Invasive dig angle shock-wave apparatus

Abstract

The invention provides an invasive dig angle shock-wave apparatus, which comprises an invasion piece and a magnetic disc, wherein the invasion piece is represented as a rod and a side surface is define; at a first end, a groove is excavated in the side surface, and the magnetic disc is embedded in the invasion piece and is located in the groove; the invasion piece is provided with a shock-wave conveying piece by which a notch of the groove is sealed in a detachable mode; by the magnetic disc, the groove is divided into a first accommodating compartment which is adjacent to the shock-wave conveying piece and a second accommodating compartment which is not adjacent to the shock-wave conveying piece; a vibrating sheet, which faces the shock-wave conveying piece, is arranged on the part adjacent to the first accommodating compartment; and the first accommodating compartment is fully filled with a shock-wave conveying medium. Therefore, shock wave is conveyed towards a direction facing theside surface of the invasion piece; and the shock-wave apparatus can be conveniently applied to human body natural lumens to do invasive shock-wave therapy.

Description

technical field [0001] The invention relates to an intrusive dip angle shock wave device, in particular to an intrusive dip angle shock wave device which is suitable for the natural pipeline of the human body by emitting shock waves from the side surface of the shock wave device. Background technique [0002] According to the application of shock waves in medical treatment, there are existing stone crushing applied to the urinary tract system after focusing, and extracorporeal shock wave treatment for pain treatment, among which, pain treatment is to give high-energy shock waves to chronic pain parts It promotes angiogenesis, promotes tissue regeneration and repair, and relieves pain symptoms, such as for the treatment of commonly known as fifty shoulders, tennis elbow and plantar fasciitis. [0003] However, the existing shock wave devices for pain treatment are mostly used on the muscles or skeletal tissues in the relatively shallow layers of the human body. Energy, there...

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Problems solved by technology

[0003] However, the existing shock wave devices for pain treatment are mostly used in the relatively shallow muscle or bone tissue of the human body. If they are applied to the relatively deep muscle or bone tissue of the human body, the shock waves generated by the existing shock wave device Energy, there is a lot of energy loss in the transmission process, it is difficult to reach the part to be treated, and there is room for improvement

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