Abstract: Construction equipment includes a framework and at least one electric actuator for moving at least one element of the framework. The actuator includes a ball or roller screw system comprising a threaded rod and a nut forming a helical connection with the threaded rod, an electric motor for driving the rod in rotation around a longitudinal axis, thereby forcing the nut to move axially along the rod; a carriage which is axially connected with the nut, and axial guide means for guiding the movement of the carriage, wherein the guide means are fixed to the framework, at least one support element that connects, directly or indirectly, threaded rod to framework, wherein said support element is designed so that threaded rod can tilt, to some extent, relative to framework around any axis perpendicular to rod longitudinal axis.

Abstract: A planetary gearset including a gear arrangement including a centrally arranged sun gear rotationally fixable to a drive shaft, a set of planet gears distributed circumferentially around the sun gear, a ring gear member extending circumferentially around the planet gears, a ring gear, planet gear shafts arranged centrally in a corresponding planet gear, planet gear bearings arranged between a corresponding planet gear shaft and planet gear, wherein each planet gear shaft includes a planet gear shaft channel with an inlet opening and an outlet opening, a planet carrier connected to the set of planet gears via the planet gear shafts, wherein each planet gear shaft extends in an axial direction from the planet gear through the planet carrier and includes a protruding portion that protrudes out from the planet carrier and includes the inlet opening.

Abstract: A planetary gearset including a gear arrangement including a centrally arranged sun gear rotationally fixable to a drive shaft, a set of planet gears distributed circumferentially around the sun gear, a ring gear member extending circumferentially around the planet gears, a ring gear, planet gear shafts arranged centrally in a corresponding planet gear, planet gear bearings arranged between a corresponding planet gear shaft and planet gear, wherein each planet gear shaft includes a planet gear shaft channel with an inlet opening and an outlet opening, a planet carrier connected to the set of planet gears via the planet gear shafts, wherein each planet gear shaft extends in an axial direction from the planet gear through the planet carrier and includes a protruding portion that protrudes out from the planet carrier and includes the inlet opening.

Abstract: A turret mooring and riser hang-off arrangement, for transferring petroleum products from an off-shore or subsea facility to a vessel, including a turret arranged in a cavity of the vessel. The turret is held firmly in axial and radial directions within the cavity, but is rotatable relative to the vessel. The turret is adapted to be moored to the seabed. A riser assembly extends through a bore in the turret to an upper surface of the vessel. The bore of the turret is a monobore and the riser assembly is rotationally coupled to the turret but is free to move axially relative to the turret. The riser assembly is axially supported by the vessel.

Abstract: A network server creates a database storing a list of end-user devices associated with a user, object types that can be handled by the respective end-user devices, and actions that can be performed by the respective end-user devices for handling objects of the respective object types. One of the end-user devices detects that it is unable to handle an object and makes a request to the network server that a different, unspecified device handle the object instead. The network server, having received the request that an unspecified device handle the object, selects a device associated with the user to handle the object based on the database, and invokes that device.

Abstract: A turret mooring and riser hang-off arrangement, for transferring petroleum products from an off-shore or subsea facility to a vessel (V), comprising a turret (1) arranged in a cavity of the vessel. Said turret (1) is held firmly in axial and radial directions within the cavity, but is rotatable relative to the vessel (V). Said turret is adapted to be moored to the seabed. A riser assembly (5a) extend through a bore in said turret (1) to an upper surface (7) of the vessel (V). Said bore of said turret (1) is a monobore and said riser assembly (5a) is rotationally coupled to said turret (1) but is free to move axially relative to said turret (1). Said riser assembly is axially supported by the vessel (V).

Abstract: A network server creates a database storing a list of end-user devices associated with a user, object types that can be handled by the respective end-user devices, and actions that can be performed by the respective end-user devices for handling objects of the respective object types. One of the end-user devices detects that it is unable to handle an object and makes a request to the network server that a different, unspecified device handle the object instead. The network server, having received the request that an unspecified device handle the object, selects a device associated with the user to handle the object based on the database, and invokes that device.