五、新型說明： 【新型所屬之技術領域】 [0001] 本新型是一種關於自動給皂機的結構，尤指一種用以容 設由上往下按壓的皂罐（如一般市售按壓式出皂洗手液皂 罐或洗髮精皂罐）所設計的單機型泡沫式自動給皂機結構 〇 【先前技術】 [0002] 隨著物質生活水準的提高，使得原本已行之有年的 手動式給皂機，皆已跟著時代進步而推出感應式驅動的 自動給皂機。 目前習知的自動給皂機如中華民國專利公告第 M328853號的「自動給皂器之出皂機構」，其技術手段包 括由一馬達與一齒輪組所構成的驅動裝置，以驅動一皂 管壓桿再對一皂液儲存筒之皂管進行擠壓而出皂；其中 框接於駆動裝置之一基板上的一凸伸轴的管壓桿，具 有一曲面側及相對的一平壓側，其中曲面側與驅動裝置 的齒輪組的輸出軸所軸接的一撥桿形成抵接；而一擋板 係置於殼體的前蓋的後側；及皂液儲存筒之皂管置於皂 管壓桿與擋板之間；上述的馬達運轉帶動齒輪組，使撥 桿轉動並抵頂皂管壓桿朝皂管方向擺動，配合前蓋的擋 板對皂管產生擠Μ。 上述習知自動給皂機雖將原本以手動的不便性，改 以更便利的感應式自動給皂機；但該習知在使用者實際 操作上，郤出現了以下不少有待改進的問題： 習知自動給皂機是將皂灌直接倒置而出口向下的設 表單編號Α0101 第3頁/共19頁 M374830 計，當自動感應按壓皂罐後，皂罐内的閥體將氣體壓縮 至皂罐内，令氣體連帶皂液一起經過起泡網而起泡送至 出口，但由於閥體靠近起泡網，且起泡網又與出口相當 接近，因出口的泡床常會聚積在出口處，故此泡沫極易 被下一次按壓閥體時的氣體所吸入，因而常造成閥體内 部原本潤滑的活動性受到泡洙沾粘的不良影響，而導致 皂罐閥體壽命受到侷限。 由於習知自動給皂機給皂後的泡沫常會殘留聚積在 出口處，在經過一段時間後，泡沫中的氣體與皂液分離 時（即泡泡破掉），將使得皂液直接滴落，而造成檯面上 或地面上的汙染。 【新型内容】 [0003] 本新型的主要目的，在於解決上述習知給皂機的缺 失，本新型的泡沫式自動給皂機結構，不但符合使用者 慣用下方給皂的使用方便性，更可改善皂罐及給皂機結 構的使用壽命。 為達上述目的，本新型提出一種泡沫式自動給皂機 結構，所述的泡沫式自動給皂機具有一下方開放的罩體 ，該罩體内容設有一按壓式出皂的皂罐、一與電源電性 連接而工作的控制電路板、一受該控制電路板控制的馬 達，以及一感知外界物體靠近而迴授訊號至該控制電路 板起動該馬達旋轉按壓該皂罐的感知器；其特徵在於所 述的皂罐上方具有一向下按壓出皂液的按壓頭，該按壓 頭上方連通接設有一連接頭，而於該罩體内下方設有一 出口朝下的起泡喷頭，其中該連接頭延伸有一延伸管至 表單編號A0101 第4頁/共19頁 與該起泡喷頭相連通；另該罩體内延伸有一延伸固定板 ，該延伸固定板上轴設有一受該馬達轉動而帶動的傳動 齒輪組及一擺動按壓板，其中該傳動齒輪組具有一凸輪 ，而該擺動按壓板一端與該凸輪軸接，另一端靠置於該 按壓頭上或該連接頭上。 本新型的另一目的，在於改善泡沫殘液滴落的問題 而達到給皂出口潔淨的目的。 為達此另一目的，本新型提出一種泡沫式自動給皂 機結構，所述的泡沫式自動給皂機具有一下方開放的罩 體，該罩體内容設有一按壓式出皂的皂罐、一與電源電 性連接而工作的控制電路板、一受該控制電路板控制的 馬達，以及一感知外界物體靠近而迴授訊號至該控制電 路板起動該馬達旋轉按壓該皂罐的感知器；其特徵在於 所述的皂罐上方具有一向下按壓出皂液的按壓頭，該按 壓頭上方連通接設有一連接頭，而於該罩體内下方設有 一出口朝下的起泡喷頭，其中該連接頭延伸有一延伸管 至與該起泡喷頭相連通；另該罩體内延伸有一延伸固定 板，該延伸固定板上軸設有一受該馬達轉動而帶動的傳 動齒輪組及一擺動按壓板，其中該傳動齒輪組具有一凸 輪，而該擺動按壓板一端與該凸輪軸接，另一端靠置於 該按壓頭上或該連接頭上；其中該起泡喷頭内具有一起 泡網，且該起泡喷頭下方具有一與該延伸管相連通的泡 珠出口，且該泡沫出口周圍具有一出口延伸部，而該出 口延伸部周圍具有一附著平面。 藉由上述技術手段，本新型相較於習知技術具有下 列實質有益的功效： 表單编號A0101 第5頁/共19頁 [0004]M374830 本新型係將皂罐正放而按壓頭位在該皂罐的上方， 且藉由延伸管將起泡喷頭設於該罩體内的下方，使得泡 沫的出口得與皂罐的閥體相互遠離，以避免泡沫聚積在 出口處而被下一次按壓皂罐時所吸入而影響皂罐的閥體 活動性，因此提昇了皂罐的使用壽命。 本新型藉由在該起泡喷頭下方的泡沫出口周圍所設 計的出口延伸部，及該出口延伸部周圍所設計的附著平 面，使得泡沫出口處所殘留的泡沫會因為表面張力擴散 到週邊的附著平面，使得泡沫中的氣體與皂液分離時， 皂液可因其本身所具備的表面張力，而附著在出口延伸 部週邊的附著平面而不致滴落，如是達到潔淨的目的。 因為本新型的擺動按壓板是槓桿式設計，一端與該 凸輪搭配，而利用該凸輪高低落差使該擺動按壓板另一 端可上下位移，達按壓該按壓頭上下的效果；再則，因 該擺動按壓板為槓桿作動，故為固定的軸轉動作，其扭 力耗損最小，因此可提高傳動齒輪組的耐用性。 【實施方式】 [0005] 有關本新型之詳細說明及技術内容，現就配合圖式 說明如下： 請同時參閱「圖1〜3」所示，為本新型泡沫式自動 給皂機結構組立、分解外觀示意圖。如圖所示，本新型 提出一種泡沫式自動給皂機結構，所述的泡沫式自動給 皂機10具有一下方開放的罩體20，該罩體20上設有一透 明且可透視至該皂罐30的檢視窗22，以及一顯示該控制 電路板40電源的電源指示燈23 ;另，該罩體20内容設有 表單編號A0101 第6頁/共19頁 一按壓式出皂的皂罐30、一與電源電性連接而工作的控 制電路板40、一受該控制電路板40控制的馬達50，以及 一感知外界物體靠近而迴授訊號至該控制電路板40起動 該馬達50旋轉按壓該皂罐30的感知器70 ;其中，該皂罐 30上方具有一可向下按壓出皂液的按壓頭31，該按壓頭 31上方連通接設有一連接頭62，也就是說，該皂罐30為 正放，且可在其上方的按壓頭31向下按壓出皂，其中該 按壓頭31具有一與該連接頭62緊密接合的接嘴311，而該 接嘴311與該連接頭62之間設有一止漏環312，該止漏環 312較佳實施例為橡膠環，如是的止漏環312設計，得以 當皂罐30内的皂液用盡時，更方便快速地將連接頭62與 按壓頭31分離來更換新的皂罐30再接回使用；而於該罩 體20内下方設有一出口朝下的起泡喷頭60，該連接頭62 延伸有一延伸管61，且延伸至與該起泡喷頭60相連通； 另該罩體20内延伸有一延伸固定板21，該延伸固定板21 上轴設有一受該馬達50轉動而帶動的傳動齒輪組51及一 擺動按壓板52，其中該傳動齒輪組51具有一凸輪511，而 該擺動按壓板52—端與該凸輪511軸接，另一端靠置於該 按壓頭31上或該連接頭62上。 [0006] 值得注意的是，本新型藉由該延伸管61，而可將起 泡喷頭60設於該罩體20内的下方，使得泡沫出口 600得與 皂罐30的閥體（由於該閥體設於該皂罐30且為一般技術， 故無繪示與標示）相互遠離，以避免泡沫聚積在泡沫出口 600處而被下一次按壓皂罐30時所吸入，而影響皂罐30的 閥體活動性，因此可提昇皂罐30的使用壽命。 表單編號A0101 第7頁/共19頁 再請同時參閱「圖4-1〜圖4~2j所示，為本新型「 圖1」的剖視平面作動示意圖。如圖所示，本新型的泡未 式自動給皂機結構，當該泡沫式自動給皂機丨〇的感知器 70受感應時，即迴授訊號至該控制電路板4〇起動該馬= 50，並由該馬達50驅動該傳動齒輪組51 ,該傳動齒輪組 51上的凸輪511利用其高低落差使該擺動按壓板52另—端 可向下按壓該按壓頭31 (如「圖4~2」所示），在該凸輪 511令該擺動按壓板52向下按壓該按壓頭31的最低點時該 控制電路板40令該馬達50斷電，此時該馬逹5〇即可利用Λ 其慣性轉動而完成一次的按壓動作，直至感知器7〇下一 -人的重新感應才有下一次的按壓動作。該按壓頭Μ被按 壓後，該皂罐30即藉由氣體壓力將息液與氣體同時經由 延伸管61送達至該起泡喷頭60，並由該起泡喷頭⑼内的 起泡噴網80形成均勻的泡沫自該泡沫出口 6〇〇流出以供使 用。由於本新型的擺動按壓板52是藉由一軸桿521與該延 伸固定板21的槓桿式設計，且一端與該凸輪511搭配，並 利用該凸輪511高低落差使該擺動按壓板52另一端可上下 位移，按壓該按壓頭31達上下的效果；再則，因該擺動 按壓板52為槓桿作動’故為固定的軸轉動作，其扭力耗 損最小，因此可提高傳動齒輪組51的耐用性。 再請參閱「圖4-3」所示，為本新型「圖4-1」的局 部放大示意圖。如圖所示’本新型所述的罩體20内下方 設有一出口朝下的起泡喷頭6〇，該連接頭62延伸有一延 伸管61 ’且延伸至與該起泡噴頭6〇相連通；其中該起泡 噴頭60内具有—起泡網8〇 ’且該起泡喷頭6〇下方具有一 與該延伸管61相連通的泡沫出口 6〇〇，而該泡洙出口 600 表單編號Α0101 第8頁/共丨9頁 周圍具有—出D延伸部601，該出口延伸部6(U周圍具有 -附著平面6G2 ;其t該出口延伸部6G1底面與該附著平 面602之間具有-凸出長幻，該凸出長度χ較佳的實施長 度為介於0. Οίπππ至等於或小於〇 8襲之間。 值得-提的是’本新型更藉由在軸时聊下方 的泡沫出口 600周圍所設計的出口延伸部6〇1，及該出口 延伸部601周圍所設計的附著平雜2，使得該泡珠出口 6〇〇處所殘留的泡料gj為表面張力而擴散到週邊的附著 平面602，使得泡沫中的氣體與皂液分離時，皂液可因其 本身所具備的表面張力，而附著在出口延伸部6〇1週邊的 附著平面602上而不致滴落，如是達到潔淨的目的。 综上所述僅為本新型的較佳實施例而已，並非用來 限定本新型的實施範圍，即凡依本新型申請專利範圍的 内容所作的等效變化或修飾，皆應屬本新型的技術範疇 〇 【圖式簡單說明】 [00〇7]圖1，為本新型泡沫式自動給皂機結構組立外觀示意圖。 [0008] 圖2，為本新型「圖1」的局部示意圖。 [0009] 圖3，為本新型「圖2」的結構分解外觀示意圖。 [0010] 圖4-1〜圖4-2，為本新型「圖1」的剖視平面作動示意圖 〇 [0011]圖4-3 ’為本新型「圖4-1」的局部放大示意圖。 【主要元件符號說明】 [0012] ...............泡沫式自動給皂機 表單編號A01.0.1 第9頁/共19頁 M374830 [0013] 20....... ......罩體 [0014] 21....... ......延伸固定板 [0015] 22....... ......檢視窗 [0016] 23....... ......電源4日不燈 [0017] 30....... ......皂罐 [0018] 31....... ......按壓頭 [0019] 311...... ......接嘴 [0020] 312...... ......止漏環 [0021] 40....... ......控制電路板 [0022] 50....... ......馬達 [0023] 51....... ......傳動齒輪組 [0024] 511...... .....•凸輪 [0025] 52....... ......軸擺按壓板 [0026] 521...... ......軸才干 [0027] 60....... ......起泡喷頭 [0028] 600 ...... ......泡沫出口 [0029] 601...... ......出口延伸部 [0030] 602 ...... ......附著平面 [0031] 61....... 表單編號A0101 第10頁/共19頁 M374830 [0032] 62....... .......連接頭 [0033] 70....... .......感知為 [0034] 80....... •......起泡網 [0035] X.......V. New type description: [New technical field] [0001] The present invention relates to a structure of an automatic soaping machine, in particular to a soap tank for pressing from top to bottom (for example, a commercially available press type) Soap-washing soap dispenser or shampoo soap jar) designed single-machine foam automatic soap dispenser structure 先前 [Prior Art] [0002] With the improvement of material living standards, the manual type that has been in existence for many years The soap dispensers have been introduced with the induction-driven automatic soap dispensers in line with the times. At present, the automatic soaping machine of the prior art, such as the soaping mechanism of the automatic soap dispenser of the Republic of China Patent No. M328853, includes a driving device composed of a motor and a gear set to drive a soap tube. The pressure bar further extrudes the soap tube of a soap liquid storage tube to form a soap; wherein the tube pressing rod of a protruding shaft framed on a substrate of the squeezing device has a curved side and an opposite flat side, Wherein the curved side is abutted with a lever axially connected to the output shaft of the gear set of the driving device; and a baffle is placed on the rear side of the front cover of the housing; and the soap tube of the soap storage tube is placed on the soap Between the tube pressure bar and the baffle; the above-mentioned motor operation drives the gear set to rotate the lever and oscillate against the soap tube pressing rod in the direction of the soap tube, and the baffle of the front cover is pressed against the soap tube. Although the above-mentioned conventional automatic soaping machine is originally changed to a more convenient inductive automatic soaping machine by manual inconvenience; however, in the actual operation of the user, there are many problems to be improved: The conventional automatic soap dispenser is designed to directly invert the soap and the outlet is downward. The form number is Α0101, page 3/19, M374830. When the soap tank is automatically sensed, the valve body in the soap tank compresses the gas to the soap. In the tank, the gas is bubbled together through the foaming net and sent to the outlet, but since the valve body is close to the foaming net, and the foaming net is close to the outlet, the bubble bed at the outlet often accumulates at the outlet. Therefore, the foam is easily sucked by the gas when the valve body is pressed next time, and thus the activity of the original lubrication inside the valve body is often adversely affected by the sticking of the foam, and the life of the soap tank body is limited. Since it is customary to automatically accumulate the soap after the soap is accumulated at the outlet, after a period of time, when the gas in the foam is separated from the soap (ie, the bubble is broken), the soap will drip directly. Causes pollution on the countertop or on the ground. [New content] [0003] The main purpose of the present invention is to solve the above-mentioned lack of the soap dispenser, the foam type automatic soap dispenser structure of the present invention not only meets the user's convenience in using the soap, but also the convenience of use. Improve the service life of soap tanks and soap dispensers. In order to achieve the above object, the present invention provides a foam type automatic soap dispenser structure, wherein the foam type automatic soap dispenser has a cover body open below, and the cover body is provided with a pressing soap dispenser, a a control circuit board electrically connected to the power supply, a motor controlled by the control circuit board, and a sensor for sensing the proximity of an external object and returning a signal to the control circuit board to start the motor to rotate and press the soap tank; The top of the soap tank has a pressing head for pressing the liquid to be pressed downward, and a connecting head is connected to the upper side of the pressing head, and a foaming nozzle with an outlet downward facing is disposed below the inside of the cover body, wherein the connection is The head extends with an extension tube to form number A0101, page 4/19, which is in communication with the foaming nozzle; and the cover body extends with an extension fixing plate, and the shaft of the extension fixing plate is driven by the motor. a transmission gear set and a swinging pressing plate, wherein the transmission gear set has a cam, and one end of the swinging pressing plate is coupled to the cam shaft, and the other end is placed on the pressing head or the connecting body Head. Another object of the present invention is to improve the problem of the residual droplets of the foam to achieve the purpose of purifying the soap outlet. In order to achieve the other object, the present invention provides a foam type automatic soap dispenser structure, the foam type automatic soap dispenser has a cover body open below, and the cover body is provided with a pressing soap dispenser. a control circuit board electrically connected to the power source, a motor controlled by the control circuit board, and a sensor that senses the proximity of an external object and returns a signal to the control circuit board to start the motor to rotate and press the soap tank; The utility model is characterized in that the top of the soap tank has a pressing head for pressing the liquid to be pressed downward, and a connecting head is arranged in the upper side of the pressing head, and a foaming nozzle with an outlet downward is arranged in the lower side of the shell body, wherein The connecting head extends with an extension tube to communicate with the foaming nozzle; another extension body is extended in the housing body, and the shaft of the extension fixing plate is provided with a transmission gear set driven by the motor and a swinging pressing a plate, wherein the transmission gear set has a cam, and one end of the swinging pressing plate is coupled to the cam shaft, and the other end is placed on the pressing head or the connecting head; wherein the foaming nozzle There is a bubble net inside, and the bubble nozzle has a bubble outlet connected to the extension tube, and an outlet extension around the foam outlet, and an attachment plane around the outlet extension. By the above technical means, the present invention has the following substantial beneficial effects compared to the prior art: Form No. A0101 Page 5 of 19 [0004] M374830 This novel type puts the soap tank in the head and presses the head position in the Above the soap tank, and the foaming nozzle is disposed under the cover body by the extension tube, so that the outlet of the foam is separated from the valve body of the soap tank to prevent the foam from accumulating at the outlet and being pressed next time. Inhalation in the soap tank affects the valve body activity of the soap tank, thus increasing the life of the soap tank. The present invention adopts an outlet extending portion designed around the foam outlet below the foaming nozzle, and an attachment plane designed around the outlet extending portion, so that the residual foam at the foam outlet is diffused to the periphery due to surface tension. In the plane, when the gas in the foam is separated from the soap liquid, the soap liquid can adhere to the adhesion plane around the outlet extension portion without dripping due to the surface tension of the soap liquid, so as to achieve the purpose of cleaning. Because the swinging pressing plate of the present invention is of a lever type design, one end is matched with the cam, and the other end of the swinging pressing plate can be displaced up and down by the height difference of the cam, so as to press the upper and lower sides of the pressing head; The pressing plate is actuated by the lever, so that the fixed shaft rotates and the torque loss is minimal, so the durability of the transmission gear set can be improved. [Embodiment] [0005] The detailed description and technical contents of the present invention will now be described as follows: Please also refer to "Figures 1 to 3" to show the structure and decomposition of the foam type automatic soap dispenser. Schematic diagram of the appearance. As shown in the figure, the present invention provides a foam type automatic soap dispenser structure. The foam automatic soap dispenser 10 has a cover body 20 which is open below, and the cover body 20 is provided with a transparent and transparent to the soap. The inspection window 22 of the can 30, and a power indicator lamp 23 for displaying the power of the control circuit board 40; in addition, the cover 20 is provided with a soap tank 30 of the form number A0101, page 6 of 19 a control circuit board 40 electrically connected to the power source, a motor 50 controlled by the control circuit board 40, and a sensing external object approaching the feedback signal to the control circuit board 40 to activate the motor 50 to rotate the button a sensor 70 of the soap tank 30; wherein the top of the soap tank 30 has a pressing head 31 for pressing down the soap liquid, and a connecting head 62 is connected to the pressing head 31, that is, the soap tank 30 For the positive release, and the pressing head 31 above it can press the soap downward, wherein the pressing head 31 has a mouth 311 which is tightly engaged with the connecting head 62, and between the nozzle 311 and the connecting head 62 A leak stop ring 312 is provided, and the preferred embodiment of the leak stop ring 312 is The rubber ring, such as the leak stop ring 312, is designed to more easily and quickly separate the connector 62 from the pressing head 31 to replace the new soap tank 30 and then use it when the soap liquid in the soap tank 30 is used up; A foaming nozzle 60 with an outlet downward facing is disposed below the cover body 20. The connector 62 extends an extension tube 61 and extends into communication with the bubbler nozzle 60. An extension plate 21 is extended. The upper shaft of the extension fixing plate 21 is provided with a transmission gear set 51 and a swinging pressing plate 52 which are driven by the rotation of the motor 50. The transmission gear set 51 has a cam 511, and the swing pressing plate 52 The end is axially coupled to the cam 511 and the other end is placed on the pressing head 31 or the connecting head 62. [0006] It should be noted that the present invention can provide the foaming nozzle 60 under the cover 20 by the extension pipe 61, so that the foam outlet 600 can be obtained from the valve body of the soap tank 30 (due to the The valve body is disposed in the soap tank 30 and is of a general technique, so that it is not separated from the mark) to prevent the foam from accumulating at the foam outlet 600 and being sucked in the next time the soap tank 30 is pressed, thereby affecting the soap tank 30. The valve body is movable, so that the service life of the soap tank 30 can be improved. Form No. A0101 Page 7 of 19 Please also refer to Figure 4-1 to Figure 4~2j for a schematic view of the cross-sectional plane of Figure 1 of the present invention. As shown in the figure, the bubble type automatic soap dispenser structure of the present invention, when the sensor 70 of the foam automatic soap dispenser is sensed, that is, the feedback signal is sent to the control circuit board 4 to start the horse = 50, and the drive gear set 51 is driven by the motor 50, and the cam 511 on the transmission gear set 51 uses the height difference to make the other end of the swing pressing plate 52 press the pressing head 31 downward (for example, "Fig. 4~ 2"), when the cam 511 causes the swing pressing plate 52 to press down the lowest point of the pressing head 31, the control circuit board 40 turns off the motor 50, and the horse can be used for 5 times. The inertia rotates to complete one pressing action until the next re-induction of the sensor 7 is followed by the next pressing action. After the pressing head is pressed, the soap tank 30 sends the liquid and the gas simultaneously to the foaming nozzle 60 through the extension pipe 61 by gas pressure, and the foaming nozzle in the foaming nozzle (9) 80 forms a uniform foam that flows out of the foam outlet 6 for use. Since the swinging pressing plate 52 of the present invention is of a lever type design of a shaft 521 and the extending fixing plate 21, and one end is matched with the cam 511, and the height difference of the cam 511 is utilized, the other end of the swinging pressing plate 52 can be moved up and down. The displacement is pressed to press the upper and lower sides of the pressing head 31. Further, since the swinging pressing plate 52 is actuated as a lever, the fixed shaft is rotated, and the torque loss is minimized, so that the durability of the transmission gear set 51 can be improved. Please refer to the "Figure 4-3" for an enlarged view of the local version of Figure 4-1. As shown in the figure, the lower side of the cover body 20 of the present invention is provided with a downwardly facing foaming nozzle 6', which extends an extension tube 61' and extends to communicate with the bubbler nozzle 6 Wherein the foaming nozzle 60 has a foaming net 8〇' and the foaming nozzle 6 has a foam outlet 6〇〇 communicating with the extending tube 61, and the foam outlet 600 has the form number Α0101 There is a D extension 601 around the 8th page, and the exit extension 6 (with an attachment plane 6G2 around the U; t has a protrusion between the bottom surface of the exit extension 6G1 and the attachment plane 602) Long illusion, the preferred length of the bulging length 介于 is between 0. Οίπππ to be equal to or less than 〇8. It is worth mentioning that 'this new type is even more around by the foam exit 600 below the axis. The designed outlet extension portion 6〇1 and the adhesion level 2 designed around the outlet extension portion 601 are such that the bubble gj remaining at the bulb exit 6〇〇 is surface tension and diffuses to the peripheral attachment plane 602. When the gas in the foam is separated from the soap, the soap can be itself The surface tension is provided to adhere to the attachment plane 602 around the outlet extension portion 6〇1 without dripping, for the purpose of cleaning. The above is only a preferred embodiment of the present invention, and is not intended to be limiting. The scope of implementation of the present invention, that is, the equivalent variation or modification made by the content of the patent application scope of the present invention shall belong to the technical scope of the present invention. [Simplified description of the drawing] [00〇7] Figure 1 is a novel Fig. 2 is a partial schematic view of the novel "Fig. 1". [0009] Fig. 3 is a schematic exploded view of the structure of Fig. 2 of the present invention. [0010] Fig. 4-1 to Fig. 4-2 are schematic views showing the operation of the cross-sectional plane of Fig. 1 of the present invention. [0011] Fig. 4-3 ' is a partially enlarged schematic view of Fig. 4-1 of the present invention. Description] [0012] ...............foam type automatic soap dispenser form number A01.0.1 page 9 / total 19 pages M374830 [0013] 20....... ...cover [0014] 21.............extend the fixed plate [0015] 22.............Check window [0016] 23....... ...... power supply 4th Lamp [0017] 30.............Soap pot [0018] 31.............Pressing head [0019] 311...... ..... mouthpiece [0020] 312...... ...stop leak ring [0021] 40............. control circuit board [0022] 50 ....... ......Motor [0023] 51.............Transmission gear set [0024] 511...... .....• Cam [0025] 52.............Axis pendulum pressing plate [0026] 521............Axis function [0027] 60... .......bubble nozzle [0028] 600 ............foam outlet [0029] 601............export extension [0030 ] 602 ...... ...... Attachment plane [0031] 61....... Form number A0101 Page 10 of 19 M374830 [0032] 62....... ...connector [0033] 70....... ....... perception is [0034] 80....... •......bubble net [ 0035] X.......
表單編號A0101 第11頁/共19頁Form No. A0101 Page 11 of 19