Medical stone infrared heat effect composite board

Abstract

The present invention relates to the physiotherapy article technology field, especially to a medical stone infrared heat effect composite board. The composite board comprises an external surface layer, an electric heat layer, a heat transmission layer and an internal surface layer which are overlapped and distributed in order from outside to inside, and the internal surface of the heat transmission layer is embedded with a plurality of medical stones which are in mutual array distribution and have internal surfaces contacted with the internal surface layer. The heat transmission layer is employed to avoid conducting heat generated by the electric heat layer to the medical stones while direct contact of the medical stones with the electric heat layer so as to employ the performances of the heat radiation and infrared radiation of the medical stones to realize the infrared heat effect function of the composite board; and moreover, and the medical stones are displayed on the composite board in the array distribution mode to form a dot mini-type 'heat island' structure so as to allow the most of heat generated by the electric heat layer to be dispersed outwards from the medical stones, facilitate fully developing the releasing of the infrared ray of the medical stones and reach the physiotherapy effects such as metabolism promotion and cell activation, etc.

Description

technical field [0001] The invention relates to the technical field of physiotherapy supplies, in particular to a medical stone infrared thermal effect composite board. Background technique [0002] With the improvement of people's living standards, the advancement of science and technology, and people's gradual emphasis on physical health, various health care products such as thermotherapy instruments, thermotherapy pillows, thermotherapy mattresses, etc. have emerged as the times require; such products are mainly The purpose of clinical efficacy is achieved by increasing the temperature of the corresponding human tissue, that is, using electromagnetic waves that can generate thermal effects to increase the temperature of human tissue to expand blood vessels, improve blood circulation, promote inflammation absorption, and improve cell metabolism and nutrition. [0003] As one of the core components of this type of product, the electromagnetic heating plate plays a vital rol...

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Problems solved by technology

[0003] As one of the core components of this type of product, the electromagnetic heating plate plays a vital role in the thermal and magnetic performance of the product. The existing electromagnetic heating plate is not ideal due to the use of materials and structural design. The following problems generally exist: 1. The limitations of materials lead to poor thermal effect and low infrared emission efficiency, which cannot maximize the physiotherapy effect of the board; 2. The utilization rate of the constituent materials is low, the quality is low, and the production and use costs are high; 3. There are certain potential safety hazards

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