mhurhangee/patent-ind-claim-en huggingface dataset:
Method for estimating a number of distinct subscribers of a telecommunication network impacted by network issues, implemented by a processor of a computing device, the method being characterized in that it comprises, for a plurality of N successive counting periods preceding a current time : - determining , for each counting period in at least M distinct counting periods over the N successive counting periods, an estimate of a number of different subscribers impacted by at least one network issue by implementing a probabilistic counter structure, and storing at least one elementary counter (24 Q ,..., 24 N+Q ) in association to said counting period, - aggregating the elementary counters in a multi-level final counter structure comprising M distinct levels, wherein each level of the final counter structure has an associated probabilistic counter structure, the aggregation comprising: - for each elementary counter and for each level α of the multi-level final counter structure, computing , an intersection between said elementary counter and the probabilistic counter structure associated to level α of the multi-level final counter structure, and updating (60-64) the multi-level final counter structure based on the intersection computed, wherein at the end of the aggregating , the probabilistic counter structure of level α of the multi-level final counter structure comprises an estimation of the number of distinct subscribers which experiment at least one network issue over α distinct periods during the N successive counting periods. - determining , for each counting period in at least M distinct counting periods over the N successive counting periods, an estimate of a number of different subscribers impacted by at least one network issue by implementing a probabilistic counter structure, and storing at least one elementary counter (24 Q ,..., 24 N+Q ) in association to said counting period, - aggregating the elementary counters in a multi-level final counter structure comprising M distinct levels, wherein each level of the final counter structure has an associated probabilistic counter structure, the aggregation comprising: - for each elementary counter and for each level α of the multi-level final counter structure, computing , an intersection between said elementary counter and the probabilistic counter structure associated to level α of the multi-level final counter structure, and updating (60-64) the multi-level final counter structure based on the intersection computed, - for each elementary counter and for each level α of the multi-level final counter structure, computing , an intersection between said elementary counter and the probabilistic counter structure associated to level α of the multi-level final counter structure, and updating (60-64) the multi-level final counter structure based on the intersection computed,
A destaticizing brush, comprising: a wire spring that performs electrical grounding; a plurality of elongate conductive brush members ; and a tape member that has adhesiveness; wherein the wire spring is an elongate conductive member having a circular section and includes a straight portion and a bend portion having a U-shape, the straight portion having a shape extending from a first end of the wire spring toward a second end of the wire spring, the bend portion being formed, between the first end and the second end, in a manner such that the wire spring is bent with respect to the straight portion, wherein the conductive brush members are bent over around an outer periphery of the wire spring and come in contact with the wire spring , wherein the tape member is arranged to adhere, integrally together with a part of the wire spring , including the straight portion and the bend portion, the conductive brush members to the wire spring in a state that the tape member covers the bend portion and an outer periphery of the bent conductive brush members which are bent over, and wherein at least one end of the conductive brush members is exposed from the tape member . a wire spring that performs electrical grounding; a plurality of elongate conductive brush members ; and a tape member that has adhesiveness; wherein the wire spring is an elongate conductive member having a circular section and includes a straight portion and a bend portion having a U-shape, the straight portion having a shape extending from a first end of the wire spring toward a second end of the wire spring, the bend portion being formed, between the first end and the second end, in a manner such that the wire spring is bent with respect to the straight portion, wherein the conductive brush members are bent over around an outer periphery of the wire spring and come in contact with the wire spring , wherein the tape member is arranged to adhere, integrally together with a part of the wire spring , including the straight portion and the bend portion, the conductive brush members to the wire spring in a state that the tape member covers the bend portion and an outer periphery of the bent conductive brush members which are bent over, and wherein at least one end of the conductive brush members is exposed from the tape member .
A pharmaceutical formulation comprising polymeric nanoparticles, wherein the polymeric nanoparticles carry a therapeutic agent suitable for treatment of chlorine inhalation loaded within them, for use in the treatment of chlorine inhalation, wherein the therapeutic agent is a Nitric Oxide and/or Nitrite donor and wherein the polymeric nanoparticles comprise a chitosan or a chitosan-derivative polymer.
A topical cosmetic composition comprising: a. 0.0001 to 10 wt % of N,N'-diacetyl-L-Cystine; preferably less than 1 to 2wt% of N,N'-diacetyl-L-Cystine; more preferably 0.2wt% of N,N'-diacetyl-L-Cystine; b. 0.00001 to 10 wt% of one or more 4-substituted resorcinol derivatives of the general formula I; preferably 1-2wt% of a 4-substituted resorcinol derivative of the general formula I; more preferably 1wt% or less of a 4-substituted resorcinol derivative of the general formula I; alternatively 0.4wt% of a 4-substituted resorcinol derivative of the general formula I: wherein each R 1 and R 2 independently is selected from the group consisting of a hydrogen atom, -CO-R, -COO-R , and CONHR; wherein R represents a saturated or unsaturated, linear branched or cyclic C 1 - C 18 hydrocarbon; wherein R 3 represents a saturated or unsaturated, linear, branched or cyclic C 1 - C 18 hydrocarbon; and c. a cosmetically acceptable vehicle. a. 0.0001 to 10 wt % of N,N'-diacetyl-L-Cystine; preferably less than 1 to 2wt% of N,N'-diacetyl-L-Cystine; more preferably 0.2wt% of N,N'-diacetyl-L-Cystine; b. 0.00001 to 10 wt% of one or more 4-substituted resorcinol derivatives of the general formula I; preferably 1-2wt% of a 4-substituted resorcinol derivative of the general formula I; more preferably 1wt% or less of a 4-substituted resorcinol derivative of the general formula I; alternatively 0.4wt% of a 4-substituted resorcinol derivative of the general formula I: wherein each R 1 and R 2 independently is selected from the group consisting of a hydrogen atom, -CO-R, -COO-R , and CONHR; wherein R represents a saturated or unsaturated, linear branched or cyclic C 1 - C 18 hydrocarbon; wherein R 3 represents a saturated or unsaturated, linear, branched or cyclic C 1 - C 18 hydrocarbon; and wherein each R 1 and R 2 independently is selected from the group consisting of a hydrogen atom, -CO-R, -COO-R , and CONHR; wherein R represents a saturated or unsaturated, linear branched or cyclic C 1 - C 18 hydrocarbon; wherein R 3 represents a saturated or unsaturated, linear, branched or cyclic C 1 - C 18 hydrocarbon; and c. a cosmetically acceptable vehicle.
A process for making a hot rolled high strength steel (HRHSS) product, the process comprising steps of: casting a steel slab with composition C: 0.18 - 0.22, Mn: 1.0 - 2.0, Si: 0.8 - 1.2, Cr: 0.8 - 1.2, S: 0.008 max, P: 0.025 max, Al: 0.01 - 0.15, N: 0.005 max, Nb:0.02 - 0.035, Mo: 0.08 - 0.12 rest iron (Fe) and incidental impurities (all in wt.percentage); hot rolling the steel slab into strip at finish rolling temperature (FRT) of 850 - 900 °C; cooling the hot rolled strip at 40° C /s or more over run out table (ROT) till it reaches to 380 - 400° C; and coiling the hot rolled strip and then air cooling to room temperature. casting a steel slab with composition C: 0.18 - 0.22, Mn: 1.0 - 2.0, Si: 0.8 - 1.2, Cr: 0.8 - 1.2, S: 0.008 max, P: 0.025 max, Al: 0.01 - 0.15, N: 0.005 max, Nb:0.02 - 0.035, Mo: 0.08 - 0.12 rest iron (Fe) and incidental impurities (all in wt.percentage); hot rolling the steel slab into strip at finish rolling temperature (FRT) of 850 - 900 °C; cooling the hot rolled strip at 40° C /s or more over run out table (ROT) till it reaches to 380 - 400° C; and coiling the hot rolled strip and then air cooling to room temperature.
An alloy comprising, in combination by weight: 10.0% to 20.0% bismuth, 0.05% to 0.3% phosphorous, 2.2% to 10.0% tin, up to 5.0% antimony, up to 0.02% boron, and less than 0.05 wt.% lead; wherein the alloy optionally contains 0.02 wt.% of at least one rare earth element in a form selected from a group consisting of: elemental lanthanum, elemental cerium, and mischmetal, and any combination thereof; the balance being copper and impurities.
A lead correction method comprising: an imaging step of imaging a lead (P1, P2) of a component (P) with leads (P1, P2) to be mounted on a printed circuit board (B); a determination step of determining whether or not a position of the lead (P1, P2) imaged in the imaging step is within an allowable tolerance; and a correction step of correcting the position of the lead (P1, P2) when it is determined that the position is outside the allowable tolerance in the determination step , wherein the imaging step and the determination step are performed again after the correction operation in the correction step , and when the lead (P1, P2) position is not corrected so as to be within the allowable tolerance, the imaging step , the determination step , and the correction step are repeated, characterized in that the component (P) is configured such that the lead (P1, P2) is inserted into a lead insertion hole in the printed circuit board (B) when the component is mounted on the printed circuit board (B), the allowable tolerance is for inserting the lead (P1, P2) into the lead insertion hole, and the imaging step , the determination step , and the correction step are repeated up to a maximum number of allowable times of a correction operation which is set in advance. an imaging step of imaging a lead (P1, P2) of a component (P) with leads (P1, P2) to be mounted on a printed circuit board (B); a determination step of determining whether or not a position of the lead (P1, P2) imaged in the imaging step is within an allowable tolerance; and a correction step of correcting the position of the lead (P1, P2) when it is determined that the position is outside the allowable tolerance in the determination step , wherein the imaging step and the determination step are performed again after the correction operation in the correction step , and when the lead (P1, P2) position is not corrected so as to be within the allowable tolerance, the imaging step , the determination step , and the correction step are repeated, characterized in that the component (P) is configured such that the lead (P1, P2) is inserted into a lead insertion hole in the printed circuit board (B) when the component is mounted on the printed circuit board (B), the allowable tolerance is for inserting the lead (P1, P2) into the lead insertion hole, and the imaging step , the determination step , and the correction step are repeated up to a maximum number of allowable times of a correction operation which is set in advance.
An in-vehicle device assembly having an in-vehicle device such as a camera, a lamp, or a collision prevention sensor and a foreign material removal device for removing foreign material from the in-vehicle device , the foreign material removal device comprising: a cylinder into which air is caused to flow; a piston which is movably supported in the cylinder and feeds the air introduced into the cylinder in a feeding direction as high-pressure air; a nozzle which injects the high-pressure air fed by the piston , wherein a moving mechanism includes a worm which is rotated by a driving force of a drive motor and a worm wheel which is engaged with the worm and rotated by the rotation of the worm , and the driving force of the drive motor is transmitted to the piston via the worm and the worm wheel , a rack connected to the piston is provided, a pinion engaged by the rack is provided in the worm wheel , a gear tooth is provided in a portion of an outer periphery of the pinion , a portion of the outer periphery of the pinion where the gear tooth is not provided is formed as a toothless portion , and the portion of the outer periphery of the pinion where the gear tooth is provided is provided as a gear portion, and a plurality of the gear portions is formed so that the gear portions are spaced with each other in a circumferential direction. a cylinder into which air is caused to flow; a piston which is movably supported in the cylinder and feeds the air introduced into the cylinder in a feeding direction as high-pressure air; a nozzle which injects the high-pressure air fed by the piston , wherein a moving mechanism includes a worm which is rotated by a driving force of a drive motor and a worm wheel which is engaged with the worm and rotated by the rotation of the worm , and the driving force of the drive motor is transmitted to the piston via the worm and the worm wheel , a rack connected to the piston is provided, a pinion engaged by the rack is provided in the worm wheel , a gear tooth is provided in a portion of an outer periphery of the pinion , a portion of the outer periphery of the pinion where the gear tooth is not provided is formed as a toothless portion , and the portion of the outer periphery of the pinion where the gear tooth is provided is provided as a gear portion, and a plurality of the gear portions is formed so that the gear portions are spaced with each other in a circumferential direction.
An air conditioner comprising: a heat exchanger configured to exchange heat between air and a refrigerant; and a plurality of fins which is disposed to the heat exchanger ; the fins have a surface subjected to hydrophilic treatment, wherein the surfaces of the fins include an uneven portion formed by the burring hole which functions as a flow channel of water through which a pipe is inserted, the pipe in the burring hole allowing a refrigerant to flow through, and the burring hole is a hole having an edge machined into a rising portion, and the edge has a height (H31) which is substantially identical to an interval (L20) between the neighboring fins , the air conditioner characterized by further comprising: a controller (CL) configured to perform a washing operation by performing an operation for decreasing a temperature of the heat exchanger to control a freezing action of attaching frost or ice onto the surfaces of the fins and by performing, subsequently, an operation for increasing a temperature of the heat exchanger to control a thawing action of thawing the frost or ice, wherein mounting angles at a front upper part, a mounting angle at the front lower part, and a rear part of the heat exchanger with respect to a normal line of an installation wall surface are within 50° ± 10°, within 85° ± 10°, and within 50° ± 10°, respectively. a heat exchanger configured to exchange heat between air and a refrigerant; and a plurality of fins which is disposed to the heat exchanger ; the fins have a surface subjected to hydrophilic treatment, wherein the surfaces of the fins include an uneven portion formed by the burring hole which functions as a flow channel of water through which a pipe is inserted, the pipe in the burring hole allowing a refrigerant to flow through, and the burring hole is a hole having an edge machined into a rising portion, and the edge has a height (H31) which is substantially identical to an interval (L20) between the neighboring fins , the air conditioner characterized by further comprising: a controller (CL) configured to perform a washing operation by performing an operation for decreasing a temperature of the heat exchanger to control a freezing action of attaching frost or ice onto the surfaces of the fins and by performing, subsequently, an operation for increasing a temperature of the heat exchanger to control a thawing action of thawing the frost or ice, wherein mounting angles at a front upper part, a mounting angle at the front lower part, and a rear part of the heat exchanger with respect to a normal line of an installation wall surface are within 50° ± 10°, within 85° ± 10°, and within 50° ± 10°, respectively.
A liquid jetting device arranged to eject a droplet of a liquid and comprising a nozzle , a liquid duct connected to the nozzle, an electro-mechanical transducer arranged to create an acoustic pressure wave in the liquid in the duct, and an electronic control system arranged to apply to the transducer a voltage signal having a waveform (46; 54) configured for ejecting a droplet from the nozzle and then quenching a residual acoustic pressure wave in the liquid duct, wherein said waveform (46; 54) comprises a jet pulse , a subsequent first quench pulse having a polarity opposite to that of the jet pulse , and subsequent second quench pulse having the same polarity as the jet pulse , characterised by the waveform (46; 54) being a blend of a bipolar waveform having only the first quench pulse with a height sufficient to quench the pressure wave with the first quench pulse alone and a monopolar waveform having only the second quench pulse with a height sufficient to quench the pressure wave with the second quench pulse alone, said bipolar and monopolar waveforms being blended with weight factors p and p-1, p being a parameter with a value between 0 and 1.
A patient interface mask for use with a breathing assistance apparatus , comprising: a seal that, in use, circumscribes a nose, mouth, or nose and mouth of a patient and defines an interior space of the mask ; an inlet into the interior space; an outlet from the interior space; and a sensor that is positioned outside of the interior space and in the path of exit gases exiting the interior space through the outlet , the sensor being configured to detect a parameter of the exit gases exiting the interior space through the outlet , wherein the exit gases are unused breathing gases supplied to the mask from a breathing apparatus or expired gases from a user or a combination of both; wherein the sensor is configured to provide sensor data to the breathing assistance apparatus for closed-loop or feedback control of a humidity and/or temperature function of the breathing assistance apparatus . a seal that, in use, circumscribes a nose, mouth, or nose and mouth of a patient and defines an interior space of the mask ; an inlet into the interior space; an outlet from the interior space; and a sensor that is positioned outside of the interior space and in the path of exit gases exiting the interior space through the outlet , the sensor being configured to detect a parameter of the exit gases exiting the interior space through the outlet , wherein the exit gases are unused breathing gases supplied to the mask from a breathing apparatus or expired gases from a user or a combination of both; wherein the sensor is configured to provide sensor data to the breathing assistance apparatus for closed-loop or feedback control of a humidity and/or temperature function of the breathing assistance apparatus .
A method for transmitting a visibility frame by a Visible Light Communication, VLC, control device according to a setting of a sleep mode in a VLC device in a VLC system including the VLC control device and the VLC device, the method comprising: receiving, by the VLC control device, a sleep mode request message for requesting a periodic sleep mode or an aperiodic sleep mode of the VLC device, from the VLC device; and transmitting, by the VLC control device, a response message for executing the periodic sleep mode or the aperiodic sleep mode of the VLC device in response to the received sleep mode request message to the VLC device, wherein the sleep mode request message includes information for indicating a time of a first window period in which data transmission of the VLC device is stopped, information for indicating a size of the first window period, and information for indicating a size of a second window period in which data transmission is performed by the VLC device, wherein the response message includes information for indicating which of the periodic sleep mode and the aperiodic sleep mode of the VLC device to approve, information indicating the size of the first window period, and information for determining whether the VLC device transmits a visibility frame during the sleep mode, wherein the information for determining whether the VLC device transmits the visibility frame is set to a value indicating restriction of transmission of the visibility frame, and wherein the periodic sleep mode in which the first window period and the second window period are fixed is determined by the VLC device. receiving, by the VLC control device, a sleep mode request message for requesting a periodic sleep mode or an aperiodic sleep mode of the VLC device, from the VLC device; and transmitting, by the VLC control device, a response message for executing the periodic sleep mode or the aperiodic sleep mode of the VLC device in response to the received sleep mode request message to the VLC device, wherein the sleep mode request message includes information for indicating a time of a first window period in which data transmission of the VLC device is stopped, information for indicating a size of the first window period, and information for indicating a size of a second window period in which data transmission is performed by the VLC device, wherein the response message includes information for indicating which of the periodic sleep mode and the aperiodic sleep mode of the VLC device to approve, information indicating the size of the first window period, and information for determining whether the VLC device transmits a visibility frame during the sleep mode, wherein the information for determining whether the VLC device transmits the visibility frame is set to a value indicating restriction of transmission of the visibility frame, and wherein the periodic sleep mode in which the first window period and the second window period are fixed is determined by the VLC device.
A phased matrix array of ultrasonic transducer elements adapted to deflect an ultrasonic beam over an angular range, comprising a plurality of transducer elements distributed over a distribution surface, each of the transducer elements being adapted to emit, from a transmitting surface , ultrasonics at a frequency between 100 kHz and 100 MHz towards a working volume, characterized in that : - each of the transducer elements is configured to emit ultrasound divergently at least at the working volume, each transducer element having an angular acceptance at -3 dB from maximum of at least 10% greater than that of an equivalent planar transducer of the same size; - said transducer elements each have a larger dimension of their emission surface than 1.5 times the wavelength of ultrasound in water at 30°C, wherein the distribution of the transducer elements over the distribution surface is aperiodic. - each of the transducer elements is configured to emit ultrasound divergently at least at the working volume, each transducer element having an angular acceptance at -3 dB from maximum of at least 10% greater than that of an equivalent planar transducer of the same size; - said transducer elements each have a larger dimension of their emission surface than 1.5 times the wavelength of ultrasound in water at 30°C,