CN108304529B - Cloud mode-based data decoding method for medical inspection equipment - Google Patents
Cloud mode-based data decoding method for medical inspection equipment Download PDFInfo
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- CN108304529B CN108304529B CN201810076335.XA CN201810076335A CN108304529B CN 108304529 B CN108304529 B CN 108304529B CN 201810076335 A CN201810076335 A CN 201810076335A CN 108304529 B CN108304529 B CN 108304529B
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
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Abstract
The invention discloses a data decoding method for medical inspection equipment based on a cloud mode. A, according to the manufacturer and the model of the inspection equipment, confirming that the inspection equipment is decoded and registered in the cloud platform; b. for the inspection equipment which has been decoded and registered on the cloud platform, data acquisition software is directly deployed on a workstation computer corresponding to the inspection equipment, and inspection result data A1 of the inspection equipment is collected; c. carrying out primary format and code conversion on the A1 to obtain data A2 with uniform format and code; d. after the cloud platform receives the data A2, the cloud platform calls a corresponding database storage process according to the manufacturer and model of the corresponding check equipment registered in the cloud platform, and decodes the data in the storage process to obtain final result data B, and stores the final result data B in the database. The invention has the characteristics of flexible and convenient decoding mode setting, strong universality, easy maintenance, quick implementation and the like.
Description
Technical Field
The invention relates to a decoding method of medical inspection equipment, in particular to a decoding method of medical inspection equipment based on a cloud mode.
Background
The inspection equipment of the clinical laboratory in the hospital is workstation software of a manufacturer, the workstation software receives and prints inspection data of the equipment, and the result data cannot be interconnected and intercommunicated with the hospital integral information system, so that a professional medical inspection system is required to uniformly acquire and analyze inspection results of equipment of different manufacturers and different types in the clinical laboratory, and the inspection equipment is interconnected and intercommunicated with other information systems in the hospital. In the conventional medical inspection system, a server is deployed in a hospital by adopting a conventional software deployment mode, and data of inspection equipment is received and analyzed by data acquisition software deployed in an inspection department and then stored in the server. The deployment mode of the traditional information checking system is inconvenient for quick implementation of the system, cannot quickly copy the analysis mode of the decoded equipment, and is also inconvenient for data maintenance in the future.
In summary, the existing method for checking the data decoding of the device has the characteristics of inconvenient decoding, poor universality, difficult maintenance and low implementation efficiency.
Disclosure of Invention
The invention aims to provide a data decoding method of a medical inspection device based on a cloud mode. The invention has the characteristics of flexible and convenient decoding mode setting, strong universality, easy maintenance, quick implementation and the like.
The technical scheme of the invention is as follows: a decoding method of medical inspection equipment based on a cloud mode is completed according to the following steps,
a. confirming that the inspection equipment is decoded and registered in the cloud platform according to the manufacturer and the model of the inspection equipment;
b. for the inspection equipment which has been decoded and registered on the cloud platform, data acquisition software is directly deployed on a workstation computer corresponding to the inspection equipment, and inspection result data A1 of the inspection equipment is collected;
c. carrying out primary format and code conversion on the inspection result data A1 to obtain data A2 with uniform format and code;
d. after the cloud platform receives the data A2, the cloud platform calls a corresponding database storage process according to the manufacturer and model of the corresponding check equipment registered in the cloud platform, and decodes the data in the storage process to obtain final result data B, and stores the final result data B in the database.
In step b of the cloud-mode-based medical inspection equipment data decoding method, for inspection equipment which is not subjected to decoding registration on the cloud platform, a network communication mode of the inspection equipment is confirmed, data acquisition software is deployed, and parameters of the network communication mode are set to collect inspection result data a1 of the inspection equipment;
in the step d, writing a decoding storage process of the inspection equipment in the cloud platform according to the obtained data A2 for the inspection equipment which is not subjected to decoding registration in the cloud platform, and simultaneously performing cloud platform registration of the inspection equipment; after registration, after the cloud platform receives the data A2, the manufacturer and the model of the corresponding inspection equipment are obtained, then the corresponding database storage process is called, the data is decoded in the storage process, and the visual inspection result data B is obtained and stored in the database.
In step c of the cloud mode-based medical examination device data decoding method, the examination result data a1 is subjected to preliminary format and code conversion to obtain data a2 with uniform format and code, and the data acquisition software is used for performing preliminary format and code conversion on the examination result data a1 to obtain data a2 with uniform format and code.
In the step d of the method for decoding data of medical inspection equipment based on the cloud mode, the data is decoded in the storage process to obtain final result data B, and the final visual inspection result data B is obtained by analyzing and storing detailed structure data in the corresponding database storage process.
Compared with the prior art, the invention can carry out data decoding service on the inspection equipment registered on the cloud platform without decoding again, only needs to directly deploy acquisition software, and meanwhile, the data format or code changes due to the upgrade of equipment manufacturers in the future, only needs to change the corresponding data analysis and storage process in the cloud platform, and can meet the new data coding mode without the need of reconfiguring implementation personnel to the hospital field, thereby greatly reducing the system implementation difficulty and time, further leading the decoding to be more flexible and convenient, having higher implementation efficiency and reducing the system maintenance cost as much as possible. The decoding method effectively realizes the standardization of the data decoding of the inspection result, and performs unified management on the data decoding of the inspection equipment, so that the decoding management and maintenance are more convenient and the universality is stronger. In order to realize the uniform decoding of data, the inspection result data A1 directly obtained from the equipment is subjected to uniform format and code conversion by data acquisition software to obtain data A2, then the data A2 is uniformly uploaded to a cloud platform by the data acquisition software, then different data processing and storing processes are called according to the registered manufacturer and model information of the inspection equipment in the platform to obtain data B, and the data B is stored in the cloud platform. The butt joint work of the inspection equipment is very convenient to carry out by implementing personnel according to actual needs, the operation is convenient, and the display is visual.
In conclusion, the invention has the characteristics of flexible and convenient decoding mode setting, strong universality, easy maintenance, quick implementation and the like.
Detailed Description
The present invention is further illustrated by the following examples, which are not to be construed as limiting the invention.
Example 1. A method for decoding data of medical inspection equipment based on a cloud mode is completed according to the following steps,
a. confirming that the inspection equipment is decoded and registered in the cloud platform according to the manufacturer and the model of the inspection equipment;
b. for the inspection equipment which has been decoded and registered on the cloud platform, data acquisition software is directly deployed on a workstation computer corresponding to the inspection equipment, and inspection result data A1 of the inspection equipment is collected;
c. carrying out primary format and code conversion on the inspection result data A1 to obtain data A2 with uniform format and code;
d. after the cloud platform receives the data A2, the cloud platform calls a corresponding database storage process according to the manufacturer and the model of the corresponding check equipment registered in the cloud platform, and the data is decoded in the storage process to obtain final result data B, and the final result data B is stored in the database of the cloud platform.
The data acquisition software is data acquisition software based on a Lis system, and the data acquisition software can be used as a TCP client to receive data; the data acquisition software can be used as a TCP server to receive data; the data acquisition software can read data files and receive data; the data acquisition software can read database files (sqlserver and access) and receive data; the data acquisition software can monitor the cross port and receive data; the data acquisition software can receive data through UDP.
In the step b, for the inspection equipment which has not been decoded and registered on the cloud platform, the network communication mode of the inspection equipment (for example, the network communication mode is determined to be TCP, UDP or RS-232) is confirmed, data acquisition software is deployed, and parameters of the network communication mode are set to collect inspection result data a1 of the inspection equipment;
in the step d, writing a decoding storage process of the inspection equipment in the cloud platform according to the obtained data a2 for the inspection equipment which is not subjected to decoding registration in the cloud platform, and simultaneously performing cloud platform registration of the inspection equipment; after registration, after the cloud platform receives the data A2, the manufacturer and the model of the corresponding inspection equipment are obtained, then the corresponding database storage process is called, the data is decoded in the storage process, and the visual inspection result data B is obtained and stored in the database.
In the foregoing step c, the preliminary format and code conversion is performed on the inspection result data a1 to obtain data a2 with a unified format and code, and the preliminary format and code conversion is performed on the inspection result data a1 by the data acquisition software to obtain data a2 with a unified format and code.
In the step d, the decoding of the data is performed in the storage process to obtain the final result data B, and the final visual inspection result data B is obtained by analyzing and storing the detailed structure data in the corresponding database storage process.
By the method, data decoding of different inspection equipment of different hospitals can be conveniently realized (for example, uniform data coding and format conversion is carried out on inspection equipment result data A1 of various manufacturers and models and is converted into codes (such as a GB2312 coding mode) and formats (such as an xml format) which can be identified in a platform), so that an implementer can rapidly implement the medical inspection system, the implementer can rapidly carry out remote maintenance work without directly operating on a cloud platform on the site of a hospital, and the operation is visual and convenient.
Claims (3)
1. A data decoding method for medical inspection equipment based on a cloud mode is characterized in that: the method is completed according to the following steps,
a. confirming that the inspection equipment is decoded and registered in the cloud platform according to the manufacturer and the model of the inspection equipment;
b. for the inspection equipment which has been decoded and registered on the cloud platform, data acquisition software is directly deployed on a workstation computer corresponding to the inspection equipment, and inspection result data A1 of the inspection equipment is collected;
c. carrying out primary format and code conversion on the inspection result data A1 to obtain data A2 with uniform format and code;
d. after the cloud platform receives the data A2, calling a corresponding database storage process according to the manufacturer and the model of the corresponding inspection equipment registered in the cloud platform, and decoding the data in the storage process to obtain final result data B, wherein the final result data B is stored in the database;
in the step b, for the inspection equipment which is not decoded and registered on the cloud platform, confirming the network communication mode of the inspection equipment, deploying data acquisition software, and setting parameters of the network communication mode for collecting inspection result data A1 of the inspection equipment;
in the step d, writing a decoding storage process of the inspection equipment in the cloud platform according to the obtained data A2 for the inspection equipment which is not subjected to decoding registration in the cloud platform, and simultaneously performing cloud platform registration of the inspection equipment; after registration, after the cloud platform receives the data A2, the manufacturer and the model of the corresponding inspection equipment are obtained, then the corresponding database storage process is called, the data is decoded in the storage process, and the visual inspection result data B is obtained and stored in the database.
2. The method for cloud mode-based medical inspection device data decoding of claim 1, wherein: in the step c, the inspection result data a1 is subjected to preliminary format and code conversion to obtain data a2 with uniform format and code, and the data acquisition software is used for performing preliminary format and code conversion on the inspection result data a1 to obtain data a2 with uniform format and code.
3. The method for cloud mode-based medical inspection device data decoding of claim 1, wherein: in the step d, the decoding of the data is performed in the storage process to obtain the final result data B, and the detailed structural data is analyzed and stored in the corresponding database storage process to obtain the final visual inspection result data B.
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| CN108922583A (en) * | 2018-08-10 | 2018-11-30 | 青岛大学附属医院 | It is a kind of for the liquid handling of medical test, transfer device and its method |
| CN109935288A (en) * | 2019-03-08 | 2019-06-25 | 厦门纳龙科技有限公司 | A kind of POCT device data management method, system and computer installation |
| CN113779086B (en) * | 2021-08-27 | 2024-04-30 | 深圳百斯特控制技术有限公司 | Power station equipment data acquisition method, device, equipment and storage medium |
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