Manufacturing method of ceramic heater in electronic vaporizer

Abstract

A method for manufacturing a ceramic heater in an electronic atomizer, especially a method for manufacturing a ceramic heater in an electronic atomizer. The heating element is arranged on a positioning sheet, and the heating element and the positioning sheet are combined to form a material. Lead Frame, so that the lead frame can be used to set up and use in the feeding and unwinding equipment, so that when the lead frame is conveyed in the process, the heating element can be placed in the upper and lower molds of the casting mold group, and then the The ceramic is poured from the gate of the mold group, so that the ceramic can be coated on the heating element on the tape frame, and then sintered to make a ceramic heating core, so that the ceramic heater in the electronic vaporizer can be manufactured and processed to achieve It is characterized by the production efficiency of automatic feeding and receiving.

Description

technical field [0001] A method for manufacturing a ceramic heater in an electronic atomizer, in particular to a method for manufacturing a ceramic heater specially used in an electronic atomizer. Background technique [0002] At present, in the production of ceramic atomizing heaters in electronic cigarettes, the ceramic body is sintered on the heating coil with energized heating wire element A to make a ceramic heater with ceramic porosity, which uses the high temperature resistance of ceramics and the micropores on the surface have moisture absorption. properties for the adsorption of smoke oil. see figure 1 As shown, it is the manufacturing method of the ceramic atomizing heater in the existing electronic cigarette. The first step is first, due to the existing production method, before the process starts, a single heating wire element A is made from a plurality of stacks. After taking it out, insert the lead of the heating wire element A into the mold hole B1 of the mo...

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Problems solved by technology

[0003] However, there are many deficiencies in the existing production methods

First of all, due to the existing production method, before the process starts, the heating element A must be taken out one by one from the pile of raw materials, because the pins of a plurality of heating element A will be stacked and intertwined with each other, so that The pins of each heating element A are easily entangled and intertwined, so not only is the selection process very time-consuming and labor-intensive, but the pins are also prone to bending deformation during the pulling process, which affects the process yield of the heating element A

[0004] Furthermore, after the heating element A is manually taken out individually, since the pins are easily deformed, the pins of the heating element A must be manually folded and restored before inserting the pins of the heating element A into the mold B. The pin insertion mold hole B1 is very small and difficult to align. Therefore, it is necessary to rearrange the pins of each heating element A before inserting it manually. After manual insertion, the height of the heating element A is not necessarily the same height. Then press multiple heating elements A to make them even, which will only increase a lot of man-hours and affect the production efficiency

[0005] Finally, eject the finished ceramic heater from the mold cavity. If the ceramic C is not solidified enough, it is easy to crack and deform due to the ejection force, which will affect the overall quality of the finished product.

[0006] It can be seen from the above that the existing production methods have problems of insufficient yield, time-consuming production efficiency, and low quality. Therefore, it is necessary to propose a new production method to increase the yield of finished products, increase production efficiency and quality while ensuring Reduce labor costs

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