mhurhangee/patent-ind-claim-en huggingface dataset:
A method for treatment of process condensate in an ammonia plant, wherein: the ammonia plant comprises a front-end section producing a make-up gas from reforming of a hydrocarbon source, and a synthesis section where the make-up gas is reacted to ammonia; said process condensate is collected from one or more equipment of the ammonia plant and is an aqueous solution comprising ammonia, carbon dioxide and methanol, the method being characterized by : stripping of said process condensate in a stripping environment with low-pressure steam having a pressure of no more than 10 bar, obtaining a vapour phase comprising ammonia, carbon dioxide and methanol stripped from the process condensate; condensing said vapour phase, obtaining a condensate solution enriched of ammonia and methanol; re-introducing a first portion of said condensate solution to said stripping environment wherein said first portion of solution is reintroduced directly into said stripping environment; recycling a second portion of said condensate solution to said ammonia plant, wherein said second portion is no more than 4% by volume of said condensate solution . the ammonia plant comprises a front-end section producing a make-up gas from reforming of a hydrocarbon source, and a synthesis section where the make-up gas is reacted to ammonia; said process condensate is collected from one or more equipment of the ammonia plant and is an aqueous solution comprising ammonia, carbon dioxide and methanol, the method being characterized by : stripping of said process condensate in a stripping environment with low-pressure steam having a pressure of no more than 10 bar, obtaining a vapour phase comprising ammonia, carbon dioxide and methanol stripped from the process condensate; condensing said vapour phase, obtaining a condensate solution enriched of ammonia and methanol; re-introducing a first portion of said condensate solution to said stripping environment wherein said first portion of solution is reintroduced directly into said stripping environment; recycling a second portion of said condensate solution to said ammonia plant, wherein said second portion is no more than 4% by volume of said condensate solution . stripping of said process condensate in a stripping environment with low-pressure steam having a pressure of no more than 10 bar, obtaining a vapour phase comprising ammonia, carbon dioxide and methanol stripped from the process condensate; condensing said vapour phase, obtaining a condensate solution enriched of ammonia and methanol; re-introducing a first portion of said condensate solution to said stripping environment wherein said first portion of solution is reintroduced directly into said stripping environment; recycling a second portion of said condensate solution to said ammonia plant, wherein said second portion is no more than 4% by volume of said condensate solution .
The use of a solvent-free, moisture-curing polyurethane composition as a one-component adhesive or reactive adhesive, the composition containing the following components: a) 99.9 to 75 wt.% of at least one polyurethane prepolymer having free isocyanate groups, prepared by reacting at least one polyol selected from the group of polyether polyols and polyester polyols with at least one polyisocyanate in a stoichiometric excess, at least one polyol being a recycled polyethylene terephthalate polyol, and b) 0.1 to 25 wt.% of at least one additive selected from the group of catalysts, resins, plasticizers, fillers, pigments, stabilizers, adhesion promoters and other polymers, the sum of a) and b) being 100 wt.%, characterized in that the prepolymer(s) has/have a monomeric diisocyanate content of less than 5 wt.%. a) 99.9 to 75 wt.% of at least one polyurethane prepolymer having free isocyanate groups, prepared by reacting at least one polyol selected from the group of polyether polyols and polyester polyols with at least one polyisocyanate in a stoichiometric excess, at least one polyol being a recycled polyethylene terephthalate polyol, and b) 0.1 to 25 wt.% of at least one additive selected from the group of catalysts, resins, plasticizers, fillers, pigments, stabilizers, adhesion promoters and other polymers, the sum of a) and b) being 100 wt.%, characterized in that the prepolymer(s) has/have a monomeric diisocyanate content of less than 5 wt.%.
A buffered aqueous colchicine solution or suspension being free of benzyl alcohol, propylene glycol and thickener, comprising colchicine, a water miscible solvent and a preservative, characterized in that the solution or suspension comprises 0.02 - 1.0 w/v% colchicine, 2.5 - 15.0 w/v% glycerol and 0.05 - 1 w/v% preservative, the pH of the solution or suspension being 3.5 - 7.0.
A detection circuit suitable for using in a mobile communication device, powered by a power supply device , and configured to: detect a real-time working current of the mobile communication device, wherein the circuit comprises: a resistor , configured to: comprise a first end and a second end, a sampling unit , configured to: be connected to both ends of the resistor , and collect voltages at the both ends of the resistor ; a first memory , configured to: store a current calculating method and an remaining capacity calculating method; a data processing control unit , configured to: be connected with the sampling unit and the first memory , calculate a voltage difference between the both ends of the resistor based on the voltages at the both ends of the resistor , and call the current calculating method and the remaining capacity calculating method, according to the voltage difference and the resistance value of the resistor , acquire a current value and an remaining capacity value; characterised in that a resistance value of the resistor is variable, and the detection circuit further comprises: a second memory , configured to: store a threshold value; and a configuration unit , configured to: be connected with the second memory and the data processing control unit respectively, compare the threshold value with the voltage difference, and when the voltage difference is greater than the threshold value, adjust the resistance value of the resistor so that the voltage difference is less than or equal to the threshold value. a resistor , configured to: comprise a first end and a second end, a sampling unit , configured to: be connected to both ends of the resistor , and collect voltages at the both ends of the resistor ; a first memory , configured to: store a current calculating method and an remaining capacity calculating method; a data processing control unit , configured to: be connected with the sampling unit and the first memory , calculate a voltage difference between the both ends of the resistor based on the voltages at the both ends of the resistor , and call the current calculating method and the remaining capacity calculating method, according to the voltage difference and the resistance value of the resistor , acquire a current value and an remaining capacity value; characterised in that a second memory , configured to: store a threshold value; and a configuration unit , configured to: be connected with the second memory and the data processing control unit respectively, compare the threshold value with the voltage difference, and when the voltage difference is greater than the threshold value, adjust the resistance value of the resistor so that the voltage difference is less than or equal to the threshold value.
A co-crystal of the compound of Formula and a co-former, wherein the co-former is succinic acid or citric acid.
A fluid apparatus comprising: a hydraulic machine ; a rotary electric machine connected to the hydraulic machine ; a power conversion controller configured to convert power from the rotary electric machine ; a cooler that cools the rotary electric machine ; a temperature detector that is arranged to detect a temperature of the rotary electric machine ; and a generator control unit configured to: continue a normal operation in a normal state; stop operation to continue a stopped condition in an anomalous state; and in a warning state that differs from the normal state and the anomalous state, perform a non-normal operation to extend a limited time of continued operation or cancel the warning state, wherein the power conversion controller is configured to transfer heat to the rotary electric machine , the temperature detector is spaced apart from the power conversion controller , and when a temperature of at least one of the rotary electric machine or the power conversion controller exceeds a predetermined value, an operation point of the non-normal operation is changed to increase an effective head (H) of the hydraulic machine . a hydraulic machine ; a rotary electric machine connected to the hydraulic machine ; a power conversion controller configured to convert power from the rotary electric machine ; a cooler that cools the rotary electric machine ; a temperature detector that is arranged to detect a temperature of the rotary electric machine ; and a generator control unit configured to: continue a normal operation in a normal state; stop operation to continue a stopped condition in an anomalous state; and in a warning state that differs from the normal state and the anomalous state, perform a non-normal operation to extend a limited time of continued operation or cancel the warning state, wherein the power conversion controller is configured to transfer heat to the rotary electric machine , the temperature detector is spaced apart from the power conversion controller , and when a temperature of at least one of the rotary electric machine or the power conversion controller exceeds a predetermined value, an operation point of the non-normal operation is changed to increase an effective head (H) of the hydraulic machine . continue a normal operation in a normal state; stop operation to continue a stopped condition in an anomalous state; and in a warning state that differs from the normal state and the anomalous state, perform a non-normal operation to extend a limited time of continued operation or cancel the warning state, wherein the power conversion controller is configured to transfer heat to the rotary electric machine , the temperature detector is spaced apart from the power conversion controller , and when a temperature of at least one of the rotary electric machine or the power conversion controller exceeds a predetermined value, an operation point of the non-normal operation is changed to increase an effective head (H) of the hydraulic machine .
A two-layer dental aligner comprising: an outer layer comprising a biocompatible polymer material; and an inner layer comprising a biocompatible polymer material, wherein the outer layer has a higher hardness than the inner layer and wherein the outer and inner layers are each continuous in structure. an outer layer comprising a biocompatible polymer material; and an inner layer comprising a biocompatible polymer material,
A (8 S ,9 R )-5-fluoro-8-(4-fluorophenyl)-9-(1-methyl-1 H -1,2,4-triazol-5-yl)-8,9-dihydro-2 H -pyrido[4,3,2-de]phthalazin-3(7 H )-one mono-tosylate salt, where the salt is in a substantially pure crystalline form, and where the salt exhibits an X-ray powder diffraction pattern comprising at least three peaks at 2θ angle degrees ± 0.2 2θ angle degrees selected from the group consisting of 7.5, 15.1, 18.1, 20.1, 20.5, 22.6, and 24.1, and wherein substantially pure means the salt contains less than 10% by weight of one or more other crystalline form(s).
An image display apparatus for a shovel that includes a lower-part traveling body , an upper-part turning body turnably placed on the lower-part traveling body , and an attachment (4-9) mounted on the upper-part turning body , and performs work in a work area by driving the attachment (4-9), the image display apparatus comprising an image display part configured to display the work area to be subjected to the work; wherein a planar image of the work area captured with an image capturing device is subjected to image processing to add, to the planar image, a first image indicating a distribution of depressions and elevations that is based on a measurement result of the work area, and a second image indicating an instruction area that indicates an area to be worked on in the work area, and wherein the first image indicating the distribution of the depressions and the elevations and the second image indicating the instruction area are displayed over the planar image of the work area on the image display part . wherein a planar image of the work area captured with an image capturing device is subjected to image processing to add, to the planar image, a first image indicating a distribution of depressions and elevations that is based on a measurement result of the work area, and a second image indicating an instruction area that indicates an area to be worked on in the work area, and wherein the first image indicating the distribution of the depressions and the elevations and the second image indicating the instruction area are displayed over the planar image of the work area on the image display part .
A system for assessing effects of ablation therapy on tissue in a body resulting from application of ablation energy to the tissue , comprising: an ablation catheter for applying ablation energy to the tissue , comprising: an elongate deformable shaft having a proximal end and a distal end; and an ablation delivery element disposed proximate said distal end of said shaft of said ablation catheter ; and an echographic probe , comprising: an elongate deformable shaft having a proximal end and a distal end; and, an electromagnetic radiation emitter disposed within said shaft , said emitter configured to emit electromagnetic radiation through an opening in said shaft towards the tissue to thereby cause generation of a photoacoustic wave from the tissue; and, an ultrasound transducer disposed at the distal end of said shaft and configured to generate an input signal; and an electronic control unit (ECU) configured to process a plurality of signals including a signal from the ablation catheter and said input signal from the ultrasound transducer and based thereon, to generate an output signal for adjusting position of said ablation catheter ; wherein said input signal is indicative of a characteristic of the tissue responsive to the photoacoustic wave. an ablation catheter for applying ablation energy to the tissue , comprising: an elongate deformable shaft having a proximal end and a distal end; and an ablation delivery element disposed proximate said distal end of said shaft of said ablation catheter ; and an elongate deformable shaft having a proximal end and a distal end; and an ablation delivery element disposed proximate said distal end of said shaft of said ablation catheter ; and an echographic probe , comprising: an elongate deformable shaft having a proximal end and a distal end; and, an electromagnetic radiation emitter disposed within said shaft , said emitter configured to emit electromagnetic radiation through an opening in said shaft towards the tissue to thereby cause generation of a photoacoustic wave from the tissue; and, an ultrasound transducer disposed at the distal end of said shaft and configured to generate an input signal; and an elongate deformable shaft having a proximal end and a distal end; and, an electromagnetic radiation emitter disposed within said shaft , said emitter configured to emit electromagnetic radiation through an opening in said shaft towards the tissue to thereby cause generation of a photoacoustic wave from the tissue; and, an ultrasound transducer disposed at the distal end of said shaft and configured to generate an input signal; and an electronic control unit (ECU) configured to process a plurality of signals including a signal from the ablation catheter and said input signal from the ultrasound transducer and based thereon, to generate an output signal for adjusting position of said ablation catheter ; wherein said input signal is indicative of a characteristic of the tissue responsive to the photoacoustic wave.
A method (M) for desigining a multi-path amplifier , the method (M) comprising: connecting (M1) an amplifier stage having at least two amplifier branches to a combiner stage ; feeding (M2) a plurality of testing signals with one or more of a plurality of sweeping variables comprising one or more of frequency, differential input amplitude and differential input phase to the amplifier stage; measuring (M3) output signals at the output of the combiner stage depending on the plurality of testing signals; designing (M4) a structure of an input network stage for the amplifier stage using a discrete filter component synthesis, a distributed filter component synthesis, a rat-race hybrid synthesis, a cascaded rat-race hybrid with a Schiffman phase shifter synthesis and a Schiffman phase shifter synthesis on the basis of the measured output signals, the input network stage having at least one input terminal and at least two output terminals , the at least two output terminals being connected to respective amplifier branches of the multi-path amplifier and having power linear output with respect to each other and with respect to the input signals at the input terminal; and combining (M5) the designed input network stage with the amplifier stage to create an efficiency-optimised multi-path amplifier , wherein the input network stage is an analog processing module comprising analog circuitry components comprising one or more of an attenuator, a differential phase shifter and a hybrid coupler, the analog circuitry components not being controllable or adjustable by a user input or by an adjustment unit. connecting (M1) an amplifier stage having at least two amplifier branches to a combiner stage ; feeding (M2) a plurality of testing signals with one or more of a plurality of sweeping variables comprising one or more of frequency, differential input amplitude and differential input phase to the amplifier stage; measuring (M3) output signals at the output of the combiner stage depending on the plurality of testing signals; designing (M4) a structure of an input network stage for the amplifier stage using a discrete filter component synthesis, a distributed filter component synthesis, a rat-race hybrid synthesis, a cascaded rat-race hybrid with a Schiffman phase shifter synthesis and a Schiffman phase shifter synthesis on the basis of the measured output signals, the input network stage having at least one input terminal and at least two output terminals , the at least two output terminals being connected to respective amplifier branches of the multi-path amplifier and having power linear output with respect to each other and with respect to the input signals at the input terminal; and combining (M5) the designed input network stage with the amplifier stage to create an efficiency-optimised multi-path amplifier , wherein the input network stage is an analog processing module comprising analog circuitry components comprising one or more of an attenuator, a differential phase shifter and a hybrid coupler, the analog circuitry components not being controllable or adjustable by a user input or by an adjustment unit.
A roof vent member , comprising: an upper plate comprising: an upper plate body having a lower surface; a first opening extending through the upper plate body ; and a plurality of fasteners positioned around the first opening and projecting generally downward from the lower surface; a subflashing comprising: a subflashing body ; a second opening extending through the subflashing body ; and a first plurality of access holes extending through the subflashing body around the second opening ; and a fan assembly comprising a fan , fan housing , and a motor , wherein a second plurality of access holes extend through the fan housing , wherein the upper plate , the subflashing , and the fan assembly are configured to allow the fasteners to extend through the first and second pluralities of access holes , to couple the upper plate and the fan assembly with the subflashing , with the subflashing positioned between the upper plate and the fan assembly , and to allow at least a portion of the fan assembly to extend below a lower surface of a roof deck when the subflashing is mounted on an upper surface of the roof deck, characterized in that the roof vent member further comprises a plurality of complementary fastening elements configured to removably attach to distal ends of the fasteners to couple the upper plate , the subflashing and the fan housing . an upper plate comprising: an upper plate body having a lower surface; a first opening extending through the upper plate body ; and a plurality of fasteners positioned around the first opening and projecting generally downward from the lower surface; an upper plate body having a lower surface; a first opening extending through the upper plate body ; and a plurality of fasteners positioned around the first opening and projecting generally downward from the lower surface; a subflashing comprising: a subflashing body ; a second opening extending through the subflashing body ; and a first plurality of access holes extending through the subflashing body around the second opening ; and a subflashing body ; a second opening extending through the subflashing body ; and a first plurality of access holes extending through the subflashing body around the second opening ; and a fan assembly comprising a fan , fan housing , and a motor , wherein a second plurality of access holes extend through the fan housing , wherein the upper plate , the subflashing , and the fan assembly are configured to allow the fasteners to extend through the first and second pluralities of access holes , to couple the upper plate and the fan assembly with the subflashing , with the subflashing positioned between the upper plate and the fan assembly , and to allow at least a portion of the fan assembly to extend below a lower surface of a roof deck when the subflashing is mounted on an upper surface of the roof deck, characterized in that the roof vent member further comprises a plurality of complementary fastening elements configured to removably attach to distal ends of the fasteners to couple the upper plate , the subflashing and the fan housing .