M307481 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種虎鉗結構改良，尤指一種 件角度之虎甜。 【先前技術】 按’一般之虎鉗，大都固定於機台上，主要 固定工件，以方便對工件作加工。 由於有時後需從有各種角度對工件作加工， 參人將虎钳搭配分度盤使用，使虎甜於分度盤上旋 且讓工件能隨虎鉗旋轉，使工件加工時更為方便 。而虎钳雖能用旋轉，讓工件達到其他角肩 但工件僅屬於兩度空間之旋轉，加工之角度仍有 方。 、、彖此本創作人針對上述虎鉗搭配分度盤所 題”沾藉由多年從事相關領域之研究與製造開發 籲設計與審慎評估後，終於創造出一種可改進上^ 更具理想實用性之創新結構。 【新型内容】 欲解決之技術問題點：習知的虎鉗，係搭配 用，使虎鉗可於分度盤上旋轉角度，讓工件能隨肩 使加工％更為方便；然而，工件僅屬於兩度空間 加工之角度仍有不足之地方。 解、門題之技術特點：提供一種虎钳結構改 包括有-船形座體，該船形座體頂部係呈一凹弧 可調整工 用於夾持 因此便有 轉角度， 〇 .之加工， 不足之地 存在之問 ，經詳加 缺點，且 分度盤使 ‘鉗旋轉， 之旋轉， 良，其係 狀，且該 5 M307481 船形座體之底部朝外水平延伸一凸環盤，另該船形座體之 頂部由前端朝後端，凹設有數弧形嵌槽，各弧形嵌槽可供 定位螺拴之螺栓頭滑設嵌置，又該船形座體位於一側穿設 有一控制桿，該控制桿之另一端穿出至靠近另_側之弧形 嵌槽處，並軸設有一齒輪·· ·· 一虎鉗本體，該虎鉗本體裝設於船形座體之頂部丨又 名虎钳本體之一側下緣固設有一齒條，該齒條可與前述之 #輪喷合，而可藉由齒輪控制傳動。 馨 ϋ此，當齒輪傳動齒條時，可帶動虎钳本體呈弧形之 移動，使工件可依使用者之需求調整至適當之位置，因此 改良習知虎鉗夾持工件時，工件僅能兩度空間旋轉之缺點。 對如、先鈾技術之功效：提供一種虎鉗結構改良，由於 本創作之虎鉗本體可呈弧形之移動，使工件可依使用者之 而求凋整至適當之值置，改良習知虎鉗夾持工件時，工件 僅能兩度空間旋轉之缺點。 •—有關本創作所採用之技術、手段及其功效，茲舉一較 仫貝鈿例亚配合圖式詳細說明於后，相信本創作上述之目 的構1^及特徵，當可由之得一深入而具體的暸解。 【實施方式】 本創作係提供—種虎鉗結構改良設計者。 首先明參閱第一圖至第三圖所示，本創作虎钳結構 改良，其係包括有·· 一底盤（1〇)，該底盤（1〇)之頂面中央處，凹設 有一環狀之環形嵌槽（1 1 )，該環形嵌槽（x i )雨側内， 6 M307481 可供數螺拴（1 2 )之螺栓頭滑設嵌置（如第二圖所示）； 一船形座體（2 0 )，該船形座體（2 0 )頂部係呈一 凹弧狀，且該船形座體（2 0 )之底部朝外水平延伸一凸 環盤（2 1 )，該凸環盤（2 1 )兩側，可供前述之螺栓（1 2 )之螺拴桿穿設，並由一螺帽鎖設固定；另該船形座體 (2 0 )之頂部由前端朝後端，凹設有至少兩弧形嵌槽（2 2 )，各弧形嵌槽（2 2 )，可供定位螺栓（2 3 )之螺栓 頭滑設嵌置；又該船形座體（2 0 )位於一側穿設有一控 •制桿（2 4 )，該控制桿（2 4 )之另一端穿出至靠近另一 側之弧形嵌槽（2 2 )處，並軸設有一齒輪（2 5 ): 一虎鉗本體（3 0 )，該虎钳本體（3 0 )之底部，係 朝下形成凸弧緣，藉以裝設於船形座體（2 〇 )之頂部， 而可供前述定位螺栓（2 3 )之螺栓桿穿設，並由一螺帽 鎖設固定；又該虎鉗本體（3 0 )之下緣固設有一齒條（3 1 )，該齒條（3 1 )可與前述之齒輪（2 5 )嚙合，而可 參藉由齒輪（2 5 )傳動； 另外，如第二圖所示，該虎钳本體（3 0 )之一端向 上延伸有一固定顎（3 2 )，且該虎鉗本體（3 0 )頂部， 凹設有一槽部（3 3 )，又該虎鉗本體（3 0 )之兩側，各 貫穿有數個等間隔且對應之穿孔（3 4 )，於本創作中係設 有三個穿孔（3 4 );其中，該槽部（3 3 )滑設有一固定 塊（3 5 )，該固定塊（3 5 )之頂端縱向穿設有一螺孔（3 5 1 )，該固定塊（3 5 )之底端，橫向穿設有可與穿孔（3 4 )相對應之通孔（3 5 2 )，藉以供一插銷（3 6 )插設 7 M307481 其中一 5 )； 又 設有一 2 )之 8 )螺 活動顎 藉 β鬆脫定 延船形 轉動控 帶動虎 虎鉗本 之位置 另 0朝另一 顎（3 與固定 靠遠離 動顎（ 需求調 往固定 藉 移動， 穿孔（3 4 )與通孔（3 5 2 )，藉以固定固定塊（3 該虎鉗本體（3 0 )位於固定塊（3 5 )上方，鎖 活動顎（3 7 )，該活動顎（3 7 )異於固定顎（3 一端，縱向螺設有一螺桿（3 8 )，並使該螺桿（3 設於固定塊（3 5 )之螺孔（3 5 2 )後，固定於 (3 7 )之另一端。 由上述之設計，請參閱第四圖所示，當使用時，可 位螺栓（2 3 )上之螺帽，使定位螺栓（2 3 )可 座體（2 0 )之弧形嵌槽（2 2 )滑動，此時，可 制桿（2 4 )，使設控制桿（2 4 )上之齒輪（2 5 ) 鉗本體（3 0 )呈弧形移動，並依使用者之需求將 體（3 0 )上所挾持之工件，移動至想要加工角度 〇 外，由於穿孔（3 4 )係由固定顎（3 2 )之一端 端設置，所以當固定塊（3 5 )固定於較靠近固定 2 )之穿孔（3 4 )上時，可縮短活動顎（3 7 ) 顎（3 2 )間之距離，而固定塊（3 5 )固定於較 固定顎（3 2 )之穿孔（3 4 )上時，則可增加活 3 7 )與固定顎（3 2 )間之距離；當依使用者之 整距離後，即可螺動螺桿（3 8 )，使活動顎（3 7 ) 顎（3 2)方向移動，而可夾持工件。 此，由於本創作可使動虎鉗本體（3 0 )呈弧形之 讓工件調整至適當之位置，可達到加工之便利性。 8 M307481 且本創作亦可調整活動顎（3 7 )與固定顎（3 2 )間之 距離，亦可達到加工之便利性。 歸納上述所說，本創作同時具有上述眾多效能與實用 價值，並可有效提升整體的經濟效益，因此本創作確實為 一創意極佳的創作，且在相同技術領域中未見相同或近似 之產品公開使用，應已符合創作專利之要件，乃依法提出 申請，並請賜予本創作專利。 【圖式簡單說明】 ® 第一圖係本創作之立體外觀示意圖。 第二圖係本創作之立體分解示意圖。 第三圖係本創作之侧視態示意圖。 第四圖係本創作之使用狀態示意圖。 【主要元件符號說明】 (1 0 )底盤 (1 1 )環形嵌槽 Φ ( 1 2 )螺栓 (2 0 )船形座體 (21)凸環盤 (2 2 )弧形嵌槽 (2 3 )螺栓 (2 4 )控制桿 (2 5 )齒輪 (3 0 )虎鉗本體 (3 1 )齒條 M307481 (3 2 )固定顎 (3 3 )槽部 (3 4 )穿孔 (3 5 )固定塊 (3 5 1 )螺孔 (3 5 2 )通孔 (3 6 )插銷 (3 7 )活動顎 ® ( 3 8 )螺桿M307481 VIII. New Description: 【New Technology Fields】 This creation provides a modification of the vise structure, especially a kind of tiger sweetness. [Prior Art] Press 'General vise, which is mostly fixed on the machine table, mainly to fix the workpiece to facilitate the machining of the workpiece. Since sometimes the workpiece needs to be machined from various angles, the knives use the vise with the indexing plate to make the tiger sweet on the indexing plate and allow the workpiece to rotate with the vise, making the workpiece more convenient to process. . While the vise can be rotated to allow the workpiece to reach other shoulders, but the workpiece only belongs to the rotation of the two-degree space, the angle of the processing is still square.彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 彖 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 针对 ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” Innovative structure. [New content] The technical problem to be solved: the conventional vise is used to make the vise rotate the angle on the indexing plate, so that the workpiece can be more convenient to process with the shoulder; The workpiece is only inferior to the angle of the two-dimensional space processing. Technical features of the solution and the door problem: providing a vise structure to include a boat-shaped seat body, the top of the boat-shaped seat body is a concave arc adjustable For the clamping, there is a turning angle, the processing of the ,., the existence of the shortage, the detailed disadvantages, and the indexing plate makes the 'clamp rotation, the rotation, the good, the system, and the 5 M307481 boat shape The bottom of the seat body extends horizontally outwardly from a convex ring disk, and the top of the boat-shaped seat body has a front end toward the rear end, and a plurality of arc-shaped recessed grooves are recessed therein, and the arc-shaped recessed grooves are provided for positioning the bolt head of the screw. Set, and the ship The seat body is disposed on one side of a control rod, and the other end of the control rod is disposed to be adjacent to the arc-shaped recessed groove on the other side, and the shaft is provided with a gear ···· a vise body, the vise body It is arranged on the top of the boat-shaped seat, and the lower edge of one side of the vise body is fixed with a rack, which can be sprayed with the aforementioned # wheel, and can be controlled by gears. When the rack is driven, the vise body can be moved in an arc shape, so that the workpiece can be adjusted to an appropriate position according to the needs of the user. Therefore, when the conventional vise is clamped, the workpiece can only rotate in two degrees. The effect of the prior uranium technology: providing a vise structure improvement, because the vise body of the present invention can be moved in an arc shape, so that the workpiece can be trimmed to an appropriate value according to the user, and the improvement is improved. When knowing that the vise clamps the workpiece, the workpiece can only rotate in two degrees of space. •—The technology, means and functions used in this creation are described in detail below. I believe that the above objectives and features of this creation, It can be obtained from an in-depth and specific understanding. [Embodiment] This creative department provides a modified designer of the vise structure. First, as shown in the first to third figures, the improvement of the vise structure is included. There is a chassis (1 〇), the center of the top surface of the chassis (1 〇) is recessed with an annular annular groove (1 1 ), the annular groove (xi) in the rain side, 6 M307481 The bolt head of the snail (1 2 ) is slidably embedded (as shown in the second figure); a boat-shaped seat (20), the top of the boat-shaped seat (20) is concavely curved, and The bottom of the boat-shaped seat body (20) extends horizontally outwardly from a convex ring disk (2 1 ), and the two sides of the convex ring disk (2 1 ) are pierced by the screw rod of the bolt (1 2 ). And fixed by a nut; the top of the boat body (20) has a front end toward the rear end, and at least two arc-shaped recesses (2 2 ) are recessed, and each arc-shaped recessed groove (2 2 ) The bolt head for the positioning bolt (2 3 ) is slidably embedded; and the boat seat (20) is provided with a control rod (2 4 ) on one side, and the other end of the control rod (2 4 ) Wear out to close a curved groove (2 2 ) on one side, and a gear (2 5 ) is arranged on the shaft: a vise body (30), the bottom of the vise body (30) is formed with a convex arc edge downward , by being installed on the top of the boat-shaped seat body (2 〇), and the bolt rod of the positioning bolt (23) can be pierced and fixed by a nut; and the vise body (30) The lower edge is fixed with a rack (3 1 ), which can be meshed with the aforementioned gear (25), and can be driven by the gear (25); in addition, as shown in the second figure a fixed 颚 (3 2 ) extends upward from one end of the vise body (30), and a top portion of the vise body (30) is recessed with a groove portion (3 3 ), and the vise body (30) There are several equally spaced and corresponding perforations (3 4 ) on each side of the system. In the present creation, three perforations (3 4 ) are provided; wherein the groove portion (3 3 ) is slidably provided with a fixed block (3) 5), a screw hole (3 5 1 ) is longitudinally disposed at a top end of the fixing block (35), and a bottom end of the fixing block (35) is transversely disposed to correspond to the through hole (3 4 ) Hole (3 5 2 ) for a plug (3 6) Insert 7 M307481 One of 5); There is also a 2) 8) Snail activity 颚 By β loose release boat rotation control to drive the position of the tiger vice to another 0 towards the other 颚 (3 with fixed Keep away from moving (required to move to fixed borrowing, perforation (3 4 ) and through hole (3 5 2 ), thereby fixing the fixed block (3 the vise body (3 0 ) is located above the fixed block (3 5 ), lock Activity 颚 (3 7 ), the activity 颚 (3 7 ) is different from the fixed 颚 (3 end, the longitudinal screw is provided with a screw (3 8 ), and the screw (3 is set in the screw hole of the fixed block (3 5 ) ( After 3 5 2 ), it is fixed at the other end of (3 7 ). From the above design, please refer to the fourth figure. When in use, the nut on the positionable bolt (2 3 ) can make the positioning bolt (2 3 ) can be the arc-shaped groove of the seat (2 0 ) (2 2) Sliding, at this time, the rod (2 4 ) can be made to make the gear (2 5 ) of the control rod (2 4 ) move in an arc shape and the body is required according to the user's needs ( 3 0) The workpiece held by the upper part is moved to the angle to be processed. Since the perforation (3 4 ) is set by one end of the fixed cymbal (3 2 ), when the fixed block (3 5 ) is fixed closer to the fixed 2) When the perforation (3 4 ) is applied, the distance between the active 颚 (3 7 ) 颚 (3 2 ) can be shortened, and the fixed block (3 5 ) is fixed to the perforation (3 4 ) of the fixed 颚 (3 2 ) When it is up, it can increase the distance between the live 3 7 ) and the fixed 颚 (3 2 ); after the user's full distance, the screw (3 8 ) can be screwed to make the activity 颚 (3 7 ) 颚 (3 2) The direction moves to hold the workpiece. Therefore, since the creation allows the movable vise body (30) to be curved to adjust the workpiece to an appropriate position, the processing convenience can be achieved. 8 M307481 and this creation can also adjust the distance between the activity 颚 (3 7 ) and the fixed 颚 (3 2 ), and also facilitate the processing. In summary, the creation has many of the above-mentioned effects and practical values, and can effectively improve the overall economic benefits. Therefore, this creation is indeed an excellent creation, and there is no identical or similar product in the same technical field. The public use shall have met the requirements for the creation of a patent, and the application shall be made in accordance with the law, and the patent for this creation shall be given. [Simple description of the diagram] ® The first diagram is a three-dimensional appearance of the creation. The second figure is a three-dimensional exploded view of the creation. The third picture is a schematic view of the side view of the creation. The fourth picture is a schematic diagram of the state of use of the present creation. [Main component symbol description] (1 0) Chassis (1 1 ) Ring groove Φ ( 1 2 ) Bolt (2 0 ) Boat seat (21) Cam plate (2 2 ) Curved groove (2 3 ) Bolt (2 4) Control lever (2 5 ) Gear (3 0 ) Vise body (3 1 ) Rack M307481 (3 2 ) Fixed 颚 (3 3 ) Groove (3 4 ) Perforated (3 5 ) Fixed block (3 5 1) Screw hole (3 5 2 ) through hole (3 6 ) pin (3 7 ) movable 颚® ( 3 8 ) screw
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