Intelligent laboratory inspection process auxiliary method, device and system

Abstract

The invention relates to the technical field of intelligent inspection, and discloses an intelligent laboratory inspection process auxiliary method, device and system, and the method comprises the steps: receiving an inspection request sent by a client, and feeding back a business number; receiving a sample, endowing the sample with a readable sample label, and storing the sample into a corresponding sub-warehouse as required; sending the inspection request to a service management system and carrying out inspection task allocation and sorting. According to the invention, self-service sample sending and detection demand expression services can be provided for detection customers; service request collection, sample signing, storage and sample circulation are integrally completed, the workingefficiency is improved, in addition, the time required for sample detection completion can be fed back in time according to different requirements, the attention of a user to the progress is perfected, and the system and the method have relatively high practical value and wide application prospect.

Description

technical field [0001] The invention relates to the technical field of intelligent inspection, and in particular to an auxiliary method, device and system for an intelligent laboratory inspection process. Background technique [0002] Laboratory sample management is an important part of the daily management of the laboratory. Sample safety management is an important guarantee for the laboratory to issue test data. The laboratory has always attached great importance to the safety management of samples. According to the requirements for the disposal of testing and calibration items (samples) in clause 5.8 of CNAS-CL01 "Quality Accreditation Guidelines for Testing and Calibration Laboratories", in the laboratory sample management process, sample receipt, sample distribution, storage and return of surplus samples Most of the processes such as processing and disposal are carried out away from the computer, and these processes require two-way fast feedback of data for sample manag...

AI Technical Summary

Problems solved by technology

For example, if the current traditional method of adding a computer with a scanning gun or manually inputting the sample number is used, the mobility is poor, the information feedback in the database is seriously lagging behind, and it is difficult to realize on-site management of the sample. At the same time, many data information of these traditional operations still rely on the brain Rote memorization requires high personnel quality, high labor intensity, low work efficiency, and is prone to various errors, seriously affecting the normal flow of samples in the laboratory

[0003] In addition, existing users with testing needs need to communicate with the business department of the testing agency on site, put forward the testing demand, wait for the business department to inquire, and get whether the test is possible. At the same time, the testing laboratory needs to give feedback to roughly know the test completion time or Assign tasks. In addition, the receiving of samples also requires the cooperation of inspectors to know how to store them. The efficiency is too low, the user experience is poor, and the human labor is too much.

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