mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a proportionality factor based on a reference voltage value of a reference voltage and a rail voltage value of a rail voltage; determining values for a first resistor, a second resistor, and a third resistor, wherein the first resistor, the second resistor, and the third resistor together form a resistor divider of a power supply monitoring circuit, the power supply monitoring circuit comprising two comparators (110, 112) electrically coupled to the resistor divider, wherein the value of the third resistor is a selected value, wherein the value of the second resistor is calculated based on the reference voltage value, a current leak value through the third resistor, the rail voltage value, an under voltage threshold, and the value of the third resistor, and wherein the value of the first resistor is calculated based on the rail voltage value, the current leak value through the third resistor, the value of the second resistor, and the value of the third resistor; monitoring the rail voltage by the power supply monitoring circuit wherein the power supply monitoring circuit monitors the rail voltage based on the reference voltage to determine, by the power supply monitoring circuit, whether one of an under voltage condition or an over voltage condition occurs; and responsive to a processor commanding a change in the rail voltage value of the rail voltage, causing, by the processor, a new reference voltage value to be generated based on the proportionality factor to adjust the under voltage threshold and an over voltage threshold. determining a proportionality factor based on a reference voltage value of a reference voltage and a rail voltage value of a rail voltage; determining values for a first resistor, a second resistor, and a third resistor, wherein the first resistor, the second resistor, and the third resistor together form a resistor divider of a power supply monitoring circuit, the power supply monitoring circuit comprising two comparators (110, 112) electrically coupled to the resistor divider, wherein the value of the third resistor is a selected value, wherein the value of the second resistor is calculated based on the reference voltage value, a current leak value through the third resistor, the rail voltage value, an under voltage threshold, and the value of the third resistor, and wherein the value of the first resistor is calculated based on the rail voltage value, the current leak value through the third resistor, the value of the second resistor, and the value of the third resistor; monitoring the rail voltage by the power supply monitoring circuit wherein the power supply monitoring circuit monitors the rail voltage based on the reference voltage to determine, by the power supply monitoring circuit, whether one of an under voltage condition or an over voltage condition occurs; and responsive to a processor commanding a change in the rail voltage value of the rail voltage, causing, by the processor, a new reference voltage value to be generated based on the proportionality factor to adjust the under voltage threshold and an over voltage threshold.
A method of forming a retreaded tire comprising the steps of: providing an annular tire carcass configured for receiving a tread; providing a plurality of tread components each comprising an independent structure; assembling the plurality of tread components to form an assembled tire tread, the tire tread having a thickness extending between a top side configured to engage a ground surface during tire operation and a bottom side configured for attachment to an annular tire carcass configured for receiving the tire tread; and, bonding the tread to the tire carcass to form a retreaded tire, the tire tread being arranged along an outer circumference of the annular tire carcass with a bonding layer between the tire tread and the tire carcass, the bonding layer comprising an uncured elastomeric material being cured during the step of bonding; where the step of assembling a tire tread includes concurrently arranging the plurality of tread components around the outer circumference of the tire carcass to form a tire tread, characterized in that a bottom side venting void is arranged in fluid communication with a bottom side of a first tread component of the plurality of tread components, the bottom side venting void forming a portion of the tread bottom side and the bottom side venting void extending to a lateral side of the first tread component in fluid communication with the tread top side through a vertical passage along one or more sidewalls of the first tread component. providing an annular tire carcass configured for receiving a tread; providing a plurality of tread components each comprising an independent structure; assembling the plurality of tread components to form an assembled tire tread, the tire tread having a thickness extending between a top side configured to engage a ground surface during tire operation and a bottom side configured for attachment to an annular tire carcass configured for receiving the tire tread; and, bonding the tread to the tire carcass to form a retreaded tire, the tire tread being arranged along an outer circumference of the annular tire carcass with a bonding layer between the tire tread and the tire carcass, the bonding layer comprising an uncured elastomeric material being cured during the step of bonding; where the step of assembling a tire tread includes concurrently arranging the plurality of tread components around the outer circumference of the tire carcass to form a tire tread, characterized in that a bottom side venting void is arranged in fluid communication with a bottom side of a first tread component of the plurality of tread components, the bottom side venting void forming a portion of the tread bottom side and the bottom side venting void extending to a lateral side of the first tread component in fluid communication with the tread top side through a vertical passage along one or more sidewalls of the first tread component.
A communication method, comprising: receiving, by customer premises equipment, CPE, configuration information of a first link and configuration information of a second link that are sent by a home access gateway, wherein the first link is a link between the CPE and the home access gateway, the second link is a link between the CPE and user equipment, UE, the configuration information of the first link is used to indicate quality of service, QoS information of the first link, and the configuration information of the second link is used to indicate QoS information of the second link; sending, by the CPE, the configuration information of the second link to the UE; determining, by the CPE, a QoS parameter of a data packet of the UE based on the configuration information of the first link and the configuration information of the second link; and sending, by the CPE, the data packet based on the QoS parameter of the data packet; wherein the first link is a 3GPP link and the second link is a non-3GPP link; characterized in that the data packet carries second indication information that is used to indicate that content in the data packet is control plane signaling or user plane data. receiving, by customer premises equipment, CPE, configuration information of a first link and configuration information of a second link that are sent by a home access gateway, wherein the first link is a link between the CPE and the home access gateway, the second link is a link between the CPE and user equipment, UE, the configuration information of the first link is used to indicate quality of service, QoS information of the first link, and the configuration information of the second link is used to indicate QoS information of the second link; sending, by the CPE, the configuration information of the second link to the UE; determining, by the CPE, a QoS parameter of a data packet of the UE based on the configuration information of the first link and the configuration information of the second link; and sending, by the CPE, the data packet based on the QoS parameter of the data packet; wherein the first link is a 3GPP link and the second link is a non-3GPP link; characterized in that the data packet carries second indication information that is used to indicate that content in the data packet is control plane signaling or user plane data.
An X-ray imaging device for radiographing an object comprising: a generator configured to emit X-rays; a sensor unit configured to detect the X-rays using at least one sensor; a gantry including the generator and the sensor unit facing each other with the object therebetween and rotating the generator and the sensor unit about a rotating axis between the generator and the sensor unit; an image processor configured to produce a three-dimensional X-ray image of the object from a detection result of the sensor; and a sensor moving part provided in the sensor unit and configured to additionally move the sensor within a limited range with respect to the gantry in a direction of a rotation trajectory of the sensor unit or in a tangential direction of the rotation trajectory while the gantry rotates about the rotating axis between the generator and the sensor unit. a generator configured to emit X-rays; a sensor unit configured to detect the X-rays using at least one sensor; a gantry including the generator and the sensor unit facing each other with the object therebetween and rotating the generator and the sensor unit about a rotating axis between the generator and the sensor unit; an image processor configured to produce a three-dimensional X-ray image of the object from a detection result of the sensor; and a sensor moving part provided in the sensor unit and configured to additionally move the sensor within a limited range with respect to the gantry in a direction of a rotation trajectory of the sensor unit or in a tangential direction of the rotation trajectory while the gantry rotates about the rotating axis between the generator and the sensor unit.
An electric rotating machine, comprising: an inner rotor including a plurality of permanent magnets circumferentially arranged; an outer rotor including a plurality of permanent magnets circumferentially arranged, the inner rotor and the outer rotor being coaxially disposed and driven by a compound current; and a stator disposed between the inner rotor and the outer rotor, the stator including a stator core (2,200,300,400) and a coil to which the compound current is applied, the stator core (2,200,300,400) including a plurality of circumferentially arranged stator pieces on each of which the coil is wound, the stator pieces having a same shape and being formed by plates laminated in axial alignment with each other, each of the stator pieces including an inner yoke disposed radially inside, an outer yoke disposed radially outside and a coil area defined between the inner and outer yokes (26,27) in which the coil is disposed, the stator pieces adjacent to one another including a first air gap circumferentially formed between the adjacent outer yokes thereof, a second air gap (22,22A,22B) circumferentially formed between the adjacent inner yokes thereof and mutual contact portions circumferentially contacted at the inner yokes thereof, whereby each of the contact portions comprises two contact regions disposed on the side of the inner rotor and on the side of the outer rotor, respectively, and a bolt connecting the stator pieces, the bolt extending in a bolt hole formed in the contact portion, characterized in that the bolt hole is disposed between the two contact regions. an inner rotor including a plurality of permanent magnets circumferentially arranged; an outer rotor including a plurality of permanent magnets circumferentially arranged, the inner rotor and the outer rotor being coaxially disposed and driven by a compound current; and a stator disposed between the inner rotor and the outer rotor, the stator including a stator core (2,200,300,400) and a coil to which the compound current is applied, the stator core (2,200,300,400) including a plurality of circumferentially arranged stator pieces on each of which the coil is wound, the stator pieces having a same shape and being formed by plates laminated in axial alignment with each other, each of the stator pieces including an inner yoke disposed radially inside, an outer yoke disposed radially outside and a coil area defined between the inner and outer yokes (26,27) in which the coil is disposed, the stator pieces adjacent to one another including a first air gap circumferentially formed between the adjacent outer yokes thereof, a second air gap (22,22A,22B) circumferentially formed between the adjacent inner yokes thereof and mutual contact portions circumferentially contacted at the inner yokes thereof, whereby each of the contact portions comprises two contact regions disposed on the side of the inner rotor and on the side of the outer rotor, respectively, and a bolt connecting the stator pieces, the bolt extending in a bolt hole formed in the contact portion, characterized in that the bolt hole is disposed between the two contact regions.
A method for performing a statistics on a resident time span ratio of a dual mode single standby terminal user in dual networks, comprising: setting a statistics start time (T start) and a statistics end time (T end), and setting a statistics time period; with respect to the network of each mode in the dual networks respectively, acquiring following parameters of the dual mode single standby terminal user in each statistics time period within a time slice from the statistics start time to the statistics end time: an occurred periodic location update times, an occurred periodic routing area update times, a call time span except the periodic location update and the periodic routing area update, a number of resident starting-up users, a periodic location update timer and a periodic routing area update timer; with respect to the network of each mode in the dual networks respectively, according to the acquired parameters, calculating a resident time span of each dual mode single standby terminal user in dual domains or a Circuit Switched single domain network in an idle state, a resident time span of each dual mode single standby terminal user in a Packet Switched single domain network in the idle state, and a resident time span of each dual mode single standby terminal user in a connection state, and respective resident time spans of each dual mode single standby terminal user in the dual networks; and according to the respective resident time spans of each dual mode single standby terminal user in the dual networks, obtaining the resident time span ratio of each dual mode single standby terminal user in the dual networks. setting a statistics start time (T start) and a statistics end time (T end), and setting a statistics time period; with respect to the network of each mode in the dual networks respectively, acquiring following parameters of the dual mode single standby terminal user in each statistics time period within a time slice from the statistics start time to the statistics end time: an occurred periodic location update times, an occurred periodic routing area update times, a call time span except the periodic location update and the periodic routing area update, a number of resident starting-up users, a periodic location update timer and a periodic routing area update timer; with respect to the network of each mode in the dual networks respectively, according to the acquired parameters, calculating a resident time span of each dual mode single standby terminal user in dual domains or a Circuit Switched single domain network in an idle state, a resident time span of each dual mode single standby terminal user in a Packet Switched single domain network in the idle state, and a resident time span of each dual mode single standby terminal user in a connection state, and respective resident time spans of each dual mode single standby terminal user in the dual networks; and according to the respective resident time spans of each dual mode single standby terminal user in the dual networks, obtaining the resident time span ratio of each dual mode single standby terminal user in the dual networks.
A method of determining the sequence of a plurality of template polynucleotides, the method comprising: providing the templates to a plurality of wells, each well exposed to an ISFET; providing a seal; amplifying the templates; immobilising at least one template within each well; then creating a clonal population within each well; then removing the seal; and then sequencing the template colonies in the wells. providing the templates to a plurality of wells, each well exposed to an ISFET; providing a seal; amplifying the templates; immobilising at least one template within each well; then creating a clonal population within each well; then removing the seal; and then sequencing the template colonies in the wells.
A disinfecting device comprising: at least one light source arranged for, in operation, to emit a first light having a first UV wavelength range; at least one optical element arranged to collimate at least a part of said first light emitted from said light source towards at least one louver; said at least one louver comprising a plurality of light absorbing structures having a first surface and a second surface (4") being opposite to said first surface, said light absorbing structure further having a proximal end being arranged adjacent to said at least one light source, and a distal end being arranged opposite to said proximal end, said light absorbing structure further having a longitudinal extension between said proximal end and said distal end, and a transversal extension being substantially perpendicular to said longitudinal extension, said light absorbing structure being arranged for absorbing a first portion of said first light; characterised in that, said plurality of light absorbing structures comprises at least one light converting element arranged for converting a second portion of said first light into a second light having a second wavelength range comprising longer wavelengths than said first UV wavelength range, and wherein a third portion of said first light is exiting said disinfection device, wherein said light converting element comprises a light converting material being arranged in a matrix being light transmissive to said first light. at least one light source arranged for, in operation, to emit a first light having a first UV wavelength range; at least one optical element arranged to collimate at least a part of said first light emitted from said light source towards at least one louver; said at least one louver comprising a plurality of light absorbing structures having a first surface and a second surface (4") being opposite to said first surface, said light absorbing structure further having a proximal end being arranged adjacent to said at least one light source, and a distal end being arranged opposite to said proximal end, said light absorbing structure further having a longitudinal extension between said proximal end and said distal end, and a transversal extension being substantially perpendicular to said longitudinal extension, said light absorbing structure being arranged for absorbing a first portion of said first light; characterised in that, said plurality of light absorbing structures comprises at least one light converting element arranged for converting a second portion of said first light into a second light having a second wavelength range comprising longer wavelengths than said first UV wavelength range, and wherein a third portion of said first light is exiting said disinfection device, wherein said light converting element comprises a light converting material being arranged in a matrix being light transmissive to said first light.
Method for automatically setting the speed of a motorcycle in accordance with the longitudinal distance and the lateral distance of the motorcycle from another vehicle which is travelling ahead in the same lane, wherein a minimum lateral distance (b) which is to be maintained between the motorcycle and the other vehicle is determined in accordance with the type of vehicle of the other vehicle, characterized in that the minimum lateral distance (b) when the other vehicle is another motorcycle is chosen such that overtaking is only possible if the motorcycle changes lane.
A wrapping set screw (110; 410; 510) for securing a pull wire to an adjustment mechanism for a steerable delivery device used in surgical procedures, the wrapping set screw (110; 410; 510) comprising: a proximal end and a distal end, with a lumen (111; 411; 511) formed longitudinally between the proximal end and the distal end, the lumen (111; 411; 511) configured to allow a pull wire to be passed therethrough; a threaded portion (118; 418; 518) extending proximally from the distal end; characterized in that the wrapping set screw further comprises: a notch portion (112; 412; 512) formed at the proximal end, the notch portion (112; 412; 512) extending distally from the proximal end into the threaded portion (118; 418; 518); and a socket portion (116; 416; 516) formed by the proximal end, the socket portion (116; 416; 516) configured to be compatible with a driving tool. a proximal end and a distal end, with a lumen (111; 411; 511) formed longitudinally between the proximal end and the distal end, the lumen (111; 411; 511) configured to allow a pull wire to be passed therethrough; a threaded portion (118; 418; 518) extending proximally from the distal end; characterized in that the wrapping set screw further comprises: a notch portion (112; 412; 512) formed at the proximal end, the notch portion (112; 412; 512) extending distally from the proximal end into the threaded portion (118; 418; 518); and a socket portion (116; 416; 516) formed by the proximal end, the socket portion (116; 416; 516) configured to be compatible with a driving tool. a notch portion (112; 412; 512) formed at the proximal end, the notch portion (112; 412; 512) extending distally from the proximal end into the threaded portion (118; 418; 518); and a socket portion (116; 416; 516) formed by the proximal end, the socket portion (116; 416; 516) configured to be compatible with a driving tool.
An implantable prosthetic device, comprising; a frame movable between a radially compressed and a radially expanded configuration, the frame comprising: a first strut comprising a first locking feature disposed on a radially facing inner surface of the first strut; a second strut comprising a second locking feature disposed on a radially facing outer surface of the second strut; and wherein the first and second locking features (404a, 404b) engage each other so as to allow pivoting of the first and second struts (402a, 402b) relative to one another in a first direction upon radial expansion of the frame and resist pivoting of the first and second struts (402a, 402b) relative to one another in a second direction to resist radial compression of the frame. a first strut comprising a first locking feature disposed on a radially facing inner surface of the first strut; a second strut comprising a second locking feature disposed on a radially facing outer surface of the second strut; and wherein the first and second locking features (404a, 404b) engage each other so as to allow pivoting of the first and second struts (402a, 402b) relative to one another in a first direction upon radial expansion of the frame and resist pivoting of the first and second struts (402a, 402b) relative to one another in a second direction to resist radial compression of the frame.