M403360 六、新型說明： 【新型所屬之技術領域】 本創作係與球拍穿線機之夾線器有關，詳而言之，係指一種 有效止動、方便解除之球拍穿線機之線夾定位結構。 【先前技術】 習用球拍·機之祕H係設於—魅之雜處，並沿滑軌 ^移以配合球拍穿線需要來變換夾㈣之位置，而此種夾線器的 定位構造主要鋪其雜之軸桿具有—偏⑽與—滑塊相對構 成’當使用者魏雜時可驅使滑塊塊上移，以使與 一迫緊塊連動上移並抵掣滑執，藉此固定該夾線器。 。請參閱中華民國新型專利該32227〇號「球拍穿線機之炎線 器又位構造改良」之第六、七圖，其於—夾線器38底部對應設置 有-定錄317及-頂推彈簧318;該定位检317由一袖柱迎、 -插栓3174、與連結雜柱迎與該插栓3m之―連結段迎 j成；該頂推彈箸318頂抵該雜栓317，俾供該賴栓317可沿 者-座管311的轴向上下位移；該連結段3173框嵌於該夹線器兕 之座管311的過槽3115。當夾線器38之旋紐333被旋緊時，該插 栓3174係嵌插於該旋知333之一栓孔綱，以卡制該旋㈣3。 該控制器33更包含-解除鍵336及一栓軸观，該解除鍵说樞 设於該旋紐333，並與該栓孔3334相對，該栓軸观一端與該解 除鍵336螺接，其另一端軸樞穿套該旋钮333並延伸至該检孔 3334。壓該解除鍵336 3寺，該栓軸338壓制該插栓3174 ^使定 =171移=插栓3174退出該检孔3334，以解除該定位栓 . 的卡制侧，使該餘可鬆開，以移動夾線器 j〇 ° 又，如中錢晴料廳聰號「球拍穿線機之爽線 3 M403360 器改良結構」之第三、四圖，i 一套管仏―第二彈性件53與1卡^ 4之通孔对設 該卡掣件54受該第二彈性件53頂約該套管对， 且該卡掣件54頂端兩側分別凸伸有一〇第^=為一轴向位移； 掣部542，該套管52相對於該二卡擎部541卡车。⑽與-第二卡 設有一卡槽52卜522 ;該卡攀件54 之位置處係分別 器2之支軸3之頂柱43抵擎 H2得受該央線 =卡掣部⑷係嵌插於該旋…定 紐7卜一作動件86，經由一兮 中而卡繼方疋 定位槽84中並與裝設於旋紐^之一按用相孔設於該 =吏作動件86向下_烟54之第 541 ’使第一>^掣部54〗Mpq分a , ^ 示卞拳4 以支軸3推财料’即可鬆雜，·同樣的， 541離Ηa第—卡掣。卩2時，亦可使第一卡掣部 離開德槽84，键轉開，以機錄ϋ。 作動細機轉用，然而其 孔3^全===而言’ _ 3174能嵌插於該检 王·娜彈簧318向上頂推該軸柱3172 ， 嶋型細博該定位栓3Π係藉該頂推‘Γ8 推彈簧318僅施力於該定位栓 1 = 之力IT轴ί 3172 ) ’而解除鍵336(及栓軸338)推壓定位栓317 與3^11肉立於疋位检317的另—側’解除鍵之施力處並未位於座 二’ t未正對於頂推彈菁318 ;當該頂推彈簧318頂擇該定 开^一音^轴柱3172向上移動時，對該定位栓317本體而言將 / 丁芽力與-順時針力矩，使定位栓317容易傾斜；又，當 按壓解除件336推_定位栓3Π之該插栓3174時，該解除件336 4 M403360 亦對該定位栓317形成一壓迫力與一順時針力矩，同時，頂推彈 簧318之反作用力及解除件336之施力係具有位差，該二作用力 形成力偶，使定位栓317產生偏轉傾斜(蹺角）；因此，該定位栓 317於上下移動時均將產生傾斜，如此，定位栓3丨7之邊角將會頂 住座管311的周壁，使定位栓317不易順利滑動，並容易發生磨 損；嚴重者，甚至造成定位栓317卡住在座管311，無法有效作動， 失去卡制或釋放該旋紐333之效果。 另就第M331385號新型專利而言，請參其第四圖，該卡掣件 54文該第二彈性件53頂推而產生軸向位移，當該卡掣件％之該 二卡掣部541、M2任-處受壓迫力時，施力處均未落在通孔叫套 管52)内，亦相對該卡料54之轴心處產生一壓迫力盘一力矩， 部541、542所受之壓迫力及彈性件53的反作用力亦將 ▲掣件54產生力偶現象。凡此，均將使卡掣件偏轉傾 象無法順利地於套管52内滑⑽ 善：士 ’習知技術之定位栓，卡擎件均無法平順的移動，難以 財便概料之侧，祕乏_結構與作動可 【新型内容】 除：:與：:在:= 穿線繼—娜蝴物=球拍 構，=:的在:=心 艾―頂推嶋抵上移能伸卡至-板動件 M403360 下壓時可脫_扳鱗贿除料；針料_鄕彈菁係位 於同軸，而可贼卡科本身衫t力麵·作動或磨耗。 爰以達成上揭目的，本創作提供一種球拍穿線機之線炎定位壯 構，係沿-導軌⑽而可配合球歸線輕 = 結構包括-驗、-卡固組件、—控制組件、―㈣=火^ 釋放組件。 、T丹 該滑座係依序設置且縱向貫通有一錐形孔、一轴孔盘一極孔； 該滑座於雜孔上枝伸有—套管，其可容設—夾㈣於其内縱M403360 VI. New Description: [New Technology Field] This creation department is related to the wire gripper of the racket stringing machine. In more detail, it refers to a wire clamp positioning structure for effectively stopping and facilitating the racket stringing machine. [Prior Art] The habit of the racquet and the machine is set in the enchantment of the enchantment, and it is moved along the slide rail to match the position of the racquet to change the position of the clip (4), and the positioning structure of the gripper is mainly paved. The shaft has a biasing (10) and a slider relative to each other. When the user is messy, the slider block can be moved up to move up and abut with a pressing block, thereby fixing the tensioner. . . Please refer to the sixth and seventh figures of the new model of the Republic of China on the 32227 「 "The squash threading machine is also improved." The bottom of the wire clamp 38 is equipped with a - 317 and - push-pull spring. 318; the positioning inspection 317 is welcoming by a sleeve, - plug 3174, and the connecting column welcoming the connecting section of the plug 3m; the jacking 318 is placed against the pin 317, The sling 317 can be displaced up and down along the axial direction of the seat tube 311; the connecting portion 3173 is framed in the slot 3115 of the seat tube 311 of the tensioner 。. When the knob 333 of the gripper 38 is screwed, the plug 3174 is inserted into one of the bolt holes 333 to clamp the screw (4) 3. The controller 33 further includes a release button 336 and a pinion shaft. The release button is pivotally disposed on the knob 333 and opposite to the bolt hole 3334. The pin shaft end is screwed to the release button 336. The other end pivots through the knob 333 and extends to the inspection hole 3334. Pressing the release button 3336, the pin shaft 338 presses the plug 3174 ^ so that the fixed pin 171 = the plug 3174 is withdrawn from the check hole 3334 to release the carding side of the positioning pin. In order to move the gripper j〇°, such as the third and fourth pictures of the improved structure of the 3D 403360 improved line of the racket stringing machine, the middle of the box, the second elastic piece 53 And the through hole of the 1 card ^ 4 is disposed, the latching member 54 is received by the second elastic member 53 to the sleeve pair, and the two sides of the top end of the latching member 54 respectively protrude from the top of the latching member Displacement; 掣 542, the sleeve 52 is opposite the truck of the two cylinders 541. (10) and - the second card is provided with a card slot 52 522; the position of the card climbing member 54 is the top column 43 of the support shaft 3 of the separate device 2 against the H2, which is inserted by the central line = the cassette portion (4) In the rotation, the button 7 is disposed in the positioning groove 84 through a cymbal and is disposed in the boring mechanism 86. _ smoke 54 of the 541 'make the first > ^ 掣 part 54〗 Mpq points a, ^ shows 卞 4 4 to support the axis 3 to push the material 'can be loose, · the same, 541 Η a - card . When 卩2, the first cassette portion can also be moved away from the detent 84, and the key is turned away to be recorded by the machine. Actuating the fine machine to switch, but its hole 3 ^ full == = in terms of ' _ 3174 can be inserted in the check Wang Na spring 318 up to push the shaft column 3172, the type of fine bouncing the positioning bolt 3 Pushing 'Γ8 push spring 318 only applies to the positioning pin 1 = force IT axis ί 3172 ) ' and the release button 336 (and the pin shaft 338) pushes the positioning pin 317 and 3^11 to stand in the position check 317 The other side of the 'release button' is not located at the seat 2't not for the push-up phthalocyanine 318; when the push-up spring 318 selects the fixed-opening ^1 axis column 3172 to move upwards, The positioning pin 317 body has a / bud force and a - clockwise moment, so that the positioning pin 317 is easy to tilt; and when the pressing release member 336 pushes the pin 3174 of the positioning pin 3, the releasing member 336 4 M403360 The positioning pin 317 is also formed with a pressing force and a clockwise moment. At the same time, the reaction force of the pushing spring 318 and the biasing force of the releasing member 336 have a difference, and the two forces form a force couple to deflect the positioning pin 317. Tilting (corner angle); therefore, the positioning pin 317 will be inclined when moving up and down, so that the corner of the positioning pin 3丨7 will stand against the seat A peripheral wall 311, the positioning pin 317 is not easy to slide smoothly, and prone to wear; severe cases, even cause jamming of the seat tube 317 positioning pin 311 can not be effectively actuated or loss of clamping effect release of the knob 333. In the case of the new patent No. M331385, please refer to the fourth figure, wherein the second elastic member 53 is pushed up to generate an axial displacement, and when the clamping member is the second clamping portion 541 When the force is applied to the M2, the force applied to the through hole is not in the sleeve 52), and a force is generated relative to the axis of the card 54 to generate a force, and the portions 541 and 542 are subjected to the force. The pressing force and the reaction force of the elastic member 53 also cause a force couple phenomenon. In this case, the deflection of the clamping member cannot be smoothly slid in the sleeve 52. (10) Good: The positioning bolt of the 'skilled technology' can not smoothly move the card, and it is difficult to calculate the side of the material. Secret lack _ structure and action can be [new content] In addition to:: and :: in: = Threading followed - Na butterfly = racquet structure, =: in: = heart AI - push 嶋 上 上 上 移 移 至 至 至 板 板When the moving piece M403360 is pressed down, it can be taken off. The needle material _ 鄕 菁 菁 菁 is located on the coaxial, but the thief card can be used to act or wear. In order to achieve the purpose of the above, this creation provides a linear positioning of the racquet stringing machine, which is attached to the guide rail (10) and can be matched with the ball return line = structure including - inspection, - clamping components, - control components, - (4) = fire ^ release component. The T-slider is arranged in sequence and has a tapered hole and a shaft hole-hole in the longitudinal direction; the sliding seat has a sleeve on the branch hole, and the sleeve can accommodate the clip (4)
向移動；該樞孔朝-側延伸—卡掣槽’其呈縱長形並至少 滑座頂面。 ' Λ 該卡固組件射沿歸叙雜辄縱向轉；其於 裳座之該雜形孔内之一錐形體、另端具有得迫緊該導軌之 一灭制件。 該控制組件係包括位於該滑虹方之—扳動件、以及容設於該 滑座之該軸孔内且-端固接至該扳動件之—偏心；叙= ，面設有-卡槽而可職該滑座之該卡_ =Moving toward the side; the pivot hole extends toward the side - the latching groove ' is longitudinally elongated and at least the top surface of the slider. ' Λ The locking component is longitudinally rotated along the reciting chowder; one of the conical holes in the skirt of the skirt, and the other end has a forcing member that urges the rail. The control component comprises: a sliding member disposed in the sliding rainbow, and an eccentricity received in the shaft hole of the sliding seat and the end is fixed to the triggering member; Slot and can work on the card of the slider _ =
軸桿旋轉以帶動一連動組件驅使該4 7U ^ 緊該導軌。 岐料體上移’以令該夾制件迫 該掣動組件係裝設於該滑座之該拖 ί::卡輸—_簧。該卡科係為：部:= 高i差伸卡掣部’而使該卡掣部與該臂部之間具二 往復擺動；位移而 ^部—頂推力使之上移，計‘ 該釋放組件係裝設於該板動件之—貫孔，且具有-彈性回復力 6 M403360 ^該貫孔_向位移；該貫孔鱗應針槽且與之連通。 :，當欲定位該夾線器，令該㈣件之該卡槽對準該滑座之 二H，該卡轉之該卡¥部受該獅彈簧推抵而向上伸卡至 二卡槽内形成卡制；此時，令該偏心軸桿_進以驅 =一連動組件而可驅使該錐频上移，以使 執’以m定該滑座。 件之壓該卡料之該臂部、或_餘件下壓該卡掣 卡制Ίίΐ’ΐΐ該卡料之該卡㈣卩縮人該竹槽内而解除 :，、鱗隨域㈣桿軸轉舰細彡體下移，亦解 除该滑座與該導軌之迫緊。 差以達成上揭目的，本創作提供—種球拍穿線機之線夾定位結 沿-導軌位_可配合球拍穿、_變換位置；該球拍穿線 機之線夾定位結構其包括有··可沿該導軌位移之一滑座、於該滑 座内縱向移動而可迫緊該滑座至該導軌或釋放其迫緊狀態之一; =细件、裝設於該滑座且具偏心轉動之一控制組件、受該控制組 ^驅動該卡斷件迫緊或解除之—連触件、受—夾線器壓迫與 而可從該滑座突伸以卡制該控制組件或解除其卡制之一孽動組 件、以及ΐ於該控敝件上並得解除該軸組狀卡制之一釋放 欲德該夹線II時，令卡隨件之—卡槽鮮該滑座之一 =掣槽’ _動組件之—部突伸至該卡_件之該卡槽内形成卡 :該控制組件推動該連動組件頂擇該卡固組件俾使該滑座迫緊 :導執’叾該夾線器或該釋放組件下壓，可驅使該掣動組件之二 部離開該切轉除卡制；齡抑桿帶_魏組件驅使 該卡固組件下移而解除與該導軌之迫緊。 爰以I達成上揭目的，本創作提供一種球拍穿線機之線夾定位結 構’係沿一導軌位移而可配合球拍穿線而變換位置；其包括一滑 7 M403360 座、於該滑座_向移動而可迫緊該滑座 狀態之-卡隨件、裝胁騎獻雜 其追緊 抵接該控制組件並提供該卡固組件一側向往復位移~^且 ===!=柯從輯敍树繼控制組 該滑座縱向貫通有-錐形孔、一轴孔與一抱孔；該滑座於該插 伸ΙΪ設該夾線器之—套管；該轴孔與該錐形孔之間連 二二=孔朝該延伸有呈縱長形之—卡擎槽， 放滑座縱向位料迫緊該至該導軌或釋 ㈣端具有裝設於該滑座之該錐形孔内之一錐 3位可沿該導軌滑行之一滑行塊、以及固定至該滑行 塊且位於該導軌下方之一夾制件。 座=組件包紐㈣懸上方之·'細件、以容設於該滑 件定至該扳動件下方之—偏心轴桿；該板動 二觸設有-卡_可職輯座之該卡掣槽；該偏心 軸杯可又該扳動件帶動而於該軸孔内角位移。 該連触件裝設於該推仙，—端抵接至該偏,雄桿並隨之角 位移而往復運動、另端頂撐該錐形體。 ，統件，健設於仙而得受該躲雜抵，其包括 __^牛與一頂推彈簣；該卡擎件一端樞接至該滑座而使另端可 於該卡料上下擺動；該_彈簧提供該卡掣件另端—頂推力使 之可外露於該滑座之該卡掣槽。 2此’备欲定位該夾線器，令該扳動件之該卡槽對準該滑座之 ^抽槽’卡掣件另端受該頂推彈簧推抵而伸卡至該扳動件之 5 s内形成卡制；此時，該偏心軸桿推動該連動組件頂撐該錐 8 M403360 形體’使之上移而令該夾制件迫緊該導軌； 當該夾線器鬆脫隨重力下壓該卡掣件，連帶令該卡掣件另端縮 入該卡掣槽内而解除卡制；此時，該連動組件隨該偏心軸桿偏心 轉動而内縮至該推孔内’該錐形體下移俾使解除該滑座與該導軌 . 之迫緊。 、 【實施方式】 請參閱第一圖，揭露有本創作之球拍穿線機之線夾定位結構 10之一較佳實施例。該線夾定位結構10裝設於球拍穿線機上，可 _ 沿一導軌90位移而可配合球拍穿線所需變換該線夾之位置；其具 有：可於該導軌90上滑移轉動之一滑座20、設於該滑座2〇内而 可迫緊該滑座20至該導軌90或釋放其迫緊狀態之一卡固組件 3〇、裝設於該滑座20且具之一控制組件4〇、抵接該控制組件4〇 並驅動該卡固組件30位移之一連動組件5〇、受一夾線器7〇壓迫 與否而可從該滑座20突伸以卡制該控制組件4〇或解除其卡制之 一掣動組件60、以及設於該控制組件4〇上並得解除該掣動組件 60之卡制之一釋放組件48。 該滑座20,同時參閱第二圖，依序設有一錐形孔21、一軸孔 22與一樞孔23。該錐形孔21係於該滑座20 —端由其頂面向下漸 縮。該樞孔23開設於該滑座20另端，且該軸孔22係位於該錐形 孔21與該樞孔23之間。該滑座2〇於該樞孔23朝上延伸一套管 24該套笞24之内孔241與該枢孔23連通，並供容設一夾線器 川之桿身72穿入’使夾線器7〇可沿套管24移動，該爽線器係為 習知構件，容不贅述。該滑座20内部水平地設一推孔25，該推孔 25係連通該軸孔22與該錐形孔21，該推孔25之外端以一封固件 80封蓋之。該滑座20於該樞孔23 一側，朝該軸孔22之側，延伸 一·^掣槽231，該卡掣槽231呈縱長形並貫通該滑座2〇頂面至底 9 M403360 面該/月S 20於相對於該卡掣槽况之另一侧設有一檀接部扣。 U 20於該相孔22 _側向上突伸有一限位柱π ,其可對應並 伸入該控制組件4〇之扳動件41。 復參第一圖，該卡固组件3〇包括-錐形體3卜-螺接組件(包 螺检32及一螺帽36)、連接至該錐形體31之-擋塊33與-=鬼34、—夹制件35、以及一封蓋37。該錐形體Μ係裝設至 二砂ί 2形孔21内’該錐形體31並轴向貫穿一孔311以 ㉝該螺栓％依序穿過該錐形體3卜該擋塊33、 :二” 與該夾制件35 ’如第七圖，並對接鎖固至該螺帽36。 :二滑行塊34連接於該錐形體31底端，並位於該滑座 2〇與該導執90之間。錐形體底端設有插柱 ==滑行塊34係位該導軌9。之導槽 仃同夺，猎由滑行塊34容置於導槽92内，錐形 = ===:，;滑行塊34底端‘ 制件^之導槽92令’當雖形體31向上位移時，該夹 餅35 Ρ思耆錐形體上移，使該兩 f 37輸麵胸⑽==== 4卜括設於該滑座2〇之轴孔22上方之—扳動件 兩轴 =ΓΓ=41下方之一復位彈菁42、一偏心轴桿43、 之-螺絲奶朴45、以及固定雜卿43至該扳動件 41卜向外延伸—撥動部 ，、使用者撥弄轉動’該扳動件41於底面凹設有可歲固該 M403360The shaft rotates to drive a linkage assembly to drive the 4 7U ^ to the rail. The picking body is moved up to cause the clamping member to force the dragging component to be attached to the slider: the card transporting_spring. The card is: part: = high i difference extension of the crotch portion 'and the reciprocating swing between the crotch portion and the arm portion; the displacement and the top portion - the top thrust is moved upwards, the release The component is mounted on the through hole of the plate member, and has an elastic restoring force of 6 M403360 ^ the through hole is displaced; the through hole scale should be connected to the needle groove. When the wire gripper is to be positioned, the card slot of the (four) piece is aligned with the two H of the sliding seat, and the card is rotated by the lion spring to extend upward into the two card slots. Forming a card; at this time, the eccentric shaft _ is driven by a linkage component to drive the cone frequency up, so that the slider is fixed. Pressing the arm of the card, or _ remaining pieces press the card to make the card 四 ΐ ΐΐ ΐΐ ΐΐ 该 ΐΐ 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 , , , , , , , , , , , , , , , , , , , The submarine of the transshipment moves down, and the sliding of the carriage and the guide rail is also released. The difference is to achieve the purpose of the purpose, the creation provides a kind of racquet stringing machine, the line clamp positioning knot along the -rail position _ can be matched with the ball pat, _ change position; the racquet stringing machine line clamp positioning structure includes One of the guide rail displacements, longitudinally moving in the sliding seat to press the sliding seat to the guide rail or releasing one of its pressing states; = a thin member mounted on the sliding seat and having one of eccentric rotation The control component is driven by the control group to drive the card member to be pressed or released, and the contact member and the tensioner are pressed and protruded from the slider to lock the control component or release the card. a swaying component, and smashing on the shackle and releasing one of the shaft grouping cards to release the clamping line II, the card is attached to the card slot Forming a card into the card slot of the card component: the control component pushes the linkage component to select the latching component to force the slider to be tight: the guide '叾 the clamping line Pressing the release member or the release member to drive the two portions of the swaying assembly away from the severing and removing card; The clamping component moves down to release the tension with the guide rail. In order to achieve the goal, I created a racket positioning structure for a racket stringing machine that is displaced along a guide rail to change position with a racket thread; it includes a slide 7 M403360 seat, which moves toward the slide And the state of the slider can be forced to be tightly attached to the control component and provide a side-to-side reciprocating displacement of the clamping component~^ and ===!= Ke from the series The stepper shaft of the control group is longitudinally penetrated by a conical hole, a shaft hole and a holding hole; the sliding seat is provided with a sleeve of the tensioner; the shaft hole and the tapered hole Between the two or two, the hole has a longitudinally elongated card-shaped slot, and the longitudinal position of the sliding seat is pressed to the rail or the (four) end has a tapered hole installed in the sliding seat. A cone 3 position is slidable along one of the guide rails, and a clamp is fixed to the slide block and located below the guide rail. Block = component pack New (4) over the top of the 'thin piece, to accommodate the slider to the bottom of the trigger member - the eccentric shaft; the plate move two touches - card _ can be used The eccentric shaft cup can be driven by the urging member to be angularly displaced in the shaft hole. The connecting member is mounted on the pusher, and the end abuts to the bias, and the male rod reciprocates with angular displacement and supports the tapered body at the other end. The unit is built in the fairy and is subject to the evasion. It includes a __^ cow and a pusher magazine; the card is pivoted to the slider at one end so that the other end can be placed on the card. Swinging; the spring provides the other end of the latching member - the top thrust is exposed to the latching slot of the slider. 2, this is intended to position the wire gripper so that the card slot of the trigger member is aligned with the slot of the slider, and the other end of the latching member is pushed by the jacking spring to extend the card to the trigger member. The card is formed within 5 s; at this time, the eccentric shaft pushes the linkage assembly to support the cone 8 M403360 body to move upwards to force the clamping member to press the rail; when the tensioner is loose The clamping member is pressed by gravity, and the card member is further retracted into the card slot to release the card; at this time, the linkage assembly is retracted into the pushing hole with the eccentric shaft eccentrically rotating. The downward movement of the cone causes the sliding of the carriage and the guide rail to be released. [Embodiment] Referring to the first figure, a preferred embodiment of the clip positioning structure 10 of the present racket stringing machine is disclosed. The clip positioning structure 10 is mounted on the racquet stringing machine, and can be displaced along a guide rail 90 to change the position of the clip when the racquet is threaded; the utility model has: a slide that can be slid on the guide rail 90 The seat 20 is disposed in the sliding seat 2〇 to press the sliding seat 20 to the guide rail 90 or release one of the pressing members 3, and is mounted on the sliding seat 20 and has a control component 4〇, abutting the control component 4〇 and driving one of the displacement components 30 to move the component 5〇, can be protruded from the slider 20 by the tensioner 7〇 to clamp the control component 4〇 or one of the clamping components 60, and a release component 48 disposed on the control component 4A and releasing the clamping component 60. The slider 20, while referring to the second figure, is provided with a tapered hole 21, a shaft hole 22 and a pivot hole 23 in this order. The tapered hole 21 is fastened to the end of the slide 20 by its top surface. The pivot hole 23 is defined at the other end of the sliding seat 20, and the shaft hole 22 is located between the tapered hole 21 and the pivot hole 23. The sliding seat 2 extends upwardly from the pivot hole 23 and extends into a sleeve 24. The inner hole 241 of the sleeve 24 communicates with the pivot hole 23, and the shaft 72 of the gripper is inserted into the folder. The threader 7〇 can be moved along the sleeve 24, which is a conventional member and will not be described again. A sliding hole 25 is horizontally disposed in the sliding seat 20, and the pushing hole 25 communicates with the shaft hole 22 and the tapered hole 21. The outer end of the pushing hole 25 is covered by a firmware 80. The sliding seat 20 extends on the side of the pivot hole 23 toward the side of the shaft hole 22, and extends a slot 231. The latching slot 231 has a longitudinal shape and penetrates the top surface of the slider 2 to the bottom. The face/month S 20 is provided with a tandem buckle on the other side of the card slot. A limiting post π protrudes from the phase hole 22 _ side of the U 20 , and can be correspondingly extended into the triggering member 41 of the control unit 4 . Referring to the first figure, the fastening component 3 includes a - cone 3 - screw assembly (including a screw 32 and a nut 36), a stop 33 connected to the cone 31 and a - ghost 34 , a clip 35, and a cover 37. The tapered body is installed in the two sand holes 21, and the tapered body 31 is axially penetrated through a hole 311 to 33. The bolts are sequentially passed through the tapered body 3, and the stopper 33, two" And the clamping member 35' is locked to the nut 36 as shown in the seventh figure. The two sliding block 34 is connected to the bottom end of the cone 31 and located between the sliding seat 2 and the guide 90. The bottom end of the cone is provided with a post == the sliding block 34 is tied to the guide rail 9. The guide groove is the same, and the hunting is accommodated in the guide groove 92 by the sliding block 34, taper ====:,; At the bottom end of the block 34, the guide groove 92 of the workpiece is such that when the shape 31 is displaced upward, the cake 35 is moved up, so that the two f 37 faces are replaced by a chest (10) ==== 4 It is disposed above the shaft hole 22 of the sliding seat 2—the two shafts of the pulling member================================================================================ The triggering member 41 extends outwardly - the dialing portion, and the user flexes and rotates. The triggering member 41 is recessed on the bottom surface to provide the old M403360.
:;;=;41之相對側。該扳動=== 伢及螺絲46穿過並鎖固該偽 千 M 扳動件Μ底面及該滑座2〇 ^ 該復位彈簧42係位於該 分別具有-小孔，以供該復位彈f面與該扳動件Μ 該復位彈簧42可帶勒辞把^簧2兩鈿为別插設固定之，因此， 位。該扳動件41底面相對^ 41相__ 2G驗移而可復 限位槽的，該限位柱27 ^穿入今限==立柱27設有一弧形的 之位=度，該随槽—端設有肖音扳動件41 礙合22内’賴彻而恰可 件，==::=:，:與扳: 設該偏心軸桿43 m… ·^憾22内’其分別套 纛 至該25内，如第七圓，-端抵接 該連動組件可V:二：另：= 錐形㈣， :動該錐形體於該錐形孔21内移動。該連動組件$二2而 一端抵接至該偏心轴捍43之該偏心段w之 、匕括· 端猶該輔㈣之—轉件％，該猶件_—^51、以及一 調整螺絲52，_整_ 52之獅倾渺H係螺設一:;;==41 on the opposite side. The triggering === 伢 and the screw 46 pass through and lock the bottom surface of the dummy MM 扳 及 and the sliding seat 2 〇 ^ The return spring 42 is located in the respectively having a small hole for the reset bomb The surface and the trigger member Μ the return spring 42 can be used to carry out the two springs of the spring 2 to be fixed and fixed. The bottom surface of the trigger member 41 is retracted relative to the ^41 phase __2G, and the limit position post 27 is penetrated into the limit. == The column 27 is provided with an arc-shaped position=degree. - The end is provided with a audible trigger member 41. In the case of 22, 'Laiqi is just right, ==::=:,: and the lever: Set the eccentric shaft 43 m... ·^ regret 22 inside' In the 25th, if the seventh circle, the - end abuts the linkage assembly V: two: another: = cone (four), the moving cone moves in the tapered hole 21. The interlocking component is at least two and one end abuts to the eccentric section w of the eccentric shaft 捍43, and the end of the eccentric shaft w43, the 转 · 该 辅 四 四 四 四 四 四 四 四 , , , , , , 以及 以及 以及 以及 以及 以及 以及 以及, _ whole _ 52 lion 渺 渺 H system screw set one
M4UJJ0U 心成之連動組件之長度。絲抿 該偏心段概呈吻合之 1具㈣該偏心軸桿43之 31概呈相人< 〜推撐件53則具有與該錐形體 連動組31。可理解的是，該 531 〇 、’於一端分別設該弧面州及該斜面 該座2。内，如第七圖，並恰位於 與一固定件.該卡擎==;;开框^、一頂推彈箸63、 該臂部6U之間呈—Sg ^^612;而使該卡掣部612與 接至該滑座20之之樞接^ 232Ui另端係透過該樞桿62樞 _係位_2= &得角位移；該臂 卡·Φ 卡擎部612係穿設在滑座20之 〜固疋件64係設於該卡掣槽231底部；該頂推彈 ί二亦裝設於該卡㈣1内，其底端套於該鎖固件6:上: ^頂_頂於該卡掣件61之該卡掣部612底面，該彈簧63之彈 231 係彈性推頂該卡掣件61，使該卡寧部612可外露出該卡孽槽 似件41復貫通有一貫孔47，係位於該卡槽 之哕抑47 ^卡槽414，該釋放組件48係裝設於該扳動件41 .、^20 了f而’而於其内縱向位移。該貫孔47至少具有貫通該 ，月座頂面之一大徑部471與連通該卡槽414之-小徑部472 . ^放崎48紐：賴於該轨47找隸^;；^彈 / 482以及-触，該按紐包括抵頂於該彈性件啦上且外露 頂面之-按鍵48丨、以及—端接設至該 卜= 孔47之該雜部472之-觸㈣，該触 知塵杯483底知可穿伸至該卡槽伽該彈性件482之彈力係使 M403360 該按紐保持向上位移。錄地，該推 正下方，亦位於該卡掣邛612正 θ 63位於該釋放組件48 不，使夹線器夾住鍵線。欲定位該夹^^向，起，如第七圖所 ㈣之卡掣槽2311ΐ七:=41之卡槽川係對準滑M4UJJ0U The length of the interlocking component. The eccentric section is anastomosed. (4) The eccentric shaft 43 is substantially in the same direction. The urging member 53 has a linkage group 31 with the cone. It can be understood that the 531 〇 , 'the arc state and the slope 2 are respectively set at one end. Inside, as shown in the seventh figure, and just located with a fixing member. The card engine ==;; open frame ^, a push-pull magazine 63, the arm portion 6U is -Sg ^ ^ 612; and the card The arm portion 612 and the pivoting connection 232Ui connected to the sliding seat 20 are pivoted through the pivot rod 62 and the angular displacement is performed; the arm card Φ card rush portion 612 is threaded through The fixing member 64 of the sliding seat 20 is disposed at the bottom of the latching slot 231; the pushing pusher is also installed in the card (4) 1 and the bottom end is sleeved on the locking member 6: ^ top_top On the bottom surface of the latching portion 612 of the latching member 61, the spring 231 of the spring 63 elastically pushes the latching member 61, so that the canning portion 612 can be exposed to the card slot-like member 41. The hole 47 is located in the slot 47 of the card slot. The release assembly 48 is mounted on the trigger member 41, and is longitudinally displaced therein. The through hole 47 has at least one of the large diameter portion 471 of the top surface of the lunar seat and the small diameter portion 472 that communicates with the card slot 414. ^Zaiqi 48 New Zealand: relying on the rail 47 to find a librarian; / 482 and - the button, the button includes a button 48 抵 that is attached to the elastic member and the exposed top surface, and a contact (four) that is terminated to the portion 472 of the hole 47. The touch of the dust cup 483 is known to be able to penetrate to the card slot. The elastic force of the elastic member 482 causes the button to maintain the M403360 upward displacement. Recording, which is pushed downward, is also located at the cassette 612 positive θ 63 at the release assembly 48, so that the gripper clamps the key line. To locate the clip ^^, from, as shown in the seventh figure (4), the card slot 2311ΐ7:=41 card slot system is aligned
卡寧部612即向上凸伸出滑座20之卡1 ^角位移，該 卡至該扳動件41之卡槽4 " 如第，、圖’並伸 心軸桿43受該扳動件41轉動，使11第七圖。同時，該偏 錐形體31即受該連動％杜sn ^體31位移， 移。今雜二，fff 作動而沿著該錐形孔21向上位 H節1上移時’係帶_擋塊33、騎塊34與該夾制 入5時上移’使該夾制件35之夾制部352向上迫緊該導軌9〇， :滑，與夾制件夾住導軌。藉此，將該滑座2〇固定於該導軌卯 動能夠達到該夹線器7〇夹線定位時，該滑座20有效止 =時’該釋放組件48之該按壓桿483並不妨礙該卡擎件G 〇卡掣部612與該卡槽414之卡制關係。 欲解除本創作之夹固狀態時，本創作提供二種操作方式，— 種為使用者按愿該釋放組件48，如第八圖，此時，釋放組件48 之該按壓桿似係向下壓抵卡料Q之該卡掣部6丨2，使之脫離 扳動件41之卡槽、並移入滑座2〇之卡擎槽说内，板動件 41即未受卡擎件61卡掣，該復位彈簧42便驅轉扳動件回復至第 九圖所不之鬆開位置。此時，該偏心軸桿43受扳動件41連動而 13 ου 轉動回復至第十圖之最大偏心位置(即離開該推孔25)，不再推麼 =連動組件5G ;連動組件便釋放推動該錐形體31之施力，該錐形 莫^及該夾制件35便重力下移’使夾制件35之夾制部352鬆開 ’不再夾住導軌90 ’進而解除該滑座2〇與該導軌9〇之迫緊 狀態，使該滑座20可自由移動。 、 你甘本創作之另-贿除㈣方式為，操作者鬆職夾線器70， 再夾住紘線，該夹線器7〇即因鬆脱而重力下落，如第十圖， 于^ 72底端並驅該卡料61之臂部61卜並帶動該卡擎部 12離開該扳動件41之該卡槽414❿移入滑座之卡㈣如内， 解除卡掣件61卡掣扳動件41之狀能 ^ 狀〜、，问樣的，扳動件41亦回復 至氣、開位置，進而使夾制件35不再夾住導軌90。 =，當復位_ 42帶動扳鱗4】回復 位柱觸於該限位槽49 一端之消音件州，可避免踫撞聲響 本創作之球拍穿線機之線蚊位 :=，不崎恤丨鐵㈣输==^移於 或受推頂彈簧63推移時，卡 知技藝中之直後位細角位移之作動型態，取代習 V因力矩、力偶所形成之偏轉型態造 暢、易磨損及容易卡住之缺失。 、、·。構之滑動不順 此外，卡掣件61往上或往下角位 方受同軸設置之該頂推彈簧63的 伟=卡挲部612之正下 是以，本創作之球拍mi吏卡料有靈敏的動作。 簡單與伽可靠之技術功效，能有效止^位結構，提供—種結構 狀態；且能使滑座與夾線器同步定位。、方便且迅速解除止動 14 M403360 爰依法提出申請。 【圖式簡單說明】 第-圖係本創作之球拍穿線機之線夾定位結構之 例之分解圖； Λ & 第二圖係本創作一較佳實施例之滑座之底視立體圖； 第二圖係本創作一較佳實施例之扳動件之底視圖； 第四圖係第三圖沿剖面線4_4之剖視圖；The cardinal portion 612 is upwardly convexly extended from the card 1 ^ angular displacement of the slider 20, and the card is inserted into the card slot 4 of the trigger member 41, as shown in the figure, and the extension shaft 43 is received by the trigger member. 41 turns to make 11 the seventh picture. At the same time, the partial cone 31 is displaced by the interlocking % Du sn body 31. Now, if the fff is actuated and moves up the H-segment 1 along the tapered hole 21, the 'lacing_stop 33, the riding block 34 and the clamping member 5 move up' to make the clamping member 35 The clamping portion 352 presses the guide rail 9 向上 upwards to slide, and clamps the rail with the clamp. Therefore, when the sliding bracket 2 is fixed to the guide rail to achieve the clamping position of the gripper 7 , when the sliding bracket 20 is valid, the pressing lever 483 of the releasing component 48 does not hinder the sliding bracket 20 . The carding member G 〇 掣 612 has a card relationship with the card slot 414. In order to release the clamping state of the creation, the present invention provides two modes of operation, that is, the user releases the component 48 as desired, as shown in the eighth figure. At this time, the pressing lever of the releasing component 48 is pressed downward. The latching portion of the latching member Q is removed from the latching slot of the triggering member 41 and moved into the card slot of the slider 2, and the latching member 41 is not captured by the latching member 61. The return spring 42 drives the trigger member back to the release position of the ninth figure. At this time, the eccentric shaft 43 is interlocked by the trigger member 41 and 13 ου returns to the maximum eccentric position of the tenth figure (ie, leaves the push hole 25), no longer pushes the interlocking component 5G; the interlocking component releases the push The force applied by the tapered body 31, the tapered member and the clamping member 35 are moved downward by gravity 'to loosen the clamping portion 352 of the clamping member 35' and no longer clamp the guide rail 90' to release the sliding seat 2 The squeezing state of the yoke and the guide rail 9 allows the carriage 20 to move freely. You are willing to create another - bribe (four) way, the operator looses the gripper 70, and then clamps the twist line, the gripper 7 is the gravity drop due to looseness, as shown in the tenth figure, in ^ At the bottom end of the 72, the arm portion 61 of the card 61 is driven to drive the card slot 12 away from the card slot 414 of the trigger member 41 to move into the card (4) of the slider, and the latching member 61 is released. The shape of the member 41 can be changed, and the trigger member 41 is also returned to the air and open positions, so that the clip member 35 no longer clamps the guide rail 90. =, when the reset _ 42 drives the scales 4] the rest of the column touches the silencer state of the end of the limit slot 49, to avoid the slamming sound of the line of the racquet stringing machine of the creation: =, not the sizzling iron (4) When the transmission ==^ is moved or pushed by the push-up spring 63, the action mode of the straight rear angular displacement of the card-known technique replaces the deflection type formed by the torque and the couple, and is easy to wear and wear. Easy to get stuck. , , ·. The slide of the structure is not smooth. In addition, the clicker 612 of the push-up spring 63 that is coaxially disposed upward or downward is positively disposed, and the racket of the present invention is sensitive. action. The technical effect of simple and gamma reliability can effectively stop the structure and provide a kind of structural state; and can make the sliding seat and the wire gripper synchronously position. Convenient and prompt release of the 14 M403360 提出 Apply in accordance with the law. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded view of an example of a clip positioning structure of a racket stringing machine of the present invention; 第二 & 2 is a bottom perspective view of a slider of a preferred embodiment of the present invention; 2 is a bottom view of the trigger member of a preferred embodiment; the fourth view is a cross-sectional view of the third figure along section line 4_4;
第五圖係為本創作-較佳實施例之組合立體圖，並顯示 定位結構位於夾固狀態； 第六圖係第五圖時，卡掣件突出滑座之示意圖； 第七圖係第五圖沿剖面線7_7之剖視圖； 第八圖係摘作—較佳實施例之—種解除炎固狀態之剖視圖； ^九圖顯示本創作一較佳實施例位於解除夾固之狀態之組人 第十圖係第九圖沿剖面線10-10之剖視圖。 導執90 錐形孔21 軸孔22 柩孔23 套管24 内孔241 推孔25 【主要元件符號說明】 線夾定位結構10 滑座20 卡固組件30 控制組件40 連動組件50 掣動組件60 夾線器70 封固件80 M403360The fifth figure is a combined perspective view of the creation-preferred embodiment, and shows that the positioning structure is in a clamped state; the sixth figure is the fifth figure, the schematic view of the latching protrusion sliding seat; the seventh figure is the fifth figure A cross-sectional view taken along section line 7_7; the eighth figure is a cross-sectional view of the preferred embodiment of the de-solidification state; ^9 shows a tenth embodiment of a preferred embodiment of the present invention in a state of uncoupling Figure 9 is a cross-sectional view taken along section line 10-10. Guide 90 Conical hole 21 Shaft hole 22 Boring 23 Sleeve 24 Inner hole 241 Push hole 25 [Main component symbol description] Clamp positioning structure 10 Sliding seat 20 Clamping unit 30 Control unit 40 Linking unit 50 Tilting unit 60 Wire gripper 70 seal 80 M403360
限位柱27 卡掣槽231 枢接部232 錐形體31 錐形孔311 插柱312 螺栓32 擋塊33 滑行塊34 夾制件35 接合部351 夾制部352 螺帽36 封蓋37 扳動件41 撥動部411 嵌合空間412 卡槽414 軸心孔415 復位彈簧42 偏心轴桿43 偏心段431 抽承44 C形扣45 螺絲46 貫孔47 大徑部471 小徑部472 釋放組件48 按鍵481 彈性件482 按壓桿483 限位槽49 消音件491 推抵件51 調整螺絲52 推撐件53 弧面511 斜面531 卡掣件61 臂部611 卡掣部612 樞桿62 頂推彈簧63 固定件64 桿身72 導槽92 16Limit post 27 latching slot 231 pivoting portion 232 cone 31 tapered bore 311 plunger 312 bolt 32 stop 33 slide block 34 clamp 35 joint 351 clamp 352 nut 36 cover 37 trigger 41 Toggle part 411 Fit space 412 Card slot 414 Shaft hole 415 Return spring 42 Eccentric shaft 43 Eccentric section 431 Drawer 44 C-shaped buckle 45 Screw 46 Through hole 47 Large diameter part 471 Small diameter part 472 Release component 48 Button 481 Elastic member 482 Pressing rod 483 Limiting groove 49 Muffler 491 Pushing piece 51 Adjusting screw 52 Pushing piece 53 Curved surface 511 Bevel 531 Clamping element 61 Arm 611 Clamping part 612 Pivot rod 62 Pushing spring 63 Fixing piece 64 shaft 72 guide groove 92 16