mhurhangee/ep-ind-claims huggingface dataset:
A terminal remote control method, comprising: generating, by a set top box, a control user interface UI by using a web page description language; and sending, by the set top box, information about the control UI to a web page server, so as to enable the web page server to provide the control UI for a mobile terminal; sending, by the set top box, application information to the mobile terminal, wherein the application information is used to instruct the mobile terminal to acquire, by using the web page server, the control UI for remote control on the set top box, the application information carries address information of the control UI and connection information that is required by the mobile terminal for establishing a connection to the set top box by using the web page server, and the application information is information edited by using a web page description language; receiving, by the set top box, an operation instruction that is sent by the mobile terminal on the control UI by using the web page server; and performing, by the set top box, an operation according to the operation instruction. generating, by a set top box, a control user interface UI by using a web page description language; and sending, by the set top box, information about the control UI to a web page server, so as to enable the web page server to provide the control UI for a mobile terminal; sending, by the set top box, application information to the mobile terminal, wherein the application information is used to instruct the mobile terminal to acquire, by using the web page server, the control UI for remote control on the set top box, the application information carries address information of the control UI and connection information that is required by the mobile terminal for establishing a connection to the set top box by using the web page server, and the application information is information edited by using a web page description language; receiving, by the set top box, an operation instruction that is sent by the mobile terminal on the control UI by using the web page server; and performing, by the set top box, an operation according to the operation instruction.
Quinazoline compounds represented by formula or their pharmaceutically acceptable salts, wherein: each of R 1 and R 2 independently, is selected from H, C 1 -C 6 alkoxy, halo-C 1 -C 6 alkoxy, C 1 -C 6 alkoxy-C 1 -C 6 alkoxy, C 3 -C 8 cycloalkoxy, C 3 -C 8 heterocycloalkoxy containing at least one of heteroatoms selected from N, O, S; Z is -NR 4 -, C(R 5) 2, S or -O-, wherein R 4 is H or C 1 -C 3 alkyl, R 5 is the same or different, selected from H or C 1 -C 3 alkyl; R 3 is selected from H, halogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy or halo-C 1 -C 6 alkyl; n is an integer from 0 to 5. wherein: each of R 1 and R 2 independently, is selected from H, C 1 -C 6 alkoxy, halo-C 1 -C 6 alkoxy, C 1 -C 6 alkoxy-C 1 -C 6 alkoxy, C 3 -C 8 cycloalkoxy, C 3 -C 8 heterocycloalkoxy containing at least one of heteroatoms selected from N, O, S; Z is -NR 4 -, C(R 5) 2, S or -O-, wherein R 4 is H or C 1 -C 3 alkyl, R 5 is the same or different, selected from H or C 1 -C 3 alkyl; R 3 is selected from H, halogen, C 1 -C 6 alkyl, C 1 -C 6 alkoxy or halo-C 1 -C 6 alkyl; n is an integer from 0 to 5.
A method for fractionating dioxins, comprising the step of: passing an aliphatic hydrocarbon solvent solution of dioxins through an activated carbon-containing silica gel layer and a graphite-containing silica gel layer in this order.
A computer-implemented method for anti-aliasing comprising: detecting locally dominant edges; identifying a symmetrical long Z-shape edge by detecting the presence of silhouette edges of a Z-shape, if a color discontinuity exists between two neighboring pixels, and absence of non-silhouette edges of the Z-shape, if there is no color discontinuity between two neighboring pixels, and tracing the edges on both sides away from the center of the Z-shape to determine the length of the Z-shape edge on each side; using the edge length to reconstruct the location of a virtual shape edge of said symmetrical Z-shape; and performing color transfer to both sides of said edge shape to match the virtual shape color coverage at each pixel and achieve a local anti-aliasing effect. detecting locally dominant edges; identifying a symmetrical long Z-shape edge by detecting the presence of silhouette edges of a Z-shape, if a color discontinuity exists between two neighboring pixels, and absence of non-silhouette edges of the Z-shape, if there is no color discontinuity between two neighboring pixels, and tracing the edges on both sides away from the center of the Z-shape to determine the length of the Z-shape edge on each side; using the edge length to reconstruct the location of a virtual shape edge of said symmetrical Z-shape; and performing color transfer to both sides of said edge shape to match the virtual shape color coverage at each pixel and achieve a local anti-aliasing effect.
A method for characterizing particles, the method comprising: generating a spatially modulated optical excitation region, creating relative movement between a particle (46, 48) and the excitation region, the particle (46, 48) being excited upon exposure to the excitation region to obtain a time modulated signal that is caused by light emission from the particle (46, 48); and recording the modulated signal; wherein said creating relative movement between the particle (46, 48) and the excitation region comprises moving said excitation region, characterised in that: said excitation region is generated by at least one of a shadow mask, a phase mask and a lens array. generating a spatially modulated optical excitation region, creating relative movement between a particle (46, 48) and the excitation region, the particle (46, 48) being excited upon exposure to the excitation region to obtain a time modulated signal that is caused by light emission from the particle (46, 48); and recording the modulated signal; wherein said creating relative movement between the particle (46, 48) and the excitation region comprises moving said excitation region, characterised in that: said excitation region is generated by at least one of a shadow mask, a phase mask and a lens array.
A remote monitoring equipment (110, 700) for an apparatus, which is an elevator or an escalator or a moving walkway, characterized by, the equipment comprising: a data storage comprising apparatus-specific static power consumption models (112-1, 200), a static power consumption model modelling power consumption and being parametrized (210, 220, 230, 240, 250, 260) with apparatus-specific parameters; means (111, 701) for receiving controller events relating to the apparatus; means (111, 702) for determining from the controller events a distance to travel, a time and a load; means (111-1, 702) for calculating, using an apparatus-specific static power consumption model of the apparatus and the distance to travel, the time and the load, a total power consumed by the apparatus; and means (113, 701) for outputting the total power. a data storage comprising apparatus-specific static power consumption models (112-1, 200), a static power consumption model modelling power consumption and being parametrized (210, 220, 230, 240, 250, 260) with apparatus-specific parameters; means (111, 701) for receiving controller events relating to the apparatus; means (111, 702) for determining from the controller events a distance to travel, a time and a load; means (111-1, 702) for calculating, using an apparatus-specific static power consumption model of the apparatus and the distance to travel, the time and the load, a total power consumed by the apparatus; and means (113, 701) for outputting the total power.
A holder coupling for a motor vehicle for mounting a load carrier unit on the motor vehicle, comprising a holder arm, which can be mounted with a first end by means of a holder arm carrier on a motor vehicle body and which, at an arm portion adjoining a second end, is provided with a load carrier receptacle precluding trailer operation, wherein the holder arm has a first holder arm portion, which extends away from the holder arm carrier, opposite the direction of travel, and which transitions into a second arm portion which is curved relative to the first arm portion and which is adjoined by a third arm portion, which, in a carrying position, runs with its centre axis approximately parallel to a vertical direction and which is provided with the load carrier receptacle, wherein the load carrier receptacle has a non-spherically shaped orientation region on the third arm portion in the vicinity of the second end of the holder arm, characterised in that positioning bodies (72, 74) are arranged on mutually opposed sides on the holder arm on a side of the orientation region opposite the second end, the positioning bodies extending transversely to and away from the respective arm portion carrying them and the positioning bodies carrying positioning faces (82,84) running peripherally transversely to an outer face of the holder arm.
Gas pressure regulator device including a body, a moving slider and a diaphragm capable of setting the slider in motion under the effect of a difference in pressure of the gas, said body including a cylindrical longitudinal inner wall, an axial opening on the upstream side, at least one radial orifice passing through, from end to end, the thickness of the body and on the downstream side a closing flange substantially perpendicular to the longitudinal axis of said body, the flange including a guide element for guiding the gas, disposed such that it projects inside the body, said guide element having a shape that allows the gas originating from the opening on the upstream side of the body to be guided towards a point situated on the flange and in the median plane of each radial orifice, the slider being hollow and tubular and sliding in a substantially sealed manner inside said body while bearing against the inner wall between an "open" position wherein each radial orifice is at least partially open to allow the gas originating from the opening to pass and a "closed" position wherein each orifice is fully closed off by said slider, the downstream annular face thereof thus bearing against the flange of the body, and vice-versa, said regulator device being characterised in that said guide element has a shape which has a portion opposite each radial orifice, said portion flaring out from the associated point towards the edges of the associated radial orifice, the interior of the body and the upstream side thereof.
A symmetrical rib structure (400/600) comprising a first side and a second side opposite the first side relative to a web center plane, the symmetrical rib structure being symmetrical about the web center plane between the first side and the second side, the symmetrical rib structure comprising: a structural web comprising a plurality of web stiffeners, the structural web being parallel to the web center plane and symmetrical about the web center plane; a flange configured on a periphery of the symmetrical rib structure; a fastener hole configured in the flange, a centerline of the fastener hole being aligned with the web center plane; and two support columns (724 and 726) coupled to the flange characterised in that said two support columns are coupled on opposite sides of a cutout configured in the structural web, the cutout being adjacent the fastener hole in a direction perpendicular to the flange. a structural web comprising a plurality of web stiffeners, the structural web being parallel to the web center plane and symmetrical about the web center plane; a flange configured on a periphery of the symmetrical rib structure; a fastener hole configured in the flange, a centerline of the fastener hole being aligned with the web center plane; and two support columns (724 and 726) coupled to the flange characterised in that said two support columns are coupled on opposite sides of a cutout configured in the structural web, the cutout being adjacent the fastener hole in a direction perpendicular to the flange.
An asymmetric oral dosage unit containing a bioactive, wherein the dosage unit has opposing end portions along a longitudinal axis, one end portion having a substantially cylindrical shape and an opposite end portion having a flattened area with a thickness smaller than a radius of the cylindrical portion, so that the dosage unit is asymmetric with respect to a rotational axis perpendicular to the longitudinal axis of the dosage form, the rotational axis being located substantially at a mid point along the longitudinal axis, so as to reduce the contact patch of the oral dosage unit with a flat surface and decrease esophageal transit time when orally administered compared to a dosage unit of the same size which is symmetric with respect to the rotational axis.
A solder alloy of a tin-silver-copper solder alloy consisting of: tin, silver, copper, nickel, antimony, bismuth, indium, and optionally cobalt comprising no germanium expect for a trace amount thereof contained as an unavoidable impurity, wherein relative to the total amount of the solder alloy, the silver content is more than 0.05 mass% and less than 0.2 mass%, the copper content is 0.1 mass% or more and 1 mass% or less, the nickel content is 0.01 mass% or more and 0.2 mass% or less, the antimony content is 0.01 mass% or more and less than 2.5 mass%, the bismuth content is 0.01 mass% or more and 4 mass% or less, the indium content is 0.005 mass% or more and 2 mass% or less, and optionally the cobalt content is 0.001 mass% or more and 0.005% or less, the tin content is the remaining content, a mass ratio of the copper content to the nickel content (Cu/Ni) is less than 12.5, and the mass ratio (In/Bi) of the indium content relative to the bismuth content is 0.004 or more and 0.6 or less. tin, silver, copper, nickel, antimony, bismuth, indium, and optionally cobalt comprising no germanium expect for a trace amount thereof contained as an unavoidable impurity, wherein relative to the total amount of the solder alloy, the silver content is more than 0.05 mass% and less than 0.2 mass%, the copper content is 0.1 mass% or more and 1 mass% or less, the nickel content is 0.01 mass% or more and 0.2 mass% or less, the antimony content is 0.01 mass% or more and less than 2.5 mass%, the bismuth content is 0.01 mass% or more and 4 mass% or less, the indium content is 0.005 mass% or more and 2 mass% or less, and optionally the cobalt content is 0.001 mass% or more and 0.005% or less, the tin content is the remaining content, a mass ratio of the copper content to the nickel content (Cu/Ni) is less than 12.5, and the mass ratio (In/Bi) of the indium content relative to the bismuth content is 0.004 or more and 0.6 or less.
A method for producing a liquid fuel from hydrocarbon gas and for generating power, the method comprising the steps of: reforming hydrocarbon gas to generate reformed gas by a steam-reforming reaction of the hydrocarbon gas; synthesizing gasoline, dimethyl ether, or a diesel fuel from the reformed gas via methanol; recovering heat from thermal energy of the reformed gas by performing heat exchange with the reformed gas to obtain saturated steam having a temperature of at most 180°C before using the reformed gas for the synthesis step; superheating the saturated steam by using a heat source having a temperature of at least 200°C generated by the method to obtain superheated steam; and generating power by using the superheated steam. reforming hydrocarbon gas to generate reformed gas by a steam-reforming reaction of the hydrocarbon gas; synthesizing gasoline, dimethyl ether, or a diesel fuel from the reformed gas via methanol; recovering heat from thermal energy of the reformed gas by performing heat exchange with the reformed gas to obtain saturated steam having a temperature of at most 180°C before using the reformed gas for the synthesis step; superheating the saturated steam by using a heat source having a temperature of at least 200°C generated by the method to obtain superheated steam; and generating power by using the superheated steam.
A resource reselection method, applied in a first terminal, the method comprising: transmitting to a second terminal a priority of to-be-transmitted data; receiving a resource set transmitted by the second terminal, wherein the resource set is used to indicate a resource exclusion result obtained by a resource exclusion procedure determined by the second terminal according to the priority of the to-be-transmitted data; and when performing re-evaluation on a first selected resource, determining whether to perform reselection for the first selected resource according to the resource set; characterised in that the first selected resource is a resource that has been selected by the first terminal and is not indicated to another terminal via first sidelink control information; wherein the method is further characterised by: indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window. transmitting to a second terminal a priority of to-be-transmitted data; receiving a resource set transmitted by the second terminal, wherein the resource set is used to indicate a resource exclusion result obtained by a resource exclusion procedure determined by the second terminal according to the priority of the to-be-transmitted data; and when performing re-evaluation on a first selected resource, determining whether to perform reselection for the first selected resource according to the resource set; characterised in that the first selected resource is a resource that has been selected by the first terminal and is not indicated to another terminal via first sidelink control information; wherein the method is further characterised by: indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window. indicating to the second terminal a parameter required in the resource exclusion procedure, wherein the parameter comprises: a second parameter related to a resource selection window; or wherein the parameter required in the resource exclusion procedure is determined by the second terminal itself, and the parameter comprises a first parameter related to a resource selection window.
A brake control system for a motor vehicle having a plurality of wheels, brakes for applying a braking effort to one or more of the wheels, and movement sensing means (16, 17, 19) for detecting movement of the vehicle, the system comprising: brake actuation means (11, 14) for actuating the brakes to supply a braking effort; and brake control means for controlling the brake actuation means, wherein the brake control means is arranged to determine an acceleration of the vehicle based on movement detected by the movement sensing means and to ensure that the brake actuation means (11, 14) supplies a braking effort if the determined acceleration exceeds a set acceleration limit characterized in that the control means is arranged to measure a desired drive torque and to set the acceleration limit dynamically based on the desired drive torque and to increase the set acceleration limit with increasing desired drive torque.
A damper, comprising: a disc; first and second housings (310, 320) defining first and second interiors (314, 324) at opposite disc sides, respectively, the first housing configured to be coupled with a first arm; first and second bodies (330, 340) respectively disposed within the first and second interiors (314, 324) and respectively comprising collars, bellows connecting the collars to the disc to form third and fourth interiors (335, 345) and springs anchored between the first and second housings and the collars; and a rod configured to be coupled with a second arm, affixed to the first and second bodies (330, 340) and extended through the disc and the first housing, wherein the rod and the first housing are relatively movable with relative movement of the first and second arms (14, 15) and the third and fourth interiors (335, 345) are configured to contain fluid charged therein and to flow the fluid through the disc, wherein the first interior is defined by first sidewalls and a first end wall; and wherein the second interior is defined by second sidewalls and a second end wall; characterized in that said springs comprise a first spring anchored at a first end thereof to the first end wall and at a second end thereof to a side of the collar facing away from the third interior and a second spring anchored a first end thereof to the second end wall and at a second end thereof to a side of the collar facing away from the fourth interior. a disc; first and second housings (310, 320) defining first and second interiors (314, 324) at opposite disc sides, respectively, the first housing configured to be coupled with a first arm; first and second bodies (330, 340) respectively disposed within the first and second interiors (314, 324) and respectively comprising collars, bellows connecting the collars to the disc to form third and fourth interiors (335, 345) and springs anchored between the first and second housings and the collars; and a rod configured to be coupled with a second arm, affixed to the first and second bodies (330, 340) and extended through the disc and the first housing, wherein the rod and the first housing are relatively movable with relative movement of the first and second arms (14, 15) and the third and fourth interiors (335, 345) are configured to contain fluid charged therein and to flow the fluid through the disc, wherein the first interior is defined by first sidewalls and a first end wall; and wherein the second interior is defined by second sidewalls and a second end wall; characterized in that said springs comprise a first spring anchored at a first end thereof to the first end wall and at a second end thereof to a side of the collar facing away from the third interior and a second spring anchored a first end thereof to the second end wall and at a second end thereof to a side of the collar facing away from the fourth interior.
A method for communicating between stations (102, 104) in a network, the method comprising: providing repeated beacon transmissions from a coordinator station for coordinating transmissions among a plurality of the stations (102, 104); transmitting from a first station to a second station during a time slot assigned to the first station by at least one of the beacon transmissions; and transmitting from the first station information that grants permission to the second station to transmit during at least a portion of a time slot assigned to the first station. providing repeated beacon transmissions from a coordinator station for coordinating transmissions among a plurality of the stations (102, 104); transmitting from a first station to a second station during a time slot assigned to the first station by at least one of the beacon transmissions; and transmitting from the first station information that grants permission to the second station to transmit during at least a portion of a time slot assigned to the first station.