JP2012019932A - Advancing operation toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an advancing operation toy, enabling a toy body to advance in the direction along a placing surface in a stable attitude while being simple in structure.SOLUTION: The toy body 10 includes a lower body 10B and an upper body 10A, wherein the lower body 10B is provided with a plurality of leg parts 11A, 11B set on the placing surface 2. The lower body 10B is provided with a spiral spring 17 as a drive, and the upper body 10A is connected to a rotating part constituted by the spiral spring 17. With the center of gravity G of the upper body 10A eccentric to the axis, the center of gravity G is revolved in the horizontal direction. A contact resistance of one leg part 11B to the placing surface 2 is set sufficiently smaller than the contact resistance of the two remaining leg parts 11A to the placing surface 2. When the center of gravity G of the upper body 10A is revolved in the horizontal direction, the toy body slides toward the leg part 11B having the smaller contact resistance.

Description

  The present invention relates to a progressively operated toy that travels on a mounting surface such as a floor or a desk by the power of a driving body such as a spring.

  As a progressively operated toy that travels on a mounting surface such as a floor or a desk, the toy body is provided with vibration imparting means in addition to the toy body traveling by wheels, and the vibration imparting means is provided on the leg portion that is grounded on the placing surface. One that advances a toy body by transmitting vibration is known (see, for example, Patent Document 1).

  In the progressively operated toy described in Patent Document 1, a spring spring that is a driving body and an eccentric weight that pivots in the vertical direction by the spring spring are provided on the toy body, and the lower end of the toy body is in contact with the mounting surface on the mounting surface. A plurality of legs having a length are extended. In the case of this progressively operated toy, when the eccentric weight turns in the vertical direction by the force of the mainspring spring, the vibration accompanying the turning is transmitted to the elastic leg portion, and the leg portion wiggles on the mounting surface and moves the toy body. Proceed in an irregular direction.

JP-A-6-343767

  However, in this conventional progressively operated toy, the eccentric weight is pivoted in the vertical direction and the vertical vibration is transmitted to the legs, so the toy body is greatly shaken up and down and the posture becomes unstable. In addition, the power of the driving body (spring spring) cannot be efficiently applied in the traveling direction along the mounting surface.

  Therefore, the present invention is intended to provide a progressively operated toy that can advance the toy body in a stable posture in a direction along the placement surface while having a simple structure.

The progressive action toy according to the present invention employs the following means in order to solve the above problems.
According to a first aspect of the present invention, there is provided a traveling toy that travels on a placement surface by power of a driving body, a grounding portion that is placed on the placement surface, a toy body that is supported by the grounding portion, and the toy An eccentric weight that is provided on the body and pivots in the horizontal direction by the power of the drive body, and the toy body is moved along the mounting surface by a centrifugal force associated with the pivoting of the eccentric weight. It is a feature.
As a result, when the eccentric weight turns in the horizontal direction due to the power of the driving body, the centrifugal force accompanying the turning of the eccentric weight acts on the toy body horizontally, and as a result, the toy body follows the placement surface together with the grounding portion. Will move.

According to a second aspect of the present invention, in the progressively operated toy according to the first aspect, the contact resistance of the grounding portion is set unevenly around the rotation center of the eccentric weight. It is a feature.
As a result, when the centrifugal force accompanying the turning of the eccentric weight in the horizontal direction acts on the toy body in the horizontal direction, around the rotation center of the eccentric weight, a large drag is received from the mounting surface in the region where the contact resistance of the grounding part is large, In the region where the contact resistance of the grounding portion is small, the resistance received from the mounting surface is small. For this reason, a toy body advances toward the direction where the contact resistance of a grounding part is small.

According to a third aspect of the present invention, in the progressively operated toy according to the second aspect, the grounding portion is constituted by a plurality of legs extending from the toy body, and the contact of a part of the legs with respect to the mounting surface is described above. The resistance is set to be smaller than the contact resistance of other legs.
Thereby, when the centrifugal force accompanying the horizontal turning of the eccentric weight acts on the toy body in the horizontal direction, the toy body advances toward the side with the leg portion having a small contact resistance.

According to a fourth aspect of the present invention, in the progressively operated toy according to any one of the first to third aspects, the toy body includes a lower body that holds the driving body and an upper side of the lower body, and the driving An upper body that is detachably connected to the rotation axis side of the body, and the upper body constitutes the eccentric weight by setting the position of the center of gravity to be shifted with respect to the rotation axis. It is characterized by.
Accordingly, it is possible to obtain different traveling behavior and rotational behavior by exchanging the upper body with another upper body having a different center of gravity and weight.

According to a fifth aspect of the present invention, in the progressively operated toy according to the fourth aspect, the upper body includes a body main body connected to the rotating shaft side, and a separate weight part detachably attached to the body main body. , Are provided.
Thereby, it is possible to obtain different traveling behavior and rotational behavior by exchanging the weight parts.

The invention according to claim 6 is the progressive toy according to claim 4 or 5, wherein the upper body is connected to the lower body between the upper body and the lower body with the upper body and the lower body being connected. Biasing means for urging the body upward and locking means for maintaining the upper body and the lower body in a connected state are provided, and the locking means is arranged in a radial direction from the outer peripheral surface of the upper body or the lower body. The lock release button that protrudes outward and the operation of the lock release button are interlocked with each other, and when the lock release button is in the protruding state, the upper body and the lower body are fixed to each other, and the lock release button is pushed in. And a movable hook that releases the mutual fixation of the upper body and the lower body.
As a result, when the two progressively operated toys face each other and the upper body of both progressively activated toys is rotated by the power of the drive body, both the progressively activated toys advance while rotating the upper body, When the upper body pushes in the lock release button of the other progressively operated toy, the movable hook of the pushed progressively activated toy releases the fixation between the upper body and the lower body. As a result, in the progressively operated toy having the lock release button pushed in, the upper body jumps upward by the force of the urging means and is separated from the lower body. At this time, since the centrifugal force due to the eccentric rotation of the center of gravity of the upper body does not act on the lower body, the advancing operation on the lower body side stops at that time.

According to a seventh aspect of the present invention, in the progressively operated toy according to the sixth aspect, a weapon part that also serves as a weight part is provided on the upper body so as to protrude radially outward, and the extended end of the weapon part and the lock The release button is arranged at the same height.
As a result, when two progressively operated toys face each other and face each other, the weapon parts that also serve as weight parts are swung along with the rotation of the upper body, and the extended end of the weapon parts is the unlock button of the opponent progressively operated toy. When pressed, the movable hook of the opponent progressing toy is released.

  According to the first aspect of the present invention, the eccentric weight is turned in the horizontal direction by the power of the driving body, and the toy body is moved in the direction along the mounting surface together with the grounding portion by the centrifugal force accompanying the turning of the eccentric weight. For this reason, the toy body can be advanced in a stable posture in the direction along the placement surface while having a simple structure.

  According to the second aspect of the present invention, the contact resistance of the grounding portion with the mounting surface is set non-uniformly around the rotation center of the eccentric weight. It is possible to proceed stably in the direction.

  According to the invention according to claim 3, since the contact resistance of some of the legs with respect to the mounting surface is set to be smaller than the contact resistance of the other legs, the toy body has the legs with low contact resistance. The contact resistance of the grounding part around the center of rotation of the eccentric weight can be easily managed by the installation position, area, number, etc. of each leg part. Therefore, it is possible to easily set the traveling direction.

  According to the invention of claim 4, the toy body is configured to include a lower body that holds the drive body and an upper body that also serves as an eccentric weight, and the upper body is on the rotating shaft side of the drive body. Since they are connected so as to be detachable, different traveling behaviors and rotational behaviors can be easily obtained by exchanging the upper body.

  According to the invention of claim 5, the upper body is configured to include a body main body connected to the rotation shaft of the driving body and a separate weight part that is detachably attached to the body main body. Different traveling behavior and rotational behavior can also be obtained by changing the weight parts.

  According to the invention of claim 6, the urging means and the locking means are provided between the upper body and the lower body, the locking means is a lock release button protruding radially outward, and the lock release button is in the protruding state. Sometimes the upper body and the lower body are fixed to each other, and when the unlock button is pushed in, the upper body and the lower body are unlocked so that the structure is equipped with a movable hook, so two progressively operated toys You can play a battle game in which the upper body is rotated and crushed, and the lock release button is pressed. And according to this invention, although it is a simple structure that does not use expensive electronic control equipment, when the unlock button is pressed, the upper body separates and jumps up, and at the same time, the behavior that instantaneously stops the progress Can be obtained.

  According to the seventh aspect of the present invention, when two progressively operated toys are made to fight, both progressively activated toys advance by swinging weapon parts along with the rotation of the upper body, and the weapon parts of one progressively activated toy are opponents. Since the movable hook of the opponent progressing toy can be released by pushing the lock release button of the progressing toy, it is possible to obtain a behavior as if the upper body of the opponent progressing toy was cut off with a weapon part.

It is a perspective view of the progressive action toy of one Embodiment of this invention. It is a disassembled side view of the progressive action toy of one Embodiment of this invention. It is the figure which combined and described the top view (A) and side view (B) of the progressive action toy of one Embodiment of this invention. It is sectional drawing which shows the assembly | attachment state of some components of the progressive action toy of one Embodiment of this invention. It is a perspective view which shows the assembly | attachment state of the one part component of the progressive action toy of one Embodiment of this invention. It is a top view which shows the action | operation of the progressive action toy of one Embodiment of this invention. It is a perspective view which shows the action | operation of the progressive action toy of one Embodiment of this invention.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
1 and 3 show the overall configuration of the progressively operating toy 1 of this embodiment, and FIG. 2 shows the progressively operating toy 1 disassembled into main components. This progressively operated toy 1 is a doll-shaped toy imitating a warrior general, and is placed on a toy body 10 corresponding to the torso and head of the doll and a mounting surface 2 such as a floor or a desk. Are provided with three leg portions 11 (grounding portions).

  The toy body 10 includes a first body block 12 and a second body block 13 constituting the upper body 10A, and a third body block 14 and a fourth body block 15 constituting the lower body 10B. The first body block 12 constitutes a part corresponding to the head of the doll, the second body block 13 constitutes a part corresponding to the chest of the doll, and the third and fourth body blocks 14 and 15 represent the upper waist of the doll. And a part corresponding to the lower waist. A weapon part 16 (weight member) that also functions as a weight is detachably attached to the second body block 13 corresponding to the chest, and the three leg portions described above are attached to the fourth body block 15 corresponding to the lower waist. 11 is attached.

  The fourth body block 15 has a cylindrical peripheral wall, and three leg portions 11 extend around the peripheral wall at substantially equal intervals. As for the leg part 11, two 11A of 11 and 11A are made into the same structure, and the remaining one 11B differs in a structure. The two legs 11A having the same structure have a structure in which a rubber ground tire 11Ab is attached to the tip of a hard resin leg main body 11Aa, and the remaining one leg 11B is integrally formed of hard resin. The flat end surface 11Bb having a small area on the tip end side is placed on the installation surface 2. The leg portions 11A, 11A and 11B have different contact resistances with respect to the mounting surface 2, and the contact resistances of the two leg portions 11A and 11A are larger than the contact resistances of the remaining leg portions 11B.

  A spring body 17 serving as a driving body is accommodated in the fourth body block 15. The mainspring 17 is housed in a casing together with a rotating shaft 18 (hereinafter referred to as “rotating shaft 18 of the mainspring 17” as necessary for convenience of explanation), and the direction of rotation when a person rotates the rotating shaft 18. Is incorporated in the casing so that the rotation of the rotary shaft 18 can be obtained by accumulating and releasing the elastic force. The rotary shaft 18 of the spring 17 is disposed on the shaft core portion of the fourth body block 15 along the vertical direction. A connecting shaft 19 having a substantially D-shaped cross section protruding upward from the upper surface of the fourth body block 15 is coaxially attached to one end side of the rotating shaft 18, and a balance weight 20 is attached to the other end side of the rotating shaft 18. It has been.

4 and 5 are diagrams showing details of the third body block 14 and the second body block 13.
The third body block 14 is provided with a flat surface 21 on a part of a substantially cylindrical peripheral wall, and is connected to a connecting shaft 19 protruding from the upper surface of the fourth body block 15 on the lower surface of the axial center position. A shaped fitting hole 22 is provided. The flat surface 21 is stepped from the upper surface side of the third body block 14 with a certain thickness, thereby forming a beam-shaped clamping portion 23. A locking projection 24 and a substantially rectangular opening 25 are provided adjacent to each other on the side of the upper surface of the third body block 14 opposite to the sandwiching portion 23 with the shaft core portion interposed therebetween. . The locking projection 24 is disposed on the shaft core side of the opening 25, and the locking projection 24 is provided with a claw 26 that faces the opening 25. On the upper surface of the claw 26, a guide slope 26a whose tip side is inclined downward is provided.
In addition, a pair of urging buttons 28 urged upward by a spring 27 as shown in FIG. (Biasing means) is provided. When the third body block 14 and the second body block 13 are assembled, the urging button 28 is pressed against the lower surface of the second body block 13 and pushed down.

  The second body block 13 is provided with a fitting protrusion 29 having a D-shaped cross section on the upper surface of the axial center position, and a substantially L-shaped fixing hook at a position spaced radially outward from the axial center position on the lower surface side. 30 is integrally extended. The fixed hook 30 extends downward, and the bent distal end is locked to the beam-shaped sandwiching portion 23 of the third body block 14 from below. The second body block 13 is assembled with a lock unit 31 (locking means) for locking the second body block 13 and the third body block 14 in a connected state. The lock unit 31 protrudes outward from a side surface of the second body block 13 and a substantially L-shaped movable hook 33 extending downward through a substantially rectangular opening 32 provided on the lower surface of the second body block 13. And a unit body 35 that connects the movable hook 33 and the lock release button 34 and is slidably accommodated in the second body block 13, as shown in FIG. 35 is urged by a spring 36 in a direction that causes the lock release button 34 to protrude outward. Further, the unit body 35 is displaced against the force of the spring 36 by pushing the lock release button 34, and at this time, the movable hook 33 is simultaneously displaced in the same direction. The claw 37 on the distal end side of the movable hook 33 is bent to the side facing the fixed hook 30, and a guide slope 37 a with the distal end side inclined upward is provided on the lower surface of the claw 37.

  When the second body block 13 is coupled to the third body block 14, as shown in FIGS. 4 and 5, the front end portion of the fixing hook 30 is hooked on the lower surface of the clamping portion 23 on the third body block 14 side. In this state, the second body block 13 is pressed against the upper surface of the third body block 14 against the urging force of the urging button 28. Thus, when the second body block 13 is pressed, the guide slope 37a of the claw 37 of the movable hook 33 comes into contact with the guide slope 26a of the claw 26 of the locking projection 24, and the lock unit is guided by the guide action of both guide slopes 26a, 37a. The unit body portion 35 of 31 is displaced against the force of the spring 36. When the unit body portion 35 is displaced in this way, when the claw 37 of the movable hook 33 gets over the claw 26 of the locking projection 24, the unit body portion 35 returns again to the initial position direction by the force of the spring 36, where both the claws 37, 26 are engaged with each other. As a result, the second body block 13 and the third body block 14 are joined together. In addition, the 2nd body block 13 and the 3rd body block 14 are set so that both axial centers may correspond, when it couple | bonds together in this way.

On the other hand, when releasing the coupling between the second body block 13 and the third body block 14, the lock release button 34 of the lock unit 31 is pushed in from the outside to the inside of the second body block 13. Thus, when the lock release button 34 is pushed, the unit body portion 35 is displaced against the force of the spring 36, and the claw 37 of the movable hook 33 is disengaged from the claw 26 of the locking projection 24 with the displacement. When the claw 37 of the movable hook 33 is released in this way, the second body block 13 is flipped up from the third body block 14 by the urging force of the urging button 28.
The outer end face of the lock release button 34 is an arc surface that draws an arc centered on the axis of the second body block 13.

  A weapon mounting groove 38 for inserting and mounting the above-described weapon component 16 is provided in a portion of the peripheral wall of the second body block 13 that is opposite to the portion where the unlock button 34 is disposed. . A weight having a predetermined weight is built in the weapon part 16 to be mounted in the weapon mounting groove 38, and when the weapon part 16 is mounted on the second body block 13, as shown in FIGS. Further, the center of gravity G of the upper body 10A is eccentric with respect to the axis O. Therefore, when the upper body 10B rotates by receiving the rotational force of the mainspring spring 17, the eccentric center of gravity G of the upper body 10A functions as an eccentric weight and turns in the horizontal direction.

Incidentally, the first body block 12 corresponding to the head of the doll is provided with a D-shaped fitting hole 39 into which the fitting protrusion 29 of the second body block 13 is inserted. By engaging with the fitting protrusion 29, the first body block 12 is coaxially coupled to the second body block 13. The first body block 12 is a part for modeling a character imitating equipment such as a doll's head and spear, but by changing the shape, weight, and weight of the equipment. The position of the center of gravity and the moment of inertia of the upper body 10A can be changed simultaneously. For this reason, it is desirable to prepare a plurality of types of first body blocks 12 in advance so that they can be appropriately replaced.
Further, reference numeral 40 in FIG. 3 denotes a fixture mounting hole provided in a portion spaced from the axis O on the upper surface of the second body block 13. In this equipment mounting hole 40, other equipment (weight parts) such as a flag with a built-in weight can be appropriately inserted and mounted.

  When actually playing with this progressively operated toy 1, in the state where the toy body 10 is assembled, for example, the lower body 10A is held with one hand, and the upper body 10B is rotated in a predetermined direction with the other hand in that state. As a result, rotational energy is accumulated in the mainspring spring 17 incorporated in the fourth body block 15. In this state, the progressive action toy 1 starts moving by placing the progressive action toy 1 on the placement surface 2 and releasing the hand.

At this time, as shown in FIGS. 3A and 3B, in the progressively operated toy 1, the upper body 10A rotates in a certain direction so as to swing the weapon part 16, and the center of gravity G of the upper body 10A is set to the lower body 10B. It turns around the axis O. Thus, when the center of gravity G of the upper body 10A turns, a centrifugal force acts on the lower body 10B along with the turning. At this time, the toy body 10 obtains a large reaction force F ′ against the centrifugal force F from the placement surface 2 in a region where the two leg portions 11A and 11A are in contact with the placement surface 2 by the rubber ground tire 11Ab. However, a sufficient reaction force F ′ that resists the centrifugal force F cannot be obtained from the mounting surface 2 in a region where the end portion 11Bb made of the hard resin is in contact with the mounting surface 2 with the leg portion 11B. For this reason, when the position of the center of gravity G approaches the leg part 11B when the center of gravity G of the upper body 10A turns, the traveling toy 1 moves in the direction in which the leg part 11B is located (the direction indicated by the white arrow in FIG. 3). The whole will be shifted.
Therefore, in this progressively operated toy 1, the entire movement proceeds on the mounting surface 2 in a slidable manner in a fixed direction (intermittently in a stable posture) with the swinging operation of the weapon part 16 (rotation of the upper body 10A). .

FIG. 6 shows the movement of each progressively active toy 1 when playing with two progressively active toys 1 and 1 playing against each other.
In this case, the battle is started when the opponent holds the progressively operated toy 1 with their hands and faces each other on the placement surface 2, and both opponents release their hands from the progressively activated toy 1 in this state.
In this way, when the battle is started, each progressively operated toy 1 moves in the shape of a sliding foot toward the opponent toy while swinging the weapon part 16. At this time, when the upper body 10A of one progressive action toy 1 turns backward (when the lock release button 34 faces the opponent advancement action toy 1), the other advance action toy 1 swings around the weapon part 16. As shown in FIG. 6, the unlocking button 34 of one of the progressively operated toys 1 is pushed by the weapon part 16 of the other progressively activated toy 1, and a game is reached at that time.

FIG. 7 shows a state when the lock release button 34 of the progressive action toy 1 is pressed during the battle.
As shown in the figure, when the lock release button 34 is pressed, the entire upper body 10A jumps upward with respect to the lower body 10B, and the upper body 10A is separated from the lower body 10B. Then, when the upper body 10A is separated in this way, the centrifugal force generated by the upper body 10A does not act on the lower body 10B, so that the sliding action of the lower body 10B and the legs 11A, 11B is instantaneously stopped.

  As described above, in this progressively operated toy 1, the center of gravity G of the upper body 10A is turned in the horizontal direction by the power of the mainspring spring 17, and the toy body is driven by the horizontal centrifugal force accompanying the turning of the center of gravity G of the upper body 10A. Since 10 is moved in the direction along the mounting surface 2 together with the legs 11A and 11B, the toy body 10 can be advanced in a stable posture without greatly changing in the vertical direction, although it has a simple structure.

In this progressively operated toy 1, the contact resistance of one leg 11B attached to the lower body 10B with respect to the mounting surface 2 is sufficiently higher than the contact resistance with respect to the grounding surface 2 of the other two legs 11A. Therefore, the toy body 1 can be reliably advanced intermittently in the direction of the leg 11A together with the legs 11A and 11B.
In addition, the grounding part with respect to the mounting surface 2 of the progressively operated toy 1 does not necessarily need to be clearly separated into a large number of leg parts 11A and 11B, as long as the contact resistance is set unevenly around the axis. However, in the case where the grounding portion is constituted by a plurality of leg portions 11A and 11B as in this embodiment, the contact resistance of the grounding portion is determined according to the installation position, area, number, etc. of the leg portions 11A and 11B. Therefore, there is an advantage that the traveling direction of the traveling toy 1 can be easily set.

  In this progressively operated toy 1, the toy body 10 is configured to include a lower body 10B that holds the mainspring spring 17 and an upper body 10A that also serves as an eccentric weight, and the upper body 10A is the lower body 10B. Since it is made detachable with respect to the rotation drive part (fitting protrusion 29), different advance operation | movement and rotation behavior can be easily obtained by replacement | exchange of 10 A of upper bodies. Therefore, a behavior peculiar to the character drawn (or shaped) on the upper body 10A can be easily created.

  Furthermore, in the case of the progressively operated toy 1 of this embodiment, the weapon part 16 also serving as a weight part is detachably attached to the second body block 13 constituting the upper body 10A. Different advancing behavior and rotational behavior can be obtained also by exchanging with one having a different sheath length. Therefore, the weapon component 16 can have a characteristic that changes the behavior of the progressively operated toy 1.

  In this progressively operated toy 1, an urging button 28 is provided on the upper surface of the third body block 14 on the lower body 10B side, and a lock unit 31 is provided on the second body block 13 on the upper body 10A side. The lock unit 31 includes a movable hook 33 that engages with the locking protrusion 24 on the third body block 14 side, an unlock button 34 that protrudes to the outer peripheral side of the second body block 13, and the movable hook 33 and the unlock button. Since the structure includes the unit body 35 for connecting 34, the two progressively operated toys 1 and 1 are rotated against each other by rotating the upper body 10A, and a battle game is performed in which the unlock button 34 is pressed. Can do. In this progressively operated toy 1, the upper body 10 </ b> A is separated from the lower body 10 </ b> B and jumps up at the same time when the lock release button 34 is pressed, even though it has a simple structure that does not use an expensive electronic control device. The behavior of stopping instantaneously can be obtained.

  Further, in this progressively operated toy 1, a weapon part 16 that also serves as a weight is attached to the second body block 13 on the upper body 10A side so as to protrude radially outward, and the extension end of the weapon part 16 and the unlocking are released. Since the buttons 34 are arranged at the same height, when the two progressively operated toys 1, 1 are made to fight, the progressively activated toy 1 that swings the weapon part 16 is locked by the weapon part 16. By pushing in the release button 16, it is possible to obtain a behavior as if the upper body 10 </ b> A of the opponent traveling operation toy 1 was cut off with the weapon part 16.

  In addition, this invention is not limited to said embodiment, A various design change is possible in the range which does not deviate from the summary. For example, in the above embodiment, the mainspring spring 17 is used as a driving body that rotates the upper body 10A in the horizontal direction (rotates the eccentric weight in the horizontal direction), but the driving body is not necessarily limited to the mainspring spring 17, Rotating means using a spring other than the spring type, an electric motor, or the like can also be used.

DESCRIPTION OF SYMBOLS 1 ... Progressive action toy 2 ... Mounting surface 10 ... Toy body 10A ... Upper body (eccentric weight)
10B ... Lower body 11A, 11B (11) ... Leg (grounding part)
13 ... Second body block 16 ... Weapon parts (weight parts)
17 ... Spring spring (driving body)
18 ... Rotating shaft 28 ... Biasing button (Biasing means)
31 ... Lock unit (locking means)
33 ... Moveable hook 34 ... Unlock button

Claims (7)

In a progressive toy that travels on the mounting surface by the power of the driving body,
A grounding part placed on the mounting surface,
A toy body supported by this grounding part;
An eccentric weight provided in the toy body and pivoting in the horizontal direction by the power of the driving body,
A traveling toy characterized in that the toy body is moved along the mounting surface by a centrifugal force accompanying the turning of the eccentric weight.   The traveling action toy according to claim 1, wherein the contact resistance of the grounding part is set non-uniformly around the rotation center of the eccentric weight.   The grounding portion is constituted by a plurality of legs extending from the toy body, and the contact resistance of some of the legs with respect to the placement surface is set smaller than the contact resistance of the other legs. The progressive action toy according to claim 2, wherein: The toy body includes a lower body that holds the driving body, and an upper body that is provided above the lower body and is detachably connected to a rotation shaft of the driving body.
The advancing operation according to any one of claims 1 to 3, wherein the upper body constitutes the eccentric weight by setting a position of a center of gravity to be shifted with respect to the rotation axis. toy.   The progressive action toy according to claim 4, wherein the upper body includes a body main body connected to the rotating shaft side and a weight part detachably attached to the body main body. A biasing means for biasing the upper body upward with respect to the lower body in a state where the upper body and the lower body are coupled, and the upper body and the lower body are coupled between the upper body and the lower body. Locking means for maintaining the state, and
The locking means is interlocked with the operation of the unlocking button and the unlocking button projecting radially outward from the outer peripheral surface of the upper body or the lower body, and when the unlocking button is in the projecting state, the upper body A movable hook that fixes the upper body and the lower body to each other and releases the mutual fixation of the upper body and the lower body by pressing the lock release button is provided. Progressive working toy as described.   The upper body is provided with a weapon part that doubles as a weight part and projects radially outward, and the extended end of the weapon part and the unlock button are arranged at the same height. 6. The progressive operation toy according to 6.

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