mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink-signal-based processing method, implemented by a network device, the method comprising: configuring for a terminal two aperiodic sounding reference signal, SRS, resource sets for antenna switching, characterized in that , during configuring the two aperiodic SRS resource sets, the method further comprises: configuring the two aperiodic SRS resource sets with same values of higher layer parameter aperiodicSRS-ResourceTrigger, and configuring the two aperiodic SRS resource sets with different values of higher layer parameter slotoffset. configuring for a terminal two aperiodic sounding reference signal, SRS, resource sets for antenna switching, characterized in that , during configuring the two aperiodic SRS resource sets, the method further comprises: configuring the two aperiodic SRS resource sets with same values of higher layer parameter aperiodicSRS-ResourceTrigger, and configuring the two aperiodic SRS resource sets with different values of higher layer parameter slotoffset.
An acid addition salt of 4-(2,6-dichloro-benzoylamino)-1H-pyrazole-3-carboxylic acid piperidin-4-ylamide, the salt being formed with an acid selected from methanesulphonic acid and acetic acid and mixtures thereof.
An array antenna, wherein the array antenna comprises a first metal layer , a first dielectric layer , a second metal layer , a second dielectric layer and a third metal layer that are sequentially laminated, wherein multiple metal through holes are disposed on the second dielectric layer, and the multiple metal through holes form a feeding section , the first metal layer comprises multiple subarrays , each subarray comprises multiple radiating arrays and one power splitter , the power splitter comprises a central area and multiple branches extending from the central area, the multiple radiating arrays are respectively connected to the multiple branches; multiple coupling slots are disposed on the second metal layer, the feeding section is configured to feed a signal to the central areas of the power splitters via the multiple coupling slots, wherein the power splitters are configured to transmit the signal to the multiple radiating arrays via using the multiple branches, wherein the feeding section comprises multiple feeding units , and projections of the multiple coupling slots on the second dielectric layer respectively fall within ranges of the multiple feeding units .
Power transistor arrangement , comprising a power transistor and a current measuring circuit which is connected to the power transistor and is intended to determine a forward current through the power transistor , wherein the forward current is guided from the source terminal of the power transistor via at least one source bonding wire , and wherein a first measuring bonding wire is connected between a first end of the source bonding wire facing the source terminal and the source terminal , and wherein a second measuring bonding wire is connected downstream of a second end of the source bonding wire facing away from the source terminal , and wherein both measuring bonding wires are connected to the current measuring circuit , wherein, in addition to the first and second measuring bonding wires , a third measuring bonding wire is connected upstream of the first end of the source bonding wire , wherein the third measuring bonding wire is connected to a reference earth of the current measuring circuit , characterized in that the current measuring circuit comprises a differential amplifier in order to determine a voltage difference between both ends of the source bonding wire from the voltages obtained by the measuring bonding wires and thereby to determine the forward current through the power transistor , and wherein a first voltage path of the first bonding measuring wire is connected between the first end of the source bonding wire and the current measuring circuit and a second voltage path of the second bonding measuring wire is connected between the second end of the source bonding wire and the current measuring circuit via an integrator , wherein the first voltage path is merged upstream of the differential amplifier with a third voltage path of the third bonding measuring wire , the third voltage path running between the second end of the source bonding wire and the current measuring circuit , in order to provide a common first signal input for the differential amplifier , and wherein the second voltage path provides a second signal input for the differential amplifier, such that the current measuring circuit is configured, through the combination of the two signals from the three voltage paths of the three measuring bonding wires , to determine both the forward current through the power transistor and the gate charge during a switching process of the power transistor .
A method of video encoding, the method comprising: determining a correction type of pixel values and generating information about the correction type of pixel values to indicate one of a band type and an edge type; when the correction type of pixel values is the band type, generating a compensation value to be added to a pixel in a band among pixels of a current block, wherein a total range of values of the pixels is from a minimum value of the values of the pixels to a maximum value of the values of the pixels, and a section corresponding to the total range of values of the pixels is uniformly split into a plurality of bands, the band is one of a plurality of bands, a value of the pixel is in a range of pixel values corresponding to the band, and the compensation value corresponds to the band among the plurality of bands; when the correction type of pixel values is the edge type, generating a compensation value to be added to a pixel corresponding to an edge value level among the pixels of a current block, wherein the edge value level is determined based on whether the value of the pixel is larger or smaller than values of neighboring restored pixels (31, 32, 33, 34, 35, 36, 37 and 38) on a vertical, a horizontal or a diagonal direction, and the compensation value corresponds to the edge value level among the plurality of edge value levels; and encoding the information about the correction type of pixel values and the compensation value into a bitstream. determining a correction type of pixel values and generating information about the correction type of pixel values to indicate one of a band type and an edge type; when the correction type of pixel values is the band type, generating a compensation value to be added to a pixel in a band among pixels of a current block, wherein a total range of values of the pixels is from a minimum value of the values of the pixels to a maximum value of the values of the pixels, and a section corresponding to the total range of values of the pixels is uniformly split into a plurality of bands, the band is one of a plurality of bands, a value of the pixel is in a range of pixel values corresponding to the band, and the compensation value corresponds to the band among the plurality of bands; when the correction type of pixel values is the edge type, generating a compensation value to be added to a pixel corresponding to an edge value level among the pixels of a current block, wherein the edge value level is determined based on whether the value of the pixel is larger or smaller than values of neighboring restored pixels (31, 32, 33, 34, 35, 36, 37 and 38) on a vertical, a horizontal or a diagonal direction, and the compensation value corresponds to the edge value level among the plurality of edge value levels; and encoding the information about the correction type of pixel values and the compensation value into a bitstream.
A method performed by a controller manager , located externally to a communication network , for enabling a switch of the communication network to be controlled by a switch controller that performs logic switch operations, the switch controller belonging to a set of switch controllers, the method comprising: - obtaining (2:2, 302), from a local controller agent , measurements related to connectivity to the set of switch controllers , - selecting (2:4, 306), in response to receiving (2:3, 304) a connection request for the switch from the local controller-agent,-at least one switch controller in the set of switch controllers based on the obtained measurements, to control said switch, and - instructing (2:5, 308) the local controller agent to set up a connection between the switch and the selected at least one switch controller, by sending to the local controller agent connectivity rules, the connectivity rules determining to which one or more switch controllers the switch should be connected. - obtaining (2:2, 302), from a local controller agent , measurements related to connectivity to the set of switch controllers , - selecting (2:4, 306), in response to receiving (2:3, 304) a connection request for the switch from the local controller-agent,-at least one switch controller in the set of switch controllers based on the obtained measurements, to control said switch, and - instructing (2:5, 308) the local controller agent to set up a connection between the switch and the selected at least one switch controller, by sending to the local controller agent connectivity rules, the connectivity rules determining to which one or more switch controllers the switch should be connected.
A removeable adjustment apparatus for use in adjustment of a shear bar of a forage harvester, in which forage harvester the shear bar is adjustably mounted on a housing, a chopper drum is supported from the housing and mounted for rotation about a rotational axis and further provided with a plurality of circumferentially spaced knife supports to which at least one chopper knife can be adjustably secured and wherein in use the chopper knives cooperate with the shear bar to chop incoming crop, wherein the removeable adjustment apparatus (50;150;350) comprises at least one location element (54,56;154,156;354,356) for location of the adjustment apparatus (50;150;350) with respect to the chopper drum , the at least one location element (54,56;154,156;354,356) comprising a locating surface (58;158) for mating or engagement with a receiving surface of the forage harvester, catheterized in that, the the removeable adjustment apparatus further comprises at least a first lateral element (52;152;352) fixedly secured to the at least one location element (54,56;154,156;354,356), one or more spacer elements (70;170;370) being connected to the first lateral element (52;152,153) and comprising at least one radially inwardly directed guide surface (88;188;388), shaped to describe the desired path of an unworn chopper knife, the adjustment apparatus (50;150;350) further comprising at least one shear bar alignment surface (64,66;164,166;364,366) provided on one or more of the at least one location elements (54,56;154,156;354,356), in use, with the adjustment apparatus located with respect to the chopper drum, the shear bar being adjusted such that the shear bar is located against the at least one shear bar alignment surface (64,66;164,166; 364,366). the removeable adjustment apparatus (50;150;350) comprises at least one location element (54,56;154,156;354,356) for location of the adjustment apparatus (50;150;350) with respect to the chopper drum , the at least one location element (54,56;154,156;354,356) comprising a locating surface (58;158) for mating or engagement with a receiving surface of the forage harvester, catheterized in that, the the removeable adjustment apparatus further comprises at least a first lateral element (52;152;352) fixedly secured to the at least one location element (54,56;154,156;354,356), one or more spacer elements (70;170;370) being connected to the first lateral element (52;152,153) and comprising at least one radially inwardly directed guide surface (88;188;388), shaped to describe the desired path of an unworn chopper knife, the adjustment apparatus (50;150;350) further comprising at least one shear bar alignment surface (64,66;164,166;364,366) provided on one or more of the at least one location elements (54,56;154,156;354,356), in use, with the adjustment apparatus located with respect to the chopper drum, the shear bar being adjusted such that the shear bar is located against the at least one shear bar alignment surface (64,66;164,166; 364,366).
A tube arrangement comprising: a) an inner tube and b) an outer tube wherein said inner tube and said outer tube are telescopically slidable relative to each other, wherein said inner tube comprises, on its outer surface, a longitudinal groove and a plurality of deformations having a predetermined shape; c) a sleeve fitted into said outer tube , at one of its ends ; d) a fastening device configured to prevent the sliding of the inner tube with respect to the outer tube , when said fastening device is engaged at least partially in one of said deformations ; e) a slider and elastic means , wherein said slider cooperates with said fastening device under the action of said elastic means ; characterized in that arrangement of tubes further comprises f) an actuating device operatively connected to said slider , wherein said longitudinal groove forms, at an end (12") of the inner tube , a slide inclined towards the longitudinal axis of the inner tube for separating the inner tube from the outer tube . a) an inner tube and b) an outer tube wherein said inner tube and said outer tube are telescopically slidable relative to each other, wherein said inner tube comprises, on its outer surface, a longitudinal groove and a plurality of deformations having a predetermined shape; wherein said inner tube and said outer tube are telescopically slidable relative to each other, wherein said inner tube comprises, on its outer surface, a longitudinal groove and a plurality of deformations having a predetermined shape; c) a sleeve fitted into said outer tube , at one of its ends ; d) a fastening device configured to prevent the sliding of the inner tube with respect to the outer tube , when said fastening device is engaged at least partially in one of said deformations ; e) a slider and elastic means , wherein said slider cooperates with said fastening device under the action of said elastic means ; characterized in that arrangement of tubes further comprises f) an actuating device operatively connected to said slider ,
A protein selected from a group consisting of amino acid sequences of the following SEQ ID Nos. 1 to 4, or a gene encoding the same for use in the prevention or the treatment of a muscle disease: a Slit3 protein consisting of an amino acid sequence of SEQ ID No. 1; a Robo1 protein consisting of an amino acid sequence of SEQ ID No. 2; a Robo2 protein consisting of an amino acid sequence of SEQ ID No. 3; and a LRRD2 protein consisting of an amino acid sequence of SEQ ID No. 4. a Slit3 protein consisting of an amino acid sequence of SEQ ID No. 1; a Robo1 protein consisting of an amino acid sequence of SEQ ID No. 2; a Robo2 protein consisting of an amino acid sequence of SEQ ID No. 3; and a LRRD2 protein consisting of an amino acid sequence of SEQ ID No. 4.
A medical device comprising: a porous portion; and a dense portion, wherein an arithmetic average roughness of a surface of the porous portion is 2.0 μm or greater but 10 μm or less, wherein an arithmetic average roughness of a surface of the dense portion is less than 2.0 μm, wherein the porous portion has a voidage of 5% or greater, wherein the dense portion has a voidage of less than 5%, wherein the porous portion is a surface portion to contact the soft tissue, wherein the dense portion is a portion not to contact the soft tissue, wherein the porous portion and the dense portion comprise sintered ceramic particles, and wherein the medical device is an artificial product intended for compensating for defective portions of hard tissues. a porous portion; and a dense portion, wherein an arithmetic average roughness of a surface of the porous portion is 2.0 μm or greater but 10 μm or less, wherein an arithmetic average roughness of a surface of the dense portion is less than 2.0 μm, wherein the porous portion has a voidage of 5% or greater, wherein the dense portion has a voidage of less than 5%, wherein the porous portion is a surface portion to contact the soft tissue, wherein the dense portion is a portion not to contact the soft tissue, wherein the porous portion and the dense portion comprise sintered ceramic particles, and wherein the medical device is an artificial product intended for compensating for defective portions of hard tissues.
A method of transmitting a media content, the method comprising: generating segments including a high dynamic range, HDR, video component and a media presentation description, MPD, including information for accessing the segments, wherein the MPD includes an adaptation set element describing an adaptation set indicating a set of interchangeable encoded versions of the HDR video component, wherein the adaptation set element includes a representation element describing a representation including the segments and an essential property element describing essential information for processing the adaptation set, and wherein the essential property element includes matrix coefficient information used to derive a luma signal and a chroma signal from an RGB color gamut or an XYZ color gamut of the HDR video component; and transmitting the segments and the MPD. generating segments including a high dynamic range, HDR, video component and a media presentation description, MPD, including information for accessing the segments, wherein the MPD includes an adaptation set element describing an adaptation set indicating a set of interchangeable encoded versions of the HDR video component, wherein the adaptation set element includes a representation element describing a representation including the segments and an essential property element describing essential information for processing the adaptation set, and wherein the essential property element includes matrix coefficient information used to derive a luma signal and a chroma signal from an RGB color gamut or an XYZ color gamut of the HDR video component; and transmitting the segments and the MPD.
An aircraft power generating assembly ; the assembly comprising an electric machine , and a mechanical gear transmission connected to said electric machine ; the assembly comprising: - a fixed supporting frame , - at least one rotary shaft (15;31) connected to the fixed supporting frame to rotate about a fixed hinge axis, and - first and second angular connecting means for connecting said rotary shaft (15;31) to respective further rotary input/output shafts (3,6; 3,33); said electric machine comprising a rotor ; characterized in that said electric machine is located between said first and second angular connecting means , and surrounds said rotary shaft (15;31) said rotor is connected angularly to said rotary shaft (15;31) by a releasable coupling device comprising an angular locking member , which is fitted in angularly fixed manner to said rotary shaft (15;31) and is axially movable between - a forward position, in which the rotor is locked in angularly fixed manner to the shaft (15;31), and - a withdrawn position, in which the rotor and the shaft (15;31) rotate freely with respect to each other. - a fixed supporting frame , - at least one rotary shaft (15;31) connected to the fixed supporting frame to rotate about a fixed hinge axis, and - first and second angular connecting means for connecting said rotary shaft (15;31) to respective further rotary input/output shafts (3,6; 3,33); - a forward position, in which the rotor is locked in angularly fixed manner to the shaft (15;31), and - a withdrawn position, in which the rotor and the shaft (15;31) rotate freely with respect to each other.
A tipping paper characterized by comprising: a front surface layer and a back surface layer , wherein the front surface layer possesses surface properties which satisfy a following formula : − 8.2 × Rsk − 0.2 × Rc < 0 , where Rsk is skewness of the surface, and Rc is an average height, where Rsk and Rc are measured by using SURFTEST SJ-210 manufactured by Mitutoyo Corporation, the front surface layer is a nonwoven fabric, and the nonwoven fabric is formed of wood pulp and rayon fiber with binder fiber, or of rayon fiber and binder fiber, wherein a fiber thickness is greater than or equal to 0.8dtex and less than or equal to 11dtex, the nonwoven fabric possesses a basis weight of greater than or equal to 10gsm and less than or equal to 70gsm, and the amount of the rayon fiber based on the total amount of the wood pulp and the rayon fiber with the binder fiber is greater than or equal to 40% by weight and less than or equal to 80% by weight. a front surface layer and a back surface layer , wherein the front surface layer possesses surface properties which satisfy a following formula : − 8.2 × Rsk − 0.2 × Rc < 0 , where Rsk is skewness of the surface, and Rc is an average height, where Rsk and Rc are measured by using SURFTEST SJ-210 manufactured by Mitutoyo Corporation, the front surface layer is a nonwoven fabric, and the nonwoven fabric is formed of wood pulp and rayon fiber with binder fiber, or of rayon fiber and binder fiber, wherein a fiber thickness is greater than or equal to 0.8dtex and less than or equal to 11dtex, the nonwoven fabric possesses a basis weight of greater than or equal to 10gsm and less than or equal to 70gsm, and the amount of the rayon fiber based on the total amount of the wood pulp and the rayon fiber with the binder fiber is greater than or equal to 40% by weight and less than or equal to 80% by weight.
A method of enriching small RNA from cells comprising: a) lysing the cells with a lysing solution to produce a lysate; b) adding an alcohol solution to the lysate; c) applying the lysate to a solid support; and d) eluting RNA molecules from the solid support, wherein the lysing solution comprises guanidinium at a concentration of between 2.0M and 4.0M, and wherein the amount of alcohol solution added to the lysate gives it an alcohol concentration of about 55% to 70%; and wherein at least about 25%, 30%, 35%, 40%, 45%, 50%, 55%, 60%, 65%, 70%, 75%, 80%, 85%, 90%, 95% of the small RNA molecules of about 100 nucleotides or fewer in a sample is isolated, or alternatively wherein the small RNA of about 100 nucleotides or fewer in a sample is enriched about or at least about 3x, in small RNA molecules as determined by the mass of small RNA molecules relative to the mass of total RNA molecules prior to placing the lysate on the solid support compared to after eluting the RNA from the solid support.
An arrangement for adjusting a tilt of a wagon having a tilting body, characterized in that the arrangement comprises: a digital hydraulic valve assembly comprising a plurality of valves and adaptable to control a movement of at least one tilting actuator of a wagon having a tilting body; and a control unit comprising at least a regulator, which in turn comprises control codes for controlling valve states of the digital hydraulic valve assembly, whereby features of the digital hydraulic valve assembly are changeable by changing the parameters of the control codes, and means for receiving input and feedback data to determine a tilting need and means for generating control signals for valve control power stages in accordance with commands issued by the regulator. a digital hydraulic valve assembly comprising a plurality of valves and adaptable to control a movement of at least one tilting actuator of a wagon having a tilting body; and a control unit comprising at least a regulator, which in turn comprises control codes for controlling valve states of the digital hydraulic valve assembly, whereby features of the digital hydraulic valve assembly are changeable by changing the parameters of the control codes, and means for receiving input and feedback data to determine a tilting need and means for generating control signals for valve control power stages in accordance with commands issued by the regulator.