JP2005152026A - Sphere launch toy - Google Patents

Abstract

[PROBLEMS] It is possible to change the repelling force of a repelling piece that repels a sphere by recombination of the components constituting the adjusting member even though it is a single adjusting member. To provide a spherical launch toy that can be used.
A pair of projecting pieces (12) project from a rear portion of a base of a flip piece (10) for projecting a sphere, and a fitting hole (13) is formed at the tip of the projecting piece (12). An adjustment member capable of adjusting the interval between the projecting pieces 12 by fitting the shafts is constituted by the first adjustment member 15 and the two second adjustment members 16 connected to the first adjustment member 15; The first adjusting member 15 and the second adjusting member 16 are respectively formed with fitting shafts 17 and 26 which are fitted into the fitting holes 13, and the fitting shafts 17 of the first adjusting member 15 are connected to each other. And the interval between the fitting shafts 26 of the second adjusting member 16 are set differently.
[Selection] Figure 1

Description

  The present invention relates to a sphere launching toy, and more particularly to a sphere launching toy that can change the repelling force of flipping a sphere.

  Conventionally, various toys have been proposed as playing toys for firing a sphere (for example, Patent Document 1).

This ball launching toy is provided with a pair of flip pieces on the toy body, and is supplied so that a spherical body such as a marble is sandwiched between the flip pieces, and then the sphere is forcibly pushed out from the base side of the flip piece by the pushing member. Thus, the tip of the flip piece is expanded against the elastic force, and further pushed out, the ball can be pushed out from the tip of the flip piece by the elastic restoring force of the flip piece.
Japanese Patent Application No. 8-33773

  The problem to be solved by the present invention is that the above-mentioned ball launching toy has a constant interval between the flipping pieces, and therefore can always only launch the ball with the same flipping force.

  The present invention solves the above-mentioned problems, adjusts the interval between the flipping pieces to change the resilience, and can change the momentum of firing the sphere, and constitutes the adjusting member while being a single adjusting member. It is an object of the present invention to provide a sphere launching toy that is visually superior in that the repelling force of a repelling piece that repels a sphere can be changed by recombination of the component parts, and that can also eliminate handling problems such as storage.

In order to solve the above-mentioned problems, a sphere launching toy according to the present invention is provided with a pair of flip pieces on the main body, accommodates the sphere between the flip pieces, and forcibly pushes out the sphere from the base side of the flip piece. Thus, the following requirements are provided: the tip of the flip piece is expanded against the elastic force, and the sphere is released from the tip of the flip piece by the elastic restoring force.
(A) A pair of projecting pieces protrudes rearward from the base of the flip piece, and an adjustment member for adjusting the resilience of the flip piece is detachably provided on the protruded piece. A fitting hole is formed at the tip of the fitting member, and the interval between the projecting pieces can be adjusted by fitting two fitting shafts formed on the adjusting member into the fitting hole. 1 adjustment member and two second adjustment members connected to the first adjustment member. The first adjustment member has two fitting shafts fitted into the fitting holes. Each of the second adjustment members is formed with a single fitting shaft that fits into the fitting hole. When the second adjustment member is connected with the first adjustment member, a second adjustment member is formed. The interval between the fitting shafts of the adjusting member is set to be different from the interval between the fitting shafts of the first adjusting member.

  According to the present invention, since the repelling force of the repelling piece can be adjusted by recombination of the adjusting member, the force for repelling the sphere can be reduced to shorten the flight distance but facilitate continuous firing or repelling force. It is possible to increase the flight distance by increasing the distance, and to change the playing force of the sphere according to the play, it is possible to expand the range of play even with the same launch toy.

  In order to solve the above-mentioned problems, a sphere launching toy according to the present invention is provided with a pair of flip pieces provided in a toy main body, accommodating the sphere between the flip pieces, and forcing the sphere from the base side of the flip piece. A ball launching toy that expands the tip of the flip piece against the spring force by pushing it out, and pushes the ball off the tip of the flip piece by elastic restoring force. The projecting piece is projected, a fitting hole is formed at the tip of the projecting piece, and the two fitting shafts formed on the adjusting member are fitted into the fitting hole to adjust the interval between the projecting pieces. The adjustment member includes a first adjustment member and two second adjustment members coupled to the first adjustment member, and the first adjustment member is fitted to the fitting member. Two fitting shafts to be fitted into the holes are formed at a predetermined interval, and the second The adjusting members are each formed with one fitting shaft that fits into the fitting hole, and when the second adjusting member is connected by the first adjusting member, the interval between the fitting shafts of the second adjusting member is It was set to be different from the interval of the fitting shaft of the first adjusting member.

  FIGS. 1A and 1B show an example of a sphere launching toy according to the present invention. In this sphere launching toy, a toy body 1 is formed by imitating a robot, and a playing member 3 is provided around a body portion 2. As shown in FIG. 1 (a), the sphere A is inserted into the fuselage through an opening 4 formed in the back of the toy main body 1, and as shown in FIG. The ball A can be launched from the launch port 7 formed on the front surface of the body portion 2 by pushing the pushing member 5 protruding forward against the spring 6, and the flipping member 3 is As shown in FIG. 2, a pair of flip pieces 10 and a connecting portion 11 connecting the base portions of the flip pieces 10 are formed in a substantially U shape, and the tip portion 10a of each flip piece 10 bulges inwardly. The distance between the tip portions 10a is the diameter of the sphere A to be ejected. The protrusions 12 are formed so as to protrude rearward from the bases of the flip pieces 10, and the protrusions 12 are formed with fitting holes 13 in the vertical direction. The pushing member 5 is slidably disposed on 11a, and when it is pushed forward against the spring 6, its tip 5a comes into contact with the rear surface of the sphere A accommodated between the playing pieces 10 to expand the playing piece 10 left and right. Extrude while opening.

  The pair of repelling pieces 10 are such that the distance between the tip portions 10a is inevitably changed by changing the spread of the protruding piece 12, and the interval between the protruding pieces 12 is adjusted by the adjusting member B. Can be done.

  The adjustment member B includes a first adjustment member 15 and two second adjustment members 16 connected by the first adjustment member 15.

  On the bottom surface of the first adjustment member 15, a fitting shaft 17 that fits into the fitting hole 13 formed in the protruding piece 12 is formed wider than the interval between the fitting holes 13. In order to connect the one adjusting member 15 and the second adjusting member 16 in a straight line, a connecting projection 19 is formed to be fitted into a keyhole-shaped fitting hole 18 formed on the inner side surface of the second adjusting member 16. Has been. Furthermore, in order to connect the second adjustment member 16 to the both ends of the first adjustment member 15 in an orthogonal state on the back side, the fitting shaft 20 formed on the second adjustment member 16 is fitted to fit. A hole 21 is formed (see FIG. 4A).

  The second adjustment member 16 is a hollow rectangular parallelepiped having a bottom surface opened, and a blade-like decoration member 25 is formed to protrude from the side surface. The opening is fitted into the fitting hole 13 formed in the above-described protruding piece 12. A mating shaft 26 and a fitting shaft 20 that fits in the fitting hole 21 formed in the first adjusting member 15 are formed.

  The first adjustment member 15 and the second adjustment member 16 are connected to a keyhole-like fitting hole 18 formed on the side surface of the second adjustment member 16 as shown in FIG. By fitting into the connecting projections 19 formed on both side surfaces of the first adjustment member 15, the first adjustment member 15 and the second adjustment member are aligned in a straight line as shown in FIG. Can be linked.

  As shown in FIG. 2, the adjusting member B connected in a straight line may fit the fitting shaft 17 into the fitting hole 13 formed in the protruding piece 12 of the flipping member 3.

  Since the interval between the fitting shafts 17 is larger than the interval between the fitting holes 13, as shown in FIG. 5A, the protruding piece 12 is moved outward by fitting the fitting shaft 17 into the fitting hole 13. When the projecting piece 12 is pushed and expanded in the direction of the arrow (a), the tip of the flip piece (10) is urged in the inward direction (direction of the arrow (b)). It will be in a state where it is difficult to expand compared to before mounting. For this reason, the elastic restoring force after the expansion of the flip piece 10 by the extrusion of the pushing member 12 is also increased. Therefore, it is necessary to increase the pushing force of the pushing member 5, but the resilience that pushes out the sphere A is stronger than before the adjustment member B is attached, and the flight distance can be increased.

  On the other hand, the first adjustment member 15 and the second adjustment member 16 are connected to the notch 22 formed on the side surface of the second adjustment member 16 as shown in FIG. 4 (b) by fitting the fitting shaft 20 of the second adjusting member 16 into the fitting hole 21 formed on the bottom surface of the first adjusting member 15 while inserting the one adjusting member 15 upside down. ), The first adjustment member 15 can be orthogonally connected to the second adjustment member 16 and connected in a U-shape.

  As shown in FIG. 2, the adjustment member B ′ connected in a U-shape may be fitted into the fitting hole 13 formed in the protruding piece 12 of the flipping member 3 as shown in FIG. 2.

  Since the interval between the fitting shafts 26 is narrower than the interval between the fitting holes 13, as shown in FIG. 5B, the projecting piece 12 is moved into the inner side by fitting the fitting shaft 26 into the fitting hole 13. By narrowing in the (arrow c direction) and constricting, the tip of the flip piece 10 is urged outward (arrow d direction), and between the flip pieces 10 before the adjustment member 10 is mounted. It will be in a state where it is easier to expand compared to. For this reason, the elastic restoring force after the expansion of the flip piece 10 by the extrusion of the pushing member 12 is also reduced. Therefore, the repulsive force that blows out the sphere A is weaker than before the adjustment member B ′ is attached, and the flying distance is reduced, but the force that pushes the pushing member 5 is small, so that it is easy to continuously fire the sphere. .

  As described above, when the adjusting member is attached to the flipping member, the interval between the fitting shafts that are fitted into the fitting holes 13 varies depending on the connection form of the adjusting member, so that the adjusting member B is attached to the flipping member 3. The distance between the tips of the flipping pieces can be changed, and as a result, the flying distance of the sphere can be adjusted, so that the number of spheres to be fired can be reduced but the flying distance can be extended, When the number of spheres can be increased but the flight distance is shortened, recombination of one adjustment member can be selected, and storage of adjustment members that are not used compared to selecting another adjustment member depending on the flight distance A spherical launch toy that does not cause troublesome problems such as loss can be realized.

(A) and (b) are the back side perspective views and side views explaining the use condition of the spherical launch toy according to the present invention The perspective view explaining the relationship between a flip member and an adjustment member (A) (b) is a perspective view explaining an example of the combination of the said adjustment member (A) (b) is a perspective view explaining the other example of the combination of the said adjustment member (A) (b) is explanatory drawing of the relationship between an adjustment member and a flip member

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Toy main body 2 Body part 3 Playing member 10 Playing piece A Sphere B Adjustment member

Claims (1)

A pair of repelling pieces are provided on the main body, the spheres are accommodated between the repelling pieces, and the spheres are forcibly pushed out from the base side of the repelling pieces to expand the tips of the repelling pieces against the elastic force. A sphere launching toy comprising the following requirements for opening and causing a sphere to be ejected from the tip of a flip piece by elastic restoring force.
(A) The base of the flip piece protrudes backward to form a protrusion, and the protrusion is provided with an adjustment member that adjusts the resilience of the flip piece. (B) The tip of the protrusion A fitting hole is formed in the portion, and the interval between the projecting pieces can be adjusted by fitting two fitting shafts formed on the adjusting member into the fitting hole. An adjustment member and two second adjustment members connected to the first adjustment member, and two fitting shafts fitted into the fitting holes are spaced apart from each other by the first adjustment member. Each of the second adjustment members is formed with a single fitting shaft that fits into the fitting hole, and the second adjustment member is connected when the second adjustment member is connected by the first adjustment member. The interval between the fitting shafts is set to be different from the interval between the fitting shafts of the first adjusting member.

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