A swivel drive for a winding device wherein a thread is wound onto a bobbin tube to form a bobbin includes a swivel axis. A motor is coupled with a drive shaft, wherein the drive shaft has a drive axis. A first gear stage is coupled to the drive shaft, and a second gear stage is coupled to the first gear stage. The second gear stage has a gear output oriented in the swivel axis. The first gear stage includes a first crown gear and the second gear stage includes a second crown gear.

A hose roller is described. An input shaft is coupled to a handle to be rotatably drivable by rotation thereof. A sun sprocket is drivably coupled to the input shaft. A chain is engaged with the sun sprocket and a planetary sprocket, offset from the sun sprocket, to drivably couple the planetary sprocket to the sun sprocket. An intermediate shaft is drivably coupled to the planetary sprocket. A universal joint is connected to the intermediate shaft and an output shaft, angled relative to the intermediate shaft, to drivably couple the output shaft to the intermediate shaft. An output support is offset from and drivably coupled to the input shaft. An output shaft bearing is disposed between the output shaft and the output support to support and to allow rotation of the output shaft. A spool is coupled to the output shaft to be rotataby driven by the output shaft.

A hose roller is described. An input shaft is coupled to a handle to be rotatably drivable by rotation thereof. A sun sprocket is drivably coupled to the input shaft. A chain is engaged with the sun sprocket and a planetary sprocket, offset from the sun sprocket, to drivably couple the planetary sprocket to the sun sprocket. An intermediate shaft is drivably coupled to the planetary sprocket. A universal joint is connected to the intermediate shaft and an output shaft, angled relative to the intermediate shaft, to drivably couple the output shaft to the intermediate shaft. An output support is offset from and drivably coupled to the input shaft. An output shaft bearing is disposed between the output shaft and the output support to support and to allow rotation of the output shaft. A spool is coupled to the output shaft to be rotataby driven by the output shaft.

A device wherein a flat hose can be rolled up around two arms. The device consists of two U-Shaped rollers that correct the orientation of the hose as it is rolled into the two arms. As the two arms are rotated by the user rotating a crank handle, the hose travels over the two U-shaped rollers and over the drum. The hose is released by the device by laying it on the ground and stepping onto a handle, the hose is released with an orifice in the centre allowing someone to easily carry it.

A device wherein a flat hose can be rolled up around two arms. The device consists of two U-Shaped rollers that correct the orientation of the hose as it is rolled into the two arms. As the two arms are rotated by the user rotating a crank handle, the hose travels over the two U-shaped rollers and over the drum. The hose is released by the device by laying it on the ground and stepping onto a handle, the hose is released with an orifice in the centre allowing someone to easily carry it.

Wire rollers may include a wire roller assembly including a rotatable roller assembly shaft. A first roller assembly plate may be on the roller assembly shaft and a second roller assembly plate may be on the roller assembly shaft. At least one of the first roller assembly plate and the second roller assembly plate may be selectively removable with respect to the roller assembly shaft. A roller space may be between the first roller assembly plate and the second roller assembly plate. A wire roller disk may be in the roller space and engaged for rotation by the roller assembly shaft. The wire roller disk may be configured to releasably retain at least one end of a wire segment. A roller assembly actuator may operably engage the roller assembly shaft of the wire roller assembly for rotation of the roller assembly shaft and the wire roller disk.

Wire rollers may include a wire roller assembly including a rotatable roller assembly shaft. A first roller assembly plate may be on the roller assembly shaft and a second roller assembly plate may be on the roller assembly shaft. At least one of the first roller assembly plate and the second roller assembly plate may be selectively removable with respect to the roller assembly shaft. A roller space may be between the first roller assembly plate and the second roller assembly plate. A wire roller disk may be in the roller space and engaged for rotation by the roller assembly shaft. The wire roller disk may be configured to releasably retain at least one end of a wire segment. A roller assembly actuator may operably engage the roller assembly shaft of the wire roller assembly for rotation of the roller assembly shaft and the wire roller disk.

A manual winding device comprises a wire bracket, a clamp, a winder, and a tension maintainer. The wire bracket supplies wire, while the clamp holds it in place. The winder, adjacent to the clamp, includes a driving mechanism and a coil former holding unit. The coil former holding unit is configured to mount a coil former. The driving mechanism is configured to drive the coil former holding unit to rotate, winding the wire onto the coil former. The tension maintainer, located between the clamp and the winder, includes a sliding base, a sliding block, and four connecting rods forming a quadrilateral. The sliding block is movably disposed on the sliding base. Two opposite connection points are pivotally mounted on the base and sliding block, while the other two points each hold a pulley around which the wire passes. The tension maintainer ensures the wire's tension is maintained during winding.

A manual winding device comprises a wire bracket, a clamp, a winder, and a tension maintainer. The wire bracket supplies wire, while the clamp holds it in place. The winder, adjacent to the clamp, includes a driving mechanism and a coil former holding unit. The coil former holding unit is configured to mount a coil former. The driving mechanism is configured to drive the coil former holding unit to rotate, winding the wire onto the coil former. The tension maintainer, located between the clamp and the winder, includes a sliding base, a sliding block, and four connecting rods forming a quadrilateral. The sliding block is movably disposed on the sliding base. Two opposite connection points are pivotally mounted on the base and sliding block, while the other two points each hold a pulley around which the wire passes. The tension maintainer ensures the wire's tension is maintained during winding.