mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: encoding uplink control information, in the following also referred to as UCI, by a user equipment, in the following also referred to as UE, in a new radio, in the following also referred to as NR, network, wherein the UCI is encoded to have a first UCI bitstream having a first UCI codeword size and a second UCI bitstream having a second UCI codeword size ; adjusting the first UCI bitstream such that the first UCI codeword size is a multiple of a modulation order ; modulating and mapping the adjusted first UCI bitstream using a modulation scheme having the modulation order onto a plurality of resource elements, in the following also referred to as Res, ; and transmitting the UCI over a physical uplink control channel, in the following also referred to as PUCCH, ; wherein the first UCI bitstream and the second UCI bitstream are modulated and mapped separately and independently, and the adjusting of the first UCI bitstream is to enable parallel processing between the first UCI bitstream and the second UCI bitstream. encoding uplink control information, in the following also referred to as UCI, by a user equipment, in the following also referred to as UE, in a new radio, in the following also referred to as NR, network, wherein the UCI is encoded to have a first UCI bitstream having a first UCI codeword size and a second UCI bitstream having a second UCI codeword size ; adjusting the first UCI bitstream such that the first UCI codeword size is a multiple of a modulation order ; modulating and mapping the adjusted first UCI bitstream using a modulation scheme having the modulation order onto a plurality of resource elements, in the following also referred to as Res, ; and transmitting the UCI over a physical uplink control channel, in the following also referred to as PUCCH, ; wherein the first UCI bitstream and the second UCI bitstream are modulated and mapped separately and independently, and the adjusting of the first UCI bitstream is to enable parallel processing between the first UCI bitstream and the second UCI bitstream.
A computer-implemented method which when executed on data processing hardware of a user device causes the data processing hardware to perform operations comprising: receiving audio data captured by a microphone of the user device while the user device is in a sleep mode, the audio data corresponding to playback of an item of media content output from an audio source in a vicinity of the user device; processing, while the user device remains in the sleep mode, the audio data to determine a corresponding bitstream of an audio watermark in the audio data; and based on the determined corresponding bitstream of the audio watermark in the audio data, determining, without accessing an audio watermark database to identify a matching audio watermark, to bypass performing speech recognition on a portion of the audio data following a hotword included in the audio data. receiving audio data captured by a microphone of the user device while the user device is in a sleep mode, the audio data corresponding to playback of an item of media content output from an audio source in a vicinity of the user device; processing, while the user device remains in the sleep mode, the audio data to determine a corresponding bitstream of an audio watermark in the audio data; and based on the determined corresponding bitstream of the audio watermark in the audio data, determining, without accessing an audio watermark database to identify a matching audio watermark, to bypass performing speech recognition on a portion of the audio data following a hotword included in the audio data.
Method for the operation of a ventilation system for a room with at least two air ducts , respectively with an integrated fan unit comprising two or more identically controlled fans ( , ), in which for one of the first of these fan units , via at least one of its fans , a differential pressure (Δp zu ) is determined and, using this differential pressure (Δp zu ),a volume flow (Qzu) transported by the first fan unit in normal operation is calculated, in which a reference pressure (p 1 ) is measured at a distance from the first fan unit and, from this and the volume flow (Qzu) transported by the first fan unit , a reference ratio (δ normal ) is calculated and stored for use in case of faulty operation of the first fan unit , characterised by the reference ratio (δ normal ) being formed as the quotient of the root of the reference pressure (pi) and the calculated volume flow (Qzu) or as the quotient of the reference pressure (p 1 ) and the square of the calculated volume flow (Qzu).
A cone air filter for a closed intake system of an internal combustion engine, comprising: a base comprised of a flange that is configured to couple with an air intake duct of the internal combustion engine; wherein the base includes a vent inlet receiver receiving a vent inlet in fluid communication with an interior of the cone filter, wherein the flange is comprised of a pliable material amendable to being stretched and compressed so as to be coupled with sizes of the air intake duct that are, respectively, slightly greater than or lessor than a relaxed interior diameter of the flange; wherein the vent inlet comprises a flange adapter configured to couple the interior of the cone filter with any of a PCV valve, a crankcase breather, and various sensors that are electrically connected with the internal combustion engine; a cap comprising an apex portion of the cone air filter and configured to direct an intake airstream into the cone air filter; and a filter medium disposed between the base and the cap, the filter medium being configured to remove contaminants and particulate matter from the intake airstream entering the air intake duct. a base comprised of a flange that is configured to couple with an air intake duct of the internal combustion engine; wherein the base includes a vent inlet receiver receiving a vent inlet in fluid communication with an interior of the cone filter, wherein the flange is comprised of a pliable material amendable to being stretched and compressed so as to be coupled with sizes of the air intake duct that are, respectively, slightly greater than or lessor than a relaxed interior diameter of the flange; wherein the vent inlet comprises a flange adapter configured to couple the interior of the cone filter with any of a PCV valve, a crankcase breather, and various sensors that are electrically connected with the internal combustion engine; a cap comprising an apex portion of the cone air filter and configured to direct an intake airstream into the cone air filter; and a filter medium disposed between the base and the cap, the filter medium being configured to remove contaminants and particulate matter from the intake airstream entering the air intake duct.
A method for pulse-width modulation PWM of a variable-frequency drive VFD used in an electric motor driven hydraulic pump system, comprising: for each sector (I, II, III, IV, V, VI) of a space vector graph for PWM of the VFD, identifying at least two possible clamping phases in switching between the vectors in the sector; comparing currents in multiple phases in at least one PWM cycle; in the sector of the space vector graph corresponding to the PWM cycle, determining the possible clamping phase with the maximum current in the at least two possible clamping phases; and clamping the determined possible clamping phase with the maximum current; the method further comprising: obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system. for each sector (I, II, III, IV, V, VI) of a space vector graph for PWM of the VFD, identifying at least two possible clamping phases in switching between the vectors in the sector; comparing currents in multiple phases in at least one PWM cycle; in the sector of the space vector graph corresponding to the PWM cycle, determining the possible clamping phase with the maximum current in the at least two possible clamping phases; and clamping the determined possible clamping phase with the maximum current; the method further comprising: obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system. obtaining a real-time current magnitude, wherein the steps of comparison, determination and clamping in the method are performed only in large current conditions, which can occur in displacement switching and mechanical jams of the pump system.
Steering column for a motor vehicle, comprising an inner casing tube , which rotatably supports a steering shaft , and an outer casing unit , in which the inner casing tube is accommodated such that it can be displaced in the axial direction and can be fixed, and an energy absorption device , which is operatively arranged between the casing tube and the casing unit and in which part of the energy occurring during a crash can be absorbed when the casing tube is telescopically displaced relative to the casing unit , wherein the energy absorption device has at least one deformation element coupled to the casing tube , wherein the deformation element can be coupled to the outer casing unit by means of a toothed plate , wherein a locking element provided with teeth is connected to the casing unit to couple the toothed plate to the casing unit and can be brought into engagement with the toothed plate via a clamping device , in order to couple the toothed plate to the casing unit in driving operation when in the clamped state and, in the released state of the clamping device , the locking element is out of engagement with the toothed plate , wherein the casing unit has at least one limiting element for limiting the movement of the toothed plate towards the vehicle front in the axial direction , wherein a front end face of the toothed plate can be brought into contact with the limiting element , characterized in that in the released state of the clamping device , when the casing tube is forced further forward in a crash on account of the force introduced into the steering column and the front face of the toothed plate comes into contact with the limiting element , the energy absorption device is able to absorb some of the energy occurring in the crash.
A gas sensor including: (a) a gate insulating film disposed over a substrate , (b) a gate electrode disposed over the gate insulating film in which electric changes caused by a gas molecule to be detected which is adsorbed on the gate electrode, are detected via the gate insulating film, wherein the gate electrode comprises: (b1) a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and (b2) a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region present between the platinum crystal grains, characterized in that the grain boundary region is filled with the metal oxide mixture such that the periphery of the platinum crystal grains is surrounded by the metal oxide mixture; the average inter-grain distance of the platinum crystal grains is within a range from 1 nm to 10 nm, and the platinum crystal grains are connected by capacitive coupling. (a) a gate insulating film disposed over a substrate , (b) a gate electrode disposed over the gate insulating film in which electric changes caused by a gas molecule to be detected which is adsorbed on the gate electrode, are detected via the gate insulating film, wherein the gate electrode comprises: (b1) a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and (b2) a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region present between the platinum crystal grains, characterized in that the grain boundary region is filled with the metal oxide mixture such that the periphery of the platinum crystal grains is surrounded by the metal oxide mixture; the average inter-grain distance of the platinum crystal grains is within a range from 1 nm to 10 nm, and the platinum crystal grains are connected by capacitive coupling. (b1) a metal oxide mixed film of a metal oxide mixture of oxygen-doped amorphous metal and crystals of an oxide of the metal, and (b2) a platinum film disposed over the metal oxide mixed film, the platinum film comprising a plurality of platinum crystal grains and a grain boundary region present between the platinum crystal grains,
A compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein R 1 , R 2 , R 3 and R 4 independently from each other, represent a hydrogen atom or a C 1-2 alkyl group.
A method comprising: receiving, by a wireless device , a control information via one or more control channel elements, CCEs, of a first subset of CCEs, within a first resource block, RB, set of non-overlapping RB sets of a bandwidth part, BWP; and transmitting a signal via an uplink resource based on an index of a CCE of the one or more CCEs, wherein each RB set of the RB sets comprises a subset, of the CCEs, that are indexed starting from a same initial value. receiving, by a wireless device , a control information via one or more control channel elements, CCEs, of a first subset of CCEs, within a first resource block, RB, set of non-overlapping RB sets of a bandwidth part, BWP; and transmitting a signal via an uplink resource based on an index of a CCE of the one or more CCEs, wherein each RB set of the RB sets comprises a subset, of the CCEs, that are indexed starting from a same initial value.
A working vehicle, comprising: an openable-and-closable bonnet , which covers an engine room ; a bonnet fixer provided in the engine room , which locks the closed bonnet ; and a lock member provided on an inner wall of the bonnet , which engages with the bonnet fixer , wherein the bonnet fixer possesses: a first rotating member ; a second rotating member ; and a bracket part to which each of the first rotating member and the second rotating member is attached so as to be independently rotatable, and when the bonnet is being closed, the lock member engages with the first rotating member , characterized in that when the bonnet which has been closed is opened, the first rotating member is connected with the second rotating member by utilizing a jig , the second rotating member is made to rotate by utilizing the jig , and thereby engagement of the lock member with the first rotating member is released. an openable-and-closable bonnet , which covers an engine room ; a bonnet fixer provided in the engine room , which locks the closed bonnet ; and a lock member provided on an inner wall of the bonnet , which engages with the bonnet fixer , wherein the bonnet fixer possesses: a first rotating member ; a second rotating member ; and a bracket part to which each of the first rotating member and the second rotating member is attached so as to be independently rotatable, and when the bonnet is being closed, the lock member engages with the first rotating member , characterized in that when the bonnet which has been closed is opened, the first rotating member is connected with the second rotating member by utilizing a jig , the second rotating member is made to rotate by utilizing the jig , and thereby engagement of the lock member with the first rotating member is released.
Method for controlling the reading of at least one digital object by a user device , said digital object having been distributed in association with an access point identifier and being stored locally by said user device, said method comprising: - a reception (E1) of data broadcast by a transmitter device by means of a radio communication channel, said data being broadcast by means of a beacon signal transmitted over said channel, a first datum indicating that a reading service is offered and a second datum bearing an access point identifier, with which said transmitter device is associated; - a reading (E4) of the digital object conditioned by the reception of said first datum and by a check that the access point identifier received corresponds to the access point identifier associated with the digital object, a zone within which the reading of the digital object is authorized, called reading zone, being situated within the radio range of said transmitter device. - a reception (E1) of data broadcast by a transmitter device by means of a radio communication channel, said data being broadcast by means of a beacon signal transmitted over said channel, a first datum indicating that a reading service is offered and a second datum bearing an access point identifier, with which said transmitter device is associated; - a reading (E4) of the digital object conditioned by the reception of said first datum and by a check that the access point identifier received corresponds to the access point identifier associated with the digital object, a zone within which the reading of the digital object is authorized, called reading zone, being situated within the radio range of said transmitter device.
Device for cardiopulmonary massage and/or resuscitation, having a massage stamp which can be reversibly driven by a drive apparatus in an actuation direction and which has a pressure surface that can be positioned on the chest of a patient , having the following features: - the massage stamp has a stamp upper part and a stamp lower part which is operatively connected to the stamp upper part; - the stamp upper part and the stamp lower part can be adjusted relative to one another in the actuation direction at least between a first position which defines a working length (L) and a second position in which an effective length of the massage stamp is shortened compared to the working length (L); - in the first position, the stamp upper part is locked to the stamp lower part by means of a releasable locking mechanism ; and - the locking mechanism is released upon reaching/exceeding a predetermined compression force (K max ) transmitted by the massage stamp , characterised in that the locking mechanism is substantially formed by a magnetic holding device effective between the stamp upper part and the stamp lower part , the magnetic holding force (M) of which corresponds to the predetermined compression force (K max ). - the massage stamp has a stamp upper part and a stamp lower part which is operatively connected to the stamp upper part; - the stamp upper part and the stamp lower part can be adjusted relative to one another in the actuation direction at least between a first position which defines a working length (L) and a second position in which an effective length of the massage stamp is shortened compared to the working length (L); - in the first position, the stamp upper part is locked to the stamp lower part by means of a releasable locking mechanism ; and - the locking mechanism is released upon reaching/exceeding a predetermined compression force (K max ) transmitted by the massage stamp , characterised in that the locking mechanism is substantially formed by a magnetic holding device effective between the stamp upper part and the stamp lower part , the magnetic holding force (M) of which corresponds to the predetermined compression force (K max ).
A data transmission method, performed by a terminal device , comprising: determining a plurality of first radio link layer control protocol, RLC, entities used for transmitting a duplicated packet data convergence protocol, PDCP, protocol data unit, PDU; and transmitting the duplicated PDCP PDU to the first RLC entities, wherein the first RLC entities belong to all of RLC entities used for transmitting duplicate data, and a PDCP layer corresponding to a PDCP entity is associated with M RLC entities; receiving an activation signaling, wherein the activation signaling comprises a bitmap comprising a plurality of bits, each bit in the bitmap corresponds to one RLC entity of the M RLC entities, and each bit is used to indicate a duplicate data transmission function of the corresponding RLC entity; wherein each of the RLC entities is associated with a logical channel; the RLC entity corresponds to the bits in the bitmap based on an ascending order of an identity of the corresponding logical channel, wherein the PDCP entity is one-to-one corresponding to a data resource bearer, DRB, and 5 bits of the byte are used to indicate an identity of the DRB. determining a plurality of first radio link layer control protocol, RLC, entities used for transmitting a duplicated packet data convergence protocol, PDCP, protocol data unit, PDU; and transmitting the duplicated PDCP PDU to the first RLC entities, wherein the first RLC entities belong to all of RLC entities used for transmitting duplicate data, and a PDCP layer corresponding to a PDCP entity is associated with M RLC entities; receiving an activation signaling, wherein the activation signaling comprises a bitmap comprising a plurality of bits, each bit in the bitmap corresponds to one RLC entity of the M RLC entities, and each bit is used to indicate a duplicate data transmission function of the corresponding RLC entity; wherein each of the RLC entities is associated with a logical channel; the RLC entity corresponds to the bits in the bitmap based on an ascending order of an identity of the corresponding logical channel, wherein the PDCP entity is one-to-one corresponding to a data resource bearer, DRB, and 5 bits of the byte are used to indicate an identity of the DRB.
A thrust reverser system (200; 300; 400) of an aircraft comprising: a fixed structure ; a translating cascade sleeve (204; 304); a blocker door ; and a kinematic mechanism configured to actuate the blocker door , the kinematic mechanism comprising: a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure ; and a third link coupled to the first link and the blocker door , wherein the blocker door is hinged to the translating cascade sleeve (204; 304), characterised in that the thrust reverser system further comprises: a primary sleeve (202; 302), wherein the primary sleeve (202; 302) is configured to conceal the blocker door with respect to a bypass duct airflow path when the thrust reverser system (200; 300; 400) operates in a stowed state. a fixed structure ; a translating cascade sleeve (204; 304); a blocker door ; and a kinematic mechanism configured to actuate the blocker door , the kinematic mechanism comprising: a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure ; and a third link coupled to the first link and the blocker door , a first link coupled to the translating cascade sleeve (204; 304); a second link coupled to the first link and the fixed structure ; and a third link coupled to the first link and the blocker door , wherein the blocker door is hinged to the translating cascade sleeve (204; 304), characterised in that the thrust reverser system further comprises: a primary sleeve (202; 302), wherein the primary sleeve (202; 302) is configured to conceal the blocker door with respect to a bypass duct airflow path when the thrust reverser system (200; 300; 400) operates in a stowed state.