A barber chair with an integrated child seat. The present invention includes a chair having a main seat and a back rest with a cavity formed within the front facing side of the back rest. A child seat is shaped to fit the cavity in the back rest and is pivotally attached to the main seat, allowing the child seat to be rotated. In one embodiment, the child seat has a top member and a bottom member. When the child seat is rotated downward toward the main seat, the top member can be rotated into an upright position where it lies flush with the upper part of the back rest, creating a complete back rest with no substantial gaps. In some embodiments, the child seat includes a single member. In some embodiments, the barber chair is equipped with a mechanism to easily release the child seat from its stored position.

A convertible article of furniture. The convertible article of furniture may include a support base (100), wherein the support base (100) may be configured to interchangeably support one of a first modular furniture piece (120) or a second modular furniture piece (130) securely thereon in a non-permanent manner. Further, method of converting an article of furniture may include providing a first article of furniture. The first article of furniture may include a support base (100); and a first modular furniture piece (120) secured thereto in a non-permanent manner; and wherein the support base (100) may be configured to interchangeably support various modular furniture pieces (120, 130, 140).

A convertible article of furniture. The convertible article of furniture may include a support base (100), wherein the support base (100) may be configured to interchangeably support one of a first modular furniture piece (120) or a second modular furniture piece (130) securely thereon in a non-permanent manner. Further, method of converting an article of furniture may include providing a first article of furniture. The first article of furniture may include a support base (100); and a first modular furniture piece (120) secured thereto in a non-permanent manner; and wherein the support base (100) may be configured to interchangeably support various modular furniture pieces (120, 130, 140).

Modular furniture systems and methods. The modular furniture systems generally comprise a plurality of support surfaces and/or a plurality of support structures. Each support structure is configured to support the support surface above the ground or floor. In the depicted embodiments, the support surfaces are configured to hold and support a child or infant. In other embodiments, other support surfaces can be used such as tabletops. Generally, the support structures are releasably coupled to the support surface such that they can be assembled and disassembled by the user. The modular furniture system is configured such that each support surface is compatible with a variety of support structures. Similarly, each support structure can be compatible with a variety of support surfaces.

Modular furniture systems and methods. The modular furniture systems generally comprise a plurality of support surfaces and/or a plurality of support structures. Each support structure is configured to support the support surface above the ground or floor. In the depicted embodiments, the support surfaces are configured to hold and support a child or infant. In other embodiments, other support surfaces can be used such as tabletops. Generally, the support structures are releasably coupled to the support surface such that they can be assembled and disassembled by the user. The modular furniture system is configured such that each support surface is compatible with a variety of support structures. Similarly, each support structure can be compatible with a variety of support surfaces.

A furniture assembly includes a vertical panel configured to vertically extend relative to a working surface once the vertical panel, in use, is positioned on the working surface. A first horizontal panel is fixedly attachable to the vertical panel. A second horizontal panel is fixedly attachable to the vertical panel. The second horizontal panel and the first horizontal panel are spaced apart from each other, one vertically above the other. A first side vertical panel and a second side vertical panel are fixedly attachable to the vertical panel. The first side vertical panel and the second side vertical panel are fixedly attachable to the first outer edge of the first horizontal panel. The first side vertical panel and the second side vertical panel are fixedly attachable to the second outer edge of the second horizontal panel.

A furniture assembly includes a vertical panel configured to vertically extend relative to a working surface once the vertical panel, in use, is positioned on the working surface. A first horizontal panel is fixedly attachable to the vertical panel. A second horizontal panel is fixedly attachable to the vertical panel. The second horizontal panel and the first horizontal panel are spaced apart from each other, one vertically above the other. A first side vertical panel and a second side vertical panel are fixedly attachable to the vertical panel. The first side vertical panel and the second side vertical panel are fixedly attachable to the first outer edge of the first horizontal panel. The first side vertical panel and the second side vertical panel are fixedly attachable to the second outer edge of the second horizontal panel.

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 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 connecting device for a child carrier, a child carrier and a child crib are provided. The child carrier includes a carrier body and an accessory, the carrier body including at least one first rod, the accessory including at least one second rod. The connecting device is configured to connect the accessory to the carrier body and includes: a fixing base connected to the second rod and configured to accommodate the first rod; an operating member slidably connected to the fixing base; and an engaging member connected to the operating member. The sliding of the operating member along the fixing base is capable of driving the engaging member to be switched between a locking position and an unlocking position.