Portable automatic sperm detection system

Abstract

The invention relates to a portable automatic sperm detection system. The portable automatic sperm detection system comprises an executing device, an intelligent terminal with a camera and a sever or a cloud server; the intelligent terminal is in signal connection with the sever and the executing device, the server is internally provided with a computer-assisted sperm analysis system, the executing device is used for containing a detection sample, the camera of the intelligent terminal collects the detection sample into an image and / or video signal, the collected signal is transmitted to the server through the intelligent terminal, the detection sample is analyzed through the computer-assisted sperm analysis system, and an analysis result is transmitted back to the intelligent terminal. The portable automatic sperm detection system is portable, small in size, convenient to use, relatively low in manufacturing cost compared with large medical equipment, low in use cost, simple in structure, good in man-machine interactive function and easy and convenient to operate; a user can master the operation method without professional training, and meanwhile transmission and analysis processes of data are totally confidential through a cloud technology to greatly protect the privacy of the user.

Description

technical field [0001] The invention relates to a portable automatic sperm detection system. Background technique [0002] The existing sperm detection and analysis system is widely used in the medical field. In the existing technology, it basically uses optical microscope imaging, and the computer quickly analyzes the trajectory and speed of sperm movement in multiple fields of view, analyzes and calculates the number of sperm, deformity rate, and records the speed, direction of motion, and activity rate of sperm. It belongs to large-scale medical equipment. Its customer groups are mainly facing hospitals and reproductive medicine research centers. The system design process mainly considers the actual needs of grassroots clinics. It has disadvantages such as expensive equipment, bulky, complicated installation, low hardware integration, and single software functions. [0003] In addition, the overall environment of the hospital is complex and the privacy is poor, which put...

AI Technical Summary

Problems solved by technology

In the existing technology, it basically uses optical microscope imaging, and the computer quickly analyzes the trajectory and speed of sperm movement in multiple fields of view, analyzes and calculates the number of sperm, deformity rate, and records the speed, direction of motion, and activity rate of sperm. It belongs to large-scale medical equipment. Its customer groups are mainly facing hospitals and reproductive medicine research centers. The system design process mainly considers the actual needs of grassroots clinics. It has disadvantages such as expensive equipment, large volume, complicated installation, low hardware integration, and single software functions.

[0003] In addition, the overall environment of the hospital is complex and the privacy is poor, which puts a certain amount of psychological pressure on the end user (the examinee), which makes the user's semen collection slow or even difficult, and the experience of the examination process is poor.

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