JP4280057B2 - Mobile toy powered by external force used in shooting game device and cart for mobile toy - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a mobile toy and a carriage used in a shooting game apparatus using a mobile toy that uses an external force as a power source.
[0002]
[Prior art]
There is a game apparatus that uses an electric remote-controlled mobile toy that competes to run the electric mobile toy on an obstacle-playing field and reach the target position. However, a similar game device using a moving toy that uses an external force as a power source has not been proposed.
[0003]
The reason is that many of the conventional mobile toys that use external force as a power source can move only in a straight line, as represented by miniature cars. It is presumed that the game progresses monotonously and the player's interest is immediately lost. In addition, the lack of a simple shooting device that applies external force to a moving toy that uses external force as a power source is one of the reasons that a shooting game device that uses a moving toy that uses external force as a power source has not been put to practical use. I guess that.
[0004]
Therefore, the applicant has developed and sold a shooting game device called Beast Shooter (trademark), which makes it possible to cause the mobile toy that uses external force as a power source to make various movements to increase the interest of the player. is doing.
[0005]
[Problems to be solved by the invention]
All of the mobile toys that have been developed for this type of shooting game device have only been slid and moved on the play field. Therefore, when an obstacle is ahead, it is necessary to play by moving the moving toy to a position where the obstacle does not become an obstacle.
[0006]
An object of the present invention is to provide a mobile toy that uses an external force that can move over a play field by jumping over an obstacle.
[0007]
Another object of the present invention is to provide a mobile toy and a carriage using an external force as a power source, which can easily constitute a flip-up mechanism.
[0008]
Another object of the present invention is to provide a mobile toy that uses an external force as a power source and does not require an extremely large size of the entire carriage even if a flip-up mechanism is provided.
[0009]
Still another object of the present invention is to provide a mobile toy that uses an external force as a power source, which can easily construct a flip-up mechanism having a small number of parts, few malfunctions, and high durability.
[0010]
Another object of the present invention is to provide a mobile toy that uses an external force as a power source that can change the jumping angle and flight distance by changing the strength of shooting.
[0011]
[Means for Solving the Problems]
In an example of a shooting game apparatus in which a mobile toy using an external force as a drive source according to the present invention is used, for example, a plurality of types of carts that move differently and a single cart selected from a plurality of types of carts are attached. An external force is applied to a mobile toy (hereinafter simply referred to as a mobile toy) having a power source of at least one toy main body having a cart mounting portion and a cart mounted on the cart mounting portion of the toy main body. And a shooting device. Here, as the multiple types of carts, those that change in the direction of movement depending on how external force is applied, those that move linearly, those that move while curving, those that move while rotating, etc. are used. be able to. The toy body generally has a structure in which an exterior is mounted on the carriage mounting portion, and various figures such as automobiles, animals, and monsters can be adopted as the exterior.
[0012]
The mobile toy according to the present invention includes a cart placed on the play field, a toy main body attached to the cart, and when the external force is applied, the toy main body is directed upward from the play field (obliquely upward). ) It has a flip-up mechanism. In the mobile toy of the present invention, when there is an obstacle in the traveling direction or in the front (including the case where another mobile toy becomes an obstacle), the flip-up mechanism is operated, and the toy main body is lifted diagonally upward The moving toy can be moved so as to jump over obstacles. Therefore, the use of the mobile toy according to the present invention can greatly increase variations in attack and defense of the shooting game device.
[0013]
In the specification of the present application, “bounce up” means to kick up the game field with the power stored in the inside, and “bounce up force” described later is for jumping up the game field. It means necessary power.
[0014]
The flip-up mechanism may be provided on the cart or on the toy body. The cart and the toy body may be removable (replaceable), but the present invention can of course be applied to a moving toy that cannot replace the cart.
[0015]
In addition, in order to make the toy body jump up, the cart itself may be inclined with respect to the surface of the play field, or the cart is arranged in a horizontal state with respect to the play field. In this case, the flip-up mechanism may be arranged so that the flip-up force of the flip-up mechanism is inclined with respect to the surface of the play field.
[0016]
The carriage has a structure including a carriage body attached to the carriage attachment portion and a carriage support body that supports the carriage body so as to be movable on the play field. Here, the carriage support may be a rolling body such as a ball or a roller that rolls on the play field, a sliding body that slides (slides) on the play field, or a projection for sliding. And when providing a raising mechanism in a trolley | bogie main body, you may use a part of raising mechanism as a sliding body which comprises at least one part of a trolley | bogie support body.
[0017]
The flip-up mechanism may be of any structure as long as it is in an operating state when an external force is applied and can apply the flip-up force directly or indirectly to the toy body. For example, a jump mechanism that changes from a standby state to a firing state when an external force is applied, and a stored state when the trigger mechanism is displaced from the firing state to the standby state, and is released when the trigger mechanism enters the firing state. Bounce-up force generating member that generates a spring-up force that springs up the trolley, and a hop-up force that raises the toy main body that is operated by the hop-up force of the spring-up force generating member and that is attached to the trolley mounting portion It can be set as the structure provided with the member. With such a structure, the flip-up mechanism can be easily configured, and a certain amount of technique is required because the jump-up operation cannot be performed unless external force is applied so that the trigger mechanism operates. The interest of the player in the game can be increased. Depending on how the game progresses, when the opponent player's moving toy hits the trigger mechanism and an external force is applied to the trigger mechanism, the moving toy may jump up and be released out of the play field. It will be more interesting.
[0018]
As the spring-up force generating member, a spring can be typically used, but it is needless to say that an elastic body such as rubber having high elasticity may be used. Further, the positional relationship between the flip-up member and the cart body when the flip-up mechanism is provided on the cart is arbitrary. For example, when the flip-up force generating member is in the stored state, the trigger mechanism is engaged and the engagement with the trigger mechanism is released so that the tip is held at the first position outside the carriage body. When the flip-up force generating member is released, the tip portion is relatively displaced toward the second position farther from the cart body than the first position by the flip-up force (the cart body is separated from the play field). As a result, the main portion of the flip-up member is accommodated in the toy main body so that the tip end portion is displaced to the second position farther from the cart main body than the first position). Good. In this way, even if the flip-up mechanism is provided, the overall size of the carriage does not become extremely large, so that a mobile toy with a flip-up mechanism can be manufactured in a small size.
[0019]
In this case, the bogie main body connects the bottom wall portion having an opening through which a part of the flip-up member passes, the upper wall portion facing the bottom wall portion in the vertical direction, and the bottom wall portion and the upper wall portion. A plurality of side wall portions constituting a peripheral wall portion, and an intermediate wall portion that is positioned between the first space region and the second space region in the cart body and extends in the up-down direction. Can do. The flip-up member is integrally provided with the base of the flip-up member body that extends in the vertical direction, the tip end portion is exposed from the opening, and at least the base portion is disposed in the first space region, and is a trigger mechanism. It can be set as the structure provided with the to-be-engaged part engaged with this trigger engaging part. Furthermore, the trigger mechanism is integrally provided with a trigger engaging portion disposed in the first space region, and has an external force receiving portion that receives external force at the other end, and a slide portion that slides along the bottom wall portion, and a slide The locking portion is provided integrally with the locking portion and disposed in the second space region, and is positioned between the locking portion and the intermediate wall portion in the cart body, and the locking portion faces the intermediate wall portion. And a power storage member that stores power when it moves. The flip-up force generating member can be disposed between the upper wall portion of the carriage main body and the flip-up member. By using this specific structure, it is possible to easily construct a flip-up mechanism with a small number of parts, few malfunctions, and high durability.
[0020]
When the flip-up member main body has a structure including a recess extending in the vertical direction and opening toward the upper wall portion, and the flip-up force generating member is constituted by a spring for lifting, the bottom of the recess and the cart body A spring for raising can be disposed between the upper wall portion and the upper wall portion. When a part of the spring for springing is accommodated in the recess, the spring can be easily attached and positioned.
[0021]
In addition, after the engagement between the trigger engaging portion of the trigger mechanism and the engaged portion of the flip-up member is released in the carriage body, the tip of the flip-up member is engaged with the engaged portion of the flip-up member. It is preferable to provide a stopper portion that allows the portion to be held in the second position. Accordingly, the flip-up member can be relatively displaced with a simple structure and reliably between the first position and the second position.
[0022]
In addition, when at least a part of the cart support is constituted by the flip-up member, the bottom of the cart main body or the toy main body is played with the tip portion when the tip of the flip-up member is at the first position. -You may provide integrally the protrusion (it comprises a part of cart support body) which contacts a field and supports a toy main body in a predetermined attitude | position. In this way, by appropriately determining the height dimension of the protrusion, it is possible to arbitrarily determine the reference of the flip-up angle and the flight distance. The flight distance and the flip-up angle are in an inversely proportional relationship. However, even a moving toy equipped with the same flip-up mechanism can change the jump-up angle or flight distance by changing the distance between the shooter and the external force receiving portion of the trigger mechanism. For example, when the distance between the shooter and the external force receiving portion of the trigger mechanism is shortened, the flip-up angle decreases, and when this distance is increased, the flip-up angle tends to increase.
[0023]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of a mobile toy that uses an external force of the present invention as a power source will be described in detail below with reference to the drawings. Before explaining an example of the embodiment, a configuration and a playing method of an example of a shooting game apparatus using the mobile toy of the embodiment will be described with reference to FIGS. 1 to 4. The shooting game apparatus includes a moving toy 1 that uses at least one external force as a power source, and a shooting device 3 that applies external force to the moving toy 1. As will be described in detail later, this game device is played by placing the moving toy 1 on a play field 5 as shown in FIG. 2 and applying an external force to the moving toy 1 by the shooting device 3.
[0024]
The mobile toy 1 is a single cart selected from a plurality of types (four types in the illustrated example) of carts 9, 11, 13, and 15 that move differently in a cart mounting portion to be described later inside the toy main body 7. Has a structure attached. The carts used in the embodiments of the present invention to be described later can also be included in these plural types of carts. As for the existing four types of carts, those that change the direction of movement depending on how external force is applied, those that move linearly, those that move while curving, those that move while rotating, and those that are easily attacked There are various types that do not move. The four types of existing carts are classified based on the movement mode of movement (or the shape of the miracles). The cart 9 is a normal type cart, the cart 11 is a straight type cart, and the cart 13 Is a curve type carriage, and the carriage 15 is a grip type carriage. As will be described later, these carts 9, 11, 13, and 15 have symmetrical outer shapes so that they can be attached by rotating the front and rear by 180 °.
[0025]
FIGS. 3A to 3C are bottom views of the toy main body 7 schematically showing the states of the carriage mounting portions 17, 19, 21 configured inside the moving toy 1. The toy body 7 has a structure in which an exterior is mounted on the carriage mounting portion, and various figures such as automobiles, animals, and monsters can be adopted as the exterior. The cart attachment portion 17 shown in FIG. 3A includes a cart body housing recess 18 that is elongated in the direction from the front surface F to the back surface BT of the toy body 7. The cart attachment portion 19 shown in FIG. 3B includes a cart body housing recess 20 that is elongated in a direction orthogonal to the direction from the front F toward the back BT. Further, the carriage mounting portion 21 shown in FIG. 3C includes a carriage main body storage recess 22 in which openings extending in a direction from the front F toward the back BT and in a direction perpendicular to the direction form a cross shape. The dolly body storage recesses 18 and 20 are formed in a symmetrical shape so that the dolly can be fitted in a state where the front and rear of the dolly 9, 11, 13, 15 are changed by 180 °. The main body storage recess 22 is formed in a symmetrical shape so that the carriage can be fitted in a positional relationship in which the carriages 9, 11, 13, 15 are rotated by 90 °.
[0026]
The shooting device 3 may have various structures. In this example, a spring member is used as a power source. As shown in FIG. 1, the shooting device 3 has a piston 23 whose outer surface shape that is displaced between the front position and the rear position is a prismatic shape, and the piston 23 can be displaced between the front position and the rear position. A piston holding case 25 that holds the piston 23 in a movable manner, a spring member (not shown) as a power source disposed inside the piston holding case 25, and a member configured inside the piston holding case 25. A piston engagement structure (not shown) having a structure that can be released and released and an external force applying mechanism 29 that applies an external force to the piston engagement structure 27 can be used. The piston holding case 25 is configured by combining an upper case 25a and a lower case 25b configured to be divided into two in the vertical direction.
[0027]
In order to displace the piston 23 of the shooting device 3 from the rear position to the front position so that the shooting device 3 is in the firing state, a push button that constitutes a part of the external force applying mechanism 29 that applies an external force to the piston engagement structure 27 Press 28 down. The push button 28 is always urged so as to be displaced upward by a spring member (not shown). In addition, the engaging part (not shown) of the push button 28 and the engaged part provided in the upper case 25a are engaged, and the push button 28 is stopped at the upper position. When the player pushes the push button 28 downward, the internal spring member is released, and the piston 23 moves from the rear position to the front position.
[0028]
This game apparatus can be performed on a desk or a floor, but a dedicated play field 5 may be used as shown in FIG. The play field 5 shown in FIG. 2 is a board type play field in which a non-slip sheet 67 is joined under the board-like member 65. The board-like member 65 is formed with a plurality of holes 69 in a bottomed state or a penetrating state so as to extend in the thickness direction. The hole 69 in this example is a hole with a bottom. The plurality of holes 69 are positioned and fixed to the play field 5 with a plurality of obstacles that have insertion portions inserted into the holes 69 and prevent the movement of the moving toy 1 moving on the play field 5. Used for. In this example, a plurality of rods 71 are used as an example of an obstacle, and one end of the rod 71 is inserted into the hole 69. In this example, one end of a plurality of rods 71 is inserted into a plurality of holes 69 selected from a plurality of holes 69 formed in the board-like member 65. A plurality of fence members 73 are arranged on the play field 5 using these rods 71. The fence member 73 to be used includes rod fitting portions 77 and 77 into which the rod 71 is fitted at both ends of the bar 75. In this example, a plurality of types of fence members having different lengths of the bar 75 are used. The fence member 73 is arranged in a state where the rod fitting portions 77 and 77 at both ends are fitted to the two rods 71 and 71 selected from the plurality of rods 71, and prevents the passage of the moving toy 1. Configure.
[0029]
Next, the existing cart attached to the toy body 7 will be described. In order to be able to replace and install multiple types of carts, multiple types of carts and toy body carriage mounting parts can be manually attached to the cart mounting parts. In addition, each of the plurality of types of carts is configured so that it can be manually removed from the cart mounting portion. FIGS. 4A and 4B are schematic perspective views of the normal type cart 9 and the curve type cart 13 shown in FIG. These four types of carts 9, 11, 13, and 15 basically have similar configurations. As an example, the outline will be described assuming that the normal type cart 9 shown in FIG. 4A is a standard cart. 4A and 4B are schematic diagrams for explanation, and details are omitted. A standard normal type cart 9 shown in FIG. 4A includes a box-shaped cart main body 91, a part of which is rotatably accommodated in the cart main body 91, and the remaining portion is a bottom wall portion 93 of the cart main body. It has one spherical body 97 as one or more rolling elements exposed from the formed opening 95 beyond the bottom wall surface of the bottom wall portion. The carriage main body 91 is configured by combining two divided first and second carriage main body halves 99a and 99b. A protrusion 96 is provided on the bottom of the carriages 9 and 13.
[0030]
5A and 5B are a perspective view of the mobile toy 1 according to an embodiment of the present invention as viewed from the front side and a perspective view as viewed from the back side. 6A to 6E are a plan view, a front view, a bottom view, a left side view, and a right side view showing details of the jump type carriage 100 used in the present embodiment, and FIG. ) To (C) are respectively a cross-sectional view taken along line VIIA-VIIA in FIG. 6A, a cross-sectional view taken along line VIIB-VIIB in FIG. 6B, and a partially omitted line VIIC-VIIC in FIG. It is sectional drawing. Since the cart body 101 is configured by combining the two cart body half portions 101a and 101b, the cart body in the sectional view taken along the line VIIA-VIIA in FIG.
[0031]
In these drawings, the bogie main body 101 of the bogie 100 includes a bottom wall portion 105 having an opening 103 through which a part of a flip-up member 127 described later passes, and an upper wall facing the bottom wall portion 105 in the vertical direction. Part 107, and four side wall parts 109 a to 109 d constituting peripheral wall part 109 connecting bottom wall part 105 and upper wall part 107. In the bottom wall portion 105, a fitting hole 104 is formed continuously from the opening portion 103 so that a slide portion 133 of a trigger mechanism 123, which will be described later, is slidably fitted. Further, at both ends in the width direction of the bottom wall portion 105 (the direction in which the side wall portions 109a and 109c face each other), protruding portions are provided to hook the tip of a tool such as a screwdriver when removing the cart 100 from the cart mounting portion of the toy body 7. 111 is provided integrally. Further, the pair of side wall portions 109a and 109c are engaged with engaged portions provided on the carriage mounting portion of the toy main body 7, and a pair of engagement pieces 113 for preventing the carriage from being easily detached from the carriage mounting portion. Are provided integrally.
[0032]
As shown in FIGS. 7A and 7B, the space in the carriage body 101 is divided into a first space region 115 and a second space region 117. In FIG. 7A, the jumping force generating member is omitted. In the bogie main body 101, an intermediate wall portion 119 is provided that extends between the first space region 115 and the second space region 117 and extends in the vertical direction. The intermediate wall portion 119 is configured by intermediate wall portion constituting portions 109a and 109b provided in the split carriage main body half portions 101a and 101b.
[0033]
In the present embodiment, a flip-up mechanism 121 that flips the cart body 101 (or the toy body 7) upward from the play field when an external force is applied is provided on the cart body 101. The flip-up mechanism 121 includes a trigger mechanism 123 that changes from a standby state to a launch state when receiving an external force, a flip-up force generating member 125, and a flip-up member 127. The flip-up force generating member 125, which is a coil spring extending in the vertical direction, is stored when the trigger mechanism 123 is displaced from the firing state to the standby state, and is released when the trigger mechanism 123 is in the firing state. A jumping force is generated. Further, the flip-up member 127 is operated by the jump-up force of the jump-up force generating member 125 and jumps up the toy main body 7 to which the cart main body 101 is attached to the cart attachment portion.
[0034]
The trigger mechanism 123 includes a trigger engaging portion 129 disposed in the first space region 115 at one end and an external force receiving portion 131 that receives an external force at the other end, and slides along the bottom wall portion 105. Part 133 is provided. The slide portion 133 is integrally provided with a locking portion 135 disposed in the second space region 117. And between this latching | locking part 135 and the intermediate wall part 119 in the trolley | bogie main body 101, the accumulating member 137 which consists of a coil spring arrange | positioned when the latching | locking part 135 moves toward the middle wall part 119 is arrange | positioned Has been. In order to prevent the energy storage member 137 from falling, the locking portion 135 is integrally provided with a protrusion (not shown) that is inserted into the internal space of the coil spring. A through hole 136 through which the flip-up member 127 passes is formed in the slide portion 133 between the trigger engagement portion 129 and the locking portion 135. The portions 134 of the slide part 133 located on both sides of the through hole 136 constitute a stopper part.
[0035]
The flip-up member 127 has a distal end portion 139 that extends in the vertical direction and is curved outward, exposed from the opening 103 provided in the bottom wall portion 105, and an end portion or base portion that is located on the opposite side of the distal end portion 139. A flip-up member main body 141 disposed in the first space region 115 and a flange-like engaged portion 143 that is provided integrally with the base portion and engages with the trigger engaging portion 129 of the trigger mechanism 123 are provided. ing. The flip-up member main body 141 includes a recess 145 that extends in the vertical direction and opens toward the upper wall portion 107 of the carriage main body 101. The jumping force generating member 125 made of a coil spring for lifting is disposed between the bottom 146 of the recess 145 and the upper wall 107.
[0036]
Then, when the flip-up force generating member 125 is in the stored state (compressed state), the flip-up member 127 is covered so that the tip 139 is held at the first position outside the cart body 101. The engaging portion 143 is engaged with the trigger engaging portion 129 of the trigger mechanism 123. When the engagement between the engaged portion 143 and the trigger engaging portion 129 is released and the flip-up force generating member 125 is released (when the compression is released), the flip-up force causes the first position to move from the first position. Also, the tip 139 is relatively displaced toward the second position away from the cart body 101 (the cart body 101 is separated from the game field, and as a result, the tip 139 is more than the cart in the first position. The main part is accommodated in the cart body 101 so as to be displaced to a second position away from the body 101.
[0037]
In the carriage main body 101, after the engagement between the trigger engaging portion 129 of the trigger mechanism 123 and the engaged portion 143 of the flip-up member 127 is released, the engagement is performed with the engaged portion 143 of the flip-up member 127. Thus, a stopper portion is provided that enables the tip portion 139 of the flip-up member 127 to be held in the second position. In this example, the stopper portion is constituted by the portion 134 of the slide portion 133 of the trigger mechanism 123. In addition, it is good also as providing a protrusion in the inner wall of the side wall part of the trolley | bogie main body 101, and making this into a stopper part.
[0038]
FIGS. 8A to 8F are diagrams showing the operating state of the flip-up mechanism in stages. The state shown in FIG. 8A shows a state where the trigger mechanism 123 is disengaged (a state where the flip-up force generating member 125 is released, that is, a firing state). At this time, the tip 139 of the flip-up member 127 is in the second position. And the accumulating member 137 of the trigger mechanism 123 is in a compressed and accumulated state.
[0039]
When the flip-up member 127 is pushed upward (in the direction of the arrow) from the state shown in FIG. 8A, the engaged portion 143 of the jump-up member 127 until the state shown in FIG. 8B is reached. Rises along the inner wall surface of the trigger engaging portion 129. When the engaged portion 143 is positioned above the trigger engaging portion 129 in the state shown in FIG. 8C, the slide portion 133 is in the state shown in the figure by the release of the energy storage member 137 of the trigger mechanism 123. Moving to the left, the trigger engaging portion 129 enters the lower side of the engaged portion 143, and both are engaged. This state is a state in which the trigger mechanism 123 is in a standby state, and is a state in which the tip end portion 139 of the flip-up member 127 is in the first position.
[0040]
As shown in FIG. 8D, when an external force is applied to the external force receiving portion 131 and the slide portion 133 moves in the right direction (in the direction of the arrow), the trigger engagement portion 129 also moves to the right side and is engaged. The engagement between the joint portion 143 and the trigger engagement portion 129 is released. As shown in FIG. 8 (E), when the engagement is released, the spring-up force generating member 125 in the stored state is released, and the spring-up member 127 is displaced to the position shown in FIG. 8 (F). (The tip 139 is displaced from the first position to the second position). Due to the movement of the flip-up member 127 at this time, the carriage 100 is flipped upward.
[0041]
FIG. 9 shows a state where the carriage 100 jumps up together with a toy main body (not shown) by the operation of the flip-up mechanism. In the illustrated state, the cart 100 is in a horizontal state. However, since the center of gravity of the toy main body is actually shifted from the center of gravity of the cart 100, the cart 100 is inclined on the play field. The mobile toy jumps up in an inclined direction. As shown in FIG. 3, when the protrusion 8 is provided on the outer surface of the bottom of the toy body 7 to determine the posture of the moving toy in the stopped state, the cart 100 or the moving toy is determined by appropriately determining the protruding dimension of the protrusion 8. The inclination state can be arbitrarily determined. Further, as in the existing carriage shown in FIG. 4, a protrusion 96 may be provided on the outer surface of the bottom wall of the carriage so that the inclination angle of the carriage is an arbitrary angle.
[0042]
FIG. 10 shows a state where the moving toy 1 jumps over the obstacle. In many cases, the actual flight trajectory T is a trajectory in which a parabola is drawn as shown in FIG. It is also possible to draw a trajectory flying while rotating by appropriately changing the position of the center of gravity.
[0043]
In the above embodiment, the trolley is provided with the flip-up mechanism. However, the trolley may be provided with rolling elements as shown in FIG. 4 and the toy main body may be provided with the hop-up mechanism. Moreover, you may make it provide both a rolling element and a raising mechanism in a trolley | bogie.
[0044]
【The invention's effect】
According to the mobile toy of the present invention, since the flip-up mechanism for flipping the toy main body upward from the play field when an external force is applied is provided, if there is an obstacle in the traveling direction or in the front, The moving toy can be moved so as to jump over the obstacle by operating the raising mechanism and jumping the toy body upward. As a result, there is an advantage that variations of attack and defense of the shooting game device can be greatly increased.
[0045]
Moreover, according to this invention, the moving toy which can change a flip-up angle and a flight distance suitably can be obtained.
[Brief description of the drawings]
FIG. 1 is a diagram used for explaining a configuration of an example of a shooting game device using a moving toy.
FIG. 2 is a diagram used for explaining an example of a playing method of a shooting game apparatus using a moving toy.
FIGS. 3A to 3C are views showing a bottom surface of an existing toy main body.
4A and 4B are schematic perspective views as seen from the bottom side of the normal type carriage and the curve type carriage shown in FIG.
5A and 5B are a perspective view of an embodiment of the mobile toy according to the present invention as seen from the front side and a perspective view as seen from the back side.
FIGS. 6A to 6E are a plan view, a front view, a bottom view, a left side view, and a right side view showing details of a jump type carriage used in the present embodiment.
7A to 7C are cross-sectional views taken along the line VIIA-VIIA in FIG. 6A, the cross-sectional view taken along the line VIIB-VIIB in FIG. 6B, and the VIIC-VIIC line in FIG. It is sectional drawing.
FIGS. 8A to 8F are diagrams showing the operating state of the flip-up mechanism in stages.
FIG. 9 is a view showing a state in which a cart jumps up together with a toy body (not shown) by an operation of a flip-up mechanism.
FIG. 10 is a diagram showing a state in which a moving toy jumps over an obstacle.
[Explanation of symbols]
1 Mobile toy
3 Shooting device
5 Play field
7 Toy body
9, 11, 13, 15
17, 19, 21
18, 20, 22 Recess for dolly body storage
23 piston
25 Piston holding case
27 Piston engagement structure
29 External force application mechanism
31 Spring member
65 Board-shaped member
69 multiple holes
71 rod
73 Fence members
75 bar
77 Rod fitting part
91,101 Bogie body
100 carts
121 Bounce mechanism
123 Trigger mechanism
125 Bounce force generating member
127 Bounce-up member
129 Trigger engagement part
133 Slide part
139 Tip
143 engaged part

Claims (10)

A mobile toy powered by an external force used in a shooting game device,
A trolley placed on the play field;
A toy body attached to the carriage;
A flip-up mechanism that is provided on the cart and when the external force is applied, raises the cart together with the toy body upward from the play field;
The jump mechanism is a trigger mechanism that changes from a standby state to a firing state when receiving the external force;
When the trigger mechanism is displaced from the fired state to the standby state, the power is stored, and when the trigger mechanism is in the fired state, the trigger mechanism is released and generates a jumping force that springs up the cart together with the toy body. A flip-up force generating member that
A moving toy that uses an external force as a power source, and includes a flip-up member that is operated by the flip-up force of the flip-up force generating member and flips up the carriage together with the toy body. The toy body is provided with a carriage mounting portion for attaching the carriage,
The carriage has a carriage body that is attached to the carriage attachment portion, and a carriage support that is provided on the carriage body and contacts the play field, and supports the carriage body on the play field. And
The mobile toy using an external force as a power source according to claim 1, wherein the flip-up mechanism is provided in the cart body. The flip-up member engages with the trigger mechanism so that a tip portion is held at a first position outside the cart body when the flip-up force generating member is in the stored state, and the trigger When the engagement with the mechanism is released and the flip-up force generating member is released, the tip portion moves toward the second position farther from the cart body than the first position by the flip-up force. The mobile toy using an external force as a power source according to claim 2 , wherein a main part of the flip-up member is housed in the toy body so as to be relatively displaced. The bogie main body includes a bottom wall portion having an opening through which a part of the flip-up member passes, an upper wall portion facing the bottom wall portion in the vertical direction, the bottom wall portion, and the upper wall portion. A plurality of side wall portions constituting peripheral wall portions to be connected, and an intermediate wall portion that is located between the first space region and the second space region in the cart body and extends in the up-down direction,
The flip-up member is provided integrally with the base, the flip-up member main body extending in the vertical direction and having a tip portion exposed from the opening and a base portion disposed in the first space region. An engaged portion that engages with the trigger engaging portion of the trigger mechanism,
The trigger mechanism includes the trigger engaging portion disposed in the first space region at one end and an external force receiving portion that receives the external force at the other end, and slides along the bottom wall portion. Part, a locking part provided integrally with the slide part and disposed in the second space region, and the locking part disposed between the locking part and the intermediate wall part. It is composed of a storage member that stores energy when moving toward the intermediate wall,
The mobile toy using an external force as a power source according to claim 3, wherein the flip-up force generating member is disposed between the upper wall portion of the carriage main body and the flip-up member. The spring force generating member is a spring for springing,
The flip-up member main body includes a recess that extends in the vertical direction and opens toward the upper wall portion,
The mobile toy using an external force as a power source according to claim 4, wherein the spring for raising is disposed between a bottom portion of the recess and the upper wall portion.   In the cart body, after the engagement between the trigger engaging portion of the trigger mechanism and the engaged portion of the flip-up member is released, it engages with the engaged portion and the flip-up member 6. A mobile toy using an external force as a power source according to claim 3, 4 or 5, wherein a stopper portion is provided that enables the tip portion to be held in the second position.   The mobile toy using an external force as a power source according to claim 2, wherein the flip-up member constitutes at least a part of the carriage support.   At the bottom of the cart body or the toy body, when the tip of the flip-up member is in the first position, the toy body contacts the play field together with the tip to hold the toy body The mobile toy using an external force as a power source according to claim 7, wherein a protrusion supporting the posture is integrally provided. A mobile toy powered by an external force used in a shooting game device,
One dolly selected from multiple types of dolly that move differently,
A toy body provided with a carriage mounting portion to which the selected one carriage is attached;
The plurality of types of trolleys and the trolley mounting portion of the toy main body can manually mount any of the plurality of types of trolleys to the trolley mounting portion. Each is configured to be removable from the attachment,
The selected cart is further provided with a flip-up mechanism that, when the external force is applied, jumps the mobile toy together with the selected cart from the play field upward. And
The jump mechanism is a trigger mechanism that changes from a standby state to a firing state when receiving the external force;
When the trigger mechanism is displaced from the fired state to the standby state, the power is stored, and when the trigger mechanism is in the fired state, the trigger mechanism is released and generates a jumping force that springs up the cart together with the toy body. A flip-up force generating member that
A moving toy that uses an external force as a power source, and includes a flip-up member that is operated by the flip-up force of the flip-up force generating member and flips up the carriage together with the toy body. A cart for a mobile toy used for a mobile toy using an external force as a drive source,
A cart body attached to the toy body;
A carriage support provided on the carriage body to contact the play field and supporting the carriage body on the play field;
A flip-up mechanism that is provided in the cart body and when the external force is applied, raises the cart body together with the toy body upward from the play field;
The jump mechanism is a trigger mechanism that changes from a standby state to a firing state when receiving the external force;
When the trigger mechanism is displaced from the fired state to the standby state, the power is stored, and when the trigger mechanism is in the fired state, the trigger mechanism is released and generates a jumping force that springs up the cart together with the toy body. A flip-up force generating member that
A cart for a moving toy, comprising: a flip-up member that operates by the flip-up force of the flip-up force generating member and flips the cart together with the toy body.

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