Projection collateral-finding ear lamp

Abstract

A projection collateral-finding ear lamp comprises a head hoop, a three-dimensional regulation and control connector and a probe lamp; the probe lamp is connected with the head hoop through the three-dimensional regulation and control connector; the whole projection collateral-finding ear lamp can be fixed on a head of a patient through the head hoop; the three-dimensional regulation and control connector can adjust the position of the probe lamp at ears according to individual difference of patients; the probe lamp irradiates from the back side of ears so that doctors can observe circulation, stasis collateral and abnormity points from the front of ears to find out acupoint selection points; diseases are treated through performing pressing or acupuncture and moxibustion on the abnormity points. The projection collateral-finding ear lamp has simple method, novel structure, small size, complete functions, and is beautiful and durable, low in cost, convenient to use, and easy to disinfect; especially the illumination and amplification are tightly combined so as to ensure accurate acupoint selection and good effectiveness; the projection collateral-finding ear lamp is an ideal special device for treatments such as acupuncture and massage.

Description

technical field [0001] The invention relates to a medical device, and more specifically relates to a projection ear lamp for selecting meridians and acupuncture points for acupuncture and moxibustion and physiotherapy. Background technique [0002] At present, the well-known auricular point is the part where the skin surface of the auricle communicates with the viscera, meridians, tissues, organs, and limbs of the human body. The parts on the auricle that reflect the physiological functions and pathological changes of the human body are collectively called auricular points. The distribution of auricular points is regular, and the arrangement on the front and outer sides of the auricle is like an inverted fetus in the womb. When people's viscera, limbs, five sense organs and other organs are diseased, the auricular points corresponding to these organs will show pathological positive reactions, such as decreased resistance, discoloration, deformation, vascular changes, desquam...

AI Technical Summary

Problems solved by technology

At present, in addition to using inspection to find abnormal points and reaction points of auricular points clinically, there are the following methods: one is to use thin cotton swabs or auricular point probes to press in the corresponding acupoint areas to find acupoints. Cannot be positioned accurately, affecting the effect of treatment. When pressing beans, it is generally operated by holding the bean mold by hand. Because the bean mold is small, it is inconvenient to use and it is easy to contaminate the medical adhesive tape

The second is the application of the auricular point detector. When used clinically, whether the battery is sufficient or not, and the pressing force will also affect the accuracy of the test.

The third is to manually select acupoints according to the acupoint chart. The doctor needs to hold a flashlight in one hand and press the acupoints with the other hand. It is impossible to press the acupoints with both hands to find sensitive points. detection accuracy

The currently used auricular point detection methods, due to the patient's own perception, pain threshold, skin color, shape, local neurovascular out-of-shape, and light, etc., lead to a decrease in the accuracy of point selection in clinical application of the above method, thereby reducing the curative effect

Therefore, the existing acupoint selection methods and their medical devices cannot meet people's treatment needs for diseases.

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