mhurhangee/ep-ind-claims huggingface dataset:
A method for performing voice control on a device with a microphone array, the method comprising: confirming that the device is in an audio playing state; analyzing an interference sound interfering the device in the audio playing state to obtain a feature of the interference sound, and selecting a voice enhancement mode adopted by the device according to the feature of the interference sound; detecting a user's voice in real time for a wake-up word, and when the wake-up word is detected from the user's voice, controlling the device to stop audio playing; analyzing an interference sound interfering the device after the audio playing is stopped, to obtain a feature of the interference, and adjusting the voice enhancement mode adopted by the device according to the feature of the interference sound; and acquiring a command word from the user, and controlling the device to execute a corresponding function so as to respond to the user. confirming that the device is in an audio playing state; analyzing an interference sound interfering the device in the audio playing state to obtain a feature of the interference sound, and selecting a voice enhancement mode adopted by the device according to the feature of the interference sound; detecting a user's voice in real time for a wake-up word, and when the wake-up word is detected from the user's voice, controlling the device to stop audio playing; analyzing an interference sound interfering the device after the audio playing is stopped, to obtain a feature of the interference, and adjusting the voice enhancement mode adopted by the device according to the feature of the interference sound; and acquiring a command word from the user, and controlling the device to execute a corresponding function so as to respond to the user.
A method for detecting ammonia comprising supplying a sample gas to a sensor chamber storing a nanomechanical sensor that detects a stress or a displacement using poly(methyl vinyl ether-alt-maleic anhydride) as a material of a receptor layer, the sample gas having a possibility to contain ammonia, and detecting presence or absence of ammonia or a content of ammonia in the sample gas based on an output signal from the nanomechanical sensor by reading the output signal using a measurement terminal connected to the sensor chamber, wherein the sample gas is a humidified sample gas with controlled relative humidity, the humidified sample gas being obtained by adding water vapor to the sample gas. supplying a sample gas to a sensor chamber storing a nanomechanical sensor that detects a stress or a displacement using poly(methyl vinyl ether-alt-maleic anhydride) as a material of a receptor layer, the sample gas having a possibility to contain ammonia, and detecting presence or absence of ammonia or a content of ammonia in the sample gas based on an output signal from the nanomechanical sensor by reading the output signal using a measurement terminal connected to the sensor chamber, wherein the sample gas is a humidified sample gas with controlled relative humidity, the humidified sample gas being obtained by adding water vapor to the sample gas.
A wireless access point (100, 201), AP, comprising: a) an auto-channel selector configured to select a best performing channel; and b) a monitoring module configured to obtain parameters of signals or frames exchanged with associated stations, STAs; and c) a performance index calculation module configured to derive based on the parameters one or more performance indices indicative for a performance of the channel; and d) a trigger module configured to trigger the auto-channel selector when one or more of the performance indices exceeds a threshold CHARACTERIZED IN THAT the parameters comprise a contention factor and in that the monitoring module is further configured to obtain the contention factor by classifying neighbouring APs (200, 202) in contending APs, non-interfering APs or hidden and interfering APs. a) an auto-channel selector configured to select a best performing channel; and b) a monitoring module configured to obtain parameters of signals or frames exchanged with associated stations, STAs; and c) a performance index calculation module configured to derive based on the parameters one or more performance indices indicative for a performance of the channel; and d) a trigger module configured to trigger the auto-channel selector when one or more of the performance indices exceeds a threshold
A method for evaluating the competence for transplantation of a graft sample containing cells capable of multinucleation, the method comprising: determination of multinucleating ability as an indicator representing the capacity for multinucleation of the cells capable of multinucleation, wherein the multinucleating ability is defined by rate of multinucleation. determination of multinucleating ability as an indicator representing the capacity for multinucleation of the cells capable of multinucleation,
A label for a baggage comprising a face material, an adhesive and a liner, wherein - the face material is printable, - the liner is a plastic film liner and - the liner comprises a die-cut area arranged to indicate a predetermined detachment area of the liner, wherein the die-cut area comprises die-cut edge portions along longitudinal edges of the label and a die-cut indication at the end of the predetermined detachment area arranged at edge portions of the liner transverse width direction, leaving the middle area of the liner transverse width direction free of die-cut, being characterized in that the liner is a plastic film liner comprising polyethylene terephthalate, with a tensile strength of 150-210 kN/m in machine direction and 200-270 kN/m in cross direction, when measured in accordance to ISO 1924-2. - the face material is printable, - the liner is a plastic film liner and - the liner comprises a die-cut area arranged to indicate a predetermined detachment area of the liner,
A process for generating power using an offshore gas turbine, comprising the steps of: (i) vaporising and pre-heating liquid ammonia to produce pre-heated ammonia gas; (ii) introducing said pre-heated ammonia gas into an ammonia-cracking device, wherein said device is suitable for converting ammonia gas into a mixture of hydrogen and nitrogen; (iii) converting said pre-heated ammonia gas into a mixture of hydrogen and nitrogen in said device; (iv) cooling said mixture of hydrogen and nitrogen to give a cooled hydrogen and nitrogen mixture; (v) removing unconverted ammonia gas from said cooled hydrogen and nitrogen mixture; (vi) introducing said cooled hydrogen and nitrogen mixture into an offshore gas turbine; and (vii) combusting said cooled hydrogen and nitrogen mixture in said offshore gas turbine to generate said power. (i) vaporising and pre-heating liquid ammonia to produce pre-heated ammonia gas; (ii) introducing said pre-heated ammonia gas into an ammonia-cracking device, wherein said device is suitable for converting ammonia gas into a mixture of hydrogen and nitrogen; (iii) converting said pre-heated ammonia gas into a mixture of hydrogen and nitrogen in said device; (iv) cooling said mixture of hydrogen and nitrogen to give a cooled hydrogen and nitrogen mixture; (v) removing unconverted ammonia gas from said cooled hydrogen and nitrogen mixture; (vi) introducing said cooled hydrogen and nitrogen mixture into an offshore gas turbine; and (vii) combusting said cooled hydrogen and nitrogen mixture in said offshore gas turbine to generate said power.
A ketonic composition, for use in the treatment of polycystic kidney disease in a subject, wherein the ketonic composition comprises beta-hydroxybutyrate and citrate; wherein the weight percentage of citrate in the combination product is at least 20%.
An enantioselective synthetic method comprising the step of: reacting an enolisable C 4 -C 50 organic anhydride with a second compound selected from the group consisting of an aldehyde, a ketone, an aldimine, a ketimine or a Michael Acceptor in the presence of a bifunctional organocatalyst. reacting an enolisable C 4 -C 50 organic anhydride with a second compound selected from the group consisting of an aldehyde, a ketone, an aldimine, a ketimine or a Michael Acceptor in the presence of a bifunctional organocatalyst.
A coaxial cable, comprising; a center conductor, an insulator coated around the center conductor; and an outer conductor provided around the insulator, wherein the outer conductor is formed by mixing and laterally winding strands in the same direction, the strands having an outer diameter difference of not less than 10% between a strand having a maximum outer diameter (large-diameter strand) and a strand having a minimum outer diameter (small-diameter strand), wherein a outer conductor density of the outer conductor being represented by the ratio of the conductor shielding area, which is a sum of shielding area of large-diameter strands and strands other than the large-diameter strands, to the outer conductor surface area, is (conductor shielding area)/(outer conductor surface area)=1.0 or more, wherein the conductor shielding area is obtained by the following equation: conductor shielding area = n × d w πD 2 + P 2 wherein the outer conductor surface area is obtained by the following equation: outer conductor surface area = P × πD wherein the outer conductor density is obtained by the following equation: outer conductor density = n × d w πD 2 + P 2 P × πD where n is the number of lateral winding strands, d w is the outer diameter of the lateral winding strands, D is the mean diameter of the outer conductor, and P is the length of the coaxial cable, wherein the outer conductor density of the outer conductor of the coaxial cable is obtained by calculating outer conductor densities for the large-diameter strands and the small-diameter strands, respectively, and then summing them. a center conductor, an insulator coated around the center conductor; and an outer conductor provided around the insulator, wherein the outer conductor is formed by mixing and laterally winding strands in the same direction, the strands having an outer diameter difference of not less than 10% between a strand having a maximum outer diameter (large-diameter strand) and a strand having a minimum outer diameter (small-diameter strand), wherein a outer conductor density of the outer conductor being represented by the ratio of the conductor shielding area, which is a sum of shielding area of large-diameter strands and strands other than the large-diameter strands, to the outer conductor surface area, is (conductor shielding area)/(outer conductor surface area)=1.0 or more, wherein the conductor shielding area is obtained by the following equation: conductor shielding area = n × d w πD 2 + P 2 wherein the outer conductor surface area is obtained by the following equation: outer conductor surface area = P × πD wherein the outer conductor density is obtained by the following equation: outer conductor density = n × d w πD 2 + P 2 P × πD where n is the number of lateral winding strands, d w is the outer diameter of the lateral winding strands, D is the mean diameter of the outer conductor, and P is the length of the coaxial cable, wherein the outer conductor density of the outer conductor of the coaxial cable is obtained by calculating outer conductor densities for the large-diameter strands and the small-diameter strands, respectively, and then summing them.
An apparatus for separation analysis of mannose-6-phosphate contained in a sample using column chromatography, which comprises a column with a solid phase having affinity for phosphate, a flow path for the eluate from the column, a heater for heating the eluate in the flow path to cause mannose-6-phosphate and a basic amino acid contained in the eluate to react, a fluorescence detector installed in the flow path downstream of the heater for continuously irradiating the eluate with excitation light and measuring the intensity of fluorescence emitted from the eluate, and a back-pressure generator installed in the flow path between the heater and the fluorescence detector; and which may further comprise in the flow path a supply channel for addition of a basic amino acid between the column and the heater.
A device for applying a cosmetic product, the device comprising: - a reserve of cosmetic product; - a support and distribution member connected to the reserve, the support and distribution member having at an end a cosmetic product distribution opening communicating with the reserve; - a rotary applicator member having a hub rotatably mounted around the support and distribution member around a longitudinal axis, and a porous applicator arranged around the hub; the hub comprising at least one inner channel for distributing the cosmetic product communicating with the distribution opening, the inner channel having at least one outlet opening (77, 79) emerging on an outer surface of the hub covered by the porous applicator, the porous applicator having a first total longitudinal length, the outer surface of the hub having a second total longitudinal length greater than 75% of the first total longitudinal length; characterized in that the outer surface of the hub has protruding and/or hollow reliefs to facilitate the flow of the cosmetic product on the outer surface. - a reserve of cosmetic product; - a support and distribution member connected to the reserve, the support and distribution member having at an end a cosmetic product distribution opening communicating with the reserve; - a rotary applicator member having a hub rotatably mounted around the support and distribution member around a longitudinal axis, and a porous applicator arranged around the hub;
A measurement device comprising: a linear motor; a driving unit configured to apply a load to a measurement target by driving the linear motor so as to move a mover provided in the linear motor; and a load measurement unit configured to calculate the load which is applied by the mover to the measurement target, by multiplying a thrust constant of the linear motor by a value of current which flows in the linear motor when the mover is relatively moved, characterized in that when the mover applies the load to the measurement target, the driving unit is configured to relatively move the mover at a speed which is lower than a movement speed before the mover applies the load to the measurement target. a linear motor; a driving unit configured to apply a load to a measurement target by driving the linear motor so as to move a mover provided in the linear motor; and a load measurement unit configured to calculate the load which is applied by the mover to the measurement target, by multiplying a thrust constant of the linear motor by a value of current which flows in the linear motor when the mover is relatively moved,
A UV-curable silicone composition comprising: (a) a silicone resin having the general formula: ((CH 3) 3 SiO 1/2) x [(RSiO 3/2) a (RR 1 SiO 2/2) b (RR 1 R 2 SiO 1/2) c](SiO 4/2) z wherein each R is an epoxy group, R 1 and R 2 are each independently an alkyl group or an aryl group, a+b+c = y, x, y, z >0, x+y+z = 1, 0 ≤ a ≤ y, 0 ≤ b ≤ y, and 0 ≤ c ≤ y; and (b) a cationic photoinitiator. (a) a silicone resin having the general formula: ((CH 3) 3 SiO 1/2) x [(RSiO 3/2) a (RR 1 SiO 2/2) b (RR 1 R 2 SiO 1/2) c](SiO 4/2) z wherein each R is an epoxy group, R 1 and R 2 are each independently an alkyl group or an aryl group, a+b+c = y, x, y, z >0, x+y+z = 1, 0 ≤ a ≤ y, 0 ≤ b ≤ y, and 0 ≤ c ≤ y; and (b) a cationic photoinitiator.
A hand-held surgical instrument comprising: an end effector at a distal end of the surgical instrument comprising a staple channel and an anvil pivotably translatable relative to the staple channel; a reciprocating knife positioned to slide longitudinally along the staple channel when the anvil is pivoted to a position substantially parallel to the staple channel; a shaft extending proximally from the end effector; a handle coupled to a proximal portion of the shaft; a firing trigger coupled to the handle and in communication with the end effector, wherein the firing trigger is pivotable towards the handle to cause stapling and severing of clamped tissue in the end effector; a plurality of sensors (110, 2002, 2004, 2006, 2008, 2010, 2012) comprising: a firing trigger sensor (110,) coupled to the firing trigger and having an output representing a firing load of the trigger; an anvil closure sensor having an output representing a position of the anvil; and a knife position sensor having an output representing a position of the reciprocating knife; and an externally accessible memory device in communication with the sensors, wherein the memory device is configured to record the outputs of the sensors from which further actions of the surgical instrument are controlled, wherein the memory device is configured to record the firing load which is derived from the firing trigger sensor. an end effector at a distal end of the surgical instrument comprising a staple channel and an anvil pivotably translatable relative to the staple channel; a reciprocating knife positioned to slide longitudinally along the staple channel when the anvil is pivoted to a position substantially parallel to the staple channel; a shaft extending proximally from the end effector; a handle coupled to a proximal portion of the shaft; a firing trigger coupled to the handle and in communication with the end effector, wherein the firing trigger is pivotable towards the handle to cause stapling and severing of clamped tissue in the end effector; a plurality of sensors (110, 2002, 2004, 2006, 2008, 2010, 2012) comprising: a firing trigger sensor (110,) coupled to the firing trigger and having an output representing a firing load of the trigger; an anvil closure sensor having an output representing a position of the anvil; and a knife position sensor having an output representing a position of the reciprocating knife; and a firing trigger sensor (110,) coupled to the firing trigger and having an output representing a firing load of the trigger; an anvil closure sensor having an output representing a position of the anvil; and a knife position sensor having an output representing a an externally accessible memory device in communication with the sensors, wherein the memory device is configured to record the outputs of the sensors from which further actions of the surgical instrument are controlled, wherein the memory device is configured to record the firing load which is derived from the firing trigger sensor.
A control method of an internal combustion engine mounted on a vehicle and comprising an exhaust gas recirculation device (25, 28), the internal combustion engine having: a first output limit which is associated with at least a knock limit and whose value increases with increase of an exhaust gas recirculation rate; and a second output limit (P2; P3) which is associated with an output limiting factor including an atmospheric pressure or vehicle running speed and whose value decreases with decrease of the output limiting factor and with increase of the exhaust gas recirculation rate, the control method comprising setting a target exhaust gas recirculation rate at which the first output limit becomes equal to the second output limit (P2, P3) and controlling the exhaust recirculation device (25, 28) according to the target exhaust gas recirculation rate. the internal combustion engine having: a first output limit which is associated with at least a knock limit and whose value increases with increase of an exhaust gas recirculation rate; and a second output limit (P2; P3) which is associated with an output limiting factor including an atmospheric pressure or vehicle running speed and whose value decreases with decrease of the output limiting factor and with increase of the exhaust gas recirculation rate, the control method comprising setting a target exhaust gas recirculation rate at which the first output limit becomes equal to the second output limit (P2, P3) and controlling the exhaust recirculation device (25, 28) according to the target exhaust gas recirculation rate.
A sizing agent-coated carbon fiber bundle comprising a carbon fiber bundle coated with a sizing agent containing polyethylene glycol and/or a surface active agent and satisfying all of the following requirements (i) to (iii): (i) the sizing agent applied accounts for 0.15 part by mass or more and 0.80 part by mass or less relative to 100 parts by mass of the sizing agent-coated carbon fiber bundle, (ii) the dry F-F friction coefficient is 0.39 or less, and (iii) the quantity of the sizing agent persisting after rinsing for 50 seconds under the conditions specified in the present Description accounts for 0.12 part by mass or less relative to 100 parts by mass of the sizing agent-coated carbon fiber bundle. (i) the sizing agent applied accounts for 0.15 part by mass or more and 0.80 part by mass or less relative to 100 parts by mass of the sizing agent-coated carbon fiber bundle, (ii) the dry F-F friction coefficient is 0.39 or less, and (iii) the quantity of the sizing agent persisting after rinsing for 50 seconds under the conditions specified in the present Description accounts for 0.12 part by mass or less relative to 100 parts by mass of the sizing agent-coated carbon fiber bundle.
A controller for controlling a motor of a closure and/or blind in a vehicle body, comprising at least one processor configured to: - determine a reference state signal comprising measurements of at least one of a speed of a rotor of said motor and a current supplied to said rotor, - repeatedly estimate motor model parameters of said motor, - determine an estimated state signal based on an input signal comprising measurements or estimates of a voltage supplied to said rotor, said estimated motor model parameters, said reference state signal and an error signal, said error signal representing a difference between said reference state signal and said estimated state signal, - determine a disturbance observer signal from said error signal, - compute a first derivative of said disturbance observer signal at a present moment, - detect an undesired obstruction in the path of said closure and/or blind driven by said motor if said first derivative of said disturbance observer signal exceeds a threshold, and - reverse said rotor of said motor upon detecting said obstruction. - determine a reference state signal comprising measurements of at least one of a speed of a rotor of said motor and a current supplied to said rotor, - repeatedly estimate motor model parameters of said motor, - determine an estimated state signal based on an input signal comprising measurements or estimates of a voltage supplied to said rotor, said estimated motor model parameters, said reference state signal and an error signal, said error signal representing a difference between said reference state signal and said estimated state signal, - determine a disturbance observer signal from said error signal, - compute a first derivative of said disturbance observer signal at a present moment, - detect an undesired obstruction in the path of said closure and/or blind driven by said motor if said first derivative of said disturbance observer signal exceeds a threshold, and - reverse said rotor of said motor upon detecting said obstruction.
An epistaxis clip, comprising: a pair of arms hingedly connected to one another, each pair of arms include a wing at a first end and a pinch tab at a second end; a pair of absorbent pads is supported by the wing of each of the pair of arms; characterized in that the epistaxis clip further comprising a resilient member engaged with the pair of arms for biasing the wings to a clamped position; and the resilient member is an elastic band wrapped around the pair of arms. a pair of arms hingedly connected to one another, each pair of arms include a wing at a first end and a pinch tab at a second end; a pair of absorbent pads is supported by the wing of each of the pair of arms; characterized in that the epistaxis clip further comprising a resilient member engaged with the pair of arms for biasing the wings to a clamped position; and the resilient member is an elastic band wrapped around the pair of arms.