mhurhangee/ep-ind-claims huggingface dataset:
A combustion control device for being used in a combustion system and configured to stop the supply of a fuel for staging blocks (3A,3B) including a main fuel nozzle in which a flashback occurs based on a detection signal from a flashback detection unit configured to detect the flashback, the combustion control device comprising: a staging processing unit configured to instruct to supply the fuel or stop the fuel supply for each of the staging blocks (3A,3B) based on a staging pattern in which an operating line indicating a correspondence relation between an amount of load of the combustion system and an amount of fuel supply for each of the staging blocks (3A,3B) is specified so that at least one of the staging blocks (3A,3B) supplies fuel in response to a turbine load; and a load adjustment unit configured to reduce the amount of turbine load to a level at which the fuel supply for the staging block (3A,3B) corresponding to the flashback detection unit is stopped when the detection signal is input from the flashback detection unit, wherein the level is set to a different value for each of the staging blocks (3A,3B) for which the fuel supply is stopped. a staging processing unit configured to instruct to supply the fuel or stop the fuel supply for each of the staging blocks (3A,3B) based on a staging pattern in which an operating line indicating a correspondence relation between an amount of load of the combustion system and an amount of fuel supply for each of the staging blocks (3A,3B) is specified so that at least one of the staging blocks (3A,3B) supplies fuel in response to a turbine load; and a load adjustment unit configured to reduce the amount of turbine load to a level at which the fuel supply for the staging block (3A,3B) corresponding to the flashback detection unit is stopped when the detection signal is input from the flashback detection unit, wherein the level is set to a different value for each of the staging blocks (3A,3B) for which the fuel supply is stopped.
A method for identifying an antigen that causes agglutination or coagulation of the red cells within a blood sample using a testing device having a cellulosic material excluding nitrocellulose substrate having a hydrophilic surface thereon, the surface including a collection zone and at least one detection zone extending therefrom, characterized in that an antigen or antibody being non covalently pre coated on the extent of the detection zone immobilized along the extent of the detection zone; the method including the steps of: depositing the blood sample directly on the collection zone of the testing device; the blood sample being transferred by capillary action to the detection zone; allowing the blood sample to react for a predefined optimal time; and identifying the antigen by a resultant visual indication arising where the antigen in the blood sample reacts with an appropriate antibody within the detection zone, wherein the resultant visual indication results from reduced wicking and/or a differentiation of eluation speeds. depositing the blood sample directly on the collection zone of the testing device; the blood sample being transferred by capillary action to the detection zone; allowing the blood sample to react for a predefined optimal time; and identifying the antigen by a resultant visual indication arising where the antigen in the blood sample reacts with an appropriate antibody within the detection zone, wherein the resultant visual indication results from reduced wicking and/or a differentiation of eluation speeds.
A method for diagnosing and/or staging a hemoglobin-related disorder in a subject in need thereof, said method comprising: - contacting a biological sample previously obtained from said subject with an alpha hemoglobin (α-Hb)-specific binding partner selected from the group consisting of Alpha-Hemoglobin Stabilizing Protein (AHSP) and beta hemoglobin (β-Hb), - detecting and/or quantifying the presence of free α-Hb in said biological sample, and - correlating said amount of free α-Hb with the diagnosis and/or the staging of a hemoglobin-related disorder in said subject, the hemoglobin-related disorder being selected between β-thalassemia, including the Hb E related syndroms, γ-thalassemia, syndromic thalassemia conditions, anemia, sickle cell disease, unstable Hb variants or hereditary persistence of fetal Hb. - contacting a biological sample previously obtained from said subject with an alpha hemoglobin (α-Hb)-specific binding partner selected from the group consisting of Alpha-Hemoglobin Stabilizing Protein (AHSP) and beta hemoglobin (β-Hb), - detecting and/or quantifying the presence of free α-Hb in said biological sample, and - correlating said amount of free α-Hb with the diagnosis and/or the staging of a hemoglobin-related disorder in said subject,
A container set (1; 101; 201; 301), intended to contain household-type wastes having a volume weight of about 350 kg/m 3, to be collected by means of a refuse vehicle, the container set (1; 101; 201) comprising at least: - one container (2; 102; 202) adapted to be totally or partially placed above the level of the ground and in a filling position, in which users can fill the container (2; 102; 202) with wastes; - handling means (4; 104; 204) linked to the container (2; 102; 202) and adapted to enable the handling of the container (2; 102; 202) by the refuse vehicle so as to place the container (2; 102; 202) in an emptying position, in which the container (2; 102; 202) is emptied in the refuse vehicle; the container set (1; 101; 201) further comprising a support device (3; 103; 203) adapted to be set on the ground or on the bottom of a dug hole and to support the container (2; 102; 202) in the filling position, characterized in that the mass of the support device (3; 103; 203) is greater than 80%, preferably greater than 100%, of the sum of the payload of the container plus the mass of the empty container (2; 102; 202), the payload referring to the mass of wastes contained in the container when the container is full, and in that the container set (1; 101; 201) further comprises compensation means adapted to compensate for a declivity of the ground, for example of the roadway, smaller than 15 degrees, preferably smaller than 11 degrees, still more preferably smaller than 7 degrees. - one container (2; 102; 202) adapted to be totally or partially placed above the level of the ground and in a filling position, in which users can fill the container (2; 102; 202) with wastes; - handling means (4; 104; 204) linked to the container (2; 102; 202) and adapted to enable the handling of the container (2; 102; 202) by the refuse vehicle so as to place the container (2; 102; 202) in an emptying position, in which the container (2; 102; 202) is emptied in the refuse vehicle;
A method of producing a semiconductor light emitting device comprising: providing a substrate comprising III-nitride; growing on the substrate a III-nitride semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; wherein the substrate is oriented such that the semiconductor structure is grown on a gallium face of the substrate, characterized in that, the substrate comprises: a host; and a thin III-nitride seed layer, wherein the thin III-nitride seed layer is thinner than a critical thickness for relaxation of strain in the semiconductor structure, and wherein thin III-nitride seed layer is bonded to the host and the semiconductor structure is grown directly on the III-nitride seed layer. providing a substrate comprising III-nitride; growing on the substrate a III-nitride semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; wherein the substrate is oriented such that the semiconductor structure is grown on a gallium face of the substrate, characterized in that, the substrate comprises: a host; and a thin III-nitride seed layer, wherein the thin III-nitride seed layer is thinner than a critical thickness for relaxation of strain in the semiconductor structure, and wherein thin III-nitride seed layer is bonded to the host and the semiconductor structure is grown directly on the III-nitride seed layer. a host; and a thin III-nitride seed layer, wherein the thin III-nitride seed layer is thinner than a critical thickness for relaxation of strain in the semiconductor structure, and wherein thin III-nitride seed layer is bonded to the host and the semiconductor structure is grown directly on the III-nitride seed layer.
A silicon thin film solar cell, comprising: a substrate; an undercoating formed over at least a portion of the substrate, the undercoating comprising: first layer comprising tin oxide or titania; and a second layer comprising a compositional uniform or non-uniform mixture of oxides comprising oxides of at least two of Sn, P, Si, Ti, Al and Zr; and a conductive coating formed over at least a portion of the undercoating, wherein the conductive coating comprises oxides of one or more of Zn, Fe, Mn, Al, Ce, Sn, Sb, Hf, Zr, Ni, Zn, Bi, Ti, Co, Cr, Si or In or an alloy of two or more of these materials. a substrate; an undercoating formed over at least a portion of the substrate, the undercoating comprising: first layer comprising tin oxide or titania; and a second layer comprising a compositional uniform or non-uniform mixture of oxides comprising oxides of at least two of Sn, P, Si, Ti, Al and Zr; and first layer comprising tin oxide or titania; and a second layer comprising a compositional uniform or non-uniform mixture of oxides comprising oxides of at least two of Sn, P, Si, Ti, Al and Zr; and a conductive coating formed over at least a portion of the undercoating, wherein the conductive coating comprises oxides of one or more of Zn, Fe, Mn, Al, Ce, Sn, Sb, Hf, Zr, Ni, Zn, Bi, Ti, Co, Cr, Si or In or an alloy of two or more of these materials.
A method (800, 900, 1000) for providing uplink spatial division multiple access, SDMA, transmission opportunities, TXOP, the method being implemented by a wireless device, the method comprising: sending a demarcation indication to one or more subscriber stations; beginning an SDMA contention window; receiving an allocation indication; and allocating requested uplink SDMA TXOP resources according to the allocation indication. sending a demarcation indication to one or more subscriber stations; beginning an SDMA contention window; receiving an allocation indication; and allocating requested uplink SDMA TXOP resources according to the allocation indication.
Portable electronic device, comprising a temperature sensor for sensing an ambient temperature, a humidity sensor for sensing a humidity value, a storage for providing past sensed temperature values and / or past temperature values derived from the past sensed temperature values, a condensation assessment module for assessing if the portable electronic device is exposed to condensation, and for providing a condensation indicator (C i) in response to the assessment, wherein the condensation assessment module is configured to determine a dew point, and is configured to set the condensation indicator (C i) subject to the determined dew point and subject to one or more of the past sensed temperature values or one or more of the past derived temperature values, characterised in that the portable electronic device further comprises a compensator for compensating for a deviation of a value (T S) of the ambient temperature sensed by the temperature sensor from a real value (T R) of the ambient temperature, wherein the compensator is configured to determine a compensated temperature value (T A) for the ambient temperature at least dependent on the sensed temperature value (T S) and dependent on the condensation indicator (C i).
Absorbent means which indicates the degree of saturation, which can float on a water surface, which is a moulded body, which contains at least two areas, the densities of which change independently of each other and to a different degree on taking up a substance or mixture of substances, wherein it can be discriminated according to the quantity of taken up substance, whereby its orientation in relation to the water surface on which the absorbent means is located, is changed through taking up the substance or substance mixture and leads to a detectable change in the orientation thereof which is to be understood as a change in the angle of inclination of an axis or plane defined by the geometry of the body in relation to the surface of the Earth, characterised in that it comprises materials which have a different porosity in different areas and/or it comprises materials which are packed in different densities in different areas and/or it comprises materials which have different volumetric portions of a filling material added in different areas, it is egg-shaped, ellipsoid, conical, spherical, pyramidal, drop-shaped or cylindrical and is hydrophobised in its entirety.
A feeding system for feeding a washing unit for treating empty articles with said empty articles, comprising: - at least one conveyor for advancing said empty articles; - at least one sensor, which is configured to detect the presence and/or the correct position of said empty articles on said conveyor and is configured to generate a signal in case of absence of said empty articles and/or wrong position of said empty articles; and - at least one stopper, which is operatively connected to said sensor and can be displaced in a stop position, in which it prevents said empty articles from advancing on said conveyor if said sensor generates said signal; - said conveyor comprises a plurality of channels adapted, in use, to advance respective rows of said empty articles; said device comprising one said sensor and one said stopper for each said channel; and by comprising a control unit, which is operatively connected with said sensor and is configured to generate an alarm if at least one said sensor generates said signal, for example an acoustic alarm, characterized in that said control unit is programmed to stop said conveyor in case the number of said sensors generating said respective signal is greater than a threshold value (N 0). - at least one conveyor for advancing said empty articles; - at least one sensor, which is configured to detect the presence and/or the correct position of said empty articles on said conveyor and is configured to generate a signal in case of absence of said empty articles and/or wrong position of said empty articles; and - at least one stopper, which is operatively connected to said sensor and can be displaced in a stop position, in which it prevents said empty articles from advancing on said conveyor if said sensor generates said signal; - said conveyor comprises a plurality of channels adapted, in use, to advance respective rows of said empty articles; said device comprising one said sensor and one said stopper for each said channel; and by comprising a control unit, which is operatively connected with said sensor and is configured to generate an alarm if at least one said sensor generates said signal, for example an acoustic alarm, characterized in that said control unit is programmed to stop said conveyor in case the number of said sensors generating said respective signal is greater than a threshold value (N 0).
A pellicle comprising a pellicle frame having a first frame face and a second frame face, a pellicle film bonded to said first frame face, an agglutinant layer laid over said second frame face for gluing the pellicle onto a glass substrate, and a release liner laid over said agglutinant layer to protect the agglutinant layer, characterized in that said release liner comprising a base sheet and a parting agent laid over at least one face of the base sheet, wherein the surface roughness of a release-side face of the release liner is 5 - 30 micrometers in accordance with JIS-B-0601.
A field effect transistor comprising a source electrode, a gate electrode, a drain electrode and a semiconductor structure containing a first semiconductor layer and a second semiconductor layer having a band gap energy greater than that of the first semiconductor layer, wherein the first and second semiconductor layers (33, 34) are made of a gallium nitride-based compound semiconductor layer, and the gate electrode and the source electrode are disposed respectively on the first semiconductor layer side of the semiconductor structure, characterized in that: the drain electrode is disposed on the second semiconductor layer side and on an opposite side of the semiconductor structure from where the source electrode is disposed, with the drain electrode being shifted away from the source electrode out of alignment with the gate electrode. the drain electrode is disposed on the second semiconductor layer side and on an opposite side of the semiconductor structure from where the source electrode is disposed, with the drain electrode being shifted away from the source electrode out of alignment with the gate electrode.
Wiper arm for a wiping device of a vehicle, comprising a longitudinal part and a drive member linked one another by a pivot linkage, the longitudinal part comprising a first end which is linked to the drive member and a second end opposed to the first end, the drive member being configured to be linked to a rotating shaft which is able to set the wiper arm in motion, the wiper arm comprising at least a spraying device configured to spray a liquid on a glazed surface and a duct hydraulically linked with the spraying device, such spraying device being arranged on the longitudinal part closer to the first end than to the second end of the longitudinal part, such duct extends along the drive member and being configured to connect a pipe, which is arranged inside the rotating shaft, to the spraying device, wherein the first end of the longitudinal part is interlocked with the drive member to form the pivot linkage, the longitudinal part comprising a mouthpiece arranged on the first end, such mouthpiece allowing to connect duct with the longitudinal part, characterized in that the drive member comprises a clearance zone which authorizes a move of the mouthpiece in order to not interfere with the drive member.
A filtration unit comprising: a hollow tubular filter element which includes a tubular filter medium wall and causes a fluid to flow bidirectionally among a fluid inlet and outlet port provided at least at one end in an axial direction of the filter medium wall, an inside of the filter medium wall, and an outside of the filter medium wall, wherein the filtration unit filters the fluid when the fluid passes through in one direction and backwashes the filter medium wall when the fluid passes through in an opposite direction; a captured-substance removal tool which is rotatable about a rotary shaft parallel with the axial direction and slidably contacts an inner surface of the filter medium wall during rotation, inside the filter element; and a blade which is disposed at the fluid inlet and outlet port side inside the filter element and integrally rotates the captured-substance removal tool by receiving the fluid, characterized in that a through hole and a check valve, which is opened during backwashing, are provided at the other end in the axial direction of the filter element. a hollow tubular filter element which includes a tubular filter medium wall and causes a fluid to flow bidirectionally among a fluid inlet and outlet port provided at least at one end in an axial direction of the filter medium wall, an inside of the filter medium wall, and an outside of the filter medium wall, wherein the filtration unit filters the fluid when the fluid passes through in one direction and backwashes the filter medium wall when the fluid passes through in an opposite direction; a captured-substance removal tool which is rotatable about a rotary shaft parallel with the axial direction and slidably contacts an inner surface of the filter medium wall during rotation, inside the filter element; and a blade which is disposed at the fluid inlet and outlet port side inside the filter element and integrally rotates the captured-substance removal tool by receiving the fluid, characterized in that a through hole and a check valve, which is opened during backwashing, are provided at the other end in the axial direction of the filter element.
A flowline branch structure having: at least one inner branch assembly comprising an inner flowline branch (30; 78) and at least one inner flowline pipe (26; 76) attached to and communicating with the inner flowline branch (30; 78), wherein the inner flowline branch (30; 78) comprises a main tubular bore and at least one secondary tubular bore in fluid communication with the main tubular bore and extending laterally relative to a central longitudinal axis of the main tubular bore; at least one outer branch assembly comprising an outer branch housing (48, 50) disposed around the inner flowline branch (30; 78) and at least one outer pipe (42; 84) disposed around the inner flowline pipe (26; 76) and attached to the outer branch housing (48, 50); an annular space defined between the inner and outer branch assemblies; and at least one wiring element (28; 74) disposed in the space on an outer side of the inner branch assembly and extending in one continuous length across an interface between the inner flowline pipe (26; 76) and the inner flowline branch (30; 78). at least one inner branch assembly comprising an inner flowline branch (30; 78) and at least one inner flowline pipe (26; 76) attached to and communicating with the inner flowline branch (30; 78), wherein the inner flowline branch (30; 78) comprises a main tubular bore and at least one secondary tubular bore in fluid communication with the main tubular bore and extending laterally relative to a central longitudinal axis of the main tubular bore; at least one outer branch assembly comprising an outer branch housing (48, 50) disposed around the inner flowline branch (30; 78) and at least one outer pipe (42; 84) disposed around the inner flowline pipe (26; 76) and attached to the outer branch housing (48, 50); an annular space defined between the inner and outer branch assemblies; and at least one wiring element (28; 74) disposed in the space on an outer side of the inner branch assembly and extending in one continuous length across an interface between the inner flowline pipe (26; 76) and the inner flowline branch (30; 78).
A composition comprising penflufen as a succinate dehydrogenase inhibitor and an effective amount of a potentiator selected from the group consisting of isononanoic acid, benzoic acid, sodium benzoate and dehydroacetic acid zinc salt.
Transmitter device, comprising a digital part and an analog part a digital modulator arranged in the digital part for receiving bits and for digitally modulating the received bits; a first digital-to-analog converter (IDAC; RDAC) and a second digital-to-analog converter (QDAC; ODAC); at least one filter unit arranged in the digital part coupled between the first and/or second digital-to-analog converter (IDAC; QDAC) and the digital modulator; said transmitter device being characterized by: a table unit coupled to the at least one filter unit for storing pre-defined compensation filter values for the at least one filter unit which are required to compensate different delay mismatches in the analog part of the transmitter device; wherein the filter values of the at least one filter unit (H I; H Q) are set to those compensation filter values as stored in the table unit which correspond to a determined delay mismatch of said delay mismatches.