Abstract: An apparatus connects a pair of open-ended electrical conduits together end-to-end. Each conduit has a channel portion with an open side and a cover portion for closing the open side of the channel portion. The apparatus includes a channel-shaped connector structure having an open side. The connector structure is receivable in an installed position engaging the open ends of the conduits, with the open side of the connector structure aligned with the open sides of the conduits. A fastener structure is mounted on the connector structure for movement with the connector structure relative to the conduits upon movement of the connector structure toward and into its installed position, and to restrain removal of the connector structure from its installed position.

Abstract: An apparatus connects a pair of open-ended electrical conduits together end-to-end. Each conduit has a channel portion with an open side and a cover portion for closing the open side of the channel portion. The apparatus includes a channel-shaped connector structure having an open side. The connector structure is receivable in an installed position engaging the open ends of the conduits, with the open side of the connector structure aligned with the open sides of the conduits. A fastener structure is mounted on the connector structure for movement with the connector structure relative to the conduits upon movement of the connector structure toward and into its installed position, and to restrain removal of the connector structure from its installed position.

Abstract: A coupling assembly for conduit or pipe comprising a first coupling member, a second coupling member and a locking member. The first coupling member is optionally a tubular component and the second coupling member or coupler is optionally a belled component. The present invention is also optionally provided with an annular sealing member.

Abstract: A coupling assembly for conduit or pipe comprising a first coupling member, a second coupling member and a locking member. The first coupling member is optionally a tubular component and the second coupling member or coupler is optionally a belled component. The present invention is also optionally provided with an annular sealing member.

Abstract: Wheelchair side frames (A) include forward and rearward side frame portions (10, 12) which are telescopically interconnected such that the length of the side frames is selectively adjustable. A cross brace folding assembly (B) interconnects the side frames and selectively moves the side frames between folded and open configurations. The cross brace mechanism includes a pair of cross brace members (30, 32) which are pivotally interconnected (34) and which are each adjustable in length to adjust the width of the wheelchair in the open configuration without adjusting the height of the seat (100). A pair of rear seat support members (114) are telescopically mounted on posts (112) of the rear frame and are interconnected with stand-off members (120) for supporting a seat back portion (110). The stand-off members hold the seat back away from the rear seat support members such that the clamps from orthopedic braces and appliances may be freely mounted therealong.

Abstract: A pair of identical side frames (A) are each made up of a pair of generally L-shaped tubular members which are welded together. A reinforcing tube (30) is slidably received within a forward portion (14) of each side frame to strengthen an interconnection with a front wheel assembly mounting bracket (32) with mechanical fasteners. A swing away leg rest mounting bracket (50) is also connected with the forward tubular portion and reinforcing tube for selectively supporting a swing away leg rest assembly thereon. A folding mechanism (D) includes a pair of pivotally connected seat support structures (100). The seat support structures include seat side supports (102) which have a longer free end (106) and shorter free end (108), cross members 104 and fittings (120). Circumferentially disposed grooves (124) are offset in such a manner that the seat support structures are interchangeable.

Abstract: A pair of identical side frames (A) are each made up of a pair of generally L-shaped tubular members which are welded together. A reinforcing tube (30) is slidably received within a forward portion (14) of each side frame to strengthen an interconnection with a front wheel assembly mounting bracket (32) with mechanical fasteners. A swing away leg rest mounting bracket (50) is also connected with the forward tubular portion and reinforcing tube for selectively supporting a swing away leg rest assembly thereon. A folding mechanism (D) includes a pair of pivotally connected seat support structures (100). The seat support structures include seat side supports (102) which have a longer free end (106) and shorter free end (108), cross mambers 104 and fittings (120). Circumferentially disposed grooves (124) are offset in such a manner that the seat support structures are interchangeable.

Abstract: Wheelchair side frames (A) include forward and rearward side frame fortions (10, 12) which are telescopically interconnected such that the length of the side frames is selectively adjustable. A cross brace folding assembly (B) interconnects the side frames and selectively moves the side frames between folded and open configurations. The cross brace mechanism includes a pair of cross brace members (30, 32) which are pivotally interconnected (34) and which are each adjustable in length to adjust the width of the wheelchair in the open configuration without adjusting the height of the seat (100). A pair of rear seat support members (114) are telescopically mounted on posts (112) of the rear frame and are interconnected with stand-off members (120) for supporting a seat back portion (110). The stand-off members hold the seat back away from the rear seat support members such that the clamps from orthopedic braces and appliances may be freely mounted therealong.

Abstract: The sports wheelchair includes a frame portion (A) having left and right side frame portions. Rear wheel assemblies (B) are connected with the left and right side frame portions such that the rear wheels are connectable to the frame in any one of a plurality of positions and with an adjustable camber. A pair of front wheel assemblies (C) selectively interconnect front wheels with the frame with any one of a plurality of adjustable height, inward-outward, and forward-aft positions. An operator supporting seat (D) having a segmented center portion and an outer portion is selectively interconnected with the left and right side frame portions. A folding mechanism (E) enables the left and right side frame portions to be folded together for easier transportation and storage.

Abstract: The sports wheelchair includes a frame portion (A) having left and right side frame portions. Rear wheel assemblies (B) are connected with the left and right side frame portions such that the rear wheels are connectable to the frame in any one of a plurality of positions and with an adjustable camber. A pair of front wheel assemblies (C) selectively interconnect front wheels with the frame with any one of a plurality of adjustable height, inward-outward, and forward-aft positions. An operator supporting seat (D) having a segmented center portion and an outer portion is selectively interconnected with the left and right side frame portions. A folding mechanism (E) enables the left and right side frame portions to be folded together for easier transportation and storage.

Abstract: The sports wheelchair includes a frame portion (A) having left and right side frame portions. Rear wheel assemblies (B) are connected with the left and right side frame portions such that the rear wheels are connectable to the frame in any one of a plurality of positions and with an adjustable camber. A pair of front wheel assemblies (C) selectively interconnect front wheels with the frame with any one of a plurality of adjustable height, inward-outward, and forward-aft positions. An operator supporting seat (D) having a segmented center portion and an outer portion is selectively interconnected with the left and right side frame portions. A folding mechanism (E) enables the left and right side frame portions to be folded together for easier transportion and storage.

Abstract: A stroller base (A) detachably receives a seat structure (B) therein. The base includes forward wheel assemblies (12), rearward wheel assemblies (14) for rollably supporting the base, and wheel lock structures (60) for selectively locking the rear wheels against rotation. An upper base frame portion (20) is collapsable to a folded position (FIG. 3) and raiseable to a seat structure receiving position (FIG. 2). The upper base frame portion includes a channel guide (30) having a transverse slot (38) therein. The detachable seat structure includes a seat frame (80) with a plurality of patient supporting pads (90, 92, 94, 96) adjustably mounted thereon. Handles (84) selectively enable an attendant to lift a rearward portion of the detachable seat structure. A transverse seat frame member (88) is selectively received in the channel guide slot as the seat structure is positioned thereon and selectively lifted out of the channel guide slot as the seat is lifted therefrom.

Abstract: The sports wheelchair includes a one-piece, welded tubular frame assembly (A). A pair of rear wheels (30) are horizontally and adjustably positionable in a rear wheel mounting plate (34). The mounting plate has a plurality of slots (36, 38, 40) and a plurality of alternating ridges (44) and valleys (46) which mesh with like ridges (50) and valleys (52) on an axle receiving assembly (42). A pair of front wheels (80) are mounted with a front wheel mounting assembly (82) to be selectively positioned in any one of three vertical positions (FIGS. 6, 8, and 9). The front wheels are further mountable on the inside or the outside of a lower horizontal frame portion (10) and in any one of a plurality of positions fore and aft along the horizontal frame portion. The user is supported by a fabric seat (170) which is laced to upper horizontal frame portions (12) and to a back structure (150).

Abstract: A bed assembly is provided particularly for geriatric use. The bed includes a mattress supported by a frame having a plurality of supporting legs, and bolsters are provided on either side of the mattress, mounted so that a top surface of each is substantially even with the top of the mattress. An undercarriage support structure including a pair of horizontal channel members are provided for receiving the legs of the mattress supporting frame and preventing substantial movement thereof with respect to the bolsters. The horizontal channel members include a pair of end portions which are received by passageways associated with the bolsters and allow the bolsters to be slid up and down off of and onto the undercarriage. A rail is mounted on each bolster for movement from a position below the top of the mattress to a position above the top of the mattress wherein it performs a roll-off preventing function.

Abstract: A tray assembly is provided particularly for utilization with a nursing home bed or the like. The tray includes a substantially flat support surface that gently slopes downwardly from the head portion to the foot portion of the tray, with a vertical lip upstanding from the support surface around the entire tray circumference. A pair of U-shaped rods are provided for mounting the tray on supporting rails of varying spacings, clips of flexible material being mounted on cross portions of the U-shaped rods to attach to appropriate rail sections. The bed toe board mounts rail sections that also can receive the tray so that the tray covers the toe board when not in use.

Abstract: An assembly for storing clothing or other articles is provided, especially adapted for use in nursing homes or the like by non-ambulatory residents. First and second wall panels are mounted to each other so that they are perpendicular. A storage structure defined by a right triangular prism is provided including a plurality of walls defining a storage area therebetween with the front wall having an access opening. A tambour door is slidable on a pair of tracks to selectively block and unblock the access opening in the storage structure. The storage structure is mounted to the wall panel so that the tambour door tracks are disposed in horizontal planes vertically spaced from each other, and so that the storage structure is spaced from the ground, along the entire extent thereof, a distance corresponding to the height of a toeboard of a wheelchair off of the ground.