mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a controller configured to: receive a source signal for reproduction via a speaker driver as an input voltage u; determine an estimated displacement x of a diaphragm resulting from the reproduction of the source signal; determine a displacement excess Δx based on the estimated displacement x and threshold information relating to safe displacement xmax of the diaphragm; determine a voltage excess Δu representing an excess amount of the input voltage u that results in the displacement excess Δx; and generate a corrected voltage by subtracting the voltage excess Δu from the input voltage u delayed by a predetermined amount of time; wherein an actual displacement of the diaphragm during the reproduction of the source signal is controlled based on the corrected voltage . receive a source signal for reproduction via a speaker driver as an input voltage u; determine an estimated displacement x of a diaphragm resulting from the reproduction of the source signal; determine a displacement excess Δx based on the estimated displacement x and threshold information relating to safe displacement xmax of the diaphragm; determine a voltage excess Δu representing an excess amount of the input voltage u that results in the displacement excess Δx; and generate a corrected voltage by subtracting the voltage excess Δu from the input voltage u delayed by a predetermined amount of time; wherein an actual displacement of the diaphragm during the reproduction of the source signal is controlled based on the corrected voltage .
A method for producing a catalyst for an air secondary battery for use in an air electrode of the air secondary battery, the method comprising: a precursor preparation step of preparing a pyrochlore-type oxide precursor, a calcination step of calcining the precursor to form a pyrochlore-type oxide, and an acid treatment step of immersing the pyrochlore-type oxide obtained from the calcination step in an acidic aqueous solution to apply an acid treatment, wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z , wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer (EDS). a precursor preparation step of preparing a pyrochlore-type oxide precursor, a calcination step of calcining the precursor to form a pyrochlore-type oxide, and an acid treatment step of immersing the pyrochlore-type oxide obtained from the calcination step in an acidic aqueous solution to apply an acid treatment, wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z , wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer (EDS). wherein the pyrochlore-type oxide is a pyrochlore-type transition element oxide having a composition represented by the general formula: Bi 2-X Ru 2-Y O 7-Z , wherein x, y, and z each represent a numerical value of 0 or more and 1 or less, and wherein the acid treatment is applied such that, when X represents the amount of bismuth in terms of atom% contained in the bismuth-ruthenium oxide and Y represents the amount of ruthenium in terms of atom% contained in the bismuth-ruthenium oxide, the value of X/Y, which is the ratio of the amount of bismuth to the amount of ruthenium, is 0.90 or less, measured by using an energy dispersive X-ray spectrometer (EDS).
A method for selecting a beam pattern in a base station, BS, , the method comprising: identifying at least one interval in which a direction finding signal is received among a plurality of intervals of a direction finding channel, wherein the direction finding signal is transmitted from a terminal through each of a plurality of beam patterns of the terminal, and each of the plurality of beam patterns of the terminal corresponds to each of the plurality of intervals; transmitting, to the terminal, information on the at least one interval; receiving, from the terminal, through all supportable receive beam patterns a random access signal transmitted through at least one beam pattern corresponding to the at least one interval among the plurality of beam patterns of the terminal; and determining a transmit beam pattern of the terminal among the at least one beam pattern and at least one receive beam pattern of the BS based on the random access signal; and transmitting, to the terminal, information on the transmit beam pattern. identifying at least one interval in which a direction finding signal is received among a plurality of intervals of a direction finding channel, wherein the direction finding signal is transmitted from a terminal through each of a plurality of beam patterns of the terminal, and each of the plurality of beam patterns of the terminal corresponds to each of the plurality of intervals; transmitting, to the terminal, information on the at least one interval; receiving, from the terminal, through all supportable receive beam patterns a random access signal transmitted through at least one beam pattern corresponding to the at least one interval among the plurality of beam patterns of the terminal; and determining a transmit beam pattern of the terminal among the at least one beam pattern and at least one receive beam pattern of the BS based on the random access signal; and transmitting, to the terminal, information on the transmit beam pattern.
A buffer with a self-adjustable stopper comprising a buffer head having an upper surface as a stopper, a base having a guide profile , and comprising a central body having a groove cooperating with said profile, the central body being mounted on the base by a translation movement, in a first direction (X) in a plane of movement, the central body at least partially receiving the buffer head by a face opposite to that in contact with the base , the buffer head is movable relative to the central body in a third direction (Z) perpendicular to the plane of movement, and the buffer further comprises a locking member , characterized in that , the locking member is inserted into the central body in a second direction (Y) perpendicular to the first and third directions, and operable in translation for blocking in the third direction (Z) the buffer head in the central body and blocking in the first direction (X) the central body on the base .
A nacelle for an aircraft engine, comprising: - a fixed front frame , - a thrust reverser cowl slidably mounted relative to said front frame between a direct jet position and a reverse jet position, - an adaptive nozzle disposed in the downstream extension of this thrust reverser cowl , - thrust reverser cylinders , interposed between said front frame and said thrust reverser cowl , - adaptive nozzle cylinders , interposed between said thrust reverser cowl and said adaptive nozzle , - drive shafts , mounted on said front frame , - transmission shafts extending along said thrust reverser cowl up to said adaptive nozzle cylinders , and - means for mechanically coupling said transmission shafts to said drive shafts , adapted to ensure the torque transmission from said drive shafts to said transmission shafts when said cowl is in the direct jet position, and to decouple the transmission shafts from the drive shafts when the cowl slides towards its reverse jet position, characterized in that the nacelle comprises - means for locking the rotation of said transmission shafts before the complete decoupling of these transmission shafts from their respective drive shafts , and when this decoupling is achieved. - a fixed front frame , - a thrust reverser cowl slidably mounted relative to said front frame between a direct jet position and a reverse jet position, - an adaptive nozzle disposed in the downstream extension of this thrust reverser cowl , - thrust reverser cylinders , interposed between said front frame and said thrust reverser cowl , - adaptive nozzle cylinders , interposed between said thrust reverser cowl and said adaptive nozzle , - drive shafts , mounted on said front frame , - transmission shafts extending along said thrust reverser cowl up to said adaptive nozzle cylinders , and - means for mechanically coupling said transmission shafts to said drive shafts , adapted to ensure the torque transmission from said drive shafts to said transmission shafts when said cowl is in the direct jet position, and to decouple the transmission shafts from the drive shafts when the cowl slides towards its reverse jet position, characterized in that the nacelle comprises - means for locking the rotation of said transmission shafts before the complete decoupling of these transmission shafts from their respective drive shafts , and when this decoupling is achieved.
A method of producing a purified hydrogen product, comprising: passing tail gas from a carbon black generating plasma process into a pressure swing adsorption system generating the purified hydrogen product and a pressure swing adsorption tail gas; separating and compressing the purified hydrogen product; and separating and compressing the pressure swing adsorption tail gas for use as fuel, or reuse back into the carbon black generating process. passing tail gas from a carbon black generating plasma process into a pressure swing adsorption system generating the purified hydrogen product and a pressure swing adsorption tail gas; separating and compressing the purified hydrogen product; and separating and compressing the pressure swing adsorption tail gas for use as fuel, or reuse back into the carbon black generating process.
A container closure , comprising a retaining ring that extends around a reference axis of the container closure , a cap part and a hinge that connects the retaining ring to the cap part , the cap part comprising an end plate , a circumferential wall that surrounds an inner surface of the end plate and a gripping projection that extends radially outward from the circumferential wall and extends axially at a spacing from the end plate , the circumferential wall comprising; in a deformable region that is diametrically opposite the hinge and extends between the end plate and the gripping projection , an engagement projection that is directed radially inward, a lower wall portion arranged between the engagement projection and the gripping projection and an upper wall portion that is arranged between the engagement projection and the end plate , a wall thickness of the upper wall portion and a wall thickness of the lower wall portion being determined such that an elastic deformation of the deformable region allows for a radially outward movement of the engagement projection by more than fifty percent, preferably more than ninety percent, preferably at least one hundred percent of a radial extension of the engagement projection , characterized in that the deformable region is surrounded in the circumferential direction by two reinforcing regions of the circumferential wall that connect the gripping projection to the end plate .
A method of operating a terminal device in a wireless telecommunications system to determine whether to trigger part of a handover evaluation procedure for determining whether to handover the terminal device from communicating with a first controlling node associated with a first communication cell in the wireless telecommunications system to communicating with a second controlling node associated with a second communication cell in the wireless telecommunications system, wherein the first communication cell comprises a group of distributed units communicatively coupled to the first controlling node and spatially distributed through the first communication cell, wherein communications between the first controlling node and the terminal device are made via a subset of the distributed units, the subset comprising one or more of the distributed units selected as active distributed units for the terminal device based on a location of the terminal device within the first communication cell, and wherein the method comprises: the terminal device determining if the subset of active distributed units for the terminal device includes one or more distributed units in a predefined subset of distributed units, and if so initiating the part of the handover evaluation procedure.
Method for inactivating viruses, characterized in that an immunogenic composition or vaccine containing at least one virus is irradiated with electron beams wherein the immunogenic composition or vaccine containing at least one virus is irradiated with an electron beam dose in the range from 15 to 110 kGy and the irradiation time is in the range from between 1 second and 100 seconds, and the electron beams are accelerated with an acceleration energy of between 150 keV and 700 keV, and the immunogenic composition or vaccine containing at least one virus (i) is liquid, in particular is a suspension, and (ii) contains at least one viral immunogen. (i) is liquid, in particular is a suspension, and (ii) contains at least one viral immunogen.
Disinfectant preparation obtainable by (i) dissolving c) annatto dye, wherein the amount of annatto dye is 0.005 to 0.05% by weight, specified as norbixin and based on the weight of the disinfectant preparation, d) in water, wherein the pH is 10.5 to 12.5; (ii) adding b) at least 50% by weight isopropanol, and (iii) adding a) 0.02 to 0.25% by weight octenidine dihydrochloride. (i) dissolving c) annatto dye, wherein the amount of annatto dye is 0.005 to 0.05% by weight, specified as norbixin and based on the weight of the disinfectant preparation, d) in water, wherein the pH is 10.5 to 12.5; c) annatto dye, wherein the amount of annatto dye is 0.005 to 0.05% by weight, specified as norbixin and based on the weight of the disinfectant preparation, d) in water, (ii) adding b) at least 50% by weight isopropanol, and (iii) adding a) 0.02 to 0.25% by weight octenidine dihydrochloride.
A system for placing a bone plate onto a bone comprising: a plate holder extending from a first end to a second end, the plate holder including an engagement feature at the second end, the engagement feature engageable with the bone plate ; and an awl disposed in the plate holder , the awl including a tip , characterized in that the awl is releasably engaged to the plate holder and the awl includes a locking mechanism adjustable from a first setting to a second setting, wherein when the locking mechanism is in the first setting, the awl is fixed relative to the plate holder and the tip is disposed within the plate holder , and wherein when the locking mechanism is in the second setting, the awl is axially translatable relative to the plate holder such that the tip of the awl is extendable out of the second end of the plate holder . a plate holder extending from a first end to a second end, the plate holder including an engagement feature at the second end, the engagement feature engageable with the bone plate ; and an awl disposed in the plate holder , the awl including a tip , characterized in that the awl is releasably engaged to the plate holder and the awl includes a locking mechanism adjustable from a first setting to a second setting, wherein when the locking mechanism is in the first setting, the awl is fixed relative to the plate holder and the tip is disposed within the plate holder , and wherein when the locking mechanism is in the second setting, the awl is axially translatable relative to the plate holder such that the tip of the awl is extendable out of the second end of the plate holder .
An inflatable air mattress comprising: a top panel; a bottom panel; one or more side panels attached to the top panel and the bottom panel to form a substantially airtight enclosure; an internal support structure ; and an air valve assembly configured to control ingress and egress of air from the substantially airtight enclosure, the air valve assembly comprising: a base configured to attach to a portion of the inflatable air mattress, a middle valve configured to attach to the base and having a first diameter, the middle valve comprising: (i) a first end having a first threaded portion and (ii) a second end having a second threaded portion, a diaphragm member configured to attach to the middle valve , an adapter (i) having a portion with a second diameter that is smaller than the first diameter and (ii) configured to detachably attach to the middle valve portion such that when it is attached, a user may use an inflation device with a smaller dimensioned output, and a cap configured to removably couple to a portion of the air valve. a top panel; a bottom panel; one or more side panels attached to the top panel and the bottom panel to form a substantially airtight enclosure; an internal support structure ; and an air valve assembly configured to control ingress and egress of air from the substantially airtight enclosure, the air valve assembly comprising: a base configured to attach to a portion of the inflatable air mattress, a middle valve configured to attach to the base and having a first diameter, the middle valve comprising: (i) a first end having a first threaded portion and (ii) a second end having a second threaded portion, a diaphragm member configured to attach to the middle valve , an adapter (i) having a portion with a second diameter that is smaller than the first diameter and (ii) configured to detachably attach to the middle valve portion such that when it is attached, a user may use an inflation device with a smaller dimensioned output, and a cap configured to removably couple to a portion of the air valve. a base configured to attach to a portion of the inflatable air mattress, a middle valve configured to attach to the base and having a first diameter, the middle valve comprising: (i) a first end having a first threaded portion and (ii) a second end having a second threaded portion, a diaphragm member configured to attach to the middle valve , an adapter (i) having a portion with a second diameter that is smaller than the first diameter and (ii) configured to detachably attach to the middle valve portion such that when it is attached, a user may use an inflation device with a smaller dimensioned output, and a cap configured to removably couple to a portion of the air valve.
A computer memory system having a data bus , with a signal on the data bus having a period p1, the system comprising: (a) a first synchronous memory chip having data lines ; (b) a second synchronous memory chip having data lines ; (c) the first memory chip being configured to receive a first clock signal , and the second memory chip being configured to receive a second clock signal , each of the first clock signal and the second clock signal having a period p2, and wherein the second clock signal is delayed by a time ΔT from the first clock signal; (d) a first FET switch connecting the data lines of the first memory chip with the data bus beginning at the start of each cycle of the first clock signal, and lasting for a time ΔT1; and (e) a second FET switch connecting the data lines of the second memory chip with the data bus beginning at a time ΔT2 after the start of each cycle of the second clock signal, and lasting for a time ΔT3, wherein ΔT, ΔT1, ΔT2, and ΔT3 are chosen so that the data lines of the first memory chip and those of the second memory chip are never connected to the data bus concurrently. (a) a first synchronous memory chip having data lines ; (b) a second synchronous memory chip having data lines ; (c) the first memory chip being configured to receive a first clock signal , and the second memory chip being configured to receive a second clock signal , each of the first clock signal and the second clock signal having a period p2, and wherein the second clock signal is delayed by a time ΔT from the first clock signal; (d) a first FET switch connecting the data lines of the first memory chip with the data bus beginning at the start of each cycle of the first clock signal, and lasting for a time ΔT1; and (e) a second FET switch connecting the data lines of the second memory chip with the data bus beginning at a time ΔT2 after the start of each cycle of the second clock signal, and lasting for a time ΔT3, wherein ΔT, ΔT1, ΔT2, and ΔT3 are chosen so that the data lines of the first memory chip and those of the second memory chip are never connected to the data bus concurrently.
A device for disintegrating particles of a suspension with ultrasonic sound, the device comprising: - a channel for a suspension, wherein the channel comprises a particle-processing portion , - at least one pump configured and arranged to adjust a flow velocity of the suspension in the channel , - at least one ultrasonic sound source , arranged such at the channel that an ultrasonic field generated by the ultrasonic sound source extends at least in the particle-processing portion inside the channel , wherein the device is configured such that particles of the suspension are arrangeable in a predefined spatial particle distribution in the particle-processing portion of the channel by adjusting the flow velocity of the suspension with respect to an inertial force acting on the suspension, wherein the inertial force is gravity or a centrifugal force , characterized in that the device comprises a plasma source , wherein the plasma source is arranged such that a plasma generated by the plasma source extends into the particle-processing portion or upstream of the particle-processing portion . - a channel for a suspension, wherein the channel comprises a particle-processing portion , - at least one pump configured and arranged to adjust a flow velocity of the suspension in the channel , - at least one ultrasonic sound source , arranged such at the channel that an ultrasonic field generated by the ultrasonic sound source extends at least in the particle-processing portion inside the channel , wherein the device is configured such that particles of the suspension are arrangeable in a predefined spatial particle distribution in the particle-processing portion of the channel by adjusting the flow velocity of the suspension with respect to an inertial force acting on the suspension, wherein the inertial force is gravity or a centrifugal force , characterized in that the device comprises a plasma source , wherein the plasma source is arranged such that a plasma generated by the plasma source extends into the particle-processing portion or upstream of the particle-processing portion .
Apparatus for recovering a mineral particle of interest from a slurry in a mineral extraction process, comprising: a core or substrate; and multiple layers arranged on the core or substrate, one above the other, each layer of the multiple layers configured with a respective outer surface having a plurality of molecules attached thereto, the molecules comprising a functional group selected for attracting and attaching one or more mineral particles of interest to the molecules. a core or substrate; and multiple layers arranged on the core or substrate, one above the other, each layer of the multiple layers configured with a respective outer surface having a plurality of molecules attached thereto, the molecules comprising a functional group selected for attracting and attaching one or more mineral particles of interest to the molecules.