TWI622952B - In-hospital decoding system for medical supplies - Google Patents

Abstract

An in-hospital decoding system for medical supplies includes an external server platform, more than one electronic device, and an in-hospital decoding server platform. The external server platform is used to enable the establishment of different international medical supplies coding organizations. The encoding data structure definition rules are compiled into a decoding program with XML format decoding rules, and the electronic device can download and install the decoding program with XML format decoding rules through the in-hospital decoding server platform. The decoding program can obtain After a medical supplies barcode, use XML format decoding rules to interpret the information contained in the group of medical supplies barcodes, and then use the contained information to obtain the controlled hospital code from the hospital decoding server platform and more information published by the Office Supplies barcode. If it is not possible to connect with the decoding server platform in the hospital, the decoding program can also use the small database of the machine to obtain a controlled hospital code and more information. Supplies barcode.

Description

In-hospital decoding system for medical supplies

The invention relates to an in-hospital decoding system for medical supplies, in particular to an in-hospital decoding system capable of identifying medical equipment bar codes to an international medical supplies coding organization and interpreting the group of medical supplies bar codes.

As high-risk implantable medical devices such as heart scaffolds, artificial crystals, bone nails, and bone plates have occurred in China in recent years, unauthorized importation, counterfeiting, and alteration of manufacturing dates have been required without authorization. Consumers are in urgent need of effective identification of medical devices after listing. Tools to limit the scope of illegal product circulation. Therefore, according to the international medical device management trend, the domestic FDA started research on the Unique Device Identification System (UDI) in 102 to strengthen the rapid identification of medical devices at the end of use. Therefore, in addition to the single medical device The establishment of the identification system information management platform must also strengthen the understanding of the UDI single identification system by medical device drug manufacturers and enhance their willingness to introduce the UDI system. It can assist users of medical equipment to quickly query the source of products to avoid misuse and protect consumer safety;

However, as far as the introduction of UDI in medical institutions is concerned, the following situations have occurred: 1. The barcode rate of medical materials is currently low, and hospitals cannot identify different international medical supply code organizations (GS1-128, HIBC, ISBT) by themselves The bar code of the medical supplies obtained is applied, so the hospital is usually self-reliant to manage the hospital code; 2. Existing manufacturers have different packaging or different labeling content for the same product, and most of the hospitals are managed by the hospital code. In order to reach a transaction with the hospital, each manufacturer will paste the barcode of the hospital yard on the existing medical equipment to facilitate the management of the hospital. However, this approach will cause different manufacturers to send different packaging on the same product to different hospitals. The contents of the labels are different, but the hospital bar code is affixed after the medical equipment leaves the factory. This practice is actually inconsistent with the spirit and purpose of the single identification system for medical equipment; 3. If the hospital wants to implement UDI for management, it will involve processes Reengineering, so it will cause a situation of large clinical resistance, and it is even more necessary for medical material manufacturers to introduce U Willingness to cooperate with DI.

From the above, we can see that the current understanding of UDI between medical equipment manufacturers and hospitals in China is still insufficient, and the biggest problem is how hardware can be imported. Therefore, in order to solve the above situation, if a complete decoding system can be designed, it can be used in A hospital server is set up in the hospital, and decoding rules and decoding programs compiled by XML are installed on the electronic device, which will enable users to identify the medical equipment sent by the manufacturer on the hospital server or electronic device. The medical supplies barcode belongs to which international medical supplies coding organization, and the medical supplies barcodes of the group of medical supplies barcodes are interpreted according to the definition rules of the coding data structure established by the different international medical supplies coding organizations. The bar code in the hospital and the hospital can interpret the bar code of medical supplies that comply with the UDI regulations by this system. This can help hospitals and manufacturers comply with UDI regulations. Therefore, the present invention should be an optimal solution.

The invention relates to an in-hospital decoding system for medical supplies. It can set up an in-hospital server in the hospital, and install decoding rules and decoding programs compiled by XML on an electronic device, which will enable users to use The electronic device is connected to the in-hospital server or the electronic device decodes the contained information of the barcode of the medical supplies and the corresponding in-hospital code, so whether it can be connected or not, it can perform in-hospital decoding.

The invention relates to an in-hospital decoding system for medical supplies. Because the decoding rules and decoding programs are compiled by XML, the software takes up less space, so the update speed will be faster than that of general software. That said, programs that are easy to use, do not take up storage space, and do not affect the speed of operations due to multiple updates will increase the willingness to use the hospital.

An in-hospital decoding system for medical supplies, comprising: an external server platform, including a coding rule storage and update module, synchronized with different medical supply coding units for storing and updating different international medical supply codes The definition rules of the coding data structure established by the organization; a decoding program compilation module is connected with the encoding rule storage and updating module for compiling by the coding data structure definition rules established by different international medical supplies coding organizations Is a decoding program with XML format decoding rules; more than one electronic device is used in a hospital and connected to the external server platform, and the electronic device includes a code extraction module and a A decoding program, in which the barcode extraction module is used to obtain a bar code for medical supplies, and the decoding program includes an encoding and decoding module, which can obtain a decoding program compiled by the external server platform, and can be based on the decoding program. The XML format decoding rules interpret medical barcodes, and the medical barcode The material is at least the barcode type and product code of the medical supplies barcode and other detailed information; a material number comparison data storage module is used to store the material number comparison table corresponding to the codes of different international medical supply code organizations ; A hospital internal code query module is connected to the code decoding module and the material number comparison data storage module, and is used to compare the code type and product code in the material number comparison table according to the barcode type and product code decoded by the code decoding module To find the corresponding in-hospital code and related information about the type and product code of the bar code published by the Office or the relevant authority; an in-hospital decoding server platform is set up in the hospital end, and is connected with the external server platform and the decoding The program is connected, and the decoding server platform in the hospital includes a material number comparison filing module for storing and establishing a material number comparison table corresponding to codes corresponding to different international medical supply code organizations, and the material number comparison The file building module can provide the created material number comparison table to the material number comparison data storage module of the decoding program.

More specifically, the external server platform further includes a decoding program member management module for managing member data of members registered in the external server platform.

More specifically, the external server platform further includes a decoding abnormal state management module for correcting the decoding program according to the abnormal state occurring during decoding, and the decoding program compiling module.

More specifically, the external server platform further includes a supplier login profile module, which enables different suppliers to log in and enables different suppliers to provide corresponding product codes for different medical supplies. The internal codes created by different hospitals are used to create and update more than one internal code comparison file in the external server platform.

More specifically, the decoding program of the electronic device further includes a member login module for providing a member login interface for using the decoding program as a member.

More specifically, the decoding program of the electronic device further includes an encoding / decoding update module, which is connected to the encoding / decoding module to download and update the decoding program compiling module of the external server platform for updating. The compiled decoding program and its XML format decoding rules.

More specifically, the decoding program of the electronic device further includes a decoding abnormality record and reporting module, which is connected to the encoding and decoding module, so as to enable the encoding and decoding module to interpret the abnormal conditions that occur. Record and report to this external server platform.

More specifically, the in-hospital decoding server platform further includes a material number comparison update module, which is connected to the material number comparison creation module to update the data stored in the material number comparison creation module. Information in the material number comparison table.

More specifically, the in-hospital decoding server platform further includes a basic data maintenance module and a material number comparison import module that are connected to the material number comparison and creation module, wherein the basic data maintenance module and data No. comparison import module is used for the material number comparison file creation module. When the material number comparison table is first established, the basic data maintenance module must be set and maintained to operate the basic data of the decoding system in the hospital, among which the basic data It contains the country, material number comparison table and decoding abnormal data, and the material number comparison import module must import at least one hospital code comparison file, so that the material number comparison file creation module can import more than one The material code comparison table is established in the hospital code comparison file.

More specifically, when the in-hospital decoding server platform is able to connect, the decoding program can send medical supplies barcodes to the in-hospital decoding server platform for interpretation, and the in-hospital decoding server platform is more Contains an encoding and decoding module. The encoding and decoding module can obtain the decoding program compiled by the external server platform, and can decode the medical product barcode according to the XML format decoding rules of the decoding program. The information provided at least contains the bar code type and product code of the medical supplies bar code and other detailed data.

More specifically, the in-hospital decoding server platform further includes an in-hospital code query module, and the in-hospital code query module is connected to the encoding and decoding module and the material number comparison and filing module for The barcode type and product code read by the encoding and decoding module can find the corresponding hospital code and related information about the barcode type and product code published by the office or the relevant authority in the material number comparison table.

More specifically, the in-hospital decoding server platform further includes an encoding and decoding update module, and the encoding and decoding updating module is connected to the encoding and decoding module for downloading and updating the decoding program of the external server platform. The decoding program updated and compiled by the compilation module and its XML format decoding rules.

More specifically, when the decoding program of the electronic device is disconnected from the decoding server platform in the hospital, the decoding program cannot send the barcode of medical supplies to the decoding server platform in the hospital for interpretation, and only through the decoding program The encoding and decoding module decodes the barcode of medical supplies.

More specifically, the international medical supplies coding organization is an organization that proposes coding rules for GS1-128, HIBC, or ISBT.

More specifically, the decoding program is a coding module for the decoding program, which uses an extensible markup language (XML) to re-compile the coding data structure definition rules established by different international medical supply coding organizations into Decoding program.

More specifically, the electronic device can be a handheld smart device, a desktop computer, or a notebook computer.

Regarding other technical contents, features and effects of the present invention, they will be clearly presented in the following detailed description of the preferred embodiments with reference to the drawings.

Please refer to Figs. 1 to 4, which are schematic diagrams of the overall architecture of the hospital decoding system for medical supplies, the architecture of the external server platform, the architecture of the hospital decoding server platform, and the architecture of the decoding program. It can be known that the in-hospital decoding system includes an in-hospital decoding server platform 11 and an electronic device 12 and an external server platform 2 used in a hospital end 1, wherein the external server platform 2 includes an encoding rule storage and update module. Group 21, a decoding program compiling module 22, a decoding program member management module 23, a decoding abnormal state management module 24, a supplier login profile module 25, and a hospital code comparison synchronization module 26;

The coding rule storage and update module 21 is used to synchronize data with different medical supply coding units (GS1-128, HIBC, ISBT) or the Ministry of Health (FDA) to store and update different international medical supply coding organizations. Established rules for defining the structure of the coding data;

The decoding program compiling module 22 is connected to the encoding rule storage and updating module 21, and is used to compile the encoding data structure definition rules established by different international medical supplies encoding organizations into an XML format decoding rule. Decoding program, wherein the decoding program is the decoding program compiling module 22, which uses an extensible markup language (XML) to re-compile the coding data structure definition rules established by different international medical supply coding organizations to be able to decode In addition, the decoding program member management module 23 is used to manage the member data of members registered in the external server platform 2;

As shown in FIG. 9A, the decoding program compiling module 22 can set the encoding and decoding standards and XML syntax rules. Through the interface operation shown in FIG. 9A, it can output the XML file shown in FIG. 9B. , And the XML file is written through XML syntax to form the decoding program;

In addition, most of the medical supplies (medical equipment) provided by the supplier to the hospital must be applied for and registered at different medical supply code units (GS1-128, HIBC, ISBT), and different medical supply code units will be targeted for Different medical supplies provide a bar code for medical supplies, so the supplier or medical device manufacturer must affix the bar code of the medical supplies before they leave the factory (the bar code for medical supplies is based on the coded data structure of the international medical supplies coding organization applied for) Generated by the definition rules) as the identification label of the medical supplies. Although the barcode of the medical supplies itself will carry certain information, not all the information can be obtained by reading the barcode of the medical supplies, so the supplier must pass The supplier login profile module 13 logs in to the external server platform 1 to log in, and the supplier login profile module 25 is used to enable different suppliers to log in and enable different suppliers to provide different Hospital codes created by different hospitals corresponding to the commodity codes of medical supplies More than one hospital code comparison file is created and updated in the external server platform 2, and then the hospital code comparison file can be synchronized to any hospital decoding server connected to the external server platform 2 through the hospital code comparison synchronization module 26器 平台 11。 Platform 11.

To use the decoding program at the hospital 1, you must perform a pre-operation. As shown in Figure 5, the steps are to start 501, and then perform the basic data maintenance process 502 and the material number comparison import process 503. After that, the user must Register to join the member 504 to use the decoding program, and then after the decoding program update process 505 and the material number comparison update process 506 are performed, this process 507 ends.

The hospital 1 uses multiple electronic devices 12 (the electronic devices can be handheld smart devices, desktop computers, or notebook computers), wherein the electronic devices 12 are connected to the external server platform 2 The electronic device 12 includes a code capture module 121 and a decoding program 122, wherein the code capture module 121 is used to obtain a bar code for medical supplies (the acquisition method is read, wired or wireless data acceptance). Method to receive medical supplies barcodes), and the decoding program 122 includes a member login module 1221, a code decoding module 1222, a code decoding update module 1223, a decoding abnormal record and reporting module 1224, a material number Compare the data storage module 1225 and the hospital code query module 1226;

The member login module 1221 is used to provide a member login interface to use the decoding program 122 as a member, and the encoding and decoding module 1222 can obtain the decoding program compiled by the external server platform 2 and can Decode the medical supplies barcode according to the decoding program 122, and the data read by the medical supplies barcode includes at least the barcode type and product code of the group of medical supplies barcodes and other detailed data; and the code decoding update module 1223 Can download and update the decoding program updated by the decoding program compilation module 22 of the external server platform 2;

The decoding abnormal record and reporting module 1224 is connected to the encoding and decoding module 1222, and is used to be able to record and report the abnormal situation that occurred in the encoding and decoding module 1222 to the external server platform 2. Decoding abnormal state management module 24, so that the decoding abnormal state management module 24 can report the abnormal state occurred in decoding to the decoding program compiling module 22, and correct the decoding through the decoding program compiling module 22. Program

The material number comparison data storage module 1225 is used to store the material number comparison table corresponding to the codes of different international medical supplies coding organizations, and the hospital code query module 1226 is connected to the code decoding module 1222 and the The material number comparison data storage module 1225 is connected to find the corresponding hospital code in the material number comparison table according to the barcode type and the product code decoded by the encoding and decoding module 1222.

The in-hospital decoding server platform 11 is located in the hospital end 1 and is connected to the external server platform 2 and the decoding program 122. The in-hospital decoding server platform includes a basic data maintenance module 111. , A material number comparison import module 112, a material number comparison update module 113, a material number comparison filing module 114, a code decoding module 115, a code decoding update module 116, a hospital code query module Group 117

Among them, the basic data maintenance module 111 and the material number comparison import module 112 establish and maintain the basic data maintenance module 111 when the material number comparison table 114 is first established by the material number comparison file creation module 114. The basic data for operating the hospital's decoding system. The basic data includes the country, material number comparison table and decoding abnormal data. The basic data maintenance process is shown in Figure 6A. The steps are to start the country after 601, and then check the country No. 602, query material number comparison file 603 and query decoding exception record 604, and finally end this procedure 605, and the implementation of the query country, query material number comparison file and query decoding exception record is implemented as shown in Figures 6B, 6C and 6D. After confirming the basic data, the SQLite database is set up;

The process of creating the SQLite database is shown in Figure 7A. After the steps are started 701, the hospital code comparison file 702 is added, and the material number comparison file 703 is added. Then the system must be enabled 704, and then it must be updated first. After the hospital code is compared with the file 705, the SQLite database 706 can be established, and finally this procedure 707 is ended;

As shown in FIG. 7B, the material number comparison import module 112 of the decoding server platform 11 in the hospital can import at least one hospital code comparison file, so that the material number comparison filing module 114 can transfer more than one hospital. The code number comparison file creates and stores the material number comparison table (the material number comparison table can be the code comparison table in the hospital, the logistics provider material number comparison table, and the pharmacy material number comparison table), and the material number comparison file creation module 114 can provide the created material number comparison table to the material number comparison data storage module 1225 of the decoding program;

The part number comparison update module 113 is connected to the part number comparison filing module 114 to update the data in the part number comparison table stored in the part number comparison filing module 114, such as FIG. 7C. As shown, you can manually import the in-hospital code comparison file for update operations; in addition, the encoding and decoding update module 116 is connected to the encoding and decoding module 115 to download and update the decoding program compilation of the external server platform 2. A decoding program updated and compiled by the module 22;

Finally, as shown in FIG. 7D, after the material number comparison filing module 114 can establish a material number comparison table corresponding to the codes of different international medical supply code organizations, it can be transmitted to the material number comparison data storage module. Group 1225, so that the decoding program 122 of the electronic device 12 can find the corresponding yard code offline;

Under normal circumstances, the bar code extraction module 121 of the electronic device 12 reads the bar code of the medical supplies, and first determines whether the bar code of the medical supplies is an international one through the XML format decoding rules of the decoding program 122. If the standard code is not an international standard code, the medical product barcode will be directly transmitted without further decoding. If it is judged to be an international standard code, the medical product barcode will be transmitted to the decoding server platform 11 in the hospital. Decode, and obtain the decoding program compiled by the external server platform 2 by the encoding and decoding module 115, and can decode the bar code of the medical supplies according to the XML format decoding rules of the decoding program and the bar code type and The results of the commodity code and other detailed data are shown in Figure 8. After that, the corresponding hospital code can be found in the material number comparison table according to the decoded barcode type and commodity code (not shown in the figure). Show);

However, if the decoding program 122 of the electronic device 12 is disconnected from the decoding server platform 11 in the hospital, the decoding program 122 will not be able to send the bar code of medical supplies to the decoding server platform 11 in the hospital for interpretation, so it can only be read through The encoding and decoding module 1222 of the decoding program 122 decodes the barcode of the medical supplies, and then stores the barcode type and product code decoded by the encoding and decoding module 1222 through the in-hospital code query module 1226 in the material number comparison data. Find the corresponding yard code in the material number comparison table stored in the module 1225.

The decoding program update process of the encoding and decoding update module 1223 and the encoding and decoding update module 116 of the present invention is as shown in FIG. 10, and the steps are to start 1001 and then detect whether the decoding program compilation module 22 has The updated version of the software and its XML format decoding rule 1002. If it is determined that there is a newer version of the software, download the program 1003 on the external server platform 2 and set the download rule 1004 (after the update is downloaded, it can be stored in the device Directory, and can automatically download and update when the device is connected), and then determine if there is a decoding abnormality 1005, if there is a decoding abnormality, first query the decoding abnormality record 1006, and then upload the abnormality data 1007, so if it is a decoding program If the decoding fails, the failed manufacturers and barcodes will be automatically collected, and abnormal data will be created and sent back to the external server platform 2 regularly for analysis and correction in a unified manner. At the end, this procedure 1008 is ended.

The part number update process is shown in Fig. 11. After the step 1101 is started, the supplier login profile module 25 is used to enable different suppliers to log in and upload the hospital code comparison file 1102. After the system check 1103 is performed, the establishment of the hospital in-house code comparison file 1104, the establishment of the logistics provider material number comparison file 1105, and the pharmacy material number comparison file 1106 are performed, and then the material number comparison update module 113 downloads the data 1107, 1108. After 1109, check the comparison data 1110, 1111, 1112, and end this procedure 1113 at the end.

In addition, after interpreting the barcode type and product code in the material number comparison table to find the corresponding hospital code, the data can be returned to other systems in the hospital end 1 and based on the required module (such as Medical order management module, billing management module, warehouse management module, nursing information module, and other modules used to manage hospital affairs) for archival storage and management.

Because the coding data structure definition rules established by different medical supply coding organizations are different, only a few contents are exemplified in the present invention, and the coding data structure definition rules established by different medical supply coding organizations are gradually updated with new content, and the present invention It will update the definition rules of the coding data structure established by different medical supply coding organizations. Therefore, in addition to reading the barcode to obtain the medical supply barcode, the present invention is able to identify the content of the barcode according to the medical supply coding which the medical supply coding organization obtained. , And then the identification database created by the coding data structure definition rules established by different medical supply coding organizations can identify the representative content of the medical supply barcode step by step.

The in-hospital decoding system for medical supplies provided by the present invention has the following advantages when compared with other conventional technologies: (1) The present invention can set up an in-hospital server in the hospital, and install it on an electronic device and compile it with XML. The resulting decoding rules and decoding programs will allow users to connect the electronic device to the hospital server or the electronic device to decode the information contained in the barcode of the medical supplies and the corresponding hospital code, so whether or not they can All the connections can be processed in the hospital. (2) The present invention uses XML to compile decoding rules and decoding programs, so the software takes up less space, so the update speed will be faster than that of general software. For the hospital, it is convenient to use and does not take up storage space. And the program that will not affect the operation speed due to multiple updates will increase the willingness of the hospital. (3) The present invention can identify the medical supplies bar code to the international medical supplies coding organization to which it belongs, and interpret the medical supplies bar code of the group of medical supplies bar codes, so that the hospital can obtain the detailed information contained in the medical supplies bar code. (4) The present invention can identify which international medical supply code organization the medical supply bar code on the medical device sent by the manufacturer belongs to, and interpret the group of medical supplies according to the definition rules of the coding data structure established by the different international medical supply coding organizations. Barcodes for medical supplies, so manufacturers do not need to affix additional hospital codes, and hospitals can interpret the bar codes for medical supplies that meet UDI regulations by themselves.

The present invention has been disclosed as above through the above-mentioned embodiments, but it is not intended to limit the present invention. Anyone with ordinary knowledge in this technical field will understand the aforementioned technical features and embodiments of the present invention without departing from the scope of the present invention. Within the spirit and scope, some changes and retouching can be made. Therefore, the scope of patent protection of the present invention shall be subject to the definition in the claims attached to this specification.

1‧‧‧Hospital
11‧‧‧In-hospital decoding server platform
111‧‧‧Basic data maintenance module
112‧‧‧Part number import module
113‧‧‧Part number update module
114‧‧‧Material number comparison module
115‧‧‧Encoding and decoding module
116‧‧‧Codec Update Module
117‧‧‧Internal Code Query Module
12‧‧‧ electronic device
121‧‧‧Barcode Retrieval Module
122‧‧‧ Decoding Program
1221‧‧‧Member Login Module
1222‧‧‧Codec module
1223‧‧‧Codec Update Module
1224‧‧‧ Decoding anomaly record and report module
1225‧‧‧Part number comparison data storage module
1226‧‧‧Internal Code Query Module
2‧‧‧ external server platform
21‧‧‧Coding rule storage and update module
22‧‧‧Decoding program compilation module
23‧‧‧Decoding Program Member Management Module
24‧‧‧Decoding abnormal state management module
25‧‧‧Supplier Login Profile Module
26‧‧‧Internal code comparison synchronization module

[FIG. 1] It is a schematic diagram of the overall architecture of a hospital decoding system for medical supplies according to the present invention. [Figure 2] Schematic diagram of the external server platform of the hospital decoding system for medical supplies according to the present invention. [FIG. 3] It is a schematic diagram of the architecture of the in-hospital decoding server platform of the in-hospital decoding system for medical supplies according to the present invention. [Figure 4] Schematic diagram of the decoding program of the hospital decoding system for medical supplies according to the present invention. [FIG. 5] It is a schematic diagram of the overall operation flow of the in-hospital decoding system for medical supplies according to the present invention. [Figure 6A] It is a schematic diagram of the basic data maintenance flow of the in-hospital decoding system for medical supplies of the present invention. [Fig. 6B] It is a schematic diagram of the implementation of the query country of the hospital in-house decoding system of the present invention. [FIG. 6C] It is a schematic diagram of the implementation of querying material number comparison of the in-hospital decoding system for medical supplies of the present invention. [Fig. 6D] It is a schematic diagram of implementation of querying and decoding abnormal data of the in-hospital decoding system for medical supplies according to the present invention. [FIG. 7A] It is a schematic diagram of a material number comparison importing process of the in-hospital decoding system for medical supplies according to the present invention. [FIG. 7B] It is a schematic diagram of the implementation of a new hospital code comparison file of the hospital decoding system for medical supplies according to the present invention. [Figure 7C] This is a schematic diagram of the implementation of updating the hospital code comparison file of the hospital decoding system for medical supplies according to the present invention. [Figure 7D] is a schematic diagram of the implementation of the establishment of a SQLite database in the hospital decoding system for medical supplies of the present invention. [FIG. 8] It is a schematic diagram of the implementation and operation of the decoding program of the hospital decoding system for medical supplies according to the present invention. [FIG. 9A] It is a schematic diagram of the implementation of the decoding rule setting of the in-hospital decoding system for medical supplies according to the present invention. [Fig. 9B] It is a schematic diagram of the content of an XML file of a decoding program used in the hospital decoding system of medical supplies according to the present invention. [Fig. 10] It is a schematic diagram of the decoding program update process of the in-hospital decoding system for medical supplies according to the present invention. [FIG. 11] It is a schematic diagram of a material number comparison update process of the in-hospital decoding system for medical supplies according to the present invention.

Claims (15)

An in-hospital decoding system for medical supplies, comprising: an external server platform, including: a coding rule storage and update module, which is synchronized with data of different medical supply coding units to store and update different international medical services Code data structure definition rules established by the supply code organization; a decoding program compilation module is connected to the code rule storage and update module to define code data structure definition rules established by different international medical supply code organizations Compile into a decoding program with XML format decoding rules; more than one electronic device is used in a hospital and connected to the external server platform, and the electronic device includes a code extraction module And a decoding program, wherein the bar code extraction module is used to obtain a bar code for medical supplies, and the decoding program includes: an encoding and decoding module that can obtain a decoding program compiled by the external server platform and can be based on the The XML format decoding rules of the decoding program interpret the medical supply barcode, and the medical supply barcode The read-out data includes at least the bar code type and product code of the group of medical supply bar codes; a material number comparison data storage module for storing the material number comparison tables corresponding to the codes of different international medical supply code organizations; in a hospital The code query module is connected to the encoding and decoding module and the material number comparison data storage module, and is used to find out in the material number comparison table according to the barcode type and product code decoded by the encoding and decoding module. Corresponding in-hospital code; the in-hospital decoding server platform is located in the hospital and is connected to the external server platform and the decoding program. The in-hospital decoding server platform includes: File module for storing and establishing the material number comparison table corresponding to the codes of different international medical supplies coding organizations, and the material number comparison file creation module can provide the created material number comparison table to the material of the decoding program. No. comparison data storage module; a basic data maintenance module, which is connected to the material number comparison file creation module, which is used to create the material number for the first time In accordance with the table, the basic data maintenance module must be set up and maintained to operate the basic data of the decoding system in the hospital. The basic data includes the country, material number comparison table and decoding abnormal data; a material number comparison import module It is connected with the material number comparison filing module. When the material number comparison filing module first creates a material number comparison table, the material number comparison import module must be imported into at least one hospital. Code comparison file, so that the material number comparison file creation module can establish more than one in-hospital code comparison file to establish the material number comparison table. The in-hospital decoding system for medical supplies according to claim 1, wherein the external server platform further includes a decoding program member management module for managing member data of members registered in the external server platform. The in-hospital decoding system for medical supplies according to claim 1, wherein the external server platform further includes a decoding abnormal state management module for compiling according to the abnormal state occurring during decoding, and compiling through the decoding program. The module corrects the decoding program. The in-hospital decoding system for medical supplies as described in claim 1, wherein the external server platform further includes a supplier login profile module to enable different suppliers to log in and enable different suppliers to Provide hospital codes established by different hospitals corresponding to the commodity codes of different medical supplies to establish and update more than one hospital code comparison file in the external server platform. The in-hospital decoding system for medical supplies as described in claim 1, wherein the decoding program of the electronic device further includes a member login module for providing a member login interface for using the decoding program as a member. The in-hospital decoding system for medical supplies as described in claim 1, wherein the decoding program of the electronic device further includes a codec update module, which is connected to the codec module to be able to download and update the external servo The decoding program updated and compiled by the decoding program compiling module of the processor platform and its XML format decoding rules. The in-hospital decoding system for medical supplies as described in claim 1, wherein the decoding program of the electronic device further includes a decoding abnormal record and reporting module, which is connected to the encoding and decoding module to enable the encoding The decoding module interprets the abnormal situation and records it and reports it to the external server platform. The in-hospital decoding system for medical supplies as described in claim 1, wherein the in-hospital decoding server platform further includes a material number comparison update module, which is connected with the material number comparison creation module to update the material number The material number is compared with the data in the material number comparison table stored in the archive module. The in-hospital decoding system for medical supplies as described in claim 1, wherein the in-hospital decoding server platform can transmit the obtained bar code of medical supplies to the in-hospital decoding server when the decoding program can be connected. The decoding server platform includes an encoding and decoding module. The encoding and decoding module can obtain the decoding program compiled by the external server platform and can decode the decoding program according to the XML format of the decoding program. The medical supplies barcode is decoded, and the data read by the medical supplies barcode includes at least the barcode type and product code of the group of medical supplies barcodes. The in-hospital decoding system for medical supplies as described in claim 9, wherein the in-hospital decoding server platform further includes an in-hospital code query module, and the in-hospital code query module is compared with the encoding and decoding module and the material number. The file-building module is connected to find the corresponding yard code in the material number comparison table according to the bar code type and product code decoded by the codec module. The in-hospital decoding system for medical supplies according to claim 9, wherein the in-hospital decoding server platform further includes an encoding and decoding update module, and the encoding and decoding updating module is connected with the encoding and decoding module for The decoding program updated by the decoding program compilation module of the external server platform and its XML format decoding rules can be downloaded and updated. The in-hospital decoding system for medical supplies as described in claim 9, wherein when the decoding program of the electronic device is disconnected from the in-hospital decoding server platform, the decoding program cannot transmit the bar code of the medical supplies to the in-hospital decoding server Interpretation in the platform can only decode the barcode of medical supplies through the encoding and decoding module of the decoding program. The in-hospital decoding system for medical supplies as described in claim 1, wherein the international medical supplies coding organization is an organization that proposes coding rules for GS1-128, HIBC, or ISBT. The in-hospital decoding system for medical supplies as described in claim 1, wherein the decoding program is a decoding program compiling module that uses an extensible markup language (XML) to establish the codes established by different international medical supplies coding organizations. Encoding data structure defines rules and is recompiled into a program that can be decoded. The in-hospital decoding system for medical supplies according to claim 1, wherein the electronic device can be a handheld smart device, a desktop computer, or a notebook computer.