Abstract: This present invention relates generally to an infant seat and, in particular, to an infant seat that provides a stable, enhanced seating position for an infant and includes a sensory stimulus unit with a slide switch that, when actuated, effectuates a change in visual appearance of the stimulus unit and a corresponding change in the sensory output.

Abstract: A rotatable entertainment device includes a mobile arm rotatably coupled to the entertainment device, and a motion translation device coupled to the entertainment device and the mobile arm to convert an oscillatory motion of the entertainment device into a rotational motion of the mobile arm. The entertainment device is mountable to an oscillating device (e.g., a swing) that conveys the oscillatory motion from the oscillating device to the entertainment device.

Abstract: A tray insert is adapted to be coupled to a support. A tray set includes a tray insert and a base tray or support.

Abstract: A rotatable entertainment device includes a mobile arm rotatably coupled to the entertainment device, and a motion translation device coupled to the entertainment device and the mobile arm to convert an oscillatory motion of the entertainment device into a rotational motion of the mobile arm. The entertainment device is mountable to an oscillating device (e.g., a swing) that conveys the oscillatory motion from the oscillating device to the entertainment device.

Abstract: A toy ball is formed from two shells and a pair of lock mechanisms 220. During construction, the shells, which may be hemispherical, are mated together and then the lock mechanisms are secured to the shells to form a substantially smooth-surfaced sphere. The lock mechanisms provide a redundant locking feature to hold the two shells together to form the toy ball.

Abstract: A tray insert is adapted to be coupled to a support. A tray set includes a tray insert and a base tray or support.

Abstract: An adjustable child support structure having a seat back including side sections that fold inward to provide lateral support for an infant or remain flat to provide a wider seat back for a toddler. The structure also includes an adjuster having a user control portion and a side wing actuator portion for remotely adjusting the seat back through a range of motion between the first, wide position and the second, narrow position.

Abstract: This present invention relates generally to an infant seat, and in particular, to an infant seat that provides a stable, enhanced seating position for an infant and includes a sensory stimulus unit with a slide switch that, when actuated, effectuates a change in visual appearance of the stimulus unit and a corresponding change in the sensory output.

Abstract: A support frame for a infant or child support device is disclosed. The frame includes oval shaped side members that provide a wide, safe base and a smooth rocking action to the rocker. The kickstand may be used to convert the support frame from a rocking configuration into a stable, non-rocking configuration. The support frame may also include a seat that can be removed from the support frame.

Abstract: An adjustable child support structure having a seat back including side sections that fold inward to provide lateral support for an infant or remain flat to provide a wider seat back for a toddler. The structure also includes an adjuster having a user control portion and a side wing actuator portion for remotely adjusting the seat back through a range of motion between the first, wide position and the second, narrow position.

Abstract: A support frame for a infant or child support device is disclosed. The frame includes oval shaped side members that provide a wide, safe base and a smooth rocking action to the rocker. The kickstand may be used to convert the support frame from a rocking configuration into a stable, non-rocking configuration. The support frame may also include a seat that can be removed from the support frame.

Abstract: An adjustable vehicle seat may include an adjustable head support, body support, harness, or any combination thereof. A latching mechanism couples an upper portion of the vehicle seat to a seatback. The latching mechanism provides a mechanical coupling between the upper portion and a seat body. The mechanical coupling permits vertical adjustment of the upper portion, which may be configured to provide an adjustable headrest for the vehicle seat. The upper portion may further include side bolsters and harness guides associated with a attached seat harness and/or an auxiliary seat harness. In this embodiment, the latching mechanism permits simultaneous adjustment of the harness, headrest and side bolsters for accommodating a seat occupant. In the preferred embodiment, the vehicle seat is configured as a child's car seat which may be used as either a forward facing car seat with attached harness or a belt positioning booster seat.

Abstract: An adjustable vehicle seat may include an adjustable head support, body support, harness, or any combination thereof. A latching mechanism couples an upper portion of the vehicle seat to a seatback. The latching mechanism provides a mechanical coupling between the upper portion and a seat body. The mechanical coupling permits vertical adjustment of the upper portion, which may be configured to provide an adjustable headrest for the vehicle seat. The upper portion may further include side bolsters and harness guides associated with a attached seat harness and/or an auxiliary seat harness. In this embodiment, the latching mechanism permits simultaneous adjustment of the harness, headrest and side bolsters for accommodating a seat occupant. In the preferred embodiment, the vehicle seat is configured as a child's car seat which may be used as either a forward facing car seat with attached harness or a belt positioning booster seat.

Abstract: A child car seat is mounted in a passenger seat of a vehicle. The car seat includes an universal anchoring attachment that is positionable along a tube when converting between forward and rearward facing positions. The tube may also function as a seat belt pathway for restraining the car seat using a vehicle supplied seat belt.

Abstract: An airbag assembly (10) includes a reaction device (15), an inflator (20), and an airbag (25). The reaction device (15) includes a first housing member (27) and a second housing member (28). In the completed airbag assembly, the housing members (27) and (28) form a receptacle with a cavity (29) and a deployment opening (30). The housing members (27) and (28) are configured to capture and orient the inflator (20) and/or the airbag (25) in the cavity (29) of the reaction device (15) as the housing members are being coupled together.

Abstract: An apparatus for forming a vehicle airbag assembly includes a reaction device (12) and an airbag/retainer subassembly (14). The airbag/retainer subassembly (14) includes an airbag (16) and a retainer (18) which are joined together by airbag mating members (42) and complementary retainer mating members (62) in a predetermined alignment. In this predetermined alignment, apertures (38) formed in the airbag (16) are aligned with apertures (68) formed in the retainer (18). The reaction device (12) may include mating members (84) which form a cradle configured to engage the airbag/retainer subassembly (14) and to align the airbag/retainer subassembly (14) in a predetermined orientation. In this predetermined orientation, apertures (82) formed in the reaction device (12) will be aligned with the already aligned apertures (38, 68) of the airbag (16) and the retainer (18).

Abstract: An airbag assembly 20 includes an inflator 100, a coupling device 300, an airbag 400, a cover 500 and a reaction device 600. The inflator 100 is positioned to supply inflation fluid to the airbag 400. The coupling device 300, the airbag 400, and the cover 500 are coupled to the reaction device 600 with a minimum number of fastening elements 28. The airbag assembly 20 further comprises a heat shield 200 which cradles a rear portion of the inflator 100 and which is coupled to the reaction device 600. The heat shield 200 is coupled to the reaction device by the fastening elements 28.

Abstract: An air bag assembly 10 includes a reaction/coupling structure 12, an air bag subassembly 14 coupled to the reaction coupling structure 12, and an inflator 16 also coupled to the reaction/coupling structure 12. The reaction/coupling structure 12 includes a reaction device 20 and a coupling device 22 which are coupled together in a mated arrangement. The air bag subassembly 14 includes an air bag 24 having a mouth portion 26 which defines a gas inlet opening The inflator 16 is positioned to supply inflation fluid to the air bag 24 through the inlet opening. The mouth portion 26 of the air bag 24 is trapped between the reaction device 20 and the coupling device 22 thereby coupling the air bag subassembly 14 to the reaction/coupling structure 12. The inflator 16 is coupled to the reaction/coupling structure 12 in such a manner that the reaction device 20 and the coupling device 22 are locked in the mated arrangement.