Abstract: Example methods and apparatuses to indicate off-platter weigh conditions are disclosed herein.

Abstract: A pallet includes base members, connecting bars, and a loading plate. The connecting bars secure the base members to form a pallet frame. The loading plate is fixed on the pallet frame. The size of the pallet can be adjusted in length and width so as to be adjusted freely and conveniently according to practical requirements. Consequently, the cost for manufacturing the pallet can be reduced. In addition, when one base member is damaged or missing, the damaged or missing base member can be replaced by a new base member. Therefore, the pallet can be used for more times, allowing the cost reduction in manufactory. Furthermore, the base members and the connecting bars are connected with each other to form the pallet frame which is rigid and has high structural strength, such that the pallet frame would not deform and is safe when used for handling and transporting materials.

Abstract: A pallet includes a deck supported by a central support and outer columns. Runners may connect lower ends of the outer columns to the central support. The deck, central support, outer columns and (optionally) runners may molded as a single piece of plastic. The outer columns are reinforced with reinforcement members so that the outer columns can be very thin (e.g. approximately 1 inch thick).

Abstract: A wooden pallet includes a base layer, and a cargo layer. The cargo layer includes a pair of spaced apart connector boards, and a pair of spaced apart end deck boards orthogonal to the pair of connector boards. Respective ends of the pair of end deck boards overlap respective ends of the pair of connector boards. Nail plates are coupled between the respective ends of the pair of connector boards and the respective ends of the pair of end deck boards. Each nail plate has a first surface having projections extending outwards therefrom and embedded into one of the end deck boards, and a second surface opposite the first surface devoid of any projections and contacting an end of one of the connector boards. Spaced apart support blocks are between the base layer and the pair of connector boards in the cargo layer, and form a gap therebetween for receiving a lifting member.

Abstract: A coating device includes an upper stage, a lower stage and a spraying part. The upper stage masks an upper surface of a display panel. The lower stage masks a lower surface of the display panel. The spraying part sprays ink to a side surface of the display panel. The side surface of the display panel is exposed between the upper stage and the lower stage. The coating device includes the upper stage and the lower stage, so that the coating device may form a coating layer of uniform thickness by precisely spraying ink. In addition, a cross-section of the coating layer may be precisely formed having specific shape such as an L or C shape. A display apparatus having high light usage efficiency and reduced light leakage may be provided by using the coating device.

Abstract: A plastic pallet described herein may have a plastic upper deck with an upper side on which goods can be stacked. Furthermore, a plurality of plastic skids are present, spaced apart from the upper deck and arranged substantially parallel to the upper deck. Plastic spacer blocks are located between the upper deck and the skids. The upper deck and the skids are manufactured as separate parts which in an assembled state are tightened together by tightening pins. The tightening pins each extend through a bore in each of the spacer blocks and corresponding holes in the upper deck and the skids.

Abstract: A pallet (10) includes a base layer (20), a cargo layer (30) and spaced apart support elements (40) positioned between the base layer (20) and the cargo layer (30) and forming a gap (50) therebetween for receiving a lifting member. The cargo layer (30) includes a pair of spaced apart connector boards (32) and a pair of spaced apart end deck boards (34) orthogonal to the pair of connector boards (32). Each support element (40) extends in length between the pair of spaced apart end deck boards (34) and is configured as a one-piece skid, and includes an open recessed channel (60) therein to receive a respective connector board (32) from the cargo layer (30).

Abstract: A pallet includes a cargo layer, a base layer and support structures coupled between. The cargo layer includes a pair of horizontally positioned outer plastic deck boards and at least one horizontally positioned intermediate plastic deck board therebetween. The at least one horizontally positioned intermediate plastic deck board has opposing sidewalls, and a spaced apart openings at least partially extending through the opposing sidewalls. The pair of horizontally positioned outer plastic deck boards have opposing sidewalls, and spaced apart openings extending through at least one of the sidewalls of each outer plastic deck board. The spaced apart openings in each horizontally positioned outer plastic deck board are aligned with the spaced apart openings in an adjacent sidewall of least one horizontally positioned intermediate plastic deck board. Inserts are in the spaced apart openings.

Abstract: A pallet includes a cargo layer, a base layer and support structures coupled between. The cargo layer includes a pair of horizontally positioned outer deck boards and at least one horizontally positioned intermediate deck board therebetween. The at least one horizontally positioned intermediate deck board has opposing sidewalls, and a spaced apart openings at least partially extending through the opposing sidewalls. The pair of horizontally positioned outer deck boards have opposing sidewalls, and spaced apart openings extending through at least one of the sidewalls of each outer deck board. The spaced apart openings in each horizontally positioned outer deck board are aligned with the spaced apart openings in an adjacent sidewall of least one horizontally positioned intermediate deck board. Inserts are in the spaced apart openings.

Abstract: A pallet for the storage and transport of various loads is provided. More particularly, the pallet includes a constructive configuration comprising a light, flexible and compression-resistant material. The pallet includes at least a load arrangement surface capable of accommodating the loads and a support element associated to the loads arrangement surface, the support element being capable of sustaining the loads. The pallet further includes a support element, which includes at least one kind of alveolar plastic and has a substantially dome-shaped crosswise section. The pallet also includes a fabric covering capable of externally enveloping both the loads arrangement surface and the support element.

Abstract: Enhanced pallets including a plurality of hollow blocks and a plurality of hollow cross members are provided. The pallets may be aluminum extruded pallets. The blocks and cross members are welded together to form a pallet. The blocks and cross members may have internal wall structures which, form one or more crush cells or crush zones. The crush cells or crush zones deform in a controlled manner on impact to reduce impact damage to the pallets. The pallets have a high load strength supporting capability and allow the pallets to withstand repeated or severe impacts while remaining functional.

Abstract: Use present invention discloses a pallet construction including a plurality of elongate extending and inter-engaging members establishing three dimensional construction with an upper platform supporting surface and a spaced apart and bottom ground supporting surface. A plasticized and environmentally sealing spray overcoat is applied over the members. Additional variants include a plurality of three dimensional and rectangular shaped support elements sandwiched between a first upper plurality of elongated members and a second plurality of lower members. A plurality of inter-engaging and overlapping locations include at least one of reduced thickness or notched locations in order to assemble into a seamless and constant width manner. The members can further exhibit any specified shape and size, and can be constructed of any of a wood, steel, aluminum, bamboo, composite plastic, cardboard, foam or concrete/silicate based material.

Abstract: A pallet having an upper deck and a lower deck secured by supporting block members. The upper deck may include a plurality of board members and may be provided with at least one lead board operable to serve as an energy attenuator. The lead board may comprise a composite material and may be formed using pultrusion techniques. The lead board may be separated or spaced from an adjacent board member by a gap or scallop type area and may be operable to flex inwardly or otherwise upon impact to absorb energy. The gap or scallop type area may be suitable to operate in combination with the lead board as a handle mechanism for grabbing or lifting the pallet. The lead board may also be used to attach shipping straps.

Abstract: An extrudable fused solid comprising a matrix which comprises starch and a plasticizer, and which has continuous fibre under tension disposed within the matrix. Further a process for producing the fused solid, and a pallet which is at least partially composed of the fused solid.

Abstract: A load equalizing pallet apparatus for transporting a concentrated load and for use with load binders is disclosed and comprises a load equalizing base and a plurality of shoes. The base is constructed substantially out of wood, has a periphery and, in use, receives said load. The shoes are metal and, in use, are arranged about the periphery of the base and rigidly engaged thereto. Each shoe has a plurality of lugs, the lugs, in use, being engaged by said load binders to couple said load to said pallet.

Abstract: A transport pallet comprising a chassis for supporting goods to be transported, and having feet extending below the chassis for supporting the chassis with a lifting fork space beneath the chassis. The pallet also includes legs provided around the perimeter of the chassis. The legs enable the pallets to be stacked one on another, and have a hollow upper portion and/or a hollow lower portion. Leg extensions are also provided for fitting into the hollow legs to provide separation between the chassis of the stacked pallets. These can be height adjusted. The pallets are generally made of steel or aluminium but can also be made of plastics material having a metal centre.

Abstract: A pallet comprising a first deck, a second deck, and a plurality of block members connecting the first and second decks together to form a pallet. The block members include at least one recycled thermoplastic component including at least about 20% by weight of a recycled nylon carpet material.

Abstract: A plastic pallet system is provided for the support, storage, and transportation of articles. The plastic pallet system includes a plurality of top boards and a plurality of runner assemblies. Both the plurality of top boards and the plurality of runner assemblies may be formed of plastic. A method for manufacturing the plastic pallet system is also provided.

Abstract: A pallet includes a cargo layer for supporting different size cargo cases. The cargo layer includes a pair of spaced apart end deck boards, with each end deck board having a first width. Spaced apart intermediate deck boards are positioned in a pattern between the pair of spaced apart end deck boards for providing deck coverage for the different size cargo cases. The pattern is defined by two pairs of first and second intermediate deck boards, with each intermediate deck board in each pair having a second width. Each pair of intermediate deck boards is adjacent one of the end deck boards. A pair of third intermediate deck boards is between the two pairs of intermediate deck boards, with each third intermediate deck board having a third width. A fourth intermediate deck board is between the pair of third intermediate deck boards, and has the second width.

Abstract: A wood pallet includes a top deck affixed atop a plurality of spaced-apart wood spacer members such that openings for receiving tines of a forklift are defined between the spacer members. The top deck is formed by a plurality of elongate wood boards arranged parallel and side-by-side one another, the boards including two lead boards respectively located at two opposite edges of the top deck, and a plurality of intermediate boards disposed between the two lead boards. The intermediate boards are solid virgin wood boards. Each of the lead boards is a multi-ply laminated wood board made up of a plurality of wood material sheets adhesively laminated one atop another. The laminated wood boards have a capacity to withstand a greater number of edgewise forklift impacts of a given magnitude without failing, in comparison with the solid virgin wood boards.

Abstract: The invention relates to a shuttle palette comprising three load-bearing bridges (3) and three longitudinal carriers (19). Said shuttle palettes are disposed below a conventional transport palette and said composite is stored in a high-shelf storage system.

Abstract: This invention is industrial pallets formed of new, recycled and/or scrap lumber and methods of manufacturing same. The wood used to form the novel industrial pallet may include new scrap lumber that remains from conventional pallet manufacturing or old lumber from used pallets or other wood sources. Stringers according to various embodiments disclosed herein may be formed of new or old lumber, with standard or extra width, or include remanufactured or composite stringers of extra width that have been laminated together with fasteners or brackets for extra thickness and strength. A particular feature common with some embodiments of pallets described herein are short deck boards that have been butted together (end-to-end) at intermediate stringers to form the equivalent of a single full deck board. The short deck boards extend between adjacent stringers without extending beyond the two adjacent stringers spanned by any single short deck board.

Abstract: The present invention provides enhanced pallets. The pallets may be aluminum extruded pallets having a plurality of hollow blocks and a plurality of hollow cross members. The blocks and cross members are welded together to form a pallet. The blocks and cross members may have internal wall structures which, form one or more crush cells or crush zones. The crush cells or crush zones deform in a controlled manner on impact to reduce impact damage to the pallets. The pallets have a high load strength supporting capability and allow the pallets to withstand repeated or severe impacts while remaining functional.

Abstract: A beveled block pallet is disclosed, the pallet being stringers supporting blocks, the blocks supporting stringers. The blocks are tapered to form a trapezoid shape to permit more strength with less weight.

Abstract: A pallet having a first deck, a second deck, and a plurality of composite block members securing the first and second decks together to form a pallet. The composite block members and lead boards of the first and/or second deck comprise a composite material including about 50%-55% by weight of juniper or conifer particles and about 45%-50% by weight of a plastic component including a major portion of polyethylene.

Abstract: The present invention involves a plastic pallet system for the support, storage, and transportation of articles, and a method for manufacturing the same.

Abstract: A pallet includes a cargo layer and a base layer. The base layer includes a pair of spaced apart end deck boards, and a pair of spaced apart connector boards orthogonal to the pair of spaced apart end deck boards, with each connector board and each end deck board having respective ends. A strength plate is coupled to each respective end of the connector boards in the base layer. Spaced apart support blocks are between the base and cargo layers, and form a gap therebetween for receiving a lifting member. First fasteners couple the cargo layer to an upper surface of the support blocks. Second fasteners couple the base layer to a lower surface of the support blocks so that the ends of the connector boards and the corresponding strength plates are coupled to a first area of the lower surface of the support blocks, and so that the ends of the end deck boards are coupled to a second area of the lower surface of the support blocks.

Abstract: Set forth are systems and methods for moving objects in a structure, and particularly to parking vehicles within a parking structure. A system may include a pallet configured to receive an object, e.g., a vehicle; a structure including a plurality of modules configured to receive the pallet with the object, wherein the modules include multi-directional pallet transfer systems, the pallet transfer systems configured to transfer the pallet with the object to adjacent modules in any one of four orthogonal directions.

Abstract: A pallet includes a base layer and a cargo layer. The cargo layer includes a pair of spaced apart end deck boards, and a pair of spaced apart connector boards orthogonal to the pair of spaced apart end deck boards. Spaced apart support blocks are coupled between the base and cargo layers and form a gap therebetween for receiving a lifting member. Each support block includes a stepped top surface having a first level for receiving an end deck board and second level for receiving a connector board.

Abstract: A retractable antifriction bearing device (10a) that can be housed in a standardized groove of a loading bed. Each ball (30) is mounted directly in a housing (21a) of the profile (20a) by a guide and sealing ring (50) provided with a spherical cavity (53) that complements the ball (30) to hold the ball in position with respect to the housing (21a). A bearing guide (60a) is also mounted directly in the housing (21a) and is provided with a cup (61) guiding the ball (30) in rotation via a bed of small balls (62). This bearing guide (60a) is spring-loaded by spring elements (40a) so as to urge the ball (30) into the working position in which the ball bears the load (2).

Abstract: A pallet has a top, load supporting deck 2 with an obverse face and a reverse face. The reverse face of the top deck has at least one pair of pillar seats 20. The pallet has at least one pair of pillars 12 engageable with the at least one pair of pillar seats for raising the top deck above a floor. The at least one pair of pillars 12 are spaced apart to allow the entry of a lift fork. Each pillar 12 has a first end adjacent a side of the top deck and a second end positioned inwardly from the side of the top deck, and a sectional axis 18 extending between the first and second ends. The sectional axis 18 of each pillar is positioned so as to guide the lift fork under the top deck.

Abstract: A composite structural material suitable, for example, as a replacement for wooden boards, sheets, or posts, is disclosed. It comprises a dimensionally stable core material substantially surrounded by a dimensionally stable, laminar covering that is adherent to the core material. The laminar covering is comprised of at least one band of substantially parallel reinforcing cords bonded to at least one layer of a dimensionally stable web material selected from the group consisting of rigidified paper and rigidified cloth. Preferably the band of reinforcing cords is sandwiched between two layers of rigidified paper or cloth. The core material can be, for example, a foamed synthetic resin with or without filler. A continuous process for manufacturing the material is disclosed.

Abstract: A modular pallet includes a deck, a plurality of beam members defining a frame for supporting the deck and each having a surface mechanically coupled with the deck, and one or more cross members mechanically coupled with each of the beam members such that the beam members have a substantially fixed spatially relationship relative to each other. The deck, beam members, and cross members can be easily assembled and disassembled.

Abstract: A rolled film and pallet combination for storing rolls of film material wound on a core whose ends extend past the ends of the rolls, with the pallet being symmetrical and having aligned openings in the top and bottom to accommodate the core ends. The pallet comprises spaced pairs of longitudinal stringers which define the top and bottom of the pallet and spaced transverse ribs which are positioned between the pairs of longitudinal stringers to define the aligned openings in the top and bottom of the pallet into which the core ends are placed. The pallets are symmetrical so they can be rotated 90° in any direction and still be packed the same. The pallets can also be turned top for bottom. The rolls of film are packed in paperboard containers so that the core ends protrude through openings in the ends of the containers into the pallet openings.

Abstract: A cargo pallet has a framework including a plurality of beams that are each formed of a square hollow body of paperboard treated for water resistance and water repellency. Each beam is engaged at a predetermined distance with and adhered to a pair of channel-shaped bent edge members of paperboard material faced to each other. Strip-like boards are placed in parallel to each other on both the front and back faces of the beams with a gap provided between adjacent strip-like boards in a direction perpendicular to the beam length and adhered to the beams. Each of the strip-like boards is formed with a pattern paper treated for water resistance and water repellency that covers all of the periphery of front and back faces of an inner core member of thick paperboard. Fork insertion openings are provided in the edge members having paperboard reinforcing layers.

Abstract: A composite pallet includes at least two channels and a plurality of stringers. Each channel includes a U-shaped cross-section with an inward facing leg extending from each outer edge of the U-shaped cross-section. Each stringer preferably includes a lengthwise body and at least two retention members. At least two channel retention slots are formed on a bottom of each stringer. Each retention slot is sized to receive an outer width of the channel. Each retention member is attached to a bottom of a stringer in a single channel retention slot. At least one fastener is inserted through the junction of a single stringer and a single channel. A second embodiment of the composite pallet includes at least two channels with outward facing legs and a plurality of stringers with projections that are sized to receive the at least two channels.

Abstract: A pallet of the load-and-roll type having a frame constructed to carry sheet steel of varying widths, being light weight, stackable and nestable for unloaded return shipment. The pallet defines a front or roller end, a back or lift end, two sides and a top surface. The pallet includes frame members and peripheral arms and side rail members. A vertical roller is provided at each corner of the pallet to assist in moving the pallet into and out of lading carrying container.

Abstract: A method for storing and/or transporting outboard marine motors utilizes a rack having a rigid, substantially planar, horizontal base with parallel horizontal channels for insertion of fork lift tines. The base supports a pair of upright opposing frames, each frame in turn supporting a respective motor mounting beam. Preferably the frames and base are made of metal, while the motor mounting beams comprise a plywood plank with a metal sheath. At least two outboard motors can be mounted to each beam. Then a forklift is used to lift a fully loaded rack and load it onto a trailer or other carrier vehicle. A multiplicity of loaded racks are transported to a shipping destination. At the shipping destination, the outboard motors are removed from the racks. The empty racks are then returned to the point of origin.

Abstract: A carrier (10) for carrying a roll of metal sheet includes a base (20), an arcuate support plate (50), a cushion (60) and a vertical shield (80). The base includes a top wall (22), and is adapted to removably engage with a transportation machine. The support plate is attached to the top wall, for providing maximum contact area between the carrier and a center hole of the roll. The shield is attached to the top wall, for preventing a side of the roll from being damaged by the transportation machine. The cushion is attached to the support plate, for preventing surface damage to the roll. A reinforcing plate (54) is attached to the top wall, for underpinning the support plate.

Abstract: An improved mounting base 300 for telecommunications equipment racks, including i) first and second side members 310-A and 310-B having upper planar portions 315 including means 311 for coupling the mounting base to a bottom portion of an equipment rack; and ii) forward and rearward cross members 320-A and 320-B having lower planar portions 325 including means 326 for coupling the mounting base to a floor surface. The upper planar portion 315 of each side member is disposed above the lower planar portions 326 of each cross member. When coupled to a bottom portion of an equipment rack, the forward cross member 320-A is disposed proximate a front portion of the equipment rack and defines an access passage between the lower planar portion 325 of the forward cross member and the bottom portion of the equipment rack, such that the access passage allows frontal access to the means 326 for coupling of the rearward cross member to a floor surface.

Abstract: A pallet having a plurality of horizontal plastic members (1) are arranged in a parallel arrangement and individually have a plurality of vertical fitting holes. A plurality of vertical plastic members (2) are arranged on and across the horizontal members at right angles and individually have a plurality of fitting block parts on the bottom surface of a longitudinal part. The block parts are fitted into the fitting holes of the horizontal members (1), thus assembling the two types of members into a pallet without using any nails, screws, or rivets or the crosses. The vertical members individually have a pipe insert hole (7) at a position around each of the block parts, thus allowing the pallet to be selectively formed as a many-storied structure.