201012598 六 發明說明·* ., 【發明所屬之技術領域】 寸工5=^。關’特別是指—種適_規格尺 【先前技術】 號專^第11圖可所/&係為一種習知套筒（中華民國第_ 際二=:規:陷尺寸的工作件進行驅鎖’惟，實 構件其件：空:12内組配有複數個 ί長本長度來容置各構件，_造成套筒總長度 ❿ ，使導組件一本體,而無法使= t抵’且該彈性環扣23與本體25的環槽3 η目； 間’因此欠缺-個穩固的定位組態，使得該第三:動一空= 201012598 在作動時’该套筒會因為受到震動或兮典 ^ 5使得第三驅動空間22消失，迫使3，推抵 .足。 適用性明顯不 據此，如何能開發出一種雙規 缺陷，即為本案發明之動機。 ，其可解決上述之 【發明内容】 本發明之目的在於提供一種 筒的材料成本。 '雙規格套筒，其係節省套 本發明另一目的在於提供一種 工作中不會中斷，增加其工作穩定性雙套缚，該套筒在 緣是，為了達成前述目的，依 雙規格套筒，其包含有： f本么明所提供之-種 動部與-受力部，該第一驅動別為-第-驅 空間，另外，該驅動部與受力部之間2邊=的第一驅動 第-定位凹槽與一第二定位凹槽.二^-限位環部、-二驅動部與一套接部 ’其兩端為一第 驅動空間以及一環形肩部弟忒=具有多邊形之第二 之間具有一環形擋部與—穿 =第一驅動部與套接部 鋼珠，且該鋼珠可適時凸出兮穿j孔内具有一可活動的 套設於該本體’且該環形肩;;卜限係::滑動地 套環朝第-驅動部滑動距離 部’藉以限定 凹槽或第二定位凹槽，俾 卡抵於第-定位 元件，其係套設於該本位；一第一限位 限定該套環朝受力部滑動距離；、二衣^套接部，藉以 環形凸部與-第二環形^套’其内具有-第-套環，該第-_凸部可㈣地套設於該 間’該活動空間設置有一彈性元二“之間形成一活動空 部滑動後得以復位, ^ T吏滑套朝第二驅動 了邊弟一壤形凸部係抵止該鋼 4 201012598 =部-第二限位元件，其係套 滑套魅心㈣對ί "套第二環形凸部，藉以限定該 ，此，拉動該滑套控制鋼珠可使套環於 3亡^滑=定位，藉以交替使用第-驅動空間 戈第-轉㈣，達成雙祕尺寸的適用。 同，：：不Ϊ發5一較佳實施例與前述實施方式大致相 滑套滑套’其内具有-環形凸部，該 ❹ 套與 rr 間 套朝套接部滑動後得以復位，件，俾使滑 對ΪΪ奎Ϊ鋼ΐ部分凸出該穿孔外，另外，該環形凸部係 第：Ρ〔位形擋部J藉以限定該_復位的距離；-端，^=众’ S係套設於該套環’且對應該彈性元件一 - 套接部滑動時得以壓縮該彈性元件而儲存201012598 Six invention descriptions *., [Technical field to which the invention pertains] Inch 5=^. Off 'Specially refers to - kind of _ specification ruler [prior art] No. 11 ^ Figure can be a conventional sleeve (Republic of China _ _ 2 =: gauge: trapped size work pieces Drive lock 'only, the real components of its parts: empty: 12 inner group is equipped with a plurality of ί long length to accommodate the components, _ causing the total length of the sleeve ❿, so that the guide assembly is a body, and can not make = t And the elastic ring buckle 23 and the ring groove 3 of the body 25 are in the same direction; therefore, the lack of a stable positioning configuration makes the third: moving one empty = 201012598 when the actuator is subjected to vibration or smashing The code 5 makes the third driving space 22 disappear, forcing 3, pushing against the foot. Applicability is obviously not based on this, how to develop a double gauge defect, which is the motive of the invention of the present invention. The object of the present invention is to provide a material cost of a cylinder. 'Double-size sleeve, which is a saving sleeve. Another object of the present invention is to provide a double-binding which is uninterrupted in operation and increases its working stability. The reason is that in order to achieve the aforementioned objectives, according to the double-size sleeve, The method includes: a body-moving portion and a force-receiving portion provided by the body, the first driving device is a first-drive space, and the first drive between the driving portion and the force receiving portion a first positioning groove and a second positioning groove. The two-restricted ring portion, the two-two driving portion and the one-piece connecting portion have a first driving space and a circular shoulder portion. The second portion has an annular stop portion and a first driving portion and a socket portion steel ball, and the steel ball can be protruded in a timely manner, and the j hole has a movable sleeve disposed on the body and the annular shoulder ; ; 限 限 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : a limit defines a sliding distance of the collar toward the force receiving portion; and a second garment sleeve portion, wherein the annular convex portion and the second annular sleeve have a - first collar, the first - convex portion (4) The ground cover is set in the room where the activity space is set up with an elastic element 2 to form an active empty part to be reset after sliding, ^ T吏 sliding sleeve drives the second brother The lobe convex portion resists the steel 4 201012598 = part-second limiting element, and the sleeve sleeve charm (4) pairs ί " sets the second annular convex portion, thereby limiting the, thereby pulling the sliding sleeve control The steel ball can be used to position the collar in 3 deadlocks, so as to alternately use the first drive space Goto-turn (four) to achieve the application of the double secret size. Same as:: no burst 5 a preferred embodiment and the foregoing embodiment The substantially sliding sleeve sliding sleeve has a ring-shaped convex portion therein, and the sleeve and the rr sleeve are slid toward the socket portion to be reset, and the member is slid so that the sliding portion of the ΪΪ ΪΪ Ϊ Ϊ 凸 凸 , , , , , the annular convex portion is: Ρ [the position of the positional stop J to define the distance of the reset; - the end, ^ = the 'S system is sleeved on the collar' and corresponds to the elastic element - the sleeve sliding When the elastic element is compressed and stored
及滑動後定位’藉以交替使用第-驅動 第一驅動空間，達成雙規格尺寸的_。 U 可滑動地套設形凸部，該滑套係 件，傀估、Ϊ:間第一活動空間設置有-第-彈性元 環 ^套姉二轉部滑動後得以復位，復位時，該 該環形二 凸出，外，^ 動空間設置有—第二㈣"'赖空間’ $第二活 位俾 5 201012598 以壓縮該彈性元件而儲存一回復力；據此，拉動該滑套控 制鋼珠可使套環於本體上滑動以及滑動後定位，藉以交替 使用第一驅動空間或第二驅動空間，達成雙規格尺寸的適 用。 有關本發明為達成上述目的，所採用之技術、手段及其他 之功效’兹舉三較佳可行實施例並配合圖式詳細說明如后。 【實施方式】 ❹ Ο 首先5青配合參閱第3、4、5圖所示，本發明第一實施例 所提供的一種雙規格套筒，其主要係由一本體3〇、一套環 40、一第一限位元件50、一滑套6〇以及一第二限位元 70所構成，其中： 該本體30，其兩端分別為一第一驅動部31與一受力 部32,該第-驅動部31内具有六邊形的第一驅動空間 311，該受力部32得以受驅動工具連接帶動（圖上未示）或 =需Ϊ工具頭80 (如第9圖所示)，該工具頭80為； 子形悲，也可以是一字、内六角、外六角..等等形態；另 外，該驅動部31與受力部32之間具有一限位環部^ 一 =了定位凹槽34、-第二定位凹槽35與—第—環形凹槽 該套環4〇’其兩端為一第二驅動部41與一 第二驅動部41内具有六邊形的第二驅動空間411二及一 環形肩部412 ’另外，該第二驅動部41與套接 具，-壞形擋部43、-穿孔44與-第二環形凹，二 中該穿孔44内具有—可活動的鋼珠46,且 θ二 時凸出該穿孔44外；該套環40係可滑動地套* 30 ^ 412 33，t2T：tr 40朝第一驅動部31滑動距離，避免套環^ 互滑脫。响鋼珠46可卡抵於第—定位凹槽|或第二Ϊ 201012598 位凹^ 35 ’俾使套環4G滑動後定位。 形凹，限位元件5〇 ’其係套設於該本體30的第一環 環40曰朝受力^對應该套環4〇的套接部42，藉以限定該套 ^脫。朝又力部32滑動距離，避免套環4〇與本體3〇相互 形凸ί 6〜套:〇第’其二具广第-環形凸部61與-第二環 有-作動^ ㈣凸部61與第二環形凸部62之間具 611與一^ 63，令該第一環形凸部61具有-環形抵面 Ο 環40，該第1 12 ;該滑套6〇係可滑動地套設於該套 動#門—環形凸部61與該環形擋部43之間形成一活 動空間64設置有一彈性元件65, ^彈Ϊ 伟I止於止於該環形擋部43的端面，另端652 驅動部41滑動後得以復位，復位時，該第 珠le邻八°161的環形端面612係可抵止於鋼珠46，使鋼 珠46 e卩分凸出該穿孔44外。 。亥第一限位元件7〇，其係套設於該套環4〇 ，槽45，且對應該滑套60的第二環形凸部= 疋遠滑套6G復位的距離，避免滑套6Q與套環4()相互^脫。 據此心拉動該滑# 6〇控制鋼珠46可使套環4〇於本體 =上》月動以及滑動後定位，藉以交替使用第—驅動 311或第二驅動空間411，達成雙規格尺寸的適用。工 組態Z所述即為本制第—實施例各主要構件之結構及其 树補_翁纽其麵，請參閱第5 务就使用第一驅動空間311而言：拉動該滑套6〇並同時 藉由其第一環形凸部61控制鋼珠46定位於該本體3〇的第 7 201012598 ’此時，該套環4°的第二驅動部41尚未滑 進行驅鎖。 工a u ’套接所符合規格尺寸的工作件 將該:’ ❹ m 6受0第的部61與該鋼珠46錯位，讓鋼珠46不 1 槽35，此i凸部61抵止而定位於該本體30的第二定位凹 一驅動將該滑套60連同套環4〇朝向本體30的第 滑離該i體30方的向第物㈣直到該套環4〇的第二驅動部41 體3〇的第= 動於該本 t 穿孔44與滑套60作動空間 最終騎套6()的第—環形凸部61抵正於 鞅f 46，使鋼珠46部分凸出該穿孔44外，而定位於噹 第:的第—定位凹槽％ ’據此，即可使用該套環40的 第-驅動” 411 ’套接簡合規格尺柏工作件進行驅鎖。 Μ上即為咖兩賴格尺寸工作件的操作綱。而本發 月第—實施例可達到下列的功效。 其一、由於本發明達成適用兩種規格尺寸工作件進行 鎖的方式，第一種係透過本體30本身的第一驅動空間311來 達成，第二種則是將相關構件設置於本體3〇外部，經由操作 =產生第二驅動空間411來達成，因此，不需增加本體3〇長 又來各置相關構件，據此，本發明不需變更套筒本體3〇長 度即可套接不同規格尺寸的工作件進行驅鎖，確實可達到節 省套筒材料成本的目的。 ' 其二 、由於本發明交替使用第一驅動空間311或第 8 201012598 定財^ m係透過鋼珠46定位於 护凸部61 2 κ〇之間，該鋼珠46又受滑套21的第一環 I第該滑套21也受彈性元件65所推迫而防 @,b,Μ 3n -5 m π動位移後定位相當確實，如需第一驅 骨套6二驅交替使用，除了要拉動該 的力量來隸該的彈力之外，更祕以一適當 ❹ Ο 間411時，不會此’本發明在使用第二驅動空 Μ，為套琦本身受到震動或套環40受到軸向推 務明^付Ϊ—驅動空間411消失，迫使工作中斷，是以，本 發明的確具有相當高的工作穩定性。 -疋本 供的二〇至1 3圖所示’本發明第二實施例所提 二第一 pf位-杜^，其主要係由一本體3如、一套環40&、 弟限位兀件5〇a、一、、典太βπ。丨、丨n 姑 所構成，其中： ^套咖以及一红限位元件70a 力部3體其兩端分別為一第一驅動部31a與一受 間311a，二士驅動部^内具有六邊形的第一驅動空 得以受驅動工具連接帶動（圖上未 Ϊ (圖上卸，社制為十字形 “動部二等等形態；另外， 第一定位凹槽34a、—第—&日凹有限338、一 押36a。 罘一疋位凹槽35a與一第一環形凹 42a，ii% 4Ga ’其兩端為一第二驅動部4la與―套接部 以及1 j動部…内具有六邊形的第二驅動㈣411a 两口43a、一穿孔44a與一第二環形凹 201012598 槽45a 〃中„亥穿孔44a 0具有一可活動的鋼珠恤，且該 鋼參術可適時凸出該穿孔44a夕卜；該套環術係可滑動 地套二於4本體3〇a’且該環形肩部4i2a對應該限位環部 藉以限定套j裒術朝第一驅動部31&滑動距離，避免 ，40a與本體3〇a相互滑脫。而該鋼珠4如可卡抵於第 =位凹槽34a或第二^位凹槽35a，俾使套環恤滑動 後疋位。 班4第一限位兀件5〇a，其係套設於該本體的第一 e ===槽36a ’且對應该套環術的套接部恤，藉以限定 =¥ 40a朝受力部32a滑動距離，避免套環術與本體 dl)a相互滑脫。 孩π套60a，其内具有一環形凸部6ia，該環形凸部 =具^一環形端面6Ua與呈相互對應的第一環形抵面 ^ f環形抵面613a;該滑套6Ga係可義地套設於 二％ 40a，該環形凸部61a與套接部42&之間形成一活 ‘ 活動空間㈣設置有—性元件65a，俾使 :a朝套接部42a滑動後得以復位，復位時，該環形 ^61a的環形_6Ua係可抵止於鋼珠術，使鋼珠偷 =穿孔他外。另外，該環形凸部61a的第一環 ίΐί &係對應該套環術的環形擋部伽，藉以限定 復位的距離’避免滑套6Ga與套環術相互滑 ^ ^套60a朝向套環術套接部似方向拉動後，該 與環形擋部偷之間具有一作動空間63a， 以作動空間63a可供鋼珠46a活動，如第13圖所示。 〜該ί,限位元件7Ga，其係套設於該套環術之第二 =於，…設有-塾圈_，該 、弟一限位疋件7〇a ’因此，彈性元件65a -端651a抵止 201012598 於該環形凸部61a的第二環形抵面613a，另端6孤則抵 止於墊圈90a，俾使滑套60a朝套接部42a滑動時得以壓 縮該彈性元件65a而儲存一回復力。 據此，拉動該滑套6〇a控制鋼珠46a可使套環4〇a於 本體施上滑動以及滑動後定位，藉以交替使用第一驅動 空間311a或第二驅動空間411a，達成雙規格尺寸 以上所述㈣本發明第二實施例各主要構 組態說明。 /、 至於And the positioning after sliding' is used to alternately use the first drive space to achieve the double size _. U slidably sleeve-shaped convex portion, the sliding sleeve system, the first movable space is provided with a first-elastic element ring, and the second rotating portion is reset after sliding, and when resetting, the The ring has two protrusions, and the outer space is provided with - second (four) " 'lying space' $ second live position 俾 5 201012598 to compress the elastic element to store a restoring force; accordingly, pulling the sliding sleeve to control the steel ball can be The sleeve is slid on the body and positioned after sliding, thereby alternately using the first driving space or the second driving space to achieve the application of the double size. The present invention has been described with respect to the preferred embodiments of the present invention in order to achieve the above objectives. [Embodiment] ❹ Ο First, the first 5 green, as shown in the figures 3, 4, and 5, a double-sized sleeve provided by the first embodiment of the present invention is mainly composed of a body 3〇, a set of rings 40, a first limiting component 50, a sliding sleeve 6〇, and a second limiting component 70, wherein: the body 30 has two first driving portions 31 and a receiving portion 32, respectively. a driving portion 31 having a hexagonal first driving space 311, which is driven by a driving tool (not shown) or a tool head 80 (as shown in FIG. 9). The tool head 80 is a sub-shaped sorrow, and may also be a character, a hexagon socket, an outer hexagon, etc.; in addition, the driving portion 31 and the force receiving portion 32 have a limit ring portion. a groove 34, a second positioning groove 35 and a first ring groove. The two ends of the collar 4' are a second driving portion 41 and a second driving portion having a hexagonal second driving portion 41. a space 411 2 and an annular shoulder 412 'in addition, the second driving portion 41 and the socket, the bad-shaped portion 43, the perforation 44 and the second annular recess, the second of the holes 44 There is a movable steel ball 46, and θ protrudes outside the hole 44; the ring 40 is slidably sleeved * 30 ^ 412 33, t2T: tr 40 sliding distance to the first driving portion 31, avoiding the collar ^ Slip off each other. The ring steel ball 46 can be snapped to the first positioning groove| or the second side 201012598 bit concave ^ 35 '俾 so that the collar 4G is slid and positioned. The recessed portion, the limiting member 5'' is sleeved on the sleeve ring portion 42 of the first ring 40 of the body 30 facing the force receiving ring 4, thereby defining the sleeve. Sliding distance to the force portion 32, to prevent the collar 4〇 and the body 3〇 from being mutually convex ί 6~ sleeve: 〇第'the second wide-ring convex portion 61 and the second ring having the action ^ (4) convex portion Between the 61 and the second annular convex portion 62, there are 611 and a 63, so that the first annular convex portion 61 has an annular annular abutment ring 40, and the first 12; the sliding sleeve 6 is slidably sleeved An movable space 64 is formed between the annular door 61 and the annular stop portion 43 and is provided with an elastic member 65. The elastic end is stopped at the end surface of the annular stop portion 43. The 652 driving portion 41 is slid and then reset. When resetting, the annular end surface 612 of the first bead 8° 161 can be resisted by the steel ball 46, so that the steel ball 46 e protrudes out of the through hole 44. . The first limiting member 7 of the hai is sleeved on the collar 4 〇, the groove 45, and the second annular convex portion corresponding to the sliding sleeve 60 = the distance of the sliding sleeve 6G is reset, avoiding the sliding sleeve 6Q and The collars 4 () are separated from each other. According to the heart pulling the slide #6〇 control the steel ball 46, the collar 4 can be positioned on the body=upper month and the rear position after sliding, thereby alternately using the first drive 311 or the second drive space 411 to achieve the application of the double size. . The structure Z is the structure of the main components of the first embodiment of the system and the tree complement _ Weng Noodle, please refer to the fifth task to use the first driving space 311: pull the sliding sleeve 6〇 At the same time, by the first annular convex portion 61, the steel ball 46 is controlled to be positioned at the 7th 201012598 of the body 3'. At this time, the second driving portion 41 of the collar 4° has not been slipped and unlocked. The au 'sleeve work piece conforming to the specification size: ' ❹ m 6 is offset from the steel ball 46 by the 0th portion 61, so that the steel ball 46 does not have a groove 35, and the i convex portion 61 is abutted and positioned The second positioning concave portion of the body 30 drives the sliding sleeve 60 together with the collar 4 〇 toward the body (the fourth) of the body 30 that slides away from the body 30 until the second driving portion 41 of the collar 4 The first portion of the crucible is moved by the t-hole 44 and the sleeve 60 to actuate the space. The first annular projection 61 of the sleeve 6 is abutted against the crucible 46, so that the steel bead 46 partially protrudes out of the perforation 44 and is positioned. In the first: the first positioning groove % 'According to this, you can use the first drive of the collar 40 411 'sleeve the standard size of the cypress work piece for unlocking. The operation of the dimensioning work piece. The first embodiment of the present invention can achieve the following effects. First, since the present invention achieves the method of locking the work pieces of two sizes, the first type is transmitted through the body 30 itself. A driving space 311 is achieved, and the second is to set the relevant component outside the body 3〇, and generate a second driving space 411 via operation= Therefore, it is not necessary to increase the length of the body 3 and the related components, and accordingly, the invention can be used to lock the working pieces of different specifications without changing the length of the sleeve body 3, and can be achieved. The purpose of saving the cost of the sleeve material is as follows. Second, since the first driving space 311 or the eighth 201012598 is used in the present invention, the steel ball 46 is positioned between the protection protrusions 61 2 κ〇, and the steel ball 46 is again The sliding sleeve 21 of the first ring I of the sliding sleeve 21 is also urged by the elastic member 65 to prevent @, b, Μ 3n -5 m π after the dynamic displacement, the positioning is quite accurate, if the first bone-drive sleeve 6 is required Alternate use, in addition to pulling the force to the elastic force, more secret to a suitable time 411, this will not be the use of the second drive space, the set itself is shaken or The collar 40 is subjected to an axial push and the drive space 411 disappears, forcing the work to be interrupted. Therefore, the present invention does have a relatively high working stability. The second pf bit of the second embodiment of the present invention is mainly composed of an ontology 3 For example, a set of ring 40&, a limited position piece 5〇a, a, a code too βπ. 丨, 丨n auspicious, which: ^ set of coffee and a red limit component 70a force part 3 body two The first driving portion 31a and the receiving portion 311a are respectively connected, and the first driving space having a hexagonal shape in the driving unit of the two is driven by the driving tool (not shown in the figure (the figure is unloaded, the system is ten The shape of the movable portion 2 and the like; in addition, the first positioning groove 34a, the first & day concave is limited to 338, and the third is 36a. The first groove 35a and the first annular groove 42a, ii% 4Ga 'The two ends are a second driving portion 41a and a socket portion, and a first driving portion having a hexagonal shape (four) 411a, two holes 43a, a through hole 44a and a second annular concave portion 201012598, a groove 45a. The through hole 44a 0 has a movable steel ball shirt, and the steel ginseng can protrude the through hole 44a in time; the looping system is slidably sleeved on the body 4〇a' and the annular shoulder 4i2a Corresponding to the limit ring portion, the sliding distance is limited to the first driving portion 31& and the 40a and the body 3〇a are prevented from slipping off each other. And the steel ball 4 can be clamped to the first position groove 34a or the second position groove 35a, so that the collar shirt is slid and then clamped. Class 4 first limit member 5〇a, which is sleeved on the first e === slot 36a ' of the body and corresponds to the sleeve of the collar, thereby limiting =¥ 40a toward the force part The sliding distance of 32a avoids the slipping of the collar and the body dl)a. a π sleeve 60a having an annular convex portion 6ia therein, the annular convex portion=having an annular end surface 6Ua and a first annular abutment surface corresponding to the annular annular abutment surface 613a; the sliding sleeve 6Ga is The ground sleeve is disposed on the second 40a, and the annular convex portion 61a forms a living space (four) between the socket portion 42a and the movable portion (4), and the element 65a is disposed, so that: a is reset after sliding to the socket portion 42a, and is reset. At the time, the ring_6Ua of the ring ^61a can resist the ball beading, so that the ball is stolen = perforated. In addition, the first ring ΐ & & 该 该 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 After the socket is pulled in the direction, there is an operating space 63a between the ring and the ring gear, so that the actuating space 63a can be moved by the steel ball 46a, as shown in FIG. ~ ί, the limiting element 7Ga, which is sleeved on the second part of the collar, and is provided with a loop, which is a limiting element 7〇a ', therefore, the elastic element 65a - The end 651a abuts the second annular abutment surface 613a of the annular projection 61a, and the other end 6 abuts against the washer 90a. When the sliding sleeve 60a slides toward the socket portion 42a, the elastic member 65a is compressed and stored. A recovery. Accordingly, pulling the sliding sleeve 6〇a to control the steel ball 46a allows the collar 4〇a to be slidably and slidably positioned on the body, thereby alternately using the first driving space 311a or the second driving space 411a to achieve a double size or more. (4) The main configuration description of the second embodiment of the present invention. /, As for
由於其功效同於第-實施例，故在此不 本發明第二實施例的操作不同處在於： 第二實施例主要係將該滑套6〇a朝向該套環恤的套 Γϊ成t套環偷得以於本體3〇a上滑移以 j驅動空間41a或第二驅動空間 41 a 乂替使用’換5之，第—實施例之 卷 環40第二驅動部41拉動，第心〇係朝向套 套環•第二駆動部41!拉==套,係背向 施狀態。 雜_構成另一種不同的實 請配合參閱第i 4至丄6圖所示 供的-種雙規格㈣，其主要係由S第—— 實^列戶^ 一第一限位元件5〇、一滑套6〇 30 一套％ 40、 構成，其中： β套6GJ"及—第二限位it件70所 該本體識，其_分別為 力部32b，該第-驅動部3 :動^训與一受 間藝’該受力部32b得以受驅有^星邊^的第一=動空 示)或組設所需的工具頭… 八連接帶動(圖上未 態，也可以是，紅具頭為十字形 該驅動部31b與受力部32 等等形態；另外， 之間具有一限位環部33b、一 11 201012598 第一定位凹槽34b、一第二定位凹槽35b盥一第一環形凹 槽 36b。Since the effect is the same as that of the first embodiment, the operation of the second embodiment of the present invention is different in that: the second embodiment mainly focuses the sleeve 6〇a toward the sleeve of the collar. The ring can be slid on the body 3〇a to drive the space 41a or the second drive space 41a. For the use of the 'change 5', the second drive portion 41 of the roll ring 40 of the first embodiment is pulled, the first heart is tied Toward the ferrule ring • The second swaying portion 41! Pull == sleeve, which is in the back-to-back state. Miscellaneous _ constitutes another different kind of real cooperation, please refer to the two kinds of specifications (4) provided in the figures i 4 to 丄6, which are mainly composed of S - 实 _ _ ^ ^ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 a sliding sleeve 6〇30 a set of 40, a composition, wherein: β sets 6GJ" and - the second limit of the piece 70 of the body knowledge, the _ respectively is the force part 32b, the first drive part 3: move ^ Training and one-of-a-kind art 'The force part 32b can be driven to have the first side of the star side ^ move the air) or set up the required tool head... Eight connections drive (the picture is not state, it can be, The red head has a cross shape, the driving portion 31b and the force receiving portion 32, and the like; in addition, there is a limiting ring portion 33b, an 11 201012598, a first positioning groove 34b, and a second positioning groove 35b. The first annular groove 36b.
该套環40b，其兩端為一第二驅動部與一套接部 42b，該第二驅動部41b内具有六邊形的第二驅動空間41比 以及一環形肩部412b，另外，該第二驅動部41b與套接部 42b之間具有一環形擂部43b、一穿孔4牝與一第二環形凹 槽45b，其中該穿孔44b内具有一可活動的鋼珠46b，且該 鋼珠46b可適時凸出該穿孔4牝外；該套環4〇b係可滑動 地套設於該本體30b ’且該環形肩部4i2b對應該限位環部 33b ’藉以限定套環40b朝第一驅動部3比滑動距離，避免 套環40b與本體30b相互滑脫。而該鋼珠46b可卡抵於第 定位凹槽34b或第二定位凹槽35b，俾使套環40b滑動 後定位。 ^該第一限位元件5牝，其係套設於該本體3〇b的第一 環形凹槽36b ’且對應該套環40b的套接部42b，藉以限定 該套環40b朝受力部32b滑動距離，避免套環她盘 30b相5潘脫。 /、个肢 該滑套6Gb，其内具有-環形凸部_，該環形凸部 fi環形端面611b與呈相互對應的第—環形抵面 =2b及第二環形抵面613b;該滑套_係可滑動地套設於 ^環40b ’該環形凸部61b與環形撐部伽之間二 第=活動空間62b，該第一活動空間62b設置有一 性兀件63b，且可供鋼珠46b作動，該第一彈性元件 一端631b係抵止於該環形擋部43b之端面，另端 =止於該環形凸部61b的第-環形抵面612b，據此使 =套60b朝第二驅動部41b滑動後得以復位，復位 =止該鋼珠46b ’使鋼珠46b部分凸出： 沣孔44b外’另外’該環形凸部61b與套接部伽之間形 12 201012598 間_，該第二活動空間64b設置有-第 且可供鋼珠傷作動，俾使滑套祕朝 ㈣二後得以復位，復位時’該環形凸部_同 樣抵f _珠_，使鋼珠働部分凸出該穿孔44b外。 位凡件7Gb，其係套設於該套環働之第二 ^ 9 ，且對應該第二彈性元件65b—端651b，本 於該套環40b套設有一墊圈90b，該墊圈9〇b係 罪，於第—限位％件·，因此，第二彈性元件咖The collar 40b has a second driving portion and a set of connecting portions 42b at both ends thereof. The second driving portion 41b has a hexagonal second driving space 41 and an annular shoulder portion 412b. The second driving portion 41b and the socket portion 42b have an annular flange portion 43b, a through hole 4牝 and a second annular groove 45b. The through hole 44b has a movable steel ball 46b therein, and the steel ball 46b can be timely. Protruding the through hole 4; the collar 4〇b is slidably sleeved on the body 30b' and the annular shoulder 4i2b corresponds to the limiting ring portion 33b' to define the collar 40b toward the first driving portion 3 The slip ring 40b and the body 30b are prevented from slipping off each other than the sliding distance. The steel ball 46b can be abutted against the first positioning groove 34b or the second positioning groove 35b, so that the collar 40b is slid and positioned. The first limiting member 5牝 is sleeved on the first annular groove 36b′ of the body 3〇b and corresponds to the sleeve portion 42b of the collar 40b, thereby defining the collar 40b toward the force The portion 32b slides the distance to avoid the collar of her disc 30b phase 5 pan. /, the limb of the sliding sleeve 6Gb, having an annular convex portion _, the annular convex portion fi annular end surface 611b and the corresponding first annular abutment surface = 2b and the second annular abutment surface 613b; the sliding sleeve _ The slidably sleeved between the annular ring portion 61b and the annular struts GG=the active space 62b, the first movable space 62b is provided with a shackle 63b, and the steel ball 46b can be actuated. One end 631b of the first elastic member abuts against the end surface of the annular stop portion 43b, and the other end = the first annular abutment surface 612b of the annular convex portion 61b, whereby the sleeve 60b is slid toward the second driving portion 41b. After being reset, reset = stop the steel ball 46b' to partially protrude the steel ball 46b: the outer hole 44b is 'other', the annular convex portion 61b and the socket portion are formed between 12 201012598 _, the second movable space 64b is set There is - and can be used for steel ball injury, so that the sliding sleeve is reset after the fourth (four) two, and the annular convex portion _ also abuts the f_bead_ when the reset, so that the steel ball portion protrudes out of the perforation 44b. The sleeve 7Gb is sleeved on the second sleeve 9 of the sleeve, and corresponds to the second elastic member 65b-end 651b. The sleeve 40b is sleeved with a washer 90b, and the washer 9〇b is Sin, in the first - limit % of the pieces, therefore, the second elastic element coffee
b抵止於該環形凸部_㈣二環形抵面_，另端 652b則，止於塾圈鳴，俾使滑套_朝套 時得以壓縮該第二彈性元件65b而儲存-回復力。 據此，拉動該滑套6〇b控制鋼珠46b可使套環4牝於 本體3Gb上滑動以及滑動後餘，藉以交替使用第一驅動 空間311b或第二驅動空間4Ub，達成雙規格尺寸的適用。 以上所述即為本發明第三實施例各主要構件之結構及其 組態說明。 八 由於其功效同於第一實施例，故在此不再贅述，至於 本發明第三實施例的操作不同處在於： 第一實施例主要係將該滑套6〇b朝向該套環4此的套 接部42bS向拉動’或將滑套_朝向套環働的第二驅 動部41b方向拉動，皆可使套環4〇b於本體3牝上滑移以 及滑移後定位，完成第一驅動空間311b或第二驅動空間 4jlb交替使用’換言之，第—實施例之滑套⑽係朝向套 環40第二驅動部41拉動’而僅能單向操作，第三實施例 之滑套60b係可朝向或背向套環4〇b第二驅動部4比拉 動而付以雙向操作，藉以構成另一種較佳之實施狀態。 綜上所述’此三實施例及圖示僅為本發明之較佳實施例而 已，當不能以之限定本發明實施之範圍，即大凡依本發明申請 13 201012598 =範圍所作之均等變化與修飾，皆應屬本發明專利涵蓋之範 【圖式簡單說明】 第2圖 第3圖 第4圖 第5圖 第6圖 第7圖 第8圖 第9圖 ❹ ❹ 第1圖〗：ίί剖面圖，顯示套筒内部的狀態。 =;明第-實施例的立趙分解圖，==分 明第—實施例的立體組合圖，顯示各構件的組 ίίΓ月第一實施例的組合剖面圖，顯示各構件的組 f本發明第—實施例的作動圖㈠，顯示滑套朝套環 第一驅動部滑動後的狀態。 ，本發明第-實施例的作動圖㈡，顯示滑套與 朝本體的第一驅動部滑動後的狀態。 係本發明第一實施例的作動圖（三），顯示滑套調至定 位後的狀態。 係本發明第一實施例的侧視圖，顯示本體受力部組嗖 工具頭的狀態。 °x 第1 0圖係本發明第二實施例的立體分解圖，顯示各 離狀態。 第11圖^本發明第二實施例的立體組合圖，顯示各構件的組 合狀態。 第1 2圖係本發明第二實施例的組合剖面圖，顯示各構件的組 201012598 合狀態。 第1 3圖係本發明第二實施例的作動圖，顯示滑套朝向套環套 接部方向拉動後，形成有一作動空間。 第1 4圖係本發明第二實施例的立體分解圖，顯示各構件的分 離狀態。 第1 5圖係本發明第二實施例的立體組合圖，顯示各構件的組 合狀態。 第1 6圖係本發明第二實施例的組合剖面圖，顯示各構件的組 合狀態。 【主要元件符號說明】 ¥ 本體11 迫緊件13 彈性件14 導組件16 滑套21 彈性扣環24 環槽251 ® 本體30 第一驅動空間12 壓花面131 導座件15 第二驅動空間17 第三驅動空間22 本體25 第一驅動部31 第一驅動空間311 受力部32 限位環部33 第一定位凹槽34 第二定位凹槽35 第一環形凹槽36 套環40 第二驅動部41 第二驅動空間411 環形肩部412 套接部42 環形擋部43 穿孔44 第二環形凹槽45 鋼珠46 15 201012598 第一限位元件50 滑套60 環形抵面611 第二環形凸部62 活動空間64 一端 651 第二限位元件70 工具頭80 第一環形凸部61 環形端面612 作動空間63 彈性元件65 另端652 本體30a 第一驅動部31a ® 第-驅動空間311a 受力部32a 限位環部33a 第一定位凹槽34a 第二定位凹槽35a 第一環形凹槽36a 套環40a 第二驅動部41a 第二驅動空間411a 套接部42a 穿孔44a 鋼珠46a 環形肩部412a 環形擋部43a 第二環形凹槽45a φ 第一限位元件50a 滑套60a 環形端面611a 第二環形抵面613a 活動空間64a 一端 651a 第二限位元件70a 塾圈90a 環形凸部61a 第一環形抵面612a 作動空間63a 彈性元件65a 另端652a 本體30b 第一驅動部31b 16 201012598b abuts against the annular convex portion _ (four) two annular abutting surface _, and the other end 652b terminates in the cymbal ring, so that the sliding sleeve _ toward the sleeve compresses the second elastic member 65b to store the restoring force. Accordingly, pulling the sliding sleeve 6〇b to control the steel ball 46b allows the collar 4 to slide on the body 3Gb and slide back, thereby alternately using the first driving space 311b or the second driving space 4Ub to achieve the application of the double size. . The above is the structure and configuration description of each main component of the third embodiment of the present invention. 8 is the same as the first embodiment, so it will not be described here. The operation of the third embodiment of the present invention is different in that: the first embodiment mainly faces the sliding sleeve 6〇b toward the collar 4 The sleeve portion 42bS pulls or pulls the sliding sleeve _ toward the second driving portion 41b of the collar ,, so that the collar 4〇b can be slid on the body 3牝 and positioned after sliding, completing the first The driving space 311b or the second driving space 4jlb is alternately used. In other words, the sliding sleeve (10) of the first embodiment is pulled toward the second driving portion 41 of the collar 40 and can only be operated in one direction. The sliding sleeve 60b of the third embodiment is The second drive portion 4 can be biased toward or away from the collar 4b to perform a two-way operation, thereby constituting another preferred embodiment. In summary, the three embodiments and the drawings are only the preferred embodiments of the present invention, and the scope of the present invention cannot be limited thereto, that is, the equal variation and modification of the scope of the application 13 201012598= All should be covered by the patent of the present invention [Simple description of the drawing] Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 〗 Figure 1: ίί , showing the state inside the sleeve. A vertical sectional view of the first embodiment of the present invention, a combination of the components of the present invention, showing a combination of the members of the first embodiment, and a sectional view of the first embodiment of the present invention. - Actuation diagram (1) of the embodiment, showing the state in which the sliding sleeve slides toward the first driving portion of the collar. The actuation diagram (2) of the first embodiment of the present invention shows a state in which the sliding sleeve is slid toward the first driving portion of the main body. According to the actuation diagram (3) of the first embodiment of the present invention, the state in which the sliding sleeve is adjusted to the position is displayed. In the side view of the first embodiment of the present invention, the state of the body receiving portion 嗖 tool head is shown. °x Fig. 10 is an exploded perspective view showing the second embodiment of the present invention, showing the respective states. Fig. 11 is a perspective assembled view of a second embodiment of the present invention, showing the combined state of each member. Fig. 1 is a sectional view showing the combination of the second embodiment of the present invention, showing the group 201012598 of each member. Fig. 1 is an operation diagram of the second embodiment of the present invention, showing that the sliding sleeve is pulled toward the collar sleeve portion to form an operating space. Fig. 14 is an exploded perspective view showing the second embodiment of the present invention, showing the separated state of each member. Fig. 15 is a perspective assembled view of a second embodiment of the present invention, showing the combined state of the members. Fig. 16 is a sectional view showing the combination of the second embodiment of the present invention, showing the combined state of the members. [Main component symbol description] ¥ Body 11 Pressing member 13 Elastic member 14 Guide assembly 16 Sliding sleeve 21 Elastic retaining ring 24 Ring groove 251 ® Body 30 First drive space 12 Embossed surface 131 Guide member 15 Second drive space 17 Third driving space 22 body 25 first driving portion 31 first driving space 311 force portion 32 limiting ring portion 33 first positioning groove 34 second positioning groove 35 first annular groove 36 collar 40 second Drive portion 41 second drive space 411 annular shoulder portion 412 socket portion 42 annular stop portion 43 perforation 44 second annular groove 45 steel ball 46 15 201012598 first stop member 50 sliding sleeve 60 annular abutment surface 611 second annular convex portion 62 movable space 64 one end 651 second limiting element 70 tool head 80 first annular convex portion 61 annular end surface 612 operating space 63 elastic member 65 outer end 652 body 30a first driving portion 31a ® first-drive space 311a force portion 32a limit ring portion 33a first positioning groove 34a second positioning groove 35a first annular groove 36a collar 40a second driving portion 41a second driving space 411a socket portion 42a perforation 44a steel ball 46a annular shoulder portion 412a Annular stop portion 43a second annular groove 45a φ A limiting member 50a sliding sleeve 60a annular end surface 611a second annular abutting surface 613a movable space 64a one end 651a second limiting member 70a coil 90a annular convex portion 61a first annular abutting surface 612a actuating space 63a elastic member 65a 652a body 30b first driving portion 31b 16 201012598
第一驅動空間311b 限位環部33b 第二定位凹槽35b 套環40b 第二驅動空間411b 套接部42b 穿孔44b 鋼珠46b 第一限位元件50b 滑套60b 環形端面611b 第二環形抵面613b 第一彈性元件63b 另端632b 第二彈性元件65b 另端652b 第二限位元件70b 墊圈90b 受力部32b 第一定位凹槽34b 第一環形凹槽36b 第—驅動部41 b 環形肩部412b 環形擋部43b 第二環形凹槽45b 環形凸部61b 第一環形抵面612b 第一活動空間62b 一端 631b 第二活動空間64b 一端 651bThe first driving space 311b, the limiting ring portion 33b, the second positioning groove 35b, the collar 40b, the second driving space 411b, the socket portion 42b, the through hole 44b, the steel ball 46b, the first limiting member 50b, the sliding sleeve 60b, the annular end surface 611b, the second annular abutting surface 613b First elastic member 63b, other end 632b, second elastic member 65b, other end 652b, second limiting member 70b, washer 90b, force receiving portion 32b, first positioning groove 34b, first annular groove 36b, first driving portion 41b, annular shoulder portion 412b annular stop 43b second annular groove 45b annular convex portion 61b first annular abutment surface 612b first movable space 62b one end 631b second movable space 64b one end 651b
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