A multifunctional foldable highchair includes a front support frame and a rear support frame. The front support frame and the rear support frame are arranged in a foldable manner, and the front support frame and the rear support frame are both in a “U” shape. Two vertical parts of the front support frame are respectively provided with a left sleeve member and a right sleeve member. The left sleeve member and the right sleeve member are height-adjustable. Inner side surfaces of the left sleeve member and the right sleeve member are respectively provided with a detachable left armrest connecting rod and a detachable right armrest connecting rod. Top front ends of the left armrest connecting rod and the right armrest connecting rod are respectively provided with a left armrest and a right armrest. A dining tray is provided between the left armrest and the right armrest.

The present highchair apparatus includes first, second, third, and fourth legs that begin to bend outwardly from a sitting receptacle from a location at the bottom of the sitting receptacle to provide a wide foot print for the high chair apparatus. The first, second, third, and fourth legs extend incrementally further away from each other from the location at the bottom of the sitting receptacle to distal ends of the legs where feet are engaged.

An apparatus and method for catching spills are disclosed. The apparatus comprises a drop tray and a high-chair including one or more legs and a high-chair seat. The apparatus further comprises the one or more legs that may be connected to the high-chair where one or more legs may raise the high-chair seat above a floor. Moreover, the apparatus comprises the drop tray that may be disposed above the floor and underneath the high-chair seat. The drop tray may surround the one or more legs of the high-chair where the drop tray may include an upper peripheral edge above and surrounding a base. Furthermore, the drop tray may include one or more sidewalls extending between the upper peripheral edge and the base. Moreover, the base may affixed to the one or more legs of the high-chair.

A highchair includes a seat configured for a child to sit, and a frame having a first side and a second side where the frame is attached to and supporting the seat at a height. The highchair also includes a tray having a first edge rotatably secured to the first side of the frame and configured to rotate between a down position and a raised position about the first edge. The highchair also includes a spring loaded lifting mechanism coupled to the first edge of the tray that is biased to rotate the tray from the down position to the raised position so the seat can be accessed. In addition, the highchair includes a pedal coupled to a lower portion of the frame and configured to be pushed by a foot to cause the tray to release and rotate upwards to the raised position by the spring loaded lifting mechanism.

A highchair for seating a child includes a seat configured for a child to sit, and a frame having a first side and a second side where the frame is attached to and supporting the seat at a height. The highchair also includes a tray rotatably secured to the first side of the frame, a tray adjustment mechanism comprising a motor, and a bracket secured to the tray. In addition, a connector is coupled between the tray adjustment mechanism and the bracket where the connector is configured to be extended or retracted by the motor to adjust a position of the tray over the seat. A battery is configured to power the tray adjustment mechanism and the motor comprises a stepper motor. The tray adjustment mechanism may also include a receiver so that the tray can be activated using a wireless signal or voice command.

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.

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 baby activity saucer with a movable upper tray that allows for inserting a baby with clubfoot cast, braces and bars that does not require the bar to be removed. The sliding upper tray of the clubfoot activity saucer has a latch that when triggered, unlatches the upper tray from the bottom tray allowing it to slide and to be adjusted for a smaller or larger opening. The seat has a back the curves into a horn that extends forward to allow an infant to straddle the horn. A foot plate is used to hold the bar in a fixed position. The device has a set of pegs that allow the foot plate to be moved up or down to a desired height, to allow the baby to exercise his/her legs safely. The device can be made with or without wheels, depending on whether motion is desired or not.

An infant supporting chair including a frame, a seat movably supported on the frame, a unitary tray and a cooperative guidance and latching system. The cooperative guidance and latching system being configured to magnetically pull the unitary tray toward at least one latching position when the unitary tray is in range of the at least one latching position relative to the seat, releasably secure the unitary tray to the seat when the unitary tray is engaged to the at least one latching position, and slidably position the unitary tray relative to the seat when the unitary tray is partially disengaged from the at least one latching position.

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.