mhurhangee/ep-ind-claims huggingface dataset:
A fluid pipe device (6, 6A), comprising: a pipe member (1, 9) forming a flow channel (10, 90) for flowing a fluid; a heating member for generating heat to heat the pipe member; a metal heat transfer member (2, 2A, 3, 3A) abutting against the heating member and conducting heat to the pipe member (1, 9); and a terminal member (22, 32) electrically connecting the heating member and heat transfer member (2, 2A, 3, 3A), wherein the heat transfer member (2, 2A, 3, 3A) comprises a first heat transfer member (2, 2A) and a second heat transfer member (3, 3A), and at least one of the first heat transfer member (2, 2A) and second heat transfer member (3, 3A) forms the terminal member at one portion, and the first heat transfer member (2, 2A) is provided in the pipe member (1, 9) without being exposed inside the flow channel of the pipe member (1, 9), wherein the first heat transfer member (2, 2A) includes a cylinder portion disposed in an axis line direction of the pipe member (1, 9); the terminal member (22, 32) is provided in a state wherein one portion of the cylinder portion is cut and raised; characterized in that a horizontal slit is provided in the cylinder portion and extending in an axis line direction; and a concave-convex portion or a wavelike portion is in an edge portion of the horizontal slit. a pipe member (1, 9) forming a flow channel (10, 90) for flowing a fluid; a heating member for generating heat to heat the pipe member; a metal heat transfer member (2, 2A, 3, 3A) abutting against the heating member and conducting heat to the pipe member (1, 9); and a terminal member (22, 32) electrically connecting the heating member and heat transfer member (2, 2A, 3, 3A), wherein the heat transfer member (2, 2A, 3, 3A) comprises a first heat transfer member (2, 2A) and a second heat transfer member (3, 3A), and at least one of the first heat transfer member (2, 2A) and second heat transfer member (3, 3A) forms the terminal member at one portion, and the first heat transfer member (2, 2A) is provided in the pipe member (1, 9) without being exposed inside the flow channel of the pipe member (1, 9), wherein the first heat transfer member (2, 2A) includes a cylinder portion disposed in an axis line direction of the pipe member (1, 9); the terminal member (22, 32) is provided in a state wherein one portion of the cylinder portion is cut and raised; characterized in that a horizontal slit is provided in the cylinder portion and extending in an axis line direction; and a concave-convex portion or a wavelike portion is in an edge portion of the horizontal slit.
A method for detecting an unauthorized uncrewed aerial vehicle, comprising: sending a tracking indication message to a network device, wherein the tracking indication message is used to indicate to report attribute information of user equipment in a coverage area of the network device when the attribute information of the user equipment meets a preset condition, and the attribute information comprises location information and/or speed information; obtaining the attribute information of the user equipment; and identifying an identity status of the user equipment based on the attribute information of the user equipment, wherein the identity status comprises an authorized uncrewed aerial vehicle or an unauthorized uncrewed aerial vehicle; wherein if the identity status of the user equipment is an unauthorized uncrewed aerial vehicle, the method further comprises: sending an unauthorized uncrewed aerial vehicle reporting message to an uncrewed aerial vehicle traffic management UTM network element device, wherein the unauthorized uncrewed aerial vehicle reporting message is used to indicate that the user equipment is an unauthorized uncrewed aerial vehicle. sending a tracking indication message to a network device, wherein the tracking indication message is used to indicate to report attribute information of user equipment in a coverage area of the network device when the attribute information of the user equipment meets a preset condition, and the attribute information comprises location information and/or speed information; obtaining the attribute information of the user equipment; and identifying an identity status of the user equipment based on the attribute information of the user equipment, wherein the identity status comprises an authorized uncrewed aerial vehicle or an unauthorized uncrewed aerial vehicle; wherein if the identity status of the user equipment is an unauthorized uncrewed aerial vehicle, the method further comprises: sending an unauthorized uncrewed aerial vehicle reporting message to an uncrewed aerial vehicle traffic management UTM network element device, wherein the unauthorized uncrewed aerial vehicle reporting message is used to indicate that the user equipment is an unauthorized uncrewed aerial vehicle.
An antenna module (10, 110) which is disposed on an inside of an outside handle of a vehicle door, comprising: a magnetic core (11, 111); a coil (12, 112) into which the magnetic core is inserted; a circuit substrate (13, 113) to which the coil is connected; a base (14, 114) which holds the magnetic core and the circuit substrate; a plurality of conductors (21, 22, 23, 24, 121, 122, 123, 124) of which at least a portion is embedded in the base and which are connected to the circuit substrate; and a sealing portion (18, 118) which seals the coil, characterized in that the base includes a connector portion (15, 115), a core accommodating portion (16, 116) which accommodates the magnetic core and which is inserted into the coil, and a substrate accommodating portion (17, 117) which accommodates the circuit substrate. a magnetic core (11, 111); a coil (12, 112) into which the magnetic core is inserted; a circuit substrate (13, 113) to which the coil is connected; a base (14, 114) which holds the magnetic core and the circuit substrate; a plurality of conductors (21, 22, 23, 24, 121, 122, 123, 124) of which at least a portion is embedded in the base and which are connected to the circuit substrate; and a sealing portion (18, 118) which seals the coil, characterized in that the base includes a connector portion (15, 115), a core accommodating portion (16, 116) which accommodates the magnetic core and which is inserted into the coil, and a substrate accommodating portion (17, 117) which accommodates the circuit substrate.
A sensor system for a motor vehicle, which includes: - an areal shielding element, which is electrically conductive and to which an electric potential can be applied, and - at least one capacitive sensor element, which includes an electrically conducting structure which is arranged on one side of the shielding element, characterized in that - as electrically conducting structure, the sensor element includes at least one sensor conductor which forms a sewing thread and is sewn onto the one side of the shielding element. - an areal shielding element, which is electrically conductive and to which an electric potential can be applied, and - at least one capacitive sensor element, which includes an electrically conducting structure which is arranged on one side of the shielding element, - as electrically conducting structure, the sensor element includes at least one sensor conductor which forms a sewing thread and is sewn onto the one side of the shielding element.
A cleaning device for an electrical appliance, comprising: a cleaning bowl for receiving a part, needing to be cleaned, of the electrical appliance, a container for storing a cleaning liquid to be fed into the cleaning bowl, a cleaning liquid feeder configured to feed the cleaning liquid in the container into the cleaning bowl, an overflow passage (C2, C3) for returning cleaning liquid overflowed in the cleaning bowl into the container, and a discharge passage for discharging the cleaning liquid in the cleaning bowl, characterised in that the cleaning liquid feeder is configured to feed the cleaning liquid into the cleaning bowl through the discharge passage. a cleaning bowl for receiving a part, needing to be cleaned, of the electrical appliance, a container for storing a cleaning liquid to be fed into the cleaning bowl, a cleaning liquid feeder configured to feed the cleaning liquid in the container into the cleaning bowl, an overflow passage (C2, C3) for returning cleaning liquid overflowed in the cleaning bowl into the container, and a discharge passage for discharging the cleaning liquid in the cleaning bowl, characterised in that the cleaning liquid feeder is configured to feed the cleaning liquid into the cleaning bowl through the discharge passage.
A computer implemented method for recognizing speech comprising the steps of: in a speech dialog, determining an expected response to be received as input speech from a user; based upon the determined expected response, modifying a speech recognition match/search algorithm to increase a confidence factor of a hypothesis for the expected response over a confidence factor of a hypothesis for another possible response that can be received as input speech from the user and analysed using the modified match/search algorithm; and processing input speech from a user with the modified match/search algorithm to generate a hypothesis and confidence factor for the input speech; wherein modifying the speech recognition match/search algorithm comprises modifying and/or applying the following parameter to the speech recognition match/search algorithm: an insertion penalty. in a speech dialog, determining an expected response to be received as input speech from a user; based upon the determined expected response, modifying a speech recognition match/search algorithm to increase a confidence factor of a hypothesis for the expected response over a confidence factor of a hypothesis for another possible response that can be received as input speech from the user and analysed using the modified match/search algorithm; and processing input speech from a user with the modified match/search algorithm to generate a hypothesis and confidence factor for the input speech; wherein modifying the speech recognition match/search algorithm comprises modifying and/or applying the following parameter to the speech recognition match/search algorithm: an insertion penalty.
A process for reacting between a cyanophenol derivative and an aromatic substrate, wherein the aromatic substrate is selected from the group consisting of mono and poly-substituted pyridine, pyrimidine and phenyl groups, which aromatic substrate is at least mono-halo substituted, under phenolate forming conditions comprising the following steps: a) reacting a cyanophenol derivative with a base in a polar organic solvent to obtain a phenolate salt, wherein water is removed from the reaction mixture during the reaction, b) adding the aromatic substrate to the reaction mixture obtained in step (a), c) heating the reaction mixture of step (b) to a temperature in the range of 80° to 130°C, for 2 to 7 hours to obtain a phenoxy substituted aromatic substrate, d) removing the solvent from the mixture of step (c) and further isolating and purifying the phenoxy substituted aromatic substrate. a) reacting a cyanophenol derivative with a base in a polar organic solvent to obtain a phenolate salt, wherein water is removed from the reaction mixture during the reaction, b) adding the aromatic substrate to the reaction mixture obtained in step (a), c) heating the reaction mixture of step (b) to a temperature in the range of 80° to 130°C, for 2 to 7 hours to obtain a phenoxy substituted aromatic substrate, d) removing the solvent from the mixture of step (c) and further isolating and purifying the phenoxy substituted aromatic substrate.
A method of generating an alert relating to a hydraulic actuation system for actuating a hydraulic cylinder, the hydraulic actuation system comprising a hydraulic fluid tank and a hydraulic fluid filter, the method comprising: monitoring the pressure drop over the hydraulic fluid filter; determining a rate of change characteristic over a plurality of operational cycles, the rate of change characteristic relating to the rate of change of an average pressure drop for each operational cycle in which there is a hydraulic fluid flow through the hydraulic fluid filter; determining whether the hydraulic fluid is dirty based on at least the rate of change characteristic; and generating an alert if it is determined that the hydraulic fluid is dirty. monitoring the pressure drop over the hydraulic fluid filter; determining a rate of change characteristic over a plurality of operational cycles, the rate of change characteristic relating to the rate of change of an average pressure drop for each operational cycle in which there is a hydraulic fluid flow through the hydraulic fluid filter; determining whether the hydraulic fluid is dirty based on at least the rate of change characteristic; and generating an alert if it is determined that the hydraulic fluid is dirty.
A multiband antenna comprising: a feed port; a first radiating portion coupled to the feed port and defining a first resonant bandwidth; a second radiating portion coupled to the feed port and defining a second resonant bandwidth differing from the first resonant bandwidth, the second radiating portion comprising: a proximal radiating segment coupled to the feed port; a distal radiating segment physically isolated from the proximal radiating segment and the feed port; characterized by the second radiating portion further comprising a first adjustable tuning circuit comprising a first tunable reactive element and being coupled between the proximal radiating segment and the distal radiating segment, wherein the tunable reactive element comprises one or more tunable reactive components (404, 406, 408), and wherein adjustment of the first adjustable tuning circuit modifies the second resonant bandwidth without altering the first resonant bandwidth. a feed port; a first radiating portion coupled to the feed port and defining a first resonant bandwidth; a second radiating portion coupled to the feed port and defining a second resonant bandwidth differing from the first resonant bandwidth, the second radiating portion comprising: a proximal radiating segment coupled to the feed port; a distal radiating segment physically isolated from the proximal radiating segment and the feed port; a proximal radiating segment coupled to the feed port; a distal radiating segment physically isolated from the proximal radiating segment and the feed port; characterized by the second radiating portion further comprising a first adjustable tuning circuit comprising a first tunable reactive element and being coupled between the proximal radiating segment and the distal radiating segment, wherein the tunable reactive element comprises one or more tunable reactive components (404, 406, 408), and wherein adjustment of the first adjustable tuning circuit modifies the second resonant bandwidth without altering the first resonant bandwidth.
An ink composition, comprising: a dye (Y-1) represented by a formula below; and a dye (Y-2) selected from the group consisting of C.I. Direct Yellows 86, 132, and 142, wherein the content ratio A of the dye (Y-1) and the dye (Y-2), the dye (Y-1):the dye (Y-2), is 7:3 to 9.5:0.5, the content of the dye (Y-1) is 2.0 mass% to 5.0 mass%, and the dynamic contact angle of the composition to a silicon wafer is 24° or lower at 100 msec after dropping, and is 9° or lower at 5,100 msec after dropping, wherein, in Formula (Y-1), R 4 represents a substituent, R 5 represents -OR 6 or -NHR 7, each of R 6 and R 7 represents a hydrogen atom or a substituent, X 3 represents a divalent linking group, n0 is 0 or 1, Ar 3 represents a divalent heterocyclic group, and Ar 4 represents an alkyl group, an aryl group, or a triazine group. a dye (Y-1) represented by a formula below; and a dye (Y-2) selected from the group consisting of C.I. Direct Yellows 86, 132, and 142, wherein the content ratio A of the dye (Y-1) and the dye (Y-2), the dye (Y-1):the dye (Y-2), is 7:3 to 9.5:0.5, the content of the dye (Y-1) is 2.0 mass% to 5.0 mass%, and the dynamic contact angle of the composition to a silicon wafer is 24° or lower at 100 msec after dropping, and is 9° or lower at 5,100 msec after dropping, wherein, in Formula (Y-1), R 4 represents a substituent, R 5 represents -OR 6 or -NHR 7, each of R 6 and R 7 represents a hydrogen atom or a substituent, X 3 represents a divalent linking group, n0 is 0 or 1, Ar 3 represents a divalent heterocyclic group, and Ar 4 represents an alkyl group, an aryl group, or a triazine group.
Use of a thioether-substituted phenol in a lubricating composition to reduce deposit formation in an internal combustion engine, wherein the thioether-substituted phenol has the structure: wherein R 3 is a C 1 -C 20 hydrocarbyl group; R 4 is a C 1 -C 18 hydrocarbyl group; both R 6 and R 7 are tert-butyl groups; and R 8 is hydrogen or a C 1 -C 20 hydrocarbyl group; and the lubricating composition comprises an oil of lubricating viscosity.
A method for manufacturing a composite material said composite material comprising amyloid fibrils and elemental gold, wherein (i) said composite material is in the form of a self-supporting thin film or in the form of a coating on a substrate; and (ii) said elemental gold is present as single crystal gold platelets; and said method comprising the steps of: (a) growing protein amyloid fibrils by incubating β- lactoglobulin solution for 6 h under pH ∼ 2, low ionic strength (I ≤ 20 mM), high temperature (T ∼ 90 °C) and the protein concentration (2 wt.%); and (b) growing single crystal platelets by mixing 0.67 wt. % amyloid fibrils and 0.066 wt.% chloroauric acid, and then incubating at pH 2 and temperature 60 °C for 12 h; and (c) optionally concentrating single crystal gold platelets by centrifugation and removing part of upper supernatant amyloid fibrils solution; and then either (d) filtrating the gold platelets-protein fibrils suspension through filtration membranes and drying naturally in air; or (e) printing the gold platelets-protein fibrils suspension into a patterned solid film motif on a substrate; or (f) casting the gold platelets-protein fibrils suspension. (i) said composite material is in the form of a self-supporting thin film or in the form of a coating on a substrate; and (ii) said elemental gold is present as single crystal gold platelets; and (a) growing protein amyloid fibrils by incubating β- lactoglobulin solution for 6 h under pH ∼ 2, low ionic strength (I ≤ 20 mM), high temperature (T ∼ 90 °C) and the protein concentration (2 wt.%); and (b) growing single crystal platelets by mixing 0.67 wt. % amyloid fibrils and 0.066 wt.% chloroauric acid, and then incubating at pH 2 and temperature 60 °C for 12 h; and (c) optionally concentrating single crystal gold platelets by centrifugation and removing part of upper supernatant amyloid fibrils solution; and then either (d) filtrating the gold platelets-protein fibrils suspension through filtration membranes and drying naturally in air; or (e) printing the gold platelets-protein fibrils suspension into a patterned solid film motif on a substrate; or (f) casting the gold platelets-protein fibrils suspension.
A method for performing UE performance test to verify that one or more UE under test fulfils certain performance requirements in an OFDMA system, in which test all or part of available downlink radio resources in a cell are used for transmission, comprising the step of generating cell load by allocating downlink resources not allocated to the one or more UE under test to non existing, virtual, UEs to emulate cell load, wherein said resources used for transmission are split (302, 402, 502) into contiguous unities (101, 102, 103, 201, 202, 203) in the frequency domain such that one or more of said unities consists of resources allocated to one or more UE under test; and at least one of said unities consists of resources allocated to said virtual UEs.
A transport device that transports a medium to be recorded by a recording section, the transport device comprising: a transport belt for transporting the medium; a pressing section that is located further upstream in a transport direction of the medium than is the recording section and that presses the medium against the transport belt, the pressing section comprising heating means for heating the medium while pressing the medium;; a cover that covers the recording section and the pressing section and that has an intake port; and a fan that draws air into the cover through the intake port and that is located further upstream in the transport direction than is the intake port, wherein the intake port is located between the recording section and the pressing section in the transport direction; the cover has an intake duct connecting to the intake port, the intake duct is located between the recording section and the pressing section in the transport direction, the intake duct has an outflow port, and the outflow port opens toward upstream in the transport direction; and air drawn by the fan through the intake port flows through the intake duct and is supplied inside the cover through the outflow port. a transport belt for transporting the medium; a pressing section that is located further upstream in a transport direction of the medium than is the recording section and that presses the medium against the transport belt, the pressing section comprising heating means for heating the medium while pressing the medium;; a cover that covers the recording section and the pressing section and that has an intake port; and a fan that draws air into the cover through the intake port and that is located further upstream in the transport direction than is the intake port, wherein the intake port is located between the recording section and the pressing section in the transport direction; the cover has an intake duct connecting to the intake port, the intake duct is located between the recording section and the pressing section in the transport direction, the intake duct has an outflow port, and the outflow port opens toward upstream in the transport direction; and air drawn by the fan through the intake port flows through the intake duct and is supplied inside the cover through the outflow port.
An X-ray source comprising a laser source and a solid material target, the laser source being adapted to generate an ultra-short pulse beam, and means adapted to direct the ultra-short pulse beam to an area of interaction with the target, the X-ray source including an axicon placed on the optical path between the laser source and the target, characterized in that: the target is a scrolling tape target.