Abstract: A fire-fighting device includes an extinguishing device arranged on an end region of a cantilever arm and is adjustable in at least one spatial direction. A penetration fixture is adjustable relative to the extinguishing device and has a double-acting pressure cylinder subjectable to pressure by a pressure medium from a hydraulic system via at least one control valve. The cylinder has a tubular continuous piston rod having a penetration tool on a protruding end having a through-hole and a nozzle head. At another end, the piston rod is connected in line with a supply mechanism for an extinguishing medium. Pressure accumulator elements are in fluid communication with a pressure chamber of the pressure cylinder for extending the penetration tool and with a return line for the pressure medium from another pressure chamber for retracting the penetration tool.

Abstract: A fire-fighting device includes an extinguishing device arranged on an end region of a cantilever arm and is adjustable in at least one spatial direction. A penetration fixture is adjustable relative to the extinguishing device and has a double-acting pressure cylinder subjectable to pressure by a pressure medium from a hydraulic system via at least one control valve. The cylinder has a tubular continuous piston rod having a penetration tool on a protruding end having a through-hole and a nozzle head. At another end, the piston rod is connected in line with a supply mechanism for an extinguishing medium. Pressure accumulator elements are in fluid communication with a pressure chamber of the pressure cylinder for extending the penetration tool and with a return line for the pressure medium from another pressure chamber for retracting the penetration tool.

Abstract: A fire-fighting device includes an extinguishing device arranged on an end region of a cantilever arm and is adjustable in at least one spatial direction. A penetration fixture is adjustable relative to the extinguishing device and has a double-acting pressure cylinder subjectable to pressure by a pressure medium from a hydraulic system via at least one control valve. The cylinder has a tubular continuous piston rod having a penetration tool on a protruding end having a through-hole and a nozzle head. At another end, the piston rod is connected in line with a supply mechanism for an extinguishing medium. Pressure accumulator elements are in fluid communication with a pressure chamber of the pressure cylinder for extending the penetration tool and with a return line for the pressure medium from another pressure chamber for retracting the penetration tool.

Abstract: The invention relates to a lighting module (1) for an emergency service vehicle (24), comprising a profiled part (18), a first (3) and a second (5) lighting module, wherein the first lighting module (3) is arranged in a first accommodating area (2) of the profiled part (18) and illuminates a first spatial section (11). The second lighting module (5) is arranged in a second accommodating area (4) of the profiled part (18) and illuminates a second spatial section (12). The first lighting module (3) comprises a first lighting element (6) for emitting electromagnetic radiation and a transparent covering element (7), wherein furthermore the first lighting element (6) is formed by a semiconductor component and is arranged on a support structure (9). Furthermore, the second lighting module (5) comprises a second lighting element (8) made of a semiconductor component for emitting electromagnetic radiation.

Abstract: The invention relates to a roller shutter system for a motor vehicle body, in particular for a fire brigade vehicle, with a roller shutter armor (26) formed by slats (25) connected in an articulated manner to one another. Guide arrangements (27) extend on both sides of the roller shutter armor (26) between a floor virtually as far as a ceiling of a machine body. The roller shutter armor (26) is provided with an opening and locking device on an end slat facing the floor. The guide arrangement (27) is formed by a first guide profile (34) which is connected to the machine body and forms at least one guide track (51). A further guide profile (52) is detachably connected to the first guide profile (34). An end profile (65) which, by means of at least one elastic sealing lip (68), covers an end region of the slats (25), is arranged on the further guide profile (52).

Abstract: The invention relates to a lighting module (1) for an emergency service vehicle (24), comprising a profiled part (18), a first (3) and a second (5) lighting module, wherein the first lighting module (3) is arranged in a first accommodating area (2) of the profiled part (18) and illuminates a first spatial section (11). The second lighting module (5) is arranged in a second accommodating area (4) of the profiled part (18) and illuminates a second spatial section (12). The first lighting module (3) comprises a first lighting element (6) for emitting electromagnetic radiation and a transparent covering element (7), wherein furthermore the first lighting element (6) is formed by a semiconductor component and is arranged on a support structure (9). Furthermore, the second lighting module (5) comprises a second lighting element (8) made of a semiconductor component for emitting electromagnetic radiation.

Abstract: A truck, in particular a fire-fighting utility vehicle. The vehicle has a structure mounted on a chassis frame with a driver's cab pivotable about a horizontal axis extending transversely to the travel direction. A crew and/or equipment cab is also mounted on the chassis frame communicating with the driver's cab via a releasable connecting mechanism forming a passageway. Independently of the driver's cab and the crew and/or equipment cab, a utility structure is mounted on the chassis frame having built-in fixtures for storing tools and equipment and optionally having extinguisher units consisting of at least a tank, extinguisher pump, etc. and mounting devices are provided at entry and/or operating openings in transverse and/or longitudinal side walls of the structure.

Abstract: The invention describes a self-supporting box structure (3) for utility vehicles (1) particularly firefighting vehicles, for accommodating life-saving and/or firefighting devices and if necessary extinguishing substances and/or pumps for extinguishing substances, in a plurality of equipment boxes or compartments (27, 28) accessible from the outside through various door arrangements (34). The self-supporting box structure (3) has a horizontal support panel (12), which is formed in a plane perpendicular to a vehicle longitudinal axis (11) with a substantially U- or hat-like profiled cross-section. On this horizontal support panel (12) in the direction of the vehicle longitudinal axis (11) and at a spacing (13 to 15) from one another and perpendicular thereto there are arranged at least three transverse support elements (16 to 18), which project in the direction of a support surface (19) by a length (20) of the arms (21) of the U-shaped profiled cross-section of the horizontal support panel (12).

Abstract: An operations vehicle with a lighting device for a working area extending from a side panel, a roof, or both, at least in the direction opposite the operations vehicle. The lighting device is arranged in the transition region between the side panel and the roof of the operations vehicle. In the transition region at least between a side panel and the roof of an operations vehicle is arranged a dropside-like boundary element which is placed on the roof and projects beyond it in a more or less perpendicular direction. On the boundary element is arranged a light source, in particular a fluorescent tube, in a lining which in the direction of the side panel of the operations vehicle and if occasion arises in the direction pointing away from it comprises openings for passage of light, preferably sealed by a light-transmitting lining panel.

Abstract: A fire brigade truck for technical operations comprises at least one supply line, which is connected to an energy source and is adapted to be wound up on a reel accommodated in the body of the truck and comprises a fitting for coupling to a tool or other implement, a boom structure is provided on the truck and comprises a pole and a boom that is carried by said pole and disposed above the body of the truck and pivotally movable about a vertical axis and at its free end is provided with a depending arm, which carries a supply head adapted to be disposed on such a level that is can conveniently be reached by a person standing on the ground, the supply lines extend and are longitudinally movable from the associated reels to the pole and along the pole, boom, and arm as far as to the supply head, and the supply head comprises holders for detachably retaining the supply lines adjacent to the fittings, preferably at tools coupled to said fittings.