M330858 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種自動吹泡泡機，特別是指可以掛附在立 式電風扇上，透過不同的風速選擇，以及容易更換不同的穿透孔 沾液圓盤，可以產生不同的泡泡效果。 【先前技術】 • 對於家庭親子聚會或婚禮等喜慶活動，為增加活動的娛樂 性，可以使用自動吹泡泡機，來增加活動的趣味性。 已知習用自動吹泡泡機都需要有一馬達，藉由馬達產生風 力，吹過沾泡泡水圓盤，自動產生泡泡。如1984年公告之美國專 、 利第4423565號「具有改變氣流壓力之吹泡泡裝置」，係利用一馬 達驅動一風扇，產生氣流吹過一沾液圓盤，沾液圓盤係由手動方 式驅動旋轉，可間歇產生泡泡。又如民國83年丨丨月1日公告之 鲁+華民睛型專利第235507號「自動吹泡泡機」，係利用一馬達 帶動風扇並同時驅動一沾液圓盤轉動，使泡泡自動 又如民祕侧丨日槪中華麵型專觀吹 泡泡機結構」’係為-手槍型泡泡機，利用手押板機的方式，使泡 泡水流入槍口的泡膜成型器，同時驅動一馬達產生風力，進而吹 出泡泡來。又如民國93年5 β 1曰公告之中華民國新型專利第 586448號「泡泡產生機」，係利用滾筒旋轉沾附泡泡水，滾筒中間 有一壓触氣源’滾筒下方有—風扇，可產生大量泡泡的機構。 5 M330858 由上述的自動泡泡機，都需要有一馬達帶動風扇產生風力， 製作上成本較咼，若馬達馬力較小時產生的泡泡量不多，效果不 佳。若馬達馬力大時則成本會增大，非一般家庭可以負擔。 故，如何製作出成本低，符合一般家庭的需要，又可以自動 產生大量泡泡的裝置，為相關業界研究的重點。 【新型内容】 本創作係提供一個可以外掛在立式電風扇上的泡泡機，自動 產生大量的泡泡。並且利用電風扇風速的選擇可達到不同泡泡量 的產生效果。透過使用具有不同尺寸穿透孔的沾液圓盤，可以有 大小不同的大量泡泡產生。 【實施方式】 本創作係為一種外掛式泡泡機裝置，請參閱圖一、圖二及 圖三，其包括： 一儲液座體10，係具有一儲液空間14，一傳動複式齒輪心軸 11，及可掛載在立扇網架上的外掛勾12、内掛勾13。 一沾液圓盤20 ’係具有複數個穿透孔洞21，圓盤外側齒輪22。 一風車支架30 ’係具有一圓弧槽32，傳動心軸座31，及風車 軸孔33 〇 一風車40，係具有一轉軸41，其上有一冠狀齒輪幻。 一傳動軸60，係具有兩小齒輪61、62的轉轴。 M330858 一複式齒輪70，係具有一冠狀齒輪71，及一正齒輪72。 一輔助齒輪座80，及一輔助齒輪90。 請參閱圖三，當風車40的轉轴41限制在風車支架心轴孔33 内轉動時，其轉動動能透過冠狀齒輪42，傳遞到傳動轴60上的小 齒輪61，傳動轴60被限制於風車支架上的傳動軸座孔31，小齒 輪62將動能再傳遞至複式齒輪70的冠狀齒輪71，最後透過小齒 輪72驅動沾液圓盤20上的齒輪22，傳動齒輪系將風車的高轉速 _ 轉換成沾液圓盤的低轉速。 請參閱圖四、圖五及圖六，複式齒輪70中的小齒輪72及辅 助齒輪90可以將沾液圓盤限制在一定位置，同時辅助齒輪座80 的溝槽平面81可以限制圓盤不會偏擺晃動，取放時只要拿起、放 、 入即可。圖六為不同穿孔尺寸的沾液圓盤都可以迅速更換。複式 齒輪70的小齒輪72及辅助齒輪9〇可以滾輪取代，沾液圓盤2〇 的外侧齒輪22以平整圓弧取代，亦可達到使沾液圓盤於一固定位 | 置旋轉，並且容易抽換之目的。 請參閱圖七、圖八’風車支架可以繞複式齒輪系心抽孔u轉 動，經由固定螺絲5G，可以將風車轉動至適當位置固定，避開電 風扇網架中間的無風區，亦可於收納時轉動風車至最小體積位 置，減少收納空間浪費。 請參閱圖九、圖十，其中儲液座體的外掛勾12、内掛勾η可 以掛載在電風扇網架卿上的鋼線上。整體實施例如圖十所示， 加入泡泡水於容器座體β，啟動電風騎可產生大量泡泡。 7 M330858 【圖式簡單說明】 圖一係為本創作正面立體圖。 圖二係為本創作之背面構造立體圖。 圖三係為本創作之傳動系統示意圖。 圖四係為本創作更換穿透圓盤的示意圖。 圖五係為本創作更換穿透圓盤的内部示意圖。 圖六係為本創作搭載不同的穿透圓盤示意圖。 圖七係為本創作風車支架調整角度示意圖。 圖八係為本創作收納時風車支架位置。 圖九係為本創作掛載在立扇風扇網架上之掛勾放大圖。 圖十係為本創作實際使用於電顯上示意圖。 【主要元件符號說明】 10儲液座體 u傳動複式齒輪心轴 12外掛勾 13内掛勾 14座體容液空間 2〇沾液圓盤 21穿透孔 22沾液圓盤外側齒輪 30風車支架 31傳動心轴座 32調整声度圓弧槽 33風車神孔 40風車 41風車心轴 42風車冠狀齒輪 M330858 50風車支架固定螺絲 72正齒輪 60傳動心轴 80輔助齒輪座 61小齒輪 62小齒輪 90輔助齒輪 70傳動複式齒輪 100電風扇網架 71冠狀齒輪M330858 VIII. New description: 【New technology field】 This creation department is about an automatic blowing bubble machine, especially that it can be attached to a vertical electric fan, through different wind speed selection, and easy to change different wear. Perforated discs can produce different bubble effects. [Prior Art] • For festive activities such as family fun parties or weddings, in order to increase the entertainment of the event, you can use the automatic blowing bubble machine to increase the fun of the event. It is known that a conventional automatic blowing bubble machine requires a motor to generate wind by the motor, and to blow bubbles through the bubble water disc to automatically generate bubbles. For example, U.S. Patent No. 4,423,565, entitled "Blowing Bubble Device with Changing Airflow Pressure", which uses a motor to drive a fan to generate a gas flow through a liquid-impregnated disc, is manually operated. Drive rotation to create bubbles intermittently. In addition, as announced in the Republic of China on the 1st of the 83rd of the Republic of China, Lu + Huamin Eye Type Patent No. 235507 "Automatic Blowing Bubble Machine" uses a motor to drive the fan and simultaneously drive a dip disk to make the bubble automatically. Another example is the secrets of the Chinese side, the special face blowing bubble machine structure, which is a pistol-type bubble machine, which uses a hand-pushing machine to make bubble water flow into the bubble film former of the muzzle. At the same time, a motor is driven to generate wind, and then bubbles are blown out. In the Republic of China in 1993, 5 β 1曰 announced the Republic of China new patent No. 586448 “bubble generator”, which uses the drum to rotate and adhere to the bubble water. There is a pressure contact gas source in the middle of the drum. A mechanism that produces a lot of bubbles. 5 M330858 From the above automatic bubble machine, both of them need a motor to drive the fan to generate wind power. The production cost is relatively low. If the horsepower is small, the amount of bubbles generated is not much, and the effect is not good. If the horsepower is large, the cost will increase and it will be affordable to the average family. Therefore, how to produce a device that has low cost, meets the needs of the general family, and can automatically generate a large number of bubbles is the focus of research in related industries. [New content] This creation department provides a bubble machine that can be attached to a vertical electric fan to automatically generate a large number of bubbles. And the choice of the fan speed can achieve the effect of different bubble amounts. By using a liquid-impregnated disc with different size penetration holes, a large number of bubbles of different sizes can be produced. [Embodiment] The present invention is an external bubble device, please refer to FIG. 1 , FIG. 2 and FIG. 3 , which includes: a liquid storage body 10 having a liquid storage space 14 and a transmission double gear core. The shaft 11 and the outer hook 12 and the inner hook 13 which can be mounted on the vertical fan grid. A dip disk 20' has a plurality of through holes 21 and a disk outer gear 22. A windmill bracket 30' has a circular arc groove 32, a transmission spindle seat 31, and a windmill shaft hole 33, a windmill 40, having a rotating shaft 41 having a crown gear thereon. A drive shaft 60 is a shaft having two pinions 61, 62. M330858 A double gear 70 has a crown gear 71 and a spur gear 72. An auxiliary gear carrier 80 and an auxiliary gear 90. Referring to FIG. 3, when the rotating shaft 41 of the windmill 40 is restricted from rotating in the windmill bracket mandrel hole 33, its rotational kinetic energy is transmitted to the pinion gear 61 on the transmission shaft 60 through the crown gear 42, and the transmission shaft 60 is limited to the windmill. The drive shaft seat hole 31 on the bracket, the pinion gear 62 transmits the kinetic energy to the crown gear 71 of the double gear 70, and finally drives the gear 22 on the liquid immersion disk 20 through the pinion gear 72, and the transmission gear trains the high speed of the windmill _ Convert to a low speed of the dip disk. Referring to FIG. 4, FIG. 5 and FIG. 6, the pinion 72 and the auxiliary gear 90 in the multi-function gear 70 can restrict the liquid-impregnated disc to a certain position, and the groove plane 81 of the auxiliary gear holder 80 can limit the disc. The yaw is shaken, and it can be picked up, placed, and inserted when picking and dropping. Figure 6 shows that the liquid-impregnated discs of different perforation sizes can be quickly replaced. The pinion 72 and the auxiliary gear 9 of the compound gear 70 can be replaced by rollers, and the outer gear 22 of the dip disk 2〇 is replaced by a flat arc, and the dip disk can be rotated at a fixed position. The purpose of the exchange. Please refer to Figure VII and Figure 8 'The windmill bracket can be rotated around the multi-pneumatic centering hole u. The fixing screw 5G can be used to rotate the windmill to a proper position to avoid the windless area in the middle of the electric fan grid. When turning the windmill to the minimum volume position, the storage space is wasted. Please refer to Figure IX and Figure 10, in which the external hook 12 and the internal hook η of the liquid storage body can be mounted on the steel wire on the electric fan grid. The overall implementation, as shown in FIG. 10, adds bubble water to the container body β, and the electric wind ride can generate a large amount of bubbles. 7 M330858 [Simple description of the diagram] Figure 1 is a front perspective view of the creation. Figure 2 is a perspective view of the back structure of the creation. Figure 3 is a schematic diagram of the drive system of this creation. Figure 4 is a schematic diagram of the replacement of the penetrating disc for the creation. Figure 5 is a schematic view of the interior of the creation of the penetrating disc. Figure 6 is a schematic diagram of different penetrating discs for this creation. Figure 7 is a schematic diagram of the adjustment angle of the creation of the windmill bracket. Figure 8 shows the position of the windmill bracket when the creation is stored. Figure IX is an enlarged view of the hook of the creation on the vertical fan fan grid. Figure 10 is a schematic diagram of the actual use of the creation on the electric display. [Main component symbol description] 10 liquid storage body u drive double gear mandrel 12 external hook 13 inner hook 14 seat body liquid space 2 〇 liquid disk 21 penetration hole 22 viscous disc outer gear 30 windmill bracket 31 drive spindle seat 32 adjusts the sound circular arc slot 33 windmill god hole 40 windmill 41 windmill spindle 42 windmill crown gear M330858 50 windmill bracket fixing screw 72 spur gear 60 transmission spindle 80 auxiliary gear seat 61 pinion 62 pinion 90 Auxiliary gear 70 transmission double gear 100 electric fan grid 71 crown gear