Abstract: A flexible container has a container body with container walls that define a container interior. A container socket is connected to the container body and has a container opening through which the container interior is filled. Carrying loops are connected to the container body for lifting the container. The container socket has an initial retracted position in the container interior and is transferable from the initial retracted position into an upright filling position. The container socket is at least partially comprised of an elastically expandable material. The flexible container is filled by inserting into the container socket a filling tube, contacting with the filling tube the container socket in the initial retracted position, and transferring the container socket to the upright filling position and keeping the container socket secured on the filling tube in the upright filling position. The bulk material is introduced through the filling tube into the flexible container.

Abstract: An assembly for manufacturing a hose with a nozzle, which is connected with a hose via an annular outlet and preferably has a perforation inside the annular outlet, the hose having a mount on its end opposing the nozzle and the mount having a perforation. This makes it possible to also lead a cooling medium against the direction of the extrusion through the extruded hose.

Abstract: A flexible container has a container body with container walls that define a container interior. A container socket is connected to the container body and has a container opening through which the container interior is filled. Carrying loops are connected to the container body for lifting the container. The container socket has an initial retracted position in the container interior and is transferable from the initial retracted position into an upright filling position. The container socket is at least partially comprised of an elastically expandable material. The flexible container is filled by inserting into the container socket a filling tube, contacting with the filling tube the container socket in the initial retracted position, and transferring the container socket to the upright filling position and keeping the container socket secured on the filling tube in the upright filling position. The bulk material is introduced through the filling tube into the flexible container.

Abstract: In a method for robot-controlled cutting of workpieces to be joined by laser radiation, a first workpiece is arranged in vicinity of a second workpiece in a first position. A laser is focused onto the first workpiece. A contour of the first workpiece is cut with the laser beam; this contour is to be assembled and joined with the second workpiece. During cutting, a first spacing of a focal point of the laser beam from the second workpiece is repeatedly determined in a distance direction that is identically oriented during cutting and is adjusted to a direction of assembling the first and second workpieces. During cutting, a second spacing of a processing point of the laser beam from the second workpiece is maintained at a constant value.

Abstract: A method for monitoring a handling device (12) that is used to guide an energy source (14), wherein the energy source that applies energy to a work piece (16, 18) is moved at a speed V inside a protective cabinet (22). To allow the energy source to be moved relative to a work piece, without inadmissible temperature increases occurring, it is proposed that the speed of the energy source (14) moved inside the chamber be established as the current speed Vakt, that the current speed Vakt of the energy source (14) be compared with a minimum speed Vmin that is dependent upon the power being emitted by the energy source, and that if the current speed should fall below the minimum speed Vmin at least the energy source (14) shall be switched off immediately or following expiration of an allowable period of time below this minimum speed.

Abstract: A buckling arm robot for machining workpieces with laser radiation has at least a first axis, a second axis, a third axis, a fourth axis, and a fifth axis. A laser device is arranged in the second axis and configured to emit a laser beam. The laser beam emitted by the laser device is guided within the third, fourth, and fifth axes before striking a workpiece to be machined.

Abstract: The present invention relates to a monitoring and control device for monitoring a technical system having at least one portable and/or mobile and/or immobile device, and more specifically, a handling device that is a arranged in a protective device, and further including at least one preferably central or decentralized control unit and actuators connected thereto to carry out dangerous actions.

Abstract: A buckling arm robot for machining workpieces with laser radiation has at least a first axis, a second axis, a third axis, a fourth axis, and a fifth axis. A laser device is arranged in the second axis and configured to emit a laser beam. The laser beam emitted by the laser device is guided within the third, fourth, and fifth axes before striking a workpiece to be machined.

Abstract: A method for monitoring a handling device (12) that is used to guide an energy source (14), wherein the energy source that applies energy to a work piece (16, 18) is moved at a speed V inside a protective cabinet (22). To allow the energy source to be moved relative to a work piece, without inadmissible temperature increases occurring, it is proposed that the speed of the energy source (14) moved inside the chamber be established as the current speed Vakt, that the current speed Vakt of the energy source (14) be compared with a minimum speed Vmin that is dependent upon the power being emitted by the energy source, and that if the current speed should fall below the minimum speed Vmin at least the energy source (14) shall be switched off immediately or following expiration of an allowable period of time below this minimum speed.

Abstract: Apparatus for processing coins or similar disk-like objects having a coin hopper, a coin tray that transfers the coins individually to a counting and/or sorting section and an inclined conveyor disposed between the hopper and the tray in order to feed coins to the coin tray. The tilt of the conveyor causes larger foreign objects to slide down the conveyor in a direction opposite to the feed direction, and the conveyor may include a coin singularizing stripper near its delivery end. A chute extends between the delivery end of the conveyor and the coin tray and the chute is perforated in order to separate coins from smaller foreign objects.

Abstract: A multi-axle programmable manipulator is described which includes a corresponding multi-axle training arm for programming the manipulator. A support for the training arm is disclosed which allows the training arm to so be anchored to the manipulator that the first axle of the training arm extends constantly in the extension of the first axle of the manipulator. The displacement of the second axle of the training arm is mechanically compensated to be rotatable about the second axis of the manipulator.