CN107526917B - In-hospital decoding system for medical supplies - Google Patents
In-hospital decoding system for medical supplies Download PDFInfo
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Abstract
A hospital decoding system for medical articles is composed of an external server platform for compiling the rule of encode data structure definition created by different international medical article encode organizations into a decoding program with XML format decoding rule, an electronic device for downloading and installing said decoding program with XML format decoding rule by said hospital decoding server platform, a medical article bar code, decoding the information contained in said bar code, and a small-size database for said decoding program, the control hospital code was obtained.
Description
Technical Field
The invention relates to a decoding system, in particular to a hospital decoding system capable of identifying the medical supply bar codes of the international medical supply coding organization to which the medical supply bar codes belong and decoding the medical supply bar codes of the group of medical supply bar codes.
Background
As the conditions of unauthorized input, counterfeiting and manufacturing date modification of high-risk implantable medical devices such as heart stents, artificial crystalline lens, bone nails and bone plates occur in recent years in China, a tool for effectively identifying the medical devices after being sold in the market is urgently needed by consumers to limit the distribution range of illegal products. Therefore, referring to the international medical equipment management trend, the FDA in taiwan starts research work of a Unique Identification System (UDI) of medical equipment in 2013 to enhance rapid Identification of medical equipment at a use end, so that the FDA needs to enhance understanding of medical equipment pharmaceutical manufacturers on the UDI Unique Identification System and increase willingness of introducing the UDI into the UDI System in addition to establishing an information management platform of the Unique Identification System of medical equipment. The system can assist the using end of the medical equipment to quickly inquire the source of the product, avoid misuse and protect the safety of consumers;
however, in the case of the introduction of UDI in the present hospital, the following occurs:
1. the bar code rate of the medical materials is low at present, and the medical product bar codes applied by different international medical product coding organizations (GS1-128, HIBC and ISBT) cannot be automatically identified by hospitals, so the hospitals are usually self-relief and managed by the hospital codes;
2. the existing manufacturers have different packages or different marked contents of the same product, and most of the insides of hospitals are managed by hospital codes, and in order to achieve transactions with hospitals, the manufacturers can paste hospital code bar codes on the existing medical equipment so as to facilitate the management of hospital parties, but in such a way, the packages sent to different hospitals by different manufacturers on the same product can be different or different marked contents, but paste the hospital code bar codes after the medical equipment leaves the factory, so that the method is not in line with the spirit and the purpose of a single medical equipment identification system;
3. if the hospital wants to introduce the UDI for management, the doctor needs to associate with the introduction of the UDI with the physician's will because the doctor involves the process reconstruction, which causes a large clinical resistance.
It can be known from the above that, currently, the medical equipment manufacturers and hospitals still have insufficient understanding of UDI, and the biggest problem is how to import hardware, so to solve the above-mentioned problems, if a complete decoding system can be designed, a hospital server can be erected in the hospital, and decoding rules and decoding programs compiled by XML are installed on the electronic device, so that users can identify which international medical product coding organization the medical product barcode on the medical equipment sent by manufacturers belongs to on the hospital server or the electronic device, and decode the medical product barcodes of the group of medical product barcodes according to the coding data structure definition rules established by different international medical product coding organizations, so that manufacturers do not need to additionally attach hospital code barcodes, and hospitals can decode the medical product barcodes which automatically conform to the UDI by using the system, this can help the hospital and the manufacturer to comply with the UDI specification, so the present invention should be an optimal solution.
Disclosure of Invention
The invention relates to a hospital decoding system for medical supplies, which can be used for erecting a hospital server in a hospital and installing a decoding rule and a decoding program compiled by XML on an electronic device, so that a user can use the electronic device to be connected with the hospital server or the electronic device to automatically decode and read the contained information of a group of medical supply bar codes and the corresponding hospital codes, and the hospital decoding can be processed whether the connection is available or not.
The invention relates to a hospital decoding system for medical supplies, which is characterized in that the decoding rule and decoding program compiled by XML (extensive makeup language) are used, so that the software occupies a small space, the updating speed is higher than that of the common software, and for a hospital end, the hospital end can conveniently use the program, does not occupy the storage space, does not influence the operation speed due to multiple updating, and can increase the use intention of the hospital end.
An in-hospital decoding system for medical supplies, comprising: the external server platform comprises a coding rule storage and update module, is synchronous with different medical supply coding units and is used for storing and updating coding data structure definition rules established by different international medical supply coding organizations; a decoding program compiling module which is connected with the coding rule storage and updating module and is used for compiling the coding program into a decoding program with XML format decoding rules by the coding data structure definition rules established by different international medical article coding organizations; more than one electronic device, use in a hospital end, and carry on the on-line with the external server platform, and the electronic device includes a bar code pick-up module and a decoding procedure, wherein, the bar code pick-up module is used for obtaining a medical supplies bar code, and the decoding procedure includes a code decoding module, can obtain the decoding procedure compiled by the external server platform, and can decipher the medical supplies bar code according to the XML format decoding rule of the decoding procedure, and the data that the medical supplies bar code deciphers and reads out include the bar code kind and goods code and other detailed data of the bar code of the medical supplies at least; the material number comparison data storage module is used for storing material number comparison tables corresponding to codes of different international medical supply coding organizations; a hospital code inquiry module connected with the coding and decoding module and the material number comparison data storage module and used for finding out corresponding hospital codes and related information about the bar code types and the commodity codes published by a public agency or a related organization in the material number comparison table according to the bar code types and the commodity codes read out by the coding and decoding module; the hospital decoding server platform comprises a material number comparison file building module used for storing and building material number comparison tables corresponding to codes of different international medical supplies coding organizations, and the material number comparison file building module can provide the built material number comparison tables to a material number comparison data storage module of the decoding program.
More specifically, the external server platform further includes a member management module for managing member data of the member registered in the external server platform.
More specifically, the external server platform further includes a decoding abnormal state management module for modifying the decoding program through the decoding program compiling module according to the abnormal state occurring during decoding.
More specifically, the external server platform further comprises a supplier login file establishing module, which is used for enabling different suppliers to log in and enabling different suppliers to provide hospital codes which are automatically established by different hospitals and correspond to commodity codes of different medical supplies, so as to establish and update more than one hospital 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 with the member identity.
More specifically, the decoding program of the electronic device further includes an encoding and decoding updating module connected to the encoding and decoding module for downloading and updating the decoding program updated and compiled by the decoding program compiling module of the external server platform and the XML format decoding rule thereof.
More specifically, the decoding program of the electronic device further includes a decoding exception record and report module connected to the encoding and decoding module for recording the exception condition decoded by the encoding and decoding module and reporting the exception condition to the external server platform.
More specifically, the hospital decoding server platform further comprises a material number comparison updating module, which is connected with the material number comparison file building module and used for updating data in a material number comparison table stored in the material number comparison file building module.
More specifically, the hospital decoding server platform further comprises a basic data maintenance module and a material number comparison import module connected with the material number comparison file building module, wherein the basic data maintenance module and the material number comparison import module are used for setting and maintaining basic data of the hospital decoding system when the material number comparison file building module builds a material number comparison table for the first time, the basic data maintenance module needs to set and operate, the basic data comprises country grade, a material number comparison table and abnormal decoding data, and the material number comparison import module needs to import at least one hospital code comparison file, so that the material number comparison file building module can build the material number comparison table with more than one hospital code comparison file.
More specifically, when the decoding program can be online, the decoding program can transmit the medical product barcode to the hospital decoding server platform for decoding, the hospital decoding server platform further comprises 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 decoding rule of the decoding program in the XML format, and the data decoded and read by the medical product barcode at least comprises the barcode type, the commodity code and other detailed data of the group of medical product barcodes.
More specifically, the hospital decoding server platform further comprises a hospital code query module, which is connected with the coding and decoding module and the material number comparison and file creation module and used for finding out corresponding hospital codes and public affairs or related information about the bar code types and the commodity codes published by related institutions in the material number comparison table according to the bar code types and the commodity codes decoded and read by the coding and decoding module.
More specifically, the yard-interior decoding server platform further comprises an encoding and decoding updating module, wherein the encoding and decoding updating module is connected with the encoding and decoding module and is used for downloading and updating a decoding program updated and compiled by a decoding program compiling module of the external server platform and XML format decoding rules of the decoding program.
More specifically, when the decoding program of the electronic device and the hospital decoding server platform are disconnected, the decoding program cannot transmit the barcode of the medical product to the hospital decoding server platform for decoding, and the barcode of the medical product can only be decoded by the coding and decoding module of the decoding program.
More specifically, the international medical supply coding organization is an organization which proposes a coding rule of GS1-128, HIBC or ISBT.
More specifically, the decoding program is a program that the decoding program compiling module recompiles the coding data structure definition rules established by different international medical product coding organizations into a program capable of decoding by means of an extensible markup language (XML).
More specifically, the electronic device can be a handheld intelligent device, a desktop computer or a notebook computer.
Drawings
FIG. 1: the invention is used for the whole architecture schematic diagram of the yard decoding system of the medical supplies;
FIG. 2: the invention is used for the architecture schematic diagram of the external server platform of the hospital decoding system of the medical supplies;
FIG. 3: the invention is used for the architecture schematic diagram of the hospital decoding server platform of the hospital decoding system of the medical supplies;
FIG. 4: the invention is used for the architectural sketch map of the decoding procedure of the hospital decoding system of the medical supplies;
FIG. 5: the invention is used in the whole operational flow diagram of the yard of the medical supplies decoding system;
FIG. 6A: the invention is used for the basic data maintenance flow diagram of the hospital decoding system of the medical supplies;
FIG. 6B: the invention is used for the implementation schematic diagram of the inquiry country of the hospital decoding system of the medical supplies;
FIG. 6C: the invention is used for the implementation schematic diagram of the inquiry material number comparison of the hospital decoding system of the medical supplies;
FIG. 6D: the invention is used for the implementation schematic diagram of the abnormal data of the inquiry and decoding of the hospital decoding system of the medical supplies;
FIG. 7A: the material number comparison and remittance flow schematic diagram of the hospital decoding system for medical supplies is disclosed;
FIG. 7B: the invention is used for the implementation schematic diagram of the newly added hospital code comparison file of the hospital decoding system of the medical supplies;
FIG. 7C: the invention is used for the implementation schematic diagram of the updated yard code comparison file of the yard decoding system of the medical supplies;
FIG. 7D: the implementation schematic diagram for establishing the SQLite database of the hospital decoding system for the medical supplies is disclosed;
FIG. 8: the implementation operation schematic diagram of the decoding program of the hospital decoding system for the medical supplies is provided;
FIG. 9A: the invention is used for the implementation schematic diagram of the decoding rule setting of the hospital decoding system of the medical supplies;
FIG. 9B: the invention is used for the XML file content schematic diagram of the decoding procedure of the hospital decoding system of the medical supplies;
FIG. 10: the invention is used for the decoding procedure updating flow diagram of the hospital decoding system of the medical supplies;
FIG. 11: the invention is used for the material number comparison updating flow schematic diagram of the hospital decoding system of medical supplies.
Description of the reference numerals
1 Hospital end
11 yard decoding server platform
111 basic data maintenance module
112 material number comparison and import module
113 material number comparison and update module
114 material number contrast file building module
115 coding and decoding module
116 encoding, decoding and updating module
117 yard code inquiry module
12 electronic device
121 bar code picking module
122 decoding procedure
1221 Member Login Module
1222 coding and decoding module
1223 coding-decoding updating module
1224 decoding abnormality recording and reporting module
1225 material number contrast data storage module
1226 yard code inquiry module
2 external server platform
21 coding rule storage and update module
22 decoding program compiling module
23 decoding program member management module
24 decoding abnormal state management module
25 supplier login file building module
The 26 yard code is compared with the synchronization module.
Detailed Description
Other technical matters, features and effects of the present invention will become apparent from the following detailed description of preferred embodiments, which proceeds with reference to the accompanying drawings.
Please refer to fig. 1 to fig. 4, which are schematic diagrams of an overall architecture of a hospital internal decoding system for medical supplies, an architecture of an external server platform, an architecture of a hospital internal decoding server platform and an architecture of a decoding program according to the present invention, and it can be seen from the diagrams that the hospital internal decoding system includes a hospital internal decoding server platform 11 and an electronic device 12 used in a hospital end 1 and an external server platform 2, wherein the external server platform 2 includes a coding rule storage and update module 21, a decoding program compiling module 22, a decoding program member management module 23, a decoding abnormal state management module 24, a supplier login file building module 25 and a hospital internal code comparison synchronization module 26;
the encoding rule storage and update module 21 performs data synchronization with different medical supply encoding units (GS1-128, HIBC, ISBT) to store and update encoding data structure definition rules established by different international medical supply encoding organizations;
the decoding program compiling module 22 is connected to the encoding rule storing and updating module 21, and is configured to compile the encoding data structure defining rules established by different international medical product encoding organizations into a decoding program with an XML format decoding rule, wherein the decoding program is the decoding program compiling module 22 re-compiles the encoding data structure defining rules established by different international medical product encoding organizations into a decodable program by using an extensible markup language (XML); in addition, the member management module 23 of the decoding program is used for managing member data of the member registered in the external server platform 2;
as shown in fig. 9A, the decoding program compiling module 22 can set the standard of coding and decoding and the syntax rule of XML, and through the interface operation as shown in fig. 9A, can output the XML file as shown in fig. 9B, and the XML file is written to form the decoding program through the XML syntax;
in addition, most medical supplies (medical devices) provided by suppliers to hospitals must be applied and registered at different medical supply coding units (GS1-128, HIBC, ISBT), and different medical supply coding units provide a medical supply barcode for different medical supplies, so that the supplier or the medical supply manufacturer must first attach the medical supply barcode (generated according to the applied code data structure definition rule of the international medical supply coding organization) before the medical supplies leave the factory as the identification tag of the medical supplies, although the medical supply barcode itself carries certain data, not all the data can be obtained by decoding the medical supply barcode, and therefore the supplier must log in to the external server platform 2 through the supplier login document module 25, the supplier login file creation module 25 is used to enable different suppliers to log in, and enable different suppliers to perform hospital codes established by themselves for different hospitals corresponding to the commodity codes of different medical supplies, so as to create and update more than one hospital code comparison file in the external server platform 2, and then synchronize the hospital code comparison file to any hospital decoding server platform 11 connected with the external server platform 2 through the hospital code comparison synchronization module 26.
As shown in fig. 5, the procedure of using the decoding program at the hospital end 1 is performed in advance, and the procedure includes the steps of starting 501, performing the basic data maintenance procedure 502 and the material number comparison and import procedure 503, registering the user as a member 504 to use the decoding program, performing the decoding program update procedure 505 and the material number comparison and update procedure 506, and ending the procedure 507.
A plurality of electronic devices 12 (the electronic devices 12 can be handheld intelligent devices, desktop computers or notebook computers) are used in the hospital end 1, wherein the electronic devices 12 are connected with the external server platform 2, the electronic devices 12 include a barcode capturing module 121 and a decoding program 122, wherein the barcode capturing module 121 is used for obtaining a barcode of a medical product (the obtaining mode is reading, and receiving the barcode of the medical product in a wired or wireless data receiving mode), and the decoding program 122 includes a member login module 1221, a coding and decoding module 1222, a coding and decoding updating module 1223, a decoding abnormal record and return module 1224, a material number comparison data storage module 1225 and a hospital code query module 1226;
the member login module 1221 is configured to provide a member login interface for using the decoding program 122 with a member identity, and the encoding and decoding module 1222 is capable of obtaining the decoding program compiled by the external server platform 2 and decoding the barcode of the medical supplies according to the decoding program 122, where the data decoded and read by the barcode of the medical supplies at least includes the barcode type, the commodity code and other detailed data of the barcode of the medical supplies; the encoding/decoding update module 1223 is capable of downloading and updating the decoding program updated and compiled by the decoding program compiling module 22 of the external server platform 2;
the decoding abnormal record and report module 1224 is coupled to the encoding and decoding module 1222, and is used for recording the abnormal situation generated by the decoding by the encoding and decoding module 1222 and reporting the abnormal situation to the decoding abnormal state management module 24 of the external server platform 2, so that the decoding abnormal state management module 24 can report the abnormal state generated in the decoding to the decoding program compiling module 22, and modify the decoding program by the decoding program compiling module 22;
the material number comparison data storage module 1225 is used to store material number comparison tables corresponding to codes of different international medical product coding organizations, and the yard code query module 1226 is connected to the code decoding module 1222 and the material number comparison data storage module 1225, and is used to find out the corresponding yard code in the material number comparison table according to the barcode type and commodity code decoded and read by the code decoding module 1222.
The hospital decoding server platform 11 is disposed in the hospital end 1 and is connected to the external server platform 2 and the decoding program 122, and the hospital decoding server platform 11 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 file creation module 114, an encoding and decoding module 115, an encoding and decoding update module 116, and a hospital code query module 117;
when the material number comparison and file creation module 114 creates the material number comparison table for the first time, the basic data maintenance module 111 and the material number comparison and import module 112 must set and maintain the basic data of the in-hospital decoding system, wherein the basic data includes country type, material number comparison table and abnormal decoding data, the basic data maintenance process is shown in fig. 6A, and the steps are that after starting 601, the country type 602 is inquired, the material number comparison file 603 is inquired and abnormal decoding record 604 is inquired, and finally, the process 605 is ended, and the implementation of the country type inquiry, the material number comparison file and the abnormal decoding record is shown in fig. 6B, fig. 6C and fig. 6D; after the basic data is confirmed, the SQLite database is established;
the flow of building the SQLite database is shown in fig. 7A, and the steps are that after a start 701, an yard code comparison file 702 and a material number comparison file 703 are newly added, the system must be started 704, then an yard code comparison file 705 must be updated first, the SQLite database 706 can be built, and finally the procedure 707 is ended;
as shown in fig. 7B, the material number comparison importing module 112 of the in-hospital decoding server platform 11 can import at least one in-hospital code comparison file, so that the material number comparison documentation establishing module 114 can establish and store more than one in-hospital code comparison files in the material number comparison table (the material number comparison table can be a hospital in-hospital code comparison table, a material number comparison table for establishing logistics merchants, and a material number comparison table for establishing pharmacies), and the material number comparison documentation establishing module 114 can provide the established material number comparison table to the material number comparison data storage module 1225 of the decoding procedure;
the material number comparison and update module 113 is connected to the material number comparison and file creation module 114, and is configured to update data in a material number comparison table stored in the material number comparison and file creation module 114, as shown in fig. 7C, the data can be manually transferred to the yard code comparison file for update; in addition, the encoding/decoding update module 116 is connected to the encoding/decoding module 115 for downloading and updating the decoding program updated and compiled by the decoding program compiling module 22 of the external server platform 2;
finally, as shown in fig. 7D, after the material number comparison file creation module 114 creates a material number comparison table corresponding to codes of different international medical product coding organizations, the material number comparison file can be transmitted to the material number comparison data storage module 1225, so that the decoding program 122 of the electronic device 12 can find out the corresponding hospital code in an off-line manner;
under the normal on-line condition, the barcode capture module 121 of the electronic device 12 reads the barcode of the medical article, and determines whether the barcode of the medical article belongs to the international standard code by using the XML format decoding rule of the decoding program 122, if not, the barcode of the medical article is directly returned without further decoding, and if the barcode of the medical article is determined to be the international standard code, the barcode of the medical article is transmitted to the hospital decoding server platform 11 for decoding, and the coding and decoding module 115 obtains the decoding program compiled by the external server platform 2, and the barcode of the medical article and the commodity code and other detailed data of the group of barcodes of the medical article can be decoded according to the XML format decoding rule of the decoding program, and the result is shown in fig. 8, and then the corresponding barcode and the commodity code can be found in the material number comparison table according to the decoded barcode type and commodity code Yard (not shown);
however, if the decoding program 122 of the electronic device 12 is disconnected from the hospital decoding server platform 11, the decoding program 122 cannot transmit the barcode of the medical product to the hospital decoding server platform 11 for decoding, so the barcode of the medical product can only be decoded by the encoding and decoding module 1222 of the decoding program 122, and then the hospital code query module 1226 finds the corresponding hospital code in the material number comparison table stored in the material number comparison data storage module 1225 according to the barcode type and the commodity code decoded and read by the encoding and decoding module 1222.
The updating process of the decoding program of the encoding-decoding updating module 1223 and the encoding-decoding updating module 116 of the present invention is shown in fig. 10, and the steps are as follows, after beginning 1001, the decoding program compiling module 22 begins to detect whether there is software of an updated version and XML format decoding rules 1002 thereof, if it is determined that there is software of an updated version, the external server platform 2 downloads 1003, and sets downloading rules 1004 (after updating and downloading, it can be stored in the device directory, and can automatically download and update when the device is online), then it is determined whether there is decoding abnormality 1005, if there is decoding abnormality, it inquires the decoding abnormality record 1006 first, then uploads the abnormal data 1007, so if the decoding program fails, it will automatically collect the failed manufacturer and barcode, and establish abnormal data and return to the external server platform 2, the analysis and correction are performed uniformly, and finally the process is terminated 1008.
The material number comparison and update process is shown in fig. 11, and the steps are that after the process is started 1101, the supplier login document creation module 25 is used to log in and upload the hospital code comparison file 1102 by different suppliers, then the system check 1103 is performed, the hospital code comparison file 1104, the material number comparison file 1105 of the logistics provider and the material number comparison file 1106 of the pharmacy are established, then the material number comparison and update module 113 performs the download data 1107,1108,1109, then the query comparison data 1110, 1111, 1112 are performed, and finally the process 1113 is ended.
In addition, after the decoded barcode type and commodity code find out the corresponding hospital code in the material number comparison table, the data can be lost to other systems in the hospital end 1, and the data can be filed, stored and managed according to modules (such as a medical order management module, a billing management module, a storage management module, a nursing information module …, and other modules for managing hospital affairs) to be filed.
Because the definition rules of the coding data structures established by different medical product coding organizations are different, and only a few contents are illustrated in the invention, and the definition rules of the coding data structures established by different medical product coding organizations can gradually update newly added contents, and the definition rules of the coding data structures established by different medical product coding organizations can be updated, so that the invention can not only read the bar codes of the medical products to obtain the bar codes of the medical products, but also identify the bar codes of the medical products according to which medical product coding organization the content of the bar codes belongs to, and can identify the representative content of the bar codes of the medical products by using the identification database established by the definition rules of the coding data structures established by different medical product coding organizations.
Compared with other prior art, the hospital decoding system for medical supplies provided by the invention has the following advantages:
(1) the invention can erect a hospital server in the hospital, and install the decoding rule and decoding program compiled by XML on an electronic device, which can make the user able to read the information contained in the bar code of the medical supplies and the corresponding hospital code by connecting the electronic device to the hospital server or the electronic device, therefore, the hospital decoding can be processed no matter whether the connection is available or not.
(2) The invention uses XML to compile the decoding rules and decoding program, so the software occupies small space, the updating speed is faster than that of the common software, for the hospital, the invention is convenient to use, does not occupy storage space, does not influence the operation speed due to multiple updating, and can increase the use will of the hospital.
(3) The invention can identify the medical supply bar code of the international medical supply coding organization to which the medical supply bar code belongs and decipher the medical supply bar code of the medical supply bar code group, so that a hospital can obtain detailed data included in the medical supply bar code.
(4) The invention can identify the international medical product coding organization to which the medical product bar code on the medical equipment sent by a manufacturer belongs, and deciphers the medical product bar code of the medical product bar code according to the coding data structure definition rule established by different international medical product coding organizations, so that the manufacturer end does not need to additionally paste hospital codes, and a hospital side can decipher the medical product bar codes according with the UDI regulation by the system.
The present invention is not limited to the above embodiments, and those skilled in the art can understand the technical features and embodiments of the present invention and make various changes and modifications without departing from the spirit and scope of the present invention.
Claims (14)
1. An in-hospital decoding system for medical supplies, comprising:
an external server platform comprising:
the coding rule storage and update module is synchronous with the coding unit data of different medical supplies and is used for storing and updating the coding data structure definition rules established by different international medical supply coding organizations; and
a decoding program compiling module which is connected with the coding rule storage and updating module and is used for compiling into a first decoding program with XML format decoding rules by the coding data structure definition rules established by different international medical product coding organizations;
more than one electronic device is used in a hospital end and is connected with the external server platform, and the electronic device comprises a bar code capturing module and a second decoding program, wherein the bar code capturing module is used for obtaining a bar code of a medical supply, and the second decoding program comprises:
the first coding and decoding module can obtain the first decoding program compiled by the external server platform and decode the bar code of the medical supplies according to the XML format decoding rule of the first decoding program, and the data decoded and read by the bar code of the medical supplies at least comprises the bar code type and the commodity code of the bar code of the medical supplies;
the material number comparison data storage module is used for storing material number comparison tables corresponding to codes of different international medical supply coding organizations; and
a first yard code inquiry module, which is connected with the first coding and decoding module and the material number comparison data storage module and is used for finding out the corresponding yard code in the material number comparison table according to the type of the bar code and the commodity code which are decoded and read by the first coding and decoding module; and
a hospital decoding server platform, which is arranged in the hospital end and is connected with the external server platform and the second decoding program, wherein the hospital decoding server platform comprises:
the material number comparison and file creation module is used for storing a material number comparison table corresponding to codes corresponding to different international medical article coding organizations, and the material number comparison and file creation module can provide the established material number comparison table to the material number comparison data storage module of the second decoding program;
a basic data maintenance module, which is connected with the material number comparison and file creation module and is used for setting and maintaining the basic data of the hospital decoding system when the material number comparison and file creation module creates a material number comparison table for the first time, wherein the basic data comprises country class, the material number comparison table and abnormal decoding data;
and the material number comparison and importing module is connected with the material number comparison and file building module and is used for importing at least one yard code comparison file when the material number comparison and file building module builds a material number comparison table for the first time so that the material number comparison and file building module can build the material number comparison table by more than one yard code comparison file.
2. The hospital decoding system for medical supplies of claim 1, wherein the external server platform further comprises a decoding program member management module for managing member data of the members registered in the external server platform.
3. The hospital decoding system for medical supplies according to claim 1, wherein the external server platform further comprises a decoding abnormal state management module for modifying the first decoding program by the decoding program compiling module according to an abnormal state occurring during decoding.
4. The hospital decoding system for medical supplies according to claim 1, wherein the external server platform further comprises a supplier login document creation module for allowing different suppliers to log in and allowing different suppliers to perform hospital codes established by themselves for different hospitals corresponding to the commodity codes of different medical supplies, so as to establish and update more than one hospital code comparison files in the external server platform.
5. The hospital decoding system for medical supplies of claim 1, wherein the second decoding process of the electronic device further comprises a member log-in module for providing a member log-in interface for using the second decoding process with member identity.
6. The hospital decoding system for medical supplies according to claim 1, wherein the second decoding program of the electronic device further comprises a codec updating module connected to the first codec module for downloading and updating the decoding program updated and compiled by the decoding program compiling module of the external server platform and the XML format decoding rule thereof.
7. The hospital decoding system for medical supplies according to claim 1, wherein the second decoding process of the electronic device further comprises a decoding abnormality recording and reporting module connected to the first codec module for recording and reporting the abnormal condition generated by the first codec module.
8. The hospital decoding system for medical supplies according to claim 1, wherein the hospital decoding server platform further comprises a material number comparison updating module connected to the material number comparison filing module for updating data in the material number comparison table stored inside the material number comparison filing module.
9. The hospital decoding system for medical supplies according to claim 1, wherein the hospital decoding server platform is capable of transmitting the obtained barcode of the medical supply to the hospital decoding server platform for decoding when the second decoding program is online, the hospital decoding server platform further comprises a second codec module capable of obtaining the first decoding program compiled by the external server platform and decoding the barcode of the medical supply according to the decoding rule of the XML format of the first decoding program, and the data decoded and read by the barcode of the medical supply at least comprises the barcode type and the commodity code of the barcode of the medical supply.
10. The hospital decoding system for medical supplies according to claim 9, wherein the hospital decoding server platform further comprises a second hospital code query module, the second hospital code query module is connected to the second code decoding module and the material number comparison file building module, and is configured to find out a corresponding hospital code in the material number comparison table according to the barcode type and the product code decoded and read by the second code decoding module.
11. The hospital decoding system for medical supplies according to claim 9, wherein the hospital decoding server platform further comprises a codec update module, connected to the second codec module, for downloading and updating the decoding program and the XML format decoding rule thereof updated and compiled by the decoding program compiling module of the external server platform.
12. The hospital decoding system for medical supplies according to claim 9, wherein when the second decoding process of the electronic device is disconnected from the hospital decoding server platform, the second decoding process cannot transmit the barcode of the medical supply to the hospital decoding server platform for decoding, and only the barcode of the medical supply can be decoded by the first codec module of the second decoding process.
13. The hospital decoding system for medical supplies according to claim 1, wherein the international medical supply coding organization is an organization that proposes coding rules of GS1-128, HIBC, or ISBT.
14. The hospital decoding system for medical supplies of claim 1, wherein the electronic device can be a handheld smart device, a desktop computer, or a laptop computer.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105119505A TWI622952B (en) | 2016-06-22 | 2016-06-22 | In-hospital decoding system for medical supplies |
| TW105119505 | 2016-06-22 |
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| CN107526917A CN107526917A (en) | 2017-12-29 |
| CN107526917B true CN107526917B (en) | 2020-06-19 |
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| CN108337001B (en) * | 2018-01-31 | 2022-03-11 | 深圳开思时代科技有限公司 | Accessory code processing method and device, electronic equipment and storage medium |
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| US6604019B2 (en) * | 1998-05-27 | 2003-08-05 | Nextrx Corporation | Automated pharmaceutical management and dispensing system |
| CN1766917A (en) * | 2004-10-25 | 2006-05-03 | 凌昂资讯股份有限公司 | Medicine management system and method applying RFID and PKI technologies |
| CN101071470A (en) * | 2006-05-12 | 2007-11-14 | 智易科技股份有限公司 | Barcode converting method |
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| TW200419420A (en) * | 2003-02-01 | 2004-10-01 | Baxter Int | System and mtehod for verifying medical device operational parameters |
| WO2004070994A2 (en) * | 2003-02-01 | 2004-08-19 | Baxter International Inc. | Wireless medical data communication system and method |
| WO2008081465A2 (en) * | 2007-01-05 | 2008-07-10 | Bilcare Limited | Interactive smart package - associated device for anti-counterfeit and compliance measures |
| US9235683B2 (en) * | 2011-11-09 | 2016-01-12 | Proteus Digital Health, Inc. | Apparatus, system, and method for managing adherence to a regimen |
| TWM534382U (en) * | 2016-06-22 | 2016-12-21 | Ahop Co Ltd | In-hospital decoding system for medical supplies |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6604019B2 (en) * | 1998-05-27 | 2003-08-05 | Nextrx Corporation | Automated pharmaceutical management and dispensing system |
| CN1766917A (en) * | 2004-10-25 | 2006-05-03 | 凌昂资讯股份有限公司 | Medicine management system and method applying RFID and PKI technologies |
| CN101071470A (en) * | 2006-05-12 | 2007-11-14 | 智易科技股份有限公司 | Barcode converting method |
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| TW201801036A (en) | 2018-01-01 |
| CN107526917A (en) | 2017-12-29 |
| TWI622952B (en) | 2018-05-01 |
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