mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for rounding a graphite material (GM), the apparatus comprising an inlet for feeding the graphite material (GM) to the apparatus ; a plurality of rounding tools designed to rotate in a circulating manner, which rounding tools are arranged on the outer circumference of a disc rotating about an axis of rotation (D) and in a direction of rotation (DR); at least one guide apparatus , which comprises a plurality of guide elements and an inner guide ring ; a separating device for separating fine material and ultrafine material (FM); a product outlet ; wherein a cover ring is arranged above the rounding tools , characterised in that the apparatus furthermore comprises a suction device for product material assigned to the product outlet , wherein a suction position of the suction device is formed directly on the inner guide ring , and wherein the suction device extends radially to the inner guide ring . an inlet for feeding the graphite material (GM) to the apparatus ; a plurality of rounding tools designed to rotate in a circulating manner, which rounding tools are arranged on the outer circumference of a disc rotating about an axis of rotation (D) and in a direction of rotation (DR); at least one guide apparatus , which comprises a plurality of guide elements and an inner guide ring ; a separating device for separating fine material and ultrafine material (FM); a product outlet ; wherein a cover ring is arranged above the rounding tools , characterised in that the apparatus furthermore comprises a suction device for product material assigned to the product outlet , wherein a suction position of the suction device is formed directly on the inner guide ring , and wherein the suction device extends radially to the inner guide ring .
Process for the preparation of lactic acid comprising the steps of: a) providing an aqueous medium comprising magnesium lactate; b) adding to the aqueous medium comprising magnesium lactate a monovalent base to form an aqueous medium comprising a water soluble monovalent lactate salt and a solid magnesium base; c) separating the solid magnesium base from the aqueous medium comprising the water soluble monovalent lactate salt; d) providing an aqueous medium comprising the water soluble monovalent lactate salt at a concentration of more than 30 wt.% and at most 45 wt.%; e) subjecting the aqueous medium comprising the water soluble monovalent lactate salt from step d) to water-splitting electrodialysis, to produce a first solution comprising monovalent base and a second solution comprising lactic acid and monovalent lactate salt, the electrodialysis being carried out to a partial conversion of 40 to 99 mole%; f) recovering lactic acid from the second solution comprising lactic acid and monovalent lactate salt. a) providing an aqueous medium comprising magnesium lactate; b) adding to the aqueous medium comprising magnesium lactate a monovalent base to form an aqueous medium comprising a water soluble monovalent lactate salt and a solid magnesium base; c) separating the solid magnesium base from the aqueous medium comprising the water soluble monovalent lactate salt; d) providing an aqueous medium comprising the water soluble monovalent lactate salt at a concentration of more than 30 wt.% and at most 45 wt.%; e) subjecting the aqueous medium comprising the water soluble monovalent lactate salt from step d) to water-splitting electrodialysis, to produce a first solution comprising monovalent base and a second solution comprising lactic acid and monovalent lactate salt, the electrodialysis being carried out to a partial conversion of 40 to 99 mole%; f) recovering lactic acid from the second solution comprising lactic acid and monovalent lactate salt.
A power control system for an electrolyzer comprising: a first stage that is configured to encode power curtailment information as a DC bus voltage level using a DC droop characteristic via a rectifier configured to output an adjustable DC voltage of the DC bus voltage level; and a second stage that is configured to decode the DC bus voltage level to power information used to set an output current of a DCDC converter to the electrolyzer. a first stage that is configured to encode power curtailment information as a DC bus voltage level using a DC droop characteristic via a rectifier configured to output an adjustable DC voltage of the DC bus voltage level; and a second stage that is configured to decode the DC bus voltage level to power information used to set an output current of a DCDC converter to the electrolyzer.
A management system that includes a portable energy storage equipment and an equipment management server that manages the portable energy storage equipment , wherein the portable energy storage equipment transferred from one body to another body as a first transfer at a first timing is transferred from the other body or still another body which is different from the other body to the one body as a second transfer at a second timing, the equipment management server comprising: an obtaining unit configured to obtain at least one of (i) a length of a period from the first timing to the second timing and (ii) a deterioration state of the portable energy storage equipment at the second timing based on at least one of a mounted period, a use period, a use count, and a filling count of a hydrogen cylinder when the portable energy storage equipment is the hydrogen cylinder or based on at least one of a deterioration state of a charge capacity and a deterioration state of a charge and discharge efficiency of a battery when the portable energy storage equipment is the battery or based on a use period of a fuel container of a fossil fuel when the portable energy storage equipment is the fuel container of the fossil fuel; and a consideration decision unit configured to compute and decide a consideration for the second transfer of the portable energy storage equipment at the second timing based on at least one of (i) the length of the period obtained by the obtaining unit and (ii) the deterioration state obtained by the obtaining unit. an obtaining unit configured to obtain at least one of (i) a length of a period from the first timing to the second timing and (ii) a deterioration state of the portable energy storage equipment at the second timing based on at least one of a mounted period, a use period, a use count, and a filling count of a hydrogen cylinder when the portable energy storage equipment is the hydrogen cylinder or based on at least one of a deterioration state of a charge capacity and a deterioration state of a charge and discharge efficiency of a battery when the portable energy storage equipment is the battery or based on a use period of a fuel container of a fossil fuel when the portable energy storage equipment is the fuel container of the fossil fuel; and a consideration decision unit configured to compute and decide a consideration for the second transfer of the portable energy storage equipment at the second timing based on at least one of (i) the length of the period obtained by the obtaining unit and (ii) the deterioration state obtained by the obtaining unit.
A system improving efficiency of a filter-type oil separator, the system comprising: a compressor configured to compress and pressurize a mixture of refrigerant and lubricant; a filter-type oil separator configured to receive a first portion of the compressed mixture of refrigerant and lubricant from the compressor; a bypass line configured to bypass a second portion of the compressed mixture of refrigerant and lubricant around the filter-type oil separator; and a bypass valve included in the bypass line and configured to receive the second portion of the mixture of refrigerant and lubricant and provide a bypass path around the filter-type oil separator for the second portion of the mixture; characterised by further comprising a controller configured to: process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value. a compressor configured to compress and pressurize a mixture of refrigerant and lubricant; a filter-type oil separator configured to receive a first portion of the compressed mixture of refrigerant and lubricant from the compressor; a bypass line configured to bypass a second portion of the compressed mixture of refrigerant and lubricant around the filter-type oil separator; and a bypass valve included in the bypass line and configured to receive the second portion of the mixture of refrigerant and lubricant and provide a bypass path around the filter-type oil separator for the second portion of the mixture; characterised by further comprising a controller configured to: process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value. process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value.
A hearing aid comprising: a microphone configured to provide a microphone signal that corresponds with an acoustic stimulus naturally received by a user of the hearing aid ; a processing unit coupled to the microphone , the processing unit configured to provide a processed signal based at least on the microphone signal ; a speaker coupled to the processing unit , the speaker configured to provide an acoustic signal based on the processed signal; and a sensor configured to measure a neural response of the user to the acoustic stimulus, and to provide a sensor output ; wherein the processing unit is configured to detect presence of speech based on the microphone signal , and to process the sensor output and the microphone signal to estimate speech intelligibility based on a strength of a calculated stimulus-response correlation between the acoustic stimulus containing speech and the neural response; and wherein the processing unit is also configured to adjust a sound processing parameter for the hearing aid based at least on the estimated speech intelligibility. a microphone configured to provide a microphone signal that corresponds with an acoustic stimulus naturally received by a user of the hearing aid ; a processing unit coupled to the microphone , the processing unit configured to provide a processed signal based at least on the microphone signal ; a speaker coupled to the processing unit , the speaker configured to provide an acoustic signal based on the processed signal; and a sensor configured to measure a neural response of the user to the acoustic stimulus, and to provide a sensor output ; wherein the processing unit is configured to detect presence of speech based on the microphone signal , and to process the sensor output and the microphone signal to estimate speech intelligibility based on a strength of a calculated stimulus-response correlation between the acoustic stimulus containing speech and the neural response; and wherein the processing unit is also configured to adjust a sound processing parameter for the hearing aid based at least on the estimated speech intelligibility.
A device with a pivot lever which has a first pivot arm and a second pivot arm and an articulation which connects the two pivot arms together, wherein the two pivot arms have opposing end faces, and each end face is divided by the articulation into two portions (4a, 4b; 6a, 6b), characterised in that the two portions (4a, 4b; 6a, 6b) are oriented at an obtuse angle (α) to each other, in that the opposing portions of the two pivot arms on a first side of the articulation run parallel to each other, and in that the opposing portions of the two pivot arms on a second side of the articulation enclose a clearance angle (β) between them.
Rear axle (5; 5') of a dodgem car, comprising a beam that mainly extends in a longitudinal direction (X; X') and is provided with respective wheel groups (7; 7') at opposing axial ends, characterised in that each wheel group (7; 7') comprises a fork (9; 9') for rotatably supporting the corresponding wheel (10; 10'), said fork (9; 9') bearing a pin (11; 11') that is rotatably mounted on the beam (6; 6') such that the wheel (10; 10') spins in a vertical direction, in that said forks (9; 9') are secured to one another by a connecting member (14; 14') so as to simultaneously move the forks (9; 9') at the same angle relative to the beam (6; 6'), and in that said connecting member (14; 14') can be selectively locked relative to the beam of the axle so as to selectively prevent the wheels (10; 10') from spinning freely in the vertical direction.
A V-ribbed belt (B) comprising a plurality of V-shaped ribs, - wherein each of the plurality of V-shaped ribs includes a V-shaped rib body formed from a rubber composition and a rib-side reinforcing fabric covering a surface of the V-shaped rib body , - wherein the rib-side reinforcing fabric is a woven fabric containing a first fiber and a second fiber, and - wherein in the woven fabric, at least either the first fiber or the second fiber is inclined relative to a longitudinal direction (LD) and a width direction (WD) of the belt (B), - characterized in that an angle of a direction of the first fiber with respect to the longitudinal direction of the belt is not less than 10° and not greater than 25°. - wherein each of the plurality of V-shaped ribs includes a V-shaped rib body formed from a rubber composition and a rib-side reinforcing fabric covering a surface of the V-shaped rib body , - wherein the rib-side reinforcing fabric is a woven fabric containing a first fiber and a second fiber, and - wherein in the woven fabric, at least either the first fiber or the second fiber is inclined relative to a longitudinal direction (LD) and a width direction (WD) of the belt (B), - characterized in that an angle of a direction of the first fiber with respect to the longitudinal direction of the belt is not less than 10° and not greater than 25°.
A control method of a heat blower system including: a heat blower having a fan and a heater that are disposed in a housing ; an environmental information server having at least one outdoor environment information among an outdoor temperature, an outdoor humidity, an outdoor wind speed, a day length, and an ultraviolet ray intensity; and an operational condition calculation server determining at least one operational condition of an air volume or an air temperature of the heat blower , based on at least one outdoor environment information among the outdoor temperature, the outdoor humidity, the outdoor wind speed, the day length, and the ultraviolet ray intensity, the control method of the heat blower system comprising the steps of: obtaining the at least one outdoor environment information from the information server ; providing the at least one outdoor environment information that is obtained to the operational condition calculation server ; and obtaining at least one operational condition from the operational condition calculation server , characterized in that the heat blower further includes an ion generator , a charged-particle-liquid generator , and a controller that controls the ion generator and the charged-particle-liquid generator to adjust a generation amount of ions and a generation amount of charged particle liquid, wherein the controller decreases the generation amount of charged particle liquid while increasing the generation amount of ions, or increases the generation amount of charged particle liquid while decreasing the generation amount of ions. obtaining the at least one outdoor environment information from the information server ; providing the at least one outdoor environment information that is obtained to the operational condition calculation server ; and obtaining at least one operational condition from the operational condition calculation server , characterized in that the heat blower further includes an ion generator , a charged-particle-liquid generator , and a controller that controls the ion generator and the charged-particle-liquid generator to adjust a generation amount of ions and a generation amount of charged particle liquid, wherein the controller decreases the generation amount of charged particle liquid while increasing the generation amount of ions, or increases the generation amount of charged particle liquid while decreasing the generation amount of ions.
A method of manufacturing a foamed polymer article , the method comprising: grinding recycled thermoplastic polyester elastomer into a ground recyclate material; mixing a metered amount of the ground recyclate material and a virgin polymer material of virgin thermoplastic polyester elastomer into a mixed batch, the metered amount being about 20% by mass or less of a total mass of the mixed batch; melting the ground recyclate material and the virgin polymer material into a polymer melt; adding a physical foaming agent to the polymer melt; injecting the polymer melt with the physical foaming agent into an internal cavity of a mold tool; activating the physical foaming agent such that the physical foaming agent causes the polymer melt to expand and fill the internal cavity of the mold tool to form the foamed polymer article ; and removing the formed foamed polymer article from the mold tool. grinding recycled thermoplastic polyester elastomer into a ground recyclate material; mixing a metered amount of the ground recyclate material and a virgin polymer material of virgin thermoplastic polyester elastomer into a mixed batch, the metered amount being about 20% by mass or less of a total mass of the mixed batch; melting the ground recyclate material and the virgin polymer material into a polymer melt; adding a physical foaming agent to the polymer melt; injecting the polymer melt with the physical foaming agent into an internal cavity of a mold tool; activating the physical foaming agent such that the physical foaming agent causes the polymer melt to expand and fill the internal cavity of the mold tool to form the foamed polymer article ; and removing the formed foamed polymer article from the mold tool.
A method of monitoring motion of an elevator car within an elevator system , the method comprising: detecting, using a sensing apparatus , a plurality of pairs of corresponding data within a selected period of time, each pair of corresponding data including a detected elevator car height and a landing corresponding to the detected elevator car height; transmitting the plurality of pairs of corresponding data to a remote device for processing; determining, using the remote device , which of the plurality of pairs of corresponding data have a greatest number of reoccurrences for each landing ; and determining, using the remote device , that pairs of corresponding data of the plurality of pairs of corresponding data that have the greatest number of reoccurrences for each landing are correct pairs. detecting, using a sensing apparatus , a plurality of pairs of corresponding data within a selected period of time, each pair of corresponding data including a detected elevator car height and a landing corresponding to the detected elevator car height; transmitting the plurality of pairs of corresponding data to a remote device for processing; determining, using the remote device , which of the plurality of pairs of corresponding data have a greatest number of reoccurrences for each landing ; and determining, using the remote device , that pairs of corresponding data of the plurality of pairs of corresponding data that have the greatest number of reoccurrences for each landing are correct pairs.
A polyol premix composition comprising at least one halogenated blowing agent containing a hydrohaloolefin, at least one polyol, water, a contact product of at least one organic carboxylic acid component comprising at least one member selected from the group consisting of succinic acid, glutaric acid, adipic acid, and at least tetraalkylguanidine, the equivalent ratio of carboxylic acid to tetraalkylguanidine ranges from 0,2 to 2.0.
Support structure of a bumper in a front-end region of a motor vehicle, in which are provided a front-end support with respective headlights having a headlight housing each held thereon and a bumper fascia of the bumper held by at least one bumper support , wherein the bumper support is supported on the headlight housing of the respectively associated headlight by way of at least one respective support element and the support element is supported in a receptacle provided at the headlight housing , which receptacle - as viewed in the longitudinal direction of the vehicle - is at least partially open at the top and/or the front, characterised in that the respective receptacle is designed to be shaft-shaped, and in that its internal dimensions are matched to the external dimensions of the support element held therein in such a way that a relative movement between the support element and the receptacle in the transverse direction of the vehicle (Y-direction) and the longitudinal direction of the vehicle (X-direction) is possible even after assembly.
A method comprising: receiving reference signals at a receiving device from a transmitting device; measuring a channel matrix based on the reference signals; characterized in that the method further comprises: extracting , based on the channel matrix, at least two of a first line of sight channel parameter, a second line of sight channel parameter, and a third line of sight channel parameter, where the first line of sight channel parameter is d T 2 λR , wherein d T corresponds to the distance between neighbouring transmit antennas of the transmitting device, wherein Å corresponds to the wavelength of a carrier of the reference signals and R corresponds to the separation between the transmitting device and the receiving device, where the second line of sight channel parameter is d T d R λR , wherein d R corresponds to the distance between neighbouring receive antennas of the receiving device, and where the third line of sight channel parameter is d R 2 λR ; and transmitting the at least two line of sight channel parameters to the transmitting device. receiving reference signals at a receiving device from a transmitting device; measuring a channel matrix based on the reference signals; characterized in that the method further comprises: extracting , based on the channel matrix, at least two of a first line of sight channel parameter, a second line of sight channel parameter, and a third line of sight channel parameter, where the first line of sight channel parameter is d T 2 λR , wherein d T corresponds to the distance between neighbouring transmit antennas of the transmitting device, wherein Å corresponds to the wavelength of a carrier of the reference signals and R corresponds to the separation between the transmitting device and the receiving device, where the second line of sight channel parameter is d T d R λR , wherein d R corresponds to the distance between neighbouring receive antennas of the receiving device, and where the third line of sight channel parameter is d R 2 λR ; and transmitting the at least two line of sight channel parameters to the transmitting device. extracting , based on the channel matrix, at least two of a first line of sight channel parameter, a second line of sight channel parameter, and a third line of sight channel parameter, where the first line of sight channel parameter is d T 2 λR , wherein d T corresponds to the distance between neighbouring transmit antennas of the transmitting device, wherein Å corresponds to the wavelength of a carrier of the reference signals and R corresponds to the separation between the transmitting device and the receiving device, where the second line of sight channel parameter is d T d R λR , wherein d R corresponds to the distance between neighbouring receive antennas of the receiving device, and where the third line of sight channel parameter is d R 2 λR ; and transmitting the at least two line of sight channel parameters to the transmitting device.