Abstract: Set of tickets in the form of a continuous strip (35, 85) of multilayer detachable tickets featuring, between two adjacent tickets (30 and 31, 80 and 81), cross precuts (32, 82) alternating with ticket linking bridges (33, 83), the transversal precuts being used to guide the separation of adjacent tickets when a pulling force is applied on one of the tickets. The cross precuts (32, 82) feature at their end longitudinal precuts (34, 84) that are perpendicular or oblique to cross precuts so that the linking bridges (33, 83) between two adjacent tickets play the role of hinges when the adjacent tickets are folded or are not in the same plane, thus preventing the outer layer from being subjected to more stresses than the inner layer.

Abstract: Set of tickets in the form of a continuous strip (35, 85) of multilayer detachable tickets featuring, between two adjacent tickets (30 and 31, 80 and 81), cross precuts (32, 82) alternating with ticket linking bridges (33, 83), the transversal precuts being used to guide the separation of adjacent tickets when a pulling force is applied on one of the tickets. The cross precuts (32, 82) feature at their end longitudinal precuts (34, 84) that are perpendicular or oblique to cross precuts so that the linking bridges (33, 83) between two adjacent tickets play the role of hinges when the adjacent tickets are folded or are not in the same plane, thus preventing the outer layer from being subjected to more stresses than the inner layer.

Abstract: A device for the customization and automatic dispensing of single smart contactless tickets provided with a device to check the reliability of tickets and a device to customize the tickets, and including a storage location for tickets in the form of a vertical stack. The dispensing device includes a suction cup (20) provided with apparatus to control its vacuum and supported by a movable arm (31) moving along a vertical path, the suction cup enabling the unstacking and removal of a ticket (13) from the storage location and carrying it until it rests on a drive system, and an external antenna (24) adapted to check the reliability of the ticket initially at the time of unstacking.

Abstract: The invention concerns a device for the customization and automatic dispensing of single smart contactless tickets provided with means to check the reliability of tickets and means to customize the tickets, and including a storage location for tickets in the form of a vertical stack. According to the main characteristic, the dispensing device includes a suction cup (20) provided with means to control its vacuum and supported by a movable arm (31) moving along a vertical path, the suction cup enabling the unstacking and removal of a ticket (13) from the storage location and carrying it until it rests on a drive system, and an external antenna (24) adapted to check the reliability of the ticket initially at the time of unstacking.

Abstract: Electronic control module for a detonator comprising a printed circuit board (1) equipped with components of the circuit, enclosed in a tubular casing (12) embedded in a blocking resin (15) of the board in the casing, wherein a shielding screen (3) is interposed between the board (1) and the tubular casing (12), which screen has an insulating face turned towards the casing (12) and a conductive face (6) turned towards the board, the conductive face being electrically connected to the earth wire of the printed circuit board (1).

Abstract: An electronic module for a detonator, the module comprising an electronic circuit (4, 5, 6) encapsulated in a mass of hardened resin (7) in which there terminates at least one inlet conductor (8) and from which there extend two outlet conductors forming a detonator ignitor line (9), the mass of resin (7) being received in a tubular housing (1) which extends beyond the mass of resin (7) adjacent to the ignitor line (9) to define a cavity (11), the outlet conductors of length greater than the depth of the cavity forming an ignitor line (9) short circuited outside the mass of resin inside the cavity (11), which cavity is provided with a removable end cap (12).

Abstract: An electronic module for a detonator, the module comprising an electronic circuit (4, 5, 6) encapsulated in a mass of hardened resin (7) in which there terminates at least one inlet conductor (8) and from which there extend two outlet conductors forming a detonator ignitor line (9), the mass of resin (7) being received in a tubular housing (1) which extends beyond the mass of resin (7) adjacent to the ignitor line (9) to define a cavity (11), the outlet conductors of length greater than the depth of the cavity forming an ignitor line (9) short circuited outside the mass of resin inside the cavity (11), which cavity is provided with a removable end cap (12).

Abstract: In a pneumatic conveyor for coins comprising a plurality of conduits leading from a plurality of payment points, a common conduit into which said plurality of conduits feed, a separator receiving coins from said common conduit and separating said coins from air, suction means for creating a suction in said common conduit and said plurality of conduits to convey coins to said separator, and a storage receptacle for receiving coins from said separator; the improvement comprising a sealing means for opening and closing concealing means disposed in each of said plurality of conduits for opening each of said plurality of conduits only when a coin enters one of said plurality of conduits and for closing the associated said one of said plurality of conduits after said coin has passed said sealing means, thereby to preserve said vacuum both in said plurality of conduits downstream of said sealing means and in said common conduits.