Abstract: A folding push chair for a child with memory of the angle of inclination of the seat. The folding push chair may have a push chair chassis including two front struts, two pushing arms adapted to slide along the two front struts such that the chassis is foldable between a folded position and a deployed position, and stops, cams, and a link. In addition, a hammock may be disposed on the chassis, the hammock having a first fixing element, the chassis having a second fixing element, the first and second fixing elements cooperating to attach the hammock to the chassis, wherein the first fixing element has a pin and a slide for adjusting an angle of inclination of the hammock such that the hammock is adjustable between at least two inclination positions with respect to the first fixing element independently of a position of the chassis.

Abstract: A child's push-chair for telescopic extendable cradle, and the corresponding cradle. The invention concerns a child's push-chair of a type consisting of an inclinable cradle mounted on a push-chair chassis, with the cradle consisting of a support element (22, 25) supporting a seat, the said support being formed of two parts, an upper part (25) and a lower part (22), where the said upper part 25) is able to slide in relation to the lower part (22) in such a manner that the maximum length of the said support element is able to vary between two extremes in order to allow the sitting angle of the seat to vary.

Abstract: In a compact folding child's stroller a front leg and a rear leg each carry at least one wheel. A push bar has a holding area at its upper end. An articulated X-shape rear chassis joins together the two rear legs. Each push bar can slide parallel to the respective front leg between a deployed position and a folded position. Each rear leg is articulated to the respective front leg. A connecting link connects the lower end of each push bar to the respective rear leg. An operating link is articulated to the connecting link and connected to a sliding piece which slides on each rear leg and to which is articulated the upper end of the X-shape rear chassis in order to cause folding of the X-shape chassis and movement towards each other of the two lateral chassis units when the stroller is folded up.

Abstract: A device for slow speed and lightweight vehicles, which includes a body fixed on an underframe of the vehicle, a support articulated on the body, and a spring elastically linking the body and the support, wherein the spring is a composite strip fixed at one of ends thereof, to the body, and directly bearing, at a free end thereof, on the wheel axle.

Abstract: Folding child's push chair which includes two lateral chassis units interconnected by at least one transverse bracing member and which can be deformed for the folding-up and unfolding of the push chair, each lateral chassis unit including a push bar integral with a handlebar, a front underframe and a rear underframe, the push bar being able to slide parallel to the front underframe via a sliding piece integral with the upper end of the front underframe, wherein two sleeves, each traversed freely by the push bar and the front underframe, are each integral with a support piece extending downwards and having a bearing for a hinge pin of the rear underframe, the rear underframe having an extension beyond the hinge pin, and wherein a connecting rod is articulated between the end of the extension of the rear underframe and a point next to the lower end of the push bar.

Abstract: Wheel-locking device, in particular for a pram, which includes at least one wheel unit (4) and a wheel-locking member capable of being displaced substantially parallel to the axle of the wheel and of coming into contact with the wheel rim in order to lock its rotational position, wherein the wheel unit (4) is linked to the frame of the pram by means of a vertical linking sleeve (12) and in that the locking member includes a movable finger (14a, 14b) actuated by a control shaft (15) which moves vertically inside the linking sleeve. A single action on the flexible rod 18 therefore simultaneously locks the two pivoting wheel units of the axle beam 3 in terms of rotation. In one embodiment, the same wheel units may be locked in a fixed direction by means of locking parts (32, 33) interacting with the notches (30) of the linking sleeve (12).

Abstract: The wheel braking device comprises a chassis mounted by a suspension on an axle common to a pair of wheels and a brake member operated by a brake pedal and adapted to brake the rotation of at least one wheel. The brake pedal is mounted for rotation with the axle. The suspension member is mounted near the wheel, about an eccentric fastened to the axle, and is provided with a brake member. The wheel is provided with a brake drum fastened to the wheel and adapted to cooperate by its periphery with the corresponding brake member when the axle is turned in a first direction through action on the brake pedal, thus bringing the brake member towards and into contact with the periphery of the brake drum. The same action is controlled simultaneously on the other wheel on the axle.

Abstract: A folding push-chair comprises two side chassis assemblies 6, each including a main support arm 8 linked to a front strut 9 and a rear strut 10. Each main support arm 8 lies parallel to the front strut 9 and cooperates therewith in a sliding manner, between an outward position when the push-chair is opened-out and a retracted position when collapsed, the rear strut 10 being coupled to the main support arm 8 and to the front strut 9 so that, during the relative sliding movement, the rear strut moves between a collapsed position in which it is closed against the main support arm and the front strut, and an opened-out position, in which it is in an active position, able to support the push-chair.

Abstract: The invention concerns improvements in light foldable push chairs.