Wearable wireless penis hardness detector

Abstract

The invention discloses a wearable wireless penis hardness detector, which comprises underpants and a plurality of lantern rings with elasticity, wherein the underpants are provided with an opening; the lantern rings are used for sheathing the penis; a plurality of elastic layers are arranged in each lantern ring and are mutually laminated; a pressure sensor is embedded into each elastic layer; the surface of each lantern ring is provided with a plurality of through holes which face towards the penis direction; the diameter of each elastic layer is gradually reduced along the direction towardsthe through holes; a plurality of mutually nested thin tubes are arranged in each through hole; the top end of each thin tube is provided with a spring, and each spring and each pressure sensor are abutted; and the bottom end of each thin tube is provided with a sucking disk which is fixedly connected with each thin tube and has elasticity, and the sucking disks are mutually nested. The device can objectively and quantitatively detect a penis erection function, transmits detection data through a wireless signal, can prevent the pressure sensors from falling, and does not need to fix a data collecting and processing device on the thigh so as to guarantee objective accuracy of a detection result.

Description

Technical field [0001] The present invention relates to a medical testing apparatus, and more particularly to a wearable wireless penis hardness detector. Background technique [0002] Penis erectile dysfunction is a common disease and multi-occurring disease in adult men, which not only affects the quality of life of patients and their partners, but also early symptoms and hazard indicators of cardiovascular diseases. In the past, the evaluation of the penis erection was used to use the subjective metric score, although there is a high diagnostic value, but its objectivity is questioned and cannot distinguish between quality and psychological causes. Therefore, the objective and quantitative detection of penile erectile function is of great clinical significance. At present, the medical community uses the Rigiscan penile hardness measuring instrument produced by US GOTOP to perform NOCTURNILETUMESCENCE andRIGIDITY, NTR. Audio-Visual Sexualstimulation, AVSS. Evaluation of the eti...

AI Technical Summary

Problems solved by technology

This design not only causes the pressure sensor device to fall off easily due to changes in the circumference of the penis when the penis is weak or erect, the pressure sensor device is more likely to fall off when the body position is changed during sleep, and the data transmission line is easily involved. The above factors will affect the objective accuracy of the test results

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