1263results about "Book-troughs" patented technology

An integrated “T” assembly (500) combines into a single integrated assembly, a track portion along both sides of a divider (504). The T assembly may have a wide-base portion (518), which may include a spring-urged-pusher track, on one side of the divider and a narrow-base portion (520) on the opposite side of the divider. An offset pusher (700) may have an upper portion that is offset, via an angled offset portion, from a lower portion of the pusher. Additional supporting bases, any of which may include spring-urged-pusher tracks and / or a spring-urged pusher, may be used under a wide product. Left and right side finisher (600) components may be paired with T assemblies near the sides of a merchandise-display shelf. The T assembly, base, and / or end finishers may be coupled to a front rail via a complimentary tongue and groove arrangement and / or a non-slidable engagement, such as mating teeth.

A stand alone divider for a shelf is provided. The stand alone divider includes a first and a second retainer arranged to grip a first and a second edge of a shelf. The stand alone divider may be installed on and removed from a shelf without the use of tools. The stand alone divider may have an adjustable length.

A display system for product stored in bins includes a first track member which can be fixed to an elongate support member, and a second track member which can be fixed to the first track member in a selected one of a plurality of relative positions to form a track having a height dimension which is dependent on the relative position selected. A plurality of product holders can be secured side-by-side in the track, the relative position of the track members being selected dependent on the height dimension of the product holders. A plurality of bins can be arranged side-by-side on shelves adjacent to the track, the elongate support member preferably being fixed to the distal end of a cantilever beam.

A merchandising system that improves the merchandising of product by limiting the number and the frequency with which product can be removed from, for example, a merchandising shelf. The merchandising system may include a base configured to support product and a housing configured to engage the base. The housing may comprise a top wall, a first side wall, a second side wall, and a front retaining wall. The system may further include a spring-urged pusher movably mounted on the base, a locking assembly, and an electronic control unit the triggers the locking assembly, locking the door from opening and stopping the pusher from moving product forward to the door.

An integrated “T” assembly combines into a single integrated assembly, a track portion along both sides of a divider. The T assembly may have a wide-base portion, which may include a spring-urged-pusher track, on one side of the divider and a narrow-base portion on the opposite side of the divider. An offset pusher may have an upper portion that is offset, via an angled offset portion, from a lower portion of the pusher. Additional supporting bases, any of which may include spring-urged-pusher tracks and / or a spring-urged pusher, may be used under a wide product. Left and right side finisher components may be paired with T assemblies near the sides of a merchandise-display shelf. The T assembly, base, and / or end finishers may be coupled to a front rail via a complimentary tongue and groove arrangement and / or a non-slidable engagement, such as mating teeth.

A stand alone divider for a shelf is provided. The stand alone divider includes a first and a second retainer arranged to grip a first and a second edge of a shelf. The stand alone divider may be installed on and removed from a shelf without the use of tools. The stand alone divider may have an adjustable length.

A bookend-like stowage system comprises at least one slide support assembly receivable in an assembly-receiving slot. The assembly-receiving slot comprises first and second substantially parallel spring member-engaging surfaces oriented orthogonal to the assembly-receiving slot, and a slide member-receiving portion formed adjacent the spring member-engaging surfaces. The slide support assembly comprises an article-engaging upright, a slide member, and a V-shaped spring member. The slide member is slidably received in the slide member-receiving portion and the spring member is received in a spring member-receiving groove formed in the slide member. The terminal ends of the spring member are oriented orthogonal to the assembly-receiving slot and cooperatively associated with the spring member-engaging surfaces for allowing unidirectional movement of the slide support assembly when in one equilibrium position and for allowing bidirectional movement of the slide support assembly when in a further equilibrium position.

A merchandising system that improves the merchandising of product by limiting the number and the frequency with which product can be removed from, for example, a merchandising shelf. The merchandising system may include a base configured to support product and a housing configured to engage the base. The housing may comprise a top wall, a first side wall, a second side wall, and a front retaining wall. The system may further include a spring-urged pusher movably mounted on the base, a locking assembly, and an electronic control unit the triggers the locking assembly, locking the door from opening and stopping the pusher from moving product forward to the door.

A one-piece support stand is provided for slantingly supporting an object on a work surface, and the support stand includes a central folding line for dividing the support stand into a left support panel and a right support panel interconnected with each other, and each of the support panels being substantially in a triangular shape and having a bottom edge and a bevel edge, and an inverted hook portion being formed at an intersection of the bottom edge and the bevel edge and bent towards the bevel edge, wherein the support stand is erected on the work surface by means of setting an included angle between the two bottom edges, and the two bevel edges and the two inverted hook portions being provided for supporting the object. The support stand features of a firm support, a foldable design, a convenient carry, a simple manufacturing procedure and a low manufacturing cost.

The present teachings relate to a device configured to secure an instrument and to be removably mounted to a platform. The device can comprise a mounting base platform, a guide rod plate, and a securing means. The guide rod plate can be slidably secured to the mounting base platform, and the securing means can be configured to slidably move the guide rod plate with respect to the mounting base platform. The device can secure an instrument within, for example a firearm or a scope. The device can be mounted to a platform, for example, a camera tripod.

A foldable bracket of a chair contains a positioning rod, a first rotating rod, a connector, a second rotating rod, and a supporting plate. The positioning rod is connected with the chair. The first rotating rod is rotatably coupled with the positioning rod. The connector is joined with the first rotating rod. The second rotating rod is rotatably coupled with the connector, and the supporting plate is connected to the second rotating rod.

An organizing system for drawers and cabinets for attachment to opposing walls is disclosed which includes at least one main support that includes a pair of holes in the opposing walls. The pair of holes are in opposing alignment with one another. The system further includes a pair of attachment pins. Each pin is pressed into one of the pair of holes in the walls. The head of the pin has a top surface. A primary support rod having two ends extends between the top surfaces of the heads of the pair of attachment pins such that an abutment point is created at each end of the primary support rod between each primary support rod end and the top surface of each attachment pin. Fittings slide over the abutment point to secure the primary support rod with respect to each attachment pin.

A mounting apparatus for a data storage device (10) with a plurality of protrusions (14) formed thereon. The mounting apparatus comprises a bracket (30), a pair of retaining members (50), and a pair of latches (70). A pair of openings (40) is defined in each side plate (34) of the bracket. The retaining members are attached to inner sides of the side plates and each comprises a pair of retaining portions (58). The retaining portions each comprise a resilient arm (60) and a positioning portion (58). The protrusions are limited in a space defined by the resilient arm and the positioning portion. A hook (610) is formed on the resilient arm and extends through corresponding opening. The latches are pivotally attached to outsides of the bracket and ends are received in corresponding hooks. The data storage device is released from the bracket by pressing the latches.

The present invention is an improved book holder. In particular, the present invention is directed to a book holder with easy loading and unloading of reading material, a page turning mechanism, book centering mechanism and / or a foldable book holder stand. The book holder preferably has a book support plate with a central gear with a plurality of teeth. A book is held by the invention by first and second book clamps having page-turning fingers pivotally connected to clamps. The fingers have flexible silicone rubber pads. The clamps are further adjustably attached to toothed arms engaged to the teeth of the central gear. Each clamp is held in place on the book on a pin by a bushing.

A filler tube assembly for use in a system having vapor recirculation includes a check valve having a flapper that is responsive to the viscosity of fluid around the flapper and / or a differential pressure across the flapper. The assembly also includes a nozzle chamber formed in the filler neck that has a constant diameter to ensure consistent vacuum generation regardless of fuel nozzle length.

The instant disclosure relates to a supporting apparatus for adapting to a flat electronic device. The supporting apparatus includes a pedestal and a carrying seat movably disposed thereon. The carrying seat includes a main body, a blocking member, and a bearing member. A sliding surface is formed on the main body. The blocking member is disposed on the main body, and a blocking surface is formed on the blocking member facing the sliding surface. The sliding surface and the blocking surface are arranged in gradual convergence. The bearing member is slidably disposed on the sliding surface and is separated from the blocking member. The bearing member is movable along the sliding surface in adjusting the distance between the bearing member and the blocking member. The flat electronic device is clipped fixingly by the bearing member and the blocking member on opposite sides thereof.

An apparatus to support a device includes a first base; a first support; a first base-support hinge adapted to rotatably couple the first base and the first support along a first axis of rotation; a first swivel slidably connected to the first support and having a first cut-out adapted to receive a first portion of the device; a second base; a second support; a second base-support hinge adapted to rotatably couple the second base and the second support along a second axis of rotation; and a second swivel slidably connected to the second support and having a second cut-out adapted to receive a second portion of the device spaced apart from the first portion of the device.

A device for holding a portable computer in an inverted position for operation while an operator thereof is in a supine position is provided which comprises at least one substantially planar support panel having a first face, a second face, and a perimeter of support; a stand, for bearing the panel above a surface suitable for a supine operator, comprised of at least two legs for contacting the surface and forming a substantially planar base of contact, and a means for securing a face of an open portable computer to a face of the support panel, wherein the support panel forms an acute angle of 90° or less with the base of contact, and wherein upon securing the computer to the panel, an accessible keyboard face and / or a viewable face of a monitor of the computer forms an acute angle of 90° or less with the base of contact, and wherein a distance between the legs where the surface is contacted and a height of the legs between the surface and the panel is sufficient for the operator to comfortably fit beneath and reach the panel.

A two-part, high-density card retention system includes a tapered channel in a chassis or housing and a mating wedge that runs the length of the housing, with the lead wedge being cammed towards a flat channel surface by drawing the wedge inwardly and locating the edge of the board to be mounted between the wedge and the opposing straight channel wall. The mounting provides continuous high-pressure contact between the board and the straight channel wall for maximal thermal transfer and robust anti-vibration and anti-shock mounting of the board to the chassis. Because no additional assemblies are mounted to the edge of the board, the boards may be spaced apart by a fine pitch, thus to minimize the size of the module into which the boards are mounted.