Endoscope use management traceability management system

Abstract

The invention relates to the technical field of medical instrument management systems, in particular to a traceability management system for endoscope use management, which comprises an endoscope, a use end, a first packaging end and a cleaning end, and is characterized in that the endoscope is an endoscope with an RFID card, the use end is used for a user to use the endoscope for diagnosis and treatment, and the use end comprises a first reader-writer; the first reader-writer is used for writing the endoscope number, the patient number and the diagnosis and treatment time into the RFID card of the endoscope; the first packaging end is used for packaging and sealing the endoscope after diagnosis and treatment; the cleaning end comprises a fourth reader-writer, a cleaning bracelet and a cleaning and disinfecting system. According to the system, the whole use process information of the endoscope can be accurately recorded and stored, including the packaging and transferring process information of the endoscope, the information record is complete, and the information can be uniformly managed, checked and traced in the server, so that a manager can quickly and accurately perform efficient tracing on the recycling process of the endoscope, and the use efficiency of the endoscope is improved. And the method is of great significance to efficient recycling management of the endoscope.

Description

technical field [0001] The invention relates to the technical field of medical device management systems, in particular to a traceability management system for endoscope use management. Background technique [0002] Endoscopes are more and more widely used in medical treatment. Endoscopes must be strictly reprocessed after use before they can be used again. The reprocessing process includes packaging, transshipment, manual cleaning, and machine cleaning after use. Cleaning, storage, packaging, transfer, and use. There is no packaging process in the current reprocessing process. During the transfer, pick-and-place process, the endoscope is in direct contact with the environment and personnel. Without packaging, the contaminated endoscope after use may pollute the environment or personnel; the cleaned endoscope after treatment may be polluted by the environment. [0003] The existing endoscope cleaning technology is limited. The regulations require that the endoscope must be ...

AI Technical Summary

Problems solved by technology

Without packaging, the contaminated endoscope after use may pollute the environment or personnel; the cleaned endoscope after treatment may be polluted by the environment

[0003] The existing endoscope cleaning technology is limited. The regulations require that the endoscope must be cleaned manually before machine cleaning. The cleaning joint is removed from the endoscope, and when the endoscope is put into the machine for cleaning, each pipe interface of the endoscope has to be connected with the cleaning joint of the machine cleaning equipment. The operation is extremely cumbersome and time-consuming.

[0004] At the same time, the existing traceability management system generally only records and traces the endoscope cleaning process, storage, and use process information, without packaging and transshipment process information. Such information is incomplete, and the traceability of the entire endoscope process has not been realized.

The current traceability management system can only record traceability information for a single piece of equipment. To realize the full traceability of each process and use of endoscope reprocessing, it is necessary to integrate various equipment in processing, such as transfer equipment, manual cleaning equipment, and machine cleaning equipment. , storage devices, and diagnosis and treatment equipment are all networked and managed through a set of dedicated software, which is technically difficult and costly

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