Id Development Limited

Plum Products Holdings Pty Ltd

Tefal

Kids2, Inc.

Joseph Mazoyer

Philippe Bajard

David Woodman

Luke Denby

Casey Hopper Harris

Heather Tootell

Cheng-Fang Lee

Colleen Hattler

Wai Ki Leung

John Dave Derubes

Michael Dean Armbruster

A system, method and/or kit for assembling multiple different children's accessories using shared or modular components or parts to assembly multiple different accessory modalities or configurations. In example embodiments, the multiple different accessory modalities or configurations may include one or more of a gym or play mat, a play gym, an activity jumper, an activity center, a play table, and/or a playhouse.

Multi-modal children's accessory system and kit

A method for attaching a trampoline jumping mat to a trampoline frame using a clip comprising an aperture and the clip further comprising a hook for attaching the clip to the trampoline frame. The method also using an elastic connector comprising a first portion and a second portion, the first portion comprising a loop, and the method comprising the steps of: A clip for attaching a trampoline jumping mat to a trampoline frame, the clip comprising: a hook for attaching the clip to the trampoline frame. The clip further comprising an aperture which enables an elastic connector to be passed through the aperture and around both the hook and the frame; and the clip further comprising a fastener to which the elastic connector and/or a second elastic connector can be fastened.

Method and apparatus for attaching a trampoline mat to a trampoline frame

A trampoline having a frame and a jumping mat formed in a single piece from woven elasticated material. The trampoline has a flat base portion lower than the periphery of the jumping mat, and an integral side portion continuous with the base portion around the entire periphery thereof and extending to the periphery of the jumping mat. The jumping mat is connected to the frame by at least two biasing connectors to be supported under tension above ground or floor. The frame may include a first circumextending support coupled to the periphery of the jumping mat by at least one biasing connector to support the periphery of the jumping mat above the ground or floor. A circumextending safety enclosure net has first and second portions extending respectively above and below the level of the first circumextending support. the second portion extending to a second circumextending support forming part of the frame.

Trampoline

A vehicle for an infant having a vehicle body () having a front end () and a rear end (), a front steering unit () mounted on the front end () and including a steering column () on which a front wheel () and a handlebar () are mounted, a seat () mounted between the front end () and the rear end (), a first rear wheel () connected to the vehicle () body via a first wheel carrier () and a second rear wheel () connected to the vehicle body () via a second wheel carrier (), the first and the second wheel carriers () being rotatably mounted on the rear end () between a compact configuration and a deployed configuration, the first and the second wheel carriers () being movable between the two configurations independently of each other.

Vehicle for an infant

Balance bicycle

The invention relates to a children's vehicle having a vehicle body () on which are mounted a front wheel () and at least one rear wheel (), a steering sub-assembly () having a steering column () linked to the front wheel () and a handlebar (), a seat () configured to accommodate a child, a safety element () configured to surround at least a first area of the child's body when it is installed on the seat (), the handlebar () being removable between: a first configuration in which the handlebar () is remote from the safety element (), and a second configuration in which the handlebar () is close to the safety element () and surrounds a second area of the child's body.

Tricycle

Baby balance bike

The invention relates to a kick scooter including a deck assembly () and a handlebar assembly (); the handlebar assembly () includes a transversal handlebar () and a stand column (), one end of the stand column () being connected to the transversal handlebar () and the other end of the stand column () being provided with a connecting post (), an axial direction of the connecting post () forming an obtuse angle with an axial direction of the stand column (); a plug hole () is provided in the deck assembly () and cooperates with the connecting post () by insertion, an axial direction of the plug hole () forming a sharp angle with a direction of extension of the deck assembly (); when the connecting post () is located outside the plug hole (), the handlebar assembly () is separated from the deck assembly (); two locking slots () are provided at an insertion opening of the plug hole () and arranged respectively on two sides of the plug hole (); and the connecting post () is provided with a locking protrusion () that is located inside the locking slot () when the connecting post () is inserted into the plug hole ().

Kick scooter

Embodiments of the invention disclose a foldable kick scooter, including a frontally positioned assembly, a deck assembly, and a folding mechanism. The deck assembly includes a deck support, and the folding mechanism includes a button and a folding support with a steering tube and two supporting plates, the two supporting plates being positioned opposite each other and both fixed to the steering tube. A connecting end of the deck support is rotatably connected between the two supporting plates, on which a positioning slot is provided. The button is slidably connected to the connecting end, and there are two positioning pins on the button that cooperate in a positioning manner, respectively, with the positioning slots on the two supporting plates. The folding is achieved by the cooperation by rotation between the two supporting plates and the connecting end, the structure is simple and the structural strength is ensured. The positional fixing between the frontally positioned assembly and the deck assembly can be achieved by the cooperation between the positioning pins and the positioning slots. A user needs only to press the button to make the positioning pins move out of the positioning slots, thus enabling the frontally positioned assembly and the deck assembly to rotate relative to each other to perform the folding. The operation is simple and convenient.

Growing community of inventors

Lyons, France

Joseph Mazoyer