mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of scheduling jobs in frames representing views of a geographic information environment, wherein at least one fixed and/or dynamic job is executed in the frame within a frame period of the frame, wherein the frame period includes a time period between a start of the frame and a frame boundary of the frame, the frame boundary representing an end of the frame; the method characterized by : determining a first remaining frame period in a first frame representing a first view of the geographic information environment, the first remaining frame period being a time period after executing a first set of fixed jobs in the first frame and at a frame boundary of the first frame; identifying a first dynamic job in a scheduling queue, the first dynamic job having a first non-preemptive section that is between a start of the first dynamic job and a first preemption point of the first dynamic job and at least one second non-preemptive section after the first pre-emption point, wherein the first preemption point is a point during execution of the first dynamic job at which it is safe for the first dynamic job to stop; determining a first estimated execution time for executing the first dynamic job; when the first estimated execution time is not greater than the first remaining frame period, executing the first non-preemptive section of the first dynamic job in the first frame; and when the first estimated execution time is greater than the first remaining frame period, postponing the execution of the first dynamic job in the first frame. determining a first remaining frame period in a first frame representing a first view of the geographic information environment, the first remaining frame period being a time period after executing a first set of fixed jobs in the first frame and at a frame boundary of the first frame; identifying a first dynamic job in a scheduling queue, the first dynamic job having a first non-preemptive section that is between a start of the first dynamic job and a first preemption point of the first dynamic job and at least one second non-preemptive section after the first pre-emption point, wherein the first preemption point is a point during execution of the first dynamic job at which it is safe for the first dynamic job to stop; determining a first estimated execution time for executing the first dynamic job; when the first estimated execution time is not greater than the first remaining frame period, executing the first non-preemptive section of the first dynamic job in the first frame; and when the first estimated execution time is greater than the first remaining frame period, postponing the execution of the first dynamic job in the first frame.
Process for the conversion of plastics to olefins comprising the following steps: A) gasification of said plastics to synthesis gas by reaction of the plastics with pure oxygen, said pure oxygen being used in a quantity which, added to the amount of oxygen possibly present in said plastics and measured with ASTM D5291-A, forms an amount of total oxygen ranging from 40 to 65% molar with respect to the amount of stoichiometric oxygen required for the conversion of all the carbon contained in said plastics to CO 2 ; B) catalytic conversion of the synthesis gas produced in said stage A) to methane in at least three successive stages, in at least the first two of which hydrogen having a degree of purity of ≥ 95%, measured with ASTM D7941M-14, is added to said synthesis gas; C) catalytic conversion of the methane produced in said stage B) into olefins by the oxidative coupling reaction of methane; and D) separation of the olefins produced in said stage C) from other compounds present in the reaction mixture of said stage C). A) gasification of said plastics to synthesis gas by reaction of the plastics with pure oxygen, said pure oxygen being used in a quantity which, added to the amount of oxygen possibly present in said plastics and measured with ASTM D5291-A, forms an amount of total oxygen ranging from 40 to 65% molar with respect to the amount of stoichiometric oxygen required for the conversion of all the carbon contained in said plastics to CO 2 ; B) catalytic conversion of the synthesis gas produced in said stage A) to methane in at least three successive stages, in at least the first two of which hydrogen having a degree of purity of ≥ 95%, measured with ASTM D7941M-14, is added to said synthesis gas; C) catalytic conversion of the methane produced in said stage B) into olefins by the oxidative coupling reaction of methane; and D) separation of the olefins produced in said stage C) from other compounds present in the reaction mixture of said stage C).
A data transmission method, comprising: determining, by a terminal device, reference information (S210) configured by a network device by using signaling; and sending, by the terminal device, second channel state information, CSI, of a bandwidth part, BWP, and uplink data based on a comparison result of the reference information and a status parameter, wherein the reference information is used to indicate a threshold of a quantity of modulation symbols for carrying the second CSI on an uplink channel, and the status parameter is a quantity of modulation symbols needed to carry first CSI on the uplink channel, the BWP is one of multiple BWPs which are comprised in a carrier bandwidth, wherein the second CSI comprises a rank indication, RI; and the first CSI is CSI that needs to be reported for the BWP and that is configured by a network device for the terminal device; wherein the uplink data and the second CSI are carried on a same uplink channel; if the status parameter is greater than the threshold, the second CSI comprises a part of parameters of the first CSI. determining, by a terminal device, reference information (S210) configured by a network device by using signaling; and sending, by the terminal device, second channel state information, CSI, of a bandwidth part, BWP, and uplink data based on a comparison result of the reference information and a status parameter, wherein the reference information is used to indicate a threshold of a quantity of modulation symbols for carrying the second CSI on an uplink channel, and the status parameter is a quantity of modulation symbols needed to carry first CSI on the uplink channel, the BWP is one of multiple BWPs which are comprised in a carrier bandwidth, wherein the second CSI comprises a rank indication, RI; and the first CSI is CSI that needs to be reported for the BWP and that is configured by a network device for the terminal device; wherein the uplink data and the second CSI are carried on a same uplink channel; if the status parameter is greater than the threshold, the second CSI comprises a part of parameters of the first CSI.
A femoral hip prosthesis , comprising: a stem , wherein the stem comprises a center longitudinal axis and a proximal end; a neck extending from a proximal portion of the stem, wherein the neck comprises a first length , a base and a head connecting feature , wherein the head connecting feature comprises a center point , wherein the first length comprises the distance between the base and the center point, wherein the center point of the head connecting feature is spaced apart from the stem center longitudinal axis by a lateral offset , and wherein the first length is about 50% or less of the lateral offset; a superior surface , wherein the superior surface extends between the proximal end of the stem and the base of the neck to blend the base neck potion and the stem together, and wherein the superior surface extends along a transverse plane that intersects the proximal end of the stem and the base of the neck; and an exterior coating , wherein the exterior coating comprises a proximal boundary , at least a portion of the exterior coating is contained on the neck, the proximal boundary extending distally at an angle across the base portion of the neck; characterized in that the angled portion of the proximal boundary is located at the first length from the center point of the head connecting feature. a stem , wherein the stem comprises a center longitudinal axis and a proximal end; a neck extending from a proximal portion of the stem, wherein the neck comprises a first length , a base and a head connecting feature , wherein the head connecting feature comprises a center point , wherein the first length comprises the distance between the base and the center point, wherein the center point of the head connecting feature is spaced apart from the stem center longitudinal axis by a lateral offset , and wherein the first length is about 50% or less of the lateral offset; a superior surface , wherein the superior surface extends between the proximal end of the stem and the base of the neck to blend the base neck potion and the stem together, and wherein the superior surface extends along a transverse plane that intersects the proximal end of the stem and the base of the neck; and an exterior coating , wherein the exterior coating comprises a proximal boundary , at least a portion of the exterior coating is contained on the neck, the proximal boundary extending distally at an angle across the base portion of the neck; characterized in that the angled portion of the proximal boundary is located at the first length from the center point of the head connecting feature.
A data transmission method, applied to a terminal device , wherein the terminal device comprises an application platform module (701; 801) and a modem module (702; 802), the terminal device stores a mapping table and a routing table, wherein the mapping table stores mapping relationships between interface names and session parameters of PDU sessions, wherein interface names are PDU session IDs generated by the terminal device , and the method comprises: obtaining a user equipment route selection policy URSP rule parameter of a started application ; establishing a first PDU session with a network device through the modem module (702; 802) if no protocol data unit PDU session parameter matching the URSP rule parameter exists in the mapping table, wherein the first PDU session corresponds to the started application ; adding an interface name of the first PDU session to the routing table; adding a first mapping relationship to the mapping table, wherein the first mapping relationship comprises a mapping relationship between a session parameter of the first PDU session and the interface name of the first PDU session; and routing to-be-transmitted data of the started application to the first PDU session by using the interface name of the first PDU session. obtaining a user equipment route selection policy URSP rule parameter of a started application ; establishing a first PDU session with a network device through the modem module (702; 802) if no protocol data unit PDU session parameter matching the URSP rule parameter exists in the mapping table, wherein the first PDU session corresponds to the started application ; adding an interface name of the first PDU session to the routing table; adding a first mapping relationship to the mapping table, wherein the first mapping relationship comprises a mapping relationship between a session parameter of the first PDU session and the interface name of the first PDU session; and routing to-be-transmitted data of the started application to the first PDU session by using the interface name of the first PDU session.
A neural probe, which comprises: a) a carrier having a carrier thickness extending along a carrier length between first and second major carrier surfaces, the carrier extending from a proximal carrier end to a distal carrier portion having a distal carrier end, wherein the proximal carrier end is electrically connectable to a source of electrical energy, the carrier being of a tape spring-type such that when in an unstressed condition extending in a substantially axial direction, the tape spring-type carrier has a curved cross-section perpendicular to the carrier length and when in a stressed condition bent out of alignment with an axial direction, the tape spring-type carrier has a linear cross-sectional shape perpendicular to the carrier length; and b) at least one electrode configured for electrical stimulation of body tissue or recording of biological characteristics supported on the tape spring-type carrier, wherein the electrode is supported on at least one of the first and second major carrier surfaces; c) wherein the tape spring-type carrier is sandwiched between opposed polymeric layers contacting the first and second major carrier surfaces. a) a carrier having a carrier thickness extending along a carrier length between first and second major carrier surfaces, the carrier extending from a proximal carrier end to a distal carrier portion having a distal carrier end, wherein the proximal carrier end is electrically connectable to a source of electrical energy, the carrier being of a tape spring-type such that when in an unstressed condition extending in a substantially axial direction, the tape spring-type carrier has a curved cross-section perpendicular to the carrier length and when in a stressed condition bent out of alignment with an axial direction, the tape spring-type carrier has a linear cross-sectional shape perpendicular to the carrier length; and b) at least one electrode configured for electrical stimulation of body tissue or recording of biological characteristics supported on the tape spring-type carrier, wherein the electrode is supported on at least one of the first and second major carrier surfaces; c) wherein the tape spring-type carrier is sandwiched between opposed polymeric layers contacting the first and second major carrier surfaces.
A method comprising: emulating, by an NFC (near field communication) router of an NFC device in response to a command from a processing device of the NFC device, an RF (radio frequency) card emulation transaction, the emulation comprising transmitting, by the NFC router , a command to first and second secure elements of the NFC device to verify the presence of one or more NFC transaction applications in the first and second secure elements; receiving, by the NFC router , responses from the first and second secure elements indicating the one or more NFC transaction applications stored by the first and second secure elements; and receiving, by the NFC router , a new RF message from an NFC terminal relating to an NFC transaction and routing the new RF message to the first or second secure element based on the responses. emulating, by an NFC (near field communication) router of an NFC device in response to a command from a processing device of the NFC device, an RF (radio frequency) card emulation transaction, the emulation comprising transmitting, by the NFC router , a command to first and second secure elements of the NFC device to verify the presence of one or more NFC transaction applications in the first and second secure elements; receiving, by the NFC router , responses from the first and second secure elements indicating the one or more NFC transaction applications stored by the first and second secure elements; and receiving, by the NFC router , a new RF message from an NFC terminal relating to an NFC transaction and routing the new RF message to the first or second secure element based on the responses.
A method of fractionating a shea extract, comprising at least the following steps: a) mixing and homogenization of shea butter using a solvent system comprising at least one oxoester of formula I, in which - R 1 is selected from the group consisting of linear or branched alkyls comprising from 1 to 8 carbon atoms; - R 2 , R 3 and R 4 , which are identical or different are selected from the group consisting of the hydrogen atom or linear or branched alkyls comprising from 1 to 4 carbon atoms; and - and n is a natural number between 1 and 4. b) obtaining a homogeneous mixture, c) cooling of the mixture, d) filtration and removal of the solvent system in order to recover the olein and stearin fractions. a) mixing and homogenization of shea butter using a solvent system comprising at least one oxoester of formula I, in which - R 1 is selected from the group consisting of linear or branched alkyls comprising from 1 to 8 carbon atoms; - R 2 , R 3 and R 4 , which are identical or different are selected from the group consisting of the hydrogen atom or linear or branched alkyls comprising from 1 to 4 carbon atoms; and - and n is a natural number between 1 and 4. - R 1 is selected from the group consisting of linear or branched alkyls comprising from 1 to 8 carbon atoms; - R 2 , R 3 and R 4 , which are identical or different are selected from the group consisting of the hydrogen atom or linear or branched alkyls comprising from 1 to 4 carbon atoms; and - and n is a natural number between 1 and 4. b) obtaining a homogeneous mixture, c) cooling of the mixture, d) filtration and removal of the solvent system in order to recover the olein and stearin fractions.
A connector for a water system, the connector comprising: an inlet , a connector body and an outlet arranged in sequence, wherein the connector body is an open-sided tundish having an open air gap between the inlet and outlet through which water can fall in use, characterised by a sensor mounted inside the connector body between the inlet and outlet for detecting the presence of water within the connector body, the sensor being configured to output a detection signal in response to sensing water in the connector body. an inlet , a connector body and an outlet arranged in sequence, wherein the connector body is an open-sided tundish having an open air gap between the inlet and outlet through which water can fall in use, characterised by a sensor mounted inside the connector body between the inlet and outlet for detecting the presence of water within the connector body, the sensor being configured to output a detection signal in response to sensing water in the connector body.
A method of performing or providing random access, RA, to a radio access network, RAN , using an unlicensed channel , the method comprising or initiating: performing a first listen-before-talk, LBT, operation on the unlicensed channel , the first LBT operation indicating the channel being occupied at a beginning of a RA occasion for transmitting a RA preamble signal ; performing a second LBT operation on the unlicensed channel , the second LBT operation indicating the channel being idle within a part of the RA occasion for transmitting the RA preamble signal ; and transmitting the RA preamble signal in response to the second LBT operation, wherein the transmitted RA preamble signal comprises a partial RA preamble transmitted in the idle part of the RA occasion , wherein the RA preamble signal comprises orthogonal frequency division multiplexing, OFDM, symbols, and wherein the partial RA preamble comprises a subset of the OFDM symbols configured in the RAN for a complete RA preamble . performing a first listen-before-talk, LBT, operation on the unlicensed channel , the first LBT operation indicating the channel being occupied at a beginning of a RA occasion for transmitting a RA preamble signal ; performing a second LBT operation on the unlicensed channel , the second LBT operation indicating the channel being idle within a part of the RA occasion for transmitting the RA preamble signal ; and transmitting the RA preamble signal in response to the second LBT operation, wherein the transmitted RA preamble signal comprises a partial RA preamble transmitted in the idle part of the RA occasion , wherein the RA preamble signal comprises orthogonal frequency division multiplexing, OFDM, symbols, and wherein the partial RA preamble comprises a subset of the OFDM symbols configured in the RAN for a complete RA preamble .
A logging-while-drilling tool or a measuring-while-drilling tool, comprising: a body of the logging-while-drilling tool or the measuring-while drilling tool; and an electrically insulating coating on at least a portion of a body surface of the body including: a high temperature thermoplastic polymer formulated to withstand, without degradation over a time period of at least twenty-four hours, temperatures exceeding 200 degrees Celsius, wherein the high temperature thermoplastic polymer constitutes 10 weight percent to 99.9 weight percent of the composition; and a filler material constituting 0.1 weight percent to 90 weight percent of the composition, the filler material having a glass transition temperature greater than a melting point of the high temperature thermoplastic polymer. a body of the logging-while-drilling tool or the measuring-while drilling tool; and an electrically insulating coating on at least a portion of a body surface of the body including: a high temperature thermoplastic polymer formulated to withstand, without degradation over a time period of at least twenty-four hours, temperatures exceeding 200 degrees Celsius, wherein the high temperature thermoplastic polymer constitutes 10 weight percent to 99.9 weight percent of the composition; and a filler material constituting 0.1 weight percent to 90 weight percent of the composition, the filler material having a glass transition temperature greater than a melting point of the high temperature thermoplastic polymer. a high temperature thermoplastic polymer formulated to withstand, without degradation over a time period of at least twenty-four hours, temperatures exceeding 200 degrees Celsius, wherein the high temperature thermoplastic polymer constitutes 10 weight percent to 99.9 weight percent of the composition; and a filler material constituting 0.1 weight percent to 90 weight percent of the composition, the filler material having a glass transition temperature greater than a melting point of the high temperature thermoplastic polymer.
A system made of at least one orthopedic component comprising at least one energy store and a plurality of electrical and/or electronic devices and at least one operator control device and/or feedback device , which is assigned to the electrical and/or electronic devices and coupled thereto, characterized in that the feedback device has at least one feedback element , which is embodied as an optical, tactile, acoustic and/or thermal output device.