An assistive device for infants or toddlers unable to hold themselves up to sit against gravity with a trunk support, a trunk support base a crossbar with a vertical support tube and a vertical extension tube forward of the front end of the trunk support base, and a removable floor plate with an upper non skid surface upon which the bottom surface of the trunk support base rests to provide mechanical support and stability needed to promote independent muscle activation in an infant or toddler who cannot sit up after the age of 7 months. Additional features comprise an angled tray for added upper extremity weight bearing assistance while simultaneously viewing eye-level book/toys and grasping of a crossbar to promote sit to stand, heating and cooling gel wrap and vibration disc.

An apparatus includes a hard plastic booster seat, a soft foam insert positioned inside the hard plastic booster seat, and a semi-circular tray removeably affixed to an upper channel of a top portion of the hard plastic booster seat, the tray comprising one or more sections configured to be locked separately or in combination into the upper channel with a dual function latch mechanism.

A child support device is provided with a height that is easily adjustable. The child support device includes a seat assembly suspended from at least one upright frame member extending above the seat assembly by at least one support member. The upright frame member includes a cap through which the support member is threaded. The height of the seat assembly is vertically adjustable by repositioning engagement of the support member with the at least one upright frame member.

A child support device includes a support frame having a base portion and an upright portion extending upwardly from the base portion. The upright portion is generally V-shaped and includes an upper junction. A handle is formed with the upper junction to facilitate transporting the child support device and wheels are attached to the base portion to facilitate movement. The arrangement of the support frame allows the support frame to fit through a 30-inch wide door opening. A support arm is pivotally suspended from the upper junction and a child-receiving receptacle is pivotally coupled to the at least one support arm. A capacitive touch control panel adjacent the upper junction controls operation of the child support device in response to user touches. Base and upright portions of the support frame, when viewed from the side, are collectively generally S-shaped.

A compact jumper for an infant or young child. The compact jumper includes a support frame, at least one resilient member, and a child-receiving apparatus. The support frame is configured for resting on a support surface and the at least one resilient member is coupled to a portion of the support frame. The child-receiving apparatus is supported by the at least one resilient member, with a collar mounting the resilient member to the child-receiving apparatus, and is guided by a portion of the support frame. The child-receiving apparatus is movable with respect to the support surface as the child moves and jumps.

An infant-supporting chair. The chair may include a seat and a tray assembly that includes a releasable mechanical latching system for retainingly engaging the tray assembly to the seat when the tray assembly is in a latching position. The chair may further include a tray guidance system that is configured to guide the tray assembly into the latching position. The tray guidance system may comprise at least one magnet feature in the seat and at least one other magnet feature in the tray assembly. Once latched, the tray may be slidably positioned relative to the seat while remaining latched thereto. The seat may be movably supported on a frame assembly and a seat positioning system may be included to selectively retain the seat at desired heights on the frame assembly.

A multipurpose highchair is provided. The multipurpose highchair includes two support legs, two armrests, a footrest, a seat plate, a tray, and a backrest, where each of the armrests corresponds to one support leg, and is provided at a top part of the corresponding support leg; the footrest is height-adjustable, and is provided between the two support legs; the seat plate is height-adjustable, and is provided between the two support legs; the tray is adjustable in a front-rear direction, and is provided between the two armrests; and the backrest is provided between rear ends of the two armrests, and is rotatable relative to the two armrests. The tray is adjustable in the front-rear direction relative to the two armrests, the footrest and the seat plate are height-adjustable relative to the two support legs, and the backrest is angle-adjustable to meet different usage needs.

An infant-supporting chair. The chair may include a seat and a tray assembly that includes a releasable mechanical latching system for retainingly engaging the tray assembly to the seat when the tray assembly is in a latching position. The chair may further include a tray guidance system that is configured to guide the tray assembly into the latching position. The tray guidance system may comprise at least one magnet feature in the seat and at least one other magnet feature in the tray assembly. Once latched, the tray may be slidably positioned relative to the seat while remaining latched thereto. The seat may be movably supported on a frame assembly and a seat positioning system may be included to selectively retain the seat at desired heights on the frame assembly.

A child seat includes a seat body, and a first and a second support respectively assembled with the seat body via a first and a second connection. The seat body has a seating surface and a bottom surface below the seating surface, and the first and second support are extendable below the bottom surface. The child seat has a first configuration in which the first support is configured as a leg resting board and the second support extends forward toward the first support, and a second configuration in which the first support is folded to a substantially horizontal position and the second support extends rearward so that the child seat is able to stand on the first and second supports.

The present utility patent is a folding chair, comprises a back plate; a seat plate, which capable of flipping up towards the back plate, is hinged at the front side of the back plate; a side rear plate, which capable of flipping inward towards the seat plate after the seat plate flipping up, is hinged at the left and right sides of the back plate; a side front plate, which capable of flipping towards the side rear plate after the side rear plate flipping inward, is hinged at the front side of the side rear plate; a front plate, which capable of flipping towards the side front plate after the side front plate flipping towards the side rear plate and whose left and right ends hinged respectively at the front end of left and right sides of the side front plate; and a locking structure, which capable of locking the front plate and the seat plate after the seat plate flipping down, is arranged between the front plate and the seat plate. As unfolding the folding chair, the stability and safety is improved by the locking structure, thereby preventing children from falling down due to shaking.