JPH045198Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Field of Industrial Application) The present invention relates to a hitting toy having the shape of, for example, an iron hammer or a wooden mallet.

(Prior Art) There have been toys that emit sounds when struck, but there are no known toys that can move a part of the toy, and there are only toys that shrink when hit.

(Technical Issues) The purpose of the present invention is to provide a hitting toy that allows the handle of an iron hammer, wooden mallet, etc. to perform unique movements such as bending, thereby expressing various movements and gestures. It is in.

(Technical Means) The present invention which achieves the above-mentioned object comprises a head 2 provided at the tip of a handle 1, and the handle 1 pivotally supports a tip arm 4 at the tip of a main body 3 so as to be bendable in one direction. , a spring 5 for keeping the main body 3 and the tip arm 4 in an extended state is attached to the shaft support, and a lever 7 is connected to the tip arm 4 by an operation band 6 and bends the tip arm 4 in the one direction against the spring 5. This hitting toy is characterized by being composed of a mechanism part 8 provided at the base of the main body and an outer cover 9 covering the mechanism part 8.

(Function of the invention) The mechanism part 8 of the invention pivots the tip arm 4 at the tip of the main body 3 so that it can be bent in one direction, while biasing the tip arm 4 and the lever 7 in the opposite direction by the spring 5. Since it has an operating band 6 stretched between the levers 7
It is possible to bend the tip arm 4 by this operation. The main body 3 with the outer sheath 9 provided on the main part constitutes the handle 1, and has the head 2 at its tip.
Swing the head 2 in the opposite direction to the bending direction of the handle 1, and press the lever 7.
When you pull it, the head 2 moves back, and if you don't pull the lever 7, it won't actually hit even though it would hit.
The person who is hit will be surprised, but nothing will happen.

(Example) To explain with reference to the illustrated example, the example has an appearance of an ordinary iron hammer. The mechanism section 8 in this example constitutes a handle 1 that can be bent in two stages, and has an intermediate arm 10 between the main body 3 and the tip arm 4. The arm body 3, which corresponds to the grip part of the handle 1, is made of a hollow two-piece member, and has a lever 7 pivotally supported at its base end, and an intermediate arm 10 pivotally supported at its distal end.
0 can be bent only in one direction at the support part 10a that is bent slightly backward from the straight line connecting the first axis fulcrum a of the main body 3 and the lever 7 and the second axis fulcrum b of the main body 3 and the arm 10. The distal arm 4 is supported by the intermediate arm 10 and urged in the opposite direction by the spring 5', and is pivoted at the distal end of the intermediate arm 10.
It is supported by the support part 4a so as to be slightly bent backward from the third axis fulcrum c, and is urged in the same direction by the spring 5, and can be bent in two steps, thereby changing the degree of bending. .

The lever 7 is approximately dogleg-shaped and has an arcuate curved portion 11 at the tip, a stop shaft 12 provided in front and slightly ahead of the third shaft fulcrum c, and a stop shaft 13 at the base of the curved portion 11.
An operating band 6 is stretched between the intermediate arm 10 and the engagement band 6 at a position farther from the line connecting the second axis b than the length between the third axis fulcrum c and the stop shaft 12. 14 and lever 7.
is a pusher 1 that pushes the band 6 forward with its tip.
5, and is also provided so as to hang around a fixed shaft 16 provided at the rear of the arm body immediately before it. Therefore, the outer end 7a of the lever protrudes from the main body 3.
The operating member 17 that engages with the main body is attached to the main body by a support shaft 18, and when the base end of the main body is grasped with the entire body covered with a flexible outer cover 9 such as cloth, synthetic resin material, etc., and the operating member 17 is pulled, the two-step It is now possible to perform the operations necessary for bending.

The head 2 corresponds to the hammer part of an iron hammer, and the one in the example is made of synthetic resin foam molded into a hammer shape, has a metal colored surface 19 on the surface, and is different from the handle 1. They are fitted and fixed through a fitting hole 20 formed in the center. In the illustrated example, the entire handle 1 is covered with the outer sheath 9, so the entire outer sheath is fitted into the head fitting hole 20, but the structure is not limited to this. It is free to make design changes such as forming the arm 4 and head 2 integrally or hiding only the mechanism part 8 in the outer cover 9. In each figure, 21 is a convex portion provided on the operating member 17, 22 is a slit for protruding the outer end of the lever, and 23 is an opening.

In the above configuration, when the operating member 17 is grasped, the band 6 is pulled downward in the figure, and the short end arm 4 up to the stop shaft 12, which is the point of action, is first bent forward, and when the operating member 17 is further grasped, the third arm 4 is bent forward.
The intermediate arm 10 bends forward at the point where the pivot point c comes forward, resulting in a large bend in two stages. However, if the bending direction of the handle 1 matches the swinging direction without pulling the lever 7, the inertia of the head 2 causes the fifth
If you bend it forward as shown in the figure, change your grip, and pull the lever 7 so that the direction in which the handle 1 is bent by the mechanism part 8 is opposite to the direction in which you swing the iron hammer, the direction in which you swung the hammer will match as shown in Figure 6. On the contrary, the head moves back, so it does not hit as shown by the chain line in the figure, and even if something hits there, it will not actually hit. If the lever 7 is pulled in the opposite direction to the above, the head 2 will be hit even though it does not reach the hitting position due to the angle of the handle 1.

(Effect of the invention) Therefore, according to the invention, it is suitable as a hitting toy such as an iron hammer, and the position of the head 2 having a shape such as a mallet can be adjusted depending on the way the toy is swung and the operation of the lever 7. As a result, it is possible to prevent the object from hitting the object or to hit it quickly, so it can be used as a toy or as an accessory during a performance to create interesting movements.

[Brief explanation of the drawing]

The drawings show one embodiment of the hitting toy according to the present invention; FIG. 1 is a longitudinal sectional view, FIG. 2 is a perspective view of the handle without an outer cover, and FIGS. 3 and 4 are views of FIG. 1. A-A
The sectional view taken along the line B--B, and FIGS. 5 and 6 are side views of the operating state. 1...Handle, 2...Head, 3...Main body, 4...Tip, 5...Spring, 6...Operation band, 7...Lever, 8...Mechanism, 9...Outer cover.

Claims (1)

[Scope of utility model registration request] A head 2 is provided at the tip of a handle 1, and the handle 1 pivotally supports a tip arm 4 at the tip of a body 3 so as to be bendable in one direction, and a spring keeps the body 3 and the tip arm 4 in an extended state. 5 is attached to a shaft support, communicates with the tip arm 4 through an operation band 6, and has a mechanism section 8 provided at the base of the main body with a lever 7 for bending the tip arm 4 in the one direction against the spring 5, and a mechanism section 8 that covers it. A hitting toy characterized by comprising an ivy outer cover 9.