mhurhangee/ep-ind-claims huggingface dataset:
Steam turbine system for generating power, comprising: a steam turbine with turbine blades surrounding a rotor and being arranged inside a turbine casing, a nozzle box provided inside the turbine casing with nozzles directing steam to the turbine blades of the steam turbine, a main steam system with a main input port, a main valve, located downstream of the main input port, at least one control valve, located downstream of the main valve and upstream of the nozzle box, and steam lines connecting the main input port, the main valve, the at least one control valve and the nozzle box, a preheating steam system with a preheating input port, at least one preheating control valve, located downstream of the preheating input port and upstream of the nozzle box, and steam lines connecting the preheating input port, the at least one preheating control valve and the nozzle box, wherein the steam lines of the preheating steam system from the at least one preheating control valve are connected to the steam lines of the main steam system between the at least one control valve and the nozzle box, characterised in that the connection between the steam lines of the preheating steam system and the steam lines of the main steam system is located within the material of the turbine casing. a steam turbine with turbine blades surrounding a rotor and being arranged inside a turbine casing, a nozzle box provided inside the turbine casing with nozzles directing steam to the turbine blades of the steam turbine, a main steam system with a main input port, a main valve, located downstream of the main input port, at least one control valve, located downstream of the main valve and upstream of the nozzle box, and steam lines connecting the main input port, the main valve, the at least one control valve and the nozzle box, a preheating steam system with a preheating input port, at least one preheating control valve, located downstream of the preheating input port and upstream of the nozzle box, and steam lines connecting the preheating input port, the at least one preheating control valve and the nozzle box, wherein the steam lines of the preheating steam system from the at least one preheating control valve are connected to the steam lines of the main steam system between the at least one control valve and the nozzle box, characterised in that the connection between the steam lines of the preheating steam system and the steam lines of the main steam system is located within the material of the turbine casing.
Electronic equipment comprising: a portable housing having a substantially rectangular parallelepiped shape with six surfaces of an upper surface, a lower surface, a front surface, a rear surface, a left-side surface, and a right-side surface; a first actuator that is mounted inside the housing and configured to generate vibration along a first axis; a second actuator that is mounted inside the housing and configured to generate vibration along a second axis; and a control circuit configured to drive the first actuator and the second actuator to generate a traction feeling, characterized in that the electronic equipment further comprises a display circuit arranged on the upper surface and configured to visually display content output from the control circuit, and in that the first actuator and the second actuator are mounted in a direction in which the first axis and the second axis are each non-parallel and non-perpendicular to at least the upper surface or the lower surface of the six surfaces. a portable housing having a substantially rectangular parallelepiped shape with six surfaces of an upper surface, a lower surface, a front surface, a rear surface, a left-side surface, and a right-side surface; a first actuator that is mounted inside the housing and configured to generate vibration along a first axis; a second actuator that is mounted inside the housing and configured to generate vibration along a second axis; and a control circuit configured to drive the first actuator and the second actuator to generate a traction feeling, characterized in that the electronic equipment further comprises a display circuit arranged on the upper surface and configured to visually display content output from the control circuit, and in that the first actuator and the second actuator are mounted in a direction in which the first axis and the second axis are each non-parallel and non-perpendicular to at least the upper surface or the lower surface of the six surfaces.
A method of dual microphone signal processing to reduce reverberation, the method comprising: developing time domain microphone signals from a pair of sensing microphones, the microphone signals having sound source components and reverberation components; converting the microphone signals to time-frequency domain to produce complex value spectra signals; determining frequency-specific energy ratios between the spectra signals; applying a binary gain function to the spectra signals based on the energy ratios to produce transformed spectra signals; determining an inter-microphone coherence value between the transformed spectra signals; applying a sigmoid gain function to the transformed spectra signals based on the inter-microphone coherence value to produce coherence adapted spectra signals; and applying an inverse time-frequency transformation to the coherence adjusted spectra signals to produce time-domain reverberation-compensated microphone signals with reduced reverberation components. developing time domain microphone signals from a pair of sensing microphones, the microphone signals having sound source components and reverberation components; converting the microphone signals to time-frequency domain to produce complex value spectra signals; determining frequency-specific energy ratios between the spectra signals; applying a binary gain function to the spectra signals based on the energy ratios to produce transformed spectra signals; determining an inter-microphone coherence value between the transformed spectra signals; applying a sigmoid gain function to the transformed spectra signals based on the inter-microphone coherence value to produce coherence adapted spectra signals; and applying an inverse time-frequency transformation to the coherence adjusted spectra signals to produce time-domain reverberation-compensated microphone signals with reduced reverberation components.
An absorbent article comprising a topsheet, a backsheet, and an absorbent core structure comprising one or more layers, characterised in that at least one or more group of fibers of the topsheet is incorporated into a heterogeneous mass layer, wherein the heterogeneous mass comprises a fibrous web and one or more pieces of open cell foam intermixed within the fibrous web and/or enrobing one or more fibers within the fibrous web wherein the absorbent article exhibits capillarity work potential gradient between 3,500 mJ/m 2 to 80,000 mJ/m 2 as measured according to the test method of the description.
A method in a 3GPP system of transmitting hybrid automatic repeat/request, HARQ, data in continuous packet connectivity, CPC, mode, comprising: transmitting data to a network according to a discontinuous transmit, DTX, cycle in a CPC mode; exiting the CPC mode based at least in part on detecting available HARQ data scheduled for transmission according to a HARQ configuration that indicates one or more transmission opportunities for transmitting HARQ data independent of the DTX cycle; determining a next transmission opportunity of the one or more transmission opportunities configured for transmitting the available HARQ data, where the next transmission opportunity is not within a transmission time instance defined by the DTX cycle; and transmitting the available HARQ data during the next transmission opportunity outside of the CPC mode. transmitting data to a network according to a discontinuous transmit, DTX, cycle in a CPC mode; exiting the CPC mode based at least in part on detecting available HARQ data scheduled for transmission according to a HARQ configuration that indicates one or more transmission opportunities for transmitting HARQ data independent of the DTX cycle; determining a next transmission opportunity of the one or more transmission opportunities configured for transmitting the available HARQ data, where the next transmission opportunity is not within a transmission time instance defined by the DTX cycle; and transmitting the available HARQ data during the next transmission opportunity outside of the CPC mode.
A device for winding a filament around a structure concentrically disposed around an exterior surface of a distal end of a balloon catheter to provide a predetermined pattern of surface indentations in an exterior surface of the structure, comprising: a controller; a rotatable holder (106a, b) for retaining at least a distal end of a balloon catheter at opposed ends of a balloon disposed on the catheter distal end; and a translatable winding carriage for winding a filament around an exterior surface of the balloon disposed on the catheter distal end; wherein the controller causes the translatable winding carriage to move along a longitudinal dimension of the balloon catheter to wind the filament around the balloon catheter at a predetermined pitch. a controller; a rotatable holder (106a, b) for retaining at least a distal end of a balloon catheter at opposed ends of a balloon disposed on the catheter distal end; and a translatable winding carriage for winding a filament around an exterior surface of the balloon disposed on the catheter distal end; wherein the controller causes the translatable winding carriage to move along a longitudinal dimension of the balloon catheter to wind the filament around the balloon catheter at a predetermined pitch.
An infrared detector system comprising an array of sub pixel infrared detector diodes, SPIDDs, and a non volatile memory: characterised in that the SPIDDs of a pixel are connected together via respective sub pixel control switches to a user connection node of the pixel such that the outputs of the connected SPIDDs are combined to provide a combined output of the pixel at the user connection node; the non volatile memory is comprised from CMOS Silicon Fused memory cells; and that each of the CMOS Silicon Fused memory cells is mapped one to one with a sub pixel control switch to control the sub pixel control switch to disconnect defective SPIDDs of the pixel from the user connection node of the pixel. the SPIDDs of a pixel are connected together via respective sub pixel control switches to a user connection node of the pixel such that the outputs of the connected SPIDDs are combined to provide a combined output of the pixel at the user connection node; the non volatile memory is comprised from CMOS Silicon Fused memory cells; and that each of the CMOS Silicon Fused memory cells is mapped one to one with a sub pixel control switch to control the sub pixel control switch to disconnect defective SPIDDs of the pixel from the user connection node of the pixel.
A computer-implemented method comprising: generating N sets of parameters for a given video clip of a single video bit stream, wherein N is greater than or equal to 2, wherein each of the N sets of parameters comprises a rate parameter and a decoder buffer size parameter, wherein each of the N sets of parameters characterizes a leaky bucket model for the given video clip, the leaky bucket model for each of the N sets of parameters being further characterized by an initial decoder buffer fullness or initial buffer delay; and wherein, for each of the N sets of parameters, the set of parameters contains the single video bit stream such that there is no underflow of a decoder buffer of a reference decoder that operates according to the set of parameters for decoding of encoded data for the given video clip of the single video bit stream; providing, to a decoder device, information that indicates N along with the single video bit stream; and providing, to the decoder device, the N sets of parameters along with the single video bit stream. generating N sets of parameters for a given video clip of a single video bit stream, wherein N is greater than or equal to 2, wherein each of the N sets of parameters comprises a rate parameter and a decoder buffer size parameter, wherein each of the N sets of parameters characterizes a leaky bucket model for the given video clip, the leaky bucket model for each of the N sets of parameters being further characterized by an initial decoder buffer fullness or initial buffer delay; and wherein, for each of the N sets of parameters, the set of parameters contains the single video bit stream such that there is no underflow of a decoder buffer of a reference decoder that operates according to the set of parameters for decoding of encoded data for the given video clip of the single video bit stream; providing, to a decoder device, information that indicates N along with the single video bit stream; and providing, to the decoder device, the N sets of parameters along with the single video bit stream.
A computer-readable storage medium comprising instructions which, when executed by a computer, cause the computer to carry out the method of claim 2.
Tinostamustine or a pharmaceutically acceptable salt thereof for use in the treatment of T-cell prolymphocytic leukemia (T-PLL) in a patient in need thereof, wherein tinostamustine or a pharmaceutically acceptable salt thereof is not used in combination therapy.
Data sheet for a document of value and/or security document, having a substrate layer for forming a title side and an opposite data side, wherein the substrate layer consists of a fibre composite layer which is configured with at least one printed item (25, 35) and/or security feature arranged on a title side and/or data side and is impregnated with a sealing composition, wherein at least 50% of the free volume of the fibre composite layer is filled with the sealing composition, wherein a printed item and/or security feature is applied to the title side, characterised in that the sealing composition is applied to the title side of the fibre composite layer, wherein the data side is free of sealing composition.
Soft-sealing, concentric butterfly valve for mounting between two couplings in a pipe system, the butterfly valve comprising: a valve housing with a through running boring, in which a rotary damper, mounted to a spindle, is arranged standing in a circular-cylindrical valve seat, said valve seat being equipped internally with conical contact surfaces for the damper, the valve housing comprises on a first side, a coupling end piece cast in one piece with the valve housing and equipped with an external circular groove for connection with a first of said couplings in the pipe system, the valve housing comprises on a second side several threaded bolt holes arranged radially around the through running boring, and a removable coupling part, said removable coupling part being fastened to the valve housing by bolts inserted in the threaded bolt holes, said removable coupling part comprises a second coupling end piece equipped with an external circular groove for connection with a second of said couplings in the pipe system, and said valve seat is compressed between the valve housing and the removable coupling part and surrounds the damper to provide a leak proof connection. a valve housing with a through running boring, in which a rotary damper, mounted to a spindle, is arranged standing in a circular-cylindrical valve seat, said valve seat being equipped internally with conical contact surfaces for the damper, the valve housing comprises on a first side, a coupling end piece cast in one piece with the valve housing and equipped with an external circular groove for connection with a first of said couplings in the pipe system, the valve housing comprises on a second side several threaded bolt holes arranged radially around the through running boring, and a removable coupling part, said removable coupling part being fastened to the valve housing by bolts inserted in the threaded bolt holes, said removable coupling part comprises a second coupling end piece equipped with an external circular groove for connection with a second of said couplings in the pipe system, and said valve seat is compressed between the valve housing and the removable coupling part and surrounds the damper to provide a leak proof connection.
An iridium acetate, characterized in having a halide content of less than 1000 ppm, preferably less than 800 ppm (based on Ir), and characterized in having an absorption maximum (λ max) at wavelengths shorter than 680 nm in the visible/ultraviolet spectrum.
Method for monitoring the function of a hydraulic system of a machine for producing a fibrous web, such as a paper or board machine, wherein the hydraulic system uses at least one digital-hydraulic controller for controlling operating fluid pressures, which takes operating fluid stored under pressure from at least one pressure accumulator, the hydraulic system is provided with a supply unit, which is switched on as necessary in order to fill the pressure accumulator, and the actual switch-on frequency and/or switch-on duration of the supply unit is compared with an expected switch-on frequency and/or switch-on duration, wherein the actual switch-on frequency and/or the actual switch-on duration is/are detected again, beginning with each new start of the machine and after reaching the stable operating state, in which a target pressure in a hydraulic accumulator is maintained and the valves of the digital-hydraulic controller are as a rule closed, wherein, from the comparison of the actual switch-on frequency with the expected switch-on frequency, it is concluded that there is a leak in the hydraulic system if the actual switch-frequency exceeds the expected switch-on frequency, and/or wherein, from the comparison of the actual switch-on duration with the expected switch-on duration, it is concluded that there is a leak in the hydraulic system if the actual switch-on duration exceeds the expected switch-on duration. the hydraulic system uses at least one digital-hydraulic controller for controlling operating fluid pressures, which takes operating fluid stored under pressure from at least one pressure accumulator, the hydraulic system is provided with a supply unit, which is switched on as necessary in order to fill the pressure accumulator, and the actual switch-on frequency and/or switch-on duration of the supply unit is compared with an expected switch-on frequency and/or switch-on duration, wherein the actual switch-on frequency and/or the actual switch-on duration is/are detected again, beginning with each new start of the machine and after reaching the stable operating state, in which a target pressure in a hydraulic accumulator is maintained and the valves of the digital-hydraulic controller are as a rule closed, wherein, from the comparison of the actual switch-on frequency with the expected switch-on frequency, it is concluded that there is a leak in the hydraulic system if the actual switch-frequency exceeds the expected switch-on frequency, and/or wherein, from the comparison of the actual switch-on duration with the expected switch-on duration, it is concluded that there is a leak in the hydraulic system if the actual switch-on duration exceeds the expected switch-on duration.
A measurement arrangement for determining a constituent substance and/or a quality parameter of water or waste water, comprising: - a reaction module for thermally decomposing a sample of the water or waste water, - means for delivering the reaction product to a detector in a carrier gas flow, - the detector (42, 45, 47); and - an evaluation unit (43, 46, 48) for evaluating a detector signal for deriving a value of the constituent substance or quality parameter, wherein the reaction module is an elongated vessel of vertical orientation during operation having a resistance heating or infrared heating, and has a head section (11i, 11j) into which the sample is introduced, a reaction zone, where the thermal decomposition is performed, as well as a foot section, from which the reaction product is output in the carrier gas flow, wherein the head section of the reaction module has an injection port for temporarily introducing an injection needle, characterized in that the injection port comprises an O-ring internally spring-loaded by a silicone insert or an inserted spring such that the injection port has a bore with an increased diameter, the dimensions of which bore are adapted to that of a needle collar of the injection syringe, and the lower front face of which acts as an abutment for depth limitation during insertion of the injection syringe, wherein the O-ring rests upon the lower front face of the bore as a sealing. - a reaction module for thermally decomposing a sample of the water or waste water, - means for delivering the reaction product to a detector in a carrier gas flow, - the detector (42, 45, 47); and - an evaluation unit (43, 46, 48) for evaluating a detector signal for deriving a value of the constituent substance or quality parameter,
A method of preparing a cheese product comprising: providing a slurry that comprises one or more ingredients at a temperature of 33-149°C (90-300°F), wherein the one or more ingredients are selected from delactose permeate, non-fat dry milk, a milk protein, an acidity regulator, an acid, an anticaking agent, an antifoaming agent, a coloring agent, an enzyme preparation, a flavoring agent, a firming agent, a food protein, a gelling agent, a preservative, a stabilizer, a starch, a thickener, an oil, a fat, a cheese powder, a salt, a nutritional supplement, an enzyme, a neutraceutical, a carbohydrate, a vitamin, or a mineral; providing a heated mass of cheese prepared by heating and kneading cheese curd; adding an ingredient in dry form to the heated mass of cheese combining the slurry with the heated mass of cheese to form an admixture; and processing the admixture to form the cheese product. providing a slurry that comprises one or more ingredients at a temperature of 33-149°C (90-300°F), wherein the one or more ingredients are selected from delactose permeate, non-fat dry milk, a milk protein, an acidity regulator, an acid, an anticaking agent, an antifoaming agent, a coloring agent, an enzyme preparation, a flavoring agent, a firming agent, a food protein, a gelling agent, a preservative, a stabilizer, a starch, a thickener, an oil, a fat, a cheese powder, a salt, a nutritional supplement, an enzyme, a neutraceutical, a carbohydrate, a vitamin, or a mineral; providing a heated mass of cheese prepared by heating and kneading cheese curd; adding an ingredient in dry form to the heated mass of cheese combining the slurry with the heated mass of cheese to form an admixture; and processing the admixture to form the cheese product.
A composite material structure forming method comprising: winding a prepreg around an inner jig; forming a spar by curing the prepreg wound around the inner jig; measuring a thickness of the spar formed by said curing; setting a number of layers of adjustment plies based on the measured thickness of the spar; stacking the number of layers of adjustment plies on the cured prepreg; and then forming a composite material structure by providing an outer plate (4, 4a, 4b) made of composite material on an outer periphery of the inner jig on which the adjustment plies are stacked and mounting a divided outer jig on the outer plate the inner jig being made of an aluminum alloy, an invar alloy, or a composite material. winding a prepreg around an inner jig; forming a spar by curing the prepreg wound around the inner jig; measuring a thickness of the spar formed by said curing; setting a number of layers of adjustment plies based on the measured thickness of the spar; stacking the number of layers of adjustment plies on the cured prepreg; and then forming a composite material structure by providing an outer plate (4, 4a, 4b) made of composite material on an outer periphery of the inner jig on which the adjustment plies are stacked and mounting a divided outer jig on the outer plate the inner jig being made of an aluminum alloy, an invar alloy, or a composite material.