Abstract: Disclosed are a method and device for sealing insulated glass blanks, wherein the insulated glass blank is moved substantially continuously through a sealing station. When sections of the edge joint of the insulated glass blank that are oriented transverse or oblique to the conveying direction are filled with sealing mass exiting from a filling nozzle, the filling nozzle is likewise moved in the conveying direction. When sealing mass is introduced from the filling nozzle into sections of the insulated glass blank that are parallel to the conveying direction, the filling nozzle is not moved in the conveying direction or is moved in the conveying direction at a velocity V2 deviating from the velocity V1 at which the insulated glass blank is moved.

Abstract: A control panel for medium voltage or high voltage has a circuit breaker housing and a cable connector housing which can be connected in a current conducting manner via an external plug-in connection.

Abstract: A control panel for medium voltage or high voltage has a circuit breaker housing and a cable connector housing which can be connected in a current conducting manner via an external plug-in connection.

Abstract: Described is a distribution panel for electrical switchgear, in particular for medium-voltage distribution switchgear. The distribution panel is provided, in at least one embodiment, with at least one bus bar and at least one transfer rail, wherein the bus bar is connected via a circuit breaker to an outlet terminal and wherein the transfer rail is also connected to the outlet terminal. The circuit breaker, in at least one embodiment, is housed inside a circuit breaker housing and the transfer rail and the electrical connection from the transfer rail to the outlet terminal are arranged so as to bypass the circuit breaker housing.

Abstract: Described is a distribution panel for electrical switchgear, in particular for medium-voltage distribution switchgear. The distribution panel is provided, in at least one embodiment, with at least one bus bar and at least one transfer rail, wherein the bus bar is connected via a circuit breaker to an outlet terminal and wherein the transfer rail is also connected to the outlet terminal. The circuit breaker, in at least one embodiment, is housed inside a circuit breaker housing and the transfer rail and the electrical connection from the transfer rail to the outlet terminal are arranged so as to bypass the circuit breaker housing.

Abstract: In a locking device for the fixation of a lid (1) on an opening (8) of a pressure container with at least two locking segments (5) displaceable at right angles to the axis of the opening 98), which segments (5) bear protrusions (6) and groove-like recesses along their circumference, which in the locked position cooperate with recesses (7) and protrusions along the brim of the opening (8), the displacement actuator (4) of the segments (5) is linked to the segments (5) and to at least one point of application that is on the lid (1) or on a member (3) connected to the lid (1). The segments (5) are arranged in the direction of the circumference of the lid (1) and are pivotably supported on the lid (1) by a swivel arm (16), separate from the displacement actuator (4), being interposed.

Abstract: In a locking device for the fixation of a lid (1) on an opening (8) of a pressure container with at least two locking segments (5) displaceable at right angles to the axis of the opening 98), which segments (5) bear protrusions (6) and groove-like recesses along their circumference, which in the locked position cooperate with recesses (7) and protrusions along the brim of the opening (8), the displacement actuator (4) of the segments (5) is linked to the segments (5) and to at least one point of application that is on the lid (1) or on a member (3) connected to the lid (1). The segments (5) are arranged in the direction of the circumference of the lid (1) and are pivotably supported on the lid (1) by a swivel arm (16), separate from the displacement actuator (4), being interposed.

Abstract: The jet exiting from jet nozzles is guided along a guide surface for a jet nozzle with one or more nozzle channels disposed next to each other and in parallel, where the hydraulic diameter of the nozzle channels is from about 1.5 to 4 millimeters. In order to limit sharply and without spray the jet exiting out of the jet nozzle crosswise to its axis on the sides and in order to maintain it of uniform width over a large part of its length, the guide surface is of concave shape, the nozzle channels merge without step into the cylindrical jacket surface, the axes of the nozzle channels and the guide surface include an angle of from 0.5 and 2.5 degrees, and the guide surface is provided with a tear-off provision with a cutting edge.

Abstract: A strand guide for a continuous casting plant includes rollers supporting and guiding the strand. Each roller has a cavity through which a coolant flows and which is connected with a coolant supply duct and a coolant discharge duct. The coolant discharge duct is aligned in duct-like manner with at least one tuyere or a set of tuyeres of an external cooling device. In order to combine the advantages of an external cooling device with the advantages of an internal cooling of the rollers, the external cooling device includes tuyeres or sets of tuyeres arranged between the rollers. Each tuyere or set of tuyeres is arranged adjacent the roller end that includes the coolant discharge duct. The jet direction of the tuyere or tuyeres of the set of tuyeres is directed opposite to the flow direction of the coolant through the roller.

Abstract: A motor wherein a stationary carrier supports one or more rotors each having a hollow cylindrical or endless belt-like buoyant member confining an annulus of separate inflatable and deflatable compartments for alternative admission of heated gaseous fluid and evacuation of spent fluid while the buoyant member is at least partially immersed in a supply of liquid. The inflated compartments push the buoyant member sideways and thus hold the buoyant member in a position of eccentricity with reference to the carrier and/or with reference to a hub, which is mounted on the carrier and receives torque from the buoyant member, so that the latter rotates due to its eccentric positioning and under the action of the lifting force.

Abstract: A journal bearing with two rows of symmetrically inclined rollers on opposite sides of a midplane includes a split cage whose two halves, meeting at that midplane, form crenelations engaging the rollers. The cage is guided along the inner surface of the outer bearing race which is provided with several peripherally spaced radial bores for the admission of lubricant, these bores opening onto a slightly wider inner peripheral groove formed by confronting annular recesses on the adjoining faces of the two cage halves. Burrs surrounding the inner ends of the bores register with the groove and do not interfere with the rotation of the cage.