mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: delivering fuel and oxidant to a combustion chamber at target rates that together have a target fuel-to-oxidant ratio by: a) delivering the target rate of oxidant and a first partial target rate of fuel together in a fuel-lean primary reactant stream that is directed into the combustion chamber to define a primary combustion zone; b) simultaneously delivering a second partial target rate of fuel as second stage fuel that is injected into the combustion chamber to define a secondary combustion zone outward of the primary combustion zone; and c) simultaneously delivering the balance of the target rate of fuel at a third partial target rate as third stage fuel that is injected into the combustion chamber to define a tertiary combustion zone downstream from the primary and secondary combustion zones. delivering fuel and oxidant to a combustion chamber at target rates that together have a target fuel-to-oxidant ratio by: a) delivering the target rate of oxidant and a first partial target rate of fuel together in a fuel-lean primary reactant stream that is directed into the combustion chamber to define a primary combustion zone; b) simultaneously delivering a second partial target rate of fuel as second stage fuel that is injected into the combustion chamber to define a secondary combustion zone outward of the primary combustion zone; and c) simultaneously delivering the balance of the target rate of fuel at a third partial target rate as third stage fuel that is injected into the combustion chamber to define a tertiary combustion zone downstream from the primary and secondary combustion zones. a) delivering the target rate of oxidant and a first partial target rate of fuel together in a fuel-lean primary reactant stream that is directed into the combustion chamber to define a primary combustion zone; b) simultaneously delivering a second partial target rate of fuel as second stage fuel that is injected into the combustion chamber to define a secondary combustion zone outward of the primary combustion zone; and c) simultaneously delivering the balance of the target rate of fuel at a third partial target rate as third stage fuel that is injected into the combustion chamber to define a tertiary combustion zone downstream from the primary and secondary combustion zones.
A monopile for a wind turbine comprising: a body for insertion into a soil in an insertion direction during installation, the body having a toe at its distal end, and the toe defining an aperture into an internal cavity, wherein movement of the toe through the soil displaces soil laterally into a displaced soil region within the internal cavity; wherein the monopile further comprises: one or more nozzles for directing a fluid to the displaced soil region during installation for transporting soil away from the displaced soil region, wherein the one or more nozzles are configured for localising the fluid within the internal cavity; and a pumping system for evacuating fluid from the internal cavity during installation for reducing the soil suspension pressure within the displaced soil region. a body for insertion into a soil in an insertion direction during installation, the body having a toe at its distal end, and the toe defining an aperture into an internal cavity, wherein movement of the toe through the soil displaces soil laterally into a displaced soil region within the internal cavity; wherein the monopile further comprises: one or more nozzles for directing a fluid to the displaced soil region during installation for transporting soil away from the displaced soil region, wherein the one or more nozzles are configured for localising the fluid within the internal cavity; and a pumping system for evacuating fluid from the internal cavity during installation for reducing the soil suspension pressure within the displaced soil region. one or more nozzles for directing a fluid to the displaced soil region during installation for transporting soil away from the displaced soil region, wherein the one or more nozzles are configured for localising the fluid within the internal cavity; and a pumping system for evacuating fluid from the internal cavity during installation for reducing the soil suspension pressure within the displaced soil region.
A fluid ejection device comprising: a printhead die, with an ink slot formed in the printhead die; multiple fluid drop generators arranged along both sides of the slot and multiple printhead-integrated ink level sensor, PILS,; each PILS located in a respective sense chamber in fluid communication with the slot 200 to sense an ink level of the respective sense chamber, and comprising a clearing resistor circuit disposed within the sense chamber to purge the sense chamber of ink; the device further comprising: a common ID line; a shift register to select between the multiple PILS for output onto the common ID line. a printhead die, with an ink slot formed in the printhead die; multiple fluid drop generators arranged along both sides of the slot and multiple printhead-integrated ink level sensor, PILS,; each PILS located in a respective sense chamber in fluid communication with the slot 200 to sense an ink level of the respective sense chamber, and comprising a clearing resistor circuit disposed within the sense chamber to purge the sense chamber of ink; the device further comprising: a common ID line; a shift register to select between the multiple PILS for output onto the common ID line.
Appliance for cooking and/or reheating food, comprising: - a housing with a cooking vessel arranged to receive the food to be cooked and/or reheated, - a circuit for heating by air flow, comprising an air duct arranged to channel and direct a stream of hot air onto the food to be cooked and/or reheated, characterised in that the air duct has at least one cross-section downstream of which the turbulence from the air flow is reduced by limiting one geometric dimension of the stream of air channelled by said cross-section of the air duct. - a housing with a cooking vessel arranged to receive the food to be cooked and/or reheated, - a circuit for heating by air flow, comprising an air duct arranged to channel and direct a stream of hot air onto the food to be cooked and/or reheated,
A process for the dehydrochlorination of a chlorinated hydrocarbon comprising at least one chlorine atom and at least one hydrogen atom on vicinal carbon atoms to yield the corresponding unsaturated hydrocarbon, said process comprising contacting the chlorinated hydrocarbon with a guanidinium salt or its guanidine precursor wherein the guanidine precursor is selected from the group of compounds of formula: wherein in formula R is H and R 1 =R 2 =R 3 =R 4 =CH 3 or wherein the guanidine precursor of formula is selected from the group of compounds consisting of formulae (G-1) and (G-2): wherein R N in formula (G-2) is H or a C 1 -C 12 linear or branched, optionally substituted, alkyl.
A method comprising: directing light on to a target; obtaining or acquiring Raman spectroscopy data from one or more regions of the target; wherein said target comprises a native or unmodified target which is unmodified by the addition of a matrix or reagent; using said Raman spectroscopy data to determine one or more regions of interest of said target; using a first device to generate aerosol, smoke or vapour from one or more regions of said native or unmodified target which is unmodified by the addition of a matrix or reagent, causing said aerosol, smoke or vapour to impact upon a collision surface located within a vacuum chamber of a mass spectrometer and/or ion mobility separator so as to generate a plurality of analyte ions; mass analysing and/or ion mobility analysing said analyte ions derived in order to obtain mass spectrometric data and/or ion mobility data; and analysing a profile of said aerosol, smoke or vapour or a profile of ions derived from said aerosol, smoke or vapour. directing light on to a target; obtaining or acquiring Raman spectroscopy data from one or more regions of the target; wherein said target comprises a native or unmodified target which is unmodified by the addition of a matrix or reagent; using said Raman spectroscopy data to determine one or more regions of interest of said target; using a first device to generate aerosol, smoke or vapour from one or more regions of said native or unmodified target which is unmodified by the addition of a matrix or reagent, causing said aerosol, smoke or vapour to impact upon a collision surface located within a vacuum chamber of a mass spectrometer and/or ion mobility separator so as to generate a plurality of analyte ions; mass analysing and/or ion mobility analysing said analyte ions derived in order to obtain mass spectrometric data and/or ion mobility data; and analysing a profile of said aerosol, smoke or vapour or a profile of ions derived from said aerosol, smoke or vapour.
A voltage conversion system provided with a converter that converts a voltage, a control unit, an input voltage sensor that detects an input voltage of the converter, and an output voltage sensor that detects an output voltage of the converter, wherein the converter comprises a first switching element and a second switching element connected in series, and a coil, wherein an emitter of the first switching element is connected to an end of the coil and a collector of the first switching element is connected to a positive output line of the converter, a collector of the second switching element is connected to the same end of the coil, an emitter of the second switching element is connected to a negative line of the converter, the input voltage of the converter is connected between the other end of the coil and the negative line of the converter, and the output voltage of the converter is connected between the positive output line of the converter and the negative line of the converter, wherein the control unit alternately switches on/off the first and second switching elements ( Q1, Q2) by pulse width modulation and variably controls a duty cycle of the first switching element, the system characterized in that the control unit determines the presence of an abnormality of the input voltage sensor or the output voltage sensor on the basis of the duty cycle controlled by the control unit, the input voltage of the converter detected by the input voltage sensor and the output voltage of the converter detected by the output voltage sensor.
A method of producing a composite image by an electronic device, the method comprising: receiving, by the electronic device, visible image data and near infrared, NIR, image data from a composite sensor; identifying, by the electronic device, any portions of the NIR image data having a level of detail greater than or equal to a threshold; if, in the identifying step, at least one portion of the NIR image data having a level of detail greater than or equal to a threshold is identified, generating, by the electronic device, the composite image with the visible image data and the identified portions of the NIR image data; and storing, by the electronic device, the composite image in a memory; otherwise, outputting the visible image as the composite image. receiving, by the electronic device, visible image data and near infrared, NIR, image data from a composite sensor; identifying, by the electronic device, any portions of the NIR image data having a level of detail greater than or equal to a threshold; if, in the identifying step, at least one portion of the NIR image data having a level of detail greater than or equal to a threshold is identified, generating, by the electronic device, the composite image with the visible image data and the identified portions of the NIR image data; and storing, by the electronic device, the composite image in a memory; otherwise, outputting the visible image as the composite image.
Rotor bearing for a wind turbine with an inner ring and an outer ring, which are rotatable relative to one another and delimit a bearing inner space, in which at least one row of rolling bodies, which can roll between the bearing rings, is arranged, and with an outlet for discharging of lubricating oil emerging from the bearing inner space, the bearing inner space being designed to be open towards the outlet, so that the lubricating oil can be discharged at atmospheric pessure from the bearing inner space via the outlet, and the bearing interior is in fluid connection to the outlet via at least one overflow connected in a rotationally fixed manner to the outer ring, which overflow determines, in the installation position of the rotor bearing, a filling height of at least one oil sump formed in the bearing inner space, an oil-collecting ring is non-rotatably connected to the outer ring on both sides, at least one of them forming the at least one overflow, characterized in that the outer ring is designed as a nose ring on which at least two raceways are formed for rows of rolling bodies which can roll between the bearing rings (2, 3), wherein the oil-collecting rings extend inwards in the radial direction beyond the radially outer edges of the raceways to each form an oil sump, and wherein an ring attachment is fixed to the inner ring, which encompasses, in the radial direction, the oil-collecting ring forming the overflow and contains the outflow, and wherein the ring attachment is sealed with respect to the oil-collecting ring.
Data-entry device comprising an upper cover to which a capacitive pad is affixed through the exterior, comprising at least one flexible security element, inserted into at least one corresponding opening made in said upper cover, said security element having at least one electrical track connected to a cut-detection module of said electrical track in said device, the shape and the mounting of said at least one security element in said device being adapted to exerting a force on the internal face of said upper cover.
A rapamycin 40-O-cyclic hydrocarbon ester compound having the structure: where R is C -(CH 2) n -X, n is 0, 1 or 2, X is a cyclic hydrocarbon having 3-8 carbons, optionally containing one or more unsaturated bonds, one or more linear-chain or cyclic carbon atoms may contain an OH or halide substitution, and the rapamycin parent structure may contain substitutions at non-40 positions.
Thermally fusible sheet material, for use in particular as a fusible interlining in the textile industry, having a support layer made from a textile material to which is applied a two-layer adhesive composition structure comprising an underlayer lying directly on the sheet material and an overlayer disposed upon the underlayer, the underlayer containing a first hot-melt adhesive and the overlayer containing a second hot-melt adhesive, characterized in that the first hot-melt adhesive has a melting point of > 140°C and a melt flow index value of > 50 g/10 minutes (190°C/2.16 kg) and the second hot-melt adhesive has a melting point of < 145°C and an MFI value of < 50 (190°C/2.16 kg).
A cutting and chamfering head for use in a multiaxial machine tool for processing stone and/or ceramic slabs, which head comprises: - a carriage that is movable over the slab; - a tool-holding frame mounted to said carriage and adapted to support at least one first blade and one second blade, having substantially parallel rotation axes (R 1, R 2); - adjustment means for adjusting the relative height (h R) of said blades (12, 13) and their cutting depth (h 1, h 2) wherein said blades (12, 13) are substantially vertical, substantially aligned and vertically offset from each other so that said first blade makes the precut and said second blade makes the final cut of the slab, or vice versa; characterized in that it comprises at least one grinding wheel mounted to said frame to create a chamfer along a cutting line substantially aligned with said first blade and said second blade, said blades (12, 13) and said grinding wheel being configured to cut and chamfer the slab in one single pass, said frame being hinged to said carriage via a substantially horizontal pin, parallel to said rotation axes (R 1, R 2) to allow said frame to pivot, said pin being located along said frame proximate to said second blade or said grinding wheel to change the relative height (h R) of said blades (12, 13). - a carriage that is movable over the slab; - a tool-holding frame mounted to said carriage and adapted to support at least one first blade and one second blade, having substantially parallel rotation axes (R 1, R 2); - adjustment means for adjusting the relative height (h R) of said blades (12, 13) and their cutting depth (h 1, h 2)
A control method comprising: a step of executing, by a UE-NW Relay radio terminal, processing of establishing connection with a network for relaying using a Device to Device, D2D, proximity service; a step of transmitting, by the UE-NW Relay radio terminal, a discovery message for the relaying, after the connection is established; and a step (S220, S610) of receiving, by the UE-NW Relay radio terminal, a request message from a Remote UE radio terminal that has received the discovery message, wherein the request message includes an identifier of the Remote UE radio terminal; and a step of transmitting, by the UE-NW Relay radio terminal, a message comprising the identifier of the Remote UE radio terminal, to a network apparatus included in an Evolved Packet Core, EPC, as an identifier of a remote node to which data is relayed by the relaying, a step of further continuing receiving, by the UE-NW Relay radio terminal, predetermined messages periodically sent by the Remote radio terminal during the execution of the relaying; and a step of further transmitting, by the UE-NW Relay radio terminal, a message comprising the identifier of the Remote UE radio terminal to the network apparatus, based on non-reception of the predetermined message from the Remote UE radio terminal for a predetermined period. a step of executing, by a UE-NW Relay radio terminal, processing of establishing connection with a network for relaying using a Device to Device, D2D, proximity service; a step of transmitting, by the UE-NW Relay radio terminal, a discovery message for the relaying, after the connection is established; and a step (S220, S610) of receiving, by the UE-NW Relay radio terminal, a request message from a Remote UE radio terminal that has received the discovery message, wherein the request message includes an identifier of the Remote UE radio terminal; and a step of transmitting, by the UE-NW Relay radio terminal, a message comprising the identifier of the Remote UE radio terminal, to a network apparatus included in an Evolved Packet Core, EPC, as an identifier of a remote node to which data is relayed by the relaying, a step of further continuing receiving, by the UE-NW Relay radio terminal, predetermined messages periodically sent by the Remote radio terminal during the execution of the relaying; and a step of further transmitting, by the UE-NW Relay radio terminal, a message comprising the identifier of the Remote UE radio terminal to the network apparatus, based on non-reception of the predetermined message from the Remote UE radio terminal for a predetermined period.
Device for supervising ports of an integrated circuit, said device being arranged for exchanging information with a central processing unit of an integrated circuit and for communicating with ports of said integrated circuit and comprising - address decoding means for decoding an address of a port from which a read operation or to which a write operation is to be performed in accordance with information exchanged with said central processing unit, - access control means arranged for generating a request towards said port to perform said read operation from or said write operation to said port and for receiving a response to said request from said port, said access control means further arranged for performing said write operation to said port, - parity controlling means arranged for performing a parity check on one or more parity bits contained in said information exchanged with said central processing unit and generating an error signal in case said parity check yields no match and arranged for, upon a positive response to said request, generating one or more parity bits when performing said write operation to said port, and carrying out a parity check when performing said read operation from said port and generating an error signal in case said parity check yields no match, wherein said device for supervising ports comprises read-back information means arranged for receiving input from said port and for passing said input to said parity control means and wherein said address decoding means, said access control means, said read-back information means and said parity controlling means are arranged to be operative in a background loop wherein a range of port addresses is monitored and wherein said read-back information means reads data and one or more parity bits stored on ports with an address in said range and said parity controlling means performs a parity check on said one or more parity bits stored on said ports. - address decoding means for decoding an address of a port from which a read operation or to which a write operation is to be performed in accordance with information exchanged with said central processing unit, - access control means arranged for generating a request towards said port to perform said read operation from or said write operation to said port and for receiving a response to said request from said port, said access control means further arranged for performing said write operation to said port, - parity controlling means arranged for performing a parity check on one or more parity bits contained in said information exchanged with said central processing unit and generating an error signal in case said parity check yields no match and arranged for, upon a positive response to said request, generating one or more parity bits when performing said write operation to said port, and carrying out a parity check when performing said read operation from said port and generating an error signal in case said parity check yields no match,
A shot pellet for a shotshell, the shot pellet having a generally cubic shape comprising six faces (22, 24, 26, 28, 30, 32) joined by rounded edges and the shot pellet having a face-to-dace dimension of between substantially 1.8mm (0.070 inches) and substantially 8.0 mm (0.315 inches), characterised in that: the faces (22, 24, 26, 28, 30, 32) are generally square and the rounded edges have a nearly tangential radius or curvature of between substantially 15% and substantially 40% of the distance between opposite faces of the generally cubic shaped pellet. the faces (22, 24, 26, 28, 30, 32) are generally square and the rounded edges have a nearly tangential radius or curvature of between substantially 15% and substantially 40% of the distance between opposite faces of the generally cubic shaped pellet.