Colloidal gold test paper card automatic card transfer device

Abstract

The invention provides an automatic card adding and conveying device of colloidal gold test paper cards. The device comprises a mounting base. A card box, a card box fixing base, a test paper card push-out assembly, a conveying pallet and a test paper card conveying driving assembly are installed on the mounting base. The card box fixing base is provided with a card box mounting concave chamber so that the card box is inserted and is fixed in the card box mounting concave chamber. A front end and a back end of the card box fixing base are respectively provided with a pushing rod insert opening and a test paper card outlet opening. The test paper card push-out assembly is arranged on the front end of the card box fixing base. A pushing rod of the push-out assembly can be inserted into the card box mounting concave chamber through the pushing rod insert opening for pushing out a test paper card in the card box from the test paper card outlet opening. The conveying pallet is arranged on the back end of the card box fixing base. An input end of the conveying pallet is connected to the test paper card outlet opening. The test paper card conveying driving assembly is arranged under the conveying pallet. A conveying hook stretches out to the conveying pallet and moves back and forth for conveying the test paper cards to a detection work station so that a continuously automatic card adding operation is achieved. The device is high in conveying efficiency, is accurate in detection, is simple in structure, is easy to manufacture and maintain, and is low in cost.

Description

technical field [0001] The invention belongs to the technical field of test paper card adding card transmission equipment, in particular to a colloidal gold test paper card automatic card adding transmission device for medical equipment in vitro testing equipment. Background technique [0002] At present, there are many problems in today's in vitro testing equipment for medical devices. For example, the current in vitro testing equipment cannot realize the function of continuous and automatic card loading and transmission, so it is necessary to manually add cards for testing, which is not only inefficient, but also It is also easy to contaminate the colloidal gold test paper card. At the same time, due to manual card addition, the operation is slow and inconvenient, and it is easy to cause the colloidal gold test paper card to open, which is affected by external factors, so it will affect the accuracy of the final test result to a certain extent. , these defects make in vitr...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many problems in today's in vitro testing equipment for medical devices. For example, the current in vitro testing equipment cannot realize the function of continuous and automatic card loading and transmission, so it is necessary to manually add cards for testing, which is not only inefficient, but also It is also easy to contaminate the colloidal gold test paper card. At the same time, due to manual card addition, the operation is slow and inconvenient, and it is easy to cause the colloidal gold test paper card to open, which is affected by external factors, so it will affect the accuracy of the final test result to a certain extent. , these defects make it impossible for the in vitro testing equipment to realize the function of the colloidal gold test paper card, reducing the effect of the colloidal gold test paper card

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