Abstract: A shipping base for washers, dryers, and the like appliances. The base is in the form of a frame having top surfaces of outer parts thereof which are set relatively lower than the top surfaces of relative inner portions of the frame. Sockets are provided at the corners, to grip and receive the feet of the appliance. The sockets having radial ribs that deflect to grip the feet of the appliance.

Abstract: A forearm/wrist/mouse support system comprises a panel formed in a generally rectilinear configuration having a front, rear, and lateral side edges and a lower surface positionable on the upper surface of the desk. A recess of a generally rectilinear configuration is formed in the panel and extends upwardly from its lower surface to a location adjacent to the upper surface. A support plate in a generally rectilinear configuration for the arm and wrist of a user and a computer mouse has a top, a bottom, a front, a back and parallel sides and is slidably received within the recess for movement between an operative orientation wherein it is pulled forwardly to overlie a portion of the desk and also forwardly of the desk and an inoperative within the recess.

Abstract: A wrap for goods on a pallet secures the goods for transport or storage, while being reusable and easily installed and removed. The wrap is composed of a web portion that is wrapped around the goods on the pallet and secured to itself and the pallet. The web is tensioned to provide further support to the goods on the pallet. A strap is threaded through a top portion of the web and tensioned like a drawstring to provide further support for the goods on the top of the pallet. The wrap provides for a safe handling of goods on pallets, while permitting fast and simple access to items on the pallet to permit withdrawal of one or more goods on the pallet and resecuring the wrap to take up any additional slack.

Abstract: A construction, such as a pallet, provided inter alia with plate-like components of nailable material, for instance of wood and/or wood fibers, plastic and the like which are pressed together with glue under pressure and/or with addition of heat, wherein at least two plate-like elements, each of random thickness, are joined together on the mutually facing surfaces using one or more, whether or not spatial nail elements, in order to increase the carrying capacity of the pallet construction. If desired the space between the deck plates can be filled with a material of a low specific gravity, like foam.

Abstract: A plastic molded deck board provides a sturdy, durable, lightweight, economical, readily identifiable, and easily handled surface for supporting cargo on top of trailer load beams. The deck board defines a platform having a top face for supporting cargo, a bottom face and a plurality of side faces. The top face defines a plurality of protrusions having variable shapes and heights and rubber stoppers for providing surface friction. The bottom face defines a plurality of side walls, a plurality of angled cross walls, a first platform channel and optionally a second platform channel disposed between the plurality of angled cross walls for receiving a center load beam of a cargo trailer. The top face defines recessed slots for receiving the angled cross walls of another deck board such that two or more deck boards can be securely stacked.

Abstract: Disclosed is a method and device for transporting materials from a shipping end to a receiving end. The device is a slip sheet formed from a flat sheet of material having a flat portion with four side edges. One of the side edges has a compressible tab portion that extends outwardly therefrom. The compressible tab portion has an elliptical lip and an upper lip that forms a convex air foil-type cross-sectional area. The compressible tab portion is canted upwardly from a plane defined by the flat portion of the slip sheet. The slip sheet can be used in combination with a captive pallet to transport materials. Further, a method of transporting materials is disclosed whereby the shipping and receiving ends house the captive pallet whereby only the slip sheet is transported by a push-pull or fork-lift type truck.

Abstract: A support for receiving and supporting stacked tiers of cylindrical roll stock is provided. The support can be either located below a first tier of the roll stock, placed between tiers of roll stock, or secured above the top tier, all to provide a stacked arrangement of the roll stock that is especially suited for storage or transport. The roll support is preferably formed from a resinous plastic, polymeric material, such as PET that includes a plurality of curved cradles and each curved cradle is sized for receiving a roll of cylindrical stock. A multiple of the support bodies combine to support a multiple of the rolls of cylindrical stock in a tiered array. Each support body can substantially support the weight of each roll of cylindrical stock received within its curved cradles. The roll supports are manufactured in thin, nestable configurations, and can be stored with a minimum of nested stack height.

Abstract: A supporting plate (10) for flexible base supports (12) for electronic circuits is made of a rigid material and includes a plane surface (11). The flexible base supports (12) rest on the plane surface (11). The supporting plates (10) have spacers (16) protruding orthogonally from the plane surface (11) to allow another supporting plate (10) to be positioned on top of the spacers (16), stacking up without interfering with the base support (12) resting on the plane surface (11). The spacers (16) may also be used to laterally position elements of the base support (12).

Abstract: A support for receiving and supporting stacked tiers of cylindrical roll stock is provided. The support can be either located below a first tier of the roll stock, placed between tiers of roll stock, or secured above the top tier, all to provide a stacked arrangement of the roll stock that is especially suited for storage or transport. The roll support is preferably formed from a resinous plastic, polymeric material, such as PET that includes a plurality of curved cradles and each curved cradle is sized for receiving a roll of cylindrical stock. A multiple of the support bodies combine to support a multiple of the rolls of cylindrical stock in a tiered array. Each support body can substantially support the weight of each roll of cylindrical stock received within its curved cradles. The roll supports are manufactured in thin, nestable configurations, and can be stored with a minimum of nested stack height.

Abstract: A mechanical apparatus for loading and securing a load in transit. The mechanical apparatus includes (a) a platform formed by a first horizontal member, a first vertical member, a second horizontal member and a second vertical member, and (b) at least one arch shaped structure positioned above the horizontal and vertical members of the platform for receiving the load. Multiple apparatuses may be stacked upon each other for ease of storage and transportation in an unloaded condition.

Abstract: A support for receiving and supporting stacked tiers of cylindrical roll stock is provided. The support can be either located on the base tier of the rolls, folded between tiers, or placed on the top tier, all to provide a rectangular stacked arrangement of the roll stock that is especially suited for storage or transport. The roll support includes a support body that is preferably formed from a resinous plastic, polymeric material, such as PET that includes a plurality of curved cradles and each curved cradle is sized for receiving a roll of cylindrical stock. A multiple of the support bodies combine to support a multiple of the rolls of cylindrical stock in a tiered array. Each support body can substantially support the weight of each roll of cylindrical stock received within its curved cradles. The weight of the support body is less than the supported weight of the roll of cylindrical stock.

Abstract: An aircraft pallet assembly structured to support and retain cargo intended to be loaded on and transported by commercial aircraft, wherein the pallet assembly comprises a base and a surrounding peripheral portion normally including a multi-sided configuration. Each side of the base includes a peripheral flange extending at least along a majority of the length thereof, which is disposed and configured for fixed attachment to one of a plurality of track segments, collectively defining a track assembly, and structured to removably secure a load retaining assembly, typically in the form of a retaining cover or net in overlying, covering relation to the cargo, for purposes of maintaining the cargo in an intended position on the base of the pallet assembly.

Abstract: A load-bearing platform is thermoformably molded from a single sheet of thin-gauge resinous material. In pallet-like horizontal orientation, the platform includes four upright planes including 60 degree-angularly intersecting diagonal planes emanating from the perpendicular intersection of longitudinal-plane and a transverse-plane. There is a load-bearing topical-plane including therealong geometrically similar (e.g. circular or hexagonal) topical-shoulders respectively surroundably provided with depending collar-like columns, and which columns along a platform bottom-plane are aptly semi-peripherally connected with platform bottom-shoulders. Respective columns in parallelism with the diagonal-planes and with the transverse-plane are connected with thermally-fused dual-walls upright ribs, each rib being rooted at the bottom-shoulders and having an upright extremity adjacent to topical-shoulders.

Abstract: The invention includes a tool holder for at least one tool having a working end and a handle. The tool holder comprises a gripping device for the handle of the at least one tool, a base for supporting the working end of the at least one tool, and a substantially vertical structural support connected to the gripping device and the base for supporting the gripping device vertically upward from the base. The base includes an irregular surface for contacting an edge of the working end of the at least one tool, thereby restricting movement of the working end of the at least one tool along the base.

Abstract: A monitor stand which allows placement of a computer monitor above or to the side of the base of the docking apparatus. In one embodiment, the monitor stand includes spaced-apart side channel members and adjacent transverse channel members extending between the side members. Each transverse channel member has opposing ends attached to each respective side channel member. A first one of the adjacent transverse channel members is inverted with respect to a second one of the adjacent transverse channel members. A principal advantage of the embodiments presented herein is that the monitor stand can support the sustained loading of even the largest commercially available computer monitors without exhibiting appreciable deflection.

Abstract: A support for receiving and supporting stacked tiers of cylindrical roll stock is provided. The support can be either located on the base tier of the rolls, folded between tiers, or placed on the top tier, all to provide a rectangular stacked arrangement of the roll stock that is especially suited for storage or transport. The roll support includes a support body that is preferably formed from a resinous plastic, polymeric material, such as PET that includes a plurality of curved cradles and each curved cradle is sized for receiving a roll of cylindrical stock. A multiple of the support bodies combine to support a multiple of the rolls of cylindrical stock in a tiered array. Each support body can substantially support the weight of each roll of cylindrical stock received within its curved cradles. The weight of the support body is less than the supported weight of the roll of cylindrical stock.

Abstract: An improved mounting pad apparatus is disclosed made of a plastic material for supporting an electrical power transformer and maintaining it spaced from the surrounding ambient ground environment which is usually turf. The mounting pad is formed of a load supporting deck positioned upon a cellular subframework with side walls extending therearound and a base flange extending outwardly therefrom for stability. One more rigid bars are selectively positionable within various slots defined in the cellular subframework for strengthening and stiffening thereof in various orientations. These rigid bars can extend parallel or perpendicular with respect to one another for various applications where different types of strengthening parameters are required.

Abstract: A deck is defined by closely spaced molded ribs with pairs of ramped tine entry openings molded adjacent each edge which are tapered to provide maximum clearance. A narrow lip extends at an angle upwardly from each edge, permitting the platform to be engaged and manipulated by conventional slip sheet handling equipment, while the tine entry ramps permit a powered forklift truck to engage its fork tines beneath the platform. To facilitate deflection of the platform ribs on entry of the forklift tines, the ribs in the path of the tines may have curved valleys, while ribs not in the path may have generally square valleys. The platform may also be constructed through twin sheet thermoforming, foam molding, corrugated paperboard assembly. The platform has a horizontal load support deck with side walls which extend downwardly. Two tine inlet access openings are defined in each side wall, with the height of each access opening being less than the maximum height of a forklift tine.