JP4851759B2 - Guidance management method and guidance management program - Google Patents

Description

The present invention is to provide guidance information to the subject, it relates to a method for inducing and inducing administration program for accurately induce the subject.

  The in-vehicle navigation device uses GPS (Global Positioning Systems) to indicate the position of the automobile on a map displayed on the liquid crystal display device every moment. This liquid crystal display device requires dedicated equipment. Further, since there is a limit to the size that can be displayed on the liquid crystal display device, it is necessary to reduce the scale in order to display the entire route to the destination, and there is a problem that only a partial display is possible.

  For this reason, a navigation device that can output a relatively easy-to-understand map on paper has been provided (see, for example, Patent Document 1). According to the technique described in Patent Document 1, in a car navigation system that services map information, an advertisement information service device that includes a host computer and an advertisement information server that serve advertisement information to a plurality of navigation devices via a network, And a navigation device with printing means having map information storage means. When the navigation device is instructed to print the map information that matches the specified condition, the navigation device requests the advertisement information service device to transfer the advertisement information, and is transferred in response to the request. The received advertisement information is received, and the received advertisement information and map information are printed out by the printing means. Thereby, guidance information printed on paper can also be provided.

  On the other hand, in a factory or the like, various management forms are used to manage the process in each process. For example, when unloading a product in the factory shown in FIG. 16, first, a reception process is performed at the factory reception. Then, the transport vehicle is guided to the warehouse (A, B, C...). Furthermore, the transport vehicle unloads the cargo that has been transported to a designated unloading location in the warehouse (for example, in the case of warehouse A, decks A1 to A3). Thus, guidance guidance in a special environment where a normal navigation system cannot be used is also necessary.

  As described above, a technique for providing an effective technique for supporting access to a search object (for example, a book) under a special environment is also disclosed (for example, see Patent Document 2). In this technique, an input of a first point (for example, an entrance to the campus) as a starting point and a second point (for example, a point where a book is installed) as a destination point in a predetermined campus is accepted. Then, based on the input information, a route composed of a node and a route from the first point to the second point is calculated. Furthermore, for generating a guidance screen that combines a map screen that displays the calculated route in the drawing representing the premises and an attribute screen that displays the attribute information of the nodes and the route constituting the calculated route in the order of the route. Information is collected and a guidance screen is displayed on the user terminal based on the collected information.

Furthermore, a technology relating to a production management system that can perform efficient production management using a production management slip that can be reused even when production management information is changed when performing such process management as shipment is disclosed. (For example, see Patent Document 3). According to the technique described in Patent Document 3, digital paper as a production management slip for displaying required information in a rewritable manner, an information processing apparatus for processing information related to production management, digital paper, and information Communication means for performing communication with the processing apparatus. Digital paper is installed in a predetermined manufacturing facility.
JP 2002-257560 A (first page) JP 2004-86848 A (first page, FIG. 1) JP 2002-73138 A (first page)

  With regard to recent transportation and delivery, the integration of the transportation industry through the commercialization of joint transportation may be improved and promoted, so that the conventional delivery areas and divisions may be altered. In addition, an unprecedented transportation agent introduction system via the Internet increases the number of cases in which a new transportation agent delivers packages to a factory warehouse. Therefore, a person unfamiliar with the importing factory may be in charge of carrying in, and in such a case, it takes time to carry in. On the other hand, there are companies that treat lines and structures in factories and the status of imports as “confidential” as part of the product manufacturing process. It is necessary to strictly manage the checks.

  In addition, each factory is promoting a global environmental impact and a zero-recycling movement, and there is a need for a transportation / loading system that takes such circumstances into consideration. However, if the guide information is printed on paper every time, paper resources are wasted.

Further, in the above-described technology, an information processing device or a printer is required when changing the display contents.
In delivery management, it is necessary to operate the process efficiently according to the progress of each process. Therefore, there are demands for various delivery company forms, delivery methods according to the delivery status, and delivery methods taking the global environment into consideration.

The present invention has been made to solve the above problems, that the aim is to provide guidance information to the subject, to provide and inductive administration program for accurately induce the subject It is in.

According to the first or fifth aspect of the present invention, the data storage unit performs reversible printing on the reversible display unit of the information display medium having a reversible display unit on which information is visually displayed in a reversible manner and a data storage unit. The node terminal installed in the node, the action specifying data for specifying the action schedule of the target person , and the node to be passed according to the action schedule are recorded. The guidance of the subject is managed using an action schedule storage means and a management computer connected to guidance guidance data storage means for recording guidance guidance data for guiding the guidance to the next node to be followed by the subject. Said management computer acquires a behavior specific data recorded in the data storage means of the information display medium acquired at node terminal, and a current location identifier for identifying the node that this node terminal is installed, Based on the acquired action specifying data and the current location identifier, the node to which the target person proceeds next is specified from the action schedule storage means. The management computer acquires guidance guidance data for guiding guidance from the node specified by the current location identifier to the next node from the guidance guidance data storage unit. The management computer transmits a guidance data acquired before Symbol node terminals, in the reversible printing unit of this node device, to erase the information that is reversibly displayed on the reversible display part of the information displaying medium was obtained Information based on the guidance data is displayed on the reversible display unit. For this reason, it is possible to guide to the next node by guide guidance printed on the reversible display unit of the information display medium. Accordingly, for example, the target person is sequentially guided to the node approaching the final destination, so that the target person can be accurately guided. In addition, every time the subject arrives at a node, guidance to the next node is performed. Therefore, the management computer can grasp the progress status of the target person at each node and manage the action process of the target person.

According to the first or fifth aspect of the invention, in the reversible printing unit of the node terminal, the information reversibly displayed on the reversible display unit of the information display medium is erased, and the information based on the obtained guidance guidance data Is displayed reversibly on the reversible display unit. For this reason, information other than information for proceeding to the next node is not provided to the target person, and when the information is newly provided, the information provided in the past is deleted. Therefore, since only the information of the next node is displayed on the reversible display unit, the target person can be more reliably guided to the next node. Moreover, leakage can be avoided and security can be improved.
According to invention of Claim 2 or 6, it records on the said action schedule memory | storage means in association with the order which the node which passes according to the said action schedule passes. The management computer stores a target node identifier for specifying the next node in the data storage means of the information display medium in which information based on the guidance information is displayed on the reversible display unit. The management computer outputs an error when the current location identifier acquired together with the behavior specifying data is different from the node identifier that should be guided and recorded, recorded in the behavior schedule storage means. When the management computer performs the error output, the management computer acquires a target node identifier stored in the data storage means of the information display medium, and guides to the correct node based on the target node identifier Is displayed reversibly on the information display medium.

  According to the invention described in claim 3 or 7, the management computer is further connected to the subject history data storage means in which the subject level is recorded regarding the behavior history of the subject. In the guidance guidance data storage means, guidance guidance data is recorded corresponding to the subject level. In the data storage means of the information display medium, target person data for specifying a target person who possesses the information display medium is recorded. The management computer acquires the target person data recorded in the data storage means of the information display medium via the transmission / reception means of the node terminal, and uses the target person history data storage means for the target person level of the target person Further, a level specifying step for specifying is executed. The management computer acquires guide guidance data corresponding to the identified target person level. For this reason, guidance information according to the subject level can be provided to the subject. For example, when the subject is unfamiliar, the action time can be shortened by providing more detailed guidance information. In addition, when the subject is accustomed, information corresponding to the subject can be provided.

According to the invention described in claim 4 or 8, the action schedule storage means further records action specifying data of an action schedule to be performed earlier in association with the action specifying data . The guidance guidance data storage means records the guidance guidance data of the normal route corresponding to the “medium” conveyance priority, and the guidance guidance of the route that can be preferentially passed corresponding to the “high” conveyance priority. Data is recorded. Management computer, via the node end end, when acquiring an action specific data with current location identifier, the action schedule storage means, the time is recorded in association with the current location identifier, based on the acquired action specified data To calculate the transport priority . When the management computer specifies a transport priority other than “high”, the management computer determines whether the product can be carried in. If the product cannot be carried in, the data instructing standby for a predetermined time is stored in the data. It transmits to the node terminal and reversibly prints an instruction to stand by on the reversible display unit of the information display medium. The management computer acquires guide guidance data corresponding to the priority of “medium” or “high” . For this reason, when the priority is high, the target person can be guided to act preferentially, and thus guidance can be efficiently provided.

  According to the present invention, it is possible to provide guidance guidance information to a target person and guide the target accurately.

(First embodiment)
Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. In the present embodiment, a case is assumed in which a carry-in person as a target person who performs a carry-in operation (action) of goods to a factory is guided. In this case, the person who carries the product carries the rewritable paper 500 as the information display medium shown in FIG.

  As shown in FIG. 1, the rewritable paper 500 has a size of A4 size as a whole, and a rewritable display area 520 as a reversible display portion that can be rewritten is provided in part of the rewritable paper 500. The rewritable display area 520 is composed of a reversible thermosensitive recording medium such as a thermo-reversible (Thermo-Chromic) film. The thermoreversible film of this embodiment includes a leuco dye and a developer in the recording layer, and realizes rewritable characteristics. That is, color development is performed by heating from the decolored state to a temperature equal to or higher than the melting point (for example, about 180 ° C.) and rapidly cooling from the molten state in which the leuco dye and the developer are mixed. In this case, the dye and the developer are agglomerated while being combined, and a state in which the dye and the developer are aggregated to a certain degree is formed to fix the colored state. On the other hand, erasing is performed by reheating the colored state to a temperature that does not melt (eg, 120 to 160 ° C.). In this case, the aggregate state of color development collapses, and the color developer becomes a decolored state by crystallization and phase separation.

  The rewritable paper 500 of the present embodiment is composed of four layers, that is, a protective layer, a recording layer composed of a thermoreversible film, a base material layer, and a backcoat layer from the surface to the depth direction. The rewritable paper 500 is configured to have a certain degree of strength characteristics as well as flexibility, and can be used repeatedly.

  Further, the rewritable paper 500 is provided with an IC tag 510 as data storage means as shown in FIG. The IC tag 510 includes a CPU 511, a ROM area 512, a RAM area 513, and an antenna unit 514. In the ROM area 512, identification information (importer identifier data) for identifying the rewritable paper 500 is recorded. Further, in the RAM area 513, print content data (reception identifier data and destination gate identifier data) reversibly displayed in the rewritable display area 520 is recorded. Here, the target gate identifier is a gate identifier for specifying a gate as a node to which the importer carrying the rewritable paper 500 should go next. The “importer identifier data” and “entry identifier data” will be described in detail later. The antenna unit 514 includes an antenna coil, and transmits and receives data without contact with the printer 40 described later.

  On the other hand, in the factory, gates as a plurality of nodes are installed in order to check the arrival point of the importer. Each of these gates is provided with a computer terminal 30 and a printer 40 connected thereto as a set. That is, in this embodiment, the node terminal is configured by the computer terminal 30 and the printer 40.

  The printer 40 functions as a reversible printing unit, and transmits and receives data to and from the rewritable paper 500. As shown in FIG. 5, the printer 40 includes a control unit 41, an IC tag communication unit 42, a reversible print processing unit 43, and a network communication unit 44. The control unit 41 controls each functional unit (42 to 44), reads data recorded on the IC tag 510 of the rewritable paper 500 in FIG. 1 and writes data to the IC tag 510.

  The IC tag communication unit 42 functions as a transmission / reception means of the node terminal, and performs data transmission / reception with the IC tag 510 in a non-contact manner. The IC tag communication unit 42 is specifically an antenna. In this embodiment, the antenna is provided on the paper feed tray of the printer 40. With this IC tag communication unit 42, the control unit 41 can read and write data stored in the IC tag 510.

  The reversible print processing unit 43 writes a print in the rewritable display area 520 of the rewritable paper 500 and erases the print reversibly displayed in this area. Specifically, the dye is colored or erased by executing the above-described heat treatment.

The network communication unit 44 is an external interface unit for connecting to the computer terminal 30 or the like. Via the network communication unit 44, the control unit 41 receives data from the computer terminal 30 or the like, or transmits data read from the rewritable paper 500 to the computer terminal 30 or the like.

  The computer terminal 30 in FIG. 1 has a CPU, a RAM, a ROM, and the like, and transmits and receives data to and from the printer 40, acquires data recorded on the rewritable paper 500 via the printer 40, and sends data to the rewritable paper 500. Or record. The computer terminal 30 stores identifier data (current location gate identifier) for specifying the installed gate. The computer terminal 30 transmits / receives data to / from the host computer 20 described later via the network N. The computer terminal 30 transmits the data recorded on the rewritable paper 500 to the host computer 20 and records the data received from the host computer 20 on the rewritable paper 500.

  The host computer 20 that manages the carry-in of merchandise is a management computer that manages the merchandise that is carried in via each computer terminal 30 installed at the gate. The host computer 20 includes a CPU, a RAM, a ROM, and the like, and performs processing described later (processing including a node identification stage, an acquisition stage, an output stage, a level identification stage, a calculation stage, and the like). By executing the guidance management program for this purpose, the host computer 20 functions as a node specifying unit, an acquiring unit, an output unit, a level specifying unit, a calculating unit, and the like.

  The node specifying means acquires the warehousing identifier data recorded on the IC tag 510 of the rewritable paper 500 via the computer terminal 30 and the printer 40 constituting the node terminal, and a loading schedule described later based on the warehousing identifier data. From the data storage unit 22, the next gate to which the importer proceeds is specified.

  The acquisition means acquires guidance guidance data for guiding guidance from the gate where the printer 40 is installed to the next gate from the guidance guidance data storage unit 24. This acquisition means acquires guide guidance data corresponding to the specified importer's carry-in history level. Furthermore, this acquisition means acquires guide guidance data according to priority.

  The output means displays the acquired guidance guidance data in the rewritable display area 520 of the rewritable paper 500 via the computer terminal 30 and the printer 40. In addition, this output unit erases the information reversibly displayed in the rewritable display area 520 of the rewritable paper 500 and causes the information based on the acquired guidance guidance data to be reversibly displayed in the rewritable display area 520.

  The level specifying means acquires the importer identifier data recorded on the IC tag 510 of the rewritable paper 500 via the IC tag communication unit 42 of the printer 40, and specifies the import history level of this importer. The calculating means calculates the priority based on the warehousing identifier data acquired via the IC tag communication unit 42 of the printer 40.

  Further, the host computer 20 is connected to a carry-in schedule data storage unit 22 as an action schedule storage unit, a carry-in data storage unit 23 as a target person history data storage unit, and a guidance information data storage unit 24 as a guidance information data storage unit. Has been.

The carry-in schedule data storage unit 22 stores carry-in schedule data 220 as action schedule data, as shown in FIG. The carry-in schedule data 220 is recorded when a new product carry-in schedule is determined. The carry-in schedule data 220 includes data relating to a warehousing identifier, a scheduled warehousing time, a warehousing identifier, a carrying-in warehouse identifier, a gate identifier, a carrying-in time, and a priority warehousing identifier. In the present embodiment, the warehousing identifier data corresponds to the action specifying data, and the importer identifier data corresponds to the target person data.

In the warehousing identifier data area, data relating to an identifier for specifying the delivery of a product is recorded.
Data related to the scheduled time of delivery of the product is recorded in the scheduled storage time data area. In this embodiment, the scheduled time of factory site reception is recorded.

In the carry-in identifier data area, data related to the carry-in person who carries in the product is recorded.
In the carry-in warehouse data area, data relating to a warehouse in which goods are scheduled to be carried is recorded.

  In the gate identifier data area, gates passing from the factory reception to the unloading place are recorded in order. In the “gate 1 identifier” as the initial value of the gate identifier data area, the gate identifier of the factory import acceptance is recorded. In “Gate 2 identifier” to “Gate N identifier”, the gate identifiers of the relay points up to the unloading place are recorded in the order of passage. In addition, a gate identifier indicating the carry-in warehouse is recorded at the final location of the gate identifier data area. Therefore, in the present embodiment, in order to relay the warehouse acceptance, the “gate 1 identifier” is an identifier indicating the factory site reception gate, the “gate 2 identifier” is an identifier indicating the entrance gate, and the “gate 3 identifier” is An identifier indicating the carry-in warehouse is recorded.

  In the carry-in time data area, data relating to the time when the commodity arrives at the gate specified by the gate identifier is recorded. In the present embodiment, the exit completion time is recorded as the carry-in time data corresponding to the carry-in warehouse.

  In the priority warehousing identifier data area, data relating to a warehousing identifier for specifying the delivery of a product to be carried in before the product is carried in is recorded. If there is no data in this product receipt identifier data area, it means that there is no product to be delivered before the product is delivered.

  The importer data storage unit 23 stores importer data 230 as shown in FIG. The carry-in data 230 is recorded when a product carry-in request is contracted with a new carry-in person. The importer data 230 includes data related to the importer identifier and the import history level.

In the importer identifier data area, data relating to an identifier for identifying the importer is recorded.
In the carry-in history level data area, data relating to the carry-in history level of the carry-in person is recorded. This carry-in history level is determined based on the contents and frequency of the carry-in of the product carried out by the carry-in person in the past. In other words, the placement history of the importer and the familiarity of the rules are specified by the carry-in history, and the content of the guidance guidance is changed according to the familiarity as will be described later. The carry-in history level data corresponds to the target person level data.

  As shown in FIG. 4, the guidance information data 240 corresponding to the carry-in history level is recorded in the guidance data storage unit 24. The guide guidance data 240 is data for guiding and guiding the route between the gates from the start gate to the end gate. This guidance data 240 is recorded when the gate is installed. This guidance information data 240 includes data relating to a carry-in history level, a start gate identifier, an end gate identifier, priority, and guidance information.

In the carry-in history level data area, data relating to a history level regarding carry-in of a carry-in person who carries in the product is recorded.
In the starting gate identifier, data relating to an identifier for specifying the gate that is the starting point of the guidance route is recorded.

In the end gate identifier, data relating to an identifier for specifying the gate that is the end point of the guidance route is recorded.
In the priority data area, data related to the priority of the guide route is recorded. In this embodiment, three priorities are set to “low”, “medium”, and “high”. The priority of “low” is set when there is another product delivery to be performed prior to the delivery of the product that has been delivered. In this case, a standby instruction or the like is performed. The priority of “medium” is set when the delivery of the product is performed regardless of the delivery of other products. In this case, a normal route is guided. The priority of “high” is set when the time is later than the scheduled delivery time. In this case, a route that can be preferentially passed is guided.

  In the guidance information data area, data related to guidance information of the guide route is recorded. This guidance information data includes a map of a guidance route and a caution at the time of guidance (for example, a speed limit in a factory site).

  Next, a processing procedure for carrying in a product using the rewritable paper 500 and the printer 40 configured as described above will be described. Here, after describing the entire procedure until the importer completes the unloading of the goods in the warehouse of the factory, the gate reception process (FIG. 7) performed by the computer terminal 30 in the procedure and the guidance performed by the host computer 20 The management process (FIG. 8) will be described.

  In the present embodiment, when the carry-in person carries in the product, the rewritable paper 500 in which the carry-in identifier of the carry-in person is recorded in the ROM area 512 is used. A computer terminal 30 and a printer 40 connected to the network N are also installed in the importer's company.

  When instructing the carry-in of the goods to be carried in, the warehousing identifier, the scheduled warehousing time, the carry-in identifier, and the carry-in warehouse identifier are determined and recorded in the carry-in schedule data storage unit 22. The host computer 20 specifies the computer terminal 30 of the importer based on the importer identifier, and transmits a carry-in request via the network N. This carry-in request includes a target gate identifier, a warehousing identifier, and product list data for which carry-in is requested. In the present embodiment, the target gate identifier includes a gate identifier indicating the factory site reception gate where the carry-in warehouse is located.

  When the carry-in person receives a product carry-in request from a computer terminal connected to the network N, the carry-in person prints a carry-in request form using the rewritable paper 500. In this case, the printer 40 records the warehousing identifier and the gate identifier of the factory site reception gate included in the instruction in the RAM area 513 of the rewritable paper 500. In addition, in the rewritable display area 520 of the rewritable paper 500, as shown in FIG.

Then, the importer transports the product and the rewritable paper 500 to the factory, and when entering the factory site, accepts the factory at the entrance gate of the factory (step SH1-1). At this time, the importer inserts the rewritable paper 500 brought with the product into the printer 40 installed at the entrance gate of the factory. In this case, a gate reception process and a guidance management process described later are performed. As a result, the data of the rewritable paper 500 is rewritten. Specifically, in the rewritable display area 520, instead of displaying the import request document that has been described so far, a guide map of the import route up to the next gate (here, the entrance to the warehouse A), The factory site guidance information 610 relating to cautions at the time of delivery such as the speed limit is displayed reversibly.

  Based on the factory site guidance information 610 reversibly displayed in the rewritable display area 520 of the rewritable paper 500, carry-in guidance in the factory site is performed (step SH1-2). Then, the carry-in person goes to the warehouse A that is the carry-in destination of the goods according to the carry-in guidance.

  Thereafter, when the importer arrives at the warehouse A, the entrance of the entrance of the warehouse A receives the entrance (step SH1-3). At this time as well, the importer inserts the rewritable paper 500 into the printer 40 installed at the gate at the entrance of the warehouse A, in the same manner as the factory delivery acceptance described above.

  As a result, a gate reception process described later is performed, and the data in the rewritable display area 520 of the rewritable paper 500 is rewritten. Specifically, in the rewritable display area 520, in-house warehouse guidance information 620 on the person in charge and information on the location of unloading in the warehouse are reversibly displayed in place of the factory site guidance information 610 that has been reversibly displayed. The

  Based on the guidance information 620 in the warehouse reversibly displayed in the rewritable display area 520 of the rewritable paper 500, the loading guidance in the loading warehouse is performed (step SH1-4). Then, the carry-in person goes to “Deck A2” of the unloading place that is the carry-in destination of the product.

  Thereafter, the person who has arrived at the “deck A2” at the unloading place contacts the person in charge recorded in the rewritable display area 520, and unloads the conveyed product (step SH1-5).

  When the unloader who has finished unloading leaves the factory, he passes the rewritable paper 500 to the printer 40 at the factory loading reception gate. Thereby, it can be grasped that the warehousing is completed.

(Gate reception processing and guidance management processing)
Next, the gate reception process performed at each gate and the guidance management process performed at the host computer 20 at this time will be described with reference to FIGS. Here, the case of a factory carry-in reception gate is assumed. As described above, the importer who has reached the gate passes the rewritable paper 500 that has been transported along with the product through the printer 40 of the gate. At this time, the IC tag communication unit 42 of the printer 40 communicates with the IC tag 510 of the rewritable paper 500. Thereby, the computer terminal 30 connected to the printer 40 reads data from the IC tag 510 of the rewritable paper 500 (step S1-1). At this time, the read data is data relating to the importer identifier recorded in the ROM area 512 and the warehousing identifier recorded in the RAM area 513.

  Next, the computer terminal 30 transmits / receives data to / from the host computer 20 and obtains guidance guidance data (step S1-2). At this time, the computer terminal 30 obtains the data relating to the importer identifier and the warehousing identifier read in step S1-1, and the data relating to the gate identifier (current location gate identifier) for identifying the gate where the computer terminal 30 is installed. , To the host computer 20 via the network N.

In this case, the host computer 20 executes guidance management processing. This process will be described with reference to FIG.
The host computer 20 that has received data relating to the carry-in identifier and the warehousing identifier from the computer terminal 30 installed at each gate first searches the carry-in schedule data 220 based on the warehousing identifier (step S2-1). Specifically, the host computer 20 extracts the carry-in schedule data 220 including the received warehousing identifier from the carry-in schedule data storage unit 22. Then, the host computer 20 checks whether or not the carry-in identifier data of the extracted carry-in schedule data 220 matches the received carry-in identifier data. If the carry-in identifier data does not match, an error is output in the same manner as a carry-in schedule mismatch described later (step S2-3).

  Furthermore, the host computer 20 confirms whether or not the carry-in schedules match (step S2-2). Specifically, the host computer 20 compares the current location gate identifier received from the computer terminal 30 with the gate identifier in which the carry-in time of the carry-in schedule data 220 is not recorded. At this time, if it does not match the carry-in schedule (in the case of “NO” in step S2-2), an error is output (step S2-3). For example, the host computer 20 displays a warning if it is different from the gate to be guided or different from the planned importer. In this case, the host computer 20 reads the target gate identifier recorded in the RAM area 513 of the rewritable paper 500, and reversibly displays guidance for guiding to the correct gate based on the target gate identifier. As a result, it is possible to grasp and correct a mistake in warehousing.

  On the other hand, if it coincides with the carry-in schedule (in the case of “YES” in step S2-2), the host computer 20 records the time when the warehousing identifier is received as the carry-in time, and then sets the priority of the warehousing. Calculate (step S2-4). Specifically, first, the host computer 20 compares the carry-in schedule data 220 with the scheduled carry-in time. If there is a delay of an allowable time (for example, 15 minutes) or more, the host computer 20 assigns “high” as the priority of the warehousing identifier received from the computer terminal 30.

  On the other hand, if the host computer 20 arrives within the allowable time from the scheduled delivery time, the host computer 20 determines whether there is priority warehousing identifier data. At this time, if the priority warehousing identifier data is not set in the carry-in schedule data 220, the host computer 20 assigns “medium” as the priority of the warehousing identifier.

  When the priority warehousing identifier data is set, the host computer 20 acquires the carry-in schedule data 220 for the priority warehousing identifier. Then, when the carry-in of this priority warehousing identifier is completed and the carry-in time is recorded in the carry-in schedule data 220, the host computer 20 assigns “medium” as the priority of this warehousing identifier. On the other hand, when the carry-in schedule data 220 of the priority warehousing identifier is not completed and the carry-in time is not recorded, “low” is assigned as the priority of the warehousing identifier. As described above, the priority is determined according to the carry-in state of other products.

  Next, the host computer 20 changes the guidance according to the priority (step S2-5). Specifically, when the priority calculated in step S2-4 is other than “high” (“NO” in step S2-5), the host computer 20 is based on what should be preferentially received and the scheduled arrival time. Then, it is determined whether or not this product can be carried in (step S2-6). Specifically, the host computer 20 acquires the congestion status in the carry-in entrance or the carry-in warehouse from the carry-in schedule data 220. Then, when a thing to be preferentially arriving or a carry-in at an early scheduled time of arrival arrives, it is determined whether or not a space for unloading remains.

When the product cannot be carried in (in the case of “NO” in step S2-6), the host computer 20 outputs a standby instruction (step S2-7). Specifically, the host computer 20 transmits to the computer terminal 30 instruction data for instructing standby for a predetermined time. Then, the computer terminal 30 converts this instruction data into reversible print data, and transmits the converted reversible print data to the printer 40. The printer 40 reversibly prints an instruction to wait for the rewritable paper 500 using the reversible print data.

  On the other hand, when the loading is possible (in the case of “YES” in step S2-6), the host computer 20 determines the guidance information based on the warehousing identifier and the loading history level (step S2-8). Specifically, the host computer 20 extracts the carry-in identifier from the carry-in identifier carry-in schedule data 220. Moreover, the host computer 20 acquires the carry-in history level data of the carry-in based on the carry-in identifier.

  Then, the host computer 20 extracts the corresponding guidance guidance data 240 from the guidance guidance data storage unit 24. Specifically, the host computer 20 extracts the guidance information data 240 having the acquired carry-in level, start point gate identifier, end point gate identifier, and the priority calculated in step S2-4. Here, the identifier of the gate with the computer terminal 30 that has acquired the warehousing identifier is used as the starting gate identifier. As the end gate identifier, the gate identifier recorded in the carry-in schedule data 220 as the next gate after the start gate is used. On the other hand, when the priority is “medium”, the normal route is displayed reversibly. When the priority is “high”, routes that can be preferentially carried in even if the departure gate and the destination gate are the same are displayed reversibly.

  Then, the guide information of the extracted guide guidance data 240 is transmitted to the computer terminal 30. Thereby, the computer terminal 30 acquires guide guidance data from the host computer 20 (step S1-2). Thus, the guidance management process of the host computer 20 is completed.

  Then, the computer terminal 30 receiving the guidance information from the host computer 20 performs a reversible printing process as shown in FIG. 7 (step S1-3). Specifically, reversible print data of the guidance information acquired in step S1-2 is generated. Then, the computer terminal 30 transmits the generated reversible print data to the printer 40. The control unit 41 of the printer 40 causes the reversible print processing unit 43 to execute a reversible print process based on the reversible print data.

  Specifically, first, the reversible display printed in the rewritable display area 520 of the rewritable paper 500 (for example, the loading request form 600 at the factory loading reception gate and the factory site guidance information 610 at the loading window) is erased. To do. Then, new guidance information is printed (in-plant guidance information 610 at the factory loading acceptance gate and warehouse guidance information 620 at the loading entrance reception gate). As a result, the importer visually checks the delivery destination of the product.

  Next, the control unit 41 of the printer 40 updates the data in the memory of the IC tag 510 via the IC tag communication unit 42 (step S1-4). Here, the end point gate identifier is written in the RAM area 513 of the rewritable paper 500 as the target gate identifier. As described above, the rewritable paper 500 is rewritten, and the gate reception process ends.

According to this embodiment, the following effects can be obtained.
In the present embodiment, when a arriving person arrives at each gate, the rewritable paper 500 is inserted into the printer 40 installed at the gate. Thereby, the computer terminal 30 acquires the warehousing identifier data recorded on the IC tag 510 of the rewritable paper 500 via the printer 40 (step S1-1). Then, the computer terminal 30 acquires the guidance information for guiding to the next gate from the host computer 20 based on the warehousing identifier data (step S1-2), and the factory premises guidance information 610 and the warehouse The guidance information 620 is reversibly printed (step S1-3).

  Today, with the development of car navigation systems and the like, it is possible to obtain guidance information to the destination on ordinary roads, but it is not possible to obtain information on the factory premises that are private land. In the present embodiment, it is possible to accurately guide the importer to the destination by the guidance displayed on the rewritable paper 500.

  Further, the host computer 20 obtains guidance for the next gate every time the arriving person arrives at the gate. For this reason, the host computer 20 can grasp the progress status of the importer and manage the import process at each gate. Accordingly, it is possible to check delivery of items not ordered. In addition, information other than the information for proceeding to the next gate is not provided to the importer, and when the information is newly provided, the information provided in the past is deleted. Therefore, information leakage can be avoided and security can be improved.

  In the present embodiment, the host computer 20 acquires the warehousing identifier and the importer identifier recorded on the IC tag 510 of the rewritable paper 500 from the computer terminal 30 of the gate. Then, the host computer 20 checks whether or not the importer identifier data of the import schedule data 220 having the warehouse identifier data matches the received importer identifier data. For this reason, the host computer 20 can confirm the person who brought in the product, can more reliably manage entry / exit to / from a site such as a factory, and can improve security.

  -In this embodiment, the host computer 20 compares whether the data received from the computer terminal 30 and the data of the carrying-in schedule data 220 correspond (step S2-2). At this time, if it does not match the carry-in schedule, an error is output (step S2-3). For example, if it is different from the intended importer, the host computer 20 displays a warning. When the planned destination gate and the current position gate are different, the host computer 20 displays the guidance for guiding to the correct gate in a reversible manner. As a result, it is possible to grasp and correct a mistake in warehousing.

  In the present embodiment, the importer history level is recorded in the importer data storage unit 23 in association with the importer identifier data. In addition, guidance information corresponding to the importer history level is recorded in the guidance information storage unit 24. Therefore, the host computer 20 can acquire the importer history level from the importer identifier data acquired from the rewritable paper 500, and can provide guidance information according to the carry-in history level of the importer. For example, when the importer is unfamiliar, the delivery time can be shortened by providing more detailed guidance information. Moreover, when the importer is accustomed, the information according to this importer can be provided.

  In the present embodiment, guidance information corresponding to the priority of the product is recorded in the guidance information data storage unit 24. For this reason, when the priority of goods is high, in order to carry in goods quickly, guidance guidance for carrying forward preferentially is reversibly printed. Accordingly, it is possible to carry in the goods efficiently.

  In the present embodiment, the host computer 20 waits when the product cannot be loaded (“NO” in step S2-6) based on the priority warehousing identifier of the carry-in schedule data 220 and its carry-in time. An instruction is output (step S2-7). For this reason, goods can be carried in efficiently in a predetermined order.

In the present embodiment, the host computer 20 determines the priority based on the carry-in schedule data 220 recorded in the carry-in schedule data storage unit 22 (step S2-4), and the rewritable based on this priority. The content to be reversibly displayed on the paper 500 is changed. For this reason, when there is a change in the order of delivery or priority of products, the data recorded in the carry-in schedule data storage unit 22 is changed to output an instruction accompanying the change to the rewritable paper 500. Can do. Therefore, it is possible to promptly make an instruction according to the change.

(Second Embodiment)
Next, a second embodiment of the present invention will be described with reference to FIGS. In the present embodiment, the same parts as those in the first embodiment are denoted by the same reference numerals, and detailed description thereof is omitted. In the present embodiment, a case is assumed in which a medical examination center as a target person who receives a plurality of medical examinations (behaviors) is guided.

  Also in this embodiment, the same system configuration as shown in FIG. 1 is used. However, in the present embodiment, as shown in FIG. 9, a sheet for handing rewritable paper to the examinee is issued upon receipt of the examination (SH2-1). Then, the rewritable paper 500 guides the examinee to the examination location (step SH2-2). Thereafter, the examinee who has reached the examination location receives a diagnosis (step SH2-3). When all examinations are completed, the rewritable paper 500 leads to accounting (step SH2-4). In the accounting, the accounting for the examination is performed, and the rewritable paper 50 is collected (step SH2-5).

  In the present embodiment, the examinee carries the rewritable paper 500 from the reception to the last transaction. In the rewritable paper 500, data (medium unique identifier data) unique to the rewritable paper 500 is recorded in the ROM area 512 of the IC tag 510 as identification information for identifying the rewritable paper 500. In this embodiment, unlike the first embodiment, no data is recorded in the RAM area 513 of the IC tag 510. In the present embodiment, this medium unique identifier data corresponds to the action specifying data and the subject data.

  On the other hand, in a building such as an examination center, there are a reception, an examination room, an examination room, and a treasurer, and these correspond to nodes at which the examinee stops in this embodiment. Each of these nodes is provided with a computer terminal 30 and a printer 40 connected thereto, as in the first embodiment.

  The printer 40 includes a control unit 41, an IC tag communication unit 42, a reversible print processing unit 43, and a network communication unit 44, as in the first embodiment (FIG. 5). As described in the first embodiment, the computer terminal 30 that transmits / receives data to / from the printer 40 transmits / receives data to / from the printer 40, and acquires data recorded in the rewritable paper 500 via the printer 40. Or data is recorded on the rewritable paper 500. In the computer terminal 30, identifier data (node identifier of the current location) for specifying the installed node is recorded in association with the diagnosis item data of the diagnosis performed at the node. Further, the computer terminal 30 transmits / receives data to / from a host computer corresponding to the host computer 20 of the first embodiment via a network.

The host computer is a management computer that manages the consultation status of the examinee via each computer terminal 30 installed in the node. Unlike the host computer 20 of the first embodiment, this host computer does not perform the level specifying step and the calculation step. Therefore, the host computer according to the present embodiment includes a CPU, a RAM, a ROM, and the like, and performs processing described later (processing including a node identification stage, an acquisition stage, an output stage, and the like). Then, by executing the guidance management program for this purpose, the host computer 20 functions as a node identification unit, an acquisition unit, an output unit, and the like.

  The node specifying means acquires the identifier data recorded on the IC tag 510 of the rewritable paper 500 via the computer terminal 30 and the printer 40 constituting the node terminal, and stores the later-described patient data based on the identifier data. The examination location where the examinee goes next is specified from the part 82.

  The acquisition unit acquires, from the guide guidance data storage unit 83, guide guide data for guiding to the next node (location) where the printer 40 is installed. The output means displays the acquired guidance guidance data in the rewritable display area 520 of the rewritable paper 500 via the computer terminal 30 and the printer 40. In addition, this output unit erases the information reversibly displayed in the rewritable display area 520 of the rewritable paper 500 and causes the information based on the acquired guidance guidance data to be reversibly displayed in the rewritable display area 520.

  Furthermore, unlike the first embodiment, the host computer of the present embodiment includes a diagnosis item schedule storage unit, a patient data storage unit 82 as an action schedule storage unit, and a guidance information data storage unit 83 as a guidance data storage unit. It is connected.

  The examination item schedule storage unit stores data relating to examination items that the examinee should receive corresponding to the examination course. This data includes an examination course name and a plurality of examination items associated therewith. Specifically, for example, for data having a screening course name of “Ningen Dock”, diagnostic items such as “chest X-ray”, “electrocardiogram”, “medical examination”, “blood sampling” and “urinalysis” are associated. Yes.

  As shown in FIG. 10, the examinee data storage unit 82 stores examinee data 820 as action schedule data. The examinee data 820 is set when the examinee newly applies for examination. The examinee data 820 includes data related to the examiner identifier, name, date of birth, examination item, end flag, medium unique identifier, and assigned examination item.

Data relating to an identifier for identifying the examinee is recorded in the examiner identifier data area.
In the name data area, data related to the name of the examinee is recorded.

In the birth date data area, data related to the birth date of the examinee is recorded.
In the examination item data area, data relating to items scheduled for examination by the examinee is recorded. In this examination item data area, the number of data corresponding to the number of examinations and examinations received by the examinee is recorded.

  In the end flag data area, data indicating that the examination of the corresponding examination item is completed is recorded. While no data is recorded in the end flag data area, it means that the examinee has not yet received a diagnosis item corresponding to the end flag.

  In the medium unique identifier data area, medium unique identifier data for identifying the rewritable paper 500 used by the examinee is recorded. This medium unique identifier data matches the data recorded in the ROM area 512 of the rewritable paper 500 used by the examinee.

In the assigned examination item data area, data relating to the examination item assigned to the examinee is recorded. In other words, based on the assigned examination item data, the examination items to which the examinee is currently guided and waiting for the turn are known.

  As shown in FIG. 11, the guidance information data 830 is recorded in the guidance data storage unit 83. This guidance information data 830 is data for guiding a node in the hospital. This guidance information 830 includes guidance items for guiding the guidance location and guidance information for guiding to the guidance location. Here, the guidance item includes a diagnosis item and data meaning “accounting”. In the guidance information, information for guiding to a guidance location corresponding to the guidance item is recorded. In the present embodiment, specifically, the guidance information includes a map and a display indicating the guidance location.

Next, a processing procedure in the case where a medical examination is performed according to the flow shown in FIG. 9 using the rewritable paper 500 and the printer 40 configured as described above will be described.
First, the reception process of this embodiment is demonstrated using FIG. In the present embodiment, when the examinee applies for an examination at reception or the like, the examinee data is generated (step S5-1). Specifically, data regarding the examinee is input via the computer terminal 30 installed at the reception node, and this data is transmitted to the host computer via the network. Here, the data relating to the examinee includes not only the name and date of birth of the examinee but also data relating to the examination course applied for by the examinee. The host computer records the received data regarding the patient in the patient data storage unit 82. Specifically, the host computer records the name and date of birth of the examinee. Further, the host computer records data relating to the examination items that the examinee should receive as the examinee data 820 from the examination item schedule storage unit based on the data relating to the examination course.

  Next, the host computer performs assignment processing (step S5-2). Specifically, the host computer counts the allocated diagnosis item data of the patient data 820 recorded in the patient data storage unit 82 by item. Then, the host computer extracts the consultation items with the smallest number of consultation items from among the consultation items that the patient receives, and determines the diagnosis items as the assigned diagnosis items. Here, when there are a plurality of examination items with the smallest number of examinees, the host computer assigns the examination items in the order recorded in the examinee data 820. Then, the data indicating the examination item determined as the assigned examination item is recorded in the recipient data 820 as the assigned examination item data.

  Next, the host computer performs issue processing (step S5-3). Here, the host computer first prints on the rewritable paper 500. Specifically, the host computer transmits the examinee data 820 and the data related to the guidance information of the guidance item that matches the assigned examination item to the reception computer terminal 30 for printing. The computer terminal 30 prints on the rewritable paper 500 inserted in the printer 40. Here, as shown in FIG. 9, the printer 40 prints the name, date of birth, examinee identification number, examination item, and guidance information of the examinee in the rewritable display area 520 of the rewritable paper 500. In addition, as guidance information, the guidance map of a medical examination location and the information which shows the medical treatment location in a guidance map are contained.

  Next, the host computer reads the medium unique identifier data from the ROM area 512 of the rewritable paper 500 inserted into the printer 40 and records it in the patient data 820 of the patient data storage unit 82. Then, the printer 40 discharges the rewritable paper 500. Thus, the reception process is completed.

Then, the examinee receives the issued rewritable paper 500, and refers to this to go to the place to receive the examination. Thereafter, the examinee arrives at a consultation location as a node, and inserts the rewritable paper 500 into the printer 40 installed at the consultation location when receiving a diagnosis. As a result, a node acceptance process similar to the gate acceptance process in the first embodiment is performed, while a diagnosis guidance management process instead of the guidance management process in the first embodiment is performed.

  That is, as shown in FIG. 7, the computer terminal 30 connected to the printer 40 in which the rewritable paper 500 is inserted reads the medium unique identifier data from the IC tag 510 (step S1-1). Then, the read medium unique identification data and the examination item data corresponding to the node identifier of the current location are transmitted to the host computer.

  The host computer performs a medical examination guide management process as shown in FIG. Here, when the host computer receives the data read by the computer terminal 30, the host computer specifies the examinee based on the received data (step S6-1). Specifically, the host computer extracts the patient data 820 including the received medium unique identifier from the patient data storage unit 82.

  Next, the host computer records an end flag (step S6-2). Specifically, the host computer records an end flag for the diagnosis item data received from the computer terminal 30 in the specified patient data 820. Then, the host computer determines whether or not all examinations have been completed for this examinee (step S6-3). Specifically, the host computer determines whether or not all end flags corresponding to the diagnosis items in the patient data 820 are recorded.

  Here, when the end flag is recorded for all the examination items, the host computer transmits guidance guidance data to the accounting (step S6), assuming that the examination is finished ("YES" in step S6-3). -4). Specifically, the host computer deletes the assigned diagnosis item recorded in the patient data 820. Then, the host computer extracts the guidance information for guiding to the accounting from the guidance information data 830, and transmits data related to the guidance information to the computer terminal 30 via the network.

  On the other hand, if there are still examination items (undiagnosed items) for which no end flag is recorded and the examination is not completed (“NO” in step S6-3), the host computer It is determined whether or not there is a plurality (step S6-5). Specifically, it is determined whether or not there are two or more data of unexamined items in which the end flag is not recorded in the examinee data 820.

  Here, when there are two or more unexamined items (in the case of “YES” in step S6-5), the vacant status of the unexamined items is acquired (step S6-6). Specifically, the host computer counts the allocated diagnosis item data of the patient data 820 recorded in the patient data storage unit 82 by item.

  Next, the host computer determines the next examination item (step S6-7). Specifically, the host computer determines, from among the unexamined items, the diagnosis item with the smallest number of patients as the next diagnosis item. When there is one unexamined item (in the case of “NO” in step S6-5), this unexamined item is determined as the next diagnostic item.

  When the next medical examination item is determined, the host computer overwrites the medical examination data 820 with the data indicating the medical examination item as the assigned medical examination item data, and updates the medical examination data 820.

  Then, the host computer transmits guide guidance data (step S6-8). Specifically, the host computer extracts the guidance information corresponding to the examination item recorded in the assigned examination item data of the examinee data 820 from the guidance information data 830, and the data related to the guidance information is transmitted to the computer terminal via the network. 30.

  As described above, upon receiving the guidance information transmitted from the host computer, the computer terminal 30 acquires the guidance information (step S1-2 in FIG. 7). Thus, the examination guidance management process of the host computer is completed.

  Then, the computer terminal 30 performs a reversible printing process (step S1-3). Specifically, the computer terminal 30 generates reversible print data corresponding to the guidance information acquired in step S1-2, and transmits this reversible print data to the printer 40. The control unit 41 of the printer 40 causes the reversible print processing unit 43 to perform the reversible print process based on the reversible print data.

  Here, the control unit 41 of the printer 40 first erases the reversible display (in this embodiment, the diagnosis item and the guide map information) printed in the rewritable display area 520 of the rewritable paper 500 and prints new information. To do. In the present embodiment, as the new information, the examination item in which the examination is completed is marked with “Done” and the guidance information to the next examination location is printed. Accordingly, the examinee visually confirms the rewritable paper 500 on which the new information is printed, thereby confirming the item for which the examination has been completed and the location of the next examination destination. In this embodiment, unlike the first embodiment, the control unit 41 of the printer 40 does not update the data in the memory of the IC tag 510 (step S1-4). As described above, the rewritable paper 500 is rewritten, and the node reception process ends.

  Thereafter, the examinees who have finished all the examinations and are guided to the accounting insert the rewritable paper 500 into the printer 40 installed in the accounting. As a result, the computer terminal 30 reads the medium unique identifier data from the IC tag 510 of the rewritable paper 500 via the printer 40 and transmits it to the host computer. The host computer extracts the examinee data 820 that matches the received medium unique identifier data, and identifies the examinee who arrived at the transaction. Then, the host computer confirms that all the examinations of the examinee have been completed, and then performs accounting processing.

According to this embodiment, the following effects can be obtained.
In the present embodiment, when the examinee arrives at the examination location, the rewritable paper 500 is inserted into the printer 40 installed at the examination location. As a result, the computer terminal 30 reads the medium unique identifier data from the IC tag 510 of the rewritable paper 500 via the printer 40 (step S1-1). Then, the computer terminal 30 acquires guide guidance data for guiding to the next examination location from the host computer based on the medium unique identifier data (step S1-2), and reversibly prints the examination items and the guidance map information. (Step S1-3). Therefore, the guidance guide printed on the rewritable paper 50 can accurately guide the examinee to the examination location of the examination center, that is, the destination in the room.

Further, when the examinee receives the examination, the host computer determines the guidance for the next examination location (step S6-7) and performs the guidance. At this time, the host computer overwrites the patient data 820 with the data indicating the determined examination item as the assigned examination item data, and updates the patient data 820. For this reason, the host computer can grasp the availability of unexamined items based on the allocated item data of the patient data 820, so that the patient who has completed one examination is guided to an available examination. can do. Therefore, it is possible to efficiently receive all examinations by the examinee.

  In the present embodiment, when the diagnosis is completed, the computer terminal 30 uses the printer 40 to display the diagnosis item marked “Done” on the rewritable paper 500. For this reason, the examinee can confirm the examination item for which the examination is completed on the spot by using the rewritable paper 500.

  In the present embodiment, in the reception process, first, the examinee data is set (step S5-1). At this time, the host computer records data relating to the examination items that the examinee should receive from the examination item schedule storage unit as the examinee data 820 based on the data relating to the examination course. In addition, the host computer sequentially attaches an end flag to the diagnosis items for which the diagnosis has ended. For this reason, it is difficult to make mistakes in writing of examination items, and all of the examination items that the examinee should receive can be more reliably examined.

Further, the above embodiments may be modified as follows.
In each of the above embodiments, the rewritable display area 520 is configured by a reversible thermosensitive recording medium such as a thermoreversible film, but the configuration of the rewritable display area 520 is not limited to this. For example, a display medium in which visual information can be rewritten electrically or optically may be used.

  In each of the above embodiments, the rewritable paper 500 is provided with an IC tag 510, and the antenna unit 514 transmits and receives data to and from the printer 40 in a non-contact manner. As long as a memory capable of recording print content data reversibly displayed on the rewritable paper 500 is provided, a contact-type data storage unit (an IC chip having an electrode pad or a magnetic tape) may be used. Also, the original print content data may be recorded by printing a two-dimensional code or the like.

  In each of the above embodiments, each gate (node) is provided with a printer 40 that reads / writes data of the rewritable paper 500 and a computer terminal 30 that is connected to the printer 40 and transmits / receives data to / from the host computer. Instead, the printer 40 may be provided with the function of the computer terminal 30. In this case, the printer 40 may transmit and receive data to and from the host computer 20 via the network communication unit 44 of the printer 40. In this case, the computer terminal 30 can be omitted.

  In each of the above embodiments, the IC tag communication unit 42 is provided in the printer 40 as transmission / reception means of the node terminal. The transmission / reception means of the node terminal is not limited to this. For example, a handy scanner 60 connected to the computer terminal 30 as shown in FIG. 14 may be used. The handy scanner 60 includes an antenna 62 for communicating with the IC tag 510. Further, as shown in FIG. 15, an antenna 72 attached to a gate (post) 70 serving as an entrance / exit of each gate may be connected to the computer terminal 30 and used. In the second embodiment, the antenna 72 may be attached to the entrance / exit of the examination room.

Furthermore, a plurality of transmission / reception means may be provided. For example, a printer 40 having an IC tag communication unit 42 as well as an antenna 72 attached to a gate (post) 70 serving as a gate entrance may be used. Both are connected to the computer terminal 30. In this case, when the data of the IC tag 510 of the rewritable paper 500 is read via the antenna 72 when passing through the gate 70, the computer terminal 30 acquires the guidance information based on this data. On the other hand, when the data of the IC tag 510 cannot be acquired via the antenna 72, the computer terminal 30 reads the data of the IC tag 510 via the IC tag communication unit 42 of the printer 40. Thereby, the data of the IC tag 510 can be acquired more reliably and the target person can be guided and guided more appropriately.

  In the second embodiment, the medium unique identifier data recorded in the ROM area 512 of the IC tag 510 of the rewritable paper 500 is used as action specifying data and target person data. That is, the host computer identifies the examinee based on the medium unique identifier data. Not limited to this, the visitor identifier data may be used as the action specifying data and the subject data. Specifically, in the issuing process (step S5-3), when the host computer performs printing, the data related to the examiner identifier of the examiner who issues the rewritable paper 500 is stored in the RAM area 513 of the IC tag 510. To record. Thereafter, the computer terminal 30 at the examination location (node) acquires the examiner identifier data stored in the RAM area 513 via the printer 40 and transmits it to the host computer. The host computer specifies the examinee using the examinee data storage unit 82 based on the examinee identifier data.

  In the second embodiment, the guidance information associated with the guidance item is stored as the guidance data 830. Not only this but guidance information is good also as guidance guidance data 830 linked | related not only with the guidance item but with the level of the examinee (target person). Specifically, the level is determined according to the history of the medical examinee (first medical examination, medical examination within six months, medical examination several years ago, etc.), and guidance information corresponding to this level is stored as guidance information data 830. For example, guidance information including not only a map but also more detailed guidance is provided for the first examinee. In this case, the host computer is provided with subject history data storage means for storing the past date, etc. when the examinee consulted.

  In the second embodiment, a case has been described in which a plurality of examinations corresponding to examination courses for predetermined examination items are received. For example, the present invention can also be applied to a case where a plurality of departments are consulted in a general hospital or the like. Specifically, the host computer grasps the congestion status of each department (the number of patients who are guided and guided) based on the assigned examination item data when the department accepts the examination or when the examination is over. Depending on the situation, the examinee assigns the department to be examined next.

  In the second embodiment, the host computer determines the examination item with the smallest number of undiagnosed items as the next examination item. Instead of this, the host computer may determine the examination item with the smallest number of undiagnosed items as the next examination item. Specifically, the host computer is connected to a storage unit that stores data related to a predicted time required for diagnosis for each diagnosis item. The host computer calculates a waiting time predicted value for each diagnosis item obtained by multiplying the counted number of assigned diagnosis item data for each item by the predicted time required for diagnosis for each diagnosis item. Then, the examination item with the smallest waiting time prediction value for each examination item is determined as the examination item for this examinee. Thereby, even if the examination required time differs depending on the examination item, the examinee can be efficiently examined.

  In the second embodiment, the host computer records data related to the assigned examination items in the examinee data storage unit 82 in the issuance process (step S5-3) and the examination guidance management process. At this time, the host computer may include and record the allocation time at which the data related to the allocated diagnosis item is recorded in the patient data storage unit 82 in the patient data 820. Thereby, the host computer can grasp the waiting order of the examinee based on the recorded allocation time.

In the first embodiment, the importer who carries in the product has been described as the target person. Moreover, in the said 2nd Embodiment, the examinee who receives a medical examination was demonstrated as an object person. However, the present invention is not limited to this. For example, the present invention may be applied to a case where goods in a factory are moved or discarded. For example, specific procedures may be required when disposing of special products. In this case, a place where a predetermined procedure is performed may be set as a gate of a relay point and guided to the gate. Further, the target person may be used when guiding the inside of an art museum or an attraction. For example, the present invention may be applied when an outsider is desired to be placed in a place with high security. In this case, the outsider may carry a passage like the rewritable paper 500. Even in this case, by inserting the rewritable paper 500 into the printer 40 installed at the gate, the target person can be guided to the destination by the planned route.

Next, technical ideas that can be grasped from the above-described embodiment and other examples will be described below together with their effects.
(A) The management computer is further connected to a guidance node specifying storage means for recording data for specifying a node guided by the subject as a next node to be guided,
In the action schedule storage means, data relating to a node where the subject stops is recorded,
The management computer further executes a guidance number acquisition step of acquiring the number of target persons guided to each node based on the data recorded in the guidance node identification storage means,
The node specifying step specifies, based on the action specifying data, a node to which the target person proceeds next from data on the number of the target persons and a node on which the target person of the action schedule storage unit stops. The guidance management method according to any one of claims 1 to 3.

(B) The management computer is further connected to a guidance node specifying storage means for recording data for specifying a node guided and guided as a node to be followed by the subject,
In the action schedule storage means, data relating to a node where the subject stops is recorded,
The management computer further functions as a guidance number acquisition means for acquiring the number of subjects guided to each node based on data recorded in the guidance node identification storage means,
The node specifying unit specifies a node to which the target person proceeds next from data on the number of the target persons and a node where the target person of the action schedule storage unit stops based on the action specifying data. The guidance management program according to any one of claims 5 to 7.

  Therefore, according to the inventions described in (a) and (b), the target person can be efficiently guided to the node where the target person stops depending on the congestion situation of the node.

The schematic block diagram of a guidance management system. Explanatory drawing of the data recorded on the carrying-in schedule data storage part. Explanatory drawing of the data recorded on the importer data storage part. Explanatory drawing of the data recorded on the guidance data storage part. FIG. 2 is a block diagram illustrating a configuration of a printer. Explanatory drawing explaining the whole carrying-in procedure of embodiment. Explanatory drawing explaining the process sequence of the gate reception process of embodiment. Explanatory drawing explaining the process sequence of the guidance management process of embodiment. Explanatory drawing explaining the procedure of the whole medical examination guidance of 2nd Embodiment. Explanatory drawing of the data recorded on the patient data storage part. Explanatory drawing of the data recorded on the guidance guide data storage part of 2nd Embodiment. Explanatory drawing explaining the process sequence of the reception process of embodiment. Explanatory drawing explaining the process sequence of the examination guidance management process of embodiment. Explanatory drawing explaining the 1st modification of the transmission / reception means of a node terminal. Explanatory drawing explaining the 2nd modification of the transmission / reception means of a node terminal. Explanatory drawing explaining the carrying-in procedure in the past.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 20 ... Host computer, 22 ... Carry-in schedule data storage part as action schedule storage means, 24, 83 ... Guidance guidance data storage part as guidance guide data storage means, 30 ... Computer terminal which comprises a node terminal, 40 ... Node terminal A printer as reversible printing means, 42... IC tag communication section as transmission / reception means, 82... Examinee data storage section as action schedule storage means, 240, 830... Guidance guidance data, 500. Rewritable paper, 510... IC tag as data storage means, 520... Rewritable display area as reversible display section.

Claims (8)

Transmission / reception means and reversible printing means for performing reversible printing on the reversible display section of an information display medium having a reversible display section on which information is visually reversibly displayed and data storage means, and transmitting / receiving data to / from the data storage means. A node terminal installed in the node,
Action specifying data for specifying the action schedule of the target person , action schedule storage means in which a node passing according to the action schedule is recorded , and guide guidance data for guiding the user to the next node A guidance management method for managing the guidance of the subject using a management computer connected to the recorded guidance information storage means,
The management computer is
An action specifying data recorded in the data storage means of the information display medium acquired at node terminal, the steps of obtaining the current position identifier for identifying the node that this node terminal is installed,
Based on the acquired action specifying data and the current location identifier, from the action schedule storage means, a node specifying stage for specifying a node to which the target person proceeds next;
Obtaining guidance guidance data for guiding guidance from the node specified by the current location identifier to the next node from the guidance guidance data storage means;
It transmits the acquired guidance data before Symbol node terminals, in the reversible printing unit of this node device, to erase the information that is reversibly displayed on the reversible display part of the information display medium, the obtained guidance data And an output stage for displaying information based on the reversible display unit. In the behavior schedule storage means, it is recorded in association with the order in which the nodes passing according to the behavior schedule pass,
In the output step, the data storage means of the information display medium that displays information based on the guidance information on the reversible display unit stores a target node identifier for specifying a next node,
In the node identification step, when the current location identifier acquired together with the behavior identification data is different from the node identifier that should be guided and recorded in the behavior schedule storage unit, an error output is performed.
The management computer, when performing the error output, obtains a target node identifier stored in the data storage means of the information display medium, and guides to the correct node based on the target node identifier The guidance management method according to claim 1, wherein the guidance is reversibly displayed on the information display medium . The management computer is further connected to a subject history data storage means in which a subject level is recorded regarding the behavior history of the subject,
In the guidance guidance data storage means, guidance guidance data is recorded corresponding to the subject level,
In the data storage means of the information display medium, target person data for specifying a target person possessing the information display medium is recorded,
The management computer acquires subject data recorded in the data storage means of the information display medium via the transmission / reception means of the node terminal, and uses the subject history data storage means to target the subject. To further execute a level identification step for identifying a person level,
The guidance management method according to claim 1, wherein the obtaining step obtains guidance information according to the specified subject level. The action schedule storage means further records action specifying data of an action schedule to be performed earlier in association with the action specifying data ,
The guidance guidance data storage means stores guidance guidance data for a normal route corresponding to a “medium” transport priority, and guides a route that can be preferentially passed corresponding to a “high” transport priority. Guidance data is recorded,
The management computer,
Through the pre-Symbol node end end, when acquiring an action specific data with current location identifier, the action schedule storage means, and recording a time in association with the current location identifier,
A calculating step of calculating a transport priority based on the acquired action specified data,
When a transport priority other than “High” is specified, it is determined whether or not the product can be carried in. If the product cannot be carried in, data indicating standby for a predetermined time is transmitted to the node terminal. A step of reversibly printing an instruction to wait on the reversible display unit of the information display medium ,
The guidance management method according to any one of claims 1 to 3, wherein in the obtaining step, guidance guidance data corresponding to a priority of "medium" or "high" is obtained. Transmission / reception means and reversible printing means for performing reversible printing on the reversible display section of an information display medium having a reversible display section on which information is visually reversibly displayed and data storage means, and transmitting / receiving data to / from the data storage means. A node terminal installed in the node,
Action specifying data for specifying the action schedule of the target person , action schedule storage means in which a node passing according to the action schedule is recorded , and guide guidance data for guiding the user to the next node A guidance management program for managing the guidance of the subject using a management computer connected to the recorded guidance data storage means,
The management computer,
An action specifying data recorded in the data storage means of the information display medium acquired at node terminal, means for acquiring the current position identifier for identifying the node that this node terminal is installed,
Based on the acquired action specifying data and the current location identifier, a node specifying means for specifying a node to which the target person proceeds next from the action schedule storage means;
Transmitted from the guidance data storage means, from said node specified by current location identifier, proceeding acquiring means acquires guidance data for guiding the nodes, and the obtained guidance data before Symbol node terminals The reversible printing hand of this node terminal
In the stage, the information reversibly displayed on the reversible display unit of the information display medium is erased, and the information based on the obtained guidance guidance data is caused to function as output means for displaying on the reversible display unit. Management program. In the behavior schedule storage means, it is recorded in association with the order in which the nodes passing according to the behavior schedule pass,
The output means stores, in the data storage means of the information display medium that displays information based on the guidance information on the reversible display unit, a target node identifier for specifying the next node,
If the current location identifier acquired together with the behavior specifying data is different from the node identifier that should be guided and recorded in the behavior schedule storage means, the node specifying means outputs an error,
The management computer, when performing the error output, obtains a target node identifier stored in the data storage means of the information display medium, and guides to the correct node based on the target node identifier 6. The guidance management program according to claim 5, wherein the guidance is reversibly displayed on the information display medium . The management computer is further connected to a subject history data storage means in which a subject level is recorded regarding the behavior history of the subject,
In the guidance guidance data storage means, guidance guidance data is recorded corresponding to the subject level,
In the data storage means of the information display medium, target person data for specifying a target person possessing the information display medium is recorded,
The management computer acquires subject data recorded in the data storage means of the information display medium via the transmission / reception means of the node terminal, and uses the subject history data storage means to target the subject. Further function as a level specifying means for specifying the person level,
The guide management program according to claim 5 or 6, wherein the acquisition unit acquires guide guidance data corresponding to the specified target person level. The action schedule storage means further records action specifying data of an action schedule to be performed earlier in association with the action specifying data ,
The guidance guidance data storage means stores guidance guidance data for a normal route corresponding to a “medium” transport priority, and guides a route that can be preferentially passed corresponding to a “high” transport priority. Guidance data is recorded,
The management computer ,
Through the pre-Symbol node end end, when acquiring an action specific data with current location identifier, the action schedule storage means, means for recording the time in association with the current location identifier,
Calculating means for calculating a transport priority based on the acquired action specified data,
When a transport priority other than “High” is specified, it is determined whether or not the product can be carried in. If the product cannot be carried in, data indicating standby for a predetermined time is transmitted to the node terminal. Then, the reversible display unit of the information display medium further functions as means for reversibly printing an instruction to wait ,
The guide management program according to any one of claims 5 to 7, wherein the acquisition unit acquires guide guidance data corresponding to a priority of "medium" or "high" .

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