JPS5825825B2 - Jidousiyakakunousetsubi - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a car storage facility that can efficiently store cars that are being completed one after another and can take out a desired number of cars at any time. will be explained based on the drawings.

Reference numeral 1 denotes a car storage shelf having a plurality of compartment storage spaces 2 both vertically and horizontally, and a plurality of shelves 1 are arranged side by side to form a passage 3.

Reference numeral 4 denotes a pallet storage section provided on the outside of the automobile storage shelf 1, and is configured so that pallets 5 for supporting automobiles can be stacked and stored therein.

That is, the pallet storage section 4 consists of a surrounding wall body 6 that is open at the front and bottom, and a pair of left and right pallet supports 7, and the pallet supports 7 are rotating arms having a plurality of (four) arms extending in the radial direction. By rotating the pallets 5, the lower pallets 5 are dropped one by one, or by rotating in the opposite direction, the pallets 5 are stacked one by one from the bottom.

Reference numeral 8 denotes a car transfer area provided outside the pallet storage section 4, and is formed by a pair of short conveyors 9 and 10 arranged at an appropriate interval.

Reference numeral 11 denotes a receiving means for transferring one pallet 5 between the pallet storage section 4 and the car transfer area 8. The pallet receiver is a transfer means, and is arranged from the bottom of the pallet storage section 4 to near the short conveyor 9. The elongated conveyor 12 and its elevating platform 13 are provided so as to be raised and lowered under the pallets 5 supported by the pallet storage section 4 and below the elongated conveyor 12, and are provided with a lid 14.

Reference numeral 15 denotes a vehicle loading/unloading device disposed in the passageway 3, which is configured to be able to travel between the vehicle storage shelf 1 and the vehicle transfer area 8, and further includes a fork that can move up and down as well as move in and out laterally. It has 16.

As described above, a gap 17 is provided between the long conveyor 12 and the short conveyor 9 and between both the short conveyors 9 and 10, and the gap 17 is formed to allow the forks 16 to move up and down.

The above-mentioned pallet storage section 4, car transfer area 8, and pallet receiving/handling means 11 are respectively provided in the delivery area 18 on the lower floor and the passenger area 19 on the upper floor. shown below.

20 indicates a car. Hereinafter, the loading/unloading work of the automobile 20 will be explained.

Before the completed car 20 reaches the car transfer area 8 of the entry area 19, one pallet 5 is already prepared at the car transfer area 8, as shown in FIG.

This pallet 5 is moved to the lifting platform 1 by the operation of the lifter 14.
3 is raised, the pallet support 7 is rotated to drop the lowest pallet 5 onto the elevating table 13, and the elevating table 13 is lowered to move the elongated conveyor 1 as shown in FIG.
After being delivered to the car transfer station 8, the long conveyor 12 and both short conveyors 9 and 10 are operated.

The automobile 20 transfers onto this pallet 5, and then moves onto the pallet 5 via the fork 16 of the automatic single-stroke loading/unloading device 15.
After being received together with the storage space 2, it is stored in a predetermined compartment storage space 2.

When taking out the car 20 in the divided storage space 2, it is first necessary to take the car 20 together with the pallet 5 by the automatic pick-up and take-out device 15, then hand it over to the car transfer area 8A of the pick-up area 18, and then let only the car 20 run.

The empty pallet 5 left at the car transfer area 8A is conveyed to the upper part of the lifting platform 13A by the operation of both short conveyors 9A, 10A and the long conveyor 12A, and is transported to the upper part of the elevator platform 13A by the elevator platform 13A as shown in FIG. After being lifted as shown, the pallets are stacked and supported at the bottom of the stacked pallets 5 by the pallet support 7A.

Note that when a predetermined amount of pallets 5 are accumulated in the pallet storage section 4A of the delivery area 18, first, this group of pallets is taken out by the automatic single-stroke loading/unloading device 15 and stored in the empty compartment storage space 2.
Then, when the pallet storage section 4 of the passenger parking lot 18 becomes empty, the automatic single transfer device 15 can transfer the pallets.

It is also possible to reverse the functions of the upper and lower floors, or to enter and exit a vehicle using only one.

According to the present invention described in the embodiments above, after the cars being completed one after another are placed on the pallet that is sent from the pallet storage section to the car transfer area via the transfer means, the cars are automatically loaded and unloaded. The device allows efficient storage of carts in compartment storage spaces of shelves, and the reverse action allows carts to be taken out at any time as desired.

Furthermore, since the pallets are not taken out of the facility, that is, they are circulated within the facility, the number of pallets does not need to increase more than necessary, and moreover, the pallets can be delivered to the pallet storage area in the storage area in a stacked group. Since it is performed in units, the number of times the automatic single-stroke loading/unloading device is used for the work can be minimized,
This means that the automatic single-transfer loading/unloading device can be used efficiently for loading/unloading of automobiles.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, with FIGS. 1 and 2 being longitudinal sectional views, and FIG. 3 being a plan view. 1...Car storage shelf, 2...Division storage space, 4.4A...Pallet storage section, 5...
...Pallet, 8.8A...Car transfer area, 11. IIA... Pallet receiver is a means of transfer, 14, 14A... Lifter 15...
・Automatic single swing in/out device, 16...fork.

Claims (1)

[Claims] 1. A vehicle exit area and a passenger area are provided on the outside of a car storage shelf that has multiple compartment storage spaces both vertically and horizontally,
A pallet storage section capable of stacking and storing pallets for supporting automobiles and a car transfer area are installed in parallel at each of the departure and entry areas, and one The pallet receiver is provided with a means for transferring the pallet, and a vehicle loading/unloading device is provided that is movable across the vehicle storage shelf, both vehicle transfer areas, and both pallet storage portions, and the vehicle loading/unloading device is , a fork that can move up and down as well as move in and out in the lateral direction is provided, and by the movement of this fork, cars can be transferred between the compartment storage space or the transfer area for both cars via a pallet. The device is
An automobile characterized in that the pallet section is configured to be able to be moved to a pallet storage section or compartment storage space of the float yard by a fork action on the lowest pallet of a group of stacked pallets in the pallet storage section of the float yard. Storage equipment.