JPS60183671A - Medical prescription forming device - Google Patents

Abstract

PURPOSE:To print a name of medicine on a medical prescription by allowing a microcomputer to store the name of medicine in advance and setting a medicine card displaying a code number formed at each medicine to a card set section. CONSTITUTION:The medicine card is set to the card set section 7, a code read device 9 reads a code number of the medicine, the result is read to a microcomputer 6 and stored as a code. Moreover, a key button 4 is operated to store the name of medicine on the medicine card. In case of read and input, the card is set to the set section 7 and the data is read and inputted by the prescribed button operation of a key button 4 so as to print the name of medicine to the medicine list of medical prescription paper sheet. The name of medicine is printed by storing the name of medicine to the microcomputer 6 in advance and setting the card to the set section 7 in this way.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a prescription writing device, and more particularly to a prescription writing device that can print a drug name by simply inserting a medicine box card displaying a code number unique to the drug into a card setting section.

Currently, when a doctor examines a patient and prescribes medication at the hospital's two clinics, the patient writes a prescription by hand, receives it and submits it to the accountant, and the cost is calculated, and the prescription is sent from the accountant to the pharmacy. The drug is compounded only after it is forwarded and inspected by a pharmacist.

There are many types and quantities of drugs currently in use, different drugs are used and stocked at each of the six hospital clinics, and doctors are often transferred within a short period of time. Doctors may not be able to memorize the drugs in stock at their place of work, and there may be cases where the drug listed on the prescription is not in stock.
Communication and corrections between pharmacists conducting inspections at pharmacies and doctors treating patients was time consuming, and there were also cases where drug dispensing errors occurred due to misreading of difficult-to-read spellings on prescriptions.

The present invention was invented in view of these circumstances, and it is possible to print the drug name on the prescription with a medicine box card displaying a code number created for each drug in the card entry section. The purpose of the present invention is to provide a prescription writing device that can be used to create a prescription, and includes an input mechanism using a keyboard, a microcomputer, a data display section, a printing mechanism controlled by the microcomputer, and a card writing section, and the card setting section. The microcomputer mentioned above
The present invention relates to a prescription writing device characterized in that it is equipped with a curler code reading mechanism connected to the device.

According to the present invention, the medicine box card is placed in the card set part, and the code reading mechanism reads the code number displayed on the medicine box card, and the code number displayed on the medicine box card is read by the microcomputer. This is stored in the computer as a reading code, and the drug name written on the medicine box card is also stored in the computer by operating a key button. When creating a prescription, the medicine box card is read out in the card set 91%. - reads out the drug name written on the medicine box card and stored in the microcomputer, prints the drug name at a specific position on the prescription paper by a printing mechanism controlled by the microcomputer, and In addition, instructions such as usage and quantity can be printed.
By placing the terminal at the checkout and pharmacy, the contents can be checked at the same time, which has many excellent effects such as speeding up office processing, preventing erroneous medication due to misspelled BE, and simplifying patient medication records.

Embodiments of the present invention will be described below based on the drawings.

The drawings relate to the present invention; FIG. 1 is a perspective view of a prescription writing device, and FIG. 2 is a block circuit diagram.

The prescription writing device 1 has a keyboard section 3 protruding from the front part of the housing 2, and various key buttons 4, 4, 409 are attached to the upper part of the keyboard section 3.

A general input mechanism (not shown) is connected to the .

In addition, the rear part of the housing 2 is formed into a trapezoidal shape, and a data display section (CRT) 5 is installed on the front part thereof, and both the data display section 5 and the input mechanism are similar to the general micro- It is connected to Compip, -Y6.

On the rear upper surface of the housing 2, there is a card sending section 7. 7', 72 and a prescription pen 1 part 8 are formed, and a card set 9
1 (7, 7', 7''L) are equipped with a code reading mechanism 9 connected to the microcomputer 6.

The prescription center 8 is also connected to a printing mechanism 10 which is controlled by a microcomputer 6.

The code reading mechanism 9 will be described later] - medicine box card 11
Depending on whether the code number displayed is a bar code 1- or a fern code, a general one is used.

The printing mechanism 10 uses a dot type 11 printing machine that uses a thermal head.

A plurality of prescription writing devices 1 having the above-mentioned configuration can be connected to each other and operated in conjunction with each other.

FIG. 3 is a front view of the medicine box car F. The drug complex car Fil is made of hard paper and is formed into a rectangular shape, and the periphery thereof is provided with classification code notches 12, 12, . ,.

is formed. On the front are drug names 11a - common disease names 11
b, Component lIC1 Usage 1] d, Applicability 11c, Shape sample 1
11 etc. are printed, and the drug code number 13 is also displayed by the harness. The drug code number 13 is a 12-digit number attached to each drug for all insurance-covered drugs, and other than barcodes, it can be displayed as desired using magnetic codes, punched holes, printed numbers, etc. . If you print a color sample of the shape of the medicine box card 11, you can easily see the shape and contents! can. When a doctor writes a prescription,
The contents of the drug can be confirmed 114' and prescribed.

FIG. 4 is a front view of the prescription form. The prescription form 14 is ordinary paper, and the necessary information is preprinted on the front side.

Therefore, the prescription setting section 8
The prescription paper 14 is designed to be operative to print a predetermined character at a predetermined position on the prescription paper 14.

1) 11 Entry - The dosing section 7.7.7 may have only one card setting section 7 for setting the medicine box car 1'11, but it can also be used for setting the patient card 15, which will be described later. Part 77, doctor card seven so 1 part 7' etc. multiple 11b
1, or each card set section 7, 7', 7
'' is formed to match the size of each card, and the code reading mechanism 9 connected thereto has a scanner arrangement that matches the size and position of each card.

According to the present invention having the above configuration, the cart setting section 7
The medicine box car file is sent to the sensor 1-1, and the code number 13aX of the drug is obtained by the node 7, 1-reading mechanism 9, and it is stored in the micro 1 unit 6 as a reading code, and the key is pressed. Button 4, 4. , , to memorize the drug name in the medicine box cart. Once you have memorized all the medicines you handle, all you have to do is insert the medicine box card 11 into the power supply section 7, read it out by pressing the key button 4, and enter the information into the printing mechanism.
The name of the drug written on the medicine box card 11 and recorded on the microcomputer is printed in the column above the drug on the prescription paper 14.

In addition, desired symbols can be printed in each column of the prescription form 14 for dosage, frequency, usage, and Cl1I days by operating the predetermined entry capo and number entry capo of the key button 4.

When there are many drugs to be prescribed, several kinds of drugs can be printed in parallel by operating the AND button of the key button 4 and repeating the same operation.

In that case, the printing mechanism 13 is configured to feed the prescription paper 14 one stage each time the AND button is operated. These mechanisms utilize the mechanisms used in general facsimiles, word processors, and the like.

The information on the prescription form 14, such as name, date of birth, classification of medical/surgical department, gender, etc., may be written by hand, but can be automatically printed by creating a patient card 15 as shown in FIG. On the patient card 15, predetermined information other than the name as shown in the figure is written in numbers, and the numbers are displayed as barcodes. When creating individual cards, remove the numbers from unnecessary parts and write the date of birth, name, etc. in barcodes.

The name is written in katakana characters, then converted into numbers, and the numbers are written in a barcode. There are various ways to digitize a name, but for example, as shown in Figure 6, the A line is 11.12-
．． 13,14.1'5, Ka line is 21.22.23.24
．． It is easier to process if it is symbolized as a two-digit number such as 25. The bar code is written using a transfer device, etc.)
.

By storing the encoded characters shown in FIG. 6 in the microcombi J,-1, the symbols can be written on the patient cart I5 by simply setting the patient card 15 in the card entry section 77. Enter the patient name on prescription form I4.
can be printed in the name field.

The patient card 15 can automatically print just the patient's name, but if the code reading mechanism is enhanced, barcodes can also be used to print Japanese names, insurance categories, date of birth, age, gender, etc. Can be read by writing, prescription form 14
A predetermined amount of information can be printed in each predetermined column.

That is, in the patient card entry section 72, a barcode scanner for each entry column position of the patient card may be provided at each position, or a known mechanism may be provided to move the scanners to each position in a staggered manner. allows the entire patient card to be read. They are selected appropriately at the design stage.

In the doctor column on the prescription form 14, the name or code of the doctor who creates the prescription is printed. In the case of displaying numerical numbers, for example, printing can be performed manually by pressing a doctor button among the key buttons 4 and then pressing a numeric button. In this case, each press of the doctor button sets the print head of the printing mechanism to doctor fil, and each press of the number button prints that number. If the system is to print a doctor's note, the name will be digitized and displayed on the doctor's card, like the patient name on the patient card. In addition, in the case where a doctor card is established and a system is adopted in which the doctor card is inserted into the doctor card entry section 7', the number on the doctor may be replaced with a numerical number, and the number may be simply displayed on the card as a bar code. In this case, the configuration is such that the print head of the printing mechanism moves to the doctor field on the prescription form when the doctor card is set in the doctor card insertion section 7'. Thereafter, the scanner of the code reading mechanism reads the bar food on the doctor's card, and the printing mechanism prints according to the memory stored in the microcomputer. The pharmacist side of the prescription form 14 and the medical department section will be the same as the system for the doctor section.

The data display section 5 is used to display and confirm input data by electric light when manually storing data in the microcomputer, and to display and confirm read data during printing.

Therefore, a known CRT similar to Wort Procenoza's CRT is used.

According to the present invention having the above configuration, by storing the drug name in the microcomputer in advance, the drug name can be printed on the prescription by setting the drug card in a part of the cartridge processor 1, and the drug name can be printed on the prescription by the doctor. There is a system in which prescriptions can be checked simultaneously by placing a microcomputer in the drug department, pharmaceutical affairs department, and pharmacy and connecting the respective microcomputers.

In addition, in the pharmaceutical affairs section-dedicated machine, when a drug name is memorized and entered using a medicine box card, its insurance drug price can also be stored. As a result, when a doctor enters an input using the drug box car 1.゛ when creating a prescription, the prescription at the Pharmaceutical Affairs Division will also display and print the insurance drug price (jf).The insurance quality 111 ratio will be displayed on the patient card. Automatic conversion can be displayed by specifying the type of insurance displayed.

Furthermore, by connecting a microcomputer to an automatic medicine packaging machine, the pharmacy-specific machine can automatically pack general medicines written on a prescription through its control operation.

[Brief explanation of drawings]

The drawings relate to the present invention; Fig. 1 is a perspective view of a prescription writing device, Fig. 2 is a block circuit diagram, Fig. 3 is a front view of a drug registration card, Fig. 4 is a front view of a prescription paper, and Fig. 5 is a perspective view of a prescription writing device. is a front view of the patient card, and FIG. 6 is a symbol table. 181. Prescription writing device 208. Housing 300. Keyboard 480. Key button 511. Data display section 690. Microcomputer 7, 7', 7', . . . Card setting section 8...Prescription miscellaneous section 991. Code code reading mechanism io, , printing mechanism ratio 0. Medicine box card 13...
Drug code number 14, 11E for prescription 15. ,,patient card number・
Figure 1, Fang, Figure 3, Moon, Figure 6

Claims (1)

[Claims] It has an input mechanism using a keyboard, a microcomputer, a data display section, a printing mechanism controlled by the microcomputer, and a card sending section, and the card setting section has a card code reading section connected to the microcomputer. A prescription writing device comprising a mechanism f1.