A wearable wireless penis hardness detector

Abstract

The invention discloses a wearable wireless penis hardness tester, which comprises underwear and a plurality of elastic collars, openings are arranged on the underwear, and the collars are all used to cover the penis. A plurality of elastic layers are arranged inside the rings, the elastic layers are attached to each other, and pressure sensors are embedded in the elastic layers. The surface of the collar is provided with several through holes facing the direction of the penis, and the diameter of the elastic layer decreases gradually along the direction toward the through holes. A plurality of thin tubes nested with each other are arranged in the through hole, a spring is arranged at the top of the thin tube, and the spring abuts against the pressure sensor; an elastic suction cup fixedly connected thereto is arranged at the bottom of the thin tube, and the suction cups are nested with each other. The device can objectively and quantitatively detect the erectile function of the penis, transmit the detection data through wireless signals, and prevent the pressure sensor device from falling off, without fixing the data acquisition processor on the thigh, thereby ensuring the objective accuracy of the detection results.

Description

technical field [0001] The invention relates to medical testing equipment, in particular to a wearable wireless penis hardness testing instrument. Background technique [0002] Erectile dysfunction is a common and frequently-occurring disease in adult males, which not only affects the quality of life of patients and their partners, but is also an early symptom and risk indicator of cardiovascular disease. In the past, subjective scales were often used in the evaluation of penile erectile function. Although they have high diagnostic value, their objectivity has been questioned, and it is impossible to distinguish between organic and psychological etiologies. Therefore, the objective and quantitative detection of penile erectile function has important clinical significance. At present, the medical field mostly uses the Rigiscan penile hardness measuring instrument produced by GOTOP Company of the United States to detect nocturnal penile erection andrigidity (NTR) and audio-vi...

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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