mhurhangee/ep-ind-claims huggingface dataset:
A method for processing signals comprising symbols located in quadrants of a constellation map defined by real and imaginary axes (501, 502), said method comprising: performing an Active Constellation Extension, ACE, procedure on a first set of said symbols, wherein for each quadrant, each symbol moved during the ACE procedure is moved to perpendicular intersecting axes (505, 506) within the quadrant, said intersecting axes being parallel to said real and imaginary axes, said method being further characterized by: bounding, for each quadrant, a region established by the intersecting axes with an arc; identifying, for each quadrant, symbols outside of the arc of the bounded region after the ACE procedure, wherein the bounded region is determined in response to an error vector magnitude target; translating, for each quadrant, the identified symbols to the bounded region; determining a peak-to-average power ratio after translating the identified symbols to the bounded regions; and determining whether to perform another ACE procedure based upon the determined value of said peak-to-average power ratio. performing an Active Constellation Extension, ACE, procedure on a first set of said symbols, wherein for each quadrant, each symbol moved during the ACE procedure is moved to perpendicular intersecting axes (505, 506) within the quadrant, said intersecting axes being parallel to said real and imaginary axes, said method being further characterized by: bounding, for each quadrant, a region established by the intersecting axes with an arc; identifying, for each quadrant, symbols outside of the arc of the bounded region after the ACE procedure, wherein the bounded region is determined in response to an error vector magnitude target; translating, for each quadrant, the identified symbols to the bounded region; determining a peak-to-average power ratio after translating the identified symbols to the bounded regions; and determining whether to perform another ACE procedure based upon the determined value of said peak-to-average power ratio.
A dispensing closure comprising a base attachable to a container and an actuator disc pivotally mounted on the base, the disc being pivotable between a closed position which prevents fluid product dispensing and an open position which allows product fluid dispensing, in which the base and disc materials are both thermoplastic polymers, in which the base and the disc are formed from different materials, characterised in that the base and disc are formed from the same type of material, in that the base and the disc are formed from a polypropylene-based material, and in that one of the base and disc is formed from a copolymer polypropylene and the other is formed from a homopolymer polypropylene.
An elevator governor comprising: a sheave on which a rope moving in response to the movement of an ascending and descending body of an elevator is wound, and which changes the rotation speed in one direction in response to the ascent speed of the ascending and descending body and changes the rotation speed in the other direction in response to the descent speed of the ascending and descending body; a fly-weight which is provided in the sheave and increases and decreases an outward moving quantity in response to an increase and decrease in the rotation speed of the sheave; a detector which is provided in proximity to the fly-weight and performs overspeed detection of the sheave when the fly-weight has moved outward by a predetermined quantity; a balance spring constantly urging the fly weight to the center side of the sheave, said elevator governor being characterized by further comprising a stopper which is provided in proximity to the fly-weight and prevents the flyweight from moving outward more than or equal to the predetermined quantity when the sheave is rotating in a predetermined direction which is either of the two rotation directions. a sheave on which a rope moving in response to the movement of an ascending and descending body of an elevator is wound, and which changes the rotation speed in one direction in response to the ascent speed of the ascending and descending body and changes the rotation speed in the other direction in response to the descent speed of the ascending and descending body; a fly-weight which is provided in the sheave and increases and decreases an outward moving quantity in response to an increase and decrease in the rotation speed of the sheave; a detector which is provided in proximity to the fly-weight and performs overspeed detection of the sheave when the fly-weight has moved outward by a predetermined quantity; a balance spring constantly urging the fly weight to the center side of the sheave, said elevator governor being characterized by further comprising a stopper which is provided in proximity to the fly-weight and prevents the flyweight from moving outward more than or equal to the predetermined quantity when the sheave is rotating in a predetermined direction which is either of the two rotation directions.
A vacuum cleaner comprising: a cleaner body; a dust collector removably mounted at the cleaner body; at least one compressing member arranged inside the dust collector for reducing the volume of the dust stored in the inside the dust collector; a driving device operating the compressing member; characterized in that the driving device is connected with the compressing member when the dust collector is mounted at the cleaner body; and in that the dust collector comprises a first guide unit (290, 294, 295, 520, 522, 530) to guide the mounting of the dust collector; and in that the cleaner body comprises a second guide unit (172, 174, 176, 572, 574, 576) interacting with the first guide unit (290, 294, 295, 520, 522, 530). a cleaner body; a dust collector removably mounted at the cleaner body; at least one compressing member arranged inside the dust collector for reducing the volume of the dust stored in the inside the dust collector; a driving device operating the compressing member; characterized in that the driving device is connected with the compressing member when the dust collector is mounted at the cleaner body; and in that the dust collector comprises a first guide unit (290, 294, 295, 520, 522, 530) to guide the mounting of the dust collector; and in that the cleaner body comprises a second guide unit (172, 174, 176, 572, 574, 576) interacting with the first guide unit (290, 294, 295, 520, 522, 530).
Alcaftadine, its pharmaceutically acceptable salts, its N-oxides, hydrates, solvates, polymorphs, or mixtures thereof, for use in a method of treating or preventing a clinical symptom of ocular allergy, the method comprising administering to the eye of a patient an effective amount of the alcaftadine, its pharmaceutically acceptable salts, its N-oxides, hydrates, solvates, polymorphs, or mixtures thereof.
A digital indicator comprising: a body; a spindle formed in the body, movably in an axial direction; a displacement detecting sensor configured to detect a movement displacement amount of the spindle; a display device configured to display the movement displacement amount of the spindle detected by the displacement detecting sensor; and a display controller configured to linearly move a measured value display mark representing a measured value in a display surface of the display device according to variations in the measured value, wherein the display controller linearly moves the measured value display mark in a movement direction of the spindle in a display surface of the display device, in a case where an object displayed on a touch surface of the display device is tapped one time, the display controller shifts to a digital display mode, in a case where the object is tapped two times, the display controller shifts to a digital-to-analog display mode, and in a case where the object is tapped three times, the display controller shifts to a bar display mode and linearly moves the measured value display mark representing the measured value in the display surface of the display device according to variations in the measured value in the bar display mode. a body; a spindle formed in the body, movably in an axial direction; a displacement detecting sensor configured to detect a movement displacement amount of the spindle; a display device configured to display the movement displacement amount of the spindle detected by the displacement detecting sensor; and a display controller configured to linearly move a measured value display mark representing a measured value in a display surface of the display device according to variations in the measured value, wherein the display controller linearly moves the measured value display mark in a movement direction of the spindle in a display surface of the display device, in a case where an object displayed on a touch surface of the display device is tapped one time, the display controller shifts to a digital display mode, in a case where the object is tapped two times, the display controller shifts to a digital-to-analog display mode, and in a case where the object is tapped three times, the display controller shifts to a bar display mode and linearly moves the measured value display mark representing the measured value in the display surface of the display device according to variations in the measured value in the bar display mode.
An exhaust emission purification method, comprising an exhaust emission purification device having a diesel particulate filter in a exhaust passage in an internal combustion engine mounted on a vehicle, in which a forced regeneration start timing of said diesel particulate filter is judged based on the comparison of a differential pressure (ΔP) across said diesel particulate filter with a predetermined differential pressure threshold (ΔPs) across the diesel particulate filter, characterized in that forced regeneration is performed repeatedly, and said differential pressure threshold (ΔPs) across the diesel particulate filter is set by multiplying a reference differential pressure threshold (ΔPs0) across the diesel particulate filter by a coefficient (α(ΔM)) which is calculated from mileage (ΔM) of the vehicle after previous forced regeneration, wherein the predetermined differential pressure threshold (ΔPs) decreases as the mileage (ΔM) of the vehicle increases.
A printed circuit board, PCB, configured with radio-frequency functionality, the PCB comprising: a PCB structure comprising a plurality of layers, wherein at least one internal layer arranged within the PCB structure comprises one or more printed radio-frequency, RF, structures comprising an antenna and a transmission line; and at least one embedded element comprising an absorbing material provided within the PCB structure, further comprising a conductive structure configured to substantially surround the absorbing material, wherein the conductive structure is configured to generate a reflection coefficient and/or loss to improve a match of the antenna to the transmission line via holes placed around the circumference of the absorbing material. a PCB structure comprising a plurality of layers, wherein at least one internal layer arranged within the PCB structure comprises one or more printed radio-frequency, RF, structures comprising an antenna and a transmission line; and at least one embedded element comprising an absorbing material provided within the PCB structure, further comprising a conductive structure configured to substantially surround the absorbing material, wherein the conductive structure is configured to generate a reflection coefficient and/or loss to improve a match of the antenna to the transmission line via holes placed around the circumference of the absorbing material.
A door assembly for a laundry treating machine, apt to open and/or close an opening defined in a wall of the laundry treatment machine, the door assembly comprising: - a rear frame forming a rear surface of the door assembly apt to face said wall when the door assembly closes the opening, the rear frame including a rear frame radially inner edge defining a rear aperture; - a closing element connected to the rear frame to close the rear aperture of the rear frame; - a front frame arranged on a front side of the rear frame and comprising: - a front supporting structure having a radially inner edge defining a front aperture; - an at least partially transparent cap element overlaying a front side of the front supporting structure, and extending over the front aperture, the cap element having a rear side and a front side, the latter forming the front surface of the door assembly; - a handle provided on the front supporting structure and/or the cap element; whereby the door assembly further comprises: - a covering element, at least partly covering the closing element, interposed between the rear frame and the front frame, the covering element having a shaped portion extending at least partly through the front aperture of the supporting structure of the front frame wherein the shaped portion comprises an outermost front side surface facing the rear side of the cap element and at least a second surface extending away from the first side surface and towards the closing element; wherein a gap is defined between the outermost front side surface of the shaped portion of the covering element and the rear side of the cap element and wherein the door assembly further comprises an opaque element arranged at the rear side of the cap element and between the front supporting structure and the cap element, the opaque element filling at least partly the gap. - a rear frame forming a rear surface of the door assembly apt to face said wall when the door assembly closes the opening, the rear frame including a rear frame radially inner edge defining a rear aperture; - a closing element connected to the rear frame to close the rear aperture of the rear frame; - a front frame arranged on a front side of the rear frame and comprising: - a front supporting structure having a radially inner edge defining a front aperture; - an at least partially transparent cap element overlaying a front side of the front supporting structure, and extending over the front aperture, the cap element having a rear side and a front side, the latter forming the front surface of the door assembly; - a handle provided on the front supporting structure and/or the cap element; - a covering element, at least partly covering the closing element, interposed between the rear frame and the front frame, the covering element having a shaped portion extending at least partly through the front aperture of the supporting structure of the front frame wherein the shaped portion comprises an outermost front side surface facing the rear side of the cap element and at least a second surface extending away from the first side surface and towards the closing element;
A method implemented by one or more processors, the method comprising: receiving a first command phrase provided by a user at an assistant interface, the assistant interface associated with an automated assistant application that is accessible to the one or more processors; determining that the first command phrase is unrecognized by the automated assistant application, at least based on an absence of correlation between the first command phrase and one or more command phrases available to the automated assistant application; causing a response phrase to be presented to the user via the assistant interface, the response phrase comprising a request for instructions to execute the first command phrase; receiving one or more second command phrases in response to providing of the response phrase, the one or more second command phrases identifying a plurality of actions to be performed by the automated assistant application responsive to the first command phrase; and causing the automated assistant application to store a command phrase, corresponding to the first command phrase, in association with the plurality of actions identified in the one or more second command phrases. receiving a first command phrase provided by a user at an assistant interface, the assistant interface associated with an automated assistant application that is accessible to the one or more processors; determining that the first command phrase is unrecognized by the automated assistant application, at least based on an absence of correlation between the first command phrase and one or more command phrases available to the automated assistant application; causing a response phrase to be presented to the user via the assistant interface, the response phrase comprising a request for instructions to execute the first command phrase; receiving one or more second command phrases in response to providing of the response phrase, the one or more second command phrases identifying a plurality of actions to be performed by the automated assistant application responsive to the first command phrase; and
An electrical line for electrically conductively connecting two units arranged in a motor vehicle, which has insulated electrical conductors, which are surrounded by a common, electrically effective screen, characterized in that on the entire length of the line in the structure of the same at least one light guide is present, which is connected in the working position to an evaluation unit coupled with a switching element and which is integrated in the screen of the line or is arranged directly below the screen of the line in contact with the same, so that a damage of the line with certainty generates at least one deformation of the light guide, which leads to a signal recognizable by the evaluation unit.
A digital filter device, comprising: first distortion compensation filter means for conducting distortion compensation of first waveform distortion included in an inputted signal through digital signal processing; first filter coefficient setting means for setting a filter coefficient of the first distortion compensation filter means; second distortion compensation filter means for compensating second waveform distortion included in a signal outputted from the first distortion compensation filter means; second filter coefficient setting means for setting a filter coefficient of the second distortion compensation filter means based on the filter coefficient set by the first filter coefficient setting means; and A/D conversion means for converting an inputted analog signal into a digital signal and inputting the converted digital signal into the first distortion compensation filter means, wherein an output of the A/D conversion means enters the first distortion compensation filter means. first distortion compensation filter means for conducting distortion compensation of first waveform distortion included in an inputted signal through digital signal processing; first filter coefficient setting means for setting a filter coefficient of the first distortion compensation filter means; second distortion compensation filter means for compensating second waveform distortion included in a signal outputted from the first distortion compensation filter means; second filter coefficient setting means for setting a filter coefficient of the second distortion compensation filter means based on the filter coefficient set by the first filter coefficient setting means; and A/D conversion means for converting an inputted analog signal into a digital signal and inputting the converted digital signal into the first distortion compensation filter means, wherein an output of the A/D conversion means enters the first distortion compensation filter means.
A calcium-based secondary cell comprising: - a negative electrode that includes a negative-electrode active material, said negative-electrode active material being capable of accepting and releasing calcium ions, - a positive electrode that includes a positive-electrode active material, said positive-electrode active material being capable of accepting and releasing calcium ions, - an electrolyte arranged between the negative electrode and the positive electrode, said electrolyte comprising calcium ions and an electrolyte medium, wherein the electrolyte is not solid at a temperature of 20°C and a pressure of 1 atm and wherein the electrolyte medium includes a non-aqueous solvent, and - a temperature control element, characterized in that the temperature control element is configured to provide heating functionality by bringing and/or maintaining the cell at a temperature between 50°C and 110°C. - a negative electrode that includes a negative-electrode active material, said negative-electrode active material being capable of accepting and releasing calcium ions, - a positive electrode that includes a positive-electrode active material, said positive-electrode active material being capable of accepting and releasing calcium ions, - an electrolyte arranged between the negative electrode and the positive electrode, said electrolyte comprising calcium ions and an electrolyte medium, wherein the electrolyte is not solid at a temperature of 20°C and a pressure of 1 atm and wherein the electrolyte medium includes a non-aqueous solvent, and - a temperature control element,
A user apparatus comprising: a receiving unit configured to receive DL, Downlink - UL, Uplink, configuration indicating a resource used for DL, a resource used for UL and a flexible resource dynamically used for DL or UL in TDD, Time division duplex, and receive an UL scheduling from a base station apparatus; a transmitting unit configured to perform UL transmission to the base station apparatus based on the DL-UL configuration and the UL scheduling; and a control unit configured to determine a target ratio not to exceed a ratio of UL symbols with respect to all symbols in a predetermined period and indicate the target ratio as a UE, User Equipment, capability to the base station apparatus. a receiving unit configured to receive DL, Downlink - UL, Uplink, configuration indicating a resource used for DL, a resource used for UL and a flexible resource dynamically used for DL or UL in TDD, Time division duplex, and receive an UL scheduling from a base station apparatus; a transmitting unit configured to perform UL transmission to the base station apparatus based on the DL-UL configuration and the UL scheduling; and a control unit configured to determine a target ratio not to exceed a ratio of UL symbols with respect to all symbols in a predetermined period and indicate the target ratio as a UE, User Equipment, capability to the base station apparatus.
An isolated anti-Epidermal Growth Factor Receptor (EGFR) antibody for use in treating a brain-resident cancer in a mammal, wherein the brain-resident cancer is selected from the group consisting of glioblastoma, medulloblastoma, meningioma, neoplastic astrocytoma and neoplastic arteriovenous malformation, and wherein the antibody comprises a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 164, comprises a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 166, and is conjugated to an agent selected from the group consisting of a chemical ablation agent, toxin, immunomodulator, cytokine, cytotoxic agent, chemotherapeutic agent and drug.