mhurhangee/ep-ind-claims huggingface dataset:
A process for production of elemental sulfur from a feedstock gas comprising from 15%, 20%, 30 vol%, 40 vol% or 50% to 99 vol% or 100 vol% H 2 S and a stream of sulfuric acid involving the steps of a. providing a Claus reaction furnace feed stream comprising an amount of said feedstock gas, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric with respect to the Claus reaction, b. directing said Claus reaction furnace feed stream to a reaction furnace zone operating at elevated temperature such as above 900°C, providing a reaction furnace zone product, c. directing said reaction furnace zone product and an amount of sulfuric acid to a sulfuric acid evaporation zone downstream said reaction furnace zone providing a Claus converter feed gas d. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally withdrawing elemental sulfur from the gas e. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, f. withdrawing a Claus tail gas and elemental sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, g. directing a stream comprising said Claus tail gas to a Claus tail gas treatment. a. providing a Claus reaction furnace feed stream comprising an amount of said feedstock gas, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric with respect to the Claus reaction, b. directing said Claus reaction furnace feed stream to a reaction furnace zone operating at elevated temperature such as above 900°C, providing a reaction furnace zone product, c. directing said reaction furnace zone product and an amount of sulfuric acid to a sulfuric acid evaporation zone downstream said reaction furnace zone providing a Claus converter feed gas d. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally withdrawing elemental sulfur from the gas e. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, f. withdrawing a Claus tail gas and elemental sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, g. directing a stream comprising said Claus tail gas to a Claus tail gas treatment.
An antibody-drug conjugate compound for use in the treatment of Hodgkin's lymphoma in a subject, wherein said antibody-drug conjugate is an anti-CD30 antibody conjugated to an auristatin compound and is administered in combination therapy with a chemotherapeutic regimen comprising (i) doxorubicin, bleomycin, vinblastine and dacarbazine, or (ii) gemcitabine.
An ice detector system comprising: a processor; a storage medium, the storage medium being coupled to the processor; and an ice detector unit comprising: an ice detector probe; a drive coil to control the resonant frequency of the ice detector probe; a driver circuit coupled to the drive coil; a current sensor configured to detect a current parameter provided to the drive coil during operation; a feedback coil configured to provide a feedback signal to the driver circuit to control the drive coil; and a capacitor coupled to the feedback coil and the driver circuit, wherein the capacitor determines a resonant frequency of the ice detector probe, wherein the processor is configured to: analyze a performance of the ice detector probe based on the current parameter; and transmit performance data of the ice detector probe to the storage medium for storage. a processor; a storage medium, the storage medium being coupled to the processor; and an ice detector unit comprising: an ice detector probe; a drive coil to control the resonant frequency of the ice detector probe; a driver circuit coupled to the drive coil; a current sensor configured to detect a current parameter provided to the drive coil during operation; a feedback coil configured to provide a feedback signal to the driver circuit to control the drive coil; and a capacitor coupled to the feedback coil and the driver circuit, wherein the capacitor determines a resonant frequency of the ice detector probe, wherein the processor is configured to: analyze a performance of the ice detector probe based on the current parameter; and transmit performance data of the ice detector probe to the storage medium for storage.
An electronic device provided with a hybrid touch screen device, the electronic device comprising: a touch panel arranged to detect a direct touch input event made by a direct touch of the touch panel; a pen touch panel comprising an electromagnetic induction panel arranged to detect a touch pen input event from an entry of a touch pen within a predetermined detection distance before a touch; a display panel arranged to display a screen according to a selection of the touch panel, the pen touch panel, and a user operation; and at least one processor arranged to control execution of a relevant function according to a type of input event as detected by the touch panel and the pen touch panel, respectively, wherein the at least one processor is arranged to deactivate the direct touch input event detection function of the entire of the touch panel when the touch pen enters within a predetermined detection distance of the pen touch panel; the electronic device being characterised in that the at least one processor further is arranged if a particular series of touches, taps, multi-taps, or multi-finger touch indicative of intentional contact are detected while the touch pen is being used, to activate the touch panel. a touch panel arranged to detect a direct touch input event made by a direct touch of the touch panel; a pen touch panel comprising an electromagnetic induction panel arranged to detect a touch pen input event from an entry of a touch pen within a predetermined detection distance before a touch; a display panel arranged to display a screen according to a selection of the touch panel, the pen touch panel, and a user operation; and at least one processor arranged to control execution of a relevant function according to a type of input event as detected by the touch panel and the pen touch panel, respectively, wherein the at least one processor is arranged to deactivate the direct touch input event detection function of the entire of the touch panel when the touch pen enters within a predetermined detection distance of the pen touch panel; the electronic device being characterised in that the at least one processor further is arranged if a particular series of touches, taps, multi-taps, or multi-finger touch indicative of intentional contact are detected while the touch pen is being used, to activate the touch panel.
Vehicle for discharging crop, in particular root crop, to form a crop heap, the vehicle comprising: - a drive device adapted to drive the vehicle, - a crop bunker adapted to contain the crop to be discharged, - a discharge device adapted to discharge the crop from the crop bunker, the vehicle being characterized in that the vehicle comprises a control device adapted to control the discharge device so as to create a crop heap with defined heap parameters, the heap parameters including one or more of: a defined heap location, a defined heap width and a defined heap orientation. - a drive device adapted to drive the vehicle, - a crop bunker adapted to contain the crop to be discharged, - a discharge device adapted to discharge the crop from the crop bunker,
A method of making a product mixture of linear high molecular weight polyamines having four or more N atoms comprising the steps of: (a) providing a reaction composition comprising one or more nitrogen-containing compounds comprising a first component that has more than two non-tertiary amine groups separated from one another by at least a ternary or higher carbon atom spacing (C3 or greater spacing) or comprising a first component that is dipropylenetriamine or 2-(aminomethyl)-2-methyl-1,3-propanediamine, and, optionally, a second component that has at least two nitrogen containing groups separated from one another by a second carbon atom spacing; and (b) subjecting the reaction composition to a transamination reaction in the presence of a hydrogenation/ dehydrogenation catalyst comprising a Ni/Re catalyst, to obtain the linear high molecular weight polyamine-containing mixture. (a) providing a reaction composition comprising one or more nitrogen-containing compounds comprising a first component that has more than two non-tertiary amine groups separated from one another by at least a ternary or higher carbon atom spacing (C3 or greater spacing) or comprising a first component that is dipropylenetriamine or 2-(aminomethyl)-2-methyl-1,3-propanediamine, and, optionally, a second component that has at least two nitrogen containing groups separated from one another by a second carbon atom spacing; and (b) subjecting the reaction composition to a transamination reaction in the presence of a hydrogenation/ dehydrogenation catalyst comprising a Ni/Re catalyst, to obtain the linear high molecular weight polyamine-containing mixture.
An acoustical horn having a throat with an axis of rotation, comprising: a top portion including at least a first surface (154, 158, 158a) having a conic shape; a bottom portion including a second surface starting at the throat, ending at an outer diameter of the bottom portion; and characterised by: a concave conical section (148, 148a, 148b) formed over the throat; a convex conical section adjoined to and extending from the concave conical section, the concave conical section and convex conical section defined by a rotating a slanted line segment through a point above the throat; wherein the concave conical section, convex conical section, first surface of the top portion and the second surface of the bottom portion are configured for the purpose of redirecting spherical waves received from a transducer into an environment in which the acoustical horn is located, the transducer being substantially orthogonal to the radiated acoustical output. a top portion including at least a first surface (154, 158, 158a) having a conic shape; a bottom portion including a second surface starting at the throat, ending at an outer diameter of the bottom portion; and characterised by: a concave conical section (148, 148a, 148b) formed over the throat; a convex conical section adjoined to and extending from the concave conical section, the concave conical section and convex conical section defined by a rotating a slanted line segment through a point above the throat; wherein the concave conical section, convex conical section, first surface of the top portion and the second surface of the bottom portion are configured for the purpose of redirecting spherical waves received from a transducer into an environment in which the acoustical horn is located, the transducer being substantially orthogonal to the radiated acoustical output. a concave conical section (148, 148a, 148b) formed over the throat; a convex conical section adjoined to and extending from the concave conical section, the concave conical section and convex conical section defined by a rotating a slanted line segment through a point above the throat; wherein the concave conical section, convex conical section, first surface of the top portion and the second surface of the bottom portion are configured for the purpose of redirecting spherical waves received from a transducer into an environment in which the acoustical horn is located, the transducer being substantially orthogonal to the radiated acoustical output.
A combustion chamber of a diesel engine provided with a bowl having a concave shape so that fuel injected from an injector is mixed with air, the combustion chamber comprising: a pip protruding from a center of a lower surface of the bowl toward the injector; a lip part protruding from a side surface of the bowl toward the injector; and a main combustion chamber provided on a lower portion of the lip part and a sub combustion chamber provided on an upper portion of the lip part, with the lip part interposed therebetween, wherein a surface of the sub combustion chamber is formed in a concave bowl shape to have a depth (Th) of the sub combustion chamber of 1.0 mm or lower, and a ratio (H2/H1) of a lip curvature center depth of the lip part to a combustion chamber maximum depth of the main combustion chamber is 2.2 to 2.8, characterized in that the depth (Th) of the sub combustion chamber refers to a distance between a highest surface of the sub combustion chamber and a lowest surface of the sub combustion chamber, and the maximum depth of the sub combustion chamber is formed at the center of the highest surface. a pip protruding from a center of a lower surface of the bowl toward the injector; a lip part protruding from a side surface of the bowl toward the injector; and a main combustion chamber provided on a lower portion of the lip part and a sub combustion chamber provided on an upper portion of the lip part, with the lip part interposed therebetween, wherein a surface of the sub combustion chamber is formed in a concave bowl shape to have a depth (Th) of the sub combustion chamber of 1.0 mm or lower, and a ratio (H2/H1) of a lip curvature center depth of the lip part to a combustion chamber maximum depth of the main combustion chamber is 2.2 to 2.8, characterized in that the depth (Th) of the sub combustion chamber refers to a distance between a highest surface of the sub combustion chamber and a lowest surface of the sub combustion chamber, and the maximum depth of the sub combustion chamber is formed at the center of the highest surface.
A method for operating a wearable loudspeaker device that is worn on the upper part of the body of a user distant to the user's ears and head, the method comprising: determining sensor data; based on the sensor data, determining at least one parameter, related to the current position of the user's head in relation to the wearable loudspeaker device; and adapting a filter transfer function of at least one filter unit for the current position of the user's head based on the at least one parameter, wherein an audio output signal that is output to at least one loudspeaker of the wearable loudspeaker device depends on the filter transfer function. determining sensor data; based on the sensor data, determining at least one parameter, related to the current position of the user's head in relation to the wearable loudspeaker device; and adapting a filter transfer function of at least one filter unit for the current position of the user's head based on the at least one parameter, wherein an audio output signal that is output to at least one loudspeaker of the wearable loudspeaker device depends on the filter transfer function.
A diutan gum exhibiting an intrinsic viscosity of greater than 150 deciL/g up to 170.7 deciL/g when intrinsic viscosity is obtained by plotting the reduced viscosity versus the solution concentration, and extrapolating a linear regression of the data to zero concentration.
Drinks machine, in particular a coffee machine, having a drinks outlet and a housing region which is arranged essentially thereunder which has an essentially upright housing arrangement designed as a semi-cocoon, and in which a drinks vessel can be housed/placed during a filling process, wherein the housing region is embodied as a separate part for cleaning purposes and accordingly is removable from the drinks machine, characterised in that at least one locking device which is simple to operate and can be quickly removed or fixed comprising at least one clip element is provided on the housing arrangement, by means of which locking device the housing arrangement and thus the entire housing region can be locked on or in the drinks machine or on the coffee machine, such that it is possible to attach the housing region to the drinks machine and to remove the housing region from the drinks machine in a few simple steps.
Apparatus for diagnosing obstructive sleep apnea, the apparatus comprising: a microphone for acquiring a sleep sound signal of a person; and a computer system configured to: detect a plurality of snore sounds in the sleep sound signal; determine a set of mel-frequency cepstral coefficients for each of the snore sounds; determine a variance for each of the sets of mel-frequency cepstral coefficients; characterized in that the computer system is further configured to: determine a sum of the variances for the plurality of snore sounds; determine a first characterizing feature for the sleep sound signal responsive to the sum of the variances; and use the first characterizing feature to diagnose OSA in the person. a microphone for acquiring a sleep sound signal of a person; and a computer system configured to: detect a plurality of snore sounds in the sleep sound signal; determine a set of mel-frequency cepstral coefficients for each of the snore sounds; determine a variance for each of the sets of mel-frequency cepstral coefficients; characterized in that the computer system is further configured to: determine a sum of the variances for the plurality of snore sounds; determine a first characterizing feature for the sleep sound signal responsive to the sum of the variances; and use the first characterizing feature to diagnose OSA in the person. detect a plurality of snore sounds in the sleep sound signal; determine a set of mel-frequency cepstral coefficients for each of the snore sounds; determine a variance for each of the sets of mel-frequency cepstral coefficients; determine a sum of the variances for the plurality of snore sounds; determine a first characterizing feature for the sleep sound signal responsive to the sum of the variances; and use the first characterizing feature to diagnose OSA in the person.
A microwave feeding system for a microwave oven or for an oven with microwave heating function, wherein - the microwave feeding system comprises a magnetron, a rectangular waveguide and a cylindrical cavity, - the cylindrical cavity is connectable to an oven cavity, - a rotatable omnidirectional antenna is arranged inside the cylindrical cavity, - the omnidirectional antenna is driven by an antenna motor, - the omnidirectional antenna is connected to the antenna motor via a shaft made of conductive material, - an inner cavity is arranged inside the cylindrical cavity, - the inner cavity is arranged coaxially to the cylindrical cavity, - the inner cavity encloses at least partially the shaft, and - the inner cavity and the shaft are arranged coaxially to each other, characterised in that the magnetron, the rectangular waveguide and the cylindrical cavity are connected in straight series, wherein a magnetron antenna penetrates into the rectangular waveguide, and wherein the omnidirectional antenna acts as a continuous phase shifter, so that the microwave feeding system provides elliptically polarized TEM electromagnetic waves for the oven cavity, and wherein the inner diameter of the cylindrical cavity is between 0.75 and three multiples of the wavelength of the microwaves guided within said cylindrical cavity. - the microwave feeding system comprises a magnetron, a rectangular waveguide and a cylindrical cavity, - the cylindrical cavity is connectable to an oven cavity, - a rotatable omnidirectional antenna is arranged inside the cylindrical cavity, - the omnidirectional antenna is driven by an antenna motor, - the omnidirectional antenna is connected to the antenna motor via a shaft made of conductive material, - an inner cavity is arranged inside the cylindrical cavity, - the inner cavity is arranged coaxially to the cylindrical cavity, - the inner cavity encloses at least partially the shaft, and - the inner cavity and the shaft are arranged coaxially to each other,
Method (S1-S9) for operating a vaporiser of a household appliance, the vaporiser being provided with a heating system and having at least part of a level detector for detecting a predetermined filling level and at least part of an overheating detector for establishing that the heating system has overheated, characterised in that the method has at least the following steps: (i) filling the vaporiser at least to the predetermined filling level; (ii) emptying the vaporiser by means of an emptying arrangement; (iii) starting a time measurement once the level falls below the predetermined filling level; (iv) switching on the heating system of the vaporiser once the level falls below the predetermined filling level; (v) stopping the time measurement once it has been established that the heating system has overheated; (vi) calculating a delivery output during emptying of the vaporiser, from a duration for emptying that is determined by means of the time measurement wherein the calculation comprises dividing a liquid volume of the vaporiser by the duration for emptying. (i) filling the vaporiser at least to the predetermined filling level; (ii) emptying the vaporiser by means of an emptying arrangement; (iii) starting a time measurement once the level falls below the predetermined filling level; (iv) switching on the heating system of the vaporiser once the level falls below the predetermined filling level; (v) stopping the time measurement once it has been established that the heating system has overheated; (vi) calculating a delivery output during emptying of the vaporiser, from a duration for emptying that is determined by means of the time measurement wherein the calculation comprises dividing a liquid volume of the vaporiser by the duration for emptying.
A zinc electrode, obtainable by a method according to any one of the claims 21 to 27, comprising a current collector material on which a zinc layer is electrodeposited, wherein the zinc layer appears as compact solid metal, comprises a boulder-like and/or layerlike microstructure and is adherent with a compact porosity.
A multi-type air conditioning system comprising a plurality of constituent units and a communication line connecting the plurality of constituent units, the plurality of constituent units comprising an outdoor unit and a plurality of indoor units (120-1, 120-2, 120-3, 120-4), wherein each of the plurality of constituent units comprises: a communicator (119; 129-1; 129-2; 129-3; 129-4) configured to transmit/receive data through the communication line; and a controller (117; 127-1; 127-2; 127-3; 127-4) configured to randomly select a priority set time, to control the communicator to transmit a preamble signal through the communication line when the priority set time has elapsed, and to control the communicator to transmit the data through the communication line when transmission of the preamble signal has been completed. a communicator (119; 129-1; 129-2; 129-3; 129-4) configured to transmit/receive data through the communication line; and a controller (117; 127-1; 127-2; 127-3; 127-4) configured to randomly select a priority set time, to control the communicator to transmit a preamble signal through the communication line when the priority set time has elapsed, and to control the communicator to transmit the data through the communication line when transmission of the preamble signal has been completed.
Process for preparing guanidino acetic acid, the process comprising (a) preparing an alkaline process solution comprising glycine, (b) reacting cyanamide with the excess glycine as comprised in the alkaline process solution, (c) separating off the guanidino acetic acid product and (d) recirculating the alkaline process solution comprising glycine; the process being characterized in that anionic impurities are removed from the process solution by electrodialysis, wherein the electrodialysis is conducted in a cell comprising at least one feed compartment comprising the alkaline process solution and at least one concentrate compartment, and wherein the pH of the alkaline process solution is between 8.5 and 11.