WO2020034392A1 - 一种电子烟烟支的加热控制方法及烟具 - Google Patents

一种电子烟烟支的加热控制方法及烟具 Download PDF

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WO2020034392A1
WO2020034392A1 PCT/CN2018/111684 CN2018111684W WO2020034392A1 WO 2020034392 A1 WO2020034392 A1 WO 2020034392A1 CN 2018111684 W CN2018111684 W CN 2018111684W WO 2020034392 A1 WO2020034392 A1 WO 2020034392A1
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cigarette
medium
heating
tobacco
metal material
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PCT/CN2018/111684
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English (en)
French (fr)
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郭琦浩
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宁波安百利印刷有限公司
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Publication of WO2020034392A1 publication Critical patent/WO2020034392A1/zh

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    • A24F47/008—

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  • the present invention relates to a tobacco product which is smoked after being heated and baked, in particular to a heating control method of an electronic cigarette and a smoking set.
  • Cida patent CN107772536A discloses an electronic cigarette, which includes an appliance and a cigarette, the appliance includes a housing, a power source part, a heating part, and a clamping part, and the heating part and the clamping part are inserted into the clamp by the heating part
  • the heating part includes a heating element and an inserting support, the heating element is provided on the surface of the inserting support, and the appliance and the cigarette are matched by inserting the inserting support into the liquid storage part.
  • the e-liquid in its cigarette is easy to contaminate the inserted electric heating element, and after the e-liquid is adhered to the inserted electric heating element, it is difficult to clean, resulting in this electronic cigarette appliance Very low life.
  • An object of the present invention is to provide a heating control method for an electronic cigarette and a smoking set, which can keep the inside of the smoking set clean and easy to clean the e-liquid or smoke pollutants in order to solve the above-mentioned shortcomings of the prior art.
  • a heating control method for electronic cigarettes designed by the present invention includes using a cigarette cigarette containing a tobacco body medium and a smoking set capable of heating and baking a tobacco body medium, which is characterized in that
  • the smoke medium in the cigarette stick containing the smoke medium is embedded with a metal material capable of generating electric current and generating heat in a high-frequency electromagnetic field, and a cigarette holder accommodating cavity is provided in a smoking set capable of heating and baking the smoke medium.
  • An electromagnetic induction high-frequency coil is provided on the outside of the cigarette holding chamber corresponding to the medium containing the smoke body.
  • the metal material is used as a high-frequency magnetic field receiving medium. The metal material is heated when the electromagnetic induction high-frequency coil is energized to generate a high-frequency magnetic field, so that The smoke medium surrounding the metal material is heated and baked, so that the smoke medium generates smoke.
  • the metal material placed in the smoke medium that can generate a current in a high-frequency electromagnetic field and generate heat may be a column Body, membrane or powder.
  • the Metal materials that can generate electric current and generate heat in a high-frequency electromagnetic field are directly placed into the medium of the cigarette body to produce cigarettes during the production of cigarettes.
  • the metal material that is placed in the smoke medium and generates heat in a high-frequency electromagnetic field may be heated before smoking.
  • the cylindrical or film-like metal material is inserted into the cigarette medium of the cigarette, and then the cigarette is placed in the cigarette accommodating cavity in the smoking set.
  • the smoke medium is a substance containing tobacco smoke that can be generated after heating and baking, such as tobacco, tobacco deep-processed products containing tobacco oil, Non-toxic carrier with e-liquid.
  • the present invention provides a heating device for an electronic cigarette, which includes a cigarette holding chamber and a cigarette holding chamber housing forming a cigarette holding chamber.
  • a magnetic induction coil is wound around the cigarette holding chamber housing.
  • the electromagnetic induction coil is connected to an electromagnetic induction high-frequency control unit, and the cigarette holder accommodating cavity has a hollow body structure for accommodating only cigarette cigarettes, so that the cigarette holder accommodating cavity in the smoking set can be kept clean, and it is easy to clean the cigarette oil or Flue gas pollutants.
  • the bottom of the cigarette support cavity of the cavity structure is In the closed structure, in order to ensure a circulating airway when smoking, the inside diameter of the cigarette holder accommodating chamber is larger than the diameter of the cigarette holder, and a cigarette holder clip is symmetrically arranged at the inner edge of the casing of the cigarette holder accommodating chamber to facilitate the fixing of the cigarette holder. At the same time, it guarantees the airflow channel required for smoking.
  • the magnetic induction coil is wound around the cigarette holder housing cavity, and the magnetic induction coil is wound on the outer surface of the cigarette holder housing cavity. Or it is embedded in the wall of the casing of the cigarette holding chamber, and the winding direction of the magnetic induction coil is parallel to the axial direction of the casing of the cigarette holding chamber.
  • a heating control method and smoking set for electronic cigarettes designed by the present invention adopt an electromagnetic induction high-frequency heating mode to heat and bake the smoke medium in the cigarette, especially the smoke medium
  • the heated and baked metal material is directly placed into the tobacco body medium, and the cigarette holder accommodating cavity in the smoking article is designed as a hollow cavity structure that only accommodates the cigarette sticks, so that the cigarette holder accommodating cavity in the smoking article can be kept clean and the cigarette can be easily cleaned. Oil or smoke pollutants. This kind of metal material is produced before the cigarette is produced or placed in the smoking article.
  • Placing the material in the smoke medium can more reasonably distribute the metal material between the smoke medium, so that the smoke medium can be heated more uniformly, improve the atomization effect of the smoke medium, and allow smokers to obtain better smoking. This makes smokers gradually abandon unhealthy smoking habits and move towards health.
  • FIG. 1 is a schematic structural diagram of an embodiment of an electromagnetic induction high-frequency heating smoking set for an electronic cigarette in Embodiment 1;
  • Embodiment 2 is a schematic diagram of a control circuit of an embodiment of electromagnetic induction high-frequency heating in Embodiment 2;
  • FIG. 3 is a schematic structural view of an electromagnetic induction high-frequency coil embedded in a casing wall of a cigarette holder housing cavity in Embodiment 4
  • FIG. 4 is a schematic structural diagram of a cylindrical metal material placed in a smoke medium
  • FIG. 5 is a schematic diagram of a structure in which a sheet metal material is placed in a smoke medium
  • FIG. 6 is a schematic structural diagram of a powdered metal material placed in a smoke medium
  • FIG. 7 is a schematic structural diagram of an electromagnetic induction high-frequency heating smoking set for an electronic cigarette in Embodiment 3.
  • Cigarette cigarette holder 1 Cigarette cigarette holder 1, Smoking set 4, Cigarette medium 6, Metal material 7, Electromagnetic induction high-frequency coil 8, Electromagnetic induction high-frequency heating control circuit 9, Cigarette accommodating cavity 10, Cigarette accommodating cavity shell Body 11, cigarette holder 12, electromagnetic induction high-frequency control circuit 14, power supply 15, cigarette lighter switch 16.
  • Embodiment 1 is a diagrammatic representation of Embodiment 1:
  • a heating control method for an electronic cigarette includes using a cigarette cigarette 1 containing a cigarette body medium 6 and a smoking set capable of heating and baking a cigarette body medium 6. 4.
  • the smoke medium 6 in the cigarette stick 1 containing the smoke medium 6 is built with a metal material 7 capable of generating electric current and generating heat in a high-frequency electromagnetic field.
  • the smoking article 4 is provided with a cigarette holding chamber 10, and an electromagnetic induction high-frequency coil 8 is provided on the outside of the cigarette holding chamber 10 at a position corresponding to the medium 6 of the smoking body, and a metal material 7 is used as a high-frequency magnetic field receiving medium.
  • the coil 8 is energized to generate a high-frequency magnetic field, the metal material 7 is heated, so that the smoke medium 6 around the metal material 7 is heated and baked, so that the smoke medium 7 generates smoke.
  • the metal material 7 placed in the smoke medium 6 in this embodiment may be a columnar body as shown in FIG. 4, Also shown in Figure 5
  • the membrane-like structure may also be a powder-like structure as shown in FIG. 6.
  • the columnar structure or the membrane-like structure may also include various metal flakes, cones, and the like that can be placed in the smoke medium.
  • the heating control method for electronic cigarettes provided in this embodiment, said placing in the smoke medium 6 can generate a current in a high-frequency electromagnetic field
  • the heat-generating metal material 7 is a metal cigarette 7 with a metal medium directly placed in the cigarette body medium 6 when the cigarette 1 is produced.
  • the metal material 7 that is placed in the smoke medium 6 and generates heat in a high-frequency electromagnetic field may be heated before smoking.
  • the cylindrical or film-like metal material 7 is inserted into the cigarette body medium 6 of the cigarette holder 1, and then the cigarette holder 1 is placed in the cigarette holder accommodating chamber 10 in the smoking set 4, and then heated and sucked. .
  • the smoke medium 6 provided in this embodiment is a substance containing tobacco smoke that can be generated after being heated and baked, such as tobacco, tobacco deep-processed products containing smoke oil, and a non-toxic carrier adsorbed with smoke oil.
  • a heating smoking set for an electronic cigarette provided by this embodiment includes a cigarette holding chamber 10 and a cigarette holding chamber housing 11 forming a cigarette holding chamber 10, in the cigarette
  • a magnetic induction coil 8 is wound around the supporting cavity housing 11.
  • the electromagnetic induction coil 8 is connected to an electromagnetic induction high-frequency control unit 9.
  • the electromagnetic induction high-frequency control unit 9 includes an electromagnetic induction high-frequency control circuit 14, a power source 15, and a cigarette lighter. Switch 16.
  • the implementation of the electromagnetic induction high-frequency control circuit 14 can be implemented by only a technician skilled in electromagnetic induction high-frequency control, so no more examples are given here.
  • the schematic diagram of the control circuit is not limited to the electromagnetic induction high-frequency control unit 9 of the present invention, and it is only an example. With this hint, technical professionals of electromagnetic induction high-frequency control can be repeatedly implemented, so there are not many here for example.
  • the cigarette holder accommodating cavity 10 is a hollow body structure for accommodating only the cigarette holder 1, so that the cigarette holder accommodating cavity 10 in the smoking set can be kept clean, and it is easy to clean the e-liquid or smoke pollutants.
  • the magnetic induction coil 8 is wound on the cigarette holder housing chamber 11 by winding the magnetic induction coil 8 on the outer surface of the cigarette holder housing chamber 11.
  • the winding of the magnetic induction coil 8 Orientation and Cigarette Holder Housing
  • Embodiment 3 In order to ensure that the e-liquid or smoke does not contaminate other parts of the smoking set, and is conducive to forming a good airflow channel when smoking, and to facilitate cleaning of the cigarette holder accommodating chamber, the heating smoking device of the electronic cigarette holder provided in this embodiment, such as As shown in FIG. 3, the bottom of the cigarette holder accommodating cavity 10 of the cavity structure is a closed structure. As shown in FIG. 3, the heating smoking device of the electronic cigarette holder provided in this embodiment, such as As shown in FIG. 3, the bottom of the cigarette holder accommodating cavity 10 of the cavity structure is a closed structure. As shown in FIG.
  • the inside diameter of the cigarette holder accommodating chamber 10 is larger than the diameter of the cigarette holder 1, and smoke is also symmetrically arranged at the inner edge of the inside of the cigarette holder accommodating chamber casing 11
  • the holder clip 12 is used to fix the cigarette holder 1 and at the same time to ensure the airflow channel required for smoking.
  • Embodiment 4 is a diagrammatic representation of Embodiment 4:
  • An electronic cigarette heating device provided by this embodiment includes a cigarette holder accommodating chamber 10 and a cigarette holder accommodating chamber housing 11 forming the cigarette holder accommodating chamber 10, and the cigarette holder accommodating chamber housing 11 A magnetic induction coil 8 is wound, and the electromagnetic induction coil 8 is connected to the electromagnetic induction high-frequency control unit 9. As shown in FIG. 3, the magnetic induction coil 8 is wound around the cigarette holder housing chamber 11 as described above. In the casing wall of the cigarette holder housing chamber 11 to provide the magnetic induction coil with a good working environment and not easily damaged.

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Abstract

一种电子烟烟支的加热控制方法及烟具（4），包括采用含有烟体介质（6）的香烟烟支（1）和可加热烘烤烟体介质（6）的烟具（4），在香烟烟支（1）中的烟体介质（6）内置入有金属材料（7），在可加热烘烤烟体介质（6）的烟具（4）中设置有烟支容纳腔（10），烟支容纳腔（10）为仅容纳香烟烟支（1）的空腔体结构，烟支容纳腔（10）中对应容纳烟体介质（6）部位的外部设置有电磁感应高频线圈（8），在电磁感应高频线圈（8）通电产生高频磁场时金属材料（7）被加热，从而使金属材料（7）周围的烟体介质（6）被加热烘烤，使烟体介质（6）产生烟雾。有益效果：使用时能保持烟具（4）清洁而不被烟油或烟气污染，并且烟体介质（6）能被均匀加热，烟体介质（6）产生的烟雾效果好，也让吸烟者获得良好的抽吸感。

Description

一种电子烟烟支的加热控制方法及烟具 技术领域
[0001] 本发明涉及一种对烟支加热烘烤后再抽吸的烟草制品， 特别是一种电子烟烟支 的加热控制方法及烟具。
[0002] 背景技术
[0003] 中国专利 CN107772536A公开了一种电子烟， 它包括器具与烟支， 器具内包括 壳体、 电源部分、 加热部、 夹持部， 加热部与夹持部通过将加热部插入所述夹 持部进行配合， 所述加热部包括加热元件和插入支持件， 加热元件设置于所述 插入支持件表面， 所述器具与烟支通过将插入支持件插入储液部进行配合， 这 种器具的加热方式， 在加热时， 其烟支中的烟油很容易污染被插入的电加热元 件， 而且烟油粘结在被插入的电加热元件上后， 很难清理， 导致这种电子烟的 器具使用寿命很低。
[0004] 发明内容
[0005] 本发明的目的是为了解决上述现有技术的不足而提供一种使得烟具内能保持清 洁， 并且容易清理烟油或烟气的污染物的电子烟烟支的加热控制方法及烟具。
[0006] 为了实现上述目的， 本发明所设计的一种电子烟烟支的加热控制方法， 它包括 采用含有烟体介质的香烟烟支和可加热烘烤烟体介质的烟具， 其特征是在所述 的含有烟体介质的香烟烟支中的烟体介质内置入有在高频电磁场中能产生电流 而发热的金属材料， 在可加热烘烤烟体介质的烟具中设置有烟支容纳腔， 烟支 容纳腔中对应容纳烟体介质部位的外部设置有电磁感应高频线圈， 金属材料作 为高频磁场接收介质， 在电磁感应高频线圈通电产生高频磁场时金属材料被加 热， 从而使金属材料周围的烟体介质被加热烘烤， 使烟体介质产生烟雾。
[0007] 为了对烟体介质加热后获得良好的烟雾效果， 且对烟体介质加热更均匀， 所述 在烟体介质中置入在高频电磁场中能产生电流而发热的金属材料可以是柱体状 、 膜片状或粉末状。
[0008] 为了可以标准化生产用于磁感应加热烟具的香烟烟支， 所述的在烟体介质中置 入在高频电磁场中能产生电流而发热的金属材料是在香烟烟支生产时将金属材 料直接置入烟体介质成为香烟烟支。
[0009] 为了方便抽烟者根据抽烟习惯或实际条件选着香烟烟支， 所述的在烟体介质中 置入在高频电磁场中能产生电流而发热的金属材料可以是在抽吸烟前再将柱体 状或膜片状的金属材料插入到香烟烟支的烟体介质中， 然后再将香烟烟支放入 烟具中的烟支容纳腔内。
[0010] 为了提供多样化的香烟烟支， 保证抽烟者的健康， 所述烟体介质是一种包含被 加热烘烤后能产生烟草烟雾的物质， 如烟草、 含烟油的烟草深加工制品、 吸附 有烟油的无毒载体。
[0011] 本发明提供的一种电子烟烟支的加热烟具， 它包括烟支容纳腔和形成烟支容纳 腔的烟支容纳腔壳体， 在烟支容纳腔壳体上绕设有磁感应线圈， 电磁感应线圈 连接电磁感应高频控制单元， 所述烟支容纳腔为仅容纳香烟烟支的空腔体结构 ， 由此使得烟具内的烟支容纳腔能保持清洁， 并且容易清理烟油或烟气的污染 物。
[0012] 为了保证烟油或烟气不污染烟具的其它部件， 并且利于抽吸烟时形成良好的气 流通道， 也便于清理烟支容纳腔， 所述的空腔体结构的烟支容纳腔底部为封闭 结构， 为了在抽吸烟时保证有流通的气道， 烟支容纳腔内径大于烟支直径， 在 烟支容纳腔壳体的内侧口沿处还对称设置有烟支夹， 以便于固定烟支， 同时保 证了抽吸烟时所需的气流通道。
[0013] 为了提高产品质量， 提供磁感应线圈具有良好的工作环境， 所述的在烟支容纳 腔壳体上绕设有磁感应线圈是将磁感应线圈绕设在烟支容纳腔壳体的外表面上 或镶嵌在烟支容纳腔壳体壳壁内， 磁感应线圈的绕制方向与烟支容纳腔壳体轴 向平行。
[0014] 本发明所设计的一种电子烟烟支的加热控制方法及烟具， 采用电磁感应高频加 热模式对香烟烟支内的烟体介质进行加热烘烤， 特别是将对烟体介质进行加热 烘烤的金属材料直接置入烟体介质内而将烟具内的烟支容纳腔设计为仅容纳烟 支的空腔体结构， 使得烟具内的烟支容纳腔能保持清洁， 并且容易清理烟油或 烟气的污染物。 这种在生产香烟烟支或将香烟烟支放入烟具内之前就将金属材 料置入烟体介质内更能使金属材料合理分布于烟体介质之间， 使烟体介质能更 加均匀被加热， 提高烟体介质的雾化效果， 也让吸烟者获得更良好的抽吸感， 从而让吸烟者逐步放弃不健康的吸烟习惯， 走向健康。
[0015] 附图说明
[0016] 图 1是实施例 1中电子烟烟支的电磁感应高频加热烟具实施例结构示意图；
[0017] 图 2是实施例 2中电磁感应高频加热实施例控制电路原理图；
[0018] 图 3是实施例 4中将电磁感应高频线圈镶嵌在烟支容纳腔壳体壳壁内结构示意图
[0019] 图 4是柱体状金属材料置于烟体介质结构示意图；
[0020] 图 5是膜片状金属材料置于烟体介质结构示意图；
[0021] 图 6是粉末状金属材料置于烟体介质结构示意图；
[0022] 图 7是实施例 3中电子烟烟支的电磁感应高频加热烟具的结构示意图。
[0023] 图中： 香烟烟支 1、 烟具 4、 烟体介质 6、 金属材料 7、 电磁感应高频线圈 8、 电 磁感应高频加热控制电路 9、 烟支容纳腔 10、 烟支容纳腔壳体 11、 烟支夹 12、 电 磁感应高频控制电路 14、 电源 15、 点烟开关 16。
[0024] 具体实施方式
[0025] 下面结合附图和实施例对本发明进一步说明。
[0026] 实施例 1 :
[0027] 如图 1所示， 本实施例所提供的一种电子烟烟支的加热控制方法， 它包括采用 含有烟体介质 6的香烟烟支 1和可加热烘烤烟体介质 6的烟具 4， 在所述的含有烟 体介质 6的香烟烟支 1中的烟体介质 6内置入有在高频电磁场中能产生电流而发热 的金属材料 7， 在可加热烘烤烟体介质 6的烟具 4中设置有烟支容纳腔 10， 烟支容 纳腔 10中对应容纳烟体介质 6部位的外部设置有电磁感应高频线圈 8 , 金属材料 7 作为高频磁场接收介质， 在电磁感应高频线圈 8通电产生高频磁场时金属材料 7 被加热， 从而使金属材料 7周围的烟体介质 6被加热烘烤， 使烟体介质 7产生烟雾
[0028] 为了对烟体介质加热后获得良好的烟雾效果， 且对烟体介质加热更均匀， 本实 施例在烟体介质 6中置入的金属材料 7可如图 4所示的柱状体， 也可如图 5所示的 膜片状结构， 还可以是如图 6所示的粉末状结构。 所述柱状体结构或膜片状结构 也可以是包括各种可置入于烟体介质中的金属片状物、 锥状物等等。
[0029] 为了可以标准化生产用于磁感应加热烟具的香烟烟支， 本实施例提供的电子烟 烟支的加热控制方法， 所述的在烟体介质 6中置入在高频电磁场中能产生电流而 发热的金属材料 7是在香烟烟支 1生产时将金属材料 7直接置入烟体介质 6内成为 带金属介质的香烟烟支。 当然， 为了方便抽烟者根据抽烟习惯或实际条件选着 香烟烟支， 所述的在烟体介质 6中置入在高频电磁场中能产生电流而发热的金属 材料 7可以是在抽吸烟前再将柱体状或膜片状的金属材料 7插入到香烟烟支 1的烟 体介质 6中， 然后再将香烟烟支 1放入烟具 4中的烟支容纳腔 10内， 然后通电加热 抽吸。
[0030] 本实施例提供的烟体介质 6是一种包含被加热烘烤后能产生烟草烟雾的物质， 如烟草、 含烟油的烟草深加工制品、 吸附有烟油的无毒载体。
[0031]
[0032] 实施例 2:
[0033] 如图 2所示， 本实施例提供的一种电子烟烟支的加热烟具， 它包括烟支容纳腔 1 0和形成烟支容纳腔 10的烟支容纳腔壳体 11， 在烟支容纳腔壳体 11上绕设有磁感 应线圈 8， 电磁感应线圈 8连接电磁感应高频控制单元 9， 所述电磁感应高频控制 单元 9包括电磁感应高频控制电路 14、 电源 15和点烟开关 16。 在本实施例中， 电 磁感应高频控制电路 14的实施方案只要电磁感应高频控制专业的技术人员都能 实现， 所以在此不多举例说明。 当然该控制电路原理图并不局限本发明的电磁 感应高频控制单元 9 , 仅是举例而已， 在此提示下， 电磁感应高频控制专业的技 术人员都能重复实现， 所以在此也不多举例说明。 所述烟支容纳腔 10为仅容纳 香烟烟支 1的空腔体结构， 由此使得烟具内的烟支容纳腔 10能保持清洁， 并且容 易清理烟油或烟气的污染物。
[0034] 本实施例所述的在烟支容纳腔壳体 11上绕设有磁感应线圈 8是将磁感应线圈 8绕 设在烟支容纳腔壳体 11的外表面上， 磁感应线圈 8的绕制方向与烟支容纳腔壳体
11轴向平行
[0035] 实施例 3: [0036] 为了保证烟油或烟气不污染烟具的其它部件， 并且利于抽吸烟时形成良好的气 流通道， 也便于清理烟支容纳腔， 本实施例提供的电子烟烟支的加热烟具， 如 图 3所示， 所述的空腔体结构的烟支容纳腔 10的底部为封闭结构。 如图 7所示， 为了在抽吸烟时保证有流通的气道， 烟支容纳腔 10内径大于香烟烟支 1的直径， 在烟支容纳腔壳体 11的内侧口沿处还对称设置有烟支夹 12， 以便于固定香烟烟 支 1， 同时保证了抽吸烟时所需的气流通道。
[0037]
[0038] 实施例 4:
[0039] 本实施例提供的一种电子烟烟支的加热烟具， 它包括烟支容纳腔 10和形成烟支 容纳腔 10的烟支容纳腔壳体 11， 在烟支容纳腔壳体 11上绕设有磁感应线圈 8 , 电 磁感应线圈 8连接电磁感应高频控制单元 9， 如图 3所示， 所述的在烟支容纳腔壳 体 11上绕设有磁感应线圈 8是将磁感应线圈 8镶嵌在烟支容纳腔壳体 11壳壁内， 以提供磁感应线圈具有良好的工作环境并不易被损坏。
发明概述
技术问题
问题的解决方案
发明的有益效果

Claims

权利要求书
[权利要求 1] 一种电子烟烟支的加热控制方法， 它包括采用含有烟体介质的香烟烟 支和可加热烘烤烟体介质的烟具， 其特征是在所述的含有烟体介质的 香烟烟支中的烟体介质内置入有在高频电磁场中能产生电流而发热的 金属材料， 在可加热烘烤烟体介质的烟具中设置有烟支容纳腔， 烟支 容纳腔中对应容纳烟体介质部位的外部设置有电磁感应高频线圈， 金 属材料作为高频磁场接收介质， 在电磁感应高频线圈通电产生高频磁 场时金属材料被加热， 从而使金属材料周围的烟体介质被加热烘烤， 使烟体介质产生烟雾。
[权利要求 2] 根据权利要求 i所述的一种电子烟烟支的加热控制方法， 其特征是所 述在烟体介质中置入在高频电磁场中能产生电流而发热的金属材料可 以是柱体状、 膜片状或粉末状。
[权利要求 3] 根据权利要求：1或 2所述的一种电子烟烟支的加热控制方法， 其特征是 所述的在烟体介质中置入在高频电磁场中能产生电流而发热的金属材 料是在香烟烟支生产时将金属材料直接置入烟体介质成为香烟烟支。
[权利要求 4] 根据权利要求 2所述的一种电子烟烟支的加热控制方法， 其特征是所 述的在烟体介质中置入在高频电磁场中能产生电流而发热的金属材料 可以是在抽吸烟前再将柱体状或膜片状的金属材料插入到香烟烟支的 烟体介质中， 然后再将香烟烟支放入烟具中的烟支容纳腔内。
[权利要求 5] 根据权利要求：1或 2所述的一种电子烟烟支的加热控制方法， 其特征是 所述烟体介质是一种包含被加热烘烤后能产生烟草烟雾的物质， 如烟 草、 含烟油的烟草深加工制品、 吸附有烟油的无毒载体。
[权利要求 6] 根据权利要求 3所述的一种电子烟烟支的加热控制方法， 其特征是所 述烟体介质是一种包含被加热烘烤后能产生烟草烟雾的物质， 如烟草 、 含烟油的烟草深加工制品、 吸附有烟油的无毒载体。
[权利要求 7] 根据权利要求 4所述的一种电子烟烟支的加热控制方法， 其特征是所 述烟体介质是一种包含被加热烘烤后能产生烟草烟雾的物质， 如烟草 、 含烟油的烟草深加工制品、 吸附有烟油的无毒载体。
[权利要求 8] 一种电子烟烟支的加热烟具， 它包括烟支容纳腔 （10） 和形成烟支容 纳腔 （10） 的烟支容纳腔壳体 （11） ， 其特征是在烟支容纳腔壳体 （ 11） 上绕设有磁感应线圈 （8） ， 电磁感应线圈 （8） 连接电磁感应高 频控制单元 （9） ， 所述烟支容纳腔 （10） 为仅容纳香烟烟支的空腔 体结构。
[权利要求 9] 根据权利要求 8所述的一种电子烟烟支的加热烟具， 其特征是所述的 空腔体结构的烟支容纳腔 （10） 底部为封闭结构， 烟支容纳腔 （10） 内径大于香烟烟支直径， 在烟支容纳腔壳体 （11） 的内侧口沿处还对 称设置有烟支夹 （12） 。
[权利要求 10] 根据权利要求 8或 9所述的一种电子烟烟支的加热烟具， 其特征是所述 的在烟支容纳腔壳体 （11） 上绕设有磁感应线圈 （8） 是将磁感应线 圈 （8） 绕设在烟支容纳腔壳体 （11） 的外表面上或镶嵌在烟支容纳 腔壳体 （11） 壳壁内， 磁感应线圈 （8） 的绕制方向与烟支容纳腔壳 体 （11） 轴向平行。
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