JPS59171575A - Parking area toy - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a parking lot toy, in particular, the interior is constructed to imitate a parking lot from an opening/closing lid body and a box body, and a play surface for a running toy and an elevating platform are provided on the lid side, while This invention relates to a parking lot toy in which a plurality of traveling toy storage sections are provided on the box side, and furthermore, the above-mentioned lifting platform and the traveling toy storage section are connected via a guide track to guide the traveling toy. You can carry individual running toys and play them wherever you like, and they are both unexpected and fashionable.Furthermore, the running toys and the entire playing surface are easy to store, and the lid is flat. We propose a parking lot toy that can improve the play value of the main unit by utilizing it on the play surface, and also allows you to enjoy parking lot encounters with three-dimensional action by installing a platform that can be raised and lowered freely. The purpose is to

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

The following parking lot toy is to be played with a running toy, but the running toy is equipped with a power source such as a spring, friction, or electric power source, and is driven by the driving force of the power source. In this embodiment, a mainspring is used as a power source, and is denoted by C. However, it goes without saying that it may be equipped with another power source.

In the figure, symbol A indicates a parking lot toy. This parking lot toy main body A is constructed in the shape of a bag from a box body l and an opening/closing lid body 2, and a handle l1 is attached thereto. The entire area is laid out as a parking lot.

First, the box 1 and the lid 2 are configured to be opened and closed by key operation using the following opening/closing device. That is,
As shown in FIG. 3, an insertion opening 12 for a circular key 17 such as a coin is formed on the upper surface of the box 1.
An engaging member 14 having a hook 13 at its tip is rotatably attached to the lower part of the engaging member 1.
An L-shaped extrusion member 15 is rotatably pivoted approximately at the center at a position facing 4. Further, the pivoting side of the engaging member 14 and one piece 15a of the pushing member l5 are linked via a spring l6, and the spring 1B allows
The tip hook l3 of the engagement member 14 is connected to the key 176 insertion port 1
The other piece 15b of the pushing member 15 is
It is urged outward from the open end surface of the box l. Correspondingly, an engagement protrusion 19 is formed at the open end of the lid 2 to form an engagement opening l8 on the side. This engaging protrusion l8 is provided at a position where it can engage with the hook l3 of the engaging member 14 of the box body 1. When closing toy body A,
The lid 2 may be brought close to the open end surface of the box l and closed. At this time, the hook 13 of the engaging member l4 and the other piece 15b of the pushing member 15 are once pushed into the inside of the box,
When the lid 2 is closed on the open end surface of the box l, the two hooks l3 of the engaging member 14 engage with the engaging opening 18 due to the elasticity of the spring 16 and are locked. Since this locking is performed inside the closed surface of the box body 1 and the lid body 2, the lock cannot be easily released from the outside. In contrast, when opening the toy main body A, when a key 17 with a circular tip, such as a coin, is inserted into the key insertion opening 12 (as shown in Figure 2), the retaining member l4 is inserted in the position shown in the figure by the insertion force. The hook 13 is rotated in the direction of arrow a, and the engagement between the hook 13 and the engagement opening l8 is disengaged, and the opening/link is released. Further, when the engaging member 14 rotates in the direction of arrow a, the spring 16
, the other piece 15b of the push-out member l5 is rotated in the direction of the arrow b by the pulling force, and its tip is further strongly urged outward, pushing the unlocked lid body 2 outward. put out. in this way.

When the lock is released by key operation, the cover body 2 is simultaneously pushed outward by the pushing force of the pushing member 15, so when the key 17 is taken out from the insertion port 12 after the release operation, it is engaged by the spring 16. Even if the mating member 14 returns to its original position, at that time the engaging port 18 of the lid body 2 is already in a position where it cannot engage with the engaging member 14.

Therefore, the toy main body A can be locked and unlocked smoothly and easily.

Next, the box l is provided with a traveling toy storage section 3. As shown in FIG. 2, this traveling toy storage section 3 has a storage section 3a which is divided into a plurality of sections for storing traveling toys in the width direction of the box l, and a storage section that stores the traveling toys in the longitudinal direction of the box l. 3b
The accommodating portion 3b is formed larger than one section of the accommodating portion 3a. A guide runway forming piece 5 for the traveling toy a is provided at one end edge of the housing portion 3b. This guide runway component 5 is provided with its base on the side of the traveling toy storage section 3b so that it can be raised and lowered freely via a hinge, and when it is laid down horizontally, the guide runway 20 for the traveling toy C that is continuous with the traveling toy storage section 3b becomes a box-like structure. It is formed so as to protrude from the lid part 2, and when the box is closed, it is raised up and stored inside the box part l. The guide runway forming piece 5 is curved in an L-shape near the tip, and the tip is open. However, the position of the guide runway component 5 in the traveling toy housing section is free. Furthermore, on the inner wall of the box l, patterns of telephones, oil tanks, various tools, parking lot structural materials, etc. are displayed, creating a lively atmosphere as a parking lot.

Next, a play surface 4 for a traveling toy is formed on the back surface of the lid body 2. This play surface 4 includes an elevating play surface 4a provided with a moving toy elevating platform 6, a starting play surface 4b provided with a starting plate 7, and stopper pieces 21 and 21 on both sides, and other moving toys or the above mentioned starting play surface. 4b and a combination play surface 4C to be played in combination.

A lifting platform 6 is provided on the running toy play surface 4a. The A-descending platform 6 is housed inside a frame member 22 (shown in Figure 2) formed on the back surface of the lid body 2, and is lowered by pressing down manually and raised by key operation. At this position, the moving toy storage portion 3b of the box body 1 and the guide runway component 5 are configured to allow continuous connection. Also,
A mounting surface 23 for the traveling toy C is formed on the upper surface of the lifting platform 6, and stopper pieces 21 and 21 are provided at both ends of side pieces 23a and 23a of this mounting surface 23 so as to be able to rise and fall. Fourth
As shown in the figure, each of the stopper pieces 21, 21 is provided with an engaging opening 24 and an operating part 25, and when the stopper pieces 21 are raised, the engaging opening 24 engages with one side piece 23a of the lifting table 6 and stands up. These stopper pieces 21.21 are connected to the side pieces 23.
a, slightly tight engagement with 23a and operating portion 25.2
5, the traveling toy C (second
It is assumed that the upright state is maintained to the extent that the driving force (as shown in the figure) does not cause it to fall. When folding down the stopper piece 21.21,
It may be manually operated using the operating section 25.25. The stopper piece 21 is configured as a running surface for the running toy C by falling down. Therefore, when the stopper piece 21 is raised, if the running toy C is placed on the mounting surface 23 with the spring wound up, the running toy C tries to run due to the driving force of the spring, but is stopped by the stopper piece 21. The stopper piece 21 is moved while retaining the running energy.
Wait in front of. When the stopper piece 21 is pushed down, the stopping force of the running toy C is released and the running toy C can start running.

As shown in FIG. 4, the lifting platform 6 and a side frame 26 formed inside the frame member 22 are connected via a pair of links 27, 27. Each link 27.27 is the first link 2
8 and a second link 29 are rotatably attached in an X-shape, and the corresponding ends of the paired links 27 and 27 are connected via a connecting rod 31. The lower end of the first link 28 is rotatably attached to the side frame 26, and the upper end is slidably fitted into a long hole 30 formed in the lifting platform 6. The upper end is rotatably attached to the lifting platform 6, and the lower end is slidably fitted into a long hole 30 formed in the side frame 26. At this time, the connecting rod 31 is used for pivoting and fitting the ends of the links 27 and 27.
You can use the 0th order.

One end of a spring 32 is fixed to the base surface 22a of the frame member 22, and the other end of the spring 32 is connected to a sliding side connecting rod 31 that is fitted into an elongated hole 30 of the side frame 26 of the second link 29.
is fixed to. Therefore, the spring 32 urges the lower end of the second link 29 to approach the lower end of the first link 28 in the horizontal direction by its pulling force.

An engaging protrusion 33 is formed at the end of the blade lowering table 6 as shown in FIG. It engages with an engagement protrusion 34a of an engagement member 34 provided on the base surface 22a of the member 22 (shown in the second figure). This retaining member 34 is attached to the lower surface 22a of the frame member 22.
It is rotatably attached to the shaft, and is always urged upward by a coil spring 80 disposed below. Frame member 22-L provided outside the retaining member 34
A key insertion opening 35 (shown in FIG. 2) is provided on one side. When releasing the engagement between the engagement protrusion 33 of the lifting platform 6 and the engagement protrusion 34a of the engagement member 34, use the key insertion port 3.
5, push the key 17 such as a coin downward. The key 17
As the engaging member 34 is pushed down against the spring pressure of the coil spring 60, the retaining member 34 rotates around the axis.
At this time, the engagement protrusion 34a of the engagement member 34 and the engagement protrusion 33 of the lifting platform 6 are disengaged. On the other hand, when the elevator platform 6 in the upper position is pushed down, the engagement protrusion 33 comes into contact with the engagement protrusion 34a of the engagement member 34, and once the engagement protrusion 34a is moved in the opposite direction to the engagement direction. After being pushed back in the direction, the spring pressure of the coil spring 60 engages with the engagement protrusion 34a.

With the above configuration, when the lifting platform 6 is manually pushed down,
As shown in FIGS. 5(a) and (b), the first link 2
8 and the second link 28 (indicated for short by a dashed line) slide through the upper and lower elongated holes 30.30, so that the links 27.27 have a split-leg shape, with their ends spaced apart in the horizontal direction and opposite approach vertically and descend. At the lowest position, the lifting platform 6 engages with the engaging member 34. On the other hand, when this engagement is released, the ends of the first link 28 and the second link 28 are urged into a closed leg shape by the pulling action of the spring 32, and slide through the upper and lower elongated holes 3o, 3o. However, they approach each other in the horizontal direction, and on the other hand, move away in the vertical direction, so the lifting platform 6 rises. Since this upward movement occurs very rapidly, when the traveling toy C is placed on the mounting surface 23, there is a risk that the traveling toy C will jump and fall off. However, a shock absorber member 36 is provided between the lower surface of the elevator platform 6 and the base surface 22a of the frame member 22, and the upward movement of the elevator platform 6 is alleviated.

This wrinkle absorber member 3B is shown in FIG. 5(a),
As shown in (b), the mouth-closing cylindrical piece 38 is a bellows-shaped hollow member made of synthetic resin, whose upper end 36a is closed and whose lower end 3Elb is open, and has an air hole 39a inside.
is installed. The upper end closing portion 3Ba is held attached to a mounting portion 37 formed on the lower surface of the lifting platform 6, and the lower end opening 3Eib fits the mouth closing cylinder piece 38 into a protrusion 38 formed protruding from the base surface 22a. It is attached by this. A slight air leak gap 62 is formed between the mouth-closing cylinder piece 39 and the outer surface of the protrusion 38. Further, an elastic valve body 61 is interposed between the air hole 39a of the mouth-closing cylinder piece 39 and the leak gap 62.

Therefore, when the lifting platform 6 is lowered, the shock absorber member 3B contracts, so that the internal air passes through the air hole 39a, pushes down the valve body 62, and is exhausted to the outside from the leak gap 62. On the other hand, when the lifting platform 6 rises, the shock absorber member 3B is pulled in the vertical direction and tends to expand, and at this time air is drawn into the interior. However, the leak gap 62 and the air hole 3
A valve body 61 is interposed between the valve body 9a and the air hole 3! when air enters the valve body 61. aa is largely blocked to make it difficult for air to flow from the leak gap 62 to the air hole 39a, so that only a small amount of external air can enter into the shock absorber member 36. Therefore, the shock absorber member 36 is expanded slowly.

Therefore, as described above, when the engagement member 34 is disengaged from the lifting platform 6 at the lowest position by key operation, the lifting platform 6 tries to rise rapidly due to the pulling action of the spring 32, and this When shock absorber member 3
6 and the internal volume is encouraged to expand. However, since the air is taken in only slowly, the shock absorber member 36 also expands slowly. Therefore, the rapid rise of the elevator platform 6 is suppressed, and the lift platform 6 rises gradually as a whole. The top position of the lifting platform is approximately at the same height as the moving toy storage section 3b of the box body 1.

Note that the shock absorber member only needs to be able to suppress the restoring force of the spring 32, and is not necessarily limited to one that takes air in and out from the upper end opening as described above, or one that utilizes air.

Next, the elevated platform 6 and the traveling toy storage section 3b can be connected to each other via the guide track component 5. That is, when the guide runway component 5 provided on the side of the traveling toy storage portion 3b is laid down horizontally (as shown in FIG. The above-mentioned mounting surface 23 is placed substantially on the same plane as the traveling toy mounting surface 23 of
and the guide lane 20 are connected. Therefore, the running toy C is wound in advance to store running energy and is placed on the above-mentioned placement surface 23, and its running is restrained in advance by the stopper piece 21, and the guide runway 20 to the storage section 3b is After configuring, when the stopper piece 21 is pushed down, the running toy C starts running and is guided by the gently curved guide wall 5d into the storage section 3b.

In this way, by providing the lifting platform 6 on the play surface of the lid body 2, not only the play surface becomes three-dimensional, but also continuous braking with the box body 1 is possible, and the Both can be used as play zones. In addition, the mechanism is simple, as the lifting platform 6 is prevented from rising suddenly by the restoring force of the spring 32, and is raised gently by key operation via the shock absorber member 36. Despite this, it appears to be powered by a special electric device, which is surprising.

Note that the guide runway component 5 may be provided on the lifting platform 6 side.

Further, the direction and arrangement of the guide track or the orientation of the moving toy mounting surface of the lifting platform can be changed as appropriate. Further, one or more lifting platforms may be provided.

Next, the entry play surface 4b will be explained.

A starting plate 7 is provided at the end of the starting play surface 4b so that it can be raised and lowered freely, and by operating a key, a plurality of running toys with winding springs are caused to start running all at once by knocking down the starting plate 7. It's something you can enjoy.

The starting plate 7 is shown in Fig. 2 and Fig. 6(a).
(b) (1) It is rotatably attached to the side end of the lid body 2 via several connecting pieces 4o and 4°.

An engagement opening 41 is provided at the base of the connecting piece 4o at one end on the shaft attachment side.
A notch is formed therein, and an engaging member 42 is pivotally attached to the back surface of the lid body 2 so as to be rotatable in the horizontal direction. This retaining member 42 is made of a synthetic resin material and includes an extruded portion 43, an engaging portion 44, and an elastic piece 45, and the extruded portion 43 is provided below the key insertion opening 46 on a side offset to one side from the center. and is biased in the direction of arrow d by the elasticity of the elastic piece 45. The elastic piece 45 is made of a thin synthetic resin material and has elasticity, and its tip is connected to the pin 4 on the back side of the lid body 2.
7 is engaged. The retaining portion 44 is provided so as to be able to engage with the engagement opening 41 of the connecting piece 40 of the starting plate 7 in the upright state, and holds the starting plate 7 in the upright state when engaged.

When playing on the running play surface 4b, the spring is wound up in advance to store running energy in the running toy C, and in this state the running toy C is placed on the running play surface 4c. The running toy C is stopped from running by the standing pre-starting door and is made to wait in front of it. Next, insert the key.

When a circular key 17 such as a coin is inserted into the opening 46 (as shown in FIG. 2), the extruding portion 43 of the engaging member 42 located below is further extruded from its biased position against the elasticity of the elastic piece 45. As a result, the retaining member 42 rotates in the direction of arrow e, and at this time, the engagement between the retaining portion 44 and the engagement opening 41 of the connecting piece 40 of the starting plate 7 is released. Since the starting plate 7 is pressed by the running toy C that is waiting, it falls in the forward direction of the running toy C.

By falling down, the running toy contact surface of the starting plate 7 now becomes a running guide surface for the running toy C, so the running toy C passes over the starting plate 7 and completes the race course (not shown). jump upwards. When there are multiple running toys, they can race at the same time, so you can enjoy car racing. After starting a race, if the starting plate 7 is raised up, the engagement opening 41 of the connecting piece 40 and the engaging member 42 will be connected to the elasticity of the elastic piece 45. S is engaged to maintain the upright state.

Next, the combination play surface 4c will be explained.

As shown in FIG. 2, on both ends of the combination play surface 4c,
A stopper piece 21 having the same structure as the stopper piece 21 provided on the above-mentioned lifting platform 6 is mounted so as to be able to rise and fall freely.This stopper piece 21 also suppresses the traveling of the running toy C on the play surface 4c when it is raised. When it falls down, it encourages the running toy C to run on its own and forms a running surface for the running toy C by itself.The playing surface 4c is connected to the running play surface 4b via an inclined surface. Therefore, it is also possible to play by combining these play surfaces 4b and 4c.For example, the running toy C is made to wait before the stopper piece 21 on the play surface 4c, and the stopper piece 21
By defeating the , the traveling toy C is advanced to the starting play surface 4b, and it is roughly played.

Starting play (You can play by letting the player wait in front of the starting plate 7, then knocking down the starting plate 7 as described above and letting him run.

Incidentally, the surfaces of the playing surfaces 4a, 4b, and 4c are preferably formed into a wave shape so that the drive wheels of the traveling toy do not spin idly.

Furthermore, the play surface 4C can be played in combination with a second running toy 9 that does not have a power source. That is, the second traveling toy 9 is different from the above-mentioned one equipped with a power source, and runs using the power of the traveling toy C equipped with a power source, as shown in FIGS. ), it is made to imitate the shape of a large truck, and has a mounting surface 51 for the traveling toy equipped with the above-mentioned wind-up power source on the upper surface of the loading platform 50. A pair of transmission gears 52, 52 that transmit the rotation of the drive wheels 57 of the toy.
The intermediate gear 54 provided on the rotating shaft 53 of the transmission gear 52.52 is meshed with the reduction gear 55 fixed to the axle 58 on the back side of the second traveling toy 9, and the reduction gear 55 is elastically provided. The sound reduction piece 56 is engaged with the sound reduction piece 56. The sound reduction piece 56 is attached to the lower surface of the second traveling toy 9, and its free end is intermittently engaged with the rotating reduction gear. Note that the sound reduction piece 56 may be configured to be engaged with the intermediate gear 54.

With the above configuration, although the second running toy 9 itself is not equipped with a power source, it can run using the driving force of the running toy C that is equipped with a power source. That is, when the traveling toy C is placed on the traveling toy mounting surface 51 on the upper surface of the second traveling toy loading platform 50 with its mainspring wound up (as shown in FIG. 2), its drive wheel 57 is placed on the mounting surface 51. Facing transmission gear 52.52
contact above. The front end of the traveling toy C hits the front end surface of the carrier 50 of the second traveling toy, making it impossible to travel.
The rotational force of the drive wheel 57 is transmitted to the transmission gear 52.52, and the transmission gear 52.52 rotates. This rotational force is further transmitted to the axle 58 of the second traveling toy 9 via the intermediate gear 54 and the reduction gear 55, and thereby the second traveling toy 9
moves forward.

Also, when the reduction gear 55 rotates, the sound reduction gear 56
Since the free end of the gear is intermittently engaged with the reduction gear 55,
The rotational force of the gear 55 is suppressed, and the running energy stored in the running toy C is not instantly dissipated, but is gradually lost, so the running speed of the second running toy 9 is extremely high. It runs at a gentle pace, which is in contrast to the running toy C mentioned above. In particular, when the second running toy 9 is run on a carpet, the bristles of the carpet push up the reduction gear 56 provided on the lower surface of the second running toy from below, so that the reduction gear 55 and the reduction gear 55 are protected. This strengthens the acceleration and deceleration effect, making the vehicle run as if it were transporting a car (a moving toy on a cargo platform).

Furthermore, when the sound reduction piece 56 is intermittently engaged with the reduction gear 55, an onomatopoeic sound similar to an engine sound is generated.

In this way, the second running toy 9 is unique in that it runs using the power of a running toy that has a power source, even though it does not have a power source, and its running speed is also similar to that of the power source. In addition to being gentler than other running toys, it also makes engine onomatopoeic sounds when running, making it very unexpected and making playing with the running toy even more fun and interesting.

Since the rear end of the loading platform of the second traveling toy 9 is open, it can be played with in combination with the play surface 4C of the parking lot toy body described above. In this case, for example, a traveling toy C with a winding spring is placed on the playing surface 4C, and its traveling is restrained by a stopper piece 21, while - the open rear end portion of the second traveling toy 9 is placed on the playing surface 4C. 4C with the above F
,,',(They are arranged relative to each other via the piece 21. When the stopper piece 21 is pushed down in this state, the running toy C on the play surface 4C moves forward and the running toy C is placed on the second running toy 9. Side 5
0, and the driving force thereof is transmitted to the second traveling toy 9 as described above, and the second traveling toy 9 runs. Similarly, the lifting platform 6 is lowered and the traveling toy mounting surface 23 is lowered.
It is also possible to move the traveling toy C placed thereon to the second traveling toy 9L and cause the second traveling toy 9 to travel. Also,
In this example, the second traveling toy 9 is accommodated in a housing section 3C formed below the traveling toy housing section 3b.

In the example of the parking lot toy illustrated above, each operation of locking and unlocking when opening and closing the toy body A, raising and lowering the elevator platform, and raising and lowering the starting plate is performed by key operation. These keys may have rounded tips and are not necessarily limited to circular keys such as coins. However, if you use a coin as a key, there is no need to prepare a separate key, and it is also interesting because it brings out the unexpectedness of using a coin as a key. However, you can also use common keys other than coins.

Also, if the above-mentioned parking lot toy is used for miniature cars,
The whole thing doesn't get too big, and the world of miniature car play can be expanded.

As explained in detail above, the parking lot toy of the present invention is composed of a box body with an opening/closing lid, a traveling toy storage section is formed inside the box body, and at least one elevating platform is installed in the lid body. Furthermore, since the elevating platform and the traveling toy storage section are connected via a guideway, it is possible to store and carry a plurality of traveling toys, and to place them at a desired location. Not only can you enjoy car play by using the driving play surface 1/X, but the whole thing can be easily stored.

In addition, since the above-mentioned parking lot toy utilizes the flatness of the lid as a play surface when the lid is open, the play value of the toy insect is improved, and the unexpectedness and fa...
Both the comfort and comfort can be satisfied. Furthermore, the lid is equipped with a platform that can be raised and lowered freely, and this platform A is configured so that it can be connected to the moving toy storage section on the box side, so that it can be combined with other play surfaces to create a play zone. It becomes three-dimensional, and various actions can be added, allowing you to enjoy a varied driving play.

[Brief explanation of the drawing]

FIG. 1 is an overall perspective view of the parking lot toy according to the present invention, FIG. 2 is a perspective view of the parking lot toy in an open state, and FIG. 3 is a locking of the box and lid of the parking lot toy. Explanation diagram of unlocking mechanism, 4th
Figures 5(a) and 5(b) are explanatory diagrams of the elevating mechanism of the elevating platform, Figs. 6(a) and (b) are explanatory diagrams of the engaging and disengaging mechanism of the starting plate, and Fig. 7(a) ), (
b) is an explanatory diagram of the drive mechanism of the second traveling toy. Code A... Parking lot toy, l... Box body, 2... Lid body, 3... Traveling toy storage section, 4... Play surface, 5...
・Guidance run-path component, 6... Toy lifting platform, 20...
Guidance routeability Applicant Takara Co., Ltd. Agent Mikio Segawa Patent attorney Figure 4 21 Figure 5 (b) Figure 6 (a) ゛ (b) Figure 7 (cA) (b)

Claims (7)

[Claims] (1) A parking lot toy that uses a running toy equipped with a power source and is characterized by meeting the following requirements. (a) The toy body shall consist of a box-like body with an opening/closing lid. (b) A play surface for a traveling toy is formed on the back surface of the lid, and at least one elevating platform is disposed on the play surface so as to be movable up and down. (c) On the box body side, there is provided a traveling toy accommodating section configured to accommodate a plurality of traveling toys, and a guide track that connects with the lifting platform described in "2" and guides the traveling toys. thing. (2) The lid body is provided with an engaging protrusion, while the box body is provided with an engaging protrusion,
an engaging member and a lid pushing member that are engaged with the engaging protrusion, urging the engaging member in the direction of engagement with the engaging protrusion, and urging the pushing member in the direction of opening the lid. A patented parking lot toy characterized by comprising a spring that biases the toy. (3) The parking lot toy according to claim 2, wherein the engaging member is opened using a coin. (4) The elevating platform has a rotatable X-shaped link interposed between the back surface of the lid body and a mounting surface on which a traveling toy is placed, and the platform is interposed between the link and the back surface of the lid body. and a shock absorber member that relieves this elastic bias, and engages with an engagement member provided on the back surface of the lid body at the lowest position. The parking lot toy according to claim 1, characterized in that: (5) The parking lot toy according to claim 4, wherein the engaging member is opened using a coin. (6) A starting plate that can be raised and lowered is disposed on the play surface, and the starting plate is pivotably attached to the surface of the lid body in an upright state, and biased in the engagement direction. The parking lot toy described in Patent No. 1, characterized in that it engages with a retaining member. (7) The parking lot toy according to claim 6, wherein the engaging member is opened using a coin.