A method for transporting goods in containers, wherein the wagon carries two layers of containers, characterized in that the bottom layer comprises containers without side walls. The goods carried in the bottom containers can be loaded and unloaded independently from the goods carried in the top containers. The bottom containers are used for transporting coils. The coils are loaded and unloaded by inserting a coil lifter arm through inner diameter of the coil. A wagon for transporting containers comprising bogies (1) and a platform (2) with side walls (3) arranged between said bogies. The height of the side wall (3) extending over the platform (2) in its lowest point does not exceed 60 cm. The wagon has a side wall (3) extending 55-60 cm above the platform (2). The side wall (3) comprises trapezoid reduced-height sections (4), wherein the side wall (3) extends 40-45 cm above the platform (2) in said reduced-height sections. The side wall (3) comprises a top reinforcing member (5). The side wall (3) and the top reinforcing member (5) are linked with connecting members (6). The height of the side wall (3) is 20-40 cm.

A high-bay warehouse for metal coils includes a plurality of storage modules. The storage modules are lined up in longitudinal rows and transverse in the depth directions thereof. The storage modules have a plurality of compartments arranged one above the other. Storage modules are separated by aisles extending parallel to a storage and retrieval sides of the storage modules. At least one storage-and-retrieval unit, which can be displaced back and forth, is provided in each aisle. The storage-and-retrieval units have a frame. On vertical uprights of the frame a lifting bridge is formed with at least one telescopic holder, which can be moved in and out in an orthogonally relative to the aisle. The storage-and-retrieval unit, on its at least one telescopic holder, has a C-shaped carrying which, beneath the telescopic holder, has a horizontally running pin which can be moved into a middle opening of the respective coil.

An apparatus for transporting a plurality of bars having an axial direction is disclosed. The apparatus includes a storage device and a conveying device. The storage device includes an accommodating area configured to accommodate the plurality of bars side by side along a first direction substantially perpendicular to the axial direction; a first ramp having a front end and a rear end, wherein the front end is adjacent to the accommodating area and receives the plurality of bars sequentially, and the received plurality of bars roll from the front end to the rear end on the first ramp in a second direction; and a counting device adjacent to the rear end and operable to allow a predetermined quantity of the plurality of bars to exit the storage device in the second direction. The conveying device includes a receiving end, an output end and a second ramp.

An apparatus for the treatment of articles such as rolls made of paper material, and/or packets, packs, envelopes, bags, pallets or boxes, or another type of packaging. The apparatus includes a feeding device for feeding the articles, at least one unit for treating the articles, a transferring device for transferring the articles from the feeding device to the treatment unit, and an arranging device able to arrange the articles in respective groups of articles, each group including one or more articles arranged according to a respective and desired configuration of utilization by the treatment unit. In the apparatus, the arranging device is defined by the transferring device.

A buffer (1) for paper cores comprises: a structure (2); a plurality of planes (5), arranged one over the other for accumulating cores; a mechanism (6) for feeding the cores associated with the planes (5) to provide the cores being fed; a first device (11) for transferring cores by the mechanism (6) to one of the planes (5), the first device (11) being interposed between the mechanism (6) and the planes (5) and being movable from one plane (5) to another in order to transfer the cores to the latter; a mechanism (16) associated with the planes (5) in order to discharge the accumulated cores; a second transferring device (21), interposed between the planes (5) and the mechanism (16), for transferring cores from the planes (5) to the mechanism (16), the second device (21) being movable from one plane (5) to another in order to empty the planes (5).

The invention relates to a delivery system having a delivery goods vehicle for delivering inward goods, and having at least one automated transfer assembly which for transferring the goods in an automated manner from the delivery goods vehicle to a goods store comprises an object detection device. The delivery system moreover has a safety installation for securing a movement range of the transfer assembly when unloading the goods.

A roll transporting conveyor for transporting bituminous membrane rolls along a feeding direction. The roll transporting conveyor comprises: a support frame provided with two beams spaced apart from each other and parallel to said feeding direction; two driving belts arranged at the respective beams; a plurality of crossbars extending in a bridge-like manner between a driving belt and the other at a preset distance along said feeding direction and having the opposite axial ends integral to the driving belts; a plurality of belt-shaped transport portions, each of which extends between two consecutive crossbars and is sized to form a hammock-shaped transport cradle having an approximately semi-cylindrical shape for holding a roll between two consecutive crossbars.

A sod harvester and a method for maintaining the integrity of a sod roll during sod roll transfer with the sod harvester having a first power assist rotatable sod roll cradle containing a set of spokes with opposed faces that laterally engage and dynamically cradle a sod roll as the sod roll falls from an upper conveyor to a lower conveyor so that a further set of opposed faces on the rotatable spokes laterally engage a further sod roll on an upper conveyor through a torque applied to the sod cradle by a low power hydraulic motor as the sod roll falls from the upper conveyor to the lower conveyor with the cycle repeated with each sod roll that is discharged from the upper conveyor to thereby maintain the integrity of the sod rolls within the sod harvester.

A multichannel paper feeding system in connection to a vertical storage is disclosed. The multichannel paper feeding system includes a main loop transport device, an internal loop transport device, a plurality of take-out devices, and a plurality of take-out conveyor belts, all of which are disposed between the vertical storage and a cutting machine. The main loop transport device transports a paper roll placed on a main loop rack from the vertical storage to the internal loop transport device, where a main push rod then pushes the paper roll onto an internal loop rack, and the internal loop transport device transports the internal loop rack next to a take-out conveyor belt. The take-out device moves the paper roll from the internal loop rack to the corresponding take-out conveyor belt so that the paper roll can be transported further downstream to a post-processing station for cutting or packaging. Through the internal loop transport device, not only can more take-out conveyor belts be added and may the post-processing production be increased, the transport quality of the paper rolls is also enhanced.

A workpiece conveyance jig, which is formed of a threaded shaft made of a ceramic, includes an inner member, which is formed of a solid shaft having a constant diameter, and is configured to receive a rotational driving force, and an outer member, which has a hollow shaft-like shape, has a helical protrusion, and is mounted on an outer periphery of the inner member so as to be rotatable integrally with the inner member. The outer member includes a plurality of cylindrical bodies arranged in a row in an axial direction of the workpiece conveyance jig, and has a convex and concave fitting portion formed between two adjacent ones of the plurality of cylindrical bodies, which is configured to engage the two adjacent cylindrical bodies with each other in a direction of rotation of the inner member.