mhurhangee/ep-ind-claims huggingface dataset:
A vehicle display arrangement comprising a display for displaying information to a vehicle operator, one or more sensors for monitoring a vehicle operator head position, communication means arranged to communicate input signals indicative of the vehicle operator head position to a processing unit, arranged to interpret the input signals and, based on the interpretation of the input signals, communicate output signals to a control unit via the communication means, characterized in that the control unit being arranged to automatically initiate a dimension change of graphical display objects and a change of the relation between the graphical display objects following a monitored predefined change of the vehicle operator head position in a first direction, wherein the graphical display objects are arranged as sidewalls on a cube, wherein previously displayed as partly hidden graphical display objects indicative of at least one of a vehicle condition and a vehicle environment condition are arranged to be displayed as visible in a first predefined manner such that a visible part of the graphical display objects previously displayed as partly hidden graphical display objects has increased in comparison to the partly hidden configuration, wherein the dimension change of graphical objects and the change of the relation between the graphical display objects comprises exaggerated turning of the cube, in comparison with the change of head movements, a vehicle operator will see more of one of the graphical display objects than he would have done if observing a physical cube.
Icebreaker for a vessel, where the icebreaker is connectable to a bow of the vessel for breaking up solid ice floating on a water surface, the icebreaker comprises a first connecting part for connection to a bow of the vessel, a centre part sliding and abutting a first side of the ice and two or more side parts sliding on an opposite part of the ice, the centre part and the side parts extend in parallel forward and works against each other when breaking the ice to prevent the ice from lifting, a lower edge of the side parts, being in contact with the ice, is narrow and sharp to initiate breaking lines in the ice, and one or more of the side parts comprises a downward extending rear ice knife to further break up the ice, the centre part comprises a forward protruding cam structure to break the ice between the side parts, the forward protruding cam structure of the centre part, which is in contact with the solid ice, comprises an inclined and sharp edge for initiating breaking lines in the ice, and the centre part, which has a foot like shape, is connected to a downward extending leg from the connecting part, and the centre part is shaped with side faces inclining up toward the leg, wherein the forward protruding cam structure extends towards the toe of the foot and constitutes the part of the foot facing upward. the icebreaker comprises a first connecting part for connection to a bow of the vessel, a centre part sliding and abutting a first side of the ice and two or more side parts sliding on an opposite part of the ice, the centre part and the side parts extend in parallel forward and works against each other when breaking the ice to prevent the ice from lifting, a lower edge of the side parts, being in contact with the ice, is narrow and sharp to initiate breaking lines in the ice, and one or more of the side parts comprises a downward extending rear ice knife to further break up the ice, the centre part comprises a forward protruding cam structure to break the ice between the side parts, the forward protruding cam structure of the centre part, which is in contact with the solid ice, comprises an inclined and sharp edge for initiating breaking lines in the ice, and the centre part, which has a foot like shape, is connected to a downward extending leg from the connecting part, and the centre part is shaped with side faces inclining up toward the leg, wherein the forward protruding cam structure extends towards the toe of the foot and constitutes the part of the foot facing upward.
An armature comprising: a core having m teeth (T1∼T6), m being an even number, radially formed with a rotation axis as a center; and a plurality of coils (C1∼C3, C1'∼C3') where each coil is wound around each set of teeth containing at least two teeth, wherein the plurality of coils (C1∼C3, C1'∼C3') are such that the plurality of coils (C1∼C3, C1'∼C3') have a pair of coils (C1∼C3, C1'∼C3') and are so arranged as to be line-symmetrical with respect to a line passing through centers of the pair of coils (C1∼C3, C1'∼C3'), characterised in that the armature comprises a commutator having m/2 segments and in that the plurality of coils are such that two coils (C1 and C3', C2 and C2', C3 and C1') are connected in parallel with each other in between a pair of segments (122b and 122c, 122a and 122b, 122c and 122a). a core having m teeth (T1∼T6), m being an even number, radially formed with a rotation axis as a center; and a plurality of coils (C1∼C3, C1'∼C3') where each coil is wound around each set of teeth containing at least two teeth, wherein the plurality of coils (C1∼C3, C1'∼C3') are such that the plurality of coils (C1∼C3, C1'∼C3') have a pair of coils (C1∼C3, C1'∼C3') and are so arranged as to be line-symmetrical with respect to a line passing through centers of the pair of coils (C1∼C3, C1'∼C3'), characterised in that the armature comprises a commutator having m/2 segments and in that the plurality of coils are such that two coils (C1 and C3', C2 and C2', C3 and C1') are connected in parallel with each other in between a pair of segments (122b and 122c, 122a and 122b, 122c and 122a).
Method for machining work wheels (6,16) with the following steps: - Gripping of a work wheel and clamping of the work wheel on a first workpiece spindle; - Toothing of the non-toothed work wheel by means of a gear skiving tool driven in rotation by a first tool spindle in the gear skiving process; and - The production of slope surfaces on the end faces of the teeth of the gearwheel as well as undercuts and detent grooves on the tooth flanks of the teeth of the work wheel with a tool driven in rotation by a second tool spindle, characterised in that the tool has at least one slope cutting edge (25', 26'), at least one undercut cutting edge arranged axially offset to the at least one slope cutting edge (25', 26') and at least one detent groove cutting edge arrangement (29', 29") arranged axially offset to the slope cutting edges (25', 26') and the undercut cutting edge; - whereby at least all the left-hand slopes and subsequently all the right-hand slope are produced in succession with the at least one slope cutting edge (25', 26'), the undercut are produced with the undercut cutting edge and the detent grooves are produced with the detent groove cutting edge arrangement. - Gripping of a work wheel and clamping of the work wheel on a first workpiece spindle; - Toothing of the non-toothed work wheel by means of a gear skiving tool driven in rotation by a first tool spindle in the gear skiving process; and - The production of slope surfaces on the end faces of the teeth of the gearwheel as well as undercuts and detent grooves on the tooth flanks of the teeth of the work wheel with a tool driven in rotation by a second tool spindle, characterised in that the tool has at least one slope cutting edge (25', 26'), at least one undercut cutting edge arranged axially offset to the at least one slope cutting edge (25', 26') and at least one detent groove cutting edge arrangement (29', 29") arranged axially offset to the slope cutting edges (25', 26') and the undercut cutting edge; - whereby at least all the left-hand slopes and subsequently all the right-hand slope are produced in succession with the at least one slope cutting edge (25', 26'), the undercut are produced with the undercut cutting edge and the detent grooves are produced with the detent groove cutting edge arrangement.
A method for lyophilizing a composition comprising lyophilizing a composition comprised in a vial, said vial being comprised in a plurality of vials housed by a device, wherein said vial comprising said composition to be lyophilized is not in direct contact with the shelf of a lyophilization device, the method being characterized in that primary drying is carried out at shelf temperatures from about +20°C to about +60°C.
An apparatus for making a beverage and delivering it into a vessel below the apparatus, which apparatus comprises: a hollow cylinder for containing hot water for making the beverage, said cylinder having an inner wall and extending along an axis from an open upper end to an open lower end of the cylinder; a perforated closure releasably securable to the cylinder to hold solid material for brewing the beverage at said lower end; and a cap carrying a plunger configured and arranged for sealing engagement with the inner wall of the cylinder, said cap being rotatable on said cylinder about said axis and is connected to the cylinder by a helical formation, such that rotation of the cap on the cylinder drives the plunger towards the lower end of the cylinder to press the hot water through the perforated closure and the solid material held thereon and thence into said vessel characterised in that when considered with regard to said axis, one of a radially outer surface of the hollow cylinder and the radially inner surface of said cap comprises at least one helical channel (102e, 102f, 102g) and the other of said radially outer surface of said cylinder and said radially inner surface of said cap comprises at least one respective projection to be received in said channel, said projection and channel together comprising said helical formation. a hollow cylinder for containing hot water for making the beverage, said cylinder having an inner wall and extending along an axis from an open upper end to an open lower end of the cylinder; a perforated closure releasably securable to the cylinder to hold solid material for brewing the beverage at said lower end; and a cap carrying a plunger configured and arranged for sealing engagement with the inner wall of the cylinder, said cap being rotatable on said cylinder about said axis and is connected to the cylinder by a helical formation, such that rotation of the cap on the cylinder drives the plunger towards the lower end of the cylinder to press the hot water through the perforated closure and the solid material held thereon and thence into said vessel characterised in that when considered with regard to said axis, one of a radially outer surface of the hollow cylinder and the radially inner surface of said cap comprises at least one helical channel (102e, 102f, 102g) and the other of said radially outer surface of said cylinder and said radially inner surface of said cap comprises at least one respective projection to be received in said channel, said projection and channel together comprising said helical formation.
A vacuum cleaner of the cylinder type comprising a separating apparatus for separating dirt from a dirt-bearing fluid flow, a substantially spherical floor engaging rolling assembly comprising a fluid inlet for receiving a fluid flow and suction means (200, 204) for acting on the fluid flow received through the inlet, a chassis connected to the rolling assembly, and a steering mechanism connected to the chassis for steering the cleaning appliance, the separating apparatus being located outside the rolling assembly.
A method of packet transmission over IP networks, the method comprising: transmitting a plurality of input IP media broadcast streams (42; 62), each input stream (42; 62) consisting of a sequence of IP media packets of broadcast data with each IP media packet including header information containing source information identifying the source of the IP media packet and packet ordering data and each input stream (42; 62) representing the same one or more media broadcasts and being transmitted on separate network paths; receiving the plurality of input IP media broadcast streams (42, 62); buffering each IP media packet from the plurality of IP media broadcast streams in a first buffer with respect to its source information and its packet ordering data; and outputting an output media broadcast stream using the buffered IP media packets, the method characterized by, where a duplicate IP media packet is received which has identical broadcast data to an IP media packet previously buffered, the previously buffered IP media packet is overwritten by the duplicate IP media packet without comparison of the header information of the duplicate IP media packet with the header information of the previously buffered IP media packet, where the source information and packet ordering data of the duplicate IP media packet are identical to those of the previously buffered IP media packet. transmitting a plurality of input IP media broadcast streams (42; 62), each input stream (42; 62) consisting of a sequence of IP media packets of broadcast data with each IP media packet including header information containing source information identifying the source of the IP media packet and packet ordering data and each input stream (42; 62) representing the same one or more media broadcasts and being transmitted on separate network paths; receiving the plurality of input IP media broadcast streams (42, 62); buffering each IP media packet from the plurality of IP media broadcast streams in a first buffer with respect to its source information and its packet ordering data; and outputting an output media broadcast stream using the buffered IP media packets, the method characterized by, where a duplicate IP media packet is received which has identical broadcast data to an IP media packet previously buffered, the previously buffered IP media packet is overwritten by the duplicate IP media packet without comparison of the header information of the duplicate IP media packet with the header information of the previously buffered IP media packet, where the source information and packet ordering data of the duplicate IP media packet are identical to those of the previously buffered IP media packet.
A compact sewage treatment system, comprising - a restroom comprising a water closet; - a tank located below the water closet; - a pipe providing fluid communication from the water closet to the interior of the tank; - an evaporation basin located at a level below the bottom of the tank; wherein the pipe is feeding liquid comprising sewage and water from the water closet to a perforated container located inside the tank, wherein the perforated container is resting on a bottom surface of the tank, and shredded bark is arranged inside the tank with the exception of an empty space defined by the perforated container inside the tank, wherein the shredded bark is floating on top of liquid assembling at the bottom of the tank, wherein the liquid assembling at the bottom of the tank constitutes a biological active swamp; and an outlet pipe is arranged at a bottom side of the tank at a level above the bottom of the tank defining a top level surface of the swamp; wherein liquid is streaming from the swamp via the piping to an evaporation basin located at a level below the level of the bottom of the tank. - a restroom comprising a water closet; - a tank located below the water closet; - a pipe providing fluid communication from the water closet to the interior of the tank; - an evaporation basin located at a level below the bottom of the tank; wherein
A method of increasing a heat transfer of a cooling fluid passing through a component of a gas turbine engine, comprising: directing a cooling fluid between an interior surface of an internal cooling cavity of the component and an exterior surface of a baffle insert located in the internal cooling cavity; and creating a plurality of vortices in the cooling fluid as it passes between the exterior surface of the baffle insert and the interior surface of the internal cooling cavity; characterised in that the internal cooling cavity is elliptical in shape and/or the exterior surface of the baffle insert is elliptical in shape. directing a cooling fluid between an interior surface of an internal cooling cavity of the component and an exterior surface of a baffle insert located in the internal cooling cavity; and creating a plurality of vortices in the cooling fluid as it passes between the exterior surface of the baffle insert and the interior surface of the internal cooling cavity; characterised in that the internal cooling cavity is elliptical in shape and/or the exterior surface of the baffle insert is elliptical in shape.
A method of sorting baggage at an airport, which method comprises acquiring a plurality of digital images of a piece of baggage that are taken from different viewpoints, which piece of baggage carries an unambiguous identification label bearing textual information about a flight, the method further comprising video coding and being characterized in that, in the video coding, a computer unit automatically detects the presence of characteristic elements (220, 222, 224, 226) of the unambiguous identification label in the digital images of the piece of baggage, computes a score for each of the digital images on the basis of a count of the characteristic elements detected in each image, ranks the digital images as a function of their respective scores, and displays said images on a screen as a function of said ranking.
Method for producing a green body, which is built up from a first matrix material and first hard material particles, for a machining segment (11A, 11B; 21A, 21B; 31; 37; 41), which is connected by an underside to a basic body (12A, 12B; 22A, 22B; 32; 38) of a machining tool (10A, 10B; 20A, 20B; 30; 36) and which has on an upper side of the machining segment opposite from the underside a projection (T 1) with respect to the first matrix material, wherein the first hard material particles are placed on an upper side opposite from the underside according to a defined particle pattern in the first matrix material, characterized in that the first hard material particles are placed in depressions of a lower punch and the first matrix material is applied to the first hard material particles, wherein the depressions in the pressing surface of the lower punch have an arrangement which corresponds to the defined particle pattern of the first hard material particles.
An antifouling coating composition containing a copolymer A and an antifouling agent, wherein: the copolymer A is a copolymer of a monomer (a) and an ethylenically unsaturated monomer (b) other than the monomer (a); the monomer (a) is constituted of a monomer and a monomer; the monomer is represented by general formula; the monomer is represented by general formula; a content of the monomer in the monomer (a) is 50 to 80 mass%; in general formula, R 1 represents a hydrogen atom or a methyl group, R 2 represents a hydrogen atom, a methyl group, or a phenyl group, and R 3 represents an alkyl group which may be substituted with an alkoxy group having 1 to 8 carbon atoms or a phenyl group, or a phenyl group, the alkyl group having 1 to 8 carbon atoms; and in general formula, R 4 represents a hydrogen atom or a methyl group, R 5 represents a hydrogen atom, a methyl group, or a phenyl group, R 6 represents an alkyl group which may be substituted with an alkoxy group having 1 to 8 carbon atoms or a phenyl group, or a phenyl group, the alkyl group having 1 to 8 carbon atoms, and n represents an integer of 2 to 10. the copolymer A is a copolymer of a monomer (a) and an ethylenically unsaturated monomer (b) other than the monomer (a); the monomer (a) is constituted of a monomer and a monomer; the monomer is represented by general formula; the monomer is represented by general formula; a content of the monomer in the monomer (a) is 50 to 80 mass%; in general formula, R 1 represents a hydrogen atom or a methyl group, R 2 represents a hydrogen atom, a methyl group, or a phenyl group, and R 3 represents an alkyl group which may be substituted with an alkoxy group having 1 to 8 carbon atoms or a phenyl group, or a phenyl group, the alkyl group having 1 to 8 carbon atoms; and in general formula, R 4 represents a hydrogen atom or a methyl group, R 5 represents a hydrogen atom, a methyl group, or a phenyl group, R 6 represents an alkyl group which may be substituted with an alkoxy group having 1 to 8 carbon atoms or a phenyl group, or a phenyl group, the alkyl group having 1 to 8 carbon atoms, and n represents an integer of 2 to 10.
A method for planning a trajectory of a motorised scanning head mounted on a coordinate positioning apparatus arranged to scan a surface profile in accordance with parameters, the mounted scanning head having a device (28,29) mounted thereon, wherein the coordinate positioning apparatus is operable to produce relative movement between the mounted scanning head and a surface of the coordinate positioning apparatus along a trajectory and wherein the mounted scanning head includes a drive (M1,M2) for producing rotational movement about two or more axes (A1, A2), the method comprising the steps of: determining whether for a given trajectory (32,38), a longitudinal axis of the device (28,29) will become parallel or substantially parallel to a rotational axis (A1,A2) of the mounted scanning head; and if so, adjusting the parameters such that said longitudinal axis of the device (28,29) will not become parallel or substantially parallel to a rotational axis (A1,A2) of the mounted scanning head. determining whether for a given trajectory (32,38), a longitudinal axis of the device (28,29) will become parallel or substantially parallel to a rotational axis (A1,A2) of the mounted scanning head; and if so, adjusting the parameters such that said longitudinal axis of the device (28,29) will not become parallel or substantially parallel to a rotational axis (A1,A2) of the mounted scanning head.