A baby walking aid system for training infants to walk. A chest harness is worn around the child's torso and two support straps are attached to the top of the harness. The support straps serve as handles to aid in the child's balance while walking. The harness is divided at the back with a fastener attached for securing the harness. The device may be used to support the child's balance while learning to walk or alternatively may be used to carry the child.

A dog collar-leash combination including a collar (1) and a leash (2) in a housing (20), which leash is made available by means of a rolling and unrolling mechanism (21). The leash (2) in the housing (20) can be unwound against a spring force. An outer end of the leash (2) has a grip (22). The collar (1) has first and second free ends (11, 12) and the housing (20) for the leash (2) is provided on the first end (11) and a loop (13), through which the leash (2) is fed, is provided on the second end (12).

A baby exerciser that facilitates parent-supported baby exercise by allowing the parent to maintain an upright posture throughout the baby exercise process. The baby exerciser has a baby seat harness with elements that support the crotch and torso of the baby in an upright position. The baby seat harness is suspended from thigh straps that attach to the thighs of a parent or adult. The baby exerciser is easily portable and can be used in private or public spaces to provide exercise and amusement to both adult and baby.

A baby exerciser that facilitates parent-supported baby exercise by allowing the parent to maintain an upright posture throughout the baby exercise process. The baby exerciser has a baby seat harness with elements that support the crotch and torso of the baby in an upright position. The baby seat harness is suspended from thigh straps that attach to the thighs of a parent or adult. The baby exerciser is easily portable and can be used in private or public spaces to provide exercise and amusement to both adult and baby.

An apparatus includes a support frame structure for supporting a walking aid. A seating device supports a toddler in a sitting or standing position. A tether implement secures the seating device to the support frame structure, wherein the frame members stabilize the apparatus on a supporting surface. A plurality of wheels disposed at a base of each of the plurality of frame members provides mobility on the supporting surface. L-shaped extensions are configured to extend each of the plurality of wheels further out than the support frame structure. A braking mechanism disposed on an underside of each L-shaped extension is configured to generally stop a movement of the apparatus or a rotation of the wheel when the wheel is no longer supported by the supporting surface. A handle implement disposed on the support frame structure is configured to be operable for steering the apparatus.

Techniques are disclosed to enable a mobility device for a child with gross motor disabilities. The mobility device has a curved base platform of substantially rigid material having a chest support end, with sides attached to the base platform protruding up to form a cavity in the base platform to support the child's body. It also has two wheels rotatably attached to the base platform, the wheels bearing a majority of the child's weight, the wheels positioned sufficiently behind the chest support end so that the device tilts upward when the child pushes down with its arms, thereby lifting up the chest support end so that the child may crawl with assistance of the mobility device. Furthermore, the device has straps for securing the child in the cavity at the surface of the base platform.

The present invention provides a safety harness for a user comprising a first panel arranged to be disposed against the user's chest. The harness further comprises two shoulder portions extending from the first panel and arranged to extend over the shoulders of the user. The harness further comprises a locating portion arranged to be disposed against the user's back. The harness further comprises an adjustment mechanism for adjusting the separation between the first panel and/or the shoulder portions and the locating portion in order to adjust the fit of the first panel and the two shoulder portions against the body of the user. The adjustment mechanism comprises at least one engagement feature. The harness further comprises a securement means located on said first panel. The securement means comprises at least one engagement feature for releasable engagement with the at least one engagement feature of the adjustment mechanism for maintaining the desired separation between the first panel and/or the shoulder portions and the locating portion.

A dog collar-leash combination including a collar (1) and a leash (2) in a housing (20), which leash is made available by means of a rolling and unrolling mechanism (21). The leash (2) in the housing (20) can be unwound against a spring force. An outer end of the leash (2) has a grip (22). The collar (1) has first and second free ends (11, 12) and the housing (20) for the leash (2) is provided on the first end (11) and a loop (13), through which the leash (2) is fed, is provided on the second end (12).

Learn-to-walk system includes a walker having a toddler retainer for retaining a toddler and a substrate support for supporting the toddler retainer on a substrate. The substrate support includes caster assemblies that enable the substrate support to move on the substrate. The toddler retainer rotates relative to the substrate support such that while the substrate support remains in a stationary position, the toddler retainer is rotatable. An elongate armature has a first end region coupled to the toddler retainer or substrate support in a manner to allow swiveling thereof relative to the armature such that the walker is movable into different positions relative to the armature. A second end region of the armature is coupled to an object, so that the substrate support is limited in its movement relative to the object by the armature. The toddler retainer may also be configured to secure to walking wings.

A infant walker system includes a frame with a first top rail; a second top rail; a first leg attached to the first top rail and configured to elevate the first top rail at a distance relative to a ground surface; and a second leg attached to the second top rail and configured to elevate the second top rail at a distance relative to the ground surface. The system also includes a harness secured to the first top rail and the second top rail, the harness being configured to secure an infant at a predetermined height relative to the ground surface; a first sliding joint slidingly engaged with the first top rail; a second sliding joint slidingly engaged with the second top rail; a first strap attached to the harness and to the first sliding joint; and a second strap attached to the harness and to the second sliding joint.