mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: - a rotary machine comprising one of a turbine, fan, blower or compressor having a component for operating on a fluid; - a sensor for sensing a differential pressure of the fluid across the rotary machine; and - a processor configured to generate a diagnostic indicative of wear on the component, based on noise in the differential pressure. - a rotary machine comprising one of a turbine, fan, blower or compressor having a component for operating on a fluid; - a sensor for sensing a differential pressure of the fluid across the rotary machine; and - a processor configured to generate a diagnostic indicative of wear on the component, based on noise in the differential pressure.
Apparatus for measuring a bending angle of a sheet during the operation of bending the sheet, comprising a processing unit and at least one sensor comprising a light source for projecting a light pattern on at least one side (31, 32) of the sheet and recording means suitable to record the image of the projection of said light pattern on at least one side of the sheet being bent, characterized in that said processing unit is configured to control said recording means for recording the image in at least one time instant (Treg1; Treg1, Treg2...Tregn) during the bending operation of the sheet, said processing unit being capable to transform the recorded image in a point cloud and comprising a neural network configured to associate a bending angle value (60, 200) to said point cloud, and said processing unit being configured to check if said bending angle value (60, 200) is equal to a desired bending angle value of the sheet and, if the check operation is negative, it is adapted to drive said recording means for recording the image in a plurality of successive time instants Treg1, Treg2... Tregn), spaced by intervals (Td) not equal to zero, during the bending operation of the sheet until the apparatus achieves the desired measure of the bending angle value of the sheet, said processing unit in each one of said time instants (Treg1, Treg2... Tregn) being capable to transform the image recorded in a point cloud and said neural network, always in each one of said time instants, being configured to associate a bending angle value (60, 200) of the sheet to said point cloud.
An apparatus for reading from and/or writing to a holographic storage medium, the apparatus comprising: - a 4f-system (16, 18) for imaging a signal beam and/or a reference beam into the holographic storage medium, wherein the signal beam has a first direction of polarization and the reference beam has a second direction of polarization, the second direction of polarization being perpendicular to the first direction of polarization, and - a polarizing filter located in a Fourier plane of the 4f-system (16, 18) for separating a reconstructed signal beam and the reference beam, wherein the polarizing filter comprises: - a substrate with an outer zone and an inner zone, the outer zone and the inner zone having a different transmissivity or a different reflectivity for the first direction of polarization and the second direction of polarization, and - a wave plate attached to the substrate for influencing the polarization of the signal beam and the reference beam, wherein a first part of the wave plate corresponding to either the outer zone or the inner zone of the substrate is switchable between a state in which it influences the polarization and a state in which it does not influence the polarization, whereas a second part of the wave plate corresponding to the other zone of the substrate is not switchable between a state in which it influences the polarization and a state in which it does not influence the polarization. - a 4f-system (16, 18) for imaging a signal beam and/or a reference beam into the holographic storage medium, wherein the signal beam has a first direction of polarization and the reference beam has a second direction of polarization, the second direction of polarization being perpendicular to the first direction of polarization, and - a polarizing filter located in a Fourier plane of the 4f-system (16, 18) for separating a reconstructed signal beam and the reference beam, wherein the polarizing filter comprises: - a substrate with an outer zone and an inner zone, the outer zone and the inner zone having a different transmissivity or a different reflectivity for the first direction of polarization and the second direction of polarization, and - a wave plate attached to the substrate for influencing the polarization of the signal beam and the reference beam, wherein a first part of the wave plate corresponding to either the outer zone or the inner zone of the substrate is switchable between a state in which it influences the polarization and a state in which it does not influence the polarization, whereas a second part of the wave plate corresponding to the other zone of the substrate is not switchable between a state in which it influences the polarization and a state in which it does not influence the polarization.
A method, comprising: receiving, by processing circuitry of a virtual reality, VR, server configured to produce a VR environment, a first request from a first user to perform a first manipulation of an object in the VR environment from a current state to a first state and a second request from a second user to perform a second manipulation of the object in the VR environment from the current state to a second state; generating a conflict state indicating a conflict between the first request and the second request; providing the first user with an image of the object after performing the first manipulation; providing the second user with an image of the object after performing the second manipulation; resolving the conflict to produce a resolved condition indicating a grant of the first request and a denial of the second request; and in response to producing the resolved condition, providing the second user with an image of a manipulation of the object to the first state. receiving, by processing circuitry of a virtual reality, VR, server configured to produce a VR environment, a first request from a first user to perform a first manipulation of an object in the VR environment from a current state to a first state and a second request from a second user to perform a second manipulation of the object in the VR environment from the current state to a second state; generating a conflict state indicating a conflict between the first request and the second request; providing the first user with an image of the object after performing the first manipulation; providing the second user with an image of the object after performing the second manipulation; resolving the conflict to produce a resolved condition indicating a grant of the first request and a denial of the second request; and in response to producing the resolved condition, providing the second user with an image of a manipulation of the object to the first state.
A sensor assembly for attachment to a ground engaging tool, wherein the sensor assembly comprises an inner case and an outer case, wherein the inner case houses a sensor configured to measure a gap to an adjacent surface, wherein the outer case is provided with a first cavity for receiving the inner case through an opening of the first cavity such that the inner case is movably guided in the outer case for movement into and out of the outer case along a predetermined path of movement, and wherein the sensor assembly comprises a biasing means adapted to bias the inner case out of the outer case along said predetermined path of movement.
A method for dynamic customer premises equipment configuration, the method comprising: receiving, by a mobility offload gateway, cell site change notification message from a mobile network; determining,by the mobility offload gateway and based on the change notification message, whether user equipment, UE, can be offloaded to a Wi-Fi network that provides a predetermined quality of service level, wherein the predetermined quality of service level is the quality of service level of a currently established session flow between the UE and a packet gateway; and in response to determining that the UE can be offloaded, sending, by the mobility offload gateway, a dynamic configuration message for dynamically configuring consumer premises equipment, CPE, associated with the identified Wi-Fi network to support the predetermined quality of service, QoS, for the UE, wherein the dynamic configuration message comprises specific rules or policies that indicate the manner in which the UE is to be served by the CPE. receiving, by a mobility offload gateway, cell site change notification message from a mobile network; determining,by the mobility offload gateway and based on the change notification message, whether user equipment, UE, can be offloaded to a Wi-Fi network that provides a predetermined quality of service level, wherein the predetermined quality of service level is the quality of service level of a currently established session flow between the UE and a packet gateway; and in response to determining that the UE can be offloaded, sending, by the mobility offload gateway, a dynamic configuration message for dynamically configuring consumer premises equipment, CPE, associated with the identified Wi-Fi network to support the predetermined quality of service, QoS, for the UE, wherein the dynamic configuration message comprises specific rules or policies that indicate the manner in which the UE is to be served by the CPE.
A benzodithiophene based copolymer containing thiophene pyrroledione units, characterized by having a structural formula: wherein R 1 and R 2 are selected from the group consisting of H, and C 1 to C 16 alkyl, respectively; R 3 and R 4 are selected from the group consisting of H, C 1 to C 16 alkyl, C 1 to C 16 alkoxy, and thienyl substituted by C 1 to C 16 alkyl, respectively; R 5 is C 1 to C 16 alkyl; n is a natural number from 8 to 82. wherein R 1 and R 2 are selected from the group consisting of H, and C 1 to C 16 alkyl, respectively; R 3 and R 4 are selected from the group consisting of H, C 1 to C 16 alkyl, C 1 to C 16 alkoxy, and thienyl substituted by C 1 to C 16 alkyl, respectively; R 5 is C 1 to C 16 alkyl; n is a natural number from 8 to 82.
A skylight, comprising: An external cover; A light channel below said external cover; A sunlight pivot, said sunlight pivot disposed between said external cover and said light channel, said sunlight pivot including: A periphery; A plurality of struts (42, 43), said plurality of struts (42, 43) extending upwardly and inwardly from proximate to said periphery; First and second prisms (51, 54), said first and second prisms (51, 54) defining a void therebetween and connected to at least two of said plurality of struts (42, 43); and Each of said first prisms defining a first cross-section configured to redirect light incident upon the exterior of the pivot to increase the amount of light passing through the periphery; and Each of said second prisms defining a second cross-section configured to redirect light incident upon the exterior of the pivot to decrease the amount of light passing through the periphery, characterized in that said first and second prisms (51, 54) each are triangular in cross-section, the hypotenuses of said cross-sections facing outwardly from said pivot. An external cover; A light channel below said external cover; A sunlight pivot, said sunlight pivot disposed between said external cover and said light channel, said sunlight pivot including: A periphery; A plurality of struts (42, 43), said plurality of struts (42, 43) extending upwardly and inwardly from proximate to said periphery; First and second prisms (51, 54), said first and second prisms (51, 54) defining a void therebetween and connected to at least two of said plurality of struts (42, 43); and Each of said first prisms defining a first cross-section configured to redirect light incident upon the exterior of the pivot to increase the amount of light passing through the periphery; and Each of said second prisms defining a second cross-section configured to redirect light incident upon the exterior of the pivot to decrease the amount of light passing through the periphery, characterized in that said first and second prisms (51, 54) each are triangular in cross-section, the hypotenuses of said cross-sections facing outwardly from said pivot. A periphery; A plurality of struts (42, 43), said plurality of struts (42, 43) extending upwardly and inwardly from proximate to said periphery; First and second prisms (51, 54), said first and second prisms (51, 54) defining a void therebetween and connected to at least two of said plurality of struts (42, 43); and Each of said first prisms defining a first cross-section configured to redirect light incident upon the exterior of the pivot to increase the amount of light passing through the periphery; and Each of said second prisms defining a second cross-section configured to redirect light incident upon the exterior of the pivot to decrease the amount of light passing through the periphery, characterized in that said first and second prisms (51, 54) each are triangular in cross-section, the hypotenuses of said cross-sections facing outwardly from said pivot.
A deposition apparatus comprising: a chamber; a process gas source coupled to the chamber; a vacuum pump coupled to the chamber; at least two electron guns; one or more power supplies coupled to the electron guns; a plurality of crucibles (32,33,34) positioned or positionable in an operative position within a field of view of at least one said electron gun; and a part holder having at least one operative position for holding parts spaced above the crucibles by a standoff height H, characterised in that: the standoff height H is adjustable in a range of heights which includes at least 22 inches (56 cm), and by further comprising a process gas inlet located at the bottom of the coating chamber remote from the crucibles or low along a side wall of the chamber. a chamber; a process gas source coupled to the chamber; a vacuum pump coupled to the chamber; at least two electron guns; one or more power supplies coupled to the electron guns; a plurality of crucibles (32,33,34) positioned or positionable in an operative position within a field of view of at least one said electron gun; and a part holder having at least one operative position for holding parts spaced above the crucibles by a standoff height H,
A wireless device utilizing an antenna diversity technique and including an RF-IC unit obtaining first IQ data received by a first antenna and second IQ data received by a second antenna and a base band processing unit, wherein the RF-IC unit transfers the first IQ data and data related to the second IQ data multiplexed thereby to the base band processing unit, the RF-IC unit comprises: a difference calculator for calculating a difference value between the first IQ data and the second IQ data; and a transferring unit (192, 193, 194, 150b) for transferring the first IQ data and the difference value multiplexed thereby to the base band processing unit, and the base band processing unit comprises: a reconstructing unit for, when the first IQ data and the difference value from the transferring unit are received, reconstructing the second IQ data, based on the first IQ data and the difference value. a difference calculator for calculating a difference value between the first IQ data and the second IQ data; and a transferring unit (192, 193, 194, 150b) for transferring the first IQ data and the difference value multiplexed thereby to the base band processing unit, a reconstructing unit for, when the first IQ data and the difference value from the transferring unit are received, reconstructing the second IQ data, based on the first IQ data and the difference value.
An accessory assembly for a toilet bowl, comprising a frame to be attached at an equipment seat formed in the body of a toilet bowl, a service equipment comprising an equipment housing and at least one service device carried by the equipment housing and adapted to provide an auxiliary function for toilet bowl use, said equipment housing being adapted to be removably coupled to the frame and comprising an upper part and a lower part extending from the upper part, and an upper plate, said plate being adapted to be removably coupled to the frame or to the upper part of the equipment housing to form an ensemble in which the frame and the upper plate enclose at least the upper part of the equipment housing, wherein the frame comprises a flat part adapted to be arranged around the edge of the equipment seat, said flat part having at least one aperture adapted to be penetrated by the lower part of the equipment housing, and wherein the equipment housing and the frame have respective connecting means (61, 63) configured for a removable connection between the equipment housing and the frame. a frame to be attached at an equipment seat formed in the body of a toilet bowl, a service equipment comprising an equipment housing and at least one service device carried by the equipment housing and adapted to provide an auxiliary function for toilet bowl use, said equipment housing being adapted to be removably coupled to the frame and comprising an upper part and a lower part extending from the upper part, and an upper plate, said plate being adapted to be removably coupled to the frame or to the upper part of the equipment housing to form an ensemble in which the frame and the upper plate enclose at least the upper part of the equipment housing, wherein the frame comprises a flat part adapted to be arranged around the edge of the equipment seat, said flat part having at least one aperture adapted to be penetrated by the lower part of the equipment housing, and wherein the equipment housing and the frame have respective connecting means (61, 63) configured for a removable connection between the equipment housing and the frame.
A method for measuring gas permeation through a material arranged in a permeation enclosure comprising a first chamber and a second chamber, the first chamber being separated from the second chamber by the material, and the second chamber being in fluidic communication with a measurement enclosure, the method comprising the following steps: a) Supplying gas to the permeation enclosure during which the first chamber is supplied with a target gas flow comprising at least one target gas corresponding to a gas for which one tries to determine the permeation through the material, and simultaneously supplying gas to the measurement enclosure with at least one calibrated flow comprising at least one reference gas, the reference gas being different from the target gas; b) during the step of supplying gas, measuring in the measurement enclosure the reference gas present at an instant (t) and the target gas present at the same instant (t) stemming from the second chamber after having passed through the material by permeation; c) calculating a correction factor at instant (t) by comparing the measurement of the reference gas present at instant (t) with the calibrated flow of reference gas; and d) determining the permeation of the material to said gas, from the measurement of the target gas present at instant (t) corrected by the correction factor at instant (t). a) Supplying gas to the permeation enclosure during which the first chamber is supplied with a target gas flow comprising at least one target gas corresponding to a gas for which one tries to determine the permeation through the material, and simultaneously supplying gas to the measurement enclosure with at least one calibrated flow comprising at least one reference gas, the reference gas being different from the target gas; b) during the step of supplying gas, measuring in the measurement enclosure the reference gas present at an instant (t) and the target gas present at the same instant (t) stemming from the second chamber after having passed through the material by permeation; c) calculating a correction factor at instant (t) by comparing the measurement of the reference gas present at instant (t) with the calibrated flow of reference gas; and d) determining the permeation of the material to said gas, from the measurement of the target gas present at instant (t) corrected by the correction factor at instant (t).
An optical layer comprising: an optical film including a plurality of regions, each region configured to allow light having an angle of incidence within a plurality of viewing angles to pass through, the plurality of viewing angles of each region different from the plurality of viewing angles of other regions, wherein each region is further configured to prevent light having an angle of incidence outside of the plurality of viewing angles from passing through; characterized in that the optical layer further comprises a Fresnel lens, wherein the Fresnel lens and the optical film are positioned coplanar in a continuous layer.
A method of performing resource negotiation by a station (102a-102h, 301-304, 800) implementing a direct communication link with at least one other station on an Orthogonal Frequency-Division Multiple Access, OFDMA, data channel, the method comprising: scanning sub-channels on the data channel for base headers included in predefined positions in transmissions sent on the sub-channel; decoding a base header in at least one selected sub-channel to obtain parameters of a channel reservation; storing the parameters obtained from the base header in a channel utilization table, and associating a weight with a status of each sub-channel in the channel utilization table as determined from the parameters obtained from the base header; selecting a resource on the data channel in at least one of time and frequency that the station has observed to be free using information from the channel utilization table; beginning a resource negotiation process about the selected resource. scanning sub-channels on the data channel for base headers included in predefined positions in transmissions sent on the sub-channel; decoding a base header in at least one selected sub-channel to obtain parameters of a channel reservation; storing the parameters obtained from the base header in a channel utilization table, and associating a weight with a status of each sub-channel in the channel utilization table as determined from the parameters obtained from the base header; selecting a resource on the data channel in at least one of time and frequency that the station has observed to be free using information from the channel utilization table; beginning a resource negotiation process about the selected resource.