Assembling device of biological reagent plate

Abstract

The invention discloses an assembling device of a biological reagent plate. The assembling device comprises a machine table, a rotating conveying device fixed to the machine table, a lower shell feeding device, a reagent strip hobbing feeding device, a reagent strip assembling detecting device, an upper shell feeding device, an upper and lower shell press-fit device, a press-fit height detection device and a discharging device, wherein the lower shell feeding device, the reagent strip hobbing feeding device, the reagent strip assembling detecting device, the upper shell feeding device, the upper and lower shell press-fit device, the press-fit height detection device and the discharging device surround the edge of the rotating conveying device and are arranged according to the clockwise or counter-clockwise order. Automatic feeding of an upper shell and a lower shell and a series of full-automatic actions such as automatic slitting, automatic assembling, automatic detection and automatic discharging of reagent strips are achieved, and six reagent strips can be cut at a time; 80 to 90 products can be produced in each minute, the product assembling production efficiency is greatly improved, and meanwhile labor cost is reduced.

Description

【Technical field】 [0001] The invention belongs to the technical field of biological reagent board assembly, and in particular relates to a biological reagent board assembly equipment. 【Background technique】 [0002] In the biomedical industry that is currently engaged in the production of in vitro rapid diagnosis test reagent plates, the assembly and assembly of reagent plates is mostly carried out in the following way: first, the reagent strips are cut by a single-knife cutting device, and then manually selected, packaged, and The assembly is carried out within a certain period of time; the assembly section uses manual loading of reagent strips into the lower cover one by one, and then manually covers the cover, after pressing, it is selected by manual appearance inspection and then enters the packaging section. There are the following disadvantages in the production process: [0003] 1) The production efficiency of manual assembly is low (approximately 2 sets of products ...

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Problems solved by technology

[0003] 1) The production efficiency of manual assembly is low (approximately 2 sets of products per person per minute). In order to achieve production capacity, we can only rely on human sea tactics, and the labor cost is high;

[0004] 2) Due to the manual assembly and assembly, the production will cause unstable product quality due to artificial factors;

[0005] 3) Reagent strip cutting adopts single-knife cutting, which has high efficiency, but it cannot be automatically detected, resulting in the need for multiple people to detect and select after cutting, the selection efficiency is low, and it is easy to cause missed detection, resulting in product quality problems;

[0006] 4) After the test card is cut into reagent strips and selected as qualified, when it is stored and used in different sections (workshops), it is easy to cause the risk of scratching the NC film or dropping components, causing troubles to the back-end production

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