JP2980611B2 - Medical practice data input method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Summary] The present invention relates to a method for inputting medical treatment data of a patient in a medical office machine.
A device for providing a method of inputting medical treatment data that can be efficiently input, and for inputting and processing a numeric code for identifying a plurality of medical treatment data from a keyboard using a screen displayed on a display unit. A means for storing numeric codes of the plurality of medical practice data, a means for displaying the plurality of medical practice data on the display unit, and displaying a cursor from among the medical practice data displayed by the display means. Means for reading out the numerical code of the medical treatment data at the set position from the storage means, and by inputting the numerical code of the desired medical treatment data by designating the medical treatment data displayed on the display unit with a cursor. Constitute.

[Industrial applications]

The present invention relates to a method of inputting medical treatment data of a patient in a medical office machine.

In recent years, daily medical practice and the number of medical treatments for each patient based on medical records, quantity data (such as medicines) are input, and medical reimbursement statements are issued based on medical treatment contents and medical accounting data for one month, and insurance 2. Description of the Related Art Medical business processing systems that perform computer processing for billing operations have become widespread. There are extremely many types of medical treatment, such as medication, injections, surgery, and examinations, as well as types of medicines, medical treatments, and parts of the body treated, and medical treatment data corresponding to these types of medical treatments can be efficiently collected. In addition, there is a demand for a medical practice data input method capable of inputting accurately.

[Conventional technology]

FIG. 3 is a view exemplifying a patient data input screen for requesting input of medical care act data. The same reference numerals indicate the same objects throughout the drawings.

The conventional method of inputting medical practice data is to call the window of the window service, move the cursor to the input area of the medical practice data using the keyboard based on the medical record for each patient, and enter the code of the medical practice and the necessary Key in the number of times and quantity accordingly. For example, when the number code corresponding to the medical treatment data is not stored, enter 50 sounds and operate the programmable function key (hereinafter referred to as the PF key). (See FIG. 3) is displayed in the table area, and the operator searches for the name of the medical care action to be input from the table area and inputs the numeric code.

[Problems to be solved by the invention]

According to the conventional method as described above, the operator inputs the Japanese syllabary, displays a table of the Japanese name versus code of the medical treatment on the screen, and inputs while looking at the displayed code.
Not only does it take time and effort to input data, but there is also a problem that an input error may occur.

An object of the present invention is to provide a method for inputting medical treatment data that enables accurate and efficient input of medical treatment data in a medical office machine.

[Means for solving the problem]

The present invention is a medical care data input method for inputting medical care data using a display screen of a display unit, comprising: a code storage unit for storing a plurality of medical care data and a numeric code corresponding thereto; A table display unit for displaying the medical treatment data and the corresponding numeric code in a table area of the display screen, and from the medical treatment data displayed by the table display unit, to the medical treatment data at the position where the cursor is displayed. A code selecting unit for reading a corresponding numeric code, and an action data display unit for displaying the numeric code read by the code selecting unit in an input area and an action data storage area of the display screen; Inputting a sound, reading medical treatment data starting with the 50 sounds from the code storage unit, and displaying the data in a table area; The numeric code corresponding to the desired medical treatment data by specifying the over data in the cursor display to the input area, and a step of displaying to transfer the numeric code the display sequentially to the behavior data area.

[Action]

According to the present invention, the code storage unit 2a stores numeric codes corresponding to a plurality of medical care action data,
Displays a plurality of medical practice data in a table area of the display screen 1a, and a code selecting unit 4a selects a numeric code corresponding to the medical practice data at the position where the cursor is displayed from among the data displayed by the table display unit 3a. Is read from the code storage unit 2a, the medical treatment data displayed in the table area of the display screen 1a can be designated by a cursor, and a numeric code corresponding to the desired medical treatment data can be input to the device and processed.

〔Example〕

Hereinafter, an embodiment of the present invention will be described with reference to FIG. 1 and FIG. The same reference numerals indicate the same objects throughout the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention for a medical office machine.

In the figure, a keyboard 9a is composed of a character key for inputting the Japanese syllabary, a numeric code corresponding to the medical practice data, a numeric keypad for inputting a number such as the number of times and quantity, a cursor movement key, and a medical practice data starting with the input Japanese syllabary. It has a PF key for requesting display, an execution key for instructing execution of keyed data, and the like.

The display control unit 1b has a display memory (not shown) corresponding to the pixels of the display screen (hereinafter, referred to as CRT) 1a on a one-to-one basis, and reads out the display memory in synchronization with the display scanning of the CRT 1a as a video signal. Output and display.

The main control unit 8a monitors inputs from the keyboard 9a, identifies operated keys, inputs data and instructions, and controls each unit to perform the functions of the medical office machine.

The action data display section 6a has a memory (not shown) for storing data of the input area and the action data area of the display screen shown in FIG. 3, and outputs and displays the contents of the memory to the display control section 1b. . That is, the numeric code and the number of times corresponding to the medical treatment data input to the input area from the keyboard 9a, the quantity data are stored in the memory and displayed on the screen, and the numeric code displayed in the input area when the execution key is pressed is displayed. The data is sequentially transferred to the action data area of the memory and displayed on the screen.

The table display unit 3a has a memory (not shown) for storing data of the table area of the display screen shown in FIG. 3, and outputs the contents of the memory to the display control unit 1b for display. That is,
When the PF key is pressed following the input of the Japanese syllabary, when the PF key is pressed, the medical care data starting with the Japanese syllabary and the corresponding numeric code are searched from the code storage unit 2a that stores all the medical practice data and the corresponding numeric code. The data is transferred to the memory and the table of the medical care action code is displayed on the screen.

The cursor display unit 7a outputs a cursor movement command to the display control unit 1b according to the operation direction and time of the cursor key.

The code selecting unit 4a identifies the medical care activity data of the row where the cursor is moved in the table area based on the information from the table display unit 3a and the cursor display unit 7a, and displays the corresponding numeric code on the activity data display unit 6a. By transferring the numeric code to the memory, the numeric code corresponding to the medical practice data is displayed in the input area.

The operation of the present embodiment will be described with reference to the flowchart of the embodiment of the present invention shown in FIG.

The operator calls the window of the counter business,
The screen shown in FIG. 3 is displayed by the action data display section 6a. If the user remembers the numeric code corresponding to the medical care action data, move the cursor to the input area and enter the numeric code using the numeric keypad. 6a displays a numeric code in the input area.

If you are unsure of the numeric code, enter 50 letters and
By pressing the key, the table display unit 3a reads the medical treatment data starting with the Japanese syllabary and the corresponding numerical code from the code storage unit 2a and stores them in the memory, and stores the medical treatment data and the corresponding numerical code in the memory. Display the table (see FIG. 3).

Move the cursor to the required medical practice data line on the table, and press the execution key.
4a transfers the corresponding numeric code to the action data display section 6a and displays it in the input area.

If necessary, input the number of times and quantity in the input area, and press the execution key, and the action data display section 6a displays the numeric code (and the number of times and quantity) corresponding to the medical care action data in the input area.
Is transferred to the action data area and displayed.

The above operation is repeated until the chart data is completed, and finally, the medical care activity data is stored in the patient data file (not shown) from the memory of the activity data display unit 6a.

Therefore, when the operator does not remember the numeric code corresponding to the medical practice data, the operator displays a table of the medical practice data and the corresponding numeric code, and designates the desired medical practice data on the screen with a cursor. Is configured to be input.

〔The invention's effect〕

As described above, according to the present invention, a numeric code corresponding to medical treatment data is input by designating desired medical treatment data with a cursor on a display screen of a table of medical treatment data and the corresponding numeric code. Therefore, there is an effect that the medical care act data can be accurately and efficiently inputted.

[Brief description of the drawings]

 FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a flowchart of the embodiment of the present invention, and FIG. 3 is an example of a medical data input screen. In the figure, 1 is a display unit, 1a is a CRT, 1b is a display control unit, 2a is a code storage unit, 3a is a table display unit, 4a is a code selection unit, 6a is an action data display unit, 7a is a cursor display unit, 8a Indicates a main control unit, and 9a indicates a keyboard.

Claims (1)

(57) [Claims] 1. A medical care data input method for inputting medical care data using a display screen of a display unit, comprising: a code storage unit for storing a plurality of medical care data and a numeric code corresponding thereto; A table display unit for displaying the medical treatment data and the corresponding numeric code in the table area of the display screen, and from the medical treatment data displayed by the table display unit, the medical treatment data at the position where the cursor is displayed A code selection unit for reading a numeric code corresponding to the above, and an action data display unit for displaying the numeric code read by the code selection unit in the input area and the action data storage area of the display screen, and represent a medical practice. Enter 50 sounds, and enter
Reading the medical practice data starting with the Japanese syllabary and displaying the same in the table area; displaying the numeric code corresponding to the desired medical practice data in the input area by designating the displayed medical practice data with a cursor; Sequentially transferring the displayed numeric codes to the action data area for display.