Sample acceptance checking system for clinical laboratory

Abstract

The invention discloses a sample acceptance checking system for a clinical laboratory. The system comprises a sample signing device, a sample placement area, a sample conveying device and a sample grabbing device. The sample signing device comprises a computer host and a sample scanner. The data exchange is conducted between the computer host and a laboratory LIS system. The sample scanner is connected with the computer host and is used for scanning the two-dimensional code information on a sample. The sample placement area comprises a general sample placement area, a special sample placementarea and a cold storage area. The sample conveying device comprises a conveyor belt configured to penetrate through the sample placement area, and a plurality of sample operation loading devices detachably arranged on the conveyor belt. The sample grabbing device is arranged in the internal upper space of the sample placement area. According to the invention, the informatization technology and thesample signing and acceptance checking technology in a clinical laboratory are perfectly combined. The sample signing system can carry out signing on samples. After samples are signed, the samples are automatically checked and recorded in the laboratory LIS system under the control of a computer information system. Therefore, the working efficiency is improved.

Description

technical field [0001] The invention relates to a clinical laboratory specimen check and collection system. Background technique [0002] At present, most laboratories use the specimen receipt system only to be satisfied with the receipt of specimens. After the specimens are signed, the inspection department needs to add 4-5 additional staff members to process the specimens, which increases the expenditure of the inspection department to a certain extent, and in In the case of a large number of specimens, confusion is likely to occur, and the speed of specimen processing also has some potential problems due to the enthusiasm and responsibility of the staff. For example, delay in processing specimens after receipt of specimens results in prolonged TAT time, and specimens are not refrigerated in time, resulting in the loss of ingredients. Variation in results caused by changes. On the other hand, the specimen processing staff have to deal with a large number of specimens and ...

AI Technical Summary

Problems solved by technology

[0002] At present, most laboratories use the specimen receipt system only to be satisfied with the receipt of specimens. After the specimens are signed, the inspection department needs to add 4-5 additional staff members to process the specimens, which increases the expenditure of the inspection department to a certain extent, and in In the case of a large number of specimens, confusion is likely to occur, and the speed of specimen processing also has some potential problems due to the enthusiasm and responsibility of the staff. For example, delay in processing specimens after receipt of specimens results in prolonged TAT time, and specimens are not refrigerated in time, resulting in the loss of ingredients. Variance in results caused by changes

On the other hand, the specimen processing staff have to deal with a large number of specimens and different types of specimens every day, and they are also faced with communicating with patients. Sometimes some doctor-patient disputes occur due to untimely communication, which increases the patient's concern for the hospital system. dissatisfaction, and at the same time increase the handling of patient complaints by the laboratory

In general, the current laboratory specimen receiving system requires a lot of expenditure in terms of manpower, material resources and financial resources

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