mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade of a rotor of a wind turbine, having a rotor blade trailing edge which extends between a rotor blade root and a rotor blade tip over a rotor blade length, and having a profile depth which is established between a rotor blade leading edge and the rotor blade trailing edge, characterized in that the rotor blade has at least one profile element which has a continuous profile section and which, for the purpose of changing the profile depth of the rotor blade, is able to be attached at or in the region of the rotor blade trailing edge and whose extent (ΔT) beyond the rotor blade trailing edge is determined based on the presence of a difference between a standardized load, on which a dimensioning of the profile depth of the rotor blade was based at its construction, and a site-specific load level which is established at an erection location of the wind turbine, characterized in that the the extent (ΔT) of the profile element extending at least sectionally over the rotor blade length varies in a manner dependent on the profile depth of the rotor blade.
A method implemented by a mobile device, the method comprising: receiving, from a digital media device, a wireless signal requesting configuration information, wherein the digital media device broadcasts the wireless signal when the digital media device determines that the digital media device is ready to be configured; determining, based on the wireless signal, that a distance between the mobile device and the digital media device satisfies a proximity threshold distance, the proximity threshold distance being less than a maximum distance at which the wireless signal from the digital media device is detectable by the mobile device; detecting a confirmation event; responsive to detecting the confirmation event when the mobile device is within range of the proximity threshold distance of the digital media device, and detecting that the wireless signal is a beacon signal indicating that the digital media device requests configuration information, establishing a communication channel with the digital media device; and providing, to the digital media device via the communication channel, parameters for automatically configuring the digital media device. receiving, from a digital media device, a wireless signal requesting configuration information, wherein the digital media device broadcasts the wireless signal when the digital media device determines that the digital media device is ready to be configured; determining, based on the wireless signal, that a distance between the mobile device and the digital media device satisfies a proximity threshold distance, the proximity threshold distance being less than a maximum distance at which the wireless signal from the digital media device is detectable by the mobile device; detecting a confirmation event; responsive to detecting the confirmation event when the mobile device is within range of the proximity threshold distance of the digital media device, and detecting that the wireless signal is a beacon signal indicating that the digital media device requests configuration information, establishing a communication channel with the digital media device; and providing, to the digital media device via the communication channel, parameters for automatically configuring the digital media device.
A draw out apparatus for an air circuit breaker, comprising: a cradle configured to accommodate therein a circuit breaker body; a driving shaft penetratingly-installed at first and second side plates (11, 12) of the cradle; a worm wheel provided at one end of the driving shaft; first and second plates (20, 21) installed at the first side plate so as to be spaced from each other, and a third plate installed in front of the first plate in a spaced manner; a main shaft rotatably installed at the first and second plates (20, 21), and having a worm gear portion for rotating the worm wheel at part of an outer circumferential surface thereof, characterized in that the apparatus further comprises: an inner clutch provided at a front end of the main shaft; a front shaft rotatably installed at the third plate, and coupled to the main shaft in a coaxial manner; and an outer clutch slidably installed at the front shaft, and formed to be coupled to or separated from the inner clutch, wherein a locking portion is formed at the main shaft so as to protrude in a polygonal shape or a concavo-convex shape, wherein the apparatus further comprises a coupling plate formed to be coupled to or separated from the locking portion, and wherein a coupling hole for inserting the locking portion is formed at the coupling plate. a cradle configured to accommodate therein a circuit breaker body; a driving shaft penetratingly-installed at first and second side plates (11, 12) of the cradle; a worm wheel provided at one end of the driving shaft; first and second plates (20, 21) installed at the first side plate so as to be spaced from each other, and a third plate installed in front of the first plate in a spaced manner; a main shaft rotatably installed at the first and second plates (20, 21), and having a worm gear portion for rotating the worm wheel at part of an outer circumferential surface thereof, an inner clutch provided at a front end of the main shaft; a front shaft rotatably installed at the third plate, and coupled to the main shaft in a coaxial manner; and an outer clutch slidably installed at the front shaft, and formed to be coupled to or separated from the inner clutch, wherein a locking portion is formed at the main shaft so as to protrude in a polygonal shape or a concavo-convex shape, wherein the apparatus further comprises a coupling plate formed to be coupled to or separated from the locking portion, and wherein a coupling hole for inserting the locking portion is formed at the coupling plate.
A gear arrangement for a printer, comprising: a rack having a first end and a series of alternating first and second teeth (221, 222) extending from the first end, a width of each of the first teeth being greater than a width of each of the second teeth; and a pinion having a first tooth, a second tooth adjacent the first tooth, and a web between the first tooth and the second tooth, the web being arranged to prevent engagement of each of the first teeth of the rack between the first tooth and the second tooth of the pinion and to permit engagement of each of the second teeth of the rack between the first tooth and the second tooth of the pinion. a rack having a first end and a series of alternating first and second teeth (221, 222) extending from the first end, a width of each of the first teeth being greater than a width of each of the second teeth; and a pinion having a first tooth, a second tooth adjacent the first tooth, and a web between the first tooth and the second tooth, the web being arranged to prevent engagement of each of the first teeth of the rack between the first tooth and the second tooth of the pinion and to permit engagement of each of the second teeth of the rack between the first tooth and the second tooth of the pinion.
A saddle ride type vehicle comprising: a windscreen; a holder portion that supports the windscreen; and a bracket that vertically movably supports the holder portion together with the windscreen and is fixed to a vehicle body, wherein a shaft is vertically movably supported by the bracket, the shaft passes through an extending portion of the holder portion provided outside in a vehicle width direction of the bracket, characterized in that an operation unit is slidably provided at an end portion of the shaft, the operation unit includes a grip portion gripped when being slid and a flange portion disposed inside in the vehicle width direction of the grip portion, the grip portion includes an outer grip portion disposed outside in the vehicle width direction and an inner grip portion disposed inside in the vehicle width direction of the outer grip portion, the flange portion is formed to have a larger diameter than the inner grip portion, and the operation unit is configured to be biased inward in the vehicle width direction, and to be slid outward in the vehicle width direction along the shaft by the grip portion being gripped to release a lock with the bracket, or the operation unit is configured to be biased outward in the vehicle width direction, and to be slid inward in the vehicle width direction along the shaft by the grip portion being gripped to release a lock with the bracket. a shaft is vertically movably supported by the bracket, the shaft passes through an extending portion of the holder portion provided outside in a vehicle width direction of the bracket, characterized in that an operation unit is slidably provided at an end portion of the shaft, the operation unit includes a grip portion gripped when being slid and a flange portion disposed inside in the vehicle width direction of the grip portion, the grip portion includes an outer grip portion disposed outside in the vehicle width direction and an inner grip portion disposed inside in the vehicle width direction of the outer grip portion, the flange portion is formed to have a larger diameter than the inner grip portion, and the operation unit is configured to be biased inward in the vehicle width direction, and to be slid outward in the vehicle width direction along the shaft by the grip portion being gripped to release a lock with the bracket, or the operation unit is configured to be biased outward in the vehicle width direction, and to be slid inward in the vehicle width direction along the shaft by the grip portion being gripped to release a lock with the bracket.
A surgical instrument system comprising: a tray; a surgical instrument loaded in the tray, the surgical instrument including: a handle; an elongated shaft extending in a distal direction from the handle; a stack of fasteners located within the elongated shaft; and a fastener deployment system configured to deploy at least one of the fasteners from the elongated shaft in the distal direction in response to actuation thereof, the fastener deployment system configured to engage and apply a first load to the stack of fasteners in the distal direction prior to actuation thereof; a lock-out removably attached to the elongated shaft, the lock-out configured and arranged to prevent the fastener deployment system from applying the first load to the stack of fasteners while the lock-out is attached to the elongated shaft; and a tether coupling the lock-out to the tray so that the lock-out remains attached to the tray when the lock-out is detached from the elongated shaft. a tray; a surgical instrument loaded in the tray, the surgical instrument including: a handle; an elongated shaft extending in a distal direction from the handle; a stack of fasteners located within the elongated shaft; and a fastener deployment system configured to deploy at least one of the fasteners from the elongated shaft in the distal direction in response to actuation thereof, the fastener deployment system configured to engage and apply a first load to the stack of fasteners in the distal direction prior to actuation thereof; a handle; an elongated shaft extending in a distal direction from the handle; a stack of fasteners located within the elongated shaft; and a fastener deployment system configured to deploy at least one of the fasteners from the elongated shaft in the distal direction in response to actuation thereof, the fastener deployment system configured to engage and apply a first load to the stack of fasteners in the distal direction prior to actuation thereof; a lock-out removably attached to the elongated shaft, the lock-out configured and arranged to prevent the fastener deployment system from applying the first load to the stack of fasteners while the lock-out is attached to the elongated shaft; and a tether coupling the lock-out to the tray so that the lock-out remains attached to the tray when the lock-out is detached from the elongated shaft.
A crowbar circuit for an electrical circuit, the crowbar circuit comprising a crowbar switch switchable to selectively allow current to flow through the crowbar switch for bypassing the electrical circuit, characterised in that the crowbar circuit further includes: a secondary switching block including a switching element connected across a control electrode and a cathode of the crowbar switch, the switching element being switchable to selectively allow a non-zero voltage to be applied across the control electrode and cathode in order to either keep the crowbar switch tin an off-state or switch the crowbar switch to an on-state, wherein the switching element is switched on in order to keep the crowbar switch in the off-state when the switching element receives, in use, a control signal, and the switching element is switched off in order to switch the crowbar switch to the on-state when the switching element does not receive, in use, a control signal, and the switching element is configured to communicate with the electrical circuit to receive, in use, a control signal generated by the electrical circuit. a secondary switching block including a switching element connected across a control electrode and a cathode of the crowbar switch, the switching element being switchable to selectively allow a non-zero voltage to be applied across the control electrode and cathode in order to either keep the crowbar switch tin an off-state or switch the crowbar switch to an on-state, wherein the switching element is switched on in order to keep the crowbar switch in the off-state when the switching element receives, in use, a control signal, and the switching element is switched off in order to switch the crowbar switch to the on-state when the switching element does not receive, in use, a control signal, and the switching element is configured to communicate with the electrical circuit to receive, in use, a control signal generated by the electrical circuit.
An aluminum-nitride-based composite material that is highly pure with the content ratios of transition metals, alkali metals, and boron, respectively as low as 1000 ppm or lower, and that does not contain MgAl 2 O4, comprising: an AlN phase, a MgO phase, and at least one selected from the group consisting of a rare earth metal oxide, a rare earth metal-aluminum complex oxide, an alkali earth metal-aluminum complex oxide, a rare earth metal oxyfluoride, calcium oxide, and calcium fluoride, wherein the heat conductivity thereof is in the range of 40 to 150 W/mK, the thermal expansion coefficient (40 to 800°C) thereof is in the range of 7.3 to 8.4 ppm/°C, the volume resistivity thereof is 1 × 10 14 Ω·cm or higher, and the fluorine plasma etching rate thereof is 0.2- to 0.6-fold that of alumina; produced by a process comprising a step of hot press sintering at a temperature in the range of 1350 to 1600°C of a mixture containing aluminum nitride at a content ratio in the range of 49.8 to 69.4 vol%; magnesium oxide at a content ratio in the range of 20.2 to 40.0 vol%; and a rare earth metal oxide at a content ratio in the range of 0.5 to 30.0 vol% and/or at least one selected from the group consisting of a rare earth metal fluoride, an alkali earth metal fluoride and calcium oxide at a content ratio in the range of 0.5 to 5.7 vol%; with the content ratios of transition metals, alkali metals, and boron, respectively as low as 1000 ppm or lower. an AlN phase, a MgO phase, and at least one selected from the group consisting of a rare earth metal oxide, a rare earth metal-aluminum complex oxide, an alkali earth metal-aluminum complex oxide, a rare earth metal oxyfluoride, calcium oxide, and calcium fluoride, wherein the heat conductivity thereof is in the range of 40 to 150 W/mK, the thermal expansion coefficient (40 to 800°C) thereof is in the range of 7.3 to 8.4 ppm/°C, the volume resistivity thereof is 1 × 10 14 Ω·cm or higher, and the fluorine plasma etching rate thereof is 0.2- to 0.6-fold that of alumina; produced by a process comprising a step of hot press sintering at a temperature in the range of 1350 to 1600°C of a mixture containing aluminum nitride at a content ratio in the range of 49.8 to 69.4 vol%; magnesium oxide at a content ratio in the range of 20.2 to 40.0 vol%; and a rare earth metal oxide at a content ratio in the range of 0.5 to 30.0 vol% and/or at least one selected from the group consisting of a rare earth metal fluoride, an alkali earth metal fluoride and calcium oxide at a content ratio in the range of 0.5 to 5.7 vol%; with the content ratios of transition metals, alkali metals, and boron, respectively as low as 1000 ppm or lower.
A sprocket for engagement with a drive chain, comprising: • a plurality of teeth (12; 16') extending radially from a periphery of the sprocket; • each tooth (12; 16') extending over a given circumferential length of the sprocket; • each tooth (12; 16') having a front flank contacting a roller of the drive chain in regular drive operation and a rear flank; • the plurality of teeth (12; 16') including a first group of teeth and a second group of teeth, wherein the teeth of the first group and the second group are alternately arranged so that each tooth of the first tooth group is followed by a tooth of the second group, and vice versa; • each tooth of the first group of teeth having a first maximum width; • each tooth of the second group of teeth having a second maximum width which is larger than the first maximum width, • the lateral faces of each tooth extending longitudinally, wherein each tooth of the second group of teeth has a protrusion (17,18) on at least one lateral face of the tooth; wherein the outer lateral face of the protrusion (17,18) extends over a first portion of the lateral face (19,20) of each tooth of the second group of teeth, wherein the length of the first portion is 50 % of the length of the respective tooth or less and wherein each tooth of the second group of teeth has a protrusion on each of the two lateral faces (19, 20) of the tooth, characterized in that the protrusion on the first lateral face of each tooth of the second group of teeth is located at a different location than the protrusion on the second lateral face of the respective tooth. • a plurality of teeth (12; 16') extending radially from a periphery of the sprocket; • each tooth (12; 16') extending over a given circumferential length of the sprocket; • each tooth (12; 16') having a front flank contacting a roller of the drive chain in regular drive operation and a rear flank; • the plurality of teeth (12; 16') including a first group of teeth and a second group of teeth, wherein the teeth of the first group and the second group are alternately arranged so that each tooth of the first tooth group is followed by a tooth of the second group, and vice versa; • each tooth of the first group of teeth having a first maximum width; • each tooth of the second group of teeth having a second maximum width which is larger than the first maximum width, • the lateral faces of each tooth extending longitudinally, wherein each tooth of the second group of teeth has a protrusion (17,18) on at least one lateral face of the tooth;
A radio communication system wherein the system comprises: a first macro base station, neighboring thereto being provided a second macro base station and/or a femto base station; a radio terminal served by the first macro base station; and an operation administration and maintenance server that is arranged to exchange configuration information with at least one of the first and second macro base stations and the femto base station, wherein the first macro base station is arranged to instruct the radio terminal to measure received quality of a downlink signal from at least one of the second macro base station and the femto base station, the radio terminal is arranged to perform the measurement in accordance with the instruction, at least one of the first macro base station and the operation administration and maintenance server comprises means for receiving a report of a measurement result by the radio terminal, and means for performing filtering of the report of the measurement result to determine processing for optimizing coverage and/or interference avoidance, and means for instructing the first macro base station to adjust radio parameters for coverage optimization or interference avoidance. a first macro base station, neighboring thereto being provided a second macro base station and/or a femto base station; a radio terminal served by the first macro base station; and an operation administration and maintenance server that is arranged to exchange configuration information with at least one of the first and second macro base stations and the femto base station, wherein the first macro base station is arranged to instruct the radio terminal to measure received quality of a downlink signal from at least one of the second macro base station and the femto base station, the radio terminal is arranged to perform the measurement in accordance with the instruction, at least one of the first macro base station and the operation administration and maintenance server comprises means for receiving a report of a measurement result by the radio terminal, and means for performing filtering of the report of the measurement result to determine processing for optimizing coverage and/or interference avoidance, and means for instructing the first macro base station to adjust radio parameters for coverage optimization or interference avoidance.
A method for shaping a digital audio signal into a record-like sound impression, comprising the steps of: (a) providing a digital audio input signal, wherein the digital audio input signal is a stereo signal; (b) performing the following steps for shaping a digital audio output signal: inserting an echo into the digital audio input signal; inserting a channel crosstalk into the digital audio input signal; and carrying out a dynamic range compression on the digital audio input signal; and (c) providing the shaped digital audio output signal. (a) providing a digital audio input signal, wherein the digital audio input signal is a stereo signal; (b) performing the following steps for shaping a digital audio output signal: inserting an echo into the digital audio input signal; inserting a channel crosstalk into the digital audio input signal; and carrying out a dynamic range compression on the digital audio input signal; and inserting an echo into the digital audio input signal; inserting a channel crosstalk into the digital audio input signal; and carrying out a dynamic range compression on the digital audio input signal; and (c) providing the shaped digital audio output signal.
A magnetic reader, MR, sensor device for reading magnetic stripes, the MR sensor device comprising a substrate provided on a wafer, a back-end-of-line, BEOL, interconnect layer and a plurality of magneto-resistive sensor elements embedded within the BEOL interconnect layer; characterized in that the MR sensor device comprises a protective layer having a Vickers hardness of at least 3 GPa, wherein the protective layer is provided directly on the back-end-of-line, BEOL, interconnect layer. sensor device for reading magnetic stripes, the MR sensor device comprising a substrate provided on a wafer, a back-end-of-line, BEOL, interconnect layer and a plurality of magneto-resistive sensor elements embedded within the BEOL interconnect layer; characterized in that the MR sensor device comprises a protective layer having a Vickers hardness of at least 3 GPa, wherein the protective layer is provided directly on the back-end-of-line, BEOL, interconnect layer.