mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating with a cell by a user equipment, UE, the method comprising: receiving system information on the cell by performing a cell search process; determining a number of access requests to the cell by using one or more virtual UEs, VUEs, based on the system information on the cell, when it is determined that a plurality of access procedures are required due to lack of a number of transmission antennas of the UE required to support high rank transmission and multiple codeword transmission/reception, Tx/Rx, wherein each of the one or more VUEs is configured with a different combination of distributed antenna units of the UE; respectively performing (S960, S970, S980, S990) the number of the access requests to the cell, wherein each of the number of the access requests is performed by using different random access resources, wherein a first access request among the number of the access requests is considered to be performed by a substantive UE, SUE, requesting an initial connection, and wherein one or more second access requests after the first access request are considered to be performed by the one or more VUEs requesting additional connections; respectively receiving a different identifier for the each of the number of the access requests; and communicating with the cell via the initial connection and the additional connections. receiving system information on the cell by performing a cell search process; determining a number of access requests to the cell by using one or more virtual UEs, VUEs, based on the system information on the cell, when it is determined that a plurality of access procedures are required due to lack of a number of transmission antennas of the UE required to support high rank transmission and multiple codeword transmission/reception, Tx/Rx, wherein each of the one or more VUEs is configured with a different combination of distributed antenna units of the UE; respectively performing (S960, S970, S980, S990) the number of the access requests to the cell, wherein each of the number of the access requests is performed by using different random access resources, wherein a first access request among the number of the access requests is considered to be performed by a substantive UE, SUE, requesting an initial connection, and wherein one or more second access requests after the first access request are considered to be performed by the one or more VUEs requesting additional connections; respectively receiving a different identifier for the each of the number of the access requests; and communicating with the cell via the initial connection and the additional connections.
A method for detecting a terminal device anomaly, comprising: obtaining (201, 406, 507, 603), by a packet data network gateway, PGW of a 3GPP evolved packet system, abnormal event triggering information of a terminal device, wherein the abnormal event triggering information comprises at least one of the following: an abnormal event triggering condition or configuration information of an abnormal event trigger; characterized in that the method further comprises: determining (202, 410, 511, 605), by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending (411, 512, 606), by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; wherein the obtaining (201, 406, 507, 603), by a PGW, abnormal event triggering information of a terminal device comprises: receiving, by the PGW, the abnormal event triggering information from the network node. obtaining (201, 406, 507, 603), by a packet data network gateway, PGW of a 3GPP evolved packet system, abnormal event triggering information of a terminal device, wherein the abnormal event triggering information comprises at least one of the following: an abnormal event triggering condition or configuration information of an abnormal event trigger; characterized in that the method further comprises: determining (202, 410, 511, 605), by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending (411, 512, 606), by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; determining (202, 410, 511, 605), by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending (411, 512, 606), by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; wherein the obtaining (201, 406, 507, 603), by a PGW, abnormal event triggering information of a terminal device comprises: receiving, by the PGW, the abnormal event triggering information from the network node.
A fabric rolling apparatus for circular knitting machines driven to revolve by a circular knitting machine to receive a fabric knitted by the circular knitting machine, comprising: a bracket including two corresponding side boxes, a drive mechanism located in the side boxes and a fabric rolling space located between the two side boxes, each side box including a top side close to the circular knitting machine and a bottom side remote from the circular knitting machine; a transmission rod set located in the fabric rolling space and driven by the drive mechanism to revolve and guide the fabric to move along a fabric transporting path; and a revolving fabric collection mechanism including two revolving arms hinged respectively on the side boxes and a fabric rolling rod located in the fabric transporting path and driven by the transmission rod set to revolve and roll the fabric, the fabric wound on the fabric rolling rod pressing the transmission rod set to provide a fabric press component to the transmission rod set, characterized in that each revolving arm including a revolving end hinged on the bottom side of the side box and a holding end coupled on the fabric rolling rod higher than the revolving end; and each revolving arm being driven by increase of fabric amount on the fabric rolling rod to form a revolving fabric collection stroke by flipping upward from the bottom side about the revolving end as an axis to adjust the fabric press component. a bracket including two corresponding side boxes, a drive mechanism located in the side boxes and a fabric rolling space located between the two side boxes, each side box including a top side close to the circular knitting machine and a bottom side remote from the circular knitting machine; a transmission rod set located in the fabric rolling space and driven by the drive mechanism to revolve and guide the fabric to move along a fabric transporting path; and a revolving fabric collection mechanism including two revolving arms hinged respectively on the side boxes and a fabric rolling rod located in the fabric transporting path and driven by the transmission rod set to revolve and roll the fabric, the fabric wound on the fabric rolling rod pressing the transmission rod set to provide a fabric press component to the transmission rod set, characterized in that
A line for the treatment of horticultural products provided with at least one tank and comprising a unit for transferring the horticultural products between said at least one tank, in which the horticultural products float on a fluid mass, and at least one collection container, characterized in that said unit comprises a head provided with a plurality of walls normally arranged vertically, said head being movable between at least one collection position, in which said walls are interposed between respective horticultural products, which float on the fluid mass at a respective predefined section of said tank, and at least one unloading position, in which said walls face and are proximate to the collection container, respective retractable transverse elements being associated with said walls and being movable between at least one active configuration, which can be activated upon reaching said at least one collection position, and at least one passive configuration, which can be activated upon reaching said at least one unloading position, in said active configuration said transverse elements protruding transversely from the space occupation of said walls for mechanical interference with the fall of the horticultural products as a consequence of the subsequent lifting of said head and of its transfer toward said unloading position, in said passive configuration said transverse elements being retracted toward said walls, for the free release of the horticultural products into the respective collection container.
A method for determining a mechanical property of a soft viscoelastic sample with an atomic-force-microscope -based system, the method comprising: - repositioning a probe of the AFM-based system towards a surface of the sample until a cantilever of the probe is deflected by a pre-determined amount from a nominal orientation of the cantilever; wherein the method further comprises: - modifying said repositioning to maintain at least one of (i) an average sample-loading force, generated by the probe, and (ii) an area of contact between a tip of the probe and the surface to be substantially constant, by modulating the force applied by the probe to the sample, at a given excitation frequency, while, at the same time, maintaining an oscillation of the probe caused by an AC component of the force, and while maintaining the DC component of such force at a substantially-constant level; - measuring, at a set of pre-defined frequencies, a viscoelastic parameter of the surface while compensating for at least one of the creep of the surface and a spatial drift of the AFM-based system; wherein the method includes pausing or suspending an operation of the AFM-based system for a period of time sufficient for relaxation of a creep of the surface that has been caused by the process of repositioning and - producing an output, perceivable by a user and representing said viscoelastic parameter as a function of at least one variable condition of the process of said measuring of the viscoelastic parameter. - repositioning a probe of the AFM-based system towards a surface of the sample until a cantilever of the probe is deflected by a pre-determined amount from a nominal orientation of the cantilever; wherein the method further comprises: - modifying said repositioning to maintain at least one of (i) an average sample-loading force, generated by the probe, and (ii) an area of contact between a tip of the probe and the surface to be substantially constant, by modulating the force applied by the probe to the sample, at a given excitation frequency, while, at the same time, maintaining an oscillation of the probe caused by an AC component of the force, and while maintaining the DC component of such force at a substantially-constant level; (i) an average sample-loading force, generated by the probe, and (ii) an area of contact between a tip of the probe and the surface - measuring, at a set of pre-defined frequencies, a viscoelastic parameter of the surface while compensating for at least one of the creep of the surface and a spatial drift of the AFM-based system; wherein the method includes pausing or suspending an operation of the AFM-based system for a period of time sufficient for relaxation of a creep of the surface that has been caused by the process of repositioning and - producing an output, perceivable by a user and representing said viscoelastic parameter as a function of at least one variable condition of the process of said measuring of the viscoelastic parameter.
A cask transport system comprising: a support assembly including a plurality of wheels and a U-shaped support frame coupled to and supported by the wheels, and a tower disposed above the support assembly, wherein the tower includes a first side, and a second side that is substantially a mirror image of the first side, and characterized in that the tower includes a base portion and a plurality of vertical movable tower frames (240, 244) on the first side, and a plurality of vertical movable tower frames on the second side, the tower frames are coupled to the base portion and are configured to extend and retract relative to the base portion and to each other to provide varying heights for the tower; an upper beam assembly coupled to the moving tower frames (240, 244), the upper beam assembly including two winch drums wherein the upper beam assembly further includes an upper sheave and an equalizer located below the upper sheave, the equalizer including two dead end elements, each dead end element including a pin, a first linkage member coupled to and disposed below the pin, a second linkage member coupled to and disposed below the first linkage member, and a pair of third linkage members coupled to and disposed below the second linkage member; and a bottom block assembly coupled to the upper beam assembly, the bottom block assembly movable from a first vertical position relative to the upper beam assembly to a second vertical position relative to the upper beam assembly. a support assembly including a plurality of wheels and a U-shaped support frame coupled to and supported by the wheels, and a tower disposed above the support assembly, wherein the tower includes a first side, and a second side that is substantially a mirror image of the first side, and characterized in that the tower includes a base portion and a plurality of vertical movable tower frames (240, 244) on the first side, and a plurality of vertical movable tower frames on the second side, the tower frames are coupled to the base portion and are configured to extend and retract relative to the base portion and to each other to provide varying heights for the tower; an upper beam assembly coupled to the moving tower frames (240, 244), the upper beam assembly including two winch drums wherein the upper beam assembly further includes an upper sheave and an equalizer located below the upper sheave, the equalizer including two dead end elements, each dead end element including a pin, a first linkage member coupled to and disposed below the pin, a second linkage member coupled to and disposed below the first linkage member, and a pair of third linkage members coupled to and disposed below the second linkage member; and a bottom block assembly coupled to the upper beam assembly, the bottom block assembly movable from a first vertical position relative to the upper beam assembly to a second vertical position relative to the upper beam assembly.
A method for determining the presence of a fetal aneuploidy in a fetus using a maternal blood sample obtained from a human female pregnant with said fetus, said maternal blood sample comprising a mixture of fetal and maternal genomic DNA, wherein the method comprises: enriching the maternal blood sample for fetal genomic DNA to produce an enriched sample; obtaining fetal and maternal genomic DNA from the enriched sample; conducting whole genome amplification of the fetal and maternal genomic DNA from the enriched sample prior to genetic analysis; and performing genetic analysis on the amplified fetal and amplified maternal genomic DNA, wherein the genetic analysis comprises sequence detection involving sequencing by synthesis and analysing chromosome copy number to determine the presence of said fetal aneuploidy. enriching the maternal blood sample for fetal genomic DNA to produce an enriched sample; obtaining fetal and maternal genomic DNA from the enriched sample; conducting whole genome amplification of the fetal and maternal genomic DNA from the enriched sample prior to genetic analysis; and performing genetic analysis on the amplified fetal and amplified maternal genomic DNA, wherein the genetic analysis comprises sequence detection involving sequencing by synthesis and analysing chromosome copy number to determine the presence of said fetal aneuploidy.
A cooker comprising: an oven having a cooking chamber; a cooktop assembly located over the oven and configured to directly heat and cook a container accommodating food therein, and a control unit including a display unit on which information about an operation of the cooker is displayed and operation units (12 and 13) configured to be manipulated by a user to control the operation of the cooker, and wherein the cooktop assembly comprises: a side plate provided with two frames (41, 42) coupled to each other, and a top plate located at an upper portion of the side plate and forming a top surface of the cooktop assembly, wherein the two frames (41, 42) of the side plate includes a first frame including a front surface of the cooktop assembly and including side surfaces bent from the front surface and a second frame wherein the second frame comprises a rear surface, a connecting portion, a front surface of the control unit, and an upper surface of the control unit, characterized by the second frame including a rear surface of the cooktop assembly, and wherein an end of each of the side surfaces of the first frame and a flange of the second frame are welded together, wherein the rear surface, the connecting portion, the front surface of the control unit, and the upper surface are integrally formed. an oven having a cooking chamber; a cooktop assembly located over the oven and configured to directly heat and cook a container accommodating food therein, and a control unit including a display unit on which information about an operation of the cooker is displayed and operation units (12 and 13) configured to be manipulated by a user to control the operation of the cooker, and wherein the cooktop assembly comprises: a side plate provided with two frames (41, 42) coupled to each other, and a top plate located at an upper portion of the side plate and forming a top surface of the cooktop assembly, a side plate provided with two frames (41, 42) coupled to each other, and a top plate located at an upper portion of the side plate and forming a top surface of the cooktop assembly, wherein the two frames (41, 42) of the side plate includes a first frame including a front surface of the cooktop assembly and including side surfaces bent from the front surface and a second frame wherein the second frame comprises a rear surface, a connecting portion, a front surface of the control unit, and an upper surface of the control unit, characterized by the second frame including a rear surface of the cooktop assembly, and wherein an end of each of the side surfaces of the first frame and a flange of the second frame are welded together, wherein the rear surface, the connecting portion, the front surface of the control unit, and the upper surface are integrally formed.
Capsule-holder element, associable to a machine for the production of infused beverages, comprising: - at least a first and a second body which jointly circumscribe a pressurisable housing compartment for a capsule containing an aromatic substance, one of said bodies (2; 4) being mobile or articulated in relation to the other between an access configuration to said compartment, and an infusion configuration in which said bodies (2, 4) lie reciprocally in abutment; - at least a first sealing element, interposed between said bodies (2, 4) in the infusion configuration; at least one of said bodies is in the form of a receptacle substantially complementary to at least part of said capsule, and wherein the other body comprises an end wall which in the infusion configuration overlaps at least in part an input opening to said receptacle; - said receptacle is a truncated cone shape, in which the larger base area of said shape is facing vertically downwards; - an input opening of an infusion liquid and an output opening of an infused beverage, fluidically connected to the housing compartment and delimited by one or both of said bodies (2, 4); - a female connector, through which the infuser liquid passes to the input opening and defining an inner surface engageable by a male connector of said machine to seal on a second sealing element compressible exclusively by said inner surface. - at least a first and a second body which jointly circumscribe a pressurisable housing compartment for a capsule containing an aromatic substance, one of said bodies (2; 4) being mobile or articulated in relation to the other between an access configuration to said compartment, and an infusion configuration in which said bodies (2, 4) lie reciprocally in abutment; - at least a first sealing element, interposed between said bodies (2, 4) in the infusion configuration; at least one of said bodies is in the form of a receptacle substantially complementary to at least part of said capsule, and wherein the other body comprises an end wall which in the infusion configuration overlaps at least in part an input opening to said receptacle; - said receptacle is a truncated cone shape, in which the larger base area of said shape is facing vertically downwards; - an input opening of an infusion liquid and an output opening of an infused beverage, fluidically connected to the housing compartment and delimited by one or both of said bodies (2, 4); - a female connector, through which the infuser liquid passes to the input opening and defining an inner surface engageable by a male connector of said machine to seal on a second sealing element compressible exclusively by said inner surface.
A method for selecting, from among a plurality of processing resources (PE 1,..., PE n, SMB 1,..., SMB m) that in an infoimation-processing system are capable of carrying out the same type of process, one of the resources so that it carries out a process of said type from among a plurality of processes to be carried out, said method comprising a step of estimating a probable time to failure for each of the resources, said step of estimating including the use of at least one macro-model of failures that allows the probable time to failure of the resources to be estimated, the resource being selected such that the probable times to failure of the resources evolve in a substantially identical manner whilst the processes are carried out, said method being characterised in that said macro-model comprises a table that associates, with each resource and with each process to be carried out, a frequency of occurrence of a failure, said table being completed using simulation tools before said system is used, the probable time to failure of each resource being estimated as being equal to the reciprocal of the sum, on the one hand, of the frequency of occurrence of a failure contained in said table that is associated with the resource and to the considered process to be carried out and, on the other hand, of a current frequency of occurrence of a failure of the considered resource obtained by the aggregate value of the frequencies of occurrence of a failure of said resource that are contained in said table that correspond to the processes previously carried out by said resource or by at least one measurement carried out by at least one device for monitoring said resources.