mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving a downlink signal in a wireless communication system, the method performed by a user equipment and comprising: receiving (S101) resource block assignment information including a bitmap; and receiving (S102) the downlink signal through a resource block group, RBG, indicated by the bitmap in a bandwidth part, wherein a total number of resource block groups, RBGs, in the bandwidth part is determined based on an index of a starting resource block of the bandwidth part, a size of the bandwidth part, and a configured size of one resource block group, wherein: when the bandwidth part is i-th bandwidth part, i being 0 or a natural number, and when N start BWP,i denotes an index of a starting resource block of the i-th bandwidth part, N size BWP,i denotes a size of i-th bandwidth part and P denotes a configured size of one RBG, the total number, N RBG , of the RBGs is determined by the following equation, N RBG = ⌈ N BWP , i size + N BWP , i start mod P / P ⌉ receiving (S101) resource block assignment information including a bitmap; and receiving (S102) the downlink signal through a resource block group, RBG, indicated by the bitmap in a bandwidth part, wherein a total number of resource block groups, RBGs, in the bandwidth part is determined based on an index of a starting resource block of the bandwidth part, a size of the bandwidth part, and a configured size of one resource block group, wherein: when the bandwidth part is i-th bandwidth part, i being 0 or a natural number, and when N start BWP,i denotes an index of a starting resource block of the i-th bandwidth part, N size BWP,i denotes a size of i-th bandwidth part and P denotes a configured size of one RBG, the total number, N RBG , of the RBGs is determined by the following equation, N RBG = ⌈ N BWP , i size + N BWP , i start mod P / P ⌉
A method of wireless communication of a user equipment, UE, , comprising: determining a base demodulation reference signal, DM-RS, sequence for a control channel for vehicle-to-vehicle communication based on an index corresponding to the base DM-RS sequence received from a base station or based on a pre-configured index corresponding to the base DM-RS sequence; determining a DM-RS sequence based on the base DM-RS sequence and an identity of the UE; and transmitting a plurality of DM-RS symbols within the control channel in a subframe using the DM-RS sequence, characterized in that each DM-RS symbol uses the same DM-RS sequence. determining a base demodulation reference signal, DM-RS, sequence for a control channel for vehicle-to-vehicle communication based on an index corresponding to the base DM-RS sequence received from a base station or based on a pre-configured index corresponding to the base DM-RS sequence; determining a DM-RS sequence based on the base DM-RS sequence and an identity of the UE; and transmitting a plurality of DM-RS symbols within the control channel in a subframe using the DM-RS sequence, characterized in that each DM-RS symbol uses the same DM-RS sequence.
Instrument cluster for displaying vehicle information having a deformable display , a support structure , at least one sensor element and at least one movement element , wherein the deformable display is arranged on the support structure and the support structure is movable from a first position into a second position by means of the at least one movement element depending on environment influences detected by the sensor element , wherein the deformable display is at least in portions rotatable about a first axis and/or about at least one second axis and thereby deformable, characterised in that the second axis is arranged substantially transverse to the first axis .
System for generating cutting lines for performing a surgical intervention and displaying these predetermined cutting lines on the skin surface of a patient (P), in particular predetermined cutting lines for a surgical excision, comprising: an electromagnetic detection device for digitally detecting, preferably optically detecting, an area of the skin surface of a patient (P) with a skin alteration (H), a determination device adapted to determine cutting lines , preferably a cutting pattern/cutting shape with surgical cutting lines , for removing the skin alteration (H) on the basis of the area of the skin with the skin alteration (H) detected by the detection device , and an output device adapted to output the cutting lines determined by the determination device and to enable visualisation of the cutting lines on the skin surface, characterised in that the system further comprises a predefined set of prefabricated, distinctly numbered templates, wherein: the determining device is further adapted to identify from the set of numbered templates the template to be used having the least deviations from the determined predetermined cutting lines , and the output device is adapted to indicate, by means of a display, the unique number of the template to be used. an electromagnetic detection device for digitally detecting, preferably optically detecting, an area of the skin surface of a patient (P) with a skin alteration (H), a determination device adapted to determine cutting lines , preferably a cutting pattern/cutting shape with surgical cutting lines , for removing the skin alteration (H) on the basis of the area of the skin with the skin alteration (H) detected by the detection device , and an output device adapted to output the cutting lines determined by the determination device and to enable visualisation of the cutting lines on the skin surface, characterised in that the system further comprises a predefined set of prefabricated, distinctly numbered templates, wherein: the determining device is further adapted to identify from the set of numbered templates the template to be used having the least deviations from the determined predetermined cutting lines , and the output device is adapted to indicate, by means of a display, the unique number of the template to be used. the determining device is further adapted to identify from the set of numbered templates the template to be used having the least deviations from the determined predetermined cutting lines , and the output device is adapted to indicate, by means of a display, the unique number of the template to be used.
A blade outer air seal for a gas turbine engine, comprising: a seal body extending circumferentially about an axis (A) and including a plurality of channels ; a substrate radially inward of the plurality of channels with respect to the axis (A), wherein the substrate and the plurality of channels form a plurality of cavities , at least one of said plurality of cavities enclosed at a radially outer end by a solid surface of the seal body ; a rotor rub strip radially inward of the substrate ; and a vent extending from one of the plurality of channels , wherein the vent extends to an outer peripheral surface of the seal body and to a radially outer edge of the blade outer air seal axially between a stator attachment feature and an axially central portion of the outer air seal body ; characterised in that : the plurality of cavities are dead cavities, in that air is not supplied to them and air is only vented out through the vent ; the plurality of channels are separated axially by at least one substrate support , wherein the substrate abuts the substrate support ; and the channel from which the vent extends is in fluid communication with the rest of the plurality of channels through one or more passages extending axially across the channels. a seal body extending circumferentially about an axis (A) and including a plurality of channels ; a substrate radially inward of the plurality of channels with respect to the axis (A), wherein the substrate and the plurality of channels form a plurality of cavities , at least one of said plurality of cavities enclosed at a radially outer end by a solid surface of the seal body ; a rotor rub strip radially inward of the substrate ; and a vent extending from one of the plurality of channels , wherein the vent extends to an outer peripheral surface of the seal body and to a radially outer edge of the blade outer air seal axially between a stator attachment feature and an axially central portion of the outer air seal body ; characterised in that : the plurality of cavities are dead cavities, in that air is not supplied to them and air is only vented out through the vent ; the plurality of channels are separated axially by at least one substrate support , wherein the substrate abuts the substrate support ; and the channel from which the vent extends is in fluid communication with the rest of the plurality of channels through one or more passages extending axially across the channels. the plurality of cavities are dead cavities, in that air is not supplied to them and air is only vented out through the vent ; the plurality of channels are separated axially by at least one substrate support , wherein the substrate abuts the substrate support ; and the channel from which the vent extends is in fluid communication with the rest of the plurality of channels through one or more passages extending axially across the channels.
A pneumatic tire comprising a sound damper attached onto an inner surface of a sidewall portion , wherein the sound damper is formed with a plurality of through holes penetrating in a tire width direction (B), and the sound damper is deformable in a tire radial direction (A) by varying lengths of the through holes in the tire radial direction by following deformation of the sidewall portion in the tire radial direction; wherein the plurality of through holes are formed at different positions in a tire circumferential direction (C); wherein the plurality of through holes are formed at different positions in the tire radial direction; and wherein, of the through holes, one or more through holes located outside in the tire radial direction are longer in length (L1) in the tire circumferential direction than one or more through holes located inside in the tire radial direction, and, of the through holes, one or more through holes located outside in the tire radial direction are shorter in length (L3) in the tire radial direction than one or more through holes located inside in the tire radial direction. the sound damper is formed with a plurality of through holes penetrating in a tire width direction (B), and the sound damper is deformable in a tire radial direction (A) by varying lengths of the through holes in the tire radial direction by following deformation of the sidewall portion in the tire radial direction; wherein the plurality of through holes are formed at different positions in a tire circumferential direction (C); wherein the plurality of through holes are formed at different positions in the tire radial direction; and wherein, of the through holes, one or more through holes located outside in the tire radial direction are longer in length (L1) in the tire circumferential direction than one or more through holes located inside in the tire radial direction, and, of the through holes, one or more through holes located outside in the tire radial direction are shorter in length (L3) in the tire radial direction than one or more through holes located inside in the tire radial direction.
Blocking piece for blocking an optical article, comprising at least two parts , at least one reusable part being designed for multiple use and at least one single use part being designed for single use, wherein a working surface for supporting one face of an optical article to be blocked is constituted at least in part by the reusable part and at least in part by the single use part , wherein the reusable part has a reusable part top surface and the single use part has a single use part top surface , wherein the reusable part top surface and the single use part surface form the working surface , the reusable part and the single use part being arranged concentrically with respect to each other, and wherein the reusable part has a first annular peripheral surface with a first annular diameter, the first annular peripheral surface extending from the reusable part top surface towards a bottom of the reusable part, and a second annular peripheral surface with a second annular diameter, the second annular surface extending from the first annular surface towards a bottom of the reusable part, the second annular diameter being larger than the first annular diameter, thereby forming an abutting shoulder for the single use part.
An oral care composition comprising: (a) a silica abrasive having an average particle size of 8 microns or less; (b) zinc citrate, (c) a bioadhesive agent comprising a polyvinyl methyl ether/maleic anhydride copolymer, and (d) an anti calculus agent comprising tetrapotassium pyrophosphate and tetrasodium pyrophosphate. (a) a silica abrasive having an average particle size of 8 microns or less; (b) zinc citrate, (c) a bioadhesive agent comprising a polyvinyl methyl ether/maleic anhydride copolymer, and (d) an anti calculus agent comprising tetrapotassium pyrophosphate and tetrasodium pyrophosphate.
A method for detecting and compensating for inaccurate echo prediction, the method comprising: receiving a signal at a microphone of an audio system , the signal including audio rendered using a spatial audio renderer across a multi-channel audio output of the audio system; receiving a signal from the spatial audio renderer that indicates a change in rendering of audio; and modifying echo suppression, by the audio system after the signal from the spatial audio renderer has been received, applied to the received signal in response to receiving the signal from the spatial audio renderer, the echo suppression attenuating pre-selected frequency bands of the received signal. receiving a signal at a microphone of an audio system , the signal including audio rendered using a spatial audio renderer across a multi-channel audio output of the audio system; receiving a signal from the spatial audio renderer that indicates a change in rendering of audio; and modifying echo suppression, by the audio system after the signal from the spatial audio renderer has been received, applied to the received signal in response to receiving the signal from the spatial audio renderer, the echo suppression attenuating pre-selected frequency bands of the received signal.
A rotary shear valve assembly a) a stator having a stator face and comprising a central port and a plurality of outer ports for fluidly connecting the valve assembly to components of the liquid chromatography system, the plurality of outer ports being arranged on a circular circumference the center of which is defined by the central port and b) a rotor having a rotor face abutting said stator at said stator face and exhibiting at least one rotor groove defined in said rotor face, the at least one rotor groove radially extending from a central axis of the rotor wherein the rotor is rotatable, relative to the stator , about said central axis, which coincides with the position of the central port , such that rotating the rotor allows for a selective switching of a fluid connection of the central port with one of the outer ports to a fluid connection of the central port with another one of the outer ports characterized in that the at least one rotor groove defined in said rotor face comprises a radially extending portion and a ring-shaped or circular shaped end portion being dimensioned such that during the rotation of the rotor for the selective switching a fluid connection of the central port with at least one of the outer ports is maintained, so as to avoid transient peaks of pressure or flow rate in intermediate positions of the switching. a) a stator having a stator face and comprising a central port and a plurality of outer ports for fluidly connecting the valve assembly to components of the liquid chromatography system, the plurality of outer ports being arranged on a circular circumference the center of which is defined by the central port and b) a rotor having a rotor face abutting said stator at said stator face and exhibiting at least one rotor groove defined in said rotor face, the at least one rotor groove radially extending from a central axis of the rotor wherein the rotor is rotatable, relative to the stator , about said central axis, which coincides with the position of the central port , such that rotating the rotor allows for a selective switching of a fluid connection of the central port with one of the outer ports to a fluid connection of the central port with another one of the outer ports characterized in that the at least one rotor groove defined in said rotor face comprises a radially extending portion and a ring-shaped or circular shaped end portion being dimensioned such that during the rotation of the rotor for the selective switching a fluid connection of the central port with at least one of the outer ports is maintained, so as to avoid transient peaks of pressure or flow rate in intermediate positions of the switching.
Surgical instrument for use in a knee joint replacement operation, having a first fastening device which is configured for releasably fastening to a reference component attached to a distal femur (F), a second fastening device which is spaced apart distally from the first fastening device and is configured for releasably fastening to a tibial cutting block for cutting guidance on a proximal tibia (T), a circular arc guide which is connected at one end to the first fastening device and at the other end to the second fastening device and by means of which the second fastening device is linearly movable relative to the first fastening device guided in a sagittal guide plane (E) along a guide path (C) which is elongate in the manner of a circular arc, a first linear guide , by means of which the circular arc guide is connected at one end to the first fastening device and is linearly movable relative thereto guided in the guide plane (E) along a first guide path (L1) which is elongate anteroposteriorly, and a second linear guide , by means of which the second fastening device is connected at the other end to the circular arc guide and is linearly movable relative thereto guided in the guide plane (E) along a second guide path (L2) which is elongate anteroposteriorly. a first fastening device which is configured for releasably fastening to a reference component attached to a distal femur (F), a second fastening device which is spaced apart distally from the first fastening device and is configured for releasably fastening to a tibial cutting block for cutting guidance on a proximal tibia (T), a circular arc guide which is connected at one end to the first fastening device and at the other end to the second fastening device and by means of which the second fastening device is linearly movable relative to the first fastening device guided in a sagittal guide plane (E) along a guide path (C) which is elongate in the manner of a circular arc, a first linear guide , by means of which the circular arc guide is connected at one end to the first fastening device and is linearly movable relative thereto guided in the guide plane (E) along a first guide path (L1) which is elongate anteroposteriorly, and a second linear guide , by means of which the second fastening device is connected at the other end to the circular arc guide and is linearly movable relative thereto guided in the guide plane (E) along a second guide path (L2) which is elongate anteroposteriorly.
A cooking apparatus, comprising: an upper plate configured to support a cooking vessel ; a heating module that is disposed in a lower space defined vertically below the upper plate and that is configured to move in the lower space relative to the upper plate , the heating module including a coil; a substrate disposed between the upper plate and the heating module , the substrate including a plurality of coil patterns ; an inverter configured to supply resonance current to each of the plurality of coil patterns ; and a controller (C) configured to: control the heating module , the plurality of coil patterns , and the inverter , and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies. an upper plate configured to support a cooking vessel ; a heating module that is disposed in a lower space defined vertically below the upper plate and that is configured to move in the lower space relative to the upper plate , the heating module including a coil; a substrate disposed between the upper plate and the heating module , the substrate including a plurality of coil patterns ; an inverter configured to supply resonance current to each of the plurality of coil patterns ; and a controller (C) configured to: control the heating module , the plurality of coil patterns , and the inverter , and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies. control the heating module , the plurality of coil patterns , and the inverter , and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies.
An apparatus for passive cooling via selective radiative emission, comprising a layered structure 430, the layered structure 430 comprising: a transparent substrate 436; and an exterior selectively emissive coating 442 positioned on the transparent substrate 436, wherein the coating 442 is configured to emit more thermal infrared radiation to the atmosphere than an amount of infrared radiation that can be received by the coating 442, and an interior selectively emissive coating 432 configured to absorb infrared radiation. a transparent substrate 436; and an exterior selectively emissive coating 442 positioned on the transparent substrate 436, wherein the coating 442 is configured to emit more thermal infrared radiation to the atmosphere than an amount of infrared radiation that can be received by the coating 442, and an interior selectively emissive coating 432 configured to absorb infrared radiation.
Apparatus for use during roughening of the rear side of a vulcanized, flat tread strip which on the other side has a profile with grooves and positive profiles with outer surfaces for cold retreading of a tyre, which apparatus comprises a supporting device which has supporting elements which run along the course of grooves and support the tread strip at the bottom of the said grooves , and on which supporting device the tread strip is placed with the outer surfaces of its positive profiles during the roughening, and the apparatus having a conveying device which can be set in a longitudinal movement relative to a brush which is used for roughening and can be set in rotation, characterized in that the supporting device is a separate supporting device which is positioned on the conveying device .