Abstract:
A support for moving a large appliance, particularly a washing machine or dryer, includes first and second brackets for mounting on a base surface, a slide assembly connected to the first and second brackets, and a frame for mounting the appliance. The frame is connected to the slide assembly for slidable movement relative to the first and second brackets whereby the appliance moves in unison with the frame. The slide assembly includes two sets of interconnected slide tracks cooperating with each other and a plurality of rollers to facilitate sliding movement of the frame. The perimeter of the frame is adjustable to accommodate appliances of varying depth.
Abstract:
A pallet has a supporting board, multiple supporters, multiple reinforcing rings and a base. The supporting board is rectangular and is made of paper. The supporting board has a top, a bottom, four sides, an inner space and a honeycomb-like baffle. The honeycomb-like baffle is received in the inner space and is formed between the top and the bottom. The supporters are made of paper and are securely attached to the bottom of the supporting board. The reinforcing rings are made of paper, and securely mounted respectively around the supporters and abut against the bottom of the supporting board. The base is made of paper and is securely attached to the bottoms of the supporters. Accordingly, the pallet is light and is convenient to assemble and to transport.
Abstract:
An overboot device is provided for increasing a foot print of a foot portion of a bi-pod firearm support. The overboot preferably comprises a base having a cone projecting therefrom and a cylinder axially extending from the cone. A plurality of fingers axially extend from the cylinder and include a tab radially projecting therefrom. The tabs form a ring which combines with an axially spaced apart annular flange radially projecting from the cone to define a recess therebetween. A removable band nests within the recess so as to constrict the fingers toward one another to reduce the diameter of the cylinder such that the overboot may be secured about the foot portion of the bi-pod assembly.
Abstract:
A foot device for use with furniture which device includes a rigid portion having a body with a first face which contacts the furniture and a second face which is directed towards a floor with low slip material protruding from at least one recess in the second face.
Abstract:
A reference mouse pad provides data, which is accessible, when the mouse pad is opened. The reference mouse pad having a body made up of a cover and a base that are hinged together. The cover having a planar first mouse contacting surface and a planar second mouse contacting surface, the cover hingedly connected to the base an movable between a closed position exposing only the first mouse contacting surface and an open position exposing only the second mouse contacting surface contains a top surface on which the mouse is rolled on during use.
Abstract:
A mounting system for detachably mounting an item (10) to a base. The mounting system includes a first engaging portion on the item (10) and a second engaging portion on the base. The first engaging portion includes a first flange portion (24) adapted to engage with a second flange portion (50) on the second engaging portion. The item includes a locking member (28) which is moveable between a first position in which it engages with the second flange portion (50) and prevents detachment of the item (10) from the base and a second position in which the locking member (28) does not engage with the second flange portion (50) and the item (10) is removable from the base.
Abstract:
A shelving unit that comprises shelves that are interconnected without fasteners to form a free standing piece of furniture, having a base shelf and at least one additional shelf, a plurality of spaced apart elongated mutually parallel slots disposed transversely in the rear edge of each of said shelves intermediate the first and second ends thereof, at least one brace-receiving slot disposed in the rear edge of the base shelf, a plurality of support members, each having front and rear edges, a plurality of elongated mutually parallel slots disposed in the front edge of each of said support members, whereby the slots in the support members are sized and adapted for interlocking engagement with corresponding slots in the shelves, at least one brace-receiving slot in the rear edge of each of said support members and at least one brace member having ends that are respectively adapted to be disposed in the brace-receiving slot of the base shelf and the support member.
Abstract:
Shelf support system in which “T”-shaped mid base members and support members and “L”-shaped end base members and support members have inner sections which contact and hold a shelf board and outer sections containing alternating extensions and indentions so that adjacent base members and support members interlock with each other. The shelf system may thus be assembled without tools. The rear aspects of base members are angled forwardly and downwardly and the side aspect of end base members are angled inwardly and downwardly to allow the shelf system to clear a baseboard and/or molding along a wall so that the main portion of the shelf unit may fit flush against the wall. The shelf support system is suitable for use with standard shelf boards of any length.
Abstract:
A stand for supporting a laptop computer at different tilt angles may include a top plate with a trapezoidal shape including a number of riser clusters arranged along a narrower parallel side of the top plate. Each one of the riser clusters may be configured to fit within a riser element and hold the riser element. A bottom plate with a trapezoidal shape may be connected to the top plate by a connector that allows the top plate to rotate relative to the bottom plate. A number of laptop supports may be connected to a wider parallel side of the top plate and configured to support one end of the laptop in a slip-resistant manner. At least two riser elements may be stacked respectively on at least two riser clusters. At least two riser caps may be stacked respectively over the at least two riser elements to support an opposite end of the laptop in a slip-resistant manner and at an elevation higher than the one end of the laptop. A variable tilt angle may be imparted by adding or removing riser elements from the stacks to vary convective cooling of the laptop and keyboard tilt.
Abstract:
A video display stand having dual panning axes suitable for controlling a screen direction of appliances such as a TV set or a personal computer without bumping against a wall even in a state that it is positioned very closely to the wall, and its controlling method for automatically controlling screen directions by using a driving force, including two motors being installed having gear driving shafts at one side of either a rotational base or a rotation support member of the TV set; two movement guide toothed slots each being formed along a circular arc centering a mutually opposite gear driving shaft with a predetermined width and depth, at the opposite side corresponding to the position of each motor, and having a gear portion to be engaged with the gear driving shaft at one side of each wall; and a controller for controlling driving of the motors.