JP2024012733A - Storage toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a storage toy that can take out stored objects on a lower floor and an upper floor by opening one exit door.

MEANS: The storage toy includes: a lower floor and an upper floor on which storage objects can be placed; and an exit door that can open and close a lower floor exit, wherein the upper floor is configured to be movable between a first position at which the storage objects can be placed and a second position at which upper floor side exit side moves downward to form a slope and the storage objects on the upper floor can be discharged, and the upper floor includes a locking portion that locks the exit door in a closed state at the first position and releases the locking when the exit door is started from the first position to the second position, whereby the storage toy is configured such that the upper floor is operated from the first position to the second position after the locking of the exit door is released, the upper floor forms the slope with a time difference, and the stored objects on the upper floor are discharged.

SELECTED DRAWING: Figure 12

COPYRIGHT: (C)2024,JPO&INPIT

Description

TECHNICAL FIELD The present invention relates to a stored toy.

BACKGROUND ART Conventionally, a model storage toy that stores a model toy is known (see Patent Document 1).

Patent No. 4865890

However, in the invention described in Patent Document 1, when the door blocking the exit opens, one end of the second floor moves downward, and the second floor is immediately connected to the communication passage, and the door closes to the communication passage. connected to. Then, this state is maintained while the door is open. Therefore, if models are stored on the 1st floor as well, the models on the 1st floor cannot be taken out from the exit, and in order to take out the models on the 1st floor, a separate door must be provided or I had no choice but to leave it exposed.
The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a storage toy that can take out stored objects on the downstairs floor and the upstairs floor by opening one exit door.

The first means is
a toy main body, a storage section provided in the toy main body, a downstairs floor provided inside the storage section on which objects to be stored can be placed, and an upper floor of the storage section configured above the downstairs floor. an upper floor arranged on which objects to be stored can be placed; an exit door provided in the storage section and capable of opening and closing a downstairs exit for allowing objects to be stored placed on the lower floor to be taken out of the toy main body; An article storage toy comprising:
The upper floor has a first position where an object to be stored can be placed, and a second position where the upper exit side moves downward to form a slope so that the object to be stored placed on the upper floor can be ejected. configured to be operable between two positions,
The upper floor is configured to lock the exit door in a closed state at the first position, and lock the exit door when the upper floor is started from the first position to the second position. A locking part is provided to release the
By moving the upper floor from the first position to the second position, the exit door is unlocked and the stored items on the lower floor can be discharged, and then the time difference is adjusted as follows. This is characterized in that the upper floor forms the slope so that the stored objects placed on the upper floor are discharged.

The second means is the first means, wherein the upper floor is configured to be horizontally rotatable between a first position and a second position about a vertical axis. .

The third means is a second means, wherein the upper floor is supported by the vertical axis and is configured to be rotatable about a horizontal axis perpendicular to the vertical axis, It is characterized in that the rotational movement is restricted at positions other than the second position, and the upper floor exit side is moved downward by the rotational movement at the second position to form a slope.

A fourth means is the second means, wherein the upper floor is configured such that an intermediate portion thereof is supported by the vertical axis and is movable in a see-saw manner about a horizontal axis perpendicular to the vertical axis; It is characterized in that the seesaw movement is restricted at a position other than the second position, and the seesaw movement is performed at the second position so that the upstairs exit side moves downward to form a slope.

A fifth means is the fourth means, wherein the exit door is biased in the opening direction and is automatically opened when the locking by the locking portion is released. Features.

A sixth means is the fourth means, wherein the exit door is configured to be able to be raised and lowered around a horizontal axis below the downstairs exit, and when the exit door falls down, the back side of the exit door crosses the passage. It is characterized by comprising.

A seventh means is the sixth means, characterized in that the downstairs floor slopes downward toward the downstairs exit.

An eighth means is the seventh means, in which the upper floor and the lower floor are positioned so that the first position and the second position overlap in the vertical direction, and the upper floor is The second position is reached at a position horizontally rotated by 180 degrees from the first position, and the tip on the upper floor exit side can come into contact with the lower floor due to seesaw movement.

The ninth means is the eighth means, wherein a recessed portion for placing an object to be stored is formed on the upper surface of the upper floor, and a bottom surface of the recessed portion is inclined toward the upper floor exit and the upper surface It is characterized by forming an uphill slope with .

A tenth means is the ninth means, wherein the upper floor is configured to operate between the first position and the second position by remote control by an external controller. Features.

An eleventh means is any one of the first to tenth means, characterized in that the object to be stored is a toy car.

A twelfth means is the eleventh means, characterized in that the toy main body is a carrier car toy, and the storage section constitutes a loading platform.

According to the first means, when the upper floor is moved from the first position to the second position with objects to be stored on the lower floor and the upper floor, the exit door is locked immediately after startup. is released, and the stored items placed on the downstairs floor can be taken out. Moreover, when the upper floor reaches the second position, it forms a slope, and the storage object placed on the upper floor can be discharged.

According to the second means, since the upper floor rotates horizontally, the object to be stored can be held relatively stably from the first position to the second position.

According to the third and fourth means, it is possible to easily discharge the storage object placed on the upper floor.

According to the fifth means, since the exit door is opened when the locking part is released, the stored objects placed on the downstairs floor can be easily taken out.

According to the sixth means, since the back surface of the exit door constitutes a passage when the locking by the locking part is released, the passage can be used for play, and the width of play can be expanded.

According to the seventh means, since the downstairs floor slopes downward, when the exit door is opened, the stored objects placed on the downstairs floor can be automatically discharged.

According to the eighth means, after the stored objects placed on the downstairs floor are automatically discharged, the stored objects placed on the upper floor can be automatically discharged with a time difference.

According to the ninth means, since the recessed portion on which the stored object is placed is formed on the upper surface of the upper floor, the stored object placed on the upper floor can be stably held. When the upper exit side end of the upper floor moves downward, the stored object placed on the upper floor can be discharged at an appropriate position.

According to the tenth means, since the upper floor is horizontally rotated by remote control by an external controller, it is easy to operate the upper floor, and the horizontal rotation of the upper floor can be objectively monitored from a distance. You can see it.

According to the eleventh means, since the object to be stored is a toy car, the toy car can be dispatched from the upper floor and the toy car can be dispatched from the downstairs floor through the downstairs exit.

According to the twelfth means, since the toy body is a toy carrier car and the storage section constitutes a loading platform, it is possible to create a feeling as if the toy car is being taken out of a real carrier car.

FIG. 1 is a perspective view of a stored toy according to an embodiment. FIG. 2 is a perspective view showing the toy main body of the carrier car toy with the ceiling floor removed. It is a bottom view of a carrier car toy. It is a perspective view of a floor support. FIG. 3 is a partially cutaway perspective view of the toy carrier car when the exit door is opened. It is a partially cutaway perspective view of the carrier car toy when the ceiling outlet side of the ceiling floor moves downward. It is a perspective view showing a wheel drive device. It is a perspective view showing a floor drive device. FIG. 2 is a block diagram of the functional configuration of the carrier car toy. FIG. 3 is a plan view of the controller. FIG. 2 is a block diagram of a functional configuration of a controller. FIG. 2 is a partially cutaway perspective view of the toy carrier car, showing a state in which the toy car placed on the first floor is being discharged. FIG. 3 is a partially cutaway perspective view of the toy carrier car showing a state in which the toy car placed on the ceiling floor is being discharged.

Hereinafter, a storage toy according to an embodiment of the present invention will be described.

"whole"
1 is a perspective view of the toy storage 100, FIG. 2 is a perspective view of the toy carrier car 10 with the ceiling floor 12 removed, and FIG. 3 is a bottom view of the toy carrier car 10.
The storage toy 100 includes a truck-shaped toy carrier car 10 that is a toy body, and a controller 50 that remotely controls the toy carrier car 10.

The carrier portion of the toy carrier car 10 is a box-shaped storage portion 10b. The storage section 10b is provided with a first floor 11 and a ceiling floor 12. Toy cars 13 are placed and stored on the first floor 11 and the ceiling floor 12. This position is the first position of the ceiling floor 12. In this case, the toy car 13 is placed on the first floor 11 by opening the left and right flap doors 14L and 14R, and the toy car 13 is placed on the ceiling floor 12. directly to The left and right doors 14L and 14R are in symmetrical positions. Of these, illustration of the door 14R is omitted.

This carrier car toy 10 moves forward or turns back to the right rear by remote control using a controller 50.

Further, the carrier car toy 10 horizontally rotates the ceiling floor 12 clockwise in a plan view by remote control using the controller 50, thereby opening the rear exit door 15 and opening the first floor 11. The toy car 13 placed on the vehicle is discharged. Furthermore, when the ceiling floor 12 is further horizontally rotated clockwise in plan view by remote control by the controller 50, the ceiling outlet side end is lowered at the position where the ceiling floor 12 is reversed back and forth (second position of the ceiling floor 12). As shown in FIG. 13, the ceiling floor 12 seesaws and the ceiling outlet of the ceiling floor 12 is connected to the first floor 11. As a result, the toy car 13 placed on the ceiling floor 12 is ejected.

"details"
<Carrier car toy 10>
The toy carrier car 10 includes a cabin 10a that constitutes a driver's seat, and a storage section 10b that constitutes a box-shaped cargo platform.
Front wheels 20L, 20R are attached to the cabin 10a, and rear wheels 21L, 21R, 22L, 22R are attached to the storage section 10b. Front wheels 20L and 20R are driving wheels. On the other hand, the rear wheels 21L, 21R, 22L, and 22R are dummy wheels that do not touch the ground.
Furthermore, casters 23 are attached below the storage portion 10b. That is, a dogleg-shaped recess 24 in which the casters 23 are disposed is formed below the storage portion 10b, and the casters 23 are pivotally supported so as to be movable along the recess 24. This caster 23 is grounded.
When the carrier car toy 10 moves forward, the casters 23 move to the rear of the recess 24, face forward, and move straight in the forward direction. On the other hand, when the carrier car toy 10 moves backward, the casters 23 move forward of the recess 24 and face diagonally rearward to the right, thereby performing a turnback to the rearward right.

Inside the storage section 10b, a first floor 11 is provided which slopes over the entire length of the storage section 10b. The upper surface of the first floor 11 has a downward slope toward the rear. Further, a first floor exit for discharging the stored toy car 13 is formed at the rear of the storage section 10b. An exit door 15 is installed at the first floor exit. That is, the exit door 15 is a flap door, and can be raised and lowered about an axis extending in the width direction of the lower slope of the first floor 11. When the exit door 15 falls down, the tip touches the toy installation surface. When the exit door 15 touches the ground, the back surface of the exit door 15 has a downward slope toward the tip. Moreover, the exit door 15 prevents the toy car 13 from being ejected when it is erected. This exit door 15 is provided with hook-shaped locking claws 15bL and 15bR at its tip in order to maintain its upright state. The locked claws 15bL, 15bR are locked by the locking parts 12bL, 12bR attached to the ceiling floor 12 in the first position, and the exit door 15 maintains the upright state. Further, when the ceiling floor 12 starts from the first position toward the second position, the locked claws 15bL and 15bR release the locking from the locking parts 12bL and 12bR of the ceiling floor 12, and the exit door 15 collapses under its own weight. Note that the exit door 15 is supported with play on the shaft, and when the exit door 15 is closed, it slides into engagement with the locking portions 12bL and 12bR.

The ceiling of the storage section 10b constitutes a movable ceiling floor 12. On the ceiling floor 12, five sets of two mounting parts 25L and 25R are provided in a row in the longitudinal direction on the left and right sides in the longitudinal direction. Each placing portion 25 is a recessed portion. The bottom surface of the recess slopes toward the ceiling exit, forming an uphill slope with the top surface being a slope.

The front end of the ceiling floor 12 extends to the front of the cabin 10a. On the other hand, a projecting portion 26 extending rearward is provided at the rear of the cabin 10a. A vertical shaft 27 is provided on the overhanging portion 26, and an intermediate portion of the ceiling floor 12 is attached to the upper end of the vertical shaft 27 via a floor support 28. As shown in FIG. 4, the floor support 28 is provided with a horizontal axis 28a extending in a direction perpendicular to the vertical axis 27, and the intermediate portion of the ceiling floor 12 is attached to the horizontal axis 28a so as to be able to see-saw. It is being This intermediate portion is a position where the front end side of the ceiling floor 12 is moved down by the weight of the toy car 13 placed on the ceiling floor 12. Further, the floor support 28 is formed with an inclined portion 28c, which allows the ceiling floor 12 to move downward on the front end side. Note that the floor support 28 is provided with a coil spring 28b for slightly pushing up the front end side of the ceiling floor 12. By providing this coil spring 28b, when the front end side of the ceiling floor 12 moves downward due to the weight of the toy car 13 placed on the ceiling floor 12, the downward movement is performed slowly.

The width of the ceiling floor 12 in the lateral direction is set smaller than the width between the side walls 29L and 29R of the storage section 10b, except for the rear end. Projections 12aL and 12aR are formed at the rear end of the ceiling floor 12 to extend rearward and outward in the width direction. At the tips of the projecting pieces 12aL, 12aR, locking portions 12bL, 12bR each consisting of an upright wall are formed. The upright wall is curved in an arc shape with the vertical axis 27 as the center. In the stored state, the projecting pieces 12aL and 12aR ride on the side walls 29L and 29R of the storage portion 10b. As a result, as shown in FIG. 5, when the locking claws 15bL, 15bR and the locking parts 12bL, 12bR are released, the locking parts 12bL, 12bL of the ceiling floor 12, The downward movement of the 12bR side end is obstructed. Further, until the ceiling floor 12 reaches the second position, it is supported by the side walls 29L and 29R of the storage section 10b, and seesaw movement is restricted. On the other hand, as shown in FIG. 6, when the ceiling floor 12 is horizontally rotated and reversed, the front end, that is, the ceiling exit side, becomes movable downward.

The carrier car toy 10 includes two motors M1 and M2 as power sources.
As shown in FIG. 7, the first motor M1 is provided under the driver's seat in the cabin 10a. The first motor M1 is a motor capable of forward and reverse rotation, and rotates the front wheels in the forward or reverse direction. The power of this first motor M1 is transmitted to the axle 20a of the front wheels 20L and 20R via gears 31a to 31i. Of these, illustration of the gear 31g is omitted. The gear 31g is a small diameter gear integrated with the gear 31f.
Further, as shown in FIG. 8, the second motor M2 is provided within the overhang portion 26. The second motor M2 horizontally rotates the ceiling floor 12 clockwise in plan view. The power of this second motor M2 is transmitted to the floor support 28 via gears 32a to 32i. Of these, illustration of the gear 32g is omitted. The gear 32g is a small diameter gear that is integrated with the gear 32f.

<Functional configuration>
As shown in FIG. 9, the carrier car toy 10 includes a processing control section 40, a storage section 41, a first motor drive section 42, a second motor drive section 43, and a reception section 44. The receiving unit 44 receives an operation signal from a controller 50, which will be described later. Further, the first motor drive unit 42 drives the motor M1, and the second motor drive unit 43 drives the motor M2.

The processing control unit 40 includes a central processing unit and its peripheral circuits. The processing control unit 40 realizes the function of the carrier car toy 10 of the embodiment by executing various programs.

The storage unit 41 stores various information data used to realize the functions of the carrier car toy 10. This information data includes program data and the like executed by the processing control unit 40. This storage section 41 can be accessed by the processing control section 40 .

《Controller 50》
FIG. 10 is a plan view of the controller 50.
The controller 50 is provided with a power knob 51, a forward button 52, a turnback button 53, and a floor operation button 54. The power is turned on by sliding the power knob 51. Further, when the forward button 52 is pressed, the carrier car toy 10 starts moving forward, and continues to move forward while the forward button 52 is pressed. When the turnback button 53 is pressed, the carrier car toy 10 starts turning back, and continues turning back while the turnback button 53 is pressed. Furthermore, when the floor operation button 54 is pressed, the ceiling floor 12 starts to rotate horizontally, and continues to rotate horizontally while the button is pressed.

<Functional configuration>
As shown in FIG. 11, the controller 50 includes a processing control section 60, a storage section 61, switches SW1, SW2, and SW3, and a transmission section 62. Switches SW1, SW2, and SW3 correspond to the forward button 52, turnback button 53, and floor operation button 54, respectively.

The processing control unit 60 includes a central processing unit and its peripheral circuits. The processing control unit 60 realizes the function of the controller 50 of the embodiment by executing various programs stored in the storage unit 61.

Further, in the processing control unit 60, when the forward button 52, turnback button 53, and floor operation button 54 are pressed, the corresponding switches SW1, SW2, and SW3 are pressed. The press signal is sent to the processing control section 60, and the processing control section 60 transmits a corresponding control signal from the transmission section 62 to the carrier car toy 10.

《Effects of embodiment》
According to the storage toy 100 of the embodiment, when the ceiling floor 12 is horizontally rotated from the first position to the second position with the toy car 13 placed on the first floor 11 and the ceiling floor 12, the toy is at the starting position. The toy car 13 placed on the first floor 11 can be automatically ejected until the exit door 15 is unlocked and reaches the second position. Furthermore, when the ceiling floor 12 reaches the second position, it seesaws and the ceiling exit side moves downward to form a slope, and the toy car 13 placed on the ceiling floor 12 can also be automatically discharged with a time difference. can.

Further, when the locking by the locking portions 12bL and 12bR is released, the back surface of the exit door 15 constitutes a passage, so the passage can be used for play, and the width of play can be expanded.

Further, since the first floor 11 is a downward slope, when the exit door 15 is opened, the toy car 13 placed on the first floor 11 can be automatically ejected.

Further, since a recessed portion for placing the toy car 13 is formed on the upper surface of the ceiling floor 12, the toy car 13 placed on the ceiling floor 12 can be stably held. When the exit side end moves downward, the toy car 13 placed on the ceiling floor 12 can be ejected at an appropriate position.

Further, since the ceiling floor 12 is horizontally rotated by remote control by the external controller 50, the ceiling floor 12 can be easily operated, and the horizontal rotation of the ceiling floor 12 can be objectively observed from a distance.

Furthermore, since the object to be stored is the toy car 13, the toy car 13 can be moved out from the ceiling floor 12 and the toy car 13 can be moved out from the first floor 11 through the first floor exit with a time difference.

Moreover, since the toy body is the toy carrier car 10 and the storage section 10b constitutes a loading platform, it is possible to create a feeling as if the toy car is being taken out of a real carrier car.

《Modified example》
Although the embodiments of the present invention have been described above, the present invention is not limited to the above embodiments and can be modified in various ways.
For example, in the above embodiment, the toy body is the carrier car toy 10, but it may also be a toy building such as a multi-level parking lot.

Further, in the above embodiment, the toy car 13 placed on the ceiling floor 12 is discharged onto the first floor 11 at the second position. It may also be configured to discharge the water at the same time.

Further, in the above embodiment, the toy car 13 is used as the object to be stored, but balls, luggage, etc. may be used as the object to be stored.

Further, in the above embodiment, the ceiling floor 12 is horizontally rotated by remote control using the controller 50, but the ceiling floor 12 may be horizontally rotated by manual operation. In this case, it is preferable that the ceiling floor 12 reaches the second position when horizontally rotated by 90 degrees or more from the first position. If the angle is set to 90 degrees or more, there will be enough room to eject the toy car 13 placed on the first floor 11 before the toy car 13 placed on the ceiling floor 12 is ejected. In this case, the horizontal rotation of the ceiling floor 12 may be stopped midway.
Alternatively, the ceiling floor 12 may be configured to horizontally rotate by an operator such as a button provided on the toy carrier car 10.

Further, in the above embodiment, the first floor 11 slopes downward toward the first floor exit, but the first floor 11 may be horizontal. In this case, for example, a sliding ejection lever is provided on the side of the storage section 10b, and the toy car 13 on the first floor 11 can be forced out by operating the ejection lever, or the toy car 13 on the first floor can be forced out by operating the ejection lever. The toy car 13 may be ejected by tilting the floor 11.

Furthermore, an intermediate floor may be provided between the first floor 11 and the ceiling floor 12. When the exit door 15 is opened, the toy car 13 and other stored objects placed on the intermediate floor may be taken out or discharged. In addition, although the downstairs floor is the first floor 11, it does not necessarily have to be the first floor. For example, a sloped floor may be provided under the downstairs floor so that when the exit door 15 opens, the toy car 13 from the downstairs floor is It may also be discharged via a sloped floor. Further, the toy car 13 from the downstairs floor can be directly discharged to the outside, and, for example, the floor below the downstairs floor can be made into an open storage section and used for storing the toy car 13 and other objects to be stored. good. On the other hand, the upper floor does not necessarily have to be a ceiling floor either. It only needs to be located above the downstairs floor.

Further, in the above embodiment, the ceiling floor 12 is horizontally rotated between the first position and the second position, but for example, the toy carrier car 10 is slid in the front-rear direction. When the ceiling floor 12 is tilted, the ceiling floor 12 may lose its support and rotate to form a slope. In this case, a pull-out slope may be provided and the slope may be pulled out at the second position.

Further, the exit door 15 may be locked using a magnet. The point is that the lock is released by the movement of the ceiling floor 12.

Moreover, the exit door 15 does not have to be a foldable door. For example, the upper part of the exit door 15 may be supported by a horizontal axis, and may be configured to move around the horizontal axis. Furthermore, it may have a double door structure. In this case, the exit door 15 may be configured to be opened manually or when the toy car 13 hits it in the unlocked state. Of course, it may be configured to be opened by the biasing force of a spring.

10 Carrier car toy 10a Cabin 10b Storage section 11 1st floor floor 12 Ceiling floor 12aL, 12aR Projection piece 12bL, 12bR Locking part 13 Car toy 15 Exit door 15bL, 15bR Locked claw 23 Caster 27 Vertical shaft 28a Horizontal shaft 50 Controller 100 Storage toy M1, M2 Motor

The first means is
a toy main body, a storage section provided in the toy main body, a downstairs floor provided inside the storage section on which objects to be stored can be placed, and an upper floor of the storage section configured above the downstairs floor. an upper floor arranged on which objects to be stored can be placed; an exit door provided in the storage section and capable of opening and closing a downstairs exit for allowing objects to be stored placed on the lower floor to be taken out of the toy main body; An article storage toy comprising:
The upper floor is horizontally rotatable about a vertical axis between at least a first position where downward movement on the upper floor exit side is prevented and a second position where downward movement on the upper floor exit side is permitted. The object to be stored can be placed at the first position, and when the second position is reached, the upper floor exit side that is allowed to move downward moves downward to form a slope and reach the upper floor. configured to eject the stored object placed thereon;
The upper floor is configured to lock the exit door in a closed state at the first position, and lock the exit door when the upper floor is started from the first position to the second position. A locking part is provided to release the
By moving the upper floor from the first position to the second position, the exit door is unlocked and the stored items on the lower floor can be discharged, and then , characterized in that the upper floor forms the slope so that the stored objects placed on the upper floor are discharged.

The second means is the first means , and the upper floor is supported by the vertical axis and is configured to be rotatable about a horizontal axis perpendicular to the vertical axis, It is characterized in that the rotational movement is restricted at positions other than the second position, and the upper floor exit side is moved downward by the rotational movement at the second position to form a slope.

The third means is the first means , and the upper floor is configured such that an intermediate portion thereof is supported by the vertical axis and can see-saw around a horizontal axis perpendicular to the vertical axis; It is characterized in that the seesaw movement is restricted at a position other than the second position, and the seesaw movement is performed at the second position so that the upstairs exit side moves downward to form a slope.

The fourth means is the third means , wherein the exit door is biased in the opening direction and automatically opens when the locking by the locking portion is released. Features.

A fifth means is the third means , wherein the exit door is configured to be able to be raised and lowered around a horizontal axis below the downstairs exit, and when the exit door falls down, the back surface of the exit door crosses the passage. It is characterized by comprising.

A sixth means is the fifth means , characterized in that the downstairs floor slopes downward toward the downstairs exit.

A seventh means is the sixth means , wherein the upper floor and the lower floor are located at positions where the first position and the second position overlap in the vertical direction, and the upper floor is The second position is reached at a position horizontally rotated by 180 degrees from the first position, and the tip on the upper floor exit side can come into contact with the lower floor due to seesaw movement.

The eighth means is the seventh means , in which a recessed portion for placing an object to be stored is formed on the upper surface of the upper floor, and a bottom surface of the recessed portion is inclined toward the upper floor exit and the upper surface It is characterized by forming an uphill slope with .

A ninth means is the eighth means , wherein the upper floor is configured to operate between the first position and the second position by remote control by an external controller. Features.

A tenth means is any one of the first to ninth means , characterized in that the object to be stored is a toy car.

An eleventh means is the tenth means , characterized in that the toy main body is a carrier car toy, and the storage section constitutes a loading platform.

According to the first means, when the upper floor is moved from the first position to the second position with objects to be stored on the lower floor and the upper floor, the exit door is locked immediately after startup. is released, and the stored items placed on the downstairs floor can be taken out. Moreover, when the upper floor reaches the second position, it forms a slope, and the storage object placed on the upper floor can be discharged.
Moreover, according to the first means, since the upper floor rotates horizontally, the object to be stored can be held relatively stably from the first position to the second position.

According to the second and third means , it is possible to easily discharge the storage object placed on the upper floor.

According to the fourth means , since the exit door is opened when the locking part is released, the stored objects placed on the downstairs floor can be easily taken out.

According to the fifth means , when the locking by the locking portion is released, the back surface of the exit door constitutes a passage, so the passage can be used for play, and the width of play can be expanded.

According to the sixth means , since the downstairs floor slopes downward, when the exit door is opened, the stored objects placed on the downstairs floor can be automatically discharged.

According to the seventh means , after the storage objects placed on the downstairs floor are automatically discharged, the storage objects placed on the upper floor can be automatically discharged with a time difference.

According to the eighth means , since the recessed portion on which the stored object is placed is formed on the upper surface of the upper floor, the stored object placed on the upper floor can be stably held. When the upper exit side end of the upper floor moves downward, the stored object placed on the upper floor can be discharged at an appropriate position.

According to the ninth means , since the upper floor is horizontally rotated by remote control using an external controller, it is easy to operate the upper floor, and the horizontal rotation of the upper floor can be objectively monitored from a distance. You can see it.

According to the tenth means , since the object to be stored is a toy car, the toy car can be dispatched from the upper floor and the toy car can be dispatched from the downstairs floor through the downstairs exit.

According to the eleventh means , since the toy body is a toy carrier car and the storage portion constitutes a loading platform, it is possible to create a feeling as if the toy car is being taken out of a real carrier car.

Claims (12)

a toy main body, a storage section provided in the toy main body, a downstairs floor provided inside the storage section on which objects to be stored can be placed, and an upper floor of the storage section configured above the downstairs floor. an upper floor arranged on which objects to be stored can be placed; an exit door provided in the storage section and capable of opening and closing a downstairs exit for allowing objects to be stored placed on the lower floor to be taken out of the toy main body; An article storage toy comprising:
The upper floor has a first position where an object to be stored can be placed, and a second position where the upper exit side moves downward to form a slope so that the object to be stored placed on the upper floor can be ejected. configured to be operable between two positions,
The upper floor is configured to lock the exit door in a closed state at the first position, and lock the exit door when the upper floor is started from the first position to the second position. A locking part is provided to release the
By moving the upper floor from the first position to the second position, the exit door is unlocked and the stored items on the lower floor can be discharged, and then the time difference is adjusted as follows. The storage toy is characterized in that the upper floor forms the slope so that objects to be stored placed on the upper floor are discharged. The storage toy according to claim 1, wherein the upper floor is configured to be horizontally rotatable about a vertical axis between at least a first position and a second position. The upper floor is supported by the vertical axis and is configured to be rotatable about a horizontal axis perpendicular to the vertical axis, and the rotational movement is restricted at a position other than the second position, 3. The stored toy according to claim 2, wherein the storage toy is configured to rotate in the second position so that the upper exit side moves downward to form a slope. The upper floor has an intermediate portion supported by the vertical axis, and is configured to be able to see-saw around a horizontal axis perpendicular to the vertical axis, and see-saw movement is restricted at a position other than the second position, 3. The stored toy according to claim 2, wherein the storage toy is configured to perform a see-saw operation in the second position so that the upper exit side moves downward to form a slope. 5. The stored toy according to claim 4, wherein the exit door is biased in the opening direction and is automatically opened when the locking portion is released. 5. The exit door according to claim 4, wherein the exit door is configured to be able to be raised and lowered around a horizontal axis below the downstairs exit, and when the exit door falls down, the back surface of the exit door forms a passage. Storage toys. 7. The storage toy according to claim 6, wherein the downstairs floor slopes downward toward the downstairs exit. The upper floor and the lower floor are located at positions where the first position and the second position overlap in the vertical direction, and the upper floor is located at a position horizontally rotated by 180 degrees from the first position. 8. The storage toy according to claim 7, wherein when the toy reaches the second position, the tip on the upstairs exit side can come into contact with the downstairs floor by seesaw movement. A recessed portion for placing an object to be stored is formed on the upper surface of the upper floor, and the bottom surface of the recessed portion is inclined toward the upper floor exit, forming an uphill slope with the upper surface being a slope. The storage toy according to claim 8, characterized in that: 10. The storage toy according to claim 9, wherein the upper floor is configured to move between the first position and the second position by remote control using an external controller. The stored toy according to any one of claims 1 to 10, wherein the stored object is a toy car. 12. The storage toy according to claim 11, wherein the toy main body is a carrier car toy, and the storage section constitutes a loading platform.

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