mhurhangee/ep-ind-claims huggingface dataset:
Compressor module (47, 49) for a turbomachine, comprising: - a substantially axisymmetric central hub; - an external ring, coaxial with the central hub; - an annular row of arms extending from the central hub to the external ring and defining inter-arm spaces between two circumferentially adjacent arms (46, 48); and - an annular row of stator blades (37, 39, 45) extending from the central hub to the external ring and at least partially disposed in the inter-arm spaces, the stator blades (37, 39, 45) being adjustable around a respective axis for each blade, the compressor module being characterized in that each arm (46, 48) has an upstream portion, fixed, and a downstream flap pivotable around a respective axis for each flap. - a substantially axisymmetric central hub; - an external ring, coaxial with the central hub; - an annular row of arms extending from the central hub to the external ring and defining inter-arm spaces between two circumferentially adjacent arms (46, 48); and - an annular row of stator blades (37, 39, 45) extending from the central hub to the external ring and at least partially disposed in the inter-arm spaces, the stator blades (37, 39, 45) being adjustable around a respective axis for each blade, the compressor module being characterized in that each arm (46, 48) has an upstream portion, fixed, and a downstream flap pivotable around a respective axis for each flap.
A method for transmitting broadcast signals, the method comprising; encoding first Physical Layer Pipe, PLP data for forward Error correction; encoding second PLP data for forward Error correction; Multi-input Single-Output MISO, processing the first encoded PLP data; Multi-input Multi-Output, MIMO, processing the second encoded PLP data, wherein the MIMO processing includes a power imbalance processing by using a MIMO matrix to control a power imbalance, wherein the MIMO matrix includes a first parameter α, a second parameter β, wherein the MIMO matrix is expressed as 2 1 0 0 e j ⁢ φ k ⁢ β 0 0 1 - β ⁢ cos θ sin θ sin θ - cos θ ⁢ α 0 0 1 - α ⁢ s 1 s 2, φ k = 2 ⁢ π N ⁢ k, k = 0,..., N - 1, N = 9; building at least two signal frames by mapping the MISO processed first PLP data and the MIMO processed second PLP data; and modulating data in the at least two signal frames by an Orthogonal Frequency Division Multiplexing, OFDM, method and transmitting at least two broadcast signals having the modulated data by at least two transmission antennas, wherein the modulating includes inserting pilots in the at least two signal frames and wherein amplitudes of the pilots are power imbalance processed by using the second parameter β.
An information recognition processing apparatus comprising: a storage unit (10, 11) configured to store statistical information such as time and date-dependent information recognition processing results and/or print office-dependent information recognition processing results indicating results of identification information recognition processing in which an image of a first object to be read is read to acquire a plurality of first read images of different image brightness levels, and recognition of identification information included in the first read image of each brightness level is performed; an image reading unit configured to read an image of a second object and a recognition unit configured to receive the read image from the image reading unit for generating second images of different image brightness levels and configured to preferentially execute a recognition process of identification information included in the second read image of a predetermined brightness level of the plurality of second read images of the different image brightness levels, based on the statistical information. a storage unit (10, 11) configured to store statistical information such as time and date-dependent information recognition processing results and/or print office-dependent information recognition processing results indicating results of identification information recognition processing in which an image of a first object to be read is read to acquire a plurality of first read images of different image brightness levels, and recognition of identification information included in the first read image of each brightness level is performed; an image reading unit configured to read an image of a second object and a recognition unit configured to receive the read image from the image reading unit for generating second images of different image brightness levels and configured to preferentially execute a recognition process of identification information included in the second read image of a predetermined brightness level of the plurality of second read images of the different image brightness levels, based on the statistical information.
Method for transmitting an identification (NAC2, #2) of a network node unit, in which a transmission path lies between a reference network node unit and a partner network node unit of a data transmission network, in which, via the transmission path, at least one signaling message is transmitted from the reference network node unit to the partner network node unit, signaling message which is used for the connection control for the transmission of useful data between two terminals (TlnA, TlnB) of the data transmission network, in which a message element is automatically inserted into the signaling message, message element by means of which the transmission of an identification is requested, identification which identifies the partner network node unit or a component of the partner network node unit, and in which the identification is transmitted from the partner network node unit to the reference network node unit by means of a back signaling message, characterized in that the identification is a connection identification, by means of which a request for the transmission of at least one additional identification (#2) is made automatically from the reference network node unit to the partner network node unit, additional identification which identifies the partner network node unit or a component of the partner network node unit, and in that the additional identification (#2) is transmitted from the partner network node unit to the reference network node unit.
An endoscope comprising: an elongated insertion section having a substantially circular cross section and a longitudinal axis, and configured to be inserted into a lumen of a subject's body from the distal end side thereof; a tip forming portion which forms a distal end portion of the insertion section; a bending section which is formed on the insertion section and is bent to move the tip forming portion in a bending direction; a slope portion formed on the bending-direction side of the tip forming portion, the slope portion being located so that the tip forming portion is tapered from the rear end side toward the distal end side and configured to abut against an inner wall of the lumen; and a protrusion formed on the tip forming portion and provided with a distal end face located on the opposite side of the longitudinal axis from the given direction, wherein the distal end face is substantially in the shape of an ellipse having its minor axis in the bending direction and its major axis in a direction perpendicular to the bending direction, characterized in that an outer peripheral surface of the tip forming portion, which extends from the distal end face to a proximal end portion of the tip forming portion, is a smooth continuous curved surface with a cross section changing from substantially elliptical to substantially circular, wherein a central part of the slope portion is curved and depressed. an elongated insertion section having a substantially circular cross section and a longitudinal axis, and configured to be inserted into a lumen of a subject's body from the distal end side thereof; a tip forming portion which forms a distal end portion of the insertion section; a bending section which is formed on the insertion section and is bent to move the tip forming portion in a bending direction; a slope portion formed on the bending-direction side of the tip forming portion, the slope portion being located so that the tip forming portion is tapered from the rear end side toward the distal end side and configured to abut against an inner wall of the lumen; and a protrusion formed on the tip forming portion and provided with a distal end face located on the opposite side of the longitudinal axis from the given direction, wherein the distal end face is substantially in the shape of an ellipse having its minor axis in the bending direction and its major axis in a direction perpendicular to the bending direction, characterized in that an outer peripheral surface of the tip forming portion, which extends from the distal end face to a proximal end portion of the tip forming portion, is a smooth continuous curved surface with a cross section changing from substantially elliptical to substantially circular, wherein a central part of the slope portion is curved and depressed.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive an indication to transmit a phase noise reference signal; receive scheduling information that includes an indication of a set of uplink resources and an indication of a modulation coding scheme; determine a phase noise reference signal density, wherein the phase noise reference signal density is determined based on the indicated modulation coding scheme; determine a first subset of the set of uplink resources and a second subset of the set of uplink resources; and send an uplink transmission using the first subset of the set of uplink resources and the second subset of the set of uplink resources, wherein the first subset of the set of uplink resources is used for the phase noise reference signal, and wherein the second subset of the set of uplink resources is used for data associated with the uplink transmission. receive an indication to transmit a phase noise reference signal; receive scheduling information that includes an indication of a set of uplink resources and an indication of a modulation coding scheme; determine a phase noise reference signal density, wherein the phase noise reference signal density is determined based on the indicated modulation coding scheme; determine a first subset of the set of uplink resources and a second subset of the set of uplink resources; and send an uplink transmission using the first subset of the set of uplink resources and the second subset of the set of uplink resources, wherein the first subset of the set of uplink resources is used for the phase noise reference signal, and wherein the second subset of the set of uplink resources is used for data associated with the uplink transmission.
A method for transmitting a signal, wherein the method comprises: determining, by a terminal device, a plurality of Sounding Reference Signal, SRS, resource groups based on a Sounding Reference Signal Resource Indicator, SRI, in scheduling information, wherein the scheduling information is used for scheduling a plurality of Physical Uplink Shared Channels, PUSCH, and the plurality of SRS resource groups are corresponding to the plurality of PUSCHs; determining, by the terminal device, transmission parameters of the plurality of PUSCHs based on the plurality of SRS resource groups; and receiving, by the terminal device, configuration information, wherein the configuration information is used for indicating a plurality of SRS resource sets, and the plurality of SRS resource groups belong to different SRS resource sets in the plurality of SRS resource sets, wherein the SRI comprises a plurality of index groups, and each index group in the plurality of index groups comprises indexes of SRS resources in one SRS resource group of the plurality of SRS resource groups in an SRS resource set to which said SRS resource belongs, and determining, by the terminal device, the plurality of SRS resource groups based on the SRI, comprises: determining, by the terminal device, the plurality of SRS resource groups from the at least one SRS resource set based on the plurality of index groups which are comprised in the SRI. determining, by a terminal device, a plurality of Sounding Reference Signal, SRS, resource groups based on a Sounding Reference Signal Resource Indicator, SRI, in scheduling information, wherein the scheduling information is used for scheduling a plurality of Physical Uplink Shared Channels, PUSCH, and the plurality of SRS resource groups are corresponding to the plurality of PUSCHs; determining, by the terminal device, transmission parameters of the plurality of PUSCHs based on the plurality of SRS resource groups; and receiving, by the terminal device, configuration information, wherein the configuration information is used for indicating a plurality of SRS resource sets, and the plurality of SRS resource groups belong to different SRS resource sets in the plurality of SRS resource sets, wherein the SRI comprises a plurality of index groups, and each index group in the plurality of index groups comprises indexes of SRS resources in one SRS resource group of the plurality of SRS resource groups in an SRS resource set to which said SRS resource belongs, and determining, by the terminal device, the plurality of SRS resource groups based on the SRI, comprises: determining, by the terminal device, the plurality of SRS resource groups from the at least one SRS resource set based on the plurality of index groups which are comprised in the SRI.
A method of managing a non-volatile random-access memory, NVRAM, using an NVRAM monitor, the method comprising: the NVRAM accessing a stored file from a non-volatile memory via the NVRAM monitor and saving a copy of the file in a memory of the NVRAM, the NVRAM monitor retaining a copy of the file in a memory of the NVRAM monitor; the NVRAM receiving a write request to modify the file and updating the copy of the file in the memory of the NVRAM based on the write request received by the NVRAM; the NVRAM sending a copy of the updated file to the NVRAM monitor and the NVRAM monitor saving a copy of the updated file in the memory of the NVRAM monitor; and the NVRAM monitor saving the updated file in the non-volatile memory. the NVRAM accessing a stored file from a non-volatile memory via the NVRAM monitor and saving a copy of the file in a memory of the NVRAM, the NVRAM monitor retaining a copy of the file in a memory of the NVRAM monitor; the NVRAM receiving a write request to modify the file and updating the copy of the file in the memory of the NVRAM based on the write request received by the NVRAM; the NVRAM sending a copy of the updated file to the NVRAM monitor and the NVRAM monitor saving a copy of the updated file in the memory of the NVRAM monitor; and the NVRAM monitor saving the updated file in the non-volatile memory.
A process for separating polyunsaturated fatty acids (PUFAs) from long chain saturated and/or monounsaturated fatty acids (LCFAs) in a lipid composition, wherein said PUFAs and LCFAs are present as free fatty acids or monoalkyl esters, by exchange of at least a portion of said LCFAs with medium chain fatty acids (MCFAs), said process comprising: (a) mixing with said lipid composition said MCFAs in the form of triglycerides, (b) contacting the obtained mixture with a lipase, under conditions wherein said lipase catalyses transesterification, and allowing the catalytic reaction to proceed, (c) separating the product triglyceride fraction from the product free fatty acid or monoalkyl ester fraction, retaining the monoalkyl ester or free fatty acid fraction portion comprising PUFAs. (a) mixing with said lipid composition said MCFAs in the form of triglycerides, (b) contacting the obtained mixture with a lipase, under conditions wherein said lipase catalyses transesterification, and allowing the catalytic reaction to proceed, (c) separating the product triglyceride fraction from the product free fatty acid or monoalkyl ester fraction, retaining the monoalkyl ester or free fatty acid fraction portion comprising PUFAs.
Circuit arrangement for actuating an electromagnetic driving system for switching a mechanical system of a battery circuit breaker, with an electromagnetic driving system, a control voltage source for generating a control voltage (U B), a power stage, an operating stage for operating the electromagnetic driving system for switching the mechanical system during a switching operation, wherein the operating stage comprises a driving circuit for operating the power stage, and a control circuit for controlling the operating circuit, wherein the control circuit is configured to detect a first characteristic value indicating a temperature (θ c) of the electromagnetic driving system and/or an ambient temperature (θ a), as well as a second characteristic value indicating the control voltage (U B) and to define at least one operating parameter for operating the electromagnetic driving system using the first characteristic value and the second characteristic value, wherein the operating parameter is a duty cycle (Δt n) for operating the electromagnetic driving system, wherein the power stage comprises an output rectifier. with an electromagnetic driving system, a control voltage source for generating a control voltage (U B), a power stage, an operating stage for operating the electromagnetic driving system for switching the mechanical system during a switching operation, wherein the operating stage comprises a driving circuit for operating the power stage, and a control circuit for controlling the operating circuit, wherein the control circuit is configured to detect a first characteristic value indicating a temperature (θ c) of the electromagnetic driving system and/or an ambient temperature (θ a), as well as a second characteristic value indicating the control voltage (U B) and to define at least one operating parameter for operating the electromagnetic driving system using the first characteristic value and the second characteristic value, wherein the operating parameter is a duty cycle (Δt n) for operating the electromagnetic driving system, wherein the power stage comprises an output rectifier.
Air conditioning equipment comprising: a fan that sucks air through an air inlet of a housing and blows sucked air into the housing; a heat exchanger that exchanges heat between a refrigerant of a refrigeration cycle and air blown from the fan; an air duct that links the air inlet of the housing and an air outlet of the housing; and a plurality of small holes that blows part of air from the air outlet as a jet to the air duct, or sucks part of air from the air outlet as a jet to the air duct according to a pressure difference between a blow side of the fan and a suction side of the fan, characterized in that: the blow side and the suction side of the fan are separated by a solid wall, the plurality of small holes is provided on the solid wall, the air conditioning equipment is a ceiling cassette type air conditioner, and the plurality of small holes is provided on a decorative panel. a fan that sucks air through an air inlet of a housing and blows sucked air into the housing; a heat exchanger that exchanges heat between a refrigerant of a refrigeration cycle and air blown from the fan; an air duct that links the air inlet of the housing and an air outlet of the housing; and a plurality of small holes that blows part of air from the air outlet as a jet to the air duct, or sucks part of air from the air outlet as a jet to the air duct according to a pressure difference between a blow side of the fan and a suction side of the fan, characterized in that: the blow side and the suction side of the fan are separated by a solid wall, the plurality of small holes is provided on the solid wall, the air conditioning equipment is a ceiling cassette type air conditioner, and the plurality of small holes is provided on a decorative panel. the blow side and the suction side of the fan are separated by a solid wall, the plurality of small holes is provided on the solid wall, the air conditioning equipment is a ceiling cassette type air conditioner, and the plurality of small holes is provided on a decorative panel.
A flexible area element with integrated sensing wires and an associated evaluation unit, which are designed to detect incisions in the flexible area element, characterised in that the evaluation unit as well as a self-sufficient energy supply and a radio transmitter are fixed to the flexible area element by means of adhesive or welded connections, wherein the self-sufficient energy supply and the radio transmitter are connected to the evaluation unit, wherein signals generated in the evaluation unit can be transmitted to a radio receiver of an external unit by means of the radio transmitter.
A method for determining the shape of the bevel of an ophthalmic lens so as to have the ophthalmic lens fit a given spectacle frame, the method comprising the steps of: • providing the three-dimensional (xi, yi, zi) internal profile of the groove of at least a rim of the spectacle frame expressed in the principal axes (Xf, Yf, Zf) of the spectacle frame and the length Pf of the periphery of the groove of the rim, • providing the blocking point of the ophthalmic lens and the horizontal direction Xl of the ophthalmic lens, • aligning the normal Zl to the surface of the ophthalmic lens at the blocking point with the Zf axe of the rim, • aligning the horizontal direction Xl of the ophthalmic lens with the Xf axe of the rim, characterized in that the method further comprises the steps of: • projecting the three-dimensional (xi, yi, zi) internal profile of the groove of the rim on the front face surface of the ophthalmic lens so as to obtain a three-dimension projected groove shape (xp, yp, zp), • modifying the coordinates of each point of the two-dimensional groove shape (xp, yp) based on two correction coefficient, Rx for the coordinate xp and Ry for the coordinate yp, with Rx+Ry= 1 so as to have the length Pp of the three-dimensional groove projected shape (xp, yp, zp) equal to the length Pf of the periphery of the internal profile of the groove of the rim so as to obtain the shape of the bevel of the ophthalmic lens. • providing the three-dimensional (xi, yi, zi) internal profile of the groove of at least a rim of the spectacle frame expressed in the principal axes (Xf, Yf, Zf) of the spectacle frame and the length Pf of the periphery of the groove of the rim, • providing the blocking point of the ophthalmic lens and the horizontal direction Xl of the ophthalmic lens, • aligning the normal Zl to the surface of the ophthalmic lens at the blocking point with the Zf axe of the rim, • aligning the horizontal direction Xl of the ophthalmic lens with the Xf axe of the rim, characterized in that the method further comprises the steps of: • projecting the three-dimensional (xi, yi, zi) internal profile of the groove of the rim on the front face surface of the ophthalmic lens so as to obtain a three-dimension projected groove shape (xp, yp, zp), • modifying the coordinates of each point of the two-dimensional groove shape (xp, yp) based on two correction coefficient, Rx for the coordinate xp and Ry for the coordinate yp, with Rx+Ry= 1 so as to have the length Pp of the three-dimensional groove projected shape (xp, yp, zp) equal to the length Pf of the periphery of the internal profile of the groove of the rim so as to obtain the shape of the bevel of the ophthalmic lens.