Appliance for collecting and storing excrement samples and using method thereof

Abstract

The invention discloses an appliance for collecting and storing excrement samples and a using method thereof. The appliance for collecting and storing excrement samples comprises an excrement collecting box, an excrement collecting tube and a liquid bottle matched with the excrement collecting tube, wherein the geometrical shape of the inner cavity of the liquid bottle is similar to the appearance of an inner tube; the liquid bottle sleeves outside the inner tube; the excrement collecting tube comprises an inner tube, a tube plug, a handle and a cutting component; two ends of the inner tube are opened; channel holes are formed in the tube wall; the cutting component is arranged at the opened lower end of the excrement collecting tube; the tube plug is plugged on the opened upper end of the inner tube; one end of the handle is movably connected with a shell of the upper end of the inner tube. The appliance is easy to operate and is capable of collecting a higher quantity of samples, improving the collecting efficiency and alleviating the discomfort and the mental stress of the user in the sample taking process; the collected excrement is larger in surface area, so that the convenience is provided for the subsequent testing and researching work of scientific research personnel.

Description

technical field [0001] The invention relates to a quantitative health sample sampler and a method for using the same. Background technique [0002] Quantitative health sample sampler, such as collecting and storing fecal samples, is an important instrument for collecting human excreta for laboratory testing to obtain human health status. [0003] At present, conventional samplers all have the following defects, which cannot meet the needs of clinical applications: [0004] (1) The handshake part of the traditional sampler is short and thick, it is inconvenient to hold, and it is easy to dirty the hands; [0005] (2) The traditional sampler mostly uses a small spoon structure for sampling, which requires multiple repeated collections to achieve the amount of feces required for sampling. The operation process is complicated and it is easy to cause psychological pressure on the user; [0006] (3) The feces collected by traditional samplers are not easy to separate and cannot ...

AI Technical Summary

Problems solved by technology

[0003] At present, conventional samplers all have the following defects, which cannot meet the needs of clinical applications:

[0004] (1) The handshake part of the traditional sampler is short and thick, it is inconvenient to hold, and it is easy to dirty the hands;

[0005] (2) The traditional sampler mostly uses a small spoon structure for sampling, which requires multiple repeated collections to achieve the amount of feces required for sampling. The operation process is complicated and it is easy to cause psychological pressure on the user;

[0006] (3) The feces collected by traditional samplers are not easy to separate and cannot fully react with the lysate, which is not conducive to the follow-up work of scientific researchers;

[0007] (4) The traditional sampler is assembled and fixed with a single thread or buckle, which cannot effectively prevent the lysate from leaking out with feces and causing pollution;

[0008] (5) Most of the traditional samplers are made of cheap transparent plastics, which are easily broken under force, and are likely to bring psychological pressure to users during use;

[0009] (6) The traditional sampler is not equipped with a feces collection box, which cannot realize the separation of urine and feces and pollutes the feces, which brings serious inconvenience to the feces collection work

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