Device for reading medical detection kit

Abstract

In order to deal with the special situation of infectious disease outbreak, the invention discloses a device for automatically reading a detection kit, which comprises a reading groove, a light source, an imaging element, a photosensitive element, a microcontroller and a data interface, and the kit added with the sample is inserted into the reading groove, the microcontroller identifies the content and the detection result of the label, and the microcontroller sends out the detection result through the data interface. The detection result of the kit is automatically read, the kit is well matched with a hospital information system, and the labor intensity of medical staff is relieved; multiple kits can be treated at the same time, and the requirement for rapid detection of a large number ofsamples can be met when epidemic outbreak occurs.

Description

technical field [0001] This application relates to the field of medical equipment, especially a device that can automatically read a detection kit and give a result. Background technique [0002] When an infectious disease such as new coronary pneumonia breaks out, in a short period of time, hospitals need to test whether a large number of people are infected. Detection reagents mainly include two types: one is nucleic acid detection reagents, and the other is antibody detection reagents, among which antibody detection reagents include colloidal gold method, magnetic particle chemiluminescence method, etc. [0003] Antibody detection technology has some advantages: convenient and accurate sampling, it can also detect early-stage infections, the test speed is fast, and medical staff can quickly master it, especially the colloidal gold method, which is easy to operate and has been popularized and promoted. [0004] To use test paper in the colloidal gold method, it is necessa...

AI Technical Summary

Problems solved by technology

[0007] When an infectious disease breaks out, a large number of people have to be tested, and there are a large number of kits with samples added, and medical staff are prone to make mistakes, such as not remembering or misremembering the specific time when a kit was added with samples, or after effective observation The maximum value of time has not observed the kit, or used the wrong kit, resulting in incorrect test results

[0008] The label area on the kit can be used to record information, but the label area is too small. When medical staff need to read and record information directly, the label area is not enough to record enough information

[0009] Most modern hospitals have completed information transformation. After the medical staff read the test results, they need to manually enter the test results into computers and other network terminals, which is not only time-consuming, but also error-prone. High intensity, extreme fatigue, error-prone, and lack of time to enter results

[0010] The existing technology has the following problems: relying on the medical staff to time and read the test results, relying on the medical staff to input the test results into the computer, the medical staff may make mistakes, it cannot cooperate well with the hospital's information system, and cannot adapt to the special circumstances of the outbreak. However, the information recorded in the label area is less directly readable by humans

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