mhurhangee/patent-ind-claim-en huggingface dataset:
A hose assembly, comprising: a first end coupler and a second end coupler; an inner tube having a longitudinal length and a first circumference below a minimum expansion pressure, wherein the inner tube is expandable to a larger, second circumference upon application of fluid pressure on an inner surface of the inner tube at or above the minimum expansion pressure, wherein the inner tube comprises a modified thermoplastic composition comprising a thermoplastic polymer, a plasticizer, and a rubber, wherein the thermoplastic polymer is present in a major amount by weight based on the total weight of the thermoplastic polymer and the rubber; and an outer tube covering the inner tube, wherein a first end of the inner tube and a first end of the outer tube are connected to the first end coupler, wherein a second end of the inner tube and a second end of the outer tube are connected to the second end coupler, wherein the outer tube is not bonded, connected or attached to the inner tube between the first and second end couplers of the hose assembly, and wherein the thermoplastic polymer comprises a polyvinyl chloride polymer at 100 parts per hundred resin (phr), wherein the rubber is at least partially cross-linked and is present in an amount from 10 to less than 100 phr, wherein the rubber is at least partially cross-linked and comprises nitrile rubber. a first end coupler and a second end coupler; an inner tube having a longitudinal length and a first circumference below a minimum expansion pressure, wherein the inner tube is expandable to a larger, second circumference upon application of fluid pressure on an inner surface of the inner tube at or above the minimum expansion pressure, wherein the inner tube comprises a modified thermoplastic composition comprising a thermoplastic polymer, a plasticizer, and a rubber, wherein the thermoplastic polymer is present in a major amount by weight based on the total weight of the thermoplastic polymer and the rubber; and an outer tube covering the inner tube, wherein a first end of the inner tube and a first end of the outer tube are connected to the first end coupler, wherein a second end of the inner tube and a second end of the outer tube are connected to the second end coupler, wherein the outer tube is not bonded, connected or attached to the inner tube between the first and second end couplers of the hose assembly, and wherein the thermoplastic polymer comprises a polyvinyl chloride polymer at 100 parts per hundred resin (phr), wherein the rubber is at least partially cross-linked and is present in an amount from 10 to less than 100 phr, wherein the rubber is at least partially cross-linked and comprises nitrile rubber.
A method for the manufacture of a liquid composition essentially consisting of an organic solvent of the type glycol and a urease inhibitor of the type phosphoric triamide, and optionally a dye system, the method comprising the step of heating an amount of said organic solvent of the type glycol to a first temperature at least above 20 °C but below the melt temperature of said urease inhibitor of the type phosphoric triamide, and subsequently adding an amount of solid urease inhibitor of the type phosphoric triamide in said amount of organic solvent of the type glycol at a second temperature which is at most about equal to the first temperature, characterized in that the method comprises the step of maintaining the liquid composition essentially consisting of an organic solvent of the type glycol and a urease inhibitor of the type phosphoric triamide, and optionally a dye system, at a third temperature, which temperature is greater than the first temperature, in the range of 60 to 80 °C.
Filter unit for the filtration of fluids, in particular hydraulic fluids, with at least one component , wherein a filter element extends cylindrically around a supporting tube , wherein the component is part of the filter element , is arranged at least partially in the flow of a fluid to be filtered and is formed as a film , sleeve or casing which is a supporting means, arranged on the outside or circumferentially, for the filter element , characterised in that the component has, at least in certain areas, an application of magnetisable and/or magnetised particles; and in that the filter element is a mesh pack which is folded in a pleat-like manner or a star shape and is arranged annularly around the supporting tube .
A method of quantifying progression of pregnancy in a pregnant female mammal, comprising the following steps: a) Illuminating the uterine cervix (CX) of the pregnant female mammal with polarized light (POR) having a wavelength comprised between 600 and 1100 nm; b) Acquiring a plurality of images of the illuminated uterine cervix through a polarization state analyser (PSA) in respective analysing states; Steps a) and b) being performed either once or a plurality of time using polarized light having different polarization states; c) From the acquired images, computing at least one depolarization parameter over a region of interest of the uterine cervix; and d) Quantifying the progression of the pregnancy from said depolarization parameter. a) Illuminating the uterine cervix (CX) of the pregnant female mammal with polarized light (POR) having a wavelength comprised between 600 and 1100 nm; b) Acquiring a plurality of images of the illuminated uterine cervix through a polarization state analyser (PSA) in respective analysing states; c) From the acquired images, computing at least one depolarization parameter over a region of interest of the uterine cervix; and d) Quantifying the progression of the pregnancy from said depolarization parameter.
A method of controlling a dishwasher comprising a tub, a plurality of spray arms for spraying washing water into the tub, a steam nozzle for spraying steam into the tub, a sump for storing the washing water, and a washing pump for sending the washing water stored in the sump to the tub by the rotation of an impeller and heating the washing water contained therein, the method comprising: a preliminary washing step including: 1) supplying washing water to the sump from an external water source, 2) operating the washing pump so that washing water in the sump is sprayed through at least one of the plurality of spray arms , and 3) operating a draining pump to drain the washing water in the sump to the outside; a sump washing step of supplying the washing water to the sump from the external water source before a subsequent steam supply step and then draining the washing water supplied to the sump ; a water supply for steam step of supplying washing water to the sump from the external water source; operating a washing motor to rotate the impeller so that the washing water supplied to the sump flows to the washing pump ; the method being characterized by a steam generation step of maintaining a water level of the washing water existing inside the washing pump at a certain water level or higher and heating the washing water by operating the washing motor to rotate the impeller and a heater included in the washing pump . a preliminary washing step including: 1) supplying washing water to the sump from an external water source, 2) operating the washing pump so that washing water in the sump is sprayed through at least one of the plurality of spray arms , and 3) operating a draining pump to drain the washing water in the sump to the outside; a sump washing step of supplying the washing water to the sump from the external water source before a subsequent steam supply step and then draining the washing water supplied to the sump ; a water supply for steam step of supplying washing water to the sump from the external water source; operating a washing motor to rotate the impeller so that the washing water supplied to the sump flows to the washing pump ; the method being characterized by a steam generation step of maintaining a water level of the washing water existing inside the washing pump at a certain water level or higher and heating the washing water by operating the washing motor to rotate the impeller and a heater included in the washing pump .
A system comprising: an energy storage device configured to provide electrical power to a conveyance apparatus of a conveyance system (101, 101A; 101B; 101C; 101D), wherein the conveyance system (101, 101A; 101B; 101C; 101D) is an elevator system, and the conveyance apparatus is an elevator car; a power management system configured to determine a charging schedule to recharge the energy storage device based at least in part on a status of the conveyance system (101, 101A; 101B; 101C; 101D); the system being characterized in that it further comprises: a dispatching system configured to modify a dispatch schedule of the conveyance system (101, 101A; 101B; 101C; 101D) based at least in part on the charging schedule. an energy storage device configured to provide electrical power to a conveyance apparatus of a conveyance system (101, 101A; 101B; 101C; 101D), wherein the conveyance system (101, 101A; 101B; 101C; 101D) is an elevator system, and the conveyance apparatus is an elevator car; a power management system configured to determine a charging schedule to recharge the energy storage device based at least in part on a status of the conveyance system (101, 101A; 101B; 101C; 101D); the system being characterized in that it further comprises: a dispatching system configured to modify a dispatch schedule of the conveyance system (101, 101A; 101B; 101C; 101D) based at least in part on the charging schedule.
A core engine article , comprising: a combustor liner defining a combustion chamber therein, and a turbine nozzle , the turbine nozzle including a plurality of airfoils , wherein the combustor liner and turbine nozzle are integral with one another and are additively manufactured; characterized in that the combustor liner includes a plurality of fuel injector ports , the plurality of fuel injector ports having a shape that tapers to a corner on a forward side of the fuel injector ports . a combustor liner defining a combustion chamber therein, and a turbine nozzle , the turbine nozzle including a plurality of airfoils , wherein the combustor liner and turbine nozzle are integral with one another and are additively manufactured; characterized in that the combustor liner includes a plurality of fuel injector ports , the plurality of fuel injector ports having a shape that tapers to a corner on a forward side of the fuel injector ports .
A cowling assembly for a high bypass gas turbine engine comprising: a core cowling ; and a fan cowling surrounding at least a portion of the core cowling , and spaced from the core cowling to define an angular bypass channel having a fan outlet between the fan cowling and the core cowling at an aft end of the fan cowling; characterised in that the core cowling has a concave cross section relative to and facing the annular bypass channel, and the concave cross section is positioned at the fan outlet and at least partially upstream of the fan outlet . a core cowling ; and a fan cowling surrounding at least a portion of the core cowling , and spaced from the core cowling to define an angular bypass channel having a fan outlet between the fan cowling and the core cowling at an aft end of the fan cowling; characterised in that the core cowling has a concave cross section relative to and facing the annular bypass channel, and the concave cross section is positioned at the fan outlet and at least partially upstream of the fan outlet .
A computer-implemented method of generating a fixed-point quantized neural network , the method comprising: analyzing a statistical distribution (900; 1000) for each channel of floating-point parameter values of feature maps and a kernel for each channel from data of a pre-trained floating-point neural network ; determining a fixed-point expression of each of the parameters for each channel statistically covering a distribution range of the floating-point parameter values based on the statistical distribution (900; 1000) for each channel; determining fractional lengths of fixed-point expressions of a bias and a weight for each channel among the parameters for each channel based on a result of performing a convolution operation; and generating a fixed-point quantized neural network in which the bias and the weight for each channel have the determined fractional lengths, wherein the fixed-point quantized neural network is a convolutional neural network, wherein the convolution operation comprises a partial sum operation between a plurality of channels, the partial sum operation comprises a plurality of multiply-accumulate, MAC, operations and an Add operation, and the determining of the fractional lengths comprises determining the fractional length of the bias based on fractional lengths of input activations and fractional lengths of weights input to the MAC operations, wherein the determining of the fractional length of the bias comprises determining the fractional length of the bias based on a maximum fractional length among fractional lengths of fixed-point expressions corresponding to results of the MAC operations. analyzing a statistical distribution (900; 1000) for each channel of floating-point parameter values of feature maps and a kernel for each channel from data of a pre-trained floating-point neural network ; determining a fixed-point expression of each of the parameters for each channel statistically covering a distribution range of the floating-point parameter values based on the statistical distribution (900; 1000) for each channel; determining fractional lengths of fixed-point expressions of a bias and a weight for each channel among the parameters for each channel based on a result of performing a convolution operation; and generating a fixed-point quantized neural network in which the bias and the weight for each channel have the determined fractional lengths, wherein the fixed-point quantized neural network is a convolutional neural network, wherein the convolution operation comprises a partial sum operation between a plurality of channels, the partial sum operation comprises a plurality of multiply-accumulate, MAC, operations and an Add operation, and the determining of the fractional lengths comprises determining the fractional length of the bias based on fractional lengths of input activations and fractional lengths of weights input to the MAC operations, wherein the determining of the fractional length of the bias comprises determining the fractional length of the bias based on a maximum fractional length among fractional lengths of fixed-point expressions corresponding to results of the MAC operations.
A hydroponic system provided with a hydroponic unit in which culture panels into which seedlings (p) as a culture object (P) are transplanted are vertically arranged, and a light-collecting apparatus that receives natural light from the outside and irradiates the seedlings (p) transplanted into the culture panel with the natural light, characterized in that the light-collecting apparatus has a pair of reflecting plates that are vertically provided in parallel with a culture surface of the culture panel provided in the hydroponic unit , and the seedlings (p) transplanted into the culture panel are irradiated with the natural light through a plurality light-exiting holes bored in the reflecting plates , the natural light taken from a light-collecting opening propagates while repeatedly being reflected by opposing reflecting surfaces of the reflecting plates .
A three-dimensional data creation method in a system comprising a server and a client device , wherein the client device is equipped in a mobile object, the three-dimensional data creation method comprising: creating three-dimensional data of a surrounding area of the mobile object using sensor information that is obtained through a sensor equipped in the mobile object and indicates an information about the surrounding area of the mobile object; transmitting the obtained sensor information to the server , and transmitting a transmission request for a three-dimensional map to the server; and receiving the three-dimensional map from the server, and estimating a self-location of the mobile object using the created three-dimensional data of the surrounding area; wherein the self-location is estimated using the three-dimensional data and the three-dimensional map, and wherein the sensor information includes at least one of information obtained by a laser sensor, a luminance image obtained by a visible light camera, an infrared image, or a depth image, and wherein the three-dimensional data is a three-dimensional point cloud data, and wherein the three-dimensional map is formed by a three-dimensional point cloud, wherein the sensor information includes information that indicates a performance of the sensor, the performance of the sensor including the precision of the sensor, and wherein the three-dimensional data is corrected by the server in accordance with the performance of the sensor, the degree of correction depending on the precision of the sensor. creating three-dimensional data of a surrounding area of the mobile object using sensor information that is obtained through a sensor equipped in the mobile object and indicates an information about the surrounding area of the mobile object; transmitting the obtained sensor information to the server , and transmitting a transmission request for a three-dimensional map to the server; and receiving the three-dimensional map from the server, and estimating a self-location of the mobile object using the created three-dimensional data of the surrounding area; wherein the self-location is estimated using the three-dimensional data and the three-dimensional map, and wherein the sensor information includes at least one of information obtained by a laser sensor, a luminance image obtained by a visible light camera, an infrared image, or a depth image, and wherein the three-dimensional data is a three-dimensional point cloud data, and wherein the three-dimensional map is formed by a three-dimensional point cloud, wherein the sensor information includes information that indicates a performance of the sensor, the performance of the sensor including the precision of the sensor, and wherein the three-dimensional data is corrected by the server in accordance with the performance of the sensor, the degree of correction depending on the precision of the sensor.
A method for generating an image of a subsurface formation, the method comprising: receiving (900; 1000) first seismic data associated with a base seismic survey of the subsurface formation; acquiring (902; 1002) second seismic data during a monitor seismic survey of the subsurface formation, wherein the monitor seismic survey is performed later in time and with different shot-receiver locations than the base seismic survey; estimating (904; 1008) subsurface reflection-points and incidence angles for traces in the first seismic data and in the second seismic data; binning (906; 1010) the first seismic data and the second seismic data so as to gather the traces of the first seismic data and of the second seismic data, in 4-dimensional bins determined based on the estimated reflection-points and incidence angles; and processing (506, 508, 510; 608, 610, 612) the 4D bins to generate the image of the subsurface formation. receiving (900; 1000) first seismic data associated with a base seismic survey of the subsurface formation; acquiring (902; 1002) second seismic data during a monitor seismic survey of the subsurface formation, wherein the monitor seismic survey is performed later in time and with different shot-receiver locations than the base seismic survey; estimating (904; 1008) subsurface reflection-points and incidence angles for traces in the first seismic data and in the second seismic data; binning (906; 1010) the first seismic data and the second seismic data so as to gather the traces of the first seismic data and of the second seismic data, in 4-dimensional bins determined based on the estimated reflection-points and incidence angles; and processing (506, 508, 510; 608, 610, 612) the 4D bins to generate the image of the subsurface formation.
A through-flow gas turbine engine for an aircraft, comprising: a core comprising multiple spools rotatable about a center axis of the gas turbine engine , each spool configured to extract energy from combustion gases, air and combustion gases configured to flow through the core in an aft direction from an air inlet at a forward end of the core to an outlet at an aft end of the core ; an accessory gearbox (AGB) drivingly engaged to the core and disposed aft of the outlet ; a reduction gearbox (RGB) drivingly engaged to the core and disposed forward of the inlet , the RGB having an RGB output to provide rotational output to a rotatable load ; and an electric motor drivingly engaged to the rotatable load , and an electric generator configured to provide electrical power to the electric motor , one of the electric motor and the electric generator disposed axially between the outlet and the AGB and the other of the electric motor and the electric generator disposed axially between the inlet and the RGB . a core comprising multiple spools rotatable about a center axis of the gas turbine engine , each spool configured to extract energy from combustion gases, air and combustion gases configured to flow through the core in an aft direction from an air inlet at a forward end of the core to an outlet at an aft end of the core ; an accessory gearbox (AGB) drivingly engaged to the core and disposed aft of the outlet ; a reduction gearbox (RGB) drivingly engaged to the core and disposed forward of the inlet , the RGB having an RGB output to provide rotational output to a rotatable load ; and an electric motor drivingly engaged to the rotatable load , and an electric generator configured to provide electrical power to the electric motor , one of the electric motor and the electric generator disposed axially between the outlet and the AGB and the other of the electric motor and the electric generator disposed axially between the inlet and the RGB .
A processing unit arranged to: - receive first information indicative of a first force exerted by a brushhead comprised in a toothbrush against teeth along a first direction relative to the toothbrush, and second information indicative of a second force exerted by the brushhead against the teeth along a second direction relative to the toothbrush , the second direction being different than the first direction; - determine information regarding a current angle of the brushhead with respect to the tooth surfaces based on the first information and the second information. - receive first information indicative of a first force exerted by a brushhead comprised in a toothbrush against teeth along a first direction relative to the toothbrush, and second information indicative of a second force exerted by the brushhead against the teeth along a second direction relative to the toothbrush , the second direction being different than the first direction; - determine information regarding a current angle of the brushhead with respect to the tooth surfaces based on the first information and the second information.