M264294 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種洗衣機之給水過濾及洗劑輔助溶 解合成裝置，特別是指一種可節省能源、改善洗水的水質 並提而髒污的洗淨效果的洗衣機之給水過濾及洗劑輔助溶 解合成裝置者。 【先前技術】 清洗，一為只作清水的沖除洗劑的清水清洗，最早期 的作法是，打開洗衣機之水龍頭，進水至洗衣槽達於一預 疋置後，將洗劑一次或多次灑入洗衣槽内，通電洗衣槽旋 轉’控制水流的樣式就可作髒污的清洗，視髒污的洗淨狀 況，於洗淨後，再次自動控制注入清水作沖除洗劑的清洗 ，進而廠商研發出，如圖1，在洗衣機之控制台1上設有 一洗劑放置盒10，將洗劑n預先放置所需量於盒内，打開 洗衣機之水龍頭沖水12經過洗劑放置盒内將洗劑u帶入洗 衣槽内作辩污清洗，這兩種加洗劑的方式，其缺點為無論 疋洗劑一次或多次灑入洗衣槽内或是沖水將洗劑帶入洗衣 才曰内’洗劑的溶解方式，大多是在洗衣槽内利用由馬達帶 動迴轉的機械攪拌，來將洗劑溶解並達到衣物洗淨的效果 洗刈11因沒有先期的溶解，且迴轉攪拌衣物時，洗劑易 而被衣物包覆，造成洗劑集中及洗劑殘留於衣物上的困擾 ’進而再改良如圖2所示，在該洗劑放置盒1〇的置放座13 ^ 。又有儲水槽〗4，於該儲水槽14内，放置有氣泡石 15乳泡石15令央連接有一通管16，通管接有一氣管且氣 M264294 s u工氣幫浦（未顯示），當注水經過該洗劑放置 盒10後將洗劑U帶人儲水槽14中，藉由啟動幫浦，由氣 泡石15發泡幫助洗劑料期溶解起泡，上述三種方式的洗 水都未經過㈣，在水質不佳時，衣物會愈洗㈣，溶於 水中的污泥也會造成衣物愈洗愈黃，而圖2的設備其缺點 為裝置的零件多、且利用電動空氣幫浦作動打氣來產生氣 泡較耗電’浪費能源、，嗓音較大，利用打氣氣泡來溶解洗 劑的效果也較差’因此，如何構思製造出一種可節省能源 、改善洗水的7jc質並提高辦污的洗淨效果的洗衣機之給水 過濾及洗劑輔助溶解合成裝置，是一可改進的課題。 【新型内容】 因此，本新型之目的在於提供一種可節省能源、改善 洗水的水貝並提南髒污的洗淨效果的洗衣機之給水過濾及 洗劑輔助溶解合成裝置。 方、疋本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置，係包括有一配置在洗衣機控制台的一給水主機盒、 一設於該給水主機盒頂部的過濾裝置、及一抽取盒，該抽 取盒可相對於該給水主機盒作抽換並填裝洗劑，該給水主 機盒設有一第一給水通道及一第二給水通道，各通道的進 水端部設有-控制閥，該第_給水道出水端並與該過遽裝 置相連通，5玄弟一給水道的出水端設有細小出水孔，該抽 取盒具有一洗劑裝填容室及一導水容室，該洗劑裝填容室 側底部並與該導水容室相連通並位於細小出水孔下方，該 導水容室並分別與過濾裝置、洗衣機之洗衣槽相連通，借 M264294 由各控制閥，可單獨控制由該第一給水道出水端出水至該 過濾裝置過濾後並流通經抽取盒到洗衣機之洗衣槽内作清 水的清洗，亦可單獨控制由該第二給水道的出水端出水， 並經由細小出水孔產生高壓水柱，對洗劑裝填容室内的洗 劑作高壓噴水，作澈底快速充分的溶解流通經導水容室到 洗衣機之洗衣槽内作髒污的清洗，節省能源、改善洗水的 水質並提高髒污的洗淨效果者。 本新型之功效在於提供一洗衣機之給水可加以過濾改 善洗水的水質，並可對洗劑確實作輔助溶解提高髒污的洗 淨效果，且能節省能源者。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合筝考圖式之一較佳實施例的詳細說明中，將可清 楚的明白。 如圖3，本新型洗衣機之給水過濾及洗劑輔助溶解合 成裝置，係包括有一配置在洗衣機控制台丨的一給水主機 盒2、一設於該給水主機盒2頂面的過濾裝置3、及一抽取 盒4，該抽取盒4可相對於該給水主機盒2作抽換並填裝洗 劑5，該給水主機盒2，設有一第一給水通道2〇及一第二 給水通道21，各通道20、21的進水端200、21〇部設有一 控制閥22、23，該第一給水道出水端2〇丨並與該過濾裝置 3相連通，該第二給水道的出水端211，配合圖4，設有細 小出水孔24,該抽取盒4, 一併參考圖5，具有一洗劑裝 填谷至40及一導水容室41，該洗劑裝填容室4〇的底部 M264294 400並與該導水容室41相連通並位於細小出水孔24下方 ”亥導水谷至41並分別與過濾裝置3、洗衣機之洗衣槽μ相 連通：借由各控制Μ，可單獨控制，再如圖5，由該第一 給水道出水端2(Η出水至該過㈣置3過濾後並流通經抽 取盒4到洗衣機之洗衣槽18内作清水的清洗，亦可單獨控 制’如圖6 ’由該第二給水道的出水端21〗出水，並經由細 小出水孔24產生高壓水柱，對洗劑裝填容室4〇内的洗劑5 作高屋喷水’作澈底快速充分的溶解流通經導水容4ι室到 洗衣機之洗衣槽！ 8内作辩污的清洗節省能源、改善洗水 的水質並提高辦污的洗淨效果，更詳細說明於後： 相連通，第一圈圍凸肋27、第-圃園Λ邮0。t 乐一圈圍凸肋28與周緣形成第 三圈圍凸肋29,亦形成一第三通道29〇，貫穿在第三通道 290的盒體頂部設有複數個出水孔29 U 於遠頂面203並凸 該給水主機盒2,配置在洗衣機控制台丨的後側頂部， 其係在-具有底容t 202的盒體後角側部設有垂直式的第 -給水通道20及一第二給水通道21，各通道2〇 21的進 水端2〇0、210部設有一控制閥22、23,各控制閥各受一控 制器25、26所控制開與關，各控制$ Μ、％係電性連接 至洗衣機内部的控制電路板，非本案所探究的範圍不另詳 細解說’配合圖4，在盒體的頂自2G3設有第—圈圍凸肋 27,形成第-通道謂，其-端即上述的出水端加並與第 -給水通道20相連通’設有第二圈圍凸肋28，形成第二通 道則，其一端即上述的出水端211並與第二給水通道Η 設有複數隻的定位柱204。 M264294 該過濾裝置3，係在一架板30的底面對應於上述的第 一圈圍凸肋27、第二圈圍凸肋28、第三圈圍凸肋29，亦設 有第一底圈圍凸肋31'第二底圈圍凸肋32、第三底圈圍凸 肋33,亦各自形成有第一底通道310、第二底通道32〇及 第三底通道330，如圖3，在該架板的頂面向上凸設有一過 濾座34，該過濾座34的中央另凸設有一貫穿架板的中空軸 ，該中空軸35底部出口 350並與第三底通道33〇相連通 ’該過濾座34對應於第一底通道310的側壁36貫穿連通 於該第一底通道310設有垂直通口 360,於該中空轴35, 套置有一過濾網層37，並於該過濾座34外壁設有螺紋34〇 ，於該螺紋340旋組設有一封閉其頂部的罩蓋38。 该抽取盒4，參考圖3及圖5，係為具有一洗劑裝填容 至40及一導水容室41的盒體，頂部為開放，於一側部下 緣延伸凸設有一拉緣42，於洗劑裝填容室4〇的底部4〇〇設 有一狹長裂隙401並與該導水容室4ι相連通，導水容室41 的盒體一側壁設有一開口 402，該抽取盒4可相對於該給水 主機盒2的底谷至202作抽換，於置入於底容室後， 洗劑裝填容室40係位於細小出水孔24及複數個出水孔291 下方，該導水容室41只位於第三通道29〇的複數個出水孔 291下方，開口 402並可與洗衣機之洗衣槽丨8相連通。 使用時’電氣控制第一給水通道2〇進水端2〇〇的控制 閥22打開，如圖5，水即由控制閥進入第一通道27〇 與第一底通道310所構成的第一流水道6，並由過濾座3對 應於第一底通道310的側壁36所貫穿連通於該第一底通道 M264294 310的垂直通口 360，經過過濾網層37的過濾後再由該中 空轴35底部出口 35〇流至第三底通道330與第三通道290 - 所構成的第三流水道7，並由複數個出水孔291向下滴流至 位於第二通道290下方的抽取盒的洗劑裝填容室4〇與導水 谷至41 ’在洗劑裝填容室40内尚未裝填洗劑5，再由開口 402流入洗衣機之洗衣槽1 8，就可作清水的清洗，該清水 疋經過滤無雜質’所以澈底革除習知三種方式洗水都未經 過濾，於水質不佳時，衣物會愈洗愈髒，溶於水中的污泥 會造成衣物愈洗愈黃的缺點。 要作另一種使用加洗劑清洗時，抽出抽取盒4，將洗 劑5放入洗劑裝填容室4〇内，電氣控制第 一給水通道2 0 進& & 2GG的控制閥22關閉’打開第二給水通道21進水 i*而2 10的控制閥23 ’如圖6 ’水即由控制閥23進入第二通 道280與第—底通道32〇所構成的第二流水道8，並由第二 給水道的出水端2n所設有細小出水孔24流出因為第二 流水道8的面積大於細小出水孔24面積甚多因此造成水 由細小出水孔24形成高壓水柱8〇往下喷，對於在細小出 水孔24下方抽取盒4的洗劑裝填容室糾内的洗劑5,作高 壓喷處，激底的作先期溶解起泡，然後部份由底部狹長裂 隙術或由頂部溢流經導水容室41、開口術流入洗衣 機之洗衣才曹18，就可作洗劑清洗，因係高壓喷處，所以可 以澈底將洗劑的作先期溶解起泡，其洗淨效果自然比習知‘ 的來得高，且沒有使用空氣幫浦所以較習知的來得節省能- 源與無噪音。 10 M264294 示意線82是代表太：代表無輔助溶解的洗劑溶解效率’ 置可以澈底將、㈣ 的洗劑溶解效率’由此可得知本裝 置叮政底將洗劑的作先期溶解起泡。 圖8的示意線83导 一立 疋代表無輔助溶解洗劑的洗淨效率， d Κ代表本裝置的洗淨效率，由此可得知本裂置洗 淨效率是優於習知的。 综上所述，本案確實可達成所述的可節省能源、改善 洗水的水質並提高髒污的洗淨效果的功能。 惟以上所述者，僅為本新型的較佳實施例而已，當不能 以此限定本新型實施的範圍，即大凡依本新型申請專利範 圍及新型說明書内容所作的簡單的等效變化與修飾，皆應 仍屬本新型專利涵蓋的範圍内。 M264294 【圖式簡單說明】 圖1是習知一種洗衣機加入洗劑的構造示意圖； 圖2是習知另一種洗衣機加入洗劑的構造示意圖； 圖3是本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置的立體分解示意圖； 圖4是本新型洗衣機之給水過滤及洗劑輔助溶解合成 裝置的給水主機盒頂面與過渡裝置底面組合部位的平面示 意圖； 圖5是本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置作清水清洗的示意圖； 圖6是本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置作洗劑清洗的示意圖； 圖7是本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置與習知洗劑溶解效率比較示意圖；及 圖8是本新型洗衣機之給水過濾及洗劑輔助溶解合成 裝置與習知利用洗劑的洗淨效率比較示意圖。 12 M264294 【主要元件符號說明】 1洗衣機控制台 1 8洗衣機水槽 2給水主機盒 20第一給水通道 2〇〇第一給水通道進水端部 2〇1第一給水道出水端 202底容室 2〇3盒體的頂面 204定位柱 21第一給水通道 210第二給水通道進水端部 211第一給水道的出水端 22、23控制閥 24細小出水孔 25、26控制器 27第一圈圍凸肋 270第一通道 28第二圈圍凸肋 280第二通道 29第三圈圍凸肋 290第三通道 291複數個出水孔 3過濾裝置 30架板 31第一底圈圍凸肋 310第一底通道 32第二底圈圍凸肋 320第二底通道 33第三底圈圍凸肋 330第三底通道 34過濾座 340外壁螺紋 35中空軸 350中空轴底部出0 36過濾座側壁 360垂直通口 3 7過遽網層 38罩蓋 4抽取盒 40洗劑裝填容室 400洗劑裝填容室底部 401狹長裂隙 402 開口 41導水容室 42拉緣 5洗劑 13 M264294 6第一流水道 7第三流水道 8第二流水道 〇 0面壓水柱 81無輔助溶解洗劑的溶解 效率示意線 82本新型裝置的溶解效率 示意線 8 3無輔助溶解洗劑的洗淨 效率示意線 84本新型裝置的洗淨效率 不意線 14M264294 VIII. Description of the new type: [Technical field to which the new type belongs] This new type relates to a feedwater filtration and detergent-assisted dissolving and synthesizing device for a washing machine, in particular to a type that can save energy, improve the water quality of washing water, and make it dirty Filters for washing water in washing machines and detergent-assisted dissolution synthesizers. [Prior art] Washing. One is washing with fresh water, which only removes the detergent. The earliest method is to turn on the faucet of the washing machine and enter the water into the washing tub to reach a preset position. Sprinkle into the washing tank once, and the electric washing tank rotates to control the flow of water to clean the dirt. Depending on the washing condition of the dirt, after washing, it will automatically control the injection of clean water as the washing agent again. Further developed by the manufacturer, as shown in Fig. 1, a lotion placing box 10 is provided on the console 1 of the washing machine. The required amount of lotion n is placed in the box in advance, and the washing machine's faucet is flushed and the water 12 passes through the lotion placing box. The lotion u is brought into the laundry tank for cleaning and stain cleaning. These two methods of adding lotion have the disadvantage that whether the lotion is sprayed into the laundry tank one or more times or the lotion is brought into the laundry with flushing water The method of dissolving the lotion is to use the mechanical stirring in the laundry tank to dissolve the lotion and achieve the effect of washing the laundry. Because there is no prior dissolution, and the clothes are stirred by the rotation , Lotion easy to coat Coating, causing problems remaining in the laundry detergent concentration and wash 'and then further modified as shown in FIG. 2, the lotion is placed in the cartridge holder base 13 1〇 ^. There is also a water storage tank [4]. In the water storage tank 14, a bubble stone 15 and an opalite 15 ring are connected to a through pipe 16. The through pipe is connected to a trachea and gas M264294 su industrial gas pump (not shown), when After injecting water through the lotion placing box 10, the lotion U is brought into the water storage tank 14. By starting the pump, the bubble stone 15 is foamed to help the lotion dissolve and foam. The above three ways of washing water have not passed Alas, when the water quality is not good, the clothes will be washed more and the sludge dissolved in the water will cause the clothes to be washed more and more yellow. However, the device of Fig. 2 has the disadvantages of many parts of the device and the use of electric air pumps to pump air. It ’s more power-consuming to generate bubbles, “wastes energy, has a louder voice, and the effect of dissolving lotion with inflated bubbles is poor.” So, how to conceive of a 7jc quality that can save energy, improve the quality of washing water, and improve the cleaning of sewage The net effect of washing machine feed water filtration and lotion-assisted dissolution synthesis device is a subject that can be improved. [New content] Therefore, the object of the present invention is to provide a water supply filtration and lotion-assisted dissolving and synthesizing device for a washing machine that can save energy and improve the washing effect of washing water and improve the cleaning effect of dirt. The feed water filtering and lotion-assisted dissolving and synthesizing device of the novel washing machine of the present invention includes a water supply main box arranged on the washing machine console, a filtering device provided on the top of the water supply main box, and an extraction box. The box can be exchanged and filled with lotion relative to the water supply main box. The water supply main box is provided with a first water supply channel and a second water supply channel, and the inlet end of each channel is provided with a -control valve. The water outlet end of the water supply channel is in communication with the passing device. A small water outlet hole is provided at the water outlet end of the 5 Xuandi water supply channel. The extraction box has a lotion filling chamber and a water conducting chamber. The lotion filling chamber The side bottom is in communication with the water-conducting chamber and is located below the small water outlet hole. The water-conducting chamber is in communication with the filtering device and the washing tub of the washing machine. By using M264294, each control valve can be individually controlled by the first water supply channel. The water from the water outlet end is filtered by the filtering device and passed through the extraction box to the washing tub of the washing machine for washing with clean water. The water from the water outlet end of the second water supply channel can also be controlled separately and passed through the fine The water outlet generates a high-pressure water column. The lotion in the lotion filling chamber is sprayed with high-pressure water to make it clear and quickly dissolve and flow through the water-conducting chamber to the washing tub of the washing machine for dirty cleaning, saving energy and improving the water quality of the washing water. And improve the cleaning effect of dirt. The function of the new model is to provide a washing machine whose feed water can be filtered to improve the water quality of the washing water, and can actually dissolve the lotion to help dissolve the dirt, improve the cleaning effect of dirt, and save energy. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention will be clearly understood in the following detailed description of a preferred embodiment in conjunction with a zhengkou diagram. As shown in FIG. 3, the feed water filtration and lotion-assisted dissolution synthesis device of the new type washing machine includes a water supply main box 2 arranged on the washing machine console 丨 a filter device 3 provided on the top surface of the water supply main box 2 and An extraction box 4 can be exchanged and filled with lotion 5 relative to the water supply main box 2. The water supply main box 2 is provided with a first water supply channel 20 and a second water supply channel 21. The inlet ends 200 and 21 of the channels 20 and 21 are provided with a control valve 22 and 23, the outlet end 20 of the first water supply channel is in communication with the filtering device 3, and the outlet end 211 of the second water supply channel, With reference to FIG. 4, a small water outlet hole 24 is provided, and the extraction box 4, which also refers to FIG. 5, has a lotion filling valley to 40 and a water-conducting volume 41, and the bottom of the lotion filling volume 40 is M264294 400 and It communicates with the water-conducting volume 41 and is located below the small water outlet hole 24. The water-conducting valley to 41 is connected to the filtering device 3 and the washing tub μ of the washing machine: by each control M, it can be controlled separately, as shown in Figure 5. , From the first water supply outlet 2 (Η water out to the pass through 3 after filtering and co-current After the extraction box 4 is washed into the washing tub 18 of the washing machine for clean water, it can also be controlled separately as shown in Figure 6 'The water is discharged from the water outlet 21 of the second water supply channel, and a high-pressure water column is generated through the small water outlet hole 24. Fill the lotion in the container 40 with water 5 as a high-bed spray of water, make it quickly and fully dissolve and circulate through the water-conducting volume 4m to the washing tub of the washing machine! Clean the dirt within 8 to save energy, improve the water quality of the washing water and Improving the cleaning effect of sewage treatment, explained in more detail later: Connected, the first circle of surrounding ribs 27, the first-garden ΛPost 0. t Leyi circle of surrounding ribs 28 and the periphery form a third circle of surrounding ribs 29. A third channel 29 is also formed. A plurality of water outlet holes 29 U are formed on the top of the box body of the third channel 290, and the upper top surface 203 protrudes from the water supply main box 2 and is arranged at the rear of the washing machine console. The top side is a vertical water supply channel 20 and a second water supply channel 21 at the rear corner of the box body with a bottom volume t 202. The water inlet end of each channel 2021 is 200, 210 units are provided with a control valve 22, 23, each of which is controlled by a controller 25, 26 to open and close, The control $ M and% are electrically connected to the control circuit board inside the washing machine. The scope that is not explored in this case is not explained in detail. In conjunction with Figure 4, a top-circle raised rib 27 is provided on the top of the box from 2G3 to form The first passage means that its-end is the above-mentioned water outlet end and is in communication with the first-water supply channel 20 '. A second circle of surrounding ribs 28 is provided to form a second passage, and one end thereof is the above-mentioned water outlet end 211 and communicates with The second water supply channel 设有 is provided with a plurality of positioning posts 204. M264294 The filtering device 3 is tied to the bottom surface of a shelf plate 30 corresponding to the above-mentioned first circle rib 27, second circle rib 28, third The ring-shaped surrounding ribs 29 are also provided with a first bottom ring surrounding rib 31 ', the second bottom ring surrounding ribs 32, and the third bottom ring surrounding ribs 33, and each has a first bottom channel 310 and a second bottom channel. 32 ° and the third bottom channel 330, as shown in FIG. 3, a filter seat 34 is protruded upward from the top surface of the shelf plate, and a hollow shaft penetrating the shelf plate is protruded in the center of the filter seat 34, and the bottom of the hollow shaft 35 is convex. The outlet 350 is in communication with the third bottom channel 33 °. The filter seat 34 corresponds to the side wall 36 of the first bottom channel 310 and communicates with it. The first bottom channel 310 is provided with a vertical opening 360, a filter layer 37 is sleeved on the hollow shaft 35, and a thread 34 is provided on the outer wall of the filter seat 34, and a thread closing the top of the thread 340 is provided.盖 盖 38。 Cover 38. The extraction box 4, referring to FIG. 3 and FIG. 5, is a box body having a lotion filling capacity of 40 and a water conducting volume 41. The top is open, and a pull edge 42 is protruded from the lower edge of one side. The bottom 400 of the lotion filling container 400 is provided with a narrow slit 401 and communicates with the water conducting container 4ι. A side wall of the box body of the water conducting container 41 is provided with an opening 402. The extraction box 4 can be opposite to the water supply. The bottom valley of the main box 2 is changed to 202. After being placed in the bottom volume chamber, the lotion filling volume 40 is located under the small water outlet hole 24 and the plurality of water outlet holes 291. The water conduction volume 41 is only located in the third Below the plurality of water outlet holes 291 of the channel 29, an opening 402 can communicate with the washing tub 丨 8 of the washing machine. When in use, the electric control valve 22 of the first water supply channel 20 at the water inlet 200 is opened, as shown in FIG. 5, the water enters the first flow channel formed by the control valve 27 and the first bottom channel 310 through the control valve. 6, and the vertical base 360 of the first bottom channel M264294 310 is penetrated by the side wall 36 of the filter base 3 corresponding to the first bottom channel 310, and is filtered by the filter layer 37 and then exits from the bottom of the hollow shaft 35 35 ° flows to the third bottom channel 330 and the third channel 290-the third flow channel 7 formed by a plurality of outlet holes 291 and drips down to the lotion filling capacity of the extraction box located below the second channel 290 Chamber 40 and water guide valley to 41 'The lotion 5 has not been filled in the lotion filling container 40, and then flows into the washing tub 18 of the washing machine through the opening 402, and the water can be cleaned. Therefore, the washing water of the Chedi leather is unfiltered in all three ways. When the water quality is not good, the clothes will be washed more and dirty, and the sludge dissolved in water will cause the clothes to be washed and yellowed. To do another kind of cleaning with a lotion, take out the extraction box 4, put the lotion 5 into the lotion filling chamber 40, and electrically control the first water supply channel 2 0 and the control valve 22 of the & 2GG is closed. 'Open the second water supply channel 21 to enter water i * and the control valve 23 of 2 10' as shown in Figure 6 'The water is the second flow channel 8 formed by the control valve 23 entering the second channel 280 and the first bottom channel 32. And the small outlet hole 24 provided by the outlet end 2n of the second water supply channel flows out because the area of the second flow channel 8 is larger than the area of the small outlet hole 24, so the water is formed by the small outlet hole 24 forming a high-pressure water column 80 and sprayed downward. For the lotion 5 in the container 4 which is extracted from the small water hole 24 and filled in the container, it is used as a high-pressure spray, and the bottom is dissolved and foamed in advance, and then partly overflows from the narrow slit at the bottom or overflows from the top. The laundry flowing through the water-conducting chamber 41 and the opening into the washing machine 18 can be used as a lotion. Because it is a high-pressure spray, it can dissolve and foam the lotion in advance. The cleaning effect is naturally better. Knowing's come high, and no air pump is used so it is more familiar Come to save energy - and no noise source. 10 M264294 Schematic line 82 represents too: it represents the dissolution efficiency of the lotion without auxiliary dissolution. 'Set the dissolution efficiency of the lotion, and the dissolution efficiency of the lotion.' It can be known that the device dissolves and foams the lotion in advance. . The schematic line 83 in FIG. 8 indicates that the standing efficiency represents the cleaning efficiency without auxiliary dissolving lotion, and dK represents the cleaning efficiency of the device, and it can be seen that the split cleaning efficiency is better than the conventional one. To sum up, this case can indeed achieve the functions described above that can save energy, improve the quality of washing water, and improve the effect of washing dirt. However, the above are only the preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application of the new application and the content of the new specification, Both should still fall within the scope of this new patent. M264294 [Brief description of the diagram] Figure 1 is a schematic diagram of the structure of a conventional washing machine adding lotion; Figure 2 is a schematic diagram of the structure of a conventional washing machine adding lotion; Schematic three-dimensional exploded view of the synthesis device; Figure 4 is a schematic plan view of the combination of the top surface of the water supply main box and the bottom surface of the transition device of the water washing filtration and detergent-assisted dissolution synthesis device of the new washing machine; Figure 5 is the water filtration and washing of the new washing machine Schematic diagram of detergent-assisted dissolution synthesis device for clean water cleaning; Figure 6 is a schematic diagram of the new type washing machine's water supply filtration and detergent-assisted dissolution synthesis device for lotion cleaning; A schematic diagram comparing the dissolution efficiency with a conventional lotion; and FIG. 8 is a schematic diagram comparing the cleaning efficiency of a water-supply filtration and lotion-assisted dissolution synthesis device of the new washing machine with a conventional detergent. 12 M264294 [Description of symbols of main components] 1 Washing machine console 1 8 Washing machine sink 2 Water supply main box 20 First water supply channel 2000 First water supply channel inlet end 201 First water supply channel outlet 202 Bottom compartment 2 〇3 Top surface of the box 204 Positioning column 21 First water supply channel 210 Second water supply channel inlet end 211 Outlet end of the first water supply channel 22, 23 Control valve 24 Small water outlet 25, 26 Controller 27 First circle Surrounding rib 270 first channel 28 second ring surrounding rib 280 second channel 29 third ring surrounding rib 290 third channel 291 multiple outlet holes 3 filter device 30 shelf plate 31 first bottom ring surrounding rib 310 first One bottom channel 32 second bottom ring surrounding rib 320 second bottom channel 33 third bottom ring surrounding rib 330 third bottom channel 34 filter seat 340 outer wall thread 35 hollow shaft 350 hollow shaft bottom out 0 36 filter seat side wall 360 vertical Port 3 7 Over the mesh layer 38 Cover 4 Extraction box 40 Detergent filling chamber 400 Detergent filling chamber bottom 401 Slit 402 Opening 41 Water-conducting chamber 42 Pull edge 5 Detergent 13 M264294 6 Three-flow channel 8 second flow channel 0 surface pressure water column 81 without auxiliary dissolution washing Efficiency of dissolution dissolution efficiency a schematic line 82 is a schematic novel means no auxiliary line 83 was dissolved cleaning efficiency lotion schematic line 84 line 14 intended cleaning efficiency of the new apparatus