CN101843368A - Suction nozzle of electronic atomizer - Google Patents

Suction nozzle of electronic atomizer Download PDF

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Publication number
CN101843368A
CN101843368A CN 201010142864 CN201010142864A CN101843368A CN 101843368 A CN101843368 A CN 101843368A CN 201010142864 CN201010142864 CN 201010142864 CN 201010142864 A CN201010142864 A CN 201010142864A CN 101843368 A CN101843368 A CN 101843368A
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electrode
nozzle
heater
provided
portion
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CN 201010142864
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Chinese (zh)
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陈志平
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陈志平
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Abstract

The invention relates to a structural improvement on a suction nozzle of an electronic atomizer. The suction nozzle comprises a cylindrical outer shell, a front end cylindrical hole part of the outer shell is fixedly connected with a threaded electrode of the suction nozzle, a rear end cylindrical hole part of the outer shell is provided with a seal wall, a heater and fiber yarn are accommodated in an accommodating cavity of the outer shell, the fiber yarn can be used for storing atomized liquid, the heater is electrically connected with the threaded electrode of the suction nozzle, the threaded electrode of the suction nozzle is provided with an inner electrode and an outer electrode, the threaded electrode of the suction nozzle is provided with an air inlet, an air outlet is arranged in the seal wall, the fiber yarn is annularly distributed into the accommodating cavity, an axial central channel is formed in a middle position and is communicated with the air inlet and the air outlet, the heater is fixed in the central channel, the inner wall of the central channel is provided with a dispersion cloth layer of dispersion liquid, and at least one part of the central channel is fixedly connected with a hollow supporting pipe. Owing to the technical characteristics, the suction nozzle of the electronic atomizer can be applied to a device which can atomize odorant liquid for a user to suck.

Description

电子雾化吸入器的吸嘴 Electronic nebulizer nozzle

技术领域 FIELD

[0001] 本发明涉及将具有味道的液体雾化从而供使用者吸入的电子雾化装置,特别涉及该电子雾化器的吸嘴的结构改进。 [0001] The present invention relates to a liquid atomizer having an electron donating taste atomizing device whereby the user inhales, and particularly to a structure of the electronic nebulizer mouthpiece improved.

背景技术 Background technique

[0002] 吸入式电子雾化器,一般用于模拟吸烟物品或用于治疗呼吸道疾病的吸入药剂的吸入器。 [0002] electronic nebulizer inhaler, typically used to simulate the smoking article, or for the treatment of respiratory inhalation medicament inhaler. 它一般具有容纳有电源和控制系统的杆体部,与杆体部连接的液体雾化部和吸嘴部。 It typically has a rod receiving portion of a power supply and control system, is connected to the liquid atomization portion of the shaft portion and the suction nozzle portion.

[0003] 比较典型的现有技术结构,如中国专利ZL200420031182.0,名称为“雾化电子烟” 所披露的结构,包括壳体及吸嘴,壳体的外壁上开有进气孔,壳体内依次设有电子线路板、 常压腔、传感器、气液分离器、雾化器、供液瓶;其中电子线路板由电子开关电路及高频发生器组成;在传感器的一侧开有传感器气流通道,传感器内设有负压腔;雾化器与供液瓶相接触,在雾化器的内部设有雾化腔;供液瓶的一侧与壳体之间设有锁定供液瓶的挡圈,供液瓶的另一侧开有雾汽通道;进气孔、常压腔、气液分离器、雾化器、雾汽通道、导气孔、吸嘴依次相连通。 [0003] A typical prior art structure, such as Chinese patent ZL200420031182.0, entitled "electronic atomization cigarette" structure disclosed, comprising a housing and a mouthpiece, the outer wall of the housing of the intake hole is opened, shell vivo sequentially with electronic circuit boards, a normal pressure cavity, sensor, vapor-liquid separator, atomizer, a liquid-supplying bottle; wherein the electronic circuit board by the electronic switching circuit and a high-frequency generator composition; side of the sensor in a sensor opening gas flow channel, the sensor equipped with the negative pressure chamber; nebulizer with the liquid-supplying bottle is in contact with atomizing chamber in the interior of the atomizer; liquid-supplying bottle provided between one side of the lock housing and the liquid-supplying bottle the ring, the other side of the liquid-supplying bottle is opened the mist passage; intake hole, a normal pressure cavity, vapor-liquid separator, an atomizer, a mist channel, guide holes, the suction nozzle communicating sequentially. 虽然该结构的电子烟产品已经在其现有技术所采用的超声雾化、机械式雾化等基础上作出了大的改进,其雾化器利用液体的毛细现象,采用陶瓷等作为雾化腔并通过泡沫金属吸纳供液瓶中的液体使其在陶瓷雾化腔内高温雾化,在雾化气体通道上设置气液分离器。 Although the structure of the electronic cigarette products have been made on the basis of ultrasonic atomization, mechanical atomization the prior art which employed a large improvement on its liquid atomizer using a capillary phenomenon, ceramic or the like as atomizing chamber and to absorb liquid supply bottle through the foam so that the liquid metal in the ceramic spray atomization chamber temperature, gas-liquid separator disposed on the atomizing gas passage. 该种结构的产品,不仅其雾化器的结构复杂而且制造成本高,各个主要功能构件的装配过程也比较困难。 This kind of structure of the complex structure of the product, not only is the nebulizer and expensive to manufacture, all the major functional component assembly process is relatively difficult.

[0004] 另一款比较典型的现有技术的结构,如中国专利ZL200710054948. 5,名称为“一种电子纯净香烟”所披露的结构,,包括有烟嘴部分和烟杆部分,所述烟杆部分由烟杆壳体、电池、传感器、指示灯、电路控制板、指示灯罩、进气孔、出气孔、输出端等组成,所述烟嘴部分由烟嘴壳体、电热器、烟草提取物、有机纤维、进气孔、出气孔、输入端等组成。 [0004] Another typical structure of prior art, such as China patent ZL200710054948. 5, titled "An electronic cigarette pure" ,, the disclosed structure comprises a mouthpiece portion and a portion of tobacco stems, tobacco stems the tobacco stems in part by the housing, batteries, sensors, indicators, circuit board, light cover, air intake, air outlet, an output terminal and other components, the mouthpiece portion of the mouthpiece housing, an electric heater, tobacco extracts, organic fibers, air intake, air outlet, an input terminal and other components. 该专利在现有技术基础上,提出了一种结构比较简单的雾化器结构,即将吸嘴与雾化器合并,并且其雾化器是利用有机纤维缠绕在加热器的外侧并填充在吸嘴壳体的内腔中,使加热器直接加热从有机纤维中渗出的液体。 This prior art patent proposed based on a relatively simple structure of the atomizer structure, i.e. the nozzle nebulizer combined and atomized using an organic fiber is wound on the outer side of the heater and filled in the suction the lumen of the mouth of the housing, the heater is directly heated liquid exuded from the organic fibers. 但是该种结构的产品,由于其在吸嘴中的气路是吸嘴内部的间隙,也即是有机纤维之间的间隙,不仅雾化气体在行进途中的阻力很大,使吸食者需要花费很大的吸力,而且其雾化气体在行进途中又有很大部分再次被有机纤维吸附,使吸入气体中的有味材料较少;由于气流阻力大而导致吸食时的负压大,非常容易将有机纤维中的未雾化大颗粒液体直接吸出。 However, this kind of product structure, since the gas passage is a gap in the nozzle inside the nozzle, that is, a large gap between the organic fiber, not only the traveling resistance atomizing gas on the way, so that it takes smokers large suction, and the atomizing gas which is adsorbed again have much of an organic fiber traveling in the way, that the odorous material in the suction gas is small; due to a large air flow resistance caused by the large negative pressure taking very easy the large particles of non-atomized liquid organic fibers directly sucked out. 其次,该结构的吸嘴,由于其液体存储在有机纤维内并且有机纤维填满整个吸嘴壳体,纤维中的液体在毛细现象作用下容易沿吸嘴壳体内壁从上下筒口渗出ο Next, the structure of the suction nozzle, due to the liquid stored in the organic fibers and organic fibers fill the nozzle housing, the liquid fiber capillary phenomenon under the action of the vertical cylinder ο readily bleed port along the inner wall of the nozzle housing

[0005] 其次,本申请人于2008年5月14日也提出了一种名称为“电子香烟”中国专利号为ZL20082009977的实用新型申请,该专利披露一种电子香烟,包括烟杆组件、通过螺纹连接在烟杆组件一端的雾化器组件和套设在雾化器组件上的烟嘴,该烟嘴内设有烟弹。 [0005] Secondly, the applicant in 2008. May 14 also proposed a name for the "electronic cigarette" China patent number of utility model application ZL20082009977, which discloses an electronic cigarette, including the cigarette rod assembly, by screwed assembly at one end of the smokable rod atomizer assembly and the sleeve assembly disposed in the atomizer mouthpiece, the mouthpiece equipped with smoke bombs. 所述的烟杆组件包括壳体、设于壳体前端的发光装置、设于壳体内的电芯、一端插接在该壳体后端内而另一端伸出壳体的空心螺杆、设于该空心螺杆内的用于开启所述雾化器组件电源的气动开关。 Said cigarette rod assembly includes a housing, a light emitting device provided in the front end of the housing, cell disposed within the housing, one end inserted in the housing rear end and the other end of the housing projects a hollow screw, provided the hollow pneumatic switch for turning the atomizer assembly of the power screw. 本实用新型与现有技术相比大大缩小了产品的外观体积,而且电池与烟杆一体化设计,充电、携带方便。 The present invention as compared with the prior art greatly reduces the volume of the appearance of the product, and the battery design and integration of tobacco stems, charging, easy to carry. 采用气动开关,动作准确。 Using pneumatic switch, accurate action. 特有的烟弹结构和雾化器防漏液设计, 很好地解决了抽烟及放置时的漏液困惑。 The unique structure and smoke bombs leak fluid atomizer design, and solves the leakage confusion when smoke is placed. 根据该设计方案,该种设计方案在控制技术方面做出了比较大的改进,使吸食过程的控制精度大大提高;其次在组装结构方面将电子烟分成可以各自独立装配的烟弹组件(含吸嘴)、雾化器组件和电源控制组件,使制造、装配、使用等环节非常方便。 According to this design, the design schemes in terms of control technology made relatively large to improve the control accuracy greatly improved taking process; secondly in the assembled structure will be divided into respective electronic cigarette smoke bombs separate components assembled (including absorption mouth), the atomizer assembly and a power control assembly, manufacturing, assembly, use, etc. is very convenient. 但是,所述雾化器依然采用传统的金属泡沫作为液体吸附附件,并且雾化气路弯曲,吸食者仍然需要比较大的吸力抽吸,即吸食时非常费力,并且由于雾化器采用泡沫金属及相应的陶瓷雾化骨架,制造成本不可避免地会比较高。 However, the conventional atomizer remains as a liquid metal foam adsorption attachment, and the atomizing air passage is bent, smokers still requires a relatively large suction aspiration, i.e. very laborious when smoked, and because the use of metal foam nebulizer and the corresponding atomized ceramic backbone, the manufacturing cost is inevitably high.

发明内容 SUMMARY

[0006] 针对电子雾化类产品,目前在电子控制技术已经相对比较成熟稳定的情况下,发明结构简单、装配容易,使用方便和安全的电子雾化器产品,进一步改进雾化器的结构是非常重要的环节。 [0006] For electronic spray products, currently under electronic control technology has been relatively mature and stable, the invention is simple in structure, easy to assemble, easy to use and secure electronic nebulizer product, to further improve the structure of the atomizer very important part. 为此能使吸食者轻松吸食,又能使雾化器结构更加简单从而使装配、存储和使用方便安全,是本设计企求解决的主要问题之一。 For this purpose it can easily smokers smoking, but also make the atomizer assembly so that the structure is more simple, safe storage and easy to use, is one of the main issues of this design seek to solve. 为此,在现有技术基础上,提出如下设计方案: For this reason, in the prior art is proposed based on the following design:

[0007] 一种电子雾化吸入器的吸嘴,所述吸嘴包括呈筒状的外壳体,所述外壳体的前端筒口部设置吸嘴螺纹电极,后端筒口部设置封堵壁,所述外壳体、吸嘴螺纹电极和封堵壁所形成的容纳腔内容纳有加热器和可以存储被雾化液体的储液器;所述加热器与所述吸嘴螺纹电极电连接,所述吸嘴螺纹电极具有内、外电极并且所述吸嘴螺纹电极上设置有进气孔, 所述封堵壁上设置有出气孔;其特征在于,所述储液器的中央部位具有轴向的中心通道,所述中心通道连通所述进气孔和所述出气孔,所述加热器设置在所述中心通道中。 [0007] An electronic nebulizer nozzle, the nozzle comprising a tubular-shaped case body, the front end opening portion of the cylindrical outer housing threaded nozzle electrode is provided, the rear end opening portion of the cylinder block wall is provided, the said housing body, receiving the nozzle-receiving cavity and the electrode sealing threaded wall formed with a heater and the reservoir may be stored atomized liquid; the heater with the nozzle screw connection electrode, said the nozzle having an internal thread electrode, an outer electrode and said electrode is provided on the threaded nozzle inlet hole, said closure wall is provided with a hole; wherein the central portion of the reservoir has an axial central passage, said central passage communicating said inlet port and said outlet holes, the heater disposed in the central channel.

[0008] 所述电子雾化器,是可以将其内的液体予以雾化从而可以供消费者吸食雾化气体的器具,至少包括有吸嘴部件和控制电源部件,其中所述控制电源部件给所述吸嘴部件提供电能。 [0008] The electronic nebulizer, a liquid may be atomized within the smoking appliance can be for consumers atomizing gas, the nozzle member comprises at least a power supply and control means, wherein said power supply means to control the nozzle member to provide power. 所述吸嘴是包括有储液器和加热器的部件,由于所述外壳体、吸嘴螺纹电极和封堵壁组合形成容纳腔,而且所述储液器和加热器容纳在所述容纳腔内,为此所述吸嘴可以作为一个独立的部件制造和装配。 It is the nozzle member comprises a reservoir and a heater, because the outer shell, the nozzle electrode and the threaded receiving cavities combine to form the sealing walls, and the reservoir and a heater accommodated in the accommodation chamber within this end of the nozzle as a separate component manufacture and assembly. 在使用中,还可以将所述吸嘴作为一次性使用的配件,即在所述吸嘴内的液体使用完毕后,就整个更换所述吸嘴,从而使所述吸嘴更换方便、使用安全。 In use, the nozzle may also be used as a disposable accessory, i.e., the liquid in the nozzle after use, to replace the entire nozzle, the nozzle thereby facilitate the replacement, safe .

[0009] 所述储液器是可以存储液体的部件,可以是纤维丝、毛毡或耐温无毒海绵等材料制造,使被雾化的液体可以灌装存储在所述储液器内。 [0009] The reservoir can store the liquid component may be filaments, felt or sponge temperature non-toxic materials, so that the liquid is atomized may be stored in the liquid filling the reservoir. 其次,所述储液器分布在所述容纳腔内,其中央部位形成轴向的中心通道,该轴向方向也是所述外壳体的轴向方向,该中心通道连通所述进气孔和所述出气孔,进而便于从所述进气孔进入的空气快速地穿过并从所述出气孔排出。 Secondly, the reservoir distributed in the receiving chamber, which forms a central portion of the central axial passage, the axial direction is an axial direction of the housing body, the central passage communicating the intake hole and the said vent, and thus facilitate rapid through from the inlet port into the air and is discharged from the outlet holes. 该中心通道可以位于所述储液器的中心,也可以是从所述吸嘴的横截面看,所述储液器分置在所述外壳体的内腔的两边,而所述中心通道是两个所述储液器之间的间隙通道。 The center channel may be located at the center of the reservoir may be a cross-section of the nozzle from view, the reservoir is split on both sides of the lumen of the outer casing, and said central channel is the gap between the two channels of the reservoir.

[0010] 所述吸嘴螺纹电极是包含有内外电极的导电电极,内外电极之间通过绝缘硅胶等绝缘材料予以分隔。 [0010] The nozzle is threaded electrode comprising conductive electrodes and external electrodes be separated by insulating material such as silicone insulation between the inner electrodes. 其次在所述吸嘴螺纹电极上设置有连接螺纹从而便于与控制电源部分机械连接和电连接。 Second, the threaded connection is provided to facilitate the control power supply section is connected to the mechanical and electrical connection electrode on the nozzle screw. 另外所述吸嘴螺纹电极上的进气孔将所述吸嘴外的空气引导进入所述吸嘴的中心通道内。 Further into the threaded hole on the nozzle electrode to the outer air guiding nozzle into the inner nozzle central channel.

[0011] 根据上述技术方案,选取储存液体性能比较好的无毒海绵、毛毡纤维丝等类似介质材料,并使所述储液器的中心形成所述中心通道,将所述加热器设置在所述中心通道内, 注意不要让所述加热器堵塞所述储液器的所述中心通道;再后将所述加热器的两端与所述吸嘴螺纹电极的内外电极通过电线电连接,再后将所述储液器塞入所述外壳体内,并将所述吸嘴螺纹电极固连在所述外壳体前端筒口部,在装配的过程中注意让所述中心通道保持畅通。 [0011] According to the above aspect, select better non-toxic properties of the liquid storage sponge, felt and the like filaments dielectric material, and the center of the reservoir forming said central channel, said heater is disposed at the within said central channel, careful not to let the central passage of the plugged heater accumulator; and then after both ends of the inner and outer heater electrode connected to the nozzle by the electrical wire electrode is threaded, then after stuffing the reservoir within the housing, and the nozzle electrode is secured in the threaded end of the pipe mouth portion of the housing body, the attention during assembly so that the kept clear central channel. 接着通过专门的设备从所述外壳体的后端筒口部位定量地向所述储液器中加注适量的雾化液体,最后通过专用设备如超声波焊接机、或采用黏结方法等将所述封堵壁固定在所述外壳体的后端筒口部位;这样一个独立的所述吸嘴装配完成。 Then quantitative filling device from the rear end through a special opening portion of the outer shell cylinder to the reservoir in an appropriate amount of atomized liquid, and finally by a special equipment such as ultrasonic welding machine, or the like using the sealing method of bonding blocking wall portion fixed to the rear end opening of the outer casing tube; the nozzle of such a separate assembled. 其中所述储液器不仅能够可靠地弹性顶压定位在所述外壳体的内侧壁上而不会滑动,而且所述中心通道也能自然地予以维持畅通。 Wherein the reservoir that reliably positioned elastically pressed against the inner side wall of the outer shell without slipping, and the central channel can naturally be maintained smooth.

[0012] 当用嘴抽吸所述吸嘴的后筒口部位时,空气从所述进气孔进入所述中心通道并快速通过。 [0012] When the drum opening portion of the suction nozzle mouth, the air from the inlet port into the central channel and through fast. 由于所述中心通道内气流速度高,其气压必定低于周围纤维丝中的气压,为此所述储液器中的液体可以自然地渗透到所述中心通道的内侧壁的纤维毛上或间隙孔中进而扩散到气流中而随所述中心通道中的气流流动。 Due to the high velocity gas flow within the central passage, an air pressure must be lower than the air pressure around the fiber in the yarn, for the liquid reservoir may naturally penetrate to the sidewalls of the lint within the central passage or gap hole and then spread into a gas stream with said central airflow passage. 当这些包含有液体的气流通过加热器时,所述加热器又能将它们予以升温并进一步雾化。 When these contain a liquid stream through a heater can be heated and they are further atomized. 被雾化的气液混合体从所述中心通道流出后再从所述出气孔中流出。 Atomized liquid mixture then flows from the central channel flow out from the outlet holes.

[0013] 根据上述结构和工作过程,与现有技术中国专利ZL200710054948. 5对比,由于中心通道的设置,使所述中心通道具有快速导流功能,不仅使用者需要的吸力小,而且气流流动时,对渗透或扩散出的液体本身也可以进一步细化和雾化。 [0013] According to the above structure and operation, the prior art Chinese Patent ZL200710054948. 5 contrast, since the central channel, said central channel having a fast flow function, the user needs only a small suction force, and when the air flow of liquid permeation or diffusion out of itself and may be further refined atomization. 其次当所述储液器使用纤维丝等类似材料时,该类材料本身的吸附能力远远大于传统技术中使用的陶瓷等雾化腔对液体的吸附能力,气液接触的面积增大,从而虽然气流直接流通过所述中心通道而携带和吸附液体但可以避免大颗粒的液体被携带出。 Secondly, when the reservoir using fiber yarns and other similar materials, such materials itself adsorption capacity far greater than traditional techniques such as ceramic atomizing chamber used in the adsorption capacity of the liquid, gas-liquid contact area is increased, so that Although direct airflow stream to carry and absorb the liquid through the central passage of the liquid but will prevent large particles is carried out. 进一步的当这些混合气体被加热后,又进一步被细化或雾化。 Further when the mixed gas is heated, and further refined or atomized. 另外,由于中心通道的设置,避免了现有技术中气流在吸嘴内纤维间隙中无章流动而导致雾化气体的流动阻力大的缺陷,而且避免了雾化气体不仅可能被纤维快速再次吸收的缺陷,还避免了现有技术中的高温气体在纤维丝间流动而导致的纤维温度高,从而需要加热器的功率比较大,纤维丝的耐温性能必须非常高的缺陷。 Further, since the central channel, it avoids the prior art gas stream flowing in fiber interstices no chapter in the nozzle results in a large flow resistance and the atomizing gas defects, and avoiding the atomizing gas may not only be quickly re-absorbed fibers defects, also avoids the high temperature of the fibers of the prior art hot gas flow between the filaments caused, thereby requiring a relatively large power to the heater, heat resistance fiber yarn must be very high defect.

[0014] 进一步的技术方案还可以是,在位于所述加热器上部的至少一部分所述中心通道上固连有中空的支撑管,所述支撑管的中空腔形成所述中心通道的一部分。 [0014] A further aspect may also be, at least a portion of said central passage in said upper heater fixedly connected with a hollow support tube, said central channel portion of said support tube is formed in the cavity. 其中所述加热器上部是指气流流通过所述加热器后还需要继续流通经过的一段所述中心通道;所述支撑管是一种与所述中心通道的内腔适配的管状体,最好是比较薄壁的耐温纤维管或耐温塑料管等类似材料。 Wherein said upper portion of said heater means after a period of air flow through the central channel of the need to continue the flow through the heater; said support tube is adapted to a tubular body with a lumen of the central passage, most good temperature is relatively thin-walled tube or fiber temperature plastic material tubes and the like. 根据上述技术方案,由于所述支撑管的支撑作用,所述支撑管的中空通道可以让雾化气体通过,所述支撑管又可以防止所述储液器在装配或使用中向所述中心通道中塌陷而阻塞所述中心通道的出气通道,还可以阻止所述支撑管侧边的未被加热器加热雾化的液体随雾化气体流出,逼迫所述支撑管侧边的液体向加热器附近渗透。 According to the above aspect, since the supporting action of the support tube, the support tube hollow channel allows the atomizing gas through the support tube and the reservoir passage toward the center of the assembly can be prevented or collapse blocked in the central passage outlet passage, can also prevent the liquid atomization support tube side is not heated by the heater with the atomizing gas flows, forcing the support tube near the heater side of the liquid penetration. 其次还可以通过设置不同长度的所述支撑管设计调节雾化液体向所述中心通道渗透数量。 Secondly, also provided by the different lengths of the support tube designed to adjust the atomized liquid permeable central channel number.

[0015] 可以在卷绕制作所述储液器时与所述加热器一道同时卷绕固定所述支撑管,也可以在所述储液器制作完成后再装配所述支撑管。 [0015] one can simultaneously fixing said support tube wound with the winding heater when making the reservoir and to be finished before assembling the support tube in the liquid reservoir. 由于所述支撑管或所述储液器本身具有一定的弹性而可以自然地将所述支撑管抱紧在所述中心通道内。 Since the support tube or the reservoir itself has a certain elasticity and can naturally hold the support tube within the central passageway. 为此仅仅只需要将所述支撑管放置在所述加热器的上部通道中即可,无需特别方法固定。 For this purpose only just to the support tube placed in the upper channel of the heater without the need of special fixing method.

[0016] 进一步的技术方案还可以是,所述加热器呈螺旋形并且没有芯轴,所述加热器的螺旋丝沿所述中心通道的轴向方向螺旋分布;所述加热器的螺旋体内侧通道形成所述中心通道的一部分。 [0016] A further aspect may also be, the heater and no spiral mandrel, an axial direction of said heater along said helical wire coil profile central channel; spiral channel inside the heater forms part of the central passage. 所述加热器呈螺旋形,即所述加热器的电热丝象螺旋弹簧一样的方式设置。 The heater spiral, i.e. the heater as a heating wire provided as a coil spring. 所述加热器可以是铜镍、镍铬等发热丝。 The heater may be a copper-nickel, nickel-chromium heating wire and the like. 根据上述技术方案,吸附在所述储液器上的液体可以在加热器的螺旋丝之间的间隙位置向加热丝之中的通道渗透,当加热器通电发热时被加热雾化。 According to the above aspect, adsorbed on the reservoir liquid can permeate the liquid into the channel of the heating wire in the gap between the position of the spiral wire of the heater, the heater is energized when the heating is heated atomized. 其次,所述加热器没有芯轴,可以让加热器的螺旋丝外侧接触所述中心通道的内壁,这样由于所述储液器与所述加热器之间相互稍微紧配合连接而相互之间抱紧,所述加热器而无需特别措施固定加热器,相反可以大大简化所述加热器的安装固定结构。 Secondly, the heater is not a mandrel, allowing the inner wall of the central channel contacting the helical outer wire heater, so slightly from each other due to the tight fit between the reservoir and the heater connected to each other to hold tight, without special measures the heater fixing heater, mounted opposite to greatly simplify the structure of the fixing heater. 或者是通过所述加热器的两端电极引线将加热器吊装固定设置在所述中心通道内。 Or by both ends of the heater electrode lead lifting heater fixedly disposed within said central channel.

[0017] 进一步的技术方案还可以是,所述储液器是海绵或呈片状的毛毡纤维等类似材料。 [0017] A further aspect may be that the reservoir is a sponge or felt form of a sheet like material fibers. 进一步的技术方案还可以是,在所述储液器与所述加热器之间设置扩散液体的扩散层。 A further aspect may also be in between the reservoir provided with the heater layer of diffusing liquid. 所述扩散层是无纺布。 The diffusion layer is a nonwoven fabric. 其中所述扩散层主要作用在于吸附存储在所述储液器中的液体并向所述中心通道中扩散,这样可以减少大量的液滴滴落到所述中心通道,使液体雾化比较均勻。 Wherein said diffusion layer mainly functions to adsorb the liquid stored in the liquid reservoir in the central passage and diffusion, which can reduce a lot of droplet dropping to the central channel, uniform atomization of the liquid. 所述扩散层的材料是具有绝缘、耐热并具有比较高吸附和扩散液体能力的无纺布或可以是其他类似细纤维材料,这种材料一般具有比较细的纤维孔,储存液体的能力不高但吸附和扩散能力比较高。 Ability of the material of the diffusion layer having an insulating, heat-resistant and has a relatively high liquid absorption and diffusion capacity may be a nonwoven fabric or other similar thin fiber material, which generally has a relatively thin fiber bores, the liquid reservoir is not However, high adsorption and diffusion capacity is relatively high. 所述海绵或呈片状的毛毡纤维具有相对较高的储液性能但扩散性能相对较弱;其次由于所述储液器是海绵或呈片状的毛毡纤维等类似材料,可以采取卷曲的方法以所述加热器为中心卷绕海绵或呈片状的毛毡纤维,在卷布的中心位置人为地形成中空的中心通道;海绵或呈片状的毛毡纤维可以是在360°范围内卷绕一层,也可以是卷绕多层。 The sponge or sheet form fiber felt having a relatively high performance of the reservoir is relatively weak, but the diffusion properties; Second, because the reservoir is a sponge or felt form of a sheet like material fibers, a method can be taken curl in the center of the heater winding as sponge or felt fibers in sheet form, artificially formed hollow central passage in the central position of the cloth; sponge or felt fiber sheet form may be wound in a range of 360 ° layer may be a multilayer winding.

[0018] 从制造工艺、使用的原材料、功能等方面划分,无纺布、海绵或呈片状的毛毡纤维的分类品种很多;根据上述技术方案和本设计的目的,无纺布、海绵或呈片状的毛毡纤维选取耐温性比较好的无毒材料,并在储存液体和吸附能力方面做出区分,在实际选取中最好直接与制造厂家协商相关的技术指标。 [0018] From the manufacturing process, the raw materials used, etc. division function, a nonwoven fabric, many classifications felt sponge or sheet form fibers; and the foregoing technical solutions according to the purpose of the present design, a nonwoven fabric, a sponge or in the form select the sheet-like fibrous batt relatively good temperature resistance non-toxic materials, and distinction is made in the storage of liquid and adsorption capacity, negotiate the best indicators related art directly select the actual manufacturer. 例如郑州铭泰非织造材料有限公司利用水刺工艺生产的水刺非织造材料(无纺布)的性能就比较好;而河北华圣毛毡有限公司生产的相关毛毡也比较适用。 Such as performance Zhengzhou Minter Nonwovens Co. Ltd. utilize spunlace technology of production of spunlace non-woven material (non-woven) is relatively good; and Hebei Huasheng Felt Co., Ltd. related blankets also more applicable. 根据上述技术方案,可以利用纤维毛毡能够大量储存液体的优秀性能存储被雾化液体,同时利用无纺布具有的良好的通透性能和吸附性能将其本身含有的和所述毛毡大量储存的液体向所述中心通道扩散。 According to the above aspect, we may utilize a fiber felt excellent large-capacity storage performance of the storage liquid is atomized liquids, while using a nonwoven fabric having good adsorption properties and the permeability of which itself contains a lot of felt and the stored liquid diffused into the central channel.

[0019] 进一步的技术方案还可以是,所述加热器的上端引线与所述加热器之间至少隔离一层无纺布。 [0019] A further aspect may also be at least one layer of a nonwoven fabric separator between the lead and the upper end of the heater to the heater. 根据上述技术方案,可以利用所述扩散层所使用的无纺布将所述上电导线与所述加热器隔离,防止所述加热器的高温损坏所述上电导线或导致的电气短路。 According to the above aspect, may utilize the nonwoven fabric used for the diffusion layer on the wires and the electrical heater isolation to prevent heat damage to the heater on the electrical wires or leads of an electrical short. 其中所述上电导线与所述加热器之间可以是一层无纺布,也可以是两层或多层无纺布;其次所述上电导线也可以辅助将所述加热器固定在所述中心通道中。 Wherein between the power wires and the heater may be a nonwoven fabric layer, two or more layers may be a nonwoven fabric; secondly the electrical conductors on the auxiliary heater may be fixed at a said central passage.

[0020] 进一步的技术方案还可以是,所述储液器的顶端与所述封堵壁之间存在隔离间隙。 [0020] A further aspect may also be that the isolation gap exists between the sealing walls to the top of the accumulator. 存储在所述储液器中的液体,由于毛细现象而可能沿所述外壳体的内壁爬行。 The liquid stored in the liquid reservoir in the inner wall due to capillary phenomenon may creep along the outer shell. 为此当所述封堵壁接触所述纤维丝时就不可避免地有部分储液爬行渗透到所述封堵壁、出气孔等部位。 For this reason, when the sealing wall part contacting inevitably creep penetrate into the reservoir when the sealing walls filaments, vents and other parts. 当所述储液器的顶端与所述封堵壁之间存在隔离间隙时,就可以大大减少储液爬行渗透到所述封堵壁上的数量。 When there is a gap between the spacer and the sealing walls to the top of the reservoir, the reservoir can be substantially reduced to the number of crawling penetrate the occluder wall. 特别是所述外壳体和所述封堵壁采用塑料制造时隔离效果非常好。 In particular, when the outer shell and the sealing walls using plastic insulating effect is very good. 其次,在吸力过猛时,该隔离间隙还可以有效地减少液体直接从所述储液器的顶面逸出进入出气口。 Next, when the suction excessive, the separation gap can effectively reduce the liquid directly from the top surface of the reservoir to escape into the outlet.

[0021] 进一步的技术方案还可以是,所述吸嘴螺纹电极的内电极具有延伸的杆部,所述进气孔设置在所述内电极的中心,所述内电极的延伸杆部伸入所述中心通道内。 [0021] A further aspect may also be the inner electrode having the nozzle threaded rod electrode extending portion, said air inlet port is provided at the center of the inner electrode, the extension rod portion extending into the inner electrode said central passage. 所述内电极是所述吸嘴螺纹电极的一个电极。 The inner electrode is one electrode of said threaded nozzle electrode. 其中所述内电极的延伸杆部伸入所述中心通道内,这样伸入所述中心通道内的所述内电极的延伸杆部不仅可以形成进气通道,而且可以防止所述纤维布带的中心通道的进气口在装配、使用过程中塌陷;又由于所述内电极的延伸杆部伸入所述中心通道内,相应地所述加热器就位于所述内电极的延伸杆部出气端的后面,这样也可以逼使所述内电极的延伸杆部两侧的液体渗透到所述加热器所在的区域附近。 Wherein the extension rod portion of the inner electrode projects into said central channel, so that the extension rod portion extending into the inner electrode within the central channel may be formed not only the intake passage, and can prevent the fiber cloth tape the intake port of the central channel collapse during assembly, during use; and since the extension rod portion extending into the inner electrode within the central passage, the heater corresponding portion of the extension rod located within the outlet end of the electrode later, so that the liquid may force the sides of the extension rod portion of the inner electrode penetrates into the vicinity of the heater is located.

[0022] 其次如果所述中心通道中设置所述支撑管的情况下,所述加热器就位于所述内电极杆与所述支撑管之间位置。 [0022] Next, if the central channel is provided in the case of the support tube, the heater is positioned in the location between the electrode rod and the inner support tube.

[0023] 进一步的技术方案还可以是,所述封堵壁焊接固定在所述外壳体的后端筒口部。 [0023] A further aspect may be that the sealing walls is welded and fixed to the rear end opening portion of the cylindrical housing body. 通过焊接连接,可以使所述封堵壁不能随意被拆卸,也不会容易从所述外壳体上脱落。 By welding, so that the sealing walls can not be freely disassembled, does not easily fall off from the housing body. 当然紧固的方式还可以是螺纹连接、粘结连接或卡扣连接等。 Of course, the way the fastening can also be a threaded connection, adhesive connection or snap connection or the like.

[0024] 进一步的技术方案还可以是,所述吸嘴螺纹电极的外电极呈“工”字形而具有上臂体和下臂体,所述上臂体与下臂体之间形成避空间隙腔,其中所述下臂体插入并固连所述外壳体的前端筒口部,所述上臂体的外侧设置有外螺纹。 [0024] A further aspect may also be the outer electrode of the electrode was threaded the nozzle "I" shaped body having an upper arm and a lower arm, to avoid the formation of a space between a cavity gap of the upper arm and the lower arm member, wherein said lower arm member is inserted and secured to the distal end opening portion of the housing tubular member, the lateral arm member is provided with an external thread. 根据上述技术方案,所述上臂体上设置有外螺纹,可以便于所述吸嘴与电源控制部分所设置的杆体螺纹电极之间形成机械连接。 According to the above aspect, the arm is provided with an external thread on the body, may facilitate a mechanical connection between the nozzle and the threaded rod electrode power supply control portion set. 其次,由于所述吸嘴螺纹电极的外电极呈“工”字形,从而可以在上臂体和下臂体之间形成避空间隙而使上臂体与电源控制部分之间连接紧固,还可以利用该避空间隙腔形成进气通道。 Second, since the nozzle electrode outer electrodes are threaded "I" shape, a space can be formed to avoid gaps between the fastening member and the power supply control portion of the upper arm between the upper arm and the lower arm, can also be used the cavity gap space is formed to avoid the intake passage.

[0025] 进一步的技术方案还可以是,对应于所述上臂体部位的所述内电极与所述外电极之间具有间隔腔;所述内电极的进气口部位设置有低于其端面的进气槽,在所述外电极的上臂体上设置有通孔,所述通孔连通所述上臂体与下臂体之间形成的避空间隙腔和所述内外电极之间设置的所述间隔腔。 [0025] A further aspect may also correspond to an interval having a cavity between the inner body portion of the upper arm electrode and the outer electrode; gas inlet portion of the inner electrode end face is provided below an intake slot is provided with a through hole in the outer electrode arm body, a space is provided between the collision chamber and the inner and outer gaps between the through hole electrode is formed in communication with the lower member of the upper arm of the arm body spacer chamber. 这样,当所述吸嘴与电源控制部分所设置的螺纹机构机械连接后,外面的空气可以通过所述通孔进入所述间隔腔进而再通过所述进气槽进入设置在所述内电极中心的所述进气孔内;当然外面的空气也可以通过其他气流通道进入设置在所述内电极中心的所述进气孔内。 Thus, when the nozzle screw mechanism provided with power supply control portion of the mechanical connection, the outside air may spacer chamber through the through hole into which can then enter through the intake slots provided in the inner center of the electrode into the inner hole; of course, outside air may enter into the inner hole in the center of the inner electrode is provided by other air flow passage.

[0026] 进一步的技术方案还可以是,还包括电源杆体和可以与所述吸嘴螺纹电极对应适配机械连接和电连接的杆体螺纹电极,所述杆体螺纹电极固连在所述电源杆体的端部并与所述电源杆体内的电源电连接。 [0026] A further aspect may also, further comprising a power shaft and the threaded rod electrode may be connected to the nozzle electrodes corresponding threads adapted to electrically and mechanically connected to the threaded rod electrode secured in the shaft of power supply end and connected to the power source supply rod body. 所述电源杆体内容纳有电源及控制器件,所述电源杆体在控制信号的驱动下借助所述杆体螺纹电极及吸嘴螺纹电极向所述吸嘴的加热器提供电能。 The power rod accommodated within the power and control device, the power shaft by means of the threaded rod electrode in the driving control signal and provide power to electrodes threaded mouthpiece of the nozzle heater.

[0027] 进一步的技术方案还可以是,所述杆体螺纹电极具有杆体外电极,所述杆体外电极的壁体上设置有与外部空气连通的外通气孔,在所述杆体螺纹电极连接到所述吸嘴螺纹电极后,所述外通气孔与所述上臂体与下臂体之间形成的避空间隙腔连通。 [0027] A further aspect may be a body having a threaded rod electrode vitro the rod electrode is provided with an outer air vent hole communicating with the outside of the upper wall of the electrode rod in vitro, is connected to the electrode of the threaded rod thread nozzle electrode will be described later, to avoid the space gap is formed between the cavity and the outer vent body of the upper arm and the lower arm body communication. 这样当用嘴吸食所述吸嘴时,外部空气通过所述外通气孔进入所述避空间隙腔内进而进入所述吸嘴的所述进气孔内,克服了现有技术中进气通道过长而导致进气阻力大的缺陷。 Such that when smoked the mouth of the nozzle, the outside air enters vent space to avoid the outer gap and then enter the cavity through the nozzle into the pores, the prior art overcomes the intake passage too long resulting in a large intake resistance defect.

[0028] 进一步的技术方案还可以是,在所述外壳体的前端筒口部内侧设置有向内径向凸出的环形凸台;在所述下臂体外侧设置有与所述环形凸台适配定位的环形凹槽。 [0028] A further aspect may also be in the inner tube distal end opening portion of the outer shell is provided with a radially inwardly projecting annular boss; body disposed outside of the lower arm has the annular boss adapted positioning annular groove. 这样可以通过所述环形凸台与所述环形凹槽的配合,使所述外壳体与所述吸嘴螺纹电极之间形成可靠的轴向定位,也增大了两者之间的接触面积,使其两者不容易脱落。 Thus, by incorporating the annular projection and the annular groove, so that between the housing and the nozzle body threads form a reliable axial positioning of the electrodes, but also increases the contact area therebetween, so that the two do not come off easily.

[0029] 进一步的技术方案还可以是,所述吸嘴螺纹电极的下臂体的上端部位具有向外凸出的凸肩,所述凸肩顶压在所述外壳体的前端筒口部的端面上。 [0029] A further aspect may also, threaded upper end portion of the nozzle lower electrode arm having outwardly projecting shoulder, said shoulder pressed against the distal end surface of the cylindrical opening portion of the outer shell on. 根据上述技术方案,实际上所述吸嘴螺纹电极的下臂体的外形呈“T”字形,所述凸肩顶压在所述外壳体的前端筒口部的端面上,相应地位于所述凸肩以下的所述下臂体被嵌装在所述外壳体的前端筒口部的内部。 According to the above technical solutions, in fact, the shape of the nozzle electrodes threaded lower arm body form "T" shape, said shoulder pressed against the end surface of the distal end opening portion of the cylindrical outer housing is correspondingly located protrusions the lower arm below the shoulder is fitted inside the distal end portion of the cylindrical opening of the outer shell. 这样所述凸肩可以为所述外壳体提供保护,例如当所述杆体螺纹电极旋转拧紧在所述吸嘴螺纹电极上时,所述杆体螺纹电极的杆体外电极就不用摩擦所述外壳体的端面。 Such that the shoulder may be provided as the protective outer shell, for example, when the electrode body is a threaded shaft rotation tightened threaded on the nozzle electrode, the electrode body threaded rod electrode in vitro of the rod do not have a friction of the outer casing end face.

[0030] 进一步的技术方案还可以是,所述吸嘴螺纹电极与所述外壳体的前端筒口部之间的连接部位上设置有密封圈。 [0030] A further aspect may also be provided on the connecting portion between the electrode and the threaded cylindrical distal end opening portion of the outer shell of the nozzle seal ring. 根据上述技术方案,其中所述密封圈是橡胶圈或管密封生料带等密封材料。 According to the above aspect, wherein the sealing material is a rubber ring seal tube was sealed Teflon tape or the like. 如果所述外壳体内的纤维布带接触所述吸嘴螺纹电极,所述密封圈可以阻止所述纤维布带内的液体从所述外壳体的前端筒口部爬行渗透出来。 If the fiber tape contact housing of the nozzle body threaded electrode, the sealing ring prevents liquid in the fiber tape from the front end opening portion of said outer housing tubular crawling oozing. 当然,还可以通过黏胶等方法实现所述吸嘴螺纹电极与所述外壳体的前端筒口部之间的密封。 Of course, the sealing may also be implemented between the distal electrode and the threaded cylindrical opening portion of the housing of the nozzle body by glue or the like.

[0031] 进一步的技术方案还可以是,所述加热器与所述吸嘴螺纹电极之间通过电导线电连接,所述电导线与所述加热器或所述吸嘴螺纹电极之间无锡焊接。 [0031] A further aspect may be that the heater is connected between the nozzle and the electrode is threaded through the electrical lead electrically, the electrical Wuxi welding between the wire and the heater electrode or the nozzle threads . 根据上述技术方案,虽然锡焊是比较便捷的焊接方式,但由于焊锡及锡焊膏中一般含有有毒的重金属如铅等,这些有毒物质有可能溶解到气流中而使吸食者吸入,特别是与加热器连接的焊点由于温度高更容易出现上述问题。 According to the above aspect, though soldering welding is relatively easy, but since the solder and solder paste typically contain toxic heavy metals such as lead, these toxic substances may dissolve into the gas stream inhaled by smokers, in particular with the heater pads connected aforesaid problem due to the high temperatures more easily. 不采用锡焊的的焊接方式比较多如熔焊等。 Without using soldering of welding such as welding and the like more.

[0032] 进一步的技术方案还可以是,所述外壳体是塑料壳体。 [0032] A further aspect may be the outer housing is a plastic housing. 这样不仅制造简便成本低而且不用使用昂贵的金属材料,其次可以灵活利用塑料色母调整吸嘴的外表颜色,克服了现有技术中采用喷涂、贴纸等高成本的方法实现变换吸嘴外表颜色的方案,也避免了这些方案中吸嘴可能带有的有毒物质。 This is not only easy to manufacture and low cost without using an expensive metal material, followed by using a plastic flexible outer nozzle adjustment color masterbatch, in the prior art are overcome using costly spray coating, nozzle outer stickers realize color conversion program, but also to avoid toxic substances such programs possible with the nozzle.

[0033] 由于本发明技术上述技术特点和优点,可以应用在将具有味道的液体予以雾化从而供使用者吸入的装置中。 [0033] The present invention according to technical features and advantages, may be applied in a device having the liquid to be atomized so as to taste for the user in the inhalation.

附图说明: BRIEF DESCRIPTION OF:

[0034] 图1是应用本发明技术方案的电子雾化吸入器的组装结构示意图; [0034] FIG. 1 is a schematic view of an electronic assembly structure of a nebulizer of the technical solution of the present invention;

[0035] 图2是应用本发明技术方案的吸嘴的结构示意图; [0035] FIG. 2 is a schematic view of the mouthpiece of the technical solution of the present invention;

[0036] 图3是应用本发明技术方案的吸嘴螺纹电极的外电极的结构示意图; [0036] FIG. 3 is a schematic view of the application nozzle threaded outer electrode electrodes aspect of the present invention;

[0037] 图4是应用本发明技术方案的吸嘴的外壳体的结构示意图; [0037] FIG. 4 is a schematic view of the nozzle outer shell application aspect of the present invention;

[0038] 图5是应用本发明技术方案的吸嘴螺纹电极的内电极的结构示意图; [0038] FIG. 5 is a schematic view of the nozzle within the threaded electrode electrodes aspect of the present invention is applied;

[0039] 图6是应用本发明技术方案的吸嘴内安装所述支撑管的结构示意图; [0039] FIG. 6 is a schematic view of the inner support tube mounted nozzle application aspect of the present invention;

[0040] 图7是应用本发明技术方案的吸嘴内中心通道的另一结构示意图。 [0040] FIG. 7 is a schematic view of another aspect of the application within the nozzle central channel of the present invention.

具体实施方式 Detailed ways

[0041] 下面结合附图对应用本发明技术方案产品的具体实施方式详细作出说明。 [0041] The following specific embodiments of the invention of the present application of products made in detail Description of the Drawings.

[0042] 如图1所示,一种电子雾化吸入器,是可以将其内的液体予以雾化从而可以供消费者吸食雾化气体的器具,包括吸嘴1和电源控制部分2,两者都呈杆状。 [0042] As shown, an electronic nebulizer 1, the liquid can be atomized within the smoking appliance can be for consumers atomizing gas, the nozzle including a power supply and a control section 2, two who were tested rod. 其中所述电源控制部分2包含有电源、控制电路等并且所述控制电源部件2给所述吸嘴1提供电能;所述电源控制部分2包括电源杆体和杆体螺纹电极,所述杆体螺纹电极埋设在所述电源控制部分2的电源杆体的端部;其次在所述杆体螺纹电极的外电极的壁体端面上对称设置有3个半圆孔21,当所述杆体螺纹电极拧紧在所述吸嘴1上后,所述半圆孔21与所述吸嘴1的螺纹电极组合形成外通气孔连通外部空气。 Wherein said power supply control portion 2 includes a power supply, the control circuit 2 and the control power supply section supplying power to the nozzle 1; the power control section 2 includes a power supply rod and the threaded rod electrode, said buried electrode body threaded rod an end portion of the power shaft of the power supply control portion 2; second end surface of the outer wall of the electrode body threaded rod electrode has three symmetrically arranged semicircular hole 21, when the threaded rod screwed in the nozzle electrode after 1, the semi-circular electrode assembly 21 is formed of the thread suction nozzle 1 communicates with the outer vent outside air. 当然所述半圆孔21也可以设置为2个或者4个。 Of course, the semi-circular aperture 21 may be set to 2 or 4.

[0043] 如图1和图2所示,所述吸嘴1包括呈筒状的外壳体11、吸嘴螺纹电极3和封堵壁4。 [0043] FIGS. 1 and 2, the nozzle 1 comprises a form 11, the suction nozzle 3 and the electrode sealing threaded cylindrical wall of the outer casing 4. 所述外壳体11是呈筒状的塑料壳体,其前端筒口部设置所述吸嘴螺纹电极3,所述吸嘴螺纹电极3与所述前端筒口部之间通过紧配合方式连接起来,当然也可以通过粘结方式连接起来;所述外壳体11的后端筒口部设置所述封堵壁4,所述封堵壁4焊接固连在所述外壳体11的后端筒口部,当然也可以通过黏结(粘结)方式连接起来。 The outer housing 11 is in the form of a cylindrical plastic housing which is provided a front end portion of the nozzle opening cylindrical threaded electrode 3, the electrode between the nozzle 3 and the threaded cylindrical distal end opening portion are connected by way of a tight fit, of course, may be connected together by adhesive means; rear end portion of cylindrical opening 11 is provided in the outer housing 4 of the sealing walls, fixedly connected to the rear end of the plugging portion in the cylindrical opening 11 of the outer housing wall 4 is welded, of course, It can be connected by bonding (adhesion) manner. 在所述外壳体11、吸嘴螺纹电极3和封堵壁4所形成的容纳腔内容纳有加热器6和储液器5 ;所述储液器5是一种可以存储被雾化液体的介质。 In the housing 11, the suction nozzle 3 and the threaded receiving cavity receiving the electrode sealing wall 4 is formed with a heater 6 and the accumulator 5; the reservoir 5 is an atomized liquid can be stored medium. 所述封堵壁4的中央部位上设置有出气孔41,所述吸嘴螺纹电极3具有内电极31和外电极32,所述内外电极之间通过绝缘硅胶33等绝缘材料予以分隔;其次,所述吸嘴螺纹电极3的内电极31的中央部位设置有进气孔30 ;所述加热器6通过下电导线82和上电导线81分别与所述吸嘴螺纹电极3的内电极31和外电极32电连接。 The sealing wall is provided on the central portion 4 has a hole 41, the nozzle 3 has a threaded inner electrode an outer electrode 31 electrode 32, and between the inner and outer electrodes be separated by insulating material such as an insulating silica gel 33; secondly, the nozzle threaded internal electrode 3 electrode central portion 31 is provided with inlet hole 30; the heater 6 through the electrical leads 82 and electrical leads 81 on the nozzle with a threaded inner electrode 31 and the electrodes 3 the outer electrode 32 is connected electrically. 为此所述吸嘴1可以作为一个独立的部件制造和装配。 For this purpose the nozzle 1 can be used as a separate component manufacture and assembly. 在使用中,还可以将所述吸嘴1作为一次性使用的配件,即在所述吸嘴1内的液体使用完毕后,就整个更换所述吸嘴1, 从而使所述吸嘴1更换方便、使用安全。 In use, the nozzle 1 may also be used as a disposable accessory, i.e. after the liquid within the nozzle 1, after use, to replace the entire nozzle 1, so that replacement of the nozzle 1 convenient and safe to use.

[0044] 所述储液器5由具有比较高储液性能的无毒片状毛毡类粗纤维丝材料制造,当然也可以使用海绵或其他类似功能的多孔材料制造。 [0044] The porous material reservoir 5 for producing a sheet-like felts, non-toxic material having a relatively thick filaments of high performance from a reservoir, of course, also possible to use a sponge or other similar functions. 为此可以采用卷绕工艺形成轴向的中心通道50,所述加热器6固定在所述中心通道50中。 50 may be employed for this purpose a winding process forming a central axial passage, the heater 6 is fixed in the central channel 50. 从制造工艺、使用的原材料、功能等方面划分,毛毡分类品种很多,根据上述技术方案和本设计的目的,所述储液器5尽量选取对液体的储存能力高而且耐温性比较好的无毒毛毡材料,在实际选取中最好直接与制造厂家协商相关的技术指标。 From the manufacturing process, use of raw materials, functions, etc. division classification felt many varieties, and the foregoing technical solutions according to the purpose of the present design, the reservoir 5 try to select a high liquid storage capacity and good heat resistance without toxicity felt material, preferably negotiation related specifications and manufacturers in the actual selection directly.

[0045] 其中,在卷曲所述储液器5时同时在卷布的中心位置人为地形成中空的中心通道50 ;该中心通道50可以让从进气孔中流入的气流从其中顺利地流通过并从所述出气孔41 中流出。 [0045] wherein, in the reservoir simultaneously crimping artificially form a hollow central channel 50 at the center position of the cloth 5:00; the central passage 50 allows the air flow flowing from the intake hole from which flow smoothly through and vent 41 from the outflow. 纤维布带卷绕二层,当然也可以卷绕一层或三层,卷绕层数主要根据所述外壳体11 的内径或纤维布带的厚度来确定。 Layer fiber tape is wound, of course, be wound layer or three winding layers is determined according to the thickness of the inner diameter of the main fiber tape or the housing 11. 其次如图7所示,另一种等同的形成中心通道50的实施方案,从所述吸嘴1的横截面看,可以将所述储液器5分置在所述外壳体11的内腔的两边, 而所述中心通道50是两个所述储液器5之间的间隙通道。 7 Next, another equivalent embodiment central channel 50 is formed from the nozzle 1 is a cross-sectional view, may be the lumen of the reservoir 5 in the housing split 11 on both sides, the central channel 50 and the gap between the two channels of the reservoir 5.

[0046] 其次,所述储液器5的顶端与所述封堵壁4之间存在隔离间隙13。 [0046] Next, the top end of the reservoir 5 of the isolation gap 13 is present between the sealing wall 4. 存储在所述储液器5中的液体,由于毛细现象而可能沿所述外壳体11的内壁爬行。 Stored in the liquid reservoir 5, the inner wall due to capillary phenomenon along the outer housing 11 may crawl. 为此当所述封堵壁4 接触所述储液器5、时就不可避免地有部分储液爬行渗透到所述封堵壁4及其出气孔41等部位。 For this reason, when the sealing wall 4 in contact with the reservoir 5, when it is inevitable that some penetration creep into the reservoir wall 4 and the plugged vent 41 and other parts. 当所述储液器5的顶端与所述封堵壁4之间存在隔离间隙时,加大了爬行距离,这样就可以大大减少储液爬行渗透到所述封堵壁4上的数量。 When the top of the reservoir 5 and the separation gap between the sealing wall 4 is present, increasing the creeping distance, so that the reservoir can be substantially reduced creep penetrate the wall 4 to the number of the block. 特别是所述外壳体11和所述封堵壁4采用塑料制造时隔离效果非常好。 In particular, the outer shell and the sealing wall 4 When using plastic spacer 11 is very good. 其次,在吸力过猛时,该隔离间隙13还可以有效地减少储液在未被雾化的情况下直接从所述储液器5的顶面逸出进入出气口。 Next, when the suction too much, the isolation gap 13 may also effectively reduce the top surface of the reservoir from the reservoir to escape into the air outlet port 5 directly without being atomized.

[0047] 所述加热器6呈螺旋形并且没有设置芯轴,即在制作螺旋形加热丝后将其中的芯轴除掉,使所述加热器6具有由螺旋丝环绕构成的中空通道。 The [0047] heater 6 disposed helically and without the mandrel, i.e., after removal of the mandrel in which a spiral heating filament production, the heater 6 surrounding the helical filament configuration having a hollow channel. 所述加热器6的螺旋丝沿所述中心通道50的轴向方向螺旋分布;所述加热器6的螺旋体外侧接触所述中心通道50的内壁纤维,所述加热器6的螺旋体内侧通道形成所述中心通道50的一部分。 Axial direction of the spiral wire heater 6 along the central channel 50 of the helical profile; central channel contacting the outer side of the spiral heater 6 to the inner wall of the fiber 50, the spiral heater 6, the inner passage is formed said central portion of the passage 50. 所述加热器6 可以是铜镍、镍铬等发热丝。 The heater 6 may be copper, nickel-chromium heating wire and the like. 其次所述加热器6尽量远离所述出气口41,距离控制在15毫米到20毫米左右比较佳,这样可以降低出气温度而防止吸食时烫嘴,也能进一步使液体被雾化。 Secondly, the heater 6 as far away from the outlet port 41, from the control at 15 to 20 mm good comparison, so that the exhaust air temperature can be lowered to prevent hot mouth during smoking, the liquid can be further atomized. 其次,作为等同的实施方案,所述加热器6呈螺旋形并且具有芯轴的情况下,可以将所述加热器6设置在所述中心通道50的一侧,即所述加热器6仅仅占据所述中心通道50 横截面面积的一部分,气流可以在所述加热器6未占据的部分通道内流动,所述加热器6通过其上下电极引线吊装固连在所述中心通道50内。 Next, as an embodiment equivalent to the spiral heater 6 and the case of a mandrel, the heater 6 may be disposed at one side of the central channel 50, i.e., occupies only the heater 6 50 a portion of the cross-sectional area of ​​the central passage, the airflow may flow within the channel portion of the heater 6 is not occupied by the heater electrode lead 6 through which the vertical lifting secured within the central channel 50. 另外所述加热器6也可以设置为扁平的片状或类似形状,只要能够实现加热并不阻碍气流在中心通道50中通过即可。 Further the heater 6 may also be provided as a flat sheet-like shape or the like, can be achieved as long as the heating does not impede airflow in the central channel 50 to pass.

[0048] 根据上述技术方案,吸附在所述储液器5上的液体不仅可以在所述加热器6的螺旋丝之间的间隙位置向所述中心通道50之中的空气扩散,也可以在所述加热器6的上下位置向所述中心通道50中的空气扩散,当加热器6通电发热时被加热雾化。 [0048] According to the above aspect, adsorbed on the liquid reservoir 5 can be not only the position of the gap between the spiral wire heater 6 to the air diffusing into the central channel 50, may be in the vertical position of the diffusion of the air heater 6 in the central channel 50, the heater 6 is energized when the heating is heated atomized. 其次,所述加热器6没有芯轴,螺旋体外侧接触所述中心通道50的内壁纤维,这样由于所述储液器5本身具有一定的弹性可以抱紧所述加热器6而无需特别措施固定所述加热器6,相反可以大大简化所述加热器6的安装固定结构。 Secondly, the heater 6 is not a mandrel, said central channel in contact with the inner wall of the outer coil 50 of the fiber, so that since the reservoir 5 itself has a certain elasticity 6 can hold without special measures by the fixing heater said heater 6, is mounted opposite to greatly simplify the structure of the fixing heater 6.

[0049] 根据上述技术方案,选取储存液体性能比较好的呈纤维片状的所述储液器5,将加热器6放置在纤维布带的起始边上,并以所述加热器6为中心卷绕纤维布带一层或几层,并以所述加热器6为中心在纤维布带的中心形成所述中心通道50 ;再后将所述加热器6的两端与所述吸嘴螺纹电极3的内外电极通过上电导线81和下电导线82电连接,再后将卷绕好的纤维布带以稍微挤压的方式嵌入所述外壳体11内,并将所述吸嘴螺纹电极3固连在所述外壳体11前端筒口部,在装配的过程中注意让所述中心通道50保持畅通并注意让所述储液器5的纤维布带顶端面与所述封堵壁4所在的位置之间间隔一定的间距。 [0049] According to the above aspect, the liquid reservoir select relatively good performance as a fiber sheet of the reservoir 5, the heater 6 in starter cloth edge band, and to the heater 6 center of the wound layer or layers of fiber tape, and the heater 650 is formed in the central channel in the center of the fiber tape as the center; and then after both ends of the heater and the nozzle 6 and external electrode 3 is threaded through the upper electrode 81 and lower electrical lead 82 is electrically connected to an electrical wire, and then after the tape wound in a slightly better fiber extrusion fitted manner within the housing member 11 and the nozzle thread 3 the electrode 11 is secured in the distal end portion of the outer housing drum opening, noted in the assembly process so that the kept clear central channel 50 and attention is paid to the liquid reservoir 5 to the top surface of the fiber cloth belt 4 and the sealing wall the spacing between the spaced location is located. 接着通过专门的设备从所述外壳体11的后端筒口部位定量地向所述储液器5加注适量的雾化液体,最后通过专用设备如超声波焊接机等将所述封堵壁4固定在所述外壳体11的后端筒口部位; 当然,所述封堵壁4也可以粘结、螺纹连接或卡接固定在所述外壳体11的后端筒口部位。 Then quantitative filling device from the rear end through a special opening portion of the cylindrical housing 11 of the reservoir 5 to an appropriate amount of atomized liquid, and finally by a special equipment such as ultrasonic welding machine 4 is fixed to the sealing wall the rear end of the drum opening portion 11 of the outer housing; of course, the sealing walls 4 may be bonded, screwed or snap-fixed to the rear end portion of the cylindrical opening 11 of the outer housing. 这样一个独立的所述吸嘴1装配完成。 Such a separate one of the nozzle assembled. 其中纤维布带卷绕后其本身具有一定的弹性,为此纤维布带不仅能够可靠地顶压定位在所述外壳体11的内侧壁上而不会滑动,而且所述中心通道50也能自然地予以维持畅通。 Wherein the fiber after winding the tape itself has a certain elasticity, the fiber tape that reliably pressed against the wall of that end positioned inside the housing 11 without slipping, and the central channel 50 can naturally to be maintained smooth. 当然,在实际装配和使用中,所述中心通道50可能存在局部的变形,但只要所述中心通道50保持畅通就对使用没有实质性影响。 Of course, in actual assembly and use, the central channel 50 there may be local deformation, but as long as the central channel 50 will remain open no substantial influence on the use.

[0050] 当用嘴抽吸所述吸嘴1的后筒口部位时,空气从所述进气孔30进入所述中心通道50并快速通过。 [0050] When the suction mouth opening when the rear barrel portion of the nozzle 1, the air from the inlet port 30 into the central passage 50 and through fast. 由于所述中心通道50内气流速度高,其气压低于周围纤维布带中的气压, 为此所述储液器5中的液体可以自然地渗透到所述中心通道50的内侧壁的纤维毛上或纤维间隙孔中进而扩散到气流中而随所述中心通道50中的气流流动。 Since the central channel 50 within the high-speed air flow, an air pressure below ambient pressure in the fiber tape, for this purpose the liquid reservoir 5 may naturally penetrate into the central channel side walls 50 of the fiber batt the fiber interstices or pores and then spread into the air stream with the stream flowing in the central channel 50. 当这些包含有液体的气流通过加热器6时,所述加热器6又能将它们予以升温并进一步雾化。 When these gas stream contains liquid by the heater 6, the heater 6 can be heated to further atomization thereof. 被雾化的气液混合体从所述中心通道50流出后再从所述出气孔41中流出。 Atomized liquid mixture from flowing out of the central channel 50 and then out from the hole 41 flows.

[0051] 如图6所示,进一步的技术方案还可以是,在位于所述加热器6上部的至少一部分所述中心通道50上固连有中空的支撑管72,所述支撑管72的中空腔形成所述中心通道50 的一部分。 [0051] As shown in Figure 6, a further technical solution may also be, at least a portion of the central channel 6 is located in the upper heater 50 is fixedly connected with a hollow support tube 72, hollow tube 72 of the support a portion of said central passage chamber 50 is formed. 所述支撑管72是比较轻薄的耐温纤维管,当然也可以是比较轻薄的耐温塑料管等。 The support tube 72 is a relatively thin fiber tube temperature, of course, the temperature may be relatively thin plastic tubes. 为了减少所述加热器6的高温对所述支撑管72的影响,所述支撑管72最好不要直接接触所述加热器6而与其之间预留一定的间距。 In order to reduce the temperature of the heater tube 6 Effect of the support 72, tube 72 is preferably not reserved therewith between 6 directly contacts the heater support said certain distance. 根据上述技术方案,由于所述支撑管72的支撑作用,所述支撑管72的中空通道可以让雾化气体通过,所述支撑管72又可以防止纤维布带在装配或使用中向所述中心通道50中塌陷而阻塞所述中心通道50的出气通道,还可以阻止所述支撑管72侧边的未被所述加热器6加热雾化的液体随雾化气体流出,逼迫所述支撑管72侧边的液体向加热器附近渗透;还可以在设计时利用所述支撑管72的长度调节液体的雾化数量。 According to the above aspect, since the supporting action of the support tube 72, the hollow support tube 72 may allow passage through the atomizing gas, the support tube 72 can be prevented and the center of the fiber tape in the assembly or the use blocked the passage 50 to collapse the central channel 50 of the outlet passage may also prevent the support tube 72 side of the heater 6 is not heated liquid atomization with atomizing gas flows, forcing the support tube 72 liquid penetration to the vicinity of the side of the heater; atomizing quantity can also use the length of support tube 72 is adjusted in the design of the liquid. 在装配时,可以在卷绕纤维布带时与所述加热器6—道同时卷绕固定所述支撑管72,也可以在纤维布带卷绕完成后再装配所述支撑管72。 During assembly, it can be simultaneously secured during winding wound cloth strip with the heater track of the support tube 72 6- may be fitted after the completion of the cloth tape 72 wound around the support tube. 由于所述储液器5本身具有一定的弹性而可以抱紧所述支撑管72,为此仅仅只需要将所述支撑管72放置在所述加热器6的上部通道中即可,无需特别方法固定。 Since the reservoir 5 itself has a certain elasticity and can hold the support pipe 72, only for this just to the support tube 72 disposed in the upper channel 6 of the heater can be, without particular method fixed. 当然,当所述储液器5本身是不具有明显弹性的材料时,所述支撑管72与所述储液器5之间可以采用紧配合方式固接,也可以仅仅利用所述支撑管72的薄壁本身具有的弹性固定在所述储液器5内。 Of course, when the material of the reservoir 5 itself does not have significant flexibility, the support tube 72 and the reservoir may be a tight fit between 5 is fixed, may be using only the support tube 72 itself has a thin flexible secured within the reservoir 5.

[0052] 其次,如图2、图5和图6所示,所述吸嘴螺纹电极3的内电极31具有延伸的杆部311,所述进气孔30设置在所述内电极31的中心,所述内电极31的延伸杆部311伸入所述中心通道50内。 [0052] Next, as shown in FIG. 2, 5 and 6, the nozzle inner electrode 31 has a threaded rod electrode 3 extending portion 311, a central inlet hole 30 is provided in the inner electrode 31 the inner extension rod portion 311 of electrode 31 extends into the central channel 50. 这样伸入所述中心通道50内的所述内电极的延伸杆部311不仅可以形成进气通道,而且可以防止所述储液器5的中心通道50的进气口在装配、使用过程中塌陷;又由于所述内电极的延伸杆部311伸入所述中心通道50内,相应地所述加热器6就位于所述内电极的延伸杆部311出气端与所述支撑管72之间,这样也可以逼使所述内电极的延伸杆部311两侧的液体也渗透到所述加热器6所在的区域附近。 Extension rod portion 311 so that the inner electrode projects into the central passage 50 of the intake passage can be formed not only, but also to prevent the reservoir central passage 5 of the intake port 50 of the collapsed assembly, during use ; Also, because the extension rod portion 311 of the inner electrode 50 extending into the central passage, accordingly the heater 6 located extension rod portion 311 of the inner electrode and the outlet end 72 between the support tube, such a liquid may force the extension rod portion of the electrode 311 can also penetrate into both the vicinity of the heater 6 is located. 其次,该延伸杆部311还可以为焊接所述下电导线82提供宽松的焊接区域,便于焊接操作。 Secondly, the extension rod portion 311 may also be welded to the electrical conductors 82 provide a relaxed weld region, to facilitate the welding operation.

[0053] 如图2和图6所示,进一步的技术方案还可以是,在所述储液器5与所述加热器6 之间设置二层扩散液体的扩散层71,并且所述扩散层71沿所述中心通道50的内壁延伸到所述延伸杆部311的顶端面,甚至还可以延伸到所述延伸杆部311的侧面,这样所述扩散层71也就构成了所述中心通道50的内壁的一部分;其中,所述扩散层71采用无纺布,也可以采用其他具有类似性能的轻薄材料。 [0053] As shown in FIG. 2 and FIG. 6, a further technical solution may also be, of diffusing the liquid layer 71 is provided between the heater 5 and the second floor of the reservoir 6, and the diffusion layer 71 along the inner wall of the central channel 50 extends to the extended surface of the rod tip portion 311 may also extend even to the side surface of the stem extension portion 311, so that the diffusion layer 71 also constitutes the central channel 50 a portion of the inner wall; wherein the diffusion layer 71 using a nonwoven fabric, other lightweight materials having similar properties may also be employed. 其次,所述扩散层71的长度稍大于所述加热器6的上下端部之间的距离,所述加热器6的上电导线81直接绕到所述扩散层71的外层后连接到所述吸嘴螺纹电极3的外电极32,所述储液器5的纤维布带包覆在所述上电导线81和所述扩散层71的外表面。 Secondly, the length of diffusion layer 71 is slightly greater than the distance between the upper and lower ends of the heater 6, the heater power lead wire 816 around the diffusion layer is directly connected to the outer-layer 71 an outer electrode of said threaded nozzle 3 of the electrode 32, the reservoir 5 with a fiber cloth coated on the electrical conductor 81 and the outer surface of the diffusion layer 71. 所述加热器6的下电导线82从所述加热器82的下面直接引出沿所述中心通道50延伸连接到所述内电极31的延伸杆部311。 The heater wires 6 of the electrical lead 82 from below along the central channel 82 of the heater 50 is directly connected to the extended portion 311 of the extension rod 31 of the inner electrode. 所述上电导线81和下电导线82与所述加热器6或所述吸嘴螺纹电极3之间全部采用无锡焊接如熔接焊接连接。 The upper electrical lead 81 and lower electrical lead 82 and the heater or the nozzle 6 screw thread in all Wuxi welding electrode as a fusion weld between the connection 3.

[0054] 根据上述技术方案,可以利用所述扩散层71所使用的无纺布层将所述上电导线81与所述加热器6隔离,防止所述加热器6的高温损坏所述上电导线81或导致电气短路。 [0054] According to the above aspect, may utilize a non-woven fabric layer is a diffusion layer 71 is used to power the heater wire 81 and the spacer 6, to prevent electrical damage to the high temperature of the heater 6 lead wire 81 or an electrical short. 另外,所述扩散层71主要作用还在于吸附存储在所述储液器5中的液体并向所述中心通道50中扩散,这样可以减少大量的液滴滴落到所述中心通道50,使液体雾化比较均勻。 Further, the main role of the diffusion layer 71 further characterized by the diffusion of the liquid to the central channel 50 is stored in the suction reservoir 5, which can reduce a lot of droplet dropping to the central channel 50, so that liquid atomization uniform. 在制作时可以先将所述扩散层71卷绕在所述加热器6和所述支撑管72的外面,再将所述上电导线81绕过所述扩散层71的顶端并将放置在所述扩散层71外面,再在所述扩散层71和所述上电导线81的外面绕制所述储液器5。 In the production of the first diffusion layer 71 may be wound around the heater 6 and the outer support tube 72, then the bypass 81 on the electrical conductor and the diffusion layer 71 is placed on top of the said diffusion layer 71 surface, and then the diffusion layer 71 and the upper electrical lead 81 wound outside the reservoir 5.

[0055] 从制造工艺、使用的原材料、功能等方面划分,无纺布分类品种很多,本设计所述扩散层71采用的无纺布具有比较细的纤维孔,是储存液体的能力相对不高但具有绝缘、耐热并且吸附和扩散能力比较高的材料,例如郑州铭泰非织造材料有限公司生产吸水性无纺布的性能就比较好。 [0055] From the manufacturing process, the raw materials used, etc. division function, the nonwoven fabric classified many varieties, the design of the diffusion layer using the nonwoven fabric 71 having a relatively thin fiber bores, the ability to store a relatively high liquid but with an insulating, heat capacity and a relatively high diffusion and adsorption materials such as nonwoven Zhengzhou Minter Co-absorbent nonwoven fabric is better performance. 并且在技术参数的选择上,所述扩散层71的吸附能力最好强于所述储液器5对液体的吸附能力,这些技术指标最好与原材料生产企业协商确定。 And in the choice of the technical parameters, the adsorption capacity of the diffusion layer 71 is preferably stronger than the reservoir 5 of the liquid adsorption capacity, these specifications and raw materials is preferably determined through consultation.

[0056] 如图2和图3所示,进一步的技术方案还可以是,所述吸嘴螺纹电极3的外电极32 呈“工”字形而具有上臂体321和下臂体322,所述上臂体321与下臂体322之间形成的避空间隙腔329,其中所述下臂体322插入并固连所述外壳体11的前端筒口部,所述上臂体321的外侧上设置有外螺纹323。 [0056] As shown in FIG. 2 and FIG. 3, a further technical solution may also be the outer electrode 3 of the nozzle 32 has a threaded electrode "I" shaped body having an upper arm 321 and lower arm 322, the arm avoid the space formed between the arm 321 and the lower body 322 of the gap cavity 329, wherein the lower arm 322 is inserted into and fixed to the distal end of the cylindrical mouth portion is connected to outer housing 11, the arm member is provided with external threads 321 on the outside 323. 对应于所述上臂体321部位的所述内电极31与所述外电极32之间具有间隔腔324。 Corresponding to the inner electrode of the upper arm portion 321 of a spacer member 3231 and the chamber 324 between the outer electrode. 即在该部位所述内电极31与所述外电极32之间没有绝缘硅胶而是通过空气予以隔离。 I.e., not be isolated but silica by insulating the inner air electrode 31 and the portion between the outer electrode 32.

[0057] 如图5所示,所述内电极31的进气口30部位设置有低于其端面的进气槽312。 As shown in [0057] FIG. 5, the inner electrode 31 of the intake port 30 is provided with a portion below the end face of the intake slots 312. 从而便于当所述内电极31的进气口30部位端面被所述电源控制部分2的杆体螺纹电极的内电极盖压后,通过该进气槽312进气。 Thereby facilitating portion intake port 30 when the inner electrode 31 by the power control inner end surface of the electrode rod of the electrode threaded portion 2 of the cap after pressing, through which the intake air inlet slot 312.

[0058] 如图3所示,在所述外电极32的上臂体321上设置有通孔325,所述通孔325连通所述上臂体321与下臂体322之间形成的避空间隙腔329和所述内外电极之间设置的所述间隔腔324。 [0058] 3, on the outer electrode 321 of the upper arm 32 is provided with through holes 325, to avoid space gap formed between the cavity 321 and the lower arm 322 of the communication through hole 325 of the upper arm member the spacer chamber disposed between said inner and outer electrodes 329 and 324.

[0059] 如图4所示,在所述外壳体11的前端筒口部内侧设置有向径向内凸出的环形凸台12 ;如图3所示,在所述下臂体322的外侧设置有与所述环形凸台12适配定位的环形凹槽327。 [0059] As shown in FIG 4 is provided inside the distal end opening portion 11 of the cylindrical outer housing to a boss 12 projecting radially inner annular; As shown in the lower arm 3 is disposed outside 322 has the annular boss 12 adapted annular groove 327 is positioned. 这样可以通过所述环形凸台12与所述环形凹槽327之间的配合,使所述外壳体11与所述吸嘴螺纹电极3之间形成可靠的轴向定位,也增大了两者之间的接触面积,使其两者不容易脱落。 Thus by engagement between the annular projection 327 and the annular groove 12, the outer housing 11 and the nozzle electrode is threaded to form a reliable axial positioning between 3, also increases both the contact area between, so the two do not come off easily.

[0060] 如图3所示,所述吸嘴螺纹电极3的下臂体322的上端部位具有向外凸出的凸肩326,所述凸肩326顶压在所述外壳体11的前端筒口部的端面上。 [0060] As shown, the threaded upper end portion of the nozzle body 3 of the electrode of the lower arm 322 having an outwardly projecting shoulder 3263, said shoulder 326 against the distal port of the cartridge housing 11 an end portion of the face. 这样所述吸嘴螺纹电极的下臂体322的外形呈“T”字形,所述凸肩326顶压在所述外壳体11的前端筒口部的端面上,相应地位于所述凸肩326以下的所述下臂体322被嵌装在所述外壳体11的前端筒口部的内部,这样所述凸肩326可以保护所述外壳体11的前端筒口部不易被损坏。 Thus the nozzle arm threaded lower electrode 322 in shape "T" shape, said shoulder 326 against the distal end surface of the cylindrical opening portion of the housing body 11, respectively located in the shoulder 326 or less the lower arm 322 is fitted inside the distal end opening portion of the cylindrical housing 11, so that the shoulder 326 can protect the distal end portion of the cylindrical opening of the housing body 11 is not easily damaged.

[0061] 如图2和图3所示,所述吸嘴螺纹电极3的下臂体322的侧部还设置有凹槽328, 在所述凹槽328内设置0形密封圈,这样当所述吸嘴螺纹电极3与所述外壳体11之间组装后,所述0形密封圈可以阻止与所述吸嘴螺纹电极3连接的所述纤维布带5内的液体从所述外壳体11的前端筒口部爬行渗透出来。 [0061] FIGS. 2 and 3, the side screw portion of the nozzle electrode 322 of the lower arm 3 is further provided with a groove 328, 0-ring disposed within the groove 328, so that when the said threaded nozzle 3 and the rear electrode assembly 11 between the O-ring prevents the outer housing with the nozzle of the liquid in the fiber cloth 3 with 5 threaded electrode connection member 11 from the housing the distal portion of the drum opening penetration creep out.

[0062] 根据上述技术方案,所述上臂体321上设置有螺纹323,可以便于所述吸嘴1与所述电源控制部分2所设置的杆体螺纹电极形成机械连接。 [0062] According to the above aspect, the arm 321 is provided on the threaded member 323, the nozzle may facilitate threaded rod electrode portion 2 is provided with the power control of a mechanical connection. 由于所述吸嘴螺纹电极3的外电极32呈“工”字形,从而可以在上臂体321和下臂体322之间形成避空间隙329而使上臂体321与电源控制部分2之间连接更紧固。 Since the nozzle electrode 32 has a threaded outer electrode "I" form of 3, a space can be formed to avoid the gap 329 between the arm 321 and lower arm 322 connected to the body portion 2 more between the upper arm 321 and the power control tightened. 当所述吸嘴1与电源控制部分2机械连接后, 所述吸嘴1的内电极与所述电源控制部分2的内电极之间顶压电连接,所述吸嘴1的外电极与所述电源控制部分2的外电极之间通过螺纹机械和电连接,这样所述吸嘴1与电源控制部分2也形成了电极之间的电连接,而且抽吸所述出气孔41时,外面的空气可以通过所述半圆孔21进入所述避空间隙329,进而进入所述间隙腔324,进而再通过所述进气槽312 进入设置在所述内电极31中心的所述进气孔30内;与现有技术对比该气路路程明显缩短, 有利于减小吸食力度在此过程中;还可以利用夹持所述吸嘴1的手指调节所述半圆孔21的开闭,即发现不需要大的出气量时可以人为地用手指堵塞其中一个所述半圆孔21。 The connection between the top electrode portion piezoelectric 2 of the nozzle 1 when the power supply is connected to the mechanical control section 2, the nozzle 1 and the inner electrode of the power control, the nozzle and the outer electrode 1 said power supply control portion between the outer electrode 2 is electrically and mechanically connected by the screw, so that the nozzle 1 and the power control section 2 also forms an electrical connection between the electrodes, and the suction air outlet 41, the outside the air can pass through the semi-circular hole 21 into the gap 329 to avoid the space, and further into the gap chamber 324, then further through the intake 312 into the groove provided in the inner electrode 31 of the center hole 30 into the inner ; comparison with the prior art air passage from the shortened significantly, helps to reduce the intensity in the smoking process; can also use a finger holding the nozzle adjusting opening and closing of the half-circular hole 21, i.e., find the need to artificially wherein a finger plugging the large semi-circular hole 21 of the gas. 其次,在所述电源控制部分2的内电极的中心还设置中心孔通向所述电源控制部分2的电控装置,所述电源控制部分2内的控制电路拾取所述吸嘴螺纹电极3内的气体流动产生的脉动气流信号对螺纹电极的供电电流予以控制,即当抽吸所述吸嘴1时同步控制向所述加热器6供电加热的电能。 Secondly, the power center of the inner electrode portion 2 is further provided a central bore leading to the control of the electric power supply control apparatus controlling portion 2, a control circuit within the power control portion 2 within the nozzle thread pickup electrode 3 pulsating airflow signal to be generated by the flow of the gas supply current thread of control electrodes, i.e. when the suction nozzle 1 of the synchronization control heating power to the heater power supply 6.

Claims (16)

  1. 一种电子雾化吸入器的吸嘴,所述吸嘴包括呈筒状的外壳体,所述外壳体的前端筒口部设置吸嘴螺纹电极,后端筒口部设置封堵壁,所述外壳体、吸嘴螺纹电极和封堵壁所形成的容纳腔内容纳有加热器和可以存储被雾化液体的储液器;所述加热器与所述吸嘴螺纹电极电连接,所述吸嘴螺纹电极具有内、外电极并且所述吸嘴螺纹电极上设置有进气孔,所述封堵壁上设置有出气孔;其特征在于,所述储液器的中央部位具有轴向的中心通道,所述中心通道连通所述进气孔和所述出气孔,所述加热器设置在所述中心通道中。 An electronic nebulizer nozzle, the nozzle comprising a tubular-shaped case body, the front end opening portion of the cylindrical outer housing threaded nozzle electrode is provided, the rear end opening portion of the cylinder block wall is provided, the outer shell , the nozzle receiving chamber receiving a threaded electrode and the sealing walls formed with a heater and may be stored in the atomized liquid reservoir; said heater and electrically connected to the threaded nozzle, the nozzle thread an inner electrode, an outer electrode disposed on the electrode and the nozzle inlet hole thread, said closure wall is provided with a hole; wherein said reservoir has an axial central portion of the central passage, said central channel communicating said inlet port and said outlet holes, the heater disposed in the central channel.
  2. 2.根据权利要求1所述的电子雾化吸入器的吸嘴,其特征在于,在位于所述加热器上部的至少一部分所述中心通道上设置有中空的支撑管,所述支撑管的中空腔形成所述中心通道的一部分。 The electronic nebulizer nozzle according to claim 1, characterized in that, on at least a portion of the upper heater located in the central channel is provided with a hollow support tube, said hollow tube support a portion of the central passage forming chamber.
  3. 3.根据权利要求1所述的电子雾化吸入器的吸嘴,其特征在于,所述加热器呈螺旋形并且没有芯轴,所述加热器的螺旋丝沿所述中心通道的轴向方向螺旋分布;所述加热器的螺旋体内侧腔形成所述中心通道的一部分。 The electronic nebulizer nozzle according to claim 1, wherein the heater and no spiral mandrel, an axial direction of said heater wire coil along the central passage helical profile; the part of the central passage inside the body cavity of the heater coil is formed.
  4. 4 根据权利要求1所述的电子雾化吸入器的吸嘴,其特征在于,所述储液器的顶端与所述封堵壁之间存在隔离间隙。 4 The electronic nebulizer nozzle according to claim 1, wherein the isolation gap exists between the top of the reservoir and the sealing walls.
  5. 5.根据权利要求1、2、3或4所述的电子雾化吸入器的吸嘴,其特征在于,所述储液器是海绵或呈片状的毛毡纤维。 5. The nozzle according to claim 2, 3 or electronic nebulizer of claim 4, wherein said reservoir is a sponge or a felt of fibers in sheet form.
  6. 6.根据权利要求5所述的电子雾化吸入器的吸嘴,其特征在于,在所述储液器与所述加热器之间设置扩散液体的扩散层。 The electronic nebulizer nozzle according to claim 5, characterized in that between the reservoir provided with the heater layer of diffusing liquid.
  7. 7.根据权利要求5所述的电子雾化吸入器的吸嘴,其特征在于,所述扩散层是无纺布。 The electronic nebulizer nozzle according to claim 5, wherein said diffusion layer is a nonwoven fabric.
  8. 8.根据权利要求7所述的电子雾化吸入器的吸嘴,其特征在于,所述加热器的上端引线与所述加热器之间至少隔离一层无纺布。 8. The electronic nebulizer nozzle according to claim 7, wherein the at least one layer of a nonwoven fabric separator between the lead and the upper end of the heater to the heater.
  9. 9.根据权利要求1、2、3或4所述的电子雾化吸入器的吸嘴,其特征在于,所述吸嘴螺纹电极的内电极具有延伸的杆部,所述进气孔设置在所述内电极的中心,所述内电极的延伸杆部伸入所述中心通道内。 9. A nozzle according to claim 2, 3 or 4 of the electronic nebulizer as claimed in claim wherein the inner electrode having the nozzle threaded rod electrode extending portion, said air inlet port is provided the inner center electrode, the inner electrode extension rod portion extends into said central channel.
  10. 10.根据权利要求1、2、3或4所述的电子雾化吸入器的吸嘴,其特征在于,所述吸嘴螺纹电极的外电极呈“工”字形而具有上臂体和下臂体,所述上臂体与下臂体之间形成避空间隙腔,其中所述下臂体插入并固连所述外壳体的前端筒口部,所述上臂体的外侧设置有外螺纹。 10 having an upper arm and the lower arm nozzle according to claim 2, 3 or electronic nebulizer of claim 4, wherein the nozzle electrode external thread electrode was "I" form the upper arm is formed to avoid a space gap between the body cavity and the lower arm member, wherein said lower arm member is inserted and secured to the cylindrical distal opening of the outer housing, the outer body of the upper arm is provided with an external thread.
  11. 11.根据权利要求10所述的电子雾化吸入器的吸嘴,其特征在于,对应于所述上臂体部位的所述内电极与所述外电极之间具有间隔腔;所述内电极的进气口部位设置有低于其端面的进气槽,在所述外电极的上臂体上设置有通孔,所述通孔连通所述上臂体与下臂体之间形成的避空间隙腔和所述内外电极之间设置的所述间隔腔。 11. The electronic nebulizer nozzle according to claim 10, further comprising a spacer chamber between the body portion of the upper arm corresponding to the inner electrode and the outer electrode; the inner electrode intake port portion is provided with an intake groove below the end face is provided with a through hole in the arm body of the external electrodes, the through hole is formed in communication between the upper arm and the lower arm member body cavity to avoid empty gaps the spacing between the chamber and the inner and outer electrodes.
  12. 12.根据权利要求11所述的电子雾化吸入器的吸嘴,其特征在于,还包括电源杆体和可以与所述吸嘴螺纹电极对应适配机械连接和电连接的杆体螺纹电极,所述杆体螺纹电极固连在所述电源杆体的端部并与所述电源杆体内的电源电连接。 12. The electronic mouthpiece of the nebulizer according to claim 11, characterized in that, further comprising a power shaft and the threaded rod electrode may be connected to the nozzle electrodes corresponding threads adapted to mechanically and electrically, the a threaded rod electrode secured and electrically connected to the power supply to the rod end of the body at the power rod body.
  13. 13.根据权利要求12所述的电子雾化吸入器的吸嘴,其特征在于,所述杆体螺纹电极具有杆体外电极,所述杆体外电极的壁体上设置有与外部空气连通的外通气孔,在所述杆体螺纹电极连接到所述吸嘴螺纹电极后,所述外通气孔与所述上臂体与下臂体之间形成的避空间隙腔连通。 13. The electronic mouthpiece of the nebulizer according to claim 12, characterized in that the threaded body having an electrode rod in vitro the rod electrode is provided on the outer wall of the through-electrode vitro communicating with the outside air has the rod pores, cavity clearance space communicates avoid the thread of the nozzle electrode, the vent hole is formed between the outer body and the upper arm and the lower arm member said threaded rod is connected to the electrode.
  14. 14.根据权利要求10所述的电子雾化吸入器的吸嘴,其特征在于,在所述外壳体的前端筒口部内侧设置有向内径向凸出的环形凸台;在所述吸嘴螺纹电极的下臂体外侧设置有与所述环形凸台适配定位的环形凹槽。 14. The electronic mouthpiece of the nebulizer according to claim 10, wherein, provided with a radially inwardly projecting annular boss on the inside of the front end opening portion of the cylindrical housing body; in the nozzle thread lower arm outer electrode is provided with an annular boss adapted to the positioning annular groove.
  15. 15.根据权利要求10所述的电子雾化吸入器的吸嘴,其特征在于,所述吸嘴螺纹电极的下臂体的上端部位具有向外凸出的凸肩,所述凸肩顶压在所述外壳体的前端筒口部的端面上。 15. The electronic mouthpiece of the nebulizer according to claim 10, characterized in that the threaded upper end portion of the nozzle lower electrode arm having outwardly projecting shoulder, said shoulder plunge the distal end surface of the cylindrical opening portion of the housing body.
  16. 16.根据权利要求1、2、3或4所述的电子雾化吸入器的吸嘴,其特征在于,所述吸嘴螺纹电极与所述外壳体的前端筒口部之间的连接部位上设置有密封圈。 16. The suction nozzle 3 or electronic nebulizer according to claim 4, characterized in that the nozzle is provided on the connecting portion between the distal electrode and a threaded cylindrical opening portion of the outer casing there are seals.
CN 201010142864 2010-04-02 2010-04-02 Suction nozzle of electronic atomizer CN101843368A (en)

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