WO2020007205A1 - 一种电子烟气流通道与传感器气流通道分离设置电子烟具 - Google Patents

一种电子烟气流通道与传感器气流通道分离设置电子烟具 Download PDF

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WO2020007205A1
WO2020007205A1 PCT/CN2019/092288 CN2019092288W WO2020007205A1 WO 2020007205 A1 WO2020007205 A1 WO 2020007205A1 CN 2019092288 W CN2019092288 W CN 2019092288W WO 2020007205 A1 WO2020007205 A1 WO 2020007205A1
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Prior art keywords
sensor
airflow channel
electronic cigarette
heating cup
atomizer
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PCT/CN2019/092288
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English (en)
French (fr)
Inventor
郑绪东
汤建国
李志强
雷萍
韩敬美
尚善斋
王程娅
王汝�
袁大林
冒德寿
龚为民
廖晓祥
向能军
赵立恒
李月
陈永宽
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云南中烟工业有限责任公司
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Publication of WO2020007205A1 publication Critical patent/WO2020007205A1/zh

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    • A24F47/008—

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  • the invention belongs to the technical field of electronic cigarette smoking devices, and particularly relates to an electronic cigarette smoking device provided with an electronic cigarette airflow channel separated from a sensor airflow channel.
  • the smoke-producing medium is heated to produce smoke to meet the visual experience of smokers when smoking traditional cigarettes.
  • nicotine and other substances that can provide irritating substances can be added, the taste of e-cigarette smoking is similar to that of traditional cigarettes.
  • the ratio is still quite different, and the actual effect is not ideal;
  • the low-temperature baking type smoking utensil uses a heating element to heat a specially prepared cigarette to allow the nicotine and other substances contained in the cigarette to volatilize, so that the smoker can get a taste. Satisfaction, because the heating temperature is relatively low, the smoke produced by the cigarette is smaller than that of the traditional smoke, and the smoker's visual experience is not satisfactory, so it has not been generally accepted by smokers.
  • the purpose of the present invention is to provide an electronic cigarette with an electronic cigarette airflow channel separated from a sensor airflow channel, which effectively solves the problem of poor smoking feeling of electronic cigarettes and low-temperature baking cigarettes, and the sensor airflow channel and the smoke airflow channel overlap to cause smoking. Problems with sensor damage caused by instability and condensate from the atomizer.
  • An electronic cigarette set with an electronic cigarette airflow channel separated from a sensor airflow channel includes:
  • Atomizer 2 which is provided with a groove 203;
  • the atomizer 2 is detachably connected to the host 1 through the first protrusion 101 and the groove 203.
  • the electronic cigarette set with the electronic cigarette airflow channel separated from the sensor airflow channel described above, the host computer 1 includes an outer casing, an inner casing 11 and a bottom cover 5; the outer casing is provided with a slide switch 102;
  • the sensor 6, the sensor cover 7, the sealing cover 8, the air guide seat 13, the heating cup component accommodating bin 1103 and the atomizing bin bottom support (1102) are provided, and the sensor 6 is set and fixed in the sensor cover 7.
  • the sensor cover 7 and the air guiding seat 13 are respectively fixed on the two ends of the sealing cover 8, and the heating cup assembly accommodating bin 1103 and the atomizing bin base 1102 communicate with the via a second air intake groove 1101.
  • the eighth vent hole (202) on the atomizer (2) is connected by airflow;
  • the bottom cover 5 includes a first air inlet groove 501 and a USB port 502.
  • the heating cup component receiving compartment 1103 is provided with a card holder 12 and a heating cup component 9, and the heating cup component 9 includes a heating cup 10.
  • the heating cup assembly 9 is provided with a fifth ventilation hole 901
  • the heating cup 10 is provided with a sixth ventilation hole 1001
  • an outer wall of the heating cup 10 is wrapped with a heat insulation sleeve, and the heating cup 10 is fixed at On the card holder 12, the heating cup 10 and the heat insulation sleeve are sealed and fixed by aerogel.
  • the senor 6 is provided with a first ventilation hole 601
  • the sensor cover 7 is provided with a second ventilation hole 701
  • the sealing cover is provided.
  • a third vent hole 801 and a fourth vent hole 802 are provided on the eight, the first vent hole 601, the second vent hole 701, the third vent hole 801, the fifth vent hole 901, and the The sixth ventilation hole 1001 and the USB port 502 are connected in air flow, and together define a sensor air flow channel.
  • the electronic cigarette airflow channel is separated from the sensor airflow channel.
  • the atomizer 2 includes an atomizer base 3, an oil storage cap 4, and an oil storage bin 14.
  • the oil storage bin 14 is fixed in the place.
  • the oil storage cap 4 is provided with a third air intake groove 301 on the atomizing seat 3, the oil storage cap 4 is provided with a hollow second projection 401, and the second projection 401 is fitted in the oil storage cap 4. Inside the third air intake groove 301.
  • the atomizer 2 further includes a seventh ventilation hole 201 and an eighth ventilation hole 202, the first air inlet groove 501, the The third air intake groove 301, the seventh ventilation hole 201, and the eighth ventilation hole 202 collectively define a smoke airflow channel.
  • the electronic cigarette set in which the electronic cigarette airflow channel is separated from the sensor airflow channel, the sensor airflow channel and the smoke airflow channel are juxtaposed and pass through the second air inlet groove 1101 and the ninth air vent 803 to all
  • the airflow conducting connection of the flue gas flow channel, the conducting connection point is located upstream of the heating cup 10 and downstream of the smoke flow channel, and the sensor 6 is located in the sensor airflow channel.
  • the smoking device is designed as three detachable components of the host and the atomizer, which is convenient for smokers to operate, and the atomizer according to the present invention is a one-time use and does not need to be refilled. Convenient, clean and sanitary;
  • the sensor airflow channel and the smoke branch airflow channel are designed to connect two mutually independent airflow channels, which can effectively prevent the condensed liquid generated by the flue gas airflow channel from damaging the sensor;
  • the present invention combines the electronic aerosolized liquid e-liquid with low-temperature baked cigarettes, which not only improves the amount of smoke but also effectively improves the smoking mouthfeel of the electronic cigarette.
  • the working process of the present invention is:
  • the smoker can suck through the cigarette nozzle, and the sensor airflow during the suction process
  • the air in the channel will also be sucked away, thereby generating a negative pressure to the sensor 6, and then triggering the heating wire in the atomizer 2 to work, that is, the atomizer atomizes the smoke oil, and the air is removed from the
  • the cutout at the bottom of the bottom cover 5 enters the second air intake groove 501 and reaches the atomizer 2.
  • the atomized e-liquid carried by the heating wire is heated into the heating cup 10 to communicate with the heat.
  • the smoke generated after the cup 10 heats the cigarette is mixed and then sucked into the mouth by the smoker.
  • the smoking set is designed as two detachable components of the host and the atomizer, which is convenient for smokers to operate, and the atomization according to the present invention is a one-time use, does not require repeated oiling, is convenient to operate, and is clean and sanitary.
  • the present invention can realize the combination of low-temperature baking cigarettes and electronic aerosolized liquid e-liquid by arranging a heating cup and an atomizer in the smoking set at the same time, which effectively compensates for the liquid smoke generated by the atomizer. Poor sensation and lack of fragrance.
  • two independent sensor airflow channels and smoke airflow channels are arranged side by side in the smoking article, which effectively improves the situation where the airflow distribution of the sensor airflow channel and the smoke airflow channel overlap and the suction function is unstable. Avoiding damage to the sensor caused by the condensate generated during the suction process due to the coincidence of the sensor airflow channel and the flue gas airflow channel.
  • the device of the invention has a simple structure and is easy to operate.
  • Figure 1 is a schematic diagram of the internal structure of the device of the present invention.
  • FIG. 2 is a structural diagram of a host in the device of the present invention.
  • FIG. 3 is a structural diagram of an atomizer in the device of the present invention.
  • FIG. 4 is a structural diagram of a heating component in the device of the present invention.
  • Figure 5 is a view of a sealing cover in the device of the present invention.
  • FIG. 6 is a diagram of a gas guide seat in the device of the present invention.
  • FIG. 7 is a structural diagram of a card holder in the device of the present invention.
  • FIG. 8 is a structural diagram of a sensor cover in the device of the present invention.
  • FIG. 9 is a structural diagram of an atomizing seat in the device of the present invention.
  • FIG. 10 is a structural diagram of an oil storage cap in the device of the present invention.
  • FIG. 11 is a structural diagram of a heating cup in the device of the present invention.
  • FIG. 12 is a structural diagram of an inner shell in the device of the present invention.
  • FIG. 13 is a structural view of a bottom cover in the device of the present invention.
  • FIG. 14 is a structural diagram of a sensor in the device of the present invention.
  • An electronic cigarette set with an electronic cigarette airflow channel separated from a sensor airflow channel includes:
  • Atomizer 2 which is provided with a groove 203;
  • the atomizer 2 is detachably connected to the host 1 through the first protrusion 101 and the groove 203.
  • the host 1 includes an outer shell, an inner shell 11 and a bottom cover 5; the outer shell is provided with a slide switch 102; the inner shell 11 is provided with a sensor 6, a sensor cover 7, a sealing cover 8, a guide
  • the heating cup assembly accommodating bin 1103 and the atomizing bin bottom support 1102 are air-flow-connected to the eighth vent hole 202 on the atomizer 2 through a second air inlet groove 1101;
  • the bottom cover 5 includes a first air inlet groove 501 and a USB port 502.
  • the heating cup assembly accommodating bin 1103 is provided with a card holder 12 and a heating cup assembly 9.
  • the heating cup assembly 9 includes a heating cup 10.
  • the heating cup assembly 9 is provided with a fifth vent hole. 901
  • the heating cup 10 is provided with a sixth vent hole 1001
  • an outer wall of the heating cup 10 is wrapped with a heat insulation sleeve, the heating cup 10 is fixed on the card holder 12, and the heating cup 10 and The heat insulation sleeves are sealed and fixed by aerogel.
  • the senor 6 is provided with a first vent hole 601
  • the sensor cover 7 is provided with a second vent hole 701
  • the sealing cover 8 is provided with a third vent hole 801 and a fourth vent hole 802.
  • the first vent hole 601, the second vent hole 701, the third vent hole 801, the fifth vent hole 901, the sixth vent hole 1001, and the USB port 502 are in air flow. Connected together to define the sensor airflow channel.
  • the atomizer 2 includes an atomization base 3, an oil storage cap 4 and an oil storage bin 14, the oil storage bin 14 is fixed on the oil storage cap 4, and the atomization base 3
  • a third air intake groove 301 is provided, and the oil storage cap 4 is provided with a hollow second protrusion 401, and the second protrusion 401 is fitted in the third air intake groove 301.
  • the atomizer 2 further includes a seventh ventilation hole 201 and an eighth ventilation hole 202, the first air inlet groove 501, the third air inlet groove 301, and the seventh air hole 201 Together with the eighth vent hole 202, a smoke flow channel is defined.
  • the sensor airflow channel and the smoke airflow channel are arranged side by side, and are connected to the airflow of the smoke airflow channel through the second air intake groove 1101 and the ninth vent hole 803, and a connection point is established.
  • the sensor 6 is located upstream of the heating cup 10 and downstream of the smoke flow channel.
  • the smoker can suck through the cigarette nozzle, and the sensor airflow during the suction process
  • the air in the channel will also be sucked away, thereby generating a negative pressure to the sensor 6, and then triggering the heating wire in the atomizer 2 to work, that is, the atomizer atomizes the smoke oil, and the air is removed from the
  • the cutout at the bottom of the bottom cover 5 enters the second air intake groove 501 and reaches the atomizer 2.
  • the atomized e-liquid carried by the heating wire is heated into the heating cup 10 to communicate with the heat.
  • the smoke generated after the cup 10 heats the cigarette is mixed and then sucked into the mouth by the smoker.

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  • Other Investigation Or Analysis Of Materials By Electrical Means (AREA)
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Abstract

本发明公开一种电子烟气流通道与传感器气流通道分离设置电子烟具，其包括主机(1)，所述主机(1)上设有第一凸块(101)；雾化器(2)，所述雾化器(2)上设有凹槽(203)；所述雾化器(2)与所述主机(1)通过所述第一凸块(101)和所述凹槽(203)可拆卸固定连接。本发明在烟具内并列设置两个独立的传感器气流通道和烟气气流通道，有效改善了传感器气流通道与烟气气流通道重合导致气流分布不均，抽吸功能不稳定的情况，同时还避免了因传感器气流通道与烟气气流通道重合，抽吸过程中产生的冷凝液对传感器所造成的损害。

Description

一种电子烟气流通道与传感器气流通道分离设置电子烟具 技术领域
本发明属于电子烟烟具技术领域，特别涉及一种电子烟气流通道与传感器气流通道分离设置电子烟具。
背景技术
随着健康意识逐步提高，吸烟者越来越意识到抽吸传统烟对健康的危害，促进了电子烟及低温烘烤型烟具等戒烟替烟产品的发展，电子烟是利用发热元件将烟油、烟膏等能产生烟雾的介质加热以产生烟雾，来满足烟民抽吸传统烟时的视觉体验，虽然其中可以添加尼古丁等能提供刺激性的物质，电子烟抽吸的口感与传统烟相比还是有较大差别，实际效果并不理想；低温烘烤型烟具是利用加热元件加热特殊制备的烟支，以让烟支中含有的尼古丁等物质挥发出来，让抽吸者得到口感上的满足，由于加热温度相对不高，烟支产生的烟雾较抽吸传统烟小，抽吸者视觉体验上得不到较好的满足，故也未能被烟民普遍接受。
传统电子烟采用自动气流感应传感器和手动按键方式启动，传感器式气流感应电子烟雾化器的气道和传感器的启动气道是共用气道。抽烟时，气流经过传感器再到雾化器吸嘴然后被抽吸，这种电子烟的气道结构在抽吸时容易产生冷凝，长时间的冷凝积聚造成传感器损坏，使传感器功能失效，从而影响产品的寿命。
目前市面上没有将电子雾化与低温烘烤技术结合的较好的产品。而且市面上现有的电子雾化装置有的需要重复注油，操作不方便，也不够清洁卫生。
发明内容
本发明的目的在于提供一种电子烟气流通道与传感器气流通道分离设置电子烟具，其有效解决了电子烟和低温烘烤卷烟抽吸感差、传感器气流通道和烟气气流通道重合导致抽吸不稳定和雾化器产生的冷凝液对传感器的损坏问题。
本发明的目的通过以下技术方案予以实现：
一种电子烟气流通道与传感器气流通道分离设置电子烟具，包括：
主机1，所述主机1上设有第一凸块101和发热杯组件容纳仓1103；
雾化器2，所述雾化器2上设有凹槽203；
所述雾化器2与所述主机1通过所述第一凸块101和所述凹槽203可拆卸连接。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述主机1包括外壳、内壳11和底盖5；所述外壳上设有滑动开关102；所述内壳11上设置有传感器6、传感器套7、密封盖8、导气座13、发热杯组件容纳仓1103和雾化仓底托(1102)，所述传感器6套装固定在所述传感器套7内，所述传感器套7和所述导气座13分别套装固定在所述密封盖8的两端，所述发热杯组件容纳仓1103和所述雾化仓底托1102通过第二进气槽1101与所述雾化器(2)上的第八通气孔(202)气流导通连接；所述底盖5包括第一进气槽501和USB口502。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述发热杯组件容纳仓1103内设有卡座12和发热杯组件9，所述发热杯组件9包括发热杯10，所述发热杯组件9组件上开设有第五通气孔901，所述发热杯10上开设有第六通气孔1001，所述发热杯10的外壁包裹有隔热套，所述发热杯10固定在所述卡座12上，所述发热杯10与所述隔热套之间由气凝胶密封固定。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述传感器6上设有第一通气孔601，所述传感器套7上设有第二通气孔701，所述密封盖8上开设有第三通气孔801和第四通气孔802，所述第一通气孔601、所述第二通气孔701、所述第三通气孔801、所述第五通气孔901、所述第六通气孔1001和所述USB口502气流导通连接，共同限定出传感器气流通道。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述雾化器2包括雾化座3、储油盖4和储油仓14，所述储油仓14固定在所述储油盖4上，所述雾化座3上设有第三进气槽301，所述储油盖4设有中空第二凸块401，所述第二凸块401嵌合在所述第三进气槽301内。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述雾化器2还包括第七通气孔201和第八通气孔202，所述第一进气槽501、所述第三进气槽301、所述第七通气孔201和所述第八通气孔202共同限定出烟雾气流通道。
上述所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，所述传感器气流通道与所述烟雾气流通道并列设置并通过所述第二进气槽1101和第九通气孔803与所述烟气气流通道气流导通连接，导通连接点位于所述发热杯10的上游且位于所述烟雾气流通道的下游，所述传感器6位于该传感器气流通道内。
本发明的关键点是：1、将烟具设计成所述主机、雾化器三个可拆卸的组件，方便吸烟者操作，而且本发明所述雾化器为一次性使用，无需重复注油，操作方便，清洁卫生；2、将所述传感器气流通道与所述烟支气流通道设计为连两个相互独立的气流通道，可有效避免烟气气流通道所产生的冷凝液体对所述传感器造成损害；另一方面，本发明将电子烟雾化液体烟油与低温烘烤卷烟相结合，不仅提高了烟雾量还能有效改善电子烟的抽吸口感。
本发明的工作过程为：
打开烟具上的推盖，将烟支插入所述发热杯10中，再将所述雾化器2插入所述烟具中，并按下滑盖开关102，所述烟具进入工作状态，所述发热杯10对插入其中的烟支进行加热，所述雾化器2内的发热丝进入预热状态，待加热完成后，抽吸者可通过烟支吸嘴进行抽吸，抽吸过程中传感器气流通道中的空气也会被抽吸走，从而给所述传感器6产生负压，进而触发所述雾化器2内的发热丝工作，即所述雾化器将烟油雾化，空气从所述底盖5底部的缺口进入所述第二进气槽501内，并到达所述雾化器2内，携带发热丝加热雾化后的烟油进入所述发热杯10内，与所述发热杯10加热烟支后所产生的烟气混合，然后被抽吸者吸入口中。
本发明有益效果：
1.将烟具设计成主机和雾化器两个可拆卸组件，方便吸烟者操作，而且本发明所述雾化为一次性使用，无需重复注油，操作方便，而且清洁卫生。
2.本发明通过在烟具内同时设置发热杯和雾化器，可实现低温烘烤烟支和电子烟雾化液体烟油的合二为一，有效弥补了雾化器所产生的液体烟雾抽吸感差，香味不足的缺点。
3.本发明在烟具内并列设置两个独立的传感器气流通道和烟气气流通道，有效改善了传感器气流通道与烟气气流通道重合导致气流分布不均，抽吸功能不稳定的情况，同时还避免了因传感器气流通道与烟气气流通道重合，抽吸过程中产 生的冷凝液对传感器所造成的损害。
4.本发明装置结构简单，易于操作。
附图说明
图1是本发明装置的内部结构示意图；
图2是本发明装置中主机的结构图；
图3是本发明装置中雾化器的结构图；
图4是本发明装置中发热组件的结构图；
图5是本发明装置中密封盖图；
图6是本发明装置中导气座图；
图7是本发明装置中卡座结构图；
图8是本发明装置中传感器套结构图；
图9是本发明装置中雾化座结构图；
图10是本发明装置中储油盖结构图；
图11是本发明装置中发热杯结构图；
图12是本发明装置中内壳结构图；
图13是本发明装置中底盖结构图；
图14是本发明装置中传感器结构图；
图中：1-主机，101-第一凸块，102-滑动开关，2-雾化器，201-第七通气孔，202-第八通气孔，203-凹槽，3-雾化座，301-第三进气槽，4-储油盖，401-第二凸块，5-底盖，501-第一进气槽，502-USB口，6-传感器，601-第一通气孔，7-传感器套，701-第二通气孔，8-密封盖，801-第三通气孔，802-第四通气孔，803-第九通气孔，9-发热杯组件，901-第五通气孔，10-发热杯，1001-第六通气孔，11-内壳，1101-第二进气槽，1102-雾化仓底托，1103-发热杯组件容纳仓，12-卡座，13-导气座，14-储油仓。
具体实施方式
以下实施例旨在说明本发明的内容，而不是对本发明保护范围的进一步限定。
实施例
一种电子烟气流通道与传感器气流通道分离设置电子烟具，包括：
主机1，所述主机1上设有第一凸块101和发热杯组件容纳仓1103；
雾化器2，所述雾化器2上设有凹槽203；
所述雾化器2与所述主机1通过所述第一凸块101和所述凹槽203可拆卸连接。
本实施例中，所述主机1包括外壳、内壳11和底盖5；所述外壳上设有滑动开关102；所述内壳11上设置有传感器6、传感器套7、密封盖8、导气座13、发热杯组件容纳仓1103和雾化仓底托1102，所述传感器6套装固定在所述传感器套7内，所述传感器套7和所述导气座13分别套装固定在所述密封盖8的两端，所述发热杯组件容纳仓1103和所述雾化仓底托1102通过第二进气槽1101与所述雾化器2上的第八通气孔202气流导通连接；所述底盖5包括第一进气槽501和USB口502。
本实施例中，所述发热杯组件容纳仓1103内设有卡座12和发热杯组件9，所述发热杯组件9包括发热杯10，所述发热杯组件9组件上开设有第五通气孔901，所述发热杯10上开设有第六通气孔1001，所述发热杯10的外壁包裹有隔热套，所述发热杯10固定在所述卡座12上，所述发热杯10与所述隔热套之间由气凝胶密封固定。
本实施例中，所述传感器6上设有第一通气孔601，所述传感器套7上设有第二通气孔701，所述密封盖8上开设有第三通气孔801和第四通气孔802，所述第一通气孔601、所述第二通气孔701、所述第三通气孔801、所述第五通气孔901、所述第六通气孔1001和所述USB口502气流导通连接，共同限定出传感器气流通道。
本实施例中，所述雾化器2包括雾化座3、储油盖4和储油仓14，所述储油仓14固定在所述储油盖4上，所述雾化座3上设有第三进气槽301，所述储油盖4设有中空第二凸块401，所述第二凸块401嵌合在所述第三进气槽301内。
本实施例中，所述雾化器2还包括第七通气孔201和第八通气孔202，所述第一进气槽501、所述第三进气槽301、所述第七通气孔201和所述第八通气孔202共同限定出烟雾气流通道。
本实施例中，所述传感器气流通道与所述烟雾气流通道并列设置并通过所述第二进气槽1101和第九通气孔803与所述烟气气流通道气流导通连接，导通连接点位于所述发热杯10的上游且位于所述烟雾气流通道的下游，所述传感器6位于该传感器气流通道内。
本实施例的工作过程为：
打开烟具上的推盖，将烟支插入所述发热杯10中，再将所述雾化器2插入所述烟具中，并按下滑盖开关102，所述烟具进入工作状态，所述发热杯10对插入其中的烟支进行加热，所述雾化器2内的发热丝进入预热状态，待加热完成后，抽吸者可通过烟支吸嘴进行抽吸，抽吸过程中传感器气流通道中的空气也会被抽吸走，从而给所述传感器6产生负压，进而触发所述雾化器2内的发热丝工作，即所述雾化器将烟油雾化，空气从所述底盖5底部的缺口进入所述第二进气槽501内，并到达所述雾化器2内，携带发热丝加热雾化后的烟油进入所述发热杯10内，与所述发热杯10加热烟支后所产生的烟气混合，然后被抽吸者吸入口中。

Claims (7)

  1. 一种电子烟气流通道与传感器气流通道分离设置电子烟具，其特征在于，包括：
    主机(1)，所述主机(1)上设有第一凸块(101)和发热杯组件容纳仓(1103)；
    雾化器(2)，所述雾化器(2)上设有凹槽(203)；
    所述雾化器(2)与所述主机(1)通过所述第一凸块(101)和所述凹槽(203)可拆卸连接。
  2. 根据权利要求1所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述主机(1)包括外壳、内壳(11)和底盖(5)；所述外壳上设有滑动开关(102)；所述内壳(11)上设置有传感器(6)、传感器套(7)、密封盖(8)、导气座(13)、发热杯组件容纳仓(1103)和雾化仓底托(1102)，所述传感器(6)套装固定在所述传感器套(7)内，所述传感器套(7)和所述导气座(13)分别套装固定在所述密封盖(8)的两端，所述发热杯组件容纳仓(1103)通过第二进气槽(1101)与所述雾化器(2)上的第八通气孔(202)气流导通连接；所述底盖(5)包括第一进气槽(501)和USB口(502)。
  3. 根据权利要求2所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述发热杯组件容纳仓(1103)内设有卡座(12)和发热杯组件(9)，所述发热杯组件(9)包括发热杯(10)，所述发热杯组件(9)组件上开设有第五通气孔(901)，所述发热杯(10)上开设有第六通气孔(1001)，所述发热杯(10)的外壁包裹有隔热套，所述发热杯(10)固定在所述卡座(12)上，所述发热杯(10)与所述隔热套之间由气凝胶密封固定。
  4. 根据权利要求3所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述传感器(6)上设有第一通气孔(601)，所述传感器套(7)上设有第二通气孔(701)，所述密封盖(8)上开设有第三通气孔(801)和第四通气孔(802)，所述第一通气孔(601)、所述第二通气孔(701)、所述第三通气孔(801)、所述第五通气孔(901)、所述第六通气孔(1001)和所述USB口(502)气流导通连接，共同限定出传感器气流通道。
  5. 根据权利要求4所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述雾化器(2)包括雾化座(3)、储油盖(4)和储油仓(14)，所述储油仓(14)固定在所述储油盖(4)上，所述雾化座(3)上设有 第三进气槽(301)，所述储油盖(4)设有中空第二凸块(401)，所述第二凸块(401)嵌合在所述第三进气槽(301)内。
  6. 根据权利要求5所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述雾化器(2)还包括第七通气孔(201)和第八通气孔(202)，所述第一进气槽(501)、所述第三进气槽(301)、所述第七通气孔(201)和所述第八通气孔(202)共同限定出烟雾气流通道。
  7. 根据权利要求6所述的电子烟气流通道与传感器气流通道分离设置的电子烟具，其特征在于，所述传感器气流通道与所述烟雾气流通道并列设置并通过所述第二进气槽(1101)和第九通气孔(803)与所述烟气气流通道气流导通连接，导通连接点位于所述发热杯(10)的上游且位于所述烟雾气流通道的下游，所述传感器(6)位于该传感器气流通道内。
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