201221103 六、發明說明： 【發明所屬之技術領域】 本發明是有關於-種拖把，特別是指—種低噪音、使 用壽命長及具有角度調整功能的自旋式拖把。 【先前技術】 參閱圖1，習知有一種自旋式拖把1〇，其主要具有— 外套管η、-套設在外套管u内部可上下滑動的内滑管η 、一接設在内滑管12上端處的握持桿13、_伸設在外套管 =内部的襲桿14、—裝設在外套f u内部可對内滑管 =上彈抵的彈簣15、—設置在外套管^端處可 ::穿入的單向轴承16、以及一接設在 ^布盤17,該彈簧15可對内滑管u作彈抵，當使用2 =滑管:12作下壓動作時，内滑管12會對彈簧15壓 鈿而儲此，待手部放開後， 彈力而付μα 月g 12會因為受到彈簧15 =而在上移，順沿著螺旋桿14而帶動整個布盤Η作旋 轉動作’藉此可使布盤17達到旋轉扭乾的功能。 使用…述:旋式拖把10確實具有自動旋轉的效果，但是盆 吏=仍有缺失存在’習知自旋式拖把 作 壓縮時，彈簣15由於且 κ ^ 外套其η '/、有相备長度，外周會因為翹曲而與 外套S 11内壁接觸摩擦接 大的噪立。：s从 因此在知作時經常產生相當 U外，習知自旋式_ 雖然是裝設在外套管n “ 便料早向軸承16 進入，造成單_ 。 ’然而使用時難免會有水滲透 並不長久。再來，_17=套^ ，使用壽命 ，、外套s 11疋相互樞接在一起 201221103 由於沒有疋位機構，在操作時布盤17會任意轉動，使用 上並不方便。 【發明内容】 因此’本發明之目的在提供一種可減低噪音、使用壽 命長及具有角度調整定位功能的自旋式拖把。 於疋，本發明提供一種自旋式拖把，包含有一握持桿 單向機構 n生機構、一旋動機構、以及一可固定 角度或疋凋整360度旋轉的旋動軸機構，其中：握持桿至 少，含有可相對插接滑動之一内滑管與二外套管(含一上外 咏 下外套笞），而單向機構具有一中全滑套、一伸管 件、-彈普、-限位導管、一 c.型扣環及一對鋼珠，中空 滑套外周具有四個凹槽與下外套管内壁四凸緣契合—起， 中空滑套底部内具有容納鋼珠的鋼珠承座槽，該鋼珠承座 槽與該伸管部底端的斜導面相互對應包覆著鋼珠。伸管件 與中空滑套之間套設有—限位導管，伸管件底部斜導面往 下壓時，鋼珠會向限位導管的兩側限位孔移動使伸管件 底4斜導面、中空滑套的鋼珠承座槽、限位導管的兩側限 位孔及鋼珠連動產生閉合作用，能以最短軸距推動多種變 化軸距的旋桿產生重力加速作用，提高倍數旋動功能，且 伸管件底部的中間孔盘限你道总 ^丨良位導官之間設有一可壓縮復位的 彈簧。在限位導管外部具有—凸出部，該凸出部採用C型 扣環與中空滑套緊配組合在—起，可供彈性機構上端作套 合連結’此—彈性機構採科環與大環重疊連動的原理， 當舞性機構受内滑管内的單向機構壓縮時，小環會產生引 201221103 導作用，把大環的彈性張力往内縮收，藉小環與大環重疊 壓縮連動的原理，就能降低彈性機構與下外套管内的四凸 滑動時磨擦所產生的噪音。另旋動機構係設於下外2 官底端，該旋動機構是由一具有變化軸距的旋桿、一扩 軸栓、-錐狀彈簧、-定位件及一轴銷套，藉著柳針=入 而成，旋桿的-端與旋動軸栓固定結合在_起， : 另端面有-凸出部’該凸出部與錐狀彈簧繫在一起，心 套兩側具有-對調整角度鑛齒狀凸出部與定位槽，轴銷套 中間，設有-凹槽，兩側邊處設有一螺絲定位孔，錐狀彈《 簧及定位件設置在軸銷套内底部，因錐狀彈簧使定位件且 有伸縮擠壓的功能，與插接座上的凹溝緊密接觸以固定握 持料角度，當旋桿轉動時，就能帶動此旋動機構。一可 固疋角度及可調整360度旋轉的旋動軸機構，具有—布盤 本體、數個定位銷、數個彈簧、一樞接座、一鉚釘、二個 $圏、一華司、一螺絲、一螺絲套、一螺帽及一螺帽套組 :成。由軸銷套兩側具有一對調整角度鑛齒狀凸出部與凹 曰’樞接座可套人㈣套中間凹槽内，藉著螺絲 '㈣套 j帽及螺帽套對鎖組合在一起，樞接座底端兩側各設有 —疋位槽丄能使軸銷套兩側錯齒狀凸出部與定位槽赞接在 起’使定位銷與鑛齒狀的凸出部與定位槽產生契合的作 2握持桿移動角度時，鑛齒狀的凸出部就能直接把定位 ^下昼’樞接部與布盤本體就㉟⑽度自由旋動，定位 上浮出卡在定位槽時，就能固定樞接座與布盤本體並 疋握持才干的角度。藉此，當施力作動内滑管禮入下外套 201221103 s内。p時可透過單向機構内的伸管件底部斜導面、中空 ^套=鋼珠承座槽、限位導管兩側的限位孔及鋼珠作動炎 零疋样方疋動，進而驅動布盤本體旋轉，而當内滑管向上退 回1，可令鋼珠釋放旋桿形成空轉退回，如此往復作動握 持杯之内滑官’即能帶動該布盤本體以單一方向作旋轉， 而產生南速連續旋動之脫水作業。 本發明之功效是藉由單向機構設置中空滑套、伸管件 • 、限位導管、鋼珠、彈簧A C型扣環，使内滑管下壓可迫 使鋼珠對疑桿作沿抵，進而驅動布盤本體作旋轉，彈性機 =大小環構成，壓縮時可減少噪音產生，旋動軸機構彈 "又定位銷對軸銷套兩側鑛齒狀凸出部與定位槽作契合，藉 此可固定握持桿角度’以及讓布盤本體具有可360度自由 旋動的功能。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 • 以下配合參考圖式之一較佳實施例的詳細說明中，將可清 楚的呈現。 β 參閱圖2至圖4,本發明自旋式拖把在_較佳實施例中 ’主要包含有-握持桿2G 一單向機構3〇、—彈性機構4〇 、一旋動機構50及一旋動軸機構6〇，接著，再將上述各機 構的組成元件及空間組合型態詳述於后。 該握持桿20具有可相對插接滑動之一内滑管2ι與一 下外套管22，以及一接設在内滑管21上端處的上外套管 23，下外套管22内壁設有數個凸緣221及_定位槽222(見 201221103 於圖8)。 參閱圖5、® 6,該單向機構3〇具有一令空滑套η、 一伸管件32、—彈簧33、—限位導管34、- C型扣環35 及一對鋼珠36，該中空滑套31滑設在下外套管22内，其 内部設—容納鋼珠36的鋼珠承座槽3U，該巾空滑套31外 周處凹設有數外凹槽311，剛好可與下外套管U内壁的巴 j 221相契合（見於圖2)，該伸管件32上端螺鎖固定在内滑 官21下端部’其下端兩側各設有-凸出部322,伸入中空 月套3 1 Θ巾套3丨兩側各設有—滑槽3 13，能使伸管 件32兩側ώ出部322限位作上下滑動狀，中空滑套μ上 端處鉚壓設有-限位凸緣312，藉此可擋止伸管件Μ，防 止自中空滑套内脫離，業者還可採用另一種限位方式， 參閱圖16’另一單向機構3〇,的中空滑套31，外周螺設有一 止播件311，’該伸管件32’外周開設有—可供止擔件3ΐι，伸 入的長槽孔321’，藉此同樣可達到讓伸管件32，與中空滑套 31’相結合的效果。再參_ 5、圖6，該伸管件32兩側凸 出部322底部各具有一斜導面321，與中空滑套31的鋼珠 K座槽3 14相互對應包覆著鋼珠3 6，該伸管件3 2内部滑動 套π在限位導官34外’限位導管34上端受到彈簧33彈抵 ，限位導官34外周兩側對應中空滑套31的鋼珠承座槽314 處各穿有一限位孔341 ’令伸管件32下端斜導面321.往 下壓時，鋼珠36會向限位導管34兩側限位孔341移動， 該限位導官34下端處設有—凸出部342，該凸出部342外 周具有一溝槽343,能使用c型扣環35作嵌扣，使限位導 201221103 管^與t空滑套31結合在_起，此凸出部⑷並可與下 述彈性機構40上端作套合連結。 再參閱圖2,該彈性機構4〇設置在下外套管22内部， 該彈性機構40是由複數個大環41及小環42串聯構成，.里 ^端可對單向機構30作彈抵復位，彈性機構40具有一固 定套44’該固定套44具有一凸出部441，彈性機構下 端與固定套44的凸出部441套合在一起，下外套管22底 端内的溝槽222(參閱圖8)裝有一 c型扣環43，可對固定套 :作檔止限位的作用’藉此固定該彈性機構4〇的 彈行程。. 動機構50設置在下外套管22底端處，該旋動機 。該旋才曰51外疋月位件Μ、一限位件％、一鉚釘％所組成 構30 /魅 有一變化抽距的旋溝5U，可供單向機 =二鋼”沿抵形成轉動，旋桿51下端與旋動轴检Μ ，㈣㈣52兩側各設有一定位平面切，可盥 ::㈣内部兩側所設的定位平面溝槽： _58易將旋動軸栓52鉚合在軸銷套5^，該旋桿=201221103 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a mop, and more particularly to a spin mop having low noise, long service life, and angle adjustment function. [Prior Art] Referring to Fig. 1, there is a spin mop 1〇, which mainly has an outer sleeve η, an inner sliding tube η which is sleeved inside the outer sleeve u and can be slid up and down, and an inner sliding tube The grip bar 13 at the upper end of the tube 12, _ extends over the outer sleeve = the internal strut 14, the inner casing can be placed inside the outer casing fu = the elastic impeller 15 is placed on the outer casing ^ The end may be: a one-way bearing 16 that is inserted in, and a second connection to the tray 17, the spring 15 can be biased against the inner slide u, when using 2 = slide tube: 12 for the downward pressure action, The inner slide tube 12 compresses the spring 15 and stores it. After the hand is released, the elastic force and the μg month 12 will be moved upward by the spring 15 =, and the whole cloth tray is driven along the screw rod 14 The rotation action 'by this means that the cloth tray 17 can be rotated and twisted. Use...The rotary mop 10 does have the effect of automatic rotation, but the basin 吏=there is still a missing existence. When the conventional spin mop is used for compression, the magazine 15 is due to the κ ^ jacket and its η '/ The length, the outer circumference will be frictionally connected to the inner wall of the outer casing S 11 due to the warpage. :s from the fact that it is often produced in the known time, the conventional spin type _ although it is installed in the outer casing n "will enter the bearing 16 early, resulting in a single _. 'However, there will inevitably be water infiltration It doesn't last long. Come again, _17=set^, service life, and jacket s 11疋 are pivoted together. 201221103 Because there is no clamping mechanism, the cloth tray 17 will rotate arbitrarily during operation, which is not convenient to use. Therefore, the object of the present invention is to provide a spin mop which can reduce noise, has a long service life and has an angle adjustment positioning function. The present invention provides a spin mop including a grip lever one-way mechanism. a rotating mechanism, a rotating mechanism, and a rotating shaft mechanism capable of rotating at a fixed angle or a 360 degree rotation, wherein: the holding rod has at least one of an inner sliding tube and two outer sleeves The utility model comprises a top outer jacket, a one-way mechanism, a middle sliding sleeve, a protruding pipe fitting, a projectile, a limit pipe, a c. type buckle and a pair of steel balls, and the hollow sliding sleeve has four outer circumferences. Groove and lower outer casing The wall four flanges fit together, and the bottom of the hollow sliding sleeve has a steel ball bearing groove for accommodating the steel ball, and the steel ball bearing groove and the inclined guiding surface of the bottom end of the protruding pipe portion respectively cover the steel ball. The protruding pipe piece and the hollow sliding sleeve Between the sleeve and the limit pipe, when the inclined guide surface of the pipe is pressed downward, the steel ball will move to the limit hole on both sides of the limit pipe to make the inclined guide surface of the pipe bottom 4 and the steel ball bearing of the hollow sliding sleeve. The groove and the limiting hole on both sides of the limiting pipe and the steel ball are interlocked to produce a closing action, and the rotating rod with a plurality of variable wheelbases can be driven by the shortest wheelbase to generate a gravity acceleration function, thereby improving the multiple rotation function, and extending the middle hole plate at the bottom of the pipe member There is a spring that can be compressed and reset between the guides and the guides. There is a convex part on the outside of the limit guide, and the protrusion is tightly combined with the hollow sleeve by the C-type buckle. The upper end of the elastic mechanism can be used as a sleeve connection. This is the principle that the elastic mechanism is overlapped with the large ring. When the dance mechanism is compressed by the one-way mechanism in the inner slide tube, the small loop will generate the guidance of 201221103. Put the elastic tension of the big ring toward Retraction, by the principle of small loop and large loop overlap compression, can reduce the noise generated by the friction of the four convex sliding in the elastic mechanism and the lower outer sleeve. The other rotating mechanism is set at the lower end of the lower 2, which The rotating mechanism is composed of a rotating rod with a variable wheelbase, a shaft expansion bolt, a tapered spring, a positioning member and a shaft pin sleeve, which are formed by the input of the needle, the end of the rotating rod and the rotation The shaft bolt is fixedly coupled to the _, : the other end surface has a - protruding portion. The protruding portion is coupled with the tapered spring. The two sides of the core sleeve have a pair of angled ore-like projections and positioning grooves, and the shaft pin In the middle, there is a groove, and a screw positioning hole is arranged at both sides. The tapered spring "the spring and the positioning member are arranged at the bottom of the shaft pin sleeve. The tapered spring makes the positioning member have the function of telescopic extrusion. It is in close contact with the groove on the socket to fix the grip angle. When the screw rotates, the rotation mechanism can be driven. A rotating shaft mechanism capable of adjusting the angle and adjusting the 360 degree rotation, having a cloth tray body, a plurality of positioning pins, a plurality of springs, a pivoting seat, a rivet, two 圏, one huasi, one Screws, a set of screws, a nut and a nut set: into. There are a pair of adjustment angles on both sides of the shaft pin sleeve and the concave ridge 'pivot joint can be set in the middle groove of the sleeve (four), and the lock is combined by the screw '(4) j cap and nut sleeve Together, the two sides of the bottom end of the pivoting seat are provided with a clamping groove, so that the wrong toothed protrusions on both sides of the shaft pin sleeve and the positioning groove can be spliced together to make the positioning pin and the mineral toothed convex portion When the positioning groove is matched with the movement angle of the gripping rod, the protruding portion of the mineral tooth can directly rotate the positioning pivot portion and the cloth tray body 35 (10) degrees, and the positioning is floated and stuck. When the groove is positioned, the pivoting seat can be fixed to the panel body and the angle of the grip can be grasped. In this way, when the force is applied, the inner slide tube enters the lower coat 201221103 s. In the case of p, the inclined guide surface at the bottom of the extension pipe in the one-way mechanism, the hollow sleeve = the steel ball bearing socket, the limit hole on both sides of the limit pipe and the steel ball actuate the smoldering sound, and then drive the cloth body Rotating, and when the inner slide tube is retracted back to 1, the steel ball can be released from the rotating rod to form an idling retreat, so that the reciprocating actuating gripping cup can drive the disc body to rotate in a single direction, thereby generating a south speed continuous Rotating dewatering operation. The utility model has the advantages that the hollow sliding sleeve, the protruding pipe member, the limiting pipe, the steel ball and the spring AC type buckle are arranged by the one-way mechanism, so that the pressing of the inner sliding pipe can force the steel ball to abut against the suspect rod, thereby driving the cloth. The disk body is rotated, and the elastic machine is composed of a large and small ring. When the compression is performed, the noise can be reduced, and the rotating shaft mechanism is elasticized. The positioning pin is matched with the positioning groove on both sides of the shaft pin sleeve, thereby The fixed grip bar angle 'and the disc body have a 360-degree free rotation. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. β Referring to FIGS. 2 to 4, the spin mop of the present invention in the preferred embodiment includes a holding arm 2G, a one-way mechanism 3〇, an elastic mechanism 4〇, a rotating mechanism 50 and a The shaft mechanism 6 is rotated, and then the constituent elements and spatial combination patterns of the above-described respective mechanisms are described in detail later. The holding rod 20 has an inner sliding tube 2ι and a lower outer sleeve 22, and an upper outer sleeve 23 connected to the upper end of the inner sliding tube 21. The inner wall of the lower outer sleeve 22 is provided with a plurality of flanges. 221 and _ positioning slot 222 (see 201221103 in Figure 8). Referring to FIG. 5 and FIG. 6, the one-way mechanism 3 has an air-slip sleeve η, a protruding pipe member 32, a spring 33, a limit conduit 34, a C-shaped buckle 35 and a pair of steel balls 36. The sleeve 31 is slidably disposed in the lower outer sleeve 22, and is internally provided with a steel ball bearing groove 3U for accommodating the steel ball 36. The outer surface of the empty sliding sleeve 31 is recessed with a plurality of outer grooves 311, which can be just adjacent to the inner wall of the lower outer sleeve U. j 221 is matched (see Fig. 2), the upper end of the extension pipe member 32 is screwed and fixed to the lower end portion of the inner slide member 21, and the lower end portion thereof is provided with a convex portion 322 extending into the hollow moon sleeve 3 1 Each of the two sides of the crucible is provided with a sliding groove 3 13, so that the two sides of the protruding pipe member 32 can be restricted to slide up and down, and the upper end of the hollow sliding sleeve is riveted with a limiting flange 312. The retaining pipe member is prevented from being detached from the hollow sliding sleeve, and the operator can also adopt another limiting manner. Referring to FIG. 16 'the other one-way mechanism 3 〇, the hollow sliding sleeve 31 is provided with a stop member 311 on the outer peripheral screw. , the outer tube member 32' is provided with a long slot 321' for the support member 3ΐ, which can be extended, thereby also reaching the extension tube member 32, and the hollow sleeve 31' The effect of the combination. Referring to _ 5, FIG. 6, the bottom portions of the protruding portions 322 of the protruding pipe member 32 each have an inclined guiding surface 321 , and the steel ball K seat groove 3 14 of the hollow sliding sleeve 31 respectively covers the steel ball 3 6 . The inner sliding sleeve π of the pipe member 3 2 is outside the limit guide 34. The upper end of the limit pipe 34 is spring-received by the spring 33, and the outer side of the limit guide 34 has a limit corresponding to the ball bearing groove 314 of the hollow sliding sleeve 31. The position of the hole 341 ′ is such that the lower end of the extension tube 32 is inclined. The steel ball 36 moves toward the limiting hole 341 on both sides of the limiting tube 34. The lower end of the limiting guide 34 is provided with a protruding portion 342. The protrusion 342 has a groove 343 on the outer circumference, and can be used as a buckle by using the c-type buckle 35, so that the limit guide 201221103 tube and the t-slip sleeve 31 are combined, and the protrusion (4) can be combined with The upper end of the elastic mechanism 40 described below is sleeved. Referring to FIG. 2, the elastic mechanism 4 is disposed inside the lower outer sleeve 22. The elastic mechanism 40 is composed of a plurality of large rings 41 and small rings 42 connected in series, and the inner end of the elastic mechanism 40 can be elastically reset to the one-way mechanism 30. The elastic mechanism 40 has a fixing sleeve 44'. The fixing sleeve 44 has a protruding portion 441. The lower end of the elastic mechanism is sleeved with the protruding portion 441 of the fixing sleeve 44, and the groove 222 in the bottom end of the lower outer sleeve 22 (see Fig. 8) is equipped with a c-shaped clasp 43 which acts as a stop limit for the fixing sleeve to thereby fix the elastic stroke of the elastic mechanism 4〇. The moving mechanism 50 is disposed at the bottom end of the lower outer casing 22, the rotary machine. The rotary 曰 51 outer 疋 位 位 Μ Μ 一 一 一 一 一 一 一 一 一 / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / The lower end of the rotating rod 51 and the rotating shaft are inspected, and (4) (four) 52 are provided with a positioning plane cut on both sides, which can be: (4) positioning plane grooves provided on both sides of the inner side: _58 easy to rive the rotating shaft bolt 52 to the shaft pin Set 5^, the rotary rod =
上處與限位件.5 6彳目技 ^ ng J …U 限位件56可滑動地套置在内 Ϊ央位置上’猎此旋桿Η上下兩端都受到限位，可維持在 ' 軸銷套53上端可轉動地套設在下外套管22 下女而處，其兩側邊久且女 齒盤⑶邊緣處可 度的卡齒盤531，該卡 緣Μ有讀個聽齒狀的凸出部531 槽5312，軸銷矣丄 入心m 下端中間處設有一凹槽532，軸銷套53 201221103 兩側邊橫向穿設有-螺絲定位孔533，該定位件5 彈菁54設置在軸銷套53内部下方處，《動= 處設有-凸出部52卜該凸出部521可與錐狀彈赞μ 合連結，該定位件55是—種鋼珠，受到錐狀彈簧 而具有向下彈動力量。 — 參閱圖7、圖8’該旋動軸機構6〇具有一布盤本體“ 、數個定位銷62、數個彈簧63、〜樞接座64'—螺絲η 、一螺帽66、一螺絲套67、一螺帽套68、一柳釘:、、二 個塾圈71、一栓套72及一華司7〇。該布盤本體61上料 一旋轉座611，旋轉座611上凹設有數個可供容置彈箸〇 及定位銷62的凹孔612。該插接座64可套合在軸銷“ 内，：由螺絲套67及螺帽套68穿入螺絲定位 孔533使其限位在一起（參閱圖2)，再將螺絲μ及螺帽如 ’各穿入螺絲# 67及螺帽套68内對鎖組合在—起框接 座64在頂端緣處設有數個凹溝641及中間頂端有一凹槽 ⑷，該凹槽643可供栓套72套入，检套72頂端有一球』 凹槽：2卜該凹溝⑷及球型凹槽721可供定位件μ彈動 契合形成定位，樞接座64頂端處穿設鉚釘仍及—墊圈η ，樞接在旋轉座611上，布盤本體61底部有—華司，鉚 釘69在華司70上作鉚合，使樞接座64與布盤本體“鉚 合在一起，並使樞接座64在旋轉座611上做36g度旋轉， 樞接座64在兩側處各設有一溝槽⑷，剛好可供軸銷套η 兩側卡齒盤531契入’該定位銷62是呈球型頭狀的銷體， 其受到彈簧63彈抵，可由溝槽642凸伸出對軸銷套η兩 10 201221103 側卡齒盤531的凸出部5311或定位槽5312作彈抵接觸狀。 另一墊圈71設置在旋轉座611及樞接座64之間，令旋轉座 611與樞接座64在壓合接觸下，仍可維持一適當間隙可供 活轉。 X上為本發明.自旋式拖把各項組成構件及組合空間型 態的概述’接著’再將本發明的動作以及預期所能達成的 功效陳述如后：Upper and limit parts. 5 6 技目 skills ^ ng J ... U Limiting piece 56 slidably nested in the inner position of the ' 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎 猎The upper end of the shaft sleeve 53 is rotatably sleeved on the lower outer sleeve 22, and the two sides of the female toothed disc (3) have a long toothed disc 531 at the edge of the female toothed disc (3). The card edge has a read-tooth shape. a projection portion 531 is defined in the groove 5312, and a recess 532 is defined in the middle of the lower end of the shaft pin. The shaft pin sleeve 53201221103 is laterally provided with a screw positioning hole 533, and the positioning member 5 is disposed at the elastic member 54. The lower part of the inner portion of the shaft sleeve 53 is provided with a convex portion 521 which can be coupled with a tapered elastic member. The positioning member 55 is a steel ball which is subjected to a tapered spring. Pull the power down. - Referring to Figures 7 and 8', the rotary shaft mechanism 6 has a cloth tray body ", a plurality of positioning pins 62, a plurality of springs 63, a pivot socket 64" - a screw η, a nut 66, a screw The sleeve 67, a nut sleeve 68, a rivet:, two loops 71, a sleeve 72 and a washer 7. The tray body 61 is fed with a rotating seat 611, and the rotating seat 611 is recessed. There are a plurality of recessed holes 612 for accommodating the magazine and the positioning pin 62. The socket 64 can be sleeved in the shaft pin, and the screw sleeve 67 and the nut sleeve 68 are inserted into the screw positioning hole 533. Restricted together (see Figure 2), and then the screws μ and nuts such as 'each threaded screw # 67 and the nut sleeve 68 are combined with the lock. The frame holder 64 is provided with several grooves at the top edge. There is a groove (4) at the middle end of the 641, and the groove 643 can be inserted into the sleeve 72. The top of the sleeve 72 has a ball. The groove: 2 the groove (4) and the spherical groove 721 can be used for the positioning member to bounce. Fitted to form a positioning, the rivet of the pivoting seat 64 is further provided with a rivet and a washer η, which is pivotally connected to the rotating base 611. The bottom of the disc body 61 has a washer, and the rivet 69 is riveted on the washer 70 to make the pivot. Seat 64 and The disc body is riveted together, and the pivoting seat 64 is rotated by 36g on the rotating base 611. The pivoting seat 64 is provided with a groove (4) at each side thereof, which is just enough for the shaft pin η to be toothed on both sides. The disc 531 is inserted into the locating pin 62 which is a ball-shaped pin body which is biased by the spring 63 and can be protruded from the groove 642 by the groove 642. The protrusion of the pin sleeve η 10 10 201221103 side pin plate 531 The other end of the rotating seat 611 and the pivoting seat 64 can be maintained in a proper contact. For the present invention. X. Overview of the components and combinations of spin-type mops. 'Next' and then the actions of the present invention and the expected benefits can be stated as follows:
參閱圖9,當使用者要使用本發明時，只要手部握持上 外套皆23 ’帶動内滑管21往下移動，參閱圖1〇，此時單 向機構30的伸管件32底部斜導面321會往下壓，二鋼珠 36會向限料管34的兩側限位孔341錢，㈣旋桿η 外周的叙溝511作沿抵接觸，如此便能以最短軸距推動多種 變：軸距的旋桿51產生重力加速作用，提高倍數旋動功能 ，备旋桿旋轉的同時會帶動下端軸銷套53轉動，透過 可驅動整個布盤本體61沿單一方向作旋轉，藉 此達成两速連續旋動之脫水作業。 參閱圖11，當使用者手部放開後，彈性機構4 而向上彈抵内滑管21，夂胡闰1Λ 设 管件 > 閱圖12 ’此時單向機構30的伸 S件32底部斜導面321， ，使中”太 『又到弹簧33反弹力而往上移動 使中二π套31的鋼珠承 外移而鬆開旋桿51，且中門二心成二間供二鋼珠36 彈抿會迫壓L θ1限位導官34受到彈簧33向上 桿51外/ 往兩側移動，如此二鋼珠36便盘旋 干51外周的旋溝511脫離接觸 。疋 上移動回復至原位。 内u 21便可無阻礙地向 201221103 參閱圖η、圖14,本發明的握持桿2〇下端與轴銷套 53相接’軸銷套53兩側的卡齒盤531具有多數個定位槽 5312 ’布盤本體61上的定㈣62剛好可卡人定位槽训 内，藉此可令握持桿2G定位在預定的角度位置上。 參閱圖is’當使用者想要讓布盤本體作⑽度旋轉 時，首先改變握持桿20的角度，讓轴銷套53兩側卡齒盤 531的凸出部5311對定位銷62作壓抵，如此枢接座64便 不再受到定位銷62卡抵限位，使握持#2〇可在布盤本體 61做360度自由旋轉移動。 綜上所述，本發明自旋式拖把主要是為了解決習知自 旋式拖把丨0使用性的問題，本發明的技術手段及產生 的功效優點主要有下列幾點： ()可降低知作時的噪音：本發明的彈性機構採用 /會聶41及小環42的結構，_時大環Μ會與小環42產 下冰^並由小環42作引導，如此可減少彈性機構40與 ^ 22内壁摩擦的機會，進而有效降低噪音的產生。 2).可有效延長❹壽命：本發明的單向蘭％由一 —Τ Γ、—中空滑套31、二鋼珠36、一c型扣環35及 34所組成，上述構件可以採用不鑛鋼材料或塑 二’成’藉此可解決鏽敍的問題，可有效延長使用壽 用數個〜有角度調整定位& 360度旋轉的功能：本發明利 5312 卡制在軸銷套53卡齒盤53】的定位槽 ’ 3此可㈣定位整健持桿2G的傾斜角度，而且 12 201221103Referring to FIG. 9, when the user wants to use the present invention, as long as the hand grips the upper jacket 23' to drive the inner slide tube 21 to move downward, referring to FIG. 1A, at this time, the bottom portion of the extension pipe member 32 of the one-way mechanism 30 is inclined. The face 321 will be pressed down, the two steel balls 36 will be directed to the limit holes 341 on both sides of the restriction tube 34, and (4) the outer groove 511 of the rotary rod η will be in contact with each other, so that the plurality of changes can be pushed with the shortest wheelbase: The wheelbase 51 of the wheelbase generates a gravity acceleration function, and the multiple rotation function is improved. When the rotation of the rotation rod is rotated, the lower shaft pin sleeve 53 is rotated, and the whole cloth body 61 can be driven to rotate in a single direction, thereby achieving two Speed continuous spinning dewatering operation. Referring to Fig. 11, when the user's hand is released, the elastic mechanism 4 is springed up against the inner slide tube 21, and the tube member is slid. Figure 12 'At this time, the extension member S of the one-way mechanism 30 is inclined at the bottom. The guide surface 321, so that the middle "too" and the spring 33 rebound force and move upward so that the steel ball of the middle two π sleeve 31 is moved outward to release the rotary rod 51, and the middle door is divided into two for the two steel balls 36 The magazine will force the L θ1 limit guide 34 to be moved by the spring 33 to the outside of the rod 51 / to the sides, so that the two balls 36 will be rotated out of the outer circumference of the spur 511 out of contact. The squat moves back to the original position. u 21 can be unobstructed to 201221103. Referring to FIG. 7 and FIG. 14, the lower end of the grip bar 2 of the present invention is connected to the pin sleeve 53. The latch plates 531 on both sides of the pin bushing 53 have a plurality of positioning grooves 5312. The fixed (four) 62 on the cloth tray body 61 is just inside the locator, so that the gripping rod 2G can be positioned at a predetermined angular position. Referring to the figure is' when the user wants to make the cloth body (10) degrees When rotating, first change the angle of the grip bar 20, so that the protruding portion 5311 of the pinring plate 531 on both sides of the pin bushing 53 presses against the positioning pin 62, such as The pivoting seat 64 is no longer locked by the positioning pin 62, so that the grip #2〇 can be rotated 360 degrees in the disc body 61. In summary, the spin mop of the present invention is mainly for solving The problem of the use of the spin type mop ,0, the technical means of the present invention and the advantages of the power produced are mainly as follows: () The noise during the knowledge can be reduced: the elastic mechanism of the present invention adopts / will be 41 The structure of the small ring 42 is such that the large ring ring and the small ring 42 produce ice and are guided by the small ring 42, which reduces the chance of friction between the elastic mechanism 40 and the inner wall of the 22, thereby effectively reducing noise generation. The utility model can effectively extend the life of the crucible: the one-way blue % of the invention is composed of a single crucible, a hollow sliding sleeve 31, two steel balls 36, a c-shaped clasp 35 and 34, and the above components can be made of non-mineral steel materials. Or plastic two 'into' can solve the problem of rust, can effectively extend the use of life ~ angle adjustment positioning & 360 degree rotation function: the invention 5312 card in the shaft pin 53 toothed disk 53] The positioning groove '3 can (4) position the tilt angle of the 2G holding rod, and 12 201221103
樞接座64鉚接在布盤本體61 ±，使定位銷62壓抵卡齒盤 531的凸出部5311後，便可讓握持桿2〇在布盤本體6ι上 做360度旋轉，使本發明的操作性更加便利。 惟以上所述者，僅為本發明之一較佳實施例而已，當 不能以此限定本發明實施之範圍’即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋習知自旋式拖把的分解立體圖； 圖2是本發明自旋式拖把一較佳實施例的分解 :明本發明包含有一握持桿、 竹忤 早向機構、一彈性機掮 旋動機構及一旋動軸機構； 圖3疋上述較佳實施例的組合立體圖The pivoting seat 64 is riveted to the panel body 61±, and the positioning pin 62 is pressed against the protruding portion 5311 of the latching plate 531, so that the gripping rod 2 can be rotated 360 degrees on the cloth tray body 6 The operability of the invention is more convenient. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made in accordance with the scope of the present invention and the description of the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a conventional spin mop; FIG. 2 is an exploded view of a preferred embodiment of the spin mop of the present invention: the present invention includes a grip bar and a bamboo raft early mechanism , an elastic machine rotating mechanism and a rotating shaft mechanism; FIG. 3 is a combined perspective view of the above preferred embodiment
圖4疋上述較佳實施例的組合剖視圖； 圖5是上述較佳實施例的組合剖視圖， 具有二鋼珠，二鋼珠向兩側方向移動的情形，· 圖6疋上述較佳實施例的組合剖視圖， 二鋼珠向中間方向移動的情形； 說明單向機構 說明單向機構 圖7疋上述較佳實施例的分解立體圖 構具有-布盤本體、—樞接座及數定位銷； 圖8疋上述較佳實施例的組合剖視圖 構與旋動機構相接的情形； ’ s兒明旋動轴機 ’說明旋動軸機 圖9 的情形； 疋上述較佳實施例的動作圖， 說明握持桿下壓後 13 201221103 圖ι〇是上述較佳實施例的動作圖，說明單向機構的二 鋼珠對旋桿作沿抵接觸的情形； 圖11是上述較佳實施例的動作圖，說明握持桿放開後 的情形； 圖12疋上述較佳實施例的動作圖，說明單向機構的二 鋼珠與旋桿相脫離的情形； 圖13疋上述較佳實施例的動作圖，說明握持桿 在布盤本體中間角度的位置；. 圖14疋上述較佳實施例的動作圖，說明握持桿被定 在傾斜角度的情形； 盤本體上做360度旋轉的情形 圖15疋上述較佳實施例的動作圖，說明握持桿可在布 W形；及 圖16是本發明另一較佳 向機構的内部結構。 較佳實施例的剖視圖，說明另—單 14 201221103Figure 4 is a cross-sectional view of the combination of the above preferred embodiments; Figure 5 is a cross-sectional view of the preferred embodiment of the preferred embodiment, with two steel balls, two steel balls moving in both directions, Figure 6 is a sectional view of the preferred embodiment of the above preferred embodiment The case where the two steel balls move in the middle direction; the one-way mechanism is described as a one-way mechanism. The exploded perspective view of the above preferred embodiment has a cloth body, a pivoting seat and a plurality of positioning pins; The combined sectional view of the preferred embodiment is in contact with the rotating mechanism; the 'swing rotary shafting machine' illustrates the situation of the rotating shafting machine Fig. 9; the action diagram of the above preferred embodiment, illustrating the lower holding arm After pressing 13, 201221103 is an action diagram of the above preferred embodiment, illustrating the case where the two balls of the one-way mechanism are in contact with the rotating rod; FIG. 11 is an action diagram of the above preferred embodiment, illustrating the holding rod Figure 12 is a motion diagram of the above preferred embodiment, illustrating the case where the two steel balls of the one-way mechanism are separated from the rotary rod; Figure 13 is an action diagram of the above preferred embodiment, illustrating that the holding rod is Cloth book The position of the intermediate angle; Fig. 14 is an action diagram of the above preferred embodiment, illustrating the case where the grip bar is set at an oblique angle; the case where the disk body is rotated 360 degrees. Fig. 15 is an action diagram of the above preferred embodiment It is noted that the grip bar can be in the shape of a W; and Figure 16 is the internal structure of another preferred mechanism of the present invention. A cross-sectional view of a preferred embodiment, illustrating another - single 14 201221103
【主要元件符號說明】 20 …. ……握持桿 41…… …大環 21 …·. ……内滑管 42…… …小環 22 …··下外套管 43…… …C型扣環 221… ......凸緣 44…… …固定套 222 ... ......定位溝槽 441"… …凸出部 23 •…· ......上外套管 50…… …旋動機構 30 ......單向機構 51…… …旋桿 31 ..… ••…中空滑套 511•.… …旋溝 311 ... ……外凹槽 52…… …旋動軸栓 312… ......限位凸緣 521•.… …凸出部 313… ……滑槽 522… …定位平面 314 ... ......鋼珠承座槽 53 ...... …軸銷套 32..... ......伸管件 531...·· …卡齒盤 321… ......斜導Φ 5311 … …凸出部 322… ……凸出部 5312 … …定位槽 33 …· ……彈簧 532… …凹槽 34… ……限位導管 533..… …螺絲定位孔 341 ·· ……限位孔 534..... …定位平面溝槽 342… ……凸出部 54…… …錐狀彈簀 343… ......溝槽 55…… …定位件 35 •… ……C型扣環 .56…… …限位件 36*"* ......鋼珠 58…… …鉚釘 40... ……彈性機構. 60 ·. ·.: …旋動軸機構 15 201221103 61…… •…布盤本體 65 ·..·· …·螺絲 611 …· •…旋轉座 66 "… -…螺帽 612 ···· …·凹孔 67 ·..· •…螺絲套 62…… •…定位銷 68 •.… •…螺帽套 63…… …·彈簧 69 ·.··· …·鉚釘 64…… •…樞接座 70 ••… …·華司 641 · •…凹溝 71 … …·墊圈 642 ··· …·溝槽 .72 ·.·· …·栓套 643… …·凹槽 721···. …·球型凹槽[Main component symbol description] 20 .......... Grip bar 41... Large ring 21 ...·....... Inner slide tube 42... Small ring 22 ...·· Lower outer sleeve 43... C-type retaining ring 221... ...... flange 44 ... ... fixing sleeve 222 ... ... positioning groove 441 " ... bulging 23 ..... ... upper outer casing 50 ...... Rotating mechanism 30 ... unidirectional mechanism 51 ... ... Rotating rod 31 ..... ••... Hollow sliding sleeve 511•.... Rotary groove 311 .........Outer groove 52... ...spinning shaft bolt 312... ...... limiting flange 521•.... bulging portion 313... ...... chute 522... positioning plane 314 ... ...... steel ball bearing Slot 53 ...... ...pin sleeve 32..... ...... extension tube 531...··...toothed disc 321.........slant guide Φ 5311 ... Projection portion 322 ... ... projection portion 5312 ... positioning groove 33 ... ... ... spring 532 ... ... groove 34 ... ... limit conduit 533 ..... ... screw positioning hole 341 · · ... limit hole 534 ..... ... positioning plane groove 342... ...... projection 54 ... ... cone magazine 343 ... ... groove 55 ... ... positioning member 35 •... ......C-type clasp.56.........Limit part 36*"* ......Steel ball 58... rivet 40... ......Flexible mechanism. 60 ·. ·.: ... Rotary shaft mechanism 15 201221103 61... •...Disc body 65 ·..····Screw 611 ...· •... Rotating seat 66 "... -... Nut 612 ······Recessed hole 67 ·. .. •...screw sleeve 62... •...positioning pin 68 •.... •... nut sleeve 63... ...·spring 69 ·······rivet 64... •... pivoting seat 70 ••... ·Hua Si 641 · •...Groove 71 ...··Gasket 642 ·····Groove.72 ······Sleeve 643... ...· Groove 721···.