The present disclosure relates to a high chair for children, comprising a high chair body and a number of chair legs installed at the lower end of the high chair body, wherein the high chair body comprises a support ring and a seat unit, the seat unit is made of flexible material and is provided with an accommodating cavity for children to sit, and the upper edge of the seat unit is connected to the support ring.

A child booster seat assembly includes a base seat, an upper seat and a latch mechanism. The upper seat is detachably installed on the base seat. A first guiding structure and a second guiding structure are formed on the upper seat and the base seat respectively and for cooperating with each other to guide the upper seat to be aligned with the base seat. The first guiding structure protrudes from a rear bottom portion of the upper seat. The latch mechanism includes an actuator movably disposed on the upper seat, a first engaging structure and a second engaging structure. The first engaging structure is movably disposed on the first guiding structure and connected to the actuator. The second engaging structure is formed inside the second guiding structure and located at a position corresponding to the first engaging structure for engaging with or disengaging from the first engaging structure.

A children's dining chair includes a base, handles, and a backrest. A left side, a right side, and a rear side of the base are provided with blocking walls. A first storage slot is defined in the blocking walls. The handles are detachably arranged on the left side and the right side of the base. The backrest is detachably arranged on the rear side of the base. When the handles and backrest are disassembled from the base, the handles and the backrest are capable of being stored in the first storage slot.

A convertible platform for supporting a user in a standing or seated position is presented. In some embodiments, the convertible platform presents a set of front legs and a set of back legs that pivot about a pivot hinge to a preferred angle. The set of front legs and the set of back legs provide a base for supporting various attachment devices. The various attachment devices may comprise attachment members for attaching to base members for supporting the attachment device. The various attachment devices may be configured for supporting infants, toddlers, children, and adults in both standing and sitting positions. Furthermore, various attachments may be connected between the sets of legs for providing steps, platforms, shelves, and seats for the various users and/or objects.

The present disclosure provides a chair, including a chair body and support legs connectable to the chair body. One of a lower part of the chair body and an upper part of the support legs is provided with a mounting part, and the other of the lower part of the chair body and the upper part of the support legs is provided with an insertion part. The insertion part is insertable into the mounting part along an insertion direction to mount the support legs to the chair body. A tight-fitting rib protruding inwardly is provided on an inner surface of a circumferential sidewall of the mounting part, and when the insertion part is inserted into the mounting part, the tight-fitting rib undergoes elastic deformation to abut between the insertion part and the circumferential sidewall of the mounting part, thereby securely mounting the support legs to the chair body.

A child booster seat assembly is provided and includes a base seat and an upper seat. A first seating area is formed on the base seat. A second seating area is formed on the upper seat. The upper seat is detachably installed on the base seat. At least one first guiding structure is formed on the upper seat, and the at least one first guiding structure protrudes from a rear bottom portion of the upper seat and extending along an installation direction of the upper seat relative to the base seat for guiding the upper seat to be aligned with the base seat when the upper seat is installed on the base seat.

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.