JPH0742400A - Multistory parking system equipped with rotary device - Google Patents

Abstract

PURPOSE:To ensure that even if a vehicle is temporarily called back into a vehicle entrance/exit portion after parking to take out something left in the vehicle, the front of the vehicle is oriented toward a vehicle entrance as it is taken out of the garage. CONSTITUTION:A controller 17 sets a vehicle parking operation such that a vehicle put in a vehicle entrance room 1 by an elevator car 10 is raised with its direction unchanged and placed on a housing rack 13; the controller 17 also sets a vehicle take-out operation such that the vehicle placed on the housing rack 13 is transferred from the elevator car 10 to a turntable 2 and that the vehicle is returned into the vehicle entrance room 1 with the front of the vehicle oriented toward a vehicle entrance 1a by the turn of the turntable 2. Further, the controller 17 sets a vehicle call-back operation such that the vehicle placed on the housing rack 13 is called back into the vehicle entrance room 1 without turning the turntable 2 to change the direction of the vehicle.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a turntable built-in type multi-level parking apparatus.

[0002]

2. Description of the Related Art Conventionally, in a multi-level parking apparatus of this type, a turntable is rotatably mounted on a floor surface of a vehicle loading / unloading chamber through a drive unit to guide a front surface of a vehicle to a vehicle loading / unloading port. It is like this. When the vehicle is loaded, place the vehicle loaded in the vehicle loading / unloading room on the turntable and turn the turntable so that the front of the vehicle faces the vehicle loading / unloading port and is handed over to the elevator in that direction. When the vehicle is unloaded, the vehicle is moved up and down in the vehicle loading / unloading room in that direction and handed over to the turntable so that the front of the vehicle is directed to the vehicle loading / unloading port and when loading / unloading the vehicle. In the same orientation, it is passed from the turntable to the elevator and stored in the vehicle storage space.When the vehicle leaves the vehicle, the vehicle is passed from the elevator to the turntable and the turntable is swiveled to bring the front of the vehicle into and out of the vehicle. In some cases, it is installed as an automatic control. As a result, the vehicle can enter the vehicle forward and exit the vehicle forward.

[0003]

However, in the above-described conventional multi-level parking apparatus, the turntable is automatically turned when the vehicle enters or leaves the vehicle. When the vehicle is called and the vehicle is called to the vehicle loading / unloading section, for example, in order to remove the lost article in the vehicle and take it out, this is the same as the loading / unloading operation, and the front of the vehicle is in a loading / unloading state in which it faces the vehicle loading / unloading port. If you take out the luggage etc. and then reload it again, this is the same as the loading operation, and when you leave it, the vehicle will be in the opposite direction as when you entered it, so you will have to move the vehicle backwards. There was a problem that had to be.

The present invention solves such a conventional problem and temporarily calls the vehicle to the vehicle loading and unloading section and re-loads it in order to take out a forgotten item between the loading and unloading of the vehicle. Even when the vehicle is unloaded, it is an object of the present invention to provide a three-dimensional parking apparatus with a rotating device, which allows the front surface of the vehicle to be reliably directed to the vehicle loading / unloading opening so that the vehicle can be unloaded forward.

[0005]

In order to achieve the above-mentioned object, the present invention instructs a control device to carry out a loading operation for moving a vehicle loaded in a vehicle loading / unloading section up and down into a hierarchy of a vehicle storage space. A warehousing instruction means, a warehousing instruction means for instructing a warehousing operation in which the front of the vehicle is turned to the vehicle warehousing / unloading portion by turning the turntable, and a vehicle stored in the vehicle storage space is a turntable. And a call-back instruction means for instructing a call-back operation for returning to the vehicle loading / unloading section in the direction in which the vehicle is loaded without turning.

[0006]

Therefore, according to the above configuration of the present invention, in the case of warehousing of the vehicle, the vehicle stored in the vehicle loading / unloading section is moved up and down by the elevator based on the warehousing instruction means of the control device.
It is stored in the hierarchy of the vehicle storage space. In the case of unloading the vehicle,
The vehicle stored in the hierarchy of the vehicle storage space is returned to the vehicle loading / unloading section by the raising / lowering of the elevator based on the loading / unloading instruction means, and the front of the vehicle is directed to the vehicle loading / unloading opening by turning the turntable. As a result, the vehicle can enter the vehicle forward and exit the vehicle forward.

When the vehicle is temporarily called back, the vehicle stored in the hierarchy of the vehicle storage space is transferred to the vehicle loading / unloading section by the lifting of the elevator based on the call back instruction means of the control device, and the turntable turns. Since the vehicle does not do so, the vehicle is recalled in the same orientation as when it was stored. Therefore, even if the vehicle is re-stocked from this state, the vehicle is stored in this way in the hierarchy of the vehicle storage space, and at the time of warehousing, the front of the vehicle is turned to the vehicle loading / unloading section by turning the turntable. Will be returned. As a result, the vehicle can leave the vehicle forward.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A multilevel parking apparatus according to an embodiment of the present invention will be described below. This multi-level parking device is illustrated as an independent steel tower type fork type elevator parking. First, the basic configuration will be described with reference to FIG. Figure 1
In FIG. 1, 1 is a vehicle loading / unloading room set on the first floor above the ground, which has a vehicle loading / unloading opening 1a in front thereof, and a door (not shown) is provided therein so that it can be opened and closed. A fork-type turntable 2 is rotatably installed on the floor of the vehicle loading / unloading chamber 1 by a turntable drive device 3 having a lift mechanism. The vehicle loading / unloading room 1 is provided with a vehicle position detecting photoelectric tube 4, a driver exit confirming photoelectric tube 5, a vehicle position guide plate 6, a buzzer 7, a lighting device 8, and the like. Reference numeral 9 denotes a hoistway communicating with the upper side of the vehicle loading / unloading chamber 1, and a fork-type elevator lift 10 for mounting a vehicle as an elevator on the hoistway 9 is assembled by a hoisting drive device 11 so as to be hoistable. Reference numeral 12 denotes a vehicle storage space composed of a plurality of storage shelves 13 formed hierarchically along both sides of the hoistway 9, and a fork-type traverse carriage 14 is provided on each of the storage shelves 13 by a traverse drive device 15. It is assembled so that it can move back and forth between and. Reference numeral 16 denotes an operation unit that operates various devices as an input device, including operations for entering and leaving the vehicle. Reference numeral 17 is a control device for controlling each part of the fork type elevator parking.

Next, the construction of the operating portion 16 of this fork type elevator parking will be described with reference to FIG.
In FIG. 2, 1601 is a power switch, 1602 is an unlock button for unlocking the operation unit 16, and 1 is a lock button.
Reference numeral 603 is a door open button for opening the door of the vehicle entrance / exit opening 1a, 16
Reference numeral 04 is a door close button for closing the door of the vehicle entrance / exit opening 1a, 16
Reference numeral 05 denotes a floor designation button for designating the floor of the vehicle storage space 12 in the elevator lift 10, 1606 is a call button for designating the storage shelf 13 of each floor, 1607 is a warehousing button for instructing the warehousing operation of the elevator lift 10, and 1608 is an elevator. Lift 1
The exit button for instructing the exit operation of 0, 1609 is the return button for instructing the return operation of the elevator lift 10, and 16
10 is a cancel button for canceling various instruction contents, 161
Reference numeral 1 is various display units.

Next, the control device 17 for the fork type elevator parking will be described with reference to FIG. Figure 3
In the figure, 170 is a CPU that constitutes a control device,
An arithmetic processing unit 171, a ROM 172, a clock 173 and the like are provided, and the ROM 172 includes a door 1b, a lighting device 8, a turntable 2, various photocells 4, 5 and an elevator lift 1.
Control information for 0, the traverse vehicle 14, and the operation unit 16 is stored.

Next, the operation based on the control of the control device 17 for the fork type elevator parking will be described with reference to FIGS.
The description will be made with reference to FIGS. 4, 5, and 6. First, the warehousing operation of the vehicle will be described with reference to FIGS. 1, 2, and 4. In these figures, the elevator lift (E
L) 10 is waiting in the vehicle loading / unloading room 1 on the first floor above the ground (step 401), the door open button 16 of the direct operation part 16
By pressing 03 (step 402), the door is opened (step 403). If the elevator lift 10 is not waiting in the vehicle loading / unloading room 1 (step 401) and is stopped on the hoistway 9 at the upper storage shelves 13, the floor designation of "first floor" is designated. By pushing the button 1605 (step 404), the elevator lift 10 is lowered (step 405), after landing on the first floor (step 406), the door is opened (step 403). When the door is opened, the operation of the elevator lift 10 is locked, and the lighting device 8 in the vehicle loading / unloading room 1 is turned on (step 407).

Here, the vehicle is self-propelled and the vehicle storage room 1
To the turntable 2 incorporated in the floor of the vehicle loading / unloading room 1 (step 408). At this time, the vehicle position is detected by the vehicle position detecting photoelectric tube 4 (step 409), and the vehicle position guide plate 6 is provided while the vehicle is behind the predetermined position on the turntable 2.
Is displayed and the buzzer 7 sounds (step 410). On the contrary, while the vehicle is in front of the predetermined position, the "reverse" instruction is displayed on the vehicle position guide plate 6 and the buzzer 7 sounds (step 41).
0). When the vehicle is corrected to the correct position on the turntable 2 (step 411), "stop" is displayed on the vehicle position guide plate 6 and the buzzer 7 stops (step 4).
12).

Then, the driver dismounts and exits to the outside of the room (step 413), and the door close button 1604 of the operation unit 16 is entered.
If the driver has completed the exit from the vehicle loading / unloading room 1 by pressing (step 414) (step 4)
15) The door is closed (step 416). If the driver has not exited (step 415),
The buzzer 7 operates to prompt the driver to leave (step 417), and after the exit confirmation is performed (step 4).
18) By pressing the door close button 1604 (step 414), the door is closed (step 416). When the door is closed, the operation of the elevator lift 10 is locked, and the lighting device 8 in the vehicle loading / unloading room 1 is turned off (step 419).

Here, in the operation unit 16, the number of the storage shelf 13 to which the vehicle is stored is designated, and the storage button 160 is input.
By pressing 7 (step 420), the elevator lift 10 rises (step 421), transfers the vehicle to the designated floor, and stops at a position slightly above that floor (step 422). In the designated storage shelf 13,
When the traverse vehicle 14 traverses and is moved onto the hoistway 9 (step 423), the elevator lift 10 descends (step 424), and while passing through the traverse vehicle 14,
The vehicle is handed over. After this, the elevator lift 10 descends at high speed (step 425),
The transverse carriage 14 traverses and stores the vehicle in the storage shelf 13 (step 426).

When the elevator lift 10 lands on the first floor (step 427), its operation is locked and the lighting device 8 in the vehicle loading / unloading room 1 is turned on (step 428).

Next, with respect to the leaving operation of the vehicle, FIG. 1 and FIG.
And it demonstrates using FIG. In these figures, when the door is closed (step 501), the operation unit 1
6, the number of the storage shelf 13 for storing the leaving vehicle is designated, and the leaving button 1608 is pressed (step 502). If the door is open (step 501), after confirming the safety (step 503), the door close button 1604 is pressed (step 504) to close the door (step 505) to operate the elevator lift 10. After locking and turning off the illumination device 8 in the vehicle entry / exit room 1 (step 506), the exit button 1608 is pressed (step 502).

As a result, the transverse carriage 14 on which the vehicle is placed moves from the designated storage rack 13 onto the hoistway 9 (step 503), and the elevator lift 10 ascends toward the floor (step 504). At the same time when the elevator lift 10 passes through the transverse carriage 14 of the designated floor, the vehicle is handed over and stops at a position above the designated floor (step 505). Then, the traverse vehicle 14 is returned to the storage shelf 13 (step 506).

When the traverse vehicle 14 returns to the storage shelf 13, the elevator lift 10 descends (step 507), and at the same time, the turntable 2 of the vehicle loading / unloading room 1 on the first floor rises to a predetermined height from the floor (step). 508).

The elevator lift 10 is the turntable 2
At the same time as passing through the vehicle, the vehicle is handed over to the turntable 2 and directly lands on the first floor (step 509).

Next, the turntable 2 to which the vehicle is delivered turns 180 degrees (step 510) and descends to the position of the floor surface (step 511). As a result, the vehicle is landed on the first floor with its front surface facing the vehicle loading / unloading opening 1a.

The door is then opened (step 512),
While the operation of the elevator lift 10 is locked,
The lighting device 8 in the vehicle loading / unloading room 1 is turned on (step 513). The vehicle is self-propelled and exits from the vehicle entry / exit room 1 (step 514), and when the safety confirmation is performed (step 515), the door is closed (step 51).
6).

Next, referring to FIG.
This will be described with reference to FIGS. 2 and 6. In these figures, if the door is closed (step 601),
The recall button 1609 is pressed on the operation unit 16 (step 602). If the door is open (step 60
1) After confirming safety (step 603), by pressing the door close button 1604 (step 604), the door is closed (step 605), the operation of the elevator lift 10 is locked, and the vehicle loading / unloading room 1 After turning off the lighting device 8 inside (step 606), the call back button 16
Press 09 (step 602). Then, the storage shelf 13 in which the vehicle to be recalled is stored is designated (step 60).
7).

As a result, the transverse carriage 14 on which the vehicle is placed moves from the designated storage rack 13 onto the hoistway 9 (step 608), and the elevator lift 10 ascends toward the floor (step 609). At the same time when the elevator lift 10 passes through the transverse carriage 14 of the designated floor, the vehicle is handed over and stops at a position above the designated floor (step 610). And traverse truck 14
Is returned to the storage shelf 13 (step 611).

When the traverse vehicle 14 returns to the storage rack 13, the elevator lift 10 descends (step 612) and then lands on the vehicle loading / unloading room 1 on the first floor (step 613).
At this time, the turntable 2 does not turn. Therefore, the vehicle is recalled with its front face facing in the same direction as when it was stored.

The door is opened (step 614), the operation of the elevator lift 10 is locked, and the lighting device 8 in the vehicle loading / unloading room 1 is turned on (step 61).
5). Here, the driver enters the vehicle loading / unloading room 1 (step 616), performs a necessary action such as taking out a forgotten item from the vehicle, and exits the vehicle. When the safety confirmation is performed (step 617), the door is closed (step 618).

After that, the number of the storage shelves 13 of the receiving destination is set in the operation unit 16 and the vehicle is reloaded (step 619) to start the loading (step 62).
0). That is, the elevator lift 10 rises, transfers the vehicle to the designated floor, and stops at a position slightly above the floor. In the designated floor, when the traverse vehicle 14 traverses and moves onto the hoistway 9, the elevator lift 1
0 descends and passes through the transverse carriage 14, and the vehicle is handed over. After that, the elevator lift 10 descends at a high speed to land on the first floor, and the transverse carriage 14 traverses to store the vehicle in the storage rack 13. As a result, the vehicle is stored in the same direction as when it was stored.

As described above, according to the above-described embodiment, the vehicle loaded in the vehicle loading / unloading chamber 1 is stored in the storage rack 13 by the elevator lift 10 in the loading direction based on the loading instruction from the control device 17, and the loading / unloading is performed. Based on the instruction, the vehicle stored in the storage rack 13 is returned to the vehicle loading / unloading chamber 1 by the elevator lift 10 and the front of the vehicle is turned to the vehicle loading / unloading opening 1a by turning the turntable 2. Can be entered by moving forward, and can be output by moving forward.

When it is desired to temporarily call the vehicle into the vehicle loading / unloading room 1, the vehicle stored in the storage shelf 13 is moved to the elevator lift 1 based on the call back instruction from the control device 17.
0 is transferred to the vehicle loading / unloading room 1 and the turntable 2 is not turned, so that the vehicle can be recalled in the same direction as when it was loaded. Therefore, even if the vehicle is reloaded from this state, the vehicle retains this direction. It is stored in the storage shelf 13 and the front of the vehicle can be returned to the vehicle loading / unloading room 1 toward the vehicle loading / unloading opening 1a by the turning of the turntable 2 at the time of loading,
The vehicle can be moved out of the vehicle.

Further, according to the above embodiment, the operation unit 16 is provided with
Since a warehousing button 1607 for instructing a warehousing operation, a warehousing button 1608 for instructing a warehousing operation, and a call back button 1609 for instructing a vacating operation of the vehicle are provided, the warehousing operation and the warehousing operation for the vehicle are performed. The recall operation can be performed by a simple operation, and each operation can be surely executed.

Contrary to the present embodiment, the control device 17
As a warehousing operation, the vehicle stored in the vehicle warehousing room 1 is turned by the turntable 2 so that the front surface of the vehicle is directed to the vehicle warehousing / unloading opening 1a, and then handed over to the elevator lift 10 to the storage shelf 13 in that direction. In response to this, the vehicle stored in the storage rack 13 is returned to the vehicle loading / unloading room 1 as it is by the elevator lift 10 so that the front of the vehicle faces the vehicle loading / unloading opening 1a. It may be set. In this case, as a call back operation, the vehicle stored in the storage rack 13 is transferred by the elevator lift 10, the vehicle is returned to the vehicle loading / unloading room 1 without changing its direction, and the vehicle is reloaded. Sometimes, the turntable 2 is not turned, but the front of the vehicle is set to be transferred to the elevator lift 10 while being held in the vehicle loading / unloading port 1a direction. , As in the above embodiment, it is possible to unloading toward always front of the vehicle when the goods issue even when calling vehicle temporarily in the vehicle entry and leaving chamber 1 in the vehicle entry and leaving port 1a.

In the present embodiment, the ground independent tower type fork type elevator parking is exemplified, but the present invention is not limited to this type of multi-story parking system.
For example, the present invention can be similarly applied to other types of multi-level parking devices such as tray-type elevator parking.

[0032]

As described above, according to the present invention,
As a vehicle warehousing operation of the vehicle, the control device raises and lowers the vehicle stored in the vehicle warehousing / discharging section in the tier of the vehicle storage space and stores it in the hierarchy of the vehicle storage space. The vehicle returned from the floor to the vehicle loading / unloading section is set so that the front of the vehicle is turned to the vehicle loading / unloading opening by turning the turntable, and the vehicle stored in the floor of the vehicle storage space is used as a vehicle recall operation. Is set so that the vehicle is recalled to the vehicle loading / unloading section in the same orientation as when it was loaded, without turning the turntable.
Even if you call the vehicle and store it again for the purpose of taking out things left after the vehicle has been put in until it leaves, you can move the vehicle forward with the front of the vehicle facing the vehicle loading / unloading opening. You can take it out.

[Brief description of drawings]

FIG. 1 is a front view showing the configuration of a multi-level parking device according to an embodiment of the present invention.

FIG. 2 is a front view of an operation unit used in the three-dimensional parking device.

FIG. 3 is a block diagram showing the configuration of a control device that controls each part of the multi-level parking device.

FIG. 4 is a flowchart showing a warehousing operation based on the control of the control device of the multilevel parking device.

FIG. 5 is a flowchart showing a leaving operation based on the control of the control device of the multilevel parking device.

FIG. 6 is a flowchart showing a recall operation based on the control of the control device of the multilevel parking device.

[Explanation of symbols]

 1 Vehicle Entry / Exit Room (Vehicle Entry / Exit) 1a Vehicle Entry / Exit 2 Fork-type turntable 3 Turntable drive device 4 Photoelectric tube for vehicle position detection 5 Photoelectric tube for driver exit confirmation 6 Vehicle position guide plate 7 Buzzer 8 Lighting equipment 9 Hoistway 10 Fork-type elevator lift (elevator) 11 Elevating drive device 12 Vehicle storage space 13 Storage shelf 14 Fork-type traverse carriage 15 Traverse drive device 16 Operation part (input device) 1601 Power switch 1602 Lock release button 1603 Door open Button 1604 Door close button 1605 Floor designation button 1606 Call button 1607 Entry button 1608 Exit button 1609 Call button 1610 Cancel button 1611 Display 17 Control device

Claims (1)

[Claims] 1. A lift for elevating and lowering a hoistway of a floor between a vehicle loading / unloading section and a vehicle storage space, a lift drive device for driving this elevator, and a swivel for the vehicle loading / unloading section. A turntable incorporated in the vehicle to change the direction of the vehicle, a turntable drive device for driving the turntable, a control device for controlling the lifting drive device and the turntable drive device, and an input device for inputting instructions to the control device The control device includes a storage instruction means for instructing a storage operation in which a vehicle stored in the vehicle storage section is moved up and down to a level of the vehicle storage space to store the vehicle, and the turntable is turned to turn the vehicle. Departure instructing means for instructing a departing operation for returning the front face to the vehicle loading / unloading port to the vehicle loading / unloading unit, and a vehicle stored in the vehicle storage space for turning the vehicle. A multi-storey parking device with a rotating device, comprising: a call-back instruction means for instructing a call-back operation for returning to the vehicle loading / unloading section in a direction in which the table is stored without turning.