The utility model discloses an integrated set of bearing supporting seat, including saddle body, saddle cavity body is provided with a circular through hole at the bottom of the body, the saddle body is provided with a plurality of connecting inner cavity, the cavity from right to left is sequentially provided with the tail end of the supporting seat, motor end supporting seat and the transition plate supporting seat, a supporting seat, the end the motor end of the supporting seat and the supporting seat central transition plate are respectively provided with a circular opening, three circular openings and the connecting line of the center of the saddle body horizontal axis parallel tail end of the supporting seat is installed at the tail end of the bearing sleeve, the motor end supporting seat is provided with a motor end end bearing sleeve, the bearing sleeve through screw and motor end bearing set connected to the bottom of the saddle body is also provided with a ring fastener. The utility model can avoid the problem that the traditional structure is deformed by the pulling force on both sides, and the mechanical accuracy of the saddle body is not affected by the pulling force at the two sides of the bearing sleeve of the motor seat, so as to reduce the loss of the parts.
【技术实现步骤摘要】
一体式轴承套支撑座
本技术涉及数控机床装配结构领域,特别是一体式轴承套支撑座。
技术介绍
现有的马达座结构用于鞍座等铸件比较单薄,在使用过程中鞍座会逐渐释放铸件内部应力,且能根据传动的马达座、尾端座结构,增加鞍座两侧拉力,更会加快其形变速度,整个鞍座就会变形,导致机械精度、零件损耗加快模块。现有鞍座中,尾端座和马达座是可安装拆卸的,尾端座和马达座安装后还需要进行圆心校正匹配,其增加了支撑座的装配难度。
技术实现思路
本技术的目的在于克服现有技术的不足,提供一体式轴承套支撑座,本申请能避免传统结构受到两侧拉力造成形变速度加快、机械精度降低的问题,使鞍座本体不受马达座轴承套两侧拉力影响,减小零件损耗。本技术的目的是通过以下技术方案来实现的:一体式轴承套支撑座,包括鞍座本体,鞍座本体内设有内腔体,鞍座本体底部设有若干连通内腔体的圆形通孔,内腔体上由右至左依次安装有尾端支撑座、马达端支撑座和过渡板支撑座,尾端支撑座、马达端支撑座和过渡板支撑座的中央分别设有圆形开口,三个圆形开口的圆心连线与鞍座本体的横向中轴线相平行,尾端支撑座上安装有尾端轴承套,马达端支撑座上安装有马达端轴承套,尾端轴承套通过螺杆与马达端轴承套相连,所述鞍座本体底部还设有环形扣件。本技术中,鞍座本体两侧面设有若干矩形凹槽体。本技术中,所述环形扣件的一个开口与竖直平面相平行,环形扣件的另一个开口为上端短下端长的倾斜结构。本技术中,所述尾端轴承套中央设有与螺杆相匹配的圆形通孔,尾端轴承套前端还设有圆形底板,圆形底板上设有若干安装通孔。本技术中,所述马达端轴承套包括轴承底板和轴承通孔,轴承通孔内设有螺纹结构。本 ...
【技术保护点】
一体式轴承套支撑座,其特征在于,包括鞍座本体,鞍座本体内设有内腔体,鞍座本体底部设有若干连通内腔体的圆形通孔,内腔体上由右至左依次安装有尾端支撑座、马达端支撑座和过渡板支撑座,尾端支撑座、马达端支撑座和过渡板支撑座的中央分别设有圆形开口,三个圆形开口的圆心连线与鞍座本体的横向中轴线相平行,尾端支撑座上安装有尾端轴承套,马达端支撑座上安装有马达端轴承套,尾端轴承套通过螺杆与马达端轴承套相连,所述鞍座本体底部还设有环形扣件。
【技术特征摘要】
1.一体式轴承套支撑座,其特征在于,包括鞍座本体,鞍座本体内设有内腔体,鞍座本体底部设有若干连通内腔体的圆形通孔,内腔体上由右至左依次安装有尾端支撑座、马达端支撑座和过渡板支撑座,尾端支撑座、马达端支撑座和过渡板支撑座的中央分别设有圆形开口,三个圆形开口的圆心连线与鞍座本体的横向中轴线相平行,尾端支撑座上安装有尾端轴承套,马达端支撑座上安装有马达端轴承套,尾端轴承套通过螺杆与马达端轴承套相连,所述鞍座本体底部还设有环形扣件。2.根据权利要求1所述一体式轴承套支撑...
【专利技术属性】
技术研发人员:肖康利,
申请(专利权)人:惠州市艾普升数控机械有限公司,
类型:新型
国别省市:广东,44
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