mhurhangee/ep-ind-claims huggingface dataset:
A method for the manufacture of a manifold in a capillary tube mat, characterised in that, a capillary tube mat is positioned above a first section of a cavity in a lower part of a mould, such that the micro-capillaries therein arranged run approximately transverse to the latter, and at least protrude into the latter, by attaching an upper part of the mould to the second section of a cavity, a mould cavity is formed into which the capillary tube mat protrudes, the formed cavity is filled with a material, the material is solidified and an intermediate structure is generated, after the opening of the mould, and the removal of the capillary tube mat from the mould with the intermediate structure, the latter is severed with a parting cut, and the open ends of the capillary tubes are located in the plane of the end structure, the end structure is then connected in the longitudinal direction with a hollow structure, such that a manifold is formed incorporating the cut surface of the mould part and the hollow structure.
A method for a wearable computing device (102, 202, 502), said wearable computing device comprising one or more processors, a motion sensor (106, 206), and at least one module (226, 228, 230, 232, 234, 236) executable by the one or more processors, said method comprising: determining, by the one or more processors of the wearable computing device (102, 202, 502) and based on motion data generated by the motion sensor (106, 206) of the wearable computing device, one or more strokes, wherein determining each respective stroke of the one or more strokes comprises: determining, based on the motion data, a respective start point of the respective stroke and a respective end point for the respective stroke; and segmenting the motion data based on the respective start point of the respective stroke and the respective end point of the respective stroke; generating, by the one or more processors and based on the motion data, a respective attribute vector for each respective stroke from the one or more strokes, each respective attribute vector comprising one or more of spatial attributes, temporal attributes and relational attributes; classifying, by the one or more processors and based on the respective attribute vector and training data, each respective stroke from the one or more strokes into at least one category from a plurality of categories, wherein the training data is based on attribute vectors corresponding to a plurality of strokes with known categories; determining, by the one or more processors and based on a gesture library and the at least one category for each stroke from the one or more strokes, a gesture, wherein the gesture library defines a number and category of strokes corresponding to each of a plurality of gestures; and performing, by the wearable device and based on the gesture, an action. determining, based on the motion data, a respective start point of the respective stroke and a respective end point for the respective stroke; and segmenting the motion data based on the respective start point of the respective stroke and the respective end point of the respective stroke; generating, by the one or more processors and based on the motion data, a respective attribute vector for each respective stroke from the one or more strokes, each respective attribute vector comprising one or more of spatial attributes, temporal attributes and relational attributes; classifying, by the one or more processors and based on the respective attribute vector and training data, each respective stroke from the one or more strokes into at least one category from a plurality of categories, wherein the training data is based on attribute vectors corresponding to a plurality of strokes with known categories; determining, by the one or more processors and based on a gesture library and the at least one category for each stroke from the one or more strokes, a gesture, wherein the gesture library defines a number and category of strokes corresponding to each of a plurality of gestures; and performing, by the wearable device and based on the gesture, an action.
A method for controlling a Quality of Service QoS to a first device, the method comprising the steps of: running a first application using a first QoS on a first device by a first user; determining if the first device is being used by determining if there exists a direct interaction or contact between a user and the first device; adjusting the QoS of the first device based on whether or not the first device is being used; continuing to run the first application with the adjusted QoS on the first device; determining other devices (102, 103) under the control of the first user; identifying the other devices (102, 103) as being unused, wherein use of the first device causes the status of the other devices (102, 103) to be changed to unused; and adjusting the QoS for the other devices (102, 103). running a first application using a first QoS on a first device by a first user; determining if the first device is being used by determining if there exists a direct interaction or contact between a user and the first device; adjusting the QoS of the first device based on whether or not the first device is being used; continuing to run the first application with the adjusted QoS on the first device; determining other devices (102, 103) under the control of the first user; identifying the other devices (102, 103) as being unused, wherein use of the first device causes the status of the other devices (102, 103) to be changed to unused; and adjusting the QoS for the other devices (102, 103).
Method for evaluating a frequency spectrum representative of at least one time-dependent signal, the at least one time dependent signal being derived from an output from a measuring device under predetermined measuring device operating conditions, the time-dependent signal comprising a portion being representative of a wanted signal, and a portion being representative of noise, wherein the method comprises the steps of - determining, based on the frequency spectrum of the signal, a value representative of the noise floor, - identifying, based on the frequency spectrum of the signal derived under the predetermined operating condition, a peak component, and - if the peak component satisfies a relative peak criterion determined on the basis of the determined value representative of the noise floor, determining the wanted signal by applying a predetermined algorithm, wherein the value representative of the noise floor is calculated as an average of a number of selected noise representative frequencies spectrum components, characterised in that the noise representative frequencies spectrum components are selected among frequency components below a predefined frequency value, wherein the noise representative frequencies spectrum components are the remaining components after selecting a predetermined number of high value frequency components, wherein the high value frequency components are a predetermined number of frequency components with the highest amplitude values. - determining, based on the frequency spectrum of the signal, a value representative of the noise floor, - identifying, based on the frequency spectrum of the signal derived under the predetermined operating condition, a peak component, and - if the peak component satisfies a relative peak criterion determined on the basis of the determined value representative of the noise floor, determining the wanted signal by applying a predetermined algorithm,
A tip protector device for an instrument, the instrument comprising an elongate shaft having a distal tip and said tip including an end face, and the tip protector device comprising: - a guard portion engagable with said tip, the guard portion including an elongate tubular portion that, in use, extends along said shaft, the tubular portion extending between first and second ends (34, 36), and a cap arranged to extend over said end face, the cap being connected to the first end of the tubular portion; - a first connection member and a second connection member, characterised by the first and second connection members (14, 16) extending from the second end of the tubular portion, and the first and second connection members (14, 16) being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the guard portion, and a second, gripping position in which the tip protector grips the shaft of the instrument, the first and second connection members (14, 16) being biased in the first position; and - complementary engagement features on each of the first and second connection members (14, 16) configured to engage and releasably retain the first and second connection members (14, 16) in the gripping position, wherein the cap is connected to the first end of the tubular portion by at least one flexible connecting member. - a guard portion engagable with said tip, the guard portion including an elongate tubular portion that, in use, extends along said shaft, the tubular portion extending between first and second ends (34, 36), and a cap arranged to extend over said end face, the cap being connected to the first end of the tubular portion; - a first connection member and a second connection member, characterised by the first and second connection members (14, 16) extending from the second end of the tubular portion, and the first and second connection members (14, 16) being movable relative to each other between a first, disengaged position in which said tip of the instrument can be inserted into and removed from the guard portion, and a second, gripping position in which the tip protector grips the shaft of the instrument, the first and second connection members (14, 16) being biased in the first position; and - complementary engagement features on each of the first and second connection members (14, 16) configured to engage and releasably retain the first and second connection members (14, 16) in the gripping position,
An output coulter for outputting an output product, in particular seeds and/or fertiliser, having: - an output shoe with an output product outlet, - a fastening stem, - a coulter tip, - at least one fastening means (51, 52, 61, 62) for the rotationally-secure fastening of the coulter tip on the fastening stem and on the output shoe, wherein the at least one fastening means (51, 52, 61, 62) extends in a fastening means plane defined by a vertical direction and the travelling direction, wherein the at least one fastening means (51, 52, 61, 62) is arranged outside the output product outlet, characterized in that the output shoe has a fastening plate (7, 71) running in particular transversely to the fastening means plane for receiving the at least one fastening means (51, 52, 61, 62), wherein the fastening plate in its upper region has an in particular U-shaped receiving opening that is open towards the top for passing through the at least one fastening means (51, 52, 61, 62) or wherein the fastening plate in its upper region has an elongated hole-like receiving opening with a wide upper part and a narrow lower part. - an output shoe with an output product outlet, - a fastening stem, - a coulter tip, - at least one fastening means (51, 52, 61, 62) for the rotationally-secure fastening of the coulter tip on the fastening stem and on the output shoe, wherein the at least one fastening means (51, 52, 61, 62) extends in a fastening means plane defined by a vertical direction and the travelling direction,
A central receiver for a solar power facility, the central receiver comprising an arrangement of heat absorber tubes located in a chamber having a window that is to receive solar radiation reflected by a heliostat field in use and wherein the heat absorber tubes extend transversely relative to the window and are arranged to be connected into a working fluid circuit, wherein the window forms an atmospheric air inlet and the chamber has an atmospheric air outlet in a region opposite the window, and an air flow promoting unit for inducing a flow of atmospheric air inwards through the window, past the absorber tubes; and through the outlet, the central receiver being characterized in that the heat absorber tubes are arranged to receive solar radiation passing through the window with ambient air at atmospheric pressure passing over the outside of the hot irradiated tubes and becoming heated thereby.
A disposable diaper comprising an oblong absorbent assembly having a topsheet, a backsheet, an absorbent member between the topsheet and the backsheet and a pair of stretch panels fixed on both lateral side edges of the absorbent assembly along the longitudinal direction of the absorbent assembly, each stretch panel having an outer edge portion along the longitudinal direction of the absorbent assembly, the outer edge portion having a fastening tape fixed thereto, the fastening tape having an attachment portion adapted to be secured to the non-skin facing side of the absorbent assembly, the stretch panel having an elasticized portion laterally inward from the outer edge portion, the elasticized portion having stretchability in the lateral direction of the absorbent assembly, the elasticized portion comprising a panel and a plurality of elastic members extending laterally of the absorbent assembly and fixed in their stretched state to the panel, the elastic members being arranged at a predetermined interval longitudinally of the absorbent assembly, there being no adhesive bonds at which any members constructing the stretch panel are bonded to each other with an adhesive in a region of the stretch panel laterally outward from the elasticized portion containing the outer edge portion, the fastening tape comprising a tape substrate having the attachment portion, the tape substrate having a tape base portion fixed to the outer edge portion of the stretch panel and a tape tip portion that is continuous from the tape base portion, sticks laterally outward from the outer edge portion, and has the attachment portion, the tape base portion having an outer end and an inner end each extending laterally of the absorbent assembly, the inner end being located inward from the outer end in the longitudinal direction of the absorbent assembly, and the inner end being located outward longitudinally of the absorbent assembly from the elastic member that is the innermost of the plurality of elastic members longitudinally of the absorbent assembly.
A system for driving a light-emitting diode, comprising: a switching regulator for providing power supply to drive the LED, the switching regulator including an inductor, a power switch that causes current in the inductor to increase when the power switch is turned on, and a loop control circuit for producing a control signal to control switching of the power switch; an oscillator for providing an oscillation signal to control switching of the power switch; a latch having a first input responsive to the oscillation signal, a second input responsive to the control signal, and an output for producing a switch control signal that turns the power switch on in response to the oscillation signal unless the control signal prevents the power switch from turning on; a dimming control input adapted to be supplied with a pulse-width modulation, PWM, dimming control signal to provide dimming control of the LED, the dimming control input being configured to apply the PWM dimming control signal to control switching of the power switch, and a synchronizing circuit for synchronizing the oscillation signal to the PWM dimming control signal. a switching regulator for providing power supply to drive the LED, the switching regulator including an inductor, a power switch that causes current in the inductor to increase when the power switch is turned on, and a loop control circuit for producing a control signal to control switching of the power switch; an oscillator for providing an oscillation signal to control switching of the power switch; a latch having a first input responsive to the oscillation signal, a second input responsive to the control signal, and an output for producing a switch control signal that turns the power switch on in response to the oscillation signal unless the control signal prevents the power switch from turning on; a dimming control input adapted to be supplied with a pulse-width modulation, PWM, dimming control signal to provide dimming control of the LED, the dimming control input being configured to apply the PWM dimming control signal to control switching of the power switch, and a synchronizing circuit for synchronizing the oscillation signal to the PWM dimming control signal.
A computer readable medium having computer executable instructions stored thereon, for execution on a base station, to control the execution of a method to provide wireless communications to a mobile device configured to operate in a discontinuous reception, DRX, mode, the DRX mode including sleep periods during which the mobile device does not monitor downlink control channel elements, CCE's, and awake periods during which the mobile device monitors downlink CCE's, the method comprising: transmitting, by the base station, signaling to the mobile device, the signaling comprising a DRX control parameter that indicates a first of awake periods during which the mobile device will monitor downlink CCE's. transmitting, by the base station, signaling to the mobile device, the signaling comprising a DRX control parameter that indicates a first of awake periods during which the mobile device will monitor downlink CCE's.
A bolt comprising a coating peeling part which is formed at a tip end of an axis part in which a regular screw part is formed, characterized in that the coating peeling part comprises: trapezoidal crushing parts having a flank which is projected at a different angle with respect to the flank of the regular screw part; and a protruding part which is arranged adjacent to the crushing parts and whose top part projects beyond the outer diameter of the regular screw part.
A bicycle kickstand comprising: a crank arm to mount a pedal to a bicycle frame, the crank arm having a slot formed in a longitudinal direction thereof; a pedal coupled perpendicular to the slot of the crank arm and configured to rotate in the longitudinal direction of the crank arm; a middle arm received in the slot of the crank arm and having both end portions which are respectively connected to the crank arm and the pedal in order to allow the pedal to be inclined with respect to the crank arm; and a safety pin configured to be inserted through the slot of the crank arm and the pedal in order to support the pedal in a perpendicular state or an inclined state with respect to the crank arm, wherein the crank arm is provided with a second rotation pin which is inserted through the slot of the crank arm, and the middle arm has an arm slit through which the second rotation pin is also inserted, so that the middle arm moves relative to the crank arm by cooperation of the second rotation pin and the arm slit in order to allow the pedal to be inclined. a crank arm to mount a pedal to a bicycle frame, the crank arm having a slot formed in a longitudinal direction thereof; a pedal coupled perpendicular to the slot of the crank arm and configured to rotate in the longitudinal direction of the crank arm; a middle arm received in the slot of the crank arm and having both end portions which are respectively connected to the crank arm and the pedal in order to allow the pedal to be inclined with respect to the crank arm; and a safety pin configured to be inserted through the slot of the crank arm and the pedal in order to support the pedal in a perpendicular state or an inclined state with respect to the crank arm, wherein the crank arm is provided with a second rotation pin which is inserted through the slot of the crank arm, and the middle arm has an arm slit through which the second rotation pin is also inserted, so that the middle arm moves relative to the crank arm by cooperation of the second rotation pin and the arm slit in order to allow the pedal to be inclined.
Tool receptacle comprising a receptacle body with a receptacle opening for a tool shank of a tool, and a stop part which is arranged in the receptacle opening and serves for abutment against the end face of the tool shank, wherein the tool receptacle has multiple fluid feed lines (9; 10; 10a; 10b; 10c), running through the receptacle body and the stop part, for feeding of a working fluid to the tool, wherein, on an end face facing towards the tool shank, the stop part has a movable stop piece through which the fluid feed lines (9; 10; 10a; 10b; 10c) extend, wherein the tool receptacle has two fluid feed lines (9; 10; 10a; 10b; 10c), running separately through the receptacle body, the stop part and the stop piece, for feeding of two working fluids to the tool, wherein the fluid feed lines (9; 10; 10a; 10b; 10c) open out into corresponding outlet openings (14a; 14b; 14c; 14d; 14e) at the end face of the stop piece facing towards the tool shank, wherein a central fluid feed line and, offset laterally therefrom, multiple further fluid feed lines (10a, 10b, 10c) are arranged in the stop part and the stop piece, characterized in that the outlet openings (14a, 14b, 14c, 14d, 14e) of the laterally offset fluid feed lines (10a, 10b, 10c) open out into an annular groove in the end face of the stop piece.
A method of measuring an analyte in a sample, the method comprises the steps of: - applying an electrical analysis signal (160; 260; 360) to the sample during a measurement time interval, wherein the electrical analysis signal (160; 260; 360), when transferred into a frequency space, comprises a superposition of two or more non-zero frequency components (c1, c2, c3) at least at a sampling time (t1, t2), - measuring of at least one electrical response signal (170; 270; 370) from the sample, - analyzing the electrical response signal (170; 270; 370) and determining an amount of the analyte in the sample on the basis of the analysis of the electrical response signal (170; 270; 370), characterized in that the electrical analysis signal comprises a noise signal comprising one of a white noise frequency spectrum, a pink noise frequency spectrum, a red noise frequency spectrum, a blue noise frequency spectrum, a violet noise frequency spectrum and a grey noise frequency spectrum. - applying an electrical analysis signal (160; 260; 360) to the sample during a measurement time interval, wherein the electrical analysis signal (160; 260; 360), when transferred into a frequency space, comprises a superposition of two or more non-zero frequency components (c1, c2, c3) at least at a sampling time (t1, t2), - measuring of at least one electrical response signal (170; 270; 370) from the sample, - analyzing the electrical response signal (170; 270; 370) and determining an amount of the analyte in the sample on the basis of the analysis of the electrical response signal (170; 270; 370), characterized in that the electrical analysis signal comprises a noise signal comprising one of a white noise frequency spectrum, a pink noise frequency spectrum, a red noise frequency spectrum, a blue noise frequency spectrum, a violet noise frequency spectrum and a grey noise frequency spectrum.