KR101461279B1 - Launcher for toy - Google Patents

Abstract

It is an object of the present invention to provide a launch device for a toy in which a bar-shaped projectile forms various movement paths and fires so as to reach a target. The present invention relates to a launch device for a toy having a launching platform and a launching object, wherein an elastic launching portion having an opening spaced apart at a predetermined interval is provided on one side of the launching platform main body, and a projectile mounted on the elastic launching portion on the other side of the launching platform main body A launching platform having at least one launch lever for pushing through the opening; And a projectile mounted on the elastic firing portion and fired by an elastic force that the opening portion of the elastic firing portion expands and contracts. Since the rod-like projectile forms various movement paths and reaches the target, it is possible to further enhance the interest of the launch game, and the movement route is changed according to the rotation direction and the rotation speed of the projectile, There is an advantage in that it can provide more enhanced life-span.

Description

Launcher for Toys {LAUNCHER FOR TOY}

The present invention relates to a launch device for a toy, and more particularly, to a launch device for a toy in which a rod-like projectile forms various travel paths and fires so as to reach a target.

Generally, a toy launch device inserts a bead-shaped projectile into a launch device, then targets the launch device in the direction in which the target is installed to launch the projectile.

1, the launching platform 10 includes a launching platform body 11 on which a bead-shaped projecting body 20 is mounted, a handle 12 on which a ball is formed, And a spring 13 installed at one side of the launching base body 11 and providing an elastic force to the handle 12 to launch the projectile 20 mounted inside the launching base body 11, do.

The launching apparatus 10 is configured to mount the launching body 20 on the launching base body 11 and then to position the launching base body 11 in the target direction and pull the pulling body 12 backward to release the elasticity of the spring 13 And a ball formed at the tip end of the handle 12 presses the projectile 20 and fires it.

However, the conventional launch apparatus 10 has a problem in that the interest in play is easily reduced by a simple process in which the projectile 20 is positioned so as to be in line with the target and then fired and the target is fired.

In order to solve these problems, it is an object of the present invention to provide a launch device for a toy in which a rod-like projectile forms various movement paths and fires so as to reach a target.

According to an aspect of the present invention, there is provided a launch device for a toy having a launching platform and a projectile body, wherein an elastic launching section having an opening spaced apart from the launching platform body at predetermined intervals is provided on one side of the launching platform body, A launching unit having a first launch lever for pressing one lateral side of the projectile mounted on the launching unit and a second launch lever for pressing the other lateral side of the projectile to pressurize the projectile through the opening; And a projectile mounted on the elastic firing portion and fired by an elastic force that the opening portion of the elastic firing portion expands and contracts.

Further, the elastic firing unit according to the present invention is characterized in that the elastic firing unit includes at least one groove part for dividing the elastic part so that the elastic part and the elastic part have a plurality of elastic pieces.

delete

The projectile according to the present invention is characterized in that the projectile has a cylindrical pipe having a constant diameter, a pipe having a slender central portion and a larger end portion than a diameter of the central portion, or a rugby ball pipe having a central portion having a diameter larger than that of both ends .

Further, the projectile according to the present invention is characterized by further comprising a rubber ring installed at both ends of the projectile body to increase frictional force with the ground.

The present invention is advantageous in that the rod-like projectile forms a variety of movement paths and reaches the target, thereby further enhancing the interest of the launch game.

Further, the present invention is advantageous in that the moving path is changed according to the rotational direction and the rotational speed of the projectile, thereby providing a more enhanced feeling of life as compared with the conventional launch device.

1 is a sectional view showing a structure of a general toy launch device;
2 is a perspective view showing a first embodiment of a launch device for a toy according to the present invention.
3 is a plan view of the launch device for the toy according to Fig.
Fig. 4 is an exploded perspective view showing a configuration of the launch device for a toy according to Fig. 2; Fig.
5 is a cross-sectional view showing the structure of the launch device for a toy according to Fig. 2;
FIG. 6 is a view illustrating an operation process of the launch device for a toy according to FIG. 2;
7 is a perspective view showing a second embodiment of a launch device for a toy according to the present invention.

Hereinafter, a preferred embodiment of a launch device for a toy according to the present invention will be described in detail with reference to the accompanying drawings.

(Embodiment 1)

FIG. 2 is a perspective view showing a first embodiment of a launch device for a toy according to the present invention, FIG. 3 is a plan view showing a launch device for a toy according to FIG. 2, FIG. 5 is a cross-sectional view showing the structure of the launch device for a toy according to FIG. 2; FIG.

2 to 6, the launch device for a toy according to the present invention includes a launching platform 100 and a launch vehicle 200.

The launching base 100 includes a launching base main body 110, an elastic firing unit 120, first and second through holes 130 and 131, And a launch lever (140).

The launcher main body 110 has a handle formed by extending a predetermined length in both directions so that the user can grasp it.

The launching base body 110 has a second through hole 131 in which the launching lever 140 is installed so that the launching lever 140 passes through the launching base body 110 and moves to the elastic launching unit 120 .

The elastic firing unit 120 is an elastic member having a cross-sectional shape of C shape and having an opening 121 formed at one side thereof and spaced apart at regular intervals and the other side being fixed to the launching base body 110 by being fixed thereto .

That is, the elastic firing unit 120 causes the projectile 200 to be fired by the elastic force of the opening 121.

The elastic firing unit 120 has a first through hole 130 communicating with the launching base body 110 so that the firing lever 140 can be inserted into the elastic firing unit 120.

The launch lever 140 is movably installed through the first and second through holes 130 and 131 through the launching base body 110 and the elastic firing unit 120 and is connected to the elastic firing unit 120 The projected projectile 200 is pressed in the direction of the opening 121 of the elastic firing part 120 so that the projectile 200 is fired by the elastic firing part 120.

The launch lever 140 is disposed on one lateral side of the projectile 200, for example, on the right side of the projectile 200 so that the projectile 200 mounted on the elastic launch part 120 can be launched in an arbitrary direction. A second launch lever 140b for pushing the other side of the projectile 200 in the lateral direction, for example, the left side of the projectile 200, and a second launch lever 140b for pushing the side of the launch lever body And a spring 142 for providing an elastic force to displace the elongated hole 141 and the firing lever 140.

That is, the first launch lever 140a is provided with a ball 141a for pressing the projectile 200 on the tip of the rod-shaped launch lever body, and the ball 141a, which presses the projectile 200, And a spring 1 142a for providing elasticity as much as possible.

The second launch lever 140b is provided with a ball 2 141b for pressing the projectile 200 at the tip of the bar shaped launch lever body and a ball 141b pressurizing the projectile 200 And a spring 2 142b that provides an elastic force to be in-situ.

The first and second launch levers 140a and 140b press the left or right sides of the projectile 200 or press the left and right sides of the projectile 200 at the same time to separate the projectile 200 from the left, .

More specifically, for example, when the first launch lever 140a presses the right side of the projectile 200, the right side of the projectile 200 is first detached from the resilient launcher 120, The elastic force of the elastic firing unit 120 is transmitted to the projecting body 200 at the moment the firing body 200 moves out of the opening 121. [ So that the projectile 200 rotates to the right and is fired.

In the opposite case, when the second launch lever 140b presses the left side of the projectile 200, the left side of the projectile 200 is first removed from the elastic launcher 120. As a result of the movement of the projectile 200 The elastic force of the elastic firing part 120 is transmitted to the right side of the projectile 200 as soon as the projectile 200 is released from the opening part 121, So that the projectile 200 is rotated to the left to be fired.

When the left and right sides of the projectile 200 are simultaneously pressed by simultaneously pressing the first and second launch levers 140a and 140b, the left and right sides of the projectile 200 are simultaneously released from the elastic launcher 120 So that the elastic force of the elastic firing unit 120 is uniformly transmitted to the projectile 200 so that the projectile 200 is fired forward.

The projectile 200 is mounted on the elastic firing part 120 and is configured to be fired by the elastic force of the elastic part 120 of the elastic firing part 120. The rotary part 211 is formed at both ends, The constant cylindrical shape of the pipe or the central part 220 is narrow and the rotary parts 211 at both ends are formed in a pipe shape having a diameter larger than the diameter of the central part 220 or a rugby ball having a diameter of the central part larger than the diameter of both ends. Shaped pipe, and is preferably formed as a pipe-like pipe shape.

The rotation unit 211 may be fixed to both ends of the projectile body 210 or may be freely rotatable. When the rotation unit 211 is rotatably coupled to the projectile body 210, Is launched from the elastic firing unit 120 and is allowed to roll better on the ground.

In addition, the projectile 200 may be provided with a rubber ring 230 so as to increase frictional force with the ground.

The operation of the launch device for a toy according to the present invention will now be described.

FIG. 6 is an exemplary view showing an operation process of the toy launch device shown in FIG. 2. As shown in FIG. 6, the launch vehicle 200 is mounted on the elastic launch part 120 fixed to the launching base body 110.

Thereafter, the first launch lever 140a or the second launch lever 140b is operated while holding the launch pad 100 by grasping the handle of the launch pad body 110 so that the user can launch the projectile 200 in an arbitrary direction, So that the launch vehicle 200 is launched into the target 300.

In this case, when the user presses the second launch lever 140b to press the launch vehicle 200, the left side of the launch vehicle 200 first departs from the elastic launch portion 120, and the elastic launch portion The projectile 200a fired to the elastic firing unit 120 is rotated to the left and is fired in the left direction A toward the target 300. As a result,

When the user presses the projectile 200 by pressing the first and second launch levers 140a and 140b simultaneously, the left and right sides of the projectile 200 are simultaneously detached from the elastic launcher 120, The elastic force of the elastic firing unit 120 is transmitted in the horizontal direction of the projectile 200 and the projectile 200b fired by the elastic firing unit 120 is fired in the straight direction B toward the target 300 without rotation .

When the user presses the first launch lever 140a to press the launch vehicle 200, the right side of the launch vehicle 200 first departs from the elastic launch part 120 and the elastic launch part The projectile 200c emitted to the elastic firing unit 120 rotates to the right and is fired in the right direction C toward the target 300. [

The target 300 may include a plurality of items such as numbers, figures, characters, arbitrary characters, dolls, etc. on the surface of the projectile 200 when the projectile 200 collides, Printed cards, etc.) are projected so that the fun of children's play can be further improved.

Accordingly, since the rod-like projectile forms various movement paths and reaches the target 300, the interest of the launch game can be further improved, and the travel route is changed according to the rotation direction and the rotation speed of the projectile, So that it is possible to provide a more enhanced feeling of life.

(Second Embodiment)

7 is a perspective view showing a second embodiment of the launch device for a toy according to the present invention. As shown in FIG. 7, the launch device for a toy comprises a launching platform 100 'and a launching platform 200.

Repeated descriptions of the same components as those of the launch pad 100 according to the first embodiment among the components of the launch pad 100 'according to the second embodiment are omitted and the same reference numerals are used.

The launching platform 100 'is configured to launch the launching platform 200 in an arbitrary direction and includes a launching platform body 110, an elastic launching portion 120a, a through hole 130, and a launching lever 140 .

The launching base body 110 has a handle formed by extending a predetermined length in both directions so as to be grasped by a user so that the launching lever 140 can pass through the launching base body 110 and move to the elastic launching part 120 ' do.

The elastic firing part 120a has an opening 121 formed at one side thereof with a predetermined gap therebetween, and the other side of the elastic firing part 120a is a member fixedly coupled to the launching base body 110, An elastic part 122, and a groove part 123. [0031]

The elastic portion 122 is configured to press the projectile 200 to be fired by an elastic force expanding and contracting together with the opening 121. A groove 123 is formed at the center in the longitudinal direction of the elastic portion 122 And a lower elastic portion 122b and a lower elastic portion 122b are formed on both upper and lower sides of the groove portion 123. The upper elastic portion 122a, the upper elastic portion 122a, 'b'.

The upper elastic part 1 122a and the lower elastic part 122b press the projectile 200 from one side of the elastic firing part 120a.

The upper elastic part 2 (122'a) and the lower elastic part 2 (122'b) pressurize the projectile 200 from the other side of the elastic firing part 120a.

That is, when the first launch lever 140a presses the right side of the projectile 200, the right side of the projectile 200 is first detached from the resiliently-fired portion 120a. As a result of the movement of the projectile 200, The upper elastic part 1 122a and the lower elastic part 1 122b of the elastic member 120a are separated from the elastic part 122 before the upper elastic part 2 122'a and the lower elastic part 2 122'b, Since the upper elastic part 122a and the lower elastic part 122b press the projectile 200 late due to the separated time difference, the projectile 200 separated from the elastic part 122 For example, to the right.

In contrast, when the second firing rod 140b presses the left side of the projectile 200, the left side of the projectile 200 is first removed from the elastic firing portion 120a. As a result of the movement of the projectile 200 The upper elastic part 2 122'a and the lower elastic part 2 122'b of the elastic firing part 120a are connected to the elastic part 122 before the upper elastic part 1 122a and the lower elastic part 122b The projected body 200 separated from the elastic part 122 is separated from the elastic body 122 because the upper elastic part 1 122a and the lower elastic part 1 122b push the projectile 200 until later due to the separated time difference For example, it is fired to the left.

When the upper elastic part 122a and the lower elastic part 122b and the upper elastic part 122a and the lower elastic part 122b press together the projectile 200, (200) is fired in the straight forward direction.

The elastic firing unit 120a includes a first through hole 130 communicating with the launching base body 110 so that the firing lever 140 can be inserted into the elastic firing unit 120. [

Accordingly, in order to allow the user to launch the launching object 200 in an arbitrary direction, the user holds the handle of the launching base body 110 and grasps the launching platform 100, so that the first launch lever 140a or the second launch lever 140b The upper elastic part 1 122a and the lower elastic part 1 122b and the upper elastic part 122b of the elastic firing part 120a when the projectile 200 is fired from the elastic firing part 120a by pressing at least one, 'a) and the lower elastic part 2 (122'b), the firing direction toward the target is adjusted and fired.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims. It can be understood that

In the course of the description of the embodiments of the present invention, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, , Which may vary depending on the intention or custom of the user, the operator, and the definitions of these terms should be based on the contents throughout this specification.

100: Launcher 110: Launcher body
120: elastic firing part 120a: elastic firing part
121: opening 122: elastic part
122a: upper elastic part 1 122'a: upper elastic part 2
122b: lower elastic part 1 122'b: lower elastic part 2
123: groove portion 130: first through hole
131: second through hole 140: firing lever
140a: first launch lever 140b: second launch lever
141: Ball 141a: Ball 1
141b: ball 2 142: spring
142a: spring 1 142b: spring 2
200: projectile 210: projectile body
211: rotating part 220:
230: rubber ring 300: target
310: Items

Claims (5)

A launch device for a toy having a launching platform and a projectile,
The elastic launch portions 120 and 120a are formed at one side of the launching base body 110 and are spaced apart from each other at regular intervals. The elastic launch portions 120 and 120a are provided at the other side of the launching base body 110, And a second launch lever 140b for pressing the other lateral side of the projectile 200. The first launch lever 140a presses one lateral side of the projectile 200, A launch pad 100 for pushing the projectile 200 to be fired through the base 100; And
Shaped projecting body (200) mounted on the elastic launching portions (120, 120a) and being fired by an elastic force that the opening portions (121) of the elastic launching portions (120, 120a) expand and contract.
The method according to claim 1,
The elastic firing portion 120a includes an elastic portion 122; And
And at least one groove part (123) for defining the elastic part (122) so that the elastic part (122) has a plurality of elastic pieces.
delete The method according to claim 1,
The projectile 200 is a cylindrical pipe having a constant diameter, a pipe having a narrow central portion and a larger end portion than a diameter of the central portion, or a rugby ball pipe having a central portion having a diameter larger than that of both ends To-be-launched.
5. The method of claim 4,
Wherein the projectile (200) further comprises a rubber ring (230) installed at both ends of the projectile body (210) to increase frictional force with the ground surface.

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