mhurhangee/ep-ind-claims huggingface dataset:
A method by a device in a wireless communication system, the method comprising: acquiring (605, 615), by a processor of the device, image information associated with an object, the image information comprising 2D image information and 3D map information; obtaining, by the processor, data associated with a material of the object in an area, wherein the data includes radio wave characteristic information of a category including the material; processing, by the processor, a ray tracing simulation for the area by identifying the category corresponding to the material of the object in the area and applying the radio wave characteristic information of the identified category of the material to the object based on the data associated with the material; and storing, by the processor, a result of the simulation. acquiring (605, 615), by a processor of the device, image information associated with an object, the image information comprising 2D image information and 3D map information; obtaining, by the processor, data associated with a material of the object in an area, wherein the data includes radio wave characteristic information of a category including the material; processing, by the processor, a ray tracing simulation for the area by identifying the category corresponding to the material of the object in the area and applying the radio wave characteristic information of the identified category of the material to the object based on the data associated with the material; and storing, by the processor, a result of the simulation.
A flashing arrangement for a window having a supply condition and a mounted condition in an inclined roof comprising a roof construction, the flashing arrangement defining a middle axis (x) adapted to be parallel to the inclination of the roof in the mounted condition and to form, in the mounted condition, a transition assembly between a frame of the window and a surrounding roofing having an asymmetrical profiling relative to the roof inclination, said flashing arrangement comprising a gutter element, an apron element and a plurality of intermediate side elements adapted to extend, in the mounted condition, between the gutter element and the apron element substantially in directions parallel to said middle axis (x), wherein the gutter element and the apron element are each asymmetrical relative to the middle axis (x) and are each provided with a shape adapted to accommodate the surrounding roofing, and wherein the intermediate side elements include at least one set of a left-hand water raiser acting as a gutter and a right-hand water raiser acting as a gutter asymmetrical relative to each other and connected to the apron element and the gutter element in the mounted condition, characterized in that the gutter element comprises a middle gutter piece adapted to be connected to the frame of the window, a roofing-supporting piece providing the shape to accommodate the surrounding roofing, and a left-hand gutter side piece and a right-hand gutter side piece asymmetrical relative to each other, and in that the intermediate side elements include at least one bent roll element connected to the gutter element and the apron element in the mounted condition, in one side only of the flashing arrangement so as to overlie the border of the tiles on said side only, preferably also a left-hand connecting piece and a right-hand connecting piece asymmetrical to each other and adapted to form a connection between one of said at least one set of left-hand and right-hand water raisers acting as gutters (83, 84) and the gutter element.
Centrifugal compressor of a gas turbine with a radial air inlet, including an impeller provided with blades and a casing for the flow of the air stream in the blades and having an annular elbow zone in a substantially median part, characterised in that the casing is covered with an abradable coating, and in that in the substantially median part, at least one marking depression (M1 to M3, Mi) of a predetermined depth (P1 to P3), known as a marker, is machined in the abradable coating.
A vapor delivery system, comprising: a handle portion; an elongate flexible shaft connected to the handle portion, the elongate flexible shaft including a distal anchor tip configured to anchor the elongate flexible shaft into a bladder of a patient without puncturing through the bladder; a vapor source; at least one vapor delivery port disposed on the elongate flexible shaft and fluidly coupled to the vapor source; and an electronic controller operatively coupled to the vapor source and configured to deliver vapor through the at least one vapor delivery port to ablate the bladder; wherein the distal anchor tip comprises a needle tip configured to be retracted into the flexible elongate shaft during insertion into a patient and is configured to be advanced out of the flexible elongate shaft prior to vapor delivery, wherein the needle tip is designed to advance a limited distance from a distal catheter tip of the system so as to not fully penetrate through or puncture bladder tissue. a handle portion; an elongate flexible shaft connected to the handle portion, the elongate flexible shaft including a distal anchor tip configured to anchor the elongate flexible shaft into a bladder of a patient without puncturing through the bladder; a vapor source; at least one vapor delivery port disposed on the elongate flexible shaft and fluidly coupled to the vapor source; and an electronic controller operatively coupled to the vapor source and configured to deliver vapor through the at least one vapor delivery port to ablate the bladder; wherein the distal anchor tip comprises a needle tip configured to be retracted into the flexible elongate shaft during insertion into a patient and is configured to be advanced out of the flexible elongate shaft prior to vapor delivery, wherein the needle tip is designed to advance a limited distance from a distal catheter tip of the system so as to not fully penetrate through or puncture bladder tissue.
A pharmaceutical composition comprising an effective amount of a compound of formula I: wherein R 1, R 2, R 3 and R 4 are each a methoxyl group; and an effective amount of sorafenib.
An access terminal, comprising: means for detecting that a periodic activity which uses the physical layer of the access terminal's protocol stack is scheduled to take place during the scheduled transmission of a data block, wherein a data block is transmitted as a plurality of RF bursts, each burst transmitted in a transmission timeslot of a frame of a radio block; means for selecting or changing to a modulation and coding scheme that would enable a data block encoded with said modulation and coding scheme to be decoded even if one or more transmission timeslots of a frame are cancelled, in response to detecting that the periodic activity is scheduled to take place during the scheduled transmission of the data block; and means for transmitting a RF burst of the data block according to said modulation and coding scheme during each transmission timeslot that is not cancelled by the periodic activity taking place. means for detecting that a periodic activity which uses the physical layer of the access terminal's protocol stack is scheduled to take place during the scheduled transmission of a data block, wherein a data block is transmitted as a plurality of RF bursts, each burst transmitted in a transmission timeslot of a frame of a radio block; means for selecting or changing to a modulation and coding scheme that would enable a data block encoded with said modulation and coding scheme to be decoded even if one or more transmission timeslots of a frame are cancelled, in response to detecting that the periodic activity is scheduled to take place during the scheduled transmission of the data block; and means for transmitting a RF burst of the data block according to said modulation and coding scheme during each transmission timeslot that is not cancelled by the periodic activity taking place.
A method of providing communications to and from devices being transported by vehicles, comprising: obtaining, at a hybrid communications distributor disposed in a terrestrial location, first content that is to be delivered to a device, the device being a mobile computing device that is temporarily being transported by a vehicle; causing, by the hybrid communications distributor, a forward transmission to be sent to the vehicle using a forward link included in a first communication link supported by a first frequency band, the forward transmission including (i) the first content, and (ii) an indication of the device; receiving, from the vehicle at the hybrid communications distributor via a reverse link included in a second communication link supported by a second frequency band, feedback information corresponding to the forward transmission that was received at the vehicle, the second communication link being a bi-directional communication link supported by the second frequency band; selecting, by the hybrid communications distributor based on the feedback information corresponding to the forward transmission received at the vehicle, one of the first communication link or the second communication link for delivery of a subsequent forward transmission to the vehicle, the subsequent forward transmission including second content to be delivered to the device or to another device being transported by the vehicle; and causing, by the hybrid communications distributor, the subsequent forward transmission to be sent to the vehicle using the selected communication link. obtaining, at a hybrid communications distributor disposed in a terrestrial location, first content that is to be delivered to a device, the device being a mobile computing device that is temporarily being transported by a vehicle; causing, by the hybrid communications distributor, a forward transmission to be sent to the vehicle using a forward link included in a first communication link supported by a first frequency band, the forward transmission including (i) the first content, and (ii) an indication of the device; receiving, from the vehicle at the hybrid communications distributor via a reverse link included in a second communication link supported by a second frequency band, feedback information corresponding to the forward transmission that was received at the vehicle, the second communication link being a bi-directional communication link supported by the second frequency band; selecting, by the hybrid communications distributor based on the feedback information corresponding to the forward transmission received at the vehicle, one of the first communication link or the second communication link for delivery of a subsequent forward transmission to the vehicle, the subsequent forward transmission including second content to be delivered to the device or to another device being transported by the vehicle; and causing, by the hybrid communications distributor, the subsequent forward transmission to be sent to the vehicle using the selected communication link.
A method of desalinating water within a water treatment system, comprising: removing, within an ion-removal apparatus of the water treatment system, at least a portion of at least one scale-forming ion from a saline aqueous feed stream comprising the scale-forming ion and at least one dissolved monovalent salt to produce an ion-diminished stream containing less of the scale-forming ion relative to the saline aqueous feed stream; transferring heat, within a heat exchanger of the water treatment system, from a first heat exchanger stream to at least a portion of the ion-diminished stream to heat the ion-diminished stream; evaporating, within a humidifier of the water treatment system, water from the heated ion-diminished stream into a gaseous stream to produce a concentrated saline stream, which is enriched in a dissolved monovalent salt relative to the saline aqueous feed stream, and a humidified gaseous stream; condensing, within a dehumidifier of the water treatment system fluidically connected to the humidifier, water from the humidified gaseous stream to produce a water-containing stream and a dehumidified gaseous stream; and operating the water treatment system to establish a temperature and/or flow velocity of the ion-diminished stream within the humidifier such that scale is formed within the humidifier and at least about 60 wt% of all scale formed in the water treatment system is formed in the humidifier removing, within an ion-removal apparatus of the water treatment system, at least a portion of at least one scale-forming ion from a saline aqueous feed stream comprising the scale-forming ion and at least one dissolved monovalent salt to produce an ion-diminished stream containing less of the scale-forming ion relative to the saline aqueous feed stream; transferring heat, within a heat exchanger of the water treatment system, from a first heat exchanger stream to at least a portion of the ion-diminished stream to heat the ion-diminished stream; evaporating, within a humidifier of the water treatment system, water from the heated ion-diminished stream into a gaseous stream to produce a concentrated saline stream, which is enriched in a dissolved monovalent salt relative to the saline aqueous feed stream, and a humidified gaseous stream; condensing, within a dehumidifier of the water treatment system fluidically connected to the humidifier, water from the humidified gaseous stream to produce a water-containing stream and a dehumidified gaseous stream; and operating the water treatment system to establish a temperature and/or flow velocity of the ion-diminished stream within the humidifier such that scale is formed within the humidifier and at least about 60 wt% of all scale formed in the water treatment system is formed in the humidifier
A method for installing a fluid path having a tamper-evident feature on a needle hub and needle sheath within a controlled environment enclosure comprising, a. mechanically protecting the fluid path against an environment external to the fluid path, in such a way that the needle sheath seals with the needle hub, with the tamper-evident feature on the needle hub and the needle sheath; b. introducing the protected fluid path into the controlled environment enclosure; c. decontaminating the controlled environment enclosure after introducing the protected fluid path; and d. mechanically unprotecting the fluid path within the controlled environment enclosure after decontaminating further comprising the step of inspecting a tamper-evident feature on a needle hub and needle sheath prior to the step of decontaminating to verify that the hub and sheath have remained sealed since before the step of decontaminating. a. mechanically protecting the fluid path against an environment external to the fluid path, in such a way that the needle sheath seals with the needle hub, with the tamper-evident feature on the needle hub and the needle sheath; b. introducing the protected fluid path into the controlled environment enclosure; c. decontaminating the controlled environment enclosure after introducing the protected fluid path; and d. mechanically unprotecting the fluid path within the controlled environment enclosure after decontaminating
An inversion method based on Polarimetric Interferometric Synthetic Aperture Radar, PoLInSAR, comprising: acquiring a set of PoLInSAR image data of an object to be measured, and performing line fitting, by using total least squares, on a correlation coefficient estimation value acquired from the PoLInSAR image data to determine a ground surface phase estimation value of the object to be measured; acquiring a volume scattering decorrelation coefficient through a correlation regional boundary acquired from the PoLInSAR image data and a fitted line; and performing inversion on the object to be measured by establishing a lookup table, to acquire an inversion parameter of the object to be measured as a parameter estimation value of the object to be measured; wherein, the PoLInSAR image data comprises four master images and four slave images. acquiring a set of PoLInSAR image data of an object to be measured, and performing line fitting, by using total least squares, on a correlation coefficient estimation value acquired from the PoLInSAR image data to determine a ground surface phase estimation value of the object to be measured; acquiring a volume scattering decorrelation coefficient through a correlation regional boundary acquired from the PoLInSAR image data and a fitted line; and performing inversion on the object to be measured by establishing a lookup table, to acquire an inversion parameter of the object to be measured as a parameter estimation value of the object to be measured;
Method for operating a power plant for generating electrical energy for delivery to at least one consumer by combustion of a carbonaceous combustible, carbon dioxide being separated from the flue gas of the power plant, the separated carbon dioxide being converted at least in part into a fuel, wherein the fuel is combusted at least temporarily in at least one heat engine so as to form a waste gas, electrical energy being generated by the heat engine and being delivered to at least one consumer, at least some of the thermal energy of the waste gas being used in at least one of the following processes: a) for heating combustion air of the power plant; b) for heating a process medium of the power plant; c) in drying of the combustible of the power plant; and d) in carbon dioxide separation, characterized in that the heat engine comprises a diesel engine and/or an Otto engine. a) for heating combustion air of the power plant; b) for heating a process medium of the power plant; c) in drying of the combustible of the power plant; and d) in carbon dioxide separation,
Shielding installation for a moving carded web in a non-woven plaiter, in particular crosslapper, wherein the carded web has a lower side, an upper side and, situated on the longitudinal peripheries thereof, lateral faces and, with the lower side lying on a laying belt of the non-woven plaiter, is fed in the web direction to an upper displaceable main carriage, in particular an upper carriage, characterized in that the shielding installation has a housing which is configured and able to be disposed in the non-woven plaiter in such a manner that said housing covers the lateral faces of the carded web that extend along the web direction, said carded web being situated on the laying belt and fed to the upper displaceable main carriage, and said housing shields said lateral faces in relation to external environmental influences, in particular air currents.
Spacer specifically designed for a roller bearing comprising an outer ring, an inner ring, a plurality of rollers mounted between them, and a plurality of spacers inserted between the rollers near one of the rings (3,4), said spacer, rigid and extending in an axial direction (1 a), comprising: • an actual spacer portion, having two opposing faces able to cooperate with two rollers one on each side, • two axial stop arrangements located at the two ends, able to cooperate with the bearing so as to prevent the spacer from disengaging axially, • a radial stop arrangement, able to cooperate with the bearing so as to prevent it from unexpected radial movement, • a median guide portion transversely extending the actual spacer portion, having two axial guide faces arranged transversely to the two ends and facing towards the outside of the spacer and able to cooperate with the two transverse edges of a peripheral groove for receiving the rollers, said groove being arranged in the inner side of the outer ring or in the outer side of the inner ring, forming the two axial stop arrangements, • two radial guide areas, arranged axially at the two ends of the actual spacer portion, facing towards the side of the median guide portion and away from the faces suitable for cooperating with the rollers, adjacent to the two axial guide faces and able to cooperate with the two axial edges of the peripheral groove for receiving the rollers, forming the radial stop arrangement, characterized in that a transverse cross-section of the actual spacer portion has a generally trapezoidal shape with a large side adjacent to the median guide portion and opposite a small side, and two opposing sides sloping relative to each other and corresponding to the two opposing faces for cooperating with the rollers. • an actual spacer portion, having two opposing faces able to cooperate with two rollers one on each side, • two axial stop arrangements located at the two ends, able to cooperate with the bearing so as to prevent the spacer from disengaging axially, • a radial stop arrangement, able to cooperate with the bearing so as to prevent it from unexpected radial movement, • a median guide portion transversely extending the actual spacer portion, having two axial guide faces arranged transversely to the two ends and facing towards the outside of the spacer and able to cooperate with the two transverse edges of a peripheral groove for receiving the rollers, said groove being arranged in the inner side of the outer ring or in the outer side of the inner ring, forming the two axial stop arrangements, • two radial guide areas, arranged axially at the two ends of the actual spacer portion, facing towards the side of the median guide portion and away from the faces suitable for cooperating with the rollers, adjacent to the two axial guide faces and able to cooperate with the two axial edges of the peripheral groove for receiving the rollers, forming the radial stop arrangement,
An apparatus for manufacturing an absorbent article having a front waistline region, a rear waistline region, and a crotch region_ positioned between the front waistline region and the rear waistline region, comprising: a guide member that guides an elastic member (6', 6a', 6b') fed on a web configuring a component of the absorbent article and being conveyed in a continuous state wherein the guide member comprises: an arm member having a tip portion that is a feeding position of the elastic member (6', 6a', 6b') to the web, and a base portion separated from the tip portion; a first drive member that swings the arm member about the base portion of the arm member as a rotational axis; characterized in that a second drive member that performs a back and forth movement of the arm member and the first drive member along a cross direction that crosses a conveyance direction in which the web is conveyed, the tip portion is configured to be swung between a center position that is the center of a predetermined range in the cross direction crossing the conveyance direction, and end positions that are the ends of the predetermined range in the cross direction, and the second drive member moves the arm member and the first drive member toward the end positions when the tip portion moves from the center position toward the end positions. an arm member having a tip portion that is a feeding position of the elastic member (6', 6a', 6b') to the web, and a base portion separated from the tip portion; a first drive member that swings the arm member about the base portion of the arm member as a rotational axis; characterized in that a second drive member that performs a back and forth movement of the arm member and the first drive member along a cross direction that crosses a conveyance direction in which the web is conveyed,