Incubating device of full-automatic electrochemiluminescence immunity analyzer

Abstract

The invention discloses an incubating device of a full-automatic electrochemiluminescence immunity analyzer. The incubating device comprises a support, an incubating tray, a temperature-control heating diaphragm, a code disc, a motor and a synchronous belt, the incubating tray is in the shape of a round box, a plurality of incubating tray holes are formed on multiple concentric circles inside the incubating tray, and incubating cups are placed in the incubating tray holes and combined according to circular-arc section areas equally divided on the incubating tray to form an incubating cup set; a plurality of code teeth which are divided equally are arranged on the periphery of the code disc, angle positions of the incubating cups on the incubating tray can correspond to those of the code teeth on the code disc, and a code disc rotating accuracy sensor and a code disc zero-position sensor are arranged below the code disc. The incubating device has the advantages that the code disc, the code disc zero-position sensor and the code disc rotating accuracy sensor are arranged to control the incubating tray to rotate accurately, incubating reaction of batch samples can be realized at the same time, temperature can be controlled, and the whole incubating cup set can be replaced, so that manpower can be saved greatly, convenience is brought to production and maintenance, and incubating efficiency of the incubating device is improved.

Description

technical field [0001] The invention relates to the technical field of medical devices, and more specifically, the invention relates to an incubation device for a fully automatic electrochemiluminescence immunoassay analyzer. Background technique [0002] In modern medical testing, when detecting and analyzing human extracts, it is necessary to simulate the ambient temperature of the human body, and an incubation device is generally used. In order to meet the increasing inspection requirements, existing incubation devices generally adopt a plate structure and arrange more incubation positions on the plate. At this time, after the incubation reaction is completed, changing the reaction carriers at different incubation positions becomes a relatively cumbersome and error-prone matter, which causes a considerable waste of manpower. Placing sensors at each reaction carrier position will be quite complicated in terms of structure and control, and will cause troubles in the produc...

AI Technical Summary

Problems solved by technology

At this time, after the incubation reaction is completed, changing the reaction carrier at different incubation positions becomes a relatively cumbersome and error-prone matter, which causes considerable waste of manpower.

Placing sensors at each reaction carrier position will be quite complicated in structure and control, and will bring troubles in the production process

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