mhurhangee/ep-ind-claims huggingface dataset:
An aqueous curable composition comprising: a. at least one water-soluble carbohydrate having a range of dextrose equivalents of from 4 to 40, being present in a weight percent on total composition binder solids from 50-97%; b. at least one polycarboxy emulsion copolymer, as a latex modifier, including, as copolymerized units, from 10-30% by weight based on the total weight of the emulsion copolymer solids, of a carboxy monomer bearing a carboxylic acid group, anhydride group, or salt therof or hydroxyl group; and c. at least one polyacid crosslinking agent which are polybasic carboxylic acids or aqueous solution addition polymers, each of which contains at least two carboxylic acid groups, anhydride groups, or salts thereof; wherein the water-soluble carbohydrates are chosen from dextrins, maltodextrin and their combination. a. at least one water-soluble carbohydrate having a range of dextrose equivalents of from 4 to 40, being present in a weight percent on total composition binder solids from 50-97%; b. at least one polycarboxy emulsion copolymer, as a latex modifier, including, as copolymerized units, from 10-30% by weight based on the total weight of the emulsion copolymer solids, of a carboxy monomer bearing a carboxylic acid group, anhydride group, or salt therof or hydroxyl group; and c. at least one polyacid crosslinking agent which are polybasic carboxylic acids or aqueous solution addition polymers, each of which contains at least two carboxylic acid groups, anhydride groups, or salts thereof;
A process for the treatment of a cellulosic moulded body, wherein the moulded body is contacted with an acid solution of a chitosan, characterized in that the chitosan has a deacetylation degree of at least 80%, a nitrogen content of at least 7 w%, preferably at least 7.5 w%, a weight average molecular weight M w of 10 kDa to 1000 kDa, preferably 10 kDa to 160 kDa and a viscosity in 1 w% solution in 1 w% acetic acid at 25°C of 1000 mPas or less, preferably 400 mPas or less, particularly preferably 200 mPas or less.
A system for reducing unwanted emissions from a carbon capture process, comprising: a carbon capture absorber having an inlet and an outlet that define a combustion gas pathway; a combustion gas comprising carbon dioxide disposed in the pathway; an injector configured to inject an amine solvent into the pathway at a first injection point to thereby produce a rich amine solvent and a decarbonized combustion gas that includes a plurality of unwanted compounds at a first concentration; the decarbonized combustion gas disposed in the combustion pathway downstream of the injector, wherein the unwanted compounds comprise an amine, an amine degradation product, or both; a plasma generator disposed in the pathway and downstream of the first injection point; and wherein the plasma generator is configured to treat the combustion gas to produce a plurality of radical species that react with at least a subset of the unwanted compounds to thereby reduce the first concentration to a second concentration. a carbon capture absorber having an inlet and an outlet that define a combustion gas pathway; a combustion gas comprising carbon dioxide disposed in the pathway; an injector configured to inject an amine solvent into the pathway at a first injection point to thereby produce a rich amine solvent and a decarbonized combustion gas that includes a plurality of unwanted compounds at a first concentration; the decarbonized combustion gas disposed in the combustion pathway downstream of the injector, wherein the unwanted compounds comprise an amine, an amine degradation product, or both; a plasma generator disposed in the pathway and downstream of the first injection point; and wherein the plasma generator is configured to treat the combustion gas to produce a plurality of radical species that react with at least a subset of the unwanted compounds to thereby reduce the first concentration to a second concentration.
A method of using a cable type battery in a product comprising a cable type battery, a memory, and an output unit, a sensing unit the method comprising: detecting via the sensing unit a predetermined user operation for the product or a predetermined state change of the product; starting power supply from the cable type battery by connecting an electrode of the cable type battery and an electrode of the product based on the detected result; and controlling the output unit to perform a specific function corresponding to the predetermined user operation or the predetermined state change of the product by driving an application program stored in the memory based on power supplied from the cable type battery, wherein the specific function comprises at least one of: a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received in the empty shopping bag. detecting via the sensing unit a predetermined user operation for the product or a predetermined state change of the product; starting power supply from the cable type battery by connecting an electrode of the cable type battery and an electrode of the product based on the detected result; and controlling the output unit to perform a specific function corresponding to the predetermined user operation or the predetermined state change of the product by driving an application program stored in the memory based on power supplied from the cable type battery, wherein the specific function comprises at least one of: a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received in the empty shopping bag. a function of outputting image data stored in the memory through a display unit included in the output unit; and a function of outputting audio data stored in the memory through an audio output unit included in the output unit, characterized in that the product is a shopping bag, and the predetermined state change of the product comprises a state change in which an object is received in the empty shopping bag.
An intelligent bionic system for expectorating sputum, comprising: - a negative pressure suction module configured to generate first airflow with a negative pressure; - a patient connecting unit connecting, in use, the negative pressure suction module to a patient and configured to allow the first airflow with the negative pressure generated from the negative pressure suction module and second airflow with a positive pressure to flow through; - a central processing module connected to the patient connecting unit; - a respiratory muscle synchronizing module connected to the central processing module and configured to enable a respiratory muscle to generate a certain movement in coordination with the first airflow and the second airflow, by means of nerve stimulation or mechanical stimulation; and - a positive pressure ventilation module connected to the patient connecting unit and configured to generate the second airflow with the positive pressure; - wherein the patient connecting unit comprises a three-way device, a sputum collecting connector and a sputum collecting cup; - wherein the three-way device comprises a first valve configured to selectively block airflow from the positive pressure ventilation module to the patient connecting unit, and a second valve is disposed between the three-way device and the negative pressure suction module and configured to selectively block the airflow from the patient connecting unit to the negative pressure suction module; and - wherein the three-way device is connected to the sputum collecting cup via the sputum collecting connector. - a negative pressure suction module configured to generate first airflow with a negative pressure; - a patient connecting unit connecting, in use, the negative pressure suction module to a patient and configured to allow the first airflow with the negative pressure generated from the negative pressure suction module and second airflow with a positive pressure to flow through; - a central processing module connected to the patient connecting unit; - a respiratory muscle synchronizing module connected to the central processing module and configured to enable a respiratory muscle to generate a certain movement in coordination with the first airflow and the second airflow, by means of nerve stimulation or mechanical stimulation; and - a positive pressure ventilation module connected to the patient connecting unit and configured to generate the second airflow with the positive pressure; - wherein the patient connecting unit comprises a three-way device, a sputum collecting connector and a sputum collecting cup; - wherein the three-way device comprises a first valve configured to selectively block airflow from the positive pressure ventilation module to the patient connecting unit, and a second valve is disposed between the three-way device and the negative pressure suction module and configured to selectively block the airflow from the patient connecting unit to the negative pressure suction module; and - wherein the three-way device is connected to the sputum collecting cup via the sputum collecting connector.
Relative pressure sensor for determining a pressure of a medium in relation to an atmospheric pressure, with a housing, with a measuring element, which is arranged in the housing, wherein an exterior side of the measuring element that is in contact with the medium is subjected to the pressure to be measured, with a reference pressure supply line, which supplies the atmospheric pressure, in the form of ambient air, to an interior side of the measuring element, with an evaluation unit, which determines the pressure of the medium from a variable determined with the measuring element, and with at least a drying chamber that is arranged in the housing and designed to absorb the air humidity wherein the drying chamber contains a material that adsorbs moisture or essentially consists of a material that adsorbs moisture, wherein the material that adsorbs moisture is free from a wall at least in part, characterized in that the reference pressure supply line is fabricated at least in part from a material that is permeable to moisture such that humid air located in the reference pressure supply line is in contact with the drying chamber, wherein the drying chamber is designed in such a way that it at least partially surrounds a sensor electronics module arranged in the housing.
A tubing assembly for fluid delivery to a gas turbine bearing system, comprising: a fitting having an inner surface defining an inner flow path and having an outer surface defining a first mating surface; and a first tube coupled to the fitting, the fitting disposed within a bearing housing of the bearing system, wherein the bearing housing includes a second mating surface, wherein the second mating surface includes a complementary shape or angle to the first mating surface of the fitting, characterised in that the second mating surface is in sealing contact with the first mating surface of the fitting, wherein the outer surface of the fitting further comprises a first threading configured to couple to a second threading of the bearing housing, wherein the first threading and the second threading urge the first mating surface of the fitting against the second mating surface of the bearing housing in response to rotation about a longitudinal axis (A-A') thereof. a fitting having an inner surface defining an inner flow path and having an outer surface defining a first mating surface; and a first tube coupled to the fitting, the fitting disposed within a bearing housing of the bearing system, wherein the bearing housing includes a second mating surface, wherein the second mating surface includes a complementary shape or angle to the first mating surface of the fitting, characterised in that the second mating surface is in sealing contact with the first mating surface of the fitting, wherein the outer surface of the fitting further comprises a first threading configured to couple to a second threading of the bearing housing, wherein the first threading and the second threading urge the first mating surface of the fitting against the second mating surface of the bearing housing in response to rotation about a longitudinal axis (A-A') thereof.
A display apparatus comprising: a display; a memory storing a fingerprint which is obtained based on a characteristic of a content, and information regarding the content corresponding to the fingerprint; a communication device; and at least one processor configured to: identify a characteristic of a content currently reproduced on the display and obtain a fingerprint, search whether the obtained fingerprint matches the fingerprint stored in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the communication device to request information on the currently reproduced content, characterised in that the processor is further configured to: identify a type of the content based on the information on the currently reproduced content, and change a content recognition period based on the identified type of the content. a display; a memory storing a fingerprint which is obtained based on a characteristic of a content, and information regarding the content corresponding to the fingerprint; a communication device; and at least one processor configured to: identify a characteristic of a content currently reproduced on the display and obtain a fingerprint, search whether the obtained fingerprint matches the fingerprint stored in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the communication device to request information on the currently reproduced content, characterised in that the processor is further configured to: identify a type of the content based on the information on the currently reproduced content, and change a content recognition period based on the identified type of the content. identify a characteristic of a content currently reproduced on the display and obtain a fingerprint, search whether the obtained fingerprint matches the fingerprint stored in the memory, identify, based on a result of the searching, whether to transmit a query comprising the obtained fingerprint to a server through the communication device to request information on the currently reproduced content, characterised in that the processor is further configured to: identify a type of the content based on the information on the currently reproduced content, and change a content recognition period based on the identified type of the content. identify a type of the content based on the information on the currently reproduced content, and change a content recognition period based on the identified type of the content.
Detector device for detecting non-authorised objects or materials, comprising a support base designed to receive at least one foot covered by the shoe thereof, of an individual to be tested, characterised in that it comprises, as a combination: - microwave emitting/receiving means (140, 142, 144), - means for measuring the width of an element interleaved between the microwave emitting/receiving means (140, 142, 144), - means for analysing at least one parameter of the transmission delay between the microwave emitting/receiving means (140, 142, 144) and/or the amplitude of the signal transmitted between the microwave emitting/receiving means (140, 142, 144), and - means for standardising the above-mentioned analysis with respect to a size unit of standard width obtained based on the means for measuring width. - microwave emitting/receiving means (140, 142, 144), - means for measuring the width of an element interleaved between the microwave emitting/receiving means (140, 142, 144), - means for analysing at least one parameter of the transmission delay between the microwave emitting/receiving means (140, 142, 144) and/or the amplitude of the signal transmitted between the microwave emitting/receiving means (140, 142, 144), and - means for standardising the above-mentioned analysis with respect to a size unit of standard width obtained based on the means for measuring width.
A sole assembly for an article of footwear, the sole assembly comprising: a central support structure located on a bottom surface of the sole assembly, extending away from the bottom surface of the sole assembly, and extending in a longitudinal direction of the sole assembly; and a plurality of stability rib portions (220, 1302) located in a midfoot region of the sole assembly and extending from the bottom surface of the sole assembly and away from the central support structure, characterized by the plurality of stability rib portions (220, 1302) each including a generally elongated trapezoidal shape and increasing in width as the rib portions extend in a direction away from the central support structure from a proximal end to a distal end. a central support structure located on a bottom surface of the sole assembly, extending away from the bottom surface of the sole assembly, and extending in a longitudinal direction of the sole assembly; and a plurality of stability rib portions (220, 1302) located in a midfoot region of the sole assembly and extending from the bottom surface of the sole assembly and away from the central support structure, characterized by the plurality of stability rib portions (220, 1302) each including a generally elongated trapezoidal shape and increasing in width as the rib portions extend in a direction away from the central support structure from a proximal end to a distal end.
A system for continuously driving a hoist motor for an elevator from an irregular power supply, the system comprising: a regenerative drive for delivering power between the power supply and the hoist motor, wherein the regenerative drive comprises: a converter to convert alternating current power from the power supply into direct current power; an inverter to drive the hoist motor by converting the DC power from the converter into AC power and, when the hoist motor is generating, to convert AC power produced by the hoist motor to DC power; and a power bus connected between the converter and the inverter to receive DC power from the converter and the inverter; and characterised by a controller operable to measure a power supply voltage in response to a detected change in the power supply voltage and to control the regenerative drive to adjust a nominal motion profile of the elevator in proportion with an adjustment ratio of the measured power supply voltage to a normal power supply voltage, wherein the controller adjusts the voltage across the power bus proportionally with the adjustment ratio in response to a change in the power supply voltage. a regenerative drive for delivering power between the power supply and the hoist motor, wherein the regenerative drive comprises: a converter to convert alternating current power from the power supply into direct current power; an inverter to drive the hoist motor by converting the DC power from the converter into AC power and, when the hoist motor is generating, to convert AC power produced by the hoist motor to DC power; and a power bus connected between the converter and the inverter to receive DC power from the converter and the inverter; and characterised by a controller operable to measure a power supply voltage in response to a detected change in the power supply voltage and to control the regenerative drive to adjust a nominal motion profile of the elevator in proportion with an adjustment ratio of the measured power supply voltage to a normal power supply voltage, wherein the controller adjusts the voltage across the power bus proportionally with the adjustment ratio in response to a change in the power supply voltage. a converter to convert alternating current power from the power supply into direct current power; an inverter to drive the hoist motor by converting the DC power from the converter into AC power and, when the hoist motor is generating, to convert AC power produced by the hoist motor to DC power; and a power bus connected between the converter and the inverter to receive DC power from the converter and the inverter; and characterised by a controller operable to measure a power supply voltage in response to a detected change in the power supply voltage and to control the regenerative drive to adjust a nominal motion profile of the elevator in proportion with an adjustment ratio of the measured power supply voltage to a normal power supply voltage, wherein the controller adjusts the voltage across the power bus proportionally with the adjustment ratio in response to a change in the power supply voltage.
A catheter (24, 182, 300) for delivering a distal embolic protection device having a shaft coupled to a distal emboli protection element selected from the group consisting of embolic filters and occlusive elements, the catheter (24, 182, 300) comprising: an elongate shaft body having a distal region (42, 188, 306), a distal tip (40, 184 302), a proximal region (44, 190, 308), a lumen (38, 194, 303) extending through the elongate shaft body distal region (42, 188, 306), and having a tube wall disposed about the lumen (38, 194, 303); a first port (48, 206, 312) dimensioned to receive a guide wire therethrough, the first port (48, 206, 312) being formed through the tube wall; characterised in that the catheter (24, 182, 300) further comprises: a second port (50, 200) formed through the tube wall; the second port (50, 200) being dimensioned for delivery of the distal embolic protection element therethrough; and a distal most port (41, 186, 304) disposed in the catheter distal tip (40, 184, 302) in fluid communication with the first port (48, 206, 312) and dimensioned to receive a guide wire therethrough. an elongate shaft body having a distal region (42, 188, 306), a distal tip (40, 184 302), a proximal region (44, 190, 308), a lumen (38, 194, 303) extending through the elongate shaft body distal region (42, 188, 306), and having a tube wall disposed about the lumen (38, 194, 303); a first port (48, 206, 312) dimensioned to receive a guide wire therethrough, the first port (48, 206, 312) being formed through the tube wall; a second port (50, 200) formed through the tube wall; the second port (50, 200) being dimensioned for delivery of the distal embolic protection element therethrough; and a distal most port (41, 186, 304) disposed in the catheter distal tip (40, 184, 302) in fluid communication with the first port (48, 206, 312) and dimensioned to receive a guide wire therethrough.
NOZZLE FOR APPLYING SEALANTS WITH A BELL OR HOOD TIP AND AN INJECTION BUTTON, of those meant to be incorporated in a cartridge, gun or injection machine, configured by a body with a threaded posterior end and a ring that acts as a stop, having a central truncated-cone shaped segment and an anterior end in the form of a bell, characterised an injection button is coupled to said bell-shaped anterior part such that the former can be fitted and removed, disposed such that it covers the mouth of said bell, the injection button having on its outer surface a series of radial channels that lead to through orifices provided peripherally around a central circular protrusion.