M407795 五、新型說明： 【新型所屬之技術領域】 贿化且翻枝_—種可將水 務^者向下或水平的方向喷出的霧化器。 【先前技術】 ，化器為生財常見的電器，可祕醫療、美容或加渴， 因此^化盗在醫院、美容院及家庭中有著廣泛的應用。 路。包括容器、吸水材、震以及控制電 取容=震 信树使編產生振動變 •露:ϋ，霧化☆產生的水霧—般沿著向上的方向喷出， 使用不慎，水霧容易喷向使用者 水效果吸水材的纖維組織，影響吸水材的吸 時1匕好六旦昏谷益的液體内添加有香精或藥劑等化學物質 ，7合易被液體腐蝕，縮短霧化器的壽命。 【新型内容】 本創作提供一種霧化器，其產生 方向喷出，且具有較長的使用壽產命生的水務沿者向下或水平的 為達上述優點，本創作蔣 機構，容器適於存放待霧化的液體，ΐ器二器 Π接’震，構具機霧化元件與水霧嘴 置。當震峨σ依次配 不與震盪霧化元件翻。4口 +直方㈣上方時，液體 在本創作的—實施例中，上述 液口垂直方向的下方時，容 ===貝位於供 著向下的方向喷ί 接觸，產生的水霧自水霧噴出口沿 口 實施例中，上述之震盪霧化元件實質與供液 流出化的液體在重力作用ί 沿著水平方hr 觸，產生的水霧自水霧嘴出口 仏元Γ=Γ實施例中，上述之震構還包括一電源供 4件，電·給元倾供電能予震聽化元件。 殼體施Γ ’上述之震錢構還包括-殼體， „〇 2 第端面上開設一裝配孔，裝配孔盥容 ㈣供液Π配合辆，震盪霧化元件配置於裝配孔内。，、 f本創作的-實施例中，上述之裝配孔在轴向上的中心偏 離於第一殼體在軸向上的中心。 在本創作的-實施例上述之電源供給元件配置於殼體 内:殼體具有-與第-端面相對的第二端面，水霧喷出口開設 於设體的第二端面上。 在本創作的-實施例中，上述之電源供給元件為電池或開 設於殼體上且與外接電源相連的端口。 _=作的一實施例中’上述之端口為通用序列匯流排 料 07795 =實施例中，上述之容器时放的㈣為^ 艮孤水、有機溶劑、添加有藥物或精油的溶液。 =丨Γ一Γ例中，上述之霧化器為超音波霧化器。 Ϊ;= 與管體部為一體成型，且管體部的橫截面的最: t小於本體部的減面的最大趋，供液口開設於管體部 本創作的霧化器的容器内的液體在自身重力作用下 =與震«化元件接觸，產生的水霧自水霧噴出口沿著向下 1 ^平，方向噴出，避免水霧向上噴“進人制者的口鼻。此 ’創作的霧化器未採用吸水材，不存在吸水材被液體腐儀 的問4。在不錢時，可使妓雜元件實質位於供液口垂直 方向的上方，震盪霧化元件不與液體接觸，而避免震盪霧化元 件因長期與液體接觸而被腐蝕，從而有利於延長霧化器的壽 命。 鲁 ^為讓本創作之上述和其他目的、特徵和優點能更明顯易 懂，下文特舉較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 圖1繪示為本創作第一實施例之霧化器之立體示意圖。請 參閱圖1，本創作第一實施例的霧化器100可為超音波霧化 器，但不以此為限，其包括容器110及震盪機構12〇。震盪機 構120上還可設置開關126用以控制震盪機構12〇的震盪霧化 元件的運作。 圖2繪示為圖1所示霧化器之容器之示意圖。請參閱圖2, 容器1J0適於存放待霧化的液體112，其具有一供液口 113。 5 moms 容器】】〇内存放待霧化的液體112可 、添加有藥物或精油的溶液，分別應用於鹽水、有機 皮膚乾燥及眼睛乾溫）、f療用途n加渴(避免 但不以此為限，可依使用者的實際需東^力二環境香氛等’ 體部m與本體部115，管體部i ^ = m具有管 同一直線上，且管體部114與本體部轴線位於 114的横截面的最大直徑小於本體部】體=，管體部 徑’供液口 113開設於管體部114上。容哭j =的最大直 好的容器，不用自行填充液體，而避免污可為預先封裝 圖3繪示為圖丨所示霧化器之斜視:主 震盪機構120具有震蘯霧化元件122、水“出：;圖3 ’ 包括電源供給元件124與第—殼體⑵。震盈S 仏株以電源供給元件124配置於第一殼體125内，電秘 =二電能予震《化元件122。震歸化元= 可包不以此為限，例如，震盪霧化元件122 高頻超立片電性連接的控制電路’控制電路產生 接觸的^二促使震^產生振動變形以激發與震盈片 ,125 I·牙务匕。電源供給^件124可為電池或開設於第一殼 外接電源相連的端口。在本實施例中，電源供給 為/、外接電源相連的端口，所述端口開設於第二端面 125b上，可為通用序列匯流排(USB)接口。 圖4緣示為^所示霧化器之第一殼體之第一端面之示意 圖。1參閱圖3與圖4，第-殼體125具有第一端面125a、： 第端面125a相對的第二端面125b及裝配孔125c。第一端面 125a上開設有裝配孔125c，裝配孔12父與容器ιι〇的供液口 113(如圖2所示)配合連接，震盪霧化元件122配置於裝配孔 M407795 125c内。裝配孔125c在軸向上的中心偏離於第一殼體125在 軸向上的中心，因裝配孔125c的偏心設置，容器11〇在傾倒 時，容器110内的液體更容易流向裝配孔125c而與震盪霧化 元件122接觸。水霧喷出口 123開設於第一殼體125的第二端 面125b上。M407795 V. New type description: [New technical field] Bribery and turning branches - a kind of atomizer that can spray water into the downward or horizontal direction. [Prior Art] The chemical device is a common electrical appliance for the production of wealth. It can be used for medical treatment, beauty or thirst. Therefore, it has a wide range of applications in hospitals, beauty salons and homes. road. Including container, water absorbing material, shock and control electric capacity = Zhenxin tree makes the vibration change. · Dew: ϋ, atomization ☆ The water mist generated is sprayed in the upward direction, using carelessly, the water mist is easy. Spraying the fiber structure of the water-absorbing material to the user, affecting the absorption time of the water-absorbing material, adding a chemical substance such as a fragrance or a chemical to the liquid of the six-day faint, and the liquid is corroded by the liquid, shortening the atomizer life. [New content] This creation provides an atomizer that produces a direction of squirting, and has a longer life span of the water stalker down or horizontal to achieve the above advantages, the creation of the agency, the container is suitable The liquid to be atomized is stored, and the second device of the device is connected to the earthquake, and the atomizing component of the device is placed with the water mist nozzle. When the shock σ is sequentially matched with the oscillating atomizing element. In the case of 4-port + straight (four), the liquid is in the embodiment of the present invention, when the liquid port is vertically below, the volume === shell is in contact with the downward direction, and the water mist is generated from the water mist. In the embodiment of the discharge port along the mouth, the above-mentioned oscillating atomizing element is substantially in contact with the liquid flowing out of the liquid supply by gravity ί, and the generated water mist is generated from the nozzle of the water mist nozzle. The above-mentioned seismic structure also includes a power supply for 4 pieces, and the electric power supply to the element can be shocked to the hearing element. The casing is applied. The above-mentioned vibration structure also includes a casing, „〇2, a fitting hole is opened on the first end surface, the fitting hole is filled (4), the liquid sputum is matched with the vehicle, and the oscillating atomizing element is disposed in the assembly hole. In the authoring-embodiment, the center of the mounting hole in the axial direction is offset from the center of the first housing in the axial direction. In the present invention, the power supply element is disposed in the housing: the housing has a second end surface opposite to the first end surface, the water mist ejection opening being formed on the second end surface of the installation body. In the present invention, the power supply component is a battery or is mounted on the housing and is externally connected The port to which the power source is connected. In the embodiment, the port is a general-purpose serial bus discharge 07795. In the embodiment, the above-mentioned container is placed in (4) as a water, an organic solvent, a drug or an essential oil. The solution of the above-mentioned atomizer is an ultrasonic atomizer. Ϊ;= is integrally formed with the body of the pipe, and the cross section of the pipe body is the most: t is smaller than the body portion The largest aspect of the surface, the liquid supply opening is opened in the body of the pipe The liquid in the container of the chemical device is under the action of its own gravity = contact with the seismic element, and the generated water mist is ejected from the water mist ejection outlet along the downward direction, so as to prevent the water mist from being sprayed upwards. The nose and mouth. This created atomizer does not use a water-absorbing material, and there is no such thing as a water-absorbent material. When there is no money, the doping element can be substantially located above the vertical direction of the liquid supply port, and the oscillating atomizing element is not in contact with the liquid, and the oscillating atomizing element is prevented from being corroded due to long-term contact with the liquid, thereby facilitating prolonged atomization. The life of the device. The above and other objects, features and advantages of the present invention will become more apparent and understood. [Embodiment] FIG. 1 is a perspective view of a nebulizer according to a first embodiment of the present invention. Referring to FIG. 1, the atomizer 100 of the first embodiment of the present invention may be an ultrasonic atomizer, but not limited thereto, and includes a container 110 and an oscillating mechanism 12A. A switch 126 can also be provided on the oscillating mechanism 120 for controlling the operation of the oscillating atomizing element of the oscillating mechanism 12A. 2 is a schematic view of the container of the atomizer shown in FIG. 1. Referring to Figure 2, the container 1J0 is adapted to store a liquid 112 to be atomized having a liquid supply port 113. 5 moms container]] The liquid 112 to be atomized in the crucible can be stored in a solution containing drugs or essential oils, applied to salt water, organic skin dryness and dry eye temperature respectively, and the use of f therapy is thirst (avoid but not For the limit, depending on the actual needs of the user, the body part m and the body portion 115, the body portion i ^ = m has the same line on the tube, and the tube body portion 114 and the body portion axis The maximum diameter of the cross section at 114 is smaller than that of the body portion, and the liquid supply port 113 is opened on the tubular body portion 114. The largest straight container with a crying j = does not need to be filled with liquid, and avoids Figure 3 shows the squint of the atomizer shown in Figure 3: the main oscillating mechanism 120 has a shock atomizing element 122, water "out: Figure 3" includes the power supply element 124 and the first housing (2) The shock swell is disposed in the first casing 125 by the power supply element 124, and the electric shock = two electric energy is applied to the oscillating element 122. The oscillating element = can be included, for example, the oscillating fog The control circuit of the high-frequency super-disc electrical connection is controlled by the control circuit. The vibration generates a vibration deformation to excite the seismic sheet, and the power supply unit 124 can be a battery or a port connected to the external power supply of the first casing. In this embodiment, the power supply is /, The port connected to the external power source is opened on the second end surface 125b and can be a universal serial bus (USB) interface. Figure 4 is a schematic view showing the first end surface of the first housing of the atomizer. Referring to Fig. 3 and Fig. 4, the first housing 125 has a first end surface 125a, a second end surface 125b opposite to the first end surface 125a, and a mounting hole 125c. The first end surface 125a is provided with a mounting hole 125c, and the mounting hole 12 is provided. The liquid supply port 113 is disposed in the assembly hole M407795 125c. The center of the assembly hole 125c is offset from the first housing 125 in the axial direction. The center of the assembly hole 125c is eccentrically arranged, and when the container 11 is tilted, the liquid in the container 110 flows more easily to the assembly hole 125c to be in contact with the oscillating atomizing element 122. The water mist discharge port 123 is opened in the first housing 125. On the second end face 125b.
參 需要注意的是，容器110的管體部114(如圖2所示）的一 端可設有外螺紋，裝配孔125c内設有内螺紋，容器11〇的外 螺紋與裝配孔125c的内螺紋旋接配合而使裝配孔125c與容器 11〇的供液口 113配合連接，但容器110與裝配孔125c的連 接方式不以此為限。 在本實施例中，震盪機構12〇連接於容器11〇的供液口 113，且容器no的供液口 113、震盪霧化元件122與水霧噴 出口 123依次配置。當震盪霧化元件122實質位於供液口 113 垂直方向的上方時，液體112不與震盪霧化元件122接觸。 本創作的霧化器100為便於攜帶的重力式霧化器，詳細而 言，，盪霧化元件122實質位於供液口 113垂直方向的下方 時’容器110内待霧化的液體112在重力作用下流出供液口 =而與震盪霧化元件122接觸’產生的水霧自水霧喷出口 123 沿著向下的方向喷m霧化元件122實質與供液口 113沿 水平方向依次配置時’容器n㈣待霧化的液體112在重力作 y流出供液口 113而與震化元件122接觸，產生的水霧 自水霧噴出口 123沿著水平方向喷出。 圖5繪示為本創作第二實施例之霧化器之立體示意圖。請 ^閱圖5’第二實施例的霧化器與第—實施例的霧化器綱 r二不ΐ 5在於’第二實施例的霧化器200還包括第二殼 —，—设體230配置於第一殼體225的下方，適於容納 7 M407795 ，器210。容器210與第一殼體225可採用透明或半透明材料 製成，以便於觀察容器210内液體液面的變化。 綜上所述，本創作之霧化器至少具有下列優點： 1.本創作的霧化器的容器内的液體在自身重力作用下流 出而與震蘯霧化元件接觸，產生的水霧自水霧喷出口沿著向$ 或水平的方向喷出，避免水霧向上喷出而進入使用者的口富。 1相較於習知的霧化器，本創作的霧化器未採用^ ，，不存在因吸水材被㈣腐㈣縮短霧化器的使 題’故本創作的雜n具有較長的使用壽命。 ' ::的震：化元件因長期與液體接觸而細，以利於延: 内，當物許神和範圍 附之中請專利範圍所以:準因此本創作彻 【圖式簡單說明】 圖1繪示為本創作望^ 圖2綠示第^施例之霧化器之立體示意圖。 圖3::ίΞ所不霧化器之容器之示意圖。 圖所^霧化器之斜視示意圖。 圖 —所不務化器之第一殼體之第-端面之示4 圖 、曰不為本創作第二實施例之霧化器之立體示意 圖 M40.7795 【主要元件符號說明】 100、200 :霧化器 110、210 :容器 112 :液體 113 :供液口 114 :管體部 115 :本體部 120 :震盪機構 122 :震盪霧化元件 123 :水霧噴出口 124 :電源供給元件 125、225 :第一殼體 125a :第一端面 125b :第二端面 125c :裝配孔 126 :開關 230 :第二殼體It should be noted that one end of the tubular body portion 114 (shown in FIG. 2) of the container 110 may be provided with an external thread, and the fitting hole 125c is provided with an internal thread, and the external thread of the container 11〇 and the internal thread of the fitting hole 125c. The fitting hole 125c is engaged with the liquid supply port 113 of the container 11〇 by screwing engagement, but the connection manner of the container 110 and the mounting hole 125c is not limited thereto. In the present embodiment, the oscillating mechanism 12 is connected to the liquid supply port 113 of the container 11A, and the liquid supply port 113, the oscillating atomizing element 122, and the water mist ejection port 123 of the container no are sequentially disposed. When the oscillating atomizing element 122 is substantially above the vertical direction of the liquid supply port 113, the liquid 112 is not in contact with the oscillating atomizing element 122. The nebulizer 100 of the present invention is a portable gravity atomizer. In detail, when the squirting element 122 is substantially below the vertical direction of the liquid supply port 113, the liquid 112 to be atomized in the container 110 is in gravity. The water mist generated by the outflow of the liquid supply port and the contact with the oscillating atomizing element 122 is sprayed from the water mist discharge port 123 in the downward direction, and the atomizing element 122 is substantially arranged in the horizontal direction with the liquid supply port 113. The container 112 to be atomized by the container n (four) flows out of the liquid supply port 113 by gravity to contact the shaking element 122, and the generated water mist is ejected from the water mist ejection port 123 in the horizontal direction. FIG. 5 is a schematic perspective view of the atomizer of the second embodiment of the present invention. Please refer to FIG. 5', the atomizer of the second embodiment and the atomizer of the first embodiment. FIG. 5 is that the atomizer 200 of the second embodiment further includes a second shell. The 230 is disposed below the first housing 225 and is adapted to receive the 7 M407795, the device 210. The container 210 and the first housing 225 may be constructed of a transparent or translucent material to facilitate viewing of changes in the liquid level within the container 210. In summary, the nebulizer of the present invention has at least the following advantages: 1. The liquid in the container of the atomizer of the present invention flows out under the action of its own gravity and comes into contact with the shock atomizing element, and the generated water mist is self-water. The mist discharge port is sprayed in the direction of $ or horizontal to prevent the water mist from being ejected upward and entering the mouth of the user. 1 Compared with the conventional atomizer, the nebulizer of the present invention does not use ^, and there is no longer the use of the water-absorbing material by (four) rot (four) shortening the atomizer. life. ':: The vibration of the element is due to the long-term contact with the liquid, so as to facilitate the extension: within the scope of the object, and the range of the scope of the object and the scope of the application, so the scope of the patent is as follows: Shown as a creative view ^ Figure 2 is a three-dimensional schematic diagram of the atomizer of the second embodiment. Figure 3: Schematic diagram of the container of the atomizer. Figure squint of the nebulizer. Figure 4 is a perspective view of the first end face of the first housing of the device. Figure 4 is a perspective view of the atomizer of the second embodiment. M40.7795 [Description of main component symbols] 100, 200: Nebulizer 110, 210: container 112: liquid 113: liquid supply port 114: tube body 115: body portion 120: oscillating mechanism 122: oscillating atomizing element 123: water mist ejection port 124: power supply element 125, 225: First housing 125a: first end surface 125b: second end surface 125c: mounting hole 126: switch 230: second housing