mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a sensor configured to detect a gesture without touching an own device; and a controller configured to: determine whether a hand of a user used for operation is a left hand or a right hand, according to a driver's seat position; determine a determination criterion for determining a direction of the gesture according to whether the hand of the user used for operation is the left hand or the right hand; and the controller is characterised in that it is further configured to: determine, using the determined determination criterion, a direction of the gesture, based on an output from the sensor, wherein: when the hand of the user used for operation is the left hand, the controller determines the direction of the gesture using a left hand determination criterion; and when the hand of the user used for operation is the right hand, the controller determines the direction of the gesture using a right hand determination criterion. a sensor configured to detect a gesture without touching an own device; and a controller configured to: determine whether a hand of a user used for operation is a left hand or a right hand, according to a driver's seat position; determine a determination criterion for determining a direction of the gesture according to whether the hand of the user used for operation is the left hand or the right hand; and the controller is characterised in that it is further configured to: determine, using the determined determination criterion, a direction of the gesture, based on an output from the sensor, determine whether a hand of a user used for operation is a left hand or a right hand, according to a driver's seat position; determine a determination criterion for determining a direction of the gesture according to whether the hand of the user used for operation is the left hand or the right hand; and the controller is characterised in that it is further configured to: determine, using the determined determination criterion, a direction of the gesture, based on an output from the sensor, wherein: when the hand of the user used for operation is the left hand, the controller determines the direction of the gesture using a left hand determination criterion; and when the hand of the user used for operation is the right hand, the controller determines the direction of the gesture using a right hand determination criterion. when the hand of the user used for operation is the left hand, the controller determines the direction of the gesture using a left hand determination criterion; and when the hand of the user used for operation is the right hand, the controller determines the direction of the gesture using a right hand determination criterion.
A resin composition for electromagnetic interference shielding, the resin composition comprising: (a) 100 parts by weight of a resin; based on 100 parts by weight of the resin, (b) 0.1 to 15 parts by weight of a carbon nanotube; and (c) 1 to 40 parts by weight of a carbon compound, metal, metal compound, or mixture thereof, characterized in that the carbon nanotube is surface-modified in a condition of the absence of oxidant. (a) 100 parts by weight of a resin; based on 100 parts by weight of the resin, (b) 0.1 to 15 parts by weight of a carbon nanotube; and (c) 1 to 40 parts by weight of a carbon compound, metal, metal compound, or mixture thereof, characterized in that the carbon nanotube is surface-modified in a condition of the absence of oxidant.
A ranging apparatus comprising; a first array comprising a plurality of different zones, each zone comprising a plurality of light sensitive detectors configured to receive light from a light source which has been reflected by an object, wherein said first array comprises a field of view, with each zone being associated with a sub area in said field of view; a readout circuitry having a plurality of read out channels, each readout channel associated with a respective zone, and configured to read out data in parallel from some or all of the zones; and a processor configured in dependence on data outputs of the plurality of read out channels to determine a position information associated with said object, wherein said processor is configured to determine a position of said object with respect to one or more of said sub areas, wherein said processor is configured to determine movement of said object by using successive data outputs of the plurality of read out channels. a first array comprising a plurality of different zones, each zone comprising a plurality of light sensitive detectors configured to receive light from a light source which has been reflected by an object, wherein said first array comprises a field of view, with each zone being associated with a sub area in said field of view; a readout circuitry having a plurality of read out channels, each readout channel associated with a respective zone, and configured to read out data in parallel from some or all of the zones; and a processor configured in dependence on data outputs of the plurality of read out channels to determine a position information associated with said object, wherein said processor is configured to determine a position of said object with respect to one or more of said sub areas, wherein said processor is configured to determine movement of said object by using successive data outputs of the plurality of read out channels.
An electrode structure comprising: - a first pad of conductive material; and - a conductive strip having a first end physically and electrically coupled to the first pad, wherein the first pad comprises a first annular element internally defining a first through opening, wherein the first end of the conductive strip is physically and electrically coupled to the first annular element through a first transition region so that, when the conductive strip undergoes expansion by the thermal effect, a stress is transferred from the conductive strip to the first annular element through the first transition region, wherein said first transition region has a tapered shape that widens towards the first annular element, characterized in that the tapered shape of the first transition region is delimited by curved lateral surfaces having a respective first radius of curvature (r 1) greater than or equal to 50 μm. - a first pad of conductive material; and - a conductive strip having a first end physically and electrically coupled to the first pad, wherein the first pad comprises a first annular element internally defining a first through opening, wherein the first end of the conductive strip is physically and electrically coupled to the first annular element through a first transition region so that, when the conductive strip undergoes expansion by the thermal effect, a stress is transferred from the conductive strip to the first annular element through the first transition region, wherein said first transition region has a tapered shape that widens towards the first annular element, characterized in that the tapered shape of the first transition region is delimited by curved lateral surfaces having a respective first radius of curvature (r 1) greater than or equal to 50 μm.
A system, comprising: a drill string operatively connected to a running tool (118, 322) conducting a wellbore operation; a riser (106, 310) encasing the drill string (110, 306) and the running tool (118, 322) within a fluid column (108, 308) containing a fluid; an external ultrasonic module residing entirely outside the riser (106, 310), wherein the EUM comprises a first ultrasonic transducer acoustically coupled to the riser (106, 310); characterized by: a communication system comprising the EUM and an internal ultrasonic module, wherein the IUM resides entirely inside the riser (106, 310) and comprises a second ultrasonic transducer acoustically coupled to the drill string (110, 306), wherein the IUM is operatively connected to the EUM and the running tool (118, 322), wherein the IUM and the EUM exchange information between one another using sets of ultrasonic acoustic waves that propagate along a communication path comprising the drill string (110, 306) and the riser (106, 310). a drill string operatively connected to a running tool (118, 322) conducting a wellbore operation; a riser (106, 310) encasing the drill string (110, 306) and the running tool (118, 322) within a fluid column (108, 308) containing a fluid; an external ultrasonic module residing entirely outside the riser (106, 310), wherein the EUM comprises a first ultrasonic transducer acoustically coupled to the riser (106, 310); characterized by: a communication system comprising the EUM and an internal ultrasonic module, wherein the IUM resides entirely inside the riser (106, 310) and comprises a second ultrasonic transducer acoustically coupled to the drill string (110, 306), wherein the IUM is operatively connected to the EUM and the running tool (118, 322), wherein the IUM and the EUM exchange information between one another using sets of ultrasonic acoustic waves that propagate along a communication path comprising the drill string (110, 306) and the riser (106, 310).
Sheet feeder for separating sheets of paper, cardboard, plastic, and the like from a stack and for feeding the sheets in a direction of sheet travel in a plane of sheet travel to a downstream machine processing sheets, the sheet feeder comprising a first suction wheel as viewed in the direction of sheet travel and a second suction wheel as viewed in the direction of sheet travel, wherein the first suction wheel is arranged above the stack and the second suction wheel is arranged downstream of the stack and above or below the plane of sheet travel, characterized in that the sheet feeder comprises a separation device arranged in the region of the rear edge (100.1) of the stack for lifting a respective uppermost sheet off of the stack, and that the distance between an axis of rotation of the first suction wheel and the rear edge (100.1) of the stack is greater than or equal to the distance between an axis of rotation of the second suction wheel and the front edge (100.2) of the stack and that at least one suction and conveying path (1.2) is provided on the circumference of the first suction wheel, wherein the distance between the axis of rotation of the first suction wheel and the rear edge (100.1) of the stack approximately corresponds to the length of the at least one suction and conveying path (1.2).
A hair styling device (10; 210) for imparting a wave to a section of hair, the device having a first forming member and a second forming member, a hair-receiving region between the first forming member and the second forming member, and a primary driving element which is movable relative to the first forming member and the second forming member and which is adapted to move a part of the section of hair in the hair-receiving region in a hair-deforming direction, characterised in that the device having a secondary driving element which is movable relative to the first forming member and the second forming member and which is adapted to move the part of the section of hair in the hair-receiving region in a direction opposed to the hair-deforming direction.
Dispensing device for dispensing a preferably cosmetic liquid, with a valve, in particular an outlet valve, which comprises an elastically deformable valve element, wherein the valve element is injected onto a wall and/or rests thereon with its entire surface or flat side when the valve is closed, and wherein the dispensing device comprises an actuation element, characterized in that the dispensing device comprises a stop which presses or pretensions the valve element into the closed position when the valve is closed, that the stop is attached to the actuation element, and that the actuation element is rocker-like and/or lever-like such that the stop is moved upward when the dispensing device is actuated by pushing down a region of the actuation element.
A transmission for transmitting rotary power of engine in a tractor, comprising: a hydraulic unit (321, 322, 351) which operates with a working fluid; a housing which accommodates or supports the hydraulic unit (321, 322, 351), wherein the housing structures a passage for guiding a work fluid to the hydraulic unit, a front-wheel drive switching device, which includes a center shaft for transmitting rotary power, a work-machine speed changer, which includes a center shaft for transmitting rotary power, a pipe (93, 94, 95) for guiding the working fluid, characterized in that the transmission further comprises a seal case having a groove (75b, 75f) for forming passages for working fluid, wherein when the seal case is attached to the housing, the groove forms a passage for guiding the working fluid to the hydraulic unit (321, 322, 351), wherein the seal case is provided with a connection part for the pipe (93, 94, 95) and support parts (751, 752) for the shafts (345, 369). a hydraulic unit (321, 322, 351) which operates with a working fluid; a housing which accommodates or supports the hydraulic unit (321, 322, 351), wherein the housing structures a passage for guiding a work fluid to the hydraulic unit, a front-wheel drive switching device, which includes a center shaft for transmitting rotary power, a work-machine speed changer, which includes a center shaft for transmitting rotary power, a pipe (93, 94, 95) for guiding the working fluid, characterized in that the transmission further comprises a seal case having a groove (75b, 75f) for forming passages for working fluid, wherein when the seal case is attached to the housing, the groove forms a passage for guiding the working fluid to the hydraulic unit (321, 322, 351), wherein the seal case is provided with a connection part for the pipe (93, 94, 95) and support parts (751, 752) for the shafts (345, 369).
An implantable cardiac rhythm management device (12, 32, 300) comprising an energy storage system configured for delivering cardiac stimulus to a patient, operational circuitry, and at least first and second electrodes (16, 18, 20, 22, 36, 38, 312, 314) for delivering cardiac stimulus to a patient, the operational circuitry configured to perform the steps of: capturing a predetermined number of selected cardiac events using the electrodes (16, 18, 20, 22, 36, 38, 312, 314); determining whether a tachyarrhythmic rate is indicated by the selected cardiac events and, if so, observing whether at least X malignant events occur in Y total cardiac events as determined by looking at Y cardiac events previous to a given cardiac event and, if so, determining whether a condition in which at least X malignant events occur in Y total cardiac events persists for at least a threshold number of cardiac events previous to the given cardiac event, and, if so: initiating a charging operation (82, 100, 206) for the energy storage system; and reconfirming therapy is needed (106, 212) prior to delivery of cardiac stimulus (110, 216) and if therapy is no longer needed, increasing the threshold number (116, 220). capturing a predetermined number of selected cardiac events using the electrodes (16, 18, 20, 22, 36, 38, 312, 314); determining whether a tachyarrhythmic rate is indicated by the selected cardiac events and, if so, observing whether at least X malignant events occur in Y total cardiac events as determined by looking at Y cardiac events previous to a given cardiac event and, if so, determining whether a condition in which at least X malignant events occur in Y total cardiac events persists for at least a threshold number of cardiac events previous to the given cardiac event, and, if so: initiating a charging operation (82, 100, 206) for the energy storage system; and reconfirming therapy is needed (106, 212) prior to delivery of cardiac stimulus (110, 216) and if therapy is no longer needed, increasing the threshold number (116, 220). initiating a charging operation (82, 100, 206) for the energy storage system; and reconfirming therapy is needed (106, 212) prior to delivery of cardiac stimulus (110, 216) and if therapy is no longer needed, increasing the threshold number (116, 220).
Again stage, comprising: a high-bandwidth gain circuit coupled to a first input signal and a second input signal, which is a gain control signal, the high-bandwidth gain circuit configured to apply a high-bandwidth transfer function to the first input signal, the high-bandwidth transfer function having high-bandwidth gain modulated by the level of the gain control signal; and a low-bandwidth gain circuit coupled to the first input signal and configured to apply a low-bandwidth transfer function to the first input signal, and wherein the gain stage is coupled to a third input signal and is configured to provide the low-bandwidth transfer function having zero gain if the third input signal is at a first level and to provide the low-bandwidth transfer function having low-bandwidth gain inversely modulated by the level of the gain control signal if the third input signal is at a second level. a high-bandwidth gain circuit coupled to a first input signal and a second input signal, which is a gain control signal, the high-bandwidth gain circuit configured to apply a high-bandwidth transfer function to the first input signal, the high-bandwidth transfer function having high-bandwidth gain modulated by the level of the gain control signal; and a low-bandwidth gain circuit coupled to the first input signal and configured to apply a low-bandwidth transfer function to the first input signal, and wherein the gain stage is coupled to a third input signal and is configured to provide the low-bandwidth transfer function having zero gain if the third input signal is at a first level and to provide the low-bandwidth transfer function having low-bandwidth gain inversely modulated by the level of the gain control signal if the third input signal is at a second level.
A method implemented by a wireless communication device for receiving system information for a wireless communication system in parts, the method comprising: receiving, over a first channel, a first part of system information, said first part of system information including explicit signaling that indicates a sequence with which the wireless communication device is to demodulate or descramble a second part of system information, wherein the second part of system information includes initial access information required for a wireless communication device to initially access the wireless communication system; and receiving the second part of system information over a second channel, by demodulating or descrambling the second part using the indicated sequence. receiving, over a first channel, a first part of system information, said first part of system information including explicit signaling that indicates a sequence with which the wireless communication device is to demodulate or descramble a second part of system information, wherein the second part of system information includes initial access information required for a wireless communication device to initially access the wireless communication system; and receiving the second part of system information over a second channel, by demodulating or descrambling the second part using the indicated sequence.
Anterograde display mechanism for a timepiece including a display having a graduation having a plurality of guide-marks distributed on a circumference of the display, the graduation being configured such that the angular distance separating at least two successive guide-marks corresponding to a second angle (β) greater than a first angle (α) separating two of the other successive guide-marks, the anterograde display mechanism being configured to drive a display organ in the angular movements thereof by successive short jumps of an angle (α) between two guide-marks separated by the first angle (α) and by a long jump of an angle (β) between two graduation guide-marks separated by the second angle (β), the anterograde display mechanism being characterised in that it includes: - a first wheel, referred to as drive wheel, capable of being driven by a horological movement; - a second wheel coaxial with the first wheel and linked to the first wheel by an elastic organ; - a first intermediate wheel driven directly by the first wheel and which directly drives a third wheel, referred to as display wheel, cooperating with said display organ; said third wheel including a smooth angular sector (131, 131a, 131b, 131c, 131d) where at least two teeth are truncated; - a fourth wheel coaxial and rigidly connected in rotation with the third wheel, said fourth wheel meshing said second wheel via a second intermediate wheel; the anterograde display mechanism being configured so that the rotational speed of the second wheel is less than the rotational speed of the first wheel when the display organ is driven in the angular movements thereof by successive short jumps of an angle (α) between two guide-marks separated by the first angle (α), so as to progressively wind the elastic organ during these successive short jumps, and so that when the teeth of the intermediate wheel encounter the smooth angular sector (131, 131a, 131b, 131c, 131d) of the third wheel, the elastic organ is let down inducing the instantaneous passage of the smooth angular sector and inducing the angular movement by a long jump of an angle (β) of said display organ. - a first wheel, referred to as drive wheel, capable of being driven by a horological movement; - a second wheel coaxial with the first wheel and linked to the first wheel by an elastic organ; - a first intermediate wheel driven directly by the first wheel and which directly drives a third wheel, referred to as display wheel, cooperating with said display organ; said third wheel including a smooth angular sector (131, 131a, 131b, 131c, 131d) where at least two teeth are truncated; - a fourth wheel coaxial and rigidly connected in rotation with the third wheel, said fourth wheel meshing said second wheel via a second intermediate wheel;
Use of a combination consisting essentially of a monoalcohol fatty acid ester and a diester, as a liquid dielectric coolant; wherein the weight ratio monoalcohol fatty acid ester / diester is comprised between 15/85 and 55/45.