JP2000160865A - Mechanical parking facility - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mechanical parking facility capable of contriving the compactness of a drive board and a mechanical control board to be installed even in a smaller space in a vehicle coming-in room. SOLUTION: This mechanical parking facility is provided with a case body 36a for a drive board 36 housing and arranging each power related instrument for power supply along the wall face of the inside of the vehicle coming-in room 30 of a multistory parking facility 21, and a case body 35a for a mechanical control board 35 housing and arranging each control related instrument driving and controlling each machine. The case body 36a is highly densely intensified and arranged by each power related instrument, and is made in a required minimum size. The case body 35a is highly densely intensified and arranged by each control related instrument and made in a required minimum size. Each case body 35a, 36a is provided upward from a floor face, and an opening and closing cover is made detachable.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an improvement in a mechanical parking facility such as a vertical circulation type multi-story parking facility in which a vacant space in a vehicle occupancy is not so much secured.

[0002]

2. Description of the Related Art Conventionally, as mechanical parking equipment, for example,
There is a vertical circulation type multi-story parking facility 1 as shown in FIGS. 6 and 7, and in a tower-shaped parking structure 2, an upper sprocket 3 and a lower sprocket 4, which are respectively disposed two at the top and bottom. A pair of endless chains 5 extending between the two sprockets 3 and 4 and a plurality of vehicle-mounted cages 7 connected to the endless chains 5 via attachments 6. In addition, the main motor as a driving source, an interlocking mechanism, and the like are used to drive and control the respective groups of cages 7 so that they can freely circulate in a desired direction.

An entrance / exit port 8 is formed at a ground floor position as an entrance / exit position for the parking structure 2.
The vehicle 9 can freely enter and exit the vehicle entrance room 10 through the entrance / exit opening 8, and the vehicle 9 entering from the entrance / exit opening 8 can fit into the pit 11 in the vehicle entrance room 10. It was configured so that it could be freely mounted on the mounting table of No. 7.

[0004] An operation panel 12 is provided at an appropriate height next to the entrance 8 of the parking structure 2, and an operator such as a user operates the operation panel 12 as appropriate. Thus, the desired cage 7 is called to the loading / unloading position fitted to the pit 11.

[0005] In the empty space in the vehicle entry room 10, there are provided a power receiving device such as a circuit breaker for lighting of 100V AC power, an outlet, and a terminal block for receiving power of 200V AC power.
A relatively small power receiving panel 13 for drawing in the primary side power supply, in which each power receiving and distribution device for power distribution is incorporated, is installed.

On the other hand, the endless chain 5 and each cage 7
Power-related equipment for power supply such as a breaker for supplying power to and driving each machine such as an automatic door for opening / closing the entrance / exit port 8 and a switch for emergency stop. Drive board 14 has a case body width of 5
It is large, 20mm, 400mm deep, 1600mm high, and also has control related devices such as sequencers, relay boards, breakers, fuses, relays, capacitors, connector boards, etc. that drive and control each machine. Machine control panel 15 with built-in emergency stop switch
Also, the width of the case body is 520 mm and the depth is 620 m
m, height is 1600mm and large
4 and the open / close lids 14a, 15 of each case body of the machine control panel 15.
Since a and 15b are systems that are opened and closed by turning around a vertical axis, a middle space in the height direction of the parking structure 2 that can secure a lot of empty space without interfering with each machine such as a vehicle conveyance means. Was installed at

[0007] For example, as disclosed in Japanese Utility Model Registration No. 2565535.

[0008]

However, in the multi-story parking facility 1 having the above-mentioned conventional structure, the driving board 14 and the machine control board 15 are installed in an empty space at an intermediate position in the height direction of the parking structure 2. Parking structure 1
In the construction work, it is necessary to bring the piping material and the wiring material to the middle position in the height direction of the parking structure 2 during the piping and wiring work during the construction work, and it is necessary to make reciprocating many times, There was a problem that work efficiency was poor.

In addition, the drive panel 14 and the machine control panel 15
When the car breaks down, the maintenance worker
There was also a problem that it was necessary to climb to the middle part of the road, and it took time for the restoration work.

Further, in summer, the upper part of the parking structure 2 is at a temperature of 40 ° C. to 50 ° C., so that the life of each device in the drive panel 14 and the machine control panel 15 is shortened and maintenance work is performed. The working environment was very bad for the workers, and there was a risk of increased stress and detrimental health.

Further, there is also a problem that the work state such as the inspection work of the drive board 14 and the machine control board 15 cannot be grasped on the ground floor, and there are many inconveniences such as communicating with each other by a radio or the like.

On the other hand, in the recent multi-story parking facility 1,
Minimize vacant space, multi-level parking facilities 1
There is a tendency to reduce the installation area, and it is more difficult to secure an empty space.

Accordingly, the vehicle entrance 1 of the multi-story parking facility 1 or the like.
In the case of a model that does not have enough free space in the area 0, a large drive panel 14 or a machine control panel 15 as described above, in which a spare space is reserved to accommodate special specifications and each device is incorporated, particularly With the machine control panel 15 assembled from both sides and inspected and maintained from both sides,
If it cannot be installed in the vehicle entry room 10 and even if it can be installed, if the vehicle transportation means stops halfway,
Opening / closing lids 14a, 15a of the drive panel 14 and the machine control panel 15,
There was also a possibility that the situation that the 15b could not be opened and the situation that the work space for the maintenance worker could not be secured could be caused.

Accordingly, an object of the present invention is to reduce the size of a drive panel or a machine control panel in order to solve the above-mentioned problems.
An object of the present invention is to provide a mechanical parking facility that can be installed even in a small empty space in a vehicle entrance.

[0015]

A first technical means for solving the above problems is a drive panel case body which houses and arranges power-related devices for supplying power for driving each machine. And a case body for a machine control panel in which each control-related device for driving and controlling each machine is housed and arranged, and a vehicle that has entered the vehicle entrance room from the entrance / exit port is transported and stored by the vehicle transport means. In addition, in a mechanical parking facility in which a stored vehicle is transported to a vehicle entrance by a vehicle transport means and can be exited from an entrance / exit port, the power-related devices are densely arranged and arranged in a minimum necessary size. At least one of the drive panel case body or the mechanical control panel case body, in which the control-related devices are arranged in a high density and have a minimum required size, Prepared for There is a point.

A second technical means for solving the above-mentioned problems is a drive panel case body housing and arranging each power-related device for supplying power for driving each machine, and each machine. A machine control panel case body accommodating and arranging each control-related device for controlling the driving of the vehicle, and transporting and storing the vehicle that has entered the vehicle entrance room from the entrance / exit port by the vehicle transport means and storing the vehicle. In the mechanical parking facility which transports the vehicle to the vehicle entrance by the vehicle transportation means and makes it possible to exit from the entrance / exit port, the power-related devices are located at positions not interfering with the vehicle transportation means in the vehicle entrance room. The present invention is characterized in that at least one of a drive panel case body densely arranged and / or a mechanical control panel case body in which the respective control-related devices are densely arranged are provided.

Further, a third technical means for solving the above problems is a drive panel case body housing and arranging each power-related device for power supply for driving each machine,
A machine control panel case body accommodating and arranging each control-related device for driving and controlling each machine is provided, and the vehicle that has been entered into the vehicle entrance room from the entrance / exit port is transported and stored by the vehicle transport means, In a mechanical parking facility in which the stored vehicle is transported to the vehicle entrance by the vehicle transport means and can be taken out of the entrance / exit port, in the case of a drive panel case in which the power-related devices are densely arranged, or At least one of the machine control panel case bodies in which the respective control-related devices are densely arranged is provided along a wall surface in the vehicle entry room.

Further, the case body provided in the vehicle entry room has a structure in which the case body is disposed above the floor surface, and the power receiving / distributing equipment for power reception / distribution is provided in the drive panel case body. It may be a built-in structure.

Further, the case body includes a case body,
A structure including a detachable opening / closing lid for opening and closing the opening formed in the case main body, and each device housed in the case body are assembled to a component mounting board from one side, respectively. It may be structured, and may be applied to a vertical circulation type multi-story parking facility as the mechanical parking facility.

[0020]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. FIGS. 1 and 2 show a vertical circulation type multi-story parking facility 21 as an example of a mechanical parking facility. Similarly, in the tower-shaped parking structure 22, an upper sprocket 23 and a lower sprocket 24, which are respectively allocated to upper and lower parts, and a pair of endless chains 25 stretched between the two sprockets 23, 24 are provided. , A plurality of vehicle mounting cages 27 connected to an endless chain 25 via an attachment 26, and the upper sprocket 2
The cage 27 is driven and circulated in a desired direction by a main motor as a driving source, an interlocking mechanism, and the like.

An entrance / exit opening 28 is formed at a ground floor position as an entrance / exit position for the parking structure 22, and a vehicle 29 enters / exits from the entrance / exit 28 into the vehicle entrance room 30 inside. The vehicle 29 that enters the vehicle from the entry / exit opening 28 is configured to be able to freely enter the mounting table of the cage 27 fitted into the pit 31 in the vehicle entry room 30.

An operation control panel 32 is provided at an appropriate height located on one side of the entrance / exit 28 of the parking structure 22, and an operator such as a user operates the operation control panel 32 as appropriate. Thus, the respective cages 27 are circulated and run, and the desired cage 27 is called to the loading / unloading position fitted to the pit 31.

Further, a mirror 33 for confirming the approach status of the vehicle 29, an electric bulletin board for guiding the vehicle 29 to a predetermined position, and the like are provided at a position facing the front of the vehicle 29 which can enter through the entrance 28. The guidance display panel 34 is provided in an upright state.

Further, a machine control panel 35 and a drive panel 36 are provided on the opposite wall in front of the vehicle 29 which can be entered through the entrance / exit 28 and are located beside the mirror 33 and the guide display panel 34.
They are provided at appropriate heights above the floor.

The machine control panel 35 has a thin rectangular parallelepiped case body 35a, as shown in FIGS.
The case body 35a includes a case body 35c having an opening 35b formed on one side, and an opening / closing lid 35d for opening and closing the opening 35b of the case body 35c.

On the both sides of the lower edge on the inner surface side of the opening / closing lid 35d, a substantially L-shaped member is detachably engaged with a locking rod 38 provided along the lower edge of the case body 35c. Locking fittings 39 are provided, respectively, and a cylinder key 40 is provided at the center of the upper end of the opening / closing lid 35d so as to be detachably engaged with the case body 35c.

Then, with the locking fittings 39 locked on the locking rods 38, the opening / closing lid 35d is attached to the case body 35c with the opening 35b closed by locking with the cylinder key 40. , Cylinder key 4
0 is unlocked and the open / close lid 35d is opened as shown by the imaginary line in FIG.
Each locking fitting 39 and each locking rod 38 are pulled upward.
By releasing the locked state with the case body 35c
The opening / closing lid 35d can be detached from the door.

A component mounting board 41 is mounted in the case body 35c.
From one side, that is, from the opening 35b side.
1, control-related devices such as a sequencer 42, a relay board 43, a breaker 44, a fuse 45, a relay 46, a capacitor 47, and a connector board 48 for driving and controlling each machine such as a vehicle transport unit are assembled and housed. At this time, the control-related devices are densely arranged at a high density. The case body 35a has a minimum necessary size capable of accommodating and arranging these control-related devices. For example, in this embodiment, the width of the case body 35a is 1200 m.
m, 200mm in depth and 700mm in height.
And it is configured thin.

The drive panel 36 also has a thin rectangular parallelepiped case body 36a having the same structure as the machine control panel 35. The case body 36a has a case body having an opening formed on one side and a case body opening. An opening / closing lid that is openably and closably closed is configured as a detachable system having the same structure as the mechanical control panel 35.

A component mounting board is mounted in the case body of the case body 36a, similarly to the machine control panel 35, and the vehicle is transferred to the component mounting board from one side of the component mounting board, that is, the opening side. Each power-related device for power supply such as a breaker for supplying and driving power to each machine such as a means is assembled, and a lighting breaker, an outlet, and the like of a 100 V AC power supply conventionally mounted on a power receiving panel. Power receiving / distributing devices such as a power receiving terminal block and a 200 V AC power receiving terminal block are also assembled and accommodated. At this time, like the case body 35a of the machine control panel 35, each power-related device and each power receiving / distributing device are provided. The devices are densely arranged. The case body 36a has a minimum necessary size capable of accommodating and arranging each of the power-related devices and each of the power receiving and distributing devices. For example, in the present embodiment, the machine control panel 35
As with the case 35a, the width of the case 36a is 120
It is small and thin, having a thickness of 0 mm, a depth of 200 mm, and a height of 700 mm.

The present embodiment is configured as described above. Due to the recent miniaturization and thinning of electrical equipment and components, they are densely arranged and arranged in a machine control panel 35.
The case body 35a and the case body 36a of the drive panel 36 can be made compact by reducing the size and thickness of the case body 35a.
1, the installation space for the case body 35 a of the machine control panel 35 and the case body 36 a of the drive board 36 can be effectively secured even in the vehicle entry room 30 with a small empty space. In particular, in the vertical circulation type multi-story parking facility 21, since the cage 27 circulates in the vehicle entry room 30 over a wide range,
The vacant space in the vehicle entry room 30 is particularly small, and even in such a multi-story parking facility 21, the case body 35 is not provided.
a, 36a can be effectively secured.

Therefore, the machine control panel 35 is installed in the vehicle entry room 30.
In the construction work of the multi-story parking facility 21, it is not necessary to bring piping materials and wiring materials to a high place as in the prior art when constructing the multi-story parking facility 21. The work of connecting pipes and wiring in the inside becomes easy, and the work efficiency can be improved.

Also, by any chance, the mechanical control panel 35 and the drive panel 36
Even if a failure occurs, the maintenance worker does not need to climb to a high place of the parking structure 22, and the time required for the recovery work can be reduced.

Furthermore, since the machine control panel 35 and the drive panel 36 are provided in the vehicle entry room 30, air permeability with the outside air can be ensured when the vehicle 29 enters and leaves, and the temperature in the vehicle entry room 30 becomes high in summer. Can be effectively prevented, and the durability of each device in the machine control panel 35 and the drive panel 36 can be improved as compared with the conventional case where the apparatus is arranged at a high place of the parking structure 2. The work environment for maintenance such as inspection can be improved, and stress can be reduced.

Further, since the inspection work and the like of the machine control panel 35 and the drive panel 36 are performed in the vehicle entry room 30 on the ground floor,
There is an advantage that the work at high places can be reduced, the work state between maintenance workers can be easily grasped, and a signal and confirmation can be easily performed. At the time of this maintenance work, the operation state of the multi-story parking facility 21 can be easily visually recognized even by a user of the multi-story parking facility 21, and there is no possibility that the multi-story parking facility 21 is erroneously operated at the time of the work. This eliminates the need for an emergency stop switch. In this regard, the cost and size of the machine control panel 35 and the drive panel 36 can be reduced and the work contents thereof are disclosed, and reliability can be improved.

Further, since the machine control panel 35 and the drive panel 36 are provided in the vehicle entry room 30 where the vehicle 29 enters and leaves the vehicle, the driving operation panel 32 and the vehicle height, vehicle width, vehicle length, etc. of the vehicle 29 are allowed to park. The distance to sensors for detecting whether the area is within the range is also shortened, and wiring costs can be reduced.

Further, since each power receiving and distribution device of the conventional power receiving panel for drawing in the primary power supply is integrated with the driving panel 36 and the power receiving panel is eliminated, the cost can be reduced from this point as well.

Further, since the machine control panel 35 and the drive panel 36 are located above the floor surface and are arranged along the wall surface, flooding due to flood damage can be effectively prevented.
A small free space can be used efficiently.

Further, since each of the open / close lids 35d of the case body 35a of the machine control panel 35 and the case body 36a of the drive board 36 has a detachable structure, the opening / closing of each open / close lid 35d is more difficult than in the case of the rotary open / close system. The space required for the opening and closing is reduced, and even when the vehicle transportation means or the like stops halfway, each opening / closing lid 35d can be easily opened, and the maintenance performance can be improved.

Further, in the machine control board 35 and the drive board 36, each component is mounted on each component mounting board 41 from one side so that maintenance can be performed from one side, so that both sides of the component mounting board can be maintained. There is an advantage that the thickness can be efficiently reduced as compared with the conventional system such as the machine control panel 15 in which the respective devices are attached to each other to perform maintenance from both sides.

In the above embodiment, the multi-story parking facility 21 in which the ground floor is a vehicle entrance floor is disclosed.
A multi-story parking facility 21 having a vehicle entry floor at an intermediate portion such as the second floor above the ground may be provided. Further, a structure in which a vehicle entry floor is provided at an upper portion like the underground multi-story parking facility 21 may be used. It may be.

Although the structure employed in the vertical circulation type multi-story parking facility 21 is shown, an elevator type multi-story parking facility using a pallet on which a vehicle is mounted may be used. It is not limited to parking facilities.

[0043]

As described above, according to the mechanical parking system of the present invention, the power-related devices are arranged in a high density and are arranged in a high density to minimize the size of the drive panel case or each control device. A structure in which at least one of the machine control panel case bodies, which have related equipment concentrated and arranged at a high density and has a required minimum size, is provided in the vehicle entrance room, or a vehicle in the vehicle entrance room. At least one of a drive panel case body in which power-related devices are densely arranged at a position not interfering with the transport means, or a machine control panel case body in which control-related devices are densely arranged. At least one of the structure with one of them, the case for the drive panel in which each power-related device is densely arranged, or the case for the machine control panel in which each control-related device is densely arranged One of them is a structure provided along the wall surface inside the vehicle entrance room, and the equipment for the drive panel and the case for the machine control panel are made smaller and thinner by intensively arranging each device. It is a structure that includes a drive panel case and a machine control panel case in the vehicle entry room. There is an advantage that the work of connecting pipes and wiring during the construction work of the parking system becomes easy, and the work efficiency can be improved.

Further, even if the machine control panel or the drive panel breaks down, there is an advantage that the maintenance worker does not need to climb to a high place and the time required for the recovery work can be shortened.

Further, since the machine control panel and the drive panel are provided in the vehicle entry room, air permeability with the outside air can be ensured when the vehicle enters and leaves the vehicle, and it is possible to effectively prevent the vehicle entry room from becoming hot in summer. In addition to improving the durability of each device in the machine control panel and drive panel, the work environment for maintenance such as inspection by maintenance workers can be improved,
There is an advantage that stress can be reduced.

Further, since the inspection work of the machine control panel and the drive panel is performed in the vehicle entrance room on the ground floor, work at high places can be reduced, and the work state of the maintenance workers can be easily grasped. There is an advantage that a signal and confirmation can be easily performed, and a user of the mechanical parking facility can easily visually recognize the working state, and there is an advantage that there is no possibility of erroneously operating the mechanical parking facility during the work.

Further, by disposing the case body for the drive panel and the case body for the machine control panel above the floor surface, flooding due to flooding can be effectively prevented, and each of the drive panel case body for power reception and power distribution is provided. There is also an advantage that the cost can be reduced by incorporating the power receiving and distribution equipment.

Further, if the opening / closing lid of the case body is configured to be detachable, the space required for opening / closing the opening / closing lid is reduced, and even if the vehicle transporting means or the like stops halfway,
There is an advantage that each opening / closing lid can be easily opened and maintenance performance can be improved.

Further, each of the devices housed in the case body adopts a structure in which the components are mounted on one side of the component mounting board, so that the case body can be made thinner, and particularly, the empty space in the vehicle entry room. There is an advantage that the installation space can be effectively secured even in a vertical circulation type multi-story parking facility with a small space.

[Brief description of the drawings]

FIG. 1 is a schematic front explanatory view showing an embodiment of the present invention.

FIG. 2 is a schematic side view illustrating the same.

FIG. 3 is a front view of a machine control panel.

FIG. 4 is a side view of the same.

FIG. 5 is an explanatory diagram of an arrangement of control-related devices in a machine control panel.

FIG. 6 is a schematic front explanatory view showing a conventional multi-story parking facility.

FIG. 7 is a schematic side view illustrating the same.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 21 Multi-level parking equipment 22 Parking structure 28 Entry / exit port 29 Vehicle 30 Vehicle entrance 32 Operation control panel 35 Machine control panel 35a Case body 35b Opening 35c Case main body 35d Opening / closing lid 36 Drive board 36a Case body 41 Component mounting board

Claims (8)

[Claims] 1. A drive panel case body accommodating and disposing each power-related device for supplying power for driving each machine;
A machine control panel case body accommodating and arranging each control-related device for driving and controlling each machine is provided, and the vehicle that has been entered into the vehicle entrance room from the entrance / exit port is transported and stored by the vehicle transport means, In a mechanical parking facility in which a stored vehicle is transported to a vehicle entrance by a vehicle transport means and can be taken out of an entrance / exit port, the power-related devices are arranged in a high density and have a required minimum size. At least one of the drive panel case body or the machine control panel case body in which the respective control-related devices are arranged at a high density and have a minimum required size is provided in the vehicle entry room. A mechanical parking facility characterized by being provided. 2. A drive panel case body accommodating and disposing each power-related device for power supply for driving each machine,
A machine control panel case body accommodating and arranging each control-related device for driving and controlling each machine is provided, and the vehicle that has been entered into the vehicle entrance room from the entrance / exit port is transported and stored by the vehicle transport means, In a mechanical parking facility that allows a stored vehicle to be transported to a vehicle entrance by a vehicle transportation means and to be able to exit from an entry / exit port, the power-related equipment is located at a position in the vehicle entrance that does not interfere with the vehicle transportation means. At least one of a drive panel case body in which devices are densely arranged and / or a mechanical control panel case body in which the control-related devices are densely arranged are provided. Mechanical parking facilities. 3. A drive panel case body accommodating and disposing each power-related device for supplying power for driving each machine,
A machine control panel case body accommodating and arranging each control-related device for driving and controlling each machine is provided, and the vehicle that has been entered into the vehicle entrance room from the entrance / exit port is transported and stored by the vehicle transport means, In a mechanical parking facility in which a stored vehicle is transported to a vehicle entrance by a vehicle transporting means and can be taken out of an entrance / exit port, a drive panel case body in which the respective power-related devices are densely arranged, or A mechanical parking facility, wherein at least one of a mechanical control panel case body in which the control-related devices are densely arranged is provided along a wall surface in the vehicle entry room. 4. The mechanical parking facility according to claim 1, wherein the case body provided in the vehicle entrance room is disposed above a floor surface. 5. The mechanical parking facility according to claim 1, wherein each power receiving / distributing device for power receiving / distributing is incorporated in the drive panel case body. 6. The case body according to claim 1, wherein the case body includes a case body, and a detachable opening / closing lid for opening and closing an opening formed in the case body. Mechanical parking facilities described in Crab. 7. Each device housed in the case body,
The mechanical parking facility according to any one of claims 1 to 3, wherein the mechanical parking facility is assembled on the component mounting board from one side. 8. The mechanical parking facility according to claim 1, wherein the mechanical parking facility is a vertical circulation type multi-story parking facility.