JP2007128128A - Work flow management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To store a stamp and a comment described on paper in an IC tag. <P>SOLUTION: A data reading means 6 reads data in a semiconductor integrated circuit storage medium 12. A stamp pressing area specification means 8 specifies a position of one or more stamp pressing areas in the paper 13 based on area position determination information. When a pressing force to the paper 13 is sensed, a determination means 9 senses this and determines whether the area to which the pressing force is applied is the stamp pressing area or not. A data writing means 11 performs trace recognition, when the given pressure sensing information does not correspond to any stamp pressing area, based on the given pressure sensing information, and writes the result to the storage medium 12. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a workflow management system, and more particularly to fusion of paper and electronic data.

  2. Description of the Related Art Today, a mechanism (hereinafter referred to as a workflow system) for performing business processing and business support on a computer network for a flow of work involving a plurality of departments and people has been proposed. As a typical example, a document that has been circulated between departments and members in the company, such as a request for approval, settlement of transportation expenses, and a notice of vacation, is converted into electronic data. As a result, information can be centrally managed, and visibility can be improved by knowing how far the information is transmitted.

  Patent Document 1 discloses a workflow system that uses paper to which electronic data is added instead of using only electronic data. Specifically, a plurality of IC tags are pasted at predetermined positions on paper, and the situation is to be grasped according to which IC tag is written.

JP 2002-120475 A

  However, it is troublesome to create an application form in which a plurality of IC tags are pasted at predetermined positions. In particular, when there are multiple application documents, it is necessary to prepare as many as there are types. In addition, there may be a case where the approver wants to add conditions upon approval. Furthermore, in such a case, even if this is described on the application form, only a person who actually sees the paper can know it.

  It is an object of the present invention to provide a workflow system that can enjoy the merits of both by fusing paper and an electronic system.

  1) A workflow management system according to the present invention is a workflow management system including a management server and one or more terminal devices connected to the management server via a network, and A) the terminal device includes: a1) to a6), a1) a tablet on which a workflow sheet integrated with an RFID tag capable of reading and writing data is placed, a2) a workflow sheet placed on the tablet A data reading means for reading the RFID tag data of the workflow paper, a3) a transmission means for transmitting the read data to the management server, and a4) the position of the RFID tag pressing area on the read data. If there is coordinate data to be determined, a determination that specifies the position of one or more stamping areas on the workflow sheet is performed. Pressing area specifying means, a5) When the pressing force detection information given to the placed workflow paper is given from the tablet, whether or not the area to which the pressing force is given is the format pressing area A6) When the pressing force detection information is any one of the above-mentioned pressing areas, it is recognized that the size has been pressed into the corresponding pressing area, and when it is not any one of the pressing areas. A data writing means for performing trajectory recognition based on the given trajectory of the pressing force detection information and writing the result into the RFID tag; B) the management server receives the data transmitted from the terminal device and receives the RFID tag Is provided with a progress determining means for determining the progress of the integrated workflow.

  Accordingly, the input to the workflow paper can be automatically stored in the RFID tag, and the paper system is excellent in that it is highly visible by humans, and the electronic system is excellent in that data inquiry is easy. A workflow management system having both excellent points can be easily realized.

  2) The progress management system according to the present invention is a progress management system including a management server and one or more terminal devices connected to the management server via a network, and A) the terminal device includes: A1) to a6), a1) a mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is mounted; a2) a sheet mounted on the mounting table; A data reading means for reading the data of the semiconductor integrated circuit storage medium of the paper, a3) a transmission means for transmitting the read data to the management server, a4) a semiconductor integrated circuit storage of the read data A pressing area specifying means for specifying the position of one or more pressing areas on the paper based on the area position determination information for determining the position of the pressing area of the medium; a5) for the loaded paper Detecting means for detecting the pressing force and determining whether or not the area to which the pressing force is applied is the size pressing area; a6) If it is a pressing area, it is recognized that the size has been pressed in the corresponding pressing area, and if it is not any pressing area, the path is recognized based on the given pressure-sensitive information path, and the result is Data writing means for writing to the semiconductor integrated circuit storage medium, B) The management server receives the data transmitted from the terminal device and determines the progress of the paper integrated with the semiconductor integrated circuit storage medium A determination means is provided.

  Therefore, the paper system can be automatically stored in the semiconductor integrated circuit storage medium and the visibility of the paper system is good, and the electronic system is easy to query data. It is possible to easily realize a progress management system having both advantages.

  3) A terminal device according to the present invention is a terminal device connected to a management server via a network, and A) a sheet on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is placed. B) Data reading means for reading the data of the semiconductor integrated circuit storage medium when the paper is placed on the mounting table, and C) the pressing area of the semiconductor integrated circuit storage medium among the read data Based on the area position determination information for determining the position of the paper, a pressing / pressing area specifying means for specifying the position of one or more pressing / pressing areas on the paper, and D) when a pressing force is felt on the placed paper A determination means for detecting this and determining whether or not the area to which the pressing force is applied is the press-pressing area. E) When the given pressure-sensitive information is one of the press-pressing areas. When it is recognized that the size has been pressed in the corresponding pressing area and is not in any pressing area, the path is recognized based on the given pressure-sensitive information path, and the result is stored in the semiconductor integrated circuit storage medium. Data writing means for writing is provided.

  Therefore, the input to the paper can be automatically stored in the semiconductor integrated circuit storage medium, and writing to the semiconductor integrated circuit storage medium is facilitated, and by reading this, the human visibility is good. It is possible to easily realize a progress management system having both the excellent point of the paper system and the excellent point of the electronic system that the data inquiry is easy.

  4) In the terminal device according to the present invention, the size determining area specifying means uses the paper type specifying information stored in the semiconductor integrated circuit storage medium as the area position determining information from the management server to determine the type of the paper. Coordinate data specifying the position of the pressing area is acquired, and the position of one or more size pressing areas on the paper is specified. Accordingly, the size and pressure area can be centrally managed by the management server.

  5) In the terminal device according to the present invention, the management server stores a correspondence table between the pressed pressing area and the next delivery destination to which the paper is to be delivered next. A display means is provided for acquiring the next delivery destination from the management server from the press area and displaying it. Accordingly, since the next delivery destination of the paper can be easily notified, even if the progress management system uses a paper having a characteristic that delivery is necessary, the delivery person can not only exchange electronic data, Can be easily grasped.

  6) In the terminal device according to the present invention, the semiconductor integrated circuit storage medium stores a correspondence table between the pressed pressing area and the next delivery destination to which the paper is next delivered. The next delivery destination is determined from the pressed pressing area, and this is displayed. Accordingly, since the next delivery destination of the paper can be easily notified, even if the progress management system uses a paper having a characteristic that delivery is necessary, the delivery person can not only exchange electronic data, Can be easily grasped.

  7) A program according to the present invention reads and writes data on a mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data and data on the semiconductor integrated circuit storage medium is read. A program that causes a computer including a data reading / writing unit that performs the above and a pressing force detecting unit that detects a pressing force to the placed paper to function as a terminal device connected to the management server via a network, This is a program for executing steps. 1) A step of identifying the position of one or more stamping areas on the paper based on area position determination information for determining the position of the pressing area among the data read by the data reading / writing means, 2) Determining whether or not the area sensed by the pressing force sensing means is the pressure area; 3) if the sensed area is any of the pressure areas, the area corresponding to the pressure area If it is recognized that the size has been pressed and is not in any of the size pressing areas, the path recognition is performed based on the path of the given pressure-sensitive information, and the result is read from the data reading / writing means to the semiconductor integrated circuit storage medium. Step to write to.

  Therefore, the input to the paper can be automatically stored in the semiconductor integrated circuit storage medium, and writing to the semiconductor integrated circuit storage medium is facilitated, and by reading this, the human visibility is good. It is possible to easily realize a progress management system having both the excellent point of the paper system and the excellent point of the electronic system that the data inquiry is easy.

  8) In the progress data writing method according to the present invention, when a sheet on which a semiconductor integrated circuit storage medium capable of reading and writing data is integrated is placed on one of a plurality of terminal devices. , A method of writing data for determining the degree of progress on the semiconductor integrated circuit storage medium of the paper, 1) area position determination information for determining the position of the pressing area of the semiconductor integrated circuit storage medium among the read data Based on the above, the position of one or more stamping areas on the paper is specified, 2) when a pressing force is applied to the paper placed above, this is detected, and 3) the pressing force is applied. 4) If the area to which the pressing force is applied is any one of the above-mentioned pressing areas, the size is pressed into the corresponding pressing area. Recognize that 5) Write to the semiconductor integrated circuit storage medium, and 5) if none of the areas to which the pressing force is applied is a format pressing area, perform the path recognition based on the path of the given pressure-sensitive information. Writing to the semiconductor integrated circuit storage medium.

  Therefore, the input to the paper can be automatically stored in the semiconductor integrated circuit storage medium, and writing to the semiconductor integrated circuit storage medium is facilitated, and by reading this, the human visibility is good. It is possible to easily realize a progress management system having both the excellent point of the paper system and the excellent point of the electronic system that the data inquiry is easy.

  9) A workflow management system according to the present invention includes a terminal device that includes a mounting table on which a sheet on which a semiconductor integrated circuit storage medium capable of reading and writing data is integrated, and which is assigned an order. A workflow management system in which a plurality of terminals are connected to the management server via a network, and when there is a current status confirmation request specifying a check target paper, the paper read by each terminal device from a semiconductor integrated circuit storage medium Receiving the identification information, among the terminal devices, the terminal device on which the identified sheet exists is identified, and the data writing process of the semiconductor integrated circuit storage medium by the operator of the identified terminal device is completed. And the degree of progress is determined based on the determination result.

  Therefore, it is possible to easily realize a progress management system having both the advantages of a paper system that human visibility is good and the electronic system that data inquiry is easy. Can do.

  The “terminal device” in the claims corresponds to the processing terminals 3a to 3c in the embodiment.

1. Functional Block Diagram FIG. 1 shows the overall configuration of a workflow management system 1 according to the present invention. The workflow management system 1 includes a management server 2 and one or more terminal devices 3a to 3n connected to the management server via a network.

  The terminal devices 3 a to 3 n include a mounting table 5, a data reading unit 6, a transmission unit 7, a pressing / pressing area specifying unit 8, a determining unit 9, and a data writing unit 11. A paper 13 in which a semiconductor integrated circuit storage medium 12 capable of reading and writing data is integrated is placed on the mounting table 5. The data reading means 6 reads the data of the semiconductor integrated circuit storage medium 12 on the paper 13 when the paper 13 is placed on the mounting table 5. The transmission unit 7 transmits the read data to the management server 2. Based on the area position determination information for determining the position of the pressing area of the semiconductor integrated circuit storage medium 12 among the read data, the pressing area specifying means 8 is one or more pressing areas on the paper 13. Specify the position of. The judging means 9 senses a pressing force against the placed paper 13 and senses it, and judges whether or not the area to which the pressing force is applied is the size pressing area. The data writing means 11 recognizes that the size is pressed in the corresponding pressing area when the given pressure-sensitive information is one of the pressing areas, and if it is not any pressing area. Based on the given pressure-sensitive information locus, the locus is recognized and the result is written in the semiconductor integrated circuit storage medium 12.

  The management server 2 includes progress determination means 19 that receives data transmitted from the terminal device and determines the progress of the sheet 13 in which the semiconductor integrated circuit storage medium 12 is integrated.

2. Hardware Configuration A configuration when the workflow management system 1 shown in FIG. 1 is configured with a server and a plurality of personal computers will be described with reference to FIG.

  The workflow management system 1 includes a management server 2, processing terminals 3a to 3c as terminal devices, and inquiry terminals 70a and 70b. The management server 2, the processing terminals 3a3a to 3c, and the inquiry terminals 70a and 70b are connected to the network.

  The processing terminal 3a includes a personal computer 27a, a tablet 28a having an RFID reader / writer 32a, and a tray 29a having an RFID reader.

  A hardware configuration of the terminal device 3 will be described with reference to FIG. The terminal device 3 includes a CPU 23, a memory 27, a hard disk 26, a monitor 33, a CDD (CD-ROM drive) 25, a tablet 28a, a communication unit 31, an RFID reader / writer 32a, an RFID reader 29ar, and a bus line 30. . The CPU 23 controls each unit via the bus line 30 according to each program stored in the hard disk 26.

  The hard disk 26 has an operating system program 26o (hereinafter abbreviated as OS) and a program storage unit 26p. The program storage unit 26p stores a program for performing data write processing to the IC tag, read processing, and communication processing with the management server 2. Processing in each program will be described later.

  The RFID reader 29ar performs a data reading process when a data reading command is given to an IC tag existing within an accessible distance.

  The RFID reader / writer 32a performs a data reading or data writing process when a data reading command or a data writing command is given to an IC tag existing within an accessible distance.

  Since the RFID reader / writer 32a is provided in the tablet 28a, data can be read from the IC tag and written to the IC tag when a paper integrated with an IC tag is placed on the tablet 28a. It is. Further, since the RFID reader 29ar is provided on the tray 29a, data is read from the IC tag of the application form existing on the tray 29a.

  As will be described later, the tablet 28a senses the writing or stamping on the paper.

  In this embodiment, LINUX (trademark) is adopted as the operating system program (OS) 26o, but the present invention is not limited to this.

  Each of the above programs is read from the CDROM 25a storing the program via the CDD 25 and installed in the hard disk 26. In addition to the CD-ROM, a program such as a flexible disk (FD) or an IC card may be installed on a hard disk from a computer-readable recording medium. Furthermore, it may be downloaded using a communication line.

  In the present embodiment, the program stored in the CD-ROM is indirectly executed by the computer by installing the program from the CD-ROM to the hard disk 26. However, the present invention is not limited to this, and the program stored in the CD-ROM may be directly executed from the CDD 25. Note that programs that can be executed by a computer are not only programs that can be directly executed by being installed as they are, but also programs that need to be converted into other forms (for example, those that have been compressed) In addition, those that can be executed in combination with other module parts are also included.

  The other processing terminals 3b and 3c shown in FIG. 2 have the same configuration. Further, the inquiry terminals 70a and 70b are general personal computers, and thus description thereof is omitted.

  Since the hardware configuration of the management server 2 shown in FIG. 2 is the same as that of a general server, description thereof is omitted. The management server 2 stores a progress determination program described later. In addition, the management server 2 stores coordinate data for determining the size of the workflow paper shown in FIG. 4A. Therefore, the stamp area can be determined for each document type. For example, for the application form “travel expense application”, the examination seal area, the acknowledgment seal area, the settlement seal as shown in FIG. Each region can be identified.

  In this embodiment, the coordinate data is stored in the management server 2 and the coordinate data is obtained by storing the information for determining the document type in the IC tag. You may make it memorize | store in the IC tag integrated with each paper.

3. Data writing process The writing process to the IC tag will be described with reference to FIG. In the following, an example will be described in which a comment is entered after an approval mark is pressed on the examiner's processing terminal 3a shown in FIG. Note that the travel expense application form is an application form in which three stamping areas as shown in FIG. 4B exist, and is a document that is processed in three places: an examiner, an approver, and an approver.

  The examiner places the paper on the tablet 28a at the processing terminal 3a operated by the examiner. The RFID reader / writer 32a of the tablet 28a detects an IC tag existing within the accessible distance (step S1), and when detecting the IC tag, reads data from the IC tag (step S3).

  Using the document type included in the read data, the CPU 23 refers to the table shown in FIG. 4A, reads the coordinate data of the document (in this case, travel expense application), and acquires the recognition area information. (Step S5).

  The examiner visually checks the application document and stamps it on the examiner's seal area 81 (hereinafter referred to as an examination seal area) (see FIG. 4B). The tablet 28a determines whether an input is given. When the input is given, the tablet 28a detects the coordinates of the start point. The CPU 23 determines whether or not a coordinate is given from the tablet 28a (step S9), and if there is an input, the CPU 23 determines whether or not the given start point is within the examination mark area in the recognition area information ( Step S11). In this case, since the stamp is in the examination mark area, the CPU 23 writes the examination completed flag on the IC tag by the RFID reader / writer 32a (step S13).

  The examiner writes a comment after the seal. After step S13, the CPU 23 determines whether there is an end command and whether there is a tablet input (steps S29 and S31). In this case, the comment is written on the paper on the tablet 28a without giving an end command by the examiner. The tablet is sensitive to the comments. Since there is a tablet input, the CPU 23 determines whether or not the starting point is within the examination stamp area (step S11). In this case, since it is not within the examination stamp area that has been pressure-sensitive, it is determined whether or not the starting point is within the approval stamp area (step S15). In this case, since it is not within the approval stamp area, it is determined whether or not the starting point is within the final approval stamp area (step S19). In this case, since it is not within the approval seal area, an input (series of coordinate data) to the tablet is acquired (step S23). The CPU 23 stores all the acquired coordinate data series in the memory.

  When the reviewer finishes writing comments, there is no input to the tablet. The CPU 23 determines whether or not a certain time has elapsed after completion of the input (step S25), and when the certain time has elapsed, writes the coordinate data series as comment information (step S27).

  Note that part or all of the series data of the coordinate data may be recognized as handwritten characters and stored as characters.

  When the examiner finishes writing the comment, he gives an end instruction. In the present embodiment, a specific point is provided on the tablet, and it is determined that it is an end command by selecting this point. The CPU 23 determines whether or not an end command is given (step S29). When an end command is given, the writing process is terminated.

  In the present embodiment, the case where a comment is entered after pressing the approval mark on the application form 200 at the examiner's processing terminal 3a has been described as an example, and therefore the processes in steps S17 and S21 are described. If it is not executed, but the start position of the tablet input exists in the approval stamp area at the approver's application form processing terminal, the approval flag is written in the IC tag as in step S13 (step S17). The same applies to the processing in step S21.

  Moreover, although the case where a comment is entered after pressing the approval mark has been described as an example, only one or the case where the mark is pressed after the comment is entered can be dealt with.

4). Progress Determination Processing The current status extraction processing in the management server 2 will be described with reference to FIGS. Hereinafter, in FIG. 2, the examiner's mark is pressed on the application form 200 and placed on the tray 29a of the examiner's processing terminal 3a. The other processing terminals 3b and 3c When there is no document, it is assumed that there is an inquiry about the current state of the document from the inquiry terminal 70a.

  When there is an inquiry from the inquiry terminal 70a, the management server 2 transmits a document specifying screen to the inquiry terminal 70a. The operator of the inquiry terminal 70a inputs the ID of the application 200 to be inquired. When the search button is selected on the document specifying screen, search processing is performed (step S45), and the result is displayed (step S47). For such search processing and result display, various known search processing may be employed.

  The management server 2 determines whether or not there is a document specification (step S49). If there is a document specification, it requests all processing terminals to read the IDs of all documents existing in the tray. Transmit (step S51). In this case, a read request is given to the processing terminals 3a to 3c. When receiving the reading request, the processing terminals 3a to 3c read the data of the IC tag for the paper existing in its own tray. In this case, since the application form 200 exists in the tray 29a of the processing terminal 3a, the processing terminal 3a uses the IC tag integrated with the application form 200, ID “200”, flag “examined flag written”, Read comments. The read result is given to the management server 2.

  In addition, since the other processing terminals 3b and 3c do not have documents, there is no read data. Eventually, the management server 2 indicates that the application form 200 exists in the processing terminal 3a, and the flag “examined flag is written. “Completion” is stored (step S53).

  The management server 2 determines whether or not the application form 200 exists in the examiner tray (step S63). In this case, since the application form 200 exists in the examiner tray, it is determined whether or not there is an examiner's stamp (step S65). In this case, since it is stored in step S53 that the examination flag has been written in the application form 200, it is determined that examination has been completed (step S69). Then, the result is transmitted to the inquiry terminal 70a that made the inquiry (step S90 in FIG. 7).

  In this way, in the present embodiment, the management server can easily grasp the progress of the inquiry target document.

  In step S65, if there is no examiner's hand, it is determined that the examination is in progress (step S67). If the document is present in the approver tray, whether the approval process is in progress or has been approved, depending on whether there is an approver's handle (whether the approved flag has been written), as in step S63. Judgment is made (steps S71 to S77). Even when the document is present in the tray for the authorizer, as in step S63, whether the authorizer is present or not (judged flag has been written) is determined whether the document is being settled or has been approved ( Step S78 to Step S83).

  In step S78, when the specified document does not exist in the approver tray, it can be determined that the document with the ID is moving. In this case, it is determined as follows whether the transfer to the examiner is in progress or whether the transfer is being performed from the examiner, the approver, or the finalizer. First, it is determined whether or not the document has already been detected (step S87). If it has already been detected, it is determined that it is moving from the already detected state to the next (step S88), and the result is transmitted (step S85). If the document with the ID is not detected at all, it is determined that the document has not been moved to the examiner (step S89).

  As described above, in this embodiment, an IC tag is integrated with paper, and this is written when processing at a node in the IC tag is completed. Thereby, it is possible to construct a workflow system having both the excellent point of the paper system that the human visibility is good and the excellent point of the electronic system that can inquire data.

5. Other Embodiments In the above embodiment, IC tag data writing and reading means are provided on the tablet, and IC tag data reading means are also provided on the tray. As a result, even when it exists in the tray, the data of the sheet can be read out. However, it is not always necessary to provide both. For example, if a sheet exists on the tablet, data can be written to and read from the sheet.

  Further, display means may be provided on the IC tag. For example, an IC tag with a liquid crystal screen may be used to display the next destination. Thereby, even if the thing to move (messenger) does not grasp the destination, the movement is possible. In the workflow management system, the next movement destination is displayed as to which department is determined by the content of the process after a certain process. For example, if the approver approves, the next is the authorizer, and if the approver is not approved, return to the approver. Therefore, it is only necessary to store movement destination specifying information such as the floor, the name of the authorizer, the authorizer name, etc. in the management server 2 or the IC tag, and read and display it.

  Also, when there is an inquiry, the reading process is performed on all terminals, but the reading may be performed periodically.

  As for the search process, a well-known search method such as the creator, the creation date and time, and the keyword can be employed.

  In the present embodiment, the RFID reader / writer 32a and the tablet 28a are physically integrated, but may be configured separately.

  In the above embodiment, the CPU is used to realize the function shown in FIG. 1, and this is realized by software. However, some or all of them may be realized by hardware such as a logic circuit.

  In addition, you may make it make an operating system (OS) process a part of said program.

It is a functional block diagram of the workflow management system 1 concerning this invention. It is a figure which shows an example of the hardware constitutions of the workflow management system 1 shown in FIG. It is a figure which shows an example of the hardware constitutions of the terminal 3a shown in FIG. It is a figure which shows the data structure of area | region data. It is a flowchart of the write-in process to an IC tag. It is a flowchart which reads from an IC tag and judges a progress degree. It is a flowchart which reads from an IC tag and judges a progress degree.

Explanation of symbols

1 ... Workflow management system 23 ... CPU
27 ... Memory

Claims (9)

A workflow management system comprising a management server and one or more terminal devices connected to the management server via a network,
A) The terminal device includes the following a1) to a6),
a1) A tablet on which a workflow sheet integrated with an RFID tag capable of reading and writing data is placed;
a2) a data reading means for reading the RFID tag data of the workflow paper when the workflow paper is placed on the tablet;
a3) transmitting means for transmitting the read data to the management server;
a4) When the read data includes coordinate data for determining the position of the pressing area of the RFID tag, the pressing area specifying means for specifying the position of one or more pressing areas on the workflow sheet ,
a5) When the pressing force detection information given to the placed workflow paper is given from the tablet, the judging means for judging whether the area to which the pressing force is given is the size pressing area or not. ,
a6) When the pressing force detection information is one of the above-described pressing areas, it is recognized that the pressing is performed on the corresponding pressing area, and when it is not any pressing area, the given pressing force is applied. Data writing means for performing locus recognition based on the locus of detection information and writing the result to the RFID tag,
B) The management server includes progress determination means for receiving data transmitted from the terminal device and determining the progress of the workflow in which the RFID tag is integrated.
A workflow management system characterized by A progress management system comprising a management server and one or more terminal devices connected to the management server via a network,
A) The terminal device includes the following a1) to a6),
a1) a mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is mounted;
a2) data reading means for reading the data of the semiconductor integrated circuit storage medium of the paper when the paper is placed on the mounting table;
a3) transmitting means for transmitting the read data to the management server;
a4) Of the read data, based on area position determination information for determining the position of the pressing area of the semiconductor integrated circuit storage medium, the pressing area for specifying the position of one or more pressing areas on the paper Specific means,
a5) Judgment means for sensing when a pressing force is felt on the placed paper and determining whether the area to which the pressing force is applied is the size pressing area;
a6) When the given pressure-sensitive information is one of the above-mentioned press and press areas, it is recognized that the press has been pressed in the corresponding press-and-press area. Data writing means for performing locus recognition based on the locus of pressure-sensitive information and writing the result to the semiconductor integrated circuit storage medium,
B) The management server includes progress determination means for receiving the data transmitted from the terminal device and determining the progress of the paper integrated with the semiconductor integrated circuit storage medium.
A progress management system characterized by A terminal device connected to the management server over the network,
A mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is mounted;
A data reading means for reading the data of the semiconductor integrated circuit storage medium of the paper when the paper is placed on the mounting table;
Of the read data, based on area position determination information for determining the position of the pressing area of the semiconductor integrated circuit storage medium, the pressing area specifying means for specifying the position of one or more pressing areas on the paper ,
Determining means for detecting a pressing force on the placed paper and determining whether the area to which the pressing force is applied is the size pressing area;
When the given pressure-sensitive information is one of the above-mentioned pressure-pressing areas, it is recognized that the size has been pushed into the corresponding pressure-pressing area, and when it is not any one of the pressure-pressing areas, the given pressure-sensitive information Data writing means for performing locus recognition based on the locus of information and writing the result to the semiconductor integrated circuit storage medium;
A terminal device comprising: The terminal device according to claim 3,
The pressing / pressing area specifying means acquires coordinate data specifying the position of the pressing / pressing area on the sheet from the management server using the paper type specifying information stored in the semiconductor integrated circuit storage medium as the area position determination information. And specifying the position of one or more stamping areas on the paper,
It is characterized by. The terminal device according to claim 3,
The management server stores a correspondence table between the pressed pressing area and the next delivery destination for delivering the paper next,
A display means for acquiring a next delivery destination from the management server from the pressed area of the paper that has been pressed, and displaying it;
Characterized by comprising. The terminal device according to claim 3,
The semiconductor integrated circuit storage medium stores a correspondence table between the pressed pressing area and the next delivery destination for delivering the paper next,
Determining the next delivery destination from the pressed pressing area of the paper and displaying it;
It is characterized by. A mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is mounted; data reading and writing means for reading and writing data on the semiconductor integrated circuit storage medium; A program for causing a computer having a pressing force sensing means for sensing a pressing force to a placed paper to function as a terminal device connected to the management server via a network, and for executing the following steps.
Of the data read by the data reading and writing means, based on area position determination information for determining the position of the pressing area, specifying the position of one or more pressing areas on the paper,
Determining whether the area sensed by the pressure sensing means is the size area;
If the sensed area is any one of the pressure areas, it is recognized that the size has been pressed in the corresponding pressure area, and if it is not any pressure area, the path of the given pressure-sensitive information A path recognition is performed, and a result is written from the data reading / writing means to the semiconductor integrated circuit storage medium,
A program characterized by When a sheet on which a semiconductor integrated circuit storage medium capable of reading and writing data is integrated is placed on any of a plurality of terminal devices, the sheet is used for determining the degree of progress on the semiconductor integrated circuit storage medium. The method of writing the data of
Among the read data, based on the area position determination information for determining the position of the pressing area of the semiconductor integrated circuit storage medium, identify the position of one or more pressing areas on the paper,
When a pressing force is applied to the previously placed paper, this is sensed,
It is determined whether the area to which the pressing force is applied is the size pressing area,
When the area to which the pressing force is applied is any one of the above-described pressing areas, it recognizes that the pressing has been performed on the corresponding pressing area, and writes this into the semiconductor integrated circuit storage medium,
If none of the areas to which the pressing force is applied is a pressing area, the path recognition is performed based on the path of the given pressure-sensitive information, and this is written to the semiconductor integrated circuit storage medium.
The progress data writing method characterized by the above. A terminal having a mounting table on which a sheet integrated with a semiconductor integrated circuit storage medium capable of reading and writing data is mounted, and a plurality of terminal devices to which an order is assigned are connected, and the terminal device and the management server Is a workflow management system with network connection,
When there is a current state confirmation request specifying a confirmation target sheet, each terminal device receives the sheet identification information read from the semiconductor integrated circuit storage medium, and among the terminal devices, the terminal on which the identified sheet exists Identifying the device and determining whether or not the data writing process of the semiconductor integrated circuit storage medium by the operator of the identified terminal device is completed, and determining the degree of progress according to the determination result;
A workflow management system characterized by

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