mhurhangee/ep-ind-claims huggingface dataset:
A method for a user equipment, UE, to communicate with a base station, the method comprising: receiving, by the UE and from the base station, a first message including a first configuration for a code block group-based, CBG-based, transmission scheme; receiving, by the UE and from the base station, a second message including a second configuration for a non-orthogonal multiple access, NOMA, transmission scheme; transmitting, by the UE and to the base station, uplink control information, UCI, using the NOMA transmission scheme transmitting, by the UE and to the base station, uplink data associated with the UCI using a CBG-based NOMA transmission scheme based on the first configuration in the first message and the second configuration in the second message; and receiving, by the UE and from the base station, a hybrid automatic retransmission request, HARQ, message including one or more HARQ acknowledgements, ACKs, or negative acknowledgements, NACKs, corresponding to a decoding result of the uplink data. receiving, by the UE and from the base station, a first message including a first configuration for a code block group-based, CBG-based, transmission scheme; receiving, by the UE and from the base station, a second message including a second configuration for a non-orthogonal multiple access, NOMA, transmission scheme; transmitting, by the UE and to the base station, uplink control information, UCI, using the NOMA transmission scheme transmitting, by the UE and to the base station, uplink data associated with the UCI using a CBG-based NOMA transmission scheme based on the first configuration in the first message and the second configuration in the second message; and receiving, by the UE and from the base station, a hybrid automatic retransmission request, HARQ, message including one or more HARQ acknowledgements, ACKs, or negative acknowledgements, NACKs, corresponding to a decoding result of the uplink data.
An edge appliance device for appliance attestation, the edge appliance device comprising: an attestation manager to perform an attestation process with a component of the edge appliance device to generate a component certificate that is indicative of firmware of the component and/or a hardware or firmware configuration of the component; and a platform verifier to (i) generate an appliance certificate, wherein the appliance certificate is indicative of the component certificate and current utilization of the edge appliance device, and (ii) provide the appliance certificate to a relying party, wherein to provide the appliance certificate to the relying party comprises to provide the appliance certificate to a remote orchestrator device. an attestation manager to perform an attestation process with a component of the edge appliance device to generate a component certificate that is indicative of firmware of the component and/or a hardware or firmware configuration of the component; and a platform verifier to (i) generate an appliance certificate, wherein the appliance certificate is indicative of the component certificate and current utilization of the edge appliance device, and (ii) provide the appliance certificate to a relying party, wherein to provide the appliance certificate to the relying party comprises to provide the appliance certificate to a remote orchestrator device.
A closure arrangement for an air duct, comprising a duct and at least two closure elements arranged in the duct, wherein the closure elements are pivotable between an open position in which the closure elements release a cross section of the duct, and a closed position in which the closure elements mate sealingly with an inner circumference of the duct and close the duct, wherein the closure elements are spaced apart from each other at a distance along the longitudinal axis of the duct and in an airflow direction through the duct, such that a fluidically sealed space is formed between the closure elements in the closed position, and wherein the closure elements comprise two flaps each, characterized in that both flaps of the closure elements comprise a hinge side along their circumference, the length of which corresponds to an internal dimension of the duct, and a sealing contour, which is adapted to a contour of the inner circumference of the duct, wherein both flaps of each closure element are arranged adjacent to each other with their hinge side and are folded to each other and one of extending along and extending parallel to and extending at an angle to the longitudinal axis of the duct in the closed position, wherein the flaps comprise a dimension perpendicular to their respective hinge side which is larger than the distance of the closure elements to one another, such that in the open position one of the flaps of a first closure element of the closure elements overlaps with one of the flaps of at least another closure element of the closure elements.
A battery pack, wherein a plurality of lock shafts are mounted on an outer side of the battery pack, characterized in that each of the lock shafts comprises a shaft seat and a shaft rod; the lock shaft is mounted to the outer side of the battery pack by the shaft seat; a concave positioning hole is arranged at an end of the shaft rod away from the shaft seat, and a first positioning steel magnet is mounted in the positioning hole.
Non-therapeutic use of 1,3-dihydroxy-2-[hydroxyl(hydrogen sulphooxy)methyl]propyl dihydrogen 1,3-disulfate, 1,3,4-trihydroxy-2-[hydroxyl(hydrogen sulphooxy)methyl]butyl trihydrogen 1,3,4-trisulfate, or a compound of formula I below as a microorganism cell wall membrane loosening or opening agent to enlarge the porosity of the membrane, wherein: X 1, X 2, X 3, are selected from: hydroxy, halide, sulphite, sulphate, and sulphonate, where X 1, X 2, X 3, could be similar or different atoms or groups; Rx, Rz are selected from: hydrogen, hydroxy, alkyl C 1-20, alkylene C 1-20, alkyl alcohol C 1-20, aliphatic or branched substituted or unsubstituted, aryl, cycloalkyl substituted or unsubstituted, sulphite, sulphate, and sulphonate; M: is hydrogen, or a group I, group II, transition group cation that is pharmaceutically acceptable. n is an integer from 0-3 a is an integer selected from 1 or more and/or their salt, solvate, hydrate that is pharmaceutically acceptable, and wherein said compound of formula I comprises at least one sulphate group. X 1, X 2, X 3, are selected from: hydroxy, halide, sulphite, sulphate, and sulphonate, where X 1, X 2, X 3, could be similar or different atoms or groups; Rx, Rz are selected from: hydrogen, hydroxy, alkyl C 1-20, alkylene C 1-20, alkyl alcohol C 1-20, aliphatic or branched substituted or unsubstituted, aryl, cycloalkyl substituted or unsubstituted, sulphite, sulphate, and sulphonate; M: is hydrogen, or a group I, group II, transition group cation that is pharmaceutically acceptable. n is an integer from 0-3 a is an integer selected from 1 or more and/or their salt, solvate, hydrate that is pharmaceutically acceptable, and wherein said compound of formula I comprises at least one sulphate group.
A prosthetic valve comprising: a leaflet frame; and a plurality of leaflets coupled to the leaflet frame, each leaflet including a free edge and a base, each leaflet having a planar zone in a central region, wherein the planar zone is substantially planar, wherein the planar zone defines a shape having an area, wherein the area is larger nearer the base than the free edge. a leaflet frame; and a plurality of leaflets coupled to the leaflet frame, each leaflet including a free edge and a base, each leaflet having a planar zone in a central region, wherein the planar zone is substantially planar, wherein the planar zone defines a shape having an area, wherein the area is larger nearer the base than the free edge.
In an echo canceling system having an adaptive filter connected to an echo source, for canceling echo from an echo path, the improvement comprising: a fixed echo canceller connected intermediate said echo source and said adaptive filter, for canceling a constant portion of the echo using a measured impulse response of said echo path as filter coefficient and in response generating a constant echo conditioned signal, characterised in that said echo source comprises a hybrid and said echo path comprises a trans-hybrid echo path; and said fixed echo canceller comprising a gain pad for boosting said constant echo conditioned signal. a fixed echo canceller connected intermediate said echo source and said adaptive filter, for canceling a constant portion of the echo using a measured impulse response of said echo path as filter coefficient and in response generating a constant echo conditioned signal, characterised in that said echo source comprises a hybrid and said echo path comprises a trans-hybrid echo path; and said fixed echo canceller comprising a gain pad for boosting said constant echo conditioned signal.
Camshaft for an internal combustion engine, having - a hollow outer shaft and an inner shaft which is arranged concentrically within the outer shaft such that it can be rotated by an angle (α), - a cam element which is configured in multiple parts and has a first part cam which is arranged fixedly on the outer shaft so as to rotate with it and a second part cam which is connected fixedly to the inner shaft so as to rotate with it and is arranged rotatably on the outer shaft, the two part cams (61, 62) having a different cam contour as a result of cam peak sections (61a, 62a) of different configuration, and it bering possible for that cam contour of the cam element which interacts with a cam follower to be varied by relative rotation of the part cams (61, 62) with respect to one another in order to set the variable valve opening period, characterized in that - the two part cams (61, 62) have a different maximum lift height (H max_61, H max_62), - the cam peak section of the part cam having the lower maximum lift height (H max_62) has a cam contour section of maximum lift height (H max_62), which cam contour section is formed by a circular arc section, - and the cam peak section of the part cam having the greater maximum lift height (H max_61), at least on the flank side, via which the valve opening period is to be varied, is configured in its flank region in such a way that a consistently expending transition is formed at the transfer point (Ü), at which a change of the active cam contour from one part cam (61, 62) to the other part cam (62, 61) takes place. - a hollow outer shaft and an inner shaft which is arranged concentrically within the outer shaft such that it can be rotated by an angle (α), - a cam element which is configured in multiple parts and has a first part cam which is arranged fixedly on the outer shaft so as to rotate with it and a second part cam which is connected fixedly to the inner shaft so as to rotate with it and is arranged rotatably on the outer shaft, the two part cams (61, 62) having a different cam contour as a result of cam peak sections (61a, 62a) of different configuration, and it bering possible for that cam contour of the cam element which interacts with a cam follower to be varied by relative rotation of the part cams (61, 62) with respect to one another in order to set the variable valve opening period, - the two part cams (61, 62) have a different maximum lift height (H max_61, H max_62), - the cam peak section of the part cam having the lower maximum lift height (H max_62) has a cam contour section of maximum lift height (H max_62), which cam contour section is formed by a circular arc section, - and the cam peak section of the part cam having the greater maximum lift height (H max_61), at least on the flank side, via which the valve opening period is to be varied, is configured in its flank region in such a way that a consistently expending transition is formed at the transfer point (Ü), at which a change of the active cam contour from one part cam (61, 62) to the other part cam (62, 61) takes place.
A single-gripper loom comprising: - a receiving gripper, which is movable along a first sliding guide through a weaving shed from and to a gripping position wherein said receiving gripper receives one or more weft threads (2, 3) so as to insert said weft threads into said weaving shed from a first opening to a second opening of said weaving shed, said gripping position being outside said weaving shed or close to said first opening, - a weft selector, which acts on said weft threads to move each of said weft threads (2, 3) between a raised position spaced from said first guide and a lowered position close to said first guide, characterized in that it further comprises: a weft feeder to transfer said weft threads (2, 3) from said weft selector to said receiving gripper, said weft feeder being couplable and movable along a second sliding guide of said loom between an intercepting position outside said weaving shed, wherein said weft feeder intercepts said weft threads (2, 3) in said lowered position, and said gripping position wherein said receiving gripper receives said weft threads (2, 3) from said weft feeder, said weft feeder also comprising a cavity for housing said receiving gripper of said loom within said weft feeder and a first and a second notches (18, 19) susceptible to receiving one or more weft threads (2, 3) so that said weft threads (2, 3) cross said cavity to be gripped by said receiving gripper when said receiving gripper is housed within said weft feeder, said weft feeder also being devoid of any gripping element for holding said weft threads (2, 3). - a receiving gripper, which is movable along a first sliding guide through a weaving shed from and to a gripping position wherein said receiving gripper receives one or more weft threads (2, 3) so as to insert said weft threads into said weaving shed from a first opening to a second opening of said weaving shed, said gripping position being outside said weaving shed or close to said first opening, - a weft selector, which acts on said weft threads to move each of said weft threads (2, 3) between a raised position spaced from said first guide and a lowered position close to said first guide, a weft feeder to transfer said weft threads (2, 3) from said weft selector to said receiving gripper, said weft feeder being couplable and movable along a second sliding guide of said loom between an intercepting position outside said weaving shed, wherein said weft feeder intercepts said weft threads (2, 3) in said lowered position, and said gripping position wherein said receiving gripper receives said weft threads (2, 3) from said weft feeder, said weft feeder also comprising a cavity for housing said receiving gripper of said loom within said weft feeder and a first and a second notches (18, 19) susceptible to receiving one or more weft threads (2, 3) so that said weft threads (2, 3) cross said cavity to be gripped by said receiving gripper when said receiving gripper is housed within said weft feeder, said weft feeder also being devoid of any gripping element for holding said weft threads (2, 3).
A method of installing a subsea riser, comprising: placing an elongate support on the seabed; when laying the riser on the seabed, guiding a riser portion onto the support to extend along and be cradled by the support; and forming a hogbend region of the riser by conferring positive buoyancy on the support to lift the support and the riser portion away from the seabed. placing an elongate support on the seabed; when laying the riser on the seabed, guiding a riser portion onto the support to extend along and be cradled by the support; and forming a hogbend region of the riser by conferring positive buoyancy on the support to lift the support and the riser portion away from the seabed.
A wire rope inspection method comprising the steps of: applying a magnetic field to a wire rope that is an inspection target; acquiring a detection signal by detecting a change in a magnetic flux of the wire rope to which the magnetic field has been applied, while relatively moving with respect to the wire rope; acquiring a first-order differential waveform (F'(t)) by performing first differential processing on a magnetic flux waveform (F(t)) that is a signal waveform based on the acquired detection signal; acquiring a second-order differential waveform (F"(t)) by performing second differential processing on a positive component or a negative component of the acquired first-order differential waveform (F'(t)); generating a composite waveform by adding the positive component of the acquired second-order differential waveform (F"(t)) and an absolute value of the negative component of the acquired second-order differential waveform (F"(t)) in a state in which at least one of portions of the acquired second-order differential waveform (F"(t)) corresponding to the positive component and the absolute value of the negative component is shifted along a time axis based on a set shift amount (D, D200) such that the portions overlap with each other, the portions indicating an abnormal portion of the wire rope and determining the abnormal portion of the wire rope in a case where a value based on the generated composite waveform is greater than a predetermined determination threshold. applying a magnetic field to a wire rope that is an inspection target; acquiring a detection signal by detecting a change in a magnetic flux of the wire rope to which the magnetic field has been applied, while relatively moving with respect to the wire rope; acquiring a first-order differential waveform (F'(t)) by performing first differential processing on a magnetic flux waveform (F(t)) that is a signal waveform based on the acquired detection signal; acquiring a second-order differential waveform (F"(t)) by performing second differential processing on a positive component or a negative component of the acquired first-order differential waveform (F'(t)); generating a composite waveform by adding the positive component of the acquired second-order differential waveform (F"(t)) and an absolute value of the negative component of the acquired second-order differential waveform (F"(t)) in a state in which at least one of portions of the acquired second-order differential waveform (F"(t)) corresponding to the positive component and the absolute value of the negative component is shifted along a time axis based on a set shift amount (D, D200) such that the portions overlap with each other, the portions indicating an abnormal portion of the wire rope and determining the abnormal portion of the wire rope in a case where a value based on the generated composite waveform is greater than a predetermined determination threshold.
A method of prognosis of melanoma, comprising: (i) measuring the level of bromodomain PHD finger transcription factor (BPTF) in a biological sample obtained from a subject suspected of having melanoma; (ii) comparing the level of BPTF in the subject's sample with the mean level of BPTF from one or more control biological samples; (iii) providing a prognosis that the subject may have melanoma based on having a lower or higher level for BPTF in comparison to the mean level of BPTF in the controls. (i) measuring the level of bromodomain PHD finger transcription factor (BPTF) in a biological sample obtained from a subject suspected of having melanoma; (ii) comparing the level of BPTF in the subject's sample with the mean level of BPTF from one or more control biological samples; (iii) providing a prognosis that the subject may have melanoma based on having a lower or higher level for BPTF in comparison to the mean level of BPTF in the controls.
A combination of a coaxial connector and a first panel, the coaxial connector comprising: a fixing module which is connected to the first panel; and a contact module which is coupled movably to the fixing module, and provided to be contactable to a second panel facing the first panel, wherein the contact module comprises a contact body which is made of a conductive material, and has a hollow formed therein; a contact pin which is made of a conductive material, and disposed to penetrate the hollow of the contact body; and a contact insulator which is disposed in the hollow of the contact body to insulate the contact pin and the contact body by partitioning the contact pin and the contact body, and wherein the contact module is configured so that the contact body, the contact pin, and the contact insulator are integrally coupled to each other movably with respect to the fixing module between the first panel and the second panel, characterized in that the coaxial connector further includes a ground terminal made of a conductive material, provided on the contact body of the contact module, and configured to be elastically supported by the second panel. a fixing module which is connected to the first panel; and a contact module which is coupled movably to the fixing module, and provided to be contactable to a second panel facing the first panel, wherein the contact module comprises a contact body which is made of a conductive material, and has a hollow formed therein; a contact pin which is made of a conductive material, and disposed to penetrate the hollow of the contact body; and a contact insulator which is disposed in the hollow of the contact body to insulate the contact pin and the contact body by partitioning the contact pin and the contact body, and wherein the contact module is configured so that the contact body, the contact pin, and the contact insulator are integrally coupled to each other movably with respect to the fixing module between the first panel and the second panel, characterized in that the coaxial connector further includes a ground terminal made of a conductive material, provided on the contact body of the contact module, and configured to be elastically supported by the second panel.