mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyorized impingement oven, comprising: a first blower having a first blower wheel for circulating temperature controlled gas within said apparatus, said blower wheel having an intake opening; a second blower having a second blower wheel for circulating temperature controlled gas within said apparatus, said blower wheel having an intake opening adjacent said intake opening of said first blower wheel ; a motor operably connected to and which rotates a shaft , each of said first blower wheel and said second blower wheel being connected to said shaft for rotation of said blower wheels by said shaft ; and at least one vane mounted adjacent and spanning said intake opening of said first blower wheel and adjacent and spanning said intake opening of said second blower wheel .
Method for characterising a photovoltaic module (M), comprising the following steps: - capturing at least one electroluminescent image of the module, - from the captured image, determining a mapping of apparent band gap energy of the photovoltaic module, and - from the mapping of apparent band gap energy, determining a mapping of the module for at least one of the following quantities: - - open circuit voltage , - - saturation current , and - - absolute loss of photovoltaic efficiency . - capturing at least one electroluminescent image of the module, - from the captured image, determining a mapping of apparent band gap energy of the photovoltaic module, and - from the mapping of apparent band gap energy, determining a mapping of the module for at least one of the following quantities: - - open circuit voltage , - - saturation current , and - - absolute loss of photovoltaic efficiency . - - open circuit voltage , - - saturation current , and - - absolute loss of photovoltaic efficiency .
A method for providing an abuse sentry service for responding to domain name abuse, comprising the steps of: receiving, at a computer, a plurality of disparate abuse feeds from a plurality of service providers , each of the service providers configured to collect information regarding potential domain name abuse and each abuse feed comprising data relating to a particular subset of potential domain name abuse; applying one or more filters to the data to create a custom abuse feed comprising a selective portion of one of more of the plurality of disparate abuse feeds; grouping the filtered data from the custom abuse feed into groups of data based on predefined abuse priority levels of the filtered data; for each of the groups of data, executing one or more corresponding workflows as a response to the potential domain name abuse; retrieving ancillary data relating to the data received from the plurality of disparate abuse feeds, the ancillary data being retrieved from one or more third party sources; correlating the ancillary data; determining that there is a common relationship between a portion of the data received from the plurality of disparate abuse feeds based on correlating the ancillary data; and increasing an abuse priority level associated with the portion of the data received from the plurality of disparate abuse feeds. receiving, at a computer, a plurality of disparate abuse feeds from a plurality of service providers , each of the service providers configured to collect information regarding potential domain name abuse and each abuse feed comprising data relating to a particular subset of potential domain name abuse; applying one or more filters to the data to create a custom abuse feed comprising a selective portion of one of more of the plurality of disparate abuse feeds; grouping the filtered data from the custom abuse feed into groups of data based on predefined abuse priority levels of the filtered data; for each of the groups of data, executing one or more corresponding workflows as a response to the potential domain name abuse; retrieving ancillary data relating to the data received from the plurality of disparate abuse feeds, the ancillary data being retrieved from one or more third party sources; correlating the ancillary data; determining that there is a common relationship between a portion of the data received from the plurality of disparate abuse feeds based on correlating the ancillary data; and increasing an abuse priority level associated with the portion of the data received from the plurality of disparate abuse feeds.
A method of transmitting a notification about broadcasting services in a broadcasting system, the method comprising: detecting a notification event related to a broadcasting service; generating a notification message about the notification event, wherein the notification event includes an update of a service guide; determining whether the notification message is transmitted over a broadcast channel of a broadcast network or over an interaction channel of an interaction network; and transmitting the notification message to a terminal or a group of terminals over the determined channel, wherein the notification message comprises a service guide identifier indicating the service guide related with the notification message, a version number of the updated service guide, and an arrival time for receiving the updated service guide of the broadcasting service. detecting a notification event related to a broadcasting service; generating a notification message about the notification event, wherein the notification event includes an update of a service guide; determining whether the notification message is transmitted over a broadcast channel of a broadcast network or over an interaction channel of an interaction network; and transmitting the notification message to a terminal or a group of terminals over the determined channel, wherein the notification message comprises a service guide identifier indicating the service guide related with the notification message, a version number of the updated service guide, and an arrival time for receiving the updated service guide of the broadcasting service.
A base cover for a lower housing of a convertible computing device , comprising: a first metallic structure positioned in the lower housing ; wherein the base cover is a surface on which the convertible computing device rests in a laptop configuration, characterized in that a second metallic structure is electrically isolated from the first metallic structure, and the second metallic structure is positioned in the lower housing and directly below an antenna slot defined in an upper housing of the convertible computing device when the upper housing is positioned over and parallel to the lower housing in a tablet configuration. a first metallic structure positioned in the lower housing ; wherein the base cover is a surface on which the convertible computing device rests in a laptop configuration, characterized in that a second metallic structure is electrically isolated from the first metallic structure, and the second metallic structure is positioned in the lower housing and directly below an antenna slot defined in an upper housing of the convertible computing device when the upper housing is positioned over and parallel to the lower housing in a tablet configuration.
A powertrain, configured to drive an electric vehicle, wherein the powertrain comprises a motor , a reducer , an oil pan , and a cooling system, and the cooling system comprises at least one heat exchanger and at least two oil pumps ; the at least two oil pumps are configured to suck cooling oil from the oil pan , and deliver the cooling oil to the heat exchanger ; the at least one heat exchanger is configured to cool the cooling oil sucked by the at least two oil pumps ; and an oil outlet port of the at least one heat exchanger is connected to an oil passage in the motor and an oil passage in the reducer , so that a part of the cooling oil cools the motor through the oil passage in the motor , and another part of the cooling oil cools the reducer through the oil passage in the reducer . the at least two oil pumps are configured to suck cooling oil from the oil pan , and deliver the cooling oil to the heat exchanger ; the at least one heat exchanger is configured to cool the cooling oil sucked by the at least two oil pumps ; and an oil outlet port of the at least one heat exchanger is connected to an oil passage in the motor and an oil passage in the reducer , so that a part of the cooling oil cools the motor through the oil passage in the motor , and another part of the cooling oil cools the reducer through the oil passage in the reducer .
A determination method for determining a state of internal homogeneity of cells constituting an aggregate of a plurality of cells comprising: generating a phase difference image (I P ) of the aggregate of the plurality of cells from a hologram obtained by imaging the aggregate, characterized by deriving a first index value that indicates a randomness of an array of a phase difference amount (θ) in a plurality of pixels constituting the phase difference image (I P ); and determining the state of internal homogeneity of the cells constituting the aggregate on the basis of the first index value, wherein in a case where a minimum value of a phase difference amount (θ) in a predetermined range in a plurality of pixels constituting the phase difference image (I P ) is denoted by Φ 0 and a maximum value thereof is denoted by Φ N , a peripheral length of an equiphase line in a random phase Φ in the predetermined range is denoted by L (Φ), and an area of a region surrounded by an equiphase line having the peripheral length L (Φ) is denoted by A (Φ), an average phase fluctuation λ defined by the following Equation (I) is used as the first index value. λ = 1 Φ N − Φ 0 ∫ Φ 0 Φ N L Φ 2 4 πA Φ dΦ generating a phase difference image (I P ) of the aggregate of the plurality of cells from a hologram obtained by imaging the aggregate, characterized by deriving a first index value that indicates a randomness of an array of a phase difference amount (θ) in a plurality of pixels constituting the phase difference image (I P ); and determining the state of internal homogeneity of the cells constituting the aggregate on the basis of the first index value, wherein in a case where a minimum value of a phase difference amount (θ) in a predetermined range in a plurality of pixels constituting the phase difference image (I P ) is denoted by Φ 0 and a maximum value thereof is denoted by Φ N , a peripheral length of an equiphase line in a random phase Φ in the predetermined range is denoted by L (Φ), and an area of a region surrounded by an equiphase line having the peripheral length L (Φ) is denoted by A (Φ), an average phase fluctuation λ defined by the following Equation (I) is used as the first index value. λ = 1 Φ N − Φ 0 ∫ Φ 0 Φ N L Φ 2 4 πA Φ dΦ
Illumination device comprising a broad-area, flexible illumination layer , wherein the illumination layer has at least one light-emitting unit , and a broad-area, in particular flexible, top layer with a plurality of aperture sections which can be adjusted between a closed waiting position and an open illumination position, wherein the illumination layer and the top layer are fixedly connected to one another.
A system for providing power and data communication for at least one client end device (121-129), comprising: a power insertion device located within a building, wherein the power insertion device is connected to an external remote data source via at least one fiber optic cable and connected to a source of mains power, wherein the at least one fiber optic cable spans a distance of at least 300m, wherein the power insertion device is configured to convert the mains power to low voltage power, and wherein the power insertion device is configured to deliver, via at least one hybrid cable and via at least one connection interface device , the low voltage power from the power insertion device to the at least one client end device (121-129); at least one connection interface device , connected to the power insertion device via the at least one hybrid cable, wherein the at least one hybrid cable comprises at least one fiber for carrying data and at least one wire for carrying power; and the at least one client end device (121-129), connected to the at least one connection interface device , wherein the at least one client end device is configured to communicate digital data with the external remote data source via the at least one connection interface device , the at least one fiber of the at least one hybrid cable, and via the at least one fiber optic cable of the fiber optic network; wherein the at least one connection interface device is further configured to provide optical to electrical or electrical to optical media conversion for the digital data communicated with the external remote data source. a power insertion device located within a building, wherein the power insertion device is connected to an external remote data source via at least one fiber optic cable and connected to a source of mains power, wherein the at least one fiber optic cable spans a distance of at least 300m, wherein the power insertion device is configured to convert the mains power to low voltage power, and wherein the power insertion device is configured to deliver, via at least one hybrid cable and via at least one connection interface device , the low voltage power from the power insertion device to the at least one client end device (121-129); at least one connection interface device , connected to the power insertion device via the at least one hybrid cable, wherein the at least one hybrid cable comprises at least one fiber for carrying data and at least one wire for carrying power; and the at least one client end device (121-129), connected to the at least one connection interface device , wherein the at least one client end device is configured to communicate digital data with the external remote data source via the at least one connection interface device , the at least one fiber of the at least one hybrid cable, and via the at least one fiber optic cable of the fiber optic network; wherein the at least one connection interface device is further configured to provide optical to electrical or electrical to optical media conversion for the digital data communicated with the external remote data source.
A plug for plugging a port in a flow reactor, the plug comprising: a metal guide having first and second ends and a wall surrounding a cylindrical interior volume , the interior volume having an opening at the first end of the guide and being closed at the second end of the guide by a screw mated to a screw thread on the interior of the second end of the guide , the screw having a screw end face opposite the opening of the interior volume ; and a plug body having a first face and an opposing second face and a side surface connecting the first face and the second face , the plug body positioned partially within the interior volume of the guide with the second face of the plug body and a first portion of the side surface of the plug body positioned inside the interior volume of the guide , and with the first face of the plug body and a second portion of the side surface of the plug body protruding from the opening of the interior volume of the guide , the first face comprising a recess for receiving a gasket, the second face facing the screw end face for contact therewith, the plug body comprising a chemically resistant first polymer, said first face of the plug body being formed of said first polymer; wherein the plug body further comprises a thermally resistant second polymer, with at least the first portion of the side surface of the plug body and the second face of the plug body being formed of said second polymer. a metal guide having first and second ends and a wall surrounding a cylindrical interior volume , the interior volume having an opening at the first end of the guide and being closed at the second end of the guide by a screw mated to a screw thread on the interior of the second end of the guide , the screw having a screw end face opposite the opening of the interior volume ; and a plug body having a first face and an opposing second face and a side surface connecting the first face and the second face , the plug body positioned partially within the interior volume of the guide with the second face of the plug body and a first portion of the side surface of the plug body positioned inside the interior volume of the guide , and with the first face of the plug body and a second portion of the side surface of the plug body protruding from the opening of the interior volume of the guide , the first face comprising a recess for receiving a gasket, the second face facing the screw end face for contact therewith, the plug body comprising a chemically resistant first polymer, said first face of the plug body being formed of said first polymer; wherein the plug body further comprises a thermally resistant second polymer, with at least the first portion of the side surface of the plug body and the second face of the plug body being formed of said second polymer.
A compound of structural Formula II: or a salt thereof, wherein: L is chosen from a bond and methylene; W is chosen from Y is chosen from: R 2c is chosen from C 1 -C 4 alkoxy and C 1 -C 4 cycloalkoxy; R 2d is chosen from null and C 1 -C 4 alkoxy; R 2e is C 1 -C 4 alkyl; Z is n is 1 or 2 (forming an azetidin-1-yl or pyrrolidin-1-yl); R 4 and R 5 are independently chosen from C 1 -C 3 alkyl; and R 6 is chosen from Hand C 1 -C 4 alkyl. L is chosen from a bond and methylene; W is chosen from Y is chosen from: R 2c is chosen from C 1 -C 4 alkoxy and C 1 -C 4 cycloalkoxy; R 2d is chosen from null and C 1 -C 4 alkoxy; R 2e is C 1 -C 4 alkyl; Z is n is 1 or 2 (forming an azetidin-1-yl or pyrrolidin-1-yl); R 4 and R 5 are independently chosen from C 1 -C 3 alkyl; and R 6 is chosen from Hand C 1 -C 4 alkyl.
A method for a user equipment, UE , the method comprising: receiving (S110) signaling, by the UE , the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE , a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1. receiving (S110) signaling, by the UE , the signaling including: a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and a first Non-Zero Power, NZP, channel state information, CSI,-reference signal, RS, configuration for channel measurement; a second NZP CSI-RS configuration for interference measurement; and a CSI interference measurement, CSI-IM, configuration for interference measurement; and receiving, by the UE , a CSI feedback request for CSI based on at least the signaled first NZP CSI-RS configuration, the second NZP CSI-RS configuration, and the CSI-IM configuration, characterized in that the second NZP CSI-RS configuration being for configuring K NZP CSI-RS resources for the interference measurement, where K >= 1.
A valve for a reciprocating compressor , comprising a valve body comprising a seat and a guard and defining a valve plane (A), the seat and the guard developing substantially parallel to the valve plane (A); a shutter element placed between the seat and the guard and developing substantially parallel to the valve plane (A), the shutter element being configured to move between a closed position in which the passage of fluid is prevented and an open position in which the passage of fluid is allowed; an hydraulic apparatus for moving the shutter element at least between the open and the closed position, the hydraulic apparatus comprising an hydraulic circuit having at least a portion integrated in the valve body ; characterized in that the hydraulic circuit comprises a first portion integrated in the seat and a second portion integrated in the guard ; and the hydraulic apparatus further comprises a first set of housings provided inside the seat , a first set of the pistons being each at least partially inserted into a respective housing of the first set of housings , and a second set of housings provided inside the guard , a second set of the pistons being each at least partially inserted into a respective housing of the second set of housings ; wherein each of the pistons is in contact with the shutter element ; and wherein each piston of the first set is opposite to a corresponding piston of the second set with respect to the shutter element .
A wireless mobile maintenance display unit , comprising: a first reader configured to read a first data device holding identification data unique to an operator; a second reader configured to read a second data device associated with a line replaceable unit, the second reader being also configured to read an operational status data of the line replaceable unit; a touch sensitive display screen ; and an operator alert configured to alert the operator of an anomaly within or associated with the line replaceable unit, wherein the wireless mobile maintenance display unit is configured to read the operational status of the line replaceable unit in response to the wireless mobile maintenance display unit being positioned in proximity of the second data device of the line replaceable unit. a first reader configured to read a first data device holding identification data unique to an operator; a second reader configured to read a second data device associated with a line replaceable unit, the second reader being also configured to read an operational status data of the line replaceable unit; a touch sensitive display screen ; and an operator alert configured to alert the operator of an anomaly within or associated with the line replaceable unit, wherein the wireless mobile maintenance display unit is configured to read the operational status of the line replaceable unit in response to the wireless mobile maintenance display unit being positioned in proximity of the second data device of the line replaceable unit.
An apparatus control method for m- an apparatus having a wireless power reception module, the method comprising: when entering a wireless charging mode, performing (210; 310) a wireless charging function; sensing (211; 311) an event while the apparatus is being charged by the wireless charging function; determining (212; 312) whether the sensed event is a predetermined event associated with the wireless charging function; when the sensed event is the predetermined event, identifying a wireless charging operation corresponding to the sensed event; and controlling (216; 320) the wireless charging function according to the identified wireless charging operation, characterised in that , while the apparatus is being charged by the wireless charging function, a priority of a call mode of a call event is changed from a receiver call mode into a speaker call mode. when entering a wireless charging mode, performing (210; 310) a wireless charging function; sensing (211; 311) an event while the apparatus is being charged by the wireless charging function; determining (212; 312) whether the sensed event is a predetermined event associated with the wireless charging function; when the sensed event is the predetermined event, identifying a wireless charging operation corresponding to the sensed event; and controlling (216; 320) the wireless charging function according to the identified wireless charging operation, characterised in that , while the apparatus is being charged by the wireless charging function, a priority of a call mode of a call event is changed from a receiver call mode into a speaker call mode.