mhurhangee/patent-ind-claim-en huggingface dataset:
A first network node for a wireless communication system , the first network node being configured to a) determine a set of candidate mobile edge computing, MEC, hosts based on a distance from a client device to each candidate MEC host, wherein the set of candidate MEC hosts is a set of candidate MEC hosts ordered based on a vicinity of each candidate MEC host to the client device ; b) transmit a first control message to a second network node , wherein the first control message indicates the set of candidate MEC hosts, the client device , and network performance boundaries for selection of a MEC host; c) receive a second control message from the second network node , wherein the second control message indicates a subset of the set of candidate MEC hosts and performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts, and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; d) select a MEC host from the subset of candidate MEC hosts based on the performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; and e) transmit a third control message to the second network node , wherein the third control message indicates the selected MEC host; wherein the first network node is a mobile edge orchestrator, MEO, and the second network node is a network data analytics function, NWDAF. a) determine a set of candidate mobile edge computing, MEC, hosts based on a distance from a client device to each candidate MEC host, wherein the set of candidate MEC hosts is a set of candidate MEC hosts ordered based on a vicinity of each candidate MEC host to the client device ; b) transmit a first control message to a second network node , wherein the first control message indicates the set of candidate MEC hosts, the client device , and network performance boundaries for selection of a MEC host; c) receive a second control message from the second network node , wherein the second control message indicates a subset of the set of candidate MEC hosts and performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts, and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; d) select a MEC host from the subset of candidate MEC hosts based on the performance of the fastest path from the client device to each candidate MEC host in the subset of candidate MEC hosts and probabilities of the client device entering a coverage area of each candidate MEC host in the subset of candidate MEC hosts; and e) transmit a third control message to the second network node , wherein the third control message indicates the selected MEC host;
A base for a child car seat, comprising: - a main body configured to receive a seating portion and a backrest of a child car seat; - a pair of slots each located on a respective side of said main body , said slots defining a receptacle therebetween for a seat belt of a vehicle; - at least one abutment surface located between said slots at said receptacle and configured to create friction with said belt when said belt is placed in an interfering condition therewith; - tensioning means integrated in said main body and configured to push said belt against said abutment surface , said tensioning means comprising a pair of bars , each bar having first and second ends, said first end being connected to said main body at a respective hinge ; characterized in that - said tensioning means are adapted to be switched between an idle configuration in which said belt is insertable between said slots and slidable in said receptacle on said abutment surface and a locked configuration in which said belt interferes with said abutment surface to be locked in said receptacle ; - said bars are configured to be disposed transverse to said belt and to make an interference fit with said belt when said tensioning means are in the locked configuration, each bar being pivotable relative to said hinge between a distal position in which said second end is spaced apart from said main body , and a proximal position in which said second end is located proximate to said main body . - a main body configured to receive a seating portion and a backrest of a child car seat; - a pair of slots each located on a respective side of said main body , said slots defining a receptacle therebetween for a seat belt of a vehicle; - at least one abutment surface located between said slots at said receptacle and configured to create friction with said belt when said belt is placed in an interfering condition therewith; - tensioning means integrated in said main body and configured to push said belt against said abutment surface , said tensioning means comprising a pair of bars , each bar having first and second ends, said first end being connected to said main body at a respective hinge ; - said tensioning means are adapted to be switched between an idle configuration in which said belt is insertable between said slots and slidable in said receptacle on said abutment surface and a locked configuration in which said belt interferes with said abutment surface to be locked in said receptacle ; - said bars are configured to be disposed transverse to said belt and to make an interference fit with said belt when said tensioning means are in the locked configuration, each bar being pivotable relative to said hinge between a distal position in which said second end is spaced apart from said main body , and a proximal position in which said second end is located proximate to said main body .
A tube end form , comprising: a first section arranged next to an end of the tube end form and including a first radially outward facing surface ; a second section including a second radially outward facing surface ; and, a shoulder axially arranged next to the first section and between the first and second sections and having a radially outward facing surface increasing in diameter in the axial direction (AD1) away from the end , the radially outward facing surface including: a first frusto-conical surface arranged at a first angle (α1, α3, α5) relative to the first radially outward facing surface; and a second frusto-conical surface arranged at a second angle (α2, α4, α6) relative to the first radially outward facing surface; wherein the first angle is greater than the second angle. a first section arranged next to an end of the tube end form and including a first radially outward facing surface ; a second section including a second radially outward facing surface ; and, a shoulder axially arranged next to the first section and between the first and second sections and having a radially outward facing surface increasing in diameter in the axial direction (AD1) away from the end , the radially outward facing surface including: a first frusto-conical surface arranged at a first angle (α1, α3, α5) relative to the first radially outward facing surface; and a second frusto-conical surface arranged at a second angle (α2, α4, α6) relative to the first radially outward facing surface; a first frusto-conical surface arranged at a first angle (α1, α3, α5) relative to the first radially outward facing surface; and a second frusto-conical surface arranged at a second angle (α2, α4, α6) relative to the first radially outward facing surface; wherein the first angle is greater than the second angle.
A method for diagnosing cancer using liquid biopsy data performed by a device, the method comprising: a) acquiring ctDNA sequence information from plasma extracted from blood, and extracting fragment lengths and copy number variations of a sex chromosome, an autosome and mitochondria based on the acquired sequence information; and b) extracting fragment reads and fragment lengths of the P-arm and Q-arm based on a centromere of the sex chromosome c) calculate a sequence read depth of the mitochondria, and calculate an average sequence read depth of the autosome and extract the copy number variations of the mitochondria by dividing the sequence information depth of the mitochondria by the average sequence information depth of the autosome; and d) inputting at least one of the fragment lengths and the copy number variations of the sex chromosome, the fragment lengths of the P-arm, the fragment lengths of the Q-arm, and the copy number variations of the mitochondria as an input value of a pre-learned algorithm, and outputting occurrence of cancer as an output value; and e) inputting at least one of the fragment length and the copy number variations of the sex chromosome, the fragment lengths of the P-arm, the fragment lengths of the Q-arm, and the copy number variations of the mitochondria as an input value of an artificial intelligence algorithm, and outputting a stage and origin of cancer as an output value. a) acquiring ctDNA sequence information from plasma extracted from blood, and extracting fragment lengths and copy number variations of a sex chromosome, an autosome and mitochondria based on the acquired sequence information; and b) extracting fragment reads and fragment lengths of the P-arm and Q-arm based on a centromere of the sex chromosome c) calculate a sequence read depth of the mitochondria, and calculate an average sequence read depth of the autosome and extract the copy number variations of the mitochondria by dividing the sequence information depth of the mitochondria by the average sequence information depth of the autosome; and d) inputting at least one of the fragment lengths and the copy number variations of the sex chromosome, the fragment lengths of the P-arm, the fragment lengths of the Q-arm, and the copy number variations of the mitochondria as an input value of a pre-learned algorithm, and outputting occurrence of cancer as an output value; and e) inputting at least one of the fragment length and the copy number variations of the sex chromosome, the fragment lengths of the P-arm, the fragment lengths of the Q-arm, and the copy number variations of the mitochondria as an input value of an artificial intelligence algorithm, and outputting a stage and origin of cancer as an output value.
A method for detecting a signal on an unlicensed spectrum channel, comprising: a.) determining, by a base station, whether a random backoff number obtained during extended clear channel assessment, ECCA, detection is less than or equal to a first preset threshold; b.) in case of yes in step a.), sending (S31), by the base station, instruction information to a user equipment, wherein the instruction information is used to instruct the user equipment to start detecting a signal on the unlicensed spectrum channel. a.) determining, by a base station, whether a random backoff number obtained during extended clear channel assessment, ECCA, detection is less than or equal to a first preset threshold; b.) in case of yes in step a.), sending (S31), by the base station, instruction information to a user equipment, wherein the instruction information is used to instruct the user equipment to start detecting a signal on the unlicensed spectrum channel.
System for controlling data traffic within an application control network comprising a plurality of data forwarding devices within an integrated communication network and at least one application control component that transmits data to the network at a first frequency or at a second frequency of the at least one application control component, the second frequency being less than the first frequency, the system comprising a processing unit, wherein: the first frequency is a first reporting frequency, and the second frequency is a second reporting frequency and that the processing unit is configured to: determine, based on an application plan , the second reporting frequency at which the data from the application control component is required by the application control network for operation of the application, provide a data path configuration for the plurality of data forwarding devices for passing the data at instances of time defined by the second reporting frequency, and for blocking the data path during the time interval between the time instances defined by the second reporting frequency. the first frequency is a first reporting frequency, and the second frequency is a second reporting frequency and that the processing unit is configured to: determine, based on an application plan , the second reporting frequency at which the data from the application control component is required by the application control network for operation of the application, provide a data path configuration for the plurality of data forwarding devices for passing the data at instances of time defined by the second reporting frequency, and for blocking the data path during the time interval between the time instances defined by the second reporting frequency. determine, based on an application plan , the second reporting frequency at which the data from the application control component is required by the application control network for operation of the application, provide a data path configuration for the plurality of data forwarding devices for passing the data at instances of time defined by the second reporting frequency, and for blocking the data path during the time interval between the time instances defined by the second reporting frequency.
An exterior part of a saddled vehicle, the exterior part being formed of a fiber reinforced plastic to constitute an outer surface of the saddled vehicle, the fiber reinforced plastic constituting the exterior part comprising: the fiber reinforced plastic formed by a laminate with a plastic, the laminate including a plurality of carbon fiber layers hardened by the plastic, wherein the laminate includes a different color layer disposed between the carbon fiber layers , the different color layer having a color different from a color of the carbon fiber layers , characterized in that the different color layer is disposed more inside than the center of the entire thickness of the laminate in a thickness direction of the laminate . the fiber reinforced plastic formed by a laminate with a plastic, the laminate including a plurality of carbon fiber layers hardened by the plastic, wherein the laminate includes a different color layer disposed between the carbon fiber layers , the different color layer having a color different from a color of the carbon fiber layers , characterized in that the different color layer is disposed more inside than the center of the entire thickness of the laminate in a thickness direction of the laminate .
A compound for use in preventing or treating cancer cachexia in a subject, wherein the compound is of general formula I: or a pharmaceutically acceptable salt or solvate thereof; wherein - R 1 is a C 1 -C 6 alkyl group, which alkyl group carries up to five -OR 2 substituents, wherein R 2 represents hydrogen, or C 1 -C 6 alkyl or wherein -OR 2 represents a (R)-3-hydroxybutyrate moiety; or - R 1 is a moiety derived from an alcohol HOR 1 , wherein said alcohol is a sugar. - R 1 is a C 1 -C 6 alkyl group, which alkyl group carries up to five -OR 2 substituents, wherein R 2 represents hydrogen, or C 1 -C 6 alkyl or wherein -OR 2 represents a (R)-3-hydroxybutyrate moiety; or - R 1 is a moiety derived from an alcohol HOR 1 , wherein said alcohol is a sugar.
An antisense oligonucleotide which binds a Sirtuin 1 (SIRT1) natural antisense transcript for use as a therapeutic compound, wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 2-5, and wherein said antisense oligonucleotide increases the expression of human Sirtuin 1 (SIRT1) corresponding to SEQ ID NO: 1.
A detector for detecting an object in a media item , the detector comprising first electrically conducting means disposed on one side of a media path provided by a gap; second electrically conducting means disposed on an opposing side of the media path ; characterized in that it further comprises: insulating means for electrically insulating the first and second electrically conducting means and comprising a first insulating disc located near a first end of the first electrically conducting means , and a second insulating disc located near a second end, opposite to the first end, of the first electrically conducting means ; wherein the first and second insulating discs are mounted on the first electrically conducting means and are in contact with the second electrically conducting means , such that the gap is provided between the first and second electrically conducting means and between the first and second insulating discs ; and an impedance measuring circuity for measuring the impedance between the first and second electrically conducting means to determine if an object is present in the media item as the media item is transported along the media path . insulating means for electrically insulating the first and second electrically conducting means and comprising a first insulating disc located near a first end of the first electrically conducting means , and a second insulating disc located near a second end, opposite to the first end, of the first electrically conducting means ; wherein the first and second insulating discs are mounted on the first electrically conducting means and are in contact with the second electrically conducting means , such that the gap is provided between the first and second electrically conducting means and between the first and second insulating discs ; and an impedance measuring circuity for measuring the impedance between the first and second electrically conducting means to determine if an object is present in the media item as the media item is transported along the media path .
A rotation terminal device for performing charging of portable terminals (M) and data communication, the device comprising: a terminal holder that includes at least one terminal ; and a device main body having a front surface side that includes an opening for mounting the terminal holder , wherein the terminal holder is configured to have a decorative surface provided on one side thereof, and a second surface provided opposite to the decorative surface , wherein the terminal is provided on the second surface, the terminal holder is rotatably attached to the device main body by a rotation mechanism , and is configured to be rotatable by substantially 180 degrees between a use state in which the second surface of the terminal holder appears on the front surface side of the device main body and in which the terminal protrudes on the front surface side of the device main body , and a non-use state in which the decorative surface appears on the front surface side to constitute a portion of the device main body characterized in that the device main body includes a supporting body configured to support the portable terminal (M) at a back thereof when the portable terminal (M) is connected to the terminal , and a stopper is provided vertically slidable at the supporting body and is configured to hold the portable terminal (M) at an upper portion thereof. a terminal holder that includes at least one terminal ; and a device main body having a front surface side that includes an opening for mounting the terminal holder , wherein the terminal holder is configured to have a decorative surface provided on one side thereof, and a second surface provided opposite to the decorative surface , wherein the terminal is provided on the second surface, the terminal holder is rotatably attached to the device main body by a rotation mechanism , and is configured to be rotatable by substantially 180 degrees between a use state in which the second surface of the terminal holder appears on the front surface side of the device main body and in which the terminal protrudes on the front surface side of the device main body , and a non-use state in which the decorative surface appears on the front surface side to constitute a portion of the device main body characterized in that the device main body includes a supporting body configured to support the portable terminal (M) at a back thereof when the portable terminal (M) is connected to the terminal , and a stopper is provided vertically slidable at the supporting body and is configured to hold the portable terminal (M) at an upper portion thereof.
A surgical instrument comprising: an end effector comprising: a first jaw comprising a proximate portion and a distal portion ; a second jaw that is movable relative to the first jaw ; a first set of electrodes located in the proximate portion of the first jaw ; and a second set of electrodes located in the distal portion of the first jaw ; a cutting member , wherein the first jaw and the second jaw define an elongate slot therebetween extending from a proximate end of the first jaw and wherein the cutting member is slideably receivable within the elongate slot to cut tissue located between the first jaw and the second jaw ; a control circuit configured to provide electrosurgical energy to the first set of electrodes and the second set of electrodes , wherein the control circuit is configured to receive information about impedance of the tissue located between the first jaw and the second jaw , characterized in that : the control circuit is configured to provide the electrosurgical energy such that the providing of the electrosurgical energy repeatedly alternates between the first set of electrodes and the second set of electrodes at predetermined time intervals. an end effector comprising: a first jaw comprising a proximate portion and a distal portion ; a second jaw that is movable relative to the first jaw ; a first set of electrodes located in the proximate portion of the first jaw ; and a second set of electrodes located in the distal portion of the first jaw ; a first jaw comprising a proximate portion and a distal portion ; a second jaw that is movable relative to the first jaw ; a first set of electrodes located in the proximate portion of the first jaw ; and a second set of electrodes located in the distal portion of the first jaw ; a cutting member , wherein the first jaw and the second jaw define an elongate slot therebetween extending from a proximate end of the first jaw and wherein the cutting member is slideably receivable within the elongate slot to cut tissue located between the first jaw and the second jaw ; a control circuit configured to provide electrosurgical energy to the first set of electrodes and the second set of electrodes , wherein the control circuit is configured to receive information about impedance of the tissue located between the first jaw and the second jaw , characterized in that : the control circuit is configured to provide the electrosurgical energy such that the providing of the electrosurgical energy repeatedly alternates between the first set of electrodes and the second set of electrodes at predetermined time intervals.