mhurhangee/ep-ind-claims huggingface dataset:
A crank arm and chainring carrier assembly, comprising: a crank arm; a chainring carrier sized and shaped to connect to the crank arm; a first pairing feature formed on one of the crank arm and the chainring carrier and a second pairing feature formed on the other of the crank arm and the chainring carrier to position the chainring carrier on the crank arm; a clearance defined between the first and second pairing features (100A, 100B) when the first and second pairing features (100A, 100B) are paired; and a torque-transmitting coupling between the crank arm and the chainring carrier, the coupling configured to transmit substantially all of the torque applied to the chainring carrier from the crank arm. a crank arm; a chainring carrier sized and shaped to connect to the crank arm; a first pairing feature formed on one of the crank arm and the chainring carrier and a second pairing feature formed on the other of the crank arm and the chainring carrier to position the chainring carrier on the crank arm; a clearance defined between the first and second pairing features (100A, 100B) when the first and second pairing features (100A, 100B) are paired; and a torque-transmitting coupling between the crank arm and the chainring carrier, the coupling configured to transmit substantially all of the torque applied to the chainring carrier from the crank arm.
A method for programming selected ones of a plurality of memory segments in a memory array comprising a plurality of P-wells (301; 302) in a deep N-well within a P-type substrate, wherein each of the plurality of memory segments resides within a respective one of the plurality of P-wells (301; 302), said method comprising the steps of: setting the deep N-well to approximately 4 volts; setting a one of the plurality of P-wells to approximately -11 volts; setting a one of a plurality of word lines to approximately 4 volts; setting other ones of the plurality of word lines (WL2-WL8) to approximately -7 volts; setting at least one of a plurality of bit lines to approximately -11 volts; setting other ones of the plurality of bit lines (BL1, BL3-BL8) to approximately zero volts; setting first source select gate lines associated with the one of the plurality of P-wells to approximately -11 volts; setting first source select drain lines associated with the one of the plurality of P-wells to approximately -11 volts; characterised by setting other ones of the plurality of P-wells to approximately -7 volts; setting second source select gate lines associated with the other ones of the plurality of P-wells to approximately -7 volts; and setting second source select drain lines associated with the other ones of the plurality of P-wells to approximately -7 volts, wherein the selected ones of the plurality of memory segments coupled to the one of the plurality of word lines and the at least one of the plurality of bit lines are programmed. setting the deep N-well to approximately 4 volts; setting a one of the plurality of P-wells to approximately -11 volts; setting a one of a plurality of word lines to approximately 4 volts; setting other ones of the plurality of word lines (WL2-WL8) to approximately -7 volts; setting at least one of a plurality of bit lines to approximately -11 volts; setting other ones of the plurality of bit lines (BL1, BL3-BL8) to approximately zero volts; setting first source select gate lines associated with the one of the plurality of P-wells to approximately -11 volts; setting first source select drain lines associated with the one of the plurality of P-wells to approximately -11 volts; characterised by setting other ones of the plurality of P-wells to approximately -7 volts; setting second source select gate lines associated with the other ones of the plurality of P-wells to approximately -7 volts; and setting second source select drain lines associated with the other ones of the plurality of P-wells to approximately -7 volts, wherein the selected ones of the plurality of memory segments coupled to the one of the plurality of word lines and the at least one of the plurality of bit lines are programmed.
Method for continuous casting of a metal strand in a continuous casting plant, wherein the metal strand is extracted from a cooled continuous casting mould with a fluid core enclosed by a strand shell, supported in a strand supporting device arranged downstream of the continuous casting mould and cooled by a coolant, wherein thermodynamic status changes of the entire metal strand are calculated in a mathematical simulation model, taking into account the physical parameters of the metal, the thickness of the metal strand and the continuously measured extraction speed, characterised in that in the mathematical simulation model a three-dimensional thermal conduction equation taking into account temperature-dependent changes in density of the metal strand is solved numerically in real time and the cooling of the metal strand is adjusted while taking into account the calculated status changes.
An electronic vapour provision device comprising a battery assembly and a vaporiser, wherein the battery assembly comprises a power cell and a computer, the vaporiser is releasably connectable to the battery assembly and the computer comprises a computer processor and a memory; characterised in that the computer is configured to detect whether the vaporiser is connected to the battery assembly; the battery assembly further comprises a capacitor; and the computer is configured to first charge the capacitor and then detect whether a vaporiser is connected to the battery assembly by measuring whether the capacitor is discharged.
A radiation imaging apparatus comprising: sensor means for detecting radiation from a radiation generation apparatus; and control means for transmitting a signal for stopping irradiation of radiation to the radiation generation apparatus using a cumulative dose of the radiation detected by the sensor means, an irradiation time for the radiation, and an irradiation stop threshold, wherein the control means measures the irradiation time based on the cumulative dose and transmits the signal for stopping irradiation of radiation to the radiation generation apparatus based on the irradiation stop threshold, wherein the irradiation stop threshold is changed according to the irradiation time. sensor means for detecting radiation from a radiation generation apparatus; and control means for transmitting a signal for stopping irradiation of radiation to the radiation generation apparatus using a cumulative dose of the radiation detected by the sensor means, an irradiation time for the radiation, and an irradiation stop threshold, wherein the control means measures the irradiation time based on the cumulative dose and transmits the signal for stopping irradiation of radiation to the radiation generation apparatus based on the irradiation stop threshold, wherein the irradiation stop threshold is changed according to the irradiation time.
An oscillator (200; 300; 400), comprising: an active device (10; 420) having first, second and third terminals; and a plurality of resonators (30, 34; 230 1, 230 2, 230 3, 230 4) coupled across the first and second terminals (14, 22) of the active device (10; 420) and at least one additional resonator (43; 230 5, 230 6) capacitively coupled across the plurality of resonators (30, 34; 230 1, 230 2, 230 3, 230 4), characterised by the at least one additional resonator (43; 230 5, 230 6) being operable as an evanescent mode buffer capable of storing a select amount of radio frequency energy present in the oscillator (200; 300; 400) an active device (10; 420) having first, second and third terminals; and a plurality of resonators (30, 34; 230 1, 230 2, 230 3, 230 4) coupled across the first and second terminals (14, 22) of the active device (10; 420) and at least one additional resonator (43; 230 5, 230 6) capacitively coupled across the plurality of resonators (30, 34; 230 1, 230 2, 230 3, 230 4), characterised by the at least one additional resonator (43; 230 5, 230 6) being operable as an evanescent mode buffer capable of storing a select amount of radio frequency energy present in the oscillator (200; 300; 400)
A method for adding a first server to a group of existing second servers associated with a contact center, the method comprising: sending by the first server a request for initiating addition of the first server to the group of existing second servers; sending, by each of the plurality of existing second servers, in response to the request, state information for a resource mapped to the existing second server, the state information being transmitted to the first server without sending the state information to one of the existing second servers; sending, by the first server, a commit message to each of the existing servers, in response to receiving the state information from each of the plurality of existing second servers; and changing the mapping of one of the resources from one of the existing second servers to the first server in response to the commit message. sending by the first server a request for initiating addition of the first server to the group of existing second servers; sending, by each of the plurality of existing second servers, in response to the request, state information for a resource mapped to the existing second server, the state information being transmitted to the first server without sending the state information to one of the existing second servers; sending, by the first server, a commit message to each of the existing servers, in response to receiving the state information from each of the plurality of existing second servers; and changing the mapping of one of the resources from one of the existing second servers to the first server in response to the commit message.
A method of setting a Discontinuous Reception, DRX, parameter value, the method comprising: maintaining a preconfigured relationship table including a plurality of joint statuses of activity related to at least two logical channels (1601a, 1601b) for communication between a user equipment (110, 1710) and a network, wherein each joint status of activity includes a combination of values indicative of an activity status of the at least two logical channels, and wherein each joint status of activity is associated, within the preconfigured relationship table, with a value for each of one or more DRX parameters; monitoring a traffic profile associated with traffic flow associated with the at least two logical channels, wherein the traffic flow comprises a plurality of data packets communicated on the at least two logical channels; identifying, based upon an observed characteristic of the plurality of data packets, a triggering event based on a receipt of a packet acknowledgement or protocol message acknowledgement on a corresponding one of the at least two logical channels; and in response to identifying the triggering event, setting a value of the activity status of the corresponding one of the at least two logical channels based on the triggering event; determining the joint status of activity related to the at least two logical channels; and implicitly setting the one or more DRX parameter value to a corresponding value that is associated with the determined joint status of activity in the preconfigured relationship table. maintaining a preconfigured relationship table including a plurality of joint statuses of activity related to at least two logical channels (1601a, 1601b) for communication between a user equipment (110, 1710) and a network, wherein each joint status of activity includes a combination of values indicative of an activity status of the at least two logical channels, and wherein each joint status of activity is associated, within the preconfigured relationship table, with a value for each of one or more DRX parameters; monitoring a traffic profile associated with traffic flow associated with the at least two logical channels, wherein the traffic flow comprises a plurality of data packets communicated on the at least two logical channels; identifying, based upon an observed characteristic of the plurality of data packets, a triggering event based on a receipt of a packet acknowledgement or protocol message acknowledgement on a corresponding one of the at least two logical channels; and in response to identifying the triggering event, setting a value of the activity status of the corresponding one of the at least two logical channels based on the triggering event; determining the joint status of activity related to the at least two logical channels; and implicitly setting the one or more DRX parameter value to a corresponding value that is associated with the determined joint status of activity in the preconfigured relationship table.
Duct system, in particular of an intake system, in particular of an internal combustion engine, in particular of a motor vehicle, comprising at least two ducts (12, 14) of plastic, which are connected at one end each and along at least one circumferential connection area each by means of at least one material connection, wherein at least one reinforcing ring (18; 118; 618) is mounted at least at the at least one first duct covering at least a section of the at least one first duct close to or adjacent to the at least one connection area, wherein the at least one reinforcing ring (18; 118; 618) is arranged on the outside at least of the at least one first duct, wherein the material connection comprises a weld joint, wherein the connection between the at least two ducts (12, 14) is a butt joint. characterized in that the first duct is blow-molded.
Card (C2; C3; C4; C5) comprising: - a substrate (10;30) of ID-1 format according to the ISO 7810 standard; and - at least one electronic component (P1-P2; P3-P5; P6; P10) arranged on the substrate, all or part of said at least one electronic component being disposed in at least one of the two embossing regions (R1, R2) defined in the ISO 7811-1 standard as regions in which embossed characters can be formed on the substrate; card characterized in that it comprises: - an encapsulation of the unit comprising the substrate (10;30) and said at least one electronic component (P1-P2; P3-P5; P6; P10); such that the thickness of the card at the level of said embossing regions does not exceed 1.32 mm. - a substrate (10;30) of ID-1 format according to the ISO 7810 standard; and - at least one electronic component (P1-P2; P3-P5; P6; P10) arranged on the substrate, all or part of said at least one electronic component being disposed in at least one of the two embossing regions (R1, R2) defined in the ISO 7811-1 standard as regions in which embossed characters can be formed on the substrate; - an encapsulation of the unit comprising the substrate (10;30) and said at least one electronic component (P1-P2; P3-P5; P6; P10); such that the thickness of the card at the level of said embossing regions does not exceed 1.32 mm.
A load cell extending in an axial direction having an outer surface, wherein in that the load cell is a ring including the outer surface and an inner diameter and comprises: a first axial groove in the outer surface, the first axial groove defined by a first flat wall, a second flat wall perpendicular to the first flat wall and a third wall, the first flat wall being between the second flat wall and the third wall; a first principal strain sensor positioned on the first flat wall of the first groove to measure tension and compression in the axial direction; characterised in that, that a pad is positioned between the first flat wall of the first groove and the inner diameter, wherein the pad is connected to the first principal strain sensor. a first axial groove in the outer surface, the first axial groove defined by a first flat wall, a second flat wall perpendicular to the first flat wall and a third wall, the first flat wall being between the second flat wall and the third wall; a first principal strain sensor positioned on the first flat wall of the first groove to measure tension and compression in the axial direction; characterised in that, that a pad is positioned between the first flat wall of the first groove and the inner diameter, wherein the pad is connected to the first principal strain sensor.
An image pickup apparatus capable of generating a restored image from an original image, the image pickup apparatus comprising: an image pickup element configured to photoelectrically convert an object image formed via an image pickup optical system to obtain the original image; a determining unit configured to determine whether an F number which is set when the original image is shot is not less than a predetermined value; and an image processing unit configured to generate the restored image from the original image by using a same image restoration filter for the entire image when the F number is not less than the predetermined value, and configured to generate the restored image from the original image by using an image restoration filter which is different depending on an image pickup condition and on a position in the original image when the F number is less than the predetermined value. an image pickup element configured to photoelectrically convert an object image formed via an image pickup optical system to obtain the original image; a determining unit configured to determine whether an F number which is set when the original image is shot is not less than a predetermined value; and an image processing unit configured to generate the restored image from the original image by using a same image restoration filter for the entire image when the F number is not less than the predetermined value, and configured to generate the restored image from the original image by using an image restoration filter which is different depending on an image pickup condition and on a position in the original image when the F number is less than the predetermined value.
A wind turbine having a tower and a system for reducing audible tonality generated by the wind turbine, the system comprising: a plurality of damping elements mounted at a plurality of locations on an inner surface of the tower, the plurality of locations having vibration levels above a predetermined threshold during operation of the wind turbine, and, wherein, during operation of the wind turbine, the plurality of damping elements are configured to damp vibrations of the tower so as to reduce audible tonality generated thereby, and each of the plurality of damping elements is a tuned-mass damper and has a discrete cylindrical mass element, a discrete cylindrical elastomeric element, and a discrete magnet secured together, wherein a modal mass of the discrete cylindrical mass element and a stiffness of the discrete cylindrical elastomeric element set a target frequency of the damping element; and wherein a total modal mass of all the discrete mass elements is selected such that its total modal mass is less than 2% of the modal mass of the tower. a plurality of damping elements mounted at a plurality of locations on an inner surface of the tower, the plurality of locations having vibration levels above a predetermined threshold during operation of the wind turbine, and, wherein, during operation of the wind turbine, the plurality of damping elements are configured to damp vibrations of the tower so as to reduce audible tonality generated thereby, and each of the plurality of damping elements is a tuned-mass damper and has a discrete cylindrical mass element, a discrete cylindrical elastomeric element, and a discrete magnet secured together, wherein a modal mass of the discrete cylindrical mass element and a stiffness of the discrete cylindrical elastomeric element set a target frequency of the damping element; and wherein a total modal mass of all the discrete mass elements is selected such that its total modal mass is less than 2% of the modal mass of the tower.
Sealing ring for a main load connection in flange connections for container and pipeline construction, comprising a sealing body formed as a closed ring made of an elastomer material, which envelops an insert of rigid material lying flat in the plane of the ring, perpendicular to the pressure direction, and the sealing body has an elastomer layer surrounding the insert, which has various thicknesses in the radial direction, wherein the sealing body has a circumferential central sealing body section with an elastomer layer (6, 7) above and below the insert, and characterized in that the elastomer layers (6, 7) each open radially at the ends of the insert via a stepped transition region (8, 9) into a circumferential inner and outer sealing ring lip (10, 11) of the sealing body, wherein the sealing ring lips (10, 11) have a thickness that is reduced with respect to the central sealing body section. the sealing body has a circumferential central sealing body section with an elastomer layer (6, 7) above and below the insert, and characterized in that the elastomer layers (6, 7) each open radially at the ends of the insert via a stepped transition region (8, 9) into a circumferential inner and outer sealing ring lip (10, 11) of the sealing body, wherein the sealing ring lips (10, 11) have a thickness that is reduced with respect to the central sealing body section.
Method of producing a timepiece component comprising a structure (1; 38) and at least one element (3; 42) formed in or at the periphery of the structure in a material different to that of the structure, said method comprising the following successive steps: - producing the structure (1; 38), said structure comprising at least one cavity intended to receive said element (3; 42) - producing a support comprising at least one conductive metal layer, - temporarily joining the structure (1; 38) and the support, - forming said element (3; 42) by depositing said material in said cavity by galvanic growth from the conductive metal layer of the support, - separating the structure (1; 38) from its support, and - making the element (3; 42) level with respect to the structure (1; 38), said method being characterised in that the step of producing the support comprises, before the joining step, forming, on the face of the support intended to be joined to the structure (1; 38), at least one controlled zone arranged in order, during the joining, to come to face at least the cavity of the structure (1; 38) and in order to enable the conductive metal layer to be able to appear so as to form, with said cavity, a mould intended to form said element (3; 42). - producing the structure (1; 38), said structure comprising at least one cavity intended to receive said element (3; 42) - producing a support comprising at least one conductive metal layer, - temporarily joining the structure (1; 38) and the support, - forming said element (3; 42) by depositing said material in said cavity by galvanic growth from the conductive metal layer of the support, - separating the structure (1; 38) from its support, and - making the element (3; 42) level with respect to the structure (1; 38),