Abstract: A collapsible wheelbarrow is constructed with a pliable bin and pivotally connected handle members. The handle members are pivotally connected to a frame about first pivot axes, wherein the handle members may be moved outwardly away from an imaginary bisecting line of the wheelbarrow to provide easier loading capabilities. The handle members may also be pivotally connected about second pivot axes to allow the handle members to pivot inward to reduce the width of the wheelbarrow for convenient storage. In an alternative embodiment, the handle members are rigidly connected to the frame.

Abstract: A portable storage container (20) for storing substantially planar media is provided. The storage container includes first and second shell halves (22) and (24), wherein each shell half has an exterior, an interior, and a perimeter rim portion. A hinge connector (26) extends between a portion of the first and second shell halves to foldably couple the first and second shell half, such that the first and second shell halves are selectably foldable between a closed position, wherein the interiors of the first and second shell halves oppose each other, and an open position. The storage container also includes an alignment assembly (54) disposed on the portable storage container to facilitate alignment of the perimeter rim portions of the first and second shell halves in the closed position.

Abstract: A storage container (10) for a compact disk. The storage container (10) includes an outer casing (11) in which is received a compact disk (C). The storage container (10) includes a compact disk support in the form of a pair of arms (12a, 12b) which grasp the compact disk (C) and suspend the compact disk (C) in the storage container (10). A rotatable sidewall (14) is rotatably mounted to the outer casing (11). Rotation of the rotatable sidewall (14) removes the compact disk (C) from within the outer casing (11). Further rotation of the rotatable sidewall (14) causes the rotatable sidewall (14) to act as a lever arm and to press the arms (12a, 12b) together, releasing the compact disk (C).

Abstract: A bicycle handlebar assembly (25) for damping and reducing the shock to which a cyclist is normally exposed. The assembly includes a mounting block (256) attached to the head (12) of a bicycle front fork assembly. An upper linkage member (252) and a lower linkage member (254) that are parallel and spaced apart from each other are pivotally attached at their tail ends to the mounting block. A handlebar claim (258) for securing a set of handlebars (24) thereto is pivotally attached to the front ends of the upper and lower linkage members. The static angle of the linkage members may be adjusted by movement of an eccentric bearing pin. A damping element is disposed against one of the linkage members for slowing the downward movement of the linkage members and serving as a sink for a downward force applied to the linkage members when the handlebars are urged downward. A spring element (268) may be the damping member.

Abstract: A bicycle (10) with a frame (12) formed of composite material is disclosed. The frame of this bicycle includes a head section or module (34) that is attached to two body units (36, 38). The body units are formed by injection molding and include outer shells and inner ribs 200. Alternatively, the body units may be formed of a urethane core with a stiffened fiberglass, carbon fibers, or like nonmetallic skin. The head section and body units are formed with bores (78, 81, 83, 90) in which sleeves and cables are seated to accommodate the installation of the other components of the bicycle to the frame. The body is further formed with a set of rearwardly extending members that form the chain stays (22) of the bicycle. Dropouts (104) are seated in recesses formed in the chain stays. The bicycle includes a front derailleur/rear brake assembly (30) with a front derailleur (134) that can be both selectively moved up and down and selectively pivoted along a lateral axis of the bicycle.

Abstract: A glare filter for use with a visual display terminal having a display screen on its forward side is disclosed. The glare filter includes a filter screen, a mount, and couplings. The filter screen has lateral edges, a top edge, and a bottom edge. A mount is secured to the terminal and includes two lateral guides that form channels. The distance between the channels is slightly larger than the width of the filter screen to slidably receive the lateral edges of the filter screen. The channels are oriented generally transverse to the surface of the display screen, such that the filter screen may be held above the terminal and above the display screen. The couplings extend from the filter screen and slidably and pivotally engage within the channels of the lateral guides. The couplings are pivotally movable relative to the mount when the filter screen is extended to a forwardmost position relative to the mount. This allows the filter screen to be pivoted downwardly to a position overlying the display screen.

Abstract: A bicycle (10) with a frame (12) formed out of composite material is disclosed. The frame of this bicycle includes a head unit or module (34) that is attached to two body units (36, 38). The head unit and body unit are formed out of a urethane core and can be formed of stiffened fiberglass, carbon fibers, or like nonmetallic material. The head unit and body units are formed with bores (78, 81, 83, 90) in which sleeves and cables are seated to accommodate the installation of the other components of the bicycle to the frame. The body is further formed with a set of rearwardly extending members that form the chain stays (22) of the bicycle. Dropouts (104) are seated in recesses formed in the chain stays. The bicycle includes a front derailleur/rear brake assembly (30) with a front derailleur (134) that can be both selectively moved up and down and selectively pivoted along a lateral axis of the bicycle. By selecting an appropriately sized head unit, the frame of the bicycle can built to a specific size.

Abstract: A bicycle (10) with a frame (12) formed out of composite material is disclosed. The frame of this bicycle includes a head unit or module (34) that is attached to two body units (36, 38). The head unit and body unit are formed out of a urethane core and can be formed of stiffened fiberglass, carbon fibers, or like nonmetallic material. The head unit and body units are formed with bores (78, 81, 83, 90) in which sleeves and cables are seated to accommodate the installation of the other components of the bicycle to the frame. The body is further formed with a set of rearwardly extending members that form the chain stays (22) of the bicycle. Dropouts (104) are seated in recesses formed in the chain stays. The bicycle includes a from derailleur/rear brake assembly (30) with a front derailleur (134) that can be both selectively moved up and down and selectively pivoted along a lateral axis of the bicycle. By selecting an appropriately sized head unit, the frame of the bicycle can built to a specific size.

Abstract: A bicycle including a novel bicycle frame and seat support as disclosed. Bicycle frame includes a top tube as a first section extends substantially vertically from the second section extends diagonally downward towards the rear tube to which two frame stays which are joined to chain stays adjacent the rear wheel hub are attached. A center tube extends from a bottom bracket to the top tube section adjacent where the frame stays are joined to the top tube. A beam seat support formed out of a pair of elongated beams is attached to the frame top tube first section. A bicycle seat is attached to the end of the beam seat support.

Abstract: A bicycle handlebar assembly for dampening and reducing the shock to which a cyclist is normally exposed is disclosed. The assembly includes a mounting block attached to the head of a bicycle front fork assembly. An upper linkage member and a lower linkage member that are parallel and spaced apart from each other are pivotally attached at their tail ends to the mounting block. A handlebar clamp for securing a handlebar thereto is pivotally attached to the front ends of the upper and lower linkage members. A dampening element is disposed against one of the linkage members for slowing the downward movement of the linkage members and serving as a sink for a downward force applied to the linkage members when the handlebars are urged downwards. In some preferred embodiments of the invention the dampening member is a layer of elastomeric material disposed between the upper and lower linkage members. In other embodiments of the invention the dampening members include a spring element.

Abstract: A bicycle including a novel bicycle frame and seat support as disclosed. Bicycle frame includes a top tube as a first section extends substantially vertically from the second section extends diagonally downward towards the rear tube to which two frame stays which are joined to chain stays adjacent the rear wheel hub are attached. A center tube extends from a bottom bracket to the top tube section adjacent where the frame stays are joined to the top tube. A beam seat support formed out of a pair of elongated beams is attached to the frame top tube first section. A bicycle seat is attached to the end of the beam seat support.

Abstract: A seat support for a bicycle including a combination beam interconnected with a bicycle frame at one end and having a seat mounted on its opposite end. The combination beam includes longitudinally extending load support members of relatively high modulus of elasticity spaced from each other along at least a portion of their length to define a gap. An elastomeric shock absorbing material is positioned in the gap. The material being deformed responsive to relative movement of the structural members of the beam when the beam is bent under load such that the material absorbs shock and vibration.