JP2017048641A - Elevator-type parking device and remodeling method of existing elevator-type parking device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an elevator type parking device and an existing elevator type parking which can wash a car without providing a special space for car washing or a moving device different from a cage and without obstructing the entry and exit of other vehicles. Provide a method for modifying the device. SOLUTION: A plurality of storage shelves 4 provided adjacent to the width direction of a hoistway 3 extending in the vertical direction and capable of storing a vehicle A at intervals in the vertical direction, and a cage 6 for raising and lowering the hoistway 3 are stored. It is an elevator type parking device 1 provided with a traversing device 8 for traversing the vehicle A between the shelves 4 and the cage 6. It is located at the position of one of the two storage shelves 4 connected vertically, and has a nozzle 13 that stores the vehicle A traversing the cage 6 and injects a fluid toward the vehicle A. A car wash shelf 10 having a first car wash shelf 10a and a second car wash shelf 10b located at the position of the other storage shelf 4 of the two storage shelves 4 and supplying a fluid to the nozzle 13 is provided. [Selection diagram] Fig. 1

Description

  The present invention relates to an elevator parking apparatus for washing a vehicle and a method for remodeling an existing elevator parking apparatus.

  In general, for example, an elevator parking device for an apartment house such as an apartment does not have a car wash facility.

  On the other hand, an elevator type parking apparatus provided with car wash facilities is disclosed in, for example, Patent Document 1. Patent Document 1 discloses that a car wash room is provided so as to protrude outside the elevator parking device, or is provided in an entrance / exit portion or a basement of the elevator parking device.

JP-A-5-52056

  In general, there are no places in the housing complex where users can wash their own cars. Therefore, conventionally, a user of an elevator parking device without a car wash facility (for example, a resident of an apartment house) has to carry a vehicle to a gas station or the like and request a car wash every time the car is washed.

  Moreover, the elevator type parking apparatus (hereinafter referred to as a conventional apparatus) of Patent Document 1 needs to be designed and constructed in advance so as to provide a car wash room. That is, since the car wash device requires a large space in the width direction of the vehicle, it is necessary to provide a car wash room having large spaces on both sides in the width direction of the vehicle. Therefore, in the conventional apparatus, since the car wash room had to be provided in a special space such as a room protruding from the building or a basement, it was necessary to provide an extra space in the elevator parking apparatus. Therefore, the conventional apparatus can be provided only in a newly installed elevator parking apparatus.

Moreover, a special moving device is required to move the vehicle to a room or basement that protrudes outside the building of the conventional device. In other words, cages originally move vehicles between storage shelves and loading / unloading units, but with conventional devices, special movements are required to move vehicles to special locations such as the basement and car wash rooms outside buildings. The device had to be provided separately from the cage.
For this reason, the existing elevator parking apparatus cannot be modified into a conventional apparatus.

  Furthermore, in the conventional apparatus, when the car is washed at the loading / unloading section, the car cannot be washed unless the vehicle is placed on the cage. As a result, neither the cage nor the loading / unloading section can be used during the car wash, so other vehicles could not be loaded / unloaded during the car wash.

  On the other hand, since the number of vehicles used has decreased in recent years, it has become a problem how to effectively use storage shelves that are not used by elevator parking devices.

  The present invention has been developed to solve the above-described problems. That is, an object of the present invention is to provide an elevator-type parking device and an existing parking device that can wash a car without providing a special space for car washing or a separate moving device from a cage and without interfering with loading and unloading of other vehicles. It is in providing the remodeling method of the elevator type parking apparatus.

According to the present invention, a plurality of storage shelves that are provided adjacent to the width direction of the hoistway extending in the vertical direction and are spaced apart in the vertical direction and can store the vehicle, the cage that moves up and down the hoistway, and the storage shelf And an elevator-type parking device comprising a traversing device for traversing the vehicle between the car and the cage,
A first car wash shelf having a nozzle which is located at one of the two storage shelves that are vertically connected and stores the vehicle traversing between the cages and jets fluid toward the vehicle; There is provided an elevator parking apparatus comprising a car wash shelf having a second car wash shelf that is located at the other of the two storage shelves and supplies fluid to the nozzle.

  The first car wash shelf includes a partition that extends in a vertical direction at a boundary between the first car wash shelf and the hoistway so that the interior of the first car wash shelf and the hoistway can be opened and closed.

The second car wash shelf has a water supply device for supplying water to the nozzle,
The first car wash shelf is a water receiving tray for receiving the water provided at a lower end of the first car wash shelf;
And a drain pipe for discharging water accumulated in the water receiving tray to the outside of the car wash shelf.

The elevator parking device includes a plurality of pallets on which the vehicle is mounted.
The first car wash shelf has a pair of support rails extending horizontally in the width direction and supporting both longitudinal ends of the pallet from below,
The pair of support rails have upper surfaces at different heights,
The low support rail having a low top surface of the pair of support rails is installed on the drain pipe side in the longitudinal direction,
The water receiving tray is provided below the low support rail.

  Further, the water supply device has a pressurizing pump that pressurizes the water supplied to the nozzle.

The second car wash shelf has an air supply device for supplying air to the nozzle,
The air supply device includes a compressor that pressurizes the air supplied to the nozzle.

Further, according to the present invention, a plurality of storage shelves that are provided adjacent to the width direction of the hoistway extending in the vertical direction and that are spaced apart in the vertical direction and can store the vehicle, the cage that elevates the hoistway, A remodeling method of an existing elevator parking device comprising a traverse device for traversing the vehicle between a storage shelf and the cage,
One storage shelf out of two storage shelves connected in the vertical direction is a first car wash shelf for storing the vehicle traversing between the cage, and fluid is ejected toward the vehicle stored in the first car wash shelf Attaching a nozzle to the first car wash shelf;
Providing a second car wash shelf for supplying fluid to the nozzle at the position of the other storage shelf of the two storage shelves;
There is provided a method for remodeling an existing elevator parking apparatus, wherein the first car wash shelf and the second car wash shelf are used as car wash shelves.

(A) A water supply device for supplying water to the nozzle is attached to the second car wash shelf,
(B) At the lower end of the first car wash shelf, a water receiving tray that receives the water, and a drain pipe that discharges water accumulated in the water receiving tray to the outside of the car wash shelf,
(C) A partition that extends in a vertical direction at a boundary between the first car wash shelf and the hoistway and that partitions the interior of the first car wash shelf and the hoistway so as to be openable and closable is attached to the first car wash shelf.

The existing elevator parking apparatus includes a plurality of pallets on which the vehicle is mounted,
The one storage shelf has a pair of traverse rails extending horizontally in the width direction and supporting both longitudinal ends of the pallet from below,
(D) At least one of the pair of traverse rails provided on the one storage shelf is replaced with a traverse rail having a height different from that of the traverse rail, and the pair of traverses having different heights from each other The rail is the support rail.

  According to the apparatus and method of the present invention described above, a vehicle can be stored in the first car wash shelf at the position of one of the two storage shelves that are vertically connected, and the second car wash shelf at the position of the other storage shelf. Thus, the vehicle stored in the first car wash shelf can be washed with the fluid supplied by the second car wash shelf. Therefore, the vehicle can be washed inside the elevator parking device without taking the vehicle out of the elevator parking device.

  In addition, since the storage shelf, which is the place where the vehicle is stored, is used as the car wash shelf, there is no need to provide a special space for moving the car apart from a special space that is not found in the original elevator parking device. . In addition, since the storage shelf is a car wash shelf, the car can be washed without hindering entry and exit of other vehicles.

  Furthermore, since the storage shelf is a car wash shelf, the unused storage shelf can be used effectively.

It is explanatory drawing of an elevator type parking apparatus. It is a front view of a car wash shelf. It is a PP arrow line view of FIG. It is explanatory drawing of the operation panel for car wash of the control apparatus for car wash. It is explanatory drawing of the existing elevator parking apparatus. It is explanatory drawing when the storage shelf of the existing elevator parking apparatus is removed. It is a figure which shows the control method of a main control apparatus in case a main control apparatus controls a car wash shelf.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, the same code | symbol is attached | subjected to the common part in each figure, and the overlapping description is abbreviate | omitted.

  The present invention is a method of remodeling the elevator parking device 1 and the existing elevator parking device 2 (hereinafter simply referred to as remodeling method). In the following description, “width direction” means the width direction of the vehicle A unless otherwise specified, and “transverse” means moving the vehicle A horizontally in the width direction. In the following description, a horizontal direction orthogonal to the width direction is referred to as a “longitudinal direction”.

Below, the elevator type parking apparatus 1 is demonstrated.
FIG. 1 is an explanatory diagram of an elevator parking apparatus 1.

  The elevator type parking apparatus 1 of the present invention may be a newly installed elevator type parking apparatus equipped with a car wash facility. The elevator type parking apparatus 2 (hereinafter simply referred to as the existing parking apparatus 2) is modified by a modification method. Therefore, the elevator parking device 1 may be used.

  The elevator parking device 1 includes a plurality of storage shelves 4, a cage 6, and a traversing device 8. The elevator parking device 1 is provided in a void of a building or independently. The elevator type parking apparatus 1 may be a pallet type or a fork type.

  The elevator parking apparatus 1 includes a plurality of pallets 20 on which the vehicle A is mounted. For example, in the example of FIG. 1, wheels 20 a that can rotate around a rotation axis extending in the longitudinal direction are provided on the lower surface of the pallet 20. The pallet 20 can move in the width direction by the wheels 20a rotating on a transverse rail 22 described later.

  The storage shelf 4 and the cage 6 are provided with a pair of transverse rails 22 that extend horizontally in the width direction.

  The elevator parking apparatus 1 is provided with a hoistway 3 that extends in the vertical direction as a path through which the cage 6 moves up and down.

  The storage shelves 4 are shelves that can store the vehicle A, and a plurality of storage shelves 4 are provided adjacent to the widthwise ends of the hoistway 3 and spaced in the vertical direction.

  The cage 6 mounts the vehicle A and moves up and down the hoistway 3. The cage 6 is suspended from above and moved up and down by a cage lifting device 5 (for example, a cage lifting device). The raising / lowering of the cage lifting / lowering device 5 is controlled by the main control device 7.

  The traversing device 8 is a device that traverses the vehicle A between the storage shelf 4 and the cage 6. The movement of the traversing device 8 traversing the vehicle A is controlled by the main control device 7.

  For example, in the example of FIG. 1, the traversing device 8 includes a pallet traversing device 9 mounted on the cage 6 and a pair of traversing rails 22 provided on the storage shelf 4 and the cage 6.

  The traverse rail 22 supports both ends of the pallet 20 in the longitudinal direction from below.

The pallet lateral feed device 9 rotates an arm 9b having a roller protrusion 9a at the tip, inserts the protrusion 9a into a groove provided on the side surface of the pallet 20 and opens downward, and further rotates the arm 9b. The pallet 20 is traversed. The pallet 20 traverses between traversing rails 22 provided at both longitudinal ends of the storage shelf 4 and traversing rails 22 provided at both longitudinal ends of the cage 6.
Thereby, the pallet 20 can move in the width direction along the traverse rail 22.

  The traversing device 8 of the elevator parking device 1 may have another configuration. For example, a traversing tray capable of traversing may be provided in each storage shelf 4. The traversing tray traverses between the storage shelf 4 and the hoistway 3 along the traversing rail 22. In that case, a traverse rail 22 is also provided in the hoistway 3.

  The pallet 20 is stored in the storage shelf 4 while being placed on the transverse tray. When the pallet 20 is transferred from the traversing tray to the cage 6, the traversing tray on which the pallet 20 is loaded traverses to the hoistway 3. Next, the cage 6 moves upward from the lower side of the horizontal tray without interfering with the horizontal tray. At that time, the claws of the cage 6 are hooked on the pallet 20 on the transverse tray, whereby the pallet 20 is transferred from the transverse tray to the cage 6.

  The main controller 7 controls the movement of the cage lifting device 5 and the traversing device 8. The main controller 7 is provided with a main operation panel 7a. An operator or a user of the elevator parking device 1 operates the main operation panel 7a to give a command to the main control device 7, and can operate the cage lifting device 5 and the traversing device 8.

  In addition, although the pallet type elevator parking device has been described as an example for the elevator parking device 1 of the present invention, these may be fork type elevator parking devices.

  When the elevator parking device 1 is a fork type, the traversing device 8 has a traversing tray provided on each storage shelf 4. The traverse tray and the cage 6 of the fork-type elevator parking device 1 are provided with comb teeth extending horizontally in the width direction, and the vehicle A is directly mounted on the comb teeth. In this case, the traverse rail 22 is also provided in the hoistway 3. The traversing tray and the cage 6 located in the hoistway 3 pass each other without interfering with each other's comb teeth. When the traverse tray and the cage 6 pass each other in this manner, the vehicle A is transferred between the traverse tray and the cage 6. The traversing tray traverses between the storage shelf 4 and the hoistway 3 along the traversing rail 22.

  The elevator parking apparatus 1 of the present invention includes at least one car wash shelf 10. Hereinafter, the elevator type parking apparatus 1 of the present invention will be described using a pallet type elevator type parking apparatus as an example.

FIG. 2 is a front view of the car wash shelf 10. FIG. 3 is a P-P arrow view of FIG.
The car wash shelf 10 includes a first car wash shelf 10a and a second car wash shelf 10b. The car wash shelf 10 preferably has a car wash control device (hereinafter, car wash control device 32).

The first car wash shelf 10 a is located at one of the two storage shelves 4 that are vertically connected, and stores the vehicle A that traverses between the cage 6. The first car wash shelf 10 a has a nozzle 13.
The second car wash shelf 10 b is located at the position of the other storage shelf 4 of the two storage shelves 4 that are vertically connected, and has a fluid supply device 11 that supplies fluid to the nozzle 13.

  2 and 3, the first car wash shelf 10a is positioned at the lower storage shelf 4 of the two storage shelves 4 connected vertically, and the second car wash shelf 10b is vertically connected to the two storage shelves 4. Is located at the position of the upper storage shelf 4. However, the first car wash shelf 10a may be positioned above and the second car wash shelf 10b may be positioned below.

For example, as shown in FIG. 3, the nozzle 13 is preferably provided on the upper surface of the first car wash shelf 10a so as to face downward. Moreover, as shown in FIG. 1, the nozzle 13 may be provided in the side surface which opposes the hoistway 3 among the 1st car wash shelves 10a so that water may be injected to the hoistway side. Moreover, the nozzle 13 may be provided in the back of the front of the 1st car wash shelf 10a, and the front of the back.
The nozzle 13 may be a fire extinguishing sprinkler head, for example.

The second car wash shelf 10 b has a fluid supply device 11.
The fluid supply device 11 includes one or both of the water supply device 12 and the air supply device 19. When the fluid supply device 11 includes both the water supply device 12 and the air supply device 19, the nozzle 13 is preferably connected to both the water supply device 12 and the air supply device 19. However, the present invention is not limited thereto, and the nozzle 13 for the water supply device 12 and the nozzle 13 for the air supply device 19 may be separately provided on the second car wash shelf 10b.

  The water supply device 12 is a device that supplies water to the nozzle 13. It is preferable that the water supply apparatus 12 has the waterworks 12a and the on-off valve 12b. Further, the water supply device 12 may have a pressurizing pump 24.

The pressurizing pump 24 is provided on the water supply 12a and pressurizes water. By providing the pressurizing pump 24 on the water supply 12 a, the water supplied to the nozzle 13 is pressurized and the water is ejected vigorously from the nozzle 13. As a result, the car wash shelf 10 can clean the vehicle A more cleanly than spraying water that is not pressurized.
In addition, the water supply apparatus 12 does not need to have the pressurization pump 24. In that case, the water supply apparatus 12 supplies the water of the water pressure in the water supply 12a to the nozzle 13.

  The on-off valve 12b is provided in the water supply 12a. The on-off valve 12b is electrically connected to a control device (for example, the car wash control device 32 or the main control device 7), and its opening / closing operation is controlled.

  The water supply device 12 may supply not only water but also a detergent solution to the nozzle 13. In that case, the water supply apparatus 12 has a tank in which the detergent is stored. Under the control of the car wash control device 32 or the main control device 7, it is possible to select which of the detergent liquid and water is to be jetted.

The air supply device 19 supplies air to the nozzle 13.
The air supply device 19 preferably includes a pneumatic pipe 19a, an on-off valve 19b, and a compressor 26.

The pneumatic pipe 19 a is a pipe that connects the nozzle 13 and the compressor 26.
The compressor 26 is provided on the pneumatic piping 19a and compresses the taken-in air.

  Pressurized air compressed by the compressor 26 is supplied to the nozzle 13. Thereby, the air supply apparatus 19 can inject pressurized air from the nozzle 13 toward the inside of the 1st car wash shelf 10a.

  The air supply device 19 blows air to the vehicle A stored in the first car wash shelf 10a, and blows off dust and water droplets attached to the vehicle A.

  The on-off valve 19b of the air supply device 19 is provided on the pneumatic piping 19a. The on-off valve 19 b is provided downstream of the compressor 26. The on-off valve 19b is electrically connected to the car wash control device 32 or the main control device 7, and its opening / closing operation is controlled.

When the fluid supply device 11 includes the water supply device 12, the second car wash shelf 10 b includes a partition 18, and the first car wash shelf 10 a includes a water receiving tray 14 and a drain pipe 16.
Even when the fluid supply device 11 includes only the air supply device 19, the second car wash shelf 10 b preferably includes the partition 18. However, when the fluid supply device 11 has only the air supply device 19, the second car wash shelf 10 b may not have the partition 18.

  By providing the air supply device 19 in the second car wash shelf 10b, the dust attached to the vehicle A can be removed without using water without providing the water supply device 12, the water receiving tray 14, the drain pipe 16, and the like. be able to.

The partition 18 extends in the vertical direction at the boundary between the first car wash shelf 10a and the hoistway 3 and partitions the interior of the first car wash shelf 10a and the hoistway 3 so as to be openable and closable. When the 2nd car wash shelf 10b has the water supply apparatus 12, the partition 18 is provided watertightly.
For example, the partition 18 may be a shutter having a shutter curtain 18a, a winding shaft 18b, and a motor 18c, as shown in FIGS.

  The shutter curtain 18a is provided in combination with a slat that is a thin plate member made of steel. The shutter curtain 18a is unwound from the winding shaft 18b and extends downward, or is wound around the winding shaft 18b.

  The winding shaft 18b is a rotating shaft that extends in the longitudinal direction and is provided at the upper end portion of the first car wash shelf 10a and on the end portion on the hoistway side.

  The motor 18c is connected to the end of the winding shaft 18b and rotates the winding shaft 18b. The motor 18c is electrically connected to a control device (for example, the car wash control device 32 or the main control device 7).

  With this configuration, the car wash control device 32 or the main control device 7 can control the opening and closing of the partition 18 by controlling the rotation of the motor 18c.

  When the 2nd car wash shelf 10b has the water supply apparatus 12, the shutter curtain 18a has the length which the lower end adheres to the water receiving tray 14 closely. The car wash control device 32 or the main control device 7 controls the motor 18 c to rotate the take-up shaft 18 b until the lower end of the partition 18 contacts the water receiving tray 14.

  This prevents water supplied from the water supply device 12 from leaking from the first car wash shelf 10a to the hoistway 3, so that the equipment (for example, a sensor or the like) installed in the hoistway 3 or the loading / unloading unit 3a on the hoistway. ) Can be prevented from flooding.

The configuration of the partition 18 is not limited to the shutter described above. For example, the partition 18 may be a flat plate extending in the longitudinal direction and vertically. The flat plate moves up and down along rails provided vertically at both ends in the longitudinal direction. Since the partition 18 partitions between the first car wash shelf 10a and the hoistway 3, when the partition 18 is a flat plate, the length in the height direction of the flat plate is the length in the height direction of the first car wash shelf 10a. The length is close to.
Since the first car wash shelf 10a and the second car wash shelf 10b are both located at the same position as one of the two storage shelves 4 that are vertically connected, the lengths in the height direction are equal to each other. In other words, the length in the height direction of the flat plate is a length close to the length in the height direction of the second car wash shelf 10b.

  Therefore, when the car wash shelf 10 is not washing, the flat plate can be stored in the second car wash shelf 10b. That is, when the partition 18 is a flat plate, the flat plate is moved from the second car wash shelf 10b to the first car wash shelf 10a when the car is washed, and when the car is not washed, the flat plate is moved to the second car wash shelf 10b. The watertightness of the first car wash shelf 10a can be maintained.

  In this case, the partition 18 includes a driving device that moves the flat plate up and down. This drive device is electrically connected to the car wash control device 32 or the main control device 7.

  In addition, when the existing parking apparatus 2 is not provided with a watertight wall surface, the car wash shelf 10 has a wall surface that isolates the interior of the car wash shelf 10 in a watertight manner on the front and rear surfaces of the car wash shelf 10 and the side surface on the side opposite to the hoistway. It is preferable to have. These wall surfaces are fixed in close contact with the shelf column 28 of the elevator parking apparatus 1.

  The conventional apparatus requires a movable waterproof partition that surrounds the vehicle A in all directions and above when the car is washed at the loading / unloading section. Therefore, in order to wash the car in the loading / unloading section, a large-scale waterproofing facility and a moving device for the waterproof partition wall are required.

  On the other hand, the elevator type parking apparatus 1 of the present invention provides a large waterproofing by simply providing one partition 18 at the boundary between the hoistway 3 and the first car wash shelf 10a, that is, only on one side of the first car wash shelf 10a. Even if no partition is provided, the first car wash shelf 10a can be easily kept watertight.

  When the elevator parking apparatus 1 includes a plurality of pallets 20 on which the vehicle A is mounted, the first car wash shelf 10 a has a pair of support rails 23. The pair of support rails 23 extend horizontally in the width direction and support both ends in the longitudinal direction of the pallet 20 from below.

  The pair of support rails 23 have upper surfaces at different heights. For example, the pair of support rails 23 includes a high support rail 23a having a high upper surface and a low support rail 23b having an upper surface at a position lower than the upper surface of the high support rail 23a. In the example of FIG. 3, the high support rail 23a is installed on the left side, and the low support rail 23b is installed on the right side. The drain pipe 16 is installed on the side (the right side in FIG. 3) where the low support rail 23b is installed in the longitudinal direction.

  For example, the shelf mounting bracket 30 of the selected storage shelf 4 may be removed once, and the height may be changed to attach the shelf to the shelf column 28 again. Or you may comprise so that the height of the high support rail 23a and the low support rail 23b may differ by replacing | exchanging one or both of the support rail 23 of the storage shelf 4 with the support rail 23 from which height differs.

  By configuring the support rail 23 of the first car wash shelf 10a in this manner, the pallet 20 placed on the high support rail 23a and the low support rail 23b tilts with the low support rail 23b side down. Therefore, the position where the water flowing on the pallet 20 falls can be limited to the end of the pallet 20 on the low support rail 23b side.

  Thus, when the 1st car wash shelf 10a has the high support rail 23a and the low support rail 23b, a pair of traverse rail 22 from which height differs also is provided also in the storage shelf 4 and the cage 6 of the elevator type parking apparatus 1. It is preferable.

  The water receiving tray 14 is a tray that receives the water supplied from the water supply device 12. The water receiving tray 14 is provided at the lower end of the first car wash shelf 10a, that is, below the vehicle A stored in the first car wash shelf 10a. For example, in the example shown in FIG. 3, the water receiving tray 14 is provided below the low support rail 23b.

  It is preferable to use a tray larger than the pallet 20 as the water receiving tray 14 so as to receive water that has dropped downward from the longitudinal and widthwise ends of the pallet 20.

  The water receiving tray 14 is installed so that the end of the water receiving tray 14 is located outside the front, rear, left and right ends of the pallet 20. At this time, the water receiving tray 14 is installed on the first car wash shelf 10a so that the connecting portion with the drain pipe 16 is lowest.

  Moreover, when providing the high support rail 23a and the low support rail 23b, you may provide the water receiving tray 14 only below the longitudinal direction edge part by the side of the low support rail 23b of the pallet 20. FIG.

  Since the heights of the high support rail 23a and the low support rail 23b are different, the pallet 20 is inclined with the low support rail 23b side lowered. The water on the pallet 20 falls only from the longitudinal end on the low support rail 23b side.

  In this case, if the water receiving tray 14 is provided only below the longitudinal end of the pallet 20 on the low support rail 23 b side, almost all of the water falling from the pallet 20 can be received by the water receiving tray 14.

  It is preferable that the water receiving tray 14 is provided so as to be removable so that maintenance can be easily performed.

  An upper end of the drain pipe 16 is connected to the water receiving tray 14 and extends toward the outside of the car wash shelf 10. The lower end of the drain pipe 16 is preferably connected to the sewer pipe.

  With this configuration, water accumulated in the water receiving tray 14 can be discharged to the outside of the car wash shelf 10 through the drain pipe 16.

  The fluid supply device 11 may include both the water supply device 12 and the air supply device 19. In that case, for example, after washing with water sprayed by the water supply device 12, water droplets remaining on the surface of the vehicle A may be blown off with air sprayed by the air supply device 19 to dry the surface of the vehicle A.

When the car wash control device 32 is provided in the car wash shelf 10, the car wash control device 32 controls the operation of the on-off valves 12b and 19b and the motor 18c. The car wash control device 32 is preferably provided separately from the main control device 7.
Thereby, the existing main controller 7 can be used in the elevator parking apparatus 1 as it is.

  On the other hand, without providing the car wash control device 32 in the car wash shelf 10, the main control device 7 may control the operation of the on-off valves 12b and 19b and the motor 18c.

  The car wash control device 32 or the main control device 7 preferably controls the motor 18c so as to close the partition 18 only when the vehicle A is stored in the car wash shelf 10.

The car wash control device 32 is provided with a car wash operation panel 32 a for an operator or user to give a command to the car wash control device 32.
FIG. 4 is an explanatory diagram of the car wash operation panel 32 a of the car wash control device 32.

  The current state of the car wash shelf 10 is displayed on the operation panel 32a for car wash. For example, it is preferable that the vacancy state and waiting time of the car wash shelf 10 are displayed on the operation panel 32a for car wash.

  Moreover, it is preferable that the car wash operation panel 32a is configured so that the car wash shelf 10 can be reserved. For example, when the elevator parking apparatus 1 of the present invention is an elevator parking apparatus for an apartment house, a specific storage shelf 4 is predetermined for each vehicle A. Each storage shelf 4 is assigned a shelf number.

When reserving a car wash, the shelf number of the storage shelf 4 in which the own vehicle A is stored is input to the car wash operation panel 32a.
Moreover, it is preferable that the type of car wash can be selected by the car wash operation panel 32a.

  The car wash operation panel 32a may be fixed around the entrance / exit part 3a, the operator room, or each room of the apartment house. Alternatively, the car wash operation panel 32a may be displayed on a screen of a terminal such as a general mobile phone or a smartphone used by the user and input from the terminal.

  When the elevator parking apparatus 1 is a fork type, the elevator parking apparatus 1 does not have the pallet 20. Therefore, it is preferable that the water receiving tray 14 is of a size that covers the lower surface of the first car wash shelf 10a so that the water falling through the comb teeth can be received.

  Further, the traversing device 8 (the traversing tray or a mechanism for traversing the traversing tray) attached to the first car wash shelf 10a has a waterproof function.

  The other configuration when the elevator parking device 1 is a fork type is the same as that when the elevator parking device 1 is a pallet type.

Next, a method for modifying the existing parking device 2 will be described.
FIG. 5 is an explanatory diagram of the existing parking device 2.

  The remodeling method of the present invention targets an existing parking device 2 including a plurality of storage shelves 4, a cage 6, and a traversing device 8 as a target of remodeling. The existing parking device 2 may be a pallet type or a fork type.

  Hereinafter, the remodeling method of the present invention will be described using the pallet-type existing parking apparatus 2 as an example.

  The configuration of the storage rack 4, the cage 6, the traversing device 8, the hoistway 3, and the pallet 20 of the existing parking device 2 is the same as that described above for the elevator parking device 1. The existing main control device 7 controls the cage lifting device 5 and the traversing device 8.

FIG. 6 is an explanatory diagram when the transverse rail 22 of the storage shelf 4 of the existing parking apparatus 2 is removed.
First, let one storage shelf 4 of the two storage shelves 4 connected to the upper and lower sides be a first car wash shelf 10 a that can store a vehicle A that traverses the cage 6. For example, in the example of FIG. 6, the lowermost storage shelf 4 in the right column of the hoistway 3 is selected as the storage shelf 4 to be modified to the first car wash shelf 10a.

  A nozzle 13 for injecting fluid toward the vehicle A stored in the first car wash shelf 10a is attached to the first car wash shelf 10a. The nozzle 13 is attached so as to have an angle at which water or air is sprayed toward the first car wash shelf 10a. As described above, the nozzle 13 is preferably provided on the lower surface of the second car wash shelf 10b, the side surface facing the hoistway 3 of the first car wash shelf 10a, the rear of the front, or the front of the rear.

Next, a second car wash shelf 10 b that supplies fluid to the nozzle 13 is provided at the position of the other storage shelf 4 of the two storage shelves 4 that are vertically connected.
For example, the transverse rail 22 of the other storage shelf 4 (the storage shelf 4 serving as the second car wash shelf 10b) of the two storage shelves 4 that are vertically connected is removed. For example, in the example of FIG. 6, the storage shelves 4 to be removed are the second and higher storage shelves 4 from the bottom of the right column of the hoistway 3.

  For example, as shown in FIG. 3, it is assumed that the traversing rail 22 is connected and fixed to a shelf mounting bracket 30 extending from the shelf column 28 in the longitudinal direction. In this case, the traverse rail 22 may be removed by cutting a portion of the shelf mounting bracket 30 that protrudes to the inside of the storage space.

In addition, as long as the upper shelf mounting bracket 30 and the traverse rail 22 of the first car wash shelf 10a do not hinder the provision of the fluid supply device 11, they may be used as the second car wash shelf 10b without removing them.
The first car wash shelf 10a and the second car wash shelf 10b are referred to as a car wash shelf 10.

  Next, the fluid supply device 11 for supplying the fluid to the nozzle 13 is attached to the position of the storage shelf 4 from which the traversing rail 22 is removed, and the second car wash shelf 10b is obtained.

  One or both of the water supply 12 a and the pneumatic piping 19 a are connected to the nozzle 13. When the fluid supply device 11 has both the water supply device 12 and the air supply device 19, it is preferable that each nozzle 13 is connected to both the water supply 12a and the pneumatic piping 19a. That is, it is preferable that the nozzle 13 can eject both water and air with the same nozzle 13 with a time difference.

The fluid supply device 11 has one or both of the water supply device 12 and the air supply device 19. When the fluid supply device 11 includes the water supply device 12, a water receiving tray 14 and a drain pipe 16 are also attached. The configurations of the water supply device 12, the air supply device 19, the partition 18, the water receiving tray 14, and the drain pipe 16 are as described above.
The fluid supply device 11 is attached to the second car wash shelf 10b. That is, one or both of the water supply device 12 and the air supply device 19 are attached to the second car wash shelf 10b. Thereby, since the place which provides the fluid supply apparatus 11 is not the side of the 1st car wash shelf 10a, but the upper direction or the downward direction, the car wash shelf 10 can be provided in the position of the storage shelf 4. As a result, the elevator parking apparatus 1 and the remodeling method of the present invention do not require a special space for car washing, unlike the conventional apparatus.

The water receiving tray 14 and the drain pipe 16 are attached to the lower end of the first car wash shelf 10a. When the water receiving tray 14 is attached, it is attached so that the height of the connecting portion with the drain pipe 16 is the lowest.
A partition 18 is provided on the first car wash shelf 10a so as to extend in the vertical direction at the boundary between the first car wash shelf 10a and the hoistway 3 so that the interior of the first car wash shelf 10a and the hoistway 3 can be opened and closed. Install.

  When the existing parking device 2 includes a plurality of pallets 20, at least one of the pair of traverse rails 22 provided on one of the two storage shelves 4. 22 is replaced with a traverse rail 22 having a height different from that of the traverse rail 22. The pair of transverse rails 22 having different heights are referred to as support rails 23. Thereby, since the heights of the two support rails 23 are different from each other, one support rail 23 can be a high support rail 23a and the other support rail 23 can be a low support rail 23b. The low support rail 23b is provided on the side where the drain pipe 16 is provided in the longitudinal direction.

  The car wash shelf 10 is preferably provided with a car wash control device 32.

  The water supply device 12, the nozzle 13, the partition 18, the water receiving tray 14, the drain pipe 16, the air supply device 19, and the car wash control device 32 are previously formed as a unit type car wash shelf according to the size of the general storage shelf 4. It is preferable to do. Moreover, you may shape | mold only the water supply apparatus 12, the nozzle 13, and the water receiving tray 14 as a unit.

  Thus, the existing parking device 2 can be easily remodeled to the elevator parking device 1 of the present invention simply by attaching the unit-type car wash shelf after removing the transverse rail 22 of the other storage shelf 4 described above.

  However, the present invention is not limited to this, and the existing parking device 2 is remodeled into the elevator parking device 1 by individually providing the water supply device 12, the nozzle 13, the partition 18, the water receiving tray 14, the drain pipe 16, and the air supply device 19. May be.

  In this way, by remodeling the existing parking device 2 by the remodeling method of the present invention, a part of the storage shelf 4 can be remodeled into the car wash shelf 10 without replacing the existing parking device 2 already used with a new one. Only by doing, it can remake in the elevator type parking apparatus 1 of this invention. Therefore, the service that can be provided by the existing parking apparatus 2 can be easily improved.

  Next, the usage method of the elevator type parking apparatus 1 of this invention is demonstrated.

(When having a car wash control device 32)
A method of using the elevator parking device 1 when the elevator parking device 1 has the car wash control device 32 will be described.

  The operation of the elevator parking apparatus 1 is performed by, for example, a specialized operator or user.

First, an operator or a user checks the empty state of the car wash shelf 10 with the car wash operation panel 32a shown in FIG.
When the car wash shelf 10 is empty, the operator or the user moves the vehicle A to be washed to the loading / unloading unit 3a. For example, when the vehicle A to be washed is stored in the storage shelf 4, the exit procedure is performed on the main operation panel 7a, and the vehicle A is moved from the storage shelf 4 to the storage / exit section 3a.

  For example, when the vehicle A to be washed is outside the elevator parking device 1, the vehicle A is caused to self-propel to the entry / exit unit 3a.

  Next, the operator or the user operates the main operation panel 7a to bring the vehicle A into the first car wash shelf 10a. The operation of the main operation panel 7a may be the same as a known operation.

  For example, when the existing parking device 2 is remodeled into the elevator parking device 1, when the storage shelf 4 with the shelf number 10 is the first car wash shelf 10a, the storage shelf 4 for storing the vehicle A of the main operation panel 7a. Enter “10” in the column for entering the shelf number of the store, and perform the warehousing procedure.

  Thereby, the vehicle A can be moved to the car wash shelf 10.

  Next, the operator or user operates the car wash control panel 32a to start car wash. Specifically, in the example of the car wash operation panel 32a in FIG. 4, after the car wash, the shelf number storing the vehicle A and the type of car wash are input, and the start button is pressed. For example, in the example of FIG. 4, “standard”, “careful”, or “speedy” can be selected as the type of car wash.

  When the start button is pressed, a start command signal is transmitted from the car wash operation panel 32a to the car wash control device 32.

When the start command signal is input, the car wash control device 32 first controls the motor 18 c and closes the partition 18.
Thereby, the inside of the first car wash shelf 10a is blocked from the hoistway 3.

  Next, the car wash control device 32 opens the on-off valve 12b or the on-off valve 19b and injects water or air from the nozzle 13 for a certain period of time.

  The water jetted from the nozzle 13 flows on the surface of the vehicle A, falls on the pallet 20, and is discharged into the drain pipe 16 through the water receiving tray 14.

  When the fluid supply device 11 includes both the water supply device 12 and the air supply device 19, the car wash control device 32 first opens the on-off valve 12 b of the water supply device 12 to wash the vehicle A with water. Thereafter, the on-off valve 12b is closed, and then the on-off valve 19b of the air supply device 19 is opened to blow off water drops on the surface of the vehicle A, thereby drying the surface of the vehicle A.

  After closing both the on-off valve 12b and the on-off valve 19b, the car wash control device 32 controls the motor 18c to open the partition 18. When the partition 18 is opened, the fact that the car wash is completed is displayed on the car wash operation panel 32a.

The operator or the user who sees the completion indication operates the main operation panel 7a to return the vehicle A in the car wash shelf 10 to the loading / unloading unit 3a. Specifically, a procedure for leaving the vehicle A from the storage shelf 4 with the shelf number 10 is performed on the main operation panel 7a.
Next, the operator or the user performs the warehousing procedure on the main operation panel 7a, and moves the pallet 20 on which the car A is washed to the storage shelf 4 to be parked. For example, in the example of FIG. 4, the pallet 20 on which the vehicle A after the car wash is placed is moved to the storage shelf 4 with the shelf number 3.

  When the elevator parking apparatus 1 has the car wash control device 32, it is preferable that an operator is always present. As a result, when the car wash shelf 10 is in use, the vehicle A to be washed next is temporarily stored in the empty storage shelf 4, and the operator confirms that the car wash shelf 10 is empty. The operation of moving from the storage shelf 4 to the car wash shelf 10 can be performed. Thereby, after storing the vehicle A in the storage shelf 4, the user can leave the elevator parking apparatus 1 without moving the vehicle A to the car wash shelf 10.

  As described above, the elevator parking apparatus 1 of the present invention includes the independent car wash control device 32 that is separate from the main control device 7, and controls the partition 18 and the on-off valves 12 b and 19 b by the car wash control device 32. To do. Therefore, the existing parking device 2 can be easily converted to the elevator parking device 1 by adding the car wash control device 32 as a part of the unit of the car wash shelf 10.

(When the main controller 7 controls the car wash shelf 10)
Next, how to use the elevator parking apparatus 1 when the main controller 7, not the car wash controller 32, controls the partition 18 and the on-off valves 12 b and 19 b of the car wash shelf 10 will be described.

  FIG. 7 is a diagram illustrating a control method of the main control device 7 when the main control device 7 controls the car wash shelf 10.

  First, an operator or a user operates the main operation panel 7a to start car washing. Specifically, similarly to the car wash operation panel 32a of FIG. 4, the shelf number for storing the vehicle A and the type of car wash are input to the main operation panel 7a and the start button is pressed. Also on the main operation panel 7a, it is preferable that one of “standard”, “careful”, and “speedy” can be selected as the type of car wash.

When the start button is pressed, a start command signal is transmitted from the main operation panel 7a to the main controller 7. Thereby, main controller 7 accepts a car wash reservation.
When the start command signal is input, main controller 7 confirms whether or not car wash shelf 10 is empty.

(When car wash shelf 10 is empty)
When the car wash shelf 10 is empty, the cage lifting / lowering device 5 is controlled so that the vehicle A that has made a car wash reservation is moved from the loading / unloading unit 3a to the first car wash shelf 10a.

  Next, the traversing device 8 is controlled to move the vehicle A from the cage 6 to the first car wash shelf 10a.

  Next, the main control device 7 controls the motor 18 c to close the partition 18. Thereafter, the main control device 7 controls the opening / closing of the opening / closing valve 12b of the water supply device 12 or the opening / closing valve 19b of the air supply device 19 to wash the vehicle A. The method of car wash is the same as the case of control by the car wash control device 32.

  After the car wash, the main controller 7 controls the motor 18c to open the partition 18. The partition 18 is kept released until the vehicle A is next stored in the first car wash shelf 10a.

  The first car wash shelf 10a stores the car A that has been washed as it is until the main controller 7 inputs the next command signal.

  For example, when the command signal input next is the exit signal of the vehicle A that has been washed, the traversing device 8 and the cage lifting / lowering device 5 are controlled to move the vehicle A to the entrance / exit 3a.

(When the car wash shelf 10 is not empty)
When the car wash shelf 10 is not empty, the main control device 7 checks whether there is an empty storage shelf 4 or not.

  When there is no vacant storage shelf 4, for example, a message indicating that parking and car washing cannot be performed is displayed on a display board or main operation panel 7a installed in the loading / unloading unit 3a. For example, it is preferable to display “full”.

  When there is an empty storage shelf 4, the main controller 7 checks whether or not the car wash shelf 10 is being washed.

  When the vehicle is not being washed, the main controller 7 moves the traversing device 8 and the cage lifting device 5 so that the vehicle A that has been washed stored in the first car wash shelf 10a is moved to the empty storage shelf 4. Control. For example, the vehicle A that has been washed is stored in the storage shelf 4 having a shelf number registered in advance for the vehicle A that has been washed.

  Next, the vehicle A is moved from the loading / unloading unit 3a to the vacant first car wash shelf 10a. The subsequent control is the same as “(when the car wash shelf 10 is empty)” described above.

  When the car wash is in progress, the main controller 7 moves the vehicle A, which has been reserved for car wash, from the loading / unloading unit 3a to the empty storage shelf 4, and stores the vehicle A in the storage shelf 4 until the car wash shelf 10 becomes empty. To do.

  After the car wash shelf 10 becomes empty, the vehicle A is moved from the storage shelf 4 to the first car wash shelf 10a, and the motor 18c is controlled to close the partition 18. The subsequent control is the same as “(when the car wash shelf 10 is empty)” described above.

  When there are a plurality of vehicles A that reserve a car wash, the main control device 7 performs the car wash in the reserved order.

  Thus, the car wash shelf 10 and the parking can be automatically performed by controlling the traversing device 8, the cage lifting device 5, and the car wash shelf 10 only by the main control device 7. This eliminates the need for a person to operate to move the vehicle A from the storage shelf 4 to the car wash shelf 10.

  In addition, the main controller 7 controls the car wash shelf 10 so that the cage lifting device 5 can be moved directly between the car wash shelf 10 and the storage shelf 4 without going through the loading / unloading unit 3a. Can be controlled. Therefore, it is possible to reduce the time required for car washing and loading / unloading compared to controlling the car wash shelf 10 with the car wash control device 32.

  Further, the main control device 7 automatically accepts the reservation, pulls out the vehicle A from the storage shelf 4 and washes the vehicle, and automatically stores the washed vehicle A in the storage shelf 4, so there is no permanent operator. However, the vehicles A that have been reserved for car washing can be washed one after another. Therefore, for example, if a car washing reservation is made when the user returns home and parks the vehicle A used for one day in the elevator parking device 1, the car is automatically washed at night. Thereby, the user can use the beautiful vehicle A that has been washed the next morning. Therefore, if the user makes a car wash reservation at the time of parking every day and parks the vehicle A, the user can always get on the vehicle A in a beautiful state.

  According to the above-described apparatus and method of the present invention, the vehicle A can be stored in the first car wash shelf 10a at the position of one storage shelf 4 of the two storage shelves 4 connected vertically, and the position of the other storage shelf 4 can be stored. Since the second car wash shelf 10b is provided, the vehicle A stored in the first car wash shelf 10a can be washed with the fluid supplied by the second car wash shelf 10b. Therefore, the vehicle A can be washed inside the elevator parking device 1 without taking it out of the elevator parking device 1.

  In addition, since the storage shelf 4 where the vehicle A is originally stored is used as the car wash shelf 10, a special space that does not exist in the original elevator parking device 1 or a moving device other than the cage 6 is used for car washing. There is no need to install it. In addition, since the storage shelf 4 is the car wash shelf 10, the car can be washed without disturbing the loading and unloading of other vehicles A.

  Furthermore, since the storage shelf 4 is the car wash shelf 10, the unused storage shelf 4 can be used effectively.

  Note that the present invention is not limited to the above-described embodiment, and it is needless to say that various modifications can be made without departing from the gist of the present invention.

A vehicle, 1 elevator parking device,
2 Existing elevator parking device (existing parking device),
3 hoistway, 3a loading / unloading section, 4 storage shelf, 5 cage lifting device,
6 cage, 7 main control unit, 7a main operation panel, 8 traversing device,
9 Pallet lateral feed device, 9a protrusion, 9b arm,
10 car wash shelf, 10a first car wash shelf, 10b second car wash shelf,
11 Fluid supply device, 12 Water supply device, 12a Water supply, 12b On-off valve,
13 nozzles, 14 water tray, 16 drain pipe,
18 partition, 18a shutter curtain, 18b winding shaft,
18c motor, 19 air supply device, 19a pneumatic piping, 19b on-off valve,
20 pallets, 20a wheels, 22 traverse rails,
23 support rails, 23a high support rails, 23b low support rails,
24 pressure pumps, 26 compressors, 28 shelf columns, 30 shelf mounting brackets,
32 Car wash control device, 32a Car wash control panel

Claims (9)

A plurality of storage shelves that are adjacent to the width direction of the hoistway extending in the vertical direction and are spaced apart in the vertical direction to store the vehicle, a cage that moves up and down the hoistway, and a space between the storage shelf and the cage An elevator parking device comprising a traversing device for traversing the vehicle at
A first car wash shelf having a nozzle which is located at one of the two storage shelves that are vertically connected and stores the vehicle traversing between the cages and jets fluid toward the vehicle; An elevator-type parking apparatus comprising a car wash shelf having a second car wash shelf that is located at the other storage shelf of the two storage shelves and supplies fluid to the nozzle.   2. The first car wash shelf includes a partition that extends in a vertical direction at a boundary between the first car wash shelf and the hoistway and divides the interior of the first car wash shelf and the hoistway so as to be openable and closable. Elevator parking equipment. The second car wash shelf has a water supply device for supplying water to the nozzle,
The first car wash shelf is a water receiving tray for receiving the water provided at a lower end of the first car wash shelf;
The elevator-type parking apparatus according to claim 1, further comprising: a drain pipe that discharges water accumulated in the water receiving tray to the outside of the car wash shelf. The elevator parking device includes a plurality of pallets on which the vehicle is mounted,
The first car wash shelf has a pair of support rails extending horizontally in the width direction and supporting both longitudinal ends of the pallet from below,
The pair of support rails have upper surfaces at different heights,
The low support rail having a low top surface of the pair of support rails is installed on the drain pipe side in the longitudinal direction,
The elevator parking apparatus according to claim 3, wherein the water receiving tray is provided below the low support rail.   The elevator-type parking apparatus according to claim 3, wherein the water supply apparatus includes a pressurizing pump that pressurizes the water supplied to the nozzle. The second car wash shelf has an air supply device for supplying air to the nozzle,
The elevator type parking apparatus according to claim 1, wherein the air supply device includes a compressor that pressurizes the air supplied to the nozzle. A plurality of storage shelves that are adjacent to the width direction of the hoistway extending in the vertical direction and are spaced apart in the vertical direction to store the vehicle, a cage that moves up and down the hoistway, and a space between the storage shelf and the cage And a method of remodeling an existing elevator parking device provided with a traverse device for traversing the vehicle.
One storage shelf out of two storage shelves connected in the vertical direction is a first car wash shelf for storing the vehicle traversing between the cage, and fluid is ejected toward the vehicle stored in the first car wash shelf Attaching a nozzle to the first car wash shelf;
Providing a second car wash shelf for supplying fluid to the nozzle at the position of the other storage shelf of the two storage shelves;
A method for remodeling an existing elevator parking apparatus, wherein the first car wash shelf and the second car wash shelf are used as car wash shelves. (A) A water supply device for supplying water to the nozzle is attached to the second car wash shelf,
(B) At the lower end of the first car wash shelf, a water receiving tray that receives the water, and a drain pipe that discharges water accumulated in the water receiving tray to the outside of the car wash shelf,
(C) The first car wash shelf is attached with a partition that extends in a vertical direction at a boundary between the first car wash shelf and the hoistway so that the interior of the first car wash shelf and the hoistway can be opened and closed. 8. A method for remodeling the existing elevator parking device according to 7. The existing elevator parking apparatus includes a plurality of pallets on which the vehicle is mounted,
The one storage shelf has a pair of traverse rails extending horizontally in the width direction and supporting both longitudinal ends of the pallet from below,
(D) At least one of the pair of traverse rails provided on the one storage shelf is replaced with a traverse rail having a height different from that of the traverse rail, and the pair of traverses having different heights from each other The modification method of the existing elevator parking apparatus of Claim 8 which uses a rail as a support rail.

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