M411211 五、新型說明： 【新型所屬之技術領域】 • 本創作侧於一種拖把用的支撐件，尤指-種用使拖把被 脫水籃帶動而旋轉時’能夠保持拖把及其布材固定件位於脫水 籃的旋轉軸線上的支撐件。 . 【先前技術】 一般傳統拖把使用時需要以手擰乾拖把上的布材，利用微 • 濕的布材產生些許黏性將地面的隙小物沾附於拖把的布材 上’進一步達到清潔的效果’然而傳統拖把需要使用者以手擰 乾水分的作法使用上並不便利，並且以手扭轉拖把之布材通常 很難使布材的含水量降低至合理的狀態，因此以傳統拖把拖地 時’通常地面上都會殘留過多的水分，在水分尚未完全乾之前 地板變的較濕滑而容易使人滑倒，而過多的水分乾了之後則可 能會在地板上殘留水潰。 鲁 為此，遂有業者研發一種在脫水桶（例如好神拖之脫水 桶）’這種脫水桶的水_設置有可以被驅動而旋轉的脫水 籃’且脫水桶位於水槽外安裝有可以驅動脫水籃旋轉的驅動機 構’並且將拖把的布材固定件設計成圓盤狀，當拖把置入脫水 籃時’拖把的布材固定件外周面與脫水籃内周面抵接，進一步 • 脫水籃旋轉時可以帶動拖把-起旋轉’進-步以旋轉時的離心 力作用甩絲材巾乡制水分，減制者可以林以手顧 布材的狀態下將多於的水分快速地甩乾，並且以離心力甩乾布 3 材多於水分的方式，可以避免布材殘留過多的水分 ，在拖地時 面V、會少許的水分，因此拖地後的地面在很短的時間就 會變乾it #降低滑倒的機率並且也較不易殘留水潰於地面 上。 然而具有脫水捅的脫水籃之設計並無法給一般傳統的拖 把使用，詳細地說，有一種傳統的拖把具有大體上為半球狀的 布材固定件，複數布材的一端固設於布材固定件上，由於這種 拖把的布材固定件之外徑遠小於脫水籃的内徑，因此將傳統拖 把置於脫水籃⑽時，布湘定件的外與脫水籃的内表面 隔開一距離，當脫水籃帶動傳統拖把旋轉時，布材固定件將會 因為離心力作用而移動至抵靠在脫水籃内表面上，使拖把及布 材固疋件脫離脫水籃的旋轉軸線產生偏心旋轉，進一步導致脫 水籃及脫水桶震動而大幅降低脫水籃的轉速，當脫水籃轉速不 足時，脫水效果就大幅降低而無法達到預期的脫水效果。此外 一般拖把使用脫水桶旋轉脫水時，拖把的桿部也會一起轉動， 而使用者的手由於拖地時經常會沾到水份，導致使用者手掌心 相對於拖把桿部的周圍面產生較大的摩擦阻力，因而拖把不易 被脫水筒的脫水籃帶動快速地轉動，使得傳統拖把要使用脫水 桶旋轉脫水相當不易。 【新型内容】 為解決此問題，本創作提供一種拖把用的握把裝置，握把裝 置包括一握把’握把包括隔開的成半殼狀的一第一單元與成半 M411211 殼狀的一第二單元，握把進一步包括連接在第一及第二單元各 自一端面之間可彈性變形的一接合段，使第一及第二單元可相 對地開啟或閉合，當第一及第二單元閉合時，第一單元可拆卸 地結合於第二單元上，握把被用來可轉動地套設在一拖把具有 的一桿部上’使拖把轉動時，拖把的桿部相對握把轉動，一固 定套，包括隔開成半殼狀的一第一部分與成半殼狀的一第二部 分，固定套進一步包括連接在第一及第二部分之間可彈性變形 的一連接段，使第一及第二部分可相對地開啟或閉合，當第一 及第二部分閉合時，第一部分可拆卸地結合在第二部分上，固 定套被用來夾固於拖把的桿部上且位於握把下方，拖把轉動時 桿部帶動固定套一起轉動，固定套支撐握把不會沿桿部朝下位 移。 本創作握把裝置的握把係可相對拖把轉動，使用者能夠將 手握持在握把上’使得脫水桶的脫水籃可以輕易地帶動拖把快 速轉動。 此外拖把進一步包括一支撐件，支撐件包括隔開的一小口 端與一大口端，一穿孔形成於支撐件的小口端處，支撐件内具 有與穿孔連通的一容室，且容室延伸至大口端，支撐件被用來 套設於拖把上，拖把具有複數布材，複數布材連接的一端位於 支撐件的容室内，當拖把）被帶動而旋轉以離心力作用脫水 時，支撐件的大口端保持拖把的一布材固定件位於拖把之旋轉 軸線上。 5 M411211 藉由在拖把上設置支撐件，當脫水籃旋轉而連動拖把一起 旋轉時，拖把受到支撐件的支撐，布材固定件能保持在拖把的 旋轉轴線（與脫水籃的旋轉軸線重疊）上，進一步使得這種布 . 材固定件體積小於脫水籃容積的拖把在安裝本創作的支撐件 後能夠使用具有脫水籃的脫水桶進行脫水。 【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 將對構成較佳實施例之元件的數目、位置、關係、及尺寸之延 鲁 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 疋力量、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”、“第二，，、“上”、 下、前”、“後，，、“内，，、“外，，、“端，，、“部”、籲 丰又、水平，、“垂直”、“向内”、“向外”、“寬度’，、 “長度”、”區”、”周圍”、”側，，、，，逕向，，、”轴向，，等 等及類似用語健便於看圖者參考时構造以及_於幫助 描述本創作而已。 - 依據圖式所示的較佳實施例，本創作的握把裝置7 0係套-設於-拖把2 0 (為市售可得但不限於市售可得之拖把）上， 拖把2 〇具有—桿部2 2，桿部2 2包括隔開的-第-端2 4 6 M411211 與一第二端2 6 ’桿部22進-步包括連接第—及第二端2 4、2 6的-周圍面2 3 ’拖把2 〇進—步具有—半球形殼狀 的布材固定件2 8，布_定件2 8包括關的—頂面3 〇與 一底面3 2，以及連接頂面3 〇與底面3 2的一外周面3 -套接部3 4形成於布材固定件2 8的頂面3…布材固定件 2 8以套接部3 4與桿部2 2的第一端2 4結合，布材固定件 2 8中固设複數布材3 6，且複數布材3 6由布材固定件2 8 的底面3 2延伸至布材固定件2 8外側，一握柄3 8結合於桿 部2 2的第二端2 6上。 依據圖式所示的較佳實施例，本創作的握把裝置7 〇包括 第-及第二固定套7 2 ’第-及第二固定套7 2各自包括隔開 的截面成C形的一第一部分7 4與截面成c形的一第二部分 9 0，一第一部分7 4各自包括隔開的一外端面7 6與一半圓 形的内端面7 8，以及連接在内、外表面7 8、7 Θ—端的一 端面7 9，第二部分9◦包括隔開的一外側面9 2與一半圓形 的一内侧面9 4,以及連接在内、外侧面94、9 2的一末端 面9 6，第一及第二固定套7 2各自進一步包括連接在第一及 第二部分7 4、9 0之間的一連接段1〇 〇，二連接段1〇 〇 各自遠離第一部分7 4之端面7 9與第二部分9 0之末端面 9 6 ’且二連接段1〇 〇係由可彈性變形的材質所製成，依據 圖式所示’二連接段1〇 〇的材質各自與第一及第二部分7 4、9 0為相同材質’但因為二連接段1〇 〇為薄片狀，使得 7 第一及第二固定套7 2各自的第一及第二部分7 4、 9 0能相 對地開啟或閉合’二弧形的卡合部8 〇各自形成於第一及第二 固定套7 2之第-部分7 4的外端面7 6且靠近端面7 9 上’二卡合部8〇各自包括隔開的—頭端84與—尾端82， 二卡合部8 0各自的尾端8 2具有可彈性變形的—連結段8 8，二連結段8 8各自連接在第__及第二固定套72的外端面 7 6上’二卡合部8 〇各自的頭端8 4延伸超過第一部份7 4 的端面7 9 ’二卡合部8 〇進-步包括形成在靠近頭端8 4一 鉤狀的卡合塊8 6，二卡合槽9 8各_成在第—及第二固定 套72之第二部分9〇的外侧面9 2且靠近末端面9 6上，此 卜第及第一固疋套72各自的第-部分74之内端面78 及第二部分9 〇之内侧面9 4分別固設由諸如橡膠片構成的 二止滑墊10 2。 當第-及第二峡套7 2各自的第-及第二部分7 4、9 0開啟時’二第-部分74各自的端面79分別與二第二部分 9 0各自的末端面9 6隔開（如第一、二圖所示），使第一及 第二固定套72能各自夾固在拖把2 0的桿部22之周圍面 2 3且靠近第二端2 6處，第二固定套7 2位於握柄3 8盘笛 一固定套7 2之間，當第一及第二固定套7 2各自的第一及第 二部分74、9 0閉合時’第一及第二固定套7 2各自的端面 7 9貼靠於末端面9 6上，第一及第二固定套7 2各自之卡合 部8 0的卡合塊8 6可拆卸的卡合於卡合槽9 8中使第一及 第二固定套7 2各自的止滑墊1 Ο 2夾固於拖把2 ο之桿部 22的周圍面23上（如第四圖所示），且第一及第二固定套 7 2係沿桿部2 2隔開一距離（如第三圖所示略大於握把1 〇 4的長度），第一及第二固定套7 2各自利用止滑墊1 〇 2相 對桿部2 2之周圍面2 3產生的摩擦阻力，使第一及第二固定 套7 2很難沿桿部2 2的軸向產生位移。 依據圖式所示的較佳實施例，握把裝置7〇包括一握把丄 〇 4，握把1〇 4包括隔開且截面成c形的一第一單元丄〇 6 與戴面成C形的-第二單元χ 2 2，其中第—單元1〇 6包括 隔開且成半圓形的-外周面i 〇 8以及成半圓㈣—内周面 1 1 0，第二單元i 2 2包括隔開且成半圓形的一外面丄2 4 與成半圓形的-内面i 26,且内周面丄丄〇及内面丄26的 内徑略大於桿部2 2之外徑，第-單元丄〇 6進—步包括連接 内、外周面110、108的一側表面丄12，第二單元12 2進-步包括連接在内、外面i 2 6、工2 4的_侧端面工2 8 ’握把10 4進一步包括連接在第-及第二單元1〇 6、1 2 2之間可彈性變形的一接合段工3 〇，接合段工3 〇遠離第 -單兀10 6的侧表面}丄2與第二單元i 2 2的側端面工 2 8 ’接合段13 0實際上是由與第-及第二單元1◦6、1 2 2相同材質之材料所製成，但接合段丄3 〇成薄片狀因此使 得第一及第二單元1⑽、1 2 2能相對開啟賴合，二弧形 的扣。。卩1 1 4各自形成在第—單元} ◦ 6的外周面丄〇 8 M411211 且靠近側表面1 i 2處，且二扣合部i i 4各自隔開在第一單 疋1 〇 6的上、T端’二扣合部1 1 4各自包括_的一扣合 端1 1 6與-連接端1 1 7，可彈性變形的二銜接段1 1 8各 自從扣合部114的連接端！！7延伸至第一單元i 〇6的 外周面1 0 8，二扣合塊1 2〇各自形成在扣合部}工4面向 第一及第二單元106、122的表面且靠近扣合端2 i 6 處，二扣合槽12 9各自形成在第二衫122之外面124 且罪近側端面1 2 8處’且二扣合槽！ 2 9關在第二單元工 22的上、下端。 如第二圖所示’握把104的第-及第二單元1〇6、工 2 2開啟時，第—單元1 〇 6的侧表面1 1 2與第二單元丄2 2的側端面1 2 8隔開’而能套設在拖把2 0的桿部2 2上且 位於第-及第二固定套7 2之間（如第三、六圖所示），當第 第單元1 0 6、1 2 2閉合時，第一單元1 〇 6的側表 面112貼靠於第二單元12 2的側端面12 8，再將扣合部 114的扣合塊12 〇可拆卸地#入扣合槽12 9中，使第-及第二單元10 6、12 2結合成環形，由於第一及第二單元 1〇6、12 2各自的内周面11〇與内面126之内徑略大 7部2 2的外徑’因此内周面1 1 0與内面1 2 6兩者係與 2的周圍面2 3隔開一距離，使得握把1 〇 4能相對拖 把2 〇的桿部2 0轉動’握把1 ◦ 4被定位於第-及第二固定 套72之間’而無法沿桿部22滑動。 依據圖式所示的較佳實施例，拖把2 0進一步安裝一支撐 件4 0，支撐件4 〇概成殼狀碗形，支撐件4 〇包括隔開的一 小口端4 2與一大口端4 4，以及連接小口端4 2與大口端4 4的外表面4 6，外表面4 6由小口端4 2往大口端4 4逐 漸擴大’支撐件4 〇進一步包括形成於小口端4 2的一穿孔5 2，支撐件4〇也包括形成於穿孔5 2與小口端42之間的一 結合部5 0，一抵接面4 8形成於結合部5 〇與小口端4 2之 間，支撐件4 0具有與穿孔5 2連接的一容室5 4，容室5 4 延伸至大口端4 4的端面。 支撐件4 0係套設於拖把2 〇的布材固定件2 8與複數 布材3 6之間，如第四圖所示，支撐件4 〇的結合部5 〇嵌入 布材固疋件2 8内部與布材3 6之間的一縫隙3 3中，支樓件 4 0的抵接面48貼靠於布材固定件28的底面3 2，且支撐 件4 0的穿孔5 2略小於布材固定件28底面3 2的外徑，因 此支撐件4 0無法沿布材固定件2 8朝上脫離，而支撐件4 〇 的穿孔5 2被概布材3 6彈性定位（概布材3 6自然狀時 的體積略大於穿孔5 2的内徑）’因此支樓件4 〇能被彈性地 定位在布材©耕2 8的絲3 2，而複數树3 6與布材固 定件2 8結合的一端位於支撐件4 ο的容室5 4内。 如第七、八圖所示，安裝有本創作支撐件4 〇的拖把2 〇 可以配合脫水桶5 6 (脫水桶為市售可得但不限於市售可得之 型式）以離心力作用脫水，所述的脫水桶5 6具有一桶體5 M411211 7，桶體5 7具有隔開的一水槽5 8與一安裝槽5 9，桶體5 7的水槽5 8内樞設一脫水籃6 4，桶體5 7的安裝槽5 9中 設置一驅動機構6 0 ’脫水籃6 4具有的一轴桿與驅動機構6 0連動地結合’驅動機構6 〇具有一踏板62，使用者踩踏踏 板6 2時能夠驅使驅動機構6 〇帶動脫水籃6 4快速旋轉。當 拖把2 0置於脫水籃6 4時，拖把2 0的布材3 6收納於脫水 籃64中’支撐件40的大口端44伸入脫水籃64内，使支 撐件4 0位於大口端4 4處的外表面4 6抵接在脫水籃6 4 · 的内表面，支撐件4 0保持拖把2 0的布材固定件2 8位於脫 水籃6 4的旋轉軸線上，當脫水籃6 4旋轉時，脫水籃6 4内 表面以摩擦力連動布材3 6進一步使整個拖把2 〇快速地旋 轉’拖把2 0不會因為旋轉時的離心力而偏離脫水籃6 4的旋 轉軸線（拖把2 0的旋轉轴線與脫水籃6 4的旋轉軸線重疊） 進一步產生震動（震動使脫水籃6 4及拖把2 〇的轉速大幅降 低進而導致脫水效果不佳），而當拖把2 〇轉動時，使用者的鲁 手握持於握把1 〇 4的外端面7 6與外侧面9 2上，使得拖把 20可以順暢地轉動。 本創作握把裴置7 〇的握把1〇 4係可相對拖把2 0轉 動’使用者能夠將手握持在握把1〇 4上，使得脫水桶5 6的 脫水籃6 4可以輕易地帶動拖把2 〇快速轉動，且支撐件4 〇 的大口端4 4設計成略小於與脫水籃6 4内徑的尺寸，使得拖 把2 0在安裝本創作的支撐件4 〇後，能夠以支撐件4 〇的大 M411211 口端4 4抵靠脫水籃6 4的内表面，進一步使得拖把2 〇置入 脫水籃6 4後自動地與脫水籃6 4的旋轉軸線對齊，並且當脫 水籃6 4旋轉而連動拖把2 0—起旋轉時，拖把2 〇受到支撐 件4 0的支撐，布材固定件2 8能保持在拖把2 〇的旋轉轴線 (與脫水籃6 4的旋轉軸線$疊）上’進—步使得這種布材固 疋件2 8體積小於脫水監6 4容積的拖把2 〇在安裝本創作 的支撐件4 0後能夠使用具有脫水籃6 4的脫水桶$ 6進行 脫水。 本創作的基本教導已加錢明’對具有本領域通常技能的 人而言’許多延伸和變化將是顯而易知者。舉例言之，其中第 -及第二ID定套7 2各自的第-及第二部分7 4、9 ◦能以卡 合部8 0配合卡合槽9 8之外的方式可拆卸地結合，例如第一 及第一部分7 4、9 0能各自凸出-凸塊’並且利用螺絲穿過 第一及第二部分7 4、9 0各自的凸塊螺接，使得第一及第二 固定套7 2夾固在拖把2 0的桿部2 2上定位。或握把1 〇4 的第-及第二單it 1 〇 6、1 2 2能以扣合部1 1 4配合扣合 槽12 9以外的方式可拆卸地結合，第一及第二單元i 〇 6、 1 2 2各自凸出一凸塊’並且利用螺絲穿過第一及第二單元工 0 6、12 2各自的凸塊螺接。或支撐件4 〇是可以被移除 的’缺乏支撐件4 0時，可以將拖把2 〇的布材固定件2 8外 周擴大成略小於脫水籃6 4之内徑，或者也可以將脫水籃6 4 縮小成略大於拖把2 0之布材固定件2 8的外徑，都可以達到 13 使拖把2 0轉動時保持在旋轉軸線的目的。或握把i ο 4的扣 合部114與扣合槽12 9各自可以只有一個，即握把丄〇 4 的第-及第二單Μ 〇6、i 2 2只需要—個扣合部i丄4配 合一扣合槽12 9就能可拆卸地將第一及第二單元1〇 6、工 2 2結合，使握把1〇 4樞設於拖把2 〇的桿部2 2上。 此外，較靠近握柄3 8的第二固定套7 2是可以被移除 的，如此握把10 4將設置於握柄3 8與第一固定套7 2之 間，由於握柄3 8的外徑大於握把104的内周面11〇及内鲁 面1 2 6之半經的總和，因此握柄3 8可以阻擋握 凡 桿部2 2朝遠轉―固定套7 2的方向脫離。 由於說明書揭示的本創作可在未脫離本創作精神或大體 特，的其它特定形式來實施，且這些特定形式的—些形式已經 被和出所以’說明書揭示的實施例應視為舉例說明而非限 制。本創作的範圍是由所附的申請專利範圍界定，而不是由上 述說月所界疋’對於落入申請專利範圍的均等意義與範圍的所籲 有改變仍將包含在其範圍之内。 【圖式簡單說明】 第一圖為本創作握把裝置之立體分解外觀圖。 第二圖為本創作握把裝置及拖把的立體分解外觀圖。 第三圖為本創作握把裝置結合在拖把上之前視圖。 第四圖係沿第三圖4-4線所取的剖視圖。 第五圖係沿第三圖5-5線所取的剖視圖。 第六圖為沿第四圖6-6線所取的剖視圖。 第七圖為安裝有本創作握把裝置的拖把配合脫水桶脫水的立 體外觀圖。 第八圖係沿第七圖8_8線所取的剖視圖。 【主要元件符號說明】 2 0拖把 2 2桿部 2 3周圍面 2 4第一端 2 6第二端 2 8布材固定件 3 0頂面 3 2底面 3 3縫隙 3 4套接部 3 5外周面 3 6布材 3 8握柄 4 0支撐件 4 2小口端 4 4大口端 4 6外表面 4 8抵接面 5 0結合部 5 2穿孔 5 4容室 5 6脫水桶 5 7桶體 5 8水槽 5 9安裝槽 6 0驅動機構 6 2踏板 6 4脫水籃 7 0握把裝置 7 2 第一、 第二固定套 M411211 74第一部分 7 9端面 8 4頭端 9 0第二部分 9 6末端面 1 0 2止滑墊 1 0 8外周面 1 14扣合部 118銜接段 1 2 4外面 12 9扣合槽 7 6外端面 8 0卡合部 8 6卡合塊 9 2外側面 9 8卡合槽 1 0 4握把 1 10内周面 116扣合端 12 0扣合塊 1 2 6内面 13 0接合段 7 8内端面 8 2尾端 8 8連結段 9 4内側面 10 0連接段 10 6第一單元 112側表面 117連接端 12 2第二單元 1 2 8側端面 16M411211 V. New description: [New technical field] • This creation side is used for a kind of support for mops, especially when the mop is rotated by the dewatering basket to enable the mop and its cloth fixing to be located. A support on the axis of rotation of the dewatering basket. [Prior Art] Generally, the traditional mop needs to be used to wring the cloth on the mop by hand, and use a micro-wet cloth to create some stickiness to adhere the gap on the floor to the mop. Effect 'However, the traditional mop requires the user to use the hand to wring the water. It is not convenient to use the material. It is often difficult to reduce the water content of the cloth to a reasonable state by twisting the mop. Therefore, the traditional mop is mopped. At the time, there is usually too much water left on the ground. Before the water is completely dry, the floor becomes slippery and slips easily, and when too much water is dried, it may leave water on the floor. For this reason, the company has developed a kind of dewatering bucket (such as the dehydration bucket of the good god). The water of the dewatering bucket is provided with a dewatering basket that can be driven to rotate. The dewatering bucket is installed outside the sink and can be driven. The driving mechanism for rotating the dewatering basket' and designing the cloth fixing member of the mop to be a disc shape, when the mop is placed in the dewatering basket, the outer peripheral surface of the cloth fixing member of the mop abuts the inner circumferential surface of the dewatering basket, and further • the dewatering basket When rotating, the mop can be driven to rotate. The step-by-step method is used to rotate the centrifugal force of the silk material to make the water, and the reducer can quickly dry more water in the state of the cloth, and By using centrifugal force to dry the cloth 3 more than moisture, it can avoid excessive moisture left in the cloth. When the floor is mopped, the surface V will have a little water, so the ground after the mopping will dry out in a short time. Reduces the chance of slipping and is also less prone to residual water on the ground. However, the design of the dewatering basket with dewatering crucible cannot be used for the conventional conventional mop. In detail, there is a conventional mop having a substantially hemispherical cloth fixing member, and one end of the plurality of cloth materials is fixed to the cloth material fixing. In the case, since the outer diameter of the cloth fixing member of the mop is much smaller than the inner diameter of the dewatering basket, when the conventional mop is placed in the dewatering basket (10), the outer portion of the cloth fixing member is separated from the inner surface of the dewatering basket by a distance. When the dewatering basket drives the traditional mop to rotate, the cloth fixing member will move to abut against the inner surface of the dewatering basket due to the centrifugal force, so that the mop and the cloth fixing member are eccentrically rotated away from the rotation axis of the dewatering basket, further The dewatering basket and the dewatering bucket are shaken to greatly reduce the rotation speed of the dewatering basket. When the rotation speed of the dewatering basket is insufficient, the dewatering effect is greatly reduced and the desired dewatering effect cannot be achieved. In addition, when the mop is rotated and dehydrated by using the dewatering bucket, the handle of the mop will also rotate together, and the user's hand often gets water due to the mopping, which causes the palm of the user to be relatively more than the peripheral surface of the mop. The large frictional resistance, so the mop is not easily driven by the dewatering basket of the dewatering drum to rotate rapidly, so that the conventional mop is difficult to spin and dewater using the dewatering bucket. [New content] In order to solve this problem, the present invention provides a grip device for a mop, the grip device including a grip 'grip including a first half-shell-shaped first unit and a half-M411211 shell-shaped a second unit, the grip further comprising an engaging section that is elastically deformable between the respective end faces of the first and second units, so that the first and second units can be relatively opened or closed, when the first and second When the unit is closed, the first unit is detachably coupled to the second unit, and the grip is used to rotatably fit over a rod portion of the mop. When the mop is rotated, the rod portion of the mop rotates relative to the grip. a fixing sleeve comprising a first portion partitioned into a half-shell shape and a second portion formed into a half-shell shape, the fixing sleeve further comprising a connecting portion elastically deformable between the first and second portions, so that The first and second portions may be relatively open or closed. When the first and second portions are closed, the first portion is detachably coupled to the second portion, and the fixing sleeve is used to be clamped to the shank of the mop and located Under the grip, the mop When the lever portion together with the fixing sleeve driven in rotation, the fixed sleeve grip does not move along the rod supporting portion downward position. The grip of the present grip device is rotatable relative to the mop, and the user can hold the hand on the grip so that the dewatering basket of the dewatering bucket can easily drive the mop to rotate quickly. In addition, the mop further includes a support member including a spaced apart small end and a large end, a through hole formed at the small end of the support, the support has a chamber communicating with the through hole, and the chamber extends to At the mouth end, the support member is used to be sleeved on the mop, the mop has a plurality of cloth materials, and one end of the plurality of cloth materials is located in the chamber of the support member, and when the mop is driven to rotate and dehydrates by centrifugal force, the large mouth of the support member A cloth fixing member holding the mop at the end is located on the rotation axis of the mop. 5 M411211 By providing a support on the mop, when the dewatering basket rotates and the mop rotates together, the mop is supported by the support member, and the cloth fixing member can be held on the rotation axis of the mop (overlapping the rotation axis of the dewatering basket) Further, the mop which further makes the volume of the cloth fixing member smaller than the volume of the dewatering basket can be dehydrated using the dewatering bucket having the dewatering basket after the original supporting member is installed. [Embodiment] All of the following drawings are merely for explaining the basic teachings of the present invention, and the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. And the implementation of the changes related to the creation of this creation is an industry skill. In addition, after reading and understanding the creation of this work, the changes in the exact size and size ratio of the special strength, weight, strength, and similar requirements are also industry skills. 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", "second,", "upper", "below", "before", , "inside,", "outside,", "end,", "part", Yufeng, horizontal, "vertical", "inward", "outward", "width", "length", "Zone", "around", "side,", ",", "radial,", "axial," and the like are used to facilitate the visual reference of the constructor and to help describe the creation. In the preferred embodiment shown in the formula, the grip device of the present invention is sleeved on the mop 20 (commercially available but not limited to a commercially available mop), and the mop 2 has a rod Portion 2 2, the rod portion 2 2 includes a spaced apart - first end 2 4 6 M411211 and a second end 26 6 'rod portion 22 further including a connection between the first and second ends 24, 26 Face 2 3 'Mops 2 〇 — 步 具有 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半 半An outer peripheral surface 3 of the bottom surface 3 2 - a socket portion 34 is formed on the top surface 3 of the cloth fixing member 28 ... the cloth fixing member 28 to the socket portion 34 and the first end 24 of the rod portion 2 2 In combination, the plurality of cloth materials 3 6 are fixed in the cloth fixing member 28, and the plurality of cloth materials 3 6 are extended from the bottom surface 3 2 of the cloth material fixing member 28 to the outer side of the cloth fixing member 28, and a handle 38 is coupled to The second end 26 of the rod portion 2 2 is. According to the preferred embodiment shown in the drawings, the grip device 7 of the present invention includes the first and second fixing sleeves 7 2 'the second and second fixing sleeves 7 2 each includes a first portion 7 4 having a C-shaped cross section and a second portion 90 having a c-shaped cross section, each of which includes a spaced apart outer end surface 74 and a semicircular inner portion. The end face 7 8 and an end face 7 9 connected to the inner and outer surfaces 78, 7 Θ-ends include a spaced apart outer side surface 9 2 and a semicircular inner side surface 94, and a connection The first and second fixing sleeves 7 2 of the inner and outer side surfaces 94, 9 2 each further comprise a connecting portion 1 连接 connected between the first and second portions 74, 90. , two connection segments 1〇〇 The end face 7 9 away from the first portion 74 and the end face 9 6 ' of the second portion 90 and the two connecting segments 1 are made of an elastically deformable material, as shown in the figure, 'two connecting segments 1 The materials of the crucible are the same as the first and second portions 7 4 and 90, but because the two connecting segments 1 are in the form of a sheet, the first and second portions of the first and second fixing sleeves 7 are respectively The two portions 7 4, 90 can be relatively opened or closed, and the two arc-shaped engaging portions 8 are formed on the outer end surface 76 of the first portion 7 of the first and second fixing sleeves 7 2 and close to the end surface 7 9 The upper two engaging portions 8 each include a spaced-a-head end 84 and a rear end 82, and the respective rear ends 82 of the two engaging portions 80 have an elastically deformable-connecting portion 8 8 and a second connecting portion 8 8 are respectively connected to the outer end surface 7 6 of the __ and second fixing sleeve 72. The two end portions 8 4 of the second engaging portion 8 extend beyond the end surface 7 9 ' of the first portion 7 4 . 8 The step-up step includes forming a hook-shaped engaging block 8 6 near the head end 84, and the second engaging groove 9 8 is formed on the outer side of the second portion 9 of the first and second fixing sleeves 72. 9 2 and close On the end surface 96, the inner end surface 78 of the first portion 74 and the inner side surface 94 of the second portion 9 of the first and second fixing sleeves 72 are respectively fixed by two sliding pads 10 such as rubber sheets. 2. When the first and second portions 74, 90 of the first and second gorges 74 are open, the respective end faces 79 of the two second portions 74 are separated from the respective end faces 96 of the second and second portions 90, respectively. Open (as shown in the first and second figures), so that the first and second fixing sleeves 72 can be respectively clamped on the peripheral surface 23 of the rod portion 22 of the mop 20 and close to the second end 26, the second fixing The sleeve 7 2 is located between the handle 3 8 flute and the fixed sleeve 7 2 , when the first and second portions 74 , 90 of the first and second fixing sleeves 7 2 are closed, the first and second fixing sleeves The respective end faces 7 9 are abutted against the end faces 96, and the engaging blocks 86 of the respective engaging portions 80 of the first and second fixing sleeves 7 are detachably engaged with the engaging grooves 98. The respective anti-slip pads 1 Ο 2 of the first and second fixing sleeves 7 2 are clamped on the peripheral surface 23 of the rod portion 22 of the mop 2 (as shown in the fourth figure), and the first and second fixing sleeves are 7 2 is separated by a distance along the rod portion 2 2 (slightly larger than the length of the grip 1 〇 4 as shown in the third figure), and the first and second fixing sleeves 7 2 each use the anti-slip mat 1 〇 2 opposite the rod portion The frictional resistance generated by the surrounding surface 2 2 of 2 2 makes the first and second It is difficult for the fixing sleeve 7 2 to be displaced in the axial direction of the rod portion 2 2 . According to a preferred embodiment shown in the drawings, the grip device 7A includes a grip 丄〇4, and the grip 1〇4 includes a first unit 丄〇6 that is spaced apart and has a c-shaped cross section. a second unit χ 2 2, wherein the first unit 1 〇 6 includes a semicircular outer peripheral surface i 〇 8 and a semicircle (four) — an inner circumferential surface 1 1 0 , a second unit i 2 2 An outer rim 2 4 and a semicircular inner surface i 26 are formed, and the inner diameter 内 and the inner surface 丄 26 have an inner diameter slightly larger than the outer diameter of the rod portion 2 2 , - the unit 进 6 step includes a side surface 丄 12 connecting the inner and outer peripheral surfaces 110, 108, and the second unit 12 2 includes the _ side end surface of the inner and outer surfaces The 2 8 'grip 10 4 further includes a joint section 3 连接 which is elastically deformable between the first and second units 1 〇 6 and 1 2 2, and the joint section 3 〇 is away from the first-unit 10 6 The side surface 丄 2 and the side end of the second unit i 2 2 2 8 'the joint section 13 0 is actually made of the same material as the first and second units 1 ◦ 6 and 1 2 2, but The joint section 丄3 is flaky and thus makes And a second unit 1⑽, 1 2 2 can be turned relative to Lai, and the two arcuate clasp. .卩1 1 4 is formed at the outer peripheral surface 丄〇8 M411211 of the first unit ◦ 6 and is adjacent to the side surface 1 i 2 , and the two engaging portions ii 4 are respectively spaced apart on the first unit 1 〇6, The T-end 'two fastening portions 1 1 4 each include a fastening end 1 16 and a connection end 1 1 7 , and the elastically deformable two engagement segments 1 1 8 are each connected from the fastening end 114! ! 7 extends to the outer peripheral surface 1 0 of the first unit i 〇6, and the two fastening blocks 1 2〇 are respectively formed on the surface of the engaging portion 4 facing the first and second units 106, 122 and close to the fastening end 2 At i6, the two snap grooves 12 9 are each formed on the outer face 124 of the second shirt 122 and the proximal end face 1 2 8 ' and the two snap grooves! 2 9 is closed at the upper and lower ends of the second unit 22 . As shown in the second figure, when the first and second units 1 and 6 of the grip 104 are opened, the side surface 1 1 2 of the first unit 1 〇 6 and the side end surface 1 of the second unit 丄 2 2 2 8 spaced apart and can be placed over the shank 22 of the mop 20 and between the first and second fixed sleeves 7 2 (as shown in Figures 3 and 6), when the first unit 1 0 6 When the 1 2 2 is closed, the side surface 112 of the first unit 1 〇 6 abuts against the side end surface 12 of the second unit 12 2 , and then the fastening block 12 of the fastening portion 114 is detachably engaged. In the groove 12 9 , the first and second units 106 , 12 2 are combined into a ring shape, since the inner circumferential surface 11 〇 of the first and second units 1 〇 6 and 12 2 and the inner surface 126 have a slightly larger inner diameter 7 The outer diameter of the portion 2 2 is such that both the inner circumferential surface 1 1 0 and the inner surface 1 2 6 are spaced apart from the peripheral surface 23 of 2 such that the grip 1 〇 4 can be relative to the stem 2 2 of the mop 2 0 The turning 'grip 1 ◦ 4 is positioned between the first and second fixing sleeves 72' and cannot slide along the rod portion 22. According to the preferred embodiment shown in the drawings, the mop 20 is further mounted with a support member 40, the support member 4 is formed into a shell-shaped bowl shape, and the support member 4 includes a small end portion 4 2 and a large end portion. 4 4, and the outer surface of the small mouth end 4 2 and the large mouth end 4 4, the outer surface 46 is gradually enlarged from the small end 4 2 to the large end 4 4 'the support 4 〇 further comprises a small end 4 2 a through hole 5 2 , the support member 4 〇 also includes a joint portion 50 formed between the through hole 52 and the small end 42 , and an abutting surface 48 is formed between the joint portion 5 〇 and the small end portion 4 2 , and is supported The member 40 has a chamber 5 4 connected to the perforation 52, and the chamber 5 4 extends to the end face of the large end portion 44. The support member 40 is sleeved between the cloth fixing member 28 of the mop 2 与 and the plurality of cloth materials 36. As shown in the fourth figure, the joint portion 5 of the support member 4 is embedded in the cloth fixing member 2 In a gap 3 3 between the interior and the cloth material 3 6 , the abutting surface 48 of the branch member 40 abuts against the bottom surface 32 of the cloth fixing member 28, and the perforation 5 2 of the supporting member 40 is slightly smaller. The outer diameter of the bottom surface 32 of the cloth fixing member 28, so that the support member 40 cannot be detached upward along the cloth fixing member 28, and the perforation 52 of the support member 4 is elastically positioned by the cloth material 36 (the cloth material) 3 6 The volume in the natural shape is slightly larger than the inner diameter of the perforation 5 2) 'Therefore the branch member 4 〇 can be elastically positioned in the wire 3 2 of the cultivating material, and the plurality of trees 3 6 and the cloth fixing member One end of the combination of 2 8 is located in the chamber 5 4 of the support member 4 o. As shown in the seventh and eighth figures, the mop 2 安装 with the creation support 4 〇 can be dewatered by centrifugal force in conjunction with the dewatering tank 56 (the dewatering barrel is commercially available but not limited to a commercially available type). The dewatering bucket 56 has a barrel 5 M411211. The barrel 57 has a water tank 58 and a mounting groove 5, and a water tank 58 in the barrel 5 7 is provided with a dewatering basket 6 4 . A driving mechanism 6 0 is provided in the mounting groove 59 of the barrel 57. The shaft shaft of the dewatering basket 6 4 is coupled with the driving mechanism 60. The driving mechanism 6 has a pedal 62, and the user steps on the pedal 6. At 2 o'clock, the drive mechanism 6 驱 can be driven to drive the spin basket 6 4 to rotate rapidly. When the mop 20 is placed in the dewatering basket 64, the cloth material 36 of the mop 20 is received in the dewatering basket 64. The large end 44 of the support member 40 extends into the dewatering basket 64, so that the support member 40 is located at the large end 4 The outer surface 46 of the four places abuts against the inner surface of the dewatering basket 64, and the cloth fixing member 28 of the support member 40 holding the mop 20 is located on the rotation axis of the dewatering basket 64, when the dewatering basket 64 rotates. When the inner surface of the dewatering basket 64 is frictionally connected to the cloth material 36, the entire mop 2 〇 is quickly rotated. The mop 20 does not deviate from the rotation axis of the dewatering basket 6 4 due to the centrifugal force during rotation (the mop 20 The axis of rotation overlaps the axis of rotation of the dewatering basket 64.) Further vibration is generated (vibration causes the rotation speed of the dewatering basket 64 and the mop 2 to be greatly reduced, resulting in poor dewatering effect), and when the mop 2 turns, the user's The hand is held on the outer end surface 7 6 of the grip 1 与 4 and the outer side surface 9 2 so that the mop 20 can be smoothly rotated. The grip of the present grip 7 〇 1 〇 4 can be rotated relative to the mop 20 0 'The user can hold the hand on the grip 1 〇 4, so that the dewatering basket 64 of the dewatering bucket 56 can be easily moved The mop 2 〇 is rotated rapidly, and the large end 4 4 of the support member 4 is designed to be slightly smaller than the inner diameter of the dewatering basket 64 so that the mop 20 can be supported by the support member 4 after the creation of the present support member 4 The large M411211 mouth end 4 4 of the crucible abuts against the inner surface of the dewatering basket 64, further allowing the mop 2 to be automatically aligned with the axis of rotation of the dewatering basket 64 after being placed in the dewatering basket 64, and when the dewatering basket 64 is rotated When the mop 20 is rotated, the mop 2 is supported by the support member 40, and the cloth fixing member 28 can be held on the rotation axis of the mop 2 (over the rotation axis of the dewatering basket 64). Further, this type of cloth fixing member 28 has a volume smaller than that of the dewatering cylinder 64. After the installation of the presently-made support member 40, the dewatering bucket $6 having the dewatering basket 64 can be used for dewatering. The basic teachings of this creation have been added to the 'details of those with ordinary skill in the art' and many extensions and changes will be readily apparent. For example, the first and second portions 7 4, 9 of the first and second ID sleeves 7 2 can be detachably coupled in such a manner that the engaging portion 80 cooperates with the engaging groove 9 8 . For example, the first and first portions 74, 90 can each protrude from the bumps and are screwed through the respective bumps of the first and second portions 74, 90, such that the first and second fixed sleeves 7 2 is clamped on the shank 2 2 of the mop 20. Or the first and second singles of the grips 1 and 4 can be detachably coupled in such a manner that the engaging portions 1 1 4 are engaged with the engaging grooves 12 9 , the first and second units i 〇6, 1 2 2 each protrudes a bump ' and is screwed through the respective bumps of the first and second unit workers 06, 12 2 by screws. Or the support member 4 〇 can be removed. When the support member 40 is lacking, the outer circumference of the cloth holder 2 8 of the mop 2 can be enlarged to be slightly smaller than the inner diameter of the dewatering basket 64, or the dewatering basket can also be used. 6 4 The outer diameter of the cloth fixing member 28 which is slightly larger than the mop 20 can reach 13 for the purpose of maintaining the rotation axis when the mop 20 is rotated. Or the engaging portion 114 of the grip i ο 4 and the engaging groove 12 9 may each have only one, that is, the first and second single 〇 6 , i 2 2 of the grip 丄〇 4 only need a fastening portion i The 丄4 is detachably coupled to the first and second units 1 〇 6 and 2 2 in cooperation with a fastening groove 12 9 to pivot the grip 1 〇 4 to the shank 2 2 of the mop 2 。. In addition, the second fixing sleeve 7 2 closer to the grip 38 can be removed, so that the grip 104 will be disposed between the grip 38 and the first fixing sleeve 7 2 due to the grip 38 The outer diameter is larger than the sum of the inner circumferential surface 11 of the grip 104 and the half of the inner lug 1 2 6 , so that the grip 38 can block the detachment of the grip portion 2 2 in the direction of the distal rotation-fixing sleeve 7 2 . The present invention disclosed in the specification can be implemented in other specific forms without departing from the spirit of the invention, and the specific forms of these forms have been described. limit. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be included within the scope of the scope of the invention. [Simple description of the drawing] The first figure is a three-dimensional exploded appearance of the creation grip device. The second figure is a three-dimensional exploded appearance of the creation grip device and the mop. The third figure is a front view of the creation of the grip device on the mop. The fourth figure is a cross-sectional view taken along line 4-4 of the third figure. The fifth drawing is a cross-sectional view taken along line 5-5 of the third drawing. The sixth figure is a cross-sectional view taken along line 6-6 of the fourth figure. The seventh picture shows the exterior view of the mop equipped with the creation grip device and the dewatering bucket dewatering. The eighth figure is a cross-sectional view taken along line 8-8 of the seventh figure. [Main component symbol description] 2 0 mop 2 2 rod 2 2 surrounding surface 2 4 first end 2 6 second end 2 8 cloth fixing member 3 0 top surface 3 2 bottom surface 3 3 slit 3 4 socket portion 3 5 Outer peripheral surface 3 6 cloth material 3 8 grip 4 0 support member 4 2 small mouth end 4 4 large mouth end 4 6 outer surface 4 8 abutment surface 5 0 joint portion 5 2 perforation 5 4 chamber 5 6 dewatering barrel 5 7 barrel 5 8 sink 5 9 mounting slot 6 0 drive mechanism 6 2 pedal 6 4 dehydration basket 7 0 grip device 7 2 first and second fixed sleeve M411211 74 first part 7 9 end face 8 4 end 9 0 second part 9 6 End surface 1 0 2 stop pad 1 0 8 outer peripheral surface 1 14 fastening portion 118 engaging portion 1 2 4 outer surface 12 9 fastening groove 7 6 outer end surface 8 0 engaging portion 8 6 engaging block 9 2 outer side surface 9 8 Engagement groove 1 0 4 grip 1 10 inner peripheral surface 116 fastening end 12 0 snap block 1 2 6 inner surface 13 0 joint section 7 8 inner end surface 8 2 end end 8 8 joint section 9 4 inner side 10 0 connection section 10 6 first unit 112 side surface 117 connection end 12 2 second unit 1 2 8 side end surface 16