Abstract: A tricycle having limited steering includes a front wheel mounted to a lower end of a wheel fork. A support tube is connected to a frame. A projection limits rotational movement of the front wheel.

Abstract: A tricycle having limited steering includes a front wheel mounted to a lower end of a wheel fork. A support tube is connected to a frame. A projection limits rotational movement of the front wheel.

Abstract: A tricycle having limited steering includes a front wheel mounted to a lower end of a wheel fork. A support tube is connected to a frame. A seat is mounted to the frame. A rear axle is included. Rear wheels are mounted to the rear axle. An upper end of the wheel fork extends upwards and into the support tube. A mudguard has front and back portions configured to extend over portions of the front wheel and side portions configured to extend over portions of the lower end of the wheel fork. A projection has an upper end arranged above an annular surface of the mudguard.

Abstract: A vehicle steering head for a tricycle having a frame, the vehicle steering head including a support tube fixed to the frame of the tricycle. An upper bearing support mounted to the support tube. A lower bearing support is non-rotatably mounted to the support tube. A connecting element is mounted to the support tube via the upper and lower bearing supports. A wheel fork is arranged at a lower end of the connecting element. A mudguard is arranged between the wheel fork and the lower bearing support. The steering also includes non-axially movable angularly spaced stop surfaces and movable stop surfaces that can rotate with the connecting element.

Abstract: A tricycle having limited steering includes a front wheel mounted to a lower end of a wheel fork. A support tube is connected to a frame. A seat is mounted to the frame. A rear axle is included. Rear wheels are mounted to the rear axle. An upper end of the wheel fork extends upwards and into the support tube. A mudguard has front and back portions configured to extend over portions of the front wheel and side portions configured to extend over portions of the lower end of the wheel fork. A projection has an upper end arranged above an annular surface of the mudguard.

Abstract: A vehicle steering head for a tricycle having a frame, the vehicle steering head including a support tube fixed to the frame of the tricycle. An upper bearing support mounted to the support tube. A lower bearing support is non-rotatably mounted to the support tube. A connecting element is mounted to the support tube via the upper and lower bearing supports. A wheel fork is arranged at a lower end of the connecting element. A mudguard is arranged between the wheel fork and the lower bearing support. The steering also includes non-axially movable angularly spaced stop surfaces and movable stop surfaces that can rotate with the connecting element.

Abstract: A tricycle steering head having a limited steering, including a hollow support tube and a member connecting a wheel fork to a handlebar. The member is rotatably mounted to the hollow support tube via upper and lower bearing supports. A projection is oriented vertically and extends into an arc-shaped recess. The limited steering utilizes contact with one stop surface to limit rotational movement of the member in one direction and contact with another stop surface to limit rotational movement of the member in another direction.

Abstract: A tricycle has a frame, a front wheel with drive pedals, a seat, and a footboard. The footboard of the novel tricycle can optionally be mounted on the frame in a first orientation and at least a second orientation.

Abstract: A tricycle steering head having a limited steering, including a hollow support tube and a member connecting a wheel fork to a handlebar. The member is rotatably mounted to the hollow support tube via upper and lower bearing supports. A projection is oriented vertically and extends into an arc-shaped recess. The limited steering utilizes contact with one stop surface to limit rotational movement of the member in one direction and contact with another stop surface to limit rotational movement of the member in another direction.

Abstract: A system for limiting a range of motion of a handlebar including a support tube adapted to be fixed to a frame, a member adapted to connect a wheel fork to the handlebar, an upper bearing support mounted to an upper end of the support tube, a plastic lower bearing support mounted to a lower end of the support tube, the member being rotatably mounted to the support tube via the upper and lower bearing supports, and a movement limiting system limiting a range of rotational movement of the member and utilizing stop surfaces arranged on the lower bearing support.

Abstract: A system for limiting a range of motion of a handlebar including a support tube adapted to be fixed to a frame, a member adapted to connect a wheel fork to the handlebar, an upper bearing support mounted to an upper end of the support tube, a plastic lower bearing support mounted to a lower end of the support tube, the member being rotatably mounted to the support tube via the upper and lower bearing supports, and a movement limiting system limiting a range of rotational movement of the member and utilizing stop surfaces arranged on the lower bearing support.

Abstract: Vehicle steering head for a trike includes a hollow support. A connecting member is adapted to connect a wheel fork to a handlebar. The connecting member is rotatably mounted to the hollow support. A pin is arranged within the hollow support and is structured and arranged to move parallel to an axis of the connecting element. The vehicle steering head is structured and arranged to limit rotational movement of the connecting member in each of two directions.

Abstract: A folding frame for a tricycle, scooter or child's bicycle has a front frame part on which the front wheels can be mounted and a rear frame part on which the rear wheels can be mounted. A swivelling joint with a front articulated part is mounted on the front frame part and a rear articulated part is mounted on the rear frame part. The first of the two articulated parts has a first recess and the second of the two articulated parts has a second and third recess. The first recess and the second recess are in alignment in the use position of use and the first recess and the third recess are aligned in the folded position. The first articulated part and the second articulated part are locked against one another in the use position and in the folded position via a pin which can be moved in the recesses.

Abstract: A folding frame for a tricycle, scooter or child's bicycle has a front frame part on which the front wheels can be mounted and a rear frame part on which the rear wheels can be mounted. A swivelling joint with a front articulated part is mounted on the front frame part and a rear articulated part is mounted on the rear frame part. The first of the two articulated parts has a first recess and the second of the two articulated parts has a second and third recess. The first recess and the second recess are in alignment in the use position of use and the first recess and the third recess are aligned in the folded position. The first articulated part and the second articulated part are locked against one another in the use position and in the folded position via a pin which can be moved in the recesses.

Abstract: Vehicle steering head for a trike includes a hollow support. A connecting member is adapted to connect a wheel fork to a handlebar. The connecting member is rotatably mounted to the hollow support. A pin is arranged within the hollow support and is structured and arranged to move parallel to an axis of the connecting element. The vehicle steering head is structured and arranged to limit rotational movement of the connecting member in each of two directions.

Abstract: A folding frame for a tricycle, scooter or child's bicycle, with a front frame part on which the front wheels can be mounted at least indirectly, a rear frame part on which the rear wheels can be mounted, a swivelling joint with a front articulated part which is mounted on the front frame part, and with a rear articulated part which is mounted on the rear frame part, the first of the two articulated parts has a first recess and the second of the two articulated parts has a second recess and a third recess, the first recess and the second recess in the position of use of the frame are in alignment, and the first recess and the third recess in the folded position are in alignment, and the first articulated part and the second articulated part are locked against one another in the position of use and in the folded position via a pin which can be moved in the recesses.

Abstract: A table tennis table has a lower frame and two playing surface boards. The lower frame comprises vertical struts which are used as carrier elements and are arranged opposite each other along the width of the table tennis table. The playing surface can be transferred from a first position, in which the playing surface boards are vertically oriented and the guides are arranged in a lower position, to a second position, in which the playing surface boards are horizontally oriented and the guiding elements are arranged in an upper position. Upper and lower safety levers maintain the guides in either position. An actuation lever moves the safety levers to allow movement of the playing surface.

Abstract: Vehicle steering head including a connecting element adapted to engage a handlebar. A support tube rotatably supports the connecting element. A connecting member is adapted to connect a wheel fork to a handlebar. The connecting member is rotatable with respect to the support tube. A mechanism limits the rotational movement of the connecting member in each of two directions. A lower bearing support is mounted to the support tube. The mechanism and the lower bearing support cooperate to limit the rotational movement of the connecting member.

Abstract: A tricycle, including at least one frame, at least one front wheel, which is disposed in the front region of the frame, when viewed with respect to the preferred travel direction of the tricycle, and is steerable via a steering handle, and at least two rear wheels which are disposed in the rear region of the frame when viewed with respect to the preferred travel direction, wherein pivotal means are provided, which permit the rear wheels to be pivotable.

Abstract: The disclosure relates to a table tennis table comprising a lower frame and two playing surface boards. Said lower frame comprises vertical struts which are used as carrier elements and are arranged opposite each other along the width of the table tennis table, in the central region of the same, and vertical guiding structure on which guiding elements pertaining to fixing units applied to the playing surface boards can be moved upwards and downwards, in such a way that the playing surface boars can thus be transferred from a first position, in which the playing surface boards are vertically oriented and the guiding elements are arranged in a lower position, to a second position, in which the playing surface boards are horizontally oriented and the guiding elements are arranged in an upper position, the guiding structure being embodied on the vertical struts used as carrier elements.