Shock-absorbing thermoplastic support for rotating spinning ring
AssigneeH H & F Enterprises
InventorWilliam K. Hope, Sr.
Life of this patent
Estimating the term…
Abstract
This improved support assembly for rotating spinning rings of a spinning frame includes a spinning ring holder (20) and a mounting bracket (30) which are each molded of a thermoplastic material having shock-absorbing and vibration-dampening properties. A ball bearing (50) rotatably supports the ring holder (20) on the mounting bracket (30) and the resilient property of the thermoplastic material prevents interference fit of the ball bearing (50). The ring holder (20) extends over and around the upper portion of the ball bearing (50) and felt seals (60, 61) are provided above and below the ball bearing (50) to prevent the entry of lint and the like into the ball bearing (50).
Claims10
In a spinning frame including a ring rail having at least one opening therein for receiving a spinning ring supported for rotation at said opening in said ring rail, the combination therewith of a improved support assembly for said spinning ring comprising a spinning ring holder formed of shock-absorbing and vibration-dampening thermoplastic material, said spinning ring holder including an upper circular base including inner and outer peripheral surfaces with means for supporting said spinning ring in said inner peripheral surface of said circular base, a peripheral flange formed integral with said circular base and extending downwardly therefrom, a mounting bracket fixed on said ring rail and including an inner peripheral vertical flange surrounding said opening, said mounting bracket also being constructed of shock-absorbing and vibration-dampening thermoplastic material, ball bearing means including an outer race supported in said inner peripheral vertical flange of said mounting bracket and extending above the level of said inner peripheral vertical flange, the lower surface of said peripheral flange of said spinning ring holder terminating at approximately the medial portion of said outer race of said ball bearing means to define a clearance space extending inwardly between the lower surface of said peripheral flange of said spinning ring holder and the upper surface of said inner peripheral vertical flange of said mounting bracket, and an inner race supporting said spinning ring holder for rotation, and drive means for rotating said spinning ring holder.
In a spinning frame including a ring rail having at least one opening therein for receiving a spinning ring supported for rotation at said opening in said ring rail, the combination therewith of an improved support assembly for said spinning ring comprising a spinning ring holder formed of shock-absorbing and vibration-dampening thermoplastic material containing glass fibers to add stability thereto, said spinning ring holder including an upper circular base including inner and outer peripheral surfaces with means for supporting said spinning ring in said inner peripheral surface of said circular base, a tubular portion formed integral with said inner peripheral surface and extending downwardly through said opening, and a peripheral flange formed integral with said circular base and extending downwardly therefrom, a mounting bracket fixed on said ring rail and including an inner peripheral vertical flange surrounding said opening, said mounting bracket also being constructed of shock-absorbing and vibration-dampening thermoplastic material containing glass fibers to add stability thereto, ball bearing means including an outer race supported in said inner peripheral vertical flange of said mounting bracket, and an inner race surrounding said tubular portion and supporting said spinning ring holder for rotation, said ball bearing means extending upwardly above said mounting bracket and inside of said peripheral flange, and drive means drivingly connected to said tubular portion for rotating said spinning ring holder.
An improved support assembly for a spinning ring mounted for rotation around an opening in the ring rail of a spinning frame, said support assembly comprising a spinning ring holder formed of shock-absorbing and vibration-dampening thermoplastic material, said spinning ring holder including an upper circular base including inner and outer peripheral surfaces with means for supporting said spinning ring in said inner peripheral surface of said circular base, a peripheral flange formed integral with said circular base and extending downwardly therefrom, a mounting bracket adapted to be fixed on said ring rail and including an inner peripheral vertical flange adapted to surround the opening, said mounting bracket also being constructed of shock-absorbing and vibration-dampening thermoplastic material, ball bearing means including an outer race supported in said inner peripheral vertical flange of said mounting bracket and extending above the level of said inner peripheral vertical flange, said peripheral flange of said spinning ring holder downwardly and around said outer race of said ball bearing means, said peripheral flange of said spinning ring holder and said peripheral vertical flange of said mounting bracket each including peripheral surfaces being substantially vertically aligned so that any downwardly falling lint is not likely to pass inwardly and between the lower surface of said peripheral flange of said spinning ring holder and the upper surface of said peripheral vertical flange of said mounting bracket, and an inner race supporting said spinning ring holder for rotation.
Dependencies are inferred from the claim text.