The utility model belongs to the technical field of air induction, in particular to a fan bone drilling tool. It solves technical problems such as unreasonable design of existing technology. The fan bone drilling tool includes a U-shaped base, a vertical rectangular hole is arranged in the middle of the U-shaped base, a moving block is arranged in the vertical rectangular hole, and the moving block can move along the radial long diameter direction of the vertical rectangular hole. The upper surface of the moving block is parallel to the upper orifice of the vertical rectangular hole, a linkage block is arranged on the upper surface of the moving block, and a vertical setting is arranged in the middle of the upper surface of the moving block. A positioning column with two ends of the linkage block extended to the outer side of the upper orifice of the vertical rectangular hole and the linkage block distributed along the radial short diameter direction of the vertical rectangular hole is provided with a position adjustment structure between the linkage block and the U-shaped base. The tooling also includes a reference block placed in the U-shaped base and the reference block is connected with the translation driving mechanism. The lower surface of the reference block contacts the upper surface of the moving block. \u3002 The utility model has the advantages that the utility model can improve the universality.
【技术实现步骤摘要】
扇子骨钻孔工装
本技术属于引风
,尤其涉及一种扇子骨钻孔工装。
技术介绍
扇子骨钻孔工装是引风用品,夏令必备之物。扇子骨钻孔工装的种类包括羽毛扇、蒲扇、雉扇、团扇、折扇、绢宫扇、泥金扇、黑纸扇和檀香扇等等。现有的扇子骨钻孔工装,其一般采用大边骨、中间小骨、连接销和折叠纸等部件组成。现有的大边骨和中间小骨其加工通孔时,一般采用台钻进行钻孔,钻孔其对大边骨和中间小骨一般采用定位块进行定位,而这种结构其存在如下缺陷:无法根据大边骨和中间小骨的宽度进行位置的调节,即,加工难度较大,通用性差。
技术实现思路
本技术的目的是针对上述问题,提供一种能够提高通用性的扇子骨钻孔工装。为达到上述目的,本技术采用了下列技术方案:本扇子骨钻孔工装包括U形底座,在U形底座的中部设有竖直矩形孔,在竖直矩形孔内设有移动块且移动块能够沿着竖直矩形孔的径向长直径方向移动,移动块的上表面与竖直矩形孔的上孔口齐平,在移动块的上表面设有联动块,在联动块的上表面中部设有竖直设置的定位柱,联动块的两端延长至竖直矩形孔上孔口外侧且联动块沿着竖直矩形孔的径向短直径方向分布,在联动块和U形底座之间设有位置调节结构, ...
【技术保护点】
1.扇子骨钻孔工装,其特征在于,本工装包括U形底座(1),在U形底座(1)的中部设有竖直矩形孔(11),在竖直矩形孔(11)内设有移动块(2)且移动块(2)能够沿着竖直矩形孔(11)的径向长直径方向移动,移动块(2)的上表面与竖直矩形孔(11)的上孔口齐平,在移动块(2)的上表面设有联动块(3),在联动块(3)的上表面中部设有竖直设置的定位柱(4),联动块(3)的两端延长至竖直矩形孔(11)上孔口外侧且联动块(3)沿着竖直矩形孔(11)的径向短直径方向分布,在联动块(3)和U形底座(1)之间设有位置调节结构,本工装还包括置于U形底座(1)内的基准块(5)且所述的基准块(5) ...
【技术特征摘要】
1.扇子骨钻孔工装,其特征在于,本工装包括U形底座(1),在U形底座(1)的中部设有竖直矩形孔(11),在竖直矩形孔(11)内设有移动块(2)且移动块(2)能够沿着竖直矩形孔(11)的径向长直径方向移动,移动块(2)的上表面与竖直矩形孔(11)的上孔口齐平,在移动块(2)的上表面设有联动块(3),在联动块(3)的上表面中部设有竖直设置的定位柱(4),联动块(3)的两端延长至竖直矩形孔(11)上孔口外侧且联动块(3)沿着竖直矩形孔(11)的径向短直径方向分布,在联动块(3)和U形底座(1)之间设有位置调节结构,本工装还包括置于U形底座(1)内的基准块(5)且所述的基准块(5)与平移驱动机构连接,基准块(5)的下表面与移动块(2)的上表面接触。2.根据权利要求1所述的扇子骨钻孔工装,其...
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