JPH0622388Y2 - Robot toys - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to the structure of a robot toy, in particular, to enable a small moving body with wheels to move in the main body communicating from the body to the legs. , It provides a robot toy that allows you to experience various games by moving it.

"Prior Art" The body of a conventional robot toy has a body part that imitates a human form as the center, and an arm, a leg, and a head that are connected to the body part. Each member has an appropriate joint for the body part. It had a structure so that it could be rotated and bent, so that the overall posture could be changed. On the other hand, there is also a structure in which an appropriate storage portion is formed in the main body of the robot toy so that a doll body smaller than this or other robot toys can be stored.

[Problems to be solved by the device] However, according to the structure of the conventional robot toy, the body of the robot toy itself is the same as the doll toy, and the center of the play changes the posture by moving the members of each part. Since it was only played by playing, it was essentially the same as playing with a doll toy, and had the drawback of not being interesting as a boy's play.

The present invention has been devised in view of the above-mentioned drawbacks of the conventional robot toy, and in particular, a small moving body including wheels can be moved in a main body communicating from a body portion to a leg portion. An object of the present invention is to provide a robot toy that can be freely moved based on an external operation so that various play can be experienced through the movement.

"Means for Solving the Problems" As means of the present invention for solving the above problems, a small moving body C having wheels and the moving body in the main body communicating from the body portion to the leg portion are provided. Transfer paths A and B for moving C are formed. One of the transfer paths A has a charging port formed on the back side of the body, and the charging port is connected to the exit side of one leg through a damper. A substantially vertical traveling path communicating with each other is formed, and the other transfer path B has an input port formed at an upper portion on the back side of the body portion. A plurality of inclined paths connected to this are provided, a damper for switching the same, and one side thereof. And an elevator or the like which is connected to the inside of the other leg portion.

[Operation] In the above configuration, by forming the transfer passages A and B in the main body that communicates from the body portion to the leg portion, for each transfer passage, through the input port formed in the upper portion of the main body,
When a moving body having wheels is sent to the transfer unit, it can be moved along the transfer path while being lowered by utilizing its gravity. In particular, the transfer path A side can give a required traveling initial speed to the moving body C, and the transfer path B side can operate a plurality of dampers by levers on the rear surface side, and also operates the elevator from the rear surface side. be able to.

"Embodiment" The present invention will be described below with reference to an embodiment shown in the drawings.
Is a body portion that constitutes the main body of the robot toy. Leg portions 21 and 22 connected to the body portion 1 are integrally formed on the body portion 1, and both arm portions 11 and 12 and a head portion 13 are continuously provided. The robot toy composed of these members is formed in an upright posture as a whole in a shape imitating a human body.

A transfer path A and a transfer path B are formed in the main body of the robot toy so as to communicate with the lower legs 21 and 22 from the body part 1 side, and these transfer paths A and B are equipped with wheels toy automobile toys. It is configured so that a small moving body C such as

That is, according to the embodiment, the loading port 1a for the moving body C is formed on the rear surface of the body portion 1 on the transfer path A side.
A running path 2a is formed that extends substantially vertically from 1a to the leg portion 21 side, while a bearing is formed immediately below the input port 1a, and a coaxial bearing is always held substantially horizontally by a spring,
A damper 3a that controls the movement of the moving body C based on an external operation
Is rotatably mounted in a transparent arc-shaped guide cylinder 4a, and a lever 5a is provided as a projecting member on the back side as an external operation member thereof. The damper 3a is configured so as to receive the moving body C to be input and rotate in the direction of the traveling path 2a based on the operation of the lever 5a, and a curved slope near the exit 6a of the traveling path 2a. The portion 7a is formed.

In addition, on the transfer path B side, an input port 1b for the moving body C is formed on the upper back surface side of the body portion 1, and the moving body C is sequentially lowered from the input port 1b side to the lower leg 22 side. As a transfer path for the above, a first inclined path 2b for receiving the moving body C fed through the input port 1b and changing the direction of the movable body C in a substantially right-angled direction, and a second inclined path 3b are formed below the same. Between the first slope 2b and the second slope 3b, a member that governs the movement of the moving body C based on an external operation is always held horizontally by a spring, and is freely rotatable diagonally downward. A first damper 4b and a second damper 5b which is normally held horizontally by a spring and is rotatable obliquely upward and rearward are also provided. The first damper 4b serves as an external operation member for these levers. 41b and the second damper 5b are provided with levers 51b on the rear side, respectively. It is projected. An elevator 6b for lowering the moving body C is formed in the leg portion 22 just below the second inclined path 3b. This elevator 6b has a handle on the back side as an external operation member.
61 is projectingly provided, and a vertical screw shaft 64 having a crown gear 63 meshing with a pinion 62 provided on the shaft is provided, and the screw shaft 64 is provided with a female screw portion that engages with the screw shaft 64. Axis 64
A frame member (65) movable along the frame member (65), and a mounting table (66) which is always held horizontally by a spring and rotatably supported downward in the front direction are mounted on the front part of the frame member (65).
At the bottom of the elevator 6b, a protrusion 67 for inclining the mounting table 66 downward is projected. Also, near the exit 7b of the transfer path B, the mounting table at the time of the above inclination
A curved inclined portion 8b is formed so as to connect to the mobile unit 66 and to allow the moving body C placed on the mounting table 66 to obtain a required initial traveling speed.

As described above, the transfer paths A and B of the moving body C are formed in the main body of the robot toy connected from the body portion 1 side to the leg portions 21 and 22 side, and the moving body C inside these transfer passages A and B is placed outside. With transparent materials such as transparent synthetic resin,
On the front surface of the body portion 1, a chest surface body 3 which also serves as a lid is provided on the front side so as to be freely opened by a hinge member 31 on the upper side, and also on the front portions of the leg portions 21 and 22, the leg portion body 4 is also provided. Are installed so as to be openable on both sides by hinge members 41 on their side portions.

According to the above-described embodiment, the movable body C is internally linked to the arm 11 side by the spring and has an externally operated firing button.
The firing device D is constructed, and the arm 12 side is constructed so that it can be arbitrarily expanded and contracted manually.

With the above configuration, the transfer path A is passed through the input port 1a.
When the moving body C is sent to the side, the moving body C is received by the damper 3a immediately below it, and when the lever 5a on the back side is pushed upward against the spring, the damper 3a can be tilted downward. The moving body C above the guideway 4a passes through the guideway 4a from the exit side along the driveway 2a in a downward direction by gravity and rapidly moves along the driveway 2a along the inclined portion 7a near the exit 6a. Then, the acceleration is applied to the falling speed during this time to obtain the required initial traveling speed, and the inertia of the moving body C allows the moving body C to rapidly start out of the main body.

On the other hand, when the moving body C is sent to the transfer path B side through the input port 1b, the moving body C descends by gravity along the first inclined path 2b immediately below the moving body C while changing its direction to a substantially right angle direction. It is received on the first damper 4b. In this state, if you press the rear lever 41b against the spring,
Along with this, the first damper 4b is inclined obliquely downward to the side, and the moving body C is received on the second damper 5b immediately below the movable body C in the form of retracting backward. Then, when the lever 51b on the back side is pressed downward against the spring in this form, the second damper 5b tilts obliquely upward and rearward, and the moving body C on the second damper 5b is slid backward by the gravity. Then, the moving body C can be fed onto the second inclined path 3b. The moving body C descends forward while changing its direction through the second inclined path 3b, and is sent to the mounting table 66 of the elevator 6b which is located immediately below it. When the rear handle 61 is rotated in this state, the screw shaft 64 is rotated via the pinion 62 and the crown gear 63, and the moving body C is lowered along with the frame member 65 and the mounting table 66 along the screw shaft 64. At the lowermost part, the projection 67 comes into contact with the rear part of the pivot of the mounting table 66 and pushes it up, and the mounting table 66 is forcibly tilted downward to the front side. The moving body C of the ramp 8b connected to the moving body C due to gravity.
Is rapidly returned to a horizontal position along with, acceleration is applied here to obtain a required traveling initial speed, and the inertia allows the movable body C to be started outside the main body.

"Effect of the Invention" As described above, by forming the transfer paths A and B in the main body that communicates from the body section to the leg sections, the wheel is passed through the input ports formed in the upper section of the main body for each transfer path. When the moving body having the above is sent to the transfer path, it is possible to perform a play of moving along the transfer path while lowering it by utilizing its gravity.

In particular, the transfer path A side can obtain the required traveling initial speed by a simple operation, and the transfer path B side can regulate the movement of the moving body based on the lever operation on the rear side of the plurality of dampers. Similarly, the elevator can be operated from the rear side.

As a result, a play involving various complicated movements that cannot be performed by the conventional robot toy can be experienced, and a new interest for this kind of robot toy can be given to the boy through this play.

[Brief description of drawings]

1 is a cutaway front view of a main part of a robot toy according to an embodiment of the present invention, FIG. 2 is a side cutaway view of a main part of the robot toy on the transfer path A side, and FIG. FIG. 4 is a cutaway side view of an essential part of the arm portion. In the figure, 1 is a torso portion, 3 is a chest surface body, 4 is a leg surface body, 2
1, 22 are legs, A and B are transfer paths, and C is a moving body.

Claims (1)

[Scope of utility model registration request] 1. A small moving body C having wheels and transfer paths A and B for moving the moving body C are formed in a main body communicating from a body portion to a leg portion. The transfer path A has a charging port formed on the back side of the body, and a substantially vertical traveling path communicating from the charging port to the exit side of one leg through the damper is formed. Is characterized in that it has an injection port formed on the upper part on the back side of the body, a plurality of ramps connected to this, a damper for switching this, and an elevator etc. connected to one side and configured in the other leg. And robot toy.