Full-automatic immunofluorescence detection device

Abstract

The invention discloses a full-automatic immunofluorescence detection device, which comprises a main frame. The main frame is provided with a test operation area, a sample adding area and a detection area. The detection area consists of a reagent card tray transmission mechanism, a scanning mechanism and a temperature controlled incubation mechanism. The sample adding area consists of a sample loading mechanism, a Tip head mechanism and a sample adding mechanism. The detection area consists of an optical detection mechanism and detection software. The scanning mechanism and the temperature controlled incubation mechanism are connected to the detection software, the scanning mechanism is disposed at the upper end of the reagent card tray transmission mechanism, the rear end of the reagent card tray transmission mechanism is equipped with a sample adding platform, reagent cards are sent into the temperature controlled incubation mechanism through a push-card-into-incubation mechanism and an incubation card push mechanism, and the temperature controlled incubation mechanism is provided with a laser scanning mechanism. By adopting the full-automatic immunofluorescence detection device provided by the invention, the detection process is automatically completed mechanically, the efficiency is improved, tedious manual operation is saved, automatic detection is realized, and the detection time is saved. Therefore, the full-automatic immunofluorescence detection device is convenient for application to emergency rooms, laboratory departments and other public places, community hospitals and other occasions, has high cost performance and strong market competitiveness, and fills the domestic blank.

Description

technical field [0001] The invention relates to the detection field, in particular to a liquid automatic immunofluorescence detection device. Background technique [0002] At present, in the existing detectors, there are usually only 1-3 detection channels or entrances. In large hospitals, there are many patients who need to be tested, and there are many testing items. The traditional testing equipment can detect up to 3 items, according to the 8-hour system Uninterrupted detection and calculation, up to 150-160 person-times per day, each detection takes a long time, and manual operation is required in the detection process, which wastes manpower and is not efficient. In addition, it is based on GB4793.1-2007 "Measurement, Safety Requirements for Electrical Equipment for Control and Laboratory Part 1; General Requirements", GB / T14710-2009 "Environmental Requirements and Test Methods for Medical Electrical Appliances", YY0648-2008 "Safety Requirements for Electrical Equipment...

AI Technical Summary

Problems solved by technology

[0002] At present, in the existing detectors, there are usually only 1-3 detection channels or entrances. In large hospitals, there are many patients who need to be tested, and there are many testing items. The traditional testing equipment can detect up to 3 items, according to the 8-hour system Uninterrupted detection and calculation, up to 150-160 person-times per day, each detection takes a long time, and manual operation is required in the detection process, which wastes manpower and is not efficient. In addition, it is based on GB4793.1-2007 "Measurement, Safety Requirements for Electrical Equipment for Control and Laboratory Part 1; General Requirements", GB / T14710-2009 "Environmental Requirements and Test Methods for Medical Electrical Appliances", YY0648-2008 "Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Use" Part 2-101: Special Requirements for In Vitro Diagnostic (IVD) Medical Equipment" and other standards, combined with the actual needs of clinical use, the main performance and technical indicators of the detector are formulated as follows:

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