Main machine refrigeration module for a wearable physical temperature decreasing instrument

Abstract

The invention provides a main machine refrigeration module for a wearable physical temperature decreasing instrument. The main machine refrigeration module is characterized in that the main machine refrigeration module is composed of a refrigeration module body, a bottom shell, a face shell, a soft and hard plastic body and a water bag; the refrigeration module body is composed of a cold conducting body, a refrigeration sheet, a sponge ring, a heat radiator and a fan which are assembled into a whole; the cold conducting body is composed of a cold conducting plate and an ebonite square frame which are injected into a whole, wherein one face of the center cold conducting plate of the cold conducting body is exposed, the other face of the center cold conducting plate is covered with a layer of thin plastic ebonite, and a threaded hole connected with the bottom shell is formed in the refrigeration module body; a square hole is formed in the center of the bottom shell, and a through hole connected with the refrigeration module body and a buckle position hole connected with the soft and hard plastic body are formed in the face of the bottom shell; the soft and hard plastic body is composed of an ebonite hollow square frame and long-strip-shaped flexible glue which are injected into a whole, the soft and hard plastic body is connected with a wearing belt, the ebonite hollow square frame is provided with a buckle position connected with the bottom shell, and a center square hole of the ebonite hollow square frame is used for allowing the cold conducting body to overall being inserted in a penetrating mode so as to make contact with the surface of the water bag. According to the main machine refrigeration module, the overall industrial manufacturing level in the technical fieldcan be effectively improved, the research and development cycle of new products is greatly shortened, and a new industry of the refrigeration module can be extended.

Description

technical field [0001] The invention relates to the technical field of a non-water circulation type physical cooling and antipyretic device using semiconductor refrigeration and a cold and hot compress treatment device, in particular to a main engine cooling module for a wearable physical cooling device. Background technique [0002] A host refrigeration module for a wearable physical cooling instrument, with a prior art structure, is composed of a cold-conducting soft colloid, a cooling sheet, a sponge ring, a radiator, a fan, a bottom shell, a face shell, and a water bag, and the cold-conducting soft colloid , consisting of a cold guide plate, plastic soft rubber, and wearing, wherein the cold guide plate and plastic soft rubber are injected into one body through injection molding process to form a central cold guide plate, and the rest are surrounded by solid plastic soft rubber in the shape of a long flat plate The combination of the cold guide plate in the center is exp...

AI Technical Summary

Problems solved by technology

Obviously, such a composition structure will bring many unfavorable factors to the product: (1) between the refrigerating sheet in this type of product, the cold conducting plate in the cold conducting soft colloid and the heat sink, Including the sponge ring, there is no fixed connection structure between each other, and there is an additional bottom shell, and the bottom shell is inserted into the cold-conducting soft gel through its central square hole. On the central cold guide plate, there is also no fixed connection structure between the two, and the shape of the bottom shell is arc-shaped, and the shape of the cold guide soft gel installed under it is It is strip-shaped and flat, and obviously the two will interfere during installation. It can be seen that the assembly of the prior art is difficult. In addition, the shape of the bottom shell and the cold-conducting soft gel is relatively large and long, which makes it even more difficult. It is not easy to install, the efficiency will be very low, and it will be difficult to adapt to the requirements of automated production processes; (2) the actual production of this type of product usually waits for the surface shell to be assembled to form a complete finished product before doing various performance tests , once a bad phenomenon occurs, repairing is also very troublesome, and almost all parts need to be dismantled, which is equivalent to reassembling; products, the core assembly is different, and it cannot be produced as a common component alone

[0003] To sum up, it can be seen that the existing technology not only has the disadvantages of difficult assembly, low efficiency, high production cost, and unfavorable repairs, but also is limited by the shape of the product, and cannot produce the core assembly described in the product as a single common part. , and it is also difficult to meet the requirements of industrial automation production process

Images