JP7291306B1 - object ejection toy - Google Patents

Abstract

An object of the present invention is to provide an article ejection toy with a relatively simple structure that can eject an article (not limited to a car toy) stored in a plurality of placing parts from one slope. [Means] A plurality of placement sections arranged at locations having different heights from an article discharge surface, configured to enable detention and release of articles, and delivering the released articles, and a plurality of placement sections. A toy body provided with a movable support portion that can move to a position corresponding to the placement location, and an upper end portion is rotatably attached to the movable support portion, and the placing portion is moved as the movable support portion moves. a slope that has a receiving port connected to the exit for receiving the article, the slope of which changes along with the movement of the movable support, and discharges the received article onto the article discharge surface, wherein the movable support moves along with the movement , release the placement section corresponding to the delivery port connected to the receiving port. [Selection drawing] Fig. 1

Description

The present invention relates to an object ejection toy.

Conventionally, as an example of an article ejection toy, the vehicle-mounted base is raised to the top of the tower with the toy vehicle installed on the vehicle-mounted base by the holding means, the vehicle-mounted base is locked by the locking means at the elevated position, and the unlocking means is used. There is known a toy vehicle launching toy in which the vehicle-mounted stand is dropped by releasing the lock by the vehicle stand, and the toy vehicle is launched by releasing the holding means at the drop position (see Patent Document 1). ).

Utility Model Registration No. 3168838

According to the toy vehicle launching device, a plurality of vehicle mounts are provided for launching a plurality of toy vehicles.
However, there is a problem that the structure becomes complicated because each mounting base requires lifting means, locking means, and holding means in order to launch a plurality of toy vehicles. In addition, it is not suitable for continuous firing because it is necessary to raise the mounting table for each firing.
The present invention has been made in view of such circumstances, and has a relatively simple structure that can continuously discharge articles (not limited to automobile toys) stored in a plurality of placement sections from a single slope. The purpose is to provide an ejection toy.

The first means is
a plurality of placement units arranged at a position higher than an article discharge surface, configured to enable placement and release of placed articles, and having delivery ports for delivering the released articles; a toy body provided with a movable support portion capable of moving a location corresponding to the placement location of the portion;
An upper end portion is rotatably attached to the movable support portion, and a receiving port is connected to the delivery port as the movable support portion moves to receive the article from the delivery port, and the movable support portion moves. a slope that changes the slope along with and discharges the received article to the article discharge surface;
the plurality of placement sections are arranged at different heights from the article discharge surface;
The movable support part causes the placement part corresponding to the delivery port connected to the receiving port to release detention as it moves.
It is characterized by

The second means is the first means,
The toy main body is provided with a guide rail for guiding the movement of the movable support,
The movable support portion is configured to be movable along the guide rail.

A third means is the second means, wherein the plurality of placement portions are arranged in a row in the height direction.

A fourth means is the third means,
The movable support portion is configured to be able to be lifted along the guide rail to a third position where the receiving port of the slope is higher than the delivery port of the uppermost placing portion,
The toy main body is provided with a locking device that locks and unlocks the movable support portion at the third position,
It is characterized by

A fifth means is the third means,
the mounting surface of the mounting portion has a downward slope toward the delivery direction of the article,
The placement portion is provided with a stopper that operates between a first position where the article is retained and a second position where the article is released from retention,
The movable support portion is provided with a contact member that contacts a stopper operating portion of the stopper to move the stopper to the second position when the receiving port is connected to the delivery port.
It is characterized by

A sixth means is the fifth means,
Corresponding to the mounting portion, an operator is provided that can move between a lock position that locks the stopper at the first position and an unlock position that unlocks the stopper, wherein the operator is the operator. When in the lock position, the lowering of the movable support portion is stopped at a portion of the placing portion corresponding to the manipulator.

A seventh means is the sixth means, wherein when the movable support portion rises, the abutment member slides into contact with the stopper operation portion and escapes from the stopper operation portion so that the stopper moves to the first position. characterized by maintaining

The eighth means is any one of the first to seventh means,
In the placing section,
A plurality of article storage units are provided which are partitioned by partitions, arranged in a direction orthogonal to the sending direction, and each of which can hold the article,
The slope includes:
A plurality of tracks partitioned by partitions are provided corresponding to each of the plurality of article storage units,
It is characterized by

A ninth means is the eighth means, wherein the article is a toy car.

According to the first means, one slope is connected to each of the plurality of placement sections in a state in which the articles placed on the plurality of placement sections differing in height from each other are detained. It is possible to realize an article ejection toy with a relatively simple structure that can successively eject the articles retained on the placing section.

According to the second means, since the movable support moves along the guide rail, the movable support can be moved smoothly.

According to the third means, the articles can be discharged in order from the placing sections arranged in the height direction.

According to the fourth means, since the movable support portion can be locked in a raised state, it is possible to realize an article ejection toy that is easy to play with.

According to the fifth means, since the placing surface of the placing section has a downward slope in the sending direction and the articles are retained by the stoppers, the articles can be easily discharged only by removing the stoppers. can be done.

According to the sixth means, the movable support portion stops and the article is not ejected at the location locked at the second position by the operation member, and the movable support portion resumes its descent by releasing the lock with the operation member. Since the article is discharged at the same time, the variety of play can be increased.

According to the seventh means, since the stopper does not operate when the movable support portion is raised, it is possible to prevent the article from being ejected.

According to the eighth means, since a plurality of articles are discharged simultaneously from each placing portion in a row, a large-scale article discharging toy can be realized.

According to the ninth means, the toy car placed on the plurality of placing parts can be started from one slope.

1 is a perspective view showing an article ejection toy (firing toy) according to an embodiment; FIG. It is the perspective view which looked at the toy main body from the front side. It is the perspective view which looked at the toy main body from the back side. It is a perspective view of a mounting part. It is a top view of a mounting part. It is a perspective view of a stopper. It is a top view of the left movable support part and its periphery. It is a top view of the right movable support part and its periphery. FIG. 4 is a perspective view showing the internal structure of the left movable support; It is a perspective view of a stopper operating device. It is a right view of a stopper operating device. 1 is a perspective view of a handle locking device; FIG. It is a perspective view of a floor switch. (A) and (B) are plan views showing operating states of the floor switch. It is an exploded perspective view of a slope. FIG. 4 is a perspective view showing a stopper of a spiral mounting portion and its surroundings;

An embodiment of the present invention will be described below with reference to the drawings.

《Outline of the toy》
FIG. 1 is a perspective view showing an article ejection toy according to an embodiment.
This article ejection toy is constructed as a departure toy 10 imitating a multilevel parking lot in which a hand-push type automobile toy 80 can be accommodated and ejected.
The starting toy 10 includes a toy body 20 capable of accommodating a large number of car toys 80 and a slope 60 for discharging the car toys 80 housed in the toy body 20. - 特許庁
The toy main body 20 is a high-floor building. Parts corresponding to the first to fourth floors and the roof of the toy main body 20 constitute placing parts 21A, 21B, 21C, 21D, and 21E on which the car toy 80 is placed. Since the mounting sections 21A to 21E have substantially the same configuration, common items thereof will be described together as the mounting section 21 instead of the mounting sections 21A to 21E, unless it is necessary to explain them individually. .
Further, on the left side of the toy main body 20, there is provided a mounting section 23 including a spiral slope 22 and on which the automobile toy 80 is mounted.
Furthermore, the toy main body 20 is provided with a handle 24 . A top end of a slope 60 is attached to the handle 24 . The handle 24 is configured to be able to move up and down, and the gradient of the slope 60 changes as the handle 24 moves up and down. The handle 24 can be locked at the top position (third position), and the handle 24 locked at the top position is lowered by pressing the start switch 25 .
Also, the toy body 20 is provided with floor switches 26A, 26B, 26C, 26D, and 26E corresponding to the placement portions 21, respectively. Since the floor switches 26A to 26E have substantially the same configuration, the common items will be described together as the floor switch 26 instead of the floor switches 26A to 26E unless it is necessary to describe them individually. The floor switch 26 controls starting and stopping of the toy car 80 on the corresponding placement section 21 .

《Overview of how to play》
Now, the toy car 80 is placed on the placing parts 21 and 23, the handle 24 is stopped at the uppermost position (initial position), and all the floor switches 26 beside the placing part 21 are set to the "departure" side. Assume that there is
When the start switch 25 is pressed in this state, the handle 24 automatically begins to descend. This descent continues until the handle 24 reaches its lowest position.
When the handle 24 is lowered, the upper end of the slope 60 is also lowered, and the receiving port of the slope 60 is sequentially connected to the delivery port of the placing section 21 according to the lowered position.
Then, when the receiving port of the slope 60 is connected to the delivery port of the placement section 21 , the car toy 80 is delivered onto the slope 60 from the placement section 21 . As a result, the toy car 80 descends the slope 60 and is discharged onto the floor surface (discharge surface). At the same time when the toy car 80 accommodated in the lowermost placing portion 21 is discharged, the toy car 80 placed on the placing portion 23 is also discharged to the floor surface at the same time.

Next, the case where the toy car 80 is placed on the placement portions 21 and 23, the handle 24 is stopped at the uppermost position (initial position), and a part of the floor switch 26 is on the "stop" side will be described. .
In this case, the car toy 80 is ejected through the slope 60 in the same manner as described above at the mounting portion 21 corresponding to the floor switch 26 operated to the "fire" side.
On the other hand, the lowered handle 24 stops at the position of the placing portion 21 corresponding to the floor switch 26 operated to the "stop" side, and the car toy 80 is not ejected from the placing portion 21. In this case, to eject the toy car 80 from the placing portion 21, the floor switch 26 corresponding to the placing portion 21 is operated to the "departure" side. As a result, the handle 24 resumes its descent, and the toy car 80 is ejected from the placing portion 21 .
It should be noted that, at the same time when the toy car 80 accommodated in the lowermost placement section 21 is ejected, the toy car 80 placed on the placement section 23 is also ejected onto the floor at the same time as described above. be.

<<Toy body 20>>
2 is a perspective view of the toy main body 20 as seen from the front side, and FIG. 3 is a perspective view of the toy main body 20 as seen from the rear side.
The toy main body 20 constitutes a four-storied accommodation section with a raised floor and no walls and a high degree of openness.
In this toy body 20, portions corresponding to the 1st to 4th floors and the roof constitute one mounting portion 21 respectively. As shown in FIG. 5, four toy cars 80 in front and four in back can be placed on each placing portion 21 . The car toy 80 can be placed on the placement sections 21 on the first to fourth floors from the rear side of the toy main body 20 . Also, the toy car 80 can be placed on the placing section 21 on the roof from above or by using the slope 60B.

One floor switch 26 is provided corresponding to each mounting portion 21 on the operation panel 20 a arranged on the right side of the mounting portion 21 . The floor switch 26 is for stopping and starting the toy car 80 through detention and release of the toy car 80 on the corresponding placing section 21 .
Further, on the left side of the toy main body 20, there is provided a placement section 23 including a spiral slope 22 for placing the automobile toys 80 in a tandem state. A stopper 70 is provided at the discharge port 23a of the mounting portion 23. By the operation of the stopper 70, the toy car 80 placed on the mounting portion 23 is retained and released, and the toy car 80 stops and departs. is done.
Further, vertically extending guide rails 33L and 33R are provided on the front left and right sides of the toy main body 20, and a handle 24 is attached to the guide rails 33L and 33R.

<Placement unit 21>
4 is a perspective view of the mounting portion 21D, and FIG. 5 is a plan view of the mounting portion 21D.
Since the mounting portions 21A to 21C and 21E have substantially the same configuration, all the mounting portions 21 will be described using the drawing of the mounting portion 21D.
The mounting portion 21 has a mounting surface 30 on which the car toy 80 is mounted. The mounting surface 30 has a downward slope toward the front side. Each mounting surface 30 is provided with storage sections 30a, 30b, 30c, and 30d partitioned by partitions 21a.
In addition, the partition 21a of the mounting portion 21E on the roof is missing at the rear side, and the toy car 80 is run on the missing portion, for example, the car toy 80 climbing the slope 60B is placed on each of the placing portions 21 or on the top. It can be guided to the placement section 23 .

Stoppers 35a, 35b, 35c, and 35d are provided in the delivery port 34 attached to the mounting portion 21 so as to correspond to the storage portions 30a to 30d, respectively. Since the stoppers 35a to 35d have substantially the same structure, the stoppers 35a to 35d are collectively referred to as the stopper 35 unless they need to be individually described. As shown in FIG. 6, the stoppers 35a-35d are integrally connected to the shaft 36 and rotate between the first position and the second position. The stopper 35 is normally urged toward the first position by one coil spring 36a so as to assume the first position.
At the first position, the stopper 35 contacts the front of the toy car 80 and stops (holds) the toy car 80 on the mounting surface (see FIG. 5). At the second position, the stopper 35 is out of contact with the front of the toy car 80 (released from detention), causing the toy car 80 to start.

<Handle 24>
The handle 24 is configured in an arch shape imitating a departure gate. Left and right base ends 33L and 33R located on both sides of the handle 24 are engaged with left and right guide rails 33L and 33R.
That is, the left and right proximal ends of the handle 24 constitute movable support portions 37L and 37R of the slope 60 (see FIG. 2). As shown in FIGS. 7 and 8 (plan view), concave portions 38L and 38R extending in the vertical direction are formed in the movable support portions 37L and 37R. The recesses 38L and 38R are engaged with the edges of the guide rails 33L and 33R. The handle 24 is provided with rollers (not shown), which contact the surfaces of the guide rails 33L and 33R and roll on the surfaces of the guide rails 33L and 33R as the handle 24 is raised and lowered. To smoothly raise and lower a handle 24. - 特許庁

As shown in FIG. 9, the movable support portion 37L is provided with a speed governor 39 composed of a gear mechanism. The speed governor 39 adjusts the descending speed of the handle 24, and one gear 39a meshes with rack teeth 39b formed on the surface of the rail 33L. A pin 40L (see FIG. 2) for attaching the slope 60 is provided on the movable support portion 37L.
On the other hand, the movable support portion 37R is provided with a stopper operating device 41 and a pin 40R for attaching the slope 60 thereto. The pin 40R is movable left and right, is biased leftward, and is engaged with the hole 64R (see FIG. 15) of the slope 60 by the biasing force.

(Stopper operating device 41)
10 is a perspective view of the stopper operating device 41, and FIG. 11 is a right side view of the stopper operating device 41. FIG.
The movable support portion 37R includes, as a stopper operating device 41, a rotating member 42 that can rotate within a predetermined angle range about a shaft 42a that extends in the left-right direction, and A contact member 43 rotatable within a predetermined angular range about an extending shaft 43a and a lock member 44 movable in the left-right direction are provided.

The rotating member 42 is configured to be rotatable about a shaft 42a between a fourth position and a fifth position. The rotation member 42 is fixed at the fourth position by moving the lock member 44 to the right by attaching the slope 60 to the movable support portions 37L and 37R.

The contact member 43 is configured to be rotatable about a shaft 43a between sixth and seventh positions with respect to the rotating member 42. A torsion spring (not shown) is wound around the shaft 43a. ) is biased toward the sixth position.

The abutment member 43 is at the sixth position when the handle 24 is lowered with the rotating member 42 fixed at the fourth position, and abuts against the stopper operating portion 53 of the stopper 35 from above. , the stopper 35 is moved to the second position against the biasing force of the coil spring 36a. As a result, the car toy 80 is released from the stopper 35 . The contact member 43 slips through the stopper operation portion 53 of the stopper 35 by moving the stopper 35 to the second position.
On the other hand, when the handle 24 is raised with the rotating member 42 fixed at the fourth position, the contact member 43 contacts the stopper operation portion 53 of the stopper 35 from below at the sixth position. 53, the contact member 43 moves toward the seventh position against the biasing force of the torsion spring (not shown) (see two-dot chain line in FIG. 11). As a result, the contact member 43 slips past the stopper operating portion 53 of the stopper 35 without operating the stopper 35 .

Next, a case where the slopes 60 are not attached to the left and right movable support portions 37L and 37R will be described.
In this case, the lock member 44 is in a state in which it can move in the left-right direction. When the handle 24 is lowered in this state, the contact member 43 contacts the stopper operating portion 53 of the stopper 35 from above. Rotate to the fifth position. As a result, the contact member 43 escapes from the stopper operating portion 53 of the stopper 35, and the stopper 35 is not operated.

<Handle locking device 45>
12 is a perspective view of the handle locking device 45. FIG. The handle locking device 45 locks and unlocks the handle 24 at the uppermost position. The handle locking device 45 is provided on a structure 20b (see FIG. 3) erected on the roof of the toy body 20. As shown in FIG.
A locking member 46 is provided at the fixed portion of the toy main body 20 . The locking member 46 operates between eighth and ninth positions. The locking member 46 is biased toward the eighth position by the coil spring 47 . On the other hand, a locking recess 48 is formed in the rear surface of the movable support portion 37R of the handle 24. As shown in FIG.
Then, when the handle 24 is lifted and the upper edge of the locking recess 48 abuts against the lower surface of the claw 46a of the locking member 46 at the eighth position, the locking member 46 moves to the ninth position and the locking recess is closed. When the pawl 46a is aligned with 48, the locking member 46 is returned to the eighth position by the biasing force of the coil spring 47, and the locking recess 48 and the pawl 46a are fitted, and the handle 24 is locked at the uppermost position. .
Further, the locking member 46 is formed with an upward inclined surface 46b. On the other hand, a start switch 25 is provided above the locking member 46 . When the start switch 25 is pressed while the locking recess 48 and the claw 46a are engaged with each other, the start switch 25 is brought into sliding contact with the upward inclined surface 46b of the locking member 46, thereby causing the locking member to move. 46 moves to the ninth position, the engaging recess 48 and the claw 46a are disengaged, and the engagement of the handle 24 is released.

《Floor switch 26》
13 is a perspective view of the floor switch 26, and FIGS. 14A and 14B are plan views showing the operating state of the floor switch 26. FIG.
The floor switch 26 has a slide member 50 that can move in the left-right direction. The slide member 50 is provided with an elastic piece 51 having a convex portion 51a and a knob 52. As shown in FIG. By operating the knob 52 to the left or right, the projection 51a engages with a recess (not shown) provided in the fixed portion of the operation panel 20a, so that the floor switch 26 can be positioned either left or right. be stopped.
When the knob 52 is operated to the left (to stop the vehicle) (FIG. 14A), the slide member 50 comes into contact with the stopper operating portion 53 at the right end of the stopper 35, and the rotation of the stopper 35 is locked. As a result, the toy car 80 is not released from being held by the stopper 35, and the toy car 80 remains stopped. Further, by locking the rotation of the stopper 35, the abutting member 43 abutting against the stopper operating portion 53 is stopped, and the lowering of the handle 24 is stopped.
In this state, when the knob 52 is operated to the right (departure side), the slide member 50 comes out of contact with the stopper operation portion 53 at the right end of the stopper 35, and the rotation lock of the stopper 35 is released ( FIG. 14(B)). As a result, the handle 24 is lowered again, the toy car 80 is released from the stopper 24 , and the toy car 80 is sent out onto the slope 60 .

《Slope 60》
FIG. 15 is an exploded perspective view of the slope 60. FIG.
The slope 60 is composed of a first part 61 , a second part 62 and a third part 63 .
One end of the first part 61 on the side of the receiving port is attached to the movable support portions 37L and 37R, and left and right engagement holes 64L and 64R are formed in the one end. The engagement holes 64L, 64R are fitted with the protrusions 40L, 40R. A portion 65a of the outer surface of the right side wall 65R of the first part 61 abuts on the conical protrusion 44a of the lock member 44, thereby moving the lock member 44 to the right. As a result, the inclined surface 44b of the lock member 44 abuts against the rotating member 42, and the rotating member 42 is fixed at the fourth position. The abutment between the portion 65a of the outer surface of the right side wall 65R and the conical projection 44a continues even when the first part 61 rotates as the handle 24 moves up and down.
The second part 62 is attached to the other end of the first part 61 . A tongue piece 62a is formed on the second part 62, and the other end of the first part 61 is placed on the tongue piece 62a. The second part 62 is attached to the first part 61 by fitting inside the 66L and 66R.
The third part 63 is rotatably attached to the second part 62 via a shaft (not shown) extending in the width direction. This third part 63 is seated on the floor when in use.
The slope 60 configured in this manner has four tracks 68a, 68b, 68c, and 68d partitioned by partitions (not supported) corresponding to the four storage portions 30a, 30b, 30c, and 30d. (See Figure 1).

<<Placement unit 23>>
The mounting portion 23 has a spiral slope, and a stopper 70 is provided at the discharge port 23a. This stopper 70 is biased toward the raised position by a coil spring 71 . The stopper 70 stops the toy car 80 at the raised position, and starts the toy car 80 at the lowered position.
A projection 72 is attached to the stopper 70, and the projection 72 is engaged with an elongated hole 73b formed in one surface of an operating piece 73 that is rotatable about a shaft 73a.
The operating piece 73 is operated by contact with the lower surface of the movable support portion 37L of the handle 24 to move the stopper 70 downward.

<<Effects of Embodiment>>
According to the launch toy 10 configured as described above, the following main effects can be obtained.

First, by connecting one slope 60 to each of the plurality of placement sections 21 in a state in which articles are detained on the plurality of placement sections 21 arranged at different heights, the plurality of placement sections 21 can be arranged. It is possible to realize a relatively simple departure toy 10 that continuously ejects the toy car 80 that has been retained in the vehicle.

Secondly, since the movable support portions 37L and 37R descend under their own weight along the guide rails 33L and 33R, the movable support portions 37L and 37R can be moved smoothly, and a power source such as a motor or spring is required. Therefore, a relatively inexpensive starting toy 10 can be realized.

Thirdly, it is possible to discharge the placement sections 21 arranged in the height direction in order from the highest side.

Fourthly, since the raised handle 24 can be locked, it is easy to play with, and for example, the toy car 80 can be placed easily.

Fifth, since the placement surface 30 has a downward slope in the feeding direction and the toy car 80 is held by the stopper 35, the toy car 80 can be easily discharged by removing the stopper 35. can.

Sixthly, since the stopper 35 does not come off when the handle 24 is pulled up, the toy car 80 can be prevented from starting.

Seventhly, since a plurality of toy automobiles 80 are discharged from the mounting portions 21 of the movable support portion in a row, a large-scale departure toy 10 can be realized.

Eighth, at the location locked at the second position by the floor switch 26, the movable support portions 37L and 37R are stopped and the car toy 80 is not ejected. , 37R resumes movement and ejects the toy car 80, thereby increasing the variety of play.

<<Modification>>
In the above-described embodiment, a plurality of placement portions 21 are provided in a row in the height direction, but a plurality of placement portions 21 may be provided in a stepped manner.

Also, in the above embodiment, the toy car 80 was described as an example of the article, but the article may be a ball or other article.

Further, in the above-described embodiment, the placement surface 30 has a downward slope in the feeding direction, the toy car 80 is retained by the stopper 35, and the toy car 80 is ejected by removing the stopper 35. However, the stopper 35 side may be fixed, and the car toy 80 may be retained and released by changing the inclination angle of the mounting surface 30 .

Further, in the above-described embodiment, the movable support portions 37L and 37R are lowered by their own weight and raised manually, but they may be raised and lowered by a motor.

Further, it may be possible to freely increase or decrease (stack) the placement units 21 on the floor between the roof floor and the first floor.

Furthermore, the floor switch 26 can be provided with a mechanism for sliding the stopper operation portion 53 of the stopper 35 together with a mode in which the handle 24 passes through without stopping on the spot, thereby widening the range of play. may be

10 Departure toy 20 Toy body 21A-21E Mounting part 21a Partition 23 Mounting part 24 Handle 25 Start switch 26A-26E Floor switch 30 Mounting surface 30a-30d Storage part 33L, 33R Guide rail 35a-35d Stopper 37L, 37R Movable Supporting portion 41 Stopper operating device 45 Handle locking device 60 Slope 60B Slopes 68a to 68d Track 70 Stopper 80 Car toy

Claims (9)

a plurality of placement units arranged at a position higher than an article discharge surface, configured to enable placement and release of placed articles, and having delivery ports for delivering the released articles; a toy body provided with a movable support portion capable of moving a location corresponding to the placement location of the portion;
An upper end portion is rotatably attached to the movable support portion, and a receiving port is connected to the delivery port as the movable support portion moves to receive the article from the delivery port, and the movable support portion moves. a slope that changes the slope along with and discharges the received article to the article discharge surface;
the plurality of placement sections are arranged at different heights from the article discharge surface;
The movable support part causes the placement part corresponding to the delivery port connected to the receiving port to release detention as it moves.
An article ejection toy characterized by: The toy main body is provided with a guide rail for guiding the movement of the movable support,
2. The article ejection toy according to claim 1, wherein said movable support portion is configured to be movable along said guide rail. 3. The article ejection toy according to claim 2, wherein the plurality of placement sections are arranged in a row in the height direction. The movable support portion is configured to be able to be lifted along the guide rail to a third position where the receiving port of the slope is higher than the delivery port of the uppermost placing portion,
The toy main body is provided with a locking device that locks and unlocks the movable support portion at the third position,
4. The article ejection toy according to claim 3, characterized in that: the mounting surface of the mounting portion has a downward slope toward the delivery direction of the article,
The placement portion is provided with a stopper that operates between a first position where the article is retained and a second position where the article is released from retention,
The movable support portion is provided with a contact member that contacts a stopper operating portion of the stopper to move the stopper to the second position when the receiving port is connected to the delivery port.
4. The article ejection toy according to claim 3, characterized in that: Corresponding to the mounting portion, an operator is provided that can move between a lock position that locks the stopper at the first position and an unlock position that unlocks the stopper, wherein the operator is the operator. 6. The article ejection toy according to claim 5, wherein when it is in the locked position, the lowering of said movable support portion is stopped at a portion of said placement portion corresponding to said manipulator. 7. The stopper according to claim 6, wherein when said movable support part is raised, said contact member slides against said stopper operation part and escapes from said stopper operation part, and said stopper maintains said first position. goods ejection toy. In the placing section,
A plurality of article storage units are provided which are partitioned by partitions, arranged in a direction orthogonal to the sending direction, and each of which can hold the article,
The slope includes:
A plurality of tracks partitioned by partitions are provided corresponding to each of the plurality of article storage units,
The article ejection toy according to any one of claims 1 to 7, characterized in that: 9. The object ejection toy of Claim 8, wherein the object is a toy car.

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