mhurhangee/ep-ind-claims huggingface dataset:
Adiplexer for a waveguide, comprising a power divider for transmitting a transmitting signal and a first ortho-polarized receiving signal; a first lowpass filter coupled to the power divider for filtering out the transmitting signal and transmitting the first ortho-polarized receiving signal, and comprising: a third corrugated transformer formed between the first lowpass filter and the power divider for transmitting the first ortho-polarized receiving signal; a connecting port coupled to the power divider and having a first bend for transmitting the transmitting signal; and a highpass filter coupled to the connecting port for filtering out the first ortho-polarized receiving signal and transmitting the transmitting signal, and comprising: a propagator including a plurality of second bends such that the highpass filter has a meandering shape; a first corrugated transformer formed between an end of the propagator and the first bend for transmitting the transmitting signal, and for being a cut-off reflecting plane of the first ortho-polarized receiving signal; and a second corrugated transformer formed on another end of the propagator for transmitting the transmitting signal; characterized by the transmitting signal being inputted to the highpass filter and outputted from the power divider along a first direction (-X), the ortho-polarized receiving signal is inputted to the power divider along a second direction, the ortho-polarized receiving signal is outputted from the lowpass filter along a third direction, the first direction (-X) is opposite to the second direction, and the first and second directions are perpendicular to the third direction. a propagator including a plurality of second bends such that the highpass filter has a meandering shape; a first corrugated transformer formed between an end of the propagator and the first bend for transmitting the transmitting signal, and for being a cut-off reflecting plane of the first ortho-polarized receiving signal; and a second corrugated transformer formed on another end of the propagator for transmitting the transmitting signal; characterized by the transmitting signal being inputted to the highpass filter and outputted from the power divider along a first direction (-X), the ortho-polarized receiving signal is inputted to the power divider along a second direction, the ortho-polarized receiving signal is outputted from the lowpass filter along a third direction, the first direction (-X) is opposite to the second direction, and the first and second directions are perpendicular to the third direction.
An agricultural vehicle, comprising: - a plurality of actuators configured to control at least one system for turning the agricultural vehicle; - a spatial locating system; - one or more speed sensors; - one or more measurement devices; and - an automatic guidance system configured to navigate the agricultural vehicle, wherein the automatic guidance system comprises: - a receiver component configured to receive a first set of data from at least one of the spatial locating system, the one or more speed sensors, or the one or more measurement devices; - a calculation component configured to calculate a second set of data based on the first set of data wherein the second set of data comprises at least one of a road slope, an orientation of the agricultural vehicle, and a projected turn radius;; - a decision component configured to select a vehicle action (72, 74, 76, 78) based on the first and second sets of data; and - an actuation component configured to control the plurality of actuators to perform the vehicle action (72, 74, 76, 78). - a plurality of actuators configured to control at least one system for turning the agricultural vehicle; - a spatial locating system; - one or more speed sensors; - one or more measurement devices; and - an automatic guidance system configured to navigate the agricultural vehicle, wherein the automatic guidance system comprises: - a receiver component configured to receive a first set of data from at least one of the spatial locating system, the one or more speed sensors, or the one or more measurement devices; - a calculation component configured to calculate a second set of data based on the first set of data wherein the second set of data comprises at least one of a road slope, an orientation of the agricultural vehicle, and a projected turn radius;; - a decision component configured to select a vehicle action (72, 74, 76, 78) based on the first and second sets of data; and - an actuation component configured to control the plurality of actuators to perform the vehicle action (72, 74, 76, 78). - a receiver component configured to receive a first set of data from at least one of the spatial locating system, the one or more speed sensors, or the one or more measurement devices; - a calculation component configured to calculate a second set of data based on the first set of data wherein the second set of data comprises at least one of a road slope, an orientation of the agricultural vehicle, and a projected turn radius;; - a decision component configured to select a vehicle action (72, 74, 76, 78) based on the first and second sets of data; and - an actuation component configured to control the plurality of actuators to perform the vehicle action (72, 74, 76, 78).
A touch sensitive device comprising: a. a touch interface comprising rows and columns; b. a signal generator configured to generate a plurality of signals on at least a plurality of the rows, respectively; c. a touch processor configured to identify touch on the touch interface by processing touch signals present on the columns, and to output a stream of touch events; d. a decimator configured to: i. receive the stream of touch events, ii. selectively identify one or more of the touch events in the stream, and iii. output a modified stream of touch events for use by the touch sensitive device, wherein the modified stream of touch events does not include the selectively identified touch events; e. a display configured to display a graphical user interface, GUI, comprising a plurality of GUI elements; the touch sensitive device being characterized in that the decimator is further configured to receive GUI element boundary information from software running on the touch sensitive device, for the GUI with which a user is interacting and use the GUI element boundary information to change a decimation scheme; and wherein the decimator is configured to use the GUI element boundary information to apply a plurality of different decimation schemes to touch events occurring within a plurality of different GUI elements, such that a touch event occurring within a first GUI element has a different decimation scheme applied to it than a touch event occurring within a second GUI element. a. a touch interface comprising rows and columns; b. a signal generator configured to generate a plurality of signals on at least a plurality of the rows, respectively; c. a touch processor configured to identify touch on the touch interface by processing touch signals present on the columns, and to output a stream of touch events; d. a decimator configured to: i. receive the stream of touch events, ii. selectively identify one or more of the touch events in the stream, and iii. output a modified stream of touch events for use by the touch sensitive device, wherein the modified stream of touch events does not include the selectively identified touch events; i. receive the stream of touch events, ii. selectively identify one or more of the touch events in the stream, and iii. output a modified stream of touch events for use by the touch sensitive device, wherein the modified stream of touch events does not include the selectively identified touch events; e. a display configured to display a graphical user interface, GUI, comprising a plurality of GUI elements;
A Physical Hybrid Automatic Repeat request, ARQ, Indicator Channel, PHICH, transmission method performed by a base station, comprising: receiving a physical Uplink Shared Channel, PUSCH, from a User Equipment, UE using two or more carriers, the PUSCH corresponding to different Time Division Duplexing, TDD, uplink-downlink, UL-DL, configurations; generating a HARQ response information corresponding to the PUSCH; identifying whether a PHICH resource is allocated to each current downlink subframe of the different TDD UL-DL configurations to transmit the HARQ response information; allocating a new PHICH resource at a current subframe which the PHICH resource is not allocated when a PHICH resource is already allocated to the current subframe; and transmitting the PHICHs through the allocated PHICH resources for the HARQ response information, wherein allocating the new PHICH resource includes configuring, as the new allocated PHICH resource, a resource that is allocated for a Physical Downlink Control Channel, PDCCH, region but that is not used for PDCCH transmission. receiving a physical Uplink Shared Channel, PUSCH, from a User Equipment, UE using two or more carriers, the PUSCH corresponding to different Time Division Duplexing, TDD, uplink-downlink, UL-DL, configurations; generating a HARQ response information corresponding to the PUSCH; identifying whether a PHICH resource is allocated to each current downlink subframe of the different TDD UL-DL configurations to transmit the HARQ response information; allocating a new PHICH resource at a current subframe which the PHICH resource is not allocated when a PHICH resource is already allocated to the current subframe; and transmitting the PHICHs through the allocated PHICH resources for the HARQ response information, wherein allocating the new PHICH resource includes configuring, as the new allocated PHICH resource, a resource that is allocated for a Physical Downlink Control Channel, PDCCH, region but that is not used for PDCCH transmission.
Biglycan for use in treating or preventing a condition associated with an abnormal dystrophin-associated protein complex (DAPC) in cells of a subject, wherein said condition is selected from the group consisting of (i) a neuromuscular disease; (ii) amyotrophic lateral sclerosis; (iii) spinal muscular atrophy; (iv) a muscular dystrophy; and (v) muscular atrophy.
An aqueous amine-free non-stick coating composition, characterised in that it comprises an aqueous coating composition and at least one fluorocarbon resin, the aqueous non-stick coating composition having a polar aprotic solvent content greater than 0% and less than or equal to 15% by weight with respect to the total weight of the non-stick coating composition, said polar aprotic solvent being N-formylmorpholine, wherein the aqueous coating composition comprises: - at least one aromatic polymer, selected from the group comprising polyethersulfones, polyether ether sulfones (PEES), polyphenylsulfones (PPSU), polyphenylene sulfides, polyether ether ketones (PEEK), polyether ketones, polyether ketone ketones (PEKK), polyether ether ketone ketones (PEEKK), polyether ketone ether ketone ketones (PEKEKK) and derivatives thereof, and being in powder form having a d 90 less than or equal to 20 μm; and optionally - a polar aprotic solvent, the polar aprotic solvent content in the coating composition being between 0 and 25% by weight with respect to the total weight of the coating composition; and characterised in that: - the polar aprotic solvent is N-formylmorpholine; - the aromatic polymer is in powder form having a minimum d 90 of 10 μm and less than or equal to 20 μm and a minimum d 50 of 3 μm, where d 90 refers to the size at which 90% by volume of the population consists of particles that are smaller than said size and d 50 refers to the size at which 50% by volume of the population consists of particles that are smaller than said size. - at least one aromatic polymer, selected from the group comprising polyethersulfones, polyether ether sulfones (PEES), polyphenylsulfones (PPSU), polyphenylene sulfides, polyether ether ketones (PEEK), polyether ketones, polyether ketone ketones (PEKK), polyether ether ketone ketones (PEEKK), polyether ketone ether ketone ketones (PEKEKK) and derivatives thereof, and being in powder form having a d 90 less than or equal to 20 μm; and optionally - a polar aprotic solvent, the polar aprotic solvent content in the coating composition being between 0 and 25% by weight with respect to the total weight of the coating composition; and - the polar aprotic solvent is N-formylmorpholine; - the aromatic polymer is in powder form having a minimum d 90 of 10 μm and less than or equal to 20 μm and a minimum d 50 of 3 μm, where d 90 refers to the size at which 90% by volume of the population consists of particles that are smaller than said size and d 50 refers to the size at which 50% by volume of the population consists of particles that are smaller than said size.
A method for the production of surface-modified workpieces from aluminium, magnesium, copper or one or more aluminium and/or magnesium and/or copper alloys, comprising the provision of the workpiece to be modified and the treatment of the said workpiece with at least one modifying agent to obtain the surface-modified workpiece, wherein the provided workpiece to be modified has a temperature of 300 to 550°C and the at least one modifying agent has a temperature of 80°C to 100°C, wherein water is used as modifying agent and the modifying agent contains a CAB flux.
A molding tool for injection molding of a mat seal for an electric connector, comprising: a first mold with a first cavity, a second mold with a second cavity, and a mold cavity formed by said first cavity and said second cavity for forming the mat seal, at least one insert (19, 20) with a plurality of receiving chambers (21, 23), each receiving chamber (21, 23) receives a core (22, 24) reaching into the mold cavity for forming a first passageway (4, 4') through the mat seal, characterized in that said at least one insert (19, 20) projects into the mold cavity for forming a cavity (6, 7) in a face (2, 3) of the mat seal. a first mold with a first cavity, a second mold with a second cavity, and a mold cavity formed by said first cavity and said second cavity for forming the mat seal, at least one insert (19, 20) with a plurality of receiving chambers (21, 23), each receiving chamber (21, 23) receives a core (22, 24) reaching into the mold cavity for forming a first passageway (4, 4') through the mat seal, characterized in that said at least one insert (19, 20) projects into the mold cavity for forming a cavity (6, 7) in a face (2, 3) of the mat seal.
Network coupling apparatus for a packet-based field-level data network, having: at least two communication interfaces (2, 3) that are each couplable to a data network (8, 12); and an integrated transmission device that is coupled to the communication interfaces (2, 3) of the network coupling apparatus and designed to transmit data packets between the communication interfaces (2, 3), wherein the network coupling apparatus has a monitoring device coupled to the communication interfaces (2, 3) of the network coupling apparatus, wherein the monitoring device is designed to monitor whether a data packet transmitted via a communication interface (2, 3) of the network coupling apparatus has had a corresponding data packet received for it via another communication interface (3, 2) of the network coupling apparatus; characterized in that monitoring is performed to ascertain whether the transmission device has produced the data packet transmitted via the communication interface (2, 3) independently, wherein the monitoring device has a warning communication interface and is designed to output a warning signal via the warning communication interface if a stipulable number of data packets transmitted via a communication interface (2, 3) of the network coupling apparatus have not had a corresponding data packet received for them via another communication interface (3, 2) of the network coupling apparatus. at least two communication interfaces (2, 3) that are each couplable to a data network (8, 12); and an integrated transmission device that is coupled to the communication interfaces (2, 3) of the network coupling apparatus and designed to transmit data packets between the communication interfaces (2, 3), wherein the network coupling apparatus has a monitoring device coupled to the communication interfaces (2, 3) of the network coupling apparatus, wherein the monitoring device is designed to monitor whether a data packet transmitted via a communication interface (2, 3) of the network coupling apparatus has had a corresponding data packet received for it via another communication interface (3, 2) of the network coupling apparatus; characterized in that monitoring is performed to ascertain whether the transmission device has produced the data packet transmitted via the communication interface (2, 3) independently, wherein the monitoring device has a warning communication interface and is designed to output a warning signal via the warning communication interface if a stipulable number of data packets transmitted via a communication interface (2, 3) of the network coupling apparatus have not had a corresponding data packet received for them via another communication interface (3, 2) of the network coupling apparatus.
A method performed by a user equipment, UE, in a wireless communication system supporting multi-transport block scheduling, the method comprising: receiving first downlink control information, DCI; characterised by based on a number of TBs scheduled by the first DCI being less than a specific number, monitoring second DCI during a time period between an end of the reception of the first DCI and a start of transmission or reception of a TB scheduled by the first DCI; and based on the number of TBs scheduled by the first DCI being not less than the specific number, skipping the monitoring of the second DCI during the time period between the end of the reception of the first DCI and the start of the transmission or reception of the TB scheduled by the first DCI. receiving first downlink control information, DCI; characterised by based on a number of TBs scheduled by the first DCI being less than a specific number, monitoring second DCI during a time period between an end of the reception of the first DCI and a start of transmission or reception of a TB scheduled by the first DCI; and based on the number of TBs scheduled by the first DCI being not less than the specific number, skipping the monitoring of the second DCI during the time period between the end of the reception of the first DCI and the start of the transmission or reception of the TB scheduled by the first DCI.
Device with a valve housing and at least one compressed-air line connected to a valve housing connection, wherein the position of the compressed-airline relative to the valve housing connection is offset and wherein at least one connection plate is provided, which has a compressed-air line connection, wherein between the compressed-air line connection and the connection plate a first seal is arranged, and wherein between the connection plate and the valve housing a second seal is arranged, which seals off a compressed-air duct that is involved in the guiding of compressed air between the valve housing connection and the compressed-air line connection, characterised in that two compressed-air lines for supplying the service brake circuits of a utility vehicle fitted with a pneumatic brake system and two connection plates are provided, and the compressed-air lines for supplying the service brake circuits are respectively associated with different connection plates.
A display module for a rearview mirror assembly for a vehicle, said display module comprising a display having a polarised transmission axis and a backlight assembly comprising; an LED light engine for emitting light; a first brightness enhancement film having a plurality of prismatic elements extending in a first direction, and positioned to receive light emitted from the light engine; a second brightness enhancement film having a plurality of prismatic elements extending in a second direction; and a diffuser positioned to receive light exiting the first brightness enhancement film, wherein light exiting the diffuser enters the second brightness enhancement film, wherein the diffuser has a haze of 80% to 90%, wherein the diffuser has a transmissivity greater than 93%, and wherein the display is disposed to receive light from said second brightness enhancement film. an LED light engine for emitting light; a first brightness enhancement film having a plurality of prismatic elements extending in a first direction, and positioned to receive light emitted from the light engine; a second brightness enhancement film having a plurality of prismatic elements extending in a second direction; and a diffuser positioned to receive light exiting the first brightness enhancement film, wherein light exiting the diffuser enters the second brightness enhancement film, wherein the diffuser has a haze of 80% to 90%, wherein the diffuser has a transmissivity greater than 93%, and wherein the display is disposed to receive light from said second brightness enhancement film.
A cooled structure of a gas turbine engine, comprising; a main body having a leading edge and a trailing edge defining an axial direction therebetween; a first side portion and a second side portion defining a circumferential direction therebetween; and a cavity defining a radial direction that is orthogonal to both the axial and the circumferential directions; a first set of cooling air micro-channels extending from said cavity and arranged along the first side portion; a second set of cooling air micro-channels extending from said cavity and arranged along the second side portion; and wherein the first and second set of cooling air micro-channels further comprise turning portions positioned adjacent each other characterised in that the cooled structure further comprises interwoven exhaust ends originating from opposing side micro-channels, each interwoven exhaust end extending around a turning portion of an opposing side micro-channel, the interwoven exhaust ends configured to exhaust cooling air from a plurality of exhaust ports positioned generally radially outward from the turning portions.