Reaction container conveying device and reaction container supplementary equipment using the same

Abstract

A reaction container conveying device and reaction container supplementary equipment using the same relate to the technical field of medical devices. The reaction container conveying device includes a conveying mechanism, a transmission mechanism, a driving mechanism and a conveying channel. The sample receiving plate; the transmission mechanism includes the sample feeding transmission assembly that drives the sample feeding plate to reciprocate and the sample receiving transmission assembly that drives the sample receiving plate to reciprocate; the driving mechanism provides driving force for the transmission mechanism; the sample feeding upper surface of the sample feeding plate and the sample receiving plate of the sample receiving plate The upper surface constitutes a part of the conveying channel; when the sample feeding plate moves obliquely upward and the sample receiving plate moves obliquely downward at the same time, the reaction container is transported from the sample feeding upper surface to the sample receiving upper surface; when the sample feeding plate moves obliquely downward and the receiving plate simultaneously When moving towards obliquely upward, the reaction container is transported to the guide channel from the sample receiving upper surface. The reaction vessel conveying device is used for conveying the reaction vessel, which has high transportation efficiency, takes up little space, and saves cost.

Description

technical field [0001] The present invention relates to the technical field of medical devices, in particular, to a reaction container conveying device and a reaction container replenishing device using the same. Background technique [0002] At present, in vitro diagnosis is a widely used diagnostic method in the medical field. It analyzes the chemical composition or chemical reaction of the human body by collecting body fluids, excrement, and secretions, so as to determine the pathological changes of the human body. In vitro diagnostic methods include chemiluminescence analysis, molecular diagnosis, immunodiagnosis and the like. In the period when sudden and highly contagious diseases like the new coronavirus are raging, hospitals need to test a large number of samples every day, and the amount of testing by medical staff is increasing. Therefore, in vitro diagnostic equipment is required to have high work efficiency. [0003] Patent application CN201811115598.3 has discl...

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Problems solved by technology

[0003] Patent application CN201811115598.3 has disclosed a multiple immunoassay analyzer, which has been widely used in hospitals. Although it can complete the detection of samples, the reaction container replenishment device of the equipment (as disclosed in patent application CN201811116731.7 An automatic transfer device) can only accommodate 60 reaction containers at a time, and the medical staff need to replenish the reaction containers in time every 96 minutes to continue testing, which increases the workload for the medical staff and is inconvenient to use

[0004] The reaction vessel conveying device in the commonly used reaction vessel replenishment device is relatively large, which increases the overall volume of the in vitro diagnostic equipment, occupies more medical space, and is costly

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