M285429 八、新型說明： 【新型所屬之技術領域】 本匕構具的夹置細 緣面’設成-V形狀的π緣，其上下相對 錯開之設置’使整個鉗卩類似—斜置的平行二二面呈微 緣V形邊面上分設凸鱗置不等粗細之凸齒，口 下不相對稱的設計，方便夾置物件時，可形=形成上M285429 VIII. New description: 【New technical field of the invention】 The sandwiched fine edge surface of the 匕 匕 ' is set to the π edge of the -V shape, and the upper and lower relative staggered settings make the whole clamp similar to the obliquely parallel The two sides are slightly edged on the V-shaped side, and the convex scales are arranged with different thickness and convex teeth. The design is not symmetrical under the mouth, which is convenient for forming objects.
，依不同的齒形嗤合確實夾持施力，確保不會打P個，面 具鉗口的夾持達到更穩定確實之目的。 α使工 【先前技術】 傳統金屬鉗具的設計，通常設由兩長柄具相互 另-端形成夹持的射口端，鉗口的側邊緣欲做夹持時 定位，分設有凹落的弧形π緣，如第五〜人圖所示， 將整個鉗口的兩侧分設有凹弧狀的鉗口面（2 〇 )，並於 凹弧的緣面上分設有凹凸夾翻形凸齒（2 ^ ) I ^ 夾持時，可適當的夾固住工件（2 2卜而以現行的甜口、 面（2 0)通常呈對稱凹弧之設計，配以上下相互對稱的 夾持用凸齒（21)設計，其實於夾持辑（2 2)時， 最令使用者感到困擾的則是，相對稱的凸齒（2 1 )，當 夹持工件（2 2)時，其不論是圓形或多邊形的工件（2 2 )，當夾持時，通常都是由凸出的齒尖與工件（2 2 ) ，點狀接觸，當夾置需做旋動或回轉操作時，諸如螺栓的 旋出或鎖緊操作時，其施力稱偏便可能發生打滑的情形， 尤其疋圓形狀桿頭或六角形螺栓頭的頭端角磨損後，極可 能因為上下對稱式的夾持，加上凸出尖點狀的夾持，極易 4 M285429 發生鎖緊性的轉動打滑情形，使用時極不方便，且在一般 六角形螺帽或拴頭件的鎖組時，如第八圖所示，以一般弧 形狀的射口面（2 〇 )，夾持時通常僅能夾持住兩個相對 應的邊面’當鎖裝夾持時，極可能因為夾持力的變換而產 生滑動’極可能將六角形的端角磨圓，形成鎖裝操作時的 另一個困擾’而此一主要的原因，即在於圓弧狀的鉗口緣 加上凸尖點狀的夾持齒形，在相同剛性的夾持下，實很難 以避免夾固轉控時的滑移，故以現行鉗具的夾持口緣設計 ，容有進一步加以改良設計的必要。 【新型内容】 本創作者有鐘於現行鉗具夾持口緣設計使用上的缺點 ，乃經悉心研究改良，經多次測試製作後，終開發出本創 作之一種工具钳口之改良結構，藉由v形狀相錯位移的上 下斜置相對設計，配合不同粗細之斜凸齒設計，以特有的 多面夾持，有效克服傳統弧形夾持時尖點受力相對，可能 產生旋轉時的打滑夾持不穩定情形及使用缺失。 本創作之目的：藉由偏斜的V形鉗口面設計，佐以v 形邊面上不同粗細的凸齒設計，夾持時可收到多面及不對 稱夾置的施力，確保甜口夾持達到穩定確實之目的。 【實施方式】 為方便貴審Μ員能進-步瞭解本創作之結構特徵 及其實用目的，謹以一實施例圖式配合詳細說明如后： 本創作工具钳口纽良結構，主要係失持射口ς面的 改良設計’整體結構設計請參閱第一〜四圖所示，整個甜 口的改良主要在將鉗口兩侧及前端緣部份，分別設留由ν 5 M285429 形狀的凹弧相對微錯開成上下斜置四邊形狀的甜口面（工 0 )組合，钳π兩纖長的邊面上，依實際朗需要可為 一個或大小不同的排列鉗口面（1〇)排列設置.，而於整 個钳口面（1 〇)的乂形凹弧邊面上，分別設留由不同節 距設計的粗、細凸齒（11、1 2)分兩斜邊面設置，其 粗、細凸齒（11、12)上下呈斜置相對的排列，依ν 形邊面相錯開的偏斜餅，使各邊面形成之齒肖，自然隨 其傾斜邊的不同而分呈向上、下凸不對稱偏斜排列，失置 # 時，將形成不同粗、細齒尖夾持施力方向，自然呈現不對 稱於一軸心的夾持施力，加上相互錯開的ν形邊，夾持時 ’工件（13)至少能有三個邊面可夾持施力，使任何形 狀之工件（1 3 )均可碟實的夾置於▽料底緣，g己合粗 細不同齒面，達到穩定確實的夾置，配合斜向的粗、細凸 齒（11、12)不規則的夹置施力，可收多方向夾持穩 固之效用，使工件α 3)收到夾持穩固實用的目的。 本創作的主要特色即在於：藉由鉗口面（1〇)設成 Φ v形狀相對偏斜的設計，配合上下兩個具相對移位狀的ν 形槽，可確實方便工件（13)的置入定位，而ν形的邊 面上設留具相對間錯的不同粗、細凸齒（1 1、1 2 )的 變換嚙合，通過V形邊面的位移，使各個邊面凸出的不同 齒面，不會直接凸夾向槽形的中心點，而是呈一具微量偏 斜的交錯狀設計，如此可方便不同形狀之物件夾持使用時 ’可確實的由各方向同步夾持，而在鉗口端面亦可設留相 同的ν形小鉗口面（1 0 )，如第四圖所示，方便細小螺 栓（14)鎖合後之卸除，尤其適合六角頭被磨圓後，可 藉由射口面（10)多方向的夾持操作，可直接夾固旋轉 6 M285429 卸下’方便實際操作’確實達職件做安全簡便實用的 目的0According to the different tooth shape, it is sure to clamp the force to ensure that no P will be hit, and the clamping of the jaws will be more stable and reliable.使[Previous] The design of traditional metal clamps is usually set by the end of the two long handles that are clamped at the other end. The side edges of the jaws are positioned for clamping and are provided with concave Curved π edge, as shown in the fifth to the human figure, the two sides of the entire jaw are divided into concave curved jaw faces (2 〇), and the concave and convex clips are arranged on the edge of the concave arc. Shaped teeth (2 ^ ) I ^ When clamping, the workpiece can be properly clamped (2 2 and the current sweet mouth, face (20) is usually symmetrical concave arc design, with the above symmetrical The clamping convex tooth (21) is designed to be the most troublesome for the user when clamping the clip (2 2). The symmetrical tooth (2 1 ), when clamping the workpiece (2 2) Whether it is a circular or polygonal workpiece (2 2 ), when clamped, it is usually made by a convex tooth tip and a workpiece (2 2 ), in point contact, when the clamping needs to be rotated or swiveled When the bolt is unscrewed or locked, the force may be slipped, especially after the head end angle of the rounded head or the hexagonal bolt head is worn. It may be because of the up-and-down symmetrical clamping, plus the cusp-like clamping. It is easy to use 4 M285429 to have a locking rotation and slipping condition. It is extremely inconvenient to use, and in general hexagonal nuts or boring parts When the lock group is as shown in the eighth figure, in the general arc shape of the mouth surface (2 〇), it is usually only able to hold the two corresponding side faces when gripping. It is very likely that the sliding force will change due to the change of the clamping force. It is very possible to round the hexagonal end angle to form another problem in the locking operation. The main reason is that the arc-shaped jaw edge is added. The upper and lower point-shaped clamping tooth shape is difficult to avoid the slippage during the clamping and controlling under the same rigid clamping. Therefore, the design of the clamping jaw of the current clamp has a further improved design. [New content] This creator has the shortcomings of the design and use of the current clamp clamp edge. It has been carefully researched and improved. After many tests and productions, it has finally developed a tool jaw of this creation. Improved structure, by tilting up and down the v-shaped phase-displacement displacement Designed to match the different thickness of the oblique tooth design, with unique multi-face clamping, effectively overcome the traditional curved clamping when the cusp force is relatively, may cause the sliding and clamping instability when rotating and the use is missing. OBJECTIVE: By designing the skewed V-shaped jaw surface, the convex tooth design with different thickness on the v-shaped side surface can receive multi-faceted and asymmetric clamping force when clamping, ensuring that the sweet-mouth clamping is achieved. Stabilization of the purpose. [Embodiment] In order to facilitate the readers to further understand the structural features of this creation and its practical purposes, I will use an example diagram with detailed description as follows: This creation tool jaw New Zealand The structure is mainly the improved design of the missing surface of the shot. The overall structure design is shown in the first to fourth figures. The improvement of the whole sweet mouth is mainly based on the sides of the jaw and the front edge, respectively. 5 M285429 The concave arc of the shape is relatively slightly staggered into a combination of the upper and lower sides of the four-sided shape of the sweet mouth (work 0), and the two sides of the pliers are π, which can be one or different sizes of the jaw faces according to the actual needs. 1〇) Arrange settings., On the concave side of the entire jaw surface (1 〇), the thick and thin convex teeth (11, 12) designed by different pitches are respectively set in two oblique planes, and the thick and thin convex surfaces are arranged. The teeth (11, 12) are arranged obliquely opposite each other, and the skewed cakes which are staggered according to the ν-shaped side faces, so that the teeth formed by the respective side faces are naturally divided into upward and downward convexities depending on the inclined sides thereof. When the skew is arranged, when the # is lost, different coarse and fine tooth tips will be formed, and the clamping force will be naturally asymmetrical to the one axis, and the mutually displaced v-shaped edges will be clamped. The workpiece (13) can have at least three sides to clamp and apply force, so that any shape of the workpiece (13) can be placed on the bottom edge of the material, and the thickness of the workpiece is different. The clamping, in combination with the oblique coarse and fine convex teeth (11, 12), the irregular clamping force can be used to clamp the solid effect in multiple directions, so that the workpiece α 3) receives the clamping and is stable and practical. The main feature of this creation is that the design of the Φ v shape is relatively skewed by the jaw surface (1〇), and the two upper and lower ν-shaped grooves with relative displacement can be used to facilitate the workpiece (13). Positioning is placed, and the sides of the v-shape are provided with the transformational engagement of different coarse and fine convex teeth (1 1 , 1 2 ) with relative errors, and the displacement of the V-shaped side faces causes the respective side faces to protrude. Different tooth faces will not directly protrude to the center point of the groove shape, but will be in a staggered design with a slight deviation. This can facilitate the simultaneous clamping of the objects in different shapes when they are used. The same v-shaped small jaw surface (1 0 ) can be set on the end face of the jaws, as shown in the fourth figure, which facilitates the removal of the small bolts (14) after locking, especially for the hexagonal head being rounded. After that, the clamping surface (10) can be clamped in multiple directions, and can be directly clamped and rotated. 6 M285429 Unloading 'convenient operation' is really safe, simple and practical.
^ 斤I本創作工具钳口之改良結構，其以特殊V 相對之鉗0面設計’使整個夾持的嚙合能力大幅提 t改㈣朗魏，嫌働口面結構 事實，就1創新、、、f類鉗具的^"先創作，更具實用功效之 要件，爰依法提出專利中請。 刊甲明的 【圖式簡單說明】 第一圖 第二圖 错一 |g| 第四圖 第五圖 第六圖 係本創作鉗口結構之外觀立體圖。 係本創作鉗口鎖夾圓桿件實施例平面圖。 作鉗口鎖夾六角形件實施例平面圏。 =J作鉗口端面鎖夹實施例平面示意圖。 係$見鉗口結構之外觀參考圖。 =’、阅·係習見細鎖夾圓桿件實施解面圖。 ^七圖.係f脑Π端賴夹實 第八圖:係習見钳口鎖失六角形件實施例;面圖圖。。 【主要元件符號說明】 (10)鉗口面 (12)細凸齒 (14)螺栓 (2 0)鉗口面 (2 2)工件 1 1)粗凸齒 1 3)工件 2 1)凸齒 7^ 斤 I The creative tool jaws of the improved structure, with a special V relative to the clamp 0 face design 'to make the entire clamping of the ability to greatly improve the t (four) Lang Wei, the fact that the mouth surface structure, 1 innovation, , f class pliers ^ " first creation, more practical and effective elements, 提出 legally proposed patents. A brief description of the drawings [First description] The first picture The second picture The wrong one | g| The fourth picture The fifth picture The sixth picture is the appearance of the creation of the jaw structure. A plan view of an embodiment of the present jaw lock clip round bar. As a jaw lock clip hexagonal embodiment embodiment plane 圏. =J is a schematic plan view of the embodiment of the jaw end lock clip. For the $ see the appearance of the jaw structure reference map. =', read and learn to see the fine lock clip round bar to implement the solution. ^七图. Department f Π Π 夹 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八 第八. [Description of main component symbols] (10) Clamping surface (12) Fine convex tooth (14) Bolt (2 0) Clamping surface (2 2) Workpiece 1 1) Thick convex tooth 1 3) Workpiece 2 1) Convex tooth 7