A medical reagent card automatic assembly machine

Abstract

The invention discloses an automatic assembling machine for medical reagent cards, comprising an assembling unit. An upper shell feeder and a lower shell feeder are arranged outside the assembly unit, and the upper shell feeder and the lower shell feeder are close to the assembling unit. An upper shell conveyor and a lower shell conveyor are respectively installed on one side, and an assembly conveyor is installed on the side of the assembly unit away from the upper shell feeder and the lower shell feeder, and the upper shell conveyor and the lower shell conveyor are installed. One end away from the upper shell feeder and the lower shell feeder penetrates the side wall of the assembly unit. In the present invention, an assembly conveyor is arranged inside the assembly unit, and the automatic clamping manipulator is controlled to clamp and place the thermal image strips cut by the thermal image strip cutting device in the upper shell, and then the automatic assembly manipulator will move the lower shell. The lower shell conveyed by the conveying device is clamped above the upper shell and pressed together by the pressing plate, so that the automatic assembly of the reagent card can be realized.

Description

technical field [0001] The invention relates to the technical field of medical reagent production, in particular to an automatic assembling machine for medical reagent cards. Background technique [0002] The medical reagent card is a detection card with a thermal strip wrapped inside the shell, which is convenient for its transportation, storage, and easy to use. Therefore, it can be used as a reagent that can be detected by itself, and has been widely used in the detection of various diseases. In its production process, it is necessary to cut the formed thermal reagent paper into individual thermal strips, and then install them inside the plastic casing to realize the overall assembly of the reagents; [0003] The existing technology has the following disadvantages: in the existing assembly machinery, the distribution of assembly devices is loose, the distribution of materials is loose, and the assembly stations are difficult to concentrate, resulting in low efficiency dur...

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Problems solved by technology

[0003] The existing technology has the following disadvantages: in the existing assembly machinery, the distribution of assembly devices is loose, the distribution of materials is loose, and the assembly stations are difficult to concentrate, resulting in low efficiency during actual assembly, and there are certain problems when cutting reagent paper. Therefore, when using the automatic mechanical arm to pick up the thermal strip, it is very easy to attach redundant thermal strips, which greatly affects the accuracy of thermal strip cutting and reduces the assembly efficiency of the device

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