mhurhangee/patent-ind-claim-en huggingface dataset:
A method , performed at User Equipment, for enabling network access in a radio communication network, the method comprising: defining a plurality of beams, to cover a predetermined area, wherein each beam has a polarization or coverage area different from the other beams; receiving a network broadcasted signal that maps Random Access Channel (RACH) resources and synchronization signals for becoming aware of predefined resources; transmitting simultaneously in the plurality of beams and over a plurality of sub-carriers an Orthogonal Frequency-Division Multiplexing (OFDM) modulated signal comprising a RACH preamble signal configured to indicate a direction of each of the beams in reference to the predefined resources, wherein the predefined resources include frequency and time, comprising control information for use in a network access procedure, wherein each of the plurality of beams is represented by at least one of the sub-carriers comprising the control information; and upon failing to receive a confirmation of receipt of the RACH preamble signal, retransmitting the RACH preamble signal using a different beam direction instead of increasing power. defining a plurality of beams, to cover a predetermined area, wherein each beam has a polarization or coverage area different from the other beams; receiving a network broadcasted signal that maps Random Access Channel (RACH) resources and synchronization signals for becoming aware of predefined resources; transmitting simultaneously in the plurality of beams and over a plurality of sub-carriers an Orthogonal Frequency-Division Multiplexing (OFDM) modulated signal comprising a RACH preamble signal configured to indicate a direction of each of the beams in reference to the predefined resources, wherein the predefined resources include frequency and time, comprising control information for use in a network access procedure, wherein each of the plurality of beams is represented by at least one of the sub-carriers comprising the control information; and upon failing to receive a confirmation of receipt of the RACH preamble signal, retransmitting the RACH preamble signal using a different beam direction instead of increasing power.
A method for synthesizing a monofunctional thiuram, the method comprising: reacting a tetraorganylthiuram disulfide with an organyl mercaptan to produce a monofunctional thiuram and a dithiocarbamate metal salt or a dithiocarbamate metalloid salt under basic conditions; separating the monofunctional thiuram in an organic phase from the dithiocarbamate metal salt or a dithiocarbamate metalloid salt in an aqueous phase; and recovering the monofunctional thiuram from the aqueous phase. reacting a tetraorganylthiuram disulfide with an organyl mercaptan to produce a monofunctional thiuram and a dithiocarbamate metal salt or a dithiocarbamate metalloid salt under basic conditions; separating the monofunctional thiuram in an organic phase from the dithiocarbamate metal salt or a dithiocarbamate metalloid salt in an aqueous phase; and recovering the monofunctional thiuram from the aqueous phase.
A stacking apparatus for securely attaching each other two household appliances placed on top of each other, comprising a first attachment member for being mounted on the top household appliance , and a second attachment member for being mounted on the bottom household appliance , wherein the first attachment member and the second attachment member are hinged to each other so as to be rotatable about a rotational axis; characterized by the first attachment member comprising a bore for mounting the first attachment member on a foot of the top household appliance resting on the upper surface of the bottom household appliance , and the second attachment member , when mounted on the bottom household appliance , abutting on a vertical side wall of the bottom household appliance .
A drive axle comprising: a hub reduction gear that includes: a bevel sun gear having sun gear teeth, the bevel sun gear being adapted to be driven by an axle side shaft ; a plurality of bevel planet gears each planet gear having planet gear teeth in mesh with the teeth of the bevel sun gear ; a planet carrier adapted to drive a vehicle wheel; and a bevel gear annulus having gear annulus teeth in mesh with the teeth of the bevel planet gears and adapted for connection to an axle side shaft casing ; and wherein the bevel gear annulus is unmovable relative to the axle side shaft casing characterised in that the bevel gear annulus is an internal bevel gear annulus having a pitch angle in a range of 90.01° - 150°. a bevel sun gear having sun gear teeth, the bevel sun gear being adapted to be driven by an axle side shaft ; a plurality of bevel planet gears each planet gear having planet gear teeth in mesh with the teeth of the bevel sun gear ; a planet carrier adapted to drive a vehicle wheel; and a bevel gear annulus having gear annulus teeth in mesh with the teeth of the bevel planet gears and adapted for connection to an axle side shaft casing ; and wherein the bevel gear annulus is unmovable relative to the axle side shaft casing characterised in that the bevel gear annulus is an internal bevel gear annulus having a pitch angle in a range of 90.01° - 150°.
Analysis unit for performing a nested polymerase chain reaction , wherein the analysis unit has the following features: at least one preparation chamber for performing a first polymerase chain reaction, in order to obtain a reaction product; and at least one evaluation structure for performing a second polymerase chain reaction using the reaction product, wherein the evaluation structure is or can be fluidically coupled to the preparation chamber , and wherein the evaluation structure comprises at least two segment chambers , which are fluidically connected in parallel, wherein the preparation chamber is designed with a first subsidiary chamber , a second subsidiary chamber and a third subsidiary chamber , wherein the first subsidiary chamber is arranged in a first temperature zone , the second subsidiary chamber is arranged in a second temperature zone , and the third subsidiary chamber is arranged in a third temperature zone of the analysis unit , for performing a three-step first polymerase chain reaction, wherein the at least two segment chambers are each fluidically connected to a further segment chamber for a two-step second polymerase chain reaction, wherein the segment chambers are fluidically connected to the second subsidiary chamber , and wherein the segment chambers are arranged in the second temperature zone and the further segment chambers are arranged in the third temperature zone . at least one preparation chamber for performing a first polymerase chain reaction, in order to obtain a reaction product; and at least one evaluation structure for performing a second polymerase chain reaction using the reaction product, wherein the evaluation structure is or can be fluidically coupled to the preparation chamber , and wherein the evaluation structure comprises at least two segment chambers , which are fluidically connected in parallel, wherein the preparation chamber is designed with a first subsidiary chamber , a second subsidiary chamber and a third subsidiary chamber , wherein the first subsidiary chamber is arranged in a first temperature zone , the second subsidiary chamber is arranged in a second temperature zone , and the third subsidiary chamber is arranged in a third temperature zone of the analysis unit , for performing a three-step first polymerase chain reaction, wherein the at least two segment chambers are each fluidically connected to a further segment chamber for a two-step second polymerase chain reaction, wherein the segment chambers are fluidically connected to the second subsidiary chamber , and wherein the segment chambers are arranged in the second temperature zone and the further segment chambers are arranged in the third temperature zone .
A parking assist method executed using a parking assist controller configured to control a vehicle to move along a target parking route to a target parking position, the parking assist method being characterized by comprising increasing a control amount of a yaw angle of the vehicle with respect to the target parking route in accordance with a decrease in a remaining distance (L) to the target parking position of the vehicle .
A cover for an articulation joint that is supported in an elongate shaft assembly of a surgical instrument that is operably coupled to a surgical end effector that includes at least one end effector conductor therein, the cover comprising: a non electrically-conductive hollow body including an open distal end and an open proximal end and a joint-receiving passage extending therebetween for receiving the articulation joint therein, the hollow body configured to permit portions of the articulation joint to be selectively articulated relative to each other while substantially enclosing the portions within the hollow body ; characterised in that the cover further comprises: at least one electrically conductive pathway extending from the distal end of the hollow body to the proximal end of the hollow body , each of the at least one electrically conductive pathways having a distal end portion configured to electrically contact a corresponding end effector conductor when the end effector has been coupled to the elongate shaft assembly and a proximal end portion configured to electrically contact a corresponding shaft conductor in the elongate shaft assembly wherein at least one of the at least one electrically conductive pathways is embedded within the hollow body . a non electrically-conductive hollow body including an open distal end and an open proximal end and a joint-receiving passage extending therebetween for receiving the articulation joint therein, the hollow body configured to permit portions of the articulation joint to be selectively articulated relative to each other while substantially enclosing the portions within the hollow body ; characterised in that the cover further comprises: at least one electrically conductive pathway extending from the distal end of the hollow body to the proximal end of the hollow body , each of the at least one electrically conductive pathways having a distal end portion configured to electrically contact a corresponding end effector conductor when the end effector has been coupled to the elongate shaft assembly and a proximal end portion configured to electrically contact a corresponding shaft conductor in the elongate shaft assembly wherein at least one of the at least one electrically conductive pathways is embedded within the hollow body .
A method of transmitting a plurality of frames of data by a wireless base transceiver station in a network supporting a system bandwidth that includes a Synchronization channel, SCH, and a Broadcast-control channel, BCH, the method comprising: transmitting a basic fixed bandwidth Synchronization channel, basic fixed SCH, comprising information to synchronize mobile users to the network and a basic fixed bandwidth Broadcast-control channel, BCH, comprising system information including the system bandwidth, wherein the respective fixed bandwidth is a bandwidth less than the system bandwidth wherein the basic fixed SCH includes a primary SCH and a secondary SCH; further comprising: transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; wherein the BCH is in a predetermined location in each frame transmitted to mobile users, wherein the primary SCH is transmitted in a frame using an OFDM symbol that immediately precedes the BCH, and wherein the BCH is transmitted less frequently than the secondary SCH. transmitting a basic fixed bandwidth Synchronization channel, basic fixed SCH, comprising information to synchronize mobile users to the network and a basic fixed bandwidth Broadcast-control channel, BCH, comprising system information including the system bandwidth, wherein the respective fixed bandwidth is a bandwidth less than the system bandwidth wherein the basic fixed SCH includes a primary SCH and a secondary SCH; further comprising: transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; wherein the BCH is in a predetermined location in each frame transmitted to mobile users, wherein the primary SCH is transmitted in a frame using an OFDM symbol that immediately precedes the BCH, and wherein the BCH is transmitted less frequently than the secondary SCH.
A system comprising: a cryogenic storage tank for storing cryogen; a pump in fluid communication with the cryogenic storage tank for pumping cryogen from the cryogenic storage tank to a high pressure; an evaporator in fluid communication with the pump for evaporating the high-pressure cryogen from the pump to form a high-pressure gas; a power recovery apparatus comprising a drive shaft for transmitting mechanical power; and an electrical machine mechanically coupled to the drive shaft of the power recovery apparatus for converting the mechanical power recovered by the power recovery apparatus into electrical energy, wherein the system is operable in: a power recovery mode in which the power recovery apparatus is driven by and recovers mechanical powerfrom high-pressure gas supplied by the evaporator; and a motored mode in which the power recovery apparatus is driven by the electrical machine or by an electric motor . a cryogenic storage tank for storing cryogen; a pump in fluid communication with the cryogenic storage tank for pumping cryogen from the cryogenic storage tank to a high pressure; an evaporator in fluid communication with the pump for evaporating the high-pressure cryogen from the pump to form a high-pressure gas; a power recovery apparatus comprising a drive shaft for transmitting mechanical power; and an electrical machine mechanically coupled to the drive shaft of the power recovery apparatus for converting the mechanical power recovered by the power recovery apparatus into electrical energy, wherein the system is operable in: a power recovery mode in which the power recovery apparatus is driven by and recovers mechanical powerfrom high-pressure gas supplied by the evaporator; and a motored mode in which the power recovery apparatus is driven by the electrical machine or by an electric motor . a power recovery mode in which the power recovery apparatus is driven by and recovers mechanical powerfrom high-pressure gas supplied by the evaporator; and a motored mode in which the power recovery apparatus is driven by the electrical machine or by an electric motor .
Use of one cationic polygalactomannan containing non-ionic hydroxyalkyl substituents and having a Brookfield RVT viscosity at 25°C and 20 rpm comprised between 700 and 1,200 mPa.s, at a concentration of 1 pbw in water and at a pH of 5 +/- 0.1, as an agent for hair shaping, for example, for curl retention of hair.
Rotor blade for a wind turbine with a rotor blade tip section , a rotor blade mid section , a rotor blade root section and a rotor blade longitudinal axis , extending from the rotor blade tip section through the rotor blade mid section to the rotor blade root section , wherein in the rotor blade mid section the rotor blade comprises a spar cap with a spar cap tip area , a spar cap mid area and a spar cap root area , wherein the spar cap tip area is pointing to the rotor blade tip section and the spar cap root area is pointing to the rotor blade root section , wherein in the spar cap mid area the spar cap comprises a carbon fiber body with a plurality of carbon fiber layers of carbon fibers , wherein a thickness of the carbon fiber body in a body center zone of the carbon fiber body is greater than a thickness of the carbon fiber body in a body tip zone of the carbon fiber body , located between the body center zone and the spar cap tip area , wherein a current injection contact means of the rotor blade is in electrical conductive contact with the body tip zone , thereby constituting a current injection contact zone of the body tip zone , wherein the current injection contact zone is extending at least in a direction parallel to the rotor blade longitudinal axis and in a direction of the thickness of the carbon fiber body , characterized in that the current injection contact means are only in electrical contact with multiple carbon fiber profiles at the end of the carbon fiber body and with a down conductor to inject current into the current injection contact means .
A wireless communication terminal communicating wirelessly, the terminal comprising: a transceiver ; and a processor , wherein the processor is configured to receive trigger information from a base wireless communication terminal using the transceiver , determine whether to aggregate one or more MPDUs requesting an immediate response to generate an Aggregate-MAC Protocol Data Unit, A-MPDU, based on the trigger information, generate the A-MPDU according to the determination, and transmit the A-MPDU to the base wireless communication terminal, characterized in that when the trigger information is included in a MAC header, the processor is configured to generate the A-MPDU not to include the one or more MPDUs requesting an immediate response. a transceiver ; and a processor , wherein the processor is configured to receive trigger information from a base wireless communication terminal using the transceiver , determine whether to aggregate one or more MPDUs requesting an immediate response to generate an Aggregate-MAC Protocol Data Unit, A-MPDU, based on the trigger information, generate the A-MPDU according to the determination, and transmit the A-MPDU to the base wireless communication terminal, characterized in that when the trigger information is included in a MAC header, the processor is configured to generate the A-MPDU not to include the one or more MPDUs requesting an immediate response.
An MRI image data signal post-processing method for generating high-resolution DWI images from DWI image data acquired using a coil array and multi-shot interleaved MRI pulse sequences, without relying on any navigator echoes, comprising: programmatically estimating motion induced shot-to-shot phase variations and position changes among multiple segments of the acquired DWI image data using parallel image reconstruction by using one segment of the multiple segments as a reference segment of phase and position and calculating differences in signals associated with phase and position between the reference segment and other segments of the acquired DWI image data; programmatically incorporating (i) the estimated motion induced shot-to-shot phase variations and position changes and (ii) defined coil sensitivity profile data into a mathematical model, wherein said defined coil sensitivity profile data are derived from a baseline T2-weighted data set corresponding to the acquired DWI image data; using said mathematical model, jointly calculating magnitude-value signals of overlapping voxels in the acquired DWI image data to generate corrected DWI image data; and programmatically generating high-resolution DWI images based on the corrected data to thereby generate images free from aliasing artifacts. programmatically estimating motion induced shot-to-shot phase variations and position changes among multiple segments of the acquired DWI image data using parallel image reconstruction by using one segment of the multiple segments as a reference segment of phase and position and calculating differences in signals associated with phase and position between the reference segment and other segments of the acquired DWI image data; programmatically incorporating (i) the estimated motion induced shot-to-shot phase variations and position changes and (ii) defined coil sensitivity profile data into a mathematical model, wherein said defined coil sensitivity profile data are derived from a baseline T2-weighted data set corresponding to the acquired DWI image data; using said mathematical model, jointly calculating magnitude-value signals of overlapping voxels in the acquired DWI image data to generate corrected DWI image data; and programmatically generating high-resolution DWI images based on the corrected data to thereby generate images free from aliasing artifacts.
A device, comprising: a tubular body including a lattice structure, the tubular body adapted for an anatomical vessel lumen; a plurality of filaments forming at least a portion of the lattice structure; and a plurality of microcells forming at least a portion of the plurality of filaments , wherein: each microcell of the plurality of microcells is configured with a movable microsurface , and combined micromovements of the microsurfaces shape the tubular body to an anatomical vessel lumen , wherein the plurality of microcells forming the portion of the plurality of filaments are arranged in one or more programmatically addressable rows along respective filaments . a tubular body including a lattice structure, the tubular body adapted for an anatomical vessel lumen; a plurality of filaments forming at least a portion of the lattice structure; and a plurality of microcells forming at least a portion of the plurality of filaments , wherein: each microcell of the plurality of microcells is configured with a movable microsurface , and combined micromovements of the microsurfaces shape the tubular body to an anatomical vessel lumen , wherein the plurality of microcells forming the portion of the plurality of filaments are arranged in one or more programmatically addressable rows along respective filaments . each microcell of the plurality of microcells is configured with a movable microsurface , and combined micromovements of the microsurfaces shape the tubular body to an anatomical vessel lumen
A coupler system for coupling a top drive and a tool, comprising: a drive member of the top drive configured to transfer torque, the drive member having: a housing with a bore therethrough; a window formed substantially laterally through the housing; an adapter of the tool configured to be inserted through the window of the housing; and one or more utility connectors longitudinally movable relative to the housing. a drive member of the top drive configured to transfer torque, the drive member having: a housing with a bore therethrough; a window formed substantially laterally through the housing; an adapter of the tool configured to be inserted through the window of the housing; and one or more utility connectors longitudinally movable relative to the housing.