JP6958378B2 - Programs and processing equipment - Google Patents

Description

The present invention relates to a program and a processing apparatus for processing processing information.

Conventionally, there is a technique in which processing information such as a workflow is defined in advance and the defined processing information is executed by a computer or the like (for example, Patent Documents 1 to 3). In the workflow support system described in Patent Document 1, processing required in the process of examination from an application such as a patent is defined as processing information.

In the workflow support system described in Patent Document 2, the necessity of requesting examination for a patent application or the like is determined by processing according to processing information.

Patent Document 3 describes a technique for associating a barcode printed on a questionnaire with a process for the questionnaire. When the bar code of the questionnaire form for which the questionnaire has been completed is read by the scanner, the service processing device of Patent Document 3 executes processing according to the corresponding processing information, and executes OCR processing and storage of text data in the management server. do.

Japanese Unexamined Patent Publication No. 2003-108718 Japanese Unexamined Patent Publication No. 2003-108725 Japanese Unexamined Patent Publication No. 2005-262754

Each of the above-mentioned patent documents describes a technique related to processing according to one processing information. On the other hand, when the processing according to a plurality of processing information is executed separately, it may be desired to associate the processing according to each processing information.

The present application has been proposed in view of the above problems, and an object of the present application is to provide a program and a processing apparatus capable of associating processes according to a plurality of processing information.

In order to solve the above problems, the program disclosed in the examples is a program executed by a computer of a processing device capable of performing processing according to the first processing information and processing according to the second processing information. Therefore, the computer has a first acquisition process for acquiring the first scan data obtained by scanning the target document according to the first process information, and an acquisition process in the first acquisition process according to the first process information. A first detection process for detecting the first identification information included in the first scan data, and a first relationship regarding the first scan data based on the detected first identification information according to the first processing information. A storage process for storing information in a storage unit, a second acquisition process for acquiring second scan data obtained by scanning the target document according to the second process information, and the second acquisition process according to the second process information. 2 From the second detection process for detecting the second identification information included in the second scan data acquired in the acquisition process and one or more relationship information stored in the storage unit according to the second process information. The first related information corresponding to the second scan data is specified based on the second identification information, and the first related information is specified in the specific process. The associating process for executing the process for associating the scan data with the second scan data is executed.

Further, the processing device itself having the above-mentioned program configuration and the method executed by the processing device are also new and useful. A communication system including the above processing device and another device (for example, an external device or a printer) is also new and useful.

According to the program and the processing apparatus of the present disclosure, the first related information is stored in the storage unit based on the first identification information detected from the first scan data by the processing according to the first processing information. Further, by the processing according to the second processing information, the first relational information corresponding to the second scan data is specified based on the second identification information detected from the second scan data. As a result, it is possible to execute a process for associating scan data of different processes according to the two process information of the first process information and the second process information.

It is a block diagram which shows the processing information processing system of 1st Embodiment. It is a flowchart which shows the registration process which registers a filter process. It is a figure which shows the display window displayed on the LCD. It is a figure which shows the setting position of a prescription and a detection area. It is a sequence diagram which shows the flow of processing using a prescription. It is a flowchart which shows the content of the process according to the 1st process information. It is a figure which shows the data stored in the database of a DB server. It is a figure which shows the prescription after sticking a sticker. It is a flowchart which shows the content of the process according to the 2nd process information. It is a flowchart which shows the content of completion processing. It is a figure which shows the display window which displayed the unfinished data. It is a figure which shows the answer sheet of 2nd Embodiment. It is a sequence diagram which shows the flow of the process using the answer sheet of 2nd Embodiment. It is a flowchart which shows the content of the process according to the 1st process information of 2nd Embodiment.

(First Embodiment)
(Configuration of processing information processing system)
Hereinafter, the first embodiment of the present invention will be described with reference to the drawings as appropriate. It goes without saying that the embodiments described below are merely examples of the present invention, and the embodiments of the present invention can be appropriately changed without changing the gist of the present invention. For example, the execution order of each process described later can be appropriately changed without changing the gist of the present invention.

FIG. 1 is a block diagram of the processing information processing system 1 according to the present embodiment. The processing information processing system 1 shown in FIG. 1 includes a PC 10 (an example of a processing device of the present invention), a scanner 50, a DB (abbreviation of database) server 51, a first server 53, a second server 54, and a router 56. The PC 10 mainly includes a CPU 12 (an example of a computer of the present invention), a memory 14, a barcode reader 15, an LCD 16, an input I / F (abbreviation of an interface) 18, and a network I / F 20. These components are made communicable with each other via the bus 22.

The CPU 12 executes processing according to the scanner driver 26 (an example of the program of the present invention) and the operating system (hereinafter, abbreviated as “OS”) 27 in the memory 14. The scanner driver 26 is a device driver of the scanner 50 and is a program that controls the operation of the scanner 50. Further, the scanner driver 26 of the present embodiment has the first processing information 26A and the second processing information 26B. As will be described later, the CPU 12 executes the scanner driver 26 to execute the processing according to the first processing information 26A and the second processing information 26B. The first processing information 26A and the second processing information 26B are, for example, information such as a workflow, which is a program in which a process to be executed by the PC 10 is defined in advance. The processing information in the present application is not limited to the concept of workflow, and various information capable of causing a computer to execute a predefined process can be adopted.

As the memory 14, for example, a RAM, a ROM, a flash memory, a hard disk, or the like can be adopted. The memory 14 may be a computer-readable storage medium. The computer-readable storage medium referred to here is a non-transitory medium. In addition to the above examples, the non-transitory medium also includes a recording medium such as a CD-ROM or a DVD-ROM. The non-transitory medium is also a tangible medium. On the other hand, an electric signal that carries a program downloaded from a server or the like on the Internet is a kind of medium that can be executed by a computer, but is not included in a storage medium that can be read by a non-transitory computer. The same applies to the memory 34 of the scanner 50, which will be described later.

OS27 is a program that provides the basic functions used by the scanner driver 26. OS27 is, for example, an operating system such as Windows (registered trademark), MacOS (registered trademark), Linux (registered trademark), Android (registered trademark), iOS (registered trademark) and the like. In the following description, the PC 10 that executes the scanner driver 26 and the like on the CPU 12 may be simply described by the device name. For example, the description "PC10 accepts operation input for input I / F18" means "PC10 accepts operation input for input I / F18 by executing scanner driver 26 on CPU12 and controlling input I / F18". It may mean that.

The barcode reader 15 is a reading device capable of reading a barcode or a two-dimensional code. The LCD 16 displays various information of the PC 10. The input I / F18 includes a keyboard, a mouse, and the like, and is an interface for inputting user operations. The network I / F 20 is connected to the scanner 50 or the like via the router 56. As a result, the PC 10 can send and receive information to and from the scanner 50 and the like.

The scanner 50 is a device that reads an image printed on a target document and generates scan data, and includes a network I / F31, a CPU 33, a memory 34, a scanning I / F35, an input I / F36, an LCD 37, and the like. .. These components are made communicable with each other via the bus 39.

The network I / F 20 of the PC 10 can communicate with the network I / F 31 of the scanner 50 by wire through the router 56. Further, the network I / F 20 can communicate with the DB server 51 by wire through the router 56. As the wired, for example, a LAN cable can be adopted. The wired connection is not limited to the LAN cable, but may be a USB cable or the like. Further, the PC 10, the scanner 50, the DB server 51, and the router 56 may be configured to enable wireless communication. As a wireless communication method, for example, Wi-Fi (registered trademark) or Bluetooth (registered trademark) standards can be adopted. Further, the network I / F20 can communicate with the first and second servers 53 and 54 through the router 56 and the network 55. As the network 55, for example, WAN (including the Internet) can be adopted. The usage of the DB server 51 and the first and second servers 53 and 54 will be described later.

The CPU 33 of the scanner 50 executes the process according to the program 41 in the memory 34. As the memory 34, for example, a RAM, a ROM, a flash memory, a hard disk, or the like can be adopted. The program 41 is a program that controls the scanner 50 in an integrated manner. The scanner 50 is controlled by, for example, the PC 10, reads the image of the original by the scanning I / F 35, and transmits the scan data generated from the scanned image to the PC 10. The CPU 33 executes the program 41 to execute the scan data generation process and the scan data transmission process. The reading I / F35 is, for example, a device that reads an image such as a CCD or CIS. The input I / F 36 includes a liquid crystal display, various switches, and the like, and is an interface for inputting user operations. The LCD 37 displays various information of the scanner 50.

(About processing according to processing information)
Next, as an example of the operation of the processing information processing system 1 described above, a case where the prescription is processed according to the processing information will be described. In this case, the prescription document is an example of the subject manuscript of the present invention. First, the registration process of the filter process, which is one of the processes according to the process information described later, will be described.

The sequence diagram and the flowchart of the present specification basically show the processing of the CPU 12 according to the instructions described as the processing information in the program (scanner driver 26, etc.). That is, the processes such as "determination", "acquisition", "acceptance", "control", and "setting" in the following description represent the processing of the CPU 12. The processing by the CPU 12 also includes hardware control via the OS 27. Note that "acquisition" is used in a concept that does not require a request. That is, the process of receiving data without the request of the CPU 12 is also included in the concept of "the PC 10 acquires the data". Further, the "data" in the present specification is represented by a bit string that can be read by a computer. Then, data having the same substantial meaning and contents but different formats are treated as the same data. The same applies to "information" in the present specification.

(Registration of filtering)
FIG. 2 shows a flowchart of a registration process for registering a filter process. As will be described later, the filter processing is executed in each of the processing according to the first processing information 26A (S43 in FIG. 6) and the processing according to the second processing information 26B (S63 in FIG. 9). In the filter processing (S43) of the first processing information 26A and the filtering processing (S63) of the second processing information 26B, a process of detecting identification information (such as a bar code image) from a common area of the prescription is executed. Therefore, in the registration process shown in FIG. 2, a common area used for detecting identification information in each of the filter process (S43) of the first process information 26A and the filter process (S63) of the second process information 26B is used. to register. As a result, the first processing information 26A and the second processing information 26B are associated and registered.

First, for example, the PC 10 executes the scanner driver 26 stored in the memory 14 according to the operation input for the input I / F 18. When the scanner driver 26 is executed, the PC 10 displays the display window 61 shown in FIG. 3 on the LCD 16. As shown in FIG. 3, the PC 10 displays a display window 61 having a registration button 62, two start buttons 64 and 65, and a finish button 66. The configuration of the display window 61 shown in FIG. 3 is an example.

For example, the registrant sets the template of the prescription to be registered in the reading I / F35 of the scanner 50. The registrant operates the mouse of the input I / F18 and selects the registration button 62 displayed in the display window 61 with the icon 67. The PC 10 starts the process shown in FIG. 2 in response to the operation input for selecting the registration button 62. The registrant who operates the PC 10 to register the filter processing is not particularly limited, and is, for example, a pharmacist of a pharmacy who handles prescriptions, an installer who installs the PC 10, a system administrator of the pharmacy, a person in charge of the pharmacy, and the like. ..

When the PC 10 starts the process shown in FIG. 2, first, in step 11 (hereinafter, simply referred to as “S”) 11, the scanner 50 is controlled to scan the prescription template. The PC 10 scans the prescription with the scanner 50 and acquires the scan data generated (S11). In the following description, in order to distinguish the scan data generated by each process, the scan data generated by the registration process shown in FIG. 2 will be referred to as a third scan data D3 (see FIG. 1). Further, the scan data generated by the processing according to the first processing information 26A shown in FIG. 6 will be referred to as the first scan data D1 and will be described. Further, the scan data generated by the processing according to the second processing information 26B shown in FIG. 9 will be referred to as the second scan data D2 and will be described. For example, the PC 10 temporarily stores scan data (first scan data D1, etc.) acquired from the scanner 50 in the memory 14, and executes processing using the scan data.

When the PC 10 executes S11, it executes S13. In S13, the PC 10 receives information on the area for detecting the identification information in the prescription manuscript. For example, the PC 10 displays the third scan data D3 on the LCD 16 and receives the area information according to the operation input of the input I / F18.

FIG. 4 shows the prescription and the set position of the area. The form of the prescription shown in FIG. 4 and the shape and position of the set area are examples. As shown in FIG. 4, the prescription 71 of the present embodiment is provided with a prescription ID 73, a patient ID 74, an area ID 75, a sticker sticking column 76, and a name column 77. The prescription ID 73 is information for identifying a plurality of prescriptions 71. The patient ID 74 is information for identifying each patient. The area ID 75 is information for identifying the area in which the prescription 71 is used. The prescription ID 73, patient ID 74, and region ID 75 are, for example, barcodes. The prescription ID 73 or the like is not limited to a barcode, but may be a two-dimensional code, a character string indicating the name of a patient or the like, a number indicating an ID, or the like. Therefore, as the identification information of the present invention, various information that can be detected by scanning, such as a code image of a barcode, can be adopted. In the following description, a case where a barcode is used as the prescription ID 73 or the like will be described.

The sticker sticking column 76 is a frame for sticking the sticker 93 (see FIG. 8) stuck to the medicine, as will be described later. In the name column 77, personal information such as the patient's name corresponding to the prescription 71 is described. In the prescription 71 of the present embodiment, for example, the first detection area 81 and the second detection area 82 shown in FIG. 4 are set. The first detection area 81 is an area including the prescription ID 73, the patient ID 74, and the area ID 75. The second detection area 82 is an area including the sticker sticking column 76.

For example, when setting the first detection area 81, the registrant operates the mouse of the input I / F18 with the third scan data D3 of the prescription 71 displayed on the LCD 16 to display the icon 67 (see FIG. 3). Select the first detection area 81 and operate the keyboard to determine the area. The PC 10 receives information such as the position and size of the first detection area 81 according to the operation input for the input I / F 18 (S13). The PC 10 registers the received information of the first detection area 81 in association with the first processing information 26A and the second processing information 26B of the scanner driver 26 (S15). Thereby, the registrant can set from which part in the manuscript of the prescription 71 the identification information should be detected. Further, the PC 10 can register the first processing information 26A and the second processing information 26B in association with each other as the processing information using the common first detection area 81. Further, the PC 10 also executes the same reception process (S13) and registration process (S15) for the second detection area 82. When the registration of the first and second detection areas 81 and 82 is completed, the PC 10 ends the registration process shown in FIG.

The PC 10 may receive information about the area (for example, the type of code, the type of characters in the area, etc.) in accordance with the reception of the first and second detection areas 81 and 82. The PC 10 may store such information in the first and second processing information 26A and 26B in association with the information of the first and second detection areas 81 and 82.

(Processing using a prescription)
Next, the flow of processing using the prescription 71 will be described. FIG. 5 shows an example of the flow of processing using the prescription 71. In the following description, as an example, a case where a pharmacist 87 of a pharmacy operates a PC 10 will be described. Further, in the following description, while explaining the overall flow with reference to FIG. 5, the processing according to the first processing information 26A in S23 and S27 (see FIG. 6) is followed by the second processing information 26B in S33. Each process (see FIG. 9) will be described.

First, in S17 shown in FIG. 5, for example, the doctor 86 in the hospital examines the medical condition of the patient 85 and then issues the prescription 71 to the patient 85. At this stage, the information of the prescription ID 73, the patient ID 74, the area ID 75, and the name column 77 shown in FIG. 4 is printed on the prescription 71. Further, the sticker sticking column 76 of the prescription 71 is in a state where nothing is stuck.

Next, the doctor 86 registers the information related to the issued prescription 71 in the first server 53 (S19). When the target manuscript of the present invention is a prescription 71, the first server 53 is, for example, a regional server installed in each region and a server that stores information on medicines of residents living in the region under its jurisdiction. As information related to the prescription 71, the doctor 86, for example, in addition to the information of the prescription ID 73, the patient ID 74, and the area ID 75, the number of the drug ID indicating the type of the drug to be prescribed in the result of this examination, the number of drugs to be prescribed, and the like. Information is registered in the first server 53 (S19).

On the other hand, when the patient 85 obtains the prescription 71 in S17, he / she moves to the pharmacy where the pharmacist 87 works and hands the prescription 71 to the pharmacist 87 (S21). Upon receiving the prescription 71, the pharmacist 87 processes the prescription 71 using the PC 10 and the scanner 50. At this time, the PC 10 executes the process according to the first process information 26A (S23).

FIG. 6 shows the content of processing according to the first processing information 26A. For example, the pharmacist 87 operates the input I / F18 of the PC 10 to execute the scanner driver 26, and causes the LCD 16 to display the display window 61 shown in FIG. As shown in FIG. 3, the display window 61 displays a start button 64 corresponding to the first processing information 26A and a start button 65 corresponding to the second processing information 26B. The pharmacist 87 sets the prescription 71 received from the patient 85 on the scanner 50, and then selects the start button 64 of the display window 61 with the icon 67. The PC 10 starts the process according to the first process information 26A shown in FIG. 6 in response to the operation input for selecting the start button 64.

(Processing according to the first processing information)
First, in S41 of FIG. 6, the PC 10 controls the scanner 50 to scan the prescription 71. The PC 10 acquires the first scan data D1 generated by the scanner 50 from the scanner 50 (S41).

Next, the PC 10 executes the filter process registered in the first process information 26A in the registration process shown in FIG. 2 (S43). As shown in FIG. 4, the first detection area 81 of the present embodiment is an area including the prescription ID 73, the patient ID 74, and the area ID 75. The second detection area 82 is an area including the sticker sticking column 76. In the first scan data D1 of the prescription 71, the PC 10 is, for example, a code image which is an image of a bar code from each area of the first detection area 81 and the second detection area 82 (the first identification information of the present invention). Execute the process to detect (one example). The PC 10 detects the barcode information from the detected code image. The barcode information is, for example, numerical information indicated by the barcode, more specifically, the number of the prescription ID 73, or the like.

The method of detecting the code image of the barcode is not particularly limited. For example, a pattern matching technique or the like is used to determine whether or not a set (arrangement) of bars conforming to a predetermined standard of barcode, a start character, etc. is included in a preset position in the first detection area 81. The code image may be detected by the determination. When detecting an image such as a two-dimensional code, characters, or numbers in addition to the barcode image as the identification information, whether or not a specific figure or character string is included in the first detection area 81. Can be detected by determining. For example, if a character string is included, OCR processing may be executed.

When the PC 10 executes S43, it determines whether or not the code image can be detected in the first detection area 81 (S45). The PC 10 executes S47 according to the fact that all three code images of the prescription ID 73, the patient ID 74, and the area ID 75 can be detected from the first detection area 81 (S45: YES), for example. For example, when the PC 10 can detect the barcode from each of the three preset positions in the first detection area 81, it determines that all three code images can be detected from the first detection area 81 (S45). : YES). Alternatively, the PC 10 can detect all of the three code images from the first detection area 81 when the numbers indicated by the barcodes of the three detected code images match the expression format of the numbers such as the prescription ID 73. You may judge.

On the other hand, the PC 10 executes S49 depending on, for example, that at least one of the three code images of the prescription ID 73, the patient ID 74, and the area ID 75 cannot be detected (S45: NO). The determination condition in S45 described above is an example. For example, the PC 10 may execute S47 depending on the fact that at least one of the three code images can be detected (S45: YES).

In S49, the PC 10 determines whether or not there is a code image in the first detection area 81 with the top and bottom of the first scan data D1 reversed. For example, the pharmacist 87 may set the prescription 71 in the scanner 50 in the opposite direction. In this case, the first scan data D1 is generated as scan data in which the prescription 71 is turned upside down. Therefore, in S49, for example, the PC 10 flips the first scan data D1 upside down and determines whether or not there are three code images such as the prescription ID 73 in the first detection area 81 of the flipped first scan data D1. judge.

For example, the PC 10 executes S47 according to the fact that all three code images such as the prescription ID 73 can be detected from the first detection area 81 in the inverted first scan data D1 (S49: YES). In this case, the PC 10 may display information on the LCD 16 indicating that the prescription 71 is set in the scanner 50 in the opposite direction. On the other hand, the PC 10 executes S51 according to the fact that at least one of the three code images such as the prescription ID 73 cannot be detected in the inverted first scan data D1 (S49: NO).

In S51, the PC 10 processes the first scan data D1 as invalid data. In this case, for example, the first scan data D1 may be data of a prescription 71 that does not have the prescription ID 73 or the like, data that fails to read the prescription 71, or data of a manuscript that is different from the prescription 71 in the first place. The PC 10 displays on the LCD 16 that invalid data has been detected. As a result, it is possible to notify the pharmacist 87 that the detection of the prescription ID 73 or the like has failed from the first scan data D1 and prompt the pharmacist to take action. After executing S51, the PC 10 ends the process shown in FIG.

On the other hand, in S47, the PC 10 determines whether or not the code image can be detected from the second detection area 82. As described above, at the stage when the prescription 71 is issued from the doctor 86 to the patient 85, nothing is affixed to the sticker affixing column 76 of the prescription 71. As will be described later, the sticker 93 (see FIG. 8) attached to the sticker affixing column 76 contains information indicating the type of drug (drug ID 95 in FIG. 8) and information indicating the serial number of the drug (serial ID 96 in FIG. 8). ) Is printed. In other words, when the sticker 93 is not stuck in the sticker sticking column 76, the code image is not detected from the second detection area 82. Therefore, in S47, the state in which the code image cannot be detected from the second detection area 82 is a normal state.

The PC 10 executes S52 in S47 according to the fact that the code image can be detected from the second detection area 82 (S47: NO). When a code image indicating the type of the drug is detected in the second detection area 82, the first scan data D1 is invalid data, for example, there is a possibility of the processed prescription 71 after the drug has already been delivered. be. Therefore, for example, the PC 10 displays on the LCD 16 that the sticker 93 should be confirmed in response to the detection of the code image such as the drug ID 95 from the sticker sticking column 76 (S52). Further, the prescription 71 to which the sticker 93 is attached to the sticker affixing column 76 is a target manuscript for processing according to the second processing information 26B, as will be described later. Therefore, the PC 10 may display on the LCD 16 that the prescription 71 for the second processing information 26B may have been scanned, for example. When the PC 10 executes S52, the process shown in FIG. 6 ends.

On the other hand, the PC 10 executes S53 in S47 according to the fact that the code image cannot be detected from the second detection area 82 (S47: YES). In S53, the PC 10 stores the code image information (an example of the first related information of the present invention) detected from the first detection area 81 in the database of the DB server 51 (an example of the storage unit of the present invention). The information of the code image is, for example, a number indicated by the prescription ID 73.

FIG. 7 shows an example of the format of the data stored in the database of the DB server 51. As shown in each line of FIG. 7, for example, the prescription ID 73, the patient ID 74, and the region ID 75 are associated with each other and registered as one record in the database. Each record is numbered serially. Further, in each record, a completion flag indicating whether or not the processing is completed is associated with the prescription ID 73 and the like and registered. This completion flag is information indicating whether or not both the processing according to the first processing information 26A and the processing according to the second processing information 26B have been completed for one record, that is, one prescription 71. be.

In S53 of FIG. 6, the PC 10 notifies the DB server 51 of the information of the prescription ID 73, the patient ID 74, and the area ID 75 detected from the first detection area 81. The DB server 51 adds the information acquired from the PC 10 as a new record in the database. Further, the PC 10 notifies the DB server 51 to set a completion flag corresponding to the information notified to the DB server 51, that is, a value indicating incomplete as the value of the completion flag corresponding to the newly added record.

The PC 10 executes S55 and then S55. The PC 10 transmits the information of the prescription ID 73, the patient ID 74, and the area ID 75 detected from the first detection area 81 in S55 to the first server 53 (S55, an example of the first notification process of the present invention). Returning to FIG. 5, when the prescription ID 73 or the like is transmitted from the PC 10 to the first server 53 (S55), the first server 53 responds with the drug information (S27). As described above, in S19, the doctor 86 associates the information related to the issued prescription 71 with the information of the prescription ID 73, the patient ID 74, and the region ID 75 to indicate the type of the prescription drug and the drug to be prescribed. Information such as the number is registered in the first server 53. When the first server 53 acquires information such as the prescription ID 73 from the PC 10 in S55, it registers information such as the drug ID and the number of drugs associated with the acquired prescription ID 73, that is, information on the drug to be passed to the patient 85. Search from information. The first server 53 transmits information such as a drug ID of the search result (an example of the server information of the present invention) to the PC 10 (S27, an example of the server information acquisition process of the present invention). When the PC 10 acquires information such as the drug ID (S27), the PC 10 ends the process according to the first process information 26A.

When the PC 10 acquires information such as a drug ID in S27, the PC 10 displays, for example, the name of the drug, the number of the drug ID 95, the number of drugs to be prescribed, and the like on the LCD 16 based on the acquired information. The pharmacist 87 prepares the medicine to be delivered to the patient 85 while checking the information displayed on the LCD 16 (S29).

In S29, the PC 10 receives the drug ID from the first server 53. The pharmacist 87 obtains a medicine box (that is, a box to which the sticker 93 is already attached) indicated by the medicine ID from the stock of the pharmacy. Then, the pharmacist 87 attaches the sticker 93 attached to the medicine box to the sticker affixing column 76 of the prescription 71, and then provides the medicine to the patient.

FIG. 8 shows the prescription 71 after the sticker 93 is attached. As shown in FIG. 8, a sticker 93 corresponding to the number of prepared medicines, that is, medicines to be delivered to the patient 85, is attached to the sticker sticking column 76 of the prescription 71. A drug ID 95 indicating the type of drug and a serial ID 96 for identifying individual drugs are printed on the sticker 93. The drug ID95 and serial ID96 are, for example, a bar code or a two-dimensional code.

For example, when the drug ID 95 and the serial ID 96 corresponding to all the displayed drugs are read by the barcode reader 15, the PC 10 displays on the LCD 16 that the preparation of the drugs to be delivered is completed. For example, the PC 10 returns to the display state shown in FIG. 3 after a lapse of a certain period of time. When the pharmacist 87 confirms that all the medicines are ready by looking at the display on the LCD 16, the prepared medicines are handed over to the patient 85 (S31). In this way, the drug prescribed to patient 85 by doctor 86 is delivered from pharmacist 87 to patient 85.

(Processing according to the second processing information)
Next, the processing according to the second processing information 26B will be described. In the following description, the description of the same content as the processing according to the first processing information 26A described above will be omitted as appropriate. The process according to the second process information 26B is the process for the prescription 71 after the sticker 93 is attached. For example, when the work of one day is completed, the pharmacist 87 operates the PC 10 in order to start the processing according to the second processing information 26B in all the prescriptions 71 handled in one day. It should be noted that, instead of collectively executing the processing according to the second processing information 26B for the prescriptions 71 generated in the work of one day, the second processing is performed every time the medicine is delivered in S31 described above, that is, for each prescription 71. The process according to the information 26B may be executed.

As shown in FIG. 3, the start button 65 corresponding to the second processing information 26B is displayed in the display window 61. The pharmacist 87 sets the prescription 71 to which the sticker 93 is attached on the scanner 50, and then selects the start button 65 of the display window 61 with the icon 67 (S33 in FIG. 5). The PC 10 starts processing according to the second processing information 26B shown in FIG. 9 in response to the operation input for selecting the start button 65.

First, in S61 of FIG. 9, the PC 10 controls the scanner 50 to scan the prescription 71. The PC 10 acquires the second scan data D2 generated by the scanner 50 from the scanner 50 (S61).

Next, the PC 10 executes the filter process registered in the second process information 26B in the registration process shown in FIG. 2 (S63). As shown in FIG. 8, the prescription ID 73, the patient ID 74, and the area ID 75 are printed in the first detection area 81 of the prescription 71 after the sticker 93 is attached, as in the prescription 71 before the application shown in FIG. ing. Further, in the sticker sticking column 76 of the prescription 71, a sticker 93 corresponding to the medicine given to the patient 85 is stuck. The PC 10 detects a code image (an example of the second identification information of the present invention) from each of the first detection area 81 and the second detection area 82 of the second scan data D2. The PC 10 detects the number of the prescription ID 73 and the like from the detected code image.

When the PC 10 executes S63, it determines whether or not a code image such as the prescription ID 73 can be detected in the first detection area 81 (S65). The PC 10 executes S67 in response to the fact that all three code images of the prescription ID 73, the patient ID 74, and the area ID 75 can be detected from the first detection area 81 (S65: YES), for example. On the other hand, the PC 10 executes S69 depending on, for example, that at least one of the three code images of the prescription ID 73, the patient ID 74, and the area ID 75 cannot be detected (S65: NO).

In S69, the PC 10 determines whether or not there is a code image in the first detection area 81 with the top and bottom of the second scan data D2 reversed. The PC 10 flips the second scan data D2 upside down, and determines whether or not there are three code images such as the prescription ID 73 in the first detection area 81 of the flipped second scan data D2 (S69).

For example, the PC 10 executes S67 in response to the fact that all three code images such as the prescription ID 73 can be detected from the first detection area 81 in the inverted second scan data D2 (S69: YES). On the other hand, the PC 10 executes illegal data processing according to, for example, that at least one of the three code images such as the prescription ID 73 cannot be detected in the inverted second scan data D2 (S69: NO) (S69: NO). S71).

When executing S71, the second scan data D2 may be data of a prescription 71 that does not have a prescription ID 73 or the like, as in S51 of FIG. The PC 10 displays on the LCD 16 that invalid data has been detected. After executing S71, the PC 10 ends the process shown in FIG.

On the other hand, in S67, the PC 10 determines whether or not the code images of the drug ID 95 and the serial ID 96 could be detected from within the second detection area 82. As described above, the sticker 93 peeled off from the medicine delivered to the patient 85 is attached to the sticker affixing column 76 of the prescription 71 for which the delivery of the medicine has been completed (see FIG. 8). Therefore, in S67, the state in which the code image can be detected from the second detection area 82 is a normal state.

The PC 10 executes S72 in S67 in response to the fact that the code image cannot be detected from within the second detection area 82 (S67: YES). If the code image such as the drug ID 95 cannot be detected in the second detection area 82, the second scan data D2 is invalid data, and there is a possibility that the unprocessed prescription 71 for which the drug has not been delivered is available. Therefore, for example, the PC 10 displays on the LCD 16 that the sticker 93's sticking status should be confirmed in response to the fact that the code image cannot be detected from the sticker sticking column 76 (S72). Further, the PC 10 may display on the LCD 16 that the prescription 71 for the first processing information 26A may have been scanned, for example. When the PC 10 executes S72, the process shown in FIG. 9 ends.

On the other hand, the PC 10 executes S73 according to the fact that the code image such as the drug ID 95 can be detected in the second detection area 82 in S67 (S67: NO). In S73, the PC 10 executes communication with the DB server 51, and determines whether or not a completion flag indicating completion is set in the data corresponding to the prescription ID 73 or the like detected in S63 among the data of the DB server 51. do. As shown in FIG. 7, the prescription ID 73 and the like and the completion flag are stored in the database. In S73, the PC 10 accesses the database of the DB server 51 and identifies the data corresponding to the prescription ID 73 or the like detected in S63 (an example of the identification process of the present invention). For example, the PC 10 uses the prescription ID 73 as key information to search for a matching record of the prescription ID 73. The PC 10 acquires the completion flag of the matching record. The PC 10 accesses the database of the DB server 51 according to the acquired completion flag not a value indicating completed, that is, a value indicating incomplete (S73: YES), and sets the completed value as the completed flag. Is set to (S75).

At the stage when S53 of FIG. 6 is executed, the completion flag of the added record is set to a value indicating incompletion. Therefore, when the process of FIG. 9 is executed for the first time on the prescription 71 to which the sticker 93 is attached, the completion flag is set in S75. On the other hand, when the prescription 71 after executing the process of FIG. 9 is scanned again, in S73, the PC 10 determines that the completion flag indicating completion is set (S73: NO). In this case, the PC 10 ends the process shown in FIG. Therefore, even if the process of FIG. 9 is executed again on the processed prescription 71, the PC 10 does not execute the process of S75 or the process of S77 described later.

After executing S75, the PC 10 transmits the information of the prescription 71 to the second server 54 (S77). When the target manuscript of the present invention is the prescription 71, the second server 54 is, for example, an administrative server managed by the government or the like, and is a server that stores information on the prescription 71 nationwide. In S77, the PC 10 transmits, for example, the second scan data D2, the information of the patient ID 74, the information of all the prescribed drug ID 95, and the like as the information of the prescription 71 to the second server 54. When the PC 10 executes S77, the process shown in FIG. 9 ends.

Returning to FIG. 5, when the second server 54 acquires the second scan data D2 and the like from the PC 10 in S77, the second server 54 notifies the PC 10 that the acquisition is completed (S35). As a result, the registration of the information of the prescription 71 to the second server 54 is completed.

When the PC 10 obtains the completion notification from the second server 54 (S35), for example, the PC 10 displays on the LCD 16 that the storage in the second server 54 is completed. After confirming the display on the LCD 16, the pharmacist 87 sets the next prescription 71 on the scanner 50. The pharmacist 87 is on all the prescriptions 71 handled in one day and performs the same work.

Further, the administrative officer 88 shown in FIG. 5 is, for example, a person in charge of processing medical expenses of the government. For example, the administrative officer 88 confirms the data of the second server 54 at the end of the month and performs the medical expense confirmation work (S37). As described above, the second server 54 stores the information of the processed prescription 71 from the PC 10 of the pharmacy. The administrative officer 88 confirms the information on the prescription 71 and processes the refund of medical expenses (S39). The administrative officer 88 determines the amount to be refunded, for example, based on the self-pay ratio. In this case, as the information to be transmitted to the second server 54 in S77 described above, information used in the refund processing of medical expenses in S39 is required, and for example, a patient ID 74 that identifies an individual is required. Therefore, the information transmitted to the second server 54 in S77 is appropriately changed according to the information required for the subsequent processing. In this way, the process using the prescription 71 shown in FIG. 5 is executed.

(Processing completion processing according to processing information)
Next, the completion process shown in FIG. 10 will be described. For example, the pharmacist 87 operates the PC 10 to start the completion process of FIG. 10 when the process according to the second process information 26B is completed in all the prescriptions 71 handled in one day. As shown in FIG. 3, the completion button 66 is displayed in the display window 61. The pharmacist 87 selects the completion button 66 of the display window 61 with the icon 67. The PC 10 starts the completion process in response to the operation input for selecting the completion button 66 (S81 in FIG. 10), and determines whether or not unfinished data remains in the database of the DB server 51 (S83).

In S75 of FIG. 9, among the data in the database, the data for which the processing according to the second processing information 26B is executed is set with the completion flag indicating the completed value. Therefore, the PC 10 can determine whether or not unfinished data remains by determining the value of the completion flag of the database. The method for determining whether or not unfinished data remains is not limited to the method using the completion flag. For example, the PC 10 may delete the data corresponding to the prescription ID 73 or the like detected in S63 from the DB server 51 instead of the processes of S73 and S75 in FIG. That is, the data for which the processing according to the second processing information 26B has been completed may be deleted from the database. Then, in S83 of FIG. 10, the PC 10 determines whether or not the data is stored in the database, thereby determining whether or not unfinished data that has not been processed according to the second processing information 26B remains. You may. In this case, it is not necessary to save the completion flag information as the database information of the DB server 51.

In S83, when the record in which the completion flag indicating the incomplete value is set is not saved in the database (S83: YES), the PC 10 executes the termination process (S85). For example, the PC 10 displays on the LCD 16 that the processing according to the first and second processing information 26A and 26B has been normally completed for all the prescriptions 71, and turns off the display of the display window 61. The PC 10 ends the completion process shown in FIG.

On the other hand, when the PC 10 detects from the database a record in which the completion flag indicating the incomplete value is set (S83: NO), the PC 10 executes S87. The PC 10 notifies the incomplete data in S87 (S87). FIG. 11 shows an example of a display window 61 displaying incomplete data. Below the start button 64 of FIG. 11, for example, the first information 101 indicating the number of prescriptions 71 that have been processed according to the first processing information 26A in one day's work is displayed. Further, below the start button 65, for example, second information 103 indicating the number of prescriptions 71 that have been processed according to the second processing information 26B in one day's work is displayed.

In the example shown in FIG. 11, it is displayed that 20 sheets have been processed as the first information 101, and that 18 sheets have been processed as the second information 103. In this case, among the prescriptions 71 that have executed the processing according to the first processing information 26A, there are two prescriptions that have not executed the processing according to the second processing information 26B. The PC 10 can detect these two incomplete records by searching the database completion flag. Therefore, as shown in FIG. 11, the PC 10 displays the prescription ID 73 of the two unfinished prescriptions 71 as the third information 105. The third information 105 is displayed in order below the second information 103, for example. As a result, the pharmacist 87 can grasp that there are two prescriptions 71 for which the second processing information 26B has not been executed by confirming the third information 105. The pharmacist 87 can take measures such as searching the unprocessed prescription 71 in the pharmacy. The PC 10 displays the display window 61 shown in FIG. 11 and ends the completion process shown in FIG. In this case, the PC 10 may maintain the display of the display window 61 shown in FIG. 11 until, for example, the completion button 66 or the like is pressed again. Alternatively, the PC 10 may maintain the display of the display window 61 shown in FIG. 11 while the prescription ID 73 for which the second processing information 26B has not been executed is stored in the DB server 51. In this case, the PC 10 may display a cancel button on the display window 61 to turn off the display of the window. Then, when the display of the display window 61 is erased by the cancel button, the PC 10 displays the previous unprocessed information in the display window 61 when the scanner driver 26 is executed next to display the display window 61. You may.

The method of notifying whether or not both the processes according to the first and second process information 26A and 26B are completed is not limited to the above method. For example, the PC 10 makes the completion button 66 light gray and displays it in so-called gray out while the record in which the processing of the second processing information 26B has not been completed exists in the DB server 51, and even if the operation for the completion button 66 is invalidated. good. In this case, for example, every time the processing according to the first processing information 26A is completed, the PC 10 displays the prescription ID 73 in which only the processing of the first processing information 26A is completed is displayed in the third information 105. When the processing according to the second processing information 26B is completed, the PC 10 hides the prescription ID 73 for which the processing of the second processing information 26B has been completed among the prescription ID 73 of the third information 105. Then, when the prescription ID 73 is not displayed in the third information 105, that is, the record in which the processing of the second processing information 26B has not been completed does not exist in the DB server 51, the PC 10 may enable the completion button 66. As a result, the pharmacist 87 can confirm that the incomplete data exists in the DB server 51 by confirming the display of the completion button 66.

Incidentally, the PC 10 is an example of a processing device. The CPU 12 is an example of a computer and a control device. The scanner driver 26 is an example of a program. The DB server 51 is an example of a storage unit. The prescription 71 is an example of the target manuscript. The code image such as the prescription ID 73 is an example of the first identification information and the second processing information. The prescription ID 73 and the like is an example of the first related information. The pharmacist 87 is an example of an operator. The seal 93 is an example of specific information.

According to the first embodiment described above, the following effects are obtained.
(1) The PC 10 of the present embodiment includes a CPU 12 capable of executing processing according to the first processing information 26A and processing according to the second processing information 26B. The PC 10 is acquired in the first acquisition process (S41) for acquiring the first scan data D1 obtained by scanning the prescription 71 according to the first process information 26A, and in the first acquisition process according to the first process information 26A. The prescription ID 73 related to the first scan data D1 based on the detected code image according to the first detection process (S43) for detecting the code image such as the prescription ID 73 included in the first scan data D1 and the first process information 26A. A storage process (S53) for storing the data in the DB server 51, a second acquisition process (S61) for acquiring the second scan data D2 obtained by scanning the prescription 71 according to the second process information 26B, and a second. The second detection process (S63) for detecting the code image included in the second scan data D2 acquired in the second acquisition process according to the process information 26B, and one or more stored in the DB server 51 according to the second process information 26B. The prescription ID 73, etc. corresponding to the second scan data D2 is specified based on the prescription ID 73, etc. detected in S63, and the prescription ID 73, etc. is specified in the specific process. Correspondingly, the mapping process (S75) for executing the process for associating the first scan data D1 with the second scan data D2 is executed.

According to this, the PC 10 is among the records (prescription ID 73, etc.) stored in the DB server 51 based on the prescription ID 73, etc. detected from the second scan data D2 by the processing according to the second processing information 26B. , The data corresponding to the second scan data D2 can be specified. As a result, it is possible to execute a process for associating scan data (first scan data D1 and second scan data D2) of different processes according to the two process information of the first process information 26A and the second process information 26B. (S75).

(2) Further, the first scan data D1 does not include the sticker 93, which is information indicating a predetermined feature (see FIG. 4). Further, the second scan data D2 includes the seal 93 (see FIG. 8). The PC 10 executes the specific information determination process (S47, S67) for determining whether or not the acquired scan data includes the sticker 93. In response to the determination in the specific information determination process (S47) that the first scan data D1 does not include the prescription ID 73 (S47: YES), the PC 10 stores the first scan data D1 that does not include the seal 93 (S47: YES). S53) is executed. Further, in response to the determination in the specific information determination process (S67) that the second scan data D2 includes the seal 93 (S67: NO), the PC 10 specifies the second scan data D2 including the seal 93 (S67: NO). S73) is executed.

According to this, the scan data (first scan data D1 and second scan data D2) acquired in each of the process according to the first process information 26A and the process according to the second process information 26B are sealed. The processing content to be executed can be changed depending on whether or not 93 is included.

(3) Further, the PC 10 executes a registration process (S15) for associating and registering the first processing information 26A and the second processing information 26B in response to the operation of the pharmacist 87. According to this, by executing the registration process in advance, it is possible to register the two processing information of the first processing information 26A and the second processing information 26B in association with each other.

(4) Further, the PC 10 completes the identification process of all the prescription ID 73 and the like in response to the identification of all the prescription ID 73 and the like stored in the DB server 51 in the identification process (S75) (S83: YES). The completion notification process (S85) for notifying that the operation has been performed is executed. According to this, it is possible to notify that the specific process (S85) based on the second scan data D2 has been completed for all the records such as the prescription ID 73 stored in the DB server 51.

(5) Further, the PC 10 includes an unprocessed identification process (S83) for specifying that there is a prescription ID 73 or the like for which the identification process (S75) has not been completed among the prescription ID 73 or the like stored in the DB server 51. In response to the fact that the existence of the prescription ID 73 or the like for which the specific processing has not been completed is specified (S83: NO), the unprocessed notification process (S87) for notifying the existence of the unprocessed prescription ID 73 or the like and the unprocessed notification process (S87). To execute.

According to this, when the unprocessed prescription ID 73 or the like for which the specific processing has not been completed, that is, the processing for associating has not been completed remains in the DB server 51, the existence of the unprocessed prescription ID 73 or the like is detected. By notifying, the pharmacist 87 can be urged to confirm the unprocessed prescription ID 73 and the like.

(6) Further, in the unprocessed notification process (S87), the PC 10 notifies the prescription ID 73 corresponding to the unprocessed prescription ID 73 and the like. According to this, by indicating the unprocessed prescription ID 73 numerically, the burden of the confirmation work on the unprocessed prescription ID 73 can be reduced.

(7) Further, the PC 10 has a first notification process (S55) for notifying the prescription ID 73 and the like to the first server 53 according to the first processing information 26A, and a prescription ID 73 and the like from the first server 53 according to the first processing information 26A. Server information acquisition process (S27) for acquiring information such as drug ID (an example of server information of the present invention) which is information corresponding to the code image of the above, and prescription ID 73 and the like and server information acquisition according to the second process information 26B. The second notification process (S77) for notifying the second server 54 of the information such as the drug ID acquired by the process is executed. According to this, the information of the medicine ID corresponding to the prescription ID 73 and the like can be acquired from the first server 53. In addition, the prescription ID 73, the drug ID, and the like can be stored in the second server 54.

(8) Further, the DB server 51 is a server provided separately from the PC 10. According to this, by providing a server for storing the prescription ID 73 and the like separately from the PC 10, it is possible to prevent the PC 10 from running out of storage capacity.

(9) Further, the first identification information and the second identification information are code images which are images of identification information such as barcodes. According to this, it is possible to execute a storage process for storing the prescription 71 or the like and a specific process for specifying the prescription 71 or the like based on the identification information included in the code image.

(Second Embodiment)
Next, a second embodiment of the present invention will be described. In the following description, the same reference numerals will be given to the same contents as those in the first embodiment described above, and the description thereof will be omitted as appropriate. In the first embodiment, the prescription 71 shown in FIG. 4 was used as the target manuscript. On the other hand, in the second embodiment, the answer sheet 111 shown in FIG. 12 is used as the target manuscript. The answer sheet 111 is used, for example, for examinations at schools and the like.

As shown in FIG. 12, the answer sheet 111 of the present embodiment is provided with a subject ID 113, a sheet ID 115, a student ID 117, and an answer column 119. The subject ID 113 is information for identifying the subject of the examination using the answer sheet 111, and is information for identifying a subject such as mathematics or English, for example. The paper ID 115 is information for individually identifying the answer paper 111. The student ID 117 is information for identifying the student taking the test, for example, a student number. The subject ID 113 and the paper ID 115 are, for example, barcodes. The subject ID 113 and the form ID 115 are printed on the answer sheet 111 according to the examination subject and the like when the answer sheet 111 is prepared before the examination, for example. Student ID 117 is a multi-digit number. Student ID 117 is filled in by the student, for example, during the exam. Therefore, the student ID 117 before the examination is blank.

Further, in the answer sheet 111 of the present embodiment, for example, the first detection area 81 and the second detection area 82 shown in FIG. 12 are set. The first detection area 81 is an area including the subject ID 113 and the paper ID 115. The second detection area 82 is an area including the student ID 117.

(Processing using answer sheet)
Next, the flow of processing using the answer sheet 111 will be described. FIG. 13 shows an example of the flow of processing using the answer sheet 111. In the second embodiment, as shown in FIG. 13, a process that does not use the second server 54 is executed. Further, in the following description, as an example, a case where the test supervisor 121 operates the PC 10 will be described. First, in S81 shown in FIG. 13, the test supervisor 121 processes a plurality of answer sheets 111 used for the test by using the PC 10 and the scanner 50 before the test. At this time, the PC 10 executes the process according to the first process information 26A (S81).

FIG. 14 shows the content of the process according to the first process information 26A of the second embodiment. The flowchart of FIG. 14 has the same procedure as that of the flowchart shown in FIG. 6 except that the processing of S55 is eliminated. For example, the test supervisor 121 operates the PC 10 to execute the scanner driver 26, sets the answer sheet 111 in the scanner 50, and then selects the start button 64 of the display window 61 (see FIG. 3) with the icon 67. The PC 10 starts processing according to the first processing information 26A shown in FIG. 14 in response to an operation input for selecting the start button 64.

(Processing according to the first processing information)
First, in S41 of FIG. 14, the PC 10 scans the answer sheet 111 with the scanner 50 and acquires the first scan data D1 from the scanner 50 (S41). The PC 10 executes the filter process registered in the first process information 26A in the registration process (see FIG. 2) in advance (S43). In the first scan data D1, the PC 10 is a code image such as a subject ID 113 or a numerical image of a student ID 117 from each of the first detection area 81 and the second detection area 82 (the first of the present invention). 1 An example of identification information) is detected. The PC 10 detects barcode and numerical information from the detected code image.

When the PC 10 executes S43, it determines whether or not the code image can be detected in the first detection area 81 (S45). The PC 10 executes S47, for example, in response to the fact that the two code images of the subject ID 113 and the paper ID 115 can be detected from the first detection area 81 (S45: YES). On the other hand, the PC 10 executes S49 according to the fact that at least one of the code images of the subject ID 113 and the paper ID 115 cannot be detected (S45: NO).

In S49, the PC 10 determines whether or not there is a code image in the first detection area 81 with the top and bottom of the first scan data D1 reversed. For example, the PC 10 executes S47 according to the fact that the code images of the subject ID 113 and the paper ID 115 can be detected from the first detection area 81 in the inverted first scan data D1 (S49: YES). On the other hand, the PC 10 executes S51 according to the fact that at least one of the code images of the subject ID 113 and the paper ID 115 cannot be detected in the inverted first scan data D1 (S49: NO). In this case, the first scan data D1 may be original data different from the answer sheet 111. Therefore, in S51, the PC 10 processes the first scan data D1 as invalid data.

On the other hand, in S47, the PC 10 determines whether or not the code image can be detected from the second detection area 82. As mentioned above, the student ID 117 before the exam is blank. Therefore, in S47, the state in which the code image cannot be detected from the second detection area 82 becomes a normal state. The PC 10 executes S52 in S47 according to the fact that the code image can be detected from the second detection area 82 (S47: NO). When the code image indicating the student ID 117 is detected in the second detection area 82, the first scan data D1 is invalid data, and there is a possibility that the answer sheet 111 has already been answered, for example. Therefore, the PC 10 displays on the LCD 16 that, for example, the answer sheet 111 should be confirmed in response to the detection of the code image of the student ID 117 from the second detection area 82 (S52).

Further, the PC 10 executes S53 in S47 according to the fact that the code image cannot be detected from the second detection area 82 (S47: YES). In S53, the PC 10 stores the information of the subject ID 113 and the paper ID 115 detected from the first detection area 81 (an example of the first related information of the present invention) in the database of the DB server 51 (an example of the storage unit of the present invention). (See FIG. 7). In the newly added record such as subject ID 113, a completion flag set with an incomplete value is registered. When the PC 10 executes S53, the PC 10 ends the process according to the first process information 26A shown in FIG. When the PC 10 receives, for example, a notification from the DB server 51 that the registration in the database has been completed, the PC 10 displays on the LCD 16 that the registration has been completed. After confirming the display on the LCD 16, the test supervisor 121 sets the next answer sheet 111 on the scanner 50 and performs the same operation. The test supervisor 121 executes the above-mentioned process of S81 for all the answer sheets 111 used for the test. As a result, the answer sheet 111 used for the test is registered in the DB server 51.

Returning to FIG. 13, the test supervisor 121 distributes the answer sheet 111 to the student 123 at the test site after performing the process (S81) using the PC 10 and the scanner 50 (S83). The answer sheet 111 is the answer sheet 111 registered in the DB server 51 described above. Each student 123 fills in the student ID 117 on the distributed answer sheet 111 and fills in the answer in the answer column (S85). When the examination is completed, the examination supervisor 121 collects the answer sheet from the student 123 (S87).

(Processing according to the second processing information)
Next, the processing according to the second processing information 26B will be described. The processing according to the second processing information 26B is the processing for the answer sheet 111 after the test. The test supervisor 121 operates the PC 10 and starts processing the answer sheet 111 collected from the student 123 according to the second processing information 26B. After setting the collected answer sheet 111 in the scanner 50, the test supervisor 121 selects the start button 65 of the display window 61 (see FIG. 3) with the icon 67 (S89 in FIG. 13). The PC 10 starts processing according to the second processing information 26B. The procedure of the processing according to the second processing information 26B of the second embodiment is the same as the processing according to the second processing information 26B of the first embodiment shown in FIG. Therefore, in the following description, the processing according to the second processing information 26B of the second embodiment will be described with reference to FIG.

First, in S61 of FIG. 9, the PC 10 scans the answer sheet 111 with the scanner 50 and acquires the second scan data D2 from the scanner 50 (S61). Next, the PC 10 executes the filter process registered in the second process information 26B in the prior registration process (see FIG. 2) (S63). The PC 10 detects a code image such as the subject ID 113 from each of the first detection area 81 and the second detection area 82 of the second scan data D2, and detects the number of the subject ID 113 and the like.

The PC 10 performs S67 according to the fact that the code images of the subject ID 113 and the paper ID 115 can be detected from the first detection area 81 (S65: YES), and detects at least one of the code images of the subject ID 113 and the paper ID 115. Execute S69 depending on the inability (S65: NO).

In S69, the PC 10 determines whether or not there is a code image in the first detection area 81 with the top and bottom of the second scan data D2 reversed. The PC 10 executes S67 in response to the fact that the code image of the subject ID 113 or the like can be detected from the first detection area 81 in the inverted second scan data D2 (S69: YES), and executes the code image of the subject ID 113 or the like. If at least one of them cannot be detected (S69: NO), invalid data processing is executed (S71).

In S67, the PC 10 determines whether or not the code image of the student ID 117 can be detected from the second detection area 82. As described above, the student number is written on the student ID 117 of the answer sheet 111 collected from the student 123 after the examination. Therefore, in S67, the state in which the code image of the student ID 117 can be detected from the second detection area 82 is a normal state.

The PC 10 executes S72 in response to the fact that the code image of the student ID 117 cannot be detected in the second detection area 82 (S67: YES). If the code image of the student ID 117 cannot be detected in the second detection area 82, the second scan data D2 may be, for example, the answer sheet 111 for which the student number has been forgotten. Therefore, for example, the PC 10 displays on the LCD 16 that the description of the student ID 117 should be confirmed in response to the fact that the code image of the student ID 117 cannot be detected (S72).

On the other hand, in response to the fact that the code image of the student ID 117 could be detected in S67 (S67: NO), the PC 10 completed the data corresponding to the paper ID 115 or the like detected in S63 among the data of the DB server 51. It is determined whether or not the completion flag (see FIG. 7) is set (S73). The PC 10 sets the completed value in the completion flag of the database of the DB server 51 according to the setting of the incomplete value (S73: YES) (S75).

After executing S75, the PC 10 transmits the information of the answer sheet 111 to the first server 53 (S77). When the target manuscript of the present invention is the answer sheet 111, the first server 53 is, for example, a school server managed by a school or the like that conducts an examination, and is a server that stores information on the answer sheet 111 of each examination. In S77, the PC 10 transmits, for example, the information of the second scan data D2, the subject ID 113, the paper ID 115, and the student ID 117 as the information of the answer sheet 111 to the first server 53.

Further, the PC 10 of the second embodiment changes the storage destination of the first server 53 according to the information of the answer sheet 111 (S77). For example, the first server 53 is provided with a storage area corresponding to each subject. The PC 10 determines the storage area of the storage destination based on the subject ID 113. The PC 10 may inquire the first server 53 for the storage destination based on the detected subject ID 113, for example. The PC 10 stores the second scan data D2 and the like in the storage area corresponding to the subject. As a result, the first server 53 stores the second scan data D2 and the like of the corresponding subject in the storage area for each subject. For example, the grader who grades the answer sheet 111 can easily confirm the second scan data D2 or the like to be scored by confirming the storage area of the subject he / she is in charge of.

Returning to FIG. 13, when the first server 53 acquires data such as the second scan data D2 from the PC 10 (S91), the first server 53 notifies the PC 10 that the acquisition is completed (S93). When the PC 10 obtains the completion notification from the first server 53, for example, the PC 10 displays on the LCD 16 that the saving to the first server 53 is completed. After confirming the display on the LCD 16, the test supervisor 121 sets the next answer sheet 111 on the scanner 50. The proctor 121 performs the same work on all the collected answer sheets 111. In this way, the process using the answer sheet 111 shown in FIG. 13 is executed.

(Processing completion processing according to processing information)
In addition, also in the 2nd embodiment, the completion process of the 1st embodiment shown in FIG. 10 can be carried out in the same manner. The PC 10 can determine, for example, whether or not the data of the incomplete answer sheet 111 remains by determining the value of the completion flag of the DB server 51. For example, when the PC 10 detects a record in which a completion flag indicating an incomplete value is set is detected from the database, the PC 10 displays the subject ID 113 or the paper ID 115 of the answer sheet 111 that has not executed the process according to the second process information 26B. You may do so (see S87 in FIG. 10 and FIG. 11). As a result, the test supervisor 121 can grasp the paper ID 115 of the answer sheet 111 for which the second processing information 26B has not been executed, and can take measures such as searching for the answer sheet 111.

According to the second embodiment described above, the same effect as that of the first embodiment is obtained. Further, according to the second embodiment, the following effects are obtained.
(1) The PC 10 of the second embodiment second scans the storage area of the DB server 51 into the storage area corresponding to the code image of the subject ID 113 (an example of the second identification information of the present invention) as the association processing. The data D2 is stored (S77). According to this, the storage destination of the second scan data D2 can be divided into separate storage areas corresponding to the subject ID 113. Not only in the second embodiment, but also in the first embodiment described above, the storage destination of the first server 53 that stores the second scan data D2 may be assigned in S77. For example, the PC 10 may change the storage destination according to the area ID 75.

(Modification example)
Further, the present invention is not limited to each of the above embodiments, and can be carried out in various embodiments with various modifications and improvements based on the knowledge of those skilled in the art.
For example, in each of the above embodiments, the registration process shown in FIG. 2, the process according to the first process information 26A shown in FIG. 6, the process according to the second process information 26B shown in FIG. 9, and the completion process shown in FIG. 10 are performed. It was executed on the same PC10, but it is not limited to this. For example, each process may be executed on a separate PC.
Further, the detection area (first detection area 81 and the second detection area 82) in the first processing information 26A and the detection area in the second processing information 26B are the same area, but may be different areas.
Further, the target manuscript for processing according to the first processing information 26A (prescription 71 or answer sheet 111) and the target manuscript for processing according to the second processing information 26B are the same manuscript, but different manuscripts may be used. good.

Further, the PC 10 searches the database of the DB server 51 for the corresponding record using the prescription ID 73 in S73 of FIG. 9, but the search method is not limited to this. For example, the PC 10 may search for a corresponding record by performing matching of image data. In S53 of FIG. 6, the PC 10 stores the image data of the first detection area 81 in the DB server 51. Then, in S73 of FIG. 9, whether or not the image data of the first detection area 81 detected in S63 and the image data of the first detection area 81 of each record stored in the DB server 51 match. May be determined. As a result, the PC 10 can detect the record corresponding to the prescription ID 73 or the like detected in S63 by determining the match of the image data in the first detection area 81.

Further, the PC 10 has executed a process (S75) of setting the completed value in the completion flag as the associative process of the present application, but the present invention is not limited to this. For example, the PC 10 may display a record matching the prescription ID 73 detected in S63 on the LCD 16 as an association process. Further, the PC 10 may transmit the data of the record matching the prescription ID 73 detected in S63 to another device as the associating process. Further, the PC 10 may only associate the prescription ID 73 detected in S63 with the matching record as the associating process. Therefore, the content of the association processing of the present application can be appropriately changed according to the content to be executed in the first processing information 26A and the second processing information 26B.
Further, the first related information of the present application is not limited to the numbers such as the prescription ID 73, and may be the first scan data D1 or the image data of the first detection area 81.
Further, the scanner driver 26 may be a program that does not execute the registration process shown in FIG. 2 or the completion process shown in FIG.
Further, in each of the above embodiments, the DB server 51, which is a device different from the PC 10, is provided as the storage unit of the present application, but the present invention is not limited to this. The storage unit of the present application may be the memory 14 of the PC 10. In this case, the PC 10 may build a database such as a prescription ID 73 in the memory 14.

Further, the program of the present application is not limited to the scanner driver 26 executed by the PC 10. For example, the program of the present application may be a program 41 executed by the scanner 50. Further, the program of the present application may be an application program executed by a device other than the PC 10 or the scanner 50, for example, a mobile terminal.
Further, in each of the above embodiments, processing information (first processing information 26A, etc.) is registered according to the operation of the registrant, but the present invention is not limited to this, and for example, processing information is stored in advance in the scanner driver 26. Is also good. In this case, the content of the pre-registered processing information may be changed by the registration process shown in FIG.
Further, in the above embodiment, an example in which the processing of the scanner driver 26 is executed by the CPU 12 has been described, but the present invention is not limited to this. The PC 10 may execute the processing by the scanner driver 26 not only by the CPU 12 but also by an ASIC or another logical integrated circuit, or may execute the processing by the CPU or the like, the ASIC, or another logical integrated circuit in cooperation with each other. ..

10 PC (processing device), 12 CPU (computer, control device), 26 scanner driver (program), 26A 1st processing information, 26B 2nd processing information, 51 DB server (storage unit), 71 prescription (target manuscript), 73 Prescription ID (first related information), 87 pharmacist (operator), 93 seal (specific information), 111 answer sheet (target manuscript).

Claims (11)

A program executed by a computer of a processing device capable of performing processing according to the first processing information and processing according to the second processing information.
On the computer
The first acquisition process of acquiring the first scan data obtained by scanning the target document according to the first process information, and
According to the first processing information, the first detection process for detecting the first identification information included in the first scan data acquired in the first acquisition process, and the first detection process.
A storage process for storing the first related information regarding the first scan data in the storage unit based on the detected first identification information according to the first process information.
The second acquisition process of acquiring the second scan data obtained by scanning the target document according to the second process information, and the second acquisition process.
A second detection process for detecting the second identification information included in the second scan data acquired in the second acquisition process according to the second process information, and a second detection process.
Specific processing for specifying the first relational information corresponding to the second scan data from the one or more relational information stored in the storage unit according to the second processing information based on the second identification information. When,
A matching process that executes a process for associating the first scan data with the second scan data in response to the identification of the first related information in the specific process.
A program that runs. The first scan data does not include specific information which is information indicating a predetermined feature, and does not include specific information.
The second scan data includes the specific information.
The program is applied to the computer.
A specific information determination process for determining whether or not the acquired scan data includes the specific information is executed.
In response to the determination that the scan data does not include the specific information in the specific information determination process, the storage process for the first scan data that does not include the specific information is executed.
The program according to claim 1, wherein the specific processing is executed on the second scan data including the specific information in response to the determination that the scan data includes the specific information in the specific information determination process. .. On the computer
The program according to claim 1 or 2, wherein the registration process for registering the first processing information and the second processing information in association with each other is executed according to the operation of the operator. On the computer
In response to the identification of all the first-related information stored in the storage unit in the specific processing, a completion notification process for notifying that the specific processing of all the first-related information has been completed is executed. The program according to any one of claims 1 to 3. On the computer
Of the first relational information stored in the storage unit, an unprocessed identification process for identifying the existence of the first relational information for which the specific processing has not been completed, and
An unprocessed notification process for notifying the existence of the unprocessed first relational information in response to the identification that the first relational information for which the specific processing has not been completed exists.
The program according to any one of claims 1 to 4, wherein the program is executed. On the computer
In the unprocessed notification process,
The program according to claim 5, which notifies information indicating the first identification information corresponding to the unprocessed first related information. On the computer
According to the first processing information, the first notification processing for notifying the first server of the information indicating the first identification information, and
A server information acquisition process for acquiring server information, which is information corresponding to the first identification information, from the first server according to the first process information.
A second notification process for notifying the second server of the information indicating the first identification information and the server information acquired by the server information acquisition process according to the second process information.
The program according to any one of claims 1 to 6, wherein the program is executed. On the computer
As the association process,
The program according to any one of claims 1 to 6, wherein the second scan data is stored in the storage area corresponding to the second identification information in the storage area in the storage unit. The storage unit
The program according to any one of claims 1 to 8, which is a server provided separately from the processing device. The program according to any one of claims 1 to 9, wherein the first identification information and the second identification information are code images that are images of the identification information. A control device capable of executing processing according to the first processing information and processing according to the second processing information is provided.
The control device is
The first acquisition process of acquiring the first scan data obtained by scanning the target document according to the first process information, and
According to the first processing information, the first detection process for detecting the first identification information included in the first scan data acquired in the first acquisition process, and the first detection process.
A storage process for storing the first related information regarding the first scan data in the storage unit based on the detected first identification information according to the first process information.
The second acquisition process of acquiring the second scan data obtained by scanning the target document according to the second process information, and the second acquisition process.
A second detection process for detecting the second identification information included in the second scan data acquired in the second acquisition process according to the second process information, and a second detection process.
Specific processing for specifying the first relational information corresponding to the second scan data from the one or more relational information stored in the storage unit according to the second processing information based on the second identification information. When,
A matching process that executes a process for associating the first scan data with the second scan data in response to the identification of the first related information in the specific process.
A processing device that executes.

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