mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a foundation element having an interior surface and an opposite exterior surface, the interior surface defining at least a portion of a void within the upper for receiving a foot of a wearer; and a tensile element including a base layer and a plurality of strands, the base layer being secured to the exterior surface, the base layer being located between the strands and the exterior surface, and the base layer defining a plurality of edges that expose at least one area of the exterior surface, the strands being positioned in contact with the base layer and substantially parallel to the base layer for a distance of at least five centimeters. a foundation element having an interior surface and an opposite exterior surface, the interior surface defining at least a portion of a void within the upper for receiving a foot of a wearer; and a tensile element including a base layer and a plurality of strands, the base layer being secured to the exterior surface, the base layer being located between the strands and the exterior surface, and the base layer defining a plurality of edges that expose at least one area of the exterior surface, the strands being positioned in contact with the base layer and substantially parallel to the base layer for a distance of at least five centimeters.
A method of operating a self-propelled agricultural working machine having at least one working member and a driver assist system for producing control actions within the working machine, wherein there is provided a sensor arrangement for producing environs information, wherein the driver assist system produces the control actions based on the environs information, wherein the sensor arrangement has a camera-based sensor system and a laser-based sensor system which respectively produce sensor information relating to a predetermined relevant environs region of the working machine, with which a field plane is associated, wherein the sensor information of the camera-based sensor system is present as a chronological sequence of output camera images which respectively represent a perspective view on to the field plane, characterised in that the sensor information of the two sensor systems (11, 12) is fused by sensor information of the laser-based sensor system being introduced into the output camera images to produce fused images and the fused images are distorted in such a way that they respectively represent a plan view on to the field plane.
A helical toothed belt comprising: a back portion in which a tension member is buried and; a plurality of tooth portions which are arranged at a predetermined interval along a belt longitudinal direction on one surface of the back portion and each have inclination with respect to a belt width direction, wherein a surface of the tooth portion and a portion of the one surface of the back portion are formed of a tooth fabric, wherein the other surface of the back portion is formed of a back fabric, wherein the plurality of tooth portions have a tooth pitch in the range from 2 to 5 [mm], in a case where the tooth pitch of the plurality of tooth portions is 2 mm or more and less than 3 mm, the back portion has a thickness in the range from 0.6 to 1.3 [mm], in a case where the tooth pitch of the plurality of tooth portions is 3 mm or more and less than 4 mm, the thickness of the back portion is in the range from 0.6 to 1.5 [mm], in a case where the tooth pitch of the plurality of tooth portions is 4 mm or more and 5 mm or less, the thickness (tb) of the back portion is 1.2 mm or more and 2.0 mm or less, and wherein the tension member is a twisted cord, characterized in that the tension member comprises a high-strength glass fiber or a carbon fiber and having a diameter in the range from 0.2 to 0.6 [mm]; wherein the tooth fabric is formed of a woven fabric comprising warp yarns and weft yarns; the woven fabric having an adhesive layer formed by an adhesive treatment on its surface; wherein the back fabric is formed of a knitted fabric knitted with knitting yarns; the knitted fabric having no adhesive layer by an adhesive treatment on its surface; wherein a rubber composition constituting a belt main body is impregnated to the knitted fabric. a back portion in which a tension member is buried and; a plurality of tooth portions which are arranged at a predetermined interval along a belt longitudinal direction on one surface of the back portion and each have inclination with respect to a belt width direction, wherein a surface of the tooth portion and a portion of the one surface of the back portion are formed of a tooth fabric, wherein the other surface of the back portion is formed of a back fabric, wherein the plurality of tooth portions have a tooth pitch in the range from 2 to 5 [mm], in a case where the tooth pitch of the plurality of tooth portions is 2 mm or more and less than 3 mm, the back portion has a thickness in the range from 0.6 to 1.3 [mm], in a case where the tooth pitch of the plurality of tooth portions is 3 mm or more and less than 4 mm, the thickness of the back portion is in the range from 0.6 to 1.5 [mm], in a case where the tooth pitch of the plurality of tooth portions is 4 mm or more and 5 mm or less, the thickness (tb) of the back portion is 1.2 mm or more and 2.0 mm or less, and
A multi-stage turbocharging system comprising at a high pressure turbine and a low pressure turbine, the HP turbine having an inlet and an outlet and the LP turbine having an inlet and an outlet, E-HP exhaust piping adapted for fluidly connecting an internal combustion engine to said HP turbine inlet, HP-LP exhaust piping fluidly connecting said HP turbine outlet to said LP turbine inlet, characterized in that LP-A exhaust piping fluidly connects said LP turbine outlet to an aftertreatment device, characterised by comprising a branched bypass piping having an inlet and first and second branches, each branch having an outlet, with the inlet being fluidly connected to the E-HP exhaust piping, with the first branch outlet being fluidly connected to the LP turbine inlet, with the second branch outlet being fluidly connected to the aftertreatment device, and with an R2S valve in said first branch and a warm-up valve in said second branch, and comprising control means including control unit for controlling said valves, wherein said R2S valve is a variable valve, and wherein when said warm-up valve is closed, said R2S valve is variably controllable to alter the ratio of exhaust gas flow between the HP turbine and the LP turbine, wherein said R2S valve is actuated by a controller or actuator, and the warm up valve is actuated by a separate controller or actuator; and further comprising at least one sensor monitoring at least one parameter of the internal combustion engine or the catalytic converter, a control module receiving input from said sensor and in response thereto controlling the actuators (425 and 435) for opening one or both of the valves and and bypassing either or both of the HP and LP turbines (400, 870) to obtain a desired flow through the turbocharger system.
A power supply module having a first outer surface and a second outer surface that is adjacent to the first outer surface and perpendicular to the first outer surface, the power supply module comprising: a substrate that has a first surface, a second surface that is opposite to the first surface, and a side surface; a plurality of electronic components that are mounted at least on the first surface and the second surface; a first resin member and a second resin member that are respectively formed on the first surface and the second surface and that seal the electronic components mounted on the first surface and the second surface; and a terminal electrode (P1, P2, P3, P4, P5, P6) that is exposed at least at the first outer surface, wherein, in the substrate, the first surface and the second surface are perpendicular to the first outer surface, wherein the first outer surface is formed so as to extend at least across the side surface of the substrate, the first resin member and the second resin member, and wherein an area of the first outer surface is smaller than an area of the second outer surface, characterized in that the first outer surface is configured as a mounting surface and the thicknesses of the resin members (11, 12) are chosen such that the first outer surface has a surface area that ensures stable surface-to-surface mounting on a motherboard. a substrate that has a first surface, a second surface that is opposite to the first surface, and a side surface; a plurality of electronic components that are mounted at least on the first surface and the second surface; a first resin member and a second resin member that are respectively formed on the first surface and the second surface and that seal the electronic components mounted on the first surface and the second surface; and a terminal electrode (P1, P2, P3, P4, P5, P6) that is exposed at least at the first outer surface, wherein, in the substrate, the first surface and the second surface are perpendicular to the first outer surface, wherein the first outer surface is formed so as to extend at least across the side surface of the substrate, the first resin member and the second resin member, and wherein an area of the first outer surface is smaller than an area of the second outer surface, characterized in that the first outer surface is configured as a mounting surface and the thicknesses of the resin members (11, 12) are chosen such that the first outer surface has a surface area that ensures stable surface-to-surface mounting on a motherboard.
A method for methylation analysis of a double stranded nucleic acid, comprising converting said nucleic acid in such a way that 5-methylcytosine remains unchanged, while unmethylated cytosine is converted to uracil or to another base that is distinguished from cytosine in its base-pairing behavior, said reaction leading to two different converted nucleic acid strands that are no longer complementary to each other, analyzing both of the converted nucleic acid strands in one detection reaction for the presence or absence of CpG methylation in the same position, wherein a) the presence of methylation at one or more CpG positions of one converted strand and the absence of methylation at the same one or more CpG positions of the other converted strand is analyzed; or b) the presence or absence of methylation at the same one or more CpG positions of both converted strands is analyzed. a) the presence of methylation at one or more CpG positions of one converted strand and the absence of methylation at the same one or more CpG positions of the other converted strand is analyzed; or b) the presence or absence of methylation at the same one or more CpG positions of both converted strands is analyzed.
An optimization system for use in a digital repeater system, comprising: an input port for each carrier signal associated with a communication channel of at least one telecommunication network that includes a plurality of communication channels, a meter unit for each communication channel, each meter unit obtaining an estimate of an error vector magnitude for a carrier signal in an associated communication channel, a crest factor reduction unit for each communication channel of the plurality of communication channels, each crest factor reduction unit dynamically reducing, based on the estimate of the error vector magnitude, the crest factor of the carrier signal in the associated channel, and wherein each crest factor reduction unit is constituted to add an inverse peaking signal to the carrier signal to cancel a detected peak in the associated channel, wherein the inverse peaking signal is shaped such that noise energy of the inverse peaking signal falls into a frequency band associated with the carrier signal so that carrier signals in other communication channels of the plurality of communication channels are not effected by noise from the carrier signal in the associated channel. an input port for each carrier signal associated with a communication channel of at least one telecommunication network that includes a plurality of communication channels, a meter unit for each communication channel, each meter unit obtaining an estimate of an error vector magnitude for a carrier signal in an associated communication channel, a crest factor reduction unit for each communication channel of the plurality of communication channels, each crest factor reduction unit dynamically reducing, based on the estimate of the error vector magnitude, the crest factor of the carrier signal in the associated channel, and wherein each crest factor reduction unit is constituted to add an inverse peaking signal to the carrier signal to cancel a detected peak in the associated channel, wherein the inverse peaking signal is shaped such that noise energy of the inverse peaking signal falls into a frequency band associated with the carrier signal so that carrier signals in other communication channels of the plurality of communication channels are not effected by noise from the carrier signal in the associated channel.
A cutting system (320; 420; 520; 720) for removing an excess material along a length of a channel constructed using an additive manufacturing process, comprising: a cutter head (324; 424; 524; 724); a cutter blade (326; 426; 526; 726) attached to the cutter head (324; 424; 524; 724); a drive cable (328; 428; 528; 728); a rotary driver (330; 430; 530); and a cutter base (322; 422; 522; 722) connected to the cutter head (324; 424; 524; 724) and having a cutter base outer surface (344; 444; 544) configured to contact an internal surface within the channel to guide the cutter blade against the excess material, characterised in that the drive cable (328; 428; 528; 728) extends between the rotary driver (330; 430; 530) and the cutter base (322; 422; 522; 722) such that the cutter base (322; 422; 522; 722) rotates along with the drive cable (328; 428; 528; 728), together with the cutter head (324; 424; 524; 724) and in that the drive cable (328; 428; 528; 728) is configured to impart a rotary motion from the rotary driver (330; 430; 530) to the cutter head (324; 424; 524; 724). a cutter head (324; 424; 524; 724); a cutter blade (326; 426; 526; 726) attached to the cutter head (324; 424; 524; 724); a drive cable (328; 428; 528; 728); a rotary driver (330; 430; 530); and a cutter base (322; 422; 522; 722) connected to the cutter head (324; 424; 524; 724) and having a cutter base outer surface (344; 444; 544) configured to contact an internal surface within the channel to guide the cutter blade against the excess material, characterised in that the drive cable (328; 428; 528; 728) extends between the rotary driver (330; 430; 530) and the cutter base (322; 422; 522; 722) such that the cutter base (322; 422; 522; 722) rotates along with the drive cable (328; 428; 528; 728), together with the cutter head (324; 424; 524; 724) and in that the drive cable (328; 428; 528; 728) is configured to impart a rotary motion from the rotary driver (330; 430; 530) to the cutter head (324; 424; 524; 724).
An embedded smart card comprising: a processor; and a module coupled to the processor, the module configured to: receive a profile status change command from a subscription manager; store response parameters associated with the profile status change command, wherein the response parameters correspond to parameters for addressing a transport security protocol for sending a notification to the subscription manager; change a status of a targeted profile upon execution of the profile status change command; reset the embedded smart card upon receiving a card reset request from a device in response to changing the status of the targeted profile; and send a notification to the subscription manager using the response parameters after resetting the embedded smart card. a processor; and a module coupled to the processor, the module configured to: receive a profile status change command from a subscription manager; store response parameters associated with the profile status change command, wherein the response parameters correspond to parameters for addressing a transport security protocol for sending a notification to the subscription manager; change a status of a targeted profile upon execution of the profile status change command; reset the embedded smart card upon receiving a card reset request from a device in response to changing the status of the targeted profile; and send a notification to the subscription manager using the response parameters after resetting the embedded smart card. receive a profile status change command from a subscription manager; store response parameters associated with the profile status change command, wherein the response parameters correspond to parameters for addressing a transport security protocol for sending a notification to the subscription manager; change a status of a targeted profile upon execution of the profile status change command; reset the embedded smart card upon receiving a card reset request from a device in response to changing the status of the targeted profile; and send a notification to the subscription manager using the response parameters after resetting the embedded smart card.
A non-naturally occurring particle for use in a method of treating breast cancer, wherein the particle is a virus like particle and comprises, a lipid membrane; a GPI-anchored B7-1 molecule on the exterior of the particle; a GPI-anchored antigen molecule on the exterior of the particle, wherein the antigen is HER-2; a first GPI-anchored adjuvant molecule on the exterior of the particle, wherein the first adjuvant molecule is IL-12; and a second GPI-anchored adjuvant molecule on the exterior of the particle, wherein the second adjuvant molecule is IL-2; wherein the method comprises administering an effective amount of the particle to a subject at risk of or diagnosed with breast cancer in combination with a PD-L1 antibody. a lipid membrane; a GPI-anchored B7-1 molecule on the exterior of the particle; a GPI-anchored antigen molecule on the exterior of the particle, wherein the antigen is HER-2; a first GPI-anchored adjuvant molecule on the exterior of the particle, wherein the first adjuvant molecule is IL-12; and a second GPI-anchored adjuvant molecule on the exterior of the particle, wherein the second adjuvant molecule is IL-2; wherein the method comprises administering an effective amount of the particle to a subject at risk of or diagnosed with breast cancer in combination with a PD-L1 antibody.
A method for identification of a speaker from an audio record of oral speech, the method comprising: evaluating similarity between a first audio record of a speaker and a second, or sample, audio record by a match of formant frequencies in reference fragments of speech signal selected for comparison from the first audio record and from the second audio record, and further comprising: selecting reference fragments of speech signal from the first audio record and from the second audio record such that the reference fragments comprise formant trajectories of at least three formant frequencies; for each reference fragment of the first audio record, selecting a reference fragment of the second audio record for comparison, such that the reference fragments to be compared have matching formant frequency values for at least two formant frequencies; evaluating similarity of said reference fragments to be compared by comparing the remaining formant frequencies, wherein said reference fragments to be compared match if their remaining formant frequencies match within a predetermined deviation, wherein similarity of the audio records is acknowledged if all the compared reference fragments match. evaluating similarity between a first audio record of a speaker and a second, or sample, audio record by a match of formant frequencies in reference fragments of speech signal selected for comparison from the first audio record and from the second audio record, and further comprising: selecting reference fragments of speech signal from the first audio record and from the second audio record such that the reference fragments comprise formant trajectories of at least three formant frequencies; for each reference fragment of the first audio record, selecting a reference fragment of the second audio record for comparison, such that the reference fragments to be compared have matching formant frequency values for at least two formant frequencies; evaluating similarity of said reference fragments to be compared by comparing the remaining formant frequencies, wherein said reference fragments to be compared match if their remaining formant frequencies match within a predetermined deviation, wherein similarity of the audio records is acknowledged if all the compared reference fragments match.
A contact assembly, comprising: an outer body; an insert assembly receivable in said outer body, said insert assembly including a housing and a conductive barrier received in said housing, said conductive barrier defines first and second receiving areas in said housing; at least a first contact member receivable in said first receiving area; at least a second contact member receivable in said second receiving area; whereby each of said first and second contact members being adapted to accept a conductor; and characterised by at least one retaining clip coupled to an outer area of said insert assembly, thereby holding said first and second contact members in said housing. an outer body; an insert assembly receivable in said outer body, said insert assembly including a housing and a conductive barrier received in said housing, said conductive barrier defines first and second receiving areas in said housing; at least a first contact member receivable in said first receiving area; at least a second contact member receivable in said second receiving area; whereby each of said first and second contact members being adapted to accept a conductor; and characterised by at least one retaining clip coupled to an outer area of said insert assembly, thereby holding said first and second contact members in said housing.