mhurhangee/ep-ind-claims huggingface dataset:
A dual-polarized antenna, comprising a plurality of unit cells, each unit cell comprising: a polarizer coupled between a common waveguide and first and second divided waveguides associated with first and second polarizations, respectively; a waveguide horn coupled between the common waveguide and a horn port, the waveguide horn having a transition section of increasing waveguide cross-sectional size from the common waveguide to the horn port; a plurality of individual waveguides dividing the horn port of the waveguide horn, wherein each individual waveguide of the plurality of individual waveguides includes two walls shared with individual waveguides of the plurality of individual waveguides, and each of the shared walls comprises an extension element that extends at least a portion of the two shared walls of each individual waveguide into the waveguide horn; and a plurality of dielectric elements partially filling the plurality of individual waveguides, each dielectric element within a corresponding individual waveguide of the plurality of individual waveguides. a polarizer coupled between a common waveguide and first and second divided waveguides associated with first and second polarizations, respectively; a waveguide horn coupled between the common waveguide and a horn port, the waveguide horn having a transition section of increasing waveguide cross-sectional size from the common waveguide to the horn port; a plurality of individual waveguides dividing the horn port of the waveguide horn, wherein each individual waveguide of the plurality of individual waveguides includes two walls shared with individual waveguides of the plurality of individual waveguides, and each of the shared walls comprises an extension element that extends at least a portion of the two shared walls of each individual waveguide into the waveguide horn; and a plurality of dielectric elements partially filling the plurality of individual waveguides, each dielectric element within a corresponding individual waveguide of the plurality of individual waveguides.
A wheel loader that is provided with a work apparatus and a travel apparatus that are driven by a power output of an engine and that carries out the excavation work having a sequence of a plurality of processes by operating the work apparatus while traveling by the travel apparatus, comprising: a hydraulic oil pressure detector that is configured to detect a hydraulic oil pressure or pressures of one or a plurality of hydraulic cylinders for driving the work apparatus; a work apparatus operation command detector (32; 33) which is configured to detect an output signal directly output by a maneuvering device manually actuated by a driver of the wheel loader, the output signal reflecting an operation command to the work apparatus; a transmission operation detector that is configured to detect an operation of a transmission that is included in the travel apparatus or a speed stage that is selected in the transmission; a controller that is configured to carry out a determination as to which process in the sequence of the plurality of processes is currently being performed based on a detected value that has been detected by the hydraulic oil pressure detector, a detected operation command that has been detected by the work apparatus operation command detector (32; 33) and a detected value that has been detected by the transmission operation detector, wherein the manouevring device includes levers which operate lift cylinders and tilt cylinders for driving the work apparatus. a hydraulic oil pressure detector that is configured to detect a hydraulic oil pressure or pressures of one or a plurality of hydraulic cylinders for driving the work apparatus; a work apparatus operation command detector (32; 33) which is configured to detect an output signal directly output by a maneuvering device manually actuated by a driver of the wheel loader, the output signal reflecting an operation command to the work apparatus; a transmission operation detector that is configured to detect an operation of a transmission that is included in the travel apparatus or a speed stage that is selected in the transmission; a controller that is configured to carry out a determination as to which process in the sequence of the plurality of processes is currently being performed based on a detected value that has been detected by the hydraulic oil pressure detector, a detected operation command that has been detected by the work apparatus operation command detector (32; 33) and a detected value that has been detected by the transmission operation detector, wherein the manouevring device includes levers which operate lift cylinders and tilt cylinders for driving the work apparatus.
Method for encoding a 3D video data signal comprising at least a primary and a secondary video data signal, characterized in that the primary and secondary video data signal are combined into a combined video data signal, said combined video data signal being compressed comprising that the secondary video data signal is temporally predicted from the primary video data signal, the primary video data signal being compressed in a self-contained manner meaning that temporal prediction for its pictures may only be done from pictures from its own primary data signal, to provide a single compressed video bitstream, whereafter the single compressed video data signal is split into separate bitstreams, the separate video bitstreams comprising a primary video bitstream comprising data for the primary video data signal and a secondary video bitstream comprising data for the secondary video data signal, whereafter the primary and secondary video bitstreams are multiplexed into a multiplexed signal, wherein to the primary and secondary bitstreams separate codes (0x1B, 0x20) are assigned, the code assigned to the primary video stream being a code (0x1B) decidable by a 2D video decoder, the code assigned to the secondary video stream being a different code, thereby allowing a 2D video decoder to only extract and decode the primary video bitstream.
A compound of the formulae: wherein: A is selected from optionally substituted saturated, partly saturated or unsaturated 5- or 6-membered heterocyclyl; optionally substituted C 1-6 alkoxyl amine; optionally substituted C 1-6 alkyl amine; optionally substituted C 0-6 alkyl carboxylic acid; optionally substituted C 1-6 alkyl hydroxyl; optionally substituted saturated or unsaturated C 0-6 alkyl bicyclic heterocyclyl; and optionally substituted saturated or unsaturated C 1-6 alkoxyl bicyclic heterocyclyl, or a pharmacologically acceptable salt, stereoisomer, diastereomer, enantiomer, racemate, hydrate and/or solvate thereof. A is selected from optionally substituted saturated, partly saturated or unsaturated 5- or 6-membered heterocyclyl; optionally substituted C 1-6 alkoxyl amine; optionally substituted C 1-6 alkyl amine; optionally substituted C 0-6 alkyl carboxylic acid; optionally substituted C 1-6 alkyl hydroxyl; optionally substituted saturated or unsaturated C 0-6 alkyl bicyclic heterocyclyl; and optionally substituted saturated or unsaturated C 1-6 alkoxyl bicyclic heterocyclyl, or a pharmacologically acceptable salt, stereoisomer, diastereomer, enantiomer, racemate, hydrate and/or solvate thereof.
A modular electric bicycle comprising an electric bicycle frame having a down tube, a seat tube, a top tube, a head tube; wherein at least one of the head tube and seat tube is modified with holes that are adapted to allow fitting of a battery pack to the inside of at least one of the top tube and down tube when all tubes are joined, wherein the electric bicycle frame further comprises: an electrical wiring system inside the bicycle frame, wherein the electrical wiring system is adapted to be connected to the battery pack as well as to electronic components, wherein the electric wiring system comprises electrical connector parts adapted to connect the electrical wiring system to electrical connector counterparts of the battery pack and the electronic components the modular electric bicycle characterized in that it further comprises an electronic components compartment which is fitted underneath the bicycle saddle and comprises an electric motor controller, the electric motor controller comprising an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, and the battery pack, which is a d-c rechargeable battery pack constructed and arranged triangularly and fit inside the top tube, the down tube and the seat tube of the electric bicycle frame, wherein the battery pack uses cells with lithium iron phosphate chemistry and further comprises an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, wherein the modular electric bicycle allows the battery pack and the electronic components to be replaced by the user. an electrical wiring system inside the bicycle frame, wherein the electrical wiring system is adapted to be connected to the battery pack as well as to electronic components, wherein the electric wiring system comprises electrical connector parts adapted to connect the electrical wiring system to electrical connector counterparts of the battery pack and the electronic components the modular electric bicycle characterized in that it further comprises an electronic components compartment which is fitted underneath the bicycle saddle and comprises an electric motor controller, the electric motor controller comprising an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, and the battery pack, which is a d-c rechargeable battery pack constructed and arranged triangularly and fit inside the top tube, the down tube and the seat tube of the electric bicycle frame, wherein the battery pack uses cells with lithium iron phosphate chemistry and further comprises an electrical connector counterpart adapted to be connectable to the electrical connector part of the electrical wiring system, wherein the modular electric bicycle allows the battery pack and the electronic components to be replaced by the user.
A computer-implemented method for reducing power consumption of a mobile device, the method comprising: • detecting video content to be viewed in an application executed by the mobile device (step 602); • detecting unwanted content associated with the video content (step 604), wherein the detecting the unwanted content comprises at least one of: ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and • operating the mobile device in a low-power mode during playback of the video content in the application in response to detecting the unwanted content, wherein the operating the mobile device in the low-power mode comprises at least one of using Dynamic Voltage and Frequency Scaling, DVFS, to adjust power consumption of a processor included in the mobile device, reducing the resolution of a display device included in the mobile device, or reducing a brightness level of the display device (step 606). • detecting video content to be viewed in an application executed by the mobile device (step 602); • detecting unwanted content associated with the video content (step 604), wherein the detecting the unwanted content comprises at least one of: ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and ∘ identifying markers included in metadata associated with the video content, wherein the markers specify explicit start points and end points of advertising content included in the video content; ∘ utilizing user feedback to identify explicit start points and end points of advertising content included in the video content; or ∘ analyzing the video content to identify keywords or images corresponding to advertising content; and • operating the mobile device in a low-power mode during playback of the video content in the application in response to detecting the unwanted content, wherein the operating the mobile device in the low-power mode comprises at least one of using Dynamic Voltage and Frequency Scaling, DVFS, to adjust power consumption of a processor included in the mobile device, reducing the resolution of a display device included in the mobile device, or reducing a brightness level of the display device (step 606).
Electrolytic cell delimited by two semi-shells each fixed to an electrode by means of a multiplicity of conductive strips, the electrodes being an anode and a cathode having a major surface separated by a membrane, characterised in that at least one of the electrodes is made of a multiplicity of electrode segments (A, B), each of said electrode segments (A, B) being attached to at least one of said conductive strips prior to the fixing to the respective semi-shell, each of said electrode segments (A, B) and said at least one conductive strip attached thereto being obtained as jointless integral elements from a single semi-finished workpiece wherein a multiplicity of shaped pieces are placed between said strips of adjacent electrode segments (A, B) and at the transition edges between the said electrodes and said strips, comprising a first section located above the membrane and a second section located between said strips in the construction state.
An oral treatment device (1000; 2000) comprising: a storage and delivery component (100; 300) comprising: a body (110; 310) comprising a reservoir; an oral treatment composition in the reservoir; at least one delivery member extending from a first end to a second end, the first end being fluidly coupled to the reservoir; and a frangible barrier separating the oral treatment composition from the first end of the delivery member; an applicator component (200; 400) comprising a pad portion (210; 410) formed of a liquid absorbing material, the applicator component (200; 400) alterable between: an attached state whereby the second end of the delivery member is fluidly coupled to the pad portion (210; 410); and a detached state whereby the applicator component (200; 400) is detached from the storage and delivery component for application to a user's teeth; and wherein application of a force on the reservoir ruptures the frangible barrier to enable the oral treatment composition to flow through the at least one delivery member to the pad portion (210; 410) of the applicator component (200; 400); characterized in that the pad portion (210; 410) of the applicator component (200; 400) comprises a front surface (211; 411) and a rear surface (212; 412), wherein when the applicator component (200; 400) is in the attached state the second end of the delivery member is located within the liquid absorbing material of the pad portion (210; 410) between the front and rear surfaces (211, 212; 411, 412) of the pad portion (210; 410). a storage and delivery component (100; 300) comprising: a body (110; 310) comprising a reservoir; an oral treatment composition in the reservoir; at least one delivery member extending from a first end to a second end, the first end being fluidly coupled to the reservoir; and a frangible barrier separating the oral treatment composition from the first end of the delivery member; a body (110; 310) comprising a reservoir; an oral treatment composition in the reservoir; at least one delivery member extending from a first end to a second end, the first end being fluidly coupled to the reservoir; and a frangible barrier separating the oral treatment composition from the first end of the delivery member; an applicator component (200; 400) comprising a pad portion (210; 410) formed of a liquid absorbing material, the applicator component (200; 400) alterable between: an attached state whereby the second end of the delivery member is fluidly coupled to the pad portion (210; 410); and a detached state whereby the applicator component (200; 400) is detached from the storage and delivery component for application to a user's teeth; and wherein application of a force on the reservoir ruptures the frangible barrier to enable the oral treatment composition to flow through the at least one delivery member to the pad portion (210; 410) of the applicator component (200; 400);
A power supply comprising: a plurality of power modules (PM1-PMN), input terminals of the plurality of power modules (PM1-PMN) being electrically connected in series, output terminals of the plurality of power modules (PM1-PMN) being electrically connected in parallel; wherein each of the plurality of power modules (PM1-PMN) comprises: a first converter configured to convert an input voltage into an intermediate voltage, wherein the intermediate voltage is DC; and a second converter configured to output a DC supply voltage according to the intermediate voltage, wherein the first converters in the power modules (PM1-PMN) are configured to be controlled with at least one first common control signal having a common duty cycle, wherein the second converters in the power modules (PM1-PMN) are configured to be controlled with at least one second common control signal having a common duty cycle, wherein the at least one first common control signal is determined according to the input voltage, an input current corresponding to the input voltage, and the intermediate voltages in the power modules (PM1-PMN), and wherein the at least one second common control signal is determined according to the DC supply voltage. a plurality of power modules (PM1-PMN), input terminals of the plurality of power modules (PM1-PMN) being electrically connected in series, output terminals of the plurality of power modules (PM1-PMN) being electrically connected in parallel; wherein each of the plurality of power modules (PM1-PMN) comprises: a first converter configured to convert an input voltage into an intermediate voltage, wherein the intermediate voltage is DC; and a second converter configured to output a DC supply voltage according to the intermediate voltage, a first converter configured to convert an input voltage into an intermediate voltage, wherein the intermediate voltage is DC; and a second converter configured to output a DC supply voltage according to the intermediate voltage, wherein the first converters in the power modules (PM1-PMN) are configured to be controlled with at least one first common control signal having a common duty cycle, wherein the second converters in the power modules (PM1-PMN) are configured to be controlled with at least one second common control signal having a common duty cycle, wherein the at least one first common control signal is determined according to the input voltage, an input current corresponding to the input voltage, and the intermediate voltages in the power modules (PM1-PMN), and wherein the at least one second common control signal is determined according to the DC supply voltage.
Set comprising an impression cap and a device for securing the impression cap releasably on a tooth implant, wherein the impression cap has a dimensionally stable wall delimiting peripherally a receiving space shaped like a blind hole, the device has a secondary part having a base region that can be secured directly on the tooth implant by means of a screw connection and at least one spring finger used as an elastically deformable holding means by which the impression cap is secured with a force-fit connection, and the secondary part has the at least one spring finger protruding from the base region and formed on the secondary part, said spring finger cooperating with the dimensionally stable wall of the impression cap to form the force-fit connection, characterized in that the impression cap has a recess which is limited in the circumferential direction and with which the spring finger engages in the assembled state to fix the mutual position of rotation.
A photonic buoy comprising: a hull which is divided into a ballast portion for residing below the waterline and a top portion for residing above the waterline; a mass in the ballast portion; and an optical bench in the top portion including: an optical device configured to provide a panoramic view of the horizon, and a fixed vertically oriented imager aimed at the optical device, and characterised in that; the hull is an elongate cylindrical hull having a diameter compatible with a launcher of a submarine whereby the photonic buoy is able to be launched from the launcher of the submarine; and the panoramic view of the horizon provided by the optical device extends above and below horizontal. a hull which is divided into a ballast portion for residing below the waterline and a top portion for residing above the waterline; a mass in the ballast portion; and an optical bench in the top portion including: an optical device configured to provide a panoramic view of the horizon, and a fixed vertically oriented imager aimed at the optical device, and an optical device configured to provide a panoramic view of the horizon, and a fixed vertically oriented imager aimed at the optical device, and the hull is an elongate cylindrical hull having a diameter compatible with a launcher of a submarine whereby the photonic buoy is able to be launched from the launcher of the submarine; and the panoramic view of the horizon provided by the optical device extends above and below horizontal.
A method of operation in a network node configured for operation in a wireless communication network: receiving a bundled uplink, UL, transmission from a half-duplex, HD, wireless communication device, WCD,, said bundled UL transmission comprising a set of repeated UL transmissions and including one or more synchronization gaps during which the HD WCD suspends UL transmission; identifying the one or more synchronization gaps within the bundled UL transmission; and suspending reception processing for the bundled UL transmission with respect to the one or more synchronization gaps; characterized in that the method further comprises receiving, from the HD WCD, a capability of the HD WCD before receiving the bundled transmission, said capability comprising an explicit need for synchronization gaps; determining a repetition level for the bundled uplink transmission by the HD WCD; determining that the repetition level exceeds a threshold, wherein said threshold is based on said capability received from the HD WCD; and configuring a synchronization gap pattern for the one or more synchronization gaps and scheduling the HD WCD according to the determined repetition level. receiving a bundled uplink, UL, transmission from a half-duplex, HD, wireless communication device, WCD,, said bundled UL transmission comprising a set of repeated UL transmissions and including one or more synchronization gaps during which the HD WCD suspends UL transmission; identifying the one or more synchronization gaps within the bundled UL transmission; and suspending reception processing for the bundled UL transmission with respect to the one or more synchronization gaps; characterized in that the method further comprises receiving, from the HD WCD, a capability of the HD WCD before receiving the bundled transmission, said capability comprising an explicit need for synchronization gaps; determining a repetition level for the bundled uplink transmission by the HD WCD; determining that the repetition level exceeds a threshold, wherein said threshold is based on said capability received from the HD WCD; and configuring a synchronization gap pattern for the one or more synchronization gaps and scheduling the HD WCD according to the determined repetition level.