JPS6039603B2 - warehouse equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to warehouse equipment in which articles can be stored and retrieved.

Conventionally, warehouse equipment has been known in which goods are stored in storage shelves formed in a layered manner on one or both sides of the passageway using a stacker crane that travels along the passageway, and goods are taken out from there. Although this method is effective for small items and lightweight items, it has the disadvantage of requiring extremely large-scale equipment and expensive warehouse equipment for bulky or heavy items.

The present invention has been made in order to eliminate the above-mentioned drawbacks of the conventional method, and includes the wire operation by reversing the wire winding/feeding drum, the wire operation by reversing the wire winding/feeding drum, the thief flock connection odor, and the electrical connection of the cart mooring device. The purpose is to provide a warehouse facility that allows storage and removal of bulky and heavy items using an inexpensive device that allows two-dimensional movement through operation.

Hereinafter, the embodiment will be explained with reference to the drawings. In the figure, 1 is a transport vehicle that runs on a rail 3 laid in a passage 2, and the transport vehicle 1 is equipped with a rail 4 that is orthogonal to the passage 2. At the front of the transport vehicle 1 in the direction of movement, there are a sheave 6 around which the transport vehicle entry wire 5 is wound, a sheave 8 around which the unloading wire 7 is wound, and a vehicle mooring device 10 that is engaged and detached from a hole 9 formed in the passage surface. is provided. On both sides of the passage 2, rails 1 are installed perpendicularly to the passage 2 and at the same height as the rails 4 on the transport vehicle 1.
1 is laid, and a pallet truck 12 on which articles are stacked runs on this rail 11. 13 is a sheave 14 around which the carrying wire 5 is wound and a carrying wire 7
A moving thief flock consisting of a sheep 15 wound around
One end is connected to and detached from a fixed body 16 such as a warehouse wall or foundation by an electrically operated connector 17, and the other end is connected to a pallet truck 12 by an electrically operated connector 18. It has a structure that allows it to be engaged and detached, and allows the pallet truck 12 to be pushed and pulled.

Reference numeral 19 denotes a wire winding and feeding drum which is rotated in forward and reverse directions by a drive device 20', and one of the wires wound around the drum 19 is connected to a fixing sieve 20 → a sheave 6 installed on the transport vehicle 1 → a stationary sieve 20 → Each sheave is wound in the order of the sheave 14 of the movable thief flock 13 → the stationary sheave 20 .

The other wire is connected to the stationary sheave 22 -> the sheave 15 of the moving thief flock 13 -> the stationary sheave 22 -> the sheave 8 installed on the transport vehicle 1 -> the stationary sheave 22 - the sheave 15 of the moving sheave block 13 -> the stationary sheave After each sheave is wound in the order of 22→...→, the wire is attached to the base fitting 23 to form the wire 7 for carrying out. Reference numeral 24 indicates an article storage castle 25 which is a guide for the moving thief flock 13.

Since the present invention is constructed in this manner, the storage and removal of the pallet truck 212 loaded with articles is carried out as follows.

To take out the pallet truck 12, first, the connecting tool 17 between the fixed body 16 of the pallet truck 12 to be taken out and the thief flock 13 is released by electrical operation, and then the drive device 2
When the wire take-up drum 19 is rotated in the normal direction at 0', the unloading wire 7 is wound up, the loading wire 5 is unwound, and the sheep block 13 pushes the pallet truck 12 via the connecting wire 18. do.

When the pallet truck 12 is pushed out from the storage area 24 onto the truck 1 waiting in the aisle 2 and completely transferred, the rotation of the wire take-up drum 19 is stopped, and the thief-flock pallet truck is moved by electrical operation. Release the connector 18 between them. Thereafter, the drum 19 is reversed, the thief block 13 is moved to the fixed body side by wire operation, and the sheave block 13 is connected to the fixed body 16 by the connecting tool 17.

Next, after the mooring device 10 of the carrier 1 is pulled out from the hole 9 by electrical operation, the drum 19 is rotated in the normal direction and the unloading wire 7 is wound up. The pallet truck 12 is moved above in the direction of arrow A and is taken out of the warehouse. The pallet cart 12, which has been emptied after unloading the goods outside the warehouse, is again mounted on the carrier 1, and this time, by reversing the drum 19, it moves on the passage 2 in the direction of arrow B, and the carrier 1 is brought to a predetermined position. When it reaches drum 1
9 is stopped, and the transport vehicle 1 is moved from the mooring device 101.
to be moored. After that, the connected odor 17 is released and the drum 1
9 is rotated in the normal direction to move the thief flock 13 toward the passage 2, and at the end thereof, the pallet carriage 12 on the conveying carriage and the thief flock 13 are connected by a connecting rod 18. Thereafter, when the drum 19 is reversed, the pallet truck 12 is pulled into the storage area 24 by the thief flock 13.

Although the embodiment shows a flat warehouse facility in which the aisle 2 and the storage board 24 are formed on the same floor, a vertical aisle, an elevator trolley that goes up and down in this aisle, and a storage castle arranged in layers may be used as a cubic warehouse facility. It can also be used as

The warehouse equipment of the present invention can also be used for storing and taking out items from a yard. Further, as shown in FIG. 4, a warehouse facility may be used in which a storage castle is formed only on one side of the bribe.

Furthermore, if the transport cart located on the passage is large enough to carry two or more pallet carts, then two or more pallet carts, that is, two or more articles, can be loaded at one time.
It is convenient to store and take out at the same time. As described above, according to the present invention, the wire winding/feeding operation by forward and reverse rotation of the wire winding/feeding drum, the electrical attachment/detachment operation of the connection odor between the moving thief flock/fixed body and between the movable thief flock pallet carts, and the predetermined position of the passage. Since the pallet cart on which articles are stacked is moved two-dimensionally by electrically mooring and uncoupling the cart mooring device, an extremely inexpensive warehouse facility can be obtained.

[Brief explanation of the drawing]

FIG. 1 is a plan view of a warehouse facility according to the present invention, and FIG.
FIG. 3 is a side view taken along line 0 in FIG. 1, FIG. 3 is a side view taken along line mm in FIG. 1, and FIG. 4 is a plan view showing another embodiment. 1...Transportation cart, 2...Aisle, 6...
...Thief, 8... Sheep, 10...
・Mooring device, 12... Pallet truck, 13...
...Moving sheave block, 14... Sheave, 16... Fixed body, 17... Connector,
18... Connection odor, 19... Wire winding and feeding drum, 20... Stationary sheave, 21... Main attachment, 22... Stationary sheave, 23... ...Original attachment, 24...Storage castle. Figure 1 Figure 2 Figure 3 Figure 4

Claims (1)

[Claims] 1 Equipped with a carrier that moves along the aisle, and a pallet truck that can be transferred onto the carrier from a storage area located on the side of the aisle, and the storage area includes a sheave block that can move forward and backward with respect to the aisle. A detachable connector is provided between the movable sheave block, a fixed body provided at the back of the storage area, and the pallet truck, and the pallet truck can be transferred between the transportation truck and the storage area. A mooring device is provided to allow the wire to be moored so that both ends of the wire wound around the wire take-up drum are wound in opposite directions around the sheep provided on the transport vehicle and the movable sheep block. Warehouse equipment characterized by being wound in series on a stationary sheep at the end of the storage area and then attached to the original attachment.