JP2003311024A - Conveyance system for game implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a conveyance system for game implement, which can release a player from physical fatigue caused by transport of a game implement and can offer a comfortable game to the player, by allowing the game implement to be conveyed without the use of man power. <P>SOLUTION: This conveyance system for game implement is characterized as follows: in an amusement place where the player rolls down on an inclined plane with the game implement in a state in which the player is brought into the spherical game implement, a conveyance passage is formed between the vicinity of a game starting position which serves as a position in which the game implement staets to roll down and the vicinity of a game termination position which serves as a position where the game implement finishes rolling down; and a carrier vehicle, which is made travelable on the conveyance passage, is provided with a game implement placing part on which the game implement is to be placed so as to be conveyed and a passenger cabin part into which the player is to get. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a play equipment transfer system.

[0002]

2. Description of the Related Art Conventionally, as one form of play, as shown in FIG. 8, a player M1 is placed in a playground B having a spherical shape, and a gently sloping surface formed in a playground P together with the playground B. Some roll down.

That is, the play equipment B has a hollow outer sphere b1 made of synthetic resin and having an outer shape of about 3 meters, a hollow inner sphere b2 supported in the hollow outer sphere b1, and a hollow outer sphere b.
1 and a hollow inner sphere b2 for communicating with each other, a pipe-shaped communication passage b
3 and a hollow inner sphere b2 from the same communication passage b3.
The player M1 can enter and leave the room.

Therefore, in the above-mentioned play, when playing again, the large play equipment B must be transported from the play end position to the play start position, and the play equipment is rolled and carried by the player himself. Or, the play equipment was loaded on a truck and transported.

[0005]

[Problems to be Solved by the Invention] However, the play equipment B
In addition to the large size, the player has to carry the work from the low position to the high position of the inclined surface, which requires a labor and labor for the carrying work.

Also, when carrying a large play equipment to and from a truck, it is troublesome and labor-intensive even when it is carried by a truck, and the player must wait until the play equipment is carried. There was an inconvenience that it wouldn't happen.

[0007]

Therefore, in the present invention, in a state where the player is inside the spherical play equipment, the play equipment begins to roll in a playground that rolls down on an inclined surface together with the play equipment. A transport path is formed between the play start position, which is the position, and the play end position, which is the position where the play equipment finishes rolling, and the transport vehicle can run on the transport path. The present invention provides a play equipment transfer system characterized by comprising a play equipment placement portion for placing and carrying play equipment, and a passenger compartment for a player to board.

The present invention is also characterized by the following configurations.

(1) A start side play equipment stop gate is provided at the play start position so as to be openable and closable, and an end side play equipment stop gate is provided at the play end position so as to be opened and closed. The play equipment is rolled on an inclined surface and the play equipment is configured to be received by the end side play equipment stop gate. It is constructed so that it can be rolled and stored in the play equipment placement part of the carrier located on the lower side of the play equipment stop gate.

(2) The start side play equipment stop gate, the end side play equipment stop gate, and the play equipment detection means are provided in the play equipment placement portion, and the start side play equipment stop gate, the end side play equipment stop gate, and the tow Guidance provided on the car and playground equipment
There are provided operating means for opening / closing, running, or lifting / lowering the holding body respectively, and these play equipment detecting means are connected to the input side of the control means, while these operating means are connected to the output side of the control means. Then, it is possible to control from the start of the game → the end of the game → the placement of the play equipment → the start of the transport of the transport vehicle → the end of the transport of the transport vehicle → the start of the play.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION The play equipment transfer system according to the present invention is used in a playground in which a player rolls on an inclined surface together with the play equipment while the play equipment is in a spherical play equipment.
A transport path is formed between the play start position where the play equipment starts rolling and the play end position where the play equipment finishes rolling, and the transport vehicle can run on the transport path. The play vehicle is provided with a play equipment placement section for placing and carrying play equipment, and a passenger compartment for a player to board.

That is, a transport path is formed around the playground, bypassing the playground, and a carry-in station is arranged near the play start position, while a carry-out station is arranged at the play end position.

Further, the transport vehicle is composed of a towing vehicle having a passenger compartment for mounting a player or a companion, and a play equipment loading vehicle having a play equipment loading portion for loading play equipment. is doing.

With this structure, the player can move from the play end position to the play start position by boarding the transport vehicle, and at the same time, the play equipment can be transported by the transport vehicle.

Therefore, the player can enjoy the game comfortably without carrying a large play equipment.

Further, a start side play equipment stop gate is provided at the play start position so as to be openable and closable, and an end side play equipment stop gate is provided at the play end position so as to be opened and closed. The play equipment is configured to roll on the inclined surface, and the end side play equipment stop gate is configured to receive the play equipment. The play equipment thus received is opened by the end side play equipment stop gate to end side play. It is configured to be rolled and stored in the play equipment mounting portion of the carrier located on the lower side of the equipment stop gate.

That is, a sensor such as an optical sensor is provided on the start side play equipment stop gate, and a drive motor as an operating means for opening and closing the start side play equipment stop gate is provided.

Similarly, a sensor such as an optical sensor is provided also at the end side play equipment stop gate, and a drive motor as an operating means for opening and closing the start side play equipment stop gate is provided.

Further, a sensor such as an optical sensor is provided in the play equipment mounting portion, and a drive motor as an operating means for raising and lowering the guide / holding body is provided.

With this structure, it is possible to detect that the play equipment has entered, and based on this signal, the play equipment stop gate, the end play equipment stop gate, and the guide / holding body are arranged. By driving and stopping the drive motor, the start side play equipment stop gate and the end side play equipment stop gate can be automatically opened and closed.

Therefore, the start side play equipment stop gate and the end side play equipment stop gate can be operated unmanned, and labor costs can be reduced.

A play-device detecting means is provided in each of the start-side play equipment stop gate, the end-side play equipment stop gate, and the play equipment placement portion, and the start-side play equipment stop gate, the end-side play equipment stop gate, the transport vehicle, and the play vehicle. An operating means for opening / closing, traveling or vertically rotating the guide / holding body provided on the equipment placement portion is provided, and these play equipment detecting means are connected to the input side of the control means while these operating means are provided. Is connected to the output side of the control means, and it is possible to control from the start of play → the end of play → the placement of play equipment → the start of the transport of the transport vehicle → the end of the transport of the transport vehicle → the start of the play.

That is, a control section for centrally managing the entire system is provided, and the control section controls the start-side play equipment stop gate, the end-side play equipment stop gate, and the play equipment placement section, the play equipment detecting means, the carry-in station, Receiving signals from each transport vehicle detection means of the carry-out station, the instructions corresponding to each signal are given and held by the start side play equipment stop gate, the end side play equipment stop gate, and the play equipment placement section. The body is given to an operating means for opening / closing or vertically rotating, and a drive motor for a transport vehicle so that the body can be automatically operated without human intervention.

Therefore, the entire process can be fully automated, and the labor cost can be reduced by unmanning the operation, and the work can be rationalized for efficient operation.

[0025]

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

1 and 2 is a play equipment transfer system according to the present invention. The play equipment transfer system A shown in FIG.
Is provided with a playground P, an annular rail R laid around the playground P as a transport path, and a transport vehicle H capable of traveling along the annular rail R.

The playground P, as shown in FIGS. 1 and 2,
It is formed in a downward slope from the right side to the left side, and the game start position S is provided at the high position on the right side, while the game end position F is provided at the low position on the left side.

The play start position S is substantially horizontal so that the play equipment B does not roll more than necessary, and the play start position S is provided with a start side play equipment stop gate Gs on the inclined surface side. At the left and right sides of the start-side play equipment stop gate Gs, the guide bodies 1, 1 are installed in the shape of a letter “C” in plan view so that the play equipment B is guided from both guide bodies 1, 1 in the traveling direction. I have to.

The start side play equipment stop gate Gs is provided with a pair of left and right support columns 2 and 3 standing upright with a width wider than the outer diameter of the play equipment B in the left and right direction, and above the left support column 2. A base end portion of the start side stop bar 5 is pivotally supported via a pivot shaft 4, and an opening / closing drive motor 6 (see FIG. 7) as an operating means is interlockingly connected to the pivot shaft 4 so that the opening / closing drive motor 6 Thus, the start-side stop bar 5 can be opened / closed between a closed (blocking) position in which the start-side stop bar 5 lies substantially horizontally and an open (non-blocking) position that is flipped up.

Then, a sensor 7 such as an optical sensor is arranged on the upper part of the left column 2, and the sensor 7 detects whether or not the play equipment B is at the play start position E.

Further, a receiver (not shown) is provided on the upper part of the right column 3, and the start-side stop bar 5 at the closed position is provided by the receiver.
I try to receive the tip of the.

Further, the play end position F is a descending inclined surface to the play end position F so that the play equipment B rolls. At the play end position F, the end side play equipment stop gate G is provided.
The guides 8 and 8 are installed in the left and right lateral positions of the play equipment stop gate Gf on the end side in the shape of a letter “C” in plan view, and the play equipment B is moved in the traveling direction by both guide bodies 8 and 8. I will guide you to.

The end-side play equipment stop gate Gf is provided with a pair of left and right support columns 9 and 10 standing upright with a width wider than the outer diameter of the play equipment B in the left-right direction, and above the left support column 9. Axis 1
1, a base end portion of the end side stop bar 12 is pivotally supported, and an opening / closing drive motor 13 as an operating means is interlockingly connected to the same pivot shaft 11. The end side stop bar 12 is driven by the opening / closing drive motor 13. The opening / closing operation of 12 is possible between a closed (blocking) position in which it is lying substantially horizontally and an open (non-blocking) position that is flipped up.

Further, a sensor 14 such as an optical sensor is arranged on the upper part of the left column 9, and the sensor 14 detects whether or not the play equipment B is at the play end position F.

Further, a receiving body 15 is provided on the upper part of the right column 10, and at the receiving body 15, the end side stop bar 12 at the closed position.
I try to receive the tip of the.

Next, the annular rail R will be described.

The circular rail R bypasses the playground P between the vicinity of the play start position S where the play equipment B starts rolling and the vicinity of the play end position E where the play equipment B finishes rolling. While forming it in a loop shape along the outer periphery of the game hall P.

The annular rail R is composed of a rail portion 16 which allows the transport vehicle H to travel and a support portion 17 which supports and fixes the rail portion 16.

The rail portion 16 is formed by interposing a connecting member 19 between the upper and lower rails 18a and 18b extending in the traveling direction.

Then, the rail portion 16 is arranged by being fixed to the support portion 17 which is buried deep in the ground through a mounting member.

At the play start position S, the carry-out station 20
Is provided and the play equipment B is carried out from the transport vehicle H that has carried the play equipment B along the annular rail R at the carry-out station 20.

In the carry-out station 20, a sensor 21 such as an optical sensor is provided below the stop position of the transport vehicle H, and the transport vehicle H traveling on the ring-shaped rail R.
However, the arrival at the carry-out station 20 can be automatically detected.

Further, a carry-in station 22 is provided at the play end position E, and at the carry-in station 2, the play equipment B is carried in from the transport vehicle H which has carried the play equipment B along the annular rail R. .

In the carrying-in station 22, a sensor 23 such as an optical sensor is arranged below the stop position of the transport vehicle H, and the transport vehicle H traveling on the annular rail R is
The arrival at the carry-in station 22 can be automatically detected.

Next, the transport vehicle H will be described.

The transport vehicle H is composed of a towing vehicle 25 having a drive section and a play equipment loading vehicle 26 as a towed vehicle towed by the towing vehicle 25. A plurality of play equipment placement vehicles 26 can be connected.

The towing vehicle 25, as shown in FIGS.
On the upper part of the body frame 28, a passenger compartment 29 for passengers M1 and accompanying persons M2 to board is provided, while the body frame 28
A traveling drive unit 30 is provided below the.

The passenger compartment 29 has a frame 3 which covers the entire passenger compartment 29.
1, a doorway 32 through which a player M1 and a companion M2 can enter and leave, and a seat 33 on which the player M1 and a companion M2 can sit
It is equipped with.

In this embodiment, the towing vehicle 25 is a four-seater, but the number is not limited to this.

The traveling drive unit 30 has a rack and pinion structure in which a pinion 35 connected and interlocked with a drive motor 34 as an operating means is meshed with a rack 36 provided on the rail portion 16. 37 is a rolling wheel.

The play equipment placement vehicle 26 is provided with a play equipment placement portion 40 for loading play equipment B on the upper portion of the vehicle body frame 39, while moving along the annular rail R at the lower portion of the body frame 39. A moving unit 41 is provided.

As shown in FIGS. 3 to 6, the play equipment mounting portion 40 supports a support frame 47 for supporting the lower left half portion of the play equipment B, which is a sphere, and a lower right portion of the play equipment B. The guide / holding body 48 is provided.

The guide / holding body 48 pivotally supports the base ends of a pair of front and rear lifting arms 50, 50 on a lower pipe 49 forming a part of the support frame 47, so that both lifting arms 50, 50 are supported.
Is vertically rotatable, and both the raising and lowering arms 50, 50 are moved up and down by a raising and lowering motor 51 as an operating means.

That is, the raising and lowering arms 50, 50 are supported by the raising and lowering rotation motor 51 while supporting the play equipment B from below, and the raising position (a) at which the play equipment B can be held and the play ending position F are continuously played. The tool B can be moved up and down between a lower position (b) where the tool B can be guided on the support frame 47.

Further, a sensor 52 such as an optical sensor is arranged in the middle of the inner surface of the left pipe 42 to detect that the play equipment B is placed.

The moving portion 41 has a substantially rectangular parallelepiped frame shape surrounding the upper and left and right sides of the annular rail R.
Front and rear running portions 53, 54 having five rolling wheels 37 for rolling the upper surface and the left and right side surfaces of the upper rail 18a and the left and right side surfaces of the lower corner rail 18b are provided at the front and rear portions of 9, respectively. The body frame 39 can run on the circular rail R.

Further, connecting portions 38, 38 are provided on the lower front portion and the lower rear portion of the vehicle body frame 39, and can be connected to the connecting portion 38 of another play equipment mounting vehicle 26 via the connecting portion 27 at the connecting portion 38. The plurality of play equipment mounting vehicles 26 can be connected and run.

With this structure, the carrier vehicle H travels in a fixed direction on the annular rail R provided between the carry-out station 20 and the carry-in station 22, while efficiently transferring the play equipment B from the carry-in station 22 to the carry-out station 20. Transport well.

Further, the play equipment transfer system A according to the present invention is provided with a control unit C for controlling the entire system, and the play unit B can be automatically transferred by the control unit C.

That is, as shown in FIG. 7, the control section C has a carry-out station 20, a carry-in station 22, a start side playground equipment stop gate Gs, an end side playground equipment stop gate Gf, a transport vehicle H and a sensor 21 on the input side. , 23,7,14,52 are connected to the output side while the start side play equipment stop gate Gs,
End side play equipment stop gate Gf, transport vehicle H and opening / closing drive motors 6, 13, drive motor 34, lift rotation motor 5
1 is connected.

The control section C carries out automatic control as follows.

(1) Play equipment B is the start side play equipment stop gate Gs
When entering, the optical sensor provided at the start side play equipment stop gate Gs detects the play equipment B and outputs it to the control unit C.

(2) The control section C judges whether or not the game can be started after a predetermined time (for example, 5 minutes) has elapsed since the play equipment B was finally released.

(3) The control section C is arranged at the start side play equipment stop gate Gs when the predetermined time has already passed, and when the predetermined time has passed and the predetermined time has elapsed. Opening / closing drive motor 6 is used for starting side play equipment stop gate
Give an output command to open Gs.

By such an operation, the play equipment B is prevented from being continuously fed to the inclined surface, and the danger of the play equipment B colliding with each other is prevented.

(4) After the opening, after a predetermined time (for example, 30 seconds) during which the play equipment B rolls and moves from the start side play equipment stop gate Gs, for example, the opening / closing drive motor 6 is started. A command is given to close the tool stop gate Gs.

(5) Play equipment B is the end side play equipment stop gate Gf
When entering, the optical sensor 14 provided at the end side play equipment stop gate Gf detects the play equipment B and outputs it to the controller C.

(6) The control section C first determines whether or not the transport vehicle H is in a state in which the play equipment B can be placed.

As a result, when the transport vehicle H is in a state in which the play equipment B can be placed, the end side play equipment stop gate Gf is applied to the opening / closing drive motor 13 arranged in the end side play equipment stop gate Gf. Give an output command to open the.

In this way, the play equipment B is placed at the timing at which the play equipment B is placed on the play equipment placement vehicle 26 reliably and safely.
Can be sent to the loading station 22.

(7) After opening, after a predetermined time (for example, 30 seconds) in which the play equipment B rolls and moves from the end-side play equipment stop gate Gf, for example, the opening / closing drive motor 13 is caused to end-side play. A command is given to close the tool stop gate Gf.

(8) A sensor 21, such as an optical sensor, is provided below the stop position of the transport vehicle H in the carry-out station 20, and it is constantly monitored whether or not the transport vehicle H exists on the sensor 21. ing.

Therefore, the transport vehicle H is moved to the unloading station 20.
When the sensor 21 detects the presence of the transport vehicle H, it outputs the control section C.

(9) The control section C outputs a drive stop command to the drive motor 34 of the transport vehicle H.

Further, the control section C gives a descending command to the ascending / descending rotation motor 51 arranged in the play equipment placing section 40.

(10) The control section C gives an ascending command to the ascending / descending rotation motor 51 after a lapse of a predetermined time in which the play equipment B can be carried out.

(11) The control section C gives a drive command to the drive motor 34 arranged in the transport vehicle H.

(12) A sensor 23 such as an optical sensor is provided below the stop position of the transport vehicle H at the carry-in station 22, and the presence of the transport vehicle H on the sensor 23 is constantly monitored. .

Therefore, the transport vehicle H is loaded into the loading station 22.
When the sensor 23 detects the presence of the transport vehicle H, the control unit C outputs it.

(13) The control section C outputs a drive stop command to the drive motor 34 of the transport vehicle H.

(14) The control section C outputs a descending command to the ascending / descending rotation motor 51 arranged in the play equipment placing section 40, and the transport vehicle H is ready for placing the play equipment B. Make a decision.

(15) When the play equipment B is placed on the play equipment placement portion 40 and the placement completion is detected by the optical sensor 52 disposed on the play equipment placement portion 40, the play equipment B is output to the control portion C.

Further, the control section C gives an ascending command to the ascending / descending rotation motor 51 arranged in the play equipment placement section 40.

(16) All connected play equipment vehicles 26
When it is confirmed from the play equipment placement section 40 that the placement completion of the play equipment B is detected, a drive command is given to the drive motor 34 arranged in the transport vehicle H.

In this way, it is possible to fully automate the entire process, which has the effect of reducing personnel costs by unmanning the operation, and rationalizes the work for efficient operation. it can.

Next, the play when the play equipment transfer system A according to the present invention is used will be described.

(1) The player M1 enters the play equipment B and proceeds to the start side play equipment stop gate Gs.

(2) Play equipment B is the start side play equipment stop gate Gs
When entering the start side playground equipment stop gate Gs, the start side playground equipment stop gate Gs
Since Gs is released, play is started accordingly.

(3) When the player M1 rolls on a gentle inclined surface together with the play equipment B and rolls down near the play end position F, the gentle play formed toward the end side play equipment stop gate Gf The descending slope and the guide body guides the player to the end side play equipment stop gate Gf.

(4) The player M1 goes out of the play equipment B and board the passenger compartment 29 of the carrier H from the carry-in station 22 so that only the play equipment B enters the end-side play equipment stop gate Gf. To do.

(5) The end side play equipment stop gate Gf is opened when the carriage H becomes ready to place the play equipment B.
Accordingly, the play equipment B is sent to the carry-in station 22.

(6) The carrier vehicle H at the carry-out station 20 is already ready for loading, and the play equipment loading vehicle 26
Stands by descending the elevating arms 50, 50.

(7) The play device B released from the play device stop gate Gf on the end side is guided by the elevating arms 50, 50 of the play device placement vehicle 26 while rolling to the play device placement portion 40. Placed.

(8) When placed, the lifting arms 50, 50
Rises and the play equipment B is held by the play equipment placement portion 40. When the placement of all the play equipments B on the transport vehicle H is completed, the transport vehicle H starts traveling toward the unloading station 20.

(9) When the transport vehicle H arrives at the carry-out station 20, it automatically stops, and the player M1 gets off from the passenger compartment 29 of the transport vehicle H.

(10) The play equipment placement vehicle 26 of the carrier vehicle H lowers the elevating arms 50, 50 to roll the play equipment B from the play equipment placement portion 40 to the carry-in station 22 and lower it.

(11) The rolling play equipment B is guided by the guide body 1 with a gentle slope, and the play equipment stop gate on the starting side
Proceed to Gs.

(12) The player M1 enters the play equipment B and enters the start play equipment stop gate Gs together with the play equipment B. By repeating the above, the player M1 can enjoy the game comfortably.

[0099]

According to the present invention, the following effects can be obtained.

(1) In the present invention as set forth in claim 1, in a state where the player is inside the spherical play equipment, the play equipment begins to roll in a playground where the play equipment rolls down on an inclined surface together with the play equipment. A transport path is formed between the play start position, which is the position, and the play end position, which is the position where the play equipment finishes rolling, and the transport vehicle can run on the transport path.
The transport vehicle is provided with a play equipment placement section for placing and transporting play equipment. In this way, it becomes possible to transport the play equipment by the transport vehicle without manpower, and it is not necessary to manually transport the play equipment. Moreover, since the play equipment can be efficiently transported, many people can enjoy playing more.

(2) In the present invention according to claim 2, a start side play equipment stop gate is provided at the play start position so as to be openable and closable, and an end side play equipment stop gate is provided at the play end position so as to be openable and closable. The opening of the play equipment stop gate causes the spherical play equipment to roll on the inclined surface, and the end-side play equipment stop gate is configured to receive the play equipment. When the equipment stop gate is opened, the equipment stop gate is configured to be rolled and stored in the play equipment mounting portion of the carrier located on the lower side of the end play equipment stop gate. In this way, it becomes possible to unmanned in the process of guiding / holding the start-side play equipment stop gate, the end-side play equipment stop gate, and the play equipment on the play equipment placement section, thereby reducing labor costs. In addition to having the effect of being able to play, it is possible to provide the player with a service that enables him to play without having to deal with large play equipment, and to enjoy the game comfortably.

(3) In the present invention as defined in claim 3, the start side play equipment stop gate, the end side play equipment stop gate, and the play equipment placement portion are provided with play equipment detection means, respectively, and the start side play equipment stop gate is provided. And an end side play equipment stop gate, a towing vehicle, and a guide / holding body provided in the play equipment mounting portion for opening / closing, traveling, or raising / lowering rotation, respectively, and controlling these play equipment detecting means. While connecting to the input side of the above, these operating means are connected to the output side of the above-mentioned control means, and start of play → end of play → placement of play equipment → start of transport of transport vehicle → end of transport of transport vehicle → It was possible to control until the start of play. In this way, the entire process can be fully automated, and the labor cost can be reduced by unmanning the operation, and the work can be rationalized for efficient operation.

[Brief description of drawings]

FIG. 1 is a front explanatory view of a play equipment transfer system according to the present invention.

FIG. 2 is a side view of the play equipment transfer system according to the present invention.

FIG. 3 is a side view of a transport vehicle and a transport path.

FIG. 4 is a side view for explaining the end side play equipment stop gate.

FIG. 5 is a front explanatory view of the play device stop gate on the ending side.

FIG. 6 is a rear view for explaining the end side play equipment stop gate.

FIG. 7 is a control block diagram in the play equipment transfer system according to the present invention.

FIG. 8 is a side view for explaining the use of the play equipment.

[Explanation of symbols]

A playground equipment transport system M1 player P Playground R ring rail H carrier B play equipment Gs Start side play equipment stop gate Gf End side play equipment stop gate C controller 20 unloading station 22 Carry-in station 25 towing vehicle 26 Playground equipment vehicle 48 Guide / holding body 50 lifting arm

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Kunihiko Nomiyama             1193 Odaira, Inatsuki-machi, Kaho-gun, Fukuoka Prefecture

Claims (3)

[Claims] 1. In a playground in which a player rolls on a sloping surface together with the play equipment while the play equipment is in a spherical play equipment, near the play start position where the play equipment starts rolling. A transport path is formed between the play ending position and the vicinity of the play ending position, and the transport vehicle can run on the transport route. The play equipment is placed on the transport vehicle and transported. A play equipment transfer system comprising: a play equipment placement portion for carrying out a game; and a passenger compartment for a player to board. 2. A start side play equipment stop gate is provided at the play start position so as to be openable and closable, and an end side play equipment stop gate is provided at the play end position so as to be openable and closable to open the start side play equipment stop gate. The play equipment is configured to roll on the inclined surface, and the end side play equipment stop gate is configured to receive the play equipment. The play equipment thus received is opened by the end side play equipment stop gate to end side play. The play equipment carrying system according to claim 1, wherein the play equipment carrying system is configured to be rolled and stored in a play equipment placing portion of a carrying vehicle located on the lower side of the equipment stop gate. 3. A start side play equipment stop gate, an end side play equipment stop gate, and a play equipment detection means are provided on the play equipment placement portion, respectively, and a start side play equipment stop gate, an end side play equipment stop gate, and a towing vehicle. And a guide / holding body provided in the playground equipment mounting portion for opening / closing, traveling, or raising / lowering rotation, respectively, and these playground equipment detecting means are connected to the input side of the control means. By connecting the operating means to the output side of the above-mentioned control means, it is possible to control from the start of play → the end of play → the placement of play equipment → the start of the carriage of the carriage → the end of the carriage of the carriage → the start of the play. The play equipment transfer system according to claim 2.