M397304 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種前置型倍力虎鉗之技術領域，尤指其 技術上提供一種小機械内部小空間亦可裝設之大夾持力倍 力虎鉗，其倍力虎鉗可縮小佔用空間，又可避免操作者過 於勞累之一種前置型倍力虎鉗裝置者。 【先前技術】M397304 V. New description: [New technical field] The creation department provides a technical field of front-mounted double-force vise, especially the technically, it provides a small clamping force in a small mechanical interior. Becker vise, its double force vise can reduce the space occupied, and can avoid the operator is too tired of a kind of front-loading force vise device. [Prior Art]
筲用之倍力虎鉗雖 是基本不變的道理就是多大的倍力虎射，方能達到多大的 出力，因此小型倍力虎甜的輸出夹持力無法與大型倍力虎 甜的輸出夹持力比較，但是有些時候小型切削中心機也需 要大的夾持力’此時受限於該小型切削中心機内部空間， 在往無法組裝大型倍力虎鉗’使得實用性大幅降低，或因 夹持：不足而陷入危險。所以讓虎甜變小而夹持力維持， 一直是業界努力的目標。 另一方面，該習用之倍力 遠離操作者那一側，如此造成 手去取放工件’時間一久必造 造成效率不彰的另一問題。 虎鉗 般其固定顎都設在 了操作者必須多次的f腰伸 成過度勞累的問題，此亦是 是以，針對上述習知杜椹 如何開發 切企盼， 、、°構所存在之問題點， -種更具理想實用性之創新 ^ α 稱貫4費者所殷 亦係相關業者須努力研發突破之目標及方向。 3 M397304 有鐘於此，創作·乂去从> t 君J作人本於多年從事相關產品之製造開發 、又十、.里驗針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本創作。 【新型内容】 本創作主要提供一種前置型倍力虎甜裝置’係包含-本體座固定顯、一活動韻、-定力傳動機構及-倍力 傳動機構’其中該本體座靠近操作者方向為後端而遠離 操作者方向為前端，該固定顎係固設於該本體座之後端， 該活動㈣活動於較靠近前端的w，藉&，該固定顎係 較Λ近人員位置，所以人員不用常彎腰即可取放工件，操 作人員可以較省力的取放工件。 另者，本創作主要提供一種前置型倍力虎鉗裝置，該 定力傳動機構由本體座的後端往前端方向設置，該倍力傳 動機構則設在本體座之前端内部，因該倍力傳動機構設在 本體座的前端内部，不是如習用的設在後端外，得以縮短 虎鉗長度，使小機台内部亦可裝本創作大失持力倍力虎鉗 ，使該小空間亦可裝設大夾持力倍力虎鉗者。 有關本創作所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳細說明於后，相信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 參閱第一至第五圖所示’本創作係提供一種前置型倍 力虎甜裝置，包括： 一本體座（1 〇 )，該本體 為-後端㈠" （10)靠近操作者方向 Ό"’而遠離操作者方向為—前端（12); 固夂顎（2〇)，該固定顎（2 座(10)之該後端(11); 〇)係固設於該本體 庙厂活動顯（“)，該活動顆（30)係活動於該本體 〇 )較靠近該前端（1 2 )的位置； 人 力傳動機構（40)’該定力傳動機構（40)包 含有一導螺桿（4 1 )㈣設貫穿孔（4 1 i )及一内螺 紋段（412)，一推桿（51)，該推桿（5ι)組設於 該導螺桿（4 1 )之該貫穿孔（4 i ) π，一調整桿（ 42)’該調整桿（42)之一螺紋段“η)螺設至該 導螺=(4 1 )之該内螺紋段（4丄2)，並該調整桿 2 ) ^端抵推該推桿（5 1 )，其定力傳動時係調整桿（4 2)與導螺桿（4 1 ) -起定力作動’該定力傳動機構（ 4 〇 )由該本體座（丄〇 )㈣後端（丄"往該前端（ 1 2)方向設置於該本體座（丄〇)之内部，該定力傳動 機構（4 〇 )得連結傳動該活動顎（3 〇 )動作；及 一倍力傳動機構（5〇),該倍力傳動機構（5〇)則 設在該本體座（1 〇)之近該前端（1 2)的内部，該定 力傳動機構（40)傳動至一緊度後，導螺桿（4丄）即 無法再被調整桿（42)驅動，調整# (42)開始驅動 5 M397304 H i 5°)的推桿(51)頂推作動元件( =、肘:結構(53)以產生倍力動作，進而驅動該活 )倍力夾緊；以該倍力傳動機構（5〇)設於 似的^1〇)㈣，而使倍力虎甜具有較短的長度及 的倍力夹緊，而固定顯（2〇)靠近操作者利於取 放所有工件者。 藉此’該固定顎（20) 員不用常彎腰即可取放工件， 設在該本體座（10)的前端 的設在後端（1 1 )外側，得 空間的切削加工中心機亦可裝 大夾持力虎鉗者。 係較靠近人員位置，所以人 而該倍力傳動機構（50) (12)内部，不是如習用 以縮短整體虎鉗長度，使小 本創作虎翻，使小空間可裝 其-實施例之該倍力傳動機構（5◦)係包含有設一 推桿（5 1 ) #頂-作動it件（5 2 ) #張兩肘節結構（ 53)，而產生強大推力推動該活動顎（3〇)，使該活動 顎（3 0 )產生強大夾持力量迫緊工件。 另一實施例之該倍力傳動機構（5 〇 )包含有設一斜 度推桿（5 4 )推頂數滾柱構件（5 5 )推抵具斜面之— 筒髅結構（5 6 )，使該筒體結構（5 6 )產生強大推力推 動該活動顎（3 0 )’使該活動顎（3 〇 )產生強大夹持力 量迫緊工件。 又一實施例之該倍力傳動機構（5 〇 )包含有設一錐 明7304 夜推桿（5 7 )推頂數滾針桿件（5 8 )推抵一桿體結構 (5 9 )，使該桿體結構（5 9 )產生強大推力推動該活動 顴（30)，使該活動顎（30)產生強大夾持力量迫緊工 件。 ' 前文係針對本創作之較佳實施例為本創作之技術特徵 進行具體之說明；惟，熟悉此項技術之人士當可在不脫離 本創作之精神與原則下對本創作進行變更與修改，而該等 變更與修改，皆應涵蓋於如下申請專利範圍所界定之範疇 中。 【圖式簡單說明】Although the use of the force of the forceps is basically the same, that is, how much force can be achieved, so that the output force of the small force tiger can not be combined with the output of the large force tiger. Compared with the force, but sometimes the small cutting center machine also needs a large clamping force. At this time, it is limited by the internal space of the small cutting center machine. In the past, it is impossible to assemble the large-powered vise, which makes the practicality greatly reduced, or Clamp: Insufficient and in danger. Therefore, letting the sweetness of the tiger become small and the clamping force is maintained has always been the goal of the industry. On the other hand, the conventional force is far from the operator's side, thus causing the hand to pick up and place the workpiece. For a long time, another problem of inefficiency is created. The vise-like fixed shackles are all set in the problem that the operator must repeatedly stretch the waist into over-tiredness. This is also a question of how to develop the above-mentioned conventional cuckoos. Point, - an innovation that is more ideal and practical. ^ α. It is also the responsibility of the relevant industry to develop the goal and direction of the breakthrough. 3 M397304 There is a clock here, creation · 乂 go from > t Jun J as a person who has been engaged in the manufacture and development of related products for many years, and ten, and the test is aimed at the above objectives, after detailed design and careful evaluation, A practical and practical creation. [New content] This creation mainly provides a front-mounted Bili Tiger sweetener's system including - body seat fixed display, one activity rhyme, - constant force transmission mechanism and - double force transmission mechanism, wherein the body seat is close to the operator direction The rear end is away from the operator as the front end, the fixed tether is fixed at the rear end of the main body seat, and the activity (4) is active at w closer to the front end, and the fixed tether is closer to the person position, so The person can pick up and place the workpiece without bending over, and the operator can take the workpiece more effortlessly. In addition, the present invention mainly provides a front-type double-powered vise device, which is disposed from the rear end of the body seat toward the front end, and the double-force transmission mechanism is disposed inside the front end of the body seat, because The double-force transmission mechanism is disposed inside the front end of the body seat, and is not disposed at the rear end as conventionally used, so that the length of the vise can be shortened, so that the small machine can also be equipped with a large loss of force to force the vise to make the small The space can also be equipped with a large clamping force. With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. . [Embodiment] Referring to the first to fifth figures, the present invention provides a front-mounted Bally Tiger sweet device comprising: a body seat (1 〇), the body is - the back end (1) " (10) close The direction of the operator Ό"' and away from the operator is - front end (12); solid 夂颚 (2 〇), the fixed 颚 (the rear end of the two seats (10) (11); 〇) is fixed in the The body temple factory activity display ("), the activity object (30) is active in the body 〇) closer to the front end (1 2 ); the human transmission mechanism (40) 'the fixed force transmission mechanism (40) includes The lead screw (4 1 ) (4) is provided with a through hole (4 1 i ) and an internal thread segment (412), a push rod (51), and the push rod (5 1 ) is disposed in the through screw (4 1 ) a hole (4 i ) π, an adjustment rod (42)' of one of the adjustment rods (42) is screwed to the internal thread segment (4丄2) of the guide screw = (4 1 ), and The adjusting rod 2) is pushed against the push rod (5 1 ), and the adjusting rod (4 2) and the lead screw (4 1 ) are actuated by the constant force transmission during the fixed-force transmission (the fixed-speed transmission mechanism (4 〇 ) by the back of the body (丄〇) (four) "The front end (12) direction is disposed inside the body seat (丄〇), the fixed-speed transmission mechanism (4 〇) is connected to drive the movable 颚 (3 〇) action; and a double force transmission mechanism ( 5〇), the double-force transmission mechanism (5〇) is disposed near the front end (1 2) of the body seat (1 〇), and the fixed-speed transmission mechanism (40) is driven to a tightness, and then guided The screw (4丄) can no longer be driven by the adjustment rod (42), adjust # (42) to start driving 5 M397304 H i 5°) push rod (51) push the actuating element (=, elbow: structure (53) to Producing a double action, and then driving the live) force clamping; the force transmission mechanism (5〇) is set in the like ^1〇) (4), so that the Bili Tiger sweet has a shorter length and the force Clamping, while the fixed display (2〇) is close to the operator to facilitate the pick and place of all workpieces. Therefore, the fixed cymbal (20) member can pick up and place the workpiece without bending over, and the front end of the main body seat (10) is disposed outside the rear end (1 1 ), and the space machining center can also be installed. Large grip force vise. It is closer to the person's position, so the inside of the force transmission mechanism (50) (12) is not used to shorten the overall vise length, so that the small copy can be flipped, so that the small space can be installed. The double-force transmission mechanism (5◦) consists of a push rod (5 1 ) #顶- actuation unit (5 2 ) #张两肘节结构(53), which generates a strong thrust to push the activity 颚 (3〇) ), so that the activity 颚 (3 0 ) produces a strong grip force to force the workpiece. In another embodiment, the double-force transmission mechanism (5 〇) includes a tilting push rod (5 4 ) pushing the number of roller members (5 5 ) to push against the inclined surface - the barrel structure (5 6 ), The cylindrical structure (56) produces a strong thrust to push the movable 颚(3 0 )' to cause the active 颚 (3 〇) to generate a strong clamping force to force the workpiece. In another embodiment, the double-force transmission mechanism (5 〇) comprises a cone-shaped 7304 night push rod (57), and the number of needle-rolling rod members (5 8 ) are pushed against a rod structure (5 9 ), The rod structure (5 9 ) generates a strong thrust to push the movable jaw (30), so that the movable jaw (30) generates a strong clamping force to force the workpiece. The foregoing description of the preferred embodiment of the present invention is specifically described as a technical feature of the present invention; however, those skilled in the art can make changes and modifications to the present invention without departing from the spirit and principles of the present invention. Such changes and modifications are to be covered by the scope of the following patent application. [Simple description of the map]
第一圖：係本創作其一實施例之立體示意圖。 第二圖：係本創作其一實施例之實施狀態示意圖。 第三圖：係本創作其一實施例之倍力機構剖示圖。 第四圖：係本創作另一實施例之倍力機構剖示圖。 第五圖：係本創作又一實施例之倍力機構剖示圖。 【主要元件符號說明】 (1 0 )本體座 (12)前端 (3 0 )活動胃 (4 1 )導螺桿 (4 1 2 )内螺紋段 (4 2 1 )螺紋段 (1 1 )後端 (2 0 )固定顎 (40)定力傳動機構 (411)貫穿孔 (4 2 )調整桿 (5 0 )倍力傳動機構 7 M397304 (5 1 )推桿 (5 3 )肘節結構 (5 5 )滾柱構件 (5 7 )錐度推桿 (5 2 )作動元件 (5 4 )斜度推桿 (5 6 )筒體結構 (5 8 )滚針桿件 (5 9 )桿體結構The first figure is a perspective view of an embodiment of the present invention. Second: A schematic diagram of an implementation state of an embodiment of the present invention. Fig. 3 is a cross-sectional view showing the force mechanism of an embodiment of the present invention. Fourth Figure: A cross-sectional view of a force mechanism of another embodiment of the present invention. Fig. 5 is a cross-sectional view showing a force mechanism of another embodiment of the present invention. [Description of main component symbols] (1 0) Front end of body frame (12) (3 0 ) Active stomach (4 1 ) Lead screw (4 1 2 ) Internal thread section (4 2 1 ) Thread section (1 1 ) Rear end ( 2 0) Fixed 颚 (40) Fixed-force transmission mechanism (411) Through-hole (4 2 ) Adjustment rod (5 0 ) Double-force transmission mechanism 7 M397304 (5 1 ) Push rod (5 3 ) Toggle structure (5 5 ) Roller member (5 7 ) Taper push rod (5 2 ) Actuating element (5 4 ) Inclined push rod (5 6 ) Barrel structure (5 8 ) Needle rod member (5 9 ) Rod structure