序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 一种烟气优化的雾过滤烟具及烟气优化方法和专用凝胶 CN202110203294.8 2021-02-23 CN114947194A 2022-08-30 黄柳铭; 陆诚玮; 冯奇; 瞿江洪; 张慧
发明公开了一种烟气优化的雾过滤烟具,包括烟气入口、水雾产生装置、混合腔室和烟气出口,所述烟气入口与所述混合腔室连通,烟气从所述烟气入口进入所述混合腔室;所述烟气出口与所述混合腔室连通;所述水雾产生装置与所述混合腔室连通;所述水雾产生装置生成的水雾和所述烟气在所述混合腔室内混合后,从所述烟气出口流出混合烟气;其中,所述水雾过滤烟具还包括布置在所述烟气出口处的加香装置,所述加香装置包含可挥发的加香物质,并且所述加香装置设置成允许来自所述混合腔室的所述混合烟气通过而与所述加香物质接触
2 一种电子箱组件 CN202321424095.0 2023-06-06 CN220044926U 2023-11-21 杨侃
申请属于吸食器技术领域,公开了一种电子箱组件,包括水箱、活动环、固定件和堵头,水箱、活动环和固定件自下而上依次分布,且固定件与电子烟主体固定连接,堵头位于水箱、活动环和固定件的内侧,活动环的内侧开设有螺旋槽;水箱的内部自上而下依次设置有第一阶梯套、第二阶梯套和第三阶梯套,第一阶梯套连接至水箱的上侧内壁处,第三阶梯套的下端延伸至水箱的加湿介质内。本申请通过转动活动环即可对堵头的竖直位置进行调节,当用户将堵头向上调节时,气路处于畅通的状态,此时用户可以进行吸食操作,当吸食结束后,用户可将堵头向下调节,以此来将气路封闭,从而有效防止水箱内的加湿介质泄露。
3 磁性香烟尼古丁限制卡 CN95231365.0 1995-06-09 CN2227420Y 1996-05-22 王宝瑞
本实用新型提供了一种改进的磁性香烟尼古丁限制卡,它采用了磁性塑胶板体做为磁芯,其特点是磁芯其磁场强度一面呈强磁性,一面呈弱磁性,可用于对不同品级香烟进行品级及品味改良,提高香烟品味,使吸入人体及释放到空气中的尼古丁、焦油、一含量明显下降,并能使因吸烟引起的咳嗽、多痰等症状大为减轻,从而保护人体健康。
4 一种可以增加卷烟香气的烟斗 CN201020275395.3 2010-07-29 CN201789916U 2011-04-13 刘春波; 刘志华; 孙志勇; 陈永宽; 缪明明
本实用新型是一种可以增加卷烟香气的烟斗。由带有烟道的烟嘴、烟柄组成,烟嘴,烟柄中间烟道上开设有容纳易碎固体颗粒或胶囊的圆形凹槽。所述的圆形凹槽处设有,并由弹簧连接圆形凹槽和阀门,弹簧下有一挡板。或者圆形凹槽处为两段式,并由螺纹连接为一体。本实用新型的烟斗在烟柄内部添加包埋卷烟香精香料或其他致香成分的易碎固体颗粒或胶囊,通过烟斗的阀门或加入口,将其加入到烟斗中,然后通过挤压或按压,将易碎固体颗粒或胶囊压碎,使香气物质直接进入到卷烟烟气中,增加了卷烟的香气。由于其不直接燃烧,达到了减害降焦的目的,从而在不影响烟气的抽吸品质的同时,能最大限度减轻因吸烟对人体健康所造成的危害。
5 JPS54131978U - JP2822478 1978-03-06 JPS54131978U 1979-09-12
6 Smoking composition containing menthol releasing additive JP32700991 1991-11-14 JPH04267870A 1992-09-24 DABURIYUU JIYOFURII CHIYAN
PURPOSE: To obtain a smoking compsn. consisting of specified amts. of menthyloxycarbonylglucopyranose, dimenthyloxycarbonylglucopyranose, menthyloxycarbonylglucose, etc., and excellent in taste, flavor and fragrance. CONSTITUTION: This smoking compsn. is a mixture of menthyloxycarbonylglucose compds. optimum for use as a flavor for a smoking compsn. The mixture contains >35mol% 1-o-menthyloxycarbonyl-B-D- glucopyranose, >20mol% 1,6-di-o-menthyloxycarbonyl-B-D-glucopyranose, <20mol% 6-o-menthyloxycarbonyl-D-glucose, <15mol% 2-o-menthyloxycarbonyl- D-glucose and <10mol% 2,6-di-o-menthyloxycarbonyl-D-glucose. COPYRIGHT: (C)1992,JPO
7 Method of preparing poisonnproof liquid for tobacco smoking JP1805274 1974-02-14 JPS51129371A 1976-11-10 SHIYOU RITSUSHIYO
8 PIEZO INHALER EP00914714 2000-02-24 EP1154815A4 2002-04-24 PONWELL ENTERPRISES LIMITED
An inhaler provides a controlled delivery of an inhalant and includes an inhaler housing (1) and a mouthpiece (5) coupled to the inhaler housing (1). A piezoelectric dispenser-head (14) is coupled to the inhaler housing (1) and configured to be coupled to the dispensing chamber (10). The piezoelectric dispenser-head (14) includes an array of dispensing channels (118) and an array of dispensing nozzles (15). The array of dispensing channels (118) are formed with actuatable walls (124) made at least partially of a piezoelectric material. Application of an electric field to selected side walls reduces a volume in an associated channel and creates a pressure pulse of flowable substance in the associated channel through a dispensing nozzle.
9 PIEZO INHALER EP00914714.1 2000-02-24 EP1154815B1 2004-07-21 Voges, Robert Martin
An inhaler provides a controlled delivery of an inhalant and includes an inhaler housing (1) and a mouthpiece (5) coupled to the inhaler housing (1). A piezoelectric dispenser-head (14) is coupled to the inhaler housing (1) and configured to be coupled to the dispensing chamber (10). The piezoelectric dispenser-head (14) includes an array of dispensing channels (118) and an array of dispensing nozzles (15). The array of dispensing channels (118) are formed with actuatable walls (124) made at least partially of a piezoelectric material. Application of an electric field to selected side walls reduces a volume in an associated channel and creates a pressure pulse of flowable substance in the associated channel through a dispensing nozzle.
10 PIEZO INHALER EP00914714.1 2000-02-24 EP1154815A1 2001-11-21 Voges, Robert Martin
An inhaler provides a controlled delivery of an inhalant and includes an inhaler housing (1) and a mouthpiece (5) coupled to the inhaler housing (1). A piezoelectric dispenser-head (14) is coupled to the inhaler housing (1) and configured to be coupled to the dispensing chamber (10). The piezoelectric dispenser-head (14) includes an array of dispensing channels (118) and an array of dispensing nozzles (15). The array of dispensing channels (118) are formed with actuatable walls (124) made at least partially of a piezoelectric material. Application of an electric field to selected side walls reduces a volume in an associated channel and creates a pressure pulse of flowable substance in the associated channel through a dispensing nozzle.
11 Vacuum smoke filter and collector has vacuum is created through opening in base if smoke collecting container is lifted from fluid filled basin DE102004000502 2004-09-27 DE102004000502A1 2006-03-30
Smoke is directed through a water bath under a vacuum, and the cleaned and cooled smoke collected in a container. The smoke collecting container stands in a fluid filled basin which is open at the top. A vacuum is created through an opening in the base if the smoke collecting container is lifted from the basin. Alternatively, devices such as pistons, bellows or pumps can be used to create the vacuum.
12 Piezo inhaler AU3606800 2000-02-24 AU3606800A 2000-09-14 VOGES ROBERT MARTIN
13 DE9108795U1 - DE9108795 1991-07-17 DE9108795U1 1991-10-10
14 SMOKING PIPE SEASONER CA302489 1978-05-03 CA1093414A 1981-01-13 BELLINGHIERI SANTO
A mount is provided including a support for supporting a pipe therefrom with the bowl portion of the pipe opening upwardly and vacuum generator structure is supported from the mount and includes an inlet and an outlet. Passage defining structure is provided and includes inlet and outlet end portions with the inlet end portion including structure for releasable scaled engagement with the smoke outlet in the free end portion of the stem of a pipe supported from the support structure. The outlet end portion is disposed in sealed communication with the inlet of the vacuum generating structure and the passage defining structure includes filler structure disposed therein and an ambient air inlet for admitting ambient air into the passage defining structure. The ambient air inlet includes adjustable valve means operatively associated therewith for variably throttling the admission of ambient air into the passage defining structure through the ambient air inlet.
15 Device for light up of tobacco whistle DE2324403 1973-05-14 DE2324403A1 1974-12-05 MEHEMDI HUSSAIN DIPL ING
16 SMOKING PIPE CONDITIONER CA897535D CA897535A 1972-04-11 KELLER HERMAN F
17 Improvements in or relating to apparatus for seasoning and colouring tobacco pipes GB142022 1922-01-17 GB182066A 1922-06-29
182,066. Worley, E. A. Jan. 17, 1922. Tobacco pipes are smoked artificially for seasoning purposes by attaching them to the conical rubber or vulcanite inlet tube' E of an electricallydriven centrifugal fan F mounted in a casing as shown.
18 Improvements to devices for the preparation and finishing of tobacco pipes FR504041D 1919-08-06 FR504041A 1920-06-23 DUNHILL ALFRED
19 An Apparatus for Seasoning and Drying Tobacco Pipe Bowls. GB34119 1919-01-06 GB124410A 1919-03-27 SASIENI JOEL
124,410. Sasieni, J. Jan. 6, 1919. Tobacco pipes.-Tobacco-pipe bowls are supported on pins i on both sides of pivoted panels j of a polygonal drying and seasoning chamber heated by a gas or other heater e, so that the internal and external surfaces of the bowls are exposed to the hot gases. The panels are rotated through 180 degrees to bring the treated bowls outside for the purpose of wiping off oil and moisture while the bowls on the inside of the panel are undergoing treatment. The gas enters the chamber through an opening in the lower plate c and escapes through a flue l fitted with a damper k.
20 Process for the preparation and finishing of pipes FR465279D 1913-11-24 FR465279A 1914-04-11 DUNHILL ALFRED
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