mhurhangee/ep-ind-claims huggingface dataset:
A method for removing SO 2 and NO x from a carbon dioxide feed gas comprising SO 2 and NO x as contaminants, said method comprising: maintaining said carbon dioxide feed gas at an elevated pressure of at least 0.3 MPa (3 bar) in contact with a solid alkaline adsorbent selected from the group consisting of Group II metal carbonates, in the presence of O 2, NO x and water for a period of time at least sufficient to react said alkaline adsorbent with SO 2 and to convert SO 2 to sulfuric acid and NO x to nitric acid to produce SO 2 -depleted, NO x -lean carbon dioxide gas, a mixture of adsorbent-derived sulfate and adsorbent-derived sulfite, and an aqueous mixed acid solution comprising nitric and sulfuric acids; and separating said mixture of adsorbent-derived sulfate and adsorbent-derived sulfite and said aqueous mixed acid solution from said SO 2 -depleted, NO x -lean carbon dioxide gas to produce a separated SO 2 -depleted, NO x -lean carbon dioxide gas. maintaining said carbon dioxide feed gas at an elevated pressure of at least 0.3 MPa (3 bar) in contact with a solid alkaline adsorbent selected from the group consisting of Group II metal carbonates, in the presence of O 2, NO x and water for a period of time at least sufficient to react said alkaline adsorbent with SO 2 and to convert SO 2 to sulfuric acid and NO x to nitric acid to produce SO 2 -depleted, NO x -lean carbon dioxide gas, a mixture of adsorbent-derived sulfate and adsorbent-derived sulfite, and an aqueous mixed acid solution comprising nitric and sulfuric acids; and separating said mixture of adsorbent-derived sulfate and adsorbent-derived sulfite and said aqueous mixed acid solution from said SO 2 -depleted, NO x -lean carbon dioxide gas to produce a separated SO 2 -depleted, NO x -lean carbon dioxide gas.
A media backend server within an Internet Protocol Television,IPTV, system, the media backend server operated by a hosting operator to enable tiered reselling of IPTV services to a hosted operator, the media backend server comprising: a network interface (240, 245) coupled to a network to receive a web service call for a plurality of media content from a branch server operated by the hosted operator, to transmit a proxy web service call to a head end server to retrieve media metadata for at least a portion of the plurality of media content and to transmit filtered media metadata corresponding to purchased ones of the plurality of media content purchased by the hosted operator from the hosting operator to the branch server; a memory for storing operator metadata associated with the hosted operator, the operator metadata indicating the filtered media metadata to be provided to the branch server; and a processor coupled to the network interface (240, 245) and the memory, the processor operable to translate the web service call to the proxy web service call and to identify the filtered media metadata to be transmitted to the branch server using the operator metadata. a network interface (240, 245) coupled to a network to receive a web service call for a plurality of media content from a branch server operated by the hosted operator, to transmit a proxy web service call to a head end server to retrieve media metadata for at least a portion of the plurality of media content and to transmit filtered media metadata corresponding to purchased ones of the plurality of media content purchased by the hosted operator from the hosting operator to the branch server; a memory for storing operator metadata associated with the hosted operator, the operator metadata indicating the filtered media metadata to be provided to the branch server; and a processor coupled to the network interface (240, 245) and the memory, the processor operable to translate the web service call to the proxy web service call and to identify the filtered media metadata to be transmitted to the branch server using the operator metadata.
A snow-removal blade having a face for coming into contact with the snow to be removed from a traffic lane, said face comprising at least one concave part along the largest dimension of the blade, also referred to as the width of the blade, the opening of the concave part facing the snow to be removed from the snow-covered traffic lane when the snow-removal blade is in a use configuration, the blade comprising a flat main body and, in the upper part of the body, a concave part, characterised in that the concave part is equipped with a means (8, 161, 111, 120, 121) for varying the radius of curvature of the concavity of the part, and in that said means for varying the radius of curvature of the concavity comprises at least two articulated segments, the segments being mutually parallel and defining the largest dimension of the snow-removal blade.
A method for determining body's readiness to respond to current physical exercise, using a performance check, and providing feedback to a user, wherein the user starts to perform an exercise and where an earlier performance level is determined in an earlier exercise before the performance check, the method performed by a data processing unit having steps of: - an instant performance level of the user is determined by a relation of exercise intensity and determined external workload, the exercise intensity being determined from measured heart rate, wherein the external workload is determined by measuring or inputting manually, - the earlier performance level is compared to the instant performance level, - a readiness index is determined according to the said comparison and with background information including an HRmax level and/or with training history including a maximal MET-value, - feedback is given according to the determined readiness index. - an instant performance level of the user is determined by a relation of exercise intensity and determined external workload, the exercise intensity being determined from measured heart rate, wherein the external workload is determined by measuring or inputting manually, - the earlier performance level is compared to the instant performance level, - a readiness index is determined according to the said comparison and with background information including an HRmax level and/or with training history including a maximal MET-value, - feedback is given according to the determined readiness index.
Method for generating energy from a gas flow comprising a gas component, such as CO 2, the method comprising the steps of: - providing the gas flow to a flow channel containing water; - production of cations and anions from the gas component absorbed in water and that reacts with water; - providing a cation-selective electrode and an anion-selective electrode capable of sorbing cations and anions respectively, wherein, to provide the cation and anion selectivity, at least one electrode of the at least two electrodes is separated from the flow channel with an anion exchange membrane and at least one other electrode of the at least two electrodes is separated from the flow channel with a cation exchange membrane and/or the electrodes are chemically modified by filling interparticle pores with polyelectrolyte gel; - diffusing of the cations towards the cation-selective electrode and of the anions towards the anion-selective electrode; - sorbing the cations and anions by the electrodes (6,8); - transporting of electrons through an electrical circuit to maintain electro-neutrality of the electrodes; and - generating electrical energy. - providing the gas flow to a flow channel containing water; - production of cations and anions from the gas component absorbed in water and that reacts with water; - providing a cation-selective electrode and an anion-selective electrode capable of sorbing cations and anions respectively, wherein, to provide the cation and anion selectivity, at least one electrode of the at least two electrodes is separated from the flow channel with an anion exchange membrane and at least one other electrode of the at least two electrodes is separated from the flow channel with a cation exchange membrane and/or the electrodes are chemically modified by filling interparticle pores with polyelectrolyte gel; - diffusing of the cations towards the cation-selective electrode and of the anions towards the anion-selective electrode; - sorbing the cations and anions by the electrodes (6,8); - transporting of electrons through an electrical circuit to maintain electro-neutrality of the electrodes; and - generating electrical energy.
A system for reconstructing a scene behind a wall, said system comprising: an antenna array configured for transmitting a signal through the wall into a scene; and a processor configured for estimating parameters of the wall from a reflected signal, said parameters including permittivity and thickness of all layers in the wall, generating a model of the permittivity of the wall using the parameters, and reconstructing the scene as an image from the reflected signal using the model; the system being characterized in that: the antenna array used to transmit and receive the signals is a Multiple-Input-Multiple-Output, MIMO, antenna array, wherein the average inter-element spacing of the antenna elements is nonuniform and larger than half a wavelength of the transmitted signal and the array is a co-prime array or a nested array, and in that: the processor is configured for reconstructing the scene as an image from the reflected signal using sparse recovery and compressed sensing. an antenna array configured for transmitting a signal through the wall into a scene; and a processor configured for estimating parameters of the wall from a reflected signal, said parameters including permittivity and thickness of all layers in the wall, generating a model of the permittivity of the wall using the parameters, and reconstructing the scene as an image from the reflected signal using the model; the system being characterized in that: the antenna array used to transmit and receive the signals is a Multiple-Input-Multiple-Output, MIMO, antenna array, wherein the average inter-element spacing of the antenna elements is nonuniform and larger than half a wavelength of the transmitted signal and the array is a co-prime array or a nested array, and in that: the processor is configured for reconstructing the scene as an image from the reflected signal using sparse recovery and compressed sensing.
A method of manufacturing a thermal type flowmeter that includes a circuit package of a resin-molded semiconductor chip (602, 605), the method comprising: resin-molding a semiconductor chip (602, 605) wherein the semiconductor chip (602, 605) is in a state in which a mold is pressed against a surface of the semiconductor chip (602, 605) such that the heat transfer surface is surrounded by an abutting portion of the mold and characterized in that, the mold is in addition pressed against a pressed surface that is set on the surface of the semiconductor chip (602, 605) at a position separate from the heat transfer surface. resin-molding a semiconductor chip (602, 605) wherein the semiconductor chip (602, 605) is in a state in which a mold is pressed against a surface of the semiconductor chip (602, 605) such that the heat transfer surface is surrounded by an abutting portion of the mold and characterized in that, the mold is in addition pressed against a pressed surface that is set on the surface of the semiconductor chip (602, 605) at a position separate from the heat transfer surface.
Gravimetric measuring device system, comprising a balance base body, a weighing system, and a plurality of different top units for alternatively constructing different gravimetric measuring devices (10, 10', 10'', 10′′′) which each comprise the balance base body, the weighing system and one of the top units (14, 14', 14'', 14′′′), wherein this top unit (14, 14', 14", 14′′′) is reversibly fixed on a balance base body wall of the balance base body, and the weighing system has a load receptor which passes through the balance base body wall and the top unit (14, 14', 14'', 14′′′), and wherein a plurality of optical, magnetic, tactile, radio, thermal, electrical and/or electronic interfaces coupled to a balance electronics are arranged on the balance base body wall, at least one of which interfaces is connected to a corresponding interface of the top unit (14, 14', 14'', 14′′′) to form an optical, magnetic, tactile, radio, thermal, electrical and/or electronic connection between the top unit (14, 14', 14", 14′′′) and the balance electronics, while other interfaces are not contacted by corresponding interfaces of the top unit (14, 14', 14'', 14′′′).
A supercharging system for an internal combustion engine, comprising: a charging device (6, 6a) with a turbine (7, 7a) and a compressor (8, 8a), said compressor having a high speed shaft; a planetary gear coupled to said high speed shaft and an electric motor, or generator, via a low speed drive shaft; a clutch unit; and a power transmission for connecting a crank shaft of the combustion engine to said drive shaft via the clutch unit, characterized in that a system control unit is configured to control an in-cylinder mean temperature of said internal combustion engine by controlling the electric motor, or generator, speed, wherein said controlling comprises controlling the electric motor, or generator, to slow down in speed, whereby the rotational speed of the compressor (8, 8a) and the turbine (7, 7a) will be reduced. a charging device (6, 6a) with a turbine (7, 7a) and a compressor (8, 8a), said compressor having a high speed shaft; a planetary gear coupled to said high speed shaft and an electric motor, or generator, via a low speed drive shaft; a clutch unit; and a power transmission for connecting a crank shaft of the combustion engine to said drive shaft via the clutch unit, characterized in that a system control unit is configured to control an in-cylinder mean temperature of said internal combustion engine by controlling the electric motor, or generator, speed, wherein said controlling comprises controlling the electric motor, or generator, to slow down in speed, whereby the rotational speed of the compressor (8, 8a) and the turbine (7, 7a) will be reduced.
A light wood-base material comprising from 30 to 92.5% by weight, based on the wood-base material, of wood particles, the wood particles having a mean density of from 0.4 to 0.85 g/cm 3, from 2.5 to 20% by weight, based on the wood-base material, of polystyrene and/or of styrene copolymer as a filler, the filler having a bulk density of from 30 to 100 kg/m 3, and from 5 to 50% by weight, based on the wood-base material, of a binder, the mean density of the light wood-base material being less than or equal to 600 kg/m 3, wherein in which prefoamed filler beads or spheres which have a diameter of from 0.25 to 10 mm is used as the filler and in which the filler beads or spheres have an antistatic coating, wherein the wood particles have a mean density of from 0.4 to 0.75 g/cm 3 and the transverse tensile strength of the wood-base material is greater than 0.4 N/mm 2.
A device for filtering a flow of gas conveying liquid or solid particles, said device comprising: - a flow channel comprising a neck extended by an enlargement in the downstream direction, - a recovery channel having an upstream opening arranged inside the flow channel so as to be substantially aligned with the neck in the downstream extension thereof, with the recovery channel and the flow channel being so configured that the flow allowed to circulate in the recovery channel is less than the one allowed to circulate in the flow channel, characterized - in that obstacles to the flowing of particles are formed in the flow channel downstream from the upstream opening of the recovery channel, the obstacles to the flowing of particles comprise a buffer mounted across the flow channel, the buffer comprising several walls (40,42,44) successively formed through the flow channel and comprising respective not aligned openings, said walls (40,42,44) including intermediate wall formed opposite a duct for the suction of the particles opening into the flow channel, and - in that particles suction means are arranged in the recovery channel, by so the flow rate allowed to circulate in the recovery channel is: - equal to the flow rate of the particles alone in the flow, and - lower than the flow rate allowed to circulate in the flow channel downstream from the upstream opening of the recovery channel. - a flow channel comprising a neck extended by an enlargement in the downstream direction, - a recovery channel having an upstream opening arranged inside the flow channel so as to be substantially aligned with the neck in the downstream extension thereof, - in that obstacles to the flowing of particles are formed in the flow channel downstream from the upstream opening of the recovery channel, the obstacles to the flowing of particles comprise a buffer mounted across the flow channel, the buffer comprising several walls (40,42,44) successively formed through the flow channel and comprising respective not aligned openings, said walls (40,42,44) including intermediate wall formed opposite a duct for the suction of the particles opening into the flow channel, and - in that particles suction means are arranged in the recovery channel, by so the flow rate allowed to circulate in the recovery channel is: - equal to the flow rate of the particles alone in the flow, and - lower than the flow rate allowed to circulate in the flow channel downstream from the upstream opening of the recovery channel. - equal to the flow rate of the particles alone in the flow, and - lower than the flow rate allowed to circulate in the flow channel downstream from the upstream opening of the recovery channel.
A power lock-up setting method, adapted to an electronic apparatus, wherein the electronic apparatus comprises a power switch, a general purpose input/output (GPIO) interface, a control unit, a logic processing unit, and a processing module, wherein the logic processing unit comprises a baseboard management controller the power lock-up setting method comprising: receiving a trigger signal by a pin of the GPIO interface and transmitting the trigger signal to the control unit, such that the control unit enables the electronic apparatus, and a power-on-self-test of the electronic apparatus is performed by the processing module, wherein the trigger signal is generated by the power switch which is pressed; detecting whether the GPIO interface is set to a power lock-up state by the logic processing unit, wherein a level of the pin is set to a disable level by the logic processing unit when the GPIO interface is set to the power lock-up state; and loading an operating system by the processing module to perform an operating system booting process, wherein under an operating environment of the operating system, the trigger signal is prevented from being transmitted to the control unit when being generated again; receiving a power-off forcing command when the operating system hangs up; setting the level of the pin to an enable level by the BMC according to the power-off forcing command; and controlling the electronic apparatus to enter a power-off mode by the BMC. receiving a trigger signal by a pin of the GPIO interface and transmitting the trigger signal to the control unit, such that the control unit enables the electronic apparatus, and a power-on-self-test of the electronic apparatus is performed by the processing module, wherein the trigger signal is generated by the power switch which is pressed; detecting whether the GPIO interface is set to a power lock-up state by the logic processing unit, wherein a level of the pin is set to a disable level by the logic processing unit when the GPIO interface is set to the power lock-up state; and loading an operating system by the processing module to perform an operating system booting process, wherein under an operating environment of the operating system, the trigger signal is prevented from being transmitted to the control unit when being generated again; receiving a power-off forcing command when the operating system hangs up; setting the level of the pin to an enable level by the BMC according to the power-off forcing command; and controlling the electronic apparatus to enter a power-off mode by the BMC.
A hearing assistance system, comprising a first hearing device to be worn at a first one of a user's ears for hearing stimulation of the first ear, and a second hearing device to be worn at a second one of the user's ears for hearing stimulation of the second ear, each hearing device comprising a Bluetooth interface for wireless reception of an external audio data stream from an external audio source device, the hearing devices being adapted to establish a binaural data link between the first hearing device and the second hearing device, wherein the hearing devices are adapted to define, by data exchange between the hearing devices via the binaural link, a first set of Bluetooth profiles assigned to the first hearing device and a second set of Bluetooth profiles assigned to the second hearing device, with the first set and the second set differing by at least one profile, wherein the first hearing device is adapted to establish a Bluetooth connection to the external device and to advertise the first set of Bluetooth profiles to the external device, and wherein the second hearing device is adapted to establish a Bluetooth connection to the external device and to advertise the second set of Bluetooth profiles to the external device, wherein the hearing devices are adapted to modify, by data exchange via the binaural link, the first and second set of Bluetooth profiles by moving at least one of the profiles from one of the sets to the other set in order to obtain a modified first set of profiles and a modified second set of profiles, once at least one of the hearing devices finds a given mode switching criterion to be fulfilled, and to advertise the modified first and second set of profiles to the external device, respectively.
Rib fracture repair system comprising at least two clamp assemblies between which a shaped plate is slidably held, each clamp assembly including an upper clamp and a lower clamp attached to each other through a connecting member, the upper and lower clamps (11, 12) being shaped for holding a rib together with the shaped plate, wherein the clamp assemblies are configured such that they can be adjusted according to: - a first direction (x) along which the clamp assemblies can be moved along the length of the shaped plate; - a second direction (y) along which the upper clamp can be moved towards and away from a contact surface of the shaped plate so as to adapt to a first rib transverse dimension (wy); and - a third direction (z) along which the upper clamp can be moved towards and away from the lower clamp so as to adapt to a second rib transverse dimension (wz); and wherein the first, second, and third directions (x, y, z) are orthogonal to each other. - a first direction (x) along which the clamp assemblies can be moved along the length of the shaped plate; - a second direction (y) along which the upper clamp can be moved towards and away from a contact surface of the shaped plate so as to adapt to a first rib transverse dimension (wy); and - a third direction (z) along which the upper clamp can be moved towards and away from the lower clamp so as to adapt to a second rib transverse dimension (wz); and
A lubricating oil additive composition comprising the reaction product of an (a) an alkylated aromatic ether alcohol, (b) a source of boron, and (c) an alkyl polyol, having at least two hydroxyl groups. (a) an alkylated aromatic ether alcohol, (b) a source of boron, and (c) an alkyl polyol, having at least two hydroxyl groups.