JPH0242319Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is a toy that has a structure that allows it to continue running in a semi-flat position with only one wheel on the ground. The outer surface of the toy or main body is shaped like an inclined cone so that when the toy or main body is in a semi-tilted state while running, it lands and rotates to maintain running in the semi-tilted state. A shaft rod is provided that is inclined outward and can be rotatably fitted into the center hole of the donut-shaped disk, and the shaft rod is erected when the axial direction of the shaft is in contact with the inclined surface of the wheel. The main idea is that the diameter of the disk is set so that it is parallel to the ground surface, and the diameter of the disk is large enough to allow the outer circumference to touch the ground at the same time when the inclined surface of the wheel touches the ground.

The illustrated embodiment is a four-wheeled vehicle that runs using a spring device as a drive source that stores power by rubbing when it lands on the ground.
The outer surfaces 2, 2' of 1' are formed into an inclined conical shape that, when the entire four-wheeled vehicle is in a semi-tilted state while traveling, lands and rotates to maintain the semi-tilted state. Axle rods 3, 3' are provided on both the left and right sides of the four-wheeled vehicle toy and are slanted outward and capable of rotatably fitting into the center through hole of the donut-shaped disk. With the hole of the donut-shaped disk RO fitted in 3', when the four-wheeled vehicle is running in a semi-on its side, the donut-shaped disk RO lands on the ground and rotates freely, causing the auxiliary wheels to The shaft rods 3, 3' are arranged so that their axial directions are aligned with the inclined outer surfaces 2, 2, and 3 of the wheels 1, 1'.
2' is set so that it is parallel to the ground surface when the wheels 1 and 1' touch the ground, and the diameter of the disc R is set so that when the outer surfaces 2 and 2' of the wheels 1 and 1' touch the ground, the outer periphery of the wheels 1 and 1' also touch the ground at the same time. It is a very important thing.

The present invention is as described above, so when the running toy or main body is in a semi-tilted state while running, or when you intentionally start running in that state, the conical outer surface of one wheel will land on the ground. It rotates and continues running in the semi-lateral state, which has an acrobatic appeal, and if this alone is unstable, a disk can be fitted to the shaft rod to make the above running in an even more stable state. This type of usage has the advantage of further increasing the overall interest, and in addition, especially in this invention, the erecting of the axle rod is such that the axial direction of the rod is aligned with the wheel. The diameter of the disk was set so that when the sloped surface of the wheel touched the ground, it would be parallel to the ground surface, and the diameter of the disk was made large enough so that when the sloped surface of the wheel touched the ground, the outer circumference also touched the ground at the same time, so that the toy or main body did not fall sideways. When the vehicle is running, the inclined surface of the wheel and the circumferential surface of the disc are brought into contact with the ground in an orderly and secure manner, thereby maintaining an extremely safe running condition.

[Brief explanation of the drawing]

The drawings show an embodiment of the traveling toy of the present invention, in which FIG. 1 is a side view showing the whole, and FIG. 2 is a partially cutaway front view showing a semi-flattened traveling state. A...Four-wheeled toy, 1, 1'...Wheel, 2,
2'...outer surface, b...disk, 3,3'...shaft rod.

Claims (1)

[Scope of utility model registration request] The outer surfaces of all wheels on both the left and right sides of the toy or main body are made into a conical shape with an inclination so that when the toy or main body is in a semi-tilted state while running, it lands on the ground and rotates to maintain running in the semi-tilted state. Along with this, shaft rods are installed on both the left and right sides of the toy and the main body, which are inclined outward and can be rotatably fitted into the center hole of the donut-shaped disk. A running toy characterized by being set so that the inclined surface of the wheel is parallel to the ground surface when the wheel touches the ground, and the diameter of the disk is set to a size that allows the outer circumference to touch the ground at the same time when the inclined surface of the wheel touches the ground. .