Limb structure of airwave pressure therapy instrument

Abstract

The invention discloses a limb structure of an airwave pressure therapy instrument. The limb structure comprises air sac bags and air sacs located inside the air sac bags. The air sac bags comprise the upper end air sac bag and the lower end air sac bag, wherein the upper end air sac bag and the lower end air sac bag are connected in an overlapping mode. A tightening device is arranged at the non-overlapping end of the upper end air sac bag. The overlapping end of the upper end air sac bag and the overlapping end of the lower end air sac bag are connected through connection devices. The connection devices comprise the bag body connection devices and the bag opening connection devices. The upper end air sac bag and the lower end air sac bag are both provided with pressing condition observation holes. The bag body connection devices are located on the inner wall of the lower end air sac bag and the outer wall of the upper end air sac bag respectively. According to the limb structure, the pressing condition of the limbs can be observed, pressing therapy of the limbs is comprehensive, and the air sac bags do not slide easily in the process of pressing the limbs.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a limb structure of an air wave pressure therapy instrument. Background technique [0002] The air wave pressure therapy instrument mainly inflates and deflates the multi-cavity airbags in order to form a circulatory pressure on the limbs and tissues, and squeezes the limbs from the distal end to the proximal end of the limbs uniformly and orderly to promote blood and blood circulation. The flow of lymph and the effect of improving microcirculation can accelerate the return of limb tissue fluid, help prevent the formation of thrombus and limb edema, and can directly or indirectly treat many diseases related to blood lymph circulation. Because there are many airbags on the limb airbags of the air pressure wave therapy instrument, and the airbags are located in the airbag bag, in order to facilitate the orderly arrangement of the airbags so that the airbags will not shift, multiple...

AI Technical Summary

Problems solved by technology

However, when the airbags are repeatedly inflated and deflated, there is a gap between two adjacent airbags, that is, the airbags cannot press the limbs corresponding to the pressure line, so that this part cannot be treated, and the human body covered by the air wave pressure therapy instrument Parts that cannot be fully treated

During the treatment process, the airbag presses the affected part. If the air pressure is too large or the pressing time is too long, the blood circulation of the pressed part will be poor, that is, the color of this part of the human body will change. However, the existing air pressure wave therapy instrument The entire affected area is covered, and the air bag is very thick, and excessive pressing or pressing for too long will not be discovered, which will easily lead to medical accidents and medical disputes

The material of the airbag bag has a certain degree of smoothness, so that the limbs can be placed in the airbag bag. When the airbag is repeatedly inflated, the airbag bag is easy to slide, which affects the treatment operation.

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