mhurhangee/ep-ind-claims huggingface dataset:
A printing plate precursor, which is a positive type planographic printing plate precursor, comprising: (i) a support which has a hydrophilic surface and, on the support, (ii) an image recording layer comprising: - a polymer compound 1 comprising at least one bond selected from a urea bond, a urethane bond, and a carbonate bond in a main chain and comprising a sulfonamide group in the main chain; - a polymer compound 2-2 comprising a constitutional unit of Formula EV-1 and a constitutional unit of Formula EV-2: wherein L is a divalent linking group, X is 0 or 1, R 1 is an aromatic or heteroaromatic ring containing at least one hydroxy group, and R 2 and R 3 each independently are H, halogen, an optionally substituted aromatic or heteroaromatic ring, or an optionally substituted linear, branched or cyclic alkyl or alkenyl group; and - an infrared absorbent. (i) a support which has a hydrophilic surface and, on the support, (ii) an image recording layer comprising: - a polymer compound 1 comprising at least one bond selected from a urea bond, a urethane bond, and a carbonate bond in a main chain and comprising a sulfonamide group in the main chain; - a polymer compound 2-2 comprising a constitutional unit of Formula EV-1 and a constitutional unit of Formula EV-2: wherein L is a divalent linking group, X is 0 or 1, R 1 is an aromatic or heteroaromatic ring containing at least one hydroxy group, and R 2 and R 3 each independently are H, halogen, an optionally substituted aromatic or heteroaromatic ring, or an optionally substituted linear, branched or cyclic alkyl or alkenyl group; and - an infrared absorbent. - a polymer compound 1 comprising at least one bond selected from a urea bond, a urethane bond, and a carbonate bond in a main chain and comprising a sulfonamide group in the main chain; - a polymer compound 2-2 comprising a constitutional unit of Formula EV-1 and a constitutional unit of Formula EV-2: wherein L is a divalent linking group, X is 0 or 1, R 1 is an aromatic or heteroaromatic ring containing at least one hydroxy group, and R 2 and R 3 each independently are H, halogen, an optionally substituted aromatic or heteroaromatic ring, or an optionally substituted linear, branched or cyclic alkyl or alkenyl group; and - an infrared absorbent.
A method of measuring a topography of an optical tissue surface of an eye, the method comprising: combining measured elevations of the surface with a priori information of the surface to provide an estimate of mean and covariance of post-measurement orthogonal polynomial sequence amplitudes associated with the surface, the a priori information comprising an estimate of mean and covariance of pre-measurement orthogonal polynomial sequence amplitudes associated with the surface; determining a variance of elevation of the surface from the estimate of mean and covariance of post-measurement amplitudes associated with the surface, the variance representing a measure of measurement quality; and constructing the topography from the estimate of mean and covariance of post- measurement amplitudes based on a comparison of the variance of elevation of the surface with a pre-determined threshold. combining measured elevations of the surface with a priori information of the surface to provide an estimate of mean and covariance of post-measurement orthogonal polynomial sequence amplitudes associated with the surface, the a priori information comprising an estimate of mean and covariance of pre-measurement orthogonal polynomial sequence amplitudes associated with the surface; determining a variance of elevation of the surface from the estimate of mean and covariance of post-measurement amplitudes associated with the surface, the variance representing a measure of measurement quality; and constructing the topography from the estimate of mean and covariance of post- measurement amplitudes based on a comparison of the variance of elevation of the surface with a pre-determined threshold.
A reflective polarizer, comprising: at least one first repetitively laminated structure comprising a first refractive index layer and a second refractive index layer, which are formed of a first and second material, respectively, having different refractive indices and which are repetitively disposed on one another; and a second repetitively laminated structure comprising a third refractive index layer and a fourth refractive index layer, which are formed of said first and second material, respectively, and which are repetitively disposed on one another, wherein one of the at least one first repetitively laminated structures is disposed at a first side of the polarizer and the second repetitively laminated structure is disposed at a second side of the polarizer, and wherein a thickness ratio of the first and second refractive index layers of the at least one first repetitively laminated structure differs from a thickness ratio of the third and fourth refractive index layers of the second repetitively laminated structure; characterized in that in the first repetitively laminated structure, the second refractive index layer is thicker than the first refractive index layer; and in the second repetitively laminated structure, the fourth refractive index layer and the third refractive index layer have the same thickness, wherein the second repetitive laminated structure is arranged to compensate for the out-of-plane retardation Rth provided by the at least one first repetitively laminated structure. at least one first repetitively laminated structure comprising a first refractive index layer and a second refractive index layer, which are formed of a first and second material, respectively, having different refractive indices and which are repetitively disposed on one another; and a second repetitively laminated structure comprising a third refractive index layer and a fourth refractive index layer, which are formed of said first and second material, respectively, and which are repetitively disposed on one another, wherein one of the at least one first repetitively laminated structures is disposed at a first side of the polarizer and the second repetitively laminated structure is disposed at a second side of the polarizer, and wherein a thickness ratio of the first and second refractive index layers of the at least one first repetitively laminated structure differs from a thickness ratio of the third and fourth refractive index layers of the second repetitively laminated structure; in the first repetitively laminated structure, the second refractive index layer is thicker than the first refractive index layer; and in the second repetitively laminated structure, the fourth refractive index layer and the third refractive index layer have the same thickness, wherein the second repetitive laminated structure is arranged to compensate for the out-of-plane retardation Rth provided by the at least one first repetitively laminated structure.
A wireless transmit/receive unit, WTRU, comprising: a multiple input multiple output, MIMO, orthogonal divisional multiple access, OFDM, receiver; at least one processor, coupled to the MIMO-OFDM receiver, configured to receive MIMO OFDM signals; wherein each MIMO-OFDM signal includes a plurality of subcarriers (302 i, 304 i); characterized in that the at least one processor is configured to measure and compare a quality measurement for each of a plurality of groups (306 i, 308 i) of the subcarriers on each MIMO-OFDM signal; wherein the at least one processor is configured to determine (202, 204) a first channel quality value, QoS t, that corresponds to a reference data rate; wherein the at least one processor is configured to determine (208, 210, 212, 214) for each of the plurality of groups of the subcarriers on each MIMO-OFDM signal, an n-bit indication, n = 1 or 2, of the comparison between the first channel quality value and the quality measurement of that group, QoS m, wherein the comparison for the j th data frame in the i th subcarrier group, ΔQoS mt(i,j), is calculated according to the equation ΔQoS mt(i,j) = QoS m(i,j) -QoS t(i,j); wherein the at least one processor is further configured to generate and transmit (210a, 212a, 214a, 216) a channel quality indicator, CQI, that includes the determined n-bit indications, which informs the transmitting transmitter to disable, adjust, or maintain the data transmission rates of particular groups of subcarriers. a multiple input multiple output, MIMO, orthogonal divisional multiple access, OFDM, receiver; at least one processor, coupled to the MIMO-OFDM receiver, configured to receive MIMO OFDM signals; wherein each MIMO-OFDM signal includes a plurality of subcarriers (302 i, 304 i); characterized in that the at least one processor is configured to measure and compare a quality measurement for each of a plurality of groups (306 i, 308 i) of the subcarriers on each MIMO-OFDM signal; wherein the at least one processor is configured to determine (202, 204) a first channel quality value, QoS t, that corresponds to a reference data rate; wherein the at least one processor is configured to determine (208, 210, 212, 214) for each of the plurality of groups of the subcarriers on each MIMO-OFDM signal, an n-bit indication, n = 1 or 2, of the comparison between the first channel quality value and the quality measurement of that group, QoS m, wherein the comparison for the j th data frame in the i th subcarrier group, ΔQoS mt(i,j), is calculated according to the equation ΔQoS mt(i,j) = QoS m(i,j) -QoS t(i,j); wherein the at least one processor is further configured to generate and transmit (210a, 212a, 214a, 216) a channel quality indicator, CQI, that includes the determined n-bit indications, which informs the transmitting transmitter to disable, adjust, or maintain the data transmission rates of particular groups of subcarriers.
A foaming composition with wettability-modifying and corrosion inhibitory properties for high temperature and ultra-high salinity, characterized in that as active component it contains supramolecular complexes resulting from the interaction of alkyl amido propyl hydroxysultaines or alkyl hydroxysultaines with sodium alkyl hydroxysulfonates and sodium alkenyl sulfonates.
A base station apparatus for receiving a signal transmitted from a user apparatus in a radio communication system where transmit diversity is applied in uplinks wherein a subframe is formed by arranging multiple blocks in a time direction, the base station apparatus comprising: a receiving unit configured to receive a sounding reference signal and a shared data channel from a user apparatus, wherein antennas are switched to transmit the sounding reference signal assigned to one of multiple blocks forming a subframe, and wherein the antennas are switched to transmit the shared data channel assigned to a block different from the block to which the sounding reference signal is assigned; and a processing unit configured to process the sounding reference signal and the shared data channel received at the receiving unit, characterized in that: that the base station apparatus is further configured to indicate a switch pitch to the user apparatus enabling the user apparatus to continuously and alternately switch the antennas to transmit the sounding reference signal in accordance with the switch pitch regardless of the antenna selected to transmit the shared data channel. a receiving unit configured to receive a sounding reference signal and a shared data channel from a user apparatus, wherein antennas are switched to transmit the sounding reference signal assigned to one of multiple blocks forming a subframe, and wherein the antennas are switched to transmit the shared data channel assigned to a block different from the block to which the sounding reference signal is assigned; and a processing unit configured to process the sounding reference signal and the shared data channel received at the receiving unit, that the base station apparatus is further configured to indicate a switch pitch to the user apparatus enabling the user apparatus to continuously and alternately switch the antennas to transmit the sounding reference signal in accordance with the switch pitch regardless of the antenna selected to transmit the shared data channel.
An ultrasonic actuator that emits an ultrasonic wave, comprising: an ultrasonic element generating an ultrasonic wave; and a sonotrode propagating the ultrasonic wave generated from the ultrasonic element, wherein the sonotrode includes: an irradiation surface arranged between an outer surface and an inner surface of the sonotrode and outputting the ultrasonic wave; an opening, defining the inner surface of the sonotrode, wherein the irradiation surface is inclined to a side of the ultrasonic element and toward a center of the opening; characterized in that the sonotrode comprises by a groove having a curved surface and formed inside the opening, which reduces a difference of a creepage distance between the outer surface and the inner surface of the sonotrode to have a substantially same creepage distance until the ultrasonic wave generated from the ultrasonic element reaches the irradiation surface, wherein the creepage distance is a propagation distance of the ultrasonic wave in a direction of a sound axis along the outer surface or the inner surface of the sonotrode. an ultrasonic element generating an ultrasonic wave; and a sonotrode propagating the ultrasonic wave generated from the ultrasonic element, wherein the sonotrode includes: an irradiation surface arranged between an outer surface and an inner surface of the sonotrode and outputting the ultrasonic wave; an opening, defining the inner surface of the sonotrode, wherein the irradiation surface is inclined to a side of the ultrasonic element and toward a center of the opening; characterized in that the sonotrode comprises by a groove having a curved surface and formed inside the opening, which reduces a difference of a creepage distance between the outer surface and the inner surface of the sonotrode to have a substantially same creepage distance until the ultrasonic wave generated from the ultrasonic element reaches the irradiation surface, wherein the creepage distance is a propagation distance of the ultrasonic wave in a direction of a sound axis along the outer surface or the inner surface of the sonotrode. an irradiation surface arranged between an outer surface and an inner surface of the sonotrode and outputting the ultrasonic wave; an opening, defining the inner surface of the sonotrode, wherein the irradiation surface is inclined to a side of the ultrasonic element and toward a center of the opening; characterized in that the sonotrode comprises by a groove having a curved surface and formed inside the opening, which reduces a difference of a creepage distance between the outer surface and the inner surface of the sonotrode to have a substantially same creepage distance until the ultrasonic wave generated from the ultrasonic element reaches the irradiation surface, wherein the creepage distance is a propagation distance of the ultrasonic wave in a direction of a sound axis along the outer surface or the inner surface of the sonotrode.
Cooling device for at least one component mounted on a printed circuit board, - comprising at least one heat conducting element, - comprising a plastic heat conducting element frame (6; 13; 14; 15; 17) comprising at least one heat conducting element receptacle, - wherein the at least one heat conducting element is arranged in the at least one heat conducting element receptacle, - comprising a printed circuit board heat conduction layer, which covers the heat conducting element frame (6; 13; 14; 15; 17), when the cooling device is mounted, towards the printed circuit board and which has a direct heat conductive link with the heat conducting element, - wherein the cooling device is designed such that after insertion of the at least one heat conducting element into the respective heat conducting element receptacle, the printed circuit board heat conduction layer is applied onto the heat conducting element receptacle. - comprising at least one heat conducting element, - comprising a plastic heat conducting element frame (6; 13; 14; 15; 17) comprising at least one heat conducting element receptacle, - wherein the at least one heat conducting element is arranged in the at least one heat conducting element receptacle, - comprising a printed circuit board heat conduction layer, which covers the heat conducting element frame (6; 13; 14; 15; 17), when the cooling device is mounted, towards the printed circuit board and which has a direct heat conductive link with the heat conducting element, - wherein the cooling device is designed such that after insertion of the at least one heat conducting element into the respective heat conducting element receptacle, the printed circuit board heat conduction layer is applied onto the heat conducting element receptacle.
A medical device lead connection assembly comprising; an end connector element comprising a plurality of fixed connection element tabs extending from the end connector element to a tab distal end; a lead body comprising a plurality of lead filars extending through the lead body, each of the plurality of lead filars are coupled to a corresponding fixed connection tab; a tubular guide hub (200, 201) extending from a hub proximal end to a hub distal end, the tubular guide hub (200, 201) comprising a plurality of guide elements (221, 222) circumferentially disposed about an outer surface of the guide hub (200, 201), the hub distal end disposed within the lead body and the hub proximal end received within the end connector element, and selected guide elements (200, 201) contact selected lead filars. an end connector element comprising a plurality of fixed connection element tabs extending from the end connector element to a tab distal end; a lead body comprising a plurality of lead filars extending through the lead body, each of the plurality of lead filars are coupled to a corresponding fixed connection tab; a tubular guide hub (200, 201) extending from a hub proximal end to a hub distal end, the tubular guide hub (200, 201) comprising a plurality of guide elements (221, 222) circumferentially disposed about an outer surface of the guide hub (200, 201), the hub distal end disposed within the lead body and the hub proximal end received within the end connector element, and selected guide elements (200, 201) contact selected lead filars.
A resin composition comprising epoxy compounds and a curing agent selected from 1,3,5-tris(4-aminophenyl)benzene and 1,3,5-tris(4-hydroxyphenyl)benzene, wherein, the content of 1,3,5-triphenylbenzene which is the main skeleton of said curing agent, is 15 mass% or more and 50 mass% or less of the total organic substances in said resin composition.
Method for producing pellets from a melt material, wherein the melt material emerges from nozzles in a perforated plate and is then granulated, a motor-driven cutter arrangement having at least one blade is located opposite the perforated plate so that the at least one blade passes over the nozzles in the perforated plate and in so doing cuts pellets of the emerging melt material, wherein a cutting chamber is provided in a housing, which chamber adjoins the perforated plate and encloses at least the at least one blade of the cutter arrangement, and through which chamber flows a gaseous coolant, so that in the process the pellets of the melt material are solidified in the coolant, which is introduced into the cutting chamber from an inlet apparatus, and the gaseous coolant is cooled through adiabatic expansion by means of a throttling device, characterized in that the adiabatic expansion is accomplished when the coolant enters the cutting chamber by means of the inlet apparatus that forms the throttling device, which is implemented as an inlet nozzle arrangement in the form of an annular slot nozzle that has an adjustable slot width, or the adiabatic expansion is accomplished before the coolant enters the cutting chamber by means of the inlet apparatus, which is implemented as an inlet chamber, ahead of which is a needle valve with an adjustable nozzle opening that forms the throttling device and is provided upstream of an inlet opening for the coolant in the inlet chamber.
An electronic device for providing a signal to at least one projector, comprising a processor operative to obtain a lookup table from a storage means, said lookup table comprising a mapping between positions in a main image displayed or to be displayed on a display and positions in a surround image that is to be projected at least partly by said at least one projector around said display, to determine said surround image from said main image in real time, based on pixel values of said main image and corresponding positions in said main image and in said surround image as specified in the mapping, and to provide said signal derived from said surround image to said at least one projector for causing said at least one projector to project at least part of said surround image around said display. to obtain a lookup table from a storage means, said lookup table comprising a mapping between positions in a main image displayed or to be displayed on a display and positions in a surround image that is to be projected at least partly by said at least one projector around said display, to determine said surround image from said main image in real time, based on pixel values of said main image and corresponding positions in said main image and in said surround image as specified in the mapping, and to provide said signal derived from said surround image to said at least one projector for causing said at least one projector to project at least part of said surround image around said display.
A laundry lifting device for a washing machine, including: a lifting shell, internally provided with a cavity, wherein the laundry lifting device is installed on a drainage outlet of an inner wall of an inner drum; a centrifugal drainage mechanism, installed in the lifting shell, wherein an initial state of the centrifugal drainage mechanism is a closed state, and the centrifugal drainage mechanism is operated for drainage under a centrifugal force, wherein the centrifugal drainage mechanism includes a centrifugal component and a valve plug component connected with the centrifugal component; the centrifugal component includes a counterweight part being capable of moving under a centrifugal force, and the movement of the counterweight part drives the valve plug component to operate, characterized in that the laundry lifting device further comprises: a filtration cavity within the cavity of the lifting shell, wherein an opening is arranged in the filtration cavity, such that the drainage water flow can flow into the drainage outlet via the opening and an independently enclosed installation cavity, being separated in the cavity of the lifting shell, and the centrifugal drainage mechanism being installed in the installation cavity. a lifting shell, internally provided with a cavity, wherein the laundry lifting device is installed on a drainage outlet of an inner wall of an inner drum; a centrifugal drainage mechanism, installed in the lifting shell, wherein an initial state of the centrifugal drainage mechanism is a closed state, and the centrifugal drainage mechanism is operated for drainage under a centrifugal force, wherein the centrifugal drainage mechanism includes a centrifugal component and a valve plug component connected with the centrifugal component; the centrifugal component includes a counterweight part being capable of moving under a centrifugal force, and the movement of the counterweight part drives the valve plug component to operate, characterized in that the laundry lifting device further comprises: a filtration cavity within the cavity of the lifting shell, wherein an opening is arranged in the filtration cavity, such that the drainage water flow can flow into the drainage outlet via the opening and an independently enclosed installation cavity, being separated in the cavity of the lifting shell, and the centrifugal drainage mechanism being installed in the installation cavity.