A foldable mechanism is applied to locking an infant carrier and includes first and second mounts and a locking member. The second mount is pivoted to the first mount and has first and second mating portions. The infant carrier is locked in the folded state when the first mount rotates to a first rotating position, and is locked in the expanded state when the first mount rotates to a second rotating position. The locking member is movably disposed between the first and second mounts and has a positioning portion and a locking portion. The positioning portion is engaged with the first mating portion to lock the first mount at the first rotating position. The locking portion is engaged with the second mating portion to lock the first mount at the second rotating position. A depth of the first mating portion is shallower than a depth of the second mating portion.

A foldable mechanism is applied to locking an infant carrier and includes first and second mounts and a locking member. The second mount is pivoted to the first mount and has first and second mating portions. The infant carrier is locked in the folded state when the first mount rotates to a first rotating position, and is locked in the expanded state when the first mount rotates to a second rotating position. The locking member is movably disposed between the first and second mounts and has a positioning portion and a locking portion. The positioning portion is engaged with the first mating portion to lock the first mount at the first rotating position. The locking portion is engaged with the second mating portion to lock the first mount at the second rotating position. A depth of the first mating portion is shallower than a depth of the second mating portion.

The invention relates to a child's chair or highchair 1 comprising a seat 2 and four legs 3, the seat 2 having open front and a rear back support 24 and extending forwardly therefrom inclined sides 26 which meet a seat base 25, the four legs 3 being removably attached to the seat 2 by means of leg frame 4 attached to an underside of the seat base and which includes four sockets 9 into which an upper end of each leg 3 is located and connected, each leg 3 extending at an inclined angle outwardly downwards and at the opposite, lower end of each leg 3, feet 8 are provided which each have an external surface corresponding to the inclined angle of the leg so that the chair 1 rests stably on a flat floor. The legs 3 are removable by means of a releasable locking mechanism comprising a receiving hole 11 in each socket 9 and a corresponding the engaging bolt 101 in the each leg 3, the engaging 101 bolt and a retaining bolt 102 and a spring 108 arranged between being is located in a through hole 111 in a leg top section 112 of each leg 3.

A high chair. A base structure rests on a support surface with upstanding structural members tapering inwardly and upwardly from a bottom region. A top structure has upstanding structural members tapering inwardly and upwardly from the bottom region. The top structure sets atop and in contact with the base structure. Alignment elements in the base and top structures ensure alignment when the structures are mated. A coupling mechanism couples the top base structures and can be removed to separate the top and base structures. The top structure includes a seat for the child. The top and base structures are dimensioned to allow the top structure to nest within a volume defined by the base structure.

A child carrier includes a booster seat and a leg assembly. The leg assembly is detachably installed on the booster seat. The leg assembly includes an upper support and a lower support. The upper support is detachably installed on the booster seat. The lower support is detachably installed on the upper support. The child carrier is in a high chair mode when the lower support and the upper support are respectively installed on the upper support and the booster seat to connect the leg assembly to the booster seat, the child carrier is in a youth chair mode when the upper support is installed on the booster seat and the lower support is detached from the upper support, and the child carrier is in a booster mode when the upper support is detached from the booster seat to separate the leg assembly from the booster seat.

A child carrier includes a booster seat and a leg assembly. The leg assembly is detachably installed on the booster seat. The leg assembly includes an upper support and a lower support. The upper support is detachably installed on the booster seat. The lower support is detachably installed on the upper support. The child carrier is in a high chair mode when the lower support and the upper support are respectively installed on the upper support and the booster seat to connect the leg assembly to the booster seat, the child carrier is in a youth chair mode when the upper support is installed on the booster seat and the lower support is detached from the upper support, and the child carrier is in a booster mode when the upper support is detached from the booster seat to separate the leg assembly from the booster seat.

A safety stool/learning tower and method of assembling same, the safety stool having a first wall, at least two side walls, a second wall, and a platform, wherein the at least two side walls are configured to locate one on each side of the first wall, and wherein the second wall is configured to engage with the first and second walls, characterised in that, when engaged, the second wall interlocks the first and second walls with the first wall, and wherein the platform is configured to engage with at least two opposing walls of the interlocked first wall, at least two side walls and second wall.

A safety stool/learning tower and method of assembling same, the safety stool having a first wall, at least two side walls, a second wall, and a platform, wherein the at least two side walls are configured to locate one on each side of the first wall, and wherein the second wall is configured to engage with the first and second walls, characterised in that, when engaged, the second wall interlocks the first and second walls with the first wall, and wherein the platform is configured to engage with at least two opposing walls of the interlocked first wall, at least two side walls and second wall.

An infant highchair includes a standing frame, a seat and a locking mechanism. The seat is pivotally connected with the standing frame and has a seating surface, the seat being rotatable between a first and a second position, and the locking mechanism being operable to lock the seat in the first and second position. The first position allows a child to sit in contact with the seating surface, and the second position is suitable to receive installation of a removable child seat over the seat while disabling seating of a child on the seating surface.

Furniture pieces are disclosed. A furniture piece includes a body, a non-flat base surface, a seat surface, a back protrusion, a pair of opposed side surfaces, and apertures. The non-flat base surface is positioned on a first side of the body, and the seat surface is positioned on a second side of the body opposite the first side. The back protrusion extends outward from the second side of the body adjacent the seat surface. The pair of opposed side surfaces are positioned on opposite sides of the body extending between the first and second sides. Apertures are defined in each of the side surfaces. Each aperture has an upper surface facing in a direction opposite the seat surface.