mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: identifying one or more first resources associated with a resource pool configured for UE autonomous resource selection; identifying a second resource among the one or more first resources based on first sidelink control information, SCI, associated with a reference signal received power, RSRP, measurement, wherein the first SCI is received from another UE; identifying one or more third resources by excluding the second resource from the one or more first resources; identifying that a fourth resource is pre-empted based on second SCI received from another UE, wherein the second SCI includes priority information associated with the fourth resource, and wherein the fourth resource is a resource among the one or more third resources; removing the fourth resource from the one or more third resources; and transmitting a physical sidelink shared channel, PSSCH, after removing the fourth resource from the one or more third resources. identifying one or more first resources associated with a resource pool configured for UE autonomous resource selection; identifying a second resource among the one or more first resources based on first sidelink control information, SCI, associated with a reference signal received power, RSRP, measurement, wherein the first SCI is received from another UE; identifying one or more third resources by excluding the second resource from the one or more first resources; identifying that a fourth resource is pre-empted based on second SCI received from another UE, wherein the second SCI includes priority information associated with the fourth resource, and wherein the fourth resource is a resource among the one or more third resources; removing the fourth resource from the one or more third resources; and transmitting a physical sidelink shared channel, PSSCH, after removing the fourth resource from the one or more third resources.
A range finding device, comprising a receiver that includes: a detector configured to convert a received optical signal from an object into an analog signal ; an analog filter , and; a delay estimator configured to estimate a delay, characterized in that the analog filter is configured to apply a dc offset associated with the received analog signal over the duration of a received signal burst, the receiver further includes a zero-crossing detector configured to convert the received signal into binary logic states at successive sample points; an edge detector configured to detect edges based on the logic states of the zero-crossing detector to generate and store one or more stored edge detected signal records corresponding to a derivative of the received signal; and a correlator configured to compare a stored transmit code sequence with the one or more stored edge detected signal records to produce a derivative of a delayed correlation function ; and the delay estimator is configured to estimate the delay based on a zero-crossing point of the derivative of the delayed correlation function . a detector configured to convert a received optical signal from an object into an analog signal ; an analog filter , and; a delay estimator configured to estimate a delay, characterized in that the analog filter is configured to apply a dc offset associated with the received analog signal over the duration of a received signal burst, the receiver further includes a zero-crossing detector configured to convert the received signal into binary logic states at successive sample points; an edge detector configured to detect edges based on the logic states of the zero-crossing detector to generate and store one or more stored edge detected signal records corresponding to a derivative of the received signal; and a correlator configured to compare a stored transmit code sequence with the one or more stored edge detected signal records to produce a derivative of a delayed correlation function ; and a zero-crossing detector configured to convert the received signal into binary logic states at successive sample points; an edge detector configured to detect edges based on the logic states of the zero-crossing detector to generate and store one or more stored edge detected signal records corresponding to a derivative of the received signal; and a correlator configured to compare a stored transmit code sequence with the one or more stored edge detected signal records to produce a derivative of a delayed correlation function ; and the delay estimator is configured to estimate the delay based on a zero-crossing point of the derivative of the delayed correlation function .
A heat recovery steam generator of vertical design, comprising an exhaust-gas channel in which at least one economizer heating surface with economizer inlet and economizer outlet and at least one evaporator heating surface with evaporator inlet and evaporator outlet are arranged, wherein the at least one economizer heating surface and the at least one evaporator heating surface are under warm/hot start-up conditions and connected to one another in such a way that, on a feed water side, the at least one economizer heating surface is arranged upstream of the at least one evaporator heating surface , such that the economizer outlet is in fluid connection with the evaporator inlet , wherein a water/steam separator is arranged on the feed water side downstream of the at least one evaporator heating surface , wherein an excess pipe length system is arranged outside the exhaust-gas channel and on the feed water side between the at least one economizer heating surface and the at least one evaporator heating surface , wherein the excess pipe length system is designed in such a way that, after a complete filling of the at least one economizer heating surface , feed water, in a riser of the excess pipe length system, reaches an overflow and thus passes into the at least one evaporator heating surface via a down pipe , wherein a vent line with a vent valve branches off the overflow of the excess pipe length system, characterized in that a first filling line and a first valve are arranged between an economizer filling outlet , arranged downstream of the economizer inlet of the at least one economizer heating surface , and the evaporator outlet at the bottom of the at least one evaporator heating surface .
A ventilation unit , comprising: - an accommodating space for a heat exchanger , - a heat exchanger disposed in the accommodating space , and - a wedging unit , wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space , wherein the wedging unit includes: - a wedge portion arranged to mutually wedge the heat exchanger and the ventilation unit such that the heat exchanger is retained in an operating position by the wedging, and - a handle portion extending from the upper end of the wedge portion for releasing the wedging unit from the wedging, wherein the wedge portion has at least two pairs of opposing sides, - a first pair of opposing sides , and - a second pair of opposing sides tapering towards the lower end of the wedging unit . - an accommodating space for a heat exchanger , - a heat exchanger disposed in the accommodating space , and - a wedging unit , wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space , wherein the wedging unit includes: wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space , wherein the wedging unit includes: - a wedge portion arranged to mutually wedge the heat exchanger and the ventilation unit such that the heat exchanger is retained in an operating position by the wedging, and - a handle portion extending from the upper end of the wedge portion for releasing the wedging unit from the wedging, - a first pair of opposing sides , and - a second pair of opposing sides tapering towards the lower end of the wedging unit .
A handle , comprising: a grip to attach to a computing device ; an attachment post disposed on a first end of the grip; a slot interface disposed on a second end of the grip; and a supplemental interface disposed in between the attachment post and the slot interface, wherein the attachment post, the slot interface, and the supplemental interface extend radially out from the grip and are to attach the grip to the computing device, and characterized in that the device further comprises a barrel to rigidly attach the grip to a side of the computing device , the barrel extending axially along the grip and spaced away from the grip, the attachment post , the slot interface , and the supplemental interface disposed on the barrel and extending from the barrel. a grip to attach to a computing device ; an attachment post disposed on a first end of the grip; a slot interface disposed on a second end of the grip; and a supplemental interface disposed in between the attachment post and the slot interface, wherein the attachment post, the slot interface, and the supplemental interface extend radially out from the grip and are to attach the grip to the computing device, and characterized in that the device further comprises a barrel to rigidly attach the grip to a side of the computing device , the barrel extending axially along the grip and spaced away from the grip, the attachment post , the slot interface , and the supplemental interface disposed on the barrel and extending from the barrel.
An ultrasonic device for transversely manipulating drug delivery carriers , comprising: a driving unit ; and a transducer electrically connected to the driving unit and having a piezoelectric sheet in a curved shape, wherein the piezoelectric sheet comprises a plurality of channels , characterised in that a phase difference is generated between every two of the channels by the driving unit for producing an acoustic vortex. a driving unit ; and a transducer electrically connected to the driving unit and having a piezoelectric sheet in a curved shape, wherein the piezoelectric sheet comprises a plurality of channels , characterised in that a phase difference is generated between every two of the channels by the driving unit for producing an acoustic vortex.
An accessory drive for an internal combustion engine of a vehicle, comprising at least a first pulley rotationally coupled to a drive shaft of the internal combustion engine , a second pulley rotationally coupled to a shaft of an electric machine , an endless drive element cooperating with at least said first and said second pulley , a tensioner (10; 52; 76) comprising a first and a second tensioning pulley (14, 15; 55, 56) and at least one spring adapted to push the tensioning pulleys into contact with respective branches of the endless drive element positioned on opposite sides with respect to the second pulley , and an adjustable-position pulley (15; 51; 56) configured to cooperate with the endless drive element to vary the installation tension thereof, and a support element adapted to be fixed on or in proximity to the electric machine ; characterized in that the tensioner includes: an intermediate element carried by the support element and rotating with respect thereto about a first fixed axis (A); a rigid tensioner element rotating with respect to the intermediate element about a second axis (B) parallel to the first axis (A) and distinct therefrom; the first and a second tensioning pulley being carried by the tensioner element and rotating with respect thereto about respective axes distinct from said first and second axis (A, B) and arranged in use in a fixed relative position, said at least one spring acting between the support element and the intermediate element to push the tensioning pulleys into contact with the respective said branches of the belt , and in that said adjustable-position pulley is one of the tensioning pulleys (15; 56). an intermediate element carried by the support element and rotating with respect thereto about a first fixed axis (A); a rigid tensioner element rotating with respect to the intermediate element about a second axis (B) parallel to the first axis (A) and distinct therefrom; the first and a second tensioning pulley being carried by the tensioner element and rotating with respect thereto about respective axes distinct from said first and second axis (A, B) and arranged in use in a fixed relative position, said at least one spring acting between the support element and the intermediate element to push the tensioning pulleys into contact with the respective said branches of the belt , and in that said adjustable-position pulley is one of the tensioning pulleys (15; 56).
A method for filling gas on gas cylinders with pressures greater than 50 bar in an automatic gas cylinder filling facility , wherein the method includes at least the following steps: a. a gas cylinder is placed in a filling carousel , the filling carousel having multiple filling stations; b. the gas cylinder is positioned by means of a geometric positioning system; c. a filler adapter comprising a non-return valve is mounted on the gas cylinder ; d. the gas cylinder is filled in steps as the carousel is rotated in steps past the filling stations in stepwise manner by connecting the filler adapter on all subsequent filling stations whereby the gas cylinder is filled with gas; and e. the non-return valve is closed with a certain moment after filling. a. a gas cylinder is placed in a filling carousel , the filling carousel having multiple filling stations; b. the gas cylinder is positioned by means of a geometric positioning system; c. a filler adapter comprising a non-return valve is mounted on the gas cylinder ; d. the gas cylinder is filled in steps as the carousel is rotated in steps past the filling stations in stepwise manner by connecting the filler adapter on all subsequent filling stations whereby the gas cylinder is filled with gas; and e. the non-return valve is closed with a certain moment after filling.
A sealed and insulated tank equipped with an unloading pump and arranged in a floating double hull, the tank comprising tank walls which are fixed to internal walls of the floating double hull, in which a tank wall comprises a multilayer structure with multiple layers superposed in a thickness direction including a primary sealing membrane intended to be in contact with a product contained in the tank, in which an internal bottom wall of the double hull bears a bottom wall of the tank and a sump structure locally interrupting the primary sealing membrane of the bottom wall of the tank, the sump structure comprising a rigid container arranged through the thickness of the bottom wall of the tank, said rigid container comprising a peripheral lateral wall , the peripheral lateral wall extending toward the inside of the tank at least as far as the primary sealing membrane of the bottom wall of the tank, the peripheral lateral wall having an opening which opens to the inside of the tank, in which the sump structure comprises a primary connecting plate surrounding the container and having an internal edge connected in a sealed manner, directly or indirectly, to the peripheral lateral wall of the container all around the container, the primary connecting plate having a connecting surface extending parallel to the primary sealing membrane of the bottom wall of the tank, the primary sealing membrane of the bottom wall of the tank being attached in a sealed manner to the connecting surface all around the sump structure characterized in that the multilayer structure of the tank wall further comprises a secondary sealing membrane arranged between the primary sealing membrane and the internal wall of the double hull, a secondary thermal insulation barrier arranged between the secondary sealing membrane and the internal wall of the double hull and supporting the secondary sealing membrane, and a primary thermal insulation barrier arranged between the primary sealing membrane and the secondary sealing membrane and supporting the primary sealing membrane, the unloading pump being arranged in the tank so that it draws up the product contained in the tank toward the top of the tank, the unloading pump comprising a suction member housed in said rigid container, in which the rigid container comprises a bottom wall situated at a more exterior level than the secondary sealing membrane of the bottom wall of the tank in the thickness direction of the bottom wall of the tank, the peripheral lateral wall of the rigid container being connected in a sealed manner to the bottom wall of the container so as to be closed by the bottom wall of the container, the peripheral lateral wall extending toward the inside of the tank from the bottom wall of the container, the opening of the peripheral lateral wall opening to the inside of the tank being situated opposite to the bottom wall of the container.
A cable cleat assembly for securing cables to a ladder rack , the cable cleat assembly comprising: a base ; two side bodies , each side body is pivotally mountable to the base ; wherein each side body has a first end , a middle section , and a second end ; each first end has a mounting member, the mounting member having an intrinsic peg extending from each side of the mounting member; wherein the base includes a top , a bottom and sides , characterized in that the base further comprises two open ends each with a slot that is accessible from the bottom of the base and that is designed to mate with the intrinsic peg such that said intrinsic peg can slide into the slot from the bottom of the base ; and wherein the sides of the base include tabs that bend inward towards the center of the cable cleat assembly to retain one of the pegs of the side body positioned in the slot , wherein each tab is positioned adjacent one of the slots . a base ; two side bodies , each side body is pivotally mountable to the base ; wherein each side body has a first end , a middle section , and a second end ; each first end has a mounting member, the mounting member having an intrinsic peg extending from each side of the mounting member; wherein the base includes a top , a bottom and sides , characterized in that the base further comprises two open ends each with a slot that is accessible from the bottom of the base and that is designed to mate with the intrinsic peg such that said intrinsic peg can slide into the slot from the bottom of the base ; and wherein the sides of the base include tabs that bend inward towards the center of the cable cleat assembly to retain one of the pegs of the side body positioned in the slot , wherein each tab is positioned adjacent one of the slots .
A sound processing device comprising a signal processing part configured to process a sound signal picked up by a microphone , and to generate a recording sound signal to be recorded in a recording device and an amplification sound signal different from the recording sound signal to be output from a speaker , wherein the signal processing part is configured to perform beamforming processing for reducing sensitivity in an installation direction of the speaker, as directivity of the microphone, wherein the signal processing part is configured to perform howling suppression processing on a basis of a first sound signal obtained by the beamforming processing, wherein the recording sound signal is the first sound signal, and the amplification sound signal is a second sound signal obtained by the howling suppression processing, wherein the signal processing part is configured to output the recording sound signal to the recording device. a signal processing part configured to process a sound signal picked up by a microphone , and to generate a recording sound signal to be recorded in a recording device and an amplification sound signal different from the recording sound signal to be output from a speaker , wherein the signal processing part is configured to perform beamforming processing for reducing sensitivity in an installation direction of the speaker, as directivity of the microphone, wherein the signal processing part is configured to perform howling suppression processing on a basis of a first sound signal obtained by the beamforming processing, wherein the recording sound signal is the first sound signal, and the amplification sound signal is a second sound signal obtained by the howling suppression processing, wherein the signal processing part is configured to output the recording sound signal to the recording device.
A heating assembly for an electronic cigarette, comprising a porous body configured for adsorbing e-liquid and at least one heating element configured for heating and atomizing the e-liquid adsorbed into the porous body , wherein the at least one heating element comprises an elongated sheet heating portion, wherein the sheet heating portion comprises a heating net, and at least partial section of the heating net is at least partially embedded in the porous body , and the porous body comprises an atomizing surface corresponding to the at least partial section; characterized in that a width direction of the at least partial section follows along a movement direction of the e-liquid and/or smoke in the porous body wherein the width direction of the at least partial section is perpendicular to a plane where the atomizing surface is located and, when the heating assembly is mounted in the electronic cigarette, the movement directions of the e-liquid and the smoke in the porous body are both perpendicular to a plane where the atomizing surface is located.
A battery charger, comprising: - a body , and - a plug detachably coupled to the body ; wherein the plug comprises a coupling part having a bottom and two sides , each of said sides comprising a first guiding rail , and the body comprises a coupling recess for receiving the coupling part , said coupling recess having a bottom and two opposite side walls , each of said side walls comprising a first guiding groove ; characterised in that : - the first guiding rails are provided with a locking slot , and - the first guiding grooves are provided with a locking spring that is connected to the body in a floating manner so that the locking spring may move in the longitudinal direction of the first guiding groove ; wherein the first guiding grooves are arranged to receive the first guiding rails so that the locking springs are engageable with the locking slots , and wherein the locking springs are flat springs. - a body , and - a plug detachably coupled to the body ; - the first guiding rails are provided with a locking slot , and - the first guiding grooves are provided with a locking spring that is connected to the body in a floating manner so that the locking spring may move in the longitudinal direction of the first guiding groove ;