JPS6057462A - Calling system of data contents for medical computer - Google Patents

Abstract

PURPOSE:To facilitate an easy call-out of contents of recipe for compounding of medicines and to reduce the load of an operator, by providing a memory part for patient data of this month, a memory part for patient data of the preceding month and a memory part for data on compounding of medicines respectively. CONSTITUTION:When a content call key on a key board is pushed, the medicine compounding date of the preceding time is obtained from an individual data memory part 7 of each patient. Then the desired data is obtained from a patient data memory part 8 or 9. Thus the recipe is displayed at a CRT6 with reference to a code file for compounding of medicines. Then changes, corrections, etc. are given to the display data when necessary. After a change or correction is over, the new data is displayed at the CRT6. Thus the contents of the recipe can be called out easily for compounding of medicines just by feeding the individual data on each patient including the name, the date of birth, etc. Furthermore changes and corrections are facilitated, and the contents of the preceding compounding date of medicines can be confirmed automatically. This reduces the load of an operator.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of Industrial Application The present invention enables each patient to receive medical treatment, and at that time, data regarding the contents of the medication can be specified from the outside using a keyboard at a later date. This invention relates to a data content recall method in a medical computer that calls data.

(B) Prior art In conventional medical computers, for example, when each patient receives medication based on a doctor's diagnosis during medical treatment, if the patient's data is not available in this month, that is, if the patient has not received medical treatment this month, the previous month's data can be compared. In this case, the group called ``prescription'' has a prescription number (prescription scrap) attached to it, so while checking this, you must keep a record of the necessary prescriptions. Must be. Therefore, it is possible to edit the contents of one prescription or input it as is, but it is necessary to specify that the data contents are to be recalled one prescription at a time based on the above-mentioned copy.

(C) Purpose of the Invention The present invention aims to minimize the number of operations for inputting prescription contents in a medical computer, thereby reducing the burden of operations on the operator.

B) Structure of the Invention The present invention includes a unique data storage section that stores unique data 'hz of each patient, and a first patient data storage that stores patient data for the current month obtained based on the medical treatment of each patient. a second patient data storage unit that stores patient data for the previous month;
Comprised of a dispensing code storage section in which dispensing data is stored, a keyboard for inputting or recalling data, a screen display control means, and a screen display means, the dispensing code can be used to record dispensing on the nearest dispensing date before the currently designated dispensing date and as the previous dispensing date. A configuration for specifying and searching data corresponding to the content from the first and second patient data storage units using the keyboard based on the unique data of each patient, displaying it on the screen display means, and calling up the data content. It is.

(E) Embodiment FIG. 1 is a block diagram for explaining the method of calling data contents in the medical computer of the present invention, FIG. 2 is a flowchart for explaining the method, and FIG. 3 is for explaining the method. An example of a display screen for doing so is shown below. Next, to explain the present invention according to the drawings, (1) is a keyboard, (2) is an input data processing section, (2) is a display drive circuit (4) and a reading circuit (4).
5) a display control circuit, (6) a cathode ray tube (hereinafter referred to as CRT) provided as a screen display means, (2) a unique data storage means, and (6) a display control circuit in which patient data for the current month and the previous month are stored, respectively. , first and second patient data storage units, U is a dispensing code storage unit, U is a patient data writing unit,
(I4 indicates a data recalling means for the previous content.

To explain the operation in Figure 1, the patient's unique name, date of birth, insurance verification social insurance, national insurance type, etc.
The insurance card number, etc. are stored in the first and second storage sections (clause (2), respectively, as data associated with the medical treatment of each patient for the current month and the previous month, such as disease name, treatment method, drug name, etc.). and their responsibilities are stored, and the prescription code of each drug for treatment by the medical treatment is stored in the prescription code storage section 4.

It is assumed that all of these data are stored in advance in each of the storage units mentioned in u1 via the input data processing unit (2) from the keyboard (1).

First, the operation is started by pressing the key corresponding to the content call on the keyboard (1). Upon said start, by pressing a predetermined key on the keyboard (1), the date of the previous dispensing is obtained from each patient's proprietary data storage section;
Target data is derived from the first patient data storage section (phrase or second patient data storage section (2)).

Therefore, as shown in Table 1, the tuning was held on July 27th (7/27 people, 8 people).
October 10th (8/10) and August 24th (8/24)
Assuming that the dispensing contents on these dispensing dates and the period for recalling the previous contents are three target periods, for example, assuming that the last dispensing date is July 27th, prescription l can be retrieved while referring to the dispensing code file. CIt T (Displayed in 61. An example of the display is shown in Figure 3, where a is the prescription number, b is the dispensing code,
C is the quantity, d is the number of times, and e is the classification. A to e can be changed, and dispensing codes can also be added or deleted.

After changing and modifying the various data mentioned above, press the keyboard (
By pressing the input key (1), the input data is inputted from the keyboard (1) again via the data processing unit (2) to the CRT (
61 is instructed to read the display contents on the screen, and the above-mentioned C
RT (Data corresponding to the display contents of 61 is transmitted from the video RAM (VRAM) in the display control circuit ① to the data retrieval means U of the previous contents. This data is processed by the patient data writing means (111, The data processing of the data recalling means U of the previous content is interrupted.

The subsequent processing is carried out by the patient data writing means I, and upon completion, it sends a command to the data retrieving means to start processing the next prescription. The data calling means 0 is July 2
Start the same process as for prescription 1 for prescription 2 on the 7th day.

Next, when a second command is transmitted from the patient data writing means I to the data retrieval means (2) for the previous content, prescription 3 is displayed.

If prescription 3 is unnecessary here, just press the cancel key on the keyboard (1). The data retrieval means @ for the previous contents then attempts to process the next prescription, but since processing has been completed for all prescriptions, the data retrieval means 0 terminates its operation.

The data for August 10th in Table 1m was created in this way. The same applies to August 10th and August 24th.

Table 1 Figure 2 is a flowchart showing the flow of processing in response to the explanation of the block diagram described above. As the operation starts, the process proceeds sequentially from the start. Distinguish by In this case, if it is the first
If NO in the 111th prescription date determination routine on the ES line, the process advances to the step of completing all prescriptions. If all the prescriptions have been completed, the process ends with the YES line, and if all the prescriptions have not been completed, the process proceeds via the N'O line to the prescription search and screen display step, and in the next step, the display control circuit is activated. The display contents are read in the step 1, and the predetermined data is transferred to the first and second patient data storage sections (8) along the route indicated by the broken line.
It is transmitted to J9.

Here, in the step of reading the display contents, the data of six underlined places a to e shown in FIG. That will happen. The patient data p
After the step of creating the delivery data to the II-incorporating means I, the prescription of the previous dispensing date is repeated until all degrees Celsius are completed. In this case, the processing by the patient data writing means is carried out along the route indicated by the broken line until all prescriptions are completed.

Therefore, when a dispensing pharmacy enters the contents of a prescription into a computer by inputting the prescription contents, in order to manage the data on a daily basis, the dispensing port is specified and the dispensing port is memorized for each data item. By inputting the contents of the patient's prescription, calls 1 and 7 can be easily made by commands from the outside, ie, by keyboard operations. The contents of the operation are as follows: ■ The content of the N14 drug processed at the dispensing port closest to the currently designated dispensing port, that is, the previous dispensing port, is searched in the first or second patient data storage unit; and ■ Display means. For example, you can display the dispensing contents in units of "prescription", and ■ You can add, delete, or modify the dispensing contents.
It is possible to enter the information at the currently designated dispensing port, and it is possible to repeat the prescriptions on the 813th dispensing day in (1) and (2) above until all prescriptions are completed.

(F) Effects of the Invention According to the present invention, the contents of a prescription for dispensing can be easily recalled by keying in each patient's unique data such as name, date of birth, type of insurance policy, number, etc. from the keyboard. Changes and corrections can be easily carried out, and the contents of the previous dispensing port can be automatically confirmed, providing the advantage that key operations on the computer can be reduced.

For example, when you want to input data such as August 10th to a patient who has data such as July 27th in Table 1 above, the keyboard key operations are as follows.

“Content recall” key → “Input” key → “Input” key →”
According to the present invention, the four touches of "Cancel" are sufficient, and the time required for execution can be shortened accordingly.

[Brief explanation of the drawing]

Fig. 1 is a block diagram for explaining the method of calling data contents in the medical controller of the present invention, Fig. 2 is a flowchart for explaining the method, and Fig. 1113 is a display means in the same method. An example of one screen display is shown below. Explanation of main drawing numbers (1) Keyboard (2) Data input processing section (3) Display control circuit Unique data storage section g - First patient data Storage section (off...second patient data storage section off...dispensing code storage section 011
...Patient data writing means O...Data retrieval means Fig. 2 Touzu 12'4! , ---j No.: 1 in figure 1'la ``1ltl moss, 1 piece \ y p・ -J- (AC-+'7.) 1o,, g-,
1 piece FN 21 10 ×, -1゜-interval-/

Claims (1)

[Claims] (1) A unique data storage unit that stores unique data of each patient; a first patient data storage unit that stores patient data for the current month obtained based on the medical treatment of each patient; patient data for the previous month; It consists of a second patient data storage section for storing prescription data, an i14 drug code storage section for storing prescription data, a keyboard for inputting or recalling data, a screen display control means, and a screen display means for displaying the currently specified prescription. Specify data corresponding to the dispensing contents in the dispensing mortar 1 closest to the previous dispensing mortar before the date of delivery using the AiJ keyboard from the first and second patient data storage sections based on the individual data of each patient. search and display on the screen display means,
A data content recall method in a medical computer characterized by recalling data content.