mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, in a wireless network, the method comprising: transmitting, by the UE, an uplink transmission without grant in accordance with a resource group having a configuration that maps an initial uplink transmission without grant and a non-zero number of re-transmissions without grant to sub-regions of a grant-free region of a time-frequency resource, wherein the configuration of the resource group is such that a modulation and coding scheme, MCS, level for each re-transmission without grant is a same or lower than a MCS level for a corresponding preceding uplink transmission without grant or re-transmission without grant by the UE, and wherein the resource group maps the initial uplink transmission without grant and the non-zero number of successive re-transmissions without grant to sub-regions of the grant-free region of the time-frequency resource such that the re-transmissions without grant occupy a gradually increasing amount of time resources, frequency resources, or both; wherein the resource group is configured such that the initial uplink transmission without grant is mapped to a slot within a first sub-region with a first sub-carrier spacing, SCS; and at least one of the subsequent re-transmissions without grant is mapped to a mini-slot within a sub-region with a SCS that is narrower than the first SCS. transmitting, by the UE, an uplink transmission without grant in accordance with a resource group having a configuration that maps an initial uplink transmission without grant and a non-zero number of re-transmissions without grant to sub-regions of a grant-free region of a time-frequency resource, wherein the configuration of the resource group is such that a modulation and coding scheme, MCS, level for each re-transmission without grant is a same or lower than a MCS level for a corresponding preceding uplink transmission without grant or re-transmission without grant by the UE, and wherein the resource group maps the initial uplink transmission without grant and the non-zero number of successive re-transmissions without grant to sub-regions of the grant-free region of the time-frequency resource such that the re-transmissions without grant occupy a gradually increasing amount of time resources, frequency resources, or both; wherein the resource group is configured such that the initial uplink transmission without grant is mapped to a slot within a first sub-region with a first sub-carrier spacing, SCS; and at least one of the subsequent re-transmissions without grant is mapped to a mini-slot within a sub-region with a SCS that is narrower than the first SCS.
An assay for selecting a treatment regimen for a human subject with depression, comprising: (a) subjecting a test sample from a human subject, who is diagnosed as having depression or having a risk for depression, to at least one genotyping assay adapted to determine the genotypes of at least two loci, wherein said at least two loci are: i. position 677 of SEQ ID NO. 1 or position 27 of SEQ ID NO. 7 (identified by rs1801133), wherein the SEQ ID NO. 1 and SEQ ID NO. 7 are each independently a portion of a genomic nucleic acid sequence of methylenetetrahydrofolate reductase (MTHFR); ii. position 2756 of SEQ ID NO. 2 or position 27 of SEQ ID NO. 9 (identified by rs1805087), wherein the SEQ ID NO. 2 and SEQ ID NO. 9 are each independently a portion of a genomic nucleic acid sequence of methionine synthase; and (b) detecting from the genotypes of said at least two loci the presence of a combination of at least one SNP677 T allele and at least one SNP2756 G allele; and if both at least one T allele at position SNP677 and at least one G allele at position SNP2756 is detected, then selecting a treatment regimen comprising an effective amount of a folate-containing compound, which is 6- 5-methyltetrahydrofolate. (a) subjecting a test sample from a human subject, who is diagnosed as having depression or having a risk for depression, to at least one genotyping assay adapted to determine the genotypes of at least two loci, wherein said at least two loci are: i. position 677 of SEQ ID NO. 1 or position 27 of SEQ ID NO. 7 (identified by rs1801133), wherein the SEQ ID NO. 1 and SEQ ID NO. 7 are each independently a portion of a genomic nucleic acid sequence of methylenetetrahydrofolate reductase (MTHFR); ii. position 2756 of SEQ ID NO. 2 or position 27 of SEQ ID NO. 9 (identified by rs1805087), wherein the SEQ ID NO. 2 and SEQ ID NO. 9 are each independently a portion of a genomic nucleic acid sequence of methionine synthase; and i. position 677 of SEQ ID NO. 1 or position 27 of SEQ ID NO. 7 (identified by rs1801133), wherein the SEQ ID NO. 1 and SEQ ID NO. 7 are each independently a portion of a genomic nucleic acid sequence of methylenetetrahydrofolate reductase (MTHFR); ii. position 2756 of SEQ ID NO. 2 or position 27 of SEQ ID NO. 9 (identified by rs1805087), wherein the SEQ ID NO. 2 and SEQ ID NO. 9 are each independently a portion of a genomic nucleic acid sequence of methionine synthase; and (b) detecting from the genotypes of said at least two loci the presence of a combination of at least one SNP677 T allele and at least one SNP2756 G allele; and if both at least one T allele at position SNP677 and at least one G allele at position SNP2756 is detected, then selecting a treatment regimen comprising an effective amount of a folate-containing compound, which is 6- 5-methyltetrahydrofolate.
A process for the removal of hydroxypropanone and 2,4-dimethyl-2-methanol-1,3-dioxolanes from a crude product stream from the vapour phase hydrogenation of glycerol, the crude product stream comprising 1,2-propanediol and hydroxypropanone and 2,4-dimethyl-2-methanol-1,3-dioxolanes as impurities, the process comprising: (a) condensing the crude product stream; and (b) contacting the crude product phase in the liquid phase with a stream of a hydrogen-containing gas in the presence of a heterogeneous catalyst at suitable temperatures and pressures such that hydroxypropanone present in the crude product stream is converted to the desired propanediol and 2,4-dimethyl-2-methanol-1,3-dioxolanes are reduced to from 20 to 60 ppm when measured by gas chromatography. (a) condensing the crude product stream; and (b) contacting the crude product phase in the liquid phase with a stream of a hydrogen-containing gas in the presence of a heterogeneous catalyst at suitable temperatures and pressures such that hydroxypropanone present in the crude product stream is converted to the desired propanediol and 2,4-dimethyl-2-methanol-1,3-dioxolanes are reduced to from 20 to 60 ppm when measured by gas chromatography.
A permanent magnet rotor for a generator of a wind turbine having a stator and a rotor and an air gap arranged between the rotor and the stator, the rotor comprising a rotor body configured for rotating around a central rotational axis, the rotor body comprising a rotor rim and a plurality of rotor modules attached to the rotor rim, wherein the modules comprise a base and a first and a second permanent magnet (110, 120) arranged on the base; wherein the base is made of a magnetic material and comprises an upper portion with a substantially triangular cross-section and rectangular through-holes, wherein the permanent magnets (110, 120) are contained in the rectangular through-holes and arranged along the sides of the triangular cross-section, in such a way that permanent magnets (110, 120) are inserted in the magnetic material and a magnetic flux between a permanent magnet of a first rotor module and a permanent magnet of another rotor module is concentrated towards the stator; and the magnets (110, 120) are substantially rectangular in axial cross-section and have an inner end (114, 124) and an outer end (112, 122), the outer end (112, 122) of the magnet being arranged in the proximity of the air gap at the circumference of the rotor delimiting the air gap, and the outer end (112, 122) of each permanent magnet (110, 120) extend between a first (112a, 122a) and a second corner (112b, 122b), characterized in that at least a portion of the outer end (112, 114) of the permanent magnets is not covered by the magnetic material, such that there is no magnetic material bridging the first (112a, 122a) and the second corners (112b, 122b) at the outer ends of the permanent magnets (110, 120) in order to prevent a magnetic outer bridge between the first (112a, 122a) and the second corners (112b, 122b); and in that the rotor body comprises a non-magnetic material covering at least a portion of the outer end (112, 122) of the permanent magnets (110, 120), wherein both the permanent magnets (110, 120) and the non-magnetic material are retained inside the rotor body by projections/protrusions (20, 21, 30, 31) of the magnetic material of the base at the first corner (112a, 122a) and/or at the second corner (112b, 122b); and in that the inner ends of the magnets (110, 120) are supported to the rotor body by a wedging element, wherein the wedging element is a wedge, a spring or a material featuring analogous elastic properties.
A plastic image fiber comprising: N number of cores which are disposed within a cladding, where N is an integer equal to or greater than 2; wherein each of the cores has an index of refraction that continuously changes at a peripheral part of the core; and wherein the index of refraction at the peripheral part on a center side of the core is greater than an index of refraction at the peripheral part on a cladding side, characterized in that a change rate of an index of refraction is continuous from the peripheral part of the core through the position of the cladding on the vicinity side of the core.
A prosthetic adapter, comprising: a lower connector; an upper connector rotatably coupled to the lower connector; the prosthetic adapter further comprising: a locking mechanism for preventing the upper connector from rotating relative to the lower connector, the locking mechanism arranged to generally automatically retain a locked position when the lower connector is rotated to an original, predetermined alignment relative to the upper connector; and an activation member connected to and arranged for operating the locking mechanism, characterized in that the prosthetic adapter further comprises an actuator arranged as an outer adjustment ring attached to the upper connector and connects to the activation member for selective engagement of the locking mechanism. a lower connector; an upper connector rotatably coupled to the lower connector; the prosthetic adapter further comprising: a locking mechanism for preventing the upper connector from rotating relative to the lower connector, the locking mechanism arranged to generally automatically retain a locked position when the lower connector is rotated to an original, predetermined alignment relative to the upper connector; and an activation member connected to and arranged for operating the locking mechanism, a locking mechanism for preventing the upper connector from rotating relative to the lower connector, the locking mechanism arranged to generally automatically retain a locked position when the lower connector is rotated to an original, predetermined alignment relative to the upper connector; and an activation member connected to and arranged for operating the locking mechanism, characterized in that the prosthetic adapter further comprises an actuator arranged as an outer adjustment ring attached to the upper connector and connects to the activation member for selective engagement of the locking mechanism.
An auditing system for detecting misuse of image information captured by a camera comprising: an image recording device recording the image information, storing the recorded image information as a file, generating modification data determining whether a modification to the file occurred, and having an agent generating an image information log including event data indicating attempts to access, damage, modify or delete the stored image information; and an auditing server receiving the modification data from the image recording device receiving the image information log, and generating misuse alarm data when the event data in the image information log is compared with and corresponds to predetermined misuse condition data, said predetermined misuse condition data including at least an attempt to watch the image information in which a storage period for the image information expires; and an attempt to access, damage, modify or delete the image information despite that such attempt occurs within the storage period for the image information, said auditing server being characterized in that it includes a control unit adapted to set said storage period with respect to the modification data and the image information log, and further adapted to delete the modification data and the image information log when the storage period expires. an image recording device recording the image information, storing the recorded image information as a file, generating modification data determining whether a modification to the file occurred, and having an agent generating an image information log including event data indicating attempts to access, damage, modify or delete the stored image information; and an auditing server receiving the modification data from the image recording device receiving the image information log, and generating misuse alarm data when the event data in the image information log is compared with and corresponds to predetermined misuse condition data, said predetermined misuse condition data including at least an attempt to watch the image information in which a storage period for the image information expires; and an attempt to access, damage, modify or delete the image information despite that such attempt occurs within the storage period for the image information, said auditing server being characterized in that it includes a control unit adapted to set said storage period with respect to the modification data and the image information log, and further adapted to delete the modification data and the image information log when the storage period expires.
An apparatus comprising: a multi-level flying capacitor inverter; a DC link capacitor (Cdc) at the inputs of the multi-level flying capacitor inverter; and a circuit comprising a leg comprising a first node, a second node, a third node and a fourth node connected at the inputs of the multi-level flying capacitor inverter at the first and second nodes; wherein the leg comprises a buck-boost circuit comprising an inductor connected between the first and third nodes, a first switch bank (137A-C) connected between the third and fourth nodes and a second switch bank (138A-C) connected to the third node; wherein the first switch bank comprises a plurality of series connected switches (137A-C); the second switch bank comprises a plurality of series connected switches (138A-C) and the buck-boost circuit further comprises one or more capacitors (C105, C106) that are nested within each other between the first and second switch banks by connecting the ends of each capacitor between corresponding switches in each switch bank; wherein the circuit comprises a ripple capacitance spread over a first and a second ripple capacitor (Cdc_H, Cdc_L), wherein the first ripple capacitor (Cdc_H) is connected between the second and fourth nodes and the second ripple capacitor (Cdc_L) is connected between the second switch bank and the second node; wherein the buck-boost circuit is configured to act to transfer capacitive charge between the DC link capacitor (Cdc) and the first and second ripple capacitors (Cdc_H, Cdc_L) to compensate for low frequency pulsation at the DC link capacitor. a multi-level flying capacitor inverter; a DC link capacitor (Cdc) at the inputs of the multi-level flying capacitor inverter; and a circuit comprising a leg comprising a first node, a second node, a third node and a fourth node connected at the inputs of the multi-level flying capacitor inverter at the first and second nodes; wherein the leg comprises a buck-boost circuit comprising an inductor connected between the first and third nodes, a first switch bank (137A-C) connected between the third and fourth nodes and a second switch bank (138A-C) connected to the third node; wherein the first switch bank comprises a plurality of series connected switches (137A-C); the second switch bank comprises a plurality of series connected switches (138A-C) and the buck-boost circuit further comprises one or more capacitors (C105, C106) that are nested within each other between the first and second switch banks by connecting the ends of each capacitor between corresponding switches in each switch bank; wherein the circuit comprises a ripple capacitance spread over a first and a second ripple capacitor (Cdc_H, Cdc_L), wherein the first ripple capacitor (Cdc_H) is connected between the second and fourth nodes and the second ripple capacitor (Cdc_L) is connected between the second switch bank and the second node; wherein the buck-boost circuit is configured to act to transfer capacitive charge between the DC link capacitor (Cdc) and the first and second ripple capacitors (Cdc_H, Cdc_L) to compensate for low frequency pulsation at the DC link capacitor.
Communication system, comprising an off-board response unit, at least one on-board control unit and an on-board management unit interposed in a communication line between the response unit and the at least one control unit, the management unit providing a firewall functionality for selectively letting through or blocking messages that can be exchanged between the response unit and the at least one control unit, the management unit having at least two operating modes, in each operating mode a different set of messages to be let through and blocked being specified, characterized in that the management unit is configured to activate one of the operating modes depending on operating mode selection information attached to a message from the response unit or the at least one control device.
A composition for binding fibers to form a continuous filament fiberglass mat, the composition comprising: (i) an unsaturated polyester or vinyl ester resin; (ii) an azo-type initiator; and (iii) a flow enhancing agent; wherein the unsaturated polyester or vinyl ester resin is present in an amount of about 80 weight percent to about 99.8 weight percent, the total of (i), (ii), and (iii) being 100 weight percent. (i) an unsaturated polyester or vinyl ester resin; (ii) an azo-type initiator; and (iii) a flow enhancing agent;
Two-layer compression system exerting, between a resting position in which the muscle is relaxed and a working position in which the muscle is tensed, a pressure differential of between 10 and 40 mm of mercury as measured according to the description, characterized in that it comprises: - a first compression layer consisting of an elastic bandage linked over the whole of its surface to an absorbent layer and which has a tension set of less than 10% in its elongation on application, said absorbent layer being made of a woven or non-woven fibre-based textile material, and said elastic bandage consisting of a woven or a non-woven textile material or a knit; - a second compression layer consisting of a self-adhesive elastic bandage which has a tension set of less than 10% in its elongation on application; - said first and second layers being further provided with a calibration system indicating the stretch on application respective to each of these two layers. - a first compression layer consisting of an elastic bandage linked over the whole of its surface to an absorbent layer and which has a tension set of less than 10% in its elongation on application, said absorbent layer being made of a woven or non-woven fibre-based textile material, and said elastic bandage consisting of a woven or a non-woven textile material or a knit; - a second compression layer consisting of a self-adhesive elastic bandage which has a tension set of less than 10% in its elongation on application; - said first and second layers being further provided with a calibration system indicating the stretch on application respective to each of these two layers.
A thread form for composite pipes, the thread form characterized in that four round threads are provided per inch (0,0254m) of pipe, the four round threads including: a load flank of each of the threads having a positive load flank angle between 15 and 25 degrees relative to a line that is perpendicular to a pipe axis; a stab flank of each of the threads having a positive stab flank angle between 60 and 62 degrees relative to a line that is perpendicular to the pipe axis; a crest portion between the stab flank and the load flank; and a root portion between the load flank and the stab flank, wherein the stab flank angle is between 2.4 and 4.13 times the load flank angle in the root portion. a load flank of each of the threads having a positive load flank angle between 15 and 25 degrees relative to a line that is perpendicular to a pipe axis; a stab flank of each of the threads having a positive stab flank angle between 60 and 62 degrees relative to a line that is perpendicular to the pipe axis; a crest portion between the stab flank and the load flank; and a root portion between the load flank and the stab flank, wherein the stab flank angle is between 2.4 and 4.13 times the load flank angle in the root portion.
An apparatus for transmitting and receiving data in a multiuser Multiple-Input Multiple-Output, MIMO, system, the apparatus comprising: a plurality of user equipments (UE 1,...,UE k) for separately calculating channel capacity information using a linear reception scheme and a nonlinear reception scheme, and feeding back the channel capacity information; and a base station for receiving the channel capacity information fed back from the user equipments (UE 1,..., UE k), separately calculating system capacities using at least two different antenna scheduling schemes based on the channel capacity information, selecting an antenna scheduling scheme having a higher system capacity from among the at least two antenna scheduling schemes, and allocating transmission antennas to the user equipments using the selected antenna scheduling scheme. a plurality of user equipments (UE 1,...,UE k) for separately calculating channel capacity information using a linear reception scheme and a nonlinear reception scheme, and feeding back the channel capacity information; and a base station for receiving the channel capacity information fed back from the user equipments (UE 1,..., UE k), separately calculating system capacities using at least two different antenna scheduling schemes based on the channel capacity information, selecting an antenna scheduling scheme having a higher system capacity from among the at least two antenna scheduling schemes, and allocating transmission antennas to the user equipments using the selected antenna scheduling scheme.
Ultrasonic sensor arrangement for a motor vehicle, comprising a cladding part and at least one ultrasonic sensor, which comprises a front side and is configured for emitting and/or receiving ultrasonic sensor signals via the front side, wherein on a rear side of the cladding part an indentation is configured and the cladding part in the area of the indentation has different thicknesses (d max1, d min1), and wherein the front side of the ultrasonic sensor is brought into contact with a surface of the indentation so that the ultrasonic sensor is configured for emitting and/or receiving the ultrasonic signals through the cladding part, characterized in that the surface of the indentation is configured to be curved concave, and the surface of the indentation is configured as surface area of a ball so that the ultrasonic sensor can be placed with various inclination angles in order to be able to be arranged with its longitudinal axis tilted relative to the horizontal.