JPH05250383A - Blood donation application form issue system - Google Patents

Abstract

PURPOSE:To easily issue a blood donation application form wherein data are entered as much as possible even when blood is collected on a mobile blood collection vehicle. CONSTITUTION:A data transfer control means (external storage control part 103, keyboard 105, CPU 106, transfer control part 114, and main memory 115) extracts data regarding a blood donor corresponding to a blood collection place out of blood donor data master files (blood donor master file 101, blood collection history master file 102, and address master file 103), edits the data in the format of the donor file 201, and transfers the data to an on-vehicle terminal equipment 2. A blood donation application form issuing means (external storage control part 203, keyboard 204, CRT display device 205, CPU 206, main memory 215, transfer control part 216, printing control part 217, and printing part 218) issues the blood donation application form wherein data are entered as much as possible according to the blood donor file 102 and a application form layout file 202.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a blood donation application form issuing system, and more particularly to a blood donation application form issuing system for issuing a blood donation application form when blood is collected by a mobile blood collection vehicle.

[0002]

2. Description of the Related Art When blood is collected at a place (a blood donation center, etc.) where a host computer having data on a blood donor exists, the data on the blood donor (such as a previous test history etc. Blood donation application form (information indicating the blood donation history) (application issued by the blood donor at the time of blood collection and submitted by the blood donor to a blood donation center, etc.)
Has been issued. The blood donor can submit the blood donation application form simply by confirming the entry, which enables efficient blood donation acceptance work.

However, when blood collection is performed by a mobile blood collection vehicle at a blood collection place other than the place where the host computer is present (see FIG. 8), the blood donation application form cannot be issued in such a manner.

[0004] In the first method of issuing a blood donation application when blood is collected by a conventional mobile blood collection vehicle, a blood donation application is issued in which data regarding the blood donor is not entered, and all the entries are completed. The blood donor was filling in the data.

Further, in the second method of the conventional blood donation application form issuing method of this kind, an on-vehicle terminal is installed in a mobile blood collection vehicle, and the in-vehicle terminal installs a blood donor master in a host computer in which data on a blood donor exists. A blood donation application form was issued in which the files, etc. were referenced and the data on the blood donors obtained by the reference were entered. Here, as a method of referring to the blood donor master file and the like, there have been a method using a telephone line (public line) and a method using a radio.

[0006]

SUMMARY OF THE INVENTION In the first method of the above-mentioned conventional blood donation application issuing method, a blood donation application is issued in which no data concerning the blood donor is entered, and the entry for the blood donation application is completed. Since it is done manually by the blood donor, it is easy to make an error in filling out the blood donation application form, and the data on the blood donation application form filled in by the blood donor after the mobile blood collection vehicle returns to the blood donation center etc. will be stored in the host computer again. There was a disadvantage that it required time and effort to input.

Further, in the second method of the above-mentioned conventional blood donation application form issuing method, a telephone line or a radio is used when the on-board terminal on the mobile blood collecting vehicle refers to the blood donor master file or the like in the host computer. Therefore, there are various problems in terms of cost and time. That is,
When the telephone line is used, there is a drawback that the cost for using the line becomes large when the blood collecting place of the moving blood collecting vehicle is remote from the blood donation center or the like.
Also, when wireless is used, when the destination of blood collection by a mobile blood sampling vehicle is in a mountainous area, etc., it may be impossible to communicate with the host computer due to the environment such as the topography or the like. There was a drawback that it took time.

[0008] In view of the above points, an object of the present invention is to make it possible to easily issue a blood donation application form in which data is filled as much as possible even when blood is collected by a mobile blood collection vehicle. It is to provide a blood donation application form issuing method that can achieve efficiency in blood donation acceptance work when blood is collected by a car.

[0009]

[Means for Solving the Problems] The blood donation application form issuing method of the present invention stores data relating to a blood donor, such as information specifying a blood donor, information indicating a blood donor history of a blood donor, and information indicating an address of the blood donor. A blood donor data master file in the host computer, a blood donor file in the in-vehicle terminal that stores data on blood donors according to the blood collection location, and an in-vehicle terminal that stores the data that shows the layout of the fixed items in the blood donation application form Application form layout file and data related to blood donors according to the blood collection location are extracted from the blood donor data master file, edited to match the blood donor file, and transferred to the in-vehicle terminal Data transfer control in the host computer Means and determine whether or not the blood donor is a registered person at the time of blood collection and select the blood donor related to the registered person in the blood donor file. Data based on the data and the data indicating a layout in the application form layout file that has a blood donation application form issuing means in-vehicle terminal for issuing a donation application form filled out.

[0010]

According to the blood donation application issuing method of the present invention, the blood donor data master file in the host computer is a blood donor such as information specifying the blood donor, information indicating the blood donor's blood donation history, and information indicating the donor's address. Related data, the blood donor file in the in-vehicle terminal stores data related to blood donors according to the blood collection location, and the application layout file in the in-vehicle terminal stores data indicating the fixed item layout of the blood donation application. The data transfer control means in the host computer extracts the data about the blood donor according to the blood collection location from the blood donor data master file, edits it to match the blood donor file, transfers it to the in-vehicle terminal, and transfers it to the in-vehicle terminal. The application issuing method determines whether the blood donor is a registered person at the time of blood collection, and relates to the blood donor related to the registered person in the blood donor file. Issue a donation application form data has been entered on the basis of the data indicating the layout of the data and the application form layout file.

[0011]

The present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of an embodiment of the blood donation application form issuing system of the present invention. The blood donation application form issuing system according to the present embodiment includes a host computer 1 and an in-vehicle terminal 2.

The host computer 1 stores a blood donor master file 101 for storing information identifying a blood donor, a blood donation history master file 102 for storing information indicating a blood donation history of a blood donor, and information indicating a blood donor's address. Address master file 103 to store and blood donor master file 10
1, an external storage control unit 104 for reading / writing data from the blood donation history master file 102 and the address master file 103, a keyboard 105, and a CPU
(Central Processing Unit)
106, a transfer control unit 114 that controls the transfer of data between the in-vehicle terminal 2, and a main memory that stores identification data (extraction conditions) for extracting data related to a blood donor to be transferred to the in-vehicle terminal 2. And 115. The blood donor master file 101, blood donation history master file 102, and address master file 103
One file realizes a blood donor data master file that stores data related to blood donors, such as information that identifies blood donors, information that shows the blood donation history of blood donors, and information that shows the addresses of blood donors (blood donor master File 10
1, the blood donation history master file 102 and the address master file 103 are realized, for example, on a magnetic disk device).

The CPU 106 performs various controls necessary for extracting the data regarding the blood donors to be transferred to the vehicle-mounted terminal 2, and the data regarding the blood donors is displayed at a blood collecting place (region, workplace, group, etc.). The control is performed for extraction under the extraction conditions shown and transfer to the vehicle-mounted terminal 2 via the transfer control unit 114. The CPU 106 includes a read instruction unit 107 that issues an instruction to read the blood donor master file 101 and the like to the external storage control unit 104, and the main memory 11.
5, the memory control unit 108 for accessing
A control unit 109 that performs overall control for realizing the control in U106, and an input data analysis unit 11 that analyzes data (extraction conditions and the like) input from the keyboard 105.
0, a data search unit 111 that searches for data that satisfies the extraction condition, and data after extraction (data related to blood donors)
Data editing unit 112 for editing and processing the data for the in-vehicle terminal 2
And a data transfer unit 113 that transfers data to be transferred to the vehicle-mounted terminal 2 (data relating to a blood donor edited for the vehicle-mounted terminal 2) to the transfer control unit 114. The CPU 106, the external storage control unit 104, the keyboard 105, the transfer control unit 114, and the main memory 115 implement a data transfer control unit.

The in-vehicle terminal 2 is data regarding a blood donor according to a blood donor location of a moving destination of a mobile blood collector equipped with the in-vehicle terminal 2 (data regarding a blood donor satisfying the extraction condition, a region or a workplace of the blood donor location).・ Blood donor file 201 that stores data on blood donors belonging to groups, etc.)
And an application form layout file 202 that stores data showing the layout of fixed items of the blood donation application form, a blood donor file 201, and an application form layout file 2
02, the external storage control unit 203 for reading / writing data, the keyboard 204, and the CRT (Cath
ode Ray Tube) display device 205 and CPU2
06, a main memory 215 storing identification data for identifying a blood donor to be issued the blood donation application and an unused blood donor code, and a transfer control for controlling data transfer between the host computer 1. Section 216 and printing section 21
8 is configured to include a print control unit 217 that controls printing for 8 and a printing unit 218 that prints a blood donation application form (the blood donor file 201 and the application form layout file 202 are realized, for example, on a magnetic disk device). ).

The CPU 206 performs various controls necessary for issuing the blood donation application form, and automatically executes the blood donation application form based on the blood donor code, name, date of birth and sex of the blood donor. It controls issuing. C
The PU 206 includes an input data analysis unit 207 that analyzes data input from the keyboard 204, a data search unit 208 that searches the blood donor file 201 based on the data analyzed by the input data analysis unit 207, and an operator or the like. A data display unit 209 for displaying data and a transfer control unit 21 for transferring the data (data relating to the blood donor) in the blood donor file 201 to the host computer 1.
6, and a control unit 211 that performs overall control for realizing the control in the CPU 206.
And the blood donor file 20 to the external storage control unit 203.
A read instructing section 212 for instructing a read instruction such as 1 and a memory control section 213 for accessing the main memory 215.
And a data editing unit 214 that edits and processes data relating to the blood donor as data to be entered in the blood donation application form. The CPU 206, the external storage control unit 203, the keyboard 204, the CRT display device 20.
5, main memory 215, transfer controller 216, print controller 2
A blood donation application form issuing means is realized by 17 and the printing unit 218.

FIG. 2 is a diagram showing the structure of the blood donor master file 101 in the host computer 1. The blood donor master file 101 is a file that stores basic information (information specifying a blood donor) of data regarding blood donors for each blood donor, and is a name, sex, date of birth, blood donor code, address code. Stores data such as address title, group code and number of donated blood.

FIG. 3 is a diagram showing the structure of the blood donation history master file 102 in the host computer 1. The blood donation history master file 102 is a file that stores information indicating a blood donation history of a blood donor, and includes a blood donor code, a previous examination history (previous blood donation date and previous examination result), a pre-previous examination history, and a past examination history. It stores data such as.

FIG. 4 is a diagram showing the configuration of the address master file 103 in the host computer 1. The address master file 103 is a file used to extract a blood donor (that is, data about the blood donor) corresponding to a blood donor location of a moving destination of the mobile blood collection vehicle (that is, the in-vehicle terminal 2), and an address code. Stores data such as address reading and postal code.

FIG. 5 shows a blood donor file 2 in the in-vehicle terminal 2.
It is a figure showing the composition of 01. The blood donor file 201 is
This is a file that stores data related to blood donors in the in-vehicle terminal 2, and includes data such as name, sex, date of birth, blood donor code, address code, address title, group code, number of blood donations and previous blood donation history. Is stored.

FIG. 6 is a flow chart showing a blood donor extraction process (a process of extracting data relating to a blood donor to be transferred to the in-vehicle terminal 2) performed on the host computer 1 side. This processing includes extraction condition input step 601, extraction condition determination step 602, group code read key setting step 603, extraction condition postal code determination step 604, postal code read key setting step 605, and address code acquisition step 606. And address code read key setting step 607 and blood donor master file read step 60
8 and the blood donor master file end determination step 609
A blood donor code read key setting step 610, a blood donation history master file reading step 611, a blood donor file data editing step 612, and a data transfer step 613.

FIG. 7 is a flowchart showing the blood donation application form issuing process performed on the in-vehicle terminal 2 side. This process includes a name input step 701, a blood donor file access step 702, a registered person determination step 703, a previous examination history display step 704, and an address input step 70.
5, blood donor code payout step 706, screen confirmation step 707, blood donation application form layout reading step 708, and blood donation application data editing step 709.
And a blood donation application form printing step 710.

FIG. 8 is a diagram showing a mode in which the mobile blood collection vehicle moves from the place where the host computer 1 exists (a blood donation center or the like) to the blood collection place of the movement destination.

Next, the operation of the blood donation application form issuing system of this embodiment having the above-described configuration will be described.

First, when the mobile blood collecting vehicle moves to the blood collecting place in the manner as shown in FIG. 8, data on the blood donor is extracted from the host computer 1 prior to the movement, and the data is sent to the in-vehicle terminal 2. The operation in the case of transfer will be described (see FIG. 6).

The keyboard 105 inputs the extraction condition of the blood donor (a code indicating the area of the blood collecting place to which the mobile blood collecting vehicle is moved, the workplace, the organization, etc.) according to the operator's instruction (step 601). The worker indicates a postal code or an address code as the extraction condition if the extraction is performed based on the region, and inputs the group code as the extraction condition if the extraction is performed based on a specific workplace / group. In this way, the operator can specify the extraction condition according to the blood collection place to which the mobile blood collection vehicle is moved.

Input data analysis unit 110 in CPU 106
Notifies the control unit 109 of the extraction condition input by the keyboard 105 as identification data.

The control unit 109 conveys the extraction condition input from the keyboard 105 to the memory control unit 108, and the memory control unit 108 stores the extraction condition (identification data) in the main memory 115.

Further, the control unit 109 informs the data search unit 111 of the contents of the extraction condition.

The data search unit 111 determines the type of extraction condition (step 602).

If it is determined in step 602 that the extraction condition is a group code (a code indicating a workplace / group),
The data search unit 111 sets the group code as a read key for accessing the blood donor master file 101 (step 603), and the read key is used by the control unit 109.
Is transmitted to the read instruction unit 107 via.

The read instruction unit 107 is an external storage control unit 1.
04 via 04, the blood donor master file 101 is accessed based on the read key, and the corresponding blood donor record (blood donor master file 1 specified by the read key is accessed.
(Record in 01) is read (step 608).

In the judgment of step 602, "the extraction condition is a code (postal code or address code) relating to the area".
In this case, the data search unit 111 determines whether or not the extraction condition indicating the "regional code" is a postal code (step 604).

If it is determined in step 604 that the extraction condition is a postal code, the data retrieval unit 111 sets the postal code as a read key for accessing the address master file 103 (step 605). The read key is transmitted to the read instruction unit 107 via the control unit 109.

The read instruction unit 107 is the external storage control unit 1.
The address master file 103 is accessed based on the read key via 04 to obtain the address code corresponding to the postal code (step 606), and the address code is transmitted to the data search unit 111 via the control unit 109.

If it is determined in step 604 that the extraction condition is not a zip code (the extraction condition is an address code) or the process of step 606 is completed, the data search unit 111 accesses the blood donor master file 101. Address code (address code of extraction condition or address code acquired in step 606) as a read key for
Is set (step 607), and the read key is transmitted to the read instruction unit 107 via the control unit 109.

The read instruction unit 107 is the external storage control unit 1
Via 04, the blood donor master file 101 is accessed based on the read key to read the corresponding blood donor record (step 608).

The data retrieving unit 111 determines in step 608 that "the blood donor master file 10 that matches the extraction conditions is
It is determined whether it is possible to read the blood donor record in 1 ”(whether the blood donor master file 101 has not been completed) (step 609).

If it is determined in step 609 that the blood donor master file 101 has been completed, the control unit 109
Ends the blood donor extraction process.

When the blood donor master file 101 is not completed in the determination in step 609, the data retrieval unit 111 is read in step 608 as a read key for accessing the blood donation history master file 102. The blood donor code in the blood donor record is set (step 610), and the read key is transmitted to the read instruction unit 107 via the control unit 109.

The read instruction unit 107 is the external storage control unit 1.
The blood donation history master file 102 is accessed based on the read key via 04, and the information indicating the blood donation history such as the previous blood donation date corresponding to the read key (blood donor code) is read (step 611). Information indicating the blood donation history is stored in the main memory 115 via the memory control unit 108.

The control unit 109 controls the blood donor master file 1
01, data editing regarding the blood donor extracted from the blood donation history master file 102 and the address master file 103 (information identifying the blood donor related to the blood donor record read in step 608, information indicating the blood donation history, etc.) Tell the department 112.

The data editing unit 112 edits the data regarding the blood donor so as to fit the format of the blood donor file 201 in the vehicle-mounted terminal 2 (step 612), and the control unit 1
The editing result (data relating to the blood donor after editing) is stored in the main memory 115 via the memory control unit 108 and the memory 09.

The control unit 109 transmits the editing result in the main memory 115 to the data transfer unit 113, and the data transfer unit 113 sequentially transfers the editing result (data relating to the blood donor after editing) via the transfer control unit 114 to the in-vehicle terminal. 2 (step 613) (in the vehicle-mounted terminal 2, the edited blood donor data is stored in the blood donor file 201 via the transfer control unit 216 and the like).

This processing is repeated for all blood donors who meet the extraction condition, and the data regarding all the blood donors who meet the extraction condition are transferred to the blood donor file 201 in the vehicle-mounted terminal 2.

Secondly, the operation when the blood donation application form is issued in the blood donor accepting work at the blood collecting place (see FIG. 8) of the destination of the mobile blood collecting vehicle will be described (FIG. 7).
reference).

First, the keyboard 204 inputs the name, sex, and date of birth of the blood donor according to the operator's instruction (step 701).

Input data analysis unit 207 in CPU 206
Recognizes the name, sex, and date of birth as identification data for identifying a record in the blood donor file 201 based on this input, and the identification data is used as the identification data.
1 to the data search unit 208.

The data retrieval unit 208 uses the blood donor file 2
The name, sex, and date of birth of the blood donor are set as a read key for accessing 01, and the read key is transmitted to the read instruction unit 212 via the control unit 211.

The read instructing section 212 is the external storage control section 2
The blood donor file 201 is accessed based on the read key via 03 (step 702).

Further, the read instructing unit 212 determines whether or not a record matching the read key exists in the blood donor file 201 (the blood donor related to the read key is a registered person (name and the like in the blood donor master file 101). Whether or not the person is a registered blood donor)) (step 70)
3).

When it is determined in step 703 that "the record matching the read key does not exist in the blood donor file 201 (the blood donor related to the read key is not a registered person)", the control unit 211 displays the data display unit 209. The fact is displayed on the CRT display device 205 via this.

Based on this display, the worker recognizes the blood donor as a new blood donor.

The keyboard 204 inputs the data (address, etc.) required to be filled in the blood donation application form according to the instruction from the operator who has recognized the above (step 70).
5).

Since the blood donor is a new blood donor, the control unit 211 dispenses (removes) an unused blood donor code existing in the main memory 215 (step 706).
The record identified by the blood donor code can be registered in the blood donor file 201.

If it is determined in step 703 that the blood donor record matching the read key exists in the blood donor file 201 (the blood donor related to the read key is a registered person), the read instruction section 212 Recognizing that the blood donor has a blood donation history in the past, the record in the blood donor file 201 (the record corresponding to the read key) is read and passed to the control unit 211.

The control unit 211 stores information such as the previous blood donation history in the record in the main memory 215 and sends the information to the data display unit 209.

The data display unit 209 displays the information on the CRT.
It is displayed on the display device 205 (step 704) and the blood donor and the operator are prompted to confirm the information indicating the test history of the blood donor (registered person) (step 707). The data display unit 209 also displays the address and the like input in step 705 on the CRT display device 205 and prompts the blood donor (non-registered person) and the worker to confirm the address and the like (step 707). ).

Subsequently, the control unit 211 controls the read instruction unit 2
The data indicating the fixed item layout of the blood donation application form in the application form layout file 202 is read out via the external storage control unit 203 (step 708).

Further, the control unit 211 controls the layout and the data held in the main memory 215 (the data input from the keyboard 204 and the blood donor file 20).
Data that should be entered in the blood donation application form such as the data read from 1. It is assumed that these data are stored in the main memory 215 at the time of input and read) and the like.

The data editing unit 214 edits the data in the form of the blood donation application form (step 709), and passes the edited data to the print control unit 217.

The print control section 217 has a data editing section 214.
The printing unit 218 prints the blood donation application form in which the data is filled in as much as possible based on the edited data delivered from (step 710). As a result, the blood donation application form filled with data as much as possible is issued to the blood donor.

After the mobile blood collection vehicle returns to the blood donation center or the like, the data transfer unit 210 transfers the data (data relating to the blood donor) newly stored in the blood donor file 201 to the transfer control unit 216 at the destination. The transfer control unit 216 transfers such data to the host computer 1.

[0064]

As described above, according to the present invention, the data regarding the blood donor corresponding to the blood donation destination of the destination of the mobile blood collecting vehicle is transferred to the in-vehicle terminal based on the extraction condition in advance, and the blood donor file in the in-vehicle terminal is transferred. By storing it in, it is possible to easily issue a blood donation application form in which data is filled in as much as possible. Therefore, as compared with the first method of the related art, it is possible to reduce the time and effort required to fill in the blood donation application form, and it is possible to improve the efficiency of the blood donation acceptance work by preventing troubles due to entry errors. Further, as compared with the second conventional method, it is possible to reduce the cost and time for acquiring the data regarding the blood donor in the host computer, and it is possible to improve the efficiency of the blood donation acceptance work. ..

In addition, since it is possible to effectively use the data relating to the blood donor at the destination blood donation site accompanying the issuance of the blood donation application form, prevention of danger due to side effects at the time of blood donation in the mobile blood collection vehicle and mobile blood collection. It is possible to operate the award system properly by grasping the blood donation count of the blood donors in the vehicle, and it is also possible to provide detailed service to the blood donors.

[Brief description of drawings]

FIG. 1 is a block diagram showing the configuration of an embodiment of the present invention.

FIG. 2 is a diagram showing the structure of a blood donor master file in the host computer shown in FIG.

FIG. 3 is a diagram showing the structure of a blood donation history master file in the host computer shown in FIG.

FIG. 4 is a diagram showing the configuration of an address master file in the host computer shown in FIG.

5 is a diagram showing the structure of a blood donor file in the vehicle-mounted terminal in FIG. 1. FIG.

6 is a flowchart showing a blood donor extraction process performed on the host computer side in FIG. 1. FIG.

FIG. 7 is a flowchart showing a blood donation application form issuing process performed on the in-vehicle terminal side in FIG.

FIG. 8 is a diagram showing an aspect in which a mobile blood collection vehicle moves from a place where a host computer exists to a destination blood collection place.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Host computer 2 In-vehicle terminal 101 Blood donor master file 102 Blood donation history master file 103 Address master file 104 External storage control unit 105 Keyboard 106 CPU 107 Read instruction unit 108 Memory control unit 109 Control unit 110 Input data analysis unit 111 Data retrieval unit 112 Data editing unit 113 Data transfer unit 114 Transfer control unit 115 Main memory 201 Blood donor file 202 Application form layout file 203 External storage control unit 204 Keyboard 205 CRT display device 206 CPU 207 Input data analysis unit 208 Data search unit 209 Data display unit 210 Data transfer unit 211 Control unit 212 Read instruction unit 213 Memory control unit 214 Data editing unit 215 Main memory 216 Transfer control unit 217 Print control unit 2 8 printing unit

Claims (1)

[Claims] 1. A blood donor data master file in a host computer for storing data relating to a blood donor, such as information identifying the blood donor, information indicating the blood donor's blood donation history, and information indicating the blood donor's address, and a blood sampling location. Blood donor file in the in-vehicle terminal that stores data on blood donors according to the above, application form layout file in the in-vehicle terminal that stores data indicating the layout of fixed items in the blood donation application, and blood donors according to the blood collection location Data transfer control means in the host computer that extracts data related to the data from the blood donor data master file, edits it to match the blood donor file and transfers it to the in-vehicle terminal, and whether the blood donor is a registered person at the time of blood collection. Data regarding the blood donors related to the registered persons in the blood donor file and the application form layout file Blood donation application form issuing method characterized by having a blood donation application form issuing means in-vehicle terminal for issuing a donation application form data has been entered on the basis of the data indicating the layout.