A collapsible convertible highchair and infant carrier stand device is provided. It includes basket and a base supporting the basket. The basket is configured to receive an infant carrier or to directly support a seated infant. The basket includes a bottom wall, a first end wall, a pair of sidewalls, a second end wall, a crotch panel and a back support panel. The crotch panel and the back support panel are located in the basket between the first and second end walls. Each is configured to be pivoted from a stowed position, when the device is holding an infant carrier, to an operative position when the device is directly supporting the infant. In the operative position the infant's back will rest against the back support panel and his/her legs will extend through opening in the crotch panel and a window in the first end wall.

A child high chair includes a high chair frame, a booster seat and a youth seat assembled with each other. A booster seat backrest is rotatably disposed on a booster seat bottom. A booster seat headrest is rotatably disposed on the booster seat backrest and opposite to the booster seat bottom. A booster seat reclining mechanism is located inside the booster seat backrest and actuated to rotate the booster seat headrest while the booster seat backrest is rotated relative to the booster seat bottom. A youth seat footrest is rotatably disposed on a youth seat bottom. A youth seat backrest is rotatably disposed on the youth seat bottom and opposite to the youth seat footrest. A youth seat reclining mechanism is located inside the youth seat bottom to rotate the youth seat footrest via rotation of the youth seat backrest simultaneously driven by reclining of the booster seat backrest.

A child carrier includes a supporting frame, a sliding base, a seat, an insert member disposed on the seat for selectively engaging with or disengaging from the sliding base, and an actuator operable to drive the insert member to be engaged with or be disengaged from the sliding base. The sliding base is disposed on the supporting frame and slidable in a substantially longitudinal direction of the supporting frame. The seat is foldably assembled with the sliding base and includes a seat portion selectively coupled to the sliding base. The seat portion includes an engaging member having an engaging portion, and the engaging portion is operable to engage with the sliding base. The actuator is able to drive the insert member to move a first distance. The supporting frame is driven to be folded up when the sliding base slides upward along the supporting frame.

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.

A restaurant and public eating area high chair is a high chair intended for use by infants and small children in restaurants and public eating areas. A restaurant and public eating area high chair consists of two front legs, two back legs, a seat, a backrest, a front bar, and side rails that are high enough to keep the child from falling off of the seat. The foldable restaurant and public eating area high chair is comprised of the same parts as prior art restaurant and public eating area high chairs, but is built in such a way so that it can fold flat. Folding flat makes the restaurant and public eating area high chair easy to carry, easy to store, and safer to use than prior art restaurant and public eating area high chairs.

A collapsible convertible highchair and infant carrier stand device is provided. It includes basket and a base supporting the basket. The basket is configured to receive an infant carrier or to directly support a seated infant. The basket includes a bottom wall, a first end wall, a pair of sidewalls, a second end wall, a crotch panel and a back support panel. The crotch panel and the back support panel are located in the basket between the first and second end walls. Each is configured to be pivoted from a stowed position, when the device is holding an infant carrier, to an operative position when the device is directly supporting the infant. In the operative position the infant's back will rest against the back support panel and his/her legs will extend through opening in the crotch panel and a window in the first end wall.

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.

A child carrier includes a supporting frame, a sliding base, and a seat. The sliding base is disposed on the supporting frame and slidable in a substantially longitudinal direction of the supporting frame. The seat is foldably assembled with the sliding base. The seat includes a seat portion, a handrail base and a link member, and the link member, the seat portion, the handrail base and the sliding base cooperatively form a four bar linkage mechanism for performing a folding motion.

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.