1316891 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種工具齒形部件結構，詳而言之係一種以弧邊及斜邊 形成複數卡掣緣，可更易於滑移、跳位的齒形部件結構。 【先前技術】 按，各類工具利用槓桿原理旋鎖螺固件，達到扭緊或轉鬆的效果，故 螺固件可裝配、組合各類產業的零組件。一般工業成品因結構差異而需要 鲁使用各式螺固件，施以強弱不同程度的扭力組裝固定，為了確實控制工具 對螺固件施行的扭力’工具業界開始了扭力控制結構的開發與演進，各種 扭力控制結構逐漸實施、應用於扳手、螺絲起子、轉接工具等工具項目中； 其中如美國專利證號第7 ! 5 〇 2工2號『扭力螺絲起子』，該結構概 為-調整塊、-刻度塊、一彈性件、一對齒形對應响合的赫部件該結 構可以刻度塊為設定的參考基準，以六肖扳手調動祕塊推轉性件對齒 形部件施以不_度_迫力道，誠設定獅起子職翻的預設扭 力、、备作業至超過預設扭力時’該上下啼合的齒形部件將產生滑移跳位而 無法再續域作’故仙者便可由鱗觸哪已經魏至適當程度丨 然而’廷類扭力控制結構中，由於該齒形部件每個齒的斜率較大故 該齒形部件在作業中扭力_極限而產生滑移跳位時，上下齒受自身尖細 狀的結構與較大的斜率而導致無法順暢滑移跳位，故不時發生扭力已達預 叹範圍’但因齒形部件上下齒未能即時跳位轉致螺固件旋鎖的誤差；而 且，尖細齒於滑移跳位時係彼此以尖絲面相互摩擦，久之容易因此磨耗， 1316891 使彼此無法緊料合，轉辟其軸力_她度。 。由此可知形部件_上有著易導致扭力誤差，易造成結構磨 扣縮減使用哥命，影響手工具扭力控制精確程度的缺失，就整體而言， 可說是相當不具實祕，仍有加赋良之必要。 【發明内容】1316891 IX. Description of the Invention: [Technical Field] The present invention relates to a tool toothed member structure, in detail, a plurality of card edges are formed by arc edges and oblique sides, which can be more easily slipped and jumped. Toothed part structure. [Prior Art] Press, all kinds of tools use the principle of lever to twist the screw to achieve the effect of tightening or loosening, so the screw can assemble and combine the components of various industries. General industrial products need to use various types of screws due to structural differences, and they are assembled and fixed with different degrees of torsion force. In order to ensure the torque of the tool to the screw firmware, the tool industry began to develop and evolve the torque control structure, and various torques. The control structure is gradually implemented and applied to tools such as wrenches, screwdrivers, and adapter tools; for example, the US Patent No. 7! 5 〇 2, No. 2 "Torque Screwdriver", the structure is - adjustment block, - The scale block, an elastic member, and a pair of tooth-shaped corresponding to the Hertz part of the structure, the structure can be used as a reference reference for the scale block, and the six-dimensional wrench is used to mobilize the block-turning member to apply a non-degree force to the toothed member. Tao, Cheng set the preset torque of the lion driver's job, and when the work is over the preset torque, the upper and lower fitting toothed parts will produce a slipping position and cannot be renewed. The contact has been Wei to the appropriate degree. However, in the 'Ting type torsion control structure, the toothed part has a torsion _ limit during operation due to the large slope of each tooth. When the position is up, the upper and lower teeth are subjected to their own tapered structure and a large slope, which makes it impossible to smoothly slide the jump position. Therefore, the torsion force has reached the pre-sighing range from time to time, but the upper and lower teeth of the toothed member cannot be immediately jumped. The error of the screw lock of the screw; and the sharp teeth are rubbed against each other by the sharp surface in the slipping position, and it is easy to wear for a long time, 1316891 makes it impossible for each other to close together, and turns its axial force to her degree. . It can be seen that there is a tendency to cause torque error on the shaped part _, which is easy to cause the structural grinding buckle to reduce the use of the sacred life, which affects the lack of accuracy of the hand tool torque control. On the whole, it can be said that it is quite unreal, and there is still a fuss. Good need. [Summary of the Invention]
本發明係提供—種工具齒形部件結構，其可改細技術易導致扭力 誤差、料賴構賴，麟使轉命，辨手工胁力㈣精確程度的 為達成⑴述目的’本發明之本體係、為—齒形部件，該齒形部件上係設 有複數卡料各卡料係[料及_科相交_成，贿邊與狐邊 相父之角麟條2 Q度則5度之間，該絲料係可g&合實施於各式 具有扭力控制駐具之上，如扭力扳手或扭力起子或扭力轉接工具； s扭力具係A有—柄部，該柄部侧設―中空的容置部，該容置部 -端形成-嵌合段H卿成i紋段，該柄部賴設有—透孔，該 透孔w置部呈可對外連通之態樣，該柄部係藉容置—置—控制部以及 一驅動部，該齒形部件則設於控制部與驅動部之間； 該控制部係包括外周滿佈螺紋的__墊體、—調整件以及—扭力控件， 該藝體設有-穿孔，該調整件設有-調整孔，兩者並同置於螺紋段内，該 扭力控件之兩端則分別抵於調整件與齒形部件上； 該驅動相對於套接螺固件一端係設有一_^掣端，該卡掣端係配合齒 形部件之卡掣緣對應成形’使卡掣端與卡掣緣能夠彼麟應妨，該驅動 1316891 部另穿叹—彈性件’並於彈性件兩側各配合設置-迫緊件，使該驅動部置 «嵌。&内時可受彈性件對迫緊件的向外推力，加強驅動部對柄部之結人 力道； 。 由於該齒形部件的卡掣緣係以斜邊與弧邊採2 〇度至5 5度的適當角 度相父形成，樣料表面I緩和的結構鱗且斜報為平緩，故能俾利 齒形部件更為爾地滑移、跳位，避免卡掣緣與卡_於扭力屆滿時無法 順利跳位錢誤差的缺點，且料被之曲雜廊能在賴中減少 #卡擎緣與卡掣端相互的摩擦，避免齒形部件與卡掣端的相互磨耗，維持元 件使用壽命，維護其正常運作，長保扭力轉接工具對扭力控制的精確程度。 此外，該齒形部件又可配舍組設另—解部件，鋪形部件上亦設有 對應數量的卡掣緣，該二齒形部件之卡擎緣係相對並相互交錯，使卡擎緣 間留有定間隙，讓位於上方之齒形部件在作業中只能朝單方向滑移跳 位’而使扭力工具具有可持續扳動以及可扭力控制的不同扳動方式。 由上述可知，本發明實謂一種極具實用性及進步性之發明，值得產業 ® 界大力推廣，並公諸於社會大眾》 【實施方式】 本發明係有關一種工具齒形部件結構，請先參閱第一圖所示，其本體 係為-齒形部件1 ’該飾部件丨上係設有四個卡轉2，各卡舞2係 以斜邊3及一弧邊4相交而形成’該斜邊3與弧邊4相交之角度係介於 2 0度到5 5度之間，而該齒形部件1係可配合實施於各式具有扭力控制 的工具之上，如扭力扳手或扭力起子或扭力轉接工具； I316891 m再配《參照第—圓至第四圖所示，係、本發明第—實施例，係以扭力 轉接工具1〇作為說明： 該扭力轉接工具1〇係、設有—柄部Η，該柄部内侧設一中空 的谷置10 ’該谷置部工1〇一端形成一嵌合段工Η，另一端則形 成螺紋段112，該柄部！丄並開設有一透孔工工3，該透孔i丄3令 谷置。P110呈可對外連通之態樣，該柄部工丄係藉容置部1 1〇設置一 由多項組件構成的控制部12以及-可套接螺固件的驅動部工 3，該齒形 部件1則設於控制部12與驅動部13之間；該控制部i 2係包括-塾體 121、-調整件12 2以及-扭力控件工2 3，該塾體工2工設有一穿 孔1 2 1 1 ’該調整件；[2 2設有-調整孔i 2 2 1，兩者外周滿佈螺紋 1212、1 2 2 2並同置於螺紋段}i 2内，該扭力控件i 23於本實 施例係為彈簧，該扭力控件12 3之兩端則分別抵於調整件i 2 2與齒形 部件1上；該驅動部i 3相對於套接螺固件一端係設有一卡擎端丄3丄， 該卡掣端1 3 1値合齒形部件丨之卡觀2對應成形，使卡掣端丄3丄 籲與卡掣緣2能夠彼此對應喷合，該驅動部13另穿設一彈性件丄3 2，並 於彈性件1 3 2 _各配合設置-迫緊件丨3 3，使該_部丨3置於嵌 合段111_可受彈性件i 3 2對迫緊件i 3 3的向外推力，加強驅動 部13對柄部11之結合力道； 續請參照第五圖至第九圖所示，先如第五圖，該扭力轉接工具丄0於 使用前係以-六角扳手20從透孔丄丄3經穿孔工2丄工伸入調整孔U 21内’調動調整件12 2靠螺紋1212、1 2 2 2於螺紋段i!2向 1316891 • 上、下位移改變扭力控件12 3對齒形部件1的壓迫程度，藉由調整控制 部12及齒形部件1以預設所需之扭力，接續便如第六圖，將扭力轉接工 具10組裝於施作工具之上，如本實施例所示之氣動搶3 〇，以對螺固件 4 0進行旋鎖作業’當對螺固件4 Q之旋鎖達到預設扭力範圍時，該齒形 部件1便不再受扭力控件i 2 3之壓迫所拘束，將如第七圖至第九圖，其 卡掣緣2將順旋鎖侧而沿卡掣端丨3 1滑移料，並於⑯至卡掣端丄3 1頂時順勢跳位，使作業因齒形部件工的跳位而告終，並提示使用者已完 • 成對螺固件40之旋鎖； 因為該齒形部件1的卡掣緣2係以斜邊3與弧邊4採2 〇度至5 5度 的適當角度相交軸，卡掣緣2外表面呈緩和的結構曲線且斜率較為平 緩，故能俾利齒形部件i更為順暢地滑移、跳位，避免卡掣緣2與卡擎端 131於扭力屆滿時無法順利跳位造成誤差的缺點，且斜邊^、孤邊&相 交之曲線輪廓能在跳位中減少卡掣緣2與卡掣端工3丄相互的摩擦，避免 齒形部件1與卡掣端131的相互磨耗，維持元件使用壽命，維護其正常 警運作’長保扭力轉接工具i Q對扭力控_精確程度。 接續請參照第十圖與第十一圖所示，其係為本發明第二實施例，其中 騎與第-實錢_者，舰*再贅述，如下僅就不同結構敛述之： 該控制部12的扭力控件i 2 3係可為板片彈著，而原設於驅動部一 ，的卡掣端131、彈性件丄3 2、迫緊件丄3 3則可移去改為以齒形 部件1配合組設另-齒形部件5，該齒形部件5亦設有對應數量之卡擎緣 6 ’該齒形部件i、5係以卡掣緣2、6相對交錯如十—圖該卡擎緣 1316891 2 6間留有間隙’使得齒形部件1在作業中交會的弧邊4、8會 相互卡抵而僅能朝斜邊3、7方向滑移、跳位，於是使扭力轉接工具工〇 朝弧邊4、8交會方_可持續扳動，朝斜邊3、7相依方向轉動則可行 扭力控制之扳動效果。 由上所述者僅為用以解釋本發明之較佳實施例，並非企圖據以對本發 明做任何形式上之關’以，凡有在_之發赚神下賴有關本發明 之任何修飾或敎者’冑域包括在本發㈣聽狀範脅内。 綜上所述’本發明工具齒形部件結構在結構設計、使用實用性及成本 效益上’確實是完全符合產業上發展所需’且所揭露之結構發财是具有 前所未有關新構造’ _其具有「新雛」應無疑慮，又本發明可較之 習知結構更具功效之增進，因此亦具有「進步性」，其完全符合我國專利 法有關發明專利之巾請要件的規定，乃依法提起專辦請，並敬請詞局 早日審查，並給予肯定。 【圖式簡單說明】 第一圖係為本發明工具齒形部件結構之外觀立體圖。 第二圖係為本發明配合實施於第一實施例之立體分解圖。 第二圖係為本發明第一實施例之結構透視示意圖。 第四圖係為本發明第一實施例之結構剖面示意圖。 第五圖係為本發明第一實施例調整扭力狀態之剖面示意圖。 第六圖係為本發明第一實施例作動狀態示意圖。 第七圖至第九關為本發明滑移跳位之連績作動狀態示意圖。 1316891 第十圖係為本發明實施於第二實施例之外觀立體圖。 第十一圖係為本發明第二實施例齒形部件與卡掣件相嚙合之侧面示意圖。 【主要元件符號說明】 齒形部件1、5 卡掣緣2、6 斜邊3、7 弧邊4、8 扭力轉接工具10 柄部1 1 容置部110 嵌合段111 螺紋段112 透孔1 1 3 控制部1 2 墊體1 2 1 穿孔1211 螺紋1 2 1 2 調整件12 2 調整孔12 21 螺紋1 2 2 2 扭力控件1 2 3 驅動部l· 3 卡掣端131 彈性件13 2 迫緊件13 3 六角扳手2 0 氣動搶3 0 螺固件40The invention provides a tool toothed component structure, which can easily lead to a torque error, a material dependency structure, a lining to change the life, and a manual stress force (four) precision degree to achieve (1) the purpose of the present invention. The system is a tooth-shaped component, and the tooth-shaped component is provided with a plurality of card materials, and each of the card materials is formed. [Materials and _ families intersect _ into each other, bribes and foxes are in the same direction. 2 Q degrees are between 5 degrees. The wire material can be implemented in various types with a torque control keeper, such as a torque wrench or a torque screwdriver or a torque adapter; s torque device A has a shank, and the shank side is hollow The accommodating portion-end-forming portion H-shaped into a segment, the shank portion is provided with a through-hole, and the through-hole portion is in an externally connectable manner, the handle portion The toothed component is disposed between the control portion and the driving portion; the control portion includes a __pad body, an adjusting member, and a torque The control body is provided with a perforation, and the adjustment member is provided with an adjustment hole, and the two are placed in the thread segment, and the two of the torque control Corresponding to the adjusting member and the toothed member respectively; the driving end is provided with a _ 掣 end with respect to the end of the socket screw, and the locking end is matched with the locking edge of the toothed member to form a 'clamp end The card edge can be used by the other side, the driver 1318891 is also worn with an sigh-elastic member and is arranged on both sides of the elastic member - the pressing member is placed so that the driving portion is placed. & can be subjected to the outward thrust of the elastic member against the pressing member, and strengthen the connecting force of the driving portion to the handle; Since the snap-in edge of the toothed member is formed by the right angle of the oblique edge and the arc edge to 2 5 degrees, the structural scale of the sample surface I is moderated and the angle is flat, so that the tooth can be sharpened. The shape parts are more slippery and jumped, avoiding the shortcomings of the card edge and the card _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The mutual friction between the ends prevents the mutual wear of the toothed parts and the click end, maintains the service life of the components, maintains its normal operation, and ensures the accuracy of the torque control by the long torque support tool. In addition, the toothed component can be combined with another set of disassembling components, and the paving component is also provided with a corresponding number of snap edges, and the card edge of the two toothed components are opposite and interdigitated, so that the card edge There is a fixed gap between them, so that the upper toothed part can only slide in one direction in the operation, and the torque tool has a different pulling mode of sustainable pulling and torque control. It can be seen from the above that the present invention is an extremely practical and progressive invention, and is worthy of promotion by the industry® community and is publicized to the public. [Embodiment] The present invention relates to a tool toothed component structure, please first Referring to the first figure, the system is a - toothed part 1 'the decorative part is provided with four card turns 2, and each card dance 2 is formed by intersecting the oblique side 3 and an arc side 4 The angle at which the oblique edge 3 intersects the arc edge 4 is between 20 degrees and 55 degrees, and the toothed member 1 can be fitted to various tools having torque control, such as a torque wrench or a torque driver. Or the torque transfer tool; I316891 m is further equipped with the reference to the first to the fourth figure, the first embodiment of the present invention, with the torque transfer tool 1〇 as an explanation: the torque transfer tool 1 The handle is provided with a hollow valley 10'. The inner side of the handle is provided with a fitting section, and the other end forms a threaded section 112, the handle! A through-hole worker 3 is opened and the through hole i丄3 is placed in the valley. The P110 is in an externally connectable manner, and the handle is provided with a control portion 12 composed of a plurality of components and a driving portion 3 capable of socketing the screw member, the toothed member 1 The control unit 12 is disposed between the control unit 12 and the driving unit 13; the control unit i 2 includes a body 121, an adjusting member 12 2 and a torque control 2 3 , and the body 2 is provided with a through hole 1 2 1 1 'the adjustment member; [2 2 is provided with - adjustment hole i 2 2 1, both of which are circumferentially full of threads 1212, 1 2 2 2 and placed in the thread segment}i 2 , the torque control i 23 in this implementation For example, the spring is controlled, and the two ends of the torque control 12 3 are respectively abutted on the adjusting member i 2 2 and the toothed member 1; the driving portion i 3 is provided with a card end 相对3丄 with respect to one end of the socket screw. The card end 1 1 1 is formed by the corresponding view of the toothed member 2, so that the click end 3 and the click edge 2 can be sprayed correspondingly to each other, and the driving portion 13 is further provided with an elastic member.丄3 2, and in the elastic member 1 3 2 _ each set - the pressing member 丨 3 3, the _ 丨 3 is placed in the fitting portion 111_ can be subjected to the elastic member i 3 2 to the pressing member i 3 3 Outward thrust, reinforcing drive unit 13 The combined force of the shank 11; Continuation, please refer to the fifth to ninth figures. First, as shown in the fifth figure, the torque transfer tool 丄0 is perforated from the through hole 丄丄3 by the hex wrench 20 before use. Work 2 is extended into the adjustment hole U 21 'Transfer adjustment member 12 2 by thread 1212, 1 2 2 2 to thread segment i! 2 to 1318891 • Upper and lower displacement change torque control 12 3 compression of toothed part 1 To the extent, by adjusting the control portion 12 and the toothed member 1 to preset the required torque, the torque adapter tool 10 is assembled on the application tool as shown in the sixth figure, as shown in the embodiment. Grab 3 〇 to perform the screw lock operation on the screw 40. When the screw lock of the screw 4 Q reaches the preset torque range, the toothed member 1 is no longer restrained by the compression of the torque control i 2 3 . As shown in the seventh to ninth figures, the rim edge 2 will slide along the side of the 掣 丨 3 1 and slide the material at the top end of the 掣 丄 3 1 Ending due to the jump position of the toothed component worker, and prompting the user to complete the twist lock of the pair of screws 40; because the snap edge 2 of the toothed member 1 is with the bevel 3 The arc edge 4 adopts an appropriate angle intersecting axis of 2 to 5 degrees, and the outer surface of the card edge 2 has a gentle structural curve and a gentle slope, so that the toothed component i can smoothly slide and jump. , to avoid the disadvantage that the card edge 2 and the card end 131 can not smoothly jump when the torque is full, and the oblique edge ^, the edge of the edge and the intersection of the curve contour can reduce the card edge 2 and the card in the jump position The end-to-end 3丄 mutual friction avoids the mutual wear of the toothed component 1 and the latching end 131, maintains the service life of the component, and maintains its normal police operation. The long-term torque-switching tool i Q is torsion control _ precision degree. For the continuation, please refer to the tenth and eleventh drawings, which are the second embodiment of the present invention, wherein the ride and the first-real money _, the ship * will be described again, as follows, only the different structures are condensed: The torque control i 2 3 of the portion 12 can be a piece of the plate, and the latching end 131, the elastic member 丄 3 2, and the pressing member 丄 3 3 which are originally provided in the driving portion 1 can be removed and replaced with teeth. The shaped member 1 is matched with a further toothed member 5, and the toothed member 5 is also provided with a corresponding number of card rims 6'. The toothed members i, 5 are interlaced with the rims 2, 6 as a ten-figure There is a gap between the card edge 1318891 26 6 so that the arc edges 4 and 8 which the toothed member 1 meets during the work will be mutually abutted and can only slide and jump in the direction of the oblique sides 3 and 7, so that the torque is made. The transfer tool 〇 〇 弧 弧 4 4 4 4 4 4 4 4 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The above description is only for the purpose of explaining the preferred embodiments of the present invention, and is not intended to be in any way to the present invention. The latter's domain is included in this issue (4). In summary, the structure of the toothed component of the present invention is structurally designed, practical to use, and cost-effectively [is indeed fully in line with the development of the industry] and the disclosed structure is rich in an unprecedented structure. The "new chick" should be undoubtedly considered, and the invention can be more effective than the conventional structure, and therefore has "progressiveness", which fully complies with the requirements of the invention patent for the patent law of the Chinese Patent Law. Please mention the special office, and please review the word bureau for an early review and give it affirmation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an external perspective view of the structure of the toothed member of the tool of the present invention. The second drawing is an exploded perspective view of the first embodiment of the present invention. The second drawing is a perspective view showing the structure of the first embodiment of the present invention. The fourth figure is a schematic cross-sectional view showing the structure of the first embodiment of the present invention. The fifth figure is a schematic cross-sectional view of the first embodiment of the present invention for adjusting the torsion state. The sixth drawing is a schematic diagram of the actuation state of the first embodiment of the present invention. The seventh to ninth levels are schematic diagrams of the running status of the slippage of the slip position of the present invention. 1316891 The tenth figure is an external perspective view of the second embodiment of the present invention. The eleventh drawing is a side view showing the engagement of the toothed member and the latching member in the second embodiment of the present invention. [Description of main component symbols] Toothed parts 1, 5 rims 2, 6 slanted edges 3, 7 Arced edges 4, 8 Torque adapter tool 10 shank 1 1 accommodating part 110 fitting section 111 Threaded section 112 Through hole 1 1 3 Control part 1 2 Pad body 1 2 1 Perforation 1211 Thread 1 2 1 2 Adjusting piece 12 2 Adjustment hole 12 21 Thread 1 2 2 2 Torque control 1 2 3 Drive part l· 3 Cartridge end 131 Elastic part 13 2 Tightening parts 13 3 hex wrench 2 0 pneumatic grab 3 0 screw firmware 40
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