Probe-type body sensing inspection device

Abstract

The invention relates to a probe-type body sensing inspection device. The probe-type body sensing inspection device comprises a mobile cart, wherein a stand column is mounted on the mobile cart, a display is mounted above the stand column, a camera is connected to the display, a signal receiver is connected to the camera, a distance meter is further mounted on the stand column, a probe posture adjustment mechanism is mounted on the stand column or inside the stand column, a telescopic probe is connected to the probe posture adjustment mechanism, and the display, the camera, the distance meter,the probe posture adjustment mechanism and the telescopic probe are connected with a master controller through a control bus. Therefore, by virtue of the master controller, the intelligent learning of the system can be realized by matching with control software, and finally, the automatic algesia inspection is carried out. Or, specific manual control can be realized according to the practical using demands. The match between a ratchet-wheel-shaped needle and a needle point is adopted, and thus the accuracy of inspection is promoted. Independent rotation mechanisms in the X and Y directions are adopted, and thus the inspection and location are more accurate.

Description

technical field [0001] The invention relates to an inspection device, in particular to a probe type human perception inspection device. At the same time, this application claims the priority of the application number: 2017214219672, the application date: 2017 / 10 / 31, and the original acceptance institution is: the State Intellectual Property Office of the People's Republic of China. Background technique [0002] Pain sensation usually uses the tip of a pin to gently prick the patient's skin with uniform force, allowing the patient to immediately state the specific feeling. To avoid subjective or suggestive effects, patients should be tested with their eyes closed. Pay attention to the comparison of symmetrical parts on both sides during the test, and record the type (normal, allergy, decline, disappearance, etc.) and range of sensory disturbance after inspection. However, it is difficult to grasp the strength of directly puncturing the patient's skin with a pin. [0003] A...

AI Technical Summary

Problems solved by technology

However, it is difficult to grasp the strength of directly pricking the patient's skin with a pin

[0003] At the same time, clinicians need to perform physical examination on patients when diagnosing diseases. Skin pain examination is an important part of it. In particular, the definition of spinal cord disease plane requires accurate pain examination. At present, the commonly used method is that doctors hold medical needles or pins in their hands. According to experience, the patient's skin is slightly pricked to detect the patient's pain. This inspection method has some disadvantages: 1. The sharp needle often punctures the patient's skin, which is easy to cause infection and increase the pain of the patient.

2. Since the hand-held needle is used to puncture the skin of different parts of the patient to check the pain sensation of each part, it is difficult to grasp the same strength and the result of the inspection is unreliable

3. The needle is not easy to replace, and it is easy to cause cross-infection during use

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