Abstract: A user device has a plurality of modules which support an application such as gaming application. The user device has a stream processing module which is able to stream process events which are generated, for example when the application is run. The events which are generated by the modules are passed to an event module which distributes the events to other of the modules.

Abstract: A user device has a plurality of modules which support an application such as gaming application. The user device has a stream processing module which is able to stream process events which are generated, for example when the application is run. The events which are generated by the modules are passed to an event module which distributes the events to other of the modules.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A user device has a plurality of modules which support an application such as gaming application. The user device has a stream processing module which is able to stream process events which are generated, for example when the application is run. The events which are generated by the modules are passed to an event module which distributes the events to other of the modules.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A frame configuration (I; II; III) for a vehicle (1) includes a forward part (10; 210) and a rear part (30; 130, 160; 230), the forward and rear parts are united by a first connection part (50; 150; 250) arranged between the forward and rear parts (10; 210, 30; 130, 160; 230) including a forward interface (G1) for connection with the forward part and a rear interface (G2) for connection with the rear part. Also a vehicle with the frame configuration is disclosed.

Abstract: A user device supports a computer implemented game. An input from a user is received. This input requests a purchase of an in-game item. When this input is received, a determination is made as to whether the user device is on-line or not. If the user device is off-line, it is determined if the in-game item can be purchased in dependence on a locally available in-game currency budget. If so, the requested in-game item is provided in the computer implemented game.

Abstract: A frame configuration (I; II; III) for a vehicle (1) includes a forward part (10; 210) and a rear part (30; 130, 160; 230), the forward and rear parts are united by a first connection part (50; 150; 250) arranged between the forward and rear parts (10; 210, 30; 130, 160; 230) including a forward interface (G1) for connection with the forward part and a rear interface (G2) for connection with the rear part. Also a vehicle with the frame configuration is disclosed.

Abstract: A transport device including a driving part with at least one driving device for moving the driving part in a number of directions on a surface. Also present is a carrying part which is arranged above the driving part and intended to carry a load. The driving part and the carrying part are movable in relation to one another in a number of directions essentially parallel to the surface. A measuring device is arranged for measuring a positional difference between the driving part and the carrying part. The driving device is adapted to drive in directions which depend on the positional difference between the driving part and the carrying part. In this way, a transport device of which the movement can be controlled in a natural and exact way is produced.

Abstract: An apparatus for manufacturing an extruded plastic product, the apparatus including at least one rotor and at least one stator defining a clearance having a feed gap between them, the rotor and stator collectively including a groove for moving material to be extruded from a feed zone of the apparatus to a shear zone of the apparatus upon rotation of the rotor and a countergroove for facilitating the extrusion of the material, the groove and countergroove being disposed on opposite sides of the feed gap, the countergroove having a thread that is opposite in direction to a thread of the groove, the groove having a cross-section that is substantially unchanging, the countergroove being disposed substantially along an entire length of the shear zone, the groove, countergroove and clearance forming a processing cavity having a volume that is the volumes of grooves, countergrooves and the clearance, the processing cavity having a cross-sectional area that decreases continuously along at least a part of an axis of t

Abstract: The present invention relates to apparatus for extruding mouldings from cross-linkable polymer material. The apparatus includes a first part to which the polymer material is delivered from a material container, and a second part which forms a moulding tool for moulding and cross-linking said article. The first part of the apparatus includes a feed zone (2) that has an inlet (8), a generally tubular outlet (7) and a rotatable feed screw (10) that functions to compress and feed the polymer material in a unmelted or solid state from said inlet (8) to said outlet (7), wherein the length of the feed screw (10) does not exceed the length of the feed zone (2).

Abstract: The invention relates to a method and an apparatus for manufacturing an extruded plastic product, the apparatus comprising at least one rotor (1) and at least one stator (2, 3) 4 with a feed gap (4) provided between them, a groove (7) being situated on the other side of the feed gap (4), the groove pressing the material to be extruded out of the apparatus when the rotor (1) is rotated. The cross section of the groove (7) remains substantially unchanged. At the opposite side of the feed gap (4) there is positioned a countergroove (8) in such a way that a processing cavity consisting of the grooves (7), the countergrooves (8) and the clearance between 6 them decreases at least partially continuously along 5 the axis of the extruder. The deformation energy of the material can thus be kept as small as possible due to the unchanging cross section of the groove (7), and the material stays in the groove (7) due to the placement of the flights (7a, 8a).

Abstract: A method for manufacturing an extrudable product including the steps of (a) providing an apparatus including an extruder having at least one rotor with first grooves, at least one stator with second grooves and a clearance between the rotor and the stator, the first grooves, second grooves and clearance forming a processing cavity having a volume that is equal to the volumes of the first grooves, the second grooves and the clearance, the processing cavity having a cross-sectional area that decreases continuously along at least a part of an axis of the extruder, the extruder further having a supply for feeding a material to be extruded into the processing cavity; b) feeding the material to be extruded in a powder, pellet or granuate form into the processing cavity through the supply and causing rotation of the rotor relative to the stator such that the material is forced to proceed along an x-axis in a shear zone of the extruder where the material is subjected to a shear which causes a fictional heat that melt

Abstract: An extrusion material is extruded through a tool and a fluoropolymer is between the extrusion material and a surface of the tool for reducing friction between the extrusion material and the surface of the tool. The surface of the tool is of a material with thermal conductivity greater than 30 W/mK.

Abstract: The invention relates to a process for heating polymer material, including irradiation of said polymer material with infrared radiation. In accordance with the process according to the invention the infrared radiation has wave lengths which substantially are not equal to the absorption peaks of the polymer material in respect of infrared radiation.