Feeding device, medical equipment and feeding method

Abstract

The invention discloses a feeding device, medical equipment and a feeding method. The feeding device comprises: a conveying jig which is used for placing a material box and can move horizontally and linearly between a near-end position and a far-end position; a horizontal movement driving mechanism which drives the conveying jig to move horizontally and linearly; a suction nozzle connecting pipe; and a moving mechanism which drives the suction nozzle connecting pipe to move, so that the suction nozzle connecting pipe can limit the material box on the conveying jig to move from the far-end position to the near-end position along with the conveying jig. According to the scheme, the suction nozzle connecting pipe is driven by the moving mechanism to limit movement of the material box along with the conveying jig, when the conveying jig moves back to the near end for feeding, the material box on the conveying jig can be automatically separated from the conveying jig, manual discharging is not needed, the automation degree is high, and the material changing efficiency is conveniently improved.

Description

technical field [0001] The invention relates to the field of automated medical equipment, in particular to a feeding device, medical equipment and a feeding method. Background technique [0002] Cycling-enhanced fluorescent immunoreaction is a highly sensitive fluorescent immunoreaction, which enhances the intensity of fluorescent signal through certain methods, thus making it possible to detect low-concentration targets. [0003] It is the general trend to realize this reaction and corresponding detection through automated equipment. In automatic detection, it is necessary to draw different test liquids through suction nozzles and add the test liquids to the reagent strips to achieve corresponding reactions. Usually a set of The suction nozzles are stored in a material box, and then the material box is transported to the equipment for use by the delivery jig. After all the suction nozzles in a material box are used up, the material box needs to be replaced, and the empty ma...

AI Technical Summary

Problems solved by technology

[0003] It is the general trend to realize this reaction and corresponding detection through automated equipment. In automatic detection, it is necessary to draw different test liquids through suction nozzles and add the test liquids to the reagent strips to achieve corresponding reactions. Usually a set of The suction nozzles are stored in a material box, and then the material box is transported to the equipment for use by the delivery jig. After all the suction nozzles in a material box are used up, the material box needs to be replaced, and the empty material is transported by the delivery jig. The cartridge is transported to the proximal position for replacement. When replacing the cartridge, the cartridge on the delivery jig is usually removed manually and a new cartridge is placed. Such replacement is inefficient and requires frequent manual intervention.

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