Novel medical physiotherapeutic band and production process thereof

Abstract

The invention discloses a novel medical physiotherapeutic band and production process of the novel medical physiotherapeutic band. The medical physiotherapeutic band comprises a piece of elastic cloth, a piece of isolating paper, and a medical acrylic adhesive layer which bonds the elastic cloth and the isolating paper together, wherein wavy glue vacant sites are evenly distributed on the medical acrylic adhesive layer, and linear glue vacant sites are further evenly distributed on the medical acrylic adhesive layer. According to the novel medical physiotherapeutic band, a plurality of linear vacant sites are formed in a wavy continuous glue face, so that straight-bar shaped space forms when tissue fluid is guided from A site to B site, and the flow of the tissue fluid can never be blocked and can smoothly leads to lymphatic tissues. The novel medical physiotherapeutic band has the advantages of being good in flow-guiding performance, not prone to causing allergy, good in improving blood circulation, good in guiding meridians, capable of building unimpeded subcutaneous channels, and good in adhesiveness.

Description

technical field [0001] The invention relates to a novel medical physiotherapy patch and a production process thereof. Background technique [0002] Existing intramuscular patches that are generally used for external application on the affected area are as attached to the instructions. figure 1 As shown, there are wavy vacancies on the surface of the glue. Although it can have traction, diversion, pain relief and other effects to a certain extent, there are still many defects: (1) poor diversion: when multiple points A are guided to point B When flowing, the skin wrinkles from point A to point B, and the tissue fluid should flow from point A to point B, where the glue surface is close to the skin, and the space (wave-shaped cut glue position) is separated from the skin, then the space under the space The skin is oppressed, and the subcutaneous space of the vacancy is larger. The best state is for interstitial fluid to flow along the vacancy point, but we obviously found that...

AI Technical Summary

Problems solved by technology

[0002] Existing intramuscular patches that are generally used for external application on the affected area are as attached to the instructions. figure 1 As shown, there are wavy vacancies on the surface of the glue. Although it can have traction, diversion, pain relief and other effects to a certain extent, there are still many defects: (1) poor diversion: when multiple points A are guided to point B When flowing, the skin wrinkles from point A to point B, and the tissue fluid should flow from point A to point B, where the glue surface is close to the skin, and the space (wave-shaped cut glue position) is separated from the skin, then the space under the space The skin is oppressed, and the subcutaneous space of the vacancy is larger. The best state is for interstitial fluid to flow along the vacancy point, but we obviously found that the vacancy point is not continuous in a straight line, but blocked by the glue surface in a wave shape. In this way, the diversion effect will be greatly weakened; (2) prone to allergies: on the basis of uniform glue application and first coating, the area of ​​the glue surface is much larger than the area of ​​the vacancy, and the general physical therapy time is not less than 2 to 3 God, that is to say, within a few days when the rubber surface is in contact with the skin, the skin under the rubber surface cannot breathe effectively, which will cause itching, redness, and blistering adverse effects; (3) It is not conducive to blood circulation : as attached to the manual figure 1 For the product, if we divide the single strip into one connection and the other into four small strips, in terms of the orientation of each small strip, all the blood flows in waves according to the glue surface. Although the general direction is correct, the specific The subcutaneous adhered capillaries have completely destroyed their guiding properties. Therefore, when the product is peeled off after a period of bonding (under stress), it will be found that many people have formed erythema like ripples on the surface of the skin. This is because epidermal blood cannot pass through the glued surface, resulting in stagnation; (4) Insufficient guidance of the meridians when muscle traction is added: because the shape of the muscles of the human body is not completely consistent with the shape of the meridians, so in When doing muscle traction (whether relaxing or strengthening), while ensuring the direction of the muscles, the meridians of the human body are cut off, which will cause soreness, swelling, and pain in some extreme cases. The shape of the existing product glue is actually It is oblique, but stretching is straight when the muscle is stretched. There is a natural contradiction between them. It must be blocked obliquely, if not consistent, it may be blocked; (5) Unable to establish a smooth subcutaneous channel: the subcutaneous channel is formed by lifting the skin and making the skin directional, and then changing the direction of the subcutaneous fascia To achieve this, when the existing product is stretched longitudinally and shrinks, the skin will form a wavy contraction according to the shape of the rubber surface. Uniform (the thickness of the rubber strip), and oblique, the difference between the rubber strips is likely to cause uneven distribution of force, and the subcutaneous space will advance in a twisted manner; (6) Poor adhesion: under the same glue amount Under this condition, the glue in the existing products is averaged by the largest area, so the amount of glue in a single point area is reduced, so the overall viscous feeling is relatively poor

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