JP2006206252A - Contact lens management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a contact lens management system allowing an accurate and quick execution of management of contact lenses. <P>SOLUTION: The contact lens management system 100 is equipped with a bar-code reader 1 and a terminal 2. The bar-code reader 1 reads two-dimensional bar-code 31 printed on a package 3 of a contact lens and emits the bar-code information to the terminal 2. The terminal 2 is equipped with a delivery data storage part 275 to store the delivery information of the lens-associated information, a bar-code resolver program to convert the entered bar-code information into the lens-associated information as predetermined, and a program to store the converted lens-associated information in the delivery data storage part 275 as delivery information of contact lenses. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a computer system for managing contact lenses.

An example of a sales management system used for selling contact lenses is disclosed in Patent Document 1. This sales management system is characterized in that the biometric information of a user is used for authentication at the time of purchase of a contact lens.
However, regarding the storage management, specific processing means is not disclosed, and it is complicated. In particular, since contact lenses are medical products, it is necessary to manage them accurately, but no countermeasures are disclosed.
JP 2004-287626 A

  As described above, no system has been proposed for accurately and quickly performing contact lens management.

  An object of this invention is to provide the contact lens management system which can perform management of a contact lens correctly and rapidly.

  A contact lens management system according to the present invention is a contact lens management system that includes a barcode reader and a terminal, and executes contact lens storage processing, and the barcode reader is printed on a contact lens package. Reads a two-dimensional barcode and outputs the barcode information to the terminal. The terminal converts the input barcode information into contact lens related information, and a delivery data storage unit for storing contact lens delivery data. And a delivery processing unit for storing the contact lens related information converted by the barcode information conversion unit in the delivery data storage unit as delivery data of the contact lens.

  In addition, another contact lens management system according to the present invention is a contact lens management system that includes a barcode reader and a terminal, and executes contact lens storage processing, and the barcode reader is a contact lens package. The two-dimensional barcode printed on the terminal is read and barcode information is output to the terminal. The terminal stores a warehousing data storage unit for storing warehousing data of contact lens related information, and the input barcode information. A barcode information conversion unit for converting into contact lens related information, and a warehousing processing unit for storing the contact lens related information converted by the barcode information conversion unit in the warehousing data storage unit as warehousing data of contact lenses. Is.

  Here, the contact lens related information preferably includes identification information, an expiration date, a serial number, and performance information.

  ADVANTAGE OF THE INVENTION According to this invention, the contact lens management system which can perform management of a contact lens correctly and rapidly can be provided.

  First, an outline of a contact lens management system according to the present invention will be described with reference to the system configuration diagram of FIG. The contact lens management system 100 basically includes a barcode reader 1 and a terminal 2.

  The barcode reader 1 is also called a barcode scanner, and has a function of reading barcode information printed on a contact lens package (packaging) and outputting the barcode information to the terminal 2. The barcode reader 1 includes, for example, a sensor that reads a barcode image and converts it into an electrical signal, a decoding unit that converts the electrical signal output from the sensor into character data, and a character data converted by the decoding unit as a bus. The data transmission part which transmits to the terminal 2 via is provided.

  The terminal 2 is, for example, a personal computer (PC), and the configuration will be described in detail later.

  In the contact lens management system 100 according to the present invention, a two-dimensional barcode 31 such as a QR code is printed on the package 3 of the contact lens. The two-dimensional barcode 31 includes various information related to contact lenses. Specifically, it is possible to convert barcode information into contact lens related information based on a barcode resolver program.

  Contact lens related information includes contact lens identification information, JAN code, expiration date, serial number, performance information (BC1, SIZE1 (DIA), POWER, CYL, AXIS, ADD, BC2, BC3, SIZE2, SEG-DIA , DEC, DEC-ANGLE, R / L). In the present invention, a large amount of information can be expressed by using a two-dimensional barcode instead of a one-dimensional barcode. In particular, according to the revised Pharmaceutical Affairs Law issued on July 31, 2002, contact lens names and quantities, serial numbers or manufacturing symbols, purchases, or purchases when contact lenses are transferred (purchased) and transferred (sales / given) The date of sale / granting, the name of the supplier or the name / address of the sales / grantee must be written and stored, but in the present invention, such information is represented by a two-dimensional barcode. Since scanning can be performed by scanning the bar code, the input work is simplified and the work time can be shortened. In particular, since information related to contact lenses that are sold in ophthalmology or the like and need to be accurately managed is input using a two-dimensional barcode, the effect is higher.

  Next, a hardware configuration example of the terminal 2 will be described with reference to FIG. The terminal 2 includes a communication processing unit 21, an input / output device 22, a CPU 23, a RAM 24, a ROM 25, a program storage unit 26, and a data storage unit 27 that are connected to each other via a bus. The program storage unit 26 and the data storage unit 27 are configured by storing each program and data on, for example, a large-capacity hard disk or memory. The communication processing unit 21 is a processing circuit that performs interface processing with the outside. The input / output device 22 is an input device such as a keyboard and a mouse, and an output device such as a display. The CPU 23 is a central control device. The RAM 24 is a storage area for temporarily storing programs and data. In the ROM 25, data and the like are stored so as to be readable.

  The program storage unit 26 stores various computer software programs such as a main program 261 and an application program 262.

  The data storage unit 27 includes a patient data storage unit 271, a prescription data storage unit 272, a contact master data storage unit 273, a warehousing / reservation data storage unit 274, a delivery data storage unit 275, an inventory data storage unit 276, and a trouble data storage unit 277. The system information storage unit 278 is provided.

  The main program 261 includes a program for performing basic processing such as an OS program. The application program 262 includes an application program for realizing processing on the contact lens management system according to the present invention and a barcode resolver program that is resident in response to the activation of the terminal 2.

  The patient data storage unit 271 stores information about a patient who purchases a contact lens. The prescription data storage unit 272 stores contact lens prescription data, for example, lens history information. Contact lens data storage unit 273 stores contact lens master information. The receipt / reservation data storage unit 274 stores contact lens receipt and reservation data. The outgoing data storage unit 275 stores the outgoing data of contact lenses. The inventory data storage unit 276 stores contact lens inventory data and order data. The trouble data storage unit 277 stores contact lens trouble information. The system information storage unit 278 stores system information of this system.

  Next, a processing flow in the contact lens management system according to the present invention will be described using the flowchart shown in FIG. The contact lens management system according to the present invention includes a process used in ophthalmology and a process used in a store. Here, only the latter process having the features of the present invention will be described.

In the contact lens management system, a delivery process (S10), an appropriate inventory process (S20), a receipt process (S30), and a reservation receipt process (S40) are executed.
In the delivery process (S10), first, prescription registration is executed (S11). Specifically, when the user inputs information about the prescription to the terminal 2 using the input / output device 22 such as a keyboard, the CPU 23 stores the information about the prescription in the prescription data storage unit 272 according to the application program 262. To do. Also in the following processing, the CPU 23 executes various processing according to the application program 262, but the description of this point is omitted. Further, the terminal 2 performs a delivery process based on the information on the prescription stored in the prescription data storage unit 272, and calculates the sales amount of the contact lens according to a predetermined algorithm (S12).

  Thereafter, when the user reads (scans) the two-dimensional barcode printed on the contact lens package 3 using the barcode reader 1, the barcode reader 1 acquires the information of the two-dimensional barcode, and the terminal Output to 2. In accordance with the barcode resolver program, the terminal 2 converts the input information into the contact lens related information described above, and stores it in the outgoing data storage unit 275 as outgoing data.

  Subsequently, appropriate inventory processing (S20) is executed. In the appropriate inventory process (S20), first, the contact lens related information stored in the outgoing data storage unit 275 is read out, and the contact lens related information related to the contact lens to be delivered this time is read out from the stock data storage unit 276. Subtract from the stock quantity (S21). Then, the terminal 2 executes contact lens ordering processing for the subtracted quantity, that is, for the quantity to be delivered this time (S22). Further, when contact lens storage is executed, the terminal 2 adds the storage number to the inventory quantity stored in the inventory data storage unit 276 for the type of contact lens received (S23).

  In the warehousing process (S30), when the user performs warehousing, the barcode reader 1 is used to read (scan) the two-dimensional barcode printed on the contact lens package 3 to be admitted. In response to this, the barcode reader 1 acquires the information of the two-dimensional barcode and outputs it to the terminal 2. In accordance with the barcode resolver program, the terminal 2 converts the input information into the contact lens related information described above and stores it as warehousing data in the warehousing / reservation data storage unit 274. At this time, the inventory addition process (S23) is executed as described above.

  In reservation warehousing (S40), ordering (S41), order warehousing (S42), and warehousing processing (S43) are executed.

It is a figure which shows the example of whole structure of the contact lens management system by this invention. It is a figure which shows the hardware structural example of the contact lens management system by this invention. It is a flowchart which shows the process example of the contact lens management system by this invention.

Explanation of symbols

1 Barcode Reader 2 Terminal 3 Package 21 Communication Processing Unit 22 Input / Output Device 23 CPU
24 RAM
25 ROM
26 Program storage unit 27 Data storage unit

Claims (3)

A contact lens management system that includes a barcode reader and a terminal, and executes contact lens storage processing.
The barcode reader reads a two-dimensional barcode printed on a contact lens package, outputs barcode information to the terminal,
The terminal
A delivery data storage unit for storing contact lens delivery data;
A barcode information conversion unit for converting the input barcode information into contact lens related information;
A contact lens management system comprising: a delivery processing unit that stores contact lens related information converted by the barcode information conversion unit as delivery data of contact lenses in the delivery data storage unit. A contact lens management system that includes a barcode reader and a terminal, and executes contact lens storage processing.
The barcode reader reads a two-dimensional barcode printed on a contact lens package, outputs barcode information to the terminal,
The terminal
A warehousing data storage unit for storing contact lens warehousing data;
A barcode information conversion unit for converting the input barcode information into contact lens related information;
A contact lens management system comprising: a warehousing processing unit that stores contact lens related information converted by the barcode information conversion unit as warehousing data of a contact lens in the warehousing data storage unit.   The contact lens management system according to claim 1, wherein the contact lens related information includes identification information, an expiration date, a serial number, and performance information.

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