M374940 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種六角扳手握把結構，尤指—種易於握持， 並可呈T型或L·型握把使用之六角扳手握把結構者。 【先前技術】 按’-般内六角螺絲的使用已相當的普遍，諸如使用於機械、 家倶、日常m而其内六角獅的拆卸或組裝旋緊皆需使 用六角扳手為之，然以六角扳手之型態而言，其以其六角型之本 體外徑供使驗持，而施力轉動螺絲，使用者常因施力而緊握該 六角扳手時’其手部受六肖餅徑賴迫，而翻不舒服，再者， 六角扳手係呈直舰且分佈有長概及短桿段，的處理深度較 深之螺絲健時，通常係狀爾段為舰把，而長桿段則為其 轉動軸’此種方式明顯使得其施力臂過短，而造成其施力不易。 【新型内容】 緣此，本案之創作人基於其從事各種五金工具的設計及製造 多年的經驗，尤其於扳位具的著墨，鑑於财六肖扳手一體成 型而其㈣上錄及不便’細提供既可當τ型六肖扳手，亦可 為L型六肖扳手或六角扳手而使用，乃積極加以研纽良，經由 多次的試驗及改變，終得本創作的產生。 即’本創作之主要目的乃在於藉由握柄段套設限位於本體之 套合凹槽内之^置，而可呈空轉狀，#六角扳手快轉時，可提供 易於握持’並可供六角扳手㈣轉動之六肖扳手握把結構者。 M374940 本創作之另目的，乃在於藉由握把呈中空透孔狀設置，並 於其端-又置之夾持段，而使六角扳手之長桿段或短桿段伸入透 孔中可受㈣失持，以提供了型或L型餘使用之六角扳手握把 結構者。 本創作之再—目的，乃在於藉由握把呈+空透錄設置，並 ‘於其-献置之續段，峨六驗手之長桿段或短桿段伸入透 •孔巾可錢额持’吨供尺核,H目差从的六触手使用同 鲁-内徑尺寸的握把’以減少模具支出之六角扳手握把結構者。 【實施方式】 以下，為達上述之目的，茲就本創作之結構内容及其特徵， 並配合圖式詳細說明如后，相信能就本創作之内容及其產生的功 效，作更進一步的了解。 請參閱第-〜三®所示者’其巾’本創作之餘2者，主要 係於-呈中空透孔；L i !之本體！ i頂端設置有限位凸緣工工 • 2，該限位凸緣1 i 2上設置有錄之切槽i丨3，而於該限位 凸緣112往下延設一套合凹槽工丄4，以供一握柄段工2之套 設限位，而於本體i i之近底端設置一切槽丄i 5，該切槽工1 5上則成型一夾持段116，該夾持段116係呈往透孔工工工 内傾斜狀設置者。 如是者’請參閱第四、五圖所示，將該握柄段丄2往限位凸 緣112方向套入套合凹槽114内（當套入時，該限位凸緣工 12之切槽113因受力而往中空透孔！！工方向内縮，而當握 4 M374940 柄段12套入套合凹槽1χ 4内後，該限位凸緣i i 2可因其本 身彈力而回復原來位置），當欲使用該六角扳手2以欲拆卸較狹小 空間或深度較深的螺栓時，將該六角扳手2之長桿段2 i插入於 握把1之透孔1 1 1中，並握持該握把1，此時長桿段2 1可受 向透孔111_斜之失持段i i 6之夾持而限位，並以該六角 扳手2之短桿段2 2之施力端，以六肢手2之長桿段2 1為轉 動軸，而可旋鬆該螺栓，此時’螺栓通常因其—定鎖固之功效， 皆具有相當的牙數，是以，欲快速拆卸賴栓，需快速轉動該六 角扳手2 ’制者可-手握持握柄段12，而另手轉動六角板手 1之轉段2 2，而使六角扳手2及握把丨呈旋轉狀（因該握柄 段12係套設於套合凹槽！工4中，並受限位凸緣丄丄2之限 位’而可呈空轉狀’是斜缝柄段i 2不會隨之轉動），以提供 易以握持，且可快速轉動而物或㈣該螺栓，轉提供尺寸大 小相差不大的六角扳手使_ —陳尺寸雜把，以減少模具支 出之六角扳手握把結構者； 請參閱第六圖麻’其係為本創作做為了麵把使用之狀態 不意圖’其$，將六触手2之短桿段2 2穿麟中空透孔u 1令，並令該短桿段2 2可受夾持段1i 6之央持定位，並以握 把1為施力端’該長桿段2 1為轉雜’而可達T型握把使用者； 請參閱第七騎示，其係為本創作做為L型握把使用之狀態 不意圖，其中，將六角扳手2之長桿段2 i穿設於中空透孔工工 1中’並令該長桿段2 i可受夾持段116之婦定位並以握 M374940 把1為施力端’該短桿段2 2為轉動軸’而可達l型握把使用者。 再請參閱第八、九圖所示，其係為本創作之較佳實施例，其 中，本創作之握把3者，主要係於一呈中空透孔311之本體3 1頂端設置有限位凸緣312，該限位凸緣312之二側縱向分 別設置有卡合槽3121及卡合凸塊312 2，而於該限位凸緣 312往下延没一套合凹槽314 ’而於本體31之近底端設置 -一切槽315，該切槽315上則成型一夾持段316，該夾持 鲁^又3 1 6係呈在透孔3 1 1内傾斜狀設置，並於該於本體3 1之 近底端周緣與切槽315相對周緣面位置亦設置有套合切槽3工 7以供握柄#又32由本體31之底端往上套設於套合凹槽3 14時，可精由套合切槽317受力而往中空透孔311内縮， 而當握柄段3 2套人至套合凹槽3丨4後’該套合切槽3丄7因 外力消失而回復原位，而可達到限位之效果，且藉由握把3的卡 合槽3121與另-握把3之卡合凸塊312 2相卡合限位，而 ♦可組合而成-體’如此’可達到方便攜帶及呈分別達到呈τ型或l 型握把使用之六角扳手握把結構，且因該握柄段套設於套合凹槽 中’並艾限位凸緣之限位，而可呈空轉狀，以提供易以握持且 可快速轉動而拆卸或旋緊該螺栓之六角扳手握把結構者。 上述本創作僅以最佳實施例作舉例說明，對熟悉該項技藝之 人員’當可進行各變化實施，惟此變化實施，均應包括在本創作 之精神及範疇内。 綜上所述’本創作藉由握把與六角扳手呈分離式設計，而得 M374940 以轉變六角扳手的施力方式，以達到較佳的施力效率，其不論是 結構上的改變，抑或是功效上的增進，皆已毋庸置疑，且本創作 於申請前未見於刊物，亦未公開使用，實已符合專利申請要件， 爰依法提出專利申請。 【圖式簡單說明】 第一圖，係為本創作之立體組合示意圖。 第二圖’係為本創作之立體分解示意圖。 I 第二圖，係為本創作之組合剖面示意圖。 第四圖，係為本創作實施狀態之立體組合示意圖。 第五圖，係為本創作實施狀態之之組合剖面示意圖。 第圖，係為本創作為τ型握把使用之狀態示意圖。 第七圖’係為本創作為[型握把使用之狀態示意圖。 第八圖，係為本創作較佳實施例之立體組合示意圖。 丨第九® ’係為本創作較佳實細之立體分解示意圖。 第十圖’係為本創倾佳實補餘無把組合示意圖。 【主要元件符號說明】 1 ~握把 112—限位凸緣 115 —切槽 1 1 ~~本體 111 —透孔 113 —切槽 114 —套合凹槽 116 —夾持段 7 M374940 12 _握柄段 2 2 —短桿段 2 —六角板手 21—長桿段 3 —握把 312 —限位凸緣 312 2—卡合凸塊 315 —切槽 3 1 -本體 .311 —透孔 . 3121—卡合槽 鲁 314—套合凹槽 316 —夾持段 317—套合切槽 3 2 —握柄段M374940 V. New description: [New technical field] This creation is related to the hex wrench grip structure, especially the easy to hold, and can be used as a T- or L-type grip hex wrench grip Structure. [Prior Art] The use of '------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- In the form of the wrench, it is provided with the outer diameter of the hexagonal body, and the force is applied to turn the screw. When the user often grips the hex wrench due to the force applied, the hand is subjected to the six xiao cake trail. Forced, but uncomfortable, in addition, the hex wrench is a straight ship and has a long and short pole section. The deeper depth of the screw is usually the ship's handle, while the long section is For its rotation axis 'this way obviously makes its force arm too short, which makes its force is not easy. [New content] For this reason, the creators of this case have based on their years of experience in the design and manufacture of various hardware tools, especially in the ink of the locating tool, in view of the integrated formation of the hexagram wrench, the (4) recording and inconvenience It can be used as a τ-type six-branch wrench or an L-shaped six-branch wrench or a hex wrench. It is actively researched in New Zealand. Through many trials and changes, the creation of this creation is finally achieved. That is to say, the main purpose of the present invention is to provide a free-form shape by placing the handle section in the sleeve recess of the body, and the #hex wrench can be easily gripped when it is fast-turned. For the six-wound wrench grip structure for the hex wrench (four). M374940 Another purpose of this creation is to make the long rod section or the short pole section of the hex wrench into the through hole by the hollow hole through the grip and the clamping section at the end. Subject to (4) loss of support, to provide the hex wrench grip structure used for the type or L type. The purpose of this creation is to set it up by the grip and to set it in the continuation section of the 献 验 峨 验 验 验 验 验 验 验 验 验 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔 孔The amount of money held by the 'ton of the ruler core, the H-eye difference from the six-handed use of the same Lu-inner size grip" to reduce the mold expenditure of the hex wrench grip structure. [Embodiment] In the following, for the purpose of the above, the structure and characteristics of the creation and the detailed description of the creation are as follows, and it is believed that the content of the creation and the effects thereof can be further understood. . Please refer to the ones shown in the section -~3®, and the two of them are mainly in the hollow hole; the body of L i ! i. The top end is provided with a finite flange tool. 2. The limit flange 1 i 2 is provided with a recorded slot i丨3, and a set of grooved work is extended downwardly from the limit flange 112. 4, for a handle segment 2 set limit, and the bottom end of the body ii is provided with all the slots 5 i 5, the grooving machine 15 is formed with a clamping segment 116, the clamping segment The 116 series is placed in a tilted shape in the through hole working. If yes, please refer to the fourth and fifth figures, the handle segment 丄 2 is inserted into the sleeve recess 114 in the direction of the limit flange 112 (when the sleeve is inserted, the limit flange 12 is cut The groove 113 is retracted by the force in the direction of the hollow through hole, and when the grip 4 M374940 is inserted into the sleeve recess 1 χ 4, the limit flange ii 2 can be restored by its own elastic force. In the original position), when the hexagonal wrench 2 is to be used to remove a narrower space or a deeper depth bolt, the long rod section 2 i of the hexagonal wrench 2 is inserted into the through hole 1 1 1 of the grip 1 and Holding the grip 1 , the long rod segment 2 1 can be restrained by the clamping of the oblique hole portion ii 6 of the through hole 111_, and the force end of the short rod segment 2 2 of the hexagonal wrench 2 is The long pole section 2 of the six-limb hand 2 is used as the rotating shaft, and the bolt can be loosened. At this time, the bolt usually has a considerable number of teeth due to its function of locking, so that it is necessary to quickly disassemble Bolt, need to quickly turn the hex wrench 2 'can be - hand hold the grip section 12, and turn the hex wrench 1 turn 2 2, and make the hex wrench 2 and the grip 丨 rotate (due to The The grip section 12 is sleeved in the sleeve groove! 4, and the limit position of the flange 丄丄2 is limited to 'the idling shape' is that the slanted shank section i 2 does not rotate accordingly) In order to provide easy to hold, and can quickly rotate the object or (4) the bolt, turn to provide a hex wrench of similar size to make the hex wrench handle to reduce the mold expenditure of the hex wrench grip structure; The sixth figure Ma's system is based on the state of the creation, and the state of use is not intended to 'the $, the short pole section of the six tentacle 2 2 is pierced through the hollow hole u 1 order, and the short pole section 2 2 It can be positioned by the clamping position of the clamping section 1i 6 and the user can reach the T-shaped grip by using the gripping arm 1 as the biasing end 'the long pole section 2 1 '; The present invention is not intended to be used as an L-shaped grip, wherein the long rod section 2 i of the hex wrench 2 is passed through the hollow through hole worker 1 and the long rod section 2 i can be subjected to the clamping section. The woman of 116 locates and holds the M374940 with 1 as the force end 'the short rod section 2 2 as the rotation axis' and can reach the user of the l-type grip. Referring to the eighth and ninth drawings, it is a preferred embodiment of the present invention. The grip of the present invention is mainly composed of a finite position convex on the top of the body 3 1 having a hollow through hole 311. The rim 312 has two engaging longitudinal grooves 3121 and engaging projections 312 2 on the two sides of the limiting flange 312, and a set of recesses 314 ′ is omitted from the limiting flange 312. The bottom end of the 31 is provided with a groove 315, and the clamping groove 315 is formed with a clamping section 316, and the clamping piece is disposed obliquely in the through hole 31 1 and is The peripheral end edge of the body 3 1 and the peripheral edge of the slot 315 are also provided with a sleeve slot 3 for the handle #32 to be sleeved upwardly from the bottom end of the body 31 to the sleeve recess 3 14 The squeezing groove 317 is forced by the sleeve 317 to be retracted into the hollow through hole 311, and when the grip portion 3 2 is set to the sleeve groove 3 丨 4, the sleeve grooving 3 丄 7 is restored due to the disappearance of the external force. In the original position, the effect of the limit can be achieved, and the engaging groove 3121 of the grip 3 and the engaging protrusion 312 2 of the other grip 3 are engaged with the limit, and the ♦ can be combined into a body. So 'reachable side portable The belt and the hex wrench grip structure respectively used for the τ type or the l type grip are respectively idling because the grip section is sleeved in the sleeve groove and the limit of the limit flange is Shaped to provide a hex wrench grip structure that is easy to hold and can be quickly rotated to disassemble or tighten the bolt. The above-mentioned creations are only exemplified by the best embodiments, and those who are familiar with the art can implement various changes, but the implementation of the changes should be included in the spirit and scope of the present creation. In summary, 'this creation is separated from the hex wrench by the grip, and the M374940 is used to change the hex wrench's force to achieve better urging efficiency, whether it is structural change, or The improvement in efficacy has been unquestionable, and this creation has not been seen in the publication before the application, nor has it been used publicly. It has already met the requirements for patent application and has filed a patent application according to law. [Simple description of the diagram] The first picture is a three-dimensional combination diagram of the creation. The second figure is a three-dimensional exploded view of the creation. I The second picture is a schematic cross-section of the creation. The fourth figure is a three-dimensional combination diagram of the implementation state of the creation. The fifth figure is a schematic cross-sectional view of the creative implementation state. The figure is a schematic diagram of the state in which the creation is a τ-type grip. The seventh figure is based on the state of the creation of the [type grip]. The eighth figure is a three-dimensional combination diagram of the preferred embodiment of the present invention.丨 丨 ® 为本 is a three-dimensional decomposition diagram of the creation of the best. The tenth figure is a schematic diagram of the combination of the creation and the replenishment. [Main component symbol description] 1 ~ grip 112 - limit flange 115 - slot 1 1 ~ ~ body 111 - through hole 113 - slot 114 - sleeve groove 116 - clamping section 7 M374940 12 _ handle Section 2 2 - short rod section 2 - hexagonal wrench 21 - long pole section 3 - grip 312 - limit flange 312 2 - engaging projection 315 - slot 3 1 - body. 311 - through hole. 3121 - Engagement slot 314 - sleeve recess 316 - clamping section 317 - nesting slot 3 2 - grip section