M436434 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種手壓式旋轉拖把之結構改良，尤 •指一種具有三段式椁體組合而成的手壓式旋轉拖把，且均 可伸縮組合者。 【先前技術】 评既利用旋轉離 …肉可達到脫水功能之脫 把其主要包括一桶體及一拖把，桶體之一側設有一踏板， 且桶體之内部設有-可受該踏板驅動旋轉之脫水槽及一清 洗棒’而拖把的底端設有-可旋轉的轉盤及固定的拖棉， 將拖把放入脫水射，反覆踏壓該踏板，而使拖把可達離 =脫水的目標’但因踏板與脫水槽之間料複雜的傳動 且佔賴_部之空間，叹造成侧之體 重量較重、不易攜帶與收存的缺失。漸之，近年來遂有種 手壓式旋轉拖把的出現，此可 有種 Μ368410、Μ415686號之專利前$ 專利公告第 且亦廣受㈣祕愛㈣，以靖者選擇使用， 據上，現有之手麼式旋轉拖把，其主 接之内、外桿體’其可相對呈線性伸縮位移，其=套 驅動件(可為： 以及設有朝下棘齒之動:::=件=移， 時，僅能單向帶動該卡合件.嬙 使該驅動件驅轉 件’據此，該外桿體向下位移時， 4 内壁設有-頂環，待該中管縮入該上管之内部時， 係用以抵關緊接頭之外突緣，且賴鎖緊接頭之二 =未能t部伸出該上管之外端，以避免偏心塊全部伸Γ ’之外端後致使中管無法再向外伸出之弊端。此外 =頭套之㈣再設有複數縱向之肋條，且鶴條為外厚内X Ϊ制=管之外端套入桿頭套後，藉由肋條之迫緊而更增 又’該鎖緊接頭之固定部另可為自該筒體之上方 向上延伸而成，意即，該鎖諸獅了偏心塊之外 結構係與該筒體-體射出成型；其中，該㈣部係具有一' 接於該筒體之穿孔，而使該螺旋藉的上端納設於 該各' 至之中。 疋以’可知本創作之主要目的係在提供手壓式旋 7的薪新結構組成，且使顿錢籠把的桿體改良為三 式的伸縮la 5 ’使其縮合後的長度變短，以俾於收 攜帶’且仍可財㈣錢轉餘的實施魏，據而^升 其產品之競爭力。 【實施方式】 請參第一圖所示，本創作之具體實施例主要包括有一 下管1 一中管2、-螺旋元件3、-掣動件4、一主動 件5、-鎖掣筒6…上管了及―鎖緊接則，其中： 下管1，其下端結合一拖把盤（圖中未繪出），下管工 之上端為一第一結合端11。 中管2 ’其下端為一第二結合端2工，且中管2之内 1之外徑’使第二結合端21可套合於第—結 :合，另二卜如第二圖)，形成-可相對伸縮活動之 ' r s J之上端為一第三結合端2 2。 ”友；^件3，可為螺桿或螺旋片（圖 元件3之下端固設於下fl之第_結合端 側。如第—圖）’而螺旋元件3之上端延伸至中管2的内 掌動件4，固定（如鉚廢）於Tfl的第—結 内側（另如第二圖）’掣動件4具有—貫通之槽孔4工， 圖中所示之槽孔41為長方形，且適可套合於螺旋元% 、3上使掣動件4沿著螺旋元件3軸向移動時可轉動， 進使下管1隨著轉動，意即’掣動件4及下管 元件3之軸向活動而產生轉動。 主動件5 L中管2的第三結合端2 2_，且 主動件5具有-由職元件3穿過的通孔5Q (另如第二 圖）並該主動件5與螺旋元件3相連結，而形成中管2、 主動件5及職元件3下移時係同步移動，並形成單 動力傳輸’而使料件4及下管！產生單向轉動。其中，、 主動件5之具體實施例係包含有一筒體5丄、一嵌掣塊5 2、一彈性元件5 3及一底蓋54 (如第一、二圖），筒 5 1及底蓋5 4對應各具有一穿孔51 1、5 41，其適 構成上述通孔5 Q的-部份而供螺旋元件3樞穿，而筒體 5 1之内部為向下透空狀’其内頂側具有複數第一棘齒5 12，而嵌掣塊5 2係固結於螺旋元件3，且嵌掣塊5 2 數第二棘齒521 ’並該第,5 12向 、可早㈣接於第二棘齒5 2 1 (另如第.三圖），且呈單 ==!’而彈性元件5 3係彈擎於嵌擎塊5 2的 底底盘5 4的上方.，而底蓋5 4則蓋組於筒體5工之 3具有向上適當彈蝴塊5 2的彈 挫力又缚體51向上回位時，第一棘齒51 嚙接於第二棘齒5 2 ]_，而使嵌掣塊5 p 不接受動力而未轉動，谁=動2、螺旋元件3因 第，。另外：塊=4一=轉動(如 522’以供螺旋元件3穿設(如第一 孔5 2 2及穿組螺旋元件上^^ 栽零塊52固結於螺旋元件3。 鎖掣筒6 ’套設於下管工之第一結合端U與中管2 銜接的外側(如第一、二圖)，鎖掣筒6 2有=供套擎之一上半部6 1，以及提供下管工樞 套之下半部62，下半部62具有-彈性卡部63，且 鎖掣筒6於彈性卡部6 3的外侧樞接一板塊6 4，板塊6 二41 (如第二圖）；扳塊6 4向一側板動 ，认口P 4 1適可推移該彈性卡部63向内移位導 致彈性卡部63能束掣於下管1之第-結合端11，致使 I管1與中管2的銜接長度固定，此時可使桿體長度被固 1 3利於拖_之實施’反之，扳塊6 4向另一側板動 時’ f迫部6 41不推移彈性卡部6 3向内移位（另如第 一圖’而使中管2與下管1之間可伸縮收合或調整長度， 以利於脫水時反覆按壓或整體桿體收合時之實施。 上管7 ’下端具有-第四結合端7 i (如第…二圖）， 且第四結合端71之内徑大於t管2之第三結合端2 2外 徑，使其間可形成相對伸縮活動之組合，並使構成三段式 又，上管7於第四結合端71之外侧設有一 第一壓溝72及一第二壓逢7q 壁开溝73第喊合端71之内 舞成第a肋74及 鎖緊接頭8，_提供+管2與上 第j ) 鎖緊接頭8位於上述之主動件5的 」= 頭8包含有一固定部81、一卡 方鎖緊接 -偏心轴8 4及-偏心塊8 5 (如第一圖緣83、 81係用以固^於中管圖其中’固定部 體5 1之上方（另如第二圖^ ”端2 2内，且位於筒 制於第三結合端22之外緣，，：=_2適抵 合端2 2脫出。而偏心㈣：!=不會自第三結 緣8 3之間，且於卡突以於卡突緣8 2及外突 85具有-偏心… 凸塊821，而偏心塊 5 2、白入祕^ 及—賴8 5 2 ’係利用開槽8 b2迫入而枢套於偏心轴8 ^ 移槽853，位移槽851 塊85另設有—位 b 3之一侧形成一突佟ft r 4，分 犬條854之旁側即為開槽 ”854該 緣8 3、偏心轴8 4及偽f突緣82、外突 部(如第二圖)，且於中偏管;上管7之内 上管7之第—突助7 = 2自上管7内部而向外伸出時， 且位於中管2之第三=以抵制於卡突緣8 2的側邊， 、、*° 〇端2 2之外側’使中管2及鎖緊 接頭8不會自上管7之第四結合端71向外脫出，且中管 f縮入上管7内部時’藉由第-突肋74、第二突肋7 5 浮抵於該中管2之外側（另如第五圖），使中管2不會有歪 斜、搖晃的縣。據此，待鎖緊接頭8於巾管2向-侧旋 轉時係由偏〜塊8 5緊掣於上管7之第四結合端71内 壁而定位（如第-一 一、二、四、六圖），致使中管2與上管7 的銜接長度固定’此時可使桿體長度被蚊，以利於拖地 或脫κ時反覆手壓之實施，反之，中管2向另—侧旋轉時， 5未緊掣於上管7之第四結合端7 1内壁而 二效晷冑、七圖），使中管2與上管7之間可伸縮收合 ==以利於整體桿體收合時之實施，且成三段式 此外，上普7 "tA A* 1 s . 7於第四結合端71之外侧設有一套筒g —圖）’套筒9之一側端 9 1係抵制於第靜人诚㈣91抵衣 對應上管7a、 71 端’另該套筒9之内壁 突；9 2及一：一f冓7 2及第二壓溝7 3設有-第-卡 二卡突w Λ突部9 3，且該第—卡突部9 2及第 圓、3 /刀別嵌入該第一壓溝7 2及第二壓溝7 3 结。夕:—」使中管2、上管7間的定位效果更佳。而套 二所播w m犬。卩9 2及第二卡突部9 3可分別為複數突 部所構成（圖中未繪出）。 一，者 /上管7之上端套設有一桿頭套7〇(如第一、 圖其:干頭套7◦之内壁設有-頂環7◦1，待中管2縮 上&之内#時，該頂環7 01係用以抵制於鎖緊接頭 13 =上管7之外端後致使中管2無法再向 =卜，桿頭套7 0之内壁再設有複數縱向之肋條7(^， ==0 2為外薄，使上管7之外端套 7〇後’藉由肋條702之迫緊而更增緊制效果。.套 又者’鎖緊接頭8之固定部81另可為自筒體 向上延伸喊（如U )，意即，鎖緊 =塊8 5之外’其餘結構係與筒體5 i —體型. =’該固定部81係具有一容室811對接於二 1，而使該螺旋元件3的上端納設於_室8 承上結構組成，請參第九圖所示，可知 、 操作時，係配合-具有可自由迴轉之脫水座 A而得以實施’料圖麻者域水桶A 脫水桶 2,以供脫水座A1的框軸A11的底端樞接。底座A 操作者於脫水實施時，先藉由操作鎖擎筒6 :4上不推移彈性卡部63向内移位，= 下管1之第-結合端u (如第三圖)，故使下管二二 2之間可呈伸縮活動，接著，再操作於鎖緊 與 偏心塊85緊擎於上管7之第四結合端71内】二： (如第六圖）’致使中管2與上管7的銜接長度而= 將拖把盤放人脫水桶A a =此時 使上管7與中管2-起向下塵（如第三圖），而利用:述= 中管2、主動件5、螺旋元件3、掣動件4與下管丄的作 動原理，該第:棘齒5 1 2向下適可單㈣接於第二棘齒 5 2 1，且呈單向線性動力傳動，而使掣動件4帶動下管 1一起旋轉，而達到離心力脫水的功能；反之，上管7二 中管2 -起向上回位（如第四圖），意即該筒體5丄向上回 位時，第一棘齒512即脫離嚙接於第二棘齒5 2丄，而 ，嵌掣塊52、螺旋元件3因不接受動力而未轉動，進使 擎動件4及下管1不轉動，如此反覆手壓操作，即可達到 手壓離心力脫水的目的。 此外，在脫水後要拖地實施時，再操作於鎖掣筒6而 使其突迫部6 41推移彈性卡部6 3向内移位，而束掣於 下管1之第一結合端1 1 (如第二圖），故使下管1與中管 2之間即被固定，以利於拖地實施。而若實施後要收合時， 則可操作於鎖掣筒6及鎖緊接頭8，使下管χ與中管2 間，以及中管2與上管7間分別均可伸縮活動，而使下管 1、 中管2及上管7呈現三桿段的收合（另如第五圖），使 其整體長度大幅縮短，而可利於收藏或攜行。 據上組構組成及實施說明，可知本創作除了藉由中管 2、 主動件5、螺旋元件3、掣動件4與下管1的作動原 理’反覆手壓操作後可達到手壓離心力脫水的目的外，且 藉由操作於鎖掣筒6及鎖緊接頭8，使下管1與中管2 間’以及中管2與上管7間分別均可伸縮活動，而使下管 1、中管2及上管7更可成三桿段的收合，使其收合後的 整體長度大幅縮短，以利於收藏或攜行，而提升產品之競 15 M436434 爭力。 因此，可知本創作確已改善習用產品的缺失。因此， 當知本創辆實已將習用之缺失加以改良，故具有產業利 用性、新祕與進鲍，符合新型專利要件1以上所述 =’僅林創叙實補μ，並_來蚊本創作 =施之範圍°即凡依本創作中請專利範圍所做的均等變化 與修飾，皆為本創作專利範圍所涵蓋。 【圖式簡單說明】 第-圖係本創作之一具體實施例的立體分解圖。 第二圖係第一圖之組合結構剖視及其部分放大圖。 動示摘作於下魏水實施_結_視及其作 作動本創作於下壓後上升回位時的結構到視及其 其部,第=本創作呈現三桿段收合後的組合結構剖視及 -位緊接糧中管與上管間呈迫 解伸==;=接頭而使”與上管_ 例』=創作之鎖緊接頭與主動件的另-結構實施 。第九_摘作配合倾找賴的結構剖視示意 16 M436434M436434 V. New description: [New technical field] This creation is about the structural improvement of a hand-operated rotary mop, especially a hand-operated rotary mop with a three-stage carcass combination. Scalable combiner. [Prior Art] The use of rotating and removing meat to achieve the dehydration function mainly includes a barrel and a mop, one side of the barrel is provided with a pedal, and the inside of the barrel is provided - can be driven by the pedal Rotating dewatering tank and a cleaning rod' and the bottom end of the mop is provided with a rotatable turntable and a fixed mop, the mop is placed in a dewatering shot, and the pedal is repeatedly pressed, so that the mop can reach the target of dehydration 'But because of the complex transmission between the pedal and the dewatering tank and the space occupied by the _ section, the side body is heavier and less likely to be carried and stored. Gradually, in recent years, there has been the emergence of a hand-operated rotary mop, which can be used in the patents of 368410 and Μ 415686, and is also widely accepted (4) secret love (4), which is used by Jing Jing. The rotary mop of the hand type, the inner and outer rods of the main joint can be relatively linearly stretched and displaced, and the sleeve drive member can be: and the movement of the downwardly facing ratchet teeth:::=piece=shift , when the engaging member can only be driven in one direction, so that the driving member is driven to rotate the member according to the fact that when the outer rod body is displaced downward, the inner wall of the 4 is provided with a top ring, and the middle tube is retracted thereto. When the inside of the tube is used, it is used to close the flange outside the tight joint, and the second of the tightening joint = fail to extend the outer end of the upper tube to prevent the eccentric block from being fully extended. The middle tube can no longer protrude outwards. In addition, the head cover (4) is provided with a plurality of longitudinal ribs, and the crane strip is outside the thick inner X Ϊ system = the outer end of the tube is inserted into the head cover, and the rib is forced Tightening and increasing, the fixing portion of the locking joint may further extend from the upper direction of the cylinder, that is, the lock lion is outside the eccentric block The structural system and the cylindrical body are injection molded; wherein the (four) portion has a perforation connected to the cylindrical body, so that the upper end of the spiral is disposed in the respective 'to the middle. The main purpose of the creation is to provide a new salary structure of the hand-pressed spinner 7, and to improve the rod of the money cage to a three-type telescopic la 5 'to make the length after condensation shorter, so as to carry 'And still can be financial (four) money to implement the implementation of Wei, according to and enhance the competitiveness of its products. [Embodiment] Please refer to the first figure, the specific embodiment of this creation mainly includes a tube 1 2, - spiral element 3, - swaying member 4, an active member 5, - locking cylinder 6 ... upper tube and "locking connection", wherein: lower tube 1, the lower end combined with a mop tray (not shown The upper end of the lower pipe is a first joint end 11. The lower end of the middle pipe 2' is a second joint end 2, and the outer diameter 1 of the inner pipe 2 makes the second joint end 21 The upper end of the 'rs J is a third joint end 2 2 which is formed by the first knot. "Friends; ^ 3, can be a screw or a spiral (the lower end of the element 3 is fixed on the _ joint end side of the lower fl. As shown in Figure - Figure) and the upper end of the spiral element 3 extends into the middle of the middle tube 2 The moving member 4 is fixed (for example, riveted) on the inner side of the first knot of the Tfl (also as shown in the second figure). The raking member 4 has a through hole 4, and the slot 41 shown in the figure is rectangular. And suitable for fitting on the spiral elements %, 3 to rotate the swinging member 4 along the axial direction of the spiral element 3, and to make the lower tube 1 rotate, that is, the 'flip member 4 and the lower tube member 3 The axial movement causes rotation. The third joint end 2 2_ of the tube 2 in the active member 5 L, and the active member 5 has a through hole 5Q through which the component 3 passes (also as shown in the second figure) and the active member 5 is connected with the spiral element 3, and when the middle tube 2 is formed, the active element 5 and the professional element 3 are moved synchronously, and a single power transmission is formed, and the material 4 and the lower tube are generated to generate a one-way rotation. The embodiment of the active member 5 includes a cylinder 5丄, an inlay block 5, an elastic member 5 3 and a bottom cover 54 (such as the first and second figures), the cylinder 5 1 and the bottom cover 5 4 correspond The utility model has a through hole 51 1 , 5 41 which is suitable for constituting a portion of the through hole 5 Q for pivoting the spiral element 3, and the inside of the cylindrical body 51 is downwardly vacant, and the inner top side has a plurality of a ratchet 5 12, and the inlay block 52 is fixed to the spiral element 3, and the inlay block 5 2 is the second ratchet 521 'and the first, 5 12 direction, can be early (four) connected to the second ratchet 5 2 1 (also as in the third figure), and the single ==!' and the elastic element 5 3 is mounted on the bottom chassis 5 4 of the embedded block 52, while the bottom cover 5 4 is covered When the cylinder 5 has the bounce force of the upwardly appropriate spring block 52 and the body 51 is returned upward, the first ratchet 51 is engaged with the second ratchet 5 2 ]_, and the inlay block is 5 p does not accept power without rotation, who = move 2, spiral element 3 due to the first. In addition: block = 4 a = rotation (such as 522 ' for the spiral element 3 to be worn (such as the first hole 5 2 2 and wear The set screw member 52 is fixed to the spiral element 3. The lock cylinder 6' is sleeved on the outer side of the first joint end U of the lower pipe and the middle pipe 2 (such as the first and second figures), The lock cylinder 6 2 has an upper half 161 for the jacket and a lower half 62 for the lower tube sleeve. The lower half 62 has an elastic card portion 63, and the locking cylinder 6 is pivotally connected to a plate 64 on the outer side of the elastic card portion 63, the plate 6 is 42 (as shown in the second figure); the wrench 6 4 is directed to the side plate. The movable portion P 4 1 is adapted to be displaced inwardly, so that the elastic card portion 63 can be bundled on the first joint end 11 of the lower tube 1, so that the joint length of the I tube 1 and the middle tube 2 is fixed. At this time, the length of the rod body can be fixed by 13 to facilitate the implementation of the dragging. In other words, when the wrench block 64 moves to the other side, the forced portion 6 41 is not displaced inward by the elastic card portion 6 3 (as another example) The first figure' allows the middle tube 2 and the lower tube 1 to be telescopically folded or adjusted in length to facilitate the repeated pressing during dehydration or the integration of the entire rod. The lower end of the upper tube 7' has a fourth joint end 7 i (as shown in Fig. 2), and the inner diameter of the fourth joint end 71 is larger than the outer diameter of the third joint end 2 2 of the t tube 2, so that the relative expansion and contraction can be formed therebetween. The combination of the activities and the formation of the three-stage type, the upper tube 7 is provided with a first pressure groove 72 and a second pressure block 7q wall groove 73 on the outer side of the fourth joint end 71. The a-th rib 74 and the locking joint 8, the _ supply + the tube 2 and the upper j) the locking joint 8 is located at the above-mentioned active member 5" = the head 8 includes a fixing portion 81, a card-locking-tight eccentric shaft 8 4 and - eccentric block 8 5 (as the first image edge 83, 81 is used to fix the upper part of the fixed part body 5 1 in the middle tube picture (also as the second picture ^ " end 2 2, and is located The tube is formed on the outer edge of the third joint end 22, and: = _2 is suitable for the end of the joint end 2 2 to escape. The eccentricity (four): ! = does not come from the third knot edge 8 3 , and the card protrusion is used for the card protrusion The edge 8 2 and the outer protrusion 85 have an eccentricity ... the convex block 821, and the eccentric mass 5 2, the white into the secret ^ and the Lai 8 5 2 ' are forced into the eccentric shaft by the slot 8 b2 and are clamped to the eccentric shaft 8 ^ 853, the displacement groove 851 block 85 is additionally provided - one side of the position b 3 is formed Turbulent ft r 4, the side of the dog strip 854 is the slot "854 the edge 8 3, the eccentric shaft 8 4 and the pseudo-f flange 82, the outer protrusion (as shown in the second figure), and in the middle of the tube The first protrusion 7 of the upper tube 7 in the upper tube 7 is outwardly extended from the inside of the upper tube 7, and is located at the third side of the middle tube 2 to resist the side of the card flange 8 2 . , *° 之外 end 2 2 outside side 'so that the middle tube 2 and the locking joint 8 do not come out from the fourth joint end 71 of the upper tube 7, and the middle tube f is retracted into the upper tube 7 The first protruding rib 74 and the second protruding rib 7 5 are floated on the outer side of the middle tube 2 (as shown in the fifth figure), so that the middle tube 2 does not have a skewed or shaken county. Accordingly, the joint to be locked is 8 when the towel tube 2 is rotated to the side, the positioning is made by the offset of the block 8 5 next to the inner wall of the fourth joint end 71 of the upper tube 7 (such as the first one, the second, the fourth, the sixth figure), so that the middle tube 2 The length of the connection with the upper tube 7 is fixed. 'At this time, the length of the rod body can be mosquitoes to facilitate the implementation of hand pressure when mopping or removing the κ. Otherwise, when the middle tube 2 is rotated to the other side, 5 is not tight. In the inner wall of the fourth joint end 7 1 of the upper tube 7 and two effects, seven figures), the middle tube 2 and the upper tube 7 Retractable folding == to facilitate the implementation of the overall body collapse, and in three stages, in addition, the upper 7 " tA A * 1 s. 7 on the outer side of the fourth joint end 71 is provided with a sleeve g - Fig.) 'One side end of the sleeve 9 9 1 is resisted by the first person (4) 91, the corresponding upper tube 7a, 71 end 'the other inner wall of the sleeve 9; 9 2 and one: one f冓7 2 and the second pressure groove 7 3 is provided with a - card-two card protrusion w protrusion portion 9 3 , and the first card protrusion portion 9 2 and the third circle, 3 / knife are embedded in the first pressure groove 7 2 and The second nip 7 3 knot. Xi:--"The positioning effect between the middle tube 2 and the upper tube 7 is better. And the set of two broadcast w m dogs. The 卩9 2 and the second knuckle portion 9 3 may be formed by a plurality of protrusions (not shown). First, the upper end of the upper tube 7 is provided with a head cover 7〇 (such as the first, the figure: the inner wall of the dry head cover 7◦ is provided with a top ring 7◦1, and the middle tube 2 is retracted & When the top ring 710 is used to resist the locking joint 13 = the outer end of the upper tube 7, the middle tube 2 can no longer be turned to the other side, and the inner wall of the head cover 70 is further provided with a plurality of longitudinal ribs 7 (^ , ==0 2 is thinner, so that the outer end of the upper tube 7 is 7", and the tightening effect is further tightened by the tightening of the rib 702. The sleeve is also fixed to the fixing portion 81 of the locking joint 8. To extend upward from the cylinder (such as U), that is, lock = block 8 5, the rest of the structure and the cylinder 5 i - body type. = 'The fixed portion 81 has a chamber 811 docked to two 1, the upper end of the spiral element 3 is placed on the _ chamber 8 to support the structure, please refer to the ninth figure, it can be seen that, in operation, the combination - with a freely rotating dehydration seat A can be implemented The bottom of the frame shaft A11 of the dewatering seat A1 is pivoted. The base A operator first operates the lock cylinder 6:4 without moving the elastic card part. 63 inward shift, = lower tube 1 - the binding end u (as shown in the third figure), so that the lower tube 22 can be stretched and movable, and then operated in the locking and eccentric block 85 in the fourth joint end 71 of the upper tube 7] 2: (as shown in the sixth figure) 'cause the length of the connection between the middle tube 2 and the upper tube 7 = put the mop tray into the dewatering bucket A a = at this time the upper tube 7 and the middle tube 2 are driven downwards (such as 3)) and use: the description of the middle tube 2, the active member 5, the spiral element 3, the swaying member 4 and the lower tube 作, the first: the ratchet 5 1 2 downwards can be single (four) connected to the The two ratchets are 5 2 1, and are in a unidirectional linear power transmission, and the swaying member 4 drives the lower tube 1 to rotate together to achieve the function of centrifugal dehydration; otherwise, the upper tube 7 and the second tube 2 are upwardly returned ( As shown in the fourth figure, the first ratchet 512 is detached from the second ratchet 5 2 丄 when the cylinder 5 丄 is returned upward, and the insert block 52 and the spiral element 3 are not powered. Without rotating, the engine 4 and the lower pipe 1 are not rotated, so that the hand pressure operation can be achieved by hand pressing, thereby achieving the purpose of centrifugal dehydration by hand. In addition, when the mowing is carried out after mopping, the operation is performed on the lock cylinder. 6 The protruding portion 6 41 is displaced and the elastic card portion 6 3 is displaced inwardly, and is bundled with the first joint end 1 1 of the lower tube 1 (as shown in the second figure), so that between the lower tube 1 and the middle tube 2 That is, it is fixed to facilitate the implementation of mopping. If it is to be folded after implementation, it can be operated on the locking cylinder 6 and the locking joint 8, the lower tube and the middle tube 2, and the middle tube 2 and the upper tube. Each of the 7 sets can be telescopic, and the lower tube 1, the middle tube 2 and the upper tube 7 are folded in three sections (as shown in the fifth figure), so that the overall length is greatly shortened, which can be beneficial for collecting or carrying. According to the composition of the upper structure and the implementation description, it can be seen that the creation can achieve the centrifugal force of the hand pressure by the operation principle of the middle tube 2, the active member 5, the spiral element 3, the swaying member 4 and the lower tube 1 In addition to the purpose of dehydration, and by operating the lock cylinder 6 and the locking joint 8, the lower tube 1 and the middle tube 2 and the middle tube 2 and the upper tube 7 can be respectively telescoped, and the lower tube 1 is The middle tube 2 and the upper tube 7 can be folded into three rod segments, so that the overall length after the folding is greatly shortened, so as to facilitate the collection or carrying, and the product is upgraded 15 M436434 Force. Therefore, it can be seen that this creation has indeed improved the lack of custom products. Therefore, when Zhiben has actually improved the lack of customary use, it has industrial utilization, new secrets and abalone, which is in line with the new patent requirements 1 and above = 'Lin Lin Chuang Su Shi μ μ, and _ mosquito The scope of this creation = the scope of application, that is, the equal changes and modifications made by the patent scope in this creation are covered by the scope of the creation patent. BRIEF DESCRIPTION OF THE DRAWINGS A first embodiment is an exploded perspective view of one embodiment of the present invention. The second drawing is a cross-sectional view of the combined structure of the first figure and a partial enlarged view thereof. The movement is extracted from the implementation of the lower Weishui _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Sectional view and - position immediately between the tube and the upper tube are forced to untwist ==; = joint and "with the upper tube _ example" = creation of the locking joint and the active part of the other structure implementation. Excerpted with the structure of the structure to look at 16 M436434
【主要元件符號說明】 A....脫水桶 A1....脫水座 A 1 1 ....樞轴 A2....底座 1....下管 1 1....第一結合端 2....中管 2 1....第二結合端 2 2....第三結合端 3....螺旋元件 4....掣動件 4 1....槽孔 5....主動件 5 0....通孔 5 1....筒體 5 1 1….穿孔 5 1 2 ....第一棘齒 5 2....嵌擎塊 5 2 1....第二棘齒 5 2 2....中央孔 5 2 3 ....梢桿 5 3....彈性元件 5 4.…底蓋 5 4 1....穿孔 6....鎖掣筒 6 1 —半部 6 2....下半部 6 3....彈性卡部 6 4....扳塊 6 4 1....突迫部 7....上管 7 0....桿頭套 7 0 1....頂環 7 0 2 ....肋條 71.…第四結合端 7 2....第一壓溝 7 3....第二壓溝 7 4.…第一突肋 7 5....第二突肋 8....鎖緊接頭 8 1....固定部 8 1 1....容室 8 2....卡突緣 8 2 1....凸塊 8 3....外突緣 17 M436434 8 4….偏心軸 8 5....偏心塊 8 5 1....偏心孔 8 5 2....開槽 8 5 3 ....位移槽 8 5 4....突條 9....套筒 9 1....抵環 9 2....第一卡突部 9 3....第二卡突部[Description of main component symbols] A....Dewatering bucket A1....Dehydration seat A 1 1 ....Pivot A2....Base 1....Bottom tube 1 1....First Bonding end 2....tube 2 1....second joint end 2 2....third joint end 3....spiral element 4....flip element 4 1.... Slot 5....Active member 5 0....through hole 5 1....cylinder 5 1 1....perforated 5 1 2 .... first ratchet 5 2.... Block 5 2 1....second ratchet 5 2 2....central hole 5 2 3 ....tip rod 5 3....elastic element 5 4....bottom cover 5 4 1... Perforation 6....lock cylinder 6 1 —half 6 2....lower half 6 3....elastic card part 6 4....bar block 6 4 1....compression Department 7.... Upper tube 7 0.... Rod head cover 7 0 1.... Top ring 7 0 2 .... Rib 71.... Fourth joint end 7 2....First nip 7 3....Second pressure groove 7 4....First rib 7 5....Second rib 8..Lock joint 8 1....Fixed portion 8 1 1... . chamber 8 2.... card flange 8 2 1....bump 8 3....outer flange 17 M436434 8 4....eccentric shaft 8 5....eccentric block 8 5 1. ...eccentric hole 8 5 2....slot 8 5 3 .... displacement groove 8 5 4....bump 9....sleeve 9 1....but ring 9 2. ...first card protrusion 9 3 ....the second card protrusion