The present invention realizes a toy in which a rotating board and magnets are used, wherein unprecedentedly interesting movement is produced. The toy 10 is provided with a plurality of moving bodies 40 and a game board 11. The moving bodies 40 are provided with a disc-shaped bottom board part 45 having a built-in magnet 49. The game board 11 is provided with a game surface 13 on the top surface of which the plurality of moving bodies 40 can be disposed, a rotating board 21 that rotates below the game surface 13, and a magnet 22a fastened to one location in an eccentric position of the rotating board 21. When the rotating board 21 rotates, only one of the moving bodies 40 among the plurality of moving bodies 40 moves following the magnet 22a fastened to the rotating board.
Provided is a non-fall type running toy which is configured to continue rotating movements after the vehicle body has rotated in order to avoid falling from a running surface. This non-fall type running toy comprises a vehicle body 2 in which a motor 20 is mounted. The vehicle body is capable of running in one direction, and includes at least one driven wheel 12, at least one main driving wheel 3, and at least one auxiliary driving wheel 16 having an axis of rotation oriented in a direction of travel. The vehicle body 2 has an axle holding means 6 for holding a driven wheel axle 14 that forms the axis of rotation of the driven wheel 12, and the axle holding means 6 includes an insertion groove 8 that extends upward from the side of the bottom of the vehicle body 2 as seen from a second direction that is orthogonal with a first direction. The driven wheel axle 14 is moveably inserted inside the insertion groove 8. The upper part of the insertion groove 8 is formed as an inclined groove portion 8c that is inclined upward in a direction of travel A.
In order to provide a rotating toy figure (10) that alternately rotates and travels in an arc so as to move as if dancing, the figure comprises: a figure main body (11); a flywheel (17) in the figure main body (11); a shaft (15) of the flywheel (17); a ground contact part (18) provided at the tip of the shaft (15) so as to be capable of contacting the ground; and a projection (21) fixed to the figure main body (11) and projecting downward. The ground contact part (18) is capable of moving in the axial direction of the shaft (15), and the ground contact area of the projection (21) changes as the tilt of the figure main body (11) relative to the ground contact surface changes.
An objective of the present invention is to provide a travel course for a moving toy which may be produced with a simple configuration, and which may be easily and safely played with by even very young children. This invention comprises a travel substrate (11) further comprising a travel lane (12) in which a moving toy (40) travels, and a steering device (30) which is attached to the travel substrate (11). The travel substrate (11) may be inclined in all directions by the steering device (30) being manipulated. The moving toy (40) which is positioned upon the travel lane (12) moves by the inclination of the travel substrate (11).
A63H 18/06 - Construction or arrangement of the trackway designed to cause movement of a vehicle by alteration of the inclination of part of the trackway
The present invention proposes a two-wheeled driving toy that operates differently from what has been conventional by using a wheel that rotates around a vertical rotational shaft. The two-wheeled driving toy is equipped with: a vehicle body (2) provided with a power mechanism (5); a pair of vertical rotational shafts (16) that protrude downwards from both the front and back sides of the vehicle body (2) and engage the power mechanism (5); and a pair of wheels (20) that are around the bottoms of the respective vertical rotational shafts (16), have the vertical rotational shafts as axes of rotational symmetry, and have a bottom surface that is an approximately flat cut-bottom solid of revolution . An annular ground-contacting surface (26) is formed between the side surface (24) and bottom surface (22) of the wheels (20). The annular ground-contacting surface (26) has a curved shape that is convex downwards and outwards and contiguous with the contours of the bottom surface (22) and side surface (24) when seen in a cross section passing through the axial line of the vertical rotating shafts (16) of the vehicle wheels (20).
The present invention is provided with a vehicle body (11), a flywheel (13) disposed so as to be capable of rotating horizontally inside the vehicle body, a tip member (19) attached to the bottom end of a rotation shaft (14) of the flywheel (13), and a stabilizing member (21) extending so as to be capable of contacting the ground at the rear part of the vehicle body (11). The tip member (19) has a flat tip face (19b), and the stabilizing member (21) is provided projecting farther downward than the tip member (19). This configuration allows the rotation force to be converted to propulsive force when the top toy (10) is made to rotate, allowing complex movement.
A pair of front wheels (45) and a pair of rear wheels (46) pivotably supported so as to be able to rotate with respect to a car body (41), and a flywheel (50) disposed so as to be able to rotate in a horizontal direction inside the car body (41), are provided in order to provide a traveling toy (40) abounding in surprise and appeal by unpredictable movement not available in the past, and a cylindrical roller (53) for making contact with the ground is provided protruding farther downward than the pair of front wheels (45) and the pair of rear wheels (46) at the tip of the rotating shaft (51) of the flywheel (50) to vary the travel direction according to whether the car body (41) is tilted to the left or to the right.
[Problem] To provide a jumping toy that is designed such that two movable plates flip from one aligned state to another aligned state and is provided with a lock mechanism, in the space between the two movable plates, whereby an aligned-state lock is released when a shock is applied. [Solution] The base ends of a pair of movable plates (10) are coupled to the widthwise edges of a base part (2) so as to be able to rotate about axes of rotation (A) that run through the edges of the base part (2). The movable plates (10) are capable of flipping from a first aligned state to a second aligned state and flipping from the second aligned state to the first aligned state. In the first aligned state, first surfaces (S1) of the movable plates (10) face each other, and in the second aligned state, second surfaces (S2) of the movable plates (10) face each other. A locking mechanism (30) is provided in the space between the second surfaces (S2) of the movable plates (10). In the second aligned state, said locking mechanism (30) holds the movable plates (10) in said second aligned state against a biasing force that biases the movable plates (10) towards flipping to the first aligned state.
The present invention provides a travel toy launching device and a travel toy set such that not only can sufficient acceleration be provided at launch for greater speed and longer travel distance, but the structures thereof are simple and acceleration can be provided by merely pulling out a belt body. The travel toy launching device has a base body (12), a slide member (20) which can slide over the base body (12), and biasing means (27) for biasing the slide member (20) forward. When the belt body (30) is being pulled out while a travel toy (40) is set on the slide member (20), the slide member (20) slides back due to the pull-out resistance of the belt body (30), and once the belt body (30) is completely pulled out, the slide member (20) slides forward due to the biasing force of the biasing means (27) causing the travel toy (40) to be launched.
In order to provide a signaling toy with which a player can predict when a game will start and which can increase the enjoyment of the game while having a simple structure and being inexpensive to produce, multiple display windows (11d-g) for making a coin (20) passing through a coin passage (11c) visible are disposed vertically on the side of a main toy body (11). The toy is further configured so that the coin (20), which is hindered from dropping by protruding parts (14a-14c), drops slowly as an arm (14) is operated gradually in the direction of opening.
Provided is a wireless control type toy in which a power generation means for charging the power supply of a toy main body and a controller for controlling the toy main body can be simplified in structure and integrated while preventing the number of components from increasing and the operability of the toy main body in the controller can be dramatically improved. A controller (1) detects an operation mode of a freely rotatable operation part (11) by using detection means (14, 19) and transmits, from a transmission unit (16), an operation signal generated based on the detected operation mode information. The controller (1) comprises: a power generation means (12) capable of generating power by rotating the operation part (11); and a first connection part (18), one terminal of which can be connected to the power generation means (12) and the other terminal of which can be connected to the toy main body. The toy main body is driven by the power supplied from a chargeable power supply. When the controller (1) and the toy main body are connected to each other through the first connection part (18) and a second connection part, the power supply of the toy main body can be charged by the power generation means (12) of the controller (1).
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