Tomy Company, Ltd.

Tomy Kogyo Co., Ltd.

Yousuke Yoneda

Yoshio Suimon

Yoshinobu Kaneko

Masami Furukawa

Akimitsu Kawasaki

A steering device for toy, which comprises a simple structure, and provides a stable running along a curved line. The steering device for toy, comprises: right and left turning members for turning right and left steering wheels in clockwise and counterclockwise directions around each predetermined shaft; and a connecting member for connecting the right and left turning members with each other and for forming a turning pair with each turning member; wherein the right and left turning members are turned around each predetermined shaft by shaking the connecting member in right and left directions so as to change each direction of the steering wheels; one of a coil and a magnetic body is provided on the connecting member, the other of the coil and the magnetic body is fixed to a fixing portion, and the coil and the magnetic body come close to and go away from each other by shaking the connecting member; and the connecting member takes at least two steering positions by controlling a current to be carried to the coil with a coil current carrying unit.

Steering device for toy and running toy

A steering device for a toy including: right and left turning members for turning right and left steering wheels in clockwise and counterclockwise directions around predetermined shafts; and a connecting member for connecting and forming a turning pair with each turning member. The right and left turning members are turned around each predetermined shaft by moving the connecting member in right and left directions so as to change each direction of the steering wheels. One of a coil and a magnetic body is provided on the connecting member, the other of the coil and the magnetic body is fixed to a fixing portion of the toy, and the coil and the magnetic body come close to and go away from each other by moving the connecting member. The connecting member takes at least two steering positions by controlling a current to be carried to the coil with a coil current carrying unit.

Steering device for toy

An attachment structure for motor and a racing vehicle toy, wherein a motor can easily be inserted and removed therefrom, including a motor holding plate pivoting relative to a toy chassis between an open position for opening the motor containing part and a close position for closing the motor containing part. The motor holding plate includes a member to elastically engage the chassis, when the motor holding plate is in the closed position, thereby holding the motor in the motor containing part.

Attachment for motor for toy

An attachment structure for motor and a racing vehicle toy, wherein a motor can easily be inserted and removed therefrom, are provided. The attachment structure includes a motor holding plate capable of turning on a predetermined rotational shaft line attached to a chassis or base body. The motor holding plate includes an engaging portion capable of elastically engaging with an engage portion provided on the chassis when the motor holding plate is at the close position. The motor holding plate is capable of taking up an open position for opening the motor containing part and a close position for closing the motor containing part the turning. The motor holding plate holds the motor in the motor containing part in the close position.

Attachment structure for motor for toy, toy with the attachment structure for motor and racing vehicle toy

The present invention provides a suspension for a toy and a vehicle toy, which can properly ground right and left wheels. A suspension for a running toy comprises: right and left turning members for turning right and left wheels in clockwise and counterclockwise directions around each predetermined shaft; a connecting member for connecting the right and left turning members with each other, and for constituting a turning pair with each of the right and left turning members; and a biasing member having right and left edge portions, which is supported in a middle of a width direction of the running toy, and which extends on the right and left turning members, the right and left edge portions being elastically deformable vertically; wherein the right and left turning members are turned around the predetermined shaft by shaking the connecting member in right and left directions; the right and left turning members are constructed so as to be movable vertically in a predetermined range; and the turning members are pressed with the right and left edge portions by using a biasing force which is caused by elastically deforming the biasing member, so that the right and left wheels are grounded to a road surface.

Suspension for running toy and running toy

A travelling toy comprising a body, a DC motor mounted on the body and having a rotor, a stator, at least one commutator bar and a brush having a position of contact with the at least one commutator bar; and means for adjusting the position of contact of the at least one commutator bar and the brush relative to the stator.

Travelling toy

The present invention provides a track for a vehicle racing game. The track has two vehicle guide rails on an upper surface. At a curved section of the track, the guide rails converge so that the vehicles will collide with each other if the game operators do not pay close attention. Also, at the curved section, an inner side of the upper surface is recessed to hold the vehicle to the track. A guard member next to an outer side of the upper surface keeps the vehicle from tail sliding or spinning. A pair of power supply rails run on the upper surface along each guide rail, except in the curved section where the power supply rails connect by a wire or the like instead of running on the upper surface.

Track for a vehicle racing game

A track apparatus for a toy racing car includes a car-entry track portion, a car-exit track portion, and a pivotal arm pivotally mounted between the two track portions to carry a car from one portion to the other. The pivotal arm has a stand connected to a distal end thereof which has a retractable stop. When a car travelling with sufficient momentum hits the stop, the pivotal arm is caused to pivot from one position to another, whereby the car is delivered from the car-entry track portion to the car-exit track portion. Upon reaching the second position, the stop is automatically retracted to release the car.

Track apparatus for a toy racing car

A radio controlled steering device for a two-wheeled vehicle toy has a tiltable rear wheel movable to a tilting direction by a servo motor. Tilting of the rear wheel shifts the center of gravity to either side of the normal center of gravity to induce rotation of the front wheel in the direction of tilt of the rear wheel.

Growing community of inventors

Tokyo, Japan

Yousuke Yoneda