Automated integrated type test system

Abstract

The invention discloses an automated integrated type test system. The automated integrated type test system comprises a server platform, a test tube storage space, one or more test tube preparation stations, one or more specimen collection stations and one or more test rooms at a minimum, wherein multiple unsampled test tubes are stored in the test tube storage space; the server platform is used for controlling and recording operation of the automated integrated type test system; the test tube preparation stations can automatically take the new unsampled test tubes out of the test tube storagespace and deliver the new unsampled test tubes into the specimen collection stations; and after specimen collection is conducted through the specimen collection stations, sampled test tubes can be automatically delivered to the test rooms for classification and test. The automated procedure is adopted in the whole process from collection to test, and therefore, the handling opportunities that medical workers or patients deliver the test tubes with specimens can be reduced; and by means of the automated procedure, integral test efficiency can be improved, and the wrong delivery circumstance isavoided.

Description

technical field [0001] The invention relates to an automatic integrated inspection system, especially a system capable of automatic processing from collection to inspection. Background technique [0002] With the advancement of the medical industry and the development of the electronic industry, many medical testing instruments are very automated, but at present, the calculation of the specimen test tubes is carried out manually. In terms of urine testing, the general traditional method is by After the sanitary cup is provided by the medical institution, the patient will go to the toilet to collect the urine, and then pour the urine into the test tube, and the test tube must be transferred to the laboratory by the medical staff or the patient, and then put into the relevant test tube by the test staff. instrument for testing; [0003] From the perspective of blood tests, the current blood samples after blood drawing must be manually put into the instrument before they can b...

AI Technical Summary

Problems solved by technology

[0002] With the advancement of the medical industry and the development of the electronic industry, many medical testing instruments are very automated, but at present, the calculation of the specimen test tubes is carried out manually. In terms of urine testing, the general traditional method is by After the sanitary cup is provided by the medical institution, the patient will go to the toilet to collect the urine, and then pour the urine into the test tube, and the test tube must be transferred to the laboratory by the medical staff or the patient, and then put into the relevant test tube by the test staff. Instruments can be tested;

[0003] From the perspective of blood tests, the current blood samples after blood drawing must be manually put into the instrument before they can be centrifuged or directly entered into the instrument for testing. It is a waste of manpower, and for one-time operation, medical staff often collect a certain number of test tubes with specimens before sending them to the laboratory, which will prolong the overall inspection the time required;

[0004] In addition, if the process of delivery or inspection is carried out by manpower, it is likely to lead to mistaking or misdelivery, which will cause unpredictable situations.

[0005] In addition to the above-mentioned problems, the current traditional inspection system cannot skip the samples of urgent items and pass through the customs quickly to meet the time requirements of urgent items. Therefore, the inspectors must centrifuge or perform other treatments outside the automated system, and then manually The processed samples are put into the testing equipment for testing

[0006] Therefore, it can be seen from the above that manual processing procedures will cause many problems, so how to automate the process of collecting and testing is very important. In addition, since most systems currently operate independently and There is no integration, so it cannot cooperate with the operation of other units in the hospital, so it cannot serve customers (patients and medical staff) more effectively, but through the system of the present invention, it will be able to automate the process of collecting and testing, and integrate the hospital operation of other units, so the present invention should be a best solution

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