mhurhangee/ep-ind-claims huggingface dataset:
A tool device (1, 1b) which is suitable for use with a machine tool, and in particular suitable for use with a hand guided machine tool, which has a driving device moving around a driving axis, and in particular oscillating around the driving axis, and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis of the latter and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions (2, 2a, 2b) each having a plurality of surface points and which are spaced from this tool axis of rotation, characterized in that tangent planes at these surface points are inclined with respect to an axial plane, which includes the tool axis of rotation, wherein the tangent planes are inclined with respect to a radial plane, which extends perpendicular to the tool axis of rotation, wherein the attachment device comprises a side wall, wherein the side wall extends spaced radially from the tool axis of rotation, wherein the side wall extends between a first, upper boundary plane and a second, lower boundary plane, and wherein the side wall comprises the driving area regions (2, 2a, 2b), wherein a substantially hollow conical section is formed in the region of the attachment device by means of the side wall, which substantially hollow conical section has a cross section with a variable spacing of the side wall to the tool axis of rotation in a plane orthogonal to the tool axis of rotation, and wherein the tool device (1, 1b) comprises an odd number of driving area regions (2, 2a, 2b). and which has an attachment device by means of which it can be fastened to a machine tool in such a manner that the driving axis of the latter and a tool axis of rotation are substantially coincident, wherein, for receiving a driving force, the attachment device comprises at least two driving area regions (2, 2a, 2b) each having a plurality of surface points and which are spaced from this tool axis of rotation, characterized in that tangent planes at these surface points are inclined with respect to an axial plane, which includes the tool axis of rotation, wherein the tangent planes are inclined with respect to a radial plane, which extends perpendicular to the tool axis of rotation, wherein the attachment device comprises a side wall, wherein the side wall extends spaced radially from the tool axis of rotation, wherein the side wall extends between a first, upper boundary plane and a second, lower boundary plane, and wherein the side wall comprises the driving area regions (2, 2a, 2b), wherein a substantially hollow conical section is formed in the region of the attachment device by means of the side wall, which substantially hollow conical section has a cross section with a variable spacing of the side wall to the tool axis of rotation in a plane orthogonal to the tool axis of rotation, and wherein the tool device (1, 1b) comprises an odd number of driving area regions (2, 2a, 2b).
A device comprising: an acoustic transducer comprising a phased array of transducer elements (213A- 213L), wherein the transducer elements are arranged in a circular pattern; one or more processors; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that, transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium. an acoustic transducer comprising a phased array of transducer elements (213A- 213L), wherein the transducer elements are arranged in a circular pattern; one or more processors; and a computer-readable medium storing instructions that, when executed by the one or more processors, cause the acoustic transducer to perform functions comprising: transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; transmitting a focused ultrasound wave from the acoustic transducer into a medium to form (i) an ultrasound intensity well within the medium that exhibits a first range of acoustic pressure and (ii) a surrounding region of the medium that surrounds the ultrasound intensity well and exhibits a second range of acoustic pressure that exceeds the first range of acoustic pressure; and interacting an object within the ultrasound intensity well with the focused ultrasound wave; wherein said phased array is configured to electronically focus or steer said ultrasound wave upon various portions of said medium and/or said object, characterized in that, transmitting the focused ultrasound wave into the medium comprises transmitting the focused ultrasound wave in one direction of propagation away from the acoustic transducer into the medium.
A method for a wireless router to perform connection management comprising: when a device is establishing a wireless connection with the wireless router, counting, by the wireless router, a number of times of authentication failure of the device in a preset time period; when the number of times of authentication failure is larger than or equal to a preset number threshold, performing, by the wireless router, a preset operation of risk treatment which includes the steps of: transmitting, by the wireless router, risk reminding information to a preset management terminal; depending on a control instruction returned from the management terminal, either appending, by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal, setting all authentication results with regard to the device as authentication failure. when a device is establishing a wireless connection with the wireless router, counting, by the wireless router, a number of times of authentication failure of the device in a preset time period; when the number of times of authentication failure is larger than or equal to a preset number threshold, performing, by the wireless router, a preset operation of risk treatment which includes the steps of: transmitting, by the wireless router, risk reminding information to a preset management terminal; depending on a control instruction returned from the management terminal, either appending, by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal, setting all authentication results with regard to the device as authentication failure. transmitting, by the wireless router, risk reminding information to a preset management terminal; depending on a control instruction returned from the management terminal, either appending, by the wireless router, identification information of the device to a preset blacklist or not; and after transmitting the risk reminding information and before receiving the control instruction returned from the management terminal, setting all authentication results with regard to the device as authentication failure.
A directional coding conversion method comprising: receiving input audio signals that comprise directional audio coded signals into which directional audio information is encoded according to a first loudspeaker setup; extracting the directional audio coded signals from the received input audio signals; decoding, according to the first loudspeaker setup, the extracted directional audio coded signals to provide at least one absolute audio signal and corresponding absolute directional information; and processing the at least one absolute audio signal and the absolute directional information to provide first output audio signals coded according to a second loudspeaker setup, wherein extracting signals other than the directional audio coded signals from the received input audio signals; processing the signals other than the directional audio coded signals to provide second output audio signals; and mixing first output audio signals with second output audio signals to provide loudspeaker signals for the second loudspeaker setup. receiving input audio signals that comprise directional audio coded signals into which directional audio information is encoded according to a first loudspeaker setup; extracting the directional audio coded signals from the received input audio signals; decoding, according to the first loudspeaker setup, the extracted directional audio coded signals to provide at least one absolute audio signal and corresponding absolute directional information; and processing the at least one absolute audio signal and the absolute directional information to provide first output audio signals coded according to a second loudspeaker setup, wherein extracting signals other than the directional audio coded signals from the received input audio signals; processing the signals other than the directional audio coded signals to provide second output audio signals; and mixing first output audio signals with second output audio signals to provide loudspeaker signals for the second loudspeaker setup.
A composition for use in improving a characteristic selected from the group consisting of: insulin resistance, glucose tolerance and a combination thereof, comprising administering to an individual in need thereof a composition comprising cinnamaldehyde and zinc, in which the cinnamaldehyde is present at a flavouring concentration from 31.87 ppm to 6191 ppm.
A building management device to be installed in a building where a plurality of sensors are arranged, comprising: storage configured to store, for each of the plurality of sensors, an acquisition frequency indicating how often sensor information is acquired from the each of the plurality of sensors; a sensor information acquiring unit configured to acquire the sensor information from the each of the plurality of sensors at the acquisition frequency; the building management device further comprising: a prediction unit configured to predict sensor information of one first sensor based on sensor information of a plurality of second sensors associated with the one first sensor, the one first sensor being a sensor that is high in acquisition frequency, the plurality of second sensors being sensors that are low in acquisition frequency; a comparison unit configured to compare the sensor information of the one first sensor and the predicted sensor information; and a frequency setting unit configured to set an acquisition frequency of at least one sensor out of the plurality of second sensors, based on a result of the comparison made by the comparison unit. storage configured to store, for each of the plurality of sensors, an acquisition frequency indicating how often sensor information is acquired from the each of the plurality of sensors; a sensor information acquiring unit configured to acquire the sensor information from the each of the plurality of sensors at the acquisition frequency; the building management device further comprising: a prediction unit configured to predict sensor information of one first sensor based on sensor information of a plurality of second sensors associated with the one first sensor, the one first sensor being a sensor that is high in acquisition frequency, the plurality of second sensors being sensors that are low in acquisition frequency; a comparison unit configured to compare the sensor information of the one first sensor and the predicted sensor information; and a frequency setting unit configured to set an acquisition frequency of at least one sensor out of the plurality of second sensors, based on a result of the comparison made by the comparison unit. a prediction unit configured to predict sensor information of one first sensor based on sensor information of a plurality of second sensors associated with the one first sensor, the one first sensor being a sensor that is high in acquisition frequency, the plurality of second sensors being sensors that are low in acquisition frequency; a comparison unit configured to compare the sensor information of the one first sensor and the predicted sensor information; and a frequency setting unit configured to set an acquisition frequency of at least one sensor out of the plurality of second sensors, based on a result of the comparison made by the comparison unit.
Adjustable headlight system for exterior vehicle lighting, comprising: a circuit board unit comprising a circuit board and a light source which is arranged on the circuit board, the light source being configured to generate light of the headlights, a heat sink which has a heat contact surface with which the circuit board unit is in heat-conductive contact, the headlight system being configured for a guided movement of the circuit board unit relative to the heat sink, the guided movement being guided by means of the heat contact surface, the headlight system further comprising a fixing element which, during the guided movement, presses the circuit board unit against the heat contact surface, and the headlight system further comprising a circuit board actuator for adjusting a position of the circuit board unit by means of the guided movement, characterized in that the headlight system further comprises a circuit board restoring component which is configured to generate a restoring force for an actuating force of the circuit board actuator, the circuit board restoring component being formed integrally with the fixing element. a circuit board unit comprising a circuit board and a light source which is arranged on the circuit board, the light source being configured to generate light of the headlights, a heat sink which has a heat contact surface with which the circuit board unit is in heat-conductive contact, the headlight system being configured for a guided movement of the circuit board unit relative to the heat sink, the guided movement being guided by means of the heat contact surface, the headlight system further comprising a fixing element which, during the guided movement, presses the circuit board unit against the heat contact surface, and the headlight system further comprising a circuit board actuator for adjusting a position of the circuit board unit by means of the guided movement, characterized in that the headlight system further comprises a circuit board restoring component which is configured to generate a restoring force for an actuating force of the circuit board actuator, the circuit board restoring component being formed integrally with the fixing element.
A system for facilitating treatment via a vascular wall defining a vascular lumen containing an occlusion therein, the system comprising: an intramural orienting device having an elongate shaft (3410, 3420) with a lumen extending therethrough to a distal side opening, the intramural orienting device including a distal orienting element comprising one or more lateral extensions (3442A, 3442B), wherein the side opening faces orthogonally relative to the lateral extensions (3442A, 3442B); and a re-entry device front-loaded through the lumen of the orienting device, wherein advancement of the re-entry device causes a distal tip of the re-entry device to penetrate the vascular wall and enter into the vascular lumen; wherein the lateral extensions (3442A, 3442B) may be actuated between a collapsed configuration and an expanded configuration by an actuation mechanism, characterized in that the side opening exits the shaft at an acute angle relative to a longitudinal axis of the shaft and that the orienting device is configured such that the front-loaded re-entry device is directed toward the side opening and a back-loaded device is permitted to pass proximally through the lumen. an intramural orienting device having an elongate shaft (3410, 3420) with a lumen extending therethrough to a distal side opening, the intramural orienting device including a distal orienting element comprising one or more lateral extensions (3442A, 3442B), wherein the side opening faces orthogonally relative to the lateral extensions (3442A, 3442B); and a re-entry device front-loaded through the lumen of the orienting device, wherein advancement of the re-entry device causes a distal tip of the re-entry device to penetrate the vascular wall and enter into the vascular lumen; wherein the lateral extensions (3442A, 3442B) may be actuated between a collapsed configuration and an expanded configuration by an actuation mechanism, characterized in that the side opening exits the shaft at an acute angle relative to a longitudinal axis of the shaft and that the orienting device is configured such that the front-loaded re-entry device is directed toward the side opening and a back-loaded device is permitted to pass proximally through the lumen.
A method for operating a rotorcraft comprising a plurality of engines (102, 104) configured to provide motive power to the rotorcraft, the method comprising: obtaining a request to enter into an asymmetric operating regime, in which at least one first engine of the plurality of engines (102, 104) is an active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines (102, 104) is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft; determining a power capability of the active engine of the rotorcraft; comparing the power capability to a current power demand for the rotorcraft; and when the current power demand is greater than the power capability of the active engine: reducing a standby-engine power output of the standby engine of the rotorcraft; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft. obtaining a request to enter into an asymmetric operating regime, in which at least one first engine of the plurality of engines (102, 104) is an active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines (102, 104) is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft; determining a power capability of the active engine of the rotorcraft; comparing the power capability to a current power demand for the rotorcraft; and when the current power demand is greater than the power capability of the active engine: reducing a standby-engine power output of the standby engine of the rotorcraft; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft. reducing a standby-engine power output of the standby engine of the rotorcraft; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft.
A method for measuring and controlling the concentration of an electrolytically-active species in an aqueous solution, comprising: a) reacting at least one reactant to produce a reaction mixture, wherein the reaction mixture comprises an electrolytically-active reaction product in aqueous solution; b) introducing a sample of the reaction mixture into a measurement cell, wherein the measurement cell comprises a working electrode and an auxiliary electrode; c) applying a constant current to the measurement cell while the working electrode and auxiliary electrode are in contact with the sample with monitoring of voltage difference across the working electrode and auxiliary electrode until a change in the voltage difference is detected, characterised by d) generating a feedback signal based on a measured parameter of the change in the voltage difference; wherein the measured parameter of the change in the voltage difference is a measured duration of time of applying the constant current in step c) until the voltage difference is detected, and the generation of the feedback signal comprises generating a feedback signal using the measured duration of time, wherein the measured duration of time is directly proportional to an amount of the electrolytically-active reaction product in the sample or an amount of a reactant in the sample. a) reacting at least one reactant to produce a reaction mixture, wherein the reaction mixture comprises an electrolytically-active reaction product in aqueous solution; b) introducing a sample of the reaction mixture into a measurement cell, wherein the measurement cell comprises a working electrode and an auxiliary electrode; c) applying a constant current to the measurement cell while the working electrode and auxiliary electrode are in contact with the sample with monitoring of voltage difference across the working electrode and auxiliary electrode until a change in the voltage difference is detected, characterised by d) generating a feedback signal based on a measured parameter of the change in the voltage difference;