Abstract: The invention relates to a method of securing shopping trolleys (10), for which a defined parking area (9) is provided, by a deposit and to a deposit system for such trolleys. The deposit (7) is introduced into a deposit device (30) which is arranged in the parking area (9) separately from the shopping trolleys (10), the deposit device (30) freeing a shopping trolley (10) for removal from the parking area (9) by means of a signalling arrangement (18). The signalling arrangement (18) here interacts with an inhibiting device (26) on the shopping trolley (10) for inhibiting the movement of the trolley by remote control, the signalling arrangement (18) communicating in a wireless and trolley-specific manner with signalling devices (22) on the shopping trolley (10) and the signalling arrangement (18) registering the return of a shopping trolley (10) in order for the deposit to be refunded.

Abstract: A stackable shopping cart (1) has a rolling frame (2), a basket (8), a pushing device (19), and a wall (10) that can be swiveled into the inside of the basket, through which wall the back (9) of the basket (8) can be closed, whereby two upwardly directed carriers (6) are positioned on the back end of the rolling frame (2), and the basket (8) is provided at its back (9) with support elements (13) that form a push-on connection with the carriers (6). The support elements (13) are formed by hollow receptacles (14) and the carriers (6) extend upwardly beyond the receptacles (14), and that the sections (7) of the carriers (6) located above the receptacles (14) are intended for the attachment of the pushing device (19).

Abstract: A stackable shopping cart (1) has a rolling frame (2), a basket (8), a pushing device (19), and a wall (10) that can be swiveled into the inside of the basket, through which wall the back (9) of the basket (8) can be closed, whereby two upwardly directed carriers (6) are positioned on the back end of the rolling frame (2), and the basket (8) is provided at its back (9) with support elements (13) that form a push-on connection with the carriers (6). The support elements (13) are formed by hollow receptacles (14) and the carriers (6) extend upwardly beyond the receptacles (14), and that the sections (7) of the carriers (6) located above the receptacles (14) are intended for the attachment of the pushing device (19).