Abstract: A therapeutic device may be configured to improve hand dexterity and strength for an individual requiring rehabilitation of an upper extremity or hand function. The structure may include various graspable features to simulate different hand grasp patterns essential for daily activities. Adjustable weighted components may be modified for specific training needs of the user. The device may allow the simultaneous development of fine motor skills and muscle strength, providing a comprehensive rehabilitation tool. The device may be compact, user-friendly, and may be utilized in various therapeutic settings, including home-based rehabilitation programs. Use of the therapeutic device may streamline a recovery process by integrating multiple therapeutic modalities into a single, efficient training apparatus.

Abstract: A car seat has a base for placement on a vehicle seat and a seat shell attachable to and detachable from the base. A latch mechanism is biased to a latched arrangement attaching the shell to the base. A release actuator is connected to the latch mechanism and can move the latch mechanism to a released arrangement, detaching the shell from the base permitting its removal from the base. The shell can be optionally adjustable on the base between at least two different recline positions. The latch mechanism in the latched arrangement can then also retain the shell in one of the recline positions. A recline actuator can be connected to the latch mechanism and can move the latch mechanism allowing adjustment of the shell recline position but not permitting removal from the base.

Abstract: A car seat has a base for placement on a vehicle seat and a seat shell attachable to and detachable from the base. A latch mechanism is biased to a latched arrangement attaching the shell to the base. A release actuator is connected to the latch mechanism and can move the latch mechanism to a released arrangement, detaching the shell from the base permitting its removal from the base. The shell can be optionally adjustable on the base between at least two different recline positions. The latch mechanism in the latched arrangement can then also retain the shell in one of the recline positions. A recline actuator can be connected to the latch mechanism and can move the latch mechanism allowing adjustment of the shell recline position but not permitting removal from the base.

Abstract: A child safety seat assembly, including a base for being positioned on a vehicle seat bottom. An anti-rebound bar is carried by the base and extends outwardly and upwardly from a foot end of the base for engaging a seat back of the vehicle seat to which the seat is attached for retarding inertia-induced rotation of the base and the attached carrier by transmitting rotational force applied to the seat during a sudden change in velocity into the seat back of the vehicle seat onto which the seat is attached.

Abstract: A child safety seat assembly, including a base for being positioned on a vehicle seat bottom. An anti-rebound bar is carried by the base and extends outwardly and upwardly from a foot end of the base for engaging a seat back of the vehicle seat to which the seat is attached for retarding inertia-induced rotation of the base and the attached carrier by transmitting rotational force applied to the seat during a sudden change in velocity into the seat back of the vehicle seat onto which the seat is attached.

Abstract: A child safety seat assembly, including a base for being positioned on a vehicle seat bottom. The base includes an Isofix-type latch for attachment of the base to an Isofix bar of the vehicle seat, and a separate seat belt lock-off for allowing the base to be secured to the vehicle seat by means of the vehicle seat belt. A child carrier is provided for being releasably attached to the base. The carrier includes a handle for allowing the carrier to be lifted and carried. The handle includes a latching assembly for releasably locking the carrier to the base and detaching the carrier from the base with a single hand.