A soft-structured child carrier that includes a body panel having a bottom end attached to a bottom portion of the waistband, a first shoulder strap, a second shoulder strap, a first shoulder strap attachment panel attached to the interior side of the body panel away from the side edges of the body panel and a second shoulder strap attachment panel attached to the interior side of the body panel and away from the side edges of the body panel. The first shoulder strap attachment panel provides a first flap that is movable away from the interior surface of the body panel and includes a first lower attachment point for the first shoulder strap. The second shoulder strap attachment panel provides a second flap that is movable away from the interior surface of the body panel and includes a second lower attachment point for the second shoulder strap.

A baby carrier having a load distribution function according to the present invention may include: a band portion formed to be supported on a user's waist; a hip seat portion provided in front of the band portion and formed to seat a baby thereon; a back plate disposed behind the band portion and formed to be supported on an upper end of a user's hip; at least one moving member formed to vary a connection position of the band portion to the back plate; and a fastener unit formed to move the moving member to bring the back plate into close contact with a user's body or release a close contact state.

An anti-rollover structure, applicable to the cot body, includes a fixing element and a support element. The fixing element is adapted to be mounted on the outer bottom surface of the cot body. The support element is movably disposed at the fixing element and subjected to pressure from the cot body and thus protrudes from the cot body. The anti-rollover structure is structurally simple and easy to use. A carrying device and a baby carrier are further introduced. The carrying device and the baby carrier each have the anti-rollover structure.

An anti-rollover structure, applicable to the cot body, includes a fixing element and a support element. The fixing element is adapted to be mounted on the outer bottom surface of the cot body. The support element is movably disposed at the fixing element and subjected to pressure from the cot body and thus protrudes from the cot body. The anti-rollover structure is structurally simple and easy to use. A carrying device and a baby carrier are further introduced. The carrying device and the baby carrier each have the anti-rollover structure.

A child carrier with a carrying structure having a front portion and a rear portion. Between the front portion and the rear portion an accommodating space is defined between which a seating unit may be suspended. The seating unit forms a shell-like seat structure. At least one portion of the seat structure is cup-shaped. The seating unit also includes a height-adjustable seat middle portion. The seat middle portion is designed to support a child at a predetermined seat height. The seating unit also includes thigh support portions. The thigh support portions each provide a thigh support surface for a respective thigh of a child. The thigh support portions are coupled to the seat middle portion in such a way that an adjustment of the seat height simultaneously results in an adjustment of the thigh support surface.

An infant support apparatus. The apparatus comprising a waistband adjustably secured about a user's waist that includes a female snap buckle member, and a support member having an adjustable strap and a sling portion. The adjustable strap is detachably coupled to the female snap buckle member such that the adjustable strap is pulled over a shoulder of the user and the sling portion is allowed to hang down over the user's chest. The sling portion forms a loop wherein the user may place a portion of the user's forearm to support and retain the user's forearm in a substantially horizontal position.

An infant support apparatus. The apparatus comprising a waistband adjustably secured about a user's waist that includes a female snap buckle member, and a support member having an adjustable strap and a sling portion. The adjustable strap is detachably coupled to the female snap buckle member such that the adjustable strap is pulled over a shoulder of the user and the sling portion is allowed to hang down over the user's chest. The sling portion forms a loop wherein the user may place a portion of the user's forearm to support and retain the user's forearm in a substantially horizontal position.

A device for supporting and/or holding a young child or infant is described which includes a simplicity of function, having limited components for operation of the device. The device includes a unique form (unique overall shape and design). The device comprises a top, a bottom, an outer edge forming a periphery (with or without a lip at the outer edge), and an air or gas bladder contained between the top and the bottom, and bounded by at least a portion of the outer edge. The device comprises a plurality of internal seams, at least one for forming a first wing region on a first side of a centrally located body region of the device, and at least one for forming a second wing region on a second side of the centrally located body region. The device is not only lightweight, it is also collapsible, foldable, and portable, easy to assemble, easy to operate, easy to carry, is safe when assembled, and compact when collapsed, making it suitable for home use and/or designed for travel.

A device for supporting and/or holding a young child or infant is described which includes a simplicity of function, having limited components for operation of the device. The device includes a unique form (unique overall shape and design). The device comprises a top, a bottom, an outer edge forming a periphery (with or without a lip at the outer edge), and an air or gas bladder contained between the top and the bottom, and bounded by at least a portion of the outer edge. The device comprises a plurality of internal seams, at least one for forming a first wing region on a first side of a centrally located body region of the device, and at least one for forming a second wing region on a second side of the centrally located body region. The device is not only lightweight, it is also collapsible, foldable, and portable, easy to assemble, easy to operate, easy to carry, is safe when assembled, and compact when collapsed, making it suitable for home use and/or designed for travel.

A child restraint configured to be securable to and separable from a base installed in a vehicle, the child restraint comprising an illuminator positioned on an external portion of the child restraint, configured to operate in a first mode, illuminating a first region external to the child restraint wherein, in the event that the child restraint is not secured to the base, and the child restraint is moved, the illuminator will be activated in its first mode, illuminating the first region external to the child restraint for the purpose of aiding securement to the base, and wherein in the event that the child restraint is secured to the base, the first mode will be deactivated.