// 五、新型說明： 【新型所屬之技術領域】 本創作係與手工具套合部結構有關，尤指一種手工且 套合部係設有第一弧線、第二弧線及第三弧線，該複數種 弧線結構使該本體套合螺合㈣係不會磨損至螺合件角 端處。 【先前技術】 按吾人先前所知，習用之手工具套合部結構，如美國 專利號.4 5 9 8 6 1 6，該專利之結構原理係在於：兮 本體1 0-端係設有套合部，該套合部係呈六角槽狀，該 套合部係供套合螺合件，該套合部係包括大曲率#之^ -弧線及小曲率半徑之第二弧線，該第—弧線及第二弧線 係各有六個且呈交錯排列，大曲率半徑之第一弧線即為工 6 :該每-第一弧線二側邊係設有第二弧線，每—第—弧 線係配合抵於螺合件之每一邊面上，該螺合件之六個角端 係分別容抵於小曲率半徑之第二弧線内，該本體工〇另: 係設有四角槽狀之驅動部’該驅動部係供另一且 驅動。 。# & 但邊專利結構之缺失係在於： 該本體1〇之套合部係套合螺合件，該螺合件之六個 邊面係分別抵於套合部之每一第一弧線上，該螺合件之六 個角端係分別容抵於第二弧線内，此係為理論上之原理， 該本體1 0之套合部與螺合件間係為鬆配合，9之 合部需為1 9 · 0 6至1 9 . 3 6間，而1 9之螺合件最 大係為 1 8 · 9 7，二 4 έ 第五圖所示转™公差，如美國專利公報 動螺合件時，因^ 弧線及第二弧線之套合部，當旋 角度差，該螺人^之狀恕下，該套合部與螺合件係有— 端卢笔二'“牛之六個角端即受套合部頂抵而磨損各角 螭處，弟五圖係可砉 w谓谷角 線處。 +出累5件之六個角端已接觸至第—弧 有鑑於上述習用專利荦έ , f _ 從事相關行業 广4之缺失’本創作人藉多年 品問世。。、，二，冬於有一實用性且能改善弊端之產 【新型内容】 線、料⑶題：該本叙套合料設有第一弧 體套該至少三種孤線結構係使該本 拉:口件時係不會磨損至螺合件角端處。 U問題之技4了手段：—種手1具套合部結構，其係 本紅係没有套合部，該套合部係呈六角槽狀，該 二糸包括：第—弧線、第二弧線及第三弧線，該第一 係設有大曲率半彳h 1，該卜弧線二端點與本體圓 、糸具失角N 1 ’該第一弧線係具寬度Η 1，該每-第- |瓜線二㈣延設有第二料，該第二弧線係與第一弧線相 ^ ’㈣二弧線係具半徑r 2，該第二弧線二端點間係具 :南度差Η 2，H2係等於三分之一至三分之二的旋動公 % Λ第一弧線側係設有第三弧線，第三弧線係設有半 仏r 3 ’該每二個第二弧線間係設有第三弧線，該第一弧 線及第二弧線㈣六個’該第二孤線係為十二個，該第二 M399777 ，線、第—弧線、第二孤線及第三弧線係環狀排列成套合 σρ ° ^十.、、先如技術之功效· έ亥本體之套合部係設第一弧 線、第二弧線及第三弧線，該第一弧線係具大曲率半 1真，該第—弧線係具寬度H X，該H1係小於五分之四之 T面的長度，该第一弧線二端點相對本體軸心係具夾角n ^ =第二弧料具半^ 2，該第二弧線相對本體轴心 U角N2，該第二弧線與第一弧線間係具高度差η 2係寺於三分之二至三分之—的旋動公差，如此該 本月豆驅動螺合件時’卜弧線係'抵螺合件之邊面上，第二 =係不與螺合件之角端相頂抵，螺合件之角端係不會 為使肖局委員及熟習此項技#人士對本創作 =完全瞭解1配合圖式及圖號就本創作之結構、組成說 ㈣後’惟以下所述者僅為用來解釋本創作之實施例，並 非企圖據以對本創作做任何形式上之限制，是以凡是 創=精神下，所作的任何修飾變更皆仍應屬於本創作之 保護範圍。 【實施方式】 之立體圖，第二圖 具套合部結構，其 首先請參閱第一圖所示，係本創作 係前視示意圖，本創作係關於一種手工 係包括： 一本體（1 0 )，該本體 〇)外觀係為圓筒狀， M399777 =人脰（）#為—套筒，該本體（1〇)-端係設有 套&部（1 1)，該套合部（1 D係呈六角槽狀，該套 合部（1 D係包括：第一弧線（1 1 1)、第二弧線（1 1 2 )及第二弧線（1 i 3 ) ’該第一弧線“ 1 1 )伏 設有大曲率半h i，該第一弧線（111)二端點盘: 體（1 0 )圓心係具夾角N 1，N!角係大於三十度及小 於五十度，该第一弧線（丄工工）係具寬度^1，Η 1係 小於螺合件（2 0)之邊面（2 1 )長度的五分之四且大 於二分之―，該每—第—弧線（1 1 1 )二端係、延設有第 二孤線（1 1 2 )，該第二弧線（i i 2 )係與第一弧線 (1 1 1 )相切’該第二弧、線（1 1 2 )係具半徑r 2， :2仏]、於r 1 ’该第二弧線（丄丄2 )二端點間係具有 同度差Η 2亦即遠第二弧線（丄工2 ) 一端點與第—弧 線（^ 1 1 )端點間具有高度差Η 2，Η 2係等於三分之 一至二分之二的旋動公差，旋動公差係為套合部（1工） 與螺合件（2 0 )間之公差，該第二弧線（丄i 2 )二端 點與本體(？ 〇 )之圓心係具夾角心，N2夾角係約為 十度該第一弧線（1 1 2 ) 一側係設有第三弧線（1 1 3) m線（113)係設有半徑r 3，該每二個 第一弧線（1 1 2 )間係設有第三弧線（1 1 3 )，該第 一弧線（1 1 1 )及第三弧線（1 1 3 )係為六個，第二 弧線（1 1 2)係為十二個，第二弧線（丄工2 )、第— 弧線（1 1 1 )、第二弧線（1 1 2 )及第三弧線（1 1 3 )係環狀排列成套合部（i i )。 請繼續參閱第三圖所示，係本創作套合螺合 圖’該套合部（1 "之每一 係夹抵於螺合件（20)之每—邊面（21)上， 個角端（22)係分別位於每-第三弧線（113) =二:=112)之曲率半徑r2及第二弧 :歹第-r綠，、⑦仏線（1 1 1 )間具高度差H 2，使 =2)係不_至螺合件(2。)之邊面 ,ϋ )’當本體（1〇)之套合部（1 1 )套合方疋動螺合件（2 〇 )，螺合 2)係不受到套合部（i工）之頂知2 結構之優點。 ）之觀而料，此係本創作 =第：圖所示’係本創作第二實施例之立體圖， 該本體（1〇)利於穿透式㈣（ 上0 丄7 二Γ五圓所示’係本創作第三實施例之立體圖， ^貫知例中，該本體（10)運用於扳手（122)結構 第r圖所示，係本創作第四實施例之立體圖， :: ’该本體（1 0)運用於棘輪（1 2 3 )結構 圖，^所示’係本_五實施例之立體 上。Μ中，該本體（1 0 )係運用於滑桿（1 2 4 ) 口月繼續參閱第八圖、第六實施例之立體圖所示，該實 M399777 該本體（Η)運用於萬向接頭式之滑桿（12 施例Γ繼、!參閱第九圖、第七實施例之立體圖所示， 她例中，該本體（ ^ η 構。 〃運用於萬向接頭C1 2 6 )結 ι閱第十圖、第八實施例之立 令’該本體（〗η ν富^ w 4 μ施例 上。 1 〇 )運用於球狀萬向接頭之滑桿（；[2 7) 例中，該本體（彳η)淨L 。哀貧施 構。 、用表球狀萬向接頭（1 2 8)結 請參閱第十二圖、第+與 例中，該本體（1〇)Ϊ爾體圖所示’該實施 9)。 （1〇)運用於多角頭狀之萬向接頭（12 請繼續表聞篦+ ；；：固〜_ Η 2係呈較小高产狀θ $ ’係本創作第十-實施例， 功效。度狀Γ2即為較大半徑，如此亦具相同 本創作手工具套合部結構優點係在於. 該本體（10)之套合部（ 传 1 1)1二弧線（1 i 苐-弧線（1 及第二弧線（1 一弧線（11!)係具大曲率半徑 113)，該第 1 1)係具寬度H1，該Η…认 亥弟一弧線（1 1)的長户 筐 本小於五分之四之邊面（2 丄d W贡戾，邊第一弧線（ 、匕 ◦，軸心係具夾㈣^^而點相對本體“ ㈣一弧線（112)係具半徑 M399777 r 2 ’該第二弧線（1 ! 2 )相對本體（丄〇)軸心係且 夾角N2 ’該第二弧線（！工2 )與第一弧線（丄⑴ 間係具高度紹2，Η 2係等於三分之二至三分之一的旋 動公差’如此該本體（i 〇 )馬區動螺合件（2 〇 )時，該 第-弧線（1 1 1 )係抵螺合件（2 〇 )之邊面⑴） 上，第二弧線（1 i 2 )係不與螺合件（2 Q )之角端（2 2)相頂抵，該螺合件（2 0)之角端（2 2)係不會有 磨損。 曰另 因此本;ij作之手卫具套合部結構具有產業利用性、 二賴I·生及進步H4能符合新型專狀中請要件，妥依法 M399777 【圖式簡單說明】 第-圖、係本創作手工具套合部結構之立體圖。 第二圖、係本創作手工具套合部έ 二 也一门〆 八长σ丨、構之刖視不意圖。 f二圖、係本創作套合螺合件時之前視示意圖。 第四圖、係本創作第二實施例之立體圖。 第五圖、係本創作第三實施例之立體圖。 第，、圖、係本創作第四實施例之立體圖。 第七圖、係本創作第五實施例之立體圖。 第八圖、係本創作第六實施例之立體圖。 第九圖、係本創作第七實施例之立體圖。 第十圖、係本創作第八實施例之立體圖。 第十圖、係本創作第九實施例之立體圖。 丁二圖、係本創作第十實施例之立體圖。 第+ - 主要元件符號說明】 1 0 )本體 111)第一弧線 113)第三弧線 121)穿透式套筒 1 2 3 )棘輪 1 2 5)滑桿 1 2 7)滑桿 2 9)萬向接頭 1 )邊面 ，一圖、係本創作第十一實施例之前視圖。 (11) 套合部 (1 1 2)第二狐線 1 (12) 驅動部 (1 2 2)扳手 (1 2 4)滑桿 (126)萬向接頭 (1 2 8)萬向接頭 (2 0)螺合件 (2 2)角端// V. New description: [New technical field] The creation department is related to the structure of the hand tool combination, especially a manual and sleeve department with a first arc, a second arc and a third arc. A plurality of arc structures prevent the body from being screwed to the corner end of the screw. [Prior Art] As previously known by us, the conventional hand tool ferrule structure, such as the US Patent No. 4 5 9 8 6 1 6, is based on the structural principle of the 兮 body 10 - end set In the joint portion, the sleeve portion is in the shape of a hexagonal groove, and the sleeve portion is for fitting the screwing member, and the sleeve portion includes a large curvature #^-arc and a second arc having a small radius of curvature, the first portion The arc and the second arc are each arranged in a staggered arrangement, and the first arc of the large radius of curvature is the work 6: the second arc is provided on each of the two sides of the first arc, and each of the first-arc line is matched. Corresponding to each side of the screwing member, the six angular ends of the screwing member are respectively accommodated in the second arc of a small radius of curvature, and the body workpiece is further provided with a driving portion of a quadrangular groove shape. The drive unit is for another drive. . # & However, the patent structure is missing: the sleeve part of the body is sleeved with a screwing member, and the six side faces of the screwing member respectively abut against each of the first arcs of the fitting portion The six corner ends of the screwing member are respectively accommodated in the second arc. This is a theoretical principle. The fitting portion of the body 10 and the screwing member are loosely matched, and the joint of the 9 is Need to be 1 9 · 0 6 to 19.3, and the maximum of 1 9 screw is 1 8 · 9 7, 2 4 έ The tolerance shown in Figure 5, TM, such as the US patent publication When the piece is closed, because of the arc and the second arc of the sleeve, when the angle of rotation is poor, the screw is forbidden, and the sleeve and the screw are tied with - the end of the pen. The corner end is abutted by the top of the fitting part and wears all corners. The fifth figure of the figure can be said to be the corner of the valley. The six corners of the 5 pieces have been contacted to the first arc.荦έ , f _ Engaged in the lack of relevant industry wide 4 'The creator borrowed many years of products to come out. . . , 2, winter has a practical and can improve the drawbacks of the production [new content] Line, material (3) title: The narrative set The material is provided with a first arc body sleeve, and the at least three kinds of the lone wire structure are used to make the zipper: the mouth piece does not wear to the corner end of the screwing piece. The U-question technique has the following means: The structure of the part is not a ferrule, and the ferrule is in the shape of a hexagonal groove, and the second ridge includes: a first arc, a second arc and a third arc, and the first system is provided with a large curvature h 1, the second end of the arc and the body circle, the cooker loses the angle N 1 'the first arc tie width Η 1, the per-the - - melon line two (four) is extended with the second material, the second The arc system and the first arc phase ^ '(4) two arc line with a radius r 2, the second arc between the two end points: South degree difference , 2, H2 system equals one third to two thirds of the rotation A third arc is provided on the side of the first arc of the common curve, and a third arc is provided in the third arc. The third arc is provided between each of the second arcs, and the first arc and the second arc (four) six 'The second lone line is twelve, the second M399777, the line, the first arc, the second lone line and the third arc are arranged in a ring-shaped arrangement σρ ° ^10., first as the technical effect · The first part of the body of the έ 本体 body is provided with a first arc, a second arc and a third arc. The first arc has a large curvature of half true, and the first arc has a width HX, and the H1 is less than four-fifth. The length of the T-plane, the angle between the two ends of the first arc relative to the axis of the body is n ^ = the second arc of the tool half 2, the second arc is opposite to the axis U of the body axis N2, the second arc and the The arc-to-curve height difference η 2 is the rotation tolerance of the temple in two-thirds to three-thirds, so that the moon thread drive screw is on the side of the screw. The second = does not abut against the corner end of the screwing piece, and the corner end of the screwing piece will not be used for the member of the board and the person familiar with this technique to fully understand the 1 matching pattern and figure number. The structure and composition of this creation (4) is the following. However, the following is only an example to explain the creation of this creation. It is not intended to impose any formal restrictions on the creation. Anything that is done under the spirit of creation Modifications are still subject to the protection of this creation. [Embodiment] The perspective view of the second figure has a structure of a sleeve portion. First, please refer to the first figure, which is a front view of the creation department. The present invention relates to a manual system including: a body (10), The body 〇) has a cylindrical appearance, M399777 = human 脰 () # is a sleeve, the body (1 〇) - end is provided with a sleeve & part (1 1), the fitting portion (1 D The hexagonal groove is formed, and the fitting portion (1 D includes: a first arc (1 1 1), a second arc (1 1 2 ), and a second arc (1 i 3 ) 'the first arc "1 1 The volt is provided with a large curvature half hi, the first arc (111) two end disk: the body (10) the center of the center of the angle N 1, N! angle system is greater than thirty degrees and less than fifty degrees, the first The arc (丄工工) tie width ^1, Η 1 is less than four-fifths of the length of the side surface (2 1) of the screw (20) and greater than two-points, the per-first arc (1 1 1) The two-end system is extended with a second lone line (1 1 2 ), and the second arc (ii 2 ) is tangent to the first arc (1 1 1 ). The second arc, the line (1 1 2) the radius r 2, :2仏], and the second arc at r 1 ' (丄丄2) The two endpoints have the same degree difference Η 2, that is, the far second arc (achievement 2). The end point has a height difference between the endpoints of the first arc (^ 1 1 ) Η 2, Η 2 Equal to one-third to two-half of the rotational tolerance, the rotational tolerance is the tolerance between the fitting (1 work) and the screw (20), the second arc (丄i 2 ) The point and the center of the body (? 〇) are angled, and the angle of N2 is about ten degrees. The first arc (1 1 2) is provided with a third arc (1 1 3) m line (113). There is a radius r 3, and a third arc (1 1 3 ) is disposed between each of the two first arcs (1 1 2 ), and the first arc (1 1 1 ) and the third arc (1 1 3 ) are Six, the second arc (1 1 2) is twelve, the second arc (achievement 2), the first arc (1 1 1 ), the second arc (1 1 2), and the third arc (1 1 3) The ring-shaped arrangement of the joints (ii). Please continue to refer to the third figure, which is the combination of the creation and the screwing diagram of the sleeve (1 " each of the clips against the screw ( 20) On each side (21), the corner ends (22) are located in each - third arc (1) 13) = two: = 1212) radius of curvature r2 and second arc: 歹 first -r green, 7 仏 line (1 1 1 ) with height difference H 2, so =2) is not _ to the screw (2.) The side, ϋ) 'When the body (1〇) is fitted (1 1 ), the screw is screwed (2 〇), and the screw 2) is not subjected to the fitting (i The top of the knowledge 2 structure advantages. According to the view, this is the creation of the original = the first picture of the second embodiment of the creation, the body (1 〇) is conducive to the transmissive (four) (on the 0 丄 7 2 Γ five circle shown ' A perspective view of a third embodiment of the present invention, in which the body (10) is applied to the structure of the wrench (122), as shown in the rth diagram, which is a perspective view of the fourth embodiment of the present invention, :: 'the body ( 1 0) applied to the ratchet (1 2 3) structure diagram, ^ is shown in the stereoscopic form of the fifth embodiment. In the middle, the body (10) is applied to the slider (1 2 4). Referring to the perspective view of the eighth embodiment and the sixth embodiment, the body M399777 is applied to the universal joint type slider (12 example, see the ninth diagram, the seventh embodiment As shown, in her example, the body (^ η structure. 〃 is used for the universal joint C1 2 6 ) is shown in the tenth figure, the eighth embodiment of the order 'the body (〗 η ν rich ^ w 4 μ In the example, 1 〇) is applied to the sliding rod of the spherical universal joint (; [2 7]. In the example, the body (彳η) is net L. The sorrow is poor. The spherical joint is used. 2 8) knot Please refer to the twelfth figure, the + and the example, the body (1〇) is shown in the body diagram of the '9.) (1〇) is applied to the multi-angle head universal joint (12 Please continue to report篦+ ;;:solid~_ Η 2 is a small high-yield θ $ ' is the tenth embodiment of the creation, the effect. The Γ2 is a larger radius, so it also has the same hand tool sleeve The structural advantage lies in the fact that the body (10) of the body (1 1) 1 arc (1 i 苐-arc (1 and the second arc (1 arc (11!) with a large radius of curvature 113), The 1st 1) is equipped with a width H1, and the 长 认 认 认 认 认 认 一 一 一 一 认 认 认 认 认 认 认 认 认 认 认 认 认 认 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长 长◦, Axis tie clip (4) ^^ and point relative to the body "(4) An arc (112) tie radius M399777 r 2 'The second arc (1 ! 2 ) relative to the body (丄〇) axis and the angle N2 ' The second arc (!2) and the first arc (the height of the tie between the 丄(1) is 2, and the Η 2 is equal to two-thirds to one-third of the rotational tolerance'. Thus the body (i 〇) horse area When screwing the screw (2 〇) The first arc (1 1 1 ) is on the side surface (1) of the screwing member (2 )), and the second arc (1 i 2 ) is not at the corner end of the screwing member (2 Q ) (2 2) At the same time, the corner end (2 2) of the screw (20) will not be worn. 曰 因此 本 ; ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij And the progress H4 can meet the requirements of the new type of specialization, according to the law M399777 [Simple diagram of the diagram] The first picture, is a three-dimensional diagram of the structure of the hand tool set. The second picture, the creation of the hand tool kit, the second part of the 〆 八 长 长 八 丨 丨 丨 构 构 构 构 构 构 构 构 构 构 构 构 构f 2, which is a schematic view of the front part of the creation of the screw. The fourth figure is a perspective view of the second embodiment of the present creation. The fifth drawing is a perspective view of the third embodiment of the present creation. The drawings, drawings, and perspective views of the fourth embodiment of the present invention. The seventh drawing is a perspective view of the fifth embodiment of the present creation. The eighth figure is a perspective view of a sixth embodiment of the present creation. The ninth drawing is a perspective view of a seventh embodiment of the present creation. The tenth figure is a perspective view of the eighth embodiment of the present creation. The tenth figure is a perspective view of the ninth embodiment of the present creation. A two-dimensional diagram of a tenth embodiment of the present creation. No. + - Description of main component symbols] 1 0) Body 111) First arc 113) Third arc 121) Penetration sleeve 1 2 3) Ratchet 1 2 5) Slider 1 2 7) Slider 2 9) To the side of the joint 1), a picture is taken before the eleventh embodiment of the present invention. (11) Fitting part (1 1 2) Second fox line 1 (12) Drive part (1 2 2) Wrench (1 2 4) Slide bar (126) Universal joint (1 2 8) Universal joint (2 0) screw joint (2 2) corner end