Novel hemodialysis treatment towel

Abstract

The invention discloses a novel hemodialysis treatment towel which is characterized in that the treatment towel comprises a treatment towel body, a transparent area, an infrared transmitting device and a bag, the infrared transmitting device comprises a transmitter and a power supply, and the transmitter is arranged on a printed circuit board. The treatment towel is simple, compact and reasonablein structure, a puncture needle can be conveniently pasted, infrared rays are sufficiently utilized, so that blood circulation is accelerated, metabolism and drug absorption are facilitated, and the treatment towel has the functions of relieving pain, removing inflammation and swelling, preventing wound infection and facilitating wound healing and is simple and convenient to operate, low in cost and good in treatment effect.

Description

technical field [0001] The invention relates to the field of medical supplies, in particular to a novel treatment towel for hemodialysis. Background technique [0002] When performing hemodialysis, in order to prevent the puncture needle from bleeding at the puncture part during the puncture process and during hemodialysis, and also to keep warm, usually the patient's internal fistula puncture place is covered or covered with a treatment towel. The treatment towel needs to be lifted to observe whether there is bleeding. The traditional treatment towel is very prone to infection risks, and it is not conducive to heat preservation of the patient's limbs. Infrared rays can pass through the skin and directly cause thermal effects on the subcutaneous tissue and muscles. Under this effect, it can accelerate blood circulation, promote metabolism, promote drug absorption, relieve pain, relax muscles, and promote wound healing. It is very meaningful to combine the function of infrare...

AI Technical Summary

Problems solved by technology

The treatment towel needs to be lifted to observe whether there is bleeding. The traditional treatment towel is very prone to infection risks, and it is not conducive to heat preservation of the patient's limbs. Infrared rays can pass through the skin and directly cause thermal effects on the subcutaneous tissue and muscles. Under this effect, it can accelerate blood circulation, promote metabolism, promote drug absorption, relieve pain, relax muscles, and promote wound healing. It is very meaningful to combine the function of infrared rays with therapeutic towels

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