Abstract: A stroller accessory connects to a stroller to form a double stroller together and is unusable to transport a child when the accessory is disconnected from the stroller. It includes a frame, a connection mechanism reversibly connecting the accessory to the stroller while defining a tilting axis around which the front part of the accessory frame and the rear of the stroller frame tilt freely relative to one another, two pivoting wheels on a rear part of the frame, a pushing member on the frame rear, a control mechanism controlling a rolling blocking of the double stroller, on the frame front that cooperates mechanically with a rolling blocking system, in the stroller, controlling the blocking system, and an actuating member, on the frame rear to be activated by a user standing behind the double stroller, and which is coupled to the control mechanism so as to actuate the latter.

Abstract: A platform for a pushchair includes a frame with at least one wheel, and a device for reversibly connecting to the frame of a pushchair supported by the frame. The device can be attached between left and right uprights of the pushchair, belonging to left and right rear portions of the pushchair frame, parallel to and facing each other, with respective and second female housings. The device includes: first and second male elements moving relative to the frame between a connection position and a disconnection position; and a mechanism for activating the first and second male elements, this mechanism being suitable for: jointly moving, through the action of only one hand of a user, the first and second male elements from their connection position to their disconnection position; and automatically returning the first and second male elements from their disconnection position to their connection position.

Abstract: Pushchair which is moveable between an unfolded position and a folded position, comprising a structure with in particular two handle uprights (1, 1?), front legs (3, 3?), rear legs (5, 5?), seat supports (7, 7?), a backrest (2), and hinges (31-35, 41-47) for folding the pushchair flat. The pushchair also comprises a textile base (16), tensioners (18, 18?) for tensioning a front part (16a) of the textile base (16), a cover (19) with at least one main bow (20), and fixing elements (23, 23?) allowing each side of the main bow (20) to be fixed for example to a fixing point of the front part (16a) of the textile base (16) close to the tensioners. In the unfolded position, the backrest (2) is held against the seat supports (7, 7?) and can hold a child in the lying position facing the rear of the pushchair. In the unfolded position, the tensioners (18, 18?) are tensioned and allow deployment of the front part (16a) of the textile base (16) and the protective cover (19).

Abstract: Pushchair which is moveable between an unfolded position and a folded position, comprising a structure with in particular two handle uprights (1, 1?), front legs (3, 3?), rear legs (5, 5?), seat supports (7, 7?), a backrest (2), and hinges (31-35, 41-47) for folding the pushchair flat. The pushchair also comprises a textile base (16), tensioners (18, 18?) for tensioning a front part (16a) of the textile base (16), a cover (19) with at least one main bow (20), and fixing elements (23, 23?) allowing each side of the main bow (20) to be fixed for example to a fixing point of the front part (16a) of the textile base (16) close to the tensioners. In the unfolded position, the backrest (2) is held against the seat supports (7, 7?) and can hold a child in the lying position facing the rear of the pushchair. In the unfolded position, the tensioners (18, 18?) are tensioned and allow deployment of the front part (16a) of the textile base (16) and the protective cover (19).

Abstract: A brake system for a stroller including at least first and second rear legs, each fitted with a wheel, is disclosed. The brake system includes a first and a second blocking element, slidably mounted respectively on the first and the second legs, between a blocking position and a disengaged position. An operating element, moveable from a high to a low position is employed for displacing the first blocking element from its disengaged position to its blocking position, and conversely, moveable from its low position to its high position for displacing the first blocking element from its blocking position to its disengaged position. A rotating shaft and movement transmission organs cause the second blocking element to move to its blocking position when the first blocking element does the same, and also cause the second blocking element to move to its disengaged position when the first blocking element does the same.