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A platform for research: civil engineering, architecture and urbanism
Aerosol generating device of smokable material and preparation method of aerosol generating device
The invention discloses an aerosol generating device of a smokable material and a preparation method of the aerosol generating device, and relates to the technical field of electronic atomization. The aerial fog generating device of the smokable material comprises a liquid absorbing part, a liquid spraying part and a liquid spraying part, wherein the liquid absorbing part is provided with a plurality of first straight-through holes; the heating part and the liquid suction part are in butt joint in the height direction and are of an integrated structure, the end, away from the liquid suction part, of the heating part is constructed to be an atomization face, a plurality of second straight-through holes penetrating through the heating part are formed in the atomization face, the first straight-through holes are communicated with the second straight-through holes, and the first straight-through holes and the second straight-through holes are formed in a machining punching mode; the conductive assembly is arranged on the heating part, is connected with the heating part and is used for switching on an external power supply to provide electric energy for the heating part. According to the aerial fog generating device, the aperture and porosity of the straight-through hole formed in a machining punching mode are adjustable, so that the liquid matrix can be smoothly conducted, the atomization effect can be improved, and the service life of the aerial fog generating device is prolonged.
本发明公开了一种可抽吸材料的气雾产生装置及其制备方法，涉及电子雾化技术领域。本发明的可抽吸材料的气雾产生装置包括吸液部，设有若干第一直通孔；加热部，与吸液部在高度方向上对接并为一体结构，加热部远离吸液部的一端构造为雾化面，雾化面上设有贯穿所述加热部的若干第二直通孔，若干第一直通孔与若干第二直通孔相通，第一直通孔与第二直通孔采用机加工打孔的方式形成；导电组件，设于加热部上并分别与其连接，用于接通外部电源以给加热部提供电能。本发明的气雾产生装置采用机加工打孔的方式所形成的直通孔，孔径及孔隙率可调，使得液体基质能够顺畅的导通，可提升雾化效果，延长气雾产生装置的使用寿命。
Aerosol generating device of smokable material and preparation method of aerosol generating device
The invention discloses an aerosol generating device of a smokable material and a preparation method of the aerosol generating device, and relates to the technical field of electronic atomization. The aerial fog generating device of the smokable material comprises a liquid absorbing part, a liquid spraying part and a liquid spraying part, wherein the liquid absorbing part is provided with a plurality of first straight-through holes; the heating part and the liquid suction part are in butt joint in the height direction and are of an integrated structure, the end, away from the liquid suction part, of the heating part is constructed to be an atomization face, a plurality of second straight-through holes penetrating through the heating part are formed in the atomization face, the first straight-through holes are communicated with the second straight-through holes, and the first straight-through holes and the second straight-through holes are formed in a machining punching mode; the conductive assembly is arranged on the heating part, is connected with the heating part and is used for switching on an external power supply to provide electric energy for the heating part. According to the aerial fog generating device, the aperture and porosity of the straight-through hole formed in a machining punching mode are adjustable, so that the liquid matrix can be smoothly conducted, the atomization effect can be improved, and the service life of the aerial fog generating device is prolonged.
本发明公开了一种可抽吸材料的气雾产生装置及其制备方法，涉及电子雾化技术领域。本发明的可抽吸材料的气雾产生装置包括吸液部，设有若干第一直通孔；加热部，与吸液部在高度方向上对接并为一体结构，加热部远离吸液部的一端构造为雾化面，雾化面上设有贯穿所述加热部的若干第二直通孔，若干第一直通孔与若干第二直通孔相通，第一直通孔与第二直通孔采用机加工打孔的方式形成；导电组件，设于加热部上并分别与其连接，用于接通外部电源以给加热部提供电能。本发明的气雾产生装置采用机加工打孔的方式所形成的直通孔，孔径及孔隙率可调，使得液体基质能够顺畅的导通，可提升雾化效果，延长气雾产生装置的使用寿命。
Aerosol generating device of smokable material and preparation method of aerosol generating device
一种可抽吸材料的气雾产生装置及其制备方法
MU YANGCHANG (author) / ZHOU XIAOHUA (author) / XIAO XIAOPENG (author) / NIE GE (author) / ZHAO GUANYUN (author) / ZHAO BOYANG (author)
2023-09-22
Patent
Electronic Resource
Chinese