Assembly method of disposable atomization generating device

Abstract

The invention provides a method for assembling a disposable atomization generating device, which includes the following steps: providing a cover and a casing, the cover is provided with a first air inlet and a second air inlet, the cover is provided with an atomizing core, The atomizing core includes a fixed part, a main part, and an abutment part. The fixed part is fixed on the cover body. A heating element and an oil guiding part are arranged in the abutment part. A rubber ring is sheathed on the periphery of the main part. The flue gas passage, the oil storage tank has an inner cylinder and an outer cylinder, one end of the inner cylinder communicates with the flue gas passage, and the other end of the inner cylinder matches the abutting part; the main body is aligned with the inner cylinder and installed so that the periphery of the rubber ring Abut against the inner wall of the outer cylinder, continue to push the cover inward, make the abutting part crimp the other end of the inner cylinder, stop pushing the cover, and fasten the cover to the housing. The above method enables customers to freely choose the type of e-liquid before use, free assembly, prevent battery consumption, and ensure fresh e-liquid, good taste, and convenient assembly.

Description

Technical field [0001] The present invention relates to a method of assembling a disposable atomization generating device. Background technique [0002] A heating and non-combustion device (also known as electronic cigarette), which includes a battery, a circuit board atomizer, a storage bin, a battery, a circuit board atomizer, and a storage bin generally assembled. That is, the battery is connected to the nebulizer through the wire, the atomizer is connected to the circuit board, and the atomizer is placed in the reservoir, and the oil storage bin is equipped with a sole oil, and the oil oil is flowing into the fog through the adorniler through the atomizer. The chemicals, the hammer of the fomator, which is generally stored in the cabinet, and the battery is bound to be exhausted, and the bin bin of this electronic smoke is bound. Once the oil oil is injected, if the customer's demand changes, it is very difficult to replace the oil, it is difficult to clean the oil storage bi...

AI Technical Summary

Problems solved by technology

[0002] A heat-not-burn device (also known as an electronic cigarette) currently used includes a battery, a circuit board atomizer, and an oil storage bin. The battery, circuit board atomizer, and oil storage bin are generally assembled. That is, the battery is connected to the atomizer through wires, the atomizer is connected to the circuit board, and the atomizer is placed in the oil storage compartment. The oil storage compartment is equipped with e-liquid, and the e-liquid flows into the mist through the oil hole of the atomizer. The atomizer is used for atomizing the heating wire of the atomizer. The assembled electronic cigarettes are generally stored in the cabinet. If left for a long time, the battery will be exhausted and the oil will deteriorate. Once the e-liquid is injected, if the customer's needs change and the e-liquid needs to be replaced, it will be very difficult. It is necessary to clean the oil storage compartment and refill the e-liquid, and even if the oil storage compartment is closed, the e-liquid cannot be replaced. It is equal to the scrapping of electronic cigarettes; the battery depletion can be briefly introduced as follows, because the positive and negative poles of the battery are always connected to the circuit board and atomizer through wires, and the circuit board and atomizer are bound to consume electric energy all the time. In addition, if the e-liquid in the oil storage tank is stored for a long time, part of the e-liquid will volatilize, resulting in a bad taste

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