mhurhangee/ep-ind-claims huggingface dataset:
A motor vehicle exhaust gas recirculation valve arrangement for an exhaust gas recirculation system of an internal combustion engine, comprising: an electric drive motor comprising a motor shaft and a motor pinion; an intermediate shaft comprising an output gear meshing with the motor pinion; an eccentric shaft comprising a drive gear meshing with an intermediate shaft pinion, and further comprising an eccentric, and a valve drive comprising a valve plate, a valve rod, and a link, the link being configured to have the eccentric engage therein, wherein the intermediate shaft is arranged laterally beside the eccentric shaft so that the eccentric and the link lie directly beside the drive motor, characterized in that a position sensor arrangement, which detects a position of the link, is arranged in the transmission housing which encloses the intermediate shaft and the eccentric shaft, and the position sensor arrangement comprises a linear sensor, in particular a Hall sensor, configured to detect a translational position of the link. an electric drive motor comprising a motor shaft and a motor pinion; an intermediate shaft comprising an output gear meshing with the motor pinion; an eccentric shaft comprising a drive gear meshing with an intermediate shaft pinion, and further comprising an eccentric, and a valve drive comprising a valve plate, a valve rod, and a link, the link being configured to have the eccentric engage therein, wherein the intermediate shaft is arranged laterally beside the eccentric shaft so that the eccentric and the link lie directly beside the drive motor, characterized in that a position sensor arrangement, which detects a position of the link, is arranged in the transmission housing which encloses the intermediate shaft and the eccentric shaft, and the position sensor arrangement comprises a linear sensor, in particular a Hall sensor, configured to detect a translational position of the link.
Hob device, in particular induction hob device, with at least one placement plate (12a-e), which is provided for a placement of at least one item of cookware (14a-e), with at least two heating units (16a-e) for heating the item of cookware (14a-e) and with at least one illumination strip (20a-e), wherein the illumination strip (20a-e) has at least one lighting unit (22a-e) and in at least one operating state is assigned to the at least two heating units (16a-e) for marking the at least two heating units (16a-e), characterised in that the illumination strip (20a-e) in at least one operating state indicates, in relation to at least one direction (18a-e), at least one heating output which varies in the direction (18a-e).
A method for BSR, buffer status report, reporting, wherein a relay node, RN, is managed by a Donor eNB, D-eNB, which is an eNB which is able to communicate with the relay node, characterized by comprising: obtaining, by the D-eNB, the number of UEs, user equipments, managed by the RN; determining, by the D-eNB, a BSR reporting manner of the RN according to the number of the user equipments, UEs, managed by the RN, wherein the BSR reporting manner is a BSR reporting manner of periodic reporting or a BSR reporting manner of scheduling request, SR request, and sending the BSR reporting manner to the RN, whereby the RN configures (302, 303) the BSR reporting manner and sends a BSR of the RN to the D-eNB according to the BSR reporting manner. obtaining, by the D-eNB, the number of UEs, user equipments, managed by the RN; determining, by the D-eNB, a BSR reporting manner of the RN according to the number of the user equipments, UEs, managed by the RN, wherein the BSR reporting manner is a BSR reporting manner of periodic reporting or a BSR reporting manner of scheduling request, SR request, and sending the BSR reporting manner to the RN, whereby the RN configures (302, 303) the BSR reporting manner and sends a BSR of the RN to the D-eNB according to the BSR reporting manner.
A managed device, comprising: a processor and a memory communicatively connected to the processor, the processor configured to: communicate with a management device; send toward the management device, the raw or compressed management plane performance data; receive quality-of-monitoring, QoM, classification model information; determine based on raw management plane performance data at the managed device and the QoM classification model information, a local QoM classification model comprising a set of local QoM classification model parameters; perform based on the local QoM classification model and a QoM compression function, compression of raw management plane performance data to provide compressed management plane performance data; and send toward the management device, the compressed management plane performance data. communicate with a management device; send toward the management device, the raw or compressed management plane performance data; receive quality-of-monitoring, QoM, classification model information; determine based on raw management plane performance data at the managed device and the QoM classification model information, a local QoM classification model comprising a set of local QoM classification model parameters; perform based on the local QoM classification model and a QoM compression function, compression of raw management plane performance data to provide compressed management plane performance data; and send toward the management device, the compressed management plane performance data.
Method for positioning a workpiece in a numerically controlled machine tool, characterized in that on a blank serving as a base, a duplicate comprising at least part of the workpiece is formed by the machine tool under the control of first data, at least one key structure (9, 10) is formed in a positioning section of the blank, a counter piece comprising an impression compound is placed on the base, at least one key structure (9, 10) on the base and a respective complementarily formed key structure (21, 22) on the counter piece being brought into engagement with each other so that the base and the counter piece are in a predetermined relative position to one another and a negative of the surface of the duplicate is formed in the impression compound, and the duplicate is removed from the base, so that the counter piece can be reproducibly attached to the base in the same relative position and the workpiece can be reproducibly attached to the blank in the position corresponding to the first data by fitting it into the negative. on a blank serving as a base, a duplicate comprising at least part of the workpiece is formed by the machine tool under the control of first data, at least one key structure (9, 10) is formed in a positioning section of the blank, a counter piece comprising an impression compound is placed on the base, at least one key structure (9, 10) on the base and a respective complementarily formed key structure (21, 22) on the counter piece being brought into engagement with each other so that the base and the counter piece are in a predetermined relative position to one another and a negative of the surface of the duplicate is formed in the impression compound, and the duplicate is removed from the base, so that the counter piece can be reproducibly attached to the base in the same relative position and the workpiece can be reproducibly attached to the blank in the position corresponding to the first data by fitting it into the negative.
A method for patterning an underlying layer, the method comprising - providing a guiding layer (3,4) on the underlying layer, the guiding layer (3,4) comprising guiding structures and being substantially planar, wherein providing the guiding layer (3,4) comprises providing the guiding structures and laterally embedding the guiding structures with a neutral layer; - providing a block-copolymer layer (5,6) on the guiding layer (3,4); - inducing phase separation of the block-copolymer layer (5,6) in a regular pattern of structures of a first and a second polymer component, whereby one of the components aligns to the guiding structures, by chemo-epitaxy; - thereafter, removing a first of the components of the block-copolymer layers completely, leaving a regular pattern of structures of the second component; - providing a planarising layer over the regular pattern of structures of the second component and the guiding layer (3,4); - removing a portion of the planarising layer, thereby leaving a regular pattern of structures of the planarising layer at positions in between the structures of the second component, and exposing the structures of the second component; - removing the structures of the second component, selectively with respect to the structures of the planarising layer; - patterning the underlying layer, thereby using the structures of the planarising layer as a mask. - providing a guiding layer (3,4) on the underlying layer, the guiding layer (3,4) comprising guiding structures and being substantially planar, wherein providing the guiding layer (3,4) comprises providing the guiding structures and laterally embedding the guiding structures with a neutral layer; - providing a block-copolymer layer (5,6) on the guiding layer (3,4); - inducing phase separation of the block-copolymer layer (5,6) in a regular pattern of structures of a first and a second polymer component, whereby one of the components aligns to the guiding structures, by chemo-epitaxy; - thereafter, removing a first of the components of the block-copolymer layers completely, leaving a regular pattern of structures of the second component; - providing a planarising layer over the regular pattern of structures of the second component and the guiding layer (3,4); - removing a portion of the planarising layer, thereby leaving a regular pattern of structures of the planarising layer at positions in between the structures of the second component, and exposing the structures of the second component; - removing the structures of the second component, selectively with respect to the structures of the planarising layer; - patterning the underlying layer, thereby using the structures of the planarising layer as a mask.
A floss cartridge (100, 1100) comprising: a housing; and a roll of dental floss comprising a polymer, the floss having a first surface and a second surface; wherein the floss cartridge includes: a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller. a housing; and a roll of dental floss comprising a polymer, the floss having a first surface and a second surface; wherein the floss cartridge includes: a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller. a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller.
An access node (100, 101) for a wireless network, comprising: at least one processor; and at least one memory including computer program code, wherein said at least one memory and computer program code are configured, with said at least one processor, to cause the access node to perform the following: receiving, from a wireless device at a location, a channel measurement signal; determining precoding coefficients for the location based on the channel measurement signal; characterized in that said at least one memory and computer program code are configured, with said at least one processor, to cause the access node to perform the following: storing the precoding coefficients as linked to the location; and utilizing, in a sensing phase, the precoding coefficients to sense the location for one or more objects (113, 114) at the location. least one processor; and at least one memory including computer program code, wherein said at least one memory and computer program code are configured, with said at least one processor, to cause the access node to perform the following: receiving, from a wireless device at a location, a channel measurement signal; determining precoding coefficients for the location based on the channel measurement signal; characterized in that said at least one memory and computer program code are configured, with said at least one processor, to cause the access node to perform the following: storing the precoding coefficients as linked to the location; and utilizing, in a sensing phase, the precoding coefficients to sense the location for one or more objects (113, 114) at the location. storing the precoding coefficients as linked to the location; and utilizing, in a sensing phase, the precoding coefficients to sense the location for one or more objects (113, 114) at the location.
A magnetic detection device comprising: a sensor unit which changes an electrical characteristic in accordance with change in each magnetic field intensity of external magnetic fields in (+) direction and (-) direction opposite the (+) direction; and an integrated circuit which is connected to the sensor unit for generating and outputting a (+) magnetic field detection signal and a (-) magnetic field detection signal based on the change in the electrical characteristic, characterised in that the integrated circuit is provided with two output terminals (40, 41) and a mode switch circuit which includes a pair of switch terminals (58, 59); the mode switch circuit is capable of switching between a 1-output mode for outputting the (+) and (-) magnetic field detection signals from one of the output terminals (40, 41) and a 2-output mode for outputting the (+) magnetic field detection signal from the one of the output terminals (40, 41) and the (-) magnetic field detection signal from the other output terminal, respectively depending on a shortcircuit state or a non-shortcircuit state between the switch terminals (58, 59); and the shortcircuit state and the non-short-circuit state are externally adjustable. a sensor unit which changes an electrical characteristic in accordance with change in each magnetic field intensity of external magnetic fields in (+) direction and (-) direction opposite the (+) direction; and an integrated circuit which is connected to the sensor unit for generating and outputting a (+) magnetic field detection signal and a (-) magnetic field detection signal based on the change in the electrical characteristic, characterised in that the integrated circuit is provided with two output terminals (40, 41) and a mode switch circuit which includes a pair of switch terminals (58, 59); the mode switch circuit is capable of switching between a 1-output mode for outputting the (+) and (-) magnetic field detection signals from one of the output terminals (40, 41) and a 2-output mode for outputting the (+) magnetic field detection signal from the one of the output terminals (40, 41) and the (-) magnetic field detection signal from the other output terminal, respectively depending on a shortcircuit state or a non-shortcircuit state between the switch terminals (58, 59); and the shortcircuit state and the non-short-circuit state are externally adjustable.
Use of a fluid comprising, as a base oil, at least one carboxylic acid ester selected from compounds represented by the following formulae, and, as a hydraulic fluid: wherein m is 0; n is 0 or 1; p and q are each an integer of 0 to 3; X and Y represent a group having 1 to 30 carbon atoms selected from an alkyl group and an alkyl group substituted by a cycloalkyl or aromatic group, a group having 5 to 12 carbon atoms selected from a cycloalkyl group and an aromatic group, or a group having 2 to 30 carbon atoms selected from an alkyloxycarbonyl group, an alkyloxycarbonyl group substituted by a cycloalkyl or aromatic group, an alkylcarbonyloxy group, and an alkylcarbonyloxy group substituted by a cycloalkyl or aromatic group; wherein m and n are each 0 or 1; p and q are each an integer of 0 to 3; R 1 and R 2 represent hydrogen or an alkyl group having 1 to 10 carbon atoms; and A represents an alkylene group having 2 to 18 carbon atoms and containing oxygen in a main chain; wherein the fluid contains 10 mass% or more of the carboxylic acid ester(s).
A composition for a non-aqueous patch preparation comprising a drug, an organic solvent, and a powder which is insoluble both in the organic solvent and in a lipophilic plaster base material, wherein the powder is light anhydrous silicic acid, the lipophilic plaster base material comprises an elastomeric styrene-isoprene-styrene block copolymer, and the powder for an adhesive layer is contained as shown in the following inequality: 0.2 × the weight of the adhesive layer × the bulk density of the powder ≤ the amount of the powder to be added ≤ 0.6 × the weight of the adhesive layer × the tap density of the powder.
A method of generating an aerosol comprising protonated nicotine, the method comprising the steps of: (i) providing a nicotine formulation comprising nicotine as free base; (ii) providing a carbon dioxide source capable of providing carbon dioxide in situ; (iii) vaporising or aerosolising the nicotine formulation; (iv) providing carbon dioxide from the carbon dioxide source, and (v) contacting the carbon dioxide with the vaporised or aerosolised nicotine formulation to thereby protonate nicotine free base and generate an aerosol comprising protonated nicotine; wherein the nicotine formulation contains the carbon dioxide source. (i) providing a nicotine formulation comprising nicotine as free base; (ii) providing a carbon dioxide source capable of providing carbon dioxide in situ; (iii) vaporising or aerosolising the nicotine formulation; (iv) providing carbon dioxide from the carbon dioxide source, and (v) contacting the carbon dioxide with the vaporised or aerosolised nicotine formulation to thereby protonate nicotine free base and generate an aerosol comprising protonated nicotine; wherein the nicotine formulation contains the carbon dioxide source.
A power supply assembly, comprising: a first mounting hole configured to mount a magnetic member, wherein an inner wall of the first mounting hole is provided with a vent groove; and an airflow sensor in air communication with the vent groove. a first mounting hole configured to mount a magnetic member, wherein an inner wall of the first mounting hole is provided with a vent groove; and an airflow sensor in air communication with the vent groove.
Method to control the power flow in a meshed HVDC power transmission network comprising at least three HVDC converter stations (1, 2, 3) interconnected in a first closed path by at least three transmission lines (16, 18, 20), wherein a first DC power flow control device is series connected to a first of the at least three transmission lines, the first DC power flow control device comprising a first converter in series connection with the first transmission line and a second converter in shunt connection with the first transmission line, the method comprising the step of converting, by the second converter working as an inverter, DC power from the first transmission line into AC power, the method characterized by the steps of supplying, by the second converter, the first converter with said AC power, and injecting, by the first converter, an additional positive or negative DC voltage into the first transmission line based on the AC power supplied from the second converter for controlling the first transmission line so that the DC current distribution in the first closed path is balanced.
A method for operating an inductive energy transfer system that includes a transmitter device and a receiver device, the receiver device including a touch sensing device, the method comprising: detecting if an input surface of the touch sensing device is touched while the transmitter device is transferring energy inductively to the receiver device; and characterised by: if the input surface is touched, the transmitter device transferring energy inductively only during a first time period and the touch sensing device obtaining touch samples only during a different second time period. detecting if an input surface of the touch sensing device is touched while the transmitter device is transferring energy inductively to the receiver device; and characterised by: if the input surface is touched, the transmitter device transferring energy inductively only during a first time period and the touch sensing device obtaining touch samples only during a different second time period.
A method of maintaining electrical power to electrical systems in operation during reconfiguration or maintenance of a power distribution system for the electrical systems, comprising: coupling a set of input lines to a power source such that the input lines are connected to at least one phase of AC power from the power source; coupling a set of feed lines to a power distribution unit that is supplying primary power to one or more of said electrical systems; testing the set of feed lines and the set of input lines to determine a match between at least one pair of lines in the set of feed lines and at least one pair of lines in the set of input lines, wherein determining the match comprises matching the phase of the at least one pair of feed lines with the phase of the at least one pair of input lines; and coupling the at least one pair of feed lines to the matching at least one pair of input lines while primary power is maintained to the systems and the systems are operating; and disconnecting or disabling primary power at one or more points in a primary power chain. coupling a set of input lines to a power source such that the input lines are connected to at least one phase of AC power from the power source; coupling a set of feed lines to a power distribution unit that is supplying primary power to one or more of said electrical systems; testing the set of feed lines and the set of input lines to determine a match between at least one pair of lines in the set of feed lines and at least one pair of lines in the set of input lines, wherein determining the match comprises matching the phase of the at least one pair of feed lines with the phase of the at least one pair of input lines; and coupling the at least one pair of feed lines to the matching at least one pair of input lines while primary power is maintained to the systems and the systems are operating; and disconnecting or disabling primary power at one or more points in a primary power chain.