mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a flexible fiber-reinforced composite material comprising: impregnating a fiber fabric reinforcement material with a non-epoxy matrix material; and curing the impregnated fiber fabric reinforcement material, to provide a flexible fiber-reinforced composite material wherein the non-epoxy material comprises a mixture of a waterborne polyurethane dispersion and a polyether siloxane copolymer, and curing the impregnated fiber fabric reinforcement material includes curing the impregnated fiber fabric reinforcement material at a temperature of 93.3°C (200°F) for at least twenty minutes; or wherein the non-epoxy material comprises a mixture of a hydrophilic polyurethane dispersion and a waterborne polyurethane dispersion, and curing the impregnated fiber fabric reinforcement material includes curing the impregnated fiber fabric reinforcement material at a temperature of 148.9°C (300°F) for at least ten minutes; and characterized in that the cured impregnated fiber fabric reinforcement material exhibits a tensile modulus between 10MPa and 42MPa when a tensile force is applied to a sample of the cured impregnated fiber fabric reinforcement material, measuring 10.16 cm in length and 2.54 cm in width, and the sample is elongated, longitudinally, by 20 percent of the length of the sample as specified in the description. impregnating a fiber fabric reinforcement material with a non-epoxy matrix material; and curing the impregnated fiber fabric reinforcement material, to provide a flexible fiber-reinforced composite material wherein the non-epoxy material comprises a mixture of a waterborne polyurethane dispersion and a polyether siloxane copolymer, and curing the impregnated fiber fabric reinforcement material includes curing the impregnated fiber fabric reinforcement material at a temperature of 93.3°C (200°F) for at least twenty minutes; or wherein the non-epoxy material comprises a mixture of a hydrophilic polyurethane dispersion and a waterborne polyurethane dispersion, and curing the impregnated fiber fabric reinforcement material includes curing the impregnated fiber fabric reinforcement material at a temperature of 148.9°C (300°F) for at least ten minutes; and characterized in that the cured impregnated fiber fabric reinforcement material exhibits a tensile modulus between 10MPa and 42MPa when a tensile force is applied to a sample of the cured impregnated fiber fabric reinforcement material, measuring 10.16 cm in length and 2.54 cm in width, and the sample is elongated, longitudinally, by 20 percent of the length of the sample as specified in the description.
A self-position correction method for correcting a position of a vehicle on a map, which is estimated by sequential integration of a movement amount of the vehicle, the correcting of the position being based on a measurement result from a detection unit that detects a target object around the vehicle and map data acquired from a map acquisition device , the self-position correction method comprising the steps of: using a coordinate on an axis parallel to a front-rear direction of the vehicle as a longitudinal coordinate, detecting a vehicle speed of the vehicle and a yaw rate of the vehicle, calculating (S05) a corrected vehicle speed, calculating (S07) the movement amount of the vehicle based on the corrected vehicle speed and the yaw rate of the vehicle, and estimating a position of the vehicle by sequentially integrating the movement amount, characterized by the steps of setting a value of the longitudinal coordinate of a position of the target object as a first registered value, wherein the value of the longitudinal coordinate of the position of the target object is generated based on a position information of the target object registered in the map data by coordinate transformation, setting (S01) a value of the longitudinal coordinate of a position of the target object detected by the detection unit as a first observed value, setting (S03) a correction amount based on a longitudinal correction amount obtained by subtracting the first observed value from the first registered value, wherein said corrected vehicle speed is calculated by adding the correction amount to the vehicle speed of the vehicle. using a coordinate on an axis parallel to a front-rear direction of the vehicle as a longitudinal coordinate, detecting a vehicle speed of the vehicle and a yaw rate of the vehicle, calculating (S05) a corrected vehicle speed, calculating (S07) the movement amount of the vehicle based on the corrected vehicle speed and the yaw rate of the vehicle, and estimating a position of the vehicle by sequentially integrating the movement amount, characterized by the steps of setting a value of the longitudinal coordinate of a position of the target object as a first registered value, wherein the value of the longitudinal coordinate of the position of the target object is generated based on a position information of the target object registered in the map data by coordinate transformation, setting (S01) a value of the longitudinal coordinate of a position of the target object detected by the detection unit as a first observed value, setting (S03) a correction amount based on a longitudinal correction amount obtained by subtracting the first observed value from the first registered value, wherein said corrected vehicle speed is calculated by adding the correction amount to the vehicle speed of the vehicle.
An apparatus for electrophysiological sensing, the apparatus comprising: a shaft , configured for insertion into a body of a subject; and an expandable element coupled to a distal end of the shaft and comprising multiple electrodes arranged in a hexagonal grid when the expandable element is expanded, wherein the expandable element comprises an assembly of parallel splines , and wherein the expandable element comprises a plurality of looped elements , each of which comprises a different respective pair of the splines, and wherein the electrodes are grouped into rows coupled to the splines, respectively, the rows being staggered with respect to each other such that the electrodes are arranged in the hexagonal grid. a shaft , configured for insertion into a body of a subject; and an expandable element coupled to a distal end of the shaft and comprising multiple electrodes arranged in a hexagonal grid when the expandable element is expanded, wherein the expandable element comprises an assembly of parallel splines , and wherein the expandable element comprises a plurality of looped elements , each of which comprises a different respective pair of the splines, and wherein the electrodes are grouped into rows coupled to the splines, respectively, the rows being staggered with respect to each other such that the electrodes are arranged in the hexagonal grid.
A transmission or gearbox lubricating composition comprising: (i) a base oil of lubricating viscosity; (ii) a first phosphorus compound comprising a trialkyl phosphate ester of Formula I: wherein R 1 , R 2 , and R 3 are, independently, a C4 to C8 linear or branched alkyl group; (iii) a second phosphorus compound comprising an ashless, dialkyl dithiophosphate of Formula II, or a salt thereof: wherein R 4 and R 5 are, independently, a C3 to C8 linear or branched alkyl group, and R 6 is -H or -CH 3 ; (iv) a third phosphorus compound prepared by reacting an O,O-di (4-methyl-2-pentyl) phosphorodithioic acid with ethylene and/or propylene oxide to provide a first reaction product and further reacting said first reaction product with phosphorus pentoxide to provide a second reaction product and neutralizing said second reaction product with one or more tertiary aliphatic primary amines to provide said third phosphorus compound; and wherein said first, second, and third phosphorus compounds provide a total of 800 to 2000 ppm phosphorus to the lubricating composition, wherein the first phosphorus compound provides 280 ppm to 840 pm of phosphorus to the lubricating composition, wherein the second phosphorus compound provides 90 ppm to 450 pm of phosphorus to the lubricating composition, and wherein the third phosphorus compound provides 180 ppm to 600 pm of phosphorus to the lubricating composition. (i) a base oil of lubricating viscosity; (ii) a first phosphorus compound comprising a trialkyl phosphate ester of Formula I: wherein R 1 , R 2 , and R 3 are, independently, a C4 to C8 linear or branched alkyl group; (iii) a second phosphorus compound comprising an ashless, dialkyl dithiophosphate of Formula II, or a salt thereof: wherein R 4 and R 5 are, independently, a C3 to C8 linear or branched alkyl group, and R 6 is -H or -CH 3 ; (iv) a third phosphorus compound prepared by reacting an O,O-di (4-methyl-2-pentyl) phosphorodithioic acid with ethylene and/or propylene oxide to provide a first reaction product and further reacting said first reaction product with phosphorus pentoxide to provide a second reaction product and neutralizing said second reaction product with one or more tertiary aliphatic primary amines to provide said third phosphorus compound; and
A dilator and sheath assembly including a dilator having an elongated dilator stem having a proximal dilator end , and a dilator hub fixedly connected to the proximal dilator end , wherein the dilator hub includes a locking portion at a distal portion thereof; and a sheath having an elongated tubular portion having a proximal sheath end , a distal sheath end , and a longitudinal axis (L) extending between the proximal sheath end and the distal sheath end , wherein the elongated tubular portion is sized to frictionally retain the dilator stem , at least one tear seam extending in a plane between the proximal sheath end and the distal sheath end , and a sheath hub fixedly connected to the proximal sheath end , wherein the sheath hub includes a proximal portion , a valve and a mating locking portion at a proximal end thereof and within the proximal portion, wherein the elongated tubular portion and the sheath hub are splittable, and wherein the locking portion of the dilator hub and the mating locking portion of the sheath hub provide a releasably locking engagement between the dilator and the sheath , characterized in that the valve is disposed distally of the mating locking portion of the sheath hub , and a cap is secured onto the proximal end of sheath hub and contains the mating locking portion , the cap securely maintaining in place the valve .
Underlayment , comprising a layered structure, wherein one of the layers is a first, flexible foamed PVC layer , and comprising a first outer layer wherein said first outer layer is a layer of adhesive , wherein a textile reinforcing layer is located between the first PVC layer and the layer of adhesive , characterized in that a protective film is provided on the adhesive , and that the textile reinforcing layer comprises a textile product that is embedded wholly or partly in the first PVC layer .
Device for supplying pressurized fluid, notably pressurized gas, comprising a first valve housing an internal fluid circuit , the device comprising a second valve comprising an internal circuit and forming a physical entity distinct from the first valve , the first valve and the second valve comprising respective coupling members forming a detachable male/female quick-connection system for the second valve on the first valve , the two valves being configured so as to place their internal circuits in communication when the second valve is coupled to the first valve via the quick-connection system, the internal circuits comprising an array of control valve (s) for controlling the circulation of the fluid towards an outlet , the device comprising at least one manually actuatable movable command member for commanding the array of control valve(s) and/or the quick-connection system, the device comprising a member for purging at least one of the internal circuits , the purge member being in communication with the internal circuit or circuits on the one hand and with an exterior discharge zone, such as the atmosphere, on the other hand, the purge member being movable between a closed state preventing purging of the internal circuit or circuits towards the discharge zone and an open state allowing purging of the internal circuit or circuits towards the discharge zone, the purge member being able to be actuated to its open state by the at least one command member , characterized in that the purge member comprises a check valve urged towards a closure position against a seat by a return member.
A capsule for containing beverage ingredients configured to be inserted in a beverage production device , the capsule comprising: a body defining a cavity to contain beverage ingredients comprising: - an upper portion and a lower portion ; - a sidewall extending from the upper portion to the lower portion; - wherein the lower portion comprises an annular flange outwardly extending from the sidewall , the annular flange comprising an upper side facing towards the upper portion of the body ; a sealing member arranged on the upper side of the annular flange ; wherein the sealing member comprises: - an inner layer facing the upper side of the annular flange comprising an adhesive; characterized in that the sealing member further comprises an outer layer having a mass-colored cellulose material. a body defining a cavity to contain beverage ingredients comprising: - an upper portion and a lower portion ; - a sidewall extending from the upper portion to the lower portion; - wherein the lower portion comprises an annular flange outwardly extending from the sidewall , the annular flange comprising an upper side facing towards the upper portion of the body ; - an upper portion and a lower portion ; - a sidewall extending from the upper portion to the lower portion; - wherein the lower portion comprises an annular flange outwardly extending from the sidewall , the annular flange comprising an upper side facing towards the upper portion of the body ; a sealing member arranged on the upper side of the annular flange ; wherein the sealing member comprises: - an inner layer facing the upper side of the annular flange comprising an adhesive; - an inner layer facing the upper side of the annular flange comprising an adhesive; characterized in that the sealing member further comprises an outer layer having a mass-colored cellulose material.
A hearing device comprising: - a processing unit ; - a wireless transceiver connected to the processing unit ; and - a receiver connected to the processing unit for converting an output signal into an audio output signal; wherein the hearing device is configured to exchange audio streams having audio packets with another hearing device ; wherein the hearing device is further configured to perform mirror service , being a transmission or communication channel, between the hearing device and the another hearing device according to one or more mirror service properties, wherein the mirror service comprises transmitting mirror service packets with a packet format at a packet transmission rate; at least one of the mirror service packets comprising one or more hearing device operating parameters including a first hearing device operating parameter, wherein the processing unit is configured to: - obtain the first hearing device operating parameter; - determine if a change criterion is fulfilled, wherein the change criterion is based on the first hearing device operating parameter; and - change a mirror service property, if the change criterion is fulfilled; wherein the exchange of the audio streams is performed via a separate channel. - a processing unit ; - a wireless transceiver connected to the processing unit ; and - a receiver connected to the processing unit for converting an output signal into an audio output signal; wherein the hearing device is configured to exchange audio streams having audio packets with another hearing device ; wherein the hearing device is further configured to perform mirror service , being a transmission or communication channel, between the hearing device and the another hearing device according to one or more mirror service properties, wherein the mirror service comprises transmitting mirror service packets with a packet format at a packet transmission rate; at least one of the mirror service packets comprising one or more hearing device operating parameters including a first hearing device operating parameter, wherein the processing unit is configured to: - obtain the first hearing device operating parameter; - determine if a change criterion is fulfilled, wherein the change criterion is based on the first hearing device operating parameter; and - change a mirror service property, if the change criterion is fulfilled; - obtain the first hearing device operating parameter; - determine if a change criterion is fulfilled, wherein the change criterion is based on the first hearing device operating parameter; and - change a mirror service property, if the change criterion is fulfilled; wherein the exchange of the audio streams is performed via a separate channel.
An optical structure for processing the light output by a lighting unit, having a collimating optic comprising: a reflection collimator having a first aperture for receiving LED light and a second aperture allowing the LED light to exit the reflection collimator , an optical layer comprising a translucent surface plate , said surface plate being positioned to cover the second aperture , and which is shaped to define a first beam processing structure for optically processing a light output and at least one region offset from the first beam processing structure; and IC chips or other circuitry are provided on or in the at least one region of the optical layer. a reflection collimator having a first aperture for receiving LED light and a second aperture allowing the LED light to exit the reflection collimator , an optical layer comprising a translucent surface plate , said surface plate being positioned to cover the second aperture , and which is shaped to define a first beam processing structure for optically processing a light output and at least one region offset from the first beam processing structure; and IC chips or other circuitry are provided on or in the at least one region of the optical layer.
A vacuum roots blower comprising: a vacuum pump housing having an inlet structured to receive an incoming flow of a compressible fluid, an outlet structured to receive an outgoing flow of a compressible fluid, and a pressure relief passage having a pressure relief inlet located intermediate the inlet and outlet which is structured to provide an incoming flow of pressure relief fluid; and a pair of intermeshed rotors supported for complementary rotation within the vacuum pump housing , the rotors and vacuum pump housing forming respective operating volumes there between which rotate with the rotor and in which the operating volume is variable with rotation of the rotor , each of the respective operating volumes having the following regions: a first region open to inlet , closed to pressure relief passage and closed to outlet ; a second region closed to inlet , open to pressure relief inlet and closed to outlet ; and a third region closed to inlet , closed to pressure relief passage and open to outlet ; characterized in that the pressure relief passage includes a restriction in which the cross sectional area is sized to produce a sonic condition resulting in a choked flow condition at the restriction during at least a portion of when each of the respective operating volumes is in the second region . a vacuum pump housing having an inlet structured to receive an incoming flow of a compressible fluid, an outlet structured to receive an outgoing flow of a compressible fluid, and a pressure relief passage having a pressure relief inlet located intermediate the inlet and outlet which is structured to provide an incoming flow of pressure relief fluid; and a pair of intermeshed rotors supported for complementary rotation within the vacuum pump housing , the rotors and vacuum pump housing forming respective operating volumes there between which rotate with the rotor and in which the operating volume is variable with rotation of the rotor , each of the respective operating volumes having the following regions: a first region open to inlet , closed to pressure relief passage and closed to outlet ; a second region closed to inlet , open to pressure relief inlet and closed to outlet ; and a third region closed to inlet , closed to pressure relief passage and open to outlet ; characterized in that the pressure relief passage includes a restriction in which the cross sectional area is sized to produce a sonic condition resulting in a choked flow condition at the restriction during at least a portion of when each of the respective operating volumes is in the second region .
A method for nucleic acid sequencing comprising: (a) providing a test sample comprising nucleic acid molecules, wherein said nucleic acid molecules are human genomic DNA molecules; (b) performing end-repair of the nucleic acid molecules to generate blunt-ended nucleic acids; (c) performing dA-tailing of the blunt-ended nucleic acids to generate dA-tailed nucleic acids; (d) ligating adaptors to the dA-tailed nucleic acids to generate a library of adaptor-ligated polynucleotides; (e) optionally amplifying the library using amplification primers, said amplification primers comprising an adaptor-specific portion; and (f) subjecting the library to massively parallel sequencing; wherein steps (b), (c), and (d) are consecutive steps. (a) providing a test sample comprising nucleic acid molecules, wherein said nucleic acid molecules are human genomic DNA molecules; (b) performing end-repair of the nucleic acid molecules to generate blunt-ended nucleic acids; (c) performing dA-tailing of the blunt-ended nucleic acids to generate dA-tailed nucleic acids; (d) ligating adaptors to the dA-tailed nucleic acids to generate a library of adaptor-ligated polynucleotides; (e) optionally amplifying the library using amplification primers, said amplification primers comprising an adaptor-specific portion; and (f) subjecting the library to massively parallel sequencing;
A method for augmented reality, the method comprising: causing, with a processor, an operation indicator to be presented upon a display , wherein the operation indicator is associated with an operation that may be performed upon at least one aspect associated with an object; identifying, with a processor and an image capturing element , an object viewable via the display as a specific person by employing facial recognition to identify the person; determining, with a processor, that the object has become aligned with the operation indicator as a result of movement of the display relative to the object; in response to determining that the object is aligned with the operation indicator , performing, with a processor, the operation associated with the operation indicator , wherein performing the operation comprises listing pictures and/or videos including the identified person upon the display to facilitate browsing said pictures and/or videos by a user. causing, with a processor, an operation indicator to be presented upon a display , wherein the operation indicator is associated with an operation that may be performed upon at least one aspect associated with an object; identifying, with a processor and an image capturing element , an object viewable via the display as a specific person by employing facial recognition to identify the person; determining, with a processor, that the object has become aligned with the operation indicator as a result of movement of the display relative to the object; in response to determining that the object is aligned with the operation indicator , performing, with a processor, the operation associated with the operation indicator , wherein performing the operation comprises listing pictures and/or videos including the identified person upon the display to facilitate browsing said pictures and/or videos by a user.