Acupuncture pain relieving device

Abstract

The invention discloses an acupuncture pain relieving device which is composed of protective finger shaped or I-shaped pressure members with spikes. The density of the spikes is 2.9 spikes per squarecentimeter, and the height of the spikes is 3.15 mm. Before needle application operations such as acupuncture and moxibustion and the like, the device is pressed near the needle inlet part, normal operation is carried out on the inner side of the device, mechanical stimulation is generated by the spike structures, the device acts on acupuncture points and nerve reflection areas near the needle inlet part, the human body nociceptor effect is interfered, and thus the pain relieving effect is further achieved. The acupuncture pain relieving device can reduce the influence of pain generated by acupuncture and other operations on the physiology and psychology of patients in the medical process.

Description

Technical field [0001] The invention relates to a medical device, and specifically discloses an acupuncture pain relief device. Background technique [0002] Since the Frenchman Pravatz invented the syringe, this simple piston device is undoubtedly one of the most dazzling stars in the history of medicine. However, the pain and anxiety of injections made many people fearful, especially women and children. People think about using many methods to eliminate fear and pain: either using local anesthetics or clicking acupuncture. These methods cannot be promoted due to inconvenience or side effects. One of the most widely used injection pain relievers is to apply ice and high-frequency vibration to the injection site and the brain pain nerve conduction route to block or reduce the pain nerve sensitivity and distract attention, thereby greatly reducing the pain. This method requires a long preparation time, high cost, and needs to freeze refrigerants such as dry ice in advance, and n...

AI Technical Summary

Problems solved by technology

[0004] However, it is easy to slide during use, which is not conducive to one-handed operation. The injection site must be disinfected before injection, and then when the medical staff grasps the analgesic device while holding the needle, it is very easy to touch and touch. The skin contact area will undoubtedly increase the risk of bacterial infection. Due to its thin sheet structure, its positioning and adjustment work needs to be done with both hands. Obviously, this is difficult to complete with a single-handed needle, so it is often done by two people.

None of the above products has a pressure feedback device, and medical staff cannot judge the degree of force exerted on the contact surface when using them, and thus cannot effectively determine the functioning state of the device, which seriously affects the effectiveness of the product during use

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