Multi-channel liquid path incubation detection and liquid discharge integrated measurement chamber

Abstract

The invention discloses a multi-channel liquid path incubation detection and liquid discharge integrated measurement chamber. The multi-channel liquid path incubation detection and liquid discharge integrated measurement chamber includes adarkroom lower shell, a darkroom upper shell on the upper side of the darkroom lower shell, a rotating shaft is connected into the darkroom lower shell through a bearing, and a heating module arranged on the lower side of the darkroom lower shell; a through hole is formed in one side of the darkroom lower shell, a darkroom turning cover is arranged on the upper side of the darkroom upper shell, a rotor is arranged at the upper end of the rotating shaft,adriven wheel is arranged at the lower end of the rotating shaft; the rotor is provided with a reaction cup placing groove and a detection port, the heating module is internally provided with a heating groove for accommodating a substrate pipe and a reconstitution fluid pipe, and the upper ends of the substrate pipe and the reconstitution fluid pipe are respectively arranged at the upper side of the reaction cup placing groove. Liquid path liquid, heating reaction, liquid heating, constant temperature detection and liquid discharging are integrated, and the multi-channel liquid path incubation detection and liquid discharge integrated measurement chamber has the advantages of being simple in structure, convenient to install and the like.

Description

technical field [0001] The invention relates to the technical field of homogeneous method luminescence detectors, in particular to a multi-channel liquid path incubation, detection and drainage integrated measurement chamber. Background technique [0002] The homogeneous chemiluminescence detector is a commonly used detection instrument. During the detection period, it is generally necessary to add two substances, the substrate and the complex solution, into the cuvette. In order to ensure the detection accuracy, the detection darkroom needs to be heated and kept at 37°C. At the same time, before adding the substrate and the complex solution, the substrate and the complex solution need to be heated by incubation. After heating, the substrate and the complex solution are added. It is supplied to the detection darkroom through the substrate pump and the complex solution pump. After replacing the substrate container and the reconstitution solution container, there will be some...

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Problems solved by technology

After replacing the substrate container and the reconstitution solution container, there will be some air bubbles in the substrate tube and the reconstitution solution tube. In order to discharge the air bubbles, it is necessary to clean the substrate tube and the reconstitution solution tube to discharge the air bubbles. Some homogeneous chemiluminescence detectors generally make incubation and cleaning into one device, and then make detection into one device. In this way, the instrument is not only complicated in structure, cumbersome, troublesome to install, but also cumbersome to use and prone to problems. After incubation, the substrate and complex solution will be lowered to a certain temperature before being sent to the detection darkroom, which will have a certain impact on the detection results.

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