mhurhangee/ep-ind-claims huggingface dataset:
An antenna device including an antenna element and an impedance converting circuit (35, 45) connected to the antenna element, wherein the impedance converting circuit (35, 45) has an antenna terminal, a feeding terminal and a ground terminal, and includes a transformer circuit comprising a first inductance element and a second inductance element; the first inductance element and the second inductance element are transformer-coupled with each other such that an equivalent negative inductance is generated; a port of the transformer circuit is connected to the feeding terminal, another port of the transformer circuit is connected to the ground terminal, and a further port of the transformer circuit is connected to the antenna terminal such that the equivalent negative inductance generated by transformer-coupling between the first and second inductance elements (L1, L2) is connected to the antenna element in series characterized in that the first inductance element is constituted by at least two inductance elements connected electrically in parallel, and the two inductance elements are disposed to have such a positional relationship that the two inductance elements sandwich the second inductance element, or the second inductance element is constituted by at least two inductance elements connected electrically in parallel, and the two inductance elements are disposed to have such a positional relationship that the two inductance elements sandwich the first inductance element.
A radio frequency, RF, remote controller device comprising: radio frequency, RF, circuitry operably coupled to an antenna arrangement and arranged to transmit and receive RF signals to and from a plurality of controllable devices (110, 120, 130, 140, 150); and signal processing logic operably coupled to the RF circuitry and to a user interface; wherein: the antenna arrangement is arranged to comprise a directivity characteristic; and the signal processing logic, upon receipt of a command input from the user interface, is arranged to: determine at least one link quality value that is at least partly dependent upon the directivity characteristic for at least one controllable device (110, 120, 130, 140, 150); characterized in that the signal processing logic is also arranged to: select a controllable device (110, 120, 130, 140, 150) for remote controlling based on the determined at least one link quality value; and transmit a control signal to the selected controllable device (110, 120, 130, 140, 150) based on the received command input. radio frequency, RF, circuitry operably coupled to an antenna arrangement and arranged to transmit and receive RF signals to and from a plurality of controllable devices (110, 120, 130, 140, 150); and signal processing logic operably coupled to the RF circuitry and to a user interface; the antenna arrangement is arranged to comprise a directivity characteristic; and the signal processing logic, upon receipt of a command input from the user interface, is arranged to: determine at least one link quality value that is at least partly dependent upon the directivity characteristic for at least one controllable device (110, 120, 130, 140, 150); characterized in that the signal processing logic is also arranged to: select a controllable device (110, 120, 130, 140, 150) for remote controlling based on the determined at least one link quality value; and transmit a control signal to the selected controllable device (110, 120, 130, 140, 150) based on the received command input. determine at least one link quality value that is at least partly dependent upon the directivity characteristic for at least one controllable device (110, 120, 130, 140, 150); characterized in that the signal processing logic is also arranged to: select a controllable device (110, 120, 130, 140, 150) for remote controlling based on the determined at least one link quality value; and select a controllable device (110, 120, 130, 140, 150) for remote controlling based on the determined at least one link quality value; and transmit a control signal to the selected controllable device (110, 120, 130, 140, 150) based on the received command input.
An anchor delivery system comprising: a guide (20, 22) for insertion into a repair site, the guide (20, 22) having a central passage extending therethrough, a distal portion of the guide (20, 22) being curved relative to a longitudinal axis of the guide (20, 22); an obturator insertable through the passage of the guide (20, 22) for blocking the passage during insertion of the guide (20, 22) into the repair site, the obturator including a shaft having a flexible portion, a diameter of the flexible portion selected to allow bending of the obturator so as to pass through the curve of the guide (20, 22); a drill insertable through the passage of the guide (20, 22) for forming a hole in a bone at the repair site, the drill including a shank having a flexible portion, a diameter of the flexible portion selected to allow bending of the drill so as to pass through the curve of the guide (20, 22); and an anchor delivery tool insertable through the passage of the guide (20, 22) for implanting an anchor into the hole, the anchor delivery tool including an elongate member having a flexible proximal portion and a distal portion, a surface of the flexible proximal portion comprising a plurality of cuts permitting flexing of the anchor delivery tool about the cuts so as to pass through the curve of the guide (20, 22), characterized in that the elongate member comprises a tapered region between the distal portion and the proximal portion, the distal portion comprising an area of reduced diameter relative to the proximal portion. a guide (20, 22) for insertion into a repair site, the guide (20, 22) having a central passage extending therethrough, a distal portion of the guide (20, 22) being curved relative to a longitudinal axis of the guide (20, 22); an obturator insertable through the passage of the guide (20, 22) for blocking the passage during insertion of the guide (20, 22) into the repair site, the obturator including a shaft having a flexible portion, a diameter of the flexible portion selected to allow bending of the obturator so as to pass through the curve of the guide (20, 22); a drill insertable through the passage of the guide (20, 22) for forming a hole in a bone at the repair site, the drill including a shank having a flexible portion, a diameter of the flexible portion selected to allow bending of the drill so as to pass through the curve of the guide (20, 22); and an anchor delivery tool insertable through the passage of the guide (20, 22) for implanting an anchor into the hole, the anchor delivery tool including an elongate member having a flexible proximal portion and a distal portion, a surface of the flexible proximal portion comprising a plurality of cuts permitting flexing of the anchor delivery tool about the cuts so as to pass through the curve of the guide (20, 22), characterized in that the elongate member comprises a tapered region between the distal portion and the proximal portion, the distal portion comprising an area of reduced diameter relative to the proximal portion.
A milk chocolate composition comprising greater than 40% natural milk solids by weight and other milk chocolate ingredients, wherein the milk chocolate composition contains a milk fat component of said milk solids that is not greater than 8% by weight of the composition.
A knock control arrangement for reciprocating engines that comprises a control unit that is arranged to form knock control commands to cylinder specific regulating units and is connected to cylinder specific first sensors, characterized in that, the control unit is connected to second sensors of at least two different types, and the arrangement further comprises a map or model (4, 21) for mapping values of the first sensors and the second sensors, the values of the first sensors indicating knock condition cylinder specifically and the values of the second sensors indicating at least two variables the engine, the map or model indicating knock area and an operation point of the engine in relation to the variables and the knock condition, the arrangement further comprising a calculator unit that is arranged to calculate the shortest distance between the operation point and the nearest knock point in the knock area, and also arranged to calculate a gradient between these two points, and the arrangement also comprising an adjusting unit to form the knock control commands to regulating units of said variables as a response to the gradient in order to increase the distance. the adjusting unit being arranged to select the largest partial derivate or derivates of the gradient for forming the knock control commands
A method for wireless communications, comprising: determining that a plurality of devices have a first capability, which comprises support for at least one of multiple user multiple-input multiple-output, MU-MIMO, or frequency division multiple access, FDMA; generating a first multi-user, MU, packet that solicits an immediate response from the plurality of the devices, wherein the immediate response comprises an acknowledgment, ACK, or block ACK, BA; the method further comprising determining that one or more other devices lack the first capability and generate a second MU packet that solicits an immediate response from at most a single one of the one or more other devices; and outputting the first or second MU packet for transmission. determining that a plurality of devices have a first capability, which comprises support for at least one of multiple user multiple-input multiple-output, MU-MIMO, or frequency division multiple access, FDMA; generating a first multi-user, MU, packet that solicits an immediate response from the plurality of the devices, wherein the immediate response comprises an acknowledgment, ACK, or block ACK, BA; the method further comprising determining that one or more other devices lack the first capability and generate a second MU packet that solicits an immediate response from at most a single one of the one or more other devices; and outputting the first or second MU packet for transmission.
A wind turbine power generating system (32; 46; 70) comprising a wind turbine connected to a speed increasing gearbox having a high speed output shaft and an electrical generator having an input shaft; and a coupling system interconnecting said output and input shafts (18, 26), characterized in that said coupling system being asymmetrical, having a first characteristic slip torque in a first forward rotational drive direction, and a second characteristic slip torque in a second reverse rotational drive direction.
A granular fuel-fired boiler brazier comprising a base and upstanding side walls (22(a), 22(b), 22(c)), the base being movable by translation from an operative position retaining fuel in the brazier to a discharge position to allow the ash contents to fall out of the brazier, characterised in that there is provided fragmentation means comprising an ash engaging crushing tooth mounted on and projecting upwardly from the base and into a receiving slot in a side wall (22(c)) in the operative position, whereby on moving the base to the discharge position the crushing tooth moves through the receiving slot, whereby the fragmentation means moves to break up the ash contents of the brazier, the tooth pushing the ash contents across the brazier and crushing it.
An apparatus, comprising: a communication interface; authentication logic coupled with the communication interface; wherein the authentication logic is operable to authenticate with a set of neighboring devices establishing a trust relationship with the set of neighboring devices; wherein, after establishing the trust relationship with the set of neighbouring devices, the authentication logic is operable to obtain via the communication interface data representative of a user associated with a user device; wherein the authentication logic is operable to send a challenge to the user device, via the communication interface, the challenge requesting data associated with the user associated with the user device; wherein the authentication logic is operable to receive a response to the challenge via the communication interface from the user device; wherein the authentication logic is operable to forward the response to the challenge to a standalone authentication server to perform validation of the response; and wherein the authentication logic is operable to provide data to the set of neighboring devices indicating that the user associated with the user device has been authenticated, to enable access by the user or user device to the set of neighboring devices. a communication interface; authentication logic coupled with the communication interface; wherein the authentication logic is operable to authenticate with a set of neighboring devices establishing a trust relationship with the set of neighboring devices; wherein, after establishing the trust relationship with the set of neighbouring devices, the authentication logic is operable to obtain via the communication interface data representative of a user associated with a user device; wherein the authentication logic is operable to send a challenge to the user device, via the communication interface, the challenge requesting data associated with the user associated with the user device; wherein the authentication logic is operable to receive a response to the challenge via the communication interface from the user device; wherein the authentication logic is operable to forward the response to the challenge to a standalone authentication server to perform validation of the response; and wherein the authentication logic is operable to provide data to the set of neighboring devices indicating that the user associated with the user device has been authenticated, to enable access by the user or user device to the set of neighboring devices.
A collar for mounting around the neck of an animal, such as a dog, said collar including: i) a first part with an inside for receiving the head of said animal, said first part having a flared shape, such as the shape of a truncated cone, and including a peripheral flexible wall defining said flared shape, said wall extending between a first opening leading into said inside and an opposite second opening leading into said inside, and ii) a second part joined to said first part at said second opening, said second part defining a sleeve for extending around said neck, characterized in said peripheral flexible wall including a recess extending towards said first opening and defining an enlargement of said second opening. i) a first part with an inside for receiving the head of said animal, said first part having a flared shape, such as the shape of a truncated cone, and including a peripheral flexible wall defining said flared shape, said wall extending between a first opening leading into said inside and an opposite second opening leading into said inside, and ii) a second part joined to said first part at said second opening, said second part defining a sleeve for extending around said neck,
A computer-implemented method for scheduling transmissions of a plurality of data streams in a telecommunication network (100, 102), wherein the transmissions are partitioned into transmission cycles (531, 532, 533, 534), the transmission cycles having a predetermined length in time, and wherein respective repetitive transmissions of each of the plurality of data streams are transmitted with a time interval determined by the predetermined length in time of the transmission cycles multiplied by a respective repetition rate of the respective repetitive transmissions, the method comprising: - determining, for each (212, 214, 216, 217, 218) of the plurality of data streams, a respective path (222, 224, 226, 227, 228; 230, 232) through the telecommunication network (100, 102) used for the respective repetitive transmissions of the respective data stream; - determining a plurality of shared transmission links based on a comparison of the paths (222, 224, 226, 227, 228) through the network, wherein each of the shared transmission links (126, 130, 136, 144, 146) is part of at least two of the paths; - based on a numerical optimization, determining a respective phase of the respective repetitive transmissions for each of the plurality of data streams, the numerical optimization having an objective function comprising at least one value indicative of interference at the plurality of said shared transmission links between two or more repetitive transmissions of the plurality of data streams; and - scheduling the respective repetitive transmissions of each of the plurality of data streams, wherein the respective repetitive transmissions start at a transmission cycle associated with the respective phase. - determining, for each (212, 214, 216, 217, 218) of the plurality of data streams, a respective path (222, 224, 226, 227, 228; 230, 232) through the telecommunication network (100, 102) used for the respective repetitive transmissions of the respective data stream; - determining a plurality of shared transmission links based on a comparison of the paths (222, 224, 226, 227, 228) through the network, wherein each of the shared transmission links (126, 130, 136, 144, 146) is part of at least two of the paths; - based on a numerical optimization, determining a respective phase of the respective repetitive transmissions for each of the plurality of data streams, the numerical optimization having an objective function comprising at least one value indicative of interference at the plurality of said shared transmission links between two or more repetitive transmissions of the plurality of data streams; and - scheduling the respective repetitive transmissions of each of the plurality of data streams, wherein the respective repetitive transmissions start at a transmission cycle associated with the respective phase.
A sweetener composition comprising one or more sweetener carbohydrates and/or sweetener polyols and a carrier compound wherein the carrier compound has an average particle size of at least 1 micron; wherein the carrier compound is silica; wherein the sweetener composition comprises up to 4% carrier compound weight/weight relative to a sum total sweetener carbohydrate and sweetener polyol; wherein the sweetener composition has enhanced sweetness compared to a control composition; and wherein the control composition consists of the same contents by identity and quantity as the sweetener composition but without the carrier compound.
A system comprising: a display; and a cover configured to rotate about the display into a closed orientation and into a viewing orientation, the cover comprising: a first side cover piece hingedly coupled to the display; a second side cover piece hingedly coupled to the display; and a center cover piece disposed between the first and second side cover pieces and hingedly coupled to the display, wherein the center cover piece is configured to interlock with the first and second side pieces to protectively cover the display screen in the closed orientation.
Tailgate for a motor vehicle that is intended to be mounted movably at the top on the body of said vehicle, the tailgate comprising a support frame, a transparent panel secured to said frame and hinge-forming elements (15, 15') and actuating means (16, 16') for opening and closing the tailgate, characterized in that said frame has a general U-shaped cross section arranged between an upper part and a lower part of the transparent panel.
A method performed by a network node of a cellular communication network connected to one or more wireless communication devices, the method comprising, for each of one or more cells of the cellular communication network: selecting a particular signal quality measurement method from a group of available signal quality measurement methods comprising a first signal quality measurement method wherein measurements are made based on a first number of symbols and a second signal quality measurement method wherein measurements are made based on a second number of symbols, wherein the first number of symbols is a subset of the second number of symbols, wherein the second number of symbols comprises all orthogonal frequency division multiplex - OFDM - symbols in a sub frame of the received signal and the first number of symbols comprises only orthogonal frequency division multiplex - OFDM - symbols in a sub frame of the received signal that carry cell-specific reference signals - CRS; transmitting (712, 430) a respective measurement configuration message, comprised in a radio resource control - RRC - configuration message, to at least one of the wireless communication devices, wherein each measurement configuration message comprises an instruction that the wireless communication device should use the selected particular signal quality measurement method; and receiving (717, 440) one or more signal quality measurement reports from respective ones of the wireless communication devices, wherein each signal quality measurement report comprises an indication of a result of signal quality measurements performed by the respective wireless communication device. selecting a particular signal quality measurement method from a group of available signal quality measurement methods comprising a first signal quality measurement method wherein measurements are made based on a first number of symbols and a second signal quality measurement method wherein measurements are made based on a second number of symbols, wherein the first number of symbols is a subset of the second number of symbols, wherein the second number of symbols comprises all orthogonal frequency division multiplex - OFDM - symbols in a sub frame of the received signal and the first number of symbols comprises only orthogonal frequency division multiplex - OFDM - symbols in a sub frame of the received signal that carry cell-specific reference signals - CRS; transmitting (712, 430) a respective measurement configuration message, comprised in a radio resource control - RRC - configuration message, to at least one of the wireless communication devices, wherein each measurement configuration message comprises an instruction that the wireless communication device should use the selected particular signal quality measurement method; and receiving (717, 440) one or more signal quality measurement reports from respective ones of the wireless communication devices, wherein each signal quality measurement report comprises an indication of a result of signal quality measurements performed by the respective wireless communication device.