Abstract: A collapsible chassis for strollers includes a base frame supporting at least one front post and at least one rear post with wheel assemblies. The base frame further supports at least one handle tube. An actuation element is supported by the base frame and is actuated by the user to move the chassis from the open condition to the closed condition. The actuation element is movable with respect to both the handle tube and the movable post and is connected by way of a first kinematic connection element to the movable post and by way of a second kinematic connection element to the handle tube. Actuating the actuation element causes the rotation of the movable post and handle tube. A third kinematic connection element is provided which includes an articulation element adapted to cause a motion of mutual approach in a transverse direction of the two rear posts.

Abstract: A collapsible chassis for strollers includes a base frame supporting at least one front post and at least one rear post with wheel assemblies. The base frame further support at least one handle tube. An actuation element is supported by the base frame and is actuated by the user to move the chassis from the open condition to the closed condition. The actuation element is movable with respect to both the handle tube and the movable post and is connected by way of a first kinematic connection element to the movable post and by way of a second kinematic connection element to the handle tube. Actuating the actuation element causes the rotation of the movable post and handle tube. A third kinematic connection element is provided which includes an articulation element adapted to cause a motion of mutual approach in a transverse direction of the two rear posts.

Abstract: A folding chassis (1) for push-chairs, baby carriages and the like, comprising—a lower frame (2), which has at least one front post (2a) and at least one rear post (2b), which are connected in a lower region to respective wheel assemblies (3a, 3b);—at least one upper post (4), which supports grip means (4a) and can move with a combined rotary and translational motion with respect to the lower frame (2) during the transition of the chassis from an extended open condition to a collapsed closed condition;—at least one interconnection linkage (5), which is articulated rotatably to the upper post (4) and to the rear post (2b) about a first articulation axis (101) and a second articulation axis (102);—means (7) for kinematic interconnection between the upper post (4) and the lower frame (2);—the interconnection linkage (5) and the kinematic interconnection means (7) being adapted to determine the relative motion between the front post or posts, the rear post or posts and the upper post or posts (4) during the trans

Abstract: A folding frame for strollers and prams, comprising a supporting framework which has two side members which are interconnected by an articulated structure, each side member having a rear upright (4b) and a front upright (4a) which are articulated to one another about an articulation assembly (4c) and are associated in a downward region respectively with a rear wheel assembly and a front wheel assembly, the side members having a respective handle tube (4e) which can move with a rotary and translational motion with respect to the respective front upright, the handle tubes being arranged laterally adjacent to the respective front upright.

Abstract: A high chair, comprising a supporting structure, which is provided with a supporting element associated to one post arranged along a first longitudinal direction substantially starting from an end portion of the supporting element to define at least three resting regions, the one post supporting a respective coupling element which supports a seat which forms a sitting surface, elements being provided for blocking the coupling elements with respect to the respective post in order to adjust the distance between the seat and the supporting element; the supporting element being articulated so that it can rotate, substantially at the end portion, to the post in order to pass from an extended condition, in which the supporting element is angularly spaced with respect to the respective post to a folded condition in which the supporting element is angularly closer to the respective post.

Abstract: A frame with telescopic closure particularly for pushchairs or the like, comprising two front posts and two rear posts that are connected in a downward region to respective wheels and are kinematically connected to each other, the frame being provided in an upward region with two handle posts that can move with respect to the front posts and the rear posts in order to pass from an extended active position to a retracted folding position, the frame further comprising two upper auxiliary posts, each of which is connected rigidly to a respective handle post and has at least one engagement portion for a corresponding lateral covering wing that is connected to a corresponding side of the back of a seat that is supported by the frame.

Abstract: A frame with telescopic closure particularly for pushchairs or the like, comprising two front posts and two rear posts that are connected in a downward region to respective wheels and are kinematically connected to each other, the frame being provided in an upward region with two handle posts that can move with respect to the front posts and the rear posts in order to pass from an extended active position to a retracted folding position, the frame further comprising two upper auxiliary posts, each of which is connected rigidly to a respective handle post and has at least one engagement portion for a corresponding lateral covering wing that is connected to a corresponding side of the back of a seat that is supported by the frame.

Abstract: An umbrella-type folding frame particularly for push-chairs having a pair of front upper and lower struts, a pair of rear struts, at least one lock-release mechanism between each upper strut and its respective lower strut, an articulated connection structure between said rear struts and a lifting handle, connected to the articulated structure, which is designed, upon being actuated, to cause the frame to set from an open or extended position to a closed or collapsed position and a driving device located on said frame at the said lifting handle for the remote control of said lock-release mechanism.