JP4642039B2 - Traffic permission application program and traffic management system - Google Patents

Description

  The present invention uses a general-purpose portable communication terminal such as a mobile phone, and allows the portable communication terminal to function as a communication terminal that makes a passage permission application for a plurality of entrances. And a portable communication terminal that functions as a communication terminal for a traffic permission application by executing the traffic permission application program, and entrance / exit traffic management based on the traffic permission application made using the portable communication terminal for the traffic permission application It is related with the traffic management system which performs.

  In recent years, various facilities such as corporations, schools, government offices, etc. have been installed with security boxes that lock and unlock doors at entrances and exits of specific areas within the facility in order to eliminate the entry of outsiders excluding specific parties. ing. At the entrance / exit where such a security box is installed, for example, an identification code is input to the security box, or a magnetic card in which the identification code is recorded, an IC card, a mobile phone incorporating an IC chip, etc. By bringing the portable communication terminal closer, the door of the doorway is locked and unlocked.

  In particular, a large-scale research and development organization, such as a large-scale research and development facility such as a university or a company, has a faculty room, officer room, development room, research room, laboratory, data room, etc. Since there are many offices in each department, there are a large number of entrances (traffic gates) for managing the traffic of outsiders.

  However, even in such a large-scale facility, applications for permission to pass through a large number of entrances and exits are generally made by submitting an application form to the department in charge by a person who wishes to pass. Therefore, the staff in the department in charge had to process each application form one by one, which was extremely complicated. In addition, when permitting the applicant's passage, the staff in the department in charge must register the applicant's identification code in the security box installed at the entrance / exit where the passage is permitted, which further complicates the processing. End up.

  In addition, for research facilities such as universities, the entrances that require access may differ depending on the grade, so the entrances that should be allowed to pass are added, changed, or deleted each year. There is also. In addition, it is necessary to revoke the passage permission for graduates who are outsiders from the relevant personnel concerned, and furthermore, the entrance / exit of passage permission or disapproval depending on the course of study of each student will change for each student. End up.

  For this reason, the department in charge of the application for permission to pass must process the permission for many students and staff every fiscal year, each semester, and every other prescribed period, which is extremely excessive for the staff in charge. A burden is imposed. Therefore, in order to reduce the burden on the staff in charge, Patent Document 1 described below proposes an entrance / exit traffic management system using a mobile phone.

According to this traffic management system, a serial IC number is read by a security box by holding a mobile phone with a unique serial ID number assigned to a non-contact chip (IC chip) over a security box installed at an entrance. And sent to the entrance / exit management server through the network, stored in the entrance / exit management server, and sent to the user's mobile phone to permit entry.
Japanese Patent Laid-Open No. 2006-293819

  However, although the above-described traffic management system transmits a result of permission or non-permission of the traffic permission application to the mobile phone, the mobile communication terminal itself such as the mobile phone is used as a communication terminal for application. It was not intended to make a pass permission application to the entrance / exit management server. That is, the traffic permission application is made to the entrance / exit management server using a communication terminal such as a personal computer (hereinafter abbreviated as “PC”).

  Here, a portable communication terminal such as a mobile phone is a communication terminal capable of data communication, which is widely owned even by non-PC owners, and has a very high penetration rate of around 90%. is there. However, the traffic management system described above has not been fully utilized for portable communication terminals having such advantages.

  Therefore, the applicant of the present application pays attention to the convenience of portable communication terminals typified by mobile phones that can be used when the penetration rate is high and anytime and anywhere, and for such portable communication terminals. It has been proposed to incorporate an application program for applying for permission to pass through the entrance of the facility by downloading, etc., and to use the portable communication terminal itself as a communication terminal for passing permission applications.

  However, in a portable communication terminal such as a mobile phone, a packet communication method is often adopted as a data communication method via a communication line, and charging is performed according to the number of communication data packets. Many things are adopted. Therefore, using a portable communication terminal, for example, if you wish to permit traffic for each of a large number of entrances and exits in a large-scale facility, the communication data capacity increases accordingly, and communication charges increase. It is required to suppress the communication data capacity as much as possible.

  In addition, in the traffic management system related to facilities such as universities, it is assumed that the entrance / exit required for traffic permission is frequently and widely added, changed, or deleted when the student is an applicant for traffic permission. In order to simplify the input operation when a person makes a next passage permission application, it is required to record the contents of the previous passage permission application in the storage device of the portable communication terminal.

  However, since the capacity of a storage area allocated for holding an application program downloaded from the outside and its data, such as a scratch pad, is limited in a mobile phone, for example, when storing the previous pass permission application contents The data capacity must be suppressed as much as possible.

  On the other hand, it is possible to store the contents of the previous passage permission application in a management device such as an entrance / exit management server, but then download the previous passage permission application contents from the entrance / exit management server. Each time a data communication fee is separately generated, the communication cost increases.

  The present invention has been made to solve the above-described problems, and can reduce communication data capacity and communication cost by reducing the capacity of permission application data that designates a large number of entrances and exits. An object of the present invention is to provide a passage permission application program, a portable communication terminal for passage permission application, and a passage management system capable of reducing the capacity of a storage area when storing passage permission application contents.

In order to achieve this object, the passage permission application program according to claim 1 is executed by a general-purpose portable communication terminal capable of displaying an input operation result via the input means on a screen. Is a program for functioning as a communication terminal for applying for permission to pass through a plurality of gateways via a communication line, and a designation field associated with each of the plurality of gateways on the screen of the portable communication terminal. A list display means for displaying a plurality of traffic lists arranged in a list format, and a traffic corresponding to an entry / exit that is desired to pass in a designated column of the traffic list displayed on the screen by the list display means. A gate designation means for additionally displaying a mark for applying for permission based on an input operation using the input means, and a mark is added to the designation column by the gate designation means. When displayed, a mark discriminating unit for discriminating the presence or absence of a mark in each designated column according to the arrangement order on the traffic list of each designated column, and a mark in the designated column based on the discrimination result by the mark discriminating unit If there is a mark, one type of marked character indicating that is arranged, and if there is no mark in the designated column, one type of unmarked character indicating that is arranged in the same order as the arrangement order of the designated column The specified data generation means for generating the specified gate specified character string and the permission application data including at least a part of the gate specified character string to the application receiving device that receives the passage permission application via the communication line transmission means for transmitting the character string storage means for storing gate string previously generated by the specifying data generating means, the gate string stored in the character string storage means In accordance with the arrangement order of the characters, the gate designation character determining means for determining whether or not each character constituting the gate designated character string is a signed character, and the gate designation based on the determination result by the marked character distinguishing means Reproduction data generating means for arranging a number character indicating the number on the array of each marked character in the character string and generating a list reproduction character string by separating the arranged number characters with a delimiter character; A list that reads the number character in each section delimited by the delimiter from the list reproduction character string generated by the reproduction data generation means, and adds a mark to the number designation column corresponding to the number character Is displayed as a list redisplay means for displaying on the screen of the portable communication terminal .

  According to the passage permission application program of this claim 1, the program is executed by a general-purpose portable communication terminal, so that the communication terminal performs communication permission applications for a plurality of entrances / exits via a communication line. It can function as a terminal. In the traffic permission application using this communication terminal, the list display means displays a traffic list on the screen of the communication terminal, and a list of designation columns corresponding to a plurality of entrances is displayed in this traffic list.

  If the entry / exit that the applicant wishes to pass is in the pass list, a mark indicating the intention to apply for the pass is applied to the designated field corresponding to the entrance / exit using the input means of the communication terminal. The operation is performed. When an operation using this input means is performed, a mark is additionally displayed in the designated field corresponding to the entrance / exit for which the passage permission is desired by the gate designating means, and the entrance to which the applicant intends to apply for the passage permission is displayed. It is specified.

  When the entrance / exit to be applied is designated using the traffic list, whether or not marks are additionally displayed one by one for each designated field in accordance with the arrangement order of the designated fields on the traffic list by the mark discriminating means. Is determined. Then, based on the determination result of the presence / absence of the mark relating to each designation field of this traffic list, the gate designation character string is generated by the designation data generation means.

  This gate designation character string is character string data in which the presence / absence of a traffic permission application for a plurality of entrances is enumerated using two types of characters, and the designation result in the traffic list is converted into a character string. Here, in the gate-designated character string, the order of arrangement of the characters constituting the gate matches the order of arrangement of the designated fields on the traffic list, that is, the order of arrangement of the doorways displayed on the traffic list. It is supposed to be.

  In the gate designation character string, the two types of characters constituting the gate are a signed character indicating a marked designation field and an unmarked character indicating an unmarked designation field. The presence / absence of a traffic permission application for a plurality of doorways listed in the traffic list is shown.

  For example, when there are designated fields corresponding to the first to sixth entrances on the traffic list and marks are added to the designated fields corresponding to the first, third and sixth entrances, that is, When a pass permission application is made for the 1st, 3rd and 6th entrances, if the signed character is “0” and the unmarked character is “N”, the gate designation generated by the designated data generation means The character string has a character array of “0N0NN0”.

  When the gate designation character string is generated in this way, the permission application data, which is the data for application for permission of passage including the gate designation character string as a part thereof, is transmitted to the application receiving device via the communication line by the communication means. Sent to. Then, the permission application data is received by the application receiving device, whereby the passage permission application for the entrance designated by the applicant is accepted.

In addition, when such a program is executed by a general-purpose portable communication terminal, a traffic list (hereinafter referred to as “previous list” in this column) is reflected on the screen of this communication terminal by reflecting the previous gate designation means. The "passage list" is displayed again.

  In the redisplay of the previous traffic list, for example, the previously generated gate designation character string is read from the character string storage means, and the signed character discrimination means follows the sequence of characters in the gate designation character string. It is determined whether or not each character is a signed character in order. Then, based on the determination result of whether or not the stamped character relating to the gate designated character string is correct, the list reproduction character string is generated by the reproduction data generation means.

  This list reproduction character string is character string data in which the presence / absence of a mark is enumerated using two types of characters for each designated field in the previous traffic list, and the previously generated gate designated character string is converted. It is obtained by. The list reproduction character string includes two numbers of characters constituting the list reproduction character string, a number character indicating the number on the array of each marked character in the gate designation character string, and a predetermined character for separating each number character from each other. Separator characters are used.

  For example, the signed character discriminating means determines whether the character from the first character to the last character of the gate designation character string “00N00NN00NN0” is a stamped character or an unmarked character one by one in order, and in the same order as the order at the time of the determination. If the numbers indicating the number of the stamped characters counted from the first character of the gate designation character string are enumerated and the number characters are separated by the delimiter character “|”, the reproduction data generating means generates the number. The list reproduction character string is represented by a character array of “1 | 2 | 4 | 5 | 8 | 9 | 12”.

  When the list reproduction character string is generated in this way, the number characters (“1”, “2” in the above example of the list reproduction character string, "4", "5", "8", "9", and "12" correspond to the numbers), respectively, and the list redisplay means corresponds to the number of array elements corresponding to this number character. The traffic list is displayed again on the screen of the communication terminal with the mark added to the designation column.

The traffic management system of claim 2 includes the portable communication terminal in which the traffic permission application program of claim 1 is executed, and an application receiving device that receives permission application data from the portable communication terminal via a communication line; Read each character of the gate designation character string included in the permission application data received by the application accepting device in the order of arrangement, specify the corresponding entry / exit from the order in the arrangement of the read character, and the character is a stamped character In this case, a gate management device is provided for determining whether or not to allow passage at the entrance.

According to the traffic management system of claim 2 , the permission application data is transmitted from the portable communication terminal used by the applicant to the application receiving device via the communication line. When the permission application data is received by the application receiving device, each character of the character string is read by the gate management device in accordance with the character arrangement order of the gate designation character string included in the permission application data.

  In addition, according to the gate management device, on the basis of the order in the character arrangement of the gate designation character string for the read character, the corresponding entry / exit is specified. The decision is made to allow traffic. In other words, in the gate management device, the gate designation character string itself directly functions as a passage permission code for collectively managing the passage permission regarding a plurality of entrances.

The traffic management system according to claim 3 is the traffic management system according to claim 2 , wherein the portable communication terminal functions as identification information adding means for adding an identification code of the applicant to the permission application data transmitted by the transmitting means. A locking device that individually locks and unlocks each of the plurality of doorways, a reading device that is installed at each doorway that is locked and unlocked by the locking device and obtains a key code from a key medium, and a permission application As a result of the judgment by the gate management device regarding the gate designation character string stored in the application storage device and the gate designation character string stored in the application storage device, the gate designation character string and the identification code included in the data are stored in association with each other. Code writing means for writing an identification code to the locking device at the doorway where the door is made, and writing by the code writing means When the identification code and the key code acquired from the key medium by the reading device match and both match, the doorway where the reading device is installed is unlocked or locked by the locking device. is there.

According to the traffic management system of claim 3, the same operation as the traffic management system of claim 2 is performed, and the traffic permission application program of claim 1 is executed by a general-purpose portable communication terminal. The communication terminal is caused to function as identification information adding means for adding the applicant's identification code to a part of the permission application data.

  For this reason, in the passage permission application using such a communication terminal, the identification code of the applicant is transmitted together with the gate designation character string to the application receiving apparatus via the communication line. On the other hand, in the application receiving device, when the application request data is received by the application receiving device, the gate designation character string and the identification code included therein are associated with each other and stored in the application storage device.

  Since the gate designation character string is stored in the application storage device in this way, the contents of the gate designation character string stored in the application storage device can be changed or corrected by operating the input device. For example, if it is necessary to prohibit passage for some of the entrances where there was a passage permission application and allow passage for the rest, the staff who examines the passage permission application will apply by operating the input device The gate designation character string stored in the storage device can be arbitrarily rewritten to adjust the entrance / exit to which the passage permission is given.

  Then, when the gate designation character string stored in the application storage device is determined by the gate management device, as a result, the gate designation character string used for the determination is given to the lock device at the entrance / exit where the passage permission has been determined. An identification code stored in the application storage device in association with is written by the code writing means. As a result, an identification code for identifying the applicant who is permitted to pass is registered in the lock device at the doorway.

  As for the entrance / exit where the applicant is permitted to pass in this way, the key code is read from the key medium used by the applicant by the reading device installed at the entrance / exit, and the identification code written in the lock device is used. If they match, the doorway is locked or unlocked by the locking device.

According to the passage permission application program of claim 1, when applying for passage permission for a large number of entrances / exits in the target facility for passage permission application, the presence / absence of the passage permission application for each entrance / exit is listed in only two types of characters. It is converted into data by the specified gate specification character string. For this reason, even if the content of the traffic permission application is related to a large number of entrances and exits and the data size naturally increases, the communication data volume transmitted to the application receiving device can be reduced, and the communication cost can be reduced accordingly. There is.

  In addition, since the contents of the application for permission to pass through a large number of entrances and exits are converted into data in the format of the gate-specified character string, the contents of the application for permission to pass the previous application can be stored in the data format of the specified gate-character string. For example, even a portable communication terminal with a limited storage area can be stored and held easily for various reasons. In particular, it is necessary to apply for traffic permission at the same time for a large number of entrances and exits, and even if the data size of the previous application naturally increases, the mobile communication terminal uses the data format of the gate-specified character string. There is an effect that it is possible to sufficiently store and hold even a small storage area.

  By the way, when the previous traffic list is redisplayed by the list redisplay means, the gate designation character string indicating the presence / absence of the mark related to the designation field is simply a list of the signed characters and the unmarked characters. For this reason, it may be difficult for a computer to specify which of the designation columns in the pass list displayed on the screen using such a gate designation character string itself is to be marked. Therefore, it is necessary to convert the gate designation character string into a data format that makes it easy to specify the designation column to which the mark is added in the screen display control of the traffic list.

In addition, a gate-designated character string having a small storage area usage capacity is composed of number characters indicating the number on the array of the designated field to which the mark is added and a delimiter character that separates each number character by the reproduction data generation means. Can be converted to a list playback string. Therefore, by using the number characters constituting the list reproduction character string, it is easy to specify the designation field to which the mark is added, and it is possible to provide a suitable data format in the arithmetic processing by the computer accompanying the screen display control of the traffic list. effective.

  In addition, the delimiter character that separates the number characters arranged before and after the list playback character string indicates the end position of the number character in front of the delimiter character, and further the front end position of the number character after the delimiter character Therefore, there is an effect that each number character can be easily identified by a computer by reading such a separator. In addition, by inserting such delimiter characters between the number characters, it is possible to prevent a plurality of number characters from being serially arranged and being erroneously determined by the computer as a single numerical value having a large number of digits.

According to the traffic management system of claim 2 or claim 3 , the gate designation character string created by the applicants using the portable communication terminal on which the traffic permission application program is executed relates to a plurality of entrances in the gate management device. It can be directly used as a traffic permission code for managing traffic permission collectively. That is, there is an effect that it is possible to manage the application contents in the traffic permission regarding a plurality of entrances and exits in a common format throughout the traffic management system, and to improve convenience in data management.

  Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 1 is a schematic diagram showing an electrical configuration of a traffic management system 1 according to an embodiment of the present invention. In the following description, the characters include, for example, hiragana characters, katakana characters, kanji, English characters and other characters, symbols, and other character data.

  As shown in FIG. 1, the traffic management system 1 mainly includes a mobile phone 2 which is a communication terminal for traffic permission application, and data for traffic permission application (hereinafter referred to as “traffic permission application data”) 130 (FIG. 6). (See below) via the communication network 5 and the facility to be passed based on the pass permission application data 130 received by the application receiving server 3 (hereinafter referred to as “passage target facility”). And a gate management server 4 that collectively manages the plurality of entrances G.

  The cellular phone 2 is a kind of general-purpose portable communication terminal having a data communication function via the communication network 5, and includes an operation panel 11 having a plurality of key switches 11 a and a user via the operation panel 11. And a liquid crystal display (hereinafter abbreviated as “LCD”) 12 capable of displaying the input operation result. Note that various buttons, designation fields, and frames displayed on the screen of the LCD 12 are operated by pressing the key switches 11a on the operation panel 11.

  FIG. 2 is a block diagram showing an electrical configuration of the mobile phone 2. As shown in FIG. 2, the mobile phone 2 includes a CPU 21 that is an arithmetic device, a ROM 22 that is a non-rewritable nonvolatile memory in which basic programs such as an OS are stored, and a rewritable volatile memory that is used as a work memory. RAM 23, EEPROM 24 which is a rewritable nonvolatile memory, scratch pad 24 a provided in a part of EEPROM 24, operation panel 11 which is an input operation unit, LCD 12 which is an image display unit, and communication network 5 Is a computer device to which a communication unit 25 that performs various types of communication is connected via a bus.

  The RAM 23 of this cellular phone is provided with an array counter 23a and a character string buffer 23b. The array counter 23a counts the numbers on the array for a plurality of designated columns displayed in the traffic check list 90 (see FIG. 3B) in a gate designation character string data generation process (see FIG. 9) described later. It is a counter that counts the number of each character of the gate designation character string data 100 (see FIG. 4) in the array in the list reproduction character string data generation process (see FIG. 10) described later.

  For example, in the gate designation character string data generation process (see FIG. 9), the check mark of the designation column having the number equal to the numerical value indicated by the value i of the array counter 23a according to the arrangement order of the designation column in the traffic check list 90 is checked. Presence / absence is determined. Further, in the list reproduction character string data generation processing (see FIG. 10), the signed characters are numbered with the number equal to the numerical value indicated by the value i of the arrangement counter 23a in accordance with the arrangement order of the characters in the gate designation character string data 100 It is determined whether it is 101 or an unmarked character 102.

  In addition, the character string buffer 23b performs the gate designation character string data 100 (see FIG. 9) and the list reproduction character string data generation process (see FIG. 10) during the generation of the gate designation character string data generation process (see FIG. 9). This is a memory area (storage area) for temporarily storing and holding the list reproduction character string data 110 (see FIG. 5).

  The scratch pad 24a (ScratchPad) is a file (downloaded from an external server by a Java (registered trademark) program when the mobile phone 2 is an i-mode (registered trademark) compatible with Java (registered trademark), for example. And a rewritable nonvolatile memory area for storing various data related to the file. And the passage permission application program 26 is memorize | stored in this scratch pad 24a.

  The passage permission application program 26 is a program that causes the mobile phone 2 to function as a communication terminal for making a passage permission application for a plurality of entrances / exits G via the communication line network 5 by executing the program 26 by the CPU 21. It is. In short, it is a program for creating the traffic permission application data 130 (see FIG. 6) using the mobile phone 2. Further, the passage permission application program 26 is an application program that is incorporated into the mobile phone 2 by being downloaded from the storage device 31 of the application receiving server 3 to the mobile phone 2.

  In addition, a previous application content memory 24a1 is provided in a part of the scratch pad 24a. The previous application content memory 24a1 stores various parameters related to a traffic permission application inputted to the mobile phone 2 when the traffic permission application program 26 was executed last time, for example, a traffic permission application data 130 described later (see FIG. 6). ), A memory area for storing the gate designation character string data 100 (see FIG. 4) and the identification code 121 and other data relating to the applicant (hereinafter referred to as “applicant data”) 120.

  Returning to FIG. 1 again, the application acceptance server 3 is a communication terminal that receives the passage permission application data 130 from the mobile phone 2 via the communication line network 5, and uses the received passage permission application data 130 as a communication line. The data is transferred to the gate management server 4 via the network 5. The storage device 31 of the application receiving server 3 is a large-capacity storage medium, and stores a passage permission application program 26 that is executed by the mobile phone 2. When receiving a download request from the mobile phone 2 through the communication line network 5, the application acceptance server 3 transmits a passage permission application program 26 to the mobile phone 2 through the communication line network 5.

  The storage device 31 of the application receiving server 3 is provided with an acceptance data memory 31a. The acceptance data memory 31a is a memory area for converting the passage permission application data 130 received by the application acceptance server 3 into a passage permission application file 140 and storing the passage permission application file 140, and stores a large number of passage permission application files 140. Can be held.

  The gate management server 4 is an information processing apparatus for managing and managing a plurality of entrances / exits G in a passage target facility, and is a traffic management database (hereinafter referred to as “traffic management”) that stores and manages the traffic permission application file 140 downloaded from the application receiving server 3. This is abbreviated as “management DB”.) 41. In addition, the gate management server 4 is connected to a security box 6 installed at each of a plurality of entrances / exits G in a passage target facility through a communication line network 5.

  The application acceptance server 3 and the gate management server 4 are a CPU that is an arithmetic unit, a ROM that is a non-rewritable nonvolatile memory in which basic programs such as an OS are stored, and a rewritable volatile memory that is used as a work memory. Various types of communication are performed through a RAM as a memory, an EEPROM as a rewritable nonvolatile memory, input operation units 32 and 42 such as a mouse (pointing device) and a keyboard, image display units 33 and 43 such as a display, and a communication network 5. A communication unit to be performed includes one or a plurality of computer devices connected via a bus.

  The security box 6 is a control device that individually locks and unlocks the locks of the respective entrances / exits G, and a reader unit 61 that acquires a key code from various key media 7 that unlocks / locks the locks of the respective entrances / exits G. Is provided. The reader unit 61 is a reader device for an IC chip when the key medium 7 used by the applicant is an IC chip or an IC card built in the mobile phone 2, and a reader device for the same when the key medium 7 is a magnetic card. is there. Further, the security box 6 is provided with a passer code memory 62 which is a storage area for storing an identification code 121 of a person permitted to pass through the entrance G where the security box 6 is installed.

  The security box 6 also includes a CPU that is an arithmetic unit, a ROM that is a non-rewritable nonvolatile memory in which basic programs such as an OS are stored, a RAM that is a rewritable volatile memory used as a work memory, a traffic This is a computer device in which an EEPROM, which is a rewritable nonvolatile memory that also functions as a person code memory 62, a reader unit 61, and a communication unit that performs various communications through the communication network 5 are connected via a bus.

  FIG. 3A is an example of a traffic permission application top page 80, and FIG. 3B is an example of a page image on which a traffic check list 90 is displayed.

[Passing permission application top page]
The passage permission application top page 80 shown in FIG. 3A is a page image that is first displayed on the LCD 12 when the passage permission application program 26 is executed on the mobile phone 2. The manual reference button 81 is displayed in the order of “viewing manual”, “send application contents”, “clear application contents”, “request registration email”, and “download application form”. A send button 82, a delete button 83, a registered message request button 84, and an application form download button 85.

  Here, the transmission button 82 is clicked (operated) when transmitting the passage permission application data 130 to the application acceptance server 3, and the delete button 83 is created from the previous application content memory 24a1 of the scratch pad 24a. This is clicked when the pass permission application data 130 is deleted. Further, at both lower corners of the passage permission application top page 80, there are provided a start button 86 with a “start” character and an end button 87 with a “end” character.

The start button 86 is clicked when the creation of the passage permission application data 130 to be transmitted to the application acceptance server 3 is started. The end button 87 is a case where the execution of the passage permission application program 26 is forcibly ended. Is clicked. The end button 87 is displayed on each screen displayed on the LCD 12 of the mobile phone 2 in the passage permission application process, and the CPU 21 of the mobile phone 2 constantly monitors the click of the end button 87.
[Traffic checklist]
As shown in FIG. 3 (b), the traffic check list 90 designates one or more gateways G from which the applicant intends to receive traffic permission from among a plurality of gateways G existing in the traffic target facility. This is one of the page operation screens displayed on the LCD 12 of the mobile phone 2. In this traffic check list 90, a plurality of check box type designation fields 91 are arranged in a list format in association with each of the plurality of entrances / exits G.

  In the check box type designation field 91, a check mark 92 marked “x” can be displayed by operating the operation panel 11. In this traffic check list 90, from the upper side to the lower side in the image, the first designated column 91 to the designated columns 91 are arranged in a vertical line in order, and there is a slight amount beside each designated column 91. The entry / exit name 93 of the entry / exit G associated with the designation field 91 is displayed together with a blank space.

  For example, in the traffic check list 90 shown in FIG. 3B, designation fields 91 corresponding to the first to sixth entrances G from the upper side to the lower side are displayed, respectively. “Front entrance”, second “server room”, third “library”, fourth “computer room”, fifth “first laboratory”, and sixth “second laboratory”, The entrance / exit names 93 are respectively displayed.

  For example, in the traffic check list 90 of this embodiment, the designation column 91 and the gateway name 93 can be displayed for a total of 256 entrances / exits G, and the traffic check list 90 is scrolled for the seventh and subsequent entrances / exits G. Is displayed.

  Further, on the screen of the LCD 12 on which the traffic check list 90 is displayed, the data related to the entrance / exit G to be applied for the traffic permission application designated by the traffic check list 90, that is, the gate designation character string data 100 is scratch pad. A registration button 94 to which “Register” is attached is displayed, which is operated when writing and storing the previous application content memory 24a1 in 24a. Further, the above-described end button 87 is displayed on the screen of the LCD 12 together with the registration button 94.

[check mark]
When the applicant designates an entrance / exit G from which the passage permission is to be obtained from the entrance / exit G displayed in the traffic check list 90, the check mark 92 designates the entrance / exit G and requests the passage permission application. It is added and displayed in the designation column 91 corresponding to the entrance / exit G as an indication mark indicating the intention to perform. This check mark 92 is additionally displayed inside each designation column 91 based on an input operation using the operation panel 11 by the applicant.

  In this way, the designation for the application for permission of permission for each entrance / exit G of the passage target facility is made by adding the check mark 92 to each designation column 91 of the above-described passage check list 90, but such a passage check list. The designated content of each entrance / exit G using 90 is stored in the previous application content memory 24 a 1 of the mobile phone 2 in the form of the gate designation character string data 100 described below, and as part of the passage permission application data 130. It is transmitted to the application acceptance server 3.

[Gate specification character string data]
FIG. 4 is a conceptual diagram showing a structure related to an example of the gate designation character string data 100. The gate designation character string data 100 is data in a character string format in which the presence / absence of a traffic permission application for a plurality of entrances / exits G is enumerated using only two kinds of characters, the stamped character 101 and the unmarked character 102, and the traffic check The designation result in the list 90 is converted into character string data. Further, the gate designation character string data 100 is created by a passage gate designation process (see FIG. 8) described later on the mobile phone 2 in which the passage permission application program 26 is activated.

  Here, in the gate designation character string data 100, the arrangement order of each character constituting the gate designation character string data 100 is the arrangement order of each designation column 91 on the traffic check list 90, that is, the entrance / exit displayed as a list on the traffic check list 90. It is configured to match the arrangement order of one vertical column of G.

  The signed character 101 constituting the gate designation character string data 100 is one type of character used when the check mark 92 is displayed in the designation column 91 of the traffic check list 90. For example, in this embodiment, The number “0” is used. The unmarked character 102 constituting the gate designation character string data 100 is one type of character used when the check mark 92 is not displayed in the designation column 91 of the traffic check list 90. For example, in this embodiment, The letter “N” is used.

  For example, when a total of 12 gateways G are displayed in the traffic check list 90 shown in FIG. 3B, the first, third to fifth, eighth, ninth and eleventh gateways G are displayed. When the check mark 92 is added to the designation column 91 corresponding to, that is, the passage permission is obtained for the front entrance, the library, the computer room and the first laboratory entrance G, and the other three entrances G (not shown). When the application content is intended, the specific content of the gate designation character string data 100 is a character array of “0N000NN00N0N” as shown in FIG.

  By adopting such a structure, the gate designation character string data 100 can record the presence / absence of a traffic permission application for all the entrances / exits G listed in the traffic check list 90 with an extremely small data size. However, when the gate designation character string data 100 is used to convert the presence / absence of the check mark 92 regarding each designation column 91 of the passage check list 90 into a data, the passage check list reflecting the recorded contents of the gate designation character string data 100 is used. In order to display 90 again, list reproduction character string data 110 described below is used.

[List playback character string data]
FIG. 5 is a conceptual diagram showing a structure related to an example of the list reproduction character string data 110. The list reproduction character string data 110 is a traffic checklist 90 (hereinafter referred to as “previous traffic checklist 90”) that reflects the result of specifying the entrance / exit G at the previous execution of a traffic gate designation process (see FIG. 8) described later. The character string data in which the presence / absence of the check mark 92 for each designation column 91 is displayed using two types of characters, and is obtained by converting the gate designation character string data 100 generated last time. Is. The list reproduction character string data 110 is created by a list reproduction character string data generation process (see FIG. 10) to be described later on the mobile phone 2 in which the passage permission application program 26 is activated.

  The list reproduction character string data 110 determines whether the character from the first character to the last character of the gate designation character string data 100 is the stamped character 101 or the unmarked character 102 one by one in order. 101, a number character 111 indicating the number of the stamped character 101 counted from the first character of the gate designation character string data 100, and a predetermined delimiter character 112 added between the number characters 111, Are arranged alternately.

  As a result, the list reproduction character string data 110 has a structure in which the number characters 111 indicating the numbers on the array of the stamped characters 101 in the gate designation character string data 100 are individually divided by the delimiter characters 112 and partitioned. The In this embodiment, a natural number is used as the number character 111 constituting the list reproduction character string data 110 and the symbol “|” is used as the delimiter character 112. By adopting such a structure, the list reproduction character string data 110 shows only the designation column 91 to which the check mark 92 is added in the previous traffic check list 90 by only two kinds of characters.

  For example, when the content of the gate designation character string data 100 illustrated in FIG. 4A is “0N000NN00N0N”, it is determined whether the character from the first character to the last character is the stamped character 101 or the unmarked character 102 in order. to decide. The numbers “1” and “3”, which are number characters 111 indicating the number of each stamped character 101 when the gate designated character string data 100 is counted from the first character in the same order as this determination time. , “4”, “5”, “8”, “9”, and “11” are enumerated, and when each number character 111 is separated by a symbol “|” that is a delimiter 112, list reproduction characters The specific content of the column data 110 is a character array of “1 | 3 | 4 | 5 | 8 | 9 | 11” as shown in FIG.

[Pass permission application data]
FIG. 6 is a conceptual diagram showing a structure relating to an example of the traffic permission application data 130. The passage permission application data 130 is data transmitted from the mobile phone 2 to the application acceptance server 3 and is character string data for passage permission application including various parameters such as the gate designation character string data 100. As shown in FIG. 6, in the passage permission application data 130, in addition to the gate designation character string data 100 created using the passage check list 90, data for identifying the applicant in association therewith An identification code 121 that is also used as a key code for the security box 6 is recorded as a parameter.

  In addition to the identification code 121, the passage permission application data 130 includes, as the applicant data 120, the name of the applicant, the e-mail address of the mobile phone 2 or PC, and the affiliation number (employee number, staff number, Including the student ID number, etc.), a code indicating the department to which it belongs (including the department in charge or the department to which it belongs), and a code indicating its traffic qualification (category of title, staff, student, etc. The same shall apply hereinafter) Character data (parameters) is included.

[Applicant identification code]
The applicant's identification code 121 is a unique character string stored in an IC chip, IC card, magnetic card or the like that can be used as the key medium 7 of the security box 6, for example. It is data. Thus, the applicant's identification code 121 is identification information unique to the key medium 7 owned by the applicant, and is used as a key code for opening and closing the door lock of the doorway G via the security box 6. Ru

  In addition to this identification code 121, if a password entered by the applicant himself / herself in the security box 6 and authentication information such as the eyeball pattern or fingerprint pattern of the applicant himself / herself are combined, further illegal traffic acts can be prevented. You can also

[Pass permission application file]
FIG. 7 is a diagram showing a structure related to an example of the passage permission application file 140 in a text format. The passage permission application file 140 is obtained by converting the passage permission application data 130 received from the mobile phone 2 by the application acceptance server 3 into a text file. As shown in FIG. 7, the gate recorded in the passage permission application data 130 is a gate. This is a text file obtained by converting each parameter such as designated character string data 100 into a CSV file format delimited by commas.

  Here, although the passage permission application data 130 and the passage permission application file 140 have different file formats, the individual parameters recorded in the respective files have the same value (same character). For this reason, in the passage permission application file 140, as with the passage permission application data 130, the gate designation character string data 100 created by the applicant and the identification code 121 of the applicant are recorded in association with each other. Yes.

  Next, with reference to FIG. 8 to FIG. 10, the passage permission application process performed by the passage permission application program 26 executed by the mobile phone 2 will be described.

[Traffic permission application process executed on mobile phone]
FIG. 8 is a flowchart showing the traffic application process executed by the mobile phone 2. The traffic permission application process shown in FIG. 8 is started when the traffic permission application program 26 is executed on the mobile phone 2. First, the traffic permission application top page 80 shown in FIG. The image is displayed on the LCD 12 of the mobile phone 2 (S1).

  When this passage permission application top page 80 is displayed, the process waits until any button on this page is clicked (S2 to S4: No), and when the start button 86 is clicked (S2: Yes). The applicant data input process is executed (S5). In the applicant data input process (S5), first, it is checked whether or not the applicant data 120 including the identification code 121 is stored in the previous application content memory 24a1.

  Here, if the applicant data 120 has already been stored in the previous application content memory 24a1, an input operation screen on which all parameters included in the applicant data 120 have been input is displayed on the LCD 12. That is, all of the parameters included in the applicant data 120 input in the previous traffic permission application are displayed on the LCD 12 of the mobile phone 2, and each parameter of the applicant data 120 is displayed on the input operation screen by the operation panel 11. Is newly input, the input result is reflected and displayed on the input operation screen.

  On the other hand, when the applicant data 120 is not stored in the previous application content memory 24a1, an input operation screen in which each parameter included in the applicant data 120 is not input (initial state) is displayed on the LCD 12. If it is necessary to correct each parameter of the applicant data 120 displayed on the input operation screen, each parameter of the applicant data 120 is re-input to the input operation screen by the operation panel 11. Then, the input result is reflected and displayed on the input operation screen.

  Then, after all parameters related to the applicant data 120 are input to the input operation screen, when the registration button 94 displayed on the LCD 12 is clicked, the applicant data 120 including the identification code 121 displayed on the input operation screen. Is stored in the previous application content memory 24a1, and then the applicant data input process (S5) is terminated. Thereafter, it is checked whether or not the gate designation character string data 100 is stored in the previous application content memory 24a1 (S6).

  If the gate designation character string data 100 has already been stored in the previous application content memory 24a1 (S6: Yes), list reproduction character string data generation processing is executed (S7). In the list reproduction character string data generation process (S7), the list reproduction character string data 110 is generated by converting the gate designation character string data 100 as described later (see FIG. 10). When the list reproduction character string data 110 is generated by the list reproduction character string data generation process (S8), next, a passage check list redisplay process (S8) is executed.

  This traffic check list redisplay process (S8) is a process for redisplaying the previous traffic check list 90 on the LCD 12. In this traffic check list redisplay process (S8), the number character 111 is read for each section delimited by the delimiter character 112 of the list reproduction character string data 110 in order from the top of the list reproduction character string data 110. Then, a traffic check list 90 in which a check mark 92 is additionally displayed in the number designation column 91 corresponding to the number character 111 is displayed on the LCD 12 of the mobile phone 2.

  On the other hand, when the gate designation character string data 100 is not stored in the previous application content memory 24a1 (S6: No), the pass check list initial display process is executed (S9). In this traffic check list initial display process, the traffic check list 90 is displayed on the LCD 12 with the check marks 92 not added (initial state) for all the designation columns 91. When the traffic check list redisplay process (S8) or the traffic check list initial display process (S9) is completed, a traffic gate designation process (S10) is then executed.

  The pass gate designation process (S10) is performed when the pass check list 90 is displayed on the LCD 12 by either the pass check list redisplay process (S8) or the pass check list initial display process (S9). This is a process of adding a check mark 92 to or deleting the check mark 92 for each designation field 91 in the inside, and is performed based on an input operation using the operation panel 11 by the applicant.

  This passage gate designation processing (S10) is continued until the registration button 94 displayed on the LCD 12 together with the passage check list 90 is clicked (S11: No). When the registration button 94 is clicked (S11: Yes), next, a gate designated character string data generation process (S12) is executed.

  In the gate designation character string data generation process (S12), the gate designation character string data 100 is generated by converting the contents of the passage permission application related to the plurality of entrances G designated using the passage check list 90 as will be described later (S12). (See FIG. 9). When this gate designation character string data generation process (S12) is completed, the process proceeds to S1.

  When the transmission permission application top page 80 is displayed (S1), when the transmission button 82 is clicked (S3: Yes), transmission processing is executed (S13). In this transmission process (S13), the gate designation character string data 100 and the applicant data 120 stored in the previous application content memory 24a1 are used to generate the passage permission application data 130 including them, and the passage permission application. The data 130 is transmitted to the application receiving server 3 through the communication line network 5 by the communication unit 25.

  Further, after the transmission process (S13) is executed or when the transmission button 82 is not clicked (S3: No), the presence or absence of clicking of the other buttons 81, 83 to 85, 87 is checked (S4) and clicked. If so (S4: Yes), the process (S14) corresponding to the clicked button is executed. And after execution of other processing (S14), or when other buttons 81, 83-85, and 87 are not clicked (S4: No), processing is transferred to S2.

  FIG. 9 is a flowchart of the gate designation character string data generation process. In the gate designation character string data generation processing, the presence or absence of check marks 92 is determined for each of the plurality of specification columns 91 on the traffic check list 90 according to the arrangement order of the specification columns 91, and the gates are determined based on the determination results. This is processing for generating designated character string data 100.

  As shown in FIG. 9, in the gate designation character string data generation process (S12), first, the value i of the array counter 23a is initialized to set “i = 1” (S21), and the character string buffer 23b is set. Clear (S22). Then, it is determined whether or not the value i of the array counter 23a is the maximum value imax (S23). If the value i of the array counter 23a is less than the maximum value imax (i <imax) (S23: No), Among the designation columns 91 of the traffic check list 90, the designation column 91 corresponding to the array element number equal to the value i of the array counter 23a, that is, the i-th designation column 91 counted from the top of the traffic check list 90. Then, it is determined whether or not a check mark 92 is added (S24).

  If the check mark 92 is additionally displayed in the i-th designation field 91 (S24: Yes), the number of characters of the character string data stored in the character string buffer 23b is counted (S25), and the number of characters is 0 characters. If so (S25: Yes), the number “0”, which is the signed character 101, is written as the first character stored in the character string buffer 23b (S26). On the other hand, if the number of characters of the character string data stored in the character string buffer 23b is 1 character or more (S25: No), the stamp character 101 is used as the last character of the character string data stored in the character string buffer 23b. A certain number “0” is written (S27).

  On the other hand, if the check mark 92 is not added to the i-th designation field 91 (S24: No), the number of characters of the character string data stored in the character string buffer 23b is counted (S28), and the number of characters is calculated. If the character is 0 (S28: Yes), the letter “N”, which is the unmarked character 102, is written as the first character stored in the character string buffer 23b (S29). On the other hand, if the number of characters of the character string data stored in the character string buffer 23b is 1 character or more (S28: No), it is an unmarked character 102 as the last character of the character string data stored in the character string buffer 23b. The letter “N” is written (S30).

  After any of the processes of S26 to S30, a process of adding 1 to the value i of the array counter 23a is executed (S31), and the process proceeds to S23. Thereafter, until the value i of the array counter 23a is equal to the maximum value imax (i = imax), that is, while the value i of the array counter 23a is 1 or more and less than imax (S23: No), S23 to S31. The series of processes up to is repeated.

  As described above, in the gate designation character string data generation process, the process in S24 is repeated until the value i of the array counter 23a reaches the maximum value imax (S23: No, S31), whereby the designation column 91 on the traffic check list 90 is obtained. It is determined whether or not the check marks 92 are additionally displayed one by one for each designation column 91 in accordance with the arrangement order (S24). Then, according to this determination result, the check contents of the traffic check list 90 are converted to the characters composed of the number “0” as the stamped character 101 and the letter “N” as the unmarked character 102 by the processing from S26 to S30. It converts into column data and outputs it to the character string buffer 23b.

  When the value i of the array counter 23a becomes equal to the maximum value imax (i = imax) (S23: Yes), the character string data output to the character string buffer 23b is designated as a new gate in the previous application content memory 24a1. After storing as character string data 100 (S32), this gate-designated character string data generation process is terminated.

  The maximum value imax of the array counter 23a is set to be “1” larger than the number of the designation columns 91 provided in the traffic check list 90. For example, when there are 100 designation columns 91, “101” is set. Set to The maximum value imax of the array counter 23a is downloaded from the application receiving server 3 as a calculation parameter of the passage permission application program 26 and stored in the scratch pad 24a.

  FIG. 10 is a diagram showing a flowchart of the list reproduction character string data generation process. In the list reproduction character string data generation processing, whether each character constituting the gate designation character string data 100 is the stamped character 101 in accordance with the character arrangement order of the gate designation character string data 100 stored in the previous application content memory 24a1. Alternatively, it is a process of determining whether it is an unmarked character 102 and generating the list reproduction character string data 110 based on the determination result.

  As shown in FIG. 10, in the list reproduction character string data 110 generation process (S7), first, the value i of the array counter 23a is initialized to be set to “i = 1” (S41), and the character string buffer 23b. Is cleared (S42). Then, it is determined whether or not the value i of the array counter 23a is the maximum value max (S43). If the value i of the array counter 23a is less than the maximum value imax (i <imax) (S43: No) , A character in the array of the gate-specified character string data 100 and corresponding to the array number equal to the value i of the array counter 23a, that is, the i-th character counted from the first character of the gate-specified character string data 100 Is determined whether it is the number “0” that is the stamped character 101 or the letter “N” that is the unmarked character 102 (S44).

  If the i-th character is the number “0” that is the stamped character 101 (S44: “0”), the number of characters of the character string data stored in the character string buffer 23b is counted (S45), and the number of characters is If it is 0 characters (S45: Yes), a numerical value equal to the value i of the array counter 23a is written as the first character stored in the character string buffer 23b (S46). For example, if the value i of the array counter 23a is “10” (i = 10), the number “10” is written in the character string buffer 23b as the first character.

  On the other hand, if the number of characters of the character string data stored in the character string buffer 23b is 1 or more (S45: No), the delimiter character 112 is next to the last character of the character string data stored in the character string buffer 23b. A certain symbol “|” is written, and a numerical value equal to the value i of the array counter 23a is written after the delimiter character 112 (S47). For example, if the value i of the current array counter 23a is “15” and the character string data stored in the character string buffer 23b is only the number “10” that is the number character 111, the number character 111 is the number character 111. The symbol “|”, which is the delimiter character 112, is written next to the number “10”, and the character string data is set to “10 |”. Next to the symbol “|”, which is the delimiter character 112, the value i of the array counter 23a The number “15” which is the equal number character 111 is written, and the character string data is set to “10 | 15”.

  Then, after the process of S46 or S47, or in the process of S44, if the i-th character is the letter “N” which is the unmarked character 102 (S44: “N”), 1 is added to the value i of the array counter 23a. After executing the process (S48), the process proceeds to S43. Thereafter, until the value i of the array counter 23a becomes equal to the maximum value imax (i = imax), that is, while the value i of the array counter 23a is 1 or more and less than imax (S43: No), S43 to S48. The series of processes up to is repeated.

  As described above, in the list reproduction character string data generation process, the process of S44 is repeated until the value i of the array counter 23a reaches the maximum value imax (S43: No, S48). In accordance with the arrangement order, it is determined whether each character is a stamped character 101 or an unmarked character 102 one by one (S44). Then, according to the determination result, the contents of the gate designation character string data 100 are converted into character string data composed of the number character 111 and the symbol “|” which is the delimiter 112 by the processes of S46 and S47. Output to the column buffer 23b.

  When the value i of the array counter 23a is equal to the maximum value imax (i = imax) (S43: Yes), a list in which all the array number numbers in the designation column 91 with the check mark 92 of the traffic check list 90 are listed. Since the reproduction character string data 110 is generated in the character string buffer 23b, this list reproduction character string data generation processing is terminated.

  Next, the operation of the entire traffic management system 1 configured as described above will be described. First, according to the cellular phone 2 used by the applicant, the gate designation character string data 100 generated by the gate designation character string data generation process is stored in the previous application content memory 24a1 and the passage permission application top page 80 is displayed. When the transmission button 82 is clicked (S3: Yes), the passage permission application data 130 including the gate designation character string data 100 and the applicant data 120 stored in the previous application content memory 24a1 is generated, and this passage permission is generated. Application data 130 is transmitted to the application receiving server 3 through the communication network 5.

[Operation of application acceptance server]
When this passage permission application data 130 is received by the application acceptance server 3, the application acceptance server 3 sets a comma for each parameter of the applicant data 120 and the gate designation character string data 100 included in the passage permission application data 130. It is converted into a CSV file format passage permission application file 140 that is separated by use and stored in the received data memory 31a.

[Operation of Gate Management Server]
The gate management server 4 uses FTP (File-Transfer-Protocol) to establish a connection to the application receiving server 3 via the communication network 5 at a fixed time (or at regular time intervals) and apply for the connection. The passage permission application file 140 stored in the acceptance data memory 31a of the acceptance server 3 is checked, and all the passage permission application files 140 newly written in the acceptance data memory 31a since the previous check are received from the application acceptance server 3. Download and store in the traffic management DB 41.

  In addition, after downloading the passage permission application file 140 from the application reception server 3 by FTP, the gate management server 4 stores all the passage permission application files 140 downloaded this time from the data stored in the reception data memory 31a. delete.

  The content of the traffic permission application file 140 stored in the traffic management DB 41 is obtained by using various display screens for the image display unit 43 of the gate management server 4 by executing the traffic management application program in the gate management server 4. Displayed. The gate management server 4 is configured to be able to display an operation display screen on the image display unit 43 that displays the presence / absence of a passage permission application for a plurality of entrances / exits G in the passage target facility based on the contents of the gate designation character string data 100. The display content of the operation display screen can be changed or corrected by operating the input operation unit 42.

  For this reason, for example, when it is necessary to prohibit the passage of some of the entrances and exits G where the application for permission to pass is permitted and allow the rest to pass, the staff who examines the passage permission application must The gate designation character string data 100 stored in the passage management DB 41 can be arbitrarily rewritten by operating the terminal 42 to adjust the entrance / exit G to which the passage permission is given.

  When the passage permission application file 140 is stored in the passage management DB 41 by the gate management server 4 in this way, the gate management server 4 uses the identification code 121 and the gate designation character string data 100 recorded in the passage permission application file 140. Based on the above, the registration process of the identification code 121 is executed for the security box 6 of each entrance / exit G for which the passage permission application is made with the gate designation character string data 100.

  In the registration process of the identification code 121, the CPU of the gate management server 4 reads each character of the gate designation character string data 100 one by one in order according to the arrangement order of the characters of the gate designation character string data 100. The entry / exit G associated with the character is specified, and if the character is the stamped character 101, it is determined that the passage of the entrance / exit G is permitted. That is, in the gate management server 4, the gate designation character string data 100 itself directly functions as a passage permission code for collectively managing the passage permission regarding the plurality of entrances G.

  If the character is the number “0”, which is the stamped character 101, the gateway G corresponding to the character (for example, the first and third to fifth characters counted from the first character of the gate-designated character string data 100) When it is a stamped character 101, it is used for the judgment for the security box 6 of the front entrance, library, computer room, and entrance / exit G of the first laboratory corresponding to the character (see FIG. 3B). The identification code 121 stored in the traffic management DB 41 in association with the specified gate designated character string data 100 is written by a code writing process (code writing means). As a result, the identification code 121 for identifying the applicant who is permitted to pass is registered in the security box 6 at the entrance G.

[Security Box Operation]
In this way, when the identification code 121 is registered in the security box 6 installed in the entrance G, when passing through the entrance G, the key unit 7 used by the applicant by the reader unit 61 of the security box 6; For example, the key code stored in the IC chip, IC card or magnetic card of the mobile phone 2 is read. Then, it is determined whether or not this key code matches the identification code 121 written in the passer code memory 62 of the security box 6. If the two codes match, the security box 6 locks the entrance G. Locked or unlocked.

  The present invention has been described based on the embodiments. However, the present invention is not limited to the above-described embodiments, and various improvements and modifications can be easily made without departing from the spirit of the present invention. It can be guessed.

  For example, in this embodiment, a mobile phone having a data communication function has been described as an example of a general-purpose mobile communication terminal. However, the mobile communication terminal is not necessarily limited to a mobile phone, and has a communication function. It may be another portable communication terminal device.

It is the schematic which shows the electric constitution of the traffic management system which is one Example of this invention. FIG. 2 is a block diagram showing an electrical configuration of the mobile phone. (A) is an example of a traffic permission application top page, and (b) is an example of a page image on which a traffic check list is displayed. It is the conceptual diagram which showed the structure regarding an example of gate designation | designated character string data. It is the conceptual diagram which showed the structure regarding an example of list reproduction | regeneration character string data. It is the conceptual diagram which showed the structure regarding an example of traffic permission application data. It is the figure which represented the structure regarding an example of a passage permission application file in a text format. It is the flowchart which showed the traffic application process performed with a mobile telephone. It is the figure which showed the flowchart of a gate designation | designated character string data generation process. It is the figure which showed the flowchart of a list reproduction | regeneration character string data generation process.

Explanation of symbols

1 traffic management system 2 mobile phone (general-purpose mobile communication terminal)
3 Application acceptance server (application acceptance device)
4 Gate management server (gate management device)
5 Communication network (communication line)
6 Security box (locking device)
7 Key medium 11 Operation panel (input means)
12 Liquid crystal display (LCD) (screen of portable communication terminal, part of list display means, part of list redisplay means)
24a1 Previous application content memory (part of character string storage means)
25 Communication part (part of transmission means)
26 traffic permission application program 41 traffic management database (traffic management DB) (application storage device)
90 traffic checklist (traffic list)
91 Designation field 92 Check mark (mark)
100 Gate designation character string data (Gate designation character string)
101 Signed character 102 Unmarked character 110 List reproduction character string data (list reproduction character string)
111 Number character 112 Separator character 121 Identification code 130 Permission application data (permission application data)
G entrance / exit S7 list reproduction character string data generation processing (marked character discrimination means, reproduction data generation means)
S8 Traffic check list redisplay means (part of list display means, part of list redisplay means)
S9 Traffic check list initial display means (part of list display means)
S10 Passing gate designation processing (gate designation means)
S12 Gate designation character string data generation processing (mark judgment means, designation data generation means)
S13 Transmission processing (part of transmission means, identification code addition means)
S32 Processing to write the gate-designated character string data to the previous application content memory (part of the character string storage means)

Claims (3)

When executed on a general-purpose portable communication terminal capable of displaying an input operation result via the input means on the screen, the portable communication terminal makes an application for permission to pass through a plurality of entrances via a communication line. A program for functioning as a communication terminal for
A list display means for displaying a traffic list in which a plurality of designation fields corresponding to each of a plurality of entrances are arranged in a list format on the screen of the portable communication terminal;
Based on the input operation using the input means, a mark indicating that a passage permission application is applied to the entry corresponding to the entry / exit to which the passage is desired among the designated fields of the passage list displayed on the screen by the list display means. Gate designation means for additional display,
Mark identifying means for respectively determining the presence or absence of a mark in each designated field according to the arrangement order on the pass list of each designated field when a mark is additionally displayed in the designated field by the gate designating means;
Based on the determination result by the mark determination means, if there is a mark in the designated field, one type of marked character indicating that, or if there is no mark in the designated field, one type indicating that Designation data generation means for generating a gate designation character string in which unmarked characters are arranged in the same order as the arrangement order of the designation field;
A transmission means for transmitting permission application data including at least a part of the gate designation character string via a communication line to an application receiving apparatus that receives a passage permission application ;
Character string storage means for storing the gate designation character string generated last time by the designation data generation means,
Signed character discriminating means for discriminating whether or not each character constituting the gate designated character string is a signed character in accordance with the sequence of characters in the gate designated character string stored in the character string storage means;
Based on the discrimination result by the stamped character discriminating means, a number character indicating the number on the array of each marked character in the gate designated character string is arranged, and between the arranged number characters by a delimiter character Reproduction data generating means for generating a list reproduction character string by dividing,
From the list reproduction character string generated by the reproduction data generation means, read a number character in each section delimited by a delimiter character, and add a mark to the number designation column corresponding to the number character. A passage permission application program that functions as list redisplay means for displaying on a screen of the portable communication terminal . The portable communication terminal on which the passage permission application program according to claim 1 is executed;
An application receiving device that receives permission application data from the portable communication terminal via a communication line; and
Read each character of the gate designation character string included in the permission application data received by the application accepting device in the order of arrangement, specify the corresponding entry / exit from the order in the arrangement of the read character, and the character is a stamped character In this case, a traffic management system comprising: a gate management device that judges whether or not to allow traffic at the doorway. The portable communication terminal that functions as identification information adding means for adding an identification code of the applicant to the permission application data transmitted by the transmitting means;
A locking device that individually locks and unlocks each of the plurality of doorways;
A reading device that is installed at each doorway that is locked and unlocked by the locking device and acquires a key code from a key medium; and
An application storage device for storing the gate designation character string and the identification code included in the permission application data in association with each other;
Code writing means for writing an identification code to the lock device at the doorway for which passage permission has been determined as a result of determination by the gate management device regarding the gate designation character string stored in the application storage device; ,
When the identification code written by the code writing means and the key code acquired from the key medium by the reading device are collated and the two match, the entrance where the reading device is installed is opened by the locking device. The traffic management system according to claim 2 , wherein the traffic management system is unlocked or locked.

Images