mhurhangee/ep-ind-claims huggingface dataset:
A method of allowing a user to find friends gaming and of allowing the user to download, launch and/or join a friend's game, the method comprising the steps of: (a) receiving an indication via a graphical user interface to view a list of friends of the user then currently gaming, and launching a first single graphical user interface including a first set of menu items; (b) periodically loading, for storage in a local memory, information relating to the user's friends then currently gaming and the games the friends are then currently playing; (c) based on user selection of a menu item displaying, at the same time, on a second single graphical user interface on the display information from the local memory including a list of the user's friends then currently gaming, a list of the games the user's friends are playing and a separate graphical indicator for each of the user's friends in the list on the single graphical user interface, indicating for each friend whether the game the user's friend is playing is joinable; (d) receiving a selection of a game a friend is playing; (e) determining whether the game selected in said step (d) is local to the user's system; (f) downloading the game to the user's system if it is determined in said step (e) that the selected game is not local to the user's system; (g) determining whether the game selected in said step (d) is joinable; (h) launching (424, 426) the selected game; and (i) joining, through interaction with the second single graphical user interface displayed in said step (c), the selected game if it is determined in said step (g) that the selected game is joinable. (a) receiving an indication via a graphical user interface to view a list of friends of the user then currently gaming, and launching a first single graphical user interface including a first set of menu items; (b) periodically loading, for storage in a local memory, information relating to the user's friends then currently gaming and the games the friends are then currently playing; (c) based on user selection of a menu item displaying, at the same time, on a second single graphical user interface on the display information from the local memory including a list of the user's friends then currently gaming, a list of the games the user's friends are playing and a separate graphical indicator for each of the user's friends in the list on the single graphical user interface, indicating for each friend whether the game the user's friend is playing is joinable; (d) receiving a selection of a game a friend is playing; (e) determining whether the game selected in said step (d) is local to the user's system; (f) downloading the game to the user's system if it is determined in said step (e) that the selected game is not local to the user's system; (g) determining whether the game selected in said step (d) is joinable; (h) launching (424, 426) the selected game; and (i) joining, through interaction with the second single graphical user interface displayed in said step (c), the selected game if it is determined in said step (g) that the selected game is joinable.
A motor-driven two-wheeled vehicle having a chassis, a central unit, comprising a driving unit (4, 23) and a seat carrier, having a cockpit structure with a steering device (9, 19) and an operating unit and with in each case a wheel carrier (10, 11) at the rear and the front with a front wheel and a rear wheel guided on the wheel carriers (10, 11), characterized in that the wheel carriers (10, 11) have a ring-shaped wheel bearing rim, on which a torsion-elastic spring element (27, 28, 29, 30, 31) is disposed via a fastening flange (25, 26), wherein the wheel bearing rim bears the wheel (12, 13) in a rotatable manner via a rolling bearing by means of a corresponding ring-shaped wheel bearing rim fastened to the wheel rim, and the torsion-elastic spring element (27, 28, 29, 30, 31) is composed of an element housing (29, 30) connected to the fastening flange (25, 26), into which housing a torsion-elastic spring element (27, 28) formed to be substantially rod-shaped is introduced in a bracing manner.
An air filter unit that collects dust in an air flow comprising: a zigzag-shaped pleated filter medium including a fibrous filter medium folded along a first direction multiple times; a plurality of metal space-supporting members (14, 14a, 14b) bent in a wave-shaped manner and extending in the first direction, and inserted into each of spaces formed in the pleated filter medium by folding the fibrous filter medium for maintaining each of the spaces; a metal filter frame body surrounding a periphery of the pleated filter medium in which the space-supporting members (14, 14a, 14b) are inserted into the spaces, and supporting and fixing the pleated filter medium; and a fiber sealing material sealing a gap between the pleated filter medium and the filter frame body, by abutting on both end portions of the first direction in the pleated filter medium, the air filter unit being characterized in that linear expansion coefficients of the space-supporting members (14, 14a, 14b) are equal to or more than a linear expansion coefficient of the filter frame body, and the linear expansion coefficients of first space-supporting members provided in side portion regions including both side portions positioned at outermost sides of the pleated filter medium in a second direction perpendicular to the first direction are smaller than the linear expansion coefficient of a second space-supporting member provided in a central portion region sandwiched between the side portion regions, of the space-supporting members (14, 14a, 14b). a zigzag-shaped pleated filter medium including a fibrous filter medium folded along a first direction multiple times; a plurality of metal space-supporting members (14, 14a, 14b) bent in a wave-shaped manner and extending in the first direction, and inserted into each of spaces formed in the pleated filter medium by folding the fibrous filter medium for maintaining each of the spaces; a metal filter frame body surrounding a periphery of the pleated filter medium in which the space-supporting members (14, 14a, 14b) are inserted into the spaces, and supporting and fixing the pleated filter medium; and a fiber sealing material sealing a gap between the pleated filter medium and the filter frame body, by abutting on both end portions of the first direction in the pleated filter medium, the air filter unit being characterized in that linear expansion coefficients of the space-supporting members (14, 14a, 14b) are equal to or more than a linear expansion coefficient of the filter frame body, and the linear expansion coefficients of first space-supporting members provided in side portion regions including both side portions positioned at outermost sides of the pleated filter medium in a second direction perpendicular to the first direction are smaller than the linear expansion coefficient of a second space-supporting member provided in a central portion region sandwiched between the side portion regions, of the space-supporting members (14, 14a, 14b).
Control valve 30 for a fuel injector 100, which control valve is arranged in an injector body 50, having a valve sleeve 1 which is arranged in the control valve 30 and which is guided in axially movable fashion on a guide bolt 2 within a guide region 15 in which a guide surface of the valve sleeve 11 and a guide surface of the guide bolt 12 interact, wherein the guide surface of the valve sleeve 11 has an undercut 20, characterized in that the undercut 20 is formed at least approximately in the centre of the guide region 15, wherein equal-sized resulting guides of the valve sleeve are formed at the two ends of the guide region, wherein the undercut 20 is formed in longitudinal section as a concave arc.
An epoxy resin composition for a fiber-reinforced composite material comprising: per 100 parts by mass of an epoxy resin component containing from 60 to 85 parts by mass of N,N,N',N'-tetraglycidyldiaminodiphenylmethane resin having a viscosity at 50°C of 6000 mPa·s or less and from 15 to 40 parts by mass of a liquid bisphenol A epoxy resin having a viscosity at 25°C of 20000 mPa·s or less, wherein the viscosity at 50°C and at 25°C is measured as described in the specification, from 8 to 15 parts by mass of a thermoplastic resin, from 2 to 10 parts by mass of elastomer microparticles having an average particle diameter of 1000 nm or less, and from 0.5 to 2.5 parts by mass of silica microparticles having an average particle diameter of 1000 nm or less, wherein the average particle diameter means the average value of the equivalent circle diameter measured using an electron microscope or a laser microscope. per 100 parts by mass of an epoxy resin component containing from 60 to 85 parts by mass of N,N,N',N'-tetraglycidyldiaminodiphenylmethane resin having a viscosity at 50°C of 6000 mPa·s or less and from 15 to 40 parts by mass of a liquid bisphenol A epoxy resin having a viscosity at 25°C of 20000 mPa·s or less, wherein the viscosity at 50°C and at 25°C is measured as described in the specification, from 8 to 15 parts by mass of a thermoplastic resin, from 2 to 10 parts by mass of elastomer microparticles having an average particle diameter of 1000 nm or less, and from 0.5 to 2.5 parts by mass of silica microparticles having an average particle diameter of 1000 nm or less, wherein the average particle diameter means the average value of the equivalent circle diameter measured using an electron microscope or a laser microscope.
A method for use in a controlling node of a cell in a cellular system, the method comprising a use of Radio Link Control Acknowledged Mode, RLC AM, the method also comprising scheduling transmissions in downlink and uplink directions to/from User Equipments, UEs (115, 120, 125), in the cell said scheduling comprising taking into account a priority which a UE has for its downlink and uplink transmissions, the method also comprising counting a number of scheduled transmissions for the UE in a first of said downlink and uplink direction to/from UEs (115, 120, 125) since its latest scheduled transmission in the other of said downlink and uplink direction to/from UEs (115, 120, 125), and if the count has reached a predetermined value, increasing the priority of the UE in the other of said downlink and uplink direction to/from UEs (115, 120, 125), and when the UE has been scheduled for a transmission in the other of said downlink and uplink direction to/from UEs (115, 120, 125), restarting the counting in the first of said downlink and uplink direction to/from UEs (115, 120, 125) from an initial value.
A pyrotechnic actuator for a power cutting tool, the pyrotechnic actuator comprising: a housing defining a cavity therein; a metallic piston positioned at least partially within the cavity; and an insert molded unitary assembly positioned within the cavity characterized in that the unitary assembly comprising: a non-metallic piston engagement member formed separate from and attached to the metallic piston; a non-metallic base, wherein a sealed void is defined intermediate the piston engagement member and the base; a non-metallic breakable member extending intermediate the piston engagement member and the base; and a pyrotechnic initiator positioned at least partially within the base, wherein the pyrotechnic initiator, upon application of a current pulse thereto, is configured to generate a pressurized gas in the sealed void that exerts a force on the piston engagement member and breaks the breakable member thereby causing the piston engagement member and the piston to move relative to the base and the housing. a housing defining a cavity therein; a metallic piston positioned at least partially within the cavity; and an insert molded unitary assembly positioned within the cavity characterized in that the unitary assembly comprising: a non-metallic piston engagement member formed separate from and attached to the metallic piston; a non-metallic base, wherein a sealed void is defined intermediate the piston engagement member and the base; a non-metallic breakable member extending intermediate the piston engagement member and the base; and a pyrotechnic initiator positioned at least partially within the base, a non-metallic piston engagement member formed separate from and attached to the metallic piston; a non-metallic base, wherein a sealed void is defined intermediate the piston engagement member and the base; a non-metallic breakable member extending intermediate the piston engagement member and the base; and a pyrotechnic initiator positioned at least partially within the base,
A method for producing an adjustment spacer comprising steps for: - preparing a liquid solution comprising a non-polymerized resin and a solvent in profusion; - coating several metal sheets with the liquid solution so as to form a resin film on at least one sheet face; and - stacking metal sheets so that two adjacent metal sheets are separated by the resin film; characterized in that the method further includes a curing step during which the previously made stack of metal sheets is subject for a predetermined period, to a temperature, one value of which is greater than a value of a temperature for degradation or burning the resin. - preparing a liquid solution comprising a non-polymerized resin and a solvent in profusion; - coating several metal sheets with the liquid solution so as to form a resin film on at least one sheet face; and - stacking metal sheets so that two adjacent metal sheets are separated by the resin film;
Clamping device for mechanically clamping a component, in particular of a workpiece to be clamped, with a) an axially displaceable tension rod for clamping the component, b) an axially displaceable piston for displacement of the tension rod, characterised by c) a bayonet fastening for releasable mechanical anchoring of the tension rod in the piston. a) an axially displaceable tension rod for clamping the component, b) an axially displaceable piston for displacement of the tension rod, c) a bayonet fastening for releasable mechanical anchoring of the tension rod in the piston.
A method of wireless communication, comprising: Establishing, at a user equipment, UE, that cell reselection from a serving cell to a primary candidate cell has failed during a discontinuous reception, DRX, cycle; Determining, at the UE, whether a set of predetermined conditions have been triggered in response to establishing that the cell reselection to the primary candidate cell has failed, wherein determining whether the set of predetermined conditions has been triggered comprises: determining whether the UE is in a panic mode including determining whether a CPICH Ec/Io of the UE is less than or equal to a first predetermined threshold value when the UE is camped on the serving cell; and determining whether the cell reselection to the primary candidate cell has failed due to non-RF related factors; and scheduling, at the UE, cell reselection to a secondary candidate cell during the DRX cycle before a next evaluation of cell reselection criteria based on a determination that the set of predetermined conditions has been triggered. Establishing, at a user equipment, UE, that cell reselection from a serving cell to a primary candidate cell has failed during a discontinuous reception, DRX, cycle; Determining, at the UE, whether a set of predetermined conditions have been triggered in response to establishing that the cell reselection to the primary candidate cell has failed, wherein determining whether the set of predetermined conditions has been triggered comprises: determining whether the UE is in a panic mode including determining whether a CPICH Ec/Io of the UE is less than or equal to a first predetermined threshold value when the UE is camped on the serving cell; and determining whether the UE is in a panic mode including determining whether a CPICH Ec/Io of the UE is less than or equal to a first predetermined threshold value when the UE is camped on the serving cell; and determining whether the cell reselection to the primary candidate cell has failed due to non-RF related factors; and scheduling, at the UE, cell reselection to a secondary candidate cell during the DRX cycle before a next evaluation of cell reselection criteria based on a determination that the set of predetermined conditions has been triggered.
A process for producing a multilayer laminate which comprises at least one substrate element and at least one polymeric layer element, wherein the polymeric layer element comprises a polymer composition comprising: - (a) a polymer; and wherein the process comprises the steps of: (i) assembling step to arrange the at least one substrate element and the at least one polymeric layer element in form of a multilayer assembly; (ii) heating step to heat up the multilayer assembly optionally in a chamber at evacuating conditions; (iii) pressure build up step, where the pressure on the multilayer assembly is gradually increased in a single or multiple steps; (iv) pressure holding step, where the pressure is kept on the multilayer assembly at the heated conditions attained at the end of step (ii); and (v) recovering step to cool and remove the obtained multilayer laminate for later use; characterised in that the pressure during pressure holding step (iv) is kept in the range from 50 to 450 mbar - (a) a polymer; and wherein the process comprises the steps of: (i) assembling step to arrange the at least one substrate element and the at least one polymeric layer element in form of a multilayer assembly; (ii) heating step to heat up the multilayer assembly optionally in a chamber at evacuating conditions; (iii) pressure build up step, where the pressure on the multilayer assembly is gradually increased in a single or multiple steps; (iv) pressure holding step, where the pressure is kept on the multilayer assembly at the heated conditions attained at the end of step (ii); and (v) recovering step to cool and remove the obtained multilayer laminate for later use; characterised in that
A structure of an attraction plate of an electromagnetic doorlock, comprising: an electric magnet; an attraction plate, having an attraction surface, the attraction surface adapted, in use, to be arranged at a corresponding surface of the electric magnet when the attraction plate is contacted to the electric magnet, and the attraction plate positioned on a mounted body; characterized in that a positioning assembly is positioned on the mounted body at the position close to both ends of the attraction plate, the attraction surface has a recessed portion below the horizontal plane of 0.06mm to 0.26mm at a central region thereof, and the recessed portion extends towards both ends to form an arc surface, so that a concave-arc surface is formed with both ends higher than the central region; whereby when the attraction plate is attracted by the magnetic force produced by the electric magnet, the concave-arc surface is forced to deform for abutting the electric magnet; when the mounted body is pulled in an opposite direction of the electric magnet, both ends of the attraction plate under the tension of a positioning assembly are corresponding to both ends of the electric magnet to enhance the tensile value of the attraction plate. an electric magnet; an attraction plate, having an attraction surface, the attraction surface adapted, in use, to be arranged at a corresponding surface of the electric magnet when the attraction plate is contacted to the electric magnet, and the attraction plate positioned on a mounted body; characterized in that a positioning assembly is positioned on the mounted body at the position close to both ends of the attraction plate, the attraction surface has a recessed portion below the horizontal plane of 0.06mm to 0.26mm at a central region thereof, and the recessed portion extends towards both ends to form an arc surface, so that a concave-arc surface is formed with both ends higher than the central region; whereby when the attraction plate is attracted by the magnetic force produced by the electric magnet, the concave-arc surface is forced to deform for abutting the electric magnet; when the mounted body is pulled in an opposite direction of the electric magnet, both ends of the attraction plate under the tension of a positioning assembly are corresponding to both ends of the electric magnet to enhance the tensile value of the attraction plate.
A travel lane detection method using a travel lane detection circuit for determining travel lane boundaries (SK 1, SK 2, SK 3, SK 4) according to a plurality of travel lane characteristic points detected by a target detection sensor installed in a vehicle, the travel lane detection circuit being configured to execute the steps of: extracting a plurality of travel lane boundary point groups parallel to each other by detecting peaks in a one-dimensional histogram of travel lane characteristic points along a vehicle width direction and grouping the travel lane characteristic points per peak; characterized by when a plurality of travel lane boundary point groups parallel to each other are detected, determining offset amounts of the travel lane boundary point groups parallel to each other in a vehicle width direction, and overlapping the travel lane characteristic points contained in the parallel travel lane boundary point groups by moving the travel lane characteristic points included in respective parallel travel lane boundary point groups by the offset amounts in a direction opposite to the offset direction in a vehicle width direction; estimating a travel lane outline (BC 0 to BC 5) according to the travel lane characteristic points included in the overlapped travel lane boundary point groups; and determining the travel lane boundaries (SK 1, SK 2, SK 3, SK 4) by moving the estimated travel lane outline (BC 0 to BC 5) by the offset amounts in the vehicle width direction. extracting a plurality of travel lane boundary point groups parallel to each other by detecting peaks in a one-dimensional histogram of travel lane characteristic points along a vehicle width direction and grouping the travel lane characteristic points per peak; characterized by when a plurality of travel lane boundary point groups parallel to each other are detected, determining offset amounts of the travel lane boundary point groups parallel to each other in a vehicle width direction, and overlapping the travel lane characteristic points contained in the parallel travel lane boundary point groups by moving the travel lane characteristic points included in respective parallel travel lane boundary point groups by the offset amounts in a direction opposite to the offset direction in a vehicle width direction; estimating a travel lane outline (BC 0 to BC 5) according to the travel lane characteristic points included in the overlapped travel lane boundary point groups; and determining the travel lane boundaries (SK 1, SK 2, SK 3, SK 4) by moving the estimated travel lane outline (BC 0 to BC 5) by the offset amounts in the vehicle width direction.