mhurhangee/ep-ind-claims huggingface dataset:
A method for sending control information, comprising: determining, in a subframe, a search space corresponding to a user equipment UE, wherein a plurality of localized candidate enhanced physical downlink control channels E-PDCCHs at a same aggregation level in the search space are mapped into a same resource block RB pair or a same group of adjacent RB pairs; determining a demodulation reference signal DMRS port required to be used by the plurality of localized candidate E-PDCCHs, wherein different DMRS ports correspond to different localized candidate E-PDCCHs; and selecting a candidate E-PDCCH from the search space to send control information, and sending a reference signal of a DMRS port corresponding to the selected candidate E-PDCCH, characterised in that the determining a DMRS port required to be used by the one or more localized candidate E-PDCCHs comprises: determining a mapping relationship between enhanced control channel element eCCEs of all RB pair resources used for the E-PDCCH and the DMRS port, and then determining the DMRS port used by a localized candidate E-PDCCH at the aggregation level, where a DMRS port corresponding to the i th eCCE is 7 + (i + σ) mod P, and σ is an offset value specific to the UE, and P is the number of available DMRS ports. determining, in a subframe, a search space corresponding to a user equipment UE, wherein a plurality of localized candidate enhanced physical downlink control channels E-PDCCHs at a same aggregation level in the search space are mapped into a same resource block RB pair or a same group of adjacent RB pairs; determining a demodulation reference signal DMRS port required to be used by the plurality of localized candidate E-PDCCHs, wherein different DMRS ports correspond to different localized candidate E-PDCCHs; and selecting a candidate E-PDCCH from the search space to send control information, and sending a reference signal of a DMRS port corresponding to the selected candidate E-PDCCH, characterised in that the determining a DMRS port required to be used by the one or more localized candidate E-PDCCHs comprises: determining a mapping relationship between enhanced control channel element eCCEs of all RB pair resources used for the E-PDCCH and the DMRS port, and then determining the DMRS port used by a localized candidate E-PDCCH at the aggregation level, where a DMRS port corresponding to the i th eCCE is 7 + (i + σ) mod P, and σ is an offset value specific to the UE, and P is the number of available DMRS ports. determining a mapping relationship between enhanced control channel element eCCEs of all RB pair resources used for the E-PDCCH and the DMRS port, and then determining the DMRS port used by a localized candidate E-PDCCH at the aggregation level, where a DMRS port corresponding to the i th eCCE is 7 + (i + σ) mod P, and σ is an offset value specific to the UE, and P is the number of available DMRS ports.
Coupling arrangement for a track-guided vehicle, in particular rail vehicle, comprising a draw bar with a first end region for connecting to a wagon and a second end region situated opposite the first end region, a joint arrangement which is provided in the second end region of the draw bar and via which at least one first coupling device is mounted pivotably about a horizontal joint axis, the first coupling device comprising a coupling head of an automatic coupling, this coupling head being connected to the joint arrangement for conjoint drive, an actuating apparatus for pivoting the first coupling device of the automatic coupling into or out of a horizontal coupling plane, as required; characterized in that the actuating apparatus is fastened to the draw bar and comprises at least one drive device, which engages on the joint arrangement eccentrically with respect to the horizontal joint axis and is designed to pivot the first coupling device into or out of the horizontal coupling plane, as required, wherein at least one pivot lever is connected to the horizontal joint axis, in particular to a bolt defining the joint axis, for conjoint drive and the at least one drive device engages at least indirectly on the at least one pivot lever to form a drive-device/pivot-lever unit, and an individual drive device is in the form of a hydraulic or pneumatic linear motor, which is fastened to a support arranged on the draw bar. a draw bar with a first end region for connecting to a wagon and a second end region situated opposite the first end region, a joint arrangement which is provided in the second end region of the draw bar and via which at least one first coupling device is mounted pivotably about a horizontal joint axis, the first coupling device comprising a coupling head of an automatic coupling, this coupling head being connected to the joint arrangement for conjoint drive, an actuating apparatus for pivoting the first coupling device of the automatic coupling into or out of a horizontal coupling plane, as required; characterized in that the actuating apparatus is fastened to the draw bar and comprises at least one drive device, which engages on the joint arrangement eccentrically with respect to the horizontal joint axis and is designed to pivot the first coupling device into or out of the horizontal coupling plane, as required, wherein at least one pivot lever is connected to the horizontal joint axis, in particular to a bolt defining the joint axis, for conjoint drive and the at least one drive device engages at least indirectly on the at least one pivot lever to form a drive-device/pivot-lever unit, and an individual drive device is in the form of a hydraulic or pneumatic linear motor, which is fastened to a support arranged on the draw bar.
A method for supporting local access and voice communication by a base station in a wireless network, the method comprising the following steps performed by the base station: receiving a message for requesting a circuit switch, CS-based voice service from a user equipment, UE, wherein the UE having a local internet protocol, IP-based packet data network, PDN, connection; transmitting the message for requesting a CS-based voice service to a server managing mobility of the UE, with at least one of first information indicating whether suspending of a local IP-based PDN connection is supported by a local gateway connected to the base station and 3GPP Release information of the local gateway; receiving, from the server, a message including second information indicating that the local IP-based PDN connection is not deactivated but is suspended, if the server determines that suspending the local IP-based PDN connection is supported in the local gateway based on at least one of the first information and the 3GPP Release information; and transmitting, the UE, the message including the second information indicating that the local IP-based PDN connection is not deactivated but is suspended. receiving a message for requesting a circuit switch, CS-based voice service from a user equipment, UE, wherein the UE having a local internet protocol, IP-based packet data network, PDN, connection; transmitting the message for requesting a CS-based voice service to a server managing mobility of the UE, with at least one of first information indicating whether suspending of a local IP-based PDN connection is supported by a local gateway connected to the base station and 3GPP Release information of the local gateway; receiving, from the server, a message including second information indicating that the local IP-based PDN connection is not deactivated but is suspended, if the server determines that suspending the local IP-based PDN connection is supported in the local gateway based on at least one of the first information and the 3GPP Release information; and transmitting, the UE, the message including the second information indicating that the local IP-based PDN connection is not deactivated but is suspended.
A lubricating oil composition comprising base oil, oleylamide and one or more ether compounds, wherein the one or more ether compounds are compounds of formula I, wherein R1, R2 and R3 are each, independently, selected from alkyl groups having from 10 to 30 carbon atoms, unsaturated hydrocarbon groups having from 10 to 30 carbon atoms and hydrogen.
A heavy truck tire tread having a longitudinal direction (LgD), a lateral direction (LtD), a tread depth direction (TdD), a ground contact surface and a pair of opposing tread shoulders (3, 4) spaced apart along the lateral direction, said tread consisting in: - a shoulder zone (SZ, SZ') adjacent each tread shoulder of said pair of opposing tread shoulders, said shoulder zones consisting of blocks (5, 6), said blocks being adjacent to each other along the longitudinal direction and separated by lateral grooves (7, 8); and - a center zone defined between said shoulder zones, said center zone consisting in a longitudinal center rib; characterized in that the center zone is decoupled from both shoulder zones by at least one longitudinal sipe and wherein each lateral groove in a shoulder zone is directly connected to an opposite lateral groove in the opposite shoulder zone (SZ') by a lateral sipe of the center rib. - a shoulder zone (SZ, SZ') adjacent each tread shoulder of said pair of opposing tread shoulders, said shoulder zones consisting of blocks (5, 6), said blocks being adjacent to each other along the longitudinal direction and separated by lateral grooves (7, 8); and - a center zone defined between said shoulder zones, said center zone consisting in a longitudinal center rib;
Method for the detection, 3D reconstruction and tracking of a plurality of rigid objects (11, 13, 15, 16, 17; 19) moving relative to one another from a sequence of images from at least one camera, comprising the following steps: a) selecting images at specific recording times (= key cycles) from the sequence of images from the at least one camera, b) jointly optimizing all parameters of a model for describing the rigid objects (11, 13, 15, 16, 17; 19) by means of the images from the key cycles on the basis of sparsely selected pixels in the key cycles, wherein the model comprises parameters for describing the number, the 3D structure, the poses of the rigid objects (11, 13, 15, 16, 17; 19) in the key cycles, and an assignment of the selected pixels to the rigid objects (11, 13, 15, 16, 17; 19), by c) minimizing an error functional, wherein the error functional comprises a photometric error E photo, which is dependent on intensities of images from a plurality of key cycles, and a first a-priori energy term E comp, which is dependent on the number of rigid objects (11, 13, 15, 16, 17; 19), and d) outputting the number, 3D structure and trajectory of the rigid objects (11, 13, 15, 16, 17; 19) detected from the sequence of images. a) selecting images at specific recording times (= key cycles) from the sequence of images from the at least one camera, b) jointly optimizing all parameters of a model for describing the rigid objects (11, 13, 15, 16, 17; 19) by means of the images from the key cycles on the basis of sparsely selected pixels in the key cycles, wherein the model comprises parameters for describing the number, the 3D structure, the poses of the rigid objects (11, 13, 15, 16, 17; 19) in the key cycles, and an assignment of the selected pixels to the rigid objects (11, 13, 15, 16, 17; 19), by c) minimizing an error functional, wherein the error functional comprises a photometric error E photo, which is dependent on intensities of images from a plurality of key cycles, and a first a-priori energy term E comp, which is dependent on the number of rigid objects (11, 13, 15, 16, 17; 19), and d) outputting the number, 3D structure and trajectory of the rigid objects (11, 13, 15, 16, 17; 19) detected from the sequence of images.
An electrical element mounting package (A2, A4-A17) comprising: a substrate that is plate-like; at least one base that protrudes from a front surface of the substrate, wherein the front surface comprises a planar conductor and the base comprises a side conductor on a side surface of the base or a base-side via conductor inside the base, and the at least one base has an upper mounting surface on which an electrical element is to be mounted; an element terminal that is provided on the upper mounting surface of the at least one base; and a power supply terminal that is provided on the front surface of the substrate, wherein the substrate and the at least one base are made of ceramics integrally, the element terminal and the power supply terminal are electrically connected by means the side conductor, a substrate-side via conductor, a wiring conductor, and an element-side via conductor in this order, or via the base-side via conductor, a substrate-side via conductor, a wiring conductor, and an element-side via conductor in this order, and the substrate-side via conductor does not penetrate to a back surface of the substrate, but is connected to one end side of the wiring conductor that extends in a surface direction of the substrate inside the substrate. a substrate that is plate-like; at least one base that protrudes from a front surface of the substrate, wherein the front surface comprises a planar conductor and the base comprises a side conductor on a side surface of the base or a base-side via conductor inside the base, and the at least one base has an upper mounting surface on which an electrical element is to be mounted; an element terminal that is provided on the upper mounting surface of the at least one base; and a power supply terminal that is provided on the front surface of the substrate, wherein the substrate and the at least one base are made of ceramics integrally, the element terminal and the power supply terminal are electrically connected by means the side conductor, a substrate-side via conductor, a wiring conductor, and an element-side via conductor in this order, or via the base-side via conductor, a substrate-side via conductor, a wiring conductor, and an element-side via conductor in this order, and the substrate-side via conductor does not penetrate to a back surface of the substrate, but is connected to one end side of the wiring conductor that extends in a surface direction of the substrate inside the substrate.
A circuit comprising: an antenna port coupled to a first transistor, a second transistor, and a third transistor; a predriver; a voltage regulator configured to be coupled to the second transistor; and a clamp control configured to be coupled to the third transistor; characterized in that the predriver is configured to be coupled to the first transistor, the second transistor, and the third transistor; the circuit further comprising: a first switch configured to couple the predriver to the first transistor; a second switch configured to couple the predriver to the second transistor; a third switch configured to couple the predriver to the third transistor; a fourth switch configured to couple the regulator to the second transistor; a fifth switch configured to couple the clamp control to the third transistor; wherein during a first mode, the first switch, the second switch, and the third switch are configured to close while the fourth switch and the fifth switch are open; and during a second mode, the first switch, the second switch, and the third switch are configured to open while the fourth switch and the fifth switch are closed. an antenna port coupled to a first transistor, a second transistor, and a third transistor; a predriver; a voltage regulator configured to be coupled to the second transistor; and a clamp control configured to be coupled to the third transistor; characterized in that the predriver is configured to be coupled to the first transistor, the second transistor, and the third transistor; the circuit further comprising: a first switch configured to couple the predriver to the first transistor; a second switch configured to couple the predriver to the second transistor; a third switch configured to couple the predriver to the third transistor; a fourth switch configured to couple the regulator to the second transistor; a fifth switch configured to couple the clamp control to the third transistor; wherein during a first mode, the first switch, the second switch, and the third switch are configured to close while the fourth switch and the fifth switch are open; and during a second mode, the first switch, the second switch, and the third switch are configured to open while the fourth switch and the fifth switch are closed. a first switch configured to couple the predriver to the first transistor; a second switch configured to couple the predriver to the second transistor; a third switch configured to couple the predriver to the third transistor; a fourth switch configured to couple the regulator to the second transistor; a fifth switch configured to couple the clamp control to the third transistor; wherein during a first mode, the first switch, the second switch, and the third switch are configured to close while the fourth switch and the fifth switch are open; and during a second mode, the first switch, the second switch, and the third switch are configured to open while the fourth switch and the fifth switch are closed.
A sample analysis kit comprising: a. a sample receptacle including a plurality of receptacle wells, each receptacle well having a mouth for receiving liquid at one end and one or more apertures (24; 26) in its base, the sample receptacle further including a receptacle wall surrounding and extending above the plurality of receptacle wells; b. a sample container including one or more container wells each having a mouth dimensioned to mate with the base of a respective receptacle well; and c. a plunger assembly including one or more pistons, wherein each of the one or more pistons is dimensioned to locate snugly in and advance within a respective receptacle well so as to eject liquid within the receptacle well out of each aperture (24; 26). a. a sample receptacle including a plurality of receptacle wells, each receptacle well having a mouth for receiving liquid at one end and one or more apertures (24; 26) in its base, the sample receptacle further including a receptacle wall surrounding and extending above the plurality of receptacle wells; b. a sample container including one or more container wells each having a mouth dimensioned to mate with the base of a respective receptacle well; and c. a plunger assembly including one or more pistons, wherein each of the one or more pistons is dimensioned to locate snugly in and advance within a respective receptacle well so as to eject liquid within the receptacle well out of each aperture (24; 26).
An Ni-based alloy pipe for nuclear power, having a chemical composition consisting of, in mass percent: C: 0.015 to 0.030%, Si: 0.10 to 0.50%, Mn: 0.10 to 0.50%, P: 0.040% or less, S: 0.015% or less, Cu: 0.01 to 0.20%, Ni: 50.0 to 65.0%, Cr: 19.0 to 35.0%, Mo: 0 to 0.40%, Co: 0.040% or less, Al: 0.30% or less, N: 0.010 to 0.080%, Ti: 0.020 to 0.180%, Zr: 0.010% or less, Nb: 0.060% or less, the balance: Fe and impurities, and satisfying Formula (i) in relation to an average grain diameter, wherein a standard deviation of grain diameters is 20 μm or less, and a hardness of insides of grains is 180 HV or more; N − Ti × 14 / 48 × d 3 ≥ 4000 where meanings of symbols in the above formula are as follows, N: an N content in the alloy (mass%) Ti: a Ti content in the alloy (mass%) d: Average grain diameter (μm), and the average grain diameter, the standard deviation of grain diameters and the hardness of insides of grains are determined as described in the description. C: 0.015 to 0.030%, Si: 0.10 to 0.50%, Mn: 0.10 to 0.50%, P: 0.040% or less, S: 0.015% or less, Cu: 0.01 to 0.20%, Ni: 50.0 to 65.0%, Cr: 19.0 to 35.0%, Mo: 0 to 0.40%, Co: 0.040% or less, Al: 0.30% or less, N: 0.010 to 0.080%, Ti: 0.020 to 0.180%, Zr: 0.010% or less, Nb: 0.060% or less, the balance: Fe and impurities, and satisfying Formula (i) in relation to an average grain diameter, wherein a standard deviation of grain diameters is 20 μm or less, and a hardness of insides of grains is 180 HV or more; N − Ti × 14 / 48 × d 3 ≥ 4000 where meanings of symbols in the above formula are as follows, N: an N content in the alloy (mass%) Ti: a Ti content in the alloy (mass%) d: Average grain diameter (μm), and the average grain diameter, the standard deviation of grain diameters and the hardness of insides of grains are determined as described in the description.
A method for handling touch events at a multi-touch device (200, 210), comprising: displaying one or more views; executing a software element, the software element being associated with a first view of the one or more views; receiving a first touch at the first view; sending a first touch event describing the first touch to the software element associated with the first view, and while the first touch is ongoing, receiving a second touch at the first view; the method being characterised in that it further comprises: selectively sending a second touch event describing the second touch to the software element associated with the first view based on at least a value of a multi-touch flag associated with the first view, wherein the multi-touch flag indicates whether or not the first view is capable of receiving multiple simultaneous touches. displaying one or more views; executing a software element, the software element being associated with a first view of the one or more views; receiving a first touch at the first view; sending a first touch event describing the first touch to the software element associated with the first view, and while the first touch is ongoing, receiving a second touch at the first view; the method being characterised in that it further comprises: selectively sending a second touch event describing the second touch to the software element associated with the first view based on at least a value of a multi-touch flag associated with the first view, wherein the multi-touch flag indicates whether or not the first view is capable of receiving multiple simultaneous touches. selectively sending a second touch event describing the second touch to the software element associated with the first view based on at least a value of a multi-touch flag associated with the first view, wherein the multi-touch flag indicates whether or not the first view is capable of receiving multiple simultaneous touches.
A method of using multiple read area zones to generate more accurate item-level data, the method comprising detecting one or more items having attached or affixed thereto one or more tags or labels comprising one or more digital triggers using a local area read device comprising a first read area and a second read area, wherein the first or second read area comprises one or more short range antenna and the other read area comprises one or more long range antenna.