The purpose of the utility model is to provide a multi arc radian measuring device for the inner arc of a tile magnet. A multi-section arc radian measuring device in a tile magnet includes: a tile magnet; the multi-section arc measuring device in the tile magnet also comprises a base, a pressure bar and a screw; a base is provided with a capacitive hole; a top of the base is provided with a screw hole connected with the side of the capacitive hole; and two sides of the base are symmetrically provided with two sides of the capacitive hole respectively. The distance between the bottom of the side hole and the low point of the side hole is less than the bow height of the tiled magnet; the tiled magnet is placed at the bottom of the tiled hole, and one end of the tiled magnet extends out of the side hole, and the pressure bar passes through two side holes and holds the tiled magnet. The lower end of the screw is pressed on the pressure bar and is screwed with the screw hole. When the multi-section arc radian measuring device of the tile magnet is used, the tile magnet is easy to be clamped and the measuring efficiency is high.
【技术实现步骤摘要】
瓦形磁体内弧多段弧度测量装置
本技术涉及磁性材料制造领域,尤其是一种瓦形磁体内弧多段弧度测量装置。
技术介绍
为满足实用需要,瓦形磁体具有多个高精度的内弧段和外弧弧段;用投影仪、画线仪等测量瓦形磁体的内弧段,测量的精度较低无法满足测量需要;用三坐标测量仪测量瓦形磁体的内弧段虽然测量精度能满足需要,但是存在瓦形磁体装夹麻烦,测量效率较低的不足;因此,设计一种瓦形磁体装夹方便,测量效率较高的瓦形磁体内弧多段弧度测量装置,成为亟待解决的问题。
技术实现思路
本技术的目的是为了克服目前用投影仪、画线仪等测量瓦形磁体的内弧段,测量的精度较低无法满足测量需要;用三坐标测量仪测量瓦形磁体的内弧段虽然测量精度能满足需要,但是存在瓦形磁体装夹麻烦,测量效率较低的不足,提供一种瓦形磁体装夹方便,测量效率较高的瓦形磁体内弧多段弧度测量装置。本技术的具体技术方案是:一种瓦形磁体内弧多段弧度测量装置,包括:瓦形磁体;所述的瓦形磁体内弧多段弧度测量装置还包括:基座,压杆,螺杆;基座设有容置孔;基座顶端设有与容置孔侧围连通的螺孔;基座两侧端对称设有两个分别与容置孔侧围连通的侧孔;容置孔的半径与瓦形磁体外圆弧的半径相同,侧孔底边与容置孔侧围低点之间的距离小于瓦形磁体的弓高;瓦形磁体置于容置孔底部,且瓦形磁体的一侧端伸出容置孔一端外,压杆穿过两个侧孔且压住瓦形磁体的开口端,螺杆下端压住压杆且与螺孔螺接。所述的瓦形磁体内弧多段弧度测量装置使用时放在三坐标测量仪内,且基座下端置于三坐标测量仪的工作台板上;三坐标测量仪按设定的程序完成瓦形磁体内弧多段弧度的尺寸和形位公差测量。该瓦形磁体内弧多段弧度测量装 ...
【技术保护点】
1.一种瓦形磁体内弧多段弧度测量装置,包括:瓦形磁体;其特征是,所述的瓦形磁体内弧多段弧度测量装置还包括:基座,压杆,螺杆;基座设有容置孔;基座顶端设有与容置孔侧围连通的螺孔;基座两侧端对称设有两个分别与容置孔侧围连通的侧孔;容置孔的半径与瓦形磁体外圆弧的半径相同,侧孔底边与容置孔侧围低点之间的距离小于瓦形磁体的弓高;瓦形磁体置于容置孔底部,且瓦形磁体的一侧端伸出容置孔一端外,压杆穿过两个侧孔且压住瓦形磁体的开口端,螺杆下端压住压杆且与螺孔螺接。
【技术特征摘要】
1.一种瓦形磁体内弧多段弧度测量装置,包括:瓦形磁体;其特征是,所述的瓦形磁体内弧多段弧度测量装置还包括:基座,压杆,螺杆;基座设有容置孔;基座顶端设有与容置孔侧围连通的螺孔;基座两侧端对称设有两个分别与容置孔侧围连通的侧孔;容置孔的半径与瓦形磁体外圆弧的半径相同,侧孔底边与容置孔侧围低点之间的距离小于瓦形磁体的弓高;瓦形磁体置于容置孔底部,且瓦形磁体的一侧端伸出容置孔一端外,压杆穿过两个侧孔且压住瓦形磁体...
【专利技术属性】
技术研发人员:吴翔亮,翁凤华,方盛翔,
申请(专利权)人:横店集团东磁股份有限公司,
类型:新型
国别省市:浙江,33
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。