a plurality of reservation plates on the reservation table , among the plurality of reservation plates of the first rank frame, at least one first rank frame group in which the ones with a short reservation time are collected together. create, the said reservation time first rank frame group performing a first relative Sort standards, among the plurality of reservation plate of the second rank frame, together with each other as close the reserved time First relative rearrangement means (501) for creating at least one second rank frame group and executing a first relative rearrangement based on the reservation time within the second rank frame group;
A first relative rearrangement storage device (6d) for storing the results of the first relative rearrangement in the first rank frame and the second rank frame, respectively.
After the first relative rearrangement in the first rank frame and the second rank frame, empty blocks that do not have the reservation plate in the reservation table generated by the first relative rearrangement are designated as the first rank frame and the first rank frame. Empty block extraction means (2i) for extracting every two rank frames;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3d) for extracting the position of the reserved plate to be added on the time-series line and the number of time blocks;
Determination means (4d) for determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, Book plate the add, the determining whether the plates with relative intervals, wherein if it is determined that the plates with relative intervals, wherein a working line the total number, with the relative interval Relative interval condition determination means (8) for determining whether the difference in the number of work lines in which the reserved plate relating to the same time block as the time block of the plate is not inserted is equal to or greater than the relative interval number ;
When it is determined that the number is greater than or equal to the relative interval number , a result of the first relative rearrangement of the first rank frame is obtained from the first relative rearrangement storage device (6d), and the insertion position in the empty block is obtained. The reservation plate to be added is arranged in the first rank frame, a second relative sorting is performed based on a reservation time within a first rank frame group to which the reservation plate to be added belongs, and the first relative sorting is performed. The result of the first relative rearrangement of the second rank frame is obtained from the storage device (6d), the reservation plate to be added is arranged in the second rank frame at the insertion position in the empty block, and the addition 2nd relative rearrangement means (502) which performs 2nd relative rearrangement on the basis of reservation time within the 1st rank frame group to which the reservation plate to belong belongs
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A reservation table in the form of a matrix is presented, the work line nominates in advance what the operation is performed and ranks according to the skill of the person who performs the operation, the first rank frame and the second rank frame, and It is divided into a first free frame and a second free frame that are ranked according to the skill of the person who performs the treatment without assigning what to perform the treatment,
On the reservation table, the reservation plate showing the reservation time of the treatment in one or more time blocks, and the reservation plate in at least part of the time block of the reservation plate according to the content of the treatment. relative interval for impossible depending reservation practitioner in the working lines other than work line according to the skill of the person carrying out the treatment is able to present a relative interval with plates that have been added to the reservation plate,
When there are a plurality of reservation plates on the reservation table, at least one first rank frame group is created by putting together the reservation plates of the first rank frame that are close in the reservation time. , Among the reservation plates of the second rank frame, those having a short reservation time are collected to create at least one second rank frame group, and the reservation time of the reservation plates of the first free frame together with each other as close to create at least one or more of the first free frame group, the one of the second free appointment slots plate, at least one second free collectively together as the reservation time is near Create a frame group and make a reservation within each of the first rank frame group, the second rank frame group, the first free frame group, and the second free frame group First relative rearrangement means for performing sorting the first relative to the reference between the (601),
A first relative rearrangement storage device (6e) for storing results of the first relative rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, respectively.
After the first relative sorting in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first relative sorting is Empty block extraction means (2j) for extracting empty blocks that do not exist for each of the first rank frame, the second rank frame, the first free frame, and the second free frame;
Before SL free reserved block extracting means for each extract booking plates of the first free frame and the second free frame as a reserved sum for each of the time blocks (2k),
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the value is the same value, rank empty block extraction means (2l) for performing the second process of eliminating the second rank frame and the empty block in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3e) for extracting the position of the reserved plate to be added on the time series line and the number of time blocks;
Determination means (4e) for determining whether the additional reservation plate can be inserted;
If it is determined to be the insertion into the case of an additional reserve plate inserted into the first rank frame, the first rearranging storage device (6e) first rank frame first sort the results of that obtained from As a result of reflecting the first processing by the rank empty block extracting means, the reservation plate to be added belongs to the reservation plate to be added by placing the reservation plate to be added at the insertion position in the empty block in the first rank frame. When the second rearrangement is executed based on the reservation time within the one rank frame group, and the reservation plate to be added is inserted into the second rank frame, the second reordering device obtained from the first rearrangement storage device (6e) said the first sort the results of the rank frame rank free block extracting means result which reflects the second process by, reservation of the additional to the insertion position of said free blocks A rate is arranged in the second rank frame, a second rearrangement is performed based on a reservation time in a second rank frame group to which the reservation plate to be added belongs, and the reservation plate to be added is set in the first free frame. In the case of insertion, the empty block is included in the result of reflecting the first processing by the rank empty block extracting means in the result of the first rearrangement of the first free frame acquired from the first rearrangement storage device (6e). The reservation plate to be added is executed by placing the reservation plate to be added at the insertion position in the free frame and performing a second rearrangement based on the reservation time within the first free frame group to which the reservation plate to be added belongs. when inserting a plate into the second free frame, the rank free blocks to the first sort the results of the second free frame is obtained from the first sort storage device (6e) The extraction means result which reflects the second treatment with the second free frame group reservations plate belongs a reservation plate the additional insertion position said additional disposed in the second free frame in said free block A second reordering means (602) for performing a second reordering based on the reserved time in
If the is determined to be inserted by the judgment means (4e), Book plate the add, the determining whether the plates with relative intervals, if the a plate with a relative interval, the second relative rearranging means ( 602) to request the second relative rearrangement to obtain the result of the second rearrangement, and from the obtained result of the second rearrangement , the total number of work lines, the time block of the plate with the relative interval, same difference between the reserved plate is not inserted work number of lines time according to the block, to determine the whether the relative interval or number, the relative interval with booking plate is a result the relative interval or number of judgment Relative interval condition determination means for determining that reservation is possible (8a)
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A matrix-like reservation table is presented, and the work line is divided into a first rank frame and a second rank frame according to the operation content and the skill of the person who performs the operation ,
On the reservation table, a reservation plate representing the reservation time of the treatment with one or more time blocks, and a work line other than the work line related to the reservation plate in at least a part of the time block of the reservation plate absolute reservation of treatment to impossible to completely regardless of the skill of the practitioner interval can be presented and the absolute interval with a plate that has been added to the reservation plate in,
On the reservation table, create at least one or more of the first rank frame group out, together with each other as the reservation time close before Symbol booking plates when said first rank frame the reservation plate there are a plurality of and, wherein the reserved time in the first rank frame group performing a first sort to a reference, among the pre-Symbol booking plate of the second rank frame, at least one or more collectively together as the reservation time is near A first absolute reordering means (701) for creating a second rank frame group and executing a first absolute reorder based on a reservation time within the second rank frame group;
A first absolute rearrangement storage device (6f) for storing the results of the first absolute rearrangement in the first rank frame and the second rank frame,
After the first absolute rearrangement in the first rank frame and the second rank frame, empty blocks in the reservation table that are generated by the first absolute rearrangement and in which the reservation plate does not exist are represented as the first rank frame and the second rank frame. Empty block extraction means (2m) for extracting for each rank frame;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3f) for extracting the position of the reserved plate to be added on the time-series line and the number of time blocks ;
Determination means (4f) for determining whether the reservation plate to be added can be inserted into the empty block;
When it is determined that the insertion can be performed, it is determined whether the reservation plate to be added is the plate with the absolute interval. When it is determined that the plate with the absolute interval can be arranged, the first absolute rearrangement storage device (6f ) To obtain the result of the first absolute rearrangement of the first rank frame, place the reserved plate to be added at the insertion position in the empty block in the first rank frame, and the reserved plate to be added belongs to Performing a second absolute reordering based on the reservation time within the first rank frame group, obtaining a result of the first absolute reordering of the second rank frame from the first absolute reorder storage device (6f); The reservation plate to be added is arranged in the second rank frame at the insertion position in the empty block, and the first rank frame group to which the reservation plate to be added belongs belongs. Second absolute rearrangement means for performing a second absolute sort based on about time (702)
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation,
The reservation screen is composed of a work line for inputting the treatment and a time series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A reservation table in the form of a matrix is presented, the work line nominates in advance what the operation is performed and ranks according to the skill of the person who performs the operation, the first rank frame and the second rank frame, and It is divided into a first free frame and a second free frame that are ranked according to the skill of the person who performs the treatment without assigning what to perform the treatment,
On the reservation table, a reservation plate representing the reservation time of the treatment with one or more time blocks, and a work line other than the work line related to the reservation plate in at least a part of the time block of the reservation plate treatment of the reservation can presentation absolute and interval with plate absolute interval for completely impossible regardless skill of those carrying out the treatment is added to the reservation plates in,
When there are a plurality of reservation plates on the reservation table, at least one first rank frame group is created by putting together the reservation plates of the first rank frame that are close in the reservation time. , Among the reservation plates of the second rank frame, those having a short reservation time are collected to create at least one second rank frame group, and the reservation time of the reservation plates of the first free frame together with each other as close to create at least one or more of the first free frame group, the one of the second free appointment slots plate, at least one second free collectively together as the reservation time is near Create a frame group, and within each of the first rank frame group, the second rank frame group, the first free frame group, and the second free frame group First absolute rearrangement means for performing a first absolute sort based on the approximately time (801),
A first absolute rearrangement storage device (6g) for storing results of the first absolute rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, respectively;
After the first absolute rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first absolute rearrangement is wherein the free block is not present the first rank frame, the second rank frame, the first free frame and a second free block extracting means for extracting for each free frame and (2o),
Before SL free reserved block extracting means for each extract booking plates of the first free frame and the second free frame as a reserved sum for each of the time blocks (2p),
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the value is the same value, rank free block extraction means (2q) for performing the second process of eliminating the second rank frame and the free block in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, additional reserved block extracting means (3g) for extracting the position of the reserved plate to be added on the time-series line and the number of time blocks;
Determining means for determining before Symbol Add Book plate insertable (4g),
If it is determined to be the insertion into the case of an additional reserve plate inserted into the first rank frame, the first rearranging storage device (6 g) first rank frame first sort the results of that obtained from As a result of reflecting the first processing by the rank empty block extracting means, the reservation plate to be added belongs to the reservation plate to be added by placing the reservation plate to be added at the insertion position in the empty block in the first rank frame. When the second sorting is executed based on the reservation time within the one rank frame group, and the reservation plate to be added is inserted into the second rank frame, the second sort obtained from the first sort storage device (6g) said the first sort the results of the rank frame rank free block extracting means result which reflects the second process by, reservation of the additional to the insertion position of said free blocks A rate is arranged in the second rank frame, a second rearrangement is performed based on a reservation time in a second rank frame group to which the reservation plate to be added belongs, and the reservation plate to be added is set in the first free frame. In the case of insertion, the empty block is obtained as a result of reflecting the first processing by the rank empty block extracting means in the result of the first rearrangement of the first free frame acquired from the first rearrangement storage device (6g). The reservation plate to be added is executed by placing the reservation plate to be added at the insertion position in the free frame and performing a second rearrangement based on the reservation time within the first free frame group to which the reservation plate to be added belongs. when inserting a plate into the second free frame, the rank free blocks to the first sort the results of the second free frame is obtained from the first sort storage device (6 g) The extraction means result which reflects the second treatment with the second free frame group reservations plate belongs a reservation plate the additional insertion position said additional disposed in the second free frame in said free block A second absolute rearranging means (802) for performing the second rearrangement based on the reserved time in
When it is determined by the determination means (4g) that insertion is possible, it is determined whether the reservation plate to be added is the plate with absolute interval. If the reservation plate to be added is the plate with absolute interval, the second absolute rearranging means (802) ) To request the second absolute rearrangement to obtain a result, and based on the obtained second rearrangement result, the first rank frame, the second rank frame, the first free frame and the first Within each of the two free frames, the plate with absolute interval is completely arranged in a work line different from the work line of the plate with absolute interval in the same time block as the reserved time of the plate with absolute interval. possible determined whether the determination result, the biasing absolute interval reservation if the possible completely arranged in different working in line pre Absolute interval condition determining means to determine the door booking and (8c)
A reservation schedule optimizing device characterized by comprising: A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. Presenting a reservation form in the form,
In the case where there are a plurality of reservation plates in which one or more time blocks represent the reservation time of the treatment on the reservation table, at least one of the plurality of reservation plates having a close reservation time is collected. Creating at least one group and performing a first reordering within the group based on a reserved time;
Storing the result of the first rearrangement in a first rearrangement storage device (6);
After the first rearrangement, extracting a free block in which the reservation plate in the reservation table generated by the first rearrangement does not exist ;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks ; and
Determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, to get the results of the first sort from said first sort storage device (6), place a reservation plate the add to the insertable position of said free blocks And a second reordering step for inserting a reservation plate to be added next in the group to which the reservation plate to be added belongs, based on a reservation time. . A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. Presenting the work schedule in a first rank frame and a second rank frame according to the operation content and the skill of the person who performs the operation ;
On the reservation table, if the reservation plate representing the reservation time of the treatment with one or more of said time blocks there are multiple, among the plurality of reservation plate of the first rank frame, the time of the reservation Close ones are grouped together to create at least one first rank frame group, and a first rearrangement is performed based on a reservation time within the first rank frame group, and the plurality of the second rank frames Steps of creating at least one second rank frame group by grouping together the reservation plates that are close in the reservation time, and executing the first rearrangement based on the reservation time within the second rank frame group When,
Storing each result of the first rearrangement in the first rank frame and the second rank frame in the first rearrangement storage device (6a);
After the first rearrangement in the first rank frame and the second rank frame, empty blocks that do not have the reservation plate in the reservation table generated by the first rearrangement are designated as the first rank frame and the second rank frame. Extracting each step,
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks ; and
Determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, the first sorting storage device (6a) and from the acquisition of the first rank frame first sort the results to the added to the insertable position of said free block reserved the plates were placed in the first rank frame, performing a second sort for performing next insertion of additional reserve plates based on the reservation time reservation plate in the first rank frame group including the said additional and, wherein the first sort memory device the result of the first sort of the second rank frame obtained from (6a), said additional reserve plates the second to the insertable position of said free blocks placed in rank frame, and performing a second sort for performing next insertion of additional reserve plates based on the reservation time reservation plate in the first rank frame group including the said additional A reservation schedule optimizing method comprising: A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. A reservation table in the form of a first nomination frame and a second nomination frame assigned to the person who performs the treatment on the work line in advance and divided for each nomination, and no designation for performing the treatment A step of presenting in a frame,
When there are a plurality of reservation plates representing the reservation time of the treatment in one or more time blocks on the reservation table , among the reservation plates of the first nomination frame, those with a close reservation time collectively create at least one or more first nomination frame group among the reserved plates of said second nomination frame, create at least one or more second nomination frame groups together each other the reservation time close Then, at least one free frame group is created by combining the reservation plates of the free frame that are close to the reservation time, and the first designated frame group, the second designated frame group, and the free frame Performing a first reordering within each of the groups based on the reserved time;
Storing each result of the first rearrangement in the first nomination frame, the second nomination frame and the free frame in the first rearrangement storage device (6b);
After the first rearrangement in the first nomination frame, the second nomination frame, and the free frame, an empty block that does not have the reservation plate in the reservation table generated by the first rearrangement is displayed in the first nomination frame. Extracting for each of the second designated frame and the free frame;
Extracting said time blocks of pre-Symbol free frame the reservation plate as reserved sum,
The time the number of blocks of the empty block of the first nominated frame and the second appointed frame extracted as free sum, if the free sum and the reservation sum is equivalent, the first in the time block Performing a process of eliminating a nomination block, the second nomination frame and an empty block in the free frame ;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks; and
Comparing the reserved total value and the vacant total value to determine whether the additional reserved plate can be inserted; and
When it is determined that insertion is possible, when the reservation plate to be added is inserted into the first nomination frame, the result of the first rearrangement of the first nomination frame obtained from the first rearrangement storage device (6b) is further added. the result that reflects the process, wherein the insertion position said book Add book plates arranged on the first appointed frame in the first nominated frame group reservations plate belongs to the additional time free the block When the second reordering is executed based on the above and the reserved plate to be added is inserted into the second nomination frame, the first reordering of the second nomination frame obtained from the first rearrangement storage device (6b) is performed. further result that reflects the processing result, the insertion the a position to add book plate second nomination frame guru reservations plate belongs to the additional disposed in the second appointed frame of said free blocks Performs a second sort based on the reservation time within flop, when inserting the reservation plate the add to the free frame, first the free frame is obtained from the first sort storage device (6b) the result of reordering of the allowed further reflecting the processing result, the in the insertion-free frame group reservations plate belongs a reservation plate the add said additional disposed in the free frame to the position of said free blocks And executing a second rearrangement based on the reservation time. A reservation schedule optimization method comprising: A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
The reservation screen is a matrix composed of a work line for inputting the treatment and a time-series line in which time blocks divided by a predetermined time width are arranged to input a reservation time for which the treatment is scheduled to be performed. A first-rank frame and a second-rank frame that are pre-designated according to the skill of the person who pre-designates the person who performs the treatment on the work line and performs the treatment, and the treatment line Presenting a first free frame and a second free frame that are not designated and ranked according to what is to be implemented;
When there are a plurality of reservation plates that represent the reservation time of the treatment in one or more time blocks on the reservation table , among the reservation plates of the first rank frame, those having a close reservation time collectively create at least one or more of the first rank frame group among the second rank appointment slots plate, creating at least one or more second rank frame groups together each other the reservation time close Then, at least one first free frame group is created by grouping together the reservation plates of the first free frame that are close to the reservation time, and the reservation plate of the second free frame is stored in the reservation plate. time collectively together close to create at least one or more second free frame group, the first rank frame group, the second rank frame group, the first Performing a first sort based on the reservation time Lee frame group among each of the second free frame group,
Storing the results of the first rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame in the first rearrangement storage device (6c), respectively;
After the first sort in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first sort does not exist Extracting empty blocks for each of the first rank frame, the second rank frame, the first free frame and the second free frame;
A step of each extract the amount of time blocks of pre-Symbol first free frame and the second free frame the reservation plate as reserved sum,
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the values are equal, performing a second process of eliminating the second rank frame and the empty blocks in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks; and
Comparing the reserved total value and the free total value to determine whether the additional reserved plate can be inserted; and
If it is determined that the insertion is possible, when the reservation plate to be added is inserted into the first rank frame, the result of the first rearrangement of the first rank frame obtained from the first rearrangement storage device (6c) As a result of reflecting the first processing, the reserved plate to be added is arranged in the first rank frame at the insertion position in the empty block and reserved in the first rank frame group to which the reserved plate to be added belongs. When the second rearrangement is executed based on time and the reservation plate to be added is inserted into the second rank frame, the first rearrangement of the second rank frame acquired from the first rearrangement storage device (6c). the result of was further reflecting the second processing result, reservation plate said additional booking plate which said additional to the insertion position of said free blocks arranged on the second rank frame belongs Based on the reserved time within the second rank frame group performs a second sort, when inserting the reservation plate the additional to the first free frame, first is obtained from the first sort memory device (6c) The reserved plate to be added by placing the reserved plate to be added at the insertion position in the empty block as a result of further reflecting the first processing on the result of the first rearrangement of one free frame and adding the reserved plate to the free frame When the second rearrangement is executed based on the reservation time in the first free frame group to which the file belongs, and the reservation plate to be added is inserted into the second free frame, it is obtained from the first rearrangement storage device (6c). the result of further reflecting the second processing to the first sort the results of the second free frame for, the additional reserve plate in the insertion position of said free blocks to the second free frame Reservation schedule optimization method characterized by comprising the step of performing a second sort based on the reserved time in the second free frame group booking plate which said additional and location belongs. A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. the Jo reservation table, divides the working line into a first rank frame and a second rank frame was ranked in accordance with the skill of a person to work the previously nominated and the practitioner who is the implementation of the treatment Presenting steps;
On the reservation table, the reservation plate showing the reservation time of the treatment in one or more time blocks, and the reservation plate in at least part of the time block of the reservation plate according to the content of the treatment. relative interval for impossible depending reservation practitioner in the working lines other than work line according to the skill of the person carrying out the treatment is able to present a relative interval with plates that have been added to the reservation plate,
When there are a plurality of reservation plates on the reservation table , among the plurality of reservation plates of the first rank frame, at least one first rank frame group in which the ones with a short reservation time are collected together. create, the said reservation time first rank frame group performing a first relative Sort standards, among the plurality of reservation plate of the second rank frame, together with each other as close the reserved time Creating at least one second rank frame group, and performing a first relative rearrangement based on the reservation time within the second rank frame group;
Storing the results of the first relative rearrangement in the first rank frame and the second rank frame in the first relative rearrangement storage device (6d), respectively;
After the first relative rearrangement in the first rank frame and the second rank frame, empty blocks that do not have the reservation plate in the reservation table generated by the first relative rearrangement are designated as the first rank frame and the first rank frame. Extracting every two rank frames;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks; and
Determining whether the reservation plate to be added can be inserted into the empty block;
If it is judged to be the insertion, Book plate the add, the determining whether the plates with relative intervals, wherein if it is determined that the plates with relative intervals, wherein a working line the total number, with the relative interval Determining whether the difference in the number of work lines in which the reserved plate relating to the same time block as the time block of the plate is not inserted is equal to or greater than the relative interval number ;
When it is determined that the number is greater than or equal to the relative interval number , a result of the first relative rearrangement of the first rank frame is obtained from the first relative rearrangement storage device (6d), and the insertion position in the empty block is obtained. The reservation plate to be added is arranged in the first rank frame, a second relative sorting is performed based on a reservation time within a first rank frame group to which the reservation plate to be added belongs, and the first relative sorting is performed. The result of the first relative rearrangement of the second rank frame is obtained from the storage device (6d), the reservation plate to be added is arranged in the second rank frame at the insertion position in the empty block, and the addition Performing a second relative rearrangement based on a reservation time within a first rank frame group to which the reservation plate to be assigned belongs. A reservation schedule optimization method comprising: A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. The first rank frame and the second rank frame, which are designated according to the skill of the person who pre-designates the work line to perform the treatment and assigns the work line, and implements the treatment Presenting the first free frame and the second free frame divided according to the skill of the person who performs the treatment without assigning what to do,
On the reservation table, the reservation plate showing the reservation time of the treatment in one or more time blocks, and the reservation plate in at least part of the time block of the reservation plate according to the content of the treatment. relative interval for impossible depending reservation practitioner in the working lines other than work line according to the skill of the person carrying out the treatment is able to present a relative interval with plates that have been added to the reservation plate,
When there are a plurality of reservation plates on the reservation table, at least one first rank frame group is created by putting together the reservation plates of the first rank frame that are close in the reservation time. , Among the reservation plates of the second rank frame, those having a short reservation time are collected to create at least one second rank frame group, and the reservation time of the reservation plates of the first free frame together with each other as close to create at least one or more of the first free frame group, the one of the second free appointment slots plate, at least one second free collectively together as the reservation time is near Create a frame group and make a reservation within each of the first rank frame group, the second rank frame group, the first free frame group, and the second free frame group Performing a sort the first relative to the reference between,
Storing the results of the first relative rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame in the first relative rearrangement storage device (6e), respectively;
After the first relative sorting in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first relative sorting is Extracting empty blocks that do not exist for each of the first rank frame, the second rank frame, the first free frame, and the second free frame;
A step of respectively extracting reservation plate before Symbol first free frame and the second free frame as a reserved sum for each of the time block,
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the values are equal, performing a second process of eliminating the second rank frame and the empty blocks in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks; and
Determining whether the additional reservation plate can be inserted; and
If it is determined to be the insertion into the case of an additional reserve plate inserted into the first rank frame, the first rearranging storage device (6e) first rank frame first sort the results of that obtained from Further, as a result of reflecting the first process, the reserved plate to be added is arranged in the first rank frame at the insertion position in the empty block, and the first reserved frame belongs to the first rank frame group to which the reserved plate to be added belongs. When the second rearrangement is executed based on the reservation time and the reservation plate to be added is inserted into the second rank frame, the first arrangement of the second rank frames obtained from the first rearrangement storage device (6e). the result that reflects more the second processing result of the changed booking plate which said additional booking plate which said additional to the insertion position of said free blocks arranged on the second rank frame Performs a second sort based on the reservation time in the second rank frame group belonging, when inserting the reservation plate the additional to the first free frame is acquired from the first sorting storage device (6e) Reservation to be added by placing the reserved plate to be added at the insertion position in the empty block as a result of further reflecting the first processing on the result of the first rearrangement of the first free frame. When the second rearrangement is executed based on the reservation time in the first free frame group to which the plate belongs, and when the reserved plate to be added is inserted into the second free frame, the first rearrangement storage device (6e) the second free frame the first sort results to thereby further reflect the second processing result of the acquisition, the insertion the second flip the additional reserve plate to a position of said free blocks Performing a second sort based on the reserved time in the second free frame group booking plate which said additional disposed in the frame belongs,
If it is judged to be inserted by the determining booking plate the add, the determining whether the plates with relative intervals, if the a plate with a relative interval, ask sorting said second relative The result of the second rearrangement is acquired, and from the acquired result of the second rearrangement , the total number of work lines and the reservation plate relating to the same time block as the time block of the plate with relative interval are inserted. Determining whether the difference in the number of non-work lines is equal to or greater than the number of relative intervals, and determining that the reservation plate with relative intervals that is equal to or greater than the number of relative intervals as a result of determination is reservable. Reservation schedule optimization method. A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. The reservation table in the form is presented by dividing the work line into the first rank frame and the second rank frame according to the treatment contents and the skill of the person who performs the treatment ,
On the reservation table, a reservation plate representing the reservation time of the treatment with one or more time blocks, and a work line other than the work line related to the reservation plate in at least a part of the time block of the reservation plate absolute reservation of treatment to impossible to completely regardless of the skill of the practitioner interval can be presented and the absolute interval with a plate that has been added to the reservation plate in,
On the reservation table, create at least one or more of the first rank frame group out, together with each other as the reservation time close before Symbol booking plates when said first rank frame the reservation plate there are a plurality of and, wherein the reserved time in the first rank frame group performing a first sort to a reference, among the pre-Symbol booking plate of the second rank frame, at least one or more collectively together as the reservation time is near Creating a second rank frame group and performing a first absolute reordering based on a reservation time within the second rank frame group;
Storing the results of the first absolute rearrangement in the first rank frame and the second rank frame in the first absolute rearrangement storage device (6f), respectively;
After the first absolute rearrangement in the first rank frame and the second rank frame, empty blocks in the reservation table that are generated by the first absolute rearrangement and in which the reservation plate does not exist are represented as the first rank frame and the second rank frame. Extracting for each rank frame;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks ; and
Determining whether the reservation plate to be added can be inserted into the empty block;
When it is determined that the insertion can be performed, it is determined whether the reservation plate to be added is the plate with the absolute interval. When it is determined that the plate with the absolute interval can be arranged, the first absolute rearrangement storage device (6f ) To obtain the result of the first absolute rearrangement of the first rank frame, place the reserved plate to be added at the insertion position in the empty block in the first rank frame, and the reserved plate to be added belongs to Performing a second absolute reordering based on the reservation time within the first rank frame group, obtaining a result of the first absolute reordering of the second rank frame from the first absolute reorder storage device (6f); The reservation plate to be added is arranged in the second rank frame at the insertion position in the empty block, and the first rank frame group to which the reservation plate to be added belongs belongs. Reservation schedule optimization method characterized by comprising the step of performing a second absolute sort based on the approximately time. A reservation schedule optimization method in a reservation schedule optimization device capable of displaying a reservation screen for setting a treatment reservation , wherein the reservation schedule optimization device comprises:
A matrix composed of a work line for inputting the treatment on the reservation screen and a time series line in which time blocks divided by a predetermined time width are arranged in order to input a reservation time for which the treatment is scheduled to be performed. The first rank frame and the second rank frame, which are designated according to the skill of the person who pre-designates the work line to perform the treatment and assigns the work line, and implements the treatment Presenting the first free frame and the second free frame divided according to the skill of the person who performs the treatment without assigning what to do,
On the reservation table, a reservation plate representing the reservation time of the treatment with one or more time blocks, and a work line other than the work line related to the reservation plate in at least a part of the time block of the reservation plate treatment of the reservation can presentation absolute and interval with plate absolute interval for completely impossible regardless skill of those carrying out the treatment is added to the reservation plates in,
When there are a plurality of reservation plates on the reservation table, at least one first rank frame group is created by putting together the reservation plates of the first rank frame that are close in the reservation time. , Among the reservation plates of the second rank frame, those having a short reservation time are collected to create at least one second rank frame group, and the reservation time of the reservation plates of the first free frame together with each other as close to create at least one or more of the first free frame group, the one of the second free appointment slots plate, at least one second free collectively together as the reservation time is near Create a frame group, and within each of the first rank frame group, the second rank frame group, the first free frame group, and the second free frame group Performing a first absolute sort based on about time,
Storing the results of the first absolute rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, respectively, in a first absolute rearrangement storage device (6g);
After the first absolute rearrangement in the first rank frame, the second rank frame, the first free frame and the second free frame, the reservation plate in the reservation table generated by the first absolute rearrangement is Extracting empty blocks that do not exist for each of the first rank frame, the second rank frame, the first free frame, and the second free frame;
A step of respectively extracting reservation plate before Symbol first free frame and the second free frame as a reserved sum for each of the time block,
The time the number of blocks of the empty block of the first rank frame and the second rank frame extracted as free sum, the free total value of the reservation sum value and the first rank frame of the first free frame is equivalent In this case, the first processing is performed to eliminate the first rank frame and the empty blocks in the first free frame in the time block, and the reserved total value of the second free frame and the empty total of the second rank frame If the values are equal, performing a second process of eliminating the second rank frame and the empty blocks in the second free frame in the time block ;
When newly adding a reserved plate in the empty block, extracting the position of the reserved plate to be added on the time series line and the number of time blocks; and
And determining whether before Symbol additional reservation plate can be inserted,
If it is determined to be the insertion into the case of an additional reserve plate inserted into the first rank frame, the first rearranging storage device (6 g) first rank frame first sort the results of that obtained from Further, as a result of reflecting the first process, the reserved plate to be added is arranged in the first rank frame at the insertion position in the empty block, and the first reserved frame belongs to the first rank frame group to which the reserved plate to be added belongs. When the second rearrangement is executed based on the reservation time and the reservation plate to be added is inserted into the second rank frame, the first arrangement of the second rank frames acquired from the first rearrangement storage device (6g). the result that reflects more the second processing result of the changed booking plate which said additional booking plate which said additional to the insertion position of said free blocks arranged on the second rank frame Performs a second sort based on the reservation time in the second rank frame group belonging, when inserting the reservation plate the additional to the first free frame is acquired from the first sorting storage device (6 g) Reservation to be added by placing the reserved plate to be added at the insertion position in the empty block as a result of further reflecting the first processing on the result of the first rearrangement of the first free frame. When the second rearrangement is executed based on the reservation time within the first free frame group to which the plate belongs, and the additional reserved plate is inserted into the second free frame, the first rearrangement storage device (6g) the second free frame the first sort results to thereby further reflect the second processing result of the acquisition, the insertion the second flip the additional reserve plate to a position of said free blocks Performing a second sort based on the reserved time in the second free frame group booking plate which said additional disposed in the frame belongs,
If it is determined in the determining step that insertion is possible, it is determined whether the reserved plate to be added is the plate with absolute interval, and if it is the plate with absolute interval, the second absolute rearrangement is requested and the result is obtained. And the absolute interval within each of the first rank frame, the second rank frame, the first free frame, and the second free frame based on the acquired second rearrangement result. with plates, wherein the reserved time and the same time block the absolute interval with plates, it determines whether it is possible entirely disposed within different working lines and working lines of the absolute interval with plates, the result of the determination, the different Determining that the reservation plate with the absolute interval can be reserved when it can be completely arranged in the work line . A reservation schedule optimizing method comprising:

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