Preparation method of an easy-to-assemble ceramic drug delivery atomizing core

Abstract

A preparation method of an easily assembled ceramic drug delivery atomizing core belongs to the field of inorganic composite materials. The invention adopts a slot-type structure to realize the assembly of the ceramic drug delivery atomizing core. The sintering temperature is reduced by adding a sintering aid to the ceramic raw material, and the heating resistance wire is embedded in the atomizing core matrix to realize the atomizing core through injection molding technology. The integrated batch forming with the heating wire, after degreasing and sintering, obtains the ceramic drug delivery atomizing core, which is finally assembled on the atomizing device through the slot structure to realize the drug delivery atomization effect. By designing the concave point and metal buckle structure, the integrated forming of the heating wire and the atomizing core is realized, eliminating the embrittlement of the heating wire, waste of human resources, and contact caused by the assembly of the heating wire and the atomizing core through the traditional process. problems, etc. The invention has the advantages of convenient assembly, greatly reduced manual assembly cost, convenient realization of automatic mass production, and high applicability.

Description

technical field [0001] The invention belongs to the field of inorganic composite materials and provides a preparation method of an easy-to-assemble ceramic drug delivery atomizing core. Background technique [0002] At present, the atomizing cores on the market are made of ceramic materials such as alumina and silicon carbide. During the working process of the heating device, the ceramic matrix heats up quickly, the heat conduction uniformity is good, and the temperature range is controlled precisely, which can greatly reduce Aldehydes and ketones are produced during use, and the use process is safe. [0003] Most of the ceramic drug delivery atomizing cores use nickel-chromium, nickel-chromium-iron and other heat-generating resistance layer materials to realize the heating and drug delivery of the atomizing core. Generally speaking, the heating resistance layer is combined and fixed with the atomizing core through welding, printing, integrated sintering, etc., and then con...

AI Technical Summary

Problems solved by technology

Aiming at the problem of difficult assembly of traditional atomizing cores, this invention proposes to use a slot-type structure to realize the assembly of ceramic drug delivery atomizing cores; in view of the problems of current atomizing heating components that are easy to oxidize, grow grains, and become brittle at high temperatures, this invention On the one hand, the invention proposes adding a sintering aid to the ceramic raw material to reduce the sintering temperature; on the other hand, the heating resistance wire is embedded in the atomizing core matrix, and the contact with the electrode sheet is realized through the metal buckles at both ends, which not only avoids heat generation During the high-temperature sintering process, the components are exposed to the outside of the atomizing core to cause oxidation and brittleness. It also avoids the trouble of coating the traditional heating layer on the surface of the atomizing core, simplifies the preparation process of the atomizing core, and saves production. Cost; In addition, through the design of the concave points at both ends and the metal buckle structure, the injection molding integrated preparation of the drug delivery atomizing core with heating wire can be realized, and the shape and size of the atomizing core can be customized, and the design is more free and flexible

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