Abstract:
A transport system for transport of containers has a switch with an entry zone, an exit zone with at least two different transport paths for conveying a container, and a switch mechanism for selectively controlling the transport of the container to the transport paths. During their travel, the containers are supported by a support assembly, and aligned and advanced in a controlled manner in the entry zone by an alignment and propulsion mechanism. A propulsion and guide assembly in the exit zone is rendered operative in response to a transport of the container along the transport paths and includes at least two modules which respectively cooperate with the transport paths and are disposed in the exit zone below the plane of the support assembly. The modules are hereby so controlled that only the one of the modules is raised into a plane above the plane of the support assembly, when the container is transported along the associated transport path.
Abstract:
An automated warehouse system for a building has elevators for automatically accepting incoming material on pallets. A rotating forklift mounted inside the elevator extends its forks to reach out and bring in the pallets. Once inside, the rotating forklift spins around to face inside warehouse doors. When the elevator car arrives at a designated level, the rotating forklift deposits the material on the pallet on a temporary shelf just outside the elevator. Each level has an aisle cart that moves along an aisleway for both a loading elevator and an unloading elevator. Each aisleway is intersected by several row rails that are right angles to the aisleway. The aisle cart carries a battery powered row cart that can run back and forth along the rows. The aisle cart is positioned at the appropriate row along the aisleway, and the row cart carries, deposits, and picks up material on pallets. Storage positions are provided along each row, front to rear. The palleted items are shuffled on a carousel between walking conveyors and elevators. Conveyor carts ride the carousel on parallel adjacent tracks and transfer track.
Abstract:
A device for stacking empty transport pallets and removing empty transport pallets from a stack has a pallet receptacle with a first leg and a second leg positioned at a right angle to the first leg. The pallet receptacle is configured to receive a pallet stack of pallets, wherein the pallets are supported with a narrow side on the first leg while the lowermost pallet of the pallet stack rests flat on the second leg. A pivoting device is provided to pivot the pallet receptacle between a first end position, in which the first leg extends at a slant to the horizontal, and a second end position, in which the first leg extends substantially vertically.
Abstract:
A load vertically stacked on a pallet lowered on a lift fork into a vertically elongated handling zone, enclosed by a guide frame. As the pallet approaches a lower rest position, the load is retained above a support plane on top of rails between which the lift fork tines are vertically movable. The lift fork is withdrawn from the unloaded pallet and reinserted into the handling zone just below the load to raise it through the guide frame during which the load is stabilized on the lift fork.
Abstract:
An apparatus for unloading stacked sheet material from a supporting surface such as a pallet. A frame structure is provided including a station for positioning a loaded pallet. A ram reciprocates between an advanced and a retracted position at a height sufficient to pass over the pallet. Sweeping means is mounted on the ram for frictional sweeping engagement with the sheet material and pallet to remove cleanly all of the stack of sheet material.
Abstract:
A load is transferred from a first support to a second support by tensioning a transfer sheet lying between the load and the first support to raise the load from the first support and then a second support is slid under the load to replace the first support prior to releasing the tension on the transfer sheet.
Abstract:
A method for replacing damage portions of the column on a bolted pallet rack frame. The assembly is comprised of front and rear vertical columns complete with fixed footplates. Internal bracing is bolted in place which in turn creates the frame structure. A front (aisle side) column is designed as a two-piece column fitted (welded or bolted) with a bracket at a predetermined connection point. The bracket allows for the replacement of a lower portion of the column in the event of damage by simply releasing hardware connections.
Abstract:
In one example embodiment, a computer-implemented method for transporting cargo using smart palettes includes determining receipt of a first cargo onto a platform of a first smart palette at a first distribution hub. The method includes generating one or more signals that control a loading of the first smart palette and the first cargo onto a trailer located at the first distribution hub. The method includes determining a coordination with one or more second smart palettes associated with the trailer to determine a first position inside the trailer for the first smart palette and the first cargo. The method includes generating one or more signals that position the first smart palette and the first cargo at the first position inside the trailer.
Abstract:
A workpiece supply system may be provided to enable automatic loading of workpieces to be machined into a CNC machining center and to retrieve finished workpieces from the CNC machining center. The workpiece supply system may include a shelf arrangement that stores a number of pallets each bearing one or more workpieces in a vertical and horizontal arrangement. A pallet retrieval unit may engage the pallets on the shelves and a gantry may maneuver the pallet retrieval unit into the CNC machining center. The pallet retrieval unit may engage a pallet clamping base within the CNC machining center to unlock a pallet bearing a finished workpiece and then exchange the finished workpiece pallet for a new workpiece pallet.
Abstract:
A battery transmission system may comprise: a material incoming structure to receive batteries; a first transfer structure to transfer the batteries to a first pallet so as to convey the batteries on a first transmission line, wherein the first transmission line has an unloading position for which at least one second transmission line is provided correspondingly; and a second transfer structure to transfer batteries at the unloading position to a first starting position of the second transmission line so as to transmits, when the number of batteries at the first starting position reaches N, the N batteries to a first termination position of the second transmission line, wherein N≥1.