A convertible highchair assembly includes a seat frame, a booster seat detachably installable on the seat frame, a tray detachably mountable on the booster seat and having a plurality of sockets, and a plurality of leg extensions selectively attachable to any of the support frame portion and the tray, each of the leg extensions having a connecting end. The seat frame includes a support frame portion and a seat portion affixed with each other, the seat portion being adapted to receive a child. The connecting ends of the leg extensions are attached to the support frame portion for configuring a highchair, and the connecting ends of the leg extensions are respectively inserted into the sockets while the tray is removed from the booster seat for configuring a standalone table, the leg extensions providing standing support for the tray.

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 infant high chair includes a standing frame, a seat assembly, and a lock mechanism operable to lock the seat assembly at a desirable height relative to the standing frame. The standing frame includes a latching part operable to lock the standing frame in an unfolded state, and a release actuator operatively connected with the latching part and arranged near a foot of the standing frame. The seat assembly is connected with the standing frame, and is vertically adjustable relative to the standing frame when the lock mechanism is unlocked. A downward displacement of the seat assembly relative to the standing frame to a predetermined lower position urges the release actuator in movement such that the release actuator actuates the latching part to unlock for allowing folding of standing frame.

A highchair includes a base, and a cloth-covered seat provided on the base. A feeding tray is provided at a front end of the cloth-covered seat, and two support rods are arranged on the left and right of the cloth-covered seat. A top portion of each support rod is provided with a post hole. Two cover boxes are symmetrically arranged on the left and right under the feeding tray. Each cover box is internally provided with a handle. One end of the handle protrudes out of the cover box. Each of the cover boxes is internally provided with a lifting member. An insertion post is provided at a bottom portion of the lifting member. The insertion post is corresponding to the post hole, and is able to be inserted into the corresponding post hole by passing through a bottom portion of the cover box.

The assembly chair includes a pair of frames, a plurality of coupling rods, a plurality of pairs of depressed portions, at least one support member, and a sheet. The sheet is removably installed between the support member and the coupling rod. At least at one end portion of the sheet, the sheet includes a plurality of inserted portions along a width direction of the sheet. A flat plate is passed through at least one of the inserted portions. The support member with a flat intermediate portion is passed through another one of the inserted portions. The sheet is wound around outer peripheries of the inserted portion through which the plate is passed and the inserted portion through which the support member is passed to adjust a length of the sheet. In such state, the support member has both end portions fitted to the depressed portions on the frames.

A support device for children includes a base assembly comprising a frame, and a plurality of interchangeable support assemblies configured for removable attachment to the base assembly. The base assembly includes a first coupling element and each of the interchangeable support assemblies include a second coupling element for cooperative engagement with the first coupling element.

An adjusting mechanism includes a first engaging component, a second engaging component and a third engaging component is applied to a child carrier including a supporting component and a seating component. The first engaging component is detachably disposed on the supporting component. The second engaging component is disposed on the seating component. The third engaging component is movably located between the first engaging component and the second engaging component in a switchable manner. The second engaging component drives the third engaging component to move between a first position and a second position. The third engaging component moves to the first position to engage with the first engaging component so as to constrain relative movement between the seating component and the supporting component. The third engaging component moves to the second position to be separated from the first engaging component and the seating component can rotate relative to the supporting component.

A seat assembly for infant chair includes a seat support frame, a rear and a front seat portion respectively connected with the seat support frame, and a weight-sensitive lock mechanism placed adjacent to the rear and front seat portions. The front seat portion is slidable relative to the rear seat portion along a lengthwise axis between an expanded state and a contracted state, the lengthwise axis extending from a front to a rear of the seat assembly, and the front and rear seat portion when in the expanded state defining a sitting surface adapted to receive a child. The weight-sensitive lock mechanism is activated by the placement of a load on the seat assembly to prevent displacement of the front seat portion relative to the rear seat portion from the expanded state to the contracted state. In one embodiment, the seat assembly including the weight-sensitive lock mechanism is implemented in an infant high chair.

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.

A multi-position chair includes a seat shell, elongated seatbelts and a base assembly with pairs of members capable of tilting, rotating and sliding. The seat shell accommodates a child thereon. The seatbelts secure the child to the seat shell. The base assembly includes tilt, swivel and slide support mechanisms. The tilt support mechanism has first and second interfitted members pivotally coupled to one another. The swivel support mechanism has first and second interengaged members rotatably coupled to one another. The slide support mechanism has first and second intercoupled members linearly slidable relative to one another. The second intercoupled member defines a base platform for directly supporting the first intercoupled member in an upright orientation and thereby indirectly supporting, via the first intercoupled member, the first and second interengaged members and the second interfitted member in respective upright orientations.