mhurhangee/ep-ind-claims huggingface dataset:
Method for exchanging digital map data between a first and a second vehicle (1, 2, 3), wherein the first and the second vehicle (1, 2, 3) each comprise a communication unit for exchanging messages between vehicles, a positioning unit for detecting the vehicle's own position, a map unit for storing and processing a digital map, and an evaluation unit for creating a quality measurement regarding a map section (29, 30, 31) of the digital map, comprising the following steps: - creating a quality measurement regarding map data of a map section (29, 30, 31) of the digital map by way of the first vehicle, - checking whether the quality measurement for the map data of the map section (29, 30, 31) is below a threshold value which defines a minimum quality, - transmitting a request message containing a request for the transmission of map data if the quality measurement is below the threshold value, - receiving said message by means of a second vehicle, - transmitting a message containing map data regarding a map section by way of the second vehicle, and - receiving the message containing map data by way of the first vehicle and processing the received map data by way of the first vehicle, characterized in that, prior to transmitting a request message containing a request for the transmission of map data, if the quality is below the threshold value, a check is carried out to determine whether at least one other vehicle is in the surroundings. - creating a quality measurement regarding map data of a map section (29, 30, 31) of the digital map by way of the first vehicle, - checking whether the quality measurement for the map data of the map section (29, 30, 31) is below a threshold value which defines a minimum quality, - transmitting a request message containing a request for the transmission of map data if the quality measurement is below the threshold value, - receiving said message by means of a second vehicle, - transmitting a message containing map data regarding a map section by way of the second vehicle, and - receiving the message containing map data by way of the first vehicle and processing the received map data by way of the first vehicle, characterized in that, prior to transmitting a request message containing a request for the transmission of map data, if the quality is below the threshold value, a check is carried out to determine whether at least one other vehicle is in the surroundings.
An energy efficiency method in a physical layer device, comprising: transmitting data traffic using an active data transmission mode of said physical layer device (112, 122); transmitting idle signals when data traffic is not available for transmission, said transmission of idle signals using an active idle transmission mode that consumes less power than said active data transmission mode; determining whether a level of link utilization drops below a first threshold; transitioning to an active idle transmission mode and transmitting active idle signals, when it is determined that the level of link utilization drops below the first threshold; determining whether the level of link utilization drops below a second threshold different from the first threshold; and transitioning to a low power idle mode, when it is determined that the level of link utilization drops below the second threshold, said low power idle mode conserving energy through a deactivation of transmitter or receiver components in said physical layer device (112, 122); the method characterized in that it further comprises: adjusting the first and second thresholds based on latency requirements of an energy efficiency control policy and based on the energy efficiency capabilities of the physical layer device (112, 122). transmitting data traffic using an active data transmission mode of said physical layer device (112, 122); transmitting idle signals when data traffic is not available for transmission, said transmission of idle signals using an active idle transmission mode that consumes less power than said active data transmission mode; determining whether a level of link utilization drops below a first threshold; transitioning to an active idle transmission mode and transmitting active idle signals, when it is determined that the level of link utilization drops below the first threshold; determining whether the level of link utilization drops below a second threshold different from the first threshold; and transitioning to a low power idle mode, when it is determined that the level of link utilization drops below the second threshold, said low power idle mode conserving energy through a deactivation of transmitter or receiver components in said physical layer device (112, 122); the method characterized in that it further comprises: adjusting the first and second thresholds based on latency requirements of an energy efficiency control policy and based on the energy efficiency capabilities of the physical layer device (112, 122). adjusting the first and second thresholds based on latency requirements of an energy efficiency control policy and based on the energy efficiency capabilities of the physical layer device (112, 122).
An oligosaccharide having a structure according to Formula, or a pharmaceutically acceptable salt thereof, wherein each R 9, which may be the same or different, is independently C 3 to C 20 alkyl, C 3 to C 20 alkenyl, or C 3 to C 20 alkynyl, wherein R 9 may be unsubstituted or may be substituted by from 1 to 6 substituents selected from halogen, OH, C 1 to C 4 alkoxy and -NR 10 R 11; and each R 10 and R 11, which may be the same or different, is independently H or C 1 to C 4 alkyl.
A method of differential detection of target sequences in a mixture of maternal and fetal genetic material, wherein the mixture of maternal and fetal genetic material is a mixture of maternal and fetal genomic DNA obtained from maternal blood plasma, comprising the steps of: a) distributing the genetic material into discrete samples, each sample containing on average not more than about one target sequence per sample; b) measuring the presence of different target sequences in the discrete samples, wherein one of the different target sequences is diploid in the maternal genetic material and possibly aneuploid in the fetal genetic material and another of the different target sequences is diploid or presumed diploid in both the maternal and fetal genetic material; c) analyzing a number of the discrete samples sufficient to obtain results distinguishing the target sequence which is diploid in the maternal genetic material and possibly aneuploid in the fetal genetic material from the target sequence which is diploid or presumed diploid in both the maternal and fetal genetic material; and d) detecting a fetal aneuploidy by statistical analysis of the results. a) distributing the genetic material into discrete samples, each sample containing on average not more than about one target sequence per sample; b) measuring the presence of different target sequences in the discrete samples, wherein one of the different target sequences is diploid in the maternal genetic material and possibly aneuploid in the fetal genetic material and another of the different target sequences is diploid or presumed diploid in both the maternal and fetal genetic material; c) analyzing a number of the discrete samples sufficient to obtain results distinguishing the target sequence which is diploid in the maternal genetic material and possibly aneuploid in the fetal genetic material from the target sequence which is diploid or presumed diploid in both the maternal and fetal genetic material; and d) detecting a fetal aneuploidy by statistical analysis of the results.
An impeller back surface cooling structure, comprising: a first member facing a back surface of a compressor impeller via a gap; and wherein the first member includes a groove portion on a surface opposite to the compressor impeller, a second member forming, between the groove portion of the first member and the second member, a cooling passage through which a cooling medium being a liquid flows; wherein the first member comprises at least one fin facing the cooling passage, wherein the first member, the second member the groove portion, and the at least one fin are each formed to have an annular shape around a rotational axis of the compressor impeller, wherein the at least one fin includes at least one opening portion penetrating in a radial direction of the compressor impeller, wherein the first member comprises a plurality of said annular fins arranged in the radial direction of the compressor impeller, each of the plurality of annular fins has at least one opening portion penetrating in the radial direction of the compressor impeller, wherein the respective opening portions of the plurality of annular fins are arranged in a line along the radial direction of the compressor impeller, and wherein each of the one opening portions of the plurality of annular fins is arranged in a row along a direction orthogonal to a vertical plane including the rotation axis of the compressor impeller. a first member facing a back surface of a compressor impeller via a gap; and wherein the first member includes a groove portion on a surface opposite to the compressor impeller, a second member forming, between the groove portion of the first member and the second member, a cooling passage through which a cooling medium being a liquid flows; wherein the first member comprises at least one fin facing the cooling passage, wherein the first member, the second member the groove portion, and the at least one fin are each formed to have an annular shape around a rotational axis of the compressor impeller, wherein the at least one fin includes at least one opening portion penetrating in a radial direction of the compressor impeller, wherein the first member comprises a plurality of said annular fins arranged in the radial direction of the compressor impeller, each of the plurality of annular fins has at least one opening portion penetrating in the radial direction of the compressor impeller, wherein the respective opening portions of the plurality of annular fins are arranged in a line along the radial direction of the compressor impeller, and wherein each of the one opening portions of the plurality of annular fins is arranged in a row along a direction orthogonal to a vertical plane including the rotation axis of the compressor impeller.
An exercise apparatus comprising: a first member; a frame comprising a second member, the first member moveably supported by the second member; and a locking assembly coupled with the second member, the locking assembly comprising: a shaft comprising an engagement portion positioned to engage the first member to fix the first member relative to the second member; a drive shaft defining a passage to receive the shaft, the shaft adjustably supported within the passage such that the shaft is translatable within the passage relative to the drive shaft; and a lever coupled with the drive shaft, characterised in that the lever pivotal between a first lever position where the drive shaft is driven toward the first member to fix the first member relative to the second member and a second lever position where the drive shaft is released from driving the first member such that the first member may be moved relative to the second member. a first member; a frame comprising a second member, the first member moveably supported by the second member; and a locking assembly coupled with the second member, the locking assembly comprising: a shaft comprising an engagement portion positioned to engage the first member to fix the first member relative to the second member; a drive shaft defining a passage to receive the shaft, the shaft adjustably supported within the passage such that the shaft is translatable within the passage relative to the drive shaft; and a lever coupled with the drive shaft, characterised in that a shaft comprising an engagement portion positioned to engage the first member to fix the first member relative to the second member; a drive shaft defining a passage to receive the shaft, the shaft adjustably supported within the passage such that the shaft is translatable within the passage relative to the drive shaft; and a lever coupled with the drive shaft, characterised in that the lever pivotal between a first lever position where the drive shaft is driven toward the first member to fix the first member relative to the second member and a second lever position where the drive shaft is released from driving the first member such that the first member may be moved relative to the second member.
An applying unit for applying lids of opening devices to spouts of packages, the applying unit comprising a conveying device for advancing said packages along a path, a plurality of applying devices arranged for applying said lids to said spouts, said applying devices applying said lids to said spouts whilst said packages are advanced by said conveying device, the unit further comprising a plurality of transfer arrangements, each transfer arrangement supporting a corresponding applying device, wherein said plurality of transfer arrangements is movable along a track arrangement, said conveying device is aligned with said track arrangement, said transfer arrangements are self-movable along said track arrangement and are movable independently from each other along said track arrangement.
A filter circuit comprising: a tunable active filter comprising at least one amplifier (603, 605) and a first feedback path coupled between an input and an output of the at least one amplifier, the first feedback path comprising at least one switch (626, 628); and an amplitude limiter coupled to the tunable active filter and comprising at least one transistor (904, 906) disposed in a second feedback path coupled between the input and the output of the at least one amplifier; and wherein: the at least one transistor of the amplitude limiter comprises an n-channel metal-oxide semiconductor, NMOS, transistor and a p-channel metal-oxide semiconductor, PMOS, transistor; a drain of the NMOS transistor is coupled to a drain of the PMOS transistor; and a source of the NMOS transistor is coupled to a source of the PMOS transistor. a tunable active filter comprising at least one amplifier (603, 605) and a first feedback path coupled between an input and an output of the at least one amplifier, the first feedback path comprising at least one switch (626, 628); and an amplitude limiter coupled to the tunable active filter and comprising at least one transistor (904, 906) disposed in a second feedback path coupled between the input and the output of the at least one amplifier; and wherein: the at least one transistor of the amplitude limiter comprises an n-channel metal-oxide semiconductor, NMOS, transistor and a p-channel metal-oxide semiconductor, PMOS, transistor; a drain of the NMOS transistor is coupled to a drain of the PMOS transistor; and a source of the NMOS transistor is coupled to a source of the PMOS transistor. the at least one transistor of the amplitude limiter comprises an n-channel metal-oxide semiconductor, NMOS, transistor and a p-channel metal-oxide semiconductor, PMOS, transistor; a drain of the NMOS transistor is coupled to a drain of the PMOS transistor; and a source of the NMOS transistor is coupled to a source of the PMOS transistor.
A method (140, 250) for processing nuclear magnetic resonance measurement data comprising: receiving, with a processor, NMR measurement data obtained from an NMR Tool, the NMR measurement data comprising an echo train affected by a motion artifact, wherein the motion artifact is related to a magnetic field magnitude that varies in a volume of interest due to a motion of the NMR Tool; reducing, with the processor, an effect on the NMR measurement data of the motion artifact by using a correcting inversion method (140, 250) that models the motion artifact to provide a corrected transverse relaxation time constant distribution, characterized in that the correcting inversion method (140, 250) comprises a multiplicative term comprising a periodic term and an optional decay term. receiving, with a processor, NMR measurement data obtained from an NMR Tool, the NMR measurement data comprising an echo train affected by a motion artifact, wherein the motion artifact is related to a magnetic field magnitude that varies in a volume of interest due to a motion of the NMR Tool; reducing, with the processor, an effect on the NMR measurement data of the motion artifact by using a correcting inversion method (140, 250) that models the motion artifact to provide a corrected transverse relaxation time constant distribution, characterized in that the correcting inversion method (140, 250) comprises a multiplicative term comprising a periodic term and an optional decay term.
A display subsystem for a virtual image generation system for use by an end user, comprising: a planar waveguide apparatus; an optical fiber having a distal tip affixed relative to the planar waveguide apparatus, and an aperture proximal to the distal tip; at least one light source coupled to the optical fiber and configured for emitting light from the aperture of the optical fiber; a mechanical drive assembly to which the optical fiber is mounted, the mechanical drive assembly configured for displacing the aperture of the optical fiber in accordance with a scan pattern; an optical waveguide input apparatus configured for directing the light from the aperture of the optical fiber down the planar waveguide apparatus, such that the planar waveguide apparatus displays one or more image frames to the end user, characterised in that the light emitted from the aperture of the optical fiber converges inward to a focal point located within the optical waveguide input apparatus. a planar waveguide apparatus; an optical fiber having a distal tip affixed relative to the planar waveguide apparatus, and an aperture proximal to the distal tip; at least one light source coupled to the optical fiber and configured for emitting light from the aperture of the optical fiber; a mechanical drive assembly to which the optical fiber is mounted, the mechanical drive assembly configured for displacing the aperture of the optical fiber in accordance with a scan pattern; an optical waveguide input apparatus configured for directing the light from the aperture of the optical fiber down the planar waveguide apparatus, such that the planar waveguide apparatus displays one or more image frames to the end user, characterised in that the light emitted from the aperture of the optical fiber converges inward to a focal point located within the optical waveguide input apparatus.
A noise reducing device for a wind turbine blade, having a first end, a second end, a first side surface, and a second side surface, wherein the noise reducing device comprises a base part configured for attachment to a side surface or a trailing edge surface of the wind turbine blade, at least one array of first noise reducing elements extending from a proximal end to the second end, and at least one array of second noise reducing elements separate from the at least one array of first noise reducing elements, the second noise reducing elements have a free end, wherein the base part extends from the first end to said proximal end, wherein the at least one array of second noise reducing elements is attached to or integrated into the base part, wherein the at least one array of second noise reducing elements extends parallel to the at least one array of first noise reducing elements along the proximal end, the second noise reducing elements project from a third surface of the base part towards said second end in a non-loaded condition and at least partly extend into a gap formed between adjacent first noise reducing elements, wherein the first noise reducing elements are serrations, wherein the second noise reducing elements are bristles wherein each of the bristles projects from an attachment line extending parallel to the proximal end, wherein the attachment line is positioned between the proximal end and the first end, the attachment line being nearer the proximal end than the first end. wherein the first noise reducing elements are serrations, wherein the second noise reducing elements are bristles wherein each of the bristles projects from an attachment line extending parallel to the proximal end, wherein the attachment line is positioned between the proximal end and the first end, the attachment line being nearer the proximal end than the first end.
Integral lightning-resistant frame clamp consisting of a clamping region and a connecting surface having at least one bore, wherein the clamping region substantially corresponds to the contour of the conductor to be clamped, in particular a cable of a fall protection system, and the connecting surface extends radially away from the clamping region, and the connecting surface further comprises two superimposed partial areas (2, 3) that have a distance from each other so as to introduce the conductor to be clamped, on the one hand, and to fix the conductor, on the other, by means of a clamping screw or clamping bolt in the clamping region, wherein the clamping region is symmetrically formed for enclosing the conductor including a respective transition to the partial areas (2, 3), characterized in that the first partial area has a latching projection or a latching lug, and the second partial area has a latching recess that is complementary thereto, so as to keep both partial areas (2, 3), after the introduction of the conductor, in a form-fit manner in a mutual position which enables clamping screws or clamping bolts to be easily inserted.