Intelligent seminal fluid optimization system

Abstract

The invention provides an intelligent seminal fluid optimization system and relates to the field of reproductive medicine equipment. The system comprises a centrifugation device as well as a sucking loading / unloading system, a precise liquid supply device and a liquid sucking device , wherein the sucking loading / unloading system, the precise liquid supply device and the liquid sucking device correspond to the working position of the centrifugation device; the sucking loading / unloading system comprises a seminal fluid bottle supply device, a to-be-loaded test tube supply device, an unloaded test tube conveying device and a sucking loading / unloading mechanical arm which is operated along a sucking loading / unloading track; the sucking loading / unloading mechanical arm is used for quantitatively sucking a seminal fluid in a seminal fluid bottle into a to-be-loaded test tube and used for conveying the to-be-loaded test tube to the working position of the centrifugation device, or used for conveying a centrifuged test tube to the unloaded test tube conveying device; the precise seminal fluid supply device is used for injecting a liquid into the to-be-loaded test tube; and the liquid sucking device is used for sucking a supernate from a test tube from a preset height. By adopting the intelligent seminal fluid optimization system, automatic proportioning of the seminal fluid with the liquid can be achieved, automatic loading / unloading of test tubes can be achieved, and the efficiency can be greatly improved.

Description

technical field [0001] The invention relates to the field of reproductive medicine equipment, in particular to an intelligent semen optimization system. Background technique [0002] For patients receiving artificial insemination or in vitro fertilization and embryo transfer, the spouse's semen needs to be optimized by washing to remove impurities such as seminal plasma, immotile sperm, and white blood cells, and to extract motility and high-quality sperm for fertilization. [0003] Defects of the prior art: At present, no matter which method is used to optimize semen washing, it is all manual operation, and manual operation has the following limitations: [0004] 1. Repeating the same operation requires heavy workload, long time and low efficiency. For example, a center washes and optimizes semen for about 30 people every day, and at least two people need to repeat the same operation process every day, and it will take at least one whole morning to complete. [0005] 2. M...

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Problems solved by technology

[0003] Defects of the prior art: At present, no matter which method is used to optimize semen washing, it is all manual operation, and manual operation has the following limitations:

[0005] 2. Mistakes are prone to occur during repeated operations, such as accidents such as wrong patient names and semen

In order to prevent the above mistakes, double checking is currently used clinically, that is, there is always a person checking the name by the side during the semen washing process. Even so, there are chances of mistakes, and a lot of manpower and time are wasted, and the efficiency is low.

[0006] 3. Currently manual operation, for the amount of semen to be washed, the various washing liquids added cannot be accurately quantified, resulting in inaccurate calculation of the semen concentration after washing, and it is necessary to re-evaluate and then adjust the semen concentration after washing for fertilization

[0007] 4. There is also a plan to add negative pressure adsorption equipment, but it is difficult to ensure the accuracy of the amount added in this plan

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