'M282781 八、新型說明： 【新型所屬之技術領域】 種具有緊迫及鬆脫旋轉結 本創作係與扳手有關，特別係指一 構的板手。 【先前技術】 由於手工具應用在物品的組裝 所以市場上的衫具需求餘料人，㈣計分廣泛， 桢m θ # 鳥人而其中一種最常見也最常 使用的手工具如弟一圖所示，1 麻μ 士㈣山 ，、為白知一種可提供使用者旋轉結 構的板手，主要係由一柄桿（"1 > 开杜r⑴ 干（1Q)、—，頭（14)與-鎖合 凡件（16)所組成，其中； 該柄桿（1〇) —端具有容詈燐'M282781 8. Description of the new model: [Technical field to which the new model belongs] Kind of pressing and loose rotation. This creation is related to a wrench, especially a structured wrench. [Previous technology] Because hand tools are used in the assembly of articles, the market needs more people's shirts. ㈣Scores are wide. 桢 m θ # Birdman is one of the most common and most commonly used hand tools. As shown in the figure, 1 Ma Shishishan, a wrench that can provide users with a rotating structure, is mainly composed of a handle (" 1 > Kaidu r⑴ stem (1Q),-, head (14 ) And-locks with each piece (16), where; the handle (1〇)-the end has a capacity
旁谷置槽（11)，該容置槽（]_ D 槽壁具有相對的樞孔（1 2)， m “ 置槽（11)由底部縱向形 孙扣 口干（1〇)的兩侧分別對應有相 互貝牙的開口與螺孔，此外，兮 ^ "工作頭（14)兩側皆具有樞軸 減接部（16)，該_(15)可樞接於柄桿（1〇) 的樞孔（12)内而轉動，而該連接部（16)係供_套筒使 用，藉由該鎖合元件（1 7 )空 )牙"又過该柄桿（1 0 )的溝槽（1 3)而鎖設該柄桿（1〇)兩側的開口與螺孔上，使該鎖合元件 (17)u 4柄#(1Q)兩側而相互夾掣工作頭（14) 此使用者可將該工作頭〔彳4 ^ 、 相對於柄桿（10)旋轉至預定 角度，再藉由鎖合元件（1 7 ) ^ + & 1广）而夹掣柄桿（10)兩侧，進而 5 M282781 T柄f(1〇)的容置槽（η)相對位移而迫緊該工作頭（1 /豕此，相缸作頭（1 4)相對於柄桿（1 〇)旋轉至預 u度’由鎖合元件（17)夾掣該1作頭（Η)而得以 定位，惟，此種制扳手於實際進行鎖、卸作業，仍具有下述須 立即改善之缺陷： 其-、由於該柄桿（10) 一端具有容置槽（u)，當該工 作頭（1 4 )係相對於該柄桿（！ Q )旋轉，惟，社作頭（工 4 )具有凸設崎接部（！ 6 )，該連接部（χ 6 )鍵轉時會卡 抵於該柄桿容置槽底部，因此，該卫作頭（i 4 )之連接部（工 6)僅能作局部角度的_，所以f知的扳手有著操作性不佳與 結構性不足的缺陷。 其二、該柄桿（1 0 )的兩側分卿財相互貫穿的開口與 螺孔，使制扳手得以裝設鎖合元件（i 7 )付夾掣該工作頭 (1 4 )而定位’惟，該卵扳手在製造流程上必須進行鑽孔或 攻牙的加工，才得以裝設鎖合姑（i 7 )，惟，只要多增加一次 的加工流程即增加製造成本的費用，所以習知的扳手有著製造成 本無法降低的缺陷。 有鑑於此，本案發明人乃經詳思細索，並累積多年從事扳手 之設計，幾經試製與試作後，終而開發出一種旋轉扳手的結構改 良。 6 M282781 【新型内容】 本創作之主要目的，係在提供一種旋轉扳手結構改良，其主 要係藉由該柄桿的底部成型有一槽溝，利用該槽溝的結構使該工 作頭的連接部得峨轉而過，據此，達虹作頭得以魏於柄桿 作不同角度的操作，以增加本創作使用上的便利性。The trough (11) is located next to the trough, and the wall of the trough (] _ D has opposite pivot holes (1 2). There are openings and screw holes corresponding to each other. In addition, both sides of the working head (14) are provided with pivot reduction portions (16). The _ (15) can be pivotally connected to the handle (1〇 ) In the pivot hole (12), and the connecting portion (16) is for the sleeve, and the locking element (1 7) is empty) the tooth "quotes through the handle (1 0) The grooves (1 3) are locked on the openings and screw holes on both sides of the handle (10), so that the locking element (17) u 4 handle # (1Q) both sides clamp the working head (14) ) The user can rotate the work head [彳 4 ^, relative to the handle (10) to a predetermined angle, and then clamp the handle (10) by the locking element (1 7) ^ + & 1 wide). ) On both sides, and further the relative displacement of the receiving groove (η) of the 5 M282781 T handle f (1〇) to press the working head (1 / this, the phase cylinder head (1 4) relative to the handle (1 〇 ) Rotate to the pre-degree 'by the locking element (17) to clamp the 1 as the head (Η) to be positioned, but this type of wrench is In the process of locking and unloading, the following defects still need to be improved immediately:-Because the handle (10) has a receiving groove (u) at one end, when the working head (1 4) is relative to the handle (! Q) Rotate, but the head of the company (work 4) has a convexly-connected saki joint (! 6), and the connection (χ 6) will click against the bottom of the handle receiving groove when the key is turned, so, The connecting part (work 6) of the guard head (i 4) can only be used at a local angle, so the known wrench has the defects of poor operability and insufficient structure. Second, the handle (1 0) The openings and screw holes penetrating from each other on both sides allow the wrench to be fitted with a locking element (i 7) and clamped to the working head (1 4) for positioning. However, the egg wrench must be manufactured in the manufacturing process. Only when drilling or tapping is performed can the lock joint (i 7) be installed. However, as long as the machining process is increased once more, the manufacturing cost is increased, so the conventional wrench has the defect that the manufacturing cost cannot be reduced. In view of this, the inventor of this case has carefully considered and accumulated many years of experience in the design of wrenches. After several trials and trials, Later, a structural improvement of a rotary wrench was eventually developed. 6 M282781 [New content] The main purpose of this creation is to provide a structural improvement of a rotary wrench, which is mainly formed by a groove formed at the bottom of the handle. The structure of the groove makes the connection of the working head turn away. According to this, the Dahong head can be operated at different angles from the handle to increase the convenience of this creative use.
本創作之另-主要目的，係在提供—種旋轉扳手結構改良， 其主要係藉由該工作頭的第—螺紋端及第二螺紋端的螺旋方向皆 不相同’其—端螺紋端為左職，另—端螺紋端為右螺紋，且第 一螺紋端及第二螺紋端的螺旋方向係相對應於柄桿的螺紋孔，藉 由5亥工作頭的螺紋端與柄桿的螺紋孔的螺旋方向皆不相同，於 ::達到該工作頭朝向柄桿一側樞轉為緊迫旋轉，而: 為鬆脫旋轉。 和 立（^之再主要目的’係在提供—種旋轉扳手結構改良， 使柄桿製造流程上直接進行鑽孔或攻牙的加工， 使邊柄;^具有相對的螺紋 安裝上可直接紅作馳财烟’因此’除了在 元件’達到降低縣的效果。亦可免除錢習用的鎖合 有關本創作為達成上述目的 所採用之技術、手段及其他之 7 M282781 -5—. Q . 相1畜本^ 丁 \上 … m 丨說明知下 ,、-备點…苦一，、 解：首先請配合參閱第二圖至第五圖具體探 扳手結構改良，其 物*供1旋轉 組設而成，其中； 糾（2〇)與—，（30) 紋孔且螺旋方向皆不相同，;：二^ 了Γ螺紋孔(212)，而該槽溝…=4神另— 1)底部縱向成型—溝槽狀結構； k口4置槽（2 内頭(30)’係組設於柄桿(2〇)之容 頭（3〇)具有供套設套筒 環設有相對的螺紋端，其一端相對應柄桿 (2 1 1 )係為第—螺紋端 、弟螺紋孔 第二螺紋孔⑵編為第二螺紋 2)與第二螺紋端（33)的螺旋方向皆且弟—螺紋端（3 〇)之第-螺紋端(32)與第二 :亥工如 合於該柄桿（2 〇 )的第一螺紋孔 3 )係依序分別螺 1 2 )内。 1 1 )與弟二螺紋孔（2 以上所述，即為本創作各相關 之概述，而有關本創作為達成上述 元件的相互關係位置及其構造 目的’所採用之技術'手段及 M282781 其他功效，兹舉三 信本創作上述之目 體之瞭解。 較佳可行實施例並配合圖示詳細朗如后，相 的、特徵及其他優點，t可由之得—深入而具The other main purpose of this creation is to provide a kind of improved rotary wrench structure, which is mainly because the screw direction of the first thread end and the second thread end of the working head are different. Its thread end is left. In addition, the end thread ends are right thread, and the spiral directions of the first thread end and the second thread end are corresponding to the screw holes of the shank, and the screw ends of the screw head and the screw holes of the shank are used for the screw direction. They are all different: when: the working head is pivoted towards the handle side for tight rotation, while: for loose rotation. The main purpose of Heli (^) is to provide a kind of rotary wrench structure improvement, so that the shank rod manufacturing process can be directly drilled or tapped, so that the side handle; ^ can be directly red on the installation of the opposite thread Chi Cai Yan 'therefore "in addition to the element" to achieve the effect of reducing the county. It is also possible to dispense with the customary locking of money. The technique, means and other 7 M282781 -5 —. Q. 相 1 Animals ^ D \ up ... m 丨 Description know ,, -Preparation point ... Kuyi, Solution: First, please refer to the second to fifth pictures for the specific structure of the probe wrench to improve, its object * for 1 rotation group (20) and-, (30) pits and spiral directions are not the same ;: ^ the Γ threaded hole (212), and the groove ... = 4 God another — 1) bottom longitudinal Forming—groove-like structure; k-mouth 4-position slot (2 inner head (30) 'is a container head (30) set on the stem (20)) with a sleeve end provided with an opposite thread end , One end of which corresponds to the shank rod (2 1 1) is the first thread end, the second thread hole is the second thread hole, and the second thread is 2) and the second thread. The spiral direction of (33) is the same-the first threaded end (32) of the threaded end (30) and the second: Haigongru first threaded hole 3 in the handle (20) is in order Screw 1 2). 1 1) and Di Er tapped holes (2 The above is an overview of the relevant aspects of this creation, and the techniques used in this creation to achieve the inter-relational position of the above elements and their construction purposes and other functions of M282781 I would like to cite the three-letter book for the understanding of the above-mentioned purpose. The best feasible embodiment and the detailed illustrations are illustrated in the following. The relative features, characteristics, and other advantages can be obtained—in-depth and with
【實施方式】 首先請配合參考第二至五圖所示， 結構改良’其主要係由-柄桿（2 0 ) 而成，其中； 本創作提供一種旋轉扳手 與一工作頭（3 0 )組設 使用者握持該柄桿（2q)h_ Γ交罟播（ο 1e[Embodiment] First, please refer to the second to fifth figures for reference. The structure improvement is mainly composed of a-lever (20). Among them, this creation provides a rotary wrench and a working head (30). Let the user hold the handle (2q) h_ Γ 交 罟 播 （ο 1e
具有容置槽（2 1 )及;)¾、'盖f 0 0 λ 相tw 4 ( 2 2 ) ’該容置槽（2 1 )槽壁具有 相對的螺紋孔且職方㈣ 摊f91、〜 _』而5亥槽/冓（2 2)沿該容置 曰（2 1)底视向成型—溝槽狀結構，在此，該槽溝q 2 ) =漸縮的溝槽狀結構為例，亦可為矩形的 工作頭(3〇)的第-螺紋端⑴)與第二螺紋端二 輸於該柄桿(2〇)的第一螺紋孔(21=二 、、文孔（2 1 2 )内，且第—螺紋端（3 2 )及第二螺紋端 的螺旋方向係相對應於柄桿（2 ” 與第二螺紋孔(212)，:if螺紋孔(211) 紋以及第三觀端（33);% ^觀端（32)為左螺 η、^ 為右螺紋為例），所以_該玉作頭（3 〇)的弟-螺紋端（3 2)為左螺紋以及第 、 右螺紋，且該柄桿（2 〇)的第g i心而（3 3)為 第二螺紋孔⑵2)為右螺Γ 11)為左螺紋與 )為右螺紋，讓該工作頭（30)-端的螺 9 M282781 紋端對應於該柄桿（2 〇 )為左旋，另— 桿（2 0 )槽溝（2 2 )的結構使柄椁：、右旋」再藉由該柄 槽壁得以產生位移，據此，達龍卫作 ( 2 1 ) 〇)—側樞轉為緊迫旋轉，而另—側樞 Q)朝向柄桿（2 ^為秦脫旋轉的功效。 值得-提的是，本創作該讀頭（3 Q ) _紋 3)係垂直組設於柄桿（2 〇)上而樞轉， （3 ::底部成型有一槽溝(2 2)，利用該槽溝心 作頭（3 0)得以旋轉而過’據此 、〜 ::柄桿⑵)作度的操作^ &另-方面’本創作可在該柄桿（2〇)製造流程上直接進行 ； 鑽孔或攻牙的加工，使該柄桿（2 〇)具有相對的螺紋孔（2工 • 1 )(212)且螺旋方向皆不相同，因此，除了在安裝上可直接 將工作頭（3 0)樞設在柄桿（2 〇)±，亦可免除安裝習用的 鎖合元件，達到降低成本的效果。 睛配合參閱第六圖所示，本創作第二實施例係提供一種旋轉 扳手結構改良，由於其組態及功效同於第—實施例，故在此不再 夤述’至於第二實施例與第一實施例不同之處在於： 於該柄桿（2 0 )上另設有止擋元件（a )，且該止擋元件（a ) M282781 相對應於工作頭（3 Q)的連接部（31)處，藉由該止擋元件 (A)抵頂該工作頭（3 〇 )的連接部（3 1 )，使該工作頭（3 0 )僅能作局部旋轉，避免使用者讓虹作頭（3⑻緊迫旋轉 過多，致使該工作頭（3 〇)卡死，或過度鬆脫旋轉該工作頭（3 „ 0 ) ’致使該工作頭（3 Q)掉落，藉以形成另_可行的實施例。 請配合參閱第七圖所示，本創作第三實施例係提供_種旋轉 • 扳手結構改良，由於其組態及功效同於第—實施例，故在此不再 贅达’至於第三實施例與第—實施例不同之處在於： ;字作頭（3 〇)設計成可快速拆解與組裝的結構，依序 .分解為工作頭本體（B )與套筒連接元件（C )，藉由拔換該工作 頭（3曰0 )的套筒連接元件（c )，使工作頭本體（B )得以相對 應柄#( 2 Q )進行旋轉至預設肖度，接著，再將絲筒連接元 . 牛（C )、、且衣於工作頭本體（B )上’是以，本創錢由工作頭 摩（3 Q)的工作碩本體（B)與套筒連接元件（c)拆解與組裝 的結構設計，使該工作頭（3 〇 )的套驗接元件⑹得以相 對於扳手進行分離或結合，藉以形成再—可行的實施例。 —:上所述’本創作係提供—種旋轉扳手結構改良，其主要係 藉由及柄㈣柄結構使該工作頭的連接部得以旋躺過，且該 、◊第螺紋端鱗二螺紋端鱗分別螺合於馳桿的第一 …孔”第—螺紋孔内’且第一螺紋端及第二螺紋端的螺旋方向 M282781 係相對應於柄桿的的第一螺紋孔與第二螺紋孔，所以利用該工作 頭的第一螺紋端為左螺紋以及第二螺紋端為右螺紋，且該柄桿的 第螺紋孔為左螺紋與第二螺紋孔為右螺紋，綠一竭的 螺紋端對應於該柄桿為左旋繞H為右旋繞，致使該柄桿槽 溝的結構使柄桿的容置漏壁得^生位移，據此，達到該工作 购她桿，樞轉為緊迫旋轉，㈣-側樞轉為鬆脫旋轉的功With a receiving groove (2 1) and;) ¾, 'cover f 0 0 λ phase tw 4 (2 2)' The wall of the receiving groove (2 1) has opposite threaded holes and the staff side spreads f91, ~ _ 』And the groove 5 冓 / 冓 (2 2) is formed along the accommodating (2 1) bottom view—a groove-like structure. Here, the groove q 2) = tapered groove-like structure is taken as an example. , Which can also be the first threaded end of the rectangular working head (30) and the second threaded end of the first threaded hole (21 = two, the text hole (2 1) of the handle (20). 2), and the spiral directions of the first threaded end (3 2) and the second threaded end correspond to the shank (2) and the second threaded hole (212), the if threaded hole (211) pattern and the third view The end (33);% ^ view end (32) is the left screw η, ^ is the right thread as an example), so the younger-threaded end (3 2) of the jade head (30) is the left thread and the first, The right thread, and the gi center of the shank (20) and (3 3) is the second thread hole) 2) is the right thread Γ 11) is the left thread and) is the right thread, let the working head (30)- The end of the screw 9 M282781 corresponds to the left-handed rotation of the stem (20), and the structure of the groove (2 2) of the stem (2 0) makes the stem: "Right-handed" is then displaced by the handle groove wall, according to which, Darong Wei Zuo (2 1) 〇-side pivot is pressing rotation, and the other-side pivot Q) is facing the handle (2 ^ is Qin The effect of de-rotation. It is worth mentioning that the reading head (3 Q) _ pattern 3) in this creation is set vertically on the handle (20) and pivots, (3 :: a groove is formed at the bottom ( 2 2), using the grooved core as the head (30) can be rotated to pass the operation based on 'according to this, ~ :: 柄 杆 ⑵) ^ & another-aspects' This creation can be done on the handle (2 〇) directly in the manufacturing process; drilling or tapping processing, so that the shank (20) has opposite threaded holes (2 workers • 1) (212) and the spiral direction is different, so except for installation The working head (30) can be directly pivoted on the handle (20) ±, and the installation of a conventional locking element can be eliminated, thereby achieving the effect of reducing costs. As shown in the sixth figure, the second embodiment of the present invention provides a structural improvement of a rotary wrench. Since its configuration and effect are the same as those of the first embodiment, it will not be described here again. As for the second embodiment and The first embodiment is different in that: a stop element (a) is additionally provided on the lever (20), and the stop element (a) M282781 corresponds to the connection part of the working head (3 Q) ( At 31), the stopper element (A) abuts against the connecting portion (3 1) of the working head (30), so that the working head (30) can only perform partial rotation to prevent the user from letting rainbow work The head (3⑻ excessively rotates too much, causing the working head (30) to become stuck, or excessively loosely rotating the working head (3 „0) 'causes the working head (3 Q) to fall, thereby forming another _ feasible implementation For reference, please refer to the seventh figure, the third embodiment of this creation provides _ a variety of rotary • wrench structure improvement, because its configuration and effect are the same as the first embodiment, so it will not be repeated here. The third embodiment differs from the first embodiment in that: the character head (30) is designed to be quickly disassembled and assembled. The structure is sequentially decomposed into a working head body (B) and a sleeve connecting element (C), and the working head body (B) is replaced by replacing the sleeve connecting element (c) of the working head (3 to 0). The corresponding handle # (2 Q) can be rotated to a preset angle, and then the wire canister is connected to the element. Cow (C), and clothes on the work head body (B). The structural design of the disassembly and assembly of the work master body (B) and the sleeve connection element (c) of the work head (3 Q), so that the sleeve inspection component ⑹ of the work head (30) can be separated from the wrench Or combined to form a re-feasible embodiment.-: The above-mentioned 'this creative system provides-a rotary wrench structure improvement, which mainly makes the connection part of the working head lay down by the handle and handle structure And the first and second thread end scales are respectively screwed into the first ... hole "in the -thread hole" of the rod, and the spiral directions of the first thread end and the second thread end M282781 correspond to the stem Of the first threaded hole and the second threaded hole, so the first threaded end of the working head is a left thread and The two-threaded ends are right-handed, and the first threaded hole of the handle is left-handed and the second-threaded hole is right-handed. The green-exhausted threaded end corresponds to the handle being left-handed and H is right-handed. The structure of the rod groove causes the receiving wall of the handle to be displaced. Based on this, the work is purchased, and the pivot is pressed tightly, and the ㈣-lateral pivot is loosened.
f之紐# P作之』性6㈣置疑’此外本創作實施例所揭 路之結構’申請前並未見諸韻，亦0 作之『新穎性』及『進步性』又均已符;；開使用’是故，本創 之申請，祈請惠予審_日_^2提出新型專利 12 .M282781 【圖式簡單說明】 乐一圖係習用旋轉扳手之示意圖。 f二圖係本創作旋轉扳手之分解圖。 第二圖係本創作旋轉扳手之組合圖。 ^四圖係、本創作實施例緊迫狀態之示意圖。 第五圖係本創作實施例鬆脫狀態之示意圖。 第圖係本創作第二貫施例組設有止擋元件之示意圖 弟七圖係本創作第三實施例旋轉扳手之分解圖。 【主要元件符號說明】 〔習用〕 柄桿（10) 容置槽（11) 樞孔（12) 溝槽（1 3) 工作頭（1 4 ) 樞軸（15) 連接部（16) 鎖合元件（17) 〔本創作〕 柄桿（2 0) 容置槽（21) 第一螺紋孔（211 ) 第二螺紋孔（212) 槽溝（2 2 ) 工作頭（3 0) 連接部（31) 第一螺紋端（3 2) 第二螺紋端（3 3) 13 M282781 止擋元件（A) 套筒連接元件（C) 工作頭本體（B)f 之 纽 # P 作 之 's "6" Doubt "In addition to the structure of the road exposed in this creative embodiment", I have not seen all the rhymes before applying, and the "newness" and "progressiveness" of the work are also consistent; The application of this invention is for this reason, and I ask for your approval___2 to file a new patent 12. M282781 [Simplified illustration of the drawing] Leyitu is a schematic diagram of a conventional rotary wrench. The second figure f is an exploded view of the rotary wrench of this creation. The second picture is a combination diagram of the original rotary wrench. ^ Four pictures are schematic diagrams of the urgency of this creative embodiment. The fifth diagram is a schematic diagram of a loose state of the embodiment of the present invention. The first figure is a schematic diagram of a stopper element in the second embodiment of this creation. The seventh figure is an exploded view of the rotary wrench in the third embodiment of this creation. [Description of main component symbols] [Conventional] Handle (10) Receiving slot (11) Pivot hole (12) Groove (1 3) Working head (1 4) Pivot shaft (15) Connecting portion (16) Locking element (17) [This creation] Handle (2 0) Receiving groove (21) First threaded hole (211) Second threaded hole (212) Groove (2 2) Working head (3 0) Connection portion (31) First threaded end (3 2) Second threaded end (3 3) 13 M282781 Stop element (A) Sleeve connection element (C) Working head body (B)
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