mhurhangee/ep-ind-claims huggingface dataset:
An adjustment method for adjusting a measurement module of an electricity meter connected to a distribution grid, the method comprising the following steps that are implemented in the electricity meter following installation of the electricity meter in an operating position:. acquiring at least one measurement of the frequency of the distribution grid;. if the difference between the frequency of the distribution grid and a first frequency is less that a first predetermined threshold, adjusting the measurement module by using first calibration parameters that were produced and stored in the electricity meter during a calibration stage performed prior to installing the meter in the operating position;. if the difference between the frequency of the distribution grid and the first frequency is greater than or equal to the first predetermined threshold, calculating second calibration parameters from the first calibration parameters and from adaptation parameters, and adjusting the measurement module by using the second calibration parameters, the adaptation parameters comprising first adaptation parameters evaluated at the first frequency and second adaptation parameters evaluated at a second frequency, the second frequency being such that the difference between the frequency of the distribution grid and the second frequency is less that a second predetermined threshold.. acquiring at least one measurement of the frequency of the distribution grid;. if the difference between the frequency of the distribution grid and a first frequency is less that a first predetermined threshold, adjusting the measurement module by using first calibration parameters that were produced and stored in the electricity meter during a calibration stage performed prior to installing the meter in the operating position;. if the difference between the frequency of the distribution grid and the first frequency is greater than or equal to the first predetermined threshold, calculating second calibration parameters from the first calibration parameters and from adaptation parameters, and adjusting the measurement module by using the second calibration parameters, the adaptation parameters comprising first adaptation parameters evaluated at the first frequency and second adaptation parameters evaluated at a second frequency, the second frequency being such that the difference between the frequency of the distribution grid and the second frequency is less that a second predetermined threshold.
A suturing device for minimally invasive surgery, comprising: a head defining one or more ferrule holders and a tissue bite area; a shaft, wherein the head is coupled to the shaft at a distal end of the shaft, and wherein the tissue bite area faces a direction substantially parallel to a longitudinal axis of the shaft; a needle comprising a flywheel portion and one or more curved arms extending from the flywheel portion, each of the one or more curved arms comprising a ferrule engaging tip, wherein the needle is pivotably coupled to the head, and wherein the flywheel portion and the one or more curved arms are monolithic; and an actuator comprising a drive link coupled to the needle and configured to rotate it from a retracted position, where the ferrule engaging tip of each of the one or more curved arms starts away from the one or more ferrule holders, through the tissue bite area, and to an engaged position where the ferrule engaging tip of each of the one or more curved arms is operationally aligned with the one or more ferrule holders; characterised in that the actuator comprises a motion limiting notch and a cam surface or the drive link comprises a motion limiting notch and the needle comprises a cam surface, wherein the motion limiting notch and the cam surface are configured to control how far the needle can move when rotated to an engaged position. a head defining one or more ferrule holders and a tissue bite area; a shaft, wherein the head is coupled to the shaft at a distal end of the shaft, and wherein the tissue bite area faces a direction substantially parallel to a longitudinal axis of the shaft; a needle comprising a flywheel portion and one or more curved arms extending from the flywheel portion, each of the one or more curved arms comprising a ferrule engaging tip, wherein the needle is pivotably coupled to the head, and wherein the flywheel portion and the one or more curved arms are monolithic; and an actuator comprising a drive link coupled to the needle and configured to rotate it from a retracted position, where the ferrule engaging tip of each of the one or more curved arms starts away from the one or more ferrule holders, through the tissue bite area, and to an engaged position where the ferrule engaging tip of each of the one or more curved arms is operationally aligned with the one or more ferrule holders; characterised in that the actuator comprises a motion limiting notch and a cam surface or the drive link comprises a motion limiting notch and the needle comprises a cam surface, wherein the motion limiting notch and the cam surface are configured to control how far the needle can move when rotated to an engaged position.
An exterior part (200, 240) configuring an outer part of a product, comprising: a resin member (220, 270) that is made of resin having a light transmitting property and serves as an outer surface of the product; and a structure color generation member (210, 250, 260) that is made of resin different from the resin of the resin member (220, 270), and covered with the resin member and has a structure color generation region (211, 251, 261) having been formed therein with a minute shape from which light in a visible light range is produced by a physical phenomenon such as interference or diffraction with incidence of light, wherein the resin member (220, 270) and the structure color generation member (210, 250, 260) are formed by injection molding, characterized in that a softening temperature of the resin of the structure color generation member (210, 250, 260) is higher than a softening temperature of the resin of the resin member (220, 270), and the exterior part (200, 240) further comprising a lock portion (221, 271) connected to the resin member (220, 270) and configured to hold the structure color generation member (210, 250, 260). a resin member (220, 270) that is made of resin having a light transmitting property and serves as an outer surface of the product; and a structure color generation member (210, 250, 260) that is made of resin different from the resin of the resin member (220, 270), and covered with the resin member and has a structure color generation region (211, 251, 261) having been formed therein with a minute shape from which light in a visible light range is produced by a physical phenomenon such as interference or diffraction with incidence of light, wherein the resin member (220, 270) and the structure color generation member (210, 250, 260) are formed by injection molding, characterized in that a softening temperature of the resin of the structure color generation member (210, 250, 260) is higher than a softening temperature of the resin of the resin member (220, 270), and the exterior part (200, 240) further comprising a lock portion (221, 271) connected to the resin member (220, 270) and configured to hold the structure color generation member (210, 250, 260).
A resin composition, comprising the following components,, and, wherein a content of the component is from 0.5 to 40 % by weight, a content of the component is from 20 to 80 % by weight, a content of the component is from 1 to 30 % by weight, and a content of the component is from 1 to 30 % by weight, relative to a total amount of these respective components: component: a polypropylene based resin containing the following component (a): component (a): a modified polypropylene obtained by modifying a polypropylene based resin with an unsaturated carboxylic acid or a derivative thereof; component: a propylene based copolymer containing a monomer unit based on propylene and a monomer unit based on at least either one of ethylene and an α-olefin other than propylene in a weight ratio of from 80/20 to 95/5; component: an ethylene·α-olefin copolymer containing a monomer unit based on ethylene and a monomer unit based on an α-olefin in a weight ratio of from 76/24 to 90/10; and component: an ethylene homopolymer or an ethylene based copolymer containing less than 10% by weight of a monomer unit other than ethylene. component: a polypropylene based resin containing the following component (a): component (a): a modified polypropylene obtained by modifying a polypropylene based resin with an unsaturated carboxylic acid or a derivative thereof; component (a): a modified polypropylene obtained by modifying a polypropylene based resin with an unsaturated carboxylic acid or a derivative thereof; component: a propylene based copolymer containing a monomer unit based on propylene and a monomer unit based on at least either one of ethylene and an α-olefin other than propylene in a weight ratio of from 80/20 to 95/5; component: an ethylene·α-olefin copolymer containing a monomer unit based on ethylene and a monomer unit based on an α-olefin in a weight ratio of from 76/24 to 90/10; and component: an ethylene homopolymer or an ethylene based copolymer containing less than 10% by weight of a monomer unit other than ethylene.
Force sensor device for the acquisition of a vehicle weight, with an elongated sensor holder; and a multiple number of hollow profiles arranged so that they overlap in the elongated sensor holder, whereby a force strip sensor is located in each hollow profile and the overlapping hollow profiles extend in an extension direction of the elongated sensor holder, characterized in that the hollow profiles partially overlap.
A composition comprising at least one biological control agent which is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and at least one fungicide selected from the group consisting of metalaxyl and metalaxyl-M (mefenoxam) in a synergistically effective amount, wherein the weight ratio of biological control agent: fungicide is in the range of 1:0.001 to 1:5.
A sliding component characterized in that a sealing face of one of a pair of sliding parts (3, 5) that slide relative to each other is provided with a first pumping groove that is open to a high-pressure fluid side but isolated from a low-pressure fluid side by a seal area, as well as a second pumping groove that is open to the low-pressure fluid side but isolated from the high-pressure fluid side by a seal area, wherein a low-pressure fluid-side end of the first pumping groove is arranged adjacent to a high-pressure fluid-side end of the second pumping groove, wherein the first pumping groove and second pumping groove are formed in spiral shapes and angled to discharge a fluid toward the high-pressure fluid side by sliding relative to a mating sealing face, and wherein the first pumping groove and second pumping groove are arranged in such a way that the low-pressure fluid-side end of the first pumping groove is separated from the high-pressure fluid-side end of the second pumping groove in a radial direction, characterised in that the first pumping groove and second pumping groove are respectively provided in plurality in a circumferential direction and the first pumping grooves and the respective second pumping grooves are arranged as pairs, wherein each pair of pumping grooves comprising the first pumping groove and second pumping groove is arranged in such a way that the first pumping groove is positioned on an upstream side of the second pumping groove in the circumferential direction.
A rotary air-riding seal between a first structure and an adjacent second structure, at least one of said structures (2,3) being rotatable relative to the other about an axis of rotation, the seal comprising: first and second seal members (8, 11) defining respective seal surfaces (9, 14) in facing relation to one another, the first seal member being provided on the first structure; and the second seal member being mounted to the second structure by a primary support arrangement configured to permit axial oscillation of the second seal member and to resiliently bias the second seal member towards the first seal member, and wherein the primary support arrangement comprises a spring mounting the second seal member to the second structure, the spring of the primary support arrangement accommodates relatively low frequency axial movements between said seal members; wherein at least one of said seal members is configured to generate a riding film of air between said seal surfaces (9,14), wherein the first seal member is compliantly mounted to the first structure and supported for axial oscillation relative to the second seal member by a secondary support arrangement configured to bias said first seal member towards said second seal member, characterised in that the secondary support arrangement comprises a layer of elastically deformable material interconnecting the first seal member and the first structure or a radially extending array of compression springs interconnecting the first seal member and the first structure, and arranged to accommodate relatively high frequency axial movements between said seal members.
A network apparatus comprising a broker entity for reserving access clients for a wireless consumer device, comprising: communications circuitry adapted to communicate with a communications network, the communications network comprising one or more wireless consumer devices; a processor, and a storage device in data communication with the processor, the storage device comprising computer-executable instructions configured to, when executed by the processor: request assignment of one or more access clients to a wireless consumer device, the request causing an allocation of the one or more access clients; and download the allocated one or more access clients to the wireless consumer device; wherein the allocation of one or more access clients is limited by the broker entity based at least in part on a distribution channel that provided the wireless consumer device to a user. communications circuitry adapted to communicate with a communications network, the communications network comprising one or more wireless consumer devices; a processor, and a storage device in data communication with the processor, the storage device comprising computer-executable instructions configured to, when executed by the processor: request assignment of one or more access clients to a wireless consumer device, the request causing an allocation of the one or more access clients; and download the allocated one or more access clients to the wireless consumer device; request assignment of one or more access clients to a wireless consumer device, the request causing an allocation of the one or more access clients; and download the allocated one or more access clients to the wireless consumer device;
Washing method for a dishwasher having a wash container that delimits a wash compartment, in which wash liquid that is no longer required during or after execution of a wash operation is buffered in a storage container coupled thermally to the wash container, and in a drying step of the wash operation the moisture-laden air or water vapour in a wash compartment of the wash container is condensed on at least one side wall (10, 20) of the wash container, wherein before or during the drying step the storage container is filled with fresh water in order to provide a condensation surface, and wherein after execution of the drying step the fresh water buffered in the storage container is reused in a subsequent wash operation or wash cycle.
A file synchronization method, comprising: acquiring a first file list snapshot, wherein the first file list snapshot comprises information of a local file list stored when last synchronization ends; comparing the first file list snapshot with information of a current local file list to acquire a second file list snapshot, wherein the second file list snapshot comprises an update operation of the current local file list; sending a file list snapshot request to a server; receiving a third file list snapshot sent by the server, wherein the third file list snapshot comprises information of a file list of the server; and determining, according to the second file list snapshot and the third file list snapshot, an identifier and an operation of a file to be synchronized, and performing file synchronization with the server according to the identifier and the operation of the file to be synchronized. acquiring a first file list snapshot, wherein the first file list snapshot comprises information of a local file list stored when last synchronization ends; comparing the first file list snapshot with information of a current local file list to acquire a second file list snapshot, wherein the second file list snapshot comprises an update operation of the current local file list; sending a file list snapshot request to a server; receiving a third file list snapshot sent by the server, wherein the third file list snapshot comprises information of a file list of the server; and determining, according to the second file list snapshot and the third file list snapshot, an identifier and an operation of a file to be synchronized, and performing file synchronization with the server according to the identifier and the operation of the file to be synchronized.
A message processing method of an optical network termination, ONT, comprising: receiving, by the ONT, an uplink message, the ONT comprising a Virtual Local Area Network, VLAN, Tagging Operation Configuration Data Managed Entity, ME, with a VLAN Tagging operation table, wherein each entry of the VLAN Tagging operation table comprises a group of filter value fields including an outer layer VLAN priority filter value, an outer layer VID filter value, an inner layer VLAN priority filter value, an inner layer VID filter value and a group of operation value fields; filtering or categorizing, by the ONT, the received uplink message according to a characteristic value of the received uplink message by the use of one or more of the outer layer VLAN priority filter value, the outer layer VID filter value, the inner layer VLAN priority filter value and the inner layer VID filter value in a corresponding entry of the VLAN Tagging operation table; performing, by the ONT, a VLAN Tagging operation for the filtered or categorized uplink message by use of the operation value fields in the corresponding entry of the VLAN Tagging operation table; wherein at least two types of uplink messages with different characteristic values have different VLAN Tags after the uplink messages are processed by the ONT through the VLAN Tagging operation. receiving, by the ONT, an uplink message, the ONT comprising a Virtual Local Area Network, VLAN, Tagging Operation Configuration Data Managed Entity, ME, with a VLAN Tagging operation table, wherein each entry of the VLAN Tagging operation table comprises a group of filter value fields including an outer layer VLAN priority filter value, an outer layer VID filter value, an inner layer VLAN priority filter value, an inner layer VID filter value and a group of operation value fields; filtering or categorizing, by the ONT, the received uplink message according to a characteristic value of the received uplink message by the use of one or more of the outer layer VLAN priority filter value, the outer layer VID filter value, the inner layer VLAN priority filter value and the inner layer VID filter value in a corresponding entry of the VLAN Tagging operation table; performing, by the ONT, a VLAN Tagging operation for the filtered or categorized uplink message by use of the operation value fields in the corresponding entry of the VLAN Tagging operation table; wherein at least two types of uplink messages with different characteristic values have different VLAN Tags after the uplink messages are processed by the ONT through the VLAN Tagging operation.
A sheet transport apparatus that re-transports a sheet having an image formed by an image forming portion on a first surface of the sheet, to the image forming portion so as to form an image on a second surface, opposite to the first surface, of the sheet, said sheet transport apparatus comprising: a re-transport path through which the sheet having the image on the first surface of the sheet is re-transported to the image forming portion; cooling means for blowing air against the sheet passing through said re-transport path in order to cool the sheet; and a control substrate, characterized by an arrangement for preventing air from striking said control substrate after having cooled the sheet by having been blown from said cooling means against the sheet. a re-transport path through which the sheet having the image on the first surface of the sheet is re-transported to the image forming portion; cooling means for blowing air against the sheet passing through said re-transport path in order to cool the sheet; and a control substrate, an arrangement for preventing air from striking said control substrate after having cooled the sheet by having been blown from said cooling means against the sheet.
A method of detecting an error in a rotor angle sensing system of a wind turbine, the wind turbine comprising: a rotor including a plurality of wind turbine blades, a blade load sensor associated with a respective one of the wind turbine blades, wherein the blade load sensor is configured to output a measured blade load signal; and a rotor angle sensing system configured to output a rotor angle signal; wherein the method comprises: generating an estimated blade load signal based on at least the rotor angle signal; comparing the estimated blade load signal with the measured blade load signal to determine a phase difference between them; and identifying an error if the phase difference between the estimated blade load signal and the measured blade load signal exceeds a predetermined threshold. a rotor including a plurality of wind turbine blades, a blade load sensor associated with a respective one of the wind turbine blades, wherein the blade load sensor is configured to output a measured blade load signal; and a rotor angle sensing system configured to output a rotor angle signal; wherein the method comprises: generating an estimated blade load signal based on at least the rotor angle signal; comparing the estimated blade load signal with the measured blade load signal to determine a phase difference between them; and identifying an error if the phase difference between the estimated blade load signal and the measured blade load signal exceeds a predetermined threshold. generating an estimated blade load signal based on at least the rotor angle signal; comparing the estimated blade load signal with the measured blade load signal to determine a phase difference between them; and identifying an error if the phase difference between the estimated blade load signal and the measured blade load signal exceeds a predetermined threshold.