mhurhangee/patent-ind-claim-en huggingface dataset:
A method, implemented by user equipment, UE, comprising: determining first information about a first network slice that the UE wishes to access, wherein the first information comprises a service type of a to-be-accessed dedicated core network, DCN, of the first network slice that matches a service type of the UE, wherein a DCN corresponds to a network slice; and sending the first information to an access network device; wherein the first information is determined based on second information, wherein the second information indicates at least one DCN and is obtained from the access network device, the second information comprising information about the service type of the at least one DCN that can be accessed by the access network device. determining first information about a first network slice that the UE wishes to access, wherein the first information comprises a service type of a to-be-accessed dedicated core network, DCN, of the first network slice that matches a service type of the UE, wherein a DCN corresponds to a network slice; and sending the first information to an access network device; wherein the first information is determined based on second information, wherein the second information indicates at least one DCN and is obtained from the access network device, the second information comprising information about the service type of the at least one DCN that can be accessed by the access network device.
A display panel comprising: a plurality of pixels, each pixel comprising four subpixels (SP1, SP2, SP3, SP4) and each subpixel comprising a pixel circuit and an emission region, through which light from a light-emitting element (OLED) is emitted; a power line (VDDV) configured to apply a pixel driving voltage (EVDD) to the pixel circuits; a reference voltage line (RL) to which a reference voltage lower than the pixel driving voltage is applied; and a branch line (RBL) connected to the reference voltage line to apply the reference voltage to one or more of the pixel circuits, wherein at least a portion of the branch line includes a transparent metalized semiconductor layer (CSEM), the transparent metalized semiconductor layer comprising a semiconductor of increased conductivity, and wherein at least a portion of the transparent metalized semiconductor layer (CSEM) of the branch line (RBL) overlaps the emission region of at least one of the subpixels (SP); and wherein at least a portion of the branch line (RBL) includes a multi-layered structure in which a semiconductor layer (SEM) and a metal layer are stacked. a plurality of pixels, each pixel comprising four subpixels (SP1, SP2, SP3, SP4) and each subpixel comprising a pixel circuit and an emission region, through which light from a light-emitting element (OLED) is emitted; a power line (VDDV) configured to apply a pixel driving voltage (EVDD) to the pixel circuits; a reference voltage line (RL) to which a reference voltage lower than the pixel driving voltage is applied; and a branch line (RBL) connected to the reference voltage line to apply the reference voltage to one or more of the pixel circuits, wherein at least a portion of the branch line includes a transparent metalized semiconductor layer (CSEM), the transparent metalized semiconductor layer comprising a semiconductor of increased conductivity, and wherein at least a portion of the transparent metalized semiconductor layer (CSEM) of the branch line (RBL) overlaps the emission region of at least one of the subpixels (SP); and wherein at least a portion of the branch line (RBL) includes a multi-layered structure in which a semiconductor layer (SEM) and a metal layer are stacked.
Coupling device for an agricultural attachment, having a coupling ball to be received in a lower link coupler of a three-point hitch , wherein the coupling ball is fastened within opposite retaining plates of a lower attachment coupling , characterized in that spacer flanges that extend on opposite sides of the coupling ball are formed, which keep the coupling ball at a distance from the retaining plates .
An electroporation device comprising: a handset , the handset including: a housing defining a mounting point, and a signal generator positioned within the housing ; and a needle array removably couplable to the mounting point and in electrical communication with the signal generator when the needle array is coupled to the mounting point, the needle array including: a body having a locking surface , a shroud movable with respect to the body between a rest position and one or more actuated positions, and an auto-lock including a resilient body that is coupled to and moveable with the shroud , the auto-lock being adjustable between a locked configuration, where the shroud is not movable with respect to the body , and an unlocked configuration, where the shroud is movable with respect to the body , and wherein biasing the shroud from the rest position to the one or more actuated positions and back to the rest position adjusts the auto-lock from the unlocked configuration to the locked configuration, wherein the resilient body engages the locking surface in the locked configuration. a handset , the handset including: a housing defining a mounting point, and a housing defining a mounting point, and a signal generator positioned within the housing ; and a needle array removably couplable to the mounting point and in electrical communication with the signal generator when the needle array is coupled to the mounting point, the needle array including: a body having a locking surface , a shroud movable with respect to the body between a rest position and one or more actuated positions, and an auto-lock including a resilient body that is coupled to and moveable with the shroud , the auto-lock being adjustable between a locked configuration, where the shroud is not movable with respect to the body , and an unlocked configuration, where the shroud is movable with respect to the body , and wherein biasing the shroud from the rest position to the one or more actuated positions and back to the rest position adjusts the auto-lock from the unlocked configuration to the locked configuration, wherein the resilient body engages the locking surface in the locked configuration. a body having a locking surface , a shroud movable with respect to the body between a rest position and one or more actuated positions, and an auto-lock including a resilient body that is coupled to and moveable with the shroud , the auto-lock being adjustable between a locked configuration, where the shroud is not movable with respect to the body , and an unlocked configuration, where the shroud is movable with respect to the body , and wherein biasing the shroud from the rest position to the one or more actuated positions and back to the rest position adjusts the auto-lock from the unlocked configuration to the locked configuration, wherein the resilient body engages the locking surface in the locked configuration.
Control module , including: at least one switch linked to a first power supply rail, the switch being in series with a load between the first rail and a second rail between which is applied a dc supply voltage (Vbat), and being configured for controlling said load ; and a circuit for protecting the switch , said circuit being linked to the first rail, wherein the circuit for protecting is configured to modulate a control signal of the switch to regulate the current that flows therethrough in the on state, characterized in that the protecting circuit comprises: a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold (TH); and a second circuit for adjusting the value of the first threshold (TH) according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold (REF); and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). at least one switch linked to a first power supply rail, the switch being in series with a load between the first rail and a second rail between which is applied a dc supply voltage (Vbat), and being configured for controlling said load ; and a circuit for protecting the switch , said circuit being linked to the first rail, wherein the circuit for protecting is configured to modulate a control signal of the switch to regulate the current that flows therethrough in the on state, characterized in that the protecting circuit comprises: a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold (TH); and a second circuit for adjusting the value of the first threshold (TH) according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold (REF); and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold (TH); and a second circuit for adjusting the value of the first threshold (TH) according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold (REF); and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). compare an information representative of the supply voltage with a second threshold (REF); and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF).
A packaging system for high flexibility and speed box-last packaging, comprising: one or more scanning sensors that are configured to scan a group of one or more target products that are to be boxed and gather dimension information describing physical dimensions of the group of one or more target products; and one or more packaging-production machines that are configured to generate custom-made packaging templates that conform to a pre-determined set of packaging template types, wherein the one or more packaging-production machines are configured to generate custom-made packaging templates based upon the dimension information gathered by the one or more scanning sensors, a packaging template buffer that comprises physically divided sections that contain multiple packaging templates selected from the pre-determined set of packaging template types that are generated by the one or more packaging production machines, wherein each of the multiple packaging templates are organized within the physically divided sections based upon packaging template type, the packaging template buffer comprising multiple packaging template types organized within the physically divided sections. one or more scanning sensors that are configured to scan a group of one or more target products that are to be boxed and gather dimension information describing physical dimensions of the group of one or more target products; and one or more packaging-production machines that are configured to generate custom-made packaging templates that conform to a pre-determined set of packaging template types, wherein the one or more packaging-production machines are configured to generate custom-made packaging templates based upon the dimension information gathered by the one or more scanning sensors, a packaging template buffer that comprises physically divided sections that contain multiple packaging templates selected from the pre-determined set of packaging template types that are generated by the one or more packaging production machines, wherein each of the multiple packaging templates are organized within the physically divided sections based upon packaging template type, the packaging template buffer comprising multiple packaging template types organized within the physically divided sections.
A method of operating a terminal device in a wireless telecommunications system comprising the terminal device and a non-terrestrial network access node , wherein the method comprises the terminal device performing the steps of: determining a first location for the terminal device; transmitting location report signalling indicating the first location; determining a second location for the terminal device; determining whether or not a distance between the first location and the second location is more than a predefined threshold distance, and when so transmitting location report signalling indicating the second location, wherein the location report signalling indicating the second location is transmitted when the terminal device is not in a radio resource control, RRC, connected mode. determining a first location for the terminal device; transmitting location report signalling indicating the first location; determining a second location for the terminal device; determining whether or not a distance between the first location and the second location is more than a predefined threshold distance, and when so transmitting location report signalling indicating the second location, wherein the location report signalling indicating the second location is transmitted when the terminal device is not in a radio resource control, RRC, connected mode.
A polishing pad, comprising ultra-fine fibers having a fiber diameter of 10 to 2500 nm, binder fibers, and an elastomer.
A tile saw comprising: a saw having a cutting blade ; a frame supporting the saw ; and a table having a planar surface configured to support a workpiece, the table being slidable relative to the frame; a rear fence secured to the table , the rear fence having an engagement surface that is adjustable, between an operating position and a bypassed position, the rear fence being slidable between the operating position and the bypassed position, wherein: when in the operating position, the engagement surface of the rear fence is fixed to project upwardly from the planar surface of the table to support the workpiece during a cutting operation; and when in the bypassed position, the engagement surface of the rear fence is no higher than even with the planar surface of the table to allow the workpiece to extend beyond a rear edge of the table , characterized in that the rear fence is slidable between the operating position and the bypassed position. a saw having a cutting blade ; a frame supporting the saw ; and a table having a planar surface configured to support a workpiece, the table being slidable relative to the frame; a rear fence secured to the table , the rear fence having an engagement surface that is adjustable, between an operating position and a bypassed position, the rear fence being slidable between the operating position and the bypassed position, wherein: when in the operating position, the engagement surface of the rear fence is fixed to project upwardly from the planar surface of the table to support the workpiece during a cutting operation; and when in the bypassed position, the engagement surface of the rear fence is no higher than even with the planar surface of the table to allow the workpiece to extend beyond a rear edge of the table , characterized in that the rear fence is slidable between the operating position and the bypassed position. when in the operating position, the engagement surface of the rear fence is fixed to project upwardly from the planar surface of the table to support the workpiece during a cutting operation; and when in the bypassed position, the engagement surface of the rear fence is no higher than even with the planar surface of the table to allow the workpiece to extend beyond a rear edge of the table , characterized in that the rear fence is slidable between the operating position and the bypassed position.
A control system for controlling electronic devices, the control system comprising said electronic devices and the following components integrated into a remote-control unit: an ultra-wideband communication unit configured to receive ultra-wideband signals from the electronic devices; and a processing unit configured to select a specific electronic device among said electronic devices for further communication; wherein the processing unit is configured to select said specific electronic device using an angle of arrival of the ultra-wideband signals received from the electronic devices; characterized in that the processing unit is further configured to determine a first vertical angle, being a vertical angle of arrival of an ultra-wideband signal transmitted by the ultra-wideband communication unit to the electronic devices, and wherein the electronic devices are configured to determine a second vertical angle, being a vertical angle of arrival of said ultra-wideband signal as received by the electronic devices; wherein the processing unit is further configured to select the specific electronic device if the first vertical angle has a predefined correlation with the second vertical angle. an ultra-wideband communication unit configured to receive ultra-wideband signals from the electronic devices; and a processing unit configured to select a specific electronic device among said electronic devices for further communication; wherein the processing unit is configured to select said specific electronic device using an angle of arrival of the ultra-wideband signals received from the electronic devices; characterized in that the processing unit is further configured to determine a first vertical angle, being a vertical angle of arrival of an ultra-wideband signal transmitted by the ultra-wideband communication unit to the electronic devices, and wherein the electronic devices are configured to determine a second vertical angle, being a vertical angle of arrival of said ultra-wideband signal as received by the electronic devices; wherein the processing unit is further configured to select the specific electronic device if the first vertical angle has a predefined correlation with the second vertical angle.
A cycle turbine engine power system to produce CO 2 product comprising: i) a pressurized oxidizer supply subsystem for producing an oxidizer; ii) a turbine engine that includes at least one main compressor stage , a combustor and a main turbine , wherein the oxidizer supply subsystem provides at least a portion of the oxidizer produced by the oxidizer supply sub-system to the at least one main compressor stage; iii) a fuel supply system for providing fuel to the combustor of the turbine engine and wherein operation of the turbine engine produces power and an exhaust gas; iv) an exhaust gas recirculation subsystem for recirculating at least a portion of the exhaust gas created by operation of the turbine engine to the at least one main compressor stage of the turbine engine; characterized in that the turbine engine power system further comprises: v) a molecular sieve approach CO 2 capture and cleanup subsystem for producing CO 2 at a desired pressure from at least a portion of the exhaust gas; and vi) a heat recovery unit which receives at least a portion of the exhaust gas produced by operation of the turbine , wherein the heat recovery unit comprises a turbine having an inlet; wherein the heat recovery unit generates additional power via the super critical CO 2 Brayton cycle, and produces dry CO 2 to regenerate adsorption beds used in the CO 2 capture and cleanup subsystem, whereby turbine inlet bleed CO 2 is ported to ports of the adsorption beds and is vented from valves of said adsorption beds. i) a pressurized oxidizer supply subsystem for producing an oxidizer; ii) a turbine engine that includes at least one main compressor stage , a combustor and a main turbine , wherein the oxidizer supply subsystem provides at least a portion of the oxidizer produced by the oxidizer supply sub-system to the at least one main compressor stage; iii) a fuel supply system for providing fuel to the combustor of the turbine engine and wherein operation of the turbine engine produces power and an exhaust gas; iv) an exhaust gas recirculation subsystem for recirculating at least a portion of the exhaust gas created by operation of the turbine engine to the at least one main compressor stage of the turbine engine; v) a molecular sieve approach CO 2 capture and cleanup subsystem for producing CO 2 at a desired pressure from at least a portion of the exhaust gas; and vi) a heat recovery unit which receives at least a portion of the exhaust gas produced by operation of the turbine , wherein the heat recovery unit comprises a turbine having an inlet; wherein the heat recovery unit generates additional power via the super critical CO 2 Brayton cycle, and produces dry CO 2 to regenerate adsorption beds used in the CO 2 capture and cleanup subsystem, whereby turbine inlet bleed CO 2 is ported to ports of the adsorption beds and is vented from valves of said adsorption beds.
A printed circuit board, PCB , comprising: a plurality of layers; a first antenna arranged on a first layer (L1) of the plurality of layers; a second antenna arranged on the first layer; a first isolator arranged on the first layer and located between the first antenna and the second antenna; and a third antenna arranged on a second layer (L6) of the plurality of layers, wherein the second layer is different from the first layer, characterised in that a position of the third antenna overlaps a position of the first isolator in a direction perpendicular to a surface of the printed circuit board. a plurality of layers; a first antenna arranged on a first layer (L1) of the plurality of layers; a second antenna arranged on the first layer; a first isolator arranged on the first layer and located between the first antenna and the second antenna; and a third antenna arranged on a second layer (L6) of the plurality of layers, wherein the second layer is different from the first layer, characterised in that a position of the third antenna overlaps a position of the first isolator in a direction perpendicular to a surface of the printed circuit board.