TWM481098U - Clamping device - Google Patents
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- TWM481098U TWM481098U TW103203161U TW103203161U TWM481098U TW M481098 U TWM481098 U TW M481098U TW 103203161 U TW103203161 U TW 103203161U TW 103203161 U TW103203161 U TW 103203161U TW M481098 U TWM481098 U TW M481098U
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Description
本新型係有關於一種虎鉗，尤指一種具有可定位母鉗夾持單元與可定位活動鉗夾持單元的虎鉗夾持裝置。The present invention relates to a vise, and more particularly to a vise clamping device having a positionable clamping jaw clamping unit and a positionable movable jaw clamping unit.
工件進行鑽孔、銑削等加工時，常會利用虎鉗迫緊夾持工件，以使工件能獲得穩固定位，而能避免加工時產生振動或飛出之情形，藉以提升加工作業之精準性與安全性。When the workpiece is drilled, milled, etc., the workpiece is often clamped by the vise to ensure that the workpiece can be stably fixed, and the vibration or flying out during processing can be avoided, thereby improving the accuracy and safety of the machining operation. Sex.
以普遍習知的虎鉗結構而言，大多係由固定基座、螺桿、設於螺桿一端之手把、形成於固定基座一端之母鉗以及設於固定基座上之活動鉗所組構而成，其中該活動鉗係與螺桿連接帶動，使用時係將工件放置於母鉗與活動鉗之間，復藉由轉動手把而能連動活動鉗位移，以進行迫緊工件或放鬆動作。配合不同工件之形狀及尺寸，使用不同模形之夾持單元安裝於母鉗與活動鉗上，使工件獲得穩固而能避免加工時產生振動之情形。In the conventional vise structure, most of them are a fixed base, a screw, a handle provided at one end of the screw, a female tong formed on one end of the fixed base, and a movable tong set on the fixed base. The movable clamp is connected with the screw. When in use, the workpiece is placed between the female clamp and the movable clamp, and the movable clamp can be displaced by rotating the handle to perform the pressing or relaxing action. With different shapes and sizes of the workpieces, the clamping unit with different molds is mounted on the female tongs and the movable tongs to ensure the workpiece is stable and avoid vibration during processing.
然習知夾持單元均是一種形狀配合一種工件，因此加工不同工件時需更換不同夾持單元，為使工件能獲得穩 固定位，因此架設夾持單元時，必須使安裝於母鉗與活動鉗之夾持單元準確定位，但架設時需有經驗操作者利用各種校準方法(如：雷射或紅外線等)來校準夾持單元上的模形部，如未準確定位易產生工件未夾緊之情形，造成加工時產生工件振動使加工成品的品質大打折扣，亦使得安全性、安裝便利性以及效率大幅降低。However, the conventional clamping unit is a shape matching a workpiece, so different clamping units need to be replaced when machining different workpieces, so that the workpiece can be stabilized. Fixed position, therefore, the clamping unit installed on the female clamp and the movable clamp must be accurately positioned when the clamping unit is set up, but the operator must use various calibration methods (such as laser or infrared) to calibrate the clamp when setting up. If the mold part on the unit is not accurately positioned, the workpiece is not clamped, resulting in the vibration of the workpiece during processing, which greatly degrades the quality of the finished product, and also greatly reduces the safety, installation convenience and efficiency.
因此，本新型之目的是在提供一種虎鉗夾持裝置，期待能解決上述之各種問題。Accordingly, it is an object of the present invention to provide a vise clamping device that is expected to solve the various problems described above.
依據本新型一實施方式，提出一種虎鉗夾持裝置，其包含一虎鉗本體、一母鉗夾持單元及一活動鉗夾持單元。虎鉗本體包含一母鉗及一活動鉗，活動鉗相對應於母鉗靠近或遠離，以進行迫緊工件或放鬆動作，母鉗上包含相互垂直的母鉗定位面與母鉗夾持面，活動鉗上包含相互垂直的活動鉗定位面與活動鉗夾持面。母鉗夾持單元包含一母鉗定位板與一母鉗夾持板，母鉗定位板垂直抵靠並鎖固於母鉗夾持板一側，母鉗定位板抵靠於母鉗定位面，母鉗夾持板鎖固於母鉗夾持面。活動鉗夾持單元包含一活動鉗定位板與一活動鉗夾持板，活動鉗定位板垂直抵靠並鎖固於活動鉗夾持板一側，活動鉗定位板抵靠於活動鉗定位面，活動鉗夾持板鎖固於活動鉗夾持面。According to an embodiment of the present invention, a vise clamping device is provided, which comprises a vise body, a vise clamping unit and a movable jaw clamping unit. The vise body comprises a female tong and a movable tong, and the movable tong is corresponding to the tongs close to or away from each other for pressing the workpiece or releasing the movement, and the tongs comprise mutually perpendicular tong positioning faces and the tong clamping surface, The movable jaws include mutually perpendicular movable jaw positioning faces and movable jaw clamping faces. The female clamp clamping unit comprises a female clamp positioning plate and a female clamp clamping plate, the female clamp positioning plate is vertically abutted and locked on one side of the female clamp holding plate, and the female clamp positioning plate abuts against the female clamp positioning surface. The clamp clamp plate is locked to the clamping surface of the female clamp. The movable clamp clamping unit comprises a movable clamp positioning plate and a movable clamp holding plate. The movable clamp positioning plate is vertically abutted and locked on one side of the movable clamp holding plate, and the movable clamp positioning plate abuts against the movable clamp positioning surface. The movable jaw clamping plate is locked to the movable jaw clamping surface.
藉此實施方式設計，可由與水平面垂直的母鉗定位面使抵靠於其上之母鉗定位板達到定位，並藉著與母鉗定 位面垂直的母鉗夾持面鎖固母鉗夾持板，使母鉗定位板與母鉗夾持板垂直抵靠，同理，由與水平面垂直的活動鉗定位面使抵靠於其上之活動鉗定位板達到定位，並藉著與活動鉗定位面垂直的活動鉗夾持面鎖固活動鉗夾持板，使活動鉗定位板與活動鉗夾持板垂直抵靠。故本新型運用分別與水平面垂直的母鉗定位面和活動鉗定位面有軸向定位功能，使母鉗夾持板與對向活動鉗夾持板準確定位，使所夾持的工件獲得穩固及準確定位而能避免加工時產生振動之情形。According to this embodiment, the positioning surface of the female clamp perpendicular to the horizontal plane can be positioned to be positioned by the female clamp positioning plate, and by the female clamp The vise clamping surface of the vertical plane locks the clamping plate of the vise, so that the positioning plate of the vise and the clamping plate of the vise are perpendicularly abutted. Similarly, the positioning surface of the movable pliers perpendicular to the horizontal plane abuts thereon. The movable clamp positioning plate is positioned, and the movable clamp clamping plate is locked by the movable clamp clamping surface perpendicular to the movable clamp positioning surface, so that the movable clamp positioning plate and the movable clamp clamping plate are vertically abutted. Therefore, the present invention uses an axial positioning function of the tong positioning surface and the movable tong positioning surface which are respectively perpendicular to the horizontal plane, so that the tong clamping plate and the opposite movable tong clamping plate are accurately positioned, so that the held workpiece is stabilized and Accurate positioning avoids vibration during processing.
前述實施方式的其他實施例如下：前述母鉗夾持單元與活動鉗夾持單元硬度可小於一加工刀具。母鉗夾持板可以有一模形部。活動鉗夾持板可以有一模形部，且活動鉗夾持板之模形部可相對應於母鉗夾夾持板之模形部。母鉗夾持單元與活動鉗夾持單元可以經過表面處理。母鉗夾持單元可另包含一第一微調螺絲。活動鉗夾持單元可另包含一第二微調螺絲。Other embodiments of the foregoing embodiments are as follows: the aforementioned tong clamp unit and the movable tong grip unit may have a hardness less than a machining tool. The caliper clamping plate can have a mold portion. The movable jaw clamping plate may have a mold portion, and the mold portion of the movable jaw clamping plate may correspond to the mold portion of the female jaw clamping plate. The tong clamping unit and the movable tong clamping unit can be surface treated. The caliper clamping unit may further comprise a first fine adjustment screw. The movable jaw clamping unit may further comprise a second fine adjustment screw.
依據本新型另一實施方式，提出一種虎鉗夾持裝置，其包含一虎鉗本體、一母鉗夾持單元及一活動鉗夾持單元。虎鉗本體包含一母鉗及一活動鉗，活動鉗相對應於母鉗靠近或遠離，以進行迫緊工件或放鬆動作，母鉗上包含相互垂直的母鉗定位面與母鉗夾持面，活動鉗上包含相互垂直的活動鉗定位面與活動鉗夾持面。母鉗夾持單元包含一母鉗定位板與一母鉗夾持板，母鉗定位板與母鉗夾持板一體垂直連接，母鉗定位板抵靠於母鉗定位面，母鉗夾 持板鎖固於母鉗夾持面。活動鉗夾持單元包含一活動鉗定位板與一活動鉗夾持板，活動鉗定位板活動鉗夾持板一體垂直連接，活動鉗定位板抵靠於活動鉗定位面，活動鉗夾持板鎖固於活動鉗夾持面。According to another embodiment of the present invention, a vise clamping device is provided, which comprises a vise body, a vise clamping unit and a movable jaw clamping unit. The vise body comprises a female tong and a movable tong, and the movable tong is corresponding to the tongs close to or away from each other for pressing the workpiece or releasing the movement, and the tongs comprise mutually perpendicular tong positioning faces and the tong clamping surface, The movable jaws include mutually perpendicular movable jaw positioning faces and movable jaw clamping faces. The female clamp clamping unit comprises a female clamp positioning plate and a female clamp clamping plate, the female clamp positioning plate and the female clamp clamping plate are integrally connected vertically, and the female clamp positioning plate abuts against the female clamp positioning surface, the female clamp clamp The plate is locked to the clamping surface of the tong. The movable clamp clamping unit comprises a movable clamp positioning plate and a movable clamp clamping plate, the movable clamp positioning plate movable clamp clamping plate is integrally connected vertically, the movable clamp positioning plate abuts against the movable clamp positioning surface, and the movable clamp clamp plate lock Fastened to the movable jaw clamping surface.
藉此另一實施方式，不但可以達到母鉗夾持單元與活動鉗夾持單元分別可拆組且可準確定位於母鉗與活動鉗上，減少架設母鉗與活動鉗夾持單元時間，更能透過分別皆為一體垂直連接的母鉗夾持單元與活動鉗夾持單元減少架模時間及人為誤差，有效提昇本新型應用方便性及配合靈活性。According to another embodiment, not only can the tong clamping unit and the movable tong clamping unit be separately detachable and can be accurately positioned on the tong and the movable tong, thereby reducing the time for erecting the tong and the movable tong clamping unit, and The clamping time and the human error can be reduced by the female clamping unit and the movable clamping unit which are respectively connected vertically, thereby effectively improving the convenience and flexibility of the application.
前述實施方式的其他實施例如下：前述母鉗夾持單元與活動鉗夾持單元硬度可小於一加工刀具。母鉗夾持板可以有一模形部。活動鉗夾持板可以有一模形部，且活動鉗夾持板之模形部可相對應於母鉗夾夾持板之模形部。母鉗夾持單元與活動鉗夾持單元可以經過表面處理。Other embodiments of the foregoing embodiments are as follows: the aforementioned tong clamp unit and the movable tong grip unit may have a hardness less than a machining tool. The caliper clamping plate can have a mold portion. The movable jaw clamping plate may have a mold portion, and the mold portion of the movable jaw clamping plate may correspond to the mold portion of the female jaw clamping plate. The tong clamping unit and the movable tong clamping unit can be surface treated.
100‧‧‧虎鉗本體100‧‧‧Vise body
110‧‧‧母鉗110‧‧‧ Female pliers
111‧‧‧母鉗定位面111‧‧‧ Female tongs positioning surface
112‧‧‧母鉗夾持面112‧‧‧ female clamp clamping surface
114‧‧‧母鉗夾持面螺孔114‧‧‧ Female clamp surface screw hole
120‧‧‧活動鉗120‧‧‧ Activity Pliers
121‧‧‧活動鉗定位面121‧‧‧ movable jaw positioning surface
122‧‧‧活動鉗夾持面122‧‧‧ movable jaw clamping surface
200‧‧‧母鉗夾持單元200‧‧‧Female clamp unit
210‧‧‧母鉗定位板210‧‧‧Female clamp positioning plate
211‧‧‧母鉗定位板貫穿螺孔211‧‧‧Female clamp positioning plate through the screw hole
220‧‧‧母鉗夾持板220‧‧‧Female clamp plate
221‧‧‧母鉗夾持板貫穿螺孔221‧‧‧Female clamp plate through the screw hole
222‧‧‧母鉗夾持板螺孔222‧‧‧ Female clamp plate screw hole
230‧‧‧母鉗夾持板模形部230‧‧‧ Female clamp clamping plate moulding
300‧‧‧活動鉗夾持單元300‧‧‧moving clamp clamping unit
310‧‧‧活動鉗定位板310‧‧‧ Activity clamp positioning plate
320‧‧‧活動鉗夾持板320‧‧‧moving clamp plate
330‧‧‧活動鉗夾持板模形部330‧‧‧Moving tongs clamping plate moulding
400‧‧‧工件400‧‧‧Workpiece
A‧‧‧螺絲A‧‧‧ screws
B‧‧‧第一微調螺絲B‧‧‧First fine adjustment screw
第1圖繪示本新型一實施方式之虎鉗夾持裝置的立體分解圖。FIG. 1 is an exploded perspective view of a vise clamping device according to an embodiment of the present invention.
第2圖繪示第1圖實施方式之虎鉗夾持裝置的立體圖。Fig. 2 is a perspective view showing the vise clamping device of the embodiment of Fig. 1.
第3圖繪示沿第2圖實施方式中割面線3-3之剖視圖Figure 3 is a cross-sectional view of the face line 3-3 along the embodiment of Figure 2
第4圖繪示本新型另一實施方式虎鉗夾持裝置的立體分解圖。4 is an exploded perspective view of a vise clamping device according to another embodiment of the present invention.
第5圖繪示第4圖實施方式虎鉗夾持裝置夾持一工件的立體圖。Fig. 5 is a perspective view showing the workpiece holding the workpiece by the vise clamping device of the embodiment of Fig. 4.
請參照第1圖，其繪示依照本新型之一實施方式的虎鉗夾持裝置的立體分解圖。由第1圖可知，本實施方式之虎鉗夾持裝置包含有一虎鉗本體100、一母鉗夾持單元200及一活動鉗夾持單元300。Please refer to FIG. 1 , which is an exploded perspective view of a vise clamping device according to an embodiment of the present invention. As can be seen from FIG. 1, the vise clamping device of the present embodiment includes a vise body 100, a vise clamping unit 200, and a movable jaw clamping unit 300.
虎鉗本體100上包含一母鉗110與一活動鉗120，其中活動鉗120相對應於母鉗110靠近或遠離，以進行迫緊工件或放鬆動作。母鉗110上包含一母鉗定位面111、一母鉗夾持面112及一母鉗夾持面螺孔114，母鉗定位面111垂直於水平面，母鉗夾持面112垂直於母鉗定位面111。活動鉗120上包含一活動鉗定位面121與一活動鉗夾持面122，活動鉗定位面121垂直於水平面，活動鉗夾持面122垂直於母鉗定位面111。其中母鉗定位面111與活動鉗定位面121相互平行或共線，母鉗夾持面112與活動鉗夾持面122相互平行。The vise body 100 includes a female pliers 110 and a movable pliers 120, wherein the movable pliers 120 corresponds to the female pliers 110 approaching or away to perform a pressing or relaxing action. The female tongs 110 includes a tong positioning surface 111, a tong clamping surface 112 and a tong clamping surface screw hole 114. The tong positioning surface 111 is perpendicular to the horizontal plane, and the tong clamping surface 112 is perpendicular to the tong. Face 111. The movable jaw 120 includes a movable jaw positioning surface 121 and a movable jaw clamping surface 122. The movable jaw positioning surface 121 is perpendicular to the horizontal plane, and the movable jaw clamping surface 122 is perpendicular to the female jaw positioning surface 111. The caliper positioning surface 111 and the movable caliper positioning surface 121 are parallel or collinear with each other, and the caliper clamping surface 112 and the movable tong clamping surface 122 are parallel to each other.
母鉗夾持單元200包含一母鉗定位板210、一母鉗定位板貫穿螺孔211、一母鉗夾持板220、一母鉗夾持板貫穿螺孔221、一母鉗夾持板螺孔222及一母鉗夾持板模形部230。母鉗定位板210透過螺絲A穿過母鉗定位板貫穿螺孔211鎖固於母鉗夾持板220一側之母鉗夾持板螺孔222，使母鉗定位板210與母鉗夾持板220相互垂直抵靠。母鉗夾 持板220透過螺絲A穿過母鉗夾持板貫穿螺孔221鎖固於母鉗夾持面112上之母鉗夾持面螺孔114。第一微調螺絲B穿過母鉗定位板貫穿螺孔211與一母鉗定位面111接觸。The female clamp unit 200 includes a female clamp positioning plate 210, a female clamp positioning plate through screw hole 211, a female clamp holding plate 220, a female clamp holding plate through screw hole 221, and a female clamp holding plate screw. The hole 222 and a female tong hold the plate mold portion 230. The tongs positioning plate 210 is fixed to the tong clamping plate screw hole 222 of the tong clamping plate 220 by the screw A through the tong positioning plate through the screw hole 211, so that the tong positioning plate 210 and the female tong are clamped. The plates 220 abut each other perpendicularly. Female clamp The holding plate 220 is fixed to the female clamping surface screw hole 114 of the female clamping surface 112 through the screw A through the female clamp holding plate through the screw hole 221 . The first fine adjustment screw B is in contact with a caliper positioning surface 111 through the caliper positioning plate through screw hole 211.
活動鉗夾持單元300包含一活動鉗定位板310、一活動鉗夾持板320及一活動鉗夾持板模形部330。活動鉗定位板310鎖固於活動鉗夾持板320與活動鉗夾持板320鎖固於活動鉗夾持面122，其中鎖固方式與上述母鉗夾持單元200鎖固於母鉗110上相同，第二微調螺絲穿過活動鉗定位板貫穿螺孔與一活動鉗定位面121接觸。(未圖示)。The movable jaw clamping unit 300 includes a movable jaw positioning plate 310, a movable jaw clamping plate 320 and a movable jaw clamping plate mold portion 330. The movable clamp positioning plate 310 is locked to the movable clamp clamping plate 320 and the movable clamp clamping plate 320 is locked to the movable clamp clamping surface 122, wherein the locking manner and the above-mentioned female clamp clamping unit 200 are locked on the female clamp 110 Similarly, the second fine adjustment screw is in contact with a movable jaw positioning surface 121 through the movable clamp positioning plate through screw hole. (not shown).
藉由上述母鉗定位面111與活動鉗定位面121相互平行或共線，母鉗夾持面112與活動鉗夾持面122相互平行，使鎖固於母鉗110上之母鉗夾持單元200與鎖固於活動鉗120上之活動鉗夾持單元300準確定位，使得母鉗夾持板模形部230與活動鉗夾持板模形部330也相對應的準確定位。The female tongs locating surface 111 and the movable tongs locating surface 121 are parallel or collinear with each other, and the tong clamping surface 112 and the movable tong clamping surface 122 are parallel to each other, so that the female tong clamping unit is locked on the female tong 110 The movable jaw clamping unit 300, which is locked to the movable jaw 120, is accurately positioned such that the female jaw clamping plate mold portion 230 and the movable jaw clamping plate mold portion 330 are also accurately positioned correspondingly.
請參閱第2圖，其繪示上述實施方式虎鉗夾持裝置的立體圖。母鉗夾持單元200之母鉗定位板210透過螺絲A鎖固於母鉗夾持板220一側，母鉗夾持板220透過螺絲A鎖固於母鉗110上之母鉗夾持面，活動鉗夾持單元300之活動鉗定位板310透過螺絲A鎖固於活動鉗夾持面122，母鉗夾持板模形部230與活動鉗夾持板模形部330相互對應且平行。Please refer to FIG. 2, which is a perspective view of the vise clamping device of the above embodiment. The female clamp positioning plate 210 of the female clamp unit 200 is locked to the side of the female clamp plate 220 by the screw A, and the female clamp plate 220 is locked to the clamp surface of the female clamp 110 by the screw A. The movable jaw positioning plate 310 of the movable jaw clamping unit 300 is locked to the movable jaw clamping surface 122 by the screw A, and the female clamp clamping plate mold portion 230 and the movable jaw clamping plate mold portion 330 correspond to each other and are parallel.
請參閱第3圖，其繪示沿第2圖中割面線3-3之剖視圖，母鉗夾持單元200之母鉗定位板210透過螺絲A鎖 固於母鉗夾持板220一側，母鉗夾持板220透過螺絲A穿過母鉗夾持板貫穿螺孔221鎖固於母鉗夾持面上，第一微調螺絲B穿過母鉗定位板與一母鉗定位面111接觸。由於母鉗夾持板貫穿螺孔221之直徑較螺絲A大，因此可藉由轉動第一微調螺絲B微調母鉗夾持單元200；活動鉗夾持單元亦可包含一第二微調螺絲用以微調活動鉗夾持單元300(未圖示)，其工作原理同第一微調螺絲B微調母鉗夾持單元200；藉由上述第一微調螺絲B微調母鉗夾持單元200或第二微調螺絲微調活動鉗夾持單元使母鉗夾持板模形部230與活動鉗夾持板模形部可相對應的準確定位。Please refer to FIG. 3, which is a cross-sectional view along the cut line 3-3 of FIG. 2, and the female clamp positioning plate 210 of the female clamp unit 200 is locked by the screw A. Fixing on the side of the clamping plate 220, the female clamping plate 220 is fixed to the clamping surface of the female clamp through the screw A through the female clamping plate through the screw hole 221, and the first fine-tuning screw B passes through the female clamp. The positioning plate is in contact with a caliper positioning surface 111. Since the diameter of the tong clamping plate through the screw hole 221 is larger than that of the screw A, the tong clamping unit 200 can be finely adjusted by rotating the first fine adjustment screw B; the movable tong clamping unit can also include a second fine adjustment screw for Fine-tuning the movable jaw clamping unit 300 (not shown), which works in the same manner as the first fine-tuning screw B to fine-tune the female clamping unit 200; fine-tuning the female clamping unit 200 or the second fine-tuning screw by the first fine-tuning screw B described above The fine adjustment movable jaw clamping unit enables the female clamp clamping plate mold portion 230 to be accurately positioned corresponding to the movable jaw clamping plate mold portion.
請再參照第4圖，其繪示依照本新型之另一實施方式的立體分解圖。由第3圖可知，本實施方式之虎鉗夾持裝置包含有一虎鉗本體100、一母鉗夾持單元200及一活動鉗夾持單元300。Referring again to FIG. 4, an exploded perspective view of another embodiment of the present invention is illustrated. As can be seen from FIG. 3, the vise clamping device of the present embodiment includes a vise body 100, a vise clamping unit 200, and a movable jaw clamping unit 300.
虎鉗本體100上包含一母鉗110與一活動鉗120，其中活動鉗120相對應於母鉗110靠近或遠離，以進行迫緊工件或放鬆動作。母鉗110上包含一母鉗定位面111、一母鉗夾持面112及一母鉗夾持面螺孔114，母鉗定位面111垂直於水平面，母鉗夾持面112垂直於母鉗定位面111。活動鉗120上包含一活動鉗定位面121與一活動鉗夾持面122，活動鉗定位面121垂直於水平面，活動鉗夾持面122垂直於母鉗定位面111。其中母鉗定位面111與活動鉗定位面121相互平行或共線，母鉗夾持面112與活動鉗夾持面122相互平行。The vise body 100 includes a female pliers 110 and a movable pliers 120, wherein the movable pliers 120 corresponds to the female pliers 110 approaching or away to perform a pressing or relaxing action. The female tongs 110 includes a tong positioning surface 111, a tong clamping surface 112 and a tong clamping surface screw hole 114. The tong positioning surface 111 is perpendicular to the horizontal plane, and the tong clamping surface 112 is perpendicular to the tong. Face 111. The movable jaw 120 includes a movable jaw positioning surface 121 and a movable jaw clamping surface 122. The movable jaw positioning surface 121 is perpendicular to the horizontal plane, and the movable jaw clamping surface 122 is perpendicular to the female jaw positioning surface 111. The caliper positioning surface 111 and the movable caliper positioning surface 121 are parallel or collinear with each other, and the caliper clamping surface 112 and the movable tong clamping surface 122 are parallel to each other.
母鉗夾持單元200包含一母鉗定位板210、一母鉗定位板貫穿螺孔211、一母鉗夾持板220、一母鉗夾持板貫穿螺孔221及一母鉗夾持板模形部230。母鉗定位板210與母鉗夾持板220相互垂直的一體連結，母鉗定位板210透過第一微調螺絲B穿過母鉗定位板貫穿螺孔211抵靠於母鉗定位面111上，母鉗夾持板220透過螺絲A穿過母鉗夾持板貫穿螺孔221鎖固於母鉗夾持面112上之母鉗夾持面螺孔114。由於母鉗夾持板貫穿螺孔221之直徑較螺絲A大，因此可藉由轉動第一微調螺絲B微調母鉗夾持單元200。The female clamp unit 200 includes a female clamp positioning plate 210, a female clamp positioning plate through screw hole 211, a female clamp holding plate 220, a female clamp holding plate through screw hole 221 and a female clamp holding plate die. Shape 230. The female aligning plate 210 and the female tong holding plate 220 are integrally connected to each other perpendicularly, and the female aligning plate 210 passes through the first fine adjusting screw B and passes through the female aligning plate through the screw hole 211 against the tong positioning surface 111. The tongs clamping plate 220 is fixed to the tong clamping surface screw hole 114 of the tong clamping surface 112 through the screw A through the tong clamping plate through the screw hole 221 . Since the diameter of the female clamp plate through the screw hole 221 is larger than that of the screw A, the female clamp unit 200 can be finely adjusted by rotating the first fine adjustment screw B.
活動鉗夾持單元300包含一活動鉗定位板310、一活動鉗夾持板320及一活動鉗夾持板模形部330。活動鉗定位板310與活動鉗夾持板320相互垂直的一體連結，活動鉗定位板310抵靠於活動鉗定位面121，活動鉗夾持板320鎖固於活動鉗夾持面122，其中鎖固方式與上述母鉗夾持單元200鎖固於母鉗110上相同，活動鉗夾持單元亦可包含一第二微調螺絲用以微調活動鉗夾持單元300，其工作原理同第一微調螺絲B微調母鉗夾持單元200(未圖示)。The movable jaw clamping unit 300 includes a movable jaw positioning plate 310, a movable jaw clamping plate 320 and a movable jaw clamping plate mold portion 330. The movable jaw positioning plate 310 and the movable jaw clamping plate 320 are integrally coupled to each other, the movable jaw positioning plate 310 abuts against the movable jaw positioning surface 121, and the movable jaw clamping plate 320 is locked to the movable jaw clamping surface 122, wherein the lock The fixing method is the same as the above-mentioned female clamp clamping unit 200 is locked on the female clamp 110. The movable clamp clamping unit can also include a second fine adjustment screw for fine-tuning the movable clamp clamping unit 300, and the working principle is the same as the first fine adjustment screw. B fine-tunes the caliper clamping unit 200 (not shown).
藉由上述母鉗定位面111與活動鉗定位面121相互平行或共線，母鉗夾持面112與活動鉗夾持面122相互平行，使鎖固於母鉗110上之母鉗夾持單元200與鎖固於活動鉗120上之活動鉗夾持單元300準確定位，使得母鉗夾持板模形部230與活動鉗夾持板模形部330也相對應的準確定位。同樣的可藉由上述第一微調螺絲B微調母鉗夾持 單元200或第二微調螺絲微調活動鉗夾持單元使母鉗夾持板模形部230與活動鉗夾持板模形部可相對應的準確定位。The female tongs locating surface 111 and the movable tongs locating surface 121 are parallel or collinear with each other, and the tong clamping surface 112 and the movable tong clamping surface 122 are parallel to each other, so that the female tong clamping unit is locked on the female tong 110 The movable jaw clamping unit 300, which is locked to the movable jaw 120, is accurately positioned such that the female jaw clamping plate mold portion 230 and the movable jaw clamping plate mold portion 330 are also accurately positioned correspondingly. Similarly, the first fine adjustment screw B can be used to finely adjust the clamping of the female clamp. The unit 200 or the second fine adjustment screw fine adjustment movable jaw clamping unit enables the female clamp clamping plate mold portion 230 to be accurately positioned corresponding to the movable jaw clamping plate mold portion.
請參閱第5圖繪示前述實施方式虎鉗夾持裝置夾持一工件400的立體圖。母鉗夾持單元200透螺絲A鎖固於母鉗110上，活動鉗夾持單元300鎖固於活動鉗120上，由於母鉗夾持板模形部230與活動鉗夾持板模形部330相對應的準確定位，使得所夾持的工件400能獲得穩固定位。Please refer to FIG. 5 , which is a perspective view of the workpiece clamping device clamped by the vise clamping device of the foregoing embodiment. The female clamp unit 200 is fixed to the female clamp 110 through the screw A, and the movable clamp clamping unit 300 is locked on the movable clamp 120, because the female clamp clamping plate mold portion 230 and the movable clamp clamping plate mold portion The corresponding accurate positioning of the 330 enables the held workpiece 400 to obtain a stable fixed position.
前述兩實施方式之母鉗夾持單元200與活動鉗夾持單元300其硬度皆小於加工刀具，其為了避免母鉗夾持單元200與活動鉗夾持單元300於加工過程中使加工刀具鈍化或受損，影響加工品質。且上述母鉗夾持單元200與活動鉗夾持單元300的各面皆經過表面處理而可以減少公差。The tongs clamping unit 200 and the movable tong clamping unit 300 of the foregoing two embodiments have a hardness smaller than that of the machining tool, in order to prevent the tong clamping unit 200 and the movable tong clamping unit 300 from passivating the machining tool during the machining process or Damage, affecting the quality of processing. Moreover, the faces of the female tongs clamping unit 200 and the movable tongs clamping unit 300 are surface-treated to reduce tolerances.
綜合上述，本新型虎鉗夾至裝置達到母鉗夾持單元200與活動鉗夾持單元300於組裝時的快速定位，使母鉗夾持板模形部230與活動鉗夾持板模形部330也準確定位進而減少架模時間，使得所夾持的工件400能獲得穩固定位，而能避免加工時產生振動之情形，提昇其應用安全性、安裝便利性以及效率大幅提高。In summary, the present vise clamp device reaches the rapid positioning of the female clamp clamping unit 200 and the movable clamp clamping unit 300 during assembly, so that the female clamp clamping plate mold portion 230 and the movable clamp clamping plate mold portion are assembled. The 330 is also accurately positioned to reduce the molding time, so that the workpiece 400 can be stably positioned, and the vibration during processing can be avoided, and the application safety, installation convenience, and efficiency are greatly improved.
雖然本新型已以實施方式揭露如上，然其並非用以限定本新型，任合熟習此技藝者，在不脫離本新型的精神韓範圍內，當可做各種的更動與潤飾，因此本新型的保護範圍當視後附的申請專利範圍所界定者為準。Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone skilled in the art can make various changes and retouchings without departing from the spirit of the present invention. The scope of protection is subject to the definition of the scope of the patent application attached.
100‧‧‧虎鉗本體100‧‧‧Vise body
110‧‧‧母鉗110‧‧‧ Female pliers
111‧‧‧母鉗定位面111‧‧‧ Female tongs positioning surface
112‧‧‧母鉗夾持面112‧‧‧ female clamp clamping surface
114‧‧‧母鉗夾持面螺孔114‧‧‧ Female clamp surface screw hole
120‧‧‧活動鉗120‧‧‧ Activity Pliers
121‧‧‧活動鉗定位面121‧‧‧ movable jaw positioning surface
122‧‧‧活動鉗夾持面122‧‧‧ movable jaw clamping surface
200‧‧‧母鉗夾持單元200‧‧‧Female clamp unit
210‧‧‧母鉗定位板210‧‧‧Female clamp positioning plate
211‧‧‧母鉗定位板貫穿螺孔211‧‧‧Female clamp positioning plate through the screw hole
220‧‧‧母鉗夾持板220‧‧‧Female clamp plate
221‧‧‧母鉗夾持板貫穿螺孔221‧‧‧Female clamp plate through the screw hole
222‧‧‧母鉗夾持板螺孔222‧‧‧ Female clamp plate screw hole
230‧‧‧母鉗夾持板模形部230‧‧‧ Female clamp clamping plate moulding
300‧‧‧活動鉗夾持單元300‧‧‧moving clamp clamping unit
310‧‧‧活動鉗定位板310‧‧‧ Activity clamp positioning plate
320‧‧‧活動鉗夾持板320‧‧‧moving clamp plate
330‧‧‧活動鉗夾持板模形部330‧‧‧Moving tongs clamping plate moulding
A‧‧‧螺絲A‧‧‧ screws
B‧‧‧第一微調螺絲B‧‧‧First fine adjustment screw
Claims (12)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW103203161U TWM481098U (en) | 2014-02-24 | 2014-02-24 | Clamping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| TW103203161U TWM481098U (en) | 2014-02-24 | 2014-02-24 | Clamping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM481098U true TWM481098U (en) | 2014-07-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| TW103203161U TWM481098U (en) | 2014-02-24 | 2014-02-24 | Clamping device |
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| Country | Link |
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| TW (1) | TWM481098U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530493A (en) * | 2018-10-20 | 2019-03-29 | 河南环宇玻璃科技股份有限公司 | Car window frame profile means for correcting |
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2014
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109530493A (en) * | 2018-10-20 | 2019-03-29 | 河南环宇玻璃科技股份有限公司 | Car window frame profile means for correcting |
| CN109530493B (en) * | 2018-10-20 | 2024-01-19 | 河南环宇玻璃科技股份有限公司 | Correcting device for bus window frame section bar |
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