mhurhangee/ep-ind-claims huggingface dataset:
A power factor correcting power supply, comprising: first and second output terminals for accommodating terminals of an electrical load; a controlled current source for providing electrical power of a regulated current and a regulated voltage to the first output terminal; a voltage comparison current controller for providing control signals to the controlled current source to desirably maintain the voltage at the first output terminal at a constant voltage indicated by a setpoint voltage; and a control circuit responsive to the current at the first output terminal, the control circuit coacting with the voltage comparison current controller to cause the controlled current source to increase or decrease the current at the first output terminal, the control circuit comprising: a bypass capacitor coupling the first output terminal and the second output terminal; a current sensor measuring the combined current flowing through the bypass capacitor and to the first output terminal; a voltage sensor sensing voltage at the first output terminal; and a derived current calculator operationally coupled to the current sensor and to the voltage sensor, to determine the current at the first output terminal exclusive of current flowing in the bypass capacitor. first and second output terminals for accommodating terminals of an electrical load; a controlled current source for providing electrical power of a regulated current and a regulated voltage to the first output terminal; a voltage comparison current controller for providing control signals to the controlled current source to desirably maintain the voltage at the first output terminal at a constant voltage indicated by a setpoint voltage; and a control circuit responsive to the current at the first output terminal, the control circuit coacting with the voltage comparison current controller to cause the controlled current source to increase or decrease the current at the first output terminal, the control circuit comprising: a bypass capacitor coupling the first output terminal and the second output terminal; a current sensor measuring the combined current flowing through the bypass capacitor and to the first output terminal; a voltage sensor sensing voltage at the first output terminal; and a derived current calculator operationally coupled to the current sensor and to the voltage sensor, to determine the current at the first output terminal exclusive of current flowing in the bypass capacitor. a bypass capacitor coupling the first output terminal and the second output terminal; a current sensor measuring the combined current flowing through the bypass capacitor and to the first output terminal; a voltage sensor sensing voltage at the first output terminal; and a derived current calculator operationally coupled to the current sensor and to the voltage sensor, to determine the current at the first output terminal exclusive of current flowing in the bypass capacitor.
A method of assessing the relative rotational and translational alignment of a first diffractive element comprising a 2D array of elements or grid and a second diffractive element comprising a 2D array of elements or grid, the method comprising: illuminating the first diffractive element to form a first diffraction pattern in the far field; illuminating the second diffractive element to form a second diffraction pattern in the far field; determining a positional and/or rotational relationship between maxima of the first diffraction pattern away from the central maximum and maxima of the second diffraction pattern away from the central maximum in the far field; illuminating the first diffractive element with diverging light or substantially collimated incoherent light to form a first image of the first diffractive element in the far field; illuminating the second diffractive element with diverging light or substantially collimated incoherent light to form a second image of the second diffractive element in the far field; and determining a positional relationship between the first image and the second image in the far field. illuminating the first diffractive element to form a first diffraction pattern in the far field; illuminating the second diffractive element to form a second diffraction pattern in the far field; determining a positional and/or rotational relationship between maxima of the first diffraction pattern away from the central maximum and maxima of the second diffraction pattern away from the central maximum in the far field; illuminating the first diffractive element with diverging light or substantially collimated incoherent light to form a first image of the first diffractive element in the far field; illuminating the second diffractive element with diverging light or substantially collimated incoherent light to form a second image of the second diffractive element in the far field; and determining a positional relationship between the first image and the second image in the far field.
Process for extraction of ferulic acid present in an aqueous phase obtained by treatment of at least one plant material, and also containing polysaccharides, said process comprising at least the following steps: 1) the treatment of said plant material followed by a solid/liquid separation to recover a solid phase and an aqueous liquid phase comprising the ferulic acid and said polysaccharides, 2) the treatment of said liquid phase to selectively separate, on the one hand, the polysaccharides and, on the other hand, the ferulic acid present in an aqueous fraction, by selective adsorption of the polysaccharides or by ultrafiltration, 3) optionally the concentration of said aqueous fraction containing the ferulic acid so as to recover a ferulic acid-concentrated stream, 4) the recovery of the ferulic acid in solid form. 1) the treatment of said plant material followed by a solid/liquid separation to recover a solid phase and an aqueous liquid phase comprising the ferulic acid and said polysaccharides, 2) the treatment of said liquid phase to selectively separate, on the one hand, the polysaccharides and, on the other hand, the ferulic acid present in an aqueous fraction, by selective adsorption of the polysaccharides or by ultrafiltration, 3) optionally the concentration of said aqueous fraction containing the ferulic acid so as to recover a ferulic acid-concentrated stream, 4) the recovery of the ferulic acid in solid form.
An isolated polypeptide, the isolated polypeptide comprising an anti-KRAS single domain antibody (sdAb) comprising the amino acid sequence as set forth in SEQ ID NO:2.
A process for the preparation of a cross-linked fluorinated polymer comprising sulfonic acid functional groups comprising the steps of: a) providing at least one fluorinated polymer in the form of a liquid composition comprising a liquid medium comprising water, wherein said fluorinated polymer comprising at least one -SO 3 M functional group, wherein each M is selected from the group consisting of H and alkaline metals, preferably H, said fluorinated polymer containing less than 2% of -SO 2 F functional groups with respect to the total number of -SO 3 M and -SO 2 F functional groups; and b) reacting said fluorinated polymer with at least one cross-linking agent of formula R n wherein R is selected from a bond, O, S, N or R is an aromatic or aliphatic group, linear, cyclic, branched, optionally substituted and/or fluorinated, optionally comprising heteroatoms; n is an integer ≥ 2; and wherein X is a functional group selected from the group consisting of -NH 2,-NHR a, wherein R a = C 1 -C 20 alkyl, -Si(R b) 3, and R b = C 1 -C 5 alkyl, -OH, -SO 2 W, wherein W= OH, F, Cl, Br, I; said reaction being carried out under conditions that promote the formation of covalent bonds between the at least one functional group -SO 3 M of fluorinated polymer and at least one functional group X in cross-linking agent. a) providing at least one fluorinated polymer in the form of a liquid composition comprising a liquid medium comprising water, wherein said fluorinated polymer comprising at least one -SO 3 M functional group, wherein each M is selected from the group consisting of H and alkaline metals, preferably H, said fluorinated polymer containing less than 2% of -SO 2 F functional groups with respect to the total number of -SO 3 M and -SO 2 F functional groups; and b) reacting said fluorinated polymer with at least one cross-linking agent of formula R n wherein R is selected from a bond, O, S, N or R is an aromatic or aliphatic group, linear, cyclic, branched, optionally substituted and/or fluorinated, optionally comprising heteroatoms; n is an integer ≥ 2; and wherein X is a functional group selected from the group consisting of -NH 2,-NHR a, wherein R a = C 1 -C 20 alkyl, -Si(R b) 3, and R b = C 1 -C 5 alkyl, -OH, -SO 2 W, wherein W= OH, F, Cl, Br, I; said reaction being carried out under conditions that promote the formation of covalent bonds between the at least one functional group -SO 3 M of fluorinated polymer and at least one functional group X in cross-linking agent.
An electronic apparatus comprising: a camera; a memory configured to store attribute information of a plurality of objects and environment information; and a processor configured to identify a plurality of objects based on an image obtained by the camera, identify a relationship between attribute information of the plurality of objects, wherein the relationship indicates a state or an operation between a first object and a second object from among the plurality of objects, identify a first context of the first object based on the relationship between the attribute information of the plurality of objects and on the environment information, and control a traveling state of the electronic apparatus based on the first context. a camera; a memory configured to store attribute information of a plurality of objects and environment information; and a processor configured to identify a plurality of objects based on an image obtained by the camera, identify a relationship between attribute information of the plurality of objects, wherein the relationship indicates a state or an operation between a first object and a second object from among the plurality of objects, identify a first context of the first object based on the relationship between the attribute information of the plurality of objects and on the environment information, and control a traveling state of the electronic apparatus based on the first context.
A compressor, comprising: a housing, wherein the housing is provided with a first gas outlet port and a second gas outlet port; a first bearing provided in the housing; a first cylinder provided in the housing and comprising a first working chamber; a second cylinder provided in the housing and comprising a second working chamber, the second working chamber being communicated with the second gas outlet port via an inner chamber of the housing; a five first exhaust port being communicated with the first working chamber; and an exhaust passage located within the housing, the first exhaust port being communicated with the first gas outlet port via the exhaust passage, the exhaust passage being not communicated with the inner chamber of the housing; wherein the exhaust pressure of the first working chamber is greater than the exhaust pressure of the second working chamber, characterized by a first separator located between the first bearing and the first cylinder, the first exhaust port being provided on the first separator.
Method for ending a heated treatment phase in a displacement batch pulping process in a digester vessel, where the heated treatment phase has been done at a treatment temperature above 130°C, preferably above 150°C, said digester having at least a bottom liquid exchange position, a mid-point liquid exchange position and a top liquid exchange position and the method is initiated after the heated treatment phase and comprising the following steps; - adding a first displacement liquor to the bottom liquid exchange position, wherein the first displacement liquor has a first lower temperature which is more than 20°C below the treatment temperature in the heated treatment phase at start of the displacement filling a part of the digester with a first volume of the first displacement liquor, - continuing to add the same first displacement liquor to the bottom liquid exchange position, but the first displacement liquor now having a higher second temperature in a later phase of the displacement filling at least a part of the digester with a second volume of the first displacement liquor, which second volume is larger than the first volume, - and optionally continuing the displacement with a final displacement liquor. - adding a first displacement liquor to the bottom liquid exchange position, wherein the first displacement liquor has a first lower temperature which is more than 20°C below the treatment temperature in the heated treatment phase at start of the displacement filling a part of the digester with a first volume of the first displacement liquor, - continuing to add the same first displacement liquor to the bottom liquid exchange position, but the first displacement liquor now having a higher second temperature in a later phase of the displacement filling at least a part of the digester with a second volume of the first displacement liquor, which second volume is larger than the first volume, - and optionally continuing the displacement with a final displacement liquor.
An arrangement for emitting light which is designed to be secured on a support element, for example, a room ceiling which extends in a first plane and to illuminate a surface, which is located in a second plane that extends substantially perpendicularly to the first plane, wherein the arrangement has • a light source, which emits light in a direction facing away from the surface to be illuminated, wherein the light source forms a single luminous surface, the light source is formed by a plurality of LEDs, and wherein the plurality of LEDs are jointly covered by a color conversion material, as well as • a reflector, which is arranged and designed such that the incident light beams from the light source are substantially reflected in a uniformly distributed manner towards the surface to be illuminated. • a light source, which emits light in a direction facing away from the surface to be illuminated, wherein the light source forms a single luminous surface, the light source is formed by a plurality of LEDs, and wherein the plurality of LEDs are jointly covered by a color conversion material, as well as • a reflector, which is arranged and designed such that the incident light beams from the light source are substantially reflected in a uniformly distributed manner towards the surface to be illuminated.
An air purifier, comprising: a housing; a blower fan provided in the housing; an annular discharge flow path, configuring a path through which air, inside the housing flowing by the blower fan, is discharged externally, formed in the housing while having an annular discharge end, and having a cross section, narrowing from an interior of the housing to the discharge end; characterized in that the air purifier further comprises an adjusting unit installed in an inner periphery of the housing for adjusting an opening area of the discharge end, the adjusting unit comprising a case, a plurality of cover plates, a rotating frame, a fixing frame, and a frame driving member, said plurality of cover plates being installed in the case and provided at an outer edge of the discharge end and configured to be moved in a radial direction of the discharge end to adjust an outer diameter of the discharge end. a housing; a blower fan provided in the housing; an annular discharge flow path, configuring a path through which air, inside the housing flowing by the blower fan, is discharged externally, formed in the housing while having an annular discharge end, and having a cross section, narrowing from an interior of the housing to the discharge end; characterized in that the air purifier further comprises an adjusting unit installed in an inner periphery of the housing for adjusting an opening area of the discharge end, the adjusting unit comprising a case, a plurality of cover plates, a rotating frame, a fixing frame, and a frame driving member, said plurality of cover plates being installed in the case and provided at an outer edge of the discharge end and configured to be moved in a radial direction of the discharge end to adjust an outer diameter of the discharge end.
Method of producing a cooking recipient consisting of a calotte bowl comprising a bottom, a plate with perforations fixed on the bottom, and a receptor channel for a sensor, especially a temperature sensor, said receptor channel being located between the bottom and the perforated plate, characterised in that it comprises the following steps: a) Creating the calotte bowl through a smelting operation, the bottom of said calotte bowl having a groove and studs intended to cooperate with the perforations of the plate, the groove and the studs being directly from the moulds implemented during this smelting operation; b) Positioning the perforated plate on the bottom by inserting the perforations in the studs; c) Fastening the perforated plate to the bottom by tapping the studs, the receptor channel being formed by the groove, topped by the plate. a) Creating the calotte bowl through a smelting operation, the bottom of said calotte bowl having a groove and studs intended to cooperate with the perforations of the plate, the groove and the studs being directly from the moulds implemented during this smelting operation; b) Positioning the perforated plate on the bottom by inserting the perforations in the studs; c) Fastening the perforated plate to the bottom by tapping the studs, the receptor channel being formed by the groove, topped by the plate.
A lamella block for a calibrating device for calibrating an extruded profile, wherein the lamella block comprises a lamella structure, which has a plurality of lamellae that are spaced apart from each other by grooves and arranged in the longitudinal direction of the lamella block, characterized in that at least several of the lamellae are provided with at least one lamella opening with a prescribed, variable geometry, wherein the geometry of lamella openings varies within a lamella.
Headlight for a motor vehicle, having - a first semiconductor light source for generating a first ray; - a second semiconductor light source for generating a second ray; and - an optical coupling device for coupling the generated rays, which optical coupling device comprises a first and second coupling face (5, 6), with the first coupling face for coupling the first ray generated by the first semiconductor light source and the second coupling face for coupling the second ray generated by the second semiconductor light source, wherein - a converter element is arranged in an optical path between the first semiconductor light source and the first coupling face for converting a primary ray emitted by the first semiconductor light source into the generated first ray, characterised in that an optical filter element is arranged between the converter element and the first coupling face, which optical filter element is matched to the wavelength of the primary ray, in order to filter out or absorb or reflect said ray, wherein the second ray generated by the second semiconductor light source has at least substantially the same wavelength as the primary ray of the first semiconductor light source. - a first semiconductor light source for generating a first ray; - a second semiconductor light source for generating a second ray; and - an optical coupling device for coupling the generated rays, which optical coupling device comprises a first and second coupling face (5, 6), with the first coupling face for coupling the first ray generated by the first semiconductor light source and the second coupling face for coupling the second ray generated by the second semiconductor light source, wherein - a converter element is arranged in an optical path between the first semiconductor light source and the first coupling face for converting a primary ray emitted by the first semiconductor light source into the generated first ray,
A system, comprising: one or more data sources comprising one or more sensors located at a food establishment and connected to a network, the one or more data sources being configured to: track one or more events at the food establishment; and generate data based on the one or more events at the food establishment, the data being related to food safety risk and sanitation compliance tracking of the food establishment, wherein the data generated by the one or more sensors comprise sensor data; and a server connected to a network, the server comprising: a data collection module configured to collect the data, via the network, from the one or more data sources; a database interaction module configured to store, into a database, data collected by the data collection module and to retrieve data from the database; and a predictive analysis module configured to analyze data in the database using predictive analytics algorithms to identify one or more trends and one or more predictive indicators and calculate, based on the analyzed data, a probability of a future inspection resulting in a violation of a health code. track one or more events at the food establishment; and generate data based on the one or more events at the food establishment, the data being related to food safety risk and sanitation compliance tracking of the food establishment, wherein the data generated by the one or more sensors comprise sensor data; and a server connected to a network, the server comprising: a data collection module configured to collect the data, via the network, from the one or more data sources; a database interaction module configured to store, into a database, data collected by the data collection module and to retrieve data from the database; and a predictive analysis module configured to analyze data in the database using predictive analytics algorithms to identify one or more trends and one or more predictive indicators and calculate, based on the analyzed data, a probability of a future inspection resulting in a violation of a health code. a data collection module configured to collect the data, via the network, from the one or more data sources; a database interaction module configured to store, into a database, data collected by the data collection module and to retrieve data from the database; and a predictive analysis module configured to analyze data in the database using predictive analytics algorithms to identify one or more trends and one or more predictive indicators and calculate, based on the analyzed data, a probability of a future inspection resulting in a violation of a health code.