A biochip detector

Abstract

The invention discloses a biochip detector. The biochip detector is characterized in that a shell body and an image displaying mechanism are included; a light source mechanism, a biochip loading mechanism and an image capturing mechanism are arranged in the shell body, the light source mechanism is arranged under the biochip loading mechanism, the image capturing mechanism is arranged over the biochip loading mechanism, and the image capturing mechanism is electrically connected with the image displaying mechanism. The biochip detector has the advantages that a biochip is loaded by the biochip loading mechanism, a light source is supplied to the biochip through the light source mechanism, and then the image capturing mechanism captures image information in the biochip and transmits the captured image information to the image displaying mechanism; the structure is simple, the portability is good, and a more accurate observation result can be obtained.

Description

technical field [0001] The invention relates to a detector, in particular to a biochip detector. Background technique [0002] At present, people mainly use two methods for the detection and research of biochips. One is to observe the biochips with the naked eye of the human body with the help of a microscope, and then analyze and research according to the observed results; the other is to use a scanner. , scan the biochip, input the scanning results into the computer, observe through the computer, and conduct in-depth research based on the observation results. [0003] The above two methods mainly have the following problems: the former uses a microscope to observe the biochip with the naked eye of the human body, but it is difficult to record the observation results, and can only draw a sketch of the observation results while observing, which requires high drawing ability of the observer , so this detection and research method is not only inconvenient to record the observ...

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Problems solved by technology

[0003] The above two methods mainly have the following problems: the former uses a microscope to observe the biochip with the naked eye of the human body, but it is difficult to record the observation results, and can only draw a sketch of the observation results while observing, which requires high drawing ability of the observer , so this method of detection and research is not only inconvenient to record the observation results, but also difficult to guarantee the accuracy of the observation results, thus affecting the follow-up research to a certain extent; As a result, the scanner and the computer must coexist in this detection method, and both are indispensable. If there is only a scanner, although the biochip can be scanned, the scanning result cannot be displayed, and if only the computer is used, the biochip cannot be scanned. , the observation results are also not obtained, and the scanner and the computer are relatively large in size, poor in portability, and inconvenient to use

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