M283719 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種夾具構造之改良，乃將其固定住 夾邊的構造，設計在夾邊的的近上端部位，並利用以槓桿 原理構成的手把來配合穿套於尺板以及搭配利用壓縮彈 黃、軸體所構成穿套於夾邊近下端的推動片與在手把的近 前端位置處所設有的微動調整螺桿旋鈕相關構件，令其在 刼作使用上能夠更加的方便、省力與好用者。 【先前技術】 按時下一般所使用之夾具，如附圖丨所示，其固定住 夹邊C的構造方式，是利用設置在夾具近下方位置的一板 '機A旋轉位移動作，來使設置在板機A後方位置處的推動 片E，其上之開口槽邊B，能夠成一傾斜度，藉由此一開口 槽邊B的傾斜度，來接觸迫緊再推擠與木板夾邊c鎖固成 體的尺板D，使尺板D能被板機A上的開口槽邊β在傾 籲斜度後推擠下，來形成位移動作，然，上述之木板夾傳動 構造方式，其在操作上乃具有下列缺點，茲予以說明如下： 因為該習用之夹具，其板機Α是設置在夾具近下方位置 處，所以使用上必須以手指向右撥動，使其能利用板機α 上的開口槽邊Β推擠下，來形成位移動作，所以在操作上， 當板機Α所承受之負荷較大，就必需較費力的握持或者是 在連續使用多次後，因為板機A的鋼性硬度關係，使用久 之’手指部份就會感到酸痛而不舒服。 本創作人有鑑於此’乃研發出一種在操作使用上可以 5 M283719 利用以核桿原理構成的手把方式來取代，並且使手把設置 在尺，與夾邊的上方外端，空間上較寬敞，而且在操作上 手^是設計成向下旋動的方式，這樣正好可以符合重力慣 性來旋動’所以其在操作使用上能夠較順手、省力盘好用 者。 ’、 【新型内容】 。月参閱第2、3圖所示，本創作的構造包括有尺板1、 鲁兩夹邊2、3、手把4與推動片5等構件所組合構成，各個 構件與各個構件間之關係位置，以及各個構件之構造分別 為·兩夾邊2、3’其中位於左側的夾邊2是鎖合固定在尺 .板2面上為一固定端，而位於右侧的夾邊3，則是以其近 • I端上^槽口 31來嵌插穿套在尺板1面上’可以在推動 夾邊3時’令夾邊3在尺板1面上前後往覆位移動作 創1的特徵主要是在本夾具右侧的夾邊3上設計有一個以 ^原理構成的手把4 ’而此手把4的近前端處邊面上設 鲁；個螺帽4卜該螺帽41是螺旋在-螺桿旋-6上，而 ST1 41是以軸體42鎖合固定在手把4的近前端處部 ，而螺桿旋鈕6的軸體前後兩端邊則是鎖合固定在 二：二:框邊上，利用上述該螺桿旋鈕6與手把4近前端 :”目41構件關係，在旋轉動螺桿旋鈕6時，可以使 微動的動作來㈣手把4與其同步動作’以達可以 、的，又，在手把4的螺帽41稍後方邊面上， 鎖5固^設有—個滾輪7，並在與滚輪7前方相對應 6 M283719 可以接觸到的位置處設有一個推動片5，而此推動片5的 近下端部位處，則設有一個槽口 51，槽口 51是嵌套在尺 板！上，又，在槽口 51的兩側邊面上，各喪插設有一個軸 體8,軸體8上則穿套有—健縮彈簧9，同時該有 縮彈簧9的軸體8部分是嵌插在夹邊3的近底座框邊上， 利用此軸體8的其中-端邊嵌插在夹邊3的近底座框邊 =以及另-端邊《在推動片5的近下端部位處所構成 的支點構造，能夠令手把4在向下撥動旋轉時，可 4邊面上的滾輪7來向下推擠推動片5朝右旋動 ，片5近下端部位處所設有的槽σ51與尺板… 角，:=推動片5近下端的槽口51所產生的傾： ^喜 效能，也就是由槽口 51所產生的傾斜 角又邊面來將尺板1其上、下端邊面予以抵止住，並且由 =體8上所穿套的ι縮彈簣9彈力，來令手 日”可以令推動片5復歸到原來的位置， Τ動 槽口 51與尺板！其上、下端邊面呈現平行體狀。的 【實施方式】 請參閱第2、3圖所示，其是本創作 的情況，而當本創作在夾住工件：日:在未夾住工件10 撥動（如^ ^: 守尸可將手把4向下 :動（如第4、5圖所示)，使手把4邊 ： 動片而以轴體8叙插處作為支點處，令推 動片5朝右旋動—個傾斜角度（如第推 推動片5近下端部位處槽口51所產生_利用這個 可將尺板1其上、下m… 1貝斜角度邊面’即 下^邊面予以抵止住，這時再 M283719 :旋紐6’即可微調帶動螺帽41使之牽動手把“前位移 螺二:S完全夾緊固住工件1〇之效能，反之，只要旋鬆 ”干疋”丑’亚將手把4朝上一撥動，即可令推動片5近 ::部位處槽口 51與尺板i的上、下端邊平行，恢復原狀， 7板1的端邊被釋放開來，而使夾邊3可以再移動位置。 可知本創作之主要㈣，旨在提供—種夹具構M283719 8. Description of the new model: [Technical field to which the new model belongs] This creation relates to an improvement in the structure of a clamp, which is a structure that fixes the clamp edge, is designed at the upper part of the clamp edge, and is constructed using the principle of leverage The handle is used to fit on the ruler, and the push piece formed by the use of compression elastic yellow and the shaft body is placed on the near lower end of the clamping edge, and the related components of the micro-adjustment screw knob provided at the near front end of the handle. Make it more convenient, labor-saving and user-friendly in the use of artificial work. [Prior technology] As shown in the attached figure, the fixture commonly used at present is to fix the clamping edge C by using a plate 'machine A' which is located near the fixture to rotate the displacement to make The push plate E provided at the rear position of the board machine A can have an opening groove edge B thereon, so that the inclination of the opening groove side B can be pressed to contact the board edge c. The ruler D of the body is locked so that the ruler D can be pushed down by the opening groove edge β on the trigger A after the inclination to form a displacement action. It has the following disadvantages in operation, and is explained as follows: Because the conventional clamp A is set near the lower position of the clamp, it must be moved to the right with your finger in order to use the clamp α. The opening slot edge B on the upper side is pushed down to form a displacement action. Therefore, when the load on the board machine A is relatively large, it must be held with more effort or after continuous use for many times, because the board machine A rigidity relationship of A, using the finger part of Kusano You will feel pain and not comfortable. In view of this, the creator has developed a method that can be used in operation. 5 M283719 can be replaced by a handlebar structure based on the core principle, and the handlebar is set on the ruler, and the upper and outer ends of the clamping edge, which is more space-efficient. It is spacious, and it is designed to rotate downwards in operation, so that it can just rotate in accordance with the inertia of gravity, so it can be used smoothly and labor-savingly. ', [New content]. As shown in Figures 2 and 3, the structure of this creation includes a combination of components such as the ruler plate 1, the two clamping edges 2, 3, the handlebar 4, and the pusher 5. The relationship between each component and each component The position and the structure of each component are two clamping edges 2, 3 '. The clamping edge 2 on the left is fixedly fixed to the ruler. The plate 2 has a fixed end, and the clamping edge 3 on the right. Based on its near end I, the notch 31 is inserted and inserted on the surface of the ruler 1 'when pushing the edge 3', the edge 3 can be moved back and forth on the surface of the ruler 1 to create 1 The main feature is that a handle 4 ′ based on the principle of ^ is designed on the clamping edge 3 on the right side of the fixture, and the handle 4 has a lug on the side near the front end; a nut 4 and the nut 41 are The screw is on the screw screw-6, while the ST1 41 is fixed on the near front end of the handlebar 4 by the shaft body 42 while the screw knob 6 is locked on the front and rear ends of the shaft body by two: two : On the side of the frame, using the above-mentioned screw knob 6 and the near front end of the handlebar 4: The head 41 member relationship, when the screw knob 6 is rotated, the micro-movement can be used to hold the handlebar 4 with the same Action 'Yes, yes, and, on the side of the back of the nut 41 of the handlebar 4, the lock 5 is fixedly provided with a roller 7 and is in a position corresponding to the front of the roller 7 6 M283719 can be reached There is a pusher 5 at the bottom, and a slot 51 is provided near the lower end of the pusher 5. The slot 51 is nested on the ruler plate! On the sides of the slot 51 On the shaft, each shaft is provided with a shaft body 8, and the shaft body 8 is sleeved with a shrinkable spring 9, and at the same time, the shaft body 8 of the shrinkage spring 9 is inserted into the edge of the base 3 near the base frame. By using the -end edge of the shaft body 8 inserted into the near base frame edge of the clamp edge 3 = and the other -end edge "the fulcrum structure formed at the near lower end portion of the push plate 5, the handle 4 can be moved in the direction of When turning down, you can use the rollers 7 on the 4 sides to push down the pushing piece 5 to rotate to the right. The groove σ51 and the ruler plate located near the lower end of the piece 5 ... Angle, == near the lower end of the pushing piece 5 The inclination produced by the notch 51: ^ Hi efficiency, that is, the inclination angle generated by the notch 51 and the side surface to stop the upper and lower side surfaces of the ruler 1, and = The elastic elastic sleeve 9 worn on the body 8 is used to make the hand "to return the pusher 5 to its original position, and move the slot 51 and the ruler!" The upper and lower side surfaces are parallel. [Embodiment] Please refer to Figures 2 and 3, which are the situation of this creation, and when this creation is clamping the workpiece: Day: Unclamped workpiece 10 toggle (such as ^ ^: Handle 4 downward: move (as shown in Figures 4 and 5), make the handle 4 sides: move the piece and use the insertion point of the shaft body 8 as a fulcrum, so that the push piece 5 rotates to the right-an inclined angle (As produced by the notch 51 at the near lower end of the first push piece 5_ Use this to stop the ruler 1 above and below m ... 1 bevel angle side surface ', that is, the lower side surface to stop, then M283719 : The knob 6 'can be used to fine-tune the nut 41 to cause it to pull the hand. "Front displacement screw II: S fully clamps the work piece to fasten the performance of 10. Conversely, as long as you loosen the" dry "Ugly" handle Pushing 4 upwards can make the pusher 5 near :: the notch 51 at the part is parallel to the upper and lower end edges of the ruler plate i, and returns to its original state. The end edge of the 7 plate 1 is released to clamp the edge. 3 can move the position again. It can be seen that the main purpose of this creation is to provide a kind of fixture structure
^槿杰^乃在夾具其右側的夾邊上設計有—個以槓桿原 里構成的手把，利用手把近上端位置處所設有的轉輪，來 隹動具有夾口穿套於尺板以及搭配利用壓 =成轉於夾邊近下端的-個推動片，使該推動 处員斜¥可以抵止住尺板的上、下端邊，以達到剎車的效 月匕’=其在操作使用上能夠更加的方便、省力與好用者。 不上所述’知悉本案乃具有以上所述之優良特性，得 以令其在操作使用i，增進習用所未有之效能，而賦予實 用[生誠為—極具實用價值之構造良設計者。 【圖式簡單說明】 第1圖係為習用之構造圖。 ^ 圖係為本創作之平面構造剖視圖。 =4圖係為本創作作夾持工件時之實施圖例。 ^图係為本創作手把向下旋動時之實施圖例。 第6圖係為第5圖之部分構件放大圖例。 【主要元件符號說明】 夾邊-一― 推動片一—^ Hibijie ^ is designed on the right side of the clamp with a handle made of lever originals, using the wheel set near the upper end of the handle to move the grip with a pin on the ruler. And with the use of pressure = turn into a pusher near the lower end of the clamping edge, so that the pushing officer inclined ¥ can stop the upper and lower edges of the ruler to achieve the effect of the brake '= its use in operation Can be more convenient, labor-saving and easy to use. I ’m not aware of this case, knowing that this case has the excellent characteristics described above, so that it can be used in operation i, to enhance the efficiency that is not used in practice, and to give practical use [shengchengwei—a well-designed designer with great practical value. [Schematic description] Figure 1 is a conventional structure diagram. ^ The figure is a cross-sectional view of the plane structure of this creation. The = 4 picture is an example of the implementation of this work when holding a workpiece. ^ Picture is an example of the implementation of the creative handle when it is turned down. Figure 6 is an enlarged illustration of some components of Figure 5. [Description of the main component symbols] Clip edge-one-push film one-
板機—— 開口槽邊Board machine-open slot side
-A 一 B M283719 尺板-------- D、1 嵌槽口 ------31 XW ^ tri a D 滾輪 -------7 壓縮彈簧—— -------9 手把------ 4 螺帽------ 41 軸體 - - 42、8 槽口 - ---------51 工件 - ---------10 ❿ 9-A one B M283719 ruler -------- D, 1 recessed slot ------ 31 XW ^ tri a D roller ------- 7 compression spring ---- ---- --- 9 Handlebar ------ 4 Nuts ------ 41 Shaft Body--42, 8 Notch---------- 51 Workpiece------- --- 10 ❿ 9