M343462 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種清絲具，係指—種特職麟地板的清潔 或打腊作業的工具。 、 【先前技術】 . —般的地板清雜據勤的情況可翻拖把或刷子等工具，配 • 合清水、消毒劑、清_、地板料健，以拖地關，需先將 •#清水裝入水桶内，再利用—端裝有布材的拖把制入水桶中沾濕布 材，後利用手將布材多餘的水分擰乾進行拖地，這種方法主要是 利用水的黏性吸附地面上的微小灰塵或其他雜質，過程中必須不 斷的移動裝有清水的水桶，以及布材吸附過多雜質時，需再將布 材製入水桶内清潔，後再繼續拖地的作業，操作上相當費時費力， 並且利用此方法拖地時，由於無法將布材吸收的水分確實擰乾， 地面將過於濕滑，而有滑到或破壞地板材質的問題產生。 • 【新型内容】 本創作目的在解決傳統拖把清潔地板操作麻煩的問題。 ^ 為解決此問題本創作提供一種新的清潔器具，該清潔器具有 ，一桿體，該桿體具有一第一端與一第二端，其中桿體的第一端與 • 一流量控制裝置套接，該流量控制裝置與一板體樞接，桿體上設 置可盛裝液態物的一桶體，而板體内設置一供給裝置，該流量控 制裝置包括一輸送管，且輸送管的二端分別與桶體及供給裝置套 接，桿體的上端設置一驅動件，藉由驅動件可以控制流量控制辈 6 M343462 置，使輸送管内的液態物可或不可流動，當液態物可流動時，可 藉由供給裝置流出板體外，藉此設計桶體内可盛裝清潔劑、地板 腊或清水等，能夠便捷的適用於地板或牆壁的清潔、以及打腊等 類似的工作上。 • 其中所述的流量控制裝置可精確的控制液態物之流量，達到 ， 在拖地時具有微濕快乾的優點，能夠降低因地板溼滑而滑到的意 外發生機率。 • 又所述的板體具有之下表面設置有複數刷毛，該刷毛可用於 如口香糖等難以清洗的辦污上，配合流出板體的清潔劑等有利於 清潔作業，並且刷毛底下也可選擇放置布材，藉由刷毛可帶動布 材移動，該流出板體的液態物等可由布材吸收，達到等同於一般 拖把拖地的效果，以及板體的長度方向之兩端面各形成一斜切面 與一短邊，該斜切面與短邊所構成的夾角，使板體遇到障礙物時 可輕鬆的轉向，有利於狹小有障礙物之空間中使用。 鲁 【實施方式】 以下所有圖式係僅便於解釋本創作基本教導而已，圖式中構 ^ 成較佳實施例之元件的數目、位置、關係、及尺寸之延伸將有所 • 說明，在閱讀及了解本創作的敎導後相關之變化實施屬於業界技 •能。另外，在閱讀及了解本創作的敎導後，配合特定力量、重量、 強度、及類似要求之精確尺寸及尺寸比例之改變亦屬業界技能。 在不同圖式中係以相同標號來標示相同或類似元件；另外請 了解文中諸如“第一，，、“第二，，、“上，，、“下”、 M343462 外、端、‘‘長度”、，，侧，，、，，軸向，，等等及類似用語 係僅便於;t®者參考圖巾構造以及僅餘幫助描述本創作而已。 參閱第一、二圖所示，本創作的清潔器具包括一桿體1〇， 才干體1 0包括—第—端1 〇 1與-第二端1 0 2，該桿體1 〇上 •固設—桶體2◦，以及桿體1Q的第-端1Q1套接-流量控制 •褒置3 0，該流量控制裝置3 〇的-端與-板體5 0樞接，又桿 • 體1◦的第二端1Q 2設置-驅動件1〇 5，所述的流量控制裝 .鲁置3 0包括一輸送管3 5，輸送管3 5具有與板體5 0套接的-第一端3 51，以及與桶體2 〇套接的一第二端3 5 2，又桿體 10上設置一驅動件1〇 5，所述的桶體2 0内可盛裝清水、消 毒劑、液體腊、清潔鮮類的液態物，該液態物可藉由輸送管3 1輸送至板體5Q導出本創作的清潔!|具外，使本創作的清潔器 根據桶體2 Q所盛|的液態物，作清潔、消毒、打腊等作業。 參閱第三、四圖所示，該桿體10内形成一内孔1〇 7，桿 鲁體10的第二端10 2套設有穿入内孔1〇 7中的-襯套工〇 3 ’該第二端1◦2的外側套設一把手1〇4 ,該把手工〇4的 頂端形成-錐形槽i 〇 8，以及錐形槽丨Q 8内設置_透孔U ，9 ’所述之驅動件工〇 5係由圓形球體所構成，該驅動件1〇 $ ’，置人錐形槽1〇8内，又驅動件10 5與-牵動件χ 06的一 端固接，牽動件10 6係穿入桿體10之内孔1〇 7内，當推動 驅動件1 0 5時可軸轉件丨q 6 ;依據本創作圖式所示的牵 動件1 ◦ 6可為線材或桿體所構成，輯馳套丨Q 3可防止晕 8 M343462 動件1 Ο 6與桿體1〇的内表面摩擦而斷裂或毀損的問題。 參閱第四、五圖所示，所述的桶體2 〇包括一桶身2 〇1， 以及螺接於桶身2 Ο 1上的一蓋體2 〇 2，桶身2 01内形成一 容室2 04，桶身2 01的下端形成貫穿容室2〇4的一通孔2 • 〇 5，且於通孔2 0 5附近設置一接嘴2 2，接嘴2 2藉由一螺 • 接元件2 21鎖固容室2 0 4内，且使接嘴2 2的一端穿出容室 2 0 4外，該接嘴2 2為中空狀且與容室2 0 4導通，該通孔2 φ 〇 5處套設一銜接元件21 ,該銜接元件21具有一穿孔21 1 ,以及銜接元件21上且位於容室2 0 4内螺接複數鎖固元件 213，使銜接元件21可穩固的設置於通孔2 〇 5上，所述之 蓋體2 0 2對應桶身2 01之通孔2 0 5設有一轴孔2 0 3，該 桿體10的第二端1〇 2可由銜接元件21的穿孔211穿入桶 身2 01内，並由蓋體2 Q 2的軸孔2 0 3穿出桶身2 01外， 使桿體10的第一端1〇1位於桶身2 〇 i下端，桿體i 〇的第 • 二端1〇 2位於桶身2 01上端，桶體2 0的蓋體2 0 2旋開後 可沿桿體10滑動，而開放桶身2 〇1的容室2 〇 4 ,藉此可到 入液態物入容室2 〇 4内，該銜接元件21上可螺接複數定位元 .件2 1 2並抵接於桿體i 〇上，使桶身2 〇 i定位於桿體丄〇 • 上’值得一提的是，本創作的桶身2 01上可設置刻畫，使用時 可以精確的判對清水與清潔劑等的混合比例 ，又該把手10 4係 於桿體10與桶體2 〇套接後，再與桿體1〇的第一端102套 接0 M343462 參閱第六圖至第八圖所示，所述的流量控制裝置3 〇係套接 於桿體10的第一端1〇1上，該流量控制裝置3 0具有一外管 31，外管31包括一上端3 〇1、一下端3 0 2，以及外管3 1内部形成一容室3 0 3，且外管31外部設置有貫穿容室3 〇 • 3的二穿孔304，該上端3〇1處套設中空的一連接管32， • 連接管3 2具有一第一段3 21與一第二段3 2 2，連接管3 2 的約中央處設置一外接部3 2 3，連接管32内形成一内接部3 _ 2 4，且連接管3 2的第一段3 21與桿體1〇的第一端1〇1 套接’第二段3 2 2與外管31的上端3 01套接，該外階部3 2 3抵接於外管31的上端3 〇1。 該外管31的容室3 0 3内滑動的設置一抵壓塊3 3 ,以及 外管31的容室3 0 3内且位於抵壓塊3 3下方設置一支撐件3 4 ,該抵壓塊3 3外部形成一凸緣3 3 4 ,以及抵壓塊3 3的内 部形成貝穿的一連接孔3 31，抵壓塊3 3面向支撐件3 4的一 • 侧形成一抵接面3 3 3，抵壓塊3 3的凸緣3 3 4與連接管3 2 的内階部3 2 4間設置一彈性元件3 3 5，抵壓塊3 3的連接孔 3 31與所述之牵動件1〇 6的一端連接，當推動區動件^ 〇 5 、 時，可藉由牽動件10 6拉動抵壓塊3 3壓縮彈性元件3 3 5向 上位移，藉此本創作的抵壓塊3 3在外管31内的軸向位置受彈 性元件3 3 5向下抵壓，以及受轉件！ Q 6向上拉引支持而定 位0 該支撐件3 4具有-殼座3 4 0，殼座3 4 0的上端形成斜 M343462 稱的一缺槽3 44，殼座340關接-頂桿341，财34 1包括一頭部3 4 5以及-螺桿3 4 6 ,該殼座3 4 q ^下端 且位於螺桿3 4 6上螺接―調整元件3 4 3，以及殼座3 4◦内 侧下端且錄螺桿3 4 6上螺接-定位元件3 4 2，當定位元件 3 4 2旋鬆至不與殼座3 4 0接觸時，可藉由轉動調整元件3 4 3調整頂桿3 4 1之頭部3 4 5與抵壓塊3 3 _空隙，即轉動 調整元件3 4 3使之沿螺桿3 4 6軸向位移，由調整元件3 4 3 距離螺桿3 4 6端部的長度控制頂桿3 4丨上下位移，當將頂桿 3 4 1調整至適當位置後，再轉動粒元件3 4 2，使之轴向位 移至抵接於殼座3 4◦的下端而旋緊，就可將頂桿3 41定位； 依據本創作®式所示的較佳實補，該頂桿3 4 i可由螺检所構 成，該定位耕3 4 2及調整元件3 4 3可由螺帽所構成。 一輸送管3 5可由外管31—侧的穿孔3 〇 4穿入外管31 内，並由殼座3 4 〇的缺槽3 41穿入抵壓塊3 3與支撐件3 4 φ 所形成的空隙，再由外管3 5另一侧穿孔3 〇 4穿出，該輸送管 3 5具有位於外管31外侧的一第一端3 51與一第二端3 5 2，輸送官3 5内形成貫穿二端3 51、3 5 2的通道3 5 3， 且輸送管3 5的第二端3 5 2套接於桶身2 01的接嘴2 2上， 使桶身2 01之容室2 〇 4所盛裝的液態物可由接嘴2 2輸出， 並藉由輸送管3 5的通道3 5 3輸送。 該輸送管3 5位於抵壓塊3 3與支撐件3 4之間的區段在常 態下受抵壓塊3 3的抵接面3 3 3抵壓，主要是因抵壓塊3 3受 11 M343462 彈性疋件3 3 5抵壓達成，使得輸送管3 5此區段的通道3 5 3 文擠壓而封閉，藉此阻斷液態物流動，參閱第三圖與第九圖所示， 因此當推動把手1〇 4上的驅動件1〇 5時，牵動件1〇 6會拉 動抵壓塊3 3向上壓縮彈性元件3 3 5而位移，使抵壓塊3 3脫 • 離對輸送管3 5的抵壓，輸送管3 5的通道3 5 3完全暢通，該 • 桶身2 01内之液態物可順利沿輸送管3 5之通道3 5 3流動， 所述的頂桿3 41的高度會影響抵壓塊3 3抵壓輸送管3 5的緊 φ 度’而能確保液態物不會在未可預期的情況下流動。 參閱第九圖至第十一圖所示，且其中為了能夠明確的表示板 體5 0及供給裝置6 〇，第十圖係將之旋轉18 〇度後所繪製， 該外管31的下端樞設一萬向接頭4 〇，其具有一樞接座4 2， 該樞接座4 2藉由一樞接桿4 3樞設於外管31的下端處，且樞 接座4 2的下端固設一軸桿41，轴桿41外侧樞設一連接座4 01 ’該板體5 0固設於連接座4 〇1上，所述的樞接桿4 3與 • 軸桿41係成位於不同平面高度上，且為9 0度的交錯設置，藉 樞接桿43提供桿體1〇第一方向的轉動，藉轴桿41提供桿體 ， 1〇第二方向的轉動，使桿體1〇可相對板體5 0在約18 0度 . 的範圍内作任易變換角度的轉動。 所述的板體5 0包括一上表面5 〇1與一下表面5 0 2，其 中，該連接座4 01係設置於板體5 〇的上表面5 01上，而下 表面5 0 2上設置複數刷毛5 〇 3，且下表面5 0 2設置有一容 槽5 0 4，該容槽5 0 4上設置有貫穿至上表面5 01的一穿孔 12 M343462 5 Ο 5，該容槽5 〇 4内設置一供給裝置6 〇，其包括一接頭6 1以及一配送管62，該接頭61具有位於二端的二第一管體6 1 1 ’以及-第二管體612，各管體611、612相互連通， 且接頭61係嵌入容槽5 〇 4内，使第二管體6丄2由穿孔5 〇 .5穿出板體5 0的上表面50 1，該輸送管35的第一端35工 •係套接於第二管體612上，該配送管6 2包括-開口端6 2 1、-封閉端6 2 2以及複數孔6 2 3 ’各配送管6 2係喪入容 • 槽5 0 4内，藉由固設於板體5 〇之下端面5 0 2上的複數定位 片6 3將配送管6 2固定於容槽5 〇 4内，且開口端6 2丄分別 與接頭61的第-管體611套接，使桶身2 〇 i内的液態物可 藉由輸送管3 5流動至酉&送管6 2内，再由配送管6 2的孔6 2 3流出板體5 0外側。 該板體5◦设置的刷毛5 〇 3使本創作的清潔器具可作為刷 子或拖把制，_毛5 Q 3本身可作為強力洗刷地板時使用， 籲且若在刷毛5 Q 3下方墊-布7 ’如第人_第九圖所示，則該 可作為拖把，當刷毛5 〇 3下方設置有布7時，刷毛5 〇 3 '可帶動布一起移動，並且可隨時分離布7與刷毛5◦3，使用上 •相當便利，本創作的清潔器具，實際使用上，可先在桶身2 〇1 -内設置清水、清麵、消軸、地板腊_清潔地板作業所需的 液態物，並且是地板的髒污程度決定使用刷毛5 〇 3或布7 ,推 動驅動件1 0 5使減塊3 3釋放輸送管3 5來控制出水量，液 態物可由板體5⑽下方滴出，作清潔作業，當放開驅動件工〇 13 M343462 5後’該抵壓塊再次將輪送管3 5壓住，鑛液態物的流動，而 停止供水，控制相當精準。 如第十圖所示，本創作的清潔器具之液態物的流動不必外加 壓力’僅需利用驅動件i 〇 5控制就可使液態物順輸送管3 5導 •出板體5 0外’並且流量控制精準，用在拖地時可達到微溼即乾 •的優良清潔效果，桶體2 0的設計，使本創作的清潔器具不必另 ， 外搭配水桶等器具，並且不必再用手扭乾拖把多餘的水分，使用 ^ 上極具便利性 本創作值得-提的是，該板體5 〇的長度方向之兩端各形成 一斜切面5 0 6，該斜切面5 0 6使得該邊形成一短邊5 〇 7 , 此斜切面5 Q 6配合短邊5 〇 7以及本創作的萬向接頭4 〇，使 該板體5 0具有輕易變換角度的優點，例如當靠近牆角時，板體 5 0的短邊之角牴觸牆面時，可順勢使板體5 〇轉動至板體5 〇 長度方向的面貼於牆面上，特別適用於牆角或其他不易深入清理 鲁 之處。 、综上所述，本創作的清潔ϋ具使壯雜傳統拖把有多項優 ' 點’誠符合新行專利申請要件，爰依法提出申請。 M343462 【圖式簡單說明】 第一圖係本創作清潔器具之立體外觀圖。 第二圖係本創作清潔器具之元件大部分解外觀圖。 第三圖係本創作清潔器具之握把部分的剖視圖。 • 第四圖係本創作清潔器具之桶體部分的立體分且外觀圖。 第五圖係本創作清潔器具之桶體部分的剖視圖。 第六圖係本創作清潔器具之流量控制裝置的立體分解外觀圖。 • 第七圖係本創作清潔器具之流量控制裝置的剖視圖。 第八圖係第七圖的流量控制裝置局部放大剖視圖。 第九圖係第七圖狀態下抵壓塊被驅動件及牽動件拉動後，釋放輸 送管之通道的剖視圖。 第十圖係本創作清潔器具之萬向接頭、板體及供給裝置的立體分 解外觀圖。 77 第十一圖係第十圖所示的剖視圖。 【主要元件符號說明】 1 0桿體 10 2第二端 1 0 4把手 10 6牽動件 1 0 8透孔 1〇1第一端 1 〇 3概套 1〇 5驅動件 1〇 7錐形槽 2 0桶體 201桶身 202蓋體 2 0 3轴孔 2 〇 4容室 M343462 2 0 5通孔 21銜接元件 2 1 1穿孔 212定位元件 2 1 3鎖固元件 2 2接嘴 2 21螺接元件 3 0流量控制裝置 ‘ 3 1外管 3 0 1上端 3 0 2下端 3 0 3容室 3 0 4穿孔 3 2連接管 φ 321第一段 3 2 2第二段 3 2 3外接部 3 2 4内接部 3 3抵壓塊 3 31連接孔 3 3 2肩部 3 3 3抵接面 3 3 4凸緣 3 3 5彈性元件 3 4支撐件 3 4 0支撐座 3 4 1頂桿 3 4 2定位元件 φ 343調整元件 3 4 4缺槽 3 4 5頭部 3 4 6螺桿 … 35輸送管 3 51第一端 . 352第二端 3 5 3通道 40萬向接頭 4 01連接座 4 1軸桿 4 2樞接座 4 3柩接桿 5 0板體 5 01上端面 5 0 2下端面 M343462 5 0 3刷毛 5 0 4容槽 5 0 5穿孔 5 0 6斜切面 5 0 7短邊 6 0供給裝置 6 1接頭 611第一管體 612第二管體 6 2配送管 62 1開口端 6 2 2封閉端 6 2 3孔 7布 17M343462 VIII. New description: [New technical field] This creation involves a kind of clear wire tool, which refers to the tool for cleaning or waxing work of special-purpose Lin floor. [Previous technology] . General floor cleaning, such as mop or brush, etc., with water, disinfectant, clear _, floor material, to mopping off, you need to first Put it into the bucket, and then use the mop with the cloth at the end to make the cloth wet in the bucket. Then use the hand to wring the excess moisture of the cloth to mop the ground. This method mainly uses the viscous adsorption of water. Tiny dust or other impurities on the ground, the bucket must be constantly moved in the process with clean water, and when the cloth material absorbs too much impurities, the cloth material should be cleaned into the water tank, and then the operation of mopping the ground is continued. It is quite time-consuming and laborious, and when the method is used to mopping the ground, since the moisture absorbed by the cloth material cannot be wrung out, the ground will be too slippery, and there is a problem that the floor material is slipped or damaged. • [New Content] The purpose of this creation is to solve the problem of the troublesome operation of the traditional mop cleaning floor. In order to solve this problem, the present invention provides a new cleaning appliance having a rod body having a first end and a second end, wherein the first end of the rod body and a flow control device The flow control device is pivotally connected to a plate body, and a barrel body for holding the liquid material is disposed on the rod body, and a supply device is disposed in the plate body, the flow control device includes a delivery tube, and the delivery tube has two The end is respectively sleeved with the barrel body and the feeding device, and a driving member is disposed at the upper end of the rod body, and the flow control body 6 M343462 can be controlled by the driving member, so that the liquid material in the conveying pipe can be or cannot flow, when the liquid material can flow The device can be discharged from the outside of the panel by the supply device, thereby designing the barrel body to be filled with detergent, floor wax or water, etc., and can be conveniently applied to the cleaning of the floor or the wall, and the like work such as waxing. • The flow control device described above can accurately control the flow rate of the liquid material, and has the advantages of being slightly wet and dry when mopping the floor, and can reduce the probability of accidental slippage due to the slippery floor. • The above-mentioned plate body has a plurality of bristles on the lower surface thereof, and the bristles can be used for stains such as chewing gum which are difficult to clean, and the cleaning agent which flows out of the plate body is advantageous for the cleaning operation, and the bristles can also be placed under the bristles. The cloth material can move the cloth material by the bristles, and the liquid material of the effluent plate body can be absorbed by the cloth material, which is equivalent to the effect of the general mop mopping the ground, and the opposite ends of the longitudinal direction of the plate body form a chamfered surface and A short side, the angle formed by the chamfered surface and the short side, can make the board body easily turn when encountering an obstacle, and is beneficial for use in a space with small obstacles. Lu [Embodiment] All of the following drawings are only for explaining the basic teachings of the present invention. The extension of the number, position, relationship, and size of the components of the preferred embodiment will be explained. And the implementation of the relevant changes after understanding the creation of this creation belongs to the industry. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation. In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first,", "second,", "up,", "down", M343462 outer, end, ''length ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Referring to the first and second figures, the cleaning device of the present invention comprises a rod body 1 , and the body 10 includes a first end 1 〇 1 and a second end 1 0 2 , the rod body 1 〇 upper solid The barrel body 2◦, and the first end 1Q1 socket of the rod body 1Q-flow control device 30, the end of the flow control device 3 is pivoted with the plate body 50, and the rod body 1 The second end 1Q 2 of the crucible is provided with a driving member 1〇5, and the flow control device 3 includes a conveying pipe 35, and the conveying pipe 35 has a first end which is sleeved with the plate 50. 3 51, and a second end 3 5 2 which is sleeved with the barrel 2 ,, and a driving member 1〇5 is disposed on the rod body 10, and the barrel body 20 can be filled with water, disinfectant and liquid wax. Clean the fresh liquid substance, which can be transported to the plate body 5Q by the conveying pipe 31 to derive the cleanliness of the creation of the present invention, so that the cleaner of the present invention is based on the liquid substance of the barrel 2 Q For cleaning, disinfection, waxing and other operations. Referring to the third and fourth figures, an inner hole 1〇7 is formed in the rod body 10, and the second end 10 2 of the rod body 10 is sleeved with a bushing process 3' inserted into the inner hole 1〇7. a handle 1〇4 is disposed on the outer side of the second end 1◦2, the top end of the manual cymbal 4 is formed into a tapered groove i 〇8, and the tapered slot 8Q 8 is provided with a through hole U, 9 ' The driving part 5 is composed of a circular sphere, the driving member 1〇$', is placed in the conical groove 1〇8, and the driving member 10 5 is fixed to one end of the - pulling member χ 06, and is moved The member 10 6 is inserted into the inner hole 1〇7 of the rod body 10, and the shaft member 丨q 6 is driven when the driving member 1 0 5 is pushed; the pulling member 1 ◦ 6 according to the creation pattern can be a wire rod Or the rod body is formed, and the set of 丨Q 3 can prevent the problem that the halo 8 M343462 moving member 1 Ο 6 is broken or damaged by friction with the inner surface of the rod body 1 。. Referring to the fourth and fifth figures, the barrel body 2 includes a barrel body 2 〇1, and a cover body 2 螺2 screwed to the barrel body 2 , 1 , and a barrel body 201 forms a volume a chamber 2 04, a lower end of the barrel body 201 forms a through hole 2 through the chamber 2〇4, and a nozzle 2 2 is disposed near the through hole 2 0 5 , and the nozzle 2 2 is connected by a screw The component 2 21 locks the interior of the chamber 2 0 4 and opens one end of the nozzle 2 2 out of the chamber 2 0 4 . The nozzle 2 2 is hollow and is electrically connected to the chamber 2 0 4 , and the through hole 2 At the φ 〇5, a connecting component 21 is disposed, and the connecting component 21 has a through hole 21 1 , and the connecting component 21 is screwed into the plurality of locking components 213 in the chamber 24 , so that the connecting component 21 can be stably set. On the through hole 2 〇5, the cover body 2 0 2 corresponds to the through hole 2 0 5 of the barrel body 201 and is provided with a shaft hole 2 0 3 , and the second end 1 2 of the rod body 10 can be connected by the engaging member 21 The through hole 211 is inserted into the barrel body 201, and is passed out of the barrel body 201 by the shaft hole 2 0 3 of the cover body 2 Q 2 so that the first end 1〇1 of the rod body 10 is located at the lower end of the barrel body 2 〇i The second end 1〇2 of the rod body i is located at the upper end of the barrel body 2 01, and the lid body of the barrel body 20 2 0 2 can be slid along the shaft 10 after being unscrewed, and the chamber 2 〇4 of the barrel 2 〇1 can be opened, thereby entering the liquid material into the chamber 2 〇4, and the connecting member 21 can be screwed The plurality of positioning elements. 2 2 2 and abut on the rod i ,, so that the barrel 2 〇i is positioned on the rod 丄〇 • on the top is worth mentioning, the creation of the barrel body 2 01 can be set to portray When used, the mixing ratio of the clean water and the cleaning agent can be accurately determined, and the handle 104 is attached to the first body 102 of the rod body 1 after the rod body 10 is sleeved with the barrel 2 0. M343462 Referring to FIG. 6 to FIG. 8 , the flow control device 3 is sleeved on the first end 1〇1 of the rod body 10, and the flow control device 30 has an outer tube 31 and an outer tube. 31 includes an upper end 3 〇1, a lower end 3 0 2, and an outer chamber 3 1 internally forming a chamber 3 0 3 , and the outer tube 31 is externally provided with a second through hole 304 extending through the chamber 3 〇•3, the upper end 3中空1 is provided with a hollow connecting pipe 32, and the connecting pipe 3 2 has a first segment 3 21 and a second segment 3 2 2 , and an outer connecting portion 3 2 3 is arranged at the center of the connecting pipe 3 2 , the connecting pipe Formed within 32 The inner portion 3 _ 2 4, and the first portion 3 21 of the connecting tube 3 2 is sleeved with the first end 1 〇 1 of the rod body 1 ' 'the second portion 3 2 2 is sleeved with the upper end 3 01 of the outer tube 31 The outer step portion 3 2 3 abuts against the upper end 3 〇 1 of the outer tube 31. A pressing member 3 3 is disposed in the chamber 3 0 3 of the outer tube 31, and a supporting member 3 4 is disposed in the chamber 3 0 3 of the outer tube 31 and below the pressing block 33. A flange 3 3 4 is formed on the outside of the block 3 3 , and a connecting hole 3 31 is formed in the interior of the pressing block 3 3 , and an abutting surface 3 is formed on a side of the pressing block 3 3 facing the supporting member 3 4 . 3 3, a flange 3 3 4 of the pressing block 3 3 and an inner elastic portion 3 3 5 between the inner step portion 3 2 4 of the connecting tube 3 2 , the connecting hole 3 31 of the pressing block 3 3 and the said One end of the moving member 1〇6 is connected. When the moving part moving member 〇5 is pushed, the pressing member 3 3 can be pulled by the pulling member 3 3 to compress the elastic member 3 3 5 to be displaced upward, thereby forming the pressing block of the present invention. 3 3 The axial position in the outer tube 31 is pressed downward by the elastic member 3 3 5, and the member is rotated! Q 6 pulls up and supports 0. The support member 3 4 has a housing 340, the upper end of the housing 340 forms a slot 3 44 which is called a slant M343462, and the housing 340 closes the ejector 341. The wealth 34 1 includes a head 3 4 5 and a screw 3 4 6 , the lower end of the housing 3 4 q ^ and is screwed on the screw 341 - the adjusting element 3 4 3 , and the inner lower end of the housing 34 4 且The screw 3 4 6 is screwed-position member 3 4 2, and when the positioning member 3 4 2 is loosened to not contact with the housing 3 4 0 , the ejector rod 3 4 1 can be adjusted by rotating the adjusting member 3 4 3 The head 3 4 5 and the pressing block 3 3 _ clearance, that is, the rotation adjusting member 3 4 3 is axially displaced along the screw 341, and the ejector is controlled by the length of the adjusting member 3 4 3 from the end of the screw 341 3 4 丨 up and down displacement, after adjusting the ejector rod 341 to the appropriate position, then rotating the granule element 3 4 2, axially displace it to abut the lower end of the shell seat 34 旋, and then tighten The ejector rod 3 41 is positioned; according to the preferred complement shown in the present formula®, the ram 3 4 i can be constituted by a screw inspection, and the positioning cultivating 343 and the adjusting member 343 can be constituted by a nut. A conveying pipe 35 can be inserted into the outer pipe 31 from the perforation 3 〇4 of the outer pipe 31, and penetrates from the notch 3 41 of the casing 3 4 into the pressing block 3 3 and the support member 3 4 φ. The gap is then passed through the other side of the outer tube 3 5 , which has a first end 3 51 and a second end 3 5 2 outside the outer tube 31. A passage 3 5 3 is formed through the two ends 3 51 and 3 5 2 , and the second end 3 5 2 of the conveying pipe 35 is sleeved on the nozzle 2 2 of the barrel body 201, so that the barrel body 2 01 The liquid contained in the chamber 2 〇 4 can be output from the nozzle 2 2 and conveyed through the passage 3 5 3 of the conveying pipe 35. The section of the conveying pipe 35 between the pressing block 33 and the support member 34 is normally pressed against the abutting surface 3 3 3 of the pressing block 3 3 , mainly because the pressing block 3 3 is subjected to 11 The M343462 elastic element 3 3 5 is pressed, so that the passage 3 5 3 of the section of the conveying pipe 35 is squeezed and closed, thereby blocking the flow of the liquid, as shown in the third and ninth figures, When the driving member 1〇5 on the handle 1〇4 is pushed, the pulling member 1〇6 pulls the pressing block 3 3 to compress the elastic member 3 3 5 to be displaced, so that the pressing block 3 3 is disengaged from the conveying tube. 3 5 is pressed, the passage 3 5 3 of the conveying pipe 35 is completely unblocked, and the liquid material in the barrel body 201 can smoothly flow along the passage 3 5 3 of the conveying pipe 35, the ejector rod 3 41 The height affects the tightness of the pressing block 3 3 against the conveying pipe 35 to ensure that the liquid does not flow under unintended conditions. Referring to the ninth to eleventh drawings, and in order to clearly indicate the plate body 50 and the supply device 6 〇, the tenth figure is rotated by 18 degrees, and the lower end of the outer tube 31 is pivoted. The unidirectional joint 4 〇 has a pivoting seat 4 2 , the pivoting seat 4 2 is pivoted at the lower end of the outer tube 31 by a pivoting rod 4 3 , and the lower end of the pivoting seat 42 is fixed A shaft 41 is disposed, and a connecting seat 410 is mounted on the outer side of the shaft 41. The plate body 50 is fixed on the connecting base 4 〇1, and the pivoting rod 43 and the shaft 41 are arranged in different planes. In height, and in a staggered arrangement of 90 degrees, the pivoting rod 43 provides rotation of the rod body 1 in the first direction, and the shaft rod 41 provides the rod body, and the rotation of the rod body in the second direction makes the rod body 1 Relative to the plate body 50, the rotation of the easy-change angle is performed within a range of about 18 degrees. The plate body 50 includes an upper surface 5 〇1 and a lower surface 502, wherein the connecting seat 401 is disposed on the upper surface 510 of the plate body 5 ,, and the lower surface is disposed on the 502 The plurality of bristles are 5 〇3, and the lower surface 502 is provided with a pocket 5 0 4, and the pocket 504 is provided with a through hole 12 M343462 5 Ο 5 penetrating to the upper surface 511, and the pocket 5 〇4 A supply device 6 is provided, which includes a joint 6 1 and a distribution pipe 62 having two first pipe bodies 6 1 1 ' and a second pipe body 612 at the two ends, and the pipe bodies 611 and 612 are mutually connected. Connected, and the joint 61 is embedded in the receiving groove 5 〇4, so that the second tubular body 6丄2 passes through the perforation 5 〇.5 and exits the upper surface 50 of the plate body 50, and the first end 35 of the conveying pipe 35 • The sleeve is sleeved on the second tube body 612, and the dispensing tube 6 2 includes an open end 6 2 1 , a closed end 6 2 2 , and a plurality of holes 6 2 3 'each of the delivery tubes 6 2 In the case of 0 4, the dispensing tube 6 2 is fixed in the receiving groove 5 〇4 by a plurality of positioning pieces 6 3 fixed on the lower end surface 52 of the plate body 5 ,, and the open end 6 2 丄 and the joint 61 respectively The first tube body 611 is sleeved to make the barrel body The liquid material in the 〇 i can flow through the transfer pipe 35 to the 酉 & feed pipe 6 2 , and then from the hole 6 2 3 of the discharge pipe 6 2 to the outside of the plate body 50. The bristles 5 〇 3 provided in the plate body 5 make the cleaning device of the present invention can be used as a brush or a mop, and the _ 毛 5 Q 3 itself can be used as a strong scrubbing floor, and if the bristles are 5 Q 3 under the pad-cloth 7 'As the first person _ ninth figure, it can be used as a mop. When the cloth 7 is set under the bristles 5 〇 3, the bristles 5 〇 3 ' can drive the cloth to move together, and the cloth 7 and the bristles 5 can be separated at any time. ◦3, the use of the • is quite convenient, the cleaning device of this creation, in actual use, you can first set the liquid, the clearing, the shaft, the floor wax in the barrel 2 〇 1 - the liquid material needed for cleaning the floor, And the degree of soiling of the floor is determined by the use of bristles 5 〇 3 or cloth 7, pushing the driving member 105 to release the conveying pipe 3 3 to control the amount of water, and the liquid can be dripped from below the plate 5 (10) for cleaning. During the operation, when the drive part work 13 M343462 5 is released, the pressure block again presses the wheel feed pipe 35, and the flow of the mineral liquid is stopped, and the water supply is stopped, and the control is quite accurate. As shown in the tenth figure, the flow of the liquid material of the cleaning device of the present invention does not need to be applied with pressure. 'It is only necessary to use the driving member i 〇 5 to control the liquid material to pass through the pipe 3 5 and out of the plate body 50 ' and The flow control is precise, and it can be used to achieve the excellent cleaning effect of dampness and dryness when mopping the floor. The design of the barrel 20 makes the cleaning device of this creation not need to be equipped with a bucket or the like, and it is not necessary to twist it by hand. Mop the excess moisture, it is very convenient to use ^. It is worth mentioning that the two ends of the length of the plate 5 形成 form a chamfered surface 5 0 6, which makes the edge form. A short side 5 〇7, the chamfered surface 5 Q 6 cooperates with the short side 5 〇7 and the universal joint 4 本 of the present invention, so that the plate body 50 has the advantage of easily changing the angle, for example, when approaching the corner, the plate body When the corner of the short side of the 50 touches the wall surface, the plate body 5 〇 can be rotated to the surface of the plate body 5 〇 to the wall surface, which is particularly suitable for the corner or other places where it is difficult to clean up. In summary, the clean cooking utensils of this creation make the traditional mop of the traditional mop have a number of excellent 'points' in line with the requirements of the new bank patent application, and apply in accordance with the law. M343462 [Simple description of the drawings] The first picture is a three-dimensional appearance of the creation of the cleaning device. The second figure is the appearance of most of the components of the creative cleaning appliance. The third figure is a cross-sectional view of the grip portion of the present cleaning appliance. • The fourth figure is a three-dimensional and external view of the barrel portion of the creation cleaning appliance. The fifth drawing is a cross-sectional view of the barrel portion of the inventive cleaning appliance. The sixth drawing is a perspective exploded view of the flow control device of the present cleaning appliance. • Figure 7 is a cross-sectional view of the flow control device of the inventive cleaning appliance. Figure 8 is a partially enlarged cross-sectional view showing the flow control device of the seventh diagram. Figure 9 is a cross-sectional view showing the passage of the delivery tube after the pressing block is pulled by the driving member and the pulling member in the state of the seventh figure. The tenth figure is a three-dimensional exploded view of the universal joint, the plate body and the supply device of the present cleaning device. 77 The eleventh figure is a cross-sectional view shown in the tenth figure. [Main component symbol description] 10 0 body 10 2 second end 1 0 4 handle 10 6 puller 1 0 8 through hole 1〇1 first end 1 〇3 set 1〇5 drive piece 1〇7 tapered groove 20 0 barrel body 201 barrel body 202 cover body 2 0 3 shaft hole 2 〇 4 chamber M343462 2 0 5 through hole 21 connecting element 2 1 1 through hole 212 positioning element 2 1 3 locking element 2 2 mouth 2 21 threaded Element 3 0 flow control device ' 3 1 outer tube 3 0 1 upper end 3 0 2 lower end 3 0 3 chamber 3 0 4 perforation 3 2 connecting tube φ 321 first segment 3 2 2 second segment 3 2 3 external portion 3 2 4 inner joint 3 3 pressing block 3 31 connecting hole 3 3 2 shoulder 3 3 3 abutting surface 3 3 4 flange 3 3 5 elastic element 3 4 support 3 4 0 support base 4 4 1 ejector 3 4 2 positioning element φ 343 adjusting element 3 4 4 missing slot 3 4 5 head 3 4 6 screw... 35 duct 3 51 first end. 352 second end 3 5 3 channel 40 universal joint 4 01 connecting seat 4 1 axis Rod 4 2 pivoting seat 4 3 柩 pole 5 0 plate body 5 01 upper end face 5 0 2 lower end face M343462 5 0 3 bristles 5 0 4 pockets 5 0 5 perforations 5 0 6 chamfered faces 5 0 7 short sides 6 0 Supply device 6 1 joint 611 first pipe body 612 second pipe body 6 2 distribution 621 opening 622 closed end of the end hole 623 7 cloth 17