mhurhangee/ep-ind-claims huggingface dataset:
A system for training a neural network for use in producing an engine model, the system comprising: a module for generating a state variable model of an engine, said module receiving a plurality of inputs (u) to an engine representative of a particular flight condition and generating a set of estimated engine parameters P̂ representative of said engine model; means for comparing said set of estimated engine parameters to a set of measured engine parameters for generating a set of residuals ( r̂); and a neural network module for receiving said set of residuals (r) and said engine inputs (u) during a training phase and generating a set of estimated residuals ( r̂). a module for generating a state variable model of an engine, said module receiving a plurality of inputs (u) to an engine representative of a particular flight condition and generating a set of estimated engine parameters P̂ representative of said engine model; means for comparing said set of estimated engine parameters to a set of measured engine parameters for generating a set of residuals ( r̂); and a neural network module for receiving said set of residuals (r) and said engine inputs (u) during a training phase and generating a set of estimated residuals ( r̂).
A bacterial cell comprising a transgenic chelator agent encoded by at least one from among a mammalian mt gene, a β- gal gene, or a ppk gene, wherein the chelator agent is expressed from a strong promoter and is flanked by a select 5' UTR and, optionally, by a select 3' UTR, such that the bacterial cell produces at least between 4,000 and 8,500 full length copies of chelator agent mRNA per ng total mRNA, and the bacterial cell is resistant to, and can replicate in, between at least about 25 μM and about 80 μM Hg, and wherein said transgenic chelator agent is a protein that is expressed without being part of a fusion protein.
A controller (202, 500, 900, 1100) for a switching regulator (100, 500), wherein said switching regulator comprises a pulse switch circuit coupled to an output inductor or developing an output voltage, said controller comprising: a sense circuit (104, 108, SW1, CR, RRB, 403, 803) which is configured to provide a sense signal (VR, CS) indicative of current through the output inductor; an error amplifier circuit (216, 507, 703, 901) which configured to develop an error signal (I ERR, V ERR) indicative of error of the output voltage, characterized by a filter and reference circuit, comprising: a voltage source providing a DC voltage; a high pass filter (CR, RRB, 501, CHP, RHP) configured to high pass filter said sense signal to provide a filtered sense signal (VR, FCS) and that includes a first resistive device (RRB, RHP) coupled between said DC voltage and said high pass filter to reference said filtered sense signal to said DC voltage; and a second resistive device (RERR, R2, RE, RW) coupled between said DC voltage and said error amplifier circuit configured to reference said error signal to said DC voltage; and a comparator circuit (114, CM1, CM2, 801) configured to develop a pulse control signal based on comparing said error signal with said filtered sense signal, wherein said pulse control signal is for controlling switching of the pulse switch circuit. a sense circuit (104, 108, SW1, CR, RRB, 403, 803) which is configured to provide a sense signal (VR, CS) indicative of current through the output inductor; an error amplifier circuit (216, 507, 703, 901) which configured to develop an error signal (I ERR, V ERR) indicative of error of the output voltage, a voltage source providing a DC voltage; a high pass filter (CR, RRB, 501, CHP, RHP) configured to high pass filter said sense signal to provide a filtered sense signal (VR, FCS) and that includes a first resistive device (RRB, RHP) coupled between said DC voltage and said high pass filter to reference said filtered sense signal to said DC voltage; and a second resistive device (RERR, R2, RE, RW) coupled between said DC voltage and said error amplifier circuit configured to reference said error signal to said DC voltage; and a comparator circuit (114, CM1, CM2, 801) configured to develop a pulse control signal based on comparing said error signal with said filtered sense signal, wherein said pulse control signal is for controlling switching of the pulse switch circuit.
A computer-implemented method, comprising: generating a business object in a first system; replicating the generated business object from the first system to a second system (104, 202), wherein replicating the generated business object comprises: - reading replication control data provided by the second system (104, 202), wherein the replication control data comprise attributes and/or parameters indicative of how a business object is to be replicated; - receiving object metadata from the first system; - storing the replication control data and the object metadata into a database of the second system (104, 202); - replicating the business object to the second system (104, 202) in accordance with the replication control data; and creating two views of the replicated business object, wherein the first view is a replication projection view and the second view is an external view, and wherein the replication projection view provides access to a replicated table in the second system (104, 202), and the external view provides OpenSQL access to the second system (104, 202); wherein at least one of the generating, the replicating, and the executing is performed on at least one processor. generating a business object in a first system; replicating the generated business object from the first system to a second system (104, 202), wherein replicating the generated business object comprises: - reading replication control data provided by the second system (104, 202), wherein the replication control data comprise attributes and/or parameters indicative of how a business object is to be replicated; - receiving object metadata from the first system; - storing the replication control data and the object metadata into a database of the second system (104, 202); - replicating the business object to the second system (104, 202) in accordance with the replication control data; and - reading replication control data provided by the second system (104, 202), wherein the replication control data comprise attributes and/or parameters indicative of how a business object is to be replicated; - receiving object metadata from the first system; - storing the replication control data and the object metadata into a database of the second system (104, 202); - replicating the business object to the second system (104, 202) in accordance with the replication control data; and creating two views of the replicated business object, wherein the first view is a replication projection view and the second view is an external view, and wherein the replication projection view provides access to a replicated table in the second system (104, 202), and the external view provides OpenSQL access to the second system (104, 202); wherein at least one of the generating, the replicating, and the executing is performed on at least one processor.
A stepped conductivity arrangement between a carbon-based element (60, 61) and a down conductor of a wind turbine rotor blade, which stepped conductivity arrangement comprises a transition interface arranged to electrically connect a first electrically conductive part and a second electrically conductive part, wherein the first electrically conductive part extends from the down conductor, the second electrically conductive part extends from the carbon-based element (60, 61), characterized in that the electrical conductivity (σ) of the transition interface decreases in the direction of the second electrically conductive part.
An exhaust gas clean-up system equipped with power generating function, comprising: a steam reforming unit to produce hydrogen from exhaust gas supplied, a hydrogen permeable membrane to allow only hydrogen produced by the steam reforming unit to pass through it, a hydrogen storage unit to absorb hydrogen supplied through the hydrogen permeable membrane and release absorbed hydrogen, a fuel cell to generate power using hydrogen supplied from the hydrogen storage unit, a gas clean-up unit to clean up residual gases delivered not passing through the hydrogen permeable membrane, a control unit to control the hydrogen storage unit to absorb or release hydrogen depending on whether the fuel cell is supplied with sufficient hydrogen, and a hydrogen delivery path extending from the hydrogen permeable membrane to the gas clean-up unit via the hydrogen storage unit and the fuel cell. a steam reforming unit to produce hydrogen from exhaust gas supplied, a hydrogen permeable membrane to allow only hydrogen produced by the steam reforming unit to pass through it, a hydrogen storage unit to absorb hydrogen supplied through the hydrogen permeable membrane and release absorbed hydrogen, a fuel cell to generate power using hydrogen supplied from the hydrogen storage unit, a gas clean-up unit to clean up residual gases delivered not passing through the hydrogen permeable membrane, a control unit to control the hydrogen storage unit to absorb or release hydrogen depending on whether the fuel cell is supplied with sufficient hydrogen, and a hydrogen delivery path extending from the hydrogen permeable membrane to the gas clean-up unit via the hydrogen storage unit and the fuel cell.
A self-acting pressure activated drain valve, comprising: a housing including an upper side, a lower side, and a rim between the upper side and the lower side, the upper side and the rim defining at least one inlet therebetween that is configured to receive a fluid; at least one outlet configured to expel the fluid; and a drainage passage surrounded by the housing and extending from the rim to the lower side, the drainage passage including a first opening in fluid communication with the at least one inlet and a second opening in fluid communication with the at least one outlet, the first opening interposed between the upper side and the second opening,; and a flexible diaphragm supported at the upper side such that the at least one inlet is interposed between the rim and the flexible diaphragm, the flexible diaphragm configured to operate in an open position and a closed position based on a pressure, wherein the flexible diaphragm is normally biased in the open position such that fluid is delivered from the at least one inlet to the at least one outlet via the drainage passage, wherein the rim extends radially along a plane between the inlets and the first opening to direct fluid along a plurality of flow paths arranged about the circumference of the rim, wherein the drainage passage extends perpendicular with respect to the flow paths, wherein the diaphragm is configured to collapse into the drainage passage to seal the first opening when operating in the closed position to block the fluid, delivered into the housing via the flow paths, from traveling between the first opening and the second opening. a housing including an upper side, a lower side, and a rim between the upper side and the lower side, the upper side and the rim defining at least one inlet therebetween that is configured to receive a fluid; at least one outlet configured to expel the fluid; and a drainage passage surrounded by the housing and extending from the rim to the lower side, the drainage passage including a first opening in fluid communication with the at least one inlet and a second opening in fluid communication with the at least one outlet, the first opening interposed between the upper side and the second opening,; and a flexible diaphragm supported at the upper side such that the at least one inlet is interposed between the rim and the flexible diaphragm, the flexible diaphragm configured to operate in an open position and a closed position based on a pressure, wherein the flexible diaphragm is normally biased in the open position such that fluid is delivered from the at least one inlet to the at least one outlet via the drainage passage, wherein the rim extends radially along a plane between the inlets and the first opening to direct fluid along a plurality of flow paths arranged about the circumference of the rim, wherein the drainage passage extends perpendicular with respect to the flow paths, wherein the diaphragm is configured to collapse into the drainage passage to seal the first opening when operating in the closed position to block the fluid, delivered into the housing via the flow paths, from traveling between the first opening and the second opening.
A sealing arrangement for sealing shafts relative to liquid media, such as propeller shafts, impeller shafts, rudder shafts of ships, comprising a seal, which via a clamping element is received in associated housing-fixed support rings (4, 5) as installation space, wherein the clamping element comprises a following intermediate part as membrane and an angled element facing the shaft with formation of a sealing lip for contacting the shaft and in the angled element above the sealing lip a receiving channel with a spring is arranged, characterized in that the receiving channel is designed as spring pocket with a free space for the spring in the pressureless state, wherein the membrane by way of changing its setting angle upon admission of pressure is adjustable pending the reaching of a limit pressure for contacting an associated housing wall, such as an extended support ring and an enlarged bottom-side contact angle (beta) in the angled region with the sealing lip is adjustable, wherein on the membrane above the spring pocket a lug as retaining element for the inserted spring is arranged.
A radiation-curable web-offset lithographic ink composition, comprising: a colorant; a varnish; and a water-soluble alkoxylated modified rosin. a colorant; a varnish; and a water-soluble alkoxylated modified rosin.
A sole structure for an article of footwear having an upper, the sole structure comprising: a heel region; a forefoot region including a toe portion; a mid-foot region disposed between the heel region and the forefoot region; and a first chamber extending from the mid-foot region through the forefoot region and including a plurality of ribs (218a-218c) extending from a medial side of the sole structure to a lateral side of the sole structure, each of the ribs (218a-218c) including (i) a medial reservoir (224a-224c) defining a prolate hemispheroid shape having a major axis (30ai-30ci) extending along the medial side of the sole structure, (ii) a lateral reservoir (220a-220c) defining a prolate hemispheroid shape having a major axis (30a 3 -30c 3) extending along the lateral side of the sole structure, and (iii) a central reservoir (222a-222c) disposed between the medial reservoir (224a-224c) and the lateral reservoir (220a-220c) and defining a prolate hemispheroid shape having a major axis (30a 2 -30c 2) extending transverse to a longitudinal axis of the sole structure. a heel region; a forefoot region including a toe portion; a mid-foot region disposed between the heel region and the forefoot region; and a first chamber extending from the mid-foot region through the forefoot region and including a plurality of ribs (218a-218c) extending from a medial side of the sole structure to a lateral side of the sole structure, each of the ribs (218a-218c) including (i) a medial reservoir (224a-224c) defining a prolate hemispheroid shape having a major axis (30ai-30ci) extending along the medial side of the sole structure, (ii) a lateral reservoir (220a-220c) defining a prolate hemispheroid shape having a major axis (30a 3 -30c 3) extending along the lateral side of the sole structure, and (iii) a central reservoir (222a-222c) disposed between the medial reservoir (224a-224c) and the lateral reservoir (220a-220c) and defining a prolate hemispheroid shape having a major axis (30a 2 -30c 2) extending transverse to a longitudinal axis of the sole structure.
Drum brake with a brake drum and with two brake shoes (2, 3) which can be applied to the brake drum and are attached on the brake shoe side of a carrier plate and each comprise a pressure end and an abutment end, wherein a spreader device is arranged between the pressure ends, and an abutment with a load measuring device is provided between the abutment ends, which device serves to determine the load prevailing at the abutment, the abutment has a means which can be deformed under load, and one or more sensors which detect the deformation of the abutment occurring under load are provided, characterized in that the elastic abutment with an elastic spring effect as a whole takes the form of a solid component which can be deformed elastically under load in such a way that there is an automatic, unpowered function to limit application force.
A chimeric antigen receptor comprising a disialoganglioside -binding domain which comprises a) a heavy chain variable region comprising a VH domain having the sequence shown as SEQ ID No: 10; and b) a light chain variable region comprising a VL domain having the sequence as shown as SEQ ID No: 12. a) a heavy chain variable region comprising a VH domain having the sequence shown as SEQ ID No: 10; and b) a light chain variable region comprising a VL domain having the sequence as shown as SEQ ID No: 12.
A composition comprising Angiotensin II for use in treating hypotension in a subject having septic shock and undergoing treatment with a catecholamine, vasopressin and/or a vasopressin analogue, wherein the treatment comprises administering the composition comprising Angiotensin II at an initial rate of 2-10 ng/kg/min or 20 ng/kg/min and reducing the rate at which the catecholamine, vasopressin or vasopressin analogue is administered; wherein the treatment is effective to raise and maintain a mean arterial pressure of 65 mmHg or above, wherein the vasopressin analogue is terlipressin.
A rinsing and/or washing device for an electric household appliance comprising an arm mounted rotating about a substantially vertical axis within a washing chamber of the electric household appliance, e.g. immediately over a container basket for dishes, the arm delimiting a cavity therein that is connectable in use to dispensing means of a pressurized operative fluid and being provided on a first surface thereof, oriented in use towards the dishes, with a plurality of spray nozzles including first nozzles (23b;23d) and second nozzles arranged reciprocally spaced lengthwise along the arm and communicating with the internal cavity of the latter; opposite ends (25,26) of the arm radially and overhangingly extending on opposite sides from the axis of rotation; characterized in that the first nozzles (23b;23d) are arranged radially more externally along the arm than the second nozzle; at least the first nozzles (23b;23d) are oriented at an angle towards the axis of rotation, so as to eject in use corresponding jets of operative fluid towards the dishes, oriented obliquely to the dishes and always converging towards the axis of rotation, so that the surface wetted in use by said first and second opposite overhanging ends of the arm.
Naphtha hydrotreating process using at least three catalysts, each of said catalysts being characterized by its "loaded specific surface area", denoted by L 1, L 2 and L 3, respectively, corresponding to its specific surface area by mass multiplied by its loaded density, said process comprising three successive steps: - a first step a) in the presence of the first catalyst, said first catalyst comprising a support and optionally an active phase, said active phase containing at least one Group 6 metal and preferably at least one Group 9 or 10 metal; - a second step b) in the presence of the second catalyst, said second catalyst comprising a support and an active phase, said active phase containing at least one Group 9 or 10 metal and at least one Group 6 metal; - a third step c) in the presence of the third catalyst, said third catalyst comprising a support and an active phase, said active phase containing at least one Group 6 metal and optionally at least one Group 9 or 10 metal; such that: - the content of Group 6 metal of the third catalyst is less than the content of Group 6 metal of said second catalyst; - the ratio L 1 /L 2 of the "loaded specific surface area" of said first catalyst to the "loaded specific surface area" of said second catalyst is greater than or equal to 1.20, preferably greater than or equal to 1.35; - the ratio L 3 /L 2 of the "loaded specific surface area" of said third catalyst to the "loaded specific surface area" of said second catalyst is greater than 1.07, preferentially greater than or equal to 1.20, more preferentially greater than or equal to 1.35. - a first step a) in the presence of the first catalyst, said first catalyst comprising a support and optionally an active phase, said active phase containing at least one Group 6 metal and preferably at least one Group 9 or 10 metal; - a second step b) in the presence of the second catalyst, said second catalyst comprising a support and an active phase, said active phase containing at least one Group 9 or 10 metal and at least one Group 6 metal; - a third step c) in the presence of the third catalyst, said third catalyst comprising a support and an active phase, said active phase containing at least one Group 6 metal and optionally at least one Group 9 or 10 metal; - the content of Group 6 metal of the third catalyst is less than the content of Group 6 metal of said second catalyst; - the ratio L 1 /L 2 of the "loaded specific surface area" of said first catalyst to the "loaded specific surface area" of said second catalyst is greater than or equal to 1.20, preferably greater than or equal to 1.35; - the ratio L 3 /L 2 of the "loaded specific surface area" of said third catalyst to the "loaded specific surface area" of said second catalyst is greater than 1.07, preferentially greater than or equal to 1.20, more preferentially greater than or equal to 1.35.
An airtight structure of an airtight powder case, comprising a powder tray and an inner lid, wherein the inner lid is hinged to one side of the powder tray through a rotating shaft; the inner lid is configured to open and close the powder tray; an aperture of the powder tray is provided with a seal ring; the seal ring comprises a first seal ring and a second seal ring; a lower side of the second seal ring is located at the aperture of the powder tray; a lower side of the first seal ring is connected to an upper side of the second seal ring; characterized in that the second seal ring is hard, while the first seal ring is soft; an upper side of the first seal ring is shaped as a downward flanging; the flanging forms a top; and a bottom of the inner lid is configured to abut against the top of the flanging.
A damping system for a mounting for a cabin, in particular of an agricultural vehicle, having at least two bearings, wherein each bearing has a respective first damping means for damping a vertical movement, wherein each bearing has in particular precisely one lower connecting element and one upper connecting element for connection to a cabin, wherein the lower and the upper connecting element (16, 20) of a bearing are respectively connected together so as to be movable relative to each other by means of the first damping means, and in that at least one connecting element (16, 20) of a bearing has a second damping means for damping vibrations, wherein the second damping means is disposed on a substantially flat mounting surface disposed on the underside of the lower connecting element, wherein the bearing has an adapter plate (28, 38, 46) for connection to a chassis, wherein the adapter plate (28, 38, 46) is disposed on the underside of the lower connecting element by means of fastening means, characterized in that the second damping element is disposed between the lower connecting element and the adapter plate (28, 38, 46), wherein the second damping means is constructed from multiple parts and has a plurality of damping elements, each of which is associated with a fastening means.