mhurhangee/patent-ind-claim-en huggingface dataset:
One use only device for controlling fluid pressure without auxiliary power , the device comprising: - an outer structure with male and female parts, the outer structure comprises ribbed pipes at each end, one ribbed pipe being a gas inlet for being attached to a portable gas bottle and the other ribbed pipe being a regulated pressure outlet , and - a sensing element being a coiled compression spring within the outer structure, and - a galvanised disc with holes within the outer structure and - an O-ring within the outer structure wherein the coiled compression spring is configured to be pushed by the galvanised disc , from pressurised fluid through the pressurised regulated inlet , both thereby yielding to pressure , and wherein the device is configured such that excess pressure closes the coiled compression spring completely with the galvanised disc being fully compressed to the O-ring , thereby closing the regulated pressure outlet , and wherein the device is configured such that the excess pressure causes the coiled compression spring to fail such that the coiled compression spring cannot return to its original size and allow correct pressurised fluid through to the regulated pressure outlet again. - an outer structure with male and female parts, the outer structure comprises ribbed pipes at each end, one ribbed pipe being a gas inlet for being attached to a portable gas bottle and the other ribbed pipe being a regulated pressure outlet , and - a sensing element being a coiled compression spring within the outer structure, and - a galvanised disc with holes within the outer structure and - an O-ring within the outer structure
A system , comprising: an engine ; a selective catalytic reduction (SCR) catalyst in fluid communication with an exhaust stream generated from the engine; an oxidation catalyst (OC) , upstream of the SCR catalyst and in fluid communication with the exhaust stream; a gaseous reductant injector , upstream of the SCR catalyst and downstream of the OC , and in fluid communication with the exhaust stream; a first gas sensor upstream of the OC; a second gas sensor downstream of the SCR catalyst; a controller , operatively connected to the first gas sensor , the second gas sensor and the gaseous reductant injector , wherein the controller is configured to receive signals representative of combined gas concentrations detected in the exhaust stream by the first gas sensor and the second gas sensor, to estimate individual species concentrations of nitric oxide (NO) and nitrogen dioxide (N0 2 ) in the exhaust stream at the SCR catalyst inlet to gaseous reductant injector according to the combined gas concentrations detected by the first gas sensor and the second gas sensor, and to determine a flow rate of a gaseous reductant to be injected into the exhaust stream by the gaseous reductant injector based on the individual NO and NO 2 species concentration estimates, wherein the combined gas concentrations detected by the first gas sensor and the second gas sensor comprise a concentration of NO, N0 2 and gases other than NO and N02 in the exhaust stream. an engine ; a selective catalytic reduction (SCR) catalyst in fluid communication with an exhaust stream generated from the engine; an oxidation catalyst (OC) , upstream of the SCR catalyst and in fluid communication with the exhaust stream; a gaseous reductant injector , upstream of the SCR catalyst and downstream of the OC , and in fluid communication with the exhaust stream; a first gas sensor upstream of the OC; a second gas sensor downstream of the SCR catalyst;
A system, comprising: a processor; and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, characterized by : receiving, via a coupling device that is not coaxially aligned with a wire as a transmission medium, an electromagnetic wave guided by the wire, a portion of the coupling device being parallel to a longitudinal surface of the wire, and the electromagnetic wave at least partially surrounding the wire; and down-converting a signal extracted from the electromagnetic wave to generate a downconverted signal. a processor; and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, characterized by : receiving, via a coupling device that is not coaxially aligned with a wire as a transmission medium, an electromagnetic wave guided by the wire, a portion of the coupling device being parallel to a longitudinal surface of the wire, and the electromagnetic wave at least partially surrounding the wire; and down-converting a signal extracted from the electromagnetic wave to generate a downconverted signal. receiving, via a coupling device that is not coaxially aligned with a wire as a transmission medium, an electromagnetic wave guided by the wire, a portion of the coupling device being parallel to a longitudinal surface of the wire, and the electromagnetic wave at least partially surrounding the wire; and down-converting a signal extracted from the electromagnetic wave to generate a downconverted signal.
A semiconductor device, comprising: a first semiconductor chip ; a second semiconductor chip , wherein the first semiconductor chip has at least one contact to be electrically coupled to the second semiconductor chip having an interface with standardized geometric dimensions, and wherein the second semiconductor chip is electrically coupled to the first semiconductor chip via the interface ; an extension layer extending laterally from a boundary of the first semiconductor chip , wherein a combined lateral dimension of the first semiconductor chip and the extension layer along the at least one direction is greater than or equal to the lateral dimension of the interface along the at least one direction; and a redistribution layer disposed over at least one side of the extension layer and the first semiconductor chip , wherein the redistribution layer is configured to electrically couple at least one contact of the first semiconductor chip to at least one contact of the interface , characterized in that : at least a part of the interface extends laterally beyond the boundary of the first semiconductor chip ; and a lateral dimension of the first semiconductor chip along at least one direction is smaller than a lateral dimension of the interface along the at least one direction. a first semiconductor chip ; a second semiconductor chip , wherein the first semiconductor chip has at least one contact to be electrically coupled to the second semiconductor chip having an interface with standardized geometric dimensions, and wherein the second semiconductor chip is electrically coupled to the first semiconductor chip via the interface ; an extension layer extending laterally from a boundary of the first semiconductor chip , wherein a combined lateral dimension of the first semiconductor chip and the extension layer along the at least one direction is greater than or equal to the lateral dimension of the interface along the at least one direction; and a redistribution layer disposed over at least one side of the extension layer and the first semiconductor chip , wherein the redistribution layer is configured to electrically couple at least one contact of the first semiconductor chip to at least one contact of the interface , characterized in that : at least a part of the interface extends laterally beyond the boundary of the first semiconductor chip ; and a lateral dimension of the first semiconductor chip along at least one direction is smaller than a lateral dimension of the interface along the at least one direction. at least a part of the interface extends laterally beyond the boundary of the first semiconductor chip ; and a lateral dimension of the first semiconductor chip along at least one direction is smaller than a lateral dimension of the interface along the at least one direction.
A pulse generator adapted for use with a lead having a plurality of electrodes , comprising: memory circuitry configured to store a plurality of measure instructions and an aggregate program comprising a plurality of aggregate instructions; stimulation circuitry comprising a pulse definition circuit configured to execute the aggregate program to form a stimulation waveform at one or more groups of the electrodes, wherein the pulse definition circuit is configured to issue a first trigger type at the start of execution of the aggregate program, a second trigger type at the start of each aggregate instruction in the aggregate program, a third trigger type at the start of execution of a pulse program, and a fourth trigger type at a start of execution of a pulse phase; analog-to-digital circuitry ; and measure circuitry configured to execute one or more of the measure instructions to measure an analog value and store a digitized version of the measured analog value in the memory circuitry, wherein the digitized version of the measured analog value is digitized by the analog-to-digital circuitry, wherein at least one of the one or more measure instructions is programmable to be responsive to one of the trigger types. memory circuitry configured to store a plurality of measure instructions and an aggregate program comprising a plurality of aggregate instructions; stimulation circuitry comprising a pulse definition circuit configured to execute the aggregate program to form a stimulation waveform at one or more groups of the electrodes, wherein the pulse definition circuit is configured to issue a first trigger type at the start of execution of the aggregate program, a second trigger type at the start of each aggregate instruction in the aggregate program, a third trigger type at the start of execution of a pulse program, and a fourth trigger type at a start of execution of a pulse phase; analog-to-digital circuitry ; and measure circuitry configured to execute one or more of the measure instructions to measure an analog value and store a digitized version of the measured analog value in the memory circuitry, wherein the digitized version of the measured analog value is digitized by the analog-to-digital circuitry, wherein at least one of the one or more measure instructions is programmable to be responsive to one of the trigger types.
A method of programming a programmable device comprising: acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; configuring at least one of a plurality of configurable modules of the programmable device using the processed configuration data from the processing step; characterized by configuring at least one interconnection of an interconnection network between the plurality of configurable modules, using the processed configuration data from the processing step. acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; configuring at least one of a plurality of configurable modules of the programmable device using the processed configuration data from the processing step; characterized by configuring at least one interconnection of an interconnection network between the plurality of configurable modules, using the processed configuration data from the processing step.
Metal-organic solar cell having at least two contact layers , wherein one contact layer is an anode , and, adjoining these, in each case a semiconducting layer in a layer stack having a centrally arranged absorber layer composed of a metal-organic material which crystallizes in the three-dimensional perovskite crystal lattice, where the absorber layer comprises lead as central atom and a halide as anion in a metal-organic compound, characterized in that the at least one semiconducting layer between the absorber layer and the anode is a hole-conducting layer which comprises a zinc-containing dopant.
A tubular structure comprising: a cell structure containing biocompatible and biodegradable polymer blocks and cells, wherein the plurality of polymer blocks is disposed in voids between the plurality of cells, wherein the cell structure contains the biocompatible and biodegradable polymer blocks in an amount of equal to or greater than 0.000000 1 μg and equal to or less than 1 μg per cell, and wherein each of the biocompatible and biodegradable polymer blocks has a size of equal to or greater than 10 μm and equal to or less than 300 μm. a cell structure containing biocompatible and biodegradable polymer blocks and cells, wherein the plurality of polymer blocks is disposed in voids between the plurality of cells, wherein the cell structure contains the biocompatible and biodegradable polymer blocks in an amount of equal to or greater than 0.000000 1 μg and equal to or less than 1 μg per cell, and wherein each of the biocompatible and biodegradable polymer blocks has a size of equal to or greater than 10 μm and equal to or less than 300 μm.
A method for recovering pure oil stream and viscosifying polymers in polymer-flood produced water issued from an oil and gas field, comprising: - a first step of directing the polymer-flood produced water to a membrane coalescing contactor , - a second step of recovering : ∘ the pure oil stream from the membrane of said membrane coalescing contactor and ; ∘ deoiled viscosified water containing residuals of viscosifying polymers remaining outside the membrane. - a first step of directing the polymer-flood produced water to a membrane coalescing contactor , - a second step of recovering : ∘ the pure oil stream from the membrane of said membrane coalescing contactor and ; ∘ deoiled viscosified water containing residuals of viscosifying polymers remaining outside the membrane. ∘ the pure oil stream from the membrane of said membrane coalescing contactor and ; ∘ deoiled viscosified water containing residuals of viscosifying polymers remaining outside the membrane.
A method for predicting the outcome of a patient suffering colorectal cancer, for selecting a suitable treatment in a patient suffering colorectal cancer or for selecting a patient which is likely to benefit from adjuvant therapy after surgical resection of colorectal cancer comprising the determination of the expression levels of the FAM46A, FHL2, FOXC2 and COL4A1 genes in a sample from said patient, wherein an increased expression level of said genes with respect to a reference value for said genes is indicative of an increased likelihood of a negative outcome of the patient, that the patient is candidate for receiving therapy after surgical treatment or that the patient is likely to benefit from therapy after surgical treatment or wherein a decreased expression level of said genes with respect to reference values for said genes is indicative of an increased likelihood of a positive outcome of the patient, that the patient is not candidate for receiving therapy after surgical treatment or that the patient is unlikely to benefit from therapy after surgical treatment. wherein an increased expression level of said genes with respect to a reference value for said genes is indicative of an increased likelihood of a negative outcome of the patient, that the patient is candidate for receiving therapy after surgical treatment or that the patient is likely to benefit from therapy after surgical treatment or wherein a decreased expression level of said genes with respect to reference values for said genes is indicative of an increased likelihood of a positive outcome of the patient, that the patient is not candidate for receiving therapy after surgical treatment or that the patient is unlikely to benefit from therapy after surgical treatment.
A power storage device packaging material comprising: a laminate comprising at least a base material layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, according to the method defined in the description, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, according to the method defined in the description, a peak Poco derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less. a laminate comprising at least a base material layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, according to the method defined in the description, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, according to the method defined in the description, a peak Poco derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less.
An FRP panel material (PM) comprising reinforcing fibers (F) at least near a surface (E), wherein a plurality of either or both of protrusions and depressions are provided in the surface (E), the protrusions protruding outward in a thickness direction (Z) of the panel material (PM) with respect to a virtual reference plane (R) along the surface (E), the depressions being depressed inward in the thickness direction (Z) with respect to the virtual reference plane (R), the protrusions and depressions have shapes of congruent regular triangular pyramids with bases thereof on the virtual reference plane (R), the bases are arranged on the virtual reference plane (R) with no gap or overlap so that each vertex of an equilateral triangle constituting each base is shared by six of the bases as vertices thereof, the reinforcing fibers (F) are oriented in not less than one and not more than three predetermined orientation directions parallel to the virtual reference plane (R), and each of the orientation directions is parallel to any lateral edge of each regular triangular pyramid as seen in the thickness direction (Z). a plurality of either or both of protrusions and depressions are provided in the surface (E), the protrusions protruding outward in a thickness direction (Z) of the panel material (PM) with respect to a virtual reference plane (R) along the surface (E), the depressions being depressed inward in the thickness direction (Z) with respect to the virtual reference plane (R), the protrusions and depressions have shapes of congruent regular triangular pyramids with bases thereof on the virtual reference plane (R), the bases are arranged on the virtual reference plane (R) with no gap or overlap so that each vertex of an equilateral triangle constituting each base is shared by six of the bases as vertices thereof, the reinforcing fibers (F) are oriented in not less than one and not more than three predetermined orientation directions parallel to the virtual reference plane (R), and each of the orientation directions is parallel to any lateral edge of each regular triangular pyramid as seen in the thickness direction (Z).
A pedal box assembly for mounting in a vehicle, the assembly comprising a brake assembly , clutch assembly and throttle assembly each mounted on an axis supported by a first mounting plate of two co-operating articulating mounting plates ; a master cylinder operatively connected to each said brake assembly and clutch assembly ; wherein the first mounting plate is arranged for mounting on a first part of a floor of a vehicle and the second mounting plate is adjustable relative to the first mounting plate and engages another part of the floor of the vehicle; wherein, the first and second mounting plates are each pivotally attached and capable of disposition at an angle to accommodate the floor contours at floor locations to which the plates are respectively attached; said first mounting plate attached to a first axle allowing the first mounting plate to rotate through an arc of 180 degrees; the second mounting plate pivotally attached to a second axle thereby allowing rotation of the second mounting plate through a wide arc of up to at least 270 degrees; the first and second mounting plates allowing the pedal box assembly to accommodate a variety of vehicle floor geometries and an angled vehicle firewall which comprises said other part of the floor of the vehicle.
A pneumatic tire including a tread formed from a rubber composition containing: carbon black; and a rubber component that contains not less than 50% by mass and less than 100% by mass of an isoprene-based rubber, and greater than 0% by mass and not greater than 50% by mass of a butadiene rubber, wherein a variation of modulus (M300 max -M300 min )×100/M300 max measured with respect to 10 pieces obtained from portions on an equator of a ground-contact surface of the pneumatic tire, according to the method as described in the description, is not greater than 20%. carbon black; and a rubber component that contains not less than 50% by mass and less than 100% by mass of an isoprene-based rubber, and greater than 0% by mass and not greater than 50% by mass of a butadiene rubber, wherein a variation of modulus (M300 max -M300 min )×100/M300 max measured with respect to 10 pieces obtained from portions on an equator of a ground-contact surface of the pneumatic tire, according to the method as described in the description, is not greater than 20%.