A long strip in-situ cutting conveying system

Abstract

The invention discloses a long strip in-situ cutting and conveying system. The long strip in-situ cutting and conveying system comprises a long strip cutting device, a first conveying device and a long strip carrier; long strips stay to be located on the long strip carrier after being conveyed for a certain distance by using the first conveying device. The long strip in-situ cutting and conveying system has the advantages that the cut long strips are accurately pressed and located in a physical manner by using the long strip cutting device and a long strip locating device; through being longitudinally located, transversely located and vacuum-adsorbed to the long strip carrier, the transversely conveyed long strips can be located in an adjusting manner and can be adsorbed to the long strip carrier so as to prevent secondary offset and improve the assembling accuracy; through reasonable mechanical locating, a visual identification system is eliminated in the working station, so that the long strips are assembled and fixed more conveniently and rapidly, and the production efficiency is enhanced.

Description

technical field [0001] The invention relates to the technical field of strip cutting and clamping, in particular to a long strip in-situ cutting conveying system. Background technique [0002] At present, there are two cutting production processes for biomedical diagnostic test strips: one is rolling cutting, and the other is chopping. In the conventional cutting production, the strip-shaped test strips for diagnosis and testing are cut into long strips (for example: length x width is 60x 4mm), and the test strips go down from the cutting position along the lower knife surface and the guide plate. Slide down and fall into a container, then manually put the finished test strip into the bottom card of the plastic card box, then manually cover the face card of the card box, and finally press the bottom card and the face card by a card press machine tight. This method of manually assembling the test paper cartridge is not only inefficient, but also cannot guarantee the quality...

AI Technical Summary

Problems solved by technology

[0004] There must be reciprocating motion in the three-dimensional direction of the manipulator. If the image recognition of the position of the test paper is required during this reciprocating motion, there must be a speed limit. At present, the machines on the market generally stay at 20-30 strips per minute, and it is difficult to improve

Compared with manual operation, such a manipulator card loading system has no advantage in efficiency

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