The invention discloses a warping rod pressure-resisting positioning frame structure, which comprises a yarn tube support and a yarn tube, a yarn layer formed by yarn winding on the outer wall of the yarn tube, a yarn tube support including a circular plate base, a yarn tube seat arranged on the side of the circular plate base, a circular hole in the center of the yarn tube seat, and a circular plate base. The side of the barrel is fixed with a pressure-resisting cylinder, which passes through a circular hole, the outer side of the barrel is fixed with a convex edge with n cross-section, the barrel wall of the pressure-resisting cylinder is provided with a strip groove with convex edges connected with an inner cavity, at least three warping bars are arranged in the slot hole, a driving motor is fixed on the outer side of the circular plate base, and a pressure-resisting cylinder. A drive screw is arranged inside, a wedge-shaped counterbalance block is arranged in the counterpressure cylinder, and the wedge-shaped counterbalance block thread is connected to the drive screw. The structure of the present invention is reasonable, which not only has convenient operation, but also can effectively and rapidly realize disassembly and assembly operation, and is more convenient to replace the yarn drum, and has good stability and applicability.
【技术实现步骤摘要】
翘杆抵压定位型纱架结构
本专利技术属于纱架结构
,具体涉及一种翘杆抵压定位型纱架结构。
技术介绍
纺织纱筒是一种用于纺纱缠绕并收纳的装置,在纺织机工作时需要配合纺织机放纱,广泛应用于纺织品生产加工场所,纺架是针织机上常用的部件,主要是由纱筒和纱筒杆组成,纱筒放置于纱筒杆上,纱线通过纱管后输送给纺织机的输出装置,传统技术的纺织架在使用时,当纱筒上的纱线全部使用完成后,必须将机器停止后更换纱线的纱筒再继续纺织,而且其操作繁琐,会严重影响生产的效率,同时更换纱筒时难以有效的保证其使用可靠性,故而适用性和实用性受到限制。
技术实现思路
本专利技术的目的是提供一种结构设置合理且更换纱筒便捷的翘杆抵压定位型纱架结构。实现本专利技术目的的技术方案是一种翘杆抵压定位型纱架结构,包括纱筒支座和纱筒,在所述纱筒的外壁上的由纱线缠绕形成的纱线层,所述纱筒支座包括圆板形底座,设置在所述圆板形底座侧面的纱筒抵座,在所述纱筒抵座的中心设置有圆孔,在所述圆板形底座的侧面固定有抵压筒,所述抵压筒穿设在所述圆孔内,在所述抵压筒的外侧固定有截面为n形的凸棱,在所述抵压筒的筒壁上设置有凸棱内腔相连通的条形槽孔,在所述条形槽孔内设置有至少三个翘杆,所述翘杆的中部通过旋转轴连接在条形槽孔内,在所述凸棱的顶面设置有条形通槽,在所述圆板形底座的外侧面固定有驱动电机,在所述抵压筒内设置有传动丝杆,在所述抵压筒内设置有楔形抵块,所述楔形抵块螺纹连接在所述传动丝杆上,在所述驱动电机旋转时,所述楔形抵块移动,使翘杆的内侧端抵压在楔形块的倾斜面上并带动翘杆移动,此时翘杆以旋转轴为中心旋转并使翘杆的外侧端抵压在 ...
【技术保护点】
1.一种翘杆抵压定位型纱架结构,包括纱筒支座和纱筒,在所述纱筒的外壁上的由纱线缠绕形成的纱线层,其特征在于:所述纱筒支座包括圆板形底座,设置在所述圆板形底座侧面的纱筒抵座,在所述纱筒抵座的中心设置有圆孔,在所述圆板形底座的侧面固定有抵压筒,所述抵压筒穿设在所述圆孔内,在所述抵压筒的外侧固定有截面为n形的凸棱,在所述抵压筒的筒壁上设置有凸棱内腔相连通的条形槽孔,在所述条形槽孔内设置有至少三个翘杆,所述翘杆的中部通过旋转轴连接在条形槽孔内,在所述凸棱的顶面设置有条形通槽,在所述圆板形底座的外侧面固定有驱动电机,在所述抵压筒内设置有传动丝杆,在所述抵压筒内设置有楔形抵块,所述楔形抵块螺纹连接在所述传动丝杆上,在所述驱动电机旋转时,所述楔形抵块移动,使翘杆的内侧端抵压在楔形块的倾斜面上并带动翘杆移动,此时翘杆以旋转轴为中心旋转并使翘杆的外侧端抵压在纱筒的内壁上完成纱筒定位。
【技术特征摘要】
1.一种翘杆抵压定位型纱架结构,包括纱筒支座和纱筒,在所述纱筒的外壁上的由纱线缠绕形成的纱线层,其特征在于:所述纱筒支座包括圆板形底座,设置在所述圆板形底座侧面的纱筒抵座,在所述纱筒抵座的中心设置有圆孔,在所述圆板形底座的侧面固定有抵压筒,所述抵压筒穿设在所述圆孔内,在所述抵压筒的外侧固定有截面为n形的凸棱,在所述抵压筒的筒壁上设置有凸棱内腔相连通的条形槽孔,在所述条形槽孔内设置有至少三个翘杆,所述翘杆的中部通过旋转轴连接在条形槽孔内,在所述凸棱的顶面设置有条形通槽,在所述圆板形底座的外侧面固定有驱动电机,在所述抵压筒内设置有传动丝杆,在所述抵压筒内设置有楔形抵块,所述楔形抵块螺纹连接在所述传动丝杆上,在所述驱动电机旋转时,所述楔形抵块移动,使翘杆的内侧端抵压在楔形块的倾斜面上并带动翘杆移动,此时翘杆以旋转轴为中心旋转并使翘杆的外侧端抵压在纱筒的内壁上完成纱筒定位。2.根据权利要求1所述的翘杆抵压定位型纱架结构,其特征在于:在所述圆板形底座...
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