1300739 九、發明說明： 【發明所屬之技術領域】 本發明係與梅花扳手結構有關，更詳而古之，尤一 =於旋動時可套合各式形狀之螺合件，使之^作更具^ 【先前技術】 ，吾人絲所知，梅紐手之賴如料 梅化扳手（90)具多角槽（91)，多角槽（91斤丁 :::十二角形或六角形，如此多角槽（91: =而旋動之，但此結構之梅花扳手(9〇)卻具下： 斗一般螺合件具有多種之形狀，如齒 =二:型厂等，而梅花扳手(9〇)之^ i右為十_角形時，梅花扳手（g Q)僅 =二角型之螺合件，而若梅花扳手（9q)之多詩2 )係為六角形時，梅花扳手（9 曰 合件—二= 角槽（9 1 )上，因此習用之梅花 件時擴充性即不大，此即為習用梅花扳手(2 從事於上述習用梅花扳手之缺點，乃藉多年 之產品^ 驗，終於有一實用性且能改善習用弊端 【發明内容】 1300739 緣是，本發明係提供一 特徵在於：梅花扳手減田種梅化扳手結構改良，其主要 置槽呈順序環狀排列 斤办戚卡制緣、容 緣，於卡制緣盥另+糾化板手内徑面之卡制緣係為突出 緣突出之面近中心# ^ 和人之合置槽，於卡制 一增加為二，歸於m 士 U制緣由原先之 嫂人π 猎此於知作4，梅花扳手可套合數種> 螺合件’達到便利操作之擴充性。#。數種形狀之 功效二ί局於此項技藝人士對本發明之 詳細說明於后：式及圖舰本發明之結構、組成 【實施方式】 :先凊參閱第一圖及第二圖所示，本發明係關於—種 化扳手結構改良’其主要特徵在於： 梅化扳手（1 0 )於作用端内徑面依序形成卡制緣 一及谷置槽（1 2)呈順序環狀排列，梅花扳手（i 〇 ) 戶=!之卡制緣（11)係為一適當大小弧度之突出弧面 办’於卡制緣（11)與另—卡制緣（11)間係為 谷 9 ( 1 2 )，於卡制緣（1 1 )突出之弧面接近中心 點處凹設-凹槽（1 3 )，凹槽（1 3 )之二側邊係呈平 y于狀凹槽（1 3)之底邊係呈直線狀，使其卡制緣（1 ^)由原先之一弧面增加為二個弧面，藉此於操作時，梅 化扳手（1 0)可套合數種形狀之螺合件，達到便利操作 之擴充性。 1300739 /請參閱第三圖所示，當梅花扳手（1〇)内容置六 形螺合件（2 〇 )時，因梅 餐Μ η — 姆减手（1 Q)内徑面設有卡 产狀排 a槽（1 2 )及凹槽（1 3 )，且以順序 == 面複數之卡制緣（11)則皆頂擎於螺 ° 2 0)之八個邊面處，此時螺合件（2 〇)之六条 ==梅花板手(10)之容置槽(1二，= 件（2 0)即可被旋動。 碑請參閱第四圖所示，當梅花扳手（10)套合於星型 於合件（3 ◦)時’星形螺合件（3◦) 係 扳手(1〇)之容置槽處，星形== 0)即可被旋動。 請繼續參閱第五圖所示，一般而言螺合件（20)皆 2角形狀，但常可見螺合件（2Q)因經常性之旋動， 而^螺ΐ件（2 0)之六角端磨損形成圓角端（2 2) “、、法繼績使用，此時本發明之梅花板手（丄◦)之凹槽 1 3)恰可咬合螺合件(2 〇)之圓角端（2 2)，故 :扳手（1 0)即可旋動磨成圓形端（2 2)之螺合件 (2〇)。 請繼續參閱第六_示，當梅花扳手（l Q)容置齒 ^螺合件（4 Q)時，因梅花扳手（1 G) _面設有 私^緣（1 1 )、容置槽（1 2 )及凹槽（1 3 )，此時齒 2螺合件（4〇)之六個凸塊（41)即容置於梅花扳 恰可各置槽（12)處，另外六凸塊（4 1 )則 ° 岔卡δ於凹槽（1 3 )内，齒輪形螺合件（4 0 ) !300739 即可被旋動。 請繼續參閱第七圖所示，當梅花扳手（i 〇)容置十 螺合件（50)時’因梅花扳手（1〇)内徑面設 緣（⑴、容置槽（12)及凹槽（13)，故梅 ) 一之卡制緣（11)即頂掣於十二角形螺合 )之十一個邊面處，此時十二角形螺合件（5 角端即容置於容置槽（12)處，另外 =於凹槽（1 3)内，十二角形螺合件（5Q)即可被 請繼續參閱第八圖所示，當梅花扳手（丄〇)容 角形螺合件（6 0)時，此時三角形螺合件（6 〇)之Γ 個角端即容置於容置槽（12)處’三角形螺合件- 即可被旋動。 ） 請繼續參閱第九圖所示，當梅花板 工 角形螺合件（70)時，此時四角形螺合二工二四 ，角端即容置於凹槽（13)處，四 τ 即可被旋動。 ^ ϋ ^ 請繼續參閱第十圖所示，當梅花扳手（丄〇 形螺合件（8 〇)時，此時八角形螺合 數 邊面可卡制於卡制緣f u j之數 即可被旋動。 （11)處，八角形螺合件（80) 請繼續參閲第十— 九角形螺合件（8lh 當花板手（1〇)容置 九個邊面可卡制於卡=^此時九角形螺合件（8 1 )之 、制、、彖（1 1 )處，九角形螺合件（8 1300739 〇)即可被旋動。 請繼續參閲第十二圖所示，係為本發明第二每施例， 梅花扳手（1 〇 )内徑面之卡制緣（i i)為—突貝出孤面， 此弧面係為二弧線或多弧線所構成，梅花扳手（丄〇 )卡 制緣（1 1)於近中央處凹設有-凹槽（1 3)，凹槽（1 3)之二側邊夾角可大於或小於九十度，凹槽（丄之 f邊可呈弧線狀，使卡制緣（！ i )由原弧面增加 為—個弧面，藉此，於旋動螺合件（2〇)、星形螺合件 ^ 3 〇 )、齒輪形螺合件U 0 )、十二角形螺合件（“） 時’亦具相同之功效。 請繼續參閱第十三圖所示，係為本發明第三實施例， ”手（1 0 )之卡制緣（i i )可為—直線所構成， ^螺合件（2 G)之六角端即容置於梅花扳手（工〇) 槽（1 2 )處’卡.（1 1 )即可卡合於螺合件 (2 0)之邊面。 丁 請繼續參閱第十四圖所示，係為本發明實施於 ==(10)’梅花板手（1〇)之另一端可具 本構一^ 當處五圖所示:梅花扳手(10)可於適 扳手之型式。）’如此梅化扳手（1 〇 )即成梅花管 請繼續參闡给， 於開口扳手社2 圖及第十七圖所示，當本發明運用 °籌¥，開口扳手之四個邊面均具有卡制緣 1300739 使之開口扳手 (1 1 )、各置槽（1 2)及凹槽（1 3 亦具相同之功效。 本發明最大之優點乃在於： ^、本發明之設計原理在於：請辅以 若於結構上係為具有大曲率半徑心 +仫’亦即大㈣半徑”卡制 ^置槽⑴)，再於大曲率半徑^ !)，如此梅花扳手（10)之内 槽(1 容置槽（1 2)及凹槽（1 3)呈順^、卡制、，表（1 1 )、 凹槽（1 3 )後，即使梅花扳、==二而加設 之螺合件。 丄ϋ )具有套合各形狀 成卡制緣（i! d反二(1 〇)作甩端内徑面依序形 順序環狀排列，本發明於;計J 3 )且呈 緣（id可由曲線、直線構成每==(1〇)之卡制 所構成，藉此，該梅花扳手（1 ◦以上之曲線 形、星型、磨成圓角之螺合件型n、四角 件進行套合之動作。^輪型、或十二角形螺合 综上所述，本發明兼具新 件，羑依法提起申請尚祈貴審杳^^付合發明專利之要 專利為禱丨 、〜委貝洋核細審並早曰賜准 1300739 【圖式簡單說明】 [圖、係本發明之梅花扳手立體圖。 ΐ:圖、係本發明梅花扳手上視圖。 =-圖、係本發明旋動六角形螺合件示意圖。 ^四圖、係本發明旋動星形螺合件示意圖。 ^五圖係'本發明旋動圓角螺合件示意圖。 f六圖、係本發明旋動齒輪形螺合件示意圖。 j七圖、係本發明旋動十二角形螺合件示意圖。 f八圖、係本發明旋動三角形螺合件示意圖。 f九圖、係本發明旋動四角形螺合件示意圖。 ^十圖、係本發明旋動人角形螺合件示意圖。 第十-目、係、纟發明旋動九角形螺合件示意圖。 ，十—圖、係本發明第二實施例示意圖。 ^十二圖、係本發明第三實施例示意圖。 2十四圖、係本發明另一型式梅花扳手立體圖。 第十五圖、係本發明梅花管扳手立體圖。 f十六圖、係本發明實施於開口扳手示意圖。 第十七圖、係本發明實施於另一開口扳手示意圖 第十八圖、係習用梅花扳手示意圖。 【主要元件符號說明】 (1 0)梅花扳手 (12)容置槽 (1 4 )多角槽 (1 1 )卡制緣 (1 3 )凹槽 (1 5 )缺口 1300739 (2 0)螺合件 （2 2)圓角端 (3 0)星形螺合件 (4 0)齒輪形螺合件 （4 1 )凸緣 (5 0)十二角形螺合件 （6 0)三角形螺合件 (7 0)四角形螺合件 （8 0)八角形螺合件 (9 1 )多角槽 (8 1 )九角形螺合件 (9 0)梅花扳手1300739 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to the structure of a plum wrench, and is more detailed and ancient, in particular, the screwing member of various shapes can be fitted during the rotation to make it More ^ [Previous technology], as far as I know, Mei's hand is like a blue wrench (90) with a multi-angle groove (91), a multi-angle groove (91 kg D::: dodecagonal or hexagonal, so Multi-angle groove (91: = and rotate, but the structure of the plum wrench (9 〇) has the following: bucket general screw parts have a variety of shapes, such as the tooth = two: type factory, etc., and the plum wrench (9 〇 When the right i is a ten-angle, the plum wrench (g Q) is only a two-angle screw, and if the plum wrench (9q) is a hexagon, the plum wrench (9 曰) The fitting - two = angle groove (9 1 ), so the expansion of the plum blossoms is not so large, this is the conventional plum wrench (2 is engaged in the above-mentioned shortcomings of the plum wrench, it is a product of many years, Finally, there is a practicality and can improve the abuses of the invention. [Abstract] 1300739 The edge is that the present invention provides a feature in that: The structure of the smashing wrench is improved, and the main groove is arranged in a circular arrangement, and the rim edge and the tolerance are arranged. The card edge of the inner edge of the card edge is the protruding edge. Near the center # ^ and the person's joint slot, the card system is increased to two, attributed to the m 士 U system edge from the original 嫂 π hunting this knowledge 4, the wrench can fit several kinds of > screw 'To achieve the convenience of the operation. #. The effect of several shapes. The details of the invention are described in the following: The structure and composition of the invention. [Embodiment]: As shown in the first and second figures, the present invention relates to the improvement of the structure of the wrench. The main feature of the invention is that the tempering wrench (10) sequentially forms a card edge and a valley groove on the inner diameter surface of the working end. 1 2) Arranged in a circular sequence, the plum blossom wrench (i 〇) household =! The card edge (11) is a suitable arc of the appropriate size of the curved surface of the card edge (11) and the other - the card edge (11) is the valley 9 ( 1 2 ), and the concave surface of the clamping edge (1 1 ) is concave near the center point - the groove (1 3 ), concave The sides of (1 3 ) are flat y, and the bottom edge of the groove (1 3) is linear, so that the clamping edge (1 ^) is increased from the original one to two curved surfaces. In this operation, the bluening wrench (10) can fit several types of screw fittings to achieve the convenience of operation. 1300739 / Please refer to the third figure, when the plum wrench (1〇) is placed In the case of a six-shaped screw fitting (2 〇), the inner diameter of the y-me-reducing hand (1 Q) has a card-shaped row a groove (1 2 ) and a groove (1 3 ), and in order == The card edge of the complex number (11) is the top of the eight sides of the screw ° 2 0), at this time the six pieces of the screw (2 〇) == the fitting of the plum wrench (10) The slot (1, 2, (2 0) can be rotated. For the monument, please refer to the fourth figure. When the plum wrench (10) is fitted to the star type (3 ◦), the star-shaped screw (3◦) is the receiving groove of the wrench (1〇). Star == 0) can be rotated. Please continue to refer to the fifth figure. Generally speaking, the screw parts (20) are both angular, but it is often seen that the screw (2Q) is rotated by frequent rotation, and the hexagon of the screw (2 0) The end wear forms a rounded end (2 2) ", and the method is used continuously. At this time, the groove 1 3 of the plum wrench (丄◦) of the present invention can just bite the rounded end of the screw (2 〇) (2 2), therefore: the wrench (1 0) can be screwed into the round end (2 2) screw fitting (2 〇). Please continue to refer to the sixth _, when the plum wrench (l Q) capacity When placing the gears (4 Q), the Phillips wrench (1 G) _ surface is provided with a private edge (1 1 ), a receiving groove (1 2 ) and a groove (1 3 ), at this time the tooth 2 The six lugs (41) of the screwing member (4〇) are placed at the respective slots (12) of the plum blossoms, and the other six bumps (4 1 ) are at the δ δ in the grooves (1 3 Inside, the gear-shaped screw (4 0 ) !300739 can be rotated. Please continue to refer to the figure 7 and when the plum wrench (i 〇) accommodates the ten screw (50) (1〇) The inner diameter surface is provided with the edge ((1), the receiving groove (12) and the groove (13), so the plum). The card edge (11) is the top edge of the twelve corners. At the eleven sides of the shape of the screw, at this time, the dowel-shaped screw (the 5th end is placed at the receiving groove (12), and the other is in the groove (13), the dodecagonal The screw fitting (5Q) can be continued as shown in the eighth figure. When the plum wrench (丄〇) is filled with the angled screw (60), the angle of the triangular screw (6 〇) is now The end is placed at the accommodating groove (12) and the 'triangle screw' can be rotated.) Please continue to refer to the figure IX, when the plum slab angle screw (70), at this time the quadrilateral The screw is divided into two or four, the corner end is placed at the groove (13), and the four τ can be rotated. ^ ϋ ^ Please continue to refer to the tenth figure, when the plum wrench (the 螺 screw) (8 〇), at this time, the octagonal screw number side surface can be rotated at the number of the card edge fuj. (11), the octagonal screw piece (80) Please continue to refer to the tenth — Nine-angle screw fittings (8lh) When the flower hand (1〇) accommodates nine sides, it can be snapped to the card =^ at this time, the hexagonal screw (8 1 ), system, 彖 (1 1 ) At the same time, the octagonal screw (8 1300739 〇) can be rotated. Please refer to the twelfth figure, which is the second embodiment of the present invention. The clamping edge (ii) of the inner diameter surface of the plum wrench (1 〇) is - the outrigger of the spur, which is The second arc or the multi-arc line is formed, and the flange (1 1) of the plum wrench (丄〇) is concavely disposed at the near center--the groove (1 3), and the angle of the two sides of the groove (1 3) may be greater than or Less than ninety degrees, the groove (the edge of the f can be curved, so that the card edge (! i) is increased from the original arc surface to a curved surface, thereby rotating the screw (2〇), The star-shaped screw fittings ^ 3 〇), the gear-shaped screwing parts U 0 ) and the twelve-corner screwing parts (") have the same effect. Please refer to the thirteenth figure, which is a third embodiment of the present invention, "the card edge (ii) of the hand (10) can be composed of a straight line, and the hexagonal end of the screw member (2G)" That is, it can be placed at the side of the screw (20) at the end of the plum wrench (1). The card can be engaged with the side of the screw (20). Please continue to refer to Figure 14. The invention is implemented on the other end of the ==(10)' plum blossom wrench (1〇), which can have a constitutive one. The five figure is shown in the figure: the wrench (10) can be in the shape of a suitable wrench.) Meihua Wrench (1 〇) is the plum blossom tube. Please continue to explain it. As shown in Figure 2 and Figure 17 of the open-end wrench, when the invention is applied, the four sides of the open-end wrench are clamped. The edge 1300739 makes the open wrench (1 1 ), each groove (1 2) and the groove (1 3 have the same effect. The greatest advantage of the invention is that: ^, the design principle of the invention lies in: If the structure is formed with a large radius of curvature, the heart + 仫 ', that is, the large (four) radius "clamping groove (1)), and then the large radius of curvature ^ !), so the inner wrench (10) of the inner groove (1 is accommodated Slot (1 2) and the groove (1 3) is in the form of a smooth, a card, a table (1 1 ), a groove (1 3 ), even if the plum blossoms, == two, the screw is added. The sleeves are formed into a card edge (i! d anti-two (1 〇) as the inner diameter surface of the crucible is arranged in a ring shape in the order of the order, and the invention is in the case of J 3 ) and is a margin (the id can be composed of a curve and a straight line) Each of the == (1〇) card system is constructed, whereby the plum wrench (1, or more of the curve shape, the star shape, the rounded screw type n, and the four corner pieces are engaged. ^ In view of the wheel type, or the twelve-corner screw combination, the present invention has both new pieces, and the application for the application of the law is still praying for the patent of the patent for the invention. 1300739 [A brief description of the drawings] [Figure, is a three-dimensional diagram of the plum wrench of the present invention. ΐ: Figure, is the top view of the plum wrench of the present invention. =- Figure, is a schematic diagram of the rotating hexagonal screw of the present invention ^四图, is a schematic diagram of the rotating star-shaped screwing member of the present invention. ^五图系' is a schematic diagram of the rotating round-hole screwing member of the present invention. f. Figure 6 is a schematic view of the rotating gear-shaped screwing member of the present invention. Figure 7 is a schematic view of the rotary dowel-shaped screwing member of the present invention. Figure 8 is a schematic view of the rotating triangular screwing member of the present invention. Figure 9 is a schematic view of the rotating quadrangular screwing member of the present invention. The present invention is a schematic diagram of a rotary angled screw-shaped part of the present invention. The tenth-mesh, system, and cymbal inventions are schematic diagrams of a rotary nine-pointed screw joint. The ten-graph is a schematic view of the second embodiment of the present invention. Fig. 14 is a perspective view of another type of plum wrench of the present invention. Fig. 15 is a perspective view of a plum blossom pipe wrench of the present invention. Fig. 16 is a schematic view of the invention. Figure 17 is a schematic view of another open-end wrench according to the present invention. Figure 18 is a schematic view of a conventional plum wrench. [Main component symbol description] (1 0) Torx wrench (12) accommodating groove (1 4 ) Multi-angle groove (1 1 ) Carding edge (1 3 ) Groove (1 5 ) Notch 1300739 (2 0) Screw (2 2) rounded end (30) star screw (40) gear-shaped screw (4 1) flange (50) dowel-shaped screw (60) triangular screw ( 7 0) Square-shaped screw (8 0) octagonal screw (9 1 ) Multi-angle groove (8 1 ) Nine-angle screw (9 0) Torx wrench