mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling fuel injection in a reheat combustor of a combustor assembly of a gas turbine, the reheat combustor including: - a combustor casing defining a gas flow channel and a combustion chamber; and - a plurality of injection units, each injection unit having: - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge, and - a plurality of fuel injection nozzles spaced along the first direction; the method including the step of distributing fuel among the injection nozzles according to a non-uniform distribution pattern, characterized in that said non-uniform pattern includes different fuel supply rates between two external injection units (261, 264) injecting fuel towards a recirculation portion of the combustion chamber in an outer region of the combustion chamber and at least one central injection unit (262, 263) injecting fuel towards a core region of the combustion chamber. - a combustor casing defining a gas flow channel and a combustion chamber; and - a plurality of injection units, each injection unit having: - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge, and - a plurality of fuel injection nozzles spaced along the first direction; the method including the step of distributing fuel among the injection nozzles according to a non-uniform distribution pattern, characterized in that said non-uniform pattern includes different fuel supply rates between two external injection units (261, 264) injecting fuel towards a recirculation portion of the combustion chamber in an outer region of the combustion chamber and at least one central injection unit (262, 263) injecting fuel towards a core region of the combustion chamber. - a body extending across the gas flow channel along a first direction orthogonal to a gas flow direction and having a streamlined shape along the gas flow direction with a leading edge and a trailing edge, and - a plurality of fuel injection nozzles spaced along the first direction;
An agent for use in the treatment of spinal canal stenosis containing 2-{4-[N-(5,6-diphenylpyrazin-2-yl)-N-isopropyl-amino]butyloxy}acetic acid or 2-{4-[N-(5,6-diphenylpyrazin-2-yl)-N-isopropylamino]butyloxy}-N-(methylsulfonyl)acetamide, or a pharmaceutically acceptable salt thereof as an active ingredient.
An agricultural harvester, comprising: a frame, said frame includes a first side sheet and a second side sheet; a threshing and separating system carried by said frame; a cleaning system carried by said frame; a mounting surface carried by said frame; and a residue system including a chopper carried by said frame and supplied with crop material from at least one of said threshing and separating system and said cleaning system, said chopper including: a chopper frame mounted to said mounting surface; a chopper shaft being carried by said frame independently of said chopper frame; at least one rotating knife carried by said chopper shaft; and at least one stationary knife held in said chopper frame; said chopper frame and said first side sheet and/or said second side sheet defining a space therebetween; characterized in that said chopper frame includes a top, said top being mounted to said mounting surface; said chopper frame includes a first chopper side and a second chopper side defining a chopper width therebetween, said first chopper side and/or said second chopper side having at least one shaft opening formed therethrough; and said chopper shaft held in said at least one shaft opening and is configured to rotate. a frame, said frame includes a first side sheet and a second side sheet; a threshing and separating system carried by said frame; a cleaning system carried by said frame; a mounting surface carried by said frame; and a residue system including a chopper carried by said frame and supplied with crop material from at least one of said threshing and separating system and said cleaning system, said chopper including: a chopper frame mounted to said mounting surface; a chopper shaft being carried by said frame independently of said chopper frame; at least one rotating knife carried by said chopper shaft; and at least one stationary knife held in said chopper frame; said chopper frame and said first side sheet and/or said second side sheet defining a space therebetween; a chopper frame mounted to said mounting surface; a chopper shaft being carried by said frame independently of said chopper frame; at least one rotating knife carried by said chopper shaft; and at least one stationary knife held in said chopper frame; said chopper frame and said first side sheet and/or said second side sheet defining a space therebetween; characterized in that said chopper frame includes a top, said top being mounted to said mounting surface; said chopper frame includes a first chopper side and a second chopper side defining a chopper width therebetween, said first chopper side and/or said second chopper side having at least one shaft opening formed therethrough; and said chopper shaft held in said at least one shaft opening and is configured to rotate.
Method for firing ceramic blanks, in particular bricks, in a furnace and by guiding a plurality of blanks arranged in trains extending parallel to one another along a longitudinal furnace section having a firing zone in which the blanks are heated, trains (2, 3) arranged side by side moving in opposite directions (A, B) and the furnace being loaded with blanks to be moved in a first direction on a first end of the furnace section, the blanks to be moved in a second, opposite direction being loaded on the second end of the furnace section opposite the first end with respect to the firing zone and the blanks each being moved through the firing zone without a reversal of direction and each being unloaded from the furnace section at the opposite end (9, 10) from the end at which they were loaded, characterised in that in radiation zones, which are connected along the furnace section to both sides of the firing zone and in particular are several furnace cars long, the blanks in a train which are still upstream of the firing zone are heated by radiation from blanks which are already leaving the firing zone in the adjacent furnace train moving in the opposite direction, a furnace train which is movable in one direction being delimited on both sides by furnace trains which are movable in the opposite direction.
A method of fabricating a fiber preform filled with refractory ceramic particles, the method comprising the following steps: a) placing a fiber texture comprising refractory ceramic fibers in a mold cavity defined by a mold and a countermold (4; 4'); b) injecting a slip comprising a powder of refractory ceramic particles present in a liquid medium, the slip being injected into the pores of the fiber texture present in the mold cavity, injection being performed through at least a first face or a first edge of said fiber texture, wherein during step b), the slip is injected into the mold cavity through one or more injection ports, and prior to step b), the slip presents a volume content of refractory ceramic particles that is less than or equal to 40%; and c) draining the liquid medium of the slip that has penetrated into the fiber texture through the porous material part having thickness greater than or equal to 0.1 mm, the draining being performed at least through a second face or a second edge of the fiber texture different from the first face or the first edge, said porous material part also serving to retain the refractory particle powder in the pores of the fiber texture in order to obtain a fiber preform filled with refractory particles, the porous material part being present between the mold and the fiber texture or between the countermold (4; 4') and the fiber texture, and the porous material part being present between at least one outlet vent and the fiber texture, pumping being performed at the outlet vent in order to drain the liquid medium through said outlet vent. a) placing a fiber texture comprising refractory ceramic fibers in a mold cavity defined by a mold and a countermold (4; 4'); b) injecting a slip comprising a powder of refractory ceramic particles present in a liquid medium, the slip being injected into the pores of the fiber texture present in the mold cavity, injection being performed through at least a first face or a first edge of said fiber texture, wherein during step b), the slip is injected into the mold cavity through one or more injection ports, and prior to step b), the slip presents a volume content of refractory ceramic particles that is less than or equal to 40%; and c) draining the liquid medium of the slip that has penetrated into the fiber texture through the porous material part having thickness greater than or equal to 0.1 mm, the draining being performed at least through a second face or a second edge of the fiber texture different from the first face or the first edge, said porous material part also serving to retain the refractory particle powder in the pores of the fiber texture in order to obtain a fiber preform filled with refractory particles, the porous material part being present between the mold and the fiber texture or between the countermold (4; 4') and the fiber texture, and the porous material part being present between at least one outlet vent and the fiber texture, pumping being performed at the outlet vent in order to drain the liquid medium through said outlet vent.
A failure indicator (100, 212, 214, 216, 218, 220, 300, 400, 500, 600) for a capacitor unit (101, 204, 206, 208, 210, 301, 401, 501, 601) comprising: a first magnetic element (102, 302, 402, 502, 602), the failure indicator (100, 212, 214, 216, 218, 220, 300, 400, 500, 600) being configured to move from a first orientation to a second orientation based on a mechanical or electromagnetic impulse in the capacitor unit resulting from a failure of the capacitor unit (101, 204, 206, 208, 210, 301, 401, 501, 601), wherein the failure indicator (100, 212, 214, 216, 218, 220, 300, 400, 500, 600) being in the second orientation to indicate the failure of the first capacitor unit (101, 204, 206, 208, 210, 301, 401, 501, 601), characterized in that the failure indicator comprises a horizontally or vertically-oriented elongated member (104, 304, 404, 504, 604), wherein the first magnetic element (102, 302, 402, 502, 602) is affixed to a first end (106, 410, 506, 606) of the vertically-oriented elongated member (104, 304, 404, 504, 604), wherein the horizontally or vertically oriented elongated member (104, 304, 404, 504, 604) further comprises a second end (108, 308, 412, 508, 608) opposite to the first end (106, 410, 506, 606), and is further configured to rotate about the second end (108, 308, 412, 508, 608), such that in the first orientation the first end (106, 410, 506, 606) is located above the second end (108, 308, 412, 508, 608) and in the second orientation the first end (106, 410, 506, 606) is located below the second end (108, 308, 412, 508, 608).
A method of treating skin, comprising topically applying to skin in need of treatment for signs of skin aging a topical composition comprising up to 2 weight percent of glucosamine hydrochloride and exposing said skin to red light having a peak wavelength of 600 nm to 750 nm, near infrared light having a peak wavelength of 750 nm to 1000 nm, or both, using a light delivery device.
A cyclic polypeptide of SEQ ID No: 3, or a derivative or analogue thereof having at least 70% sequence identity to SEQ ID No: 3, for use in treating, ameliorating or preventing cancer or metastatic disease.
A radiation detector array for a nuclear scanner, including: at least one array of scintillator crystals, each crystal having at least one treated surface; a specular reflective layer wrapped around each scintillator crystal; and at least one photodetector coupled to each array; wherein each crystal has a first face that is optically coupled to the photodetector, and a second face opposite the first face for receiving gamma radiation, and four side faces; wherein the specular reflective layer is wrapped around all surfaces of each scintillator crystal except the surface that is coupled to the at least one photodetector; and characterized in that the at least one treated surface includes at least one of the four side faces, and in that the at least one treated surface is treated by roughening to scatter incident light. at least one array of scintillator crystals, each crystal having at least one treated surface; a specular reflective layer wrapped around each scintillator crystal; and at least one photodetector coupled to each array;
A hybrid drive vehicle comprising: at least one driving wheel; an internal combustion engine provided with a drive shaft; at least one electric machine provided with a shaft; a gearbox, which transmits the motion to the driving wheel; a disengagable coupling, which is interposed between the drive shaft and the shaft of the electric machine so as to establish a mechanical connection that can be interrupted; and a transmission shaft, which is interposed between the shaft of the electric machine on the opposite side relative to the coupling and the gearbox so as to establish a permanent mechanical connection; wherein the coupling comprises: a clutch which is suitable to cause the drive shaft to rotate at the same speed as the shaft of the electric machine establishing a clutch coupling; and an actuator which is suitable to actuate the clutch to cause the drive shaft to rotate at the same speed as the shaft of the electric machine; the hybrid drive vehicle is characterised in that the coupling comprises a shape coupling device which is functionally independent and separate from the clutch and is suitable to make the shaft of the electric machine angularly integral to the drive shaft by means of a shape mating independent of the friction coupling established by the clutch. at least one driving wheel; an internal combustion engine provided with a drive shaft; at least one electric machine provided with a shaft; a gearbox, which transmits the motion to the driving wheel; a disengagable coupling, which is interposed between the drive shaft and the shaft of the electric machine so as to establish a mechanical connection that can be interrupted; and a transmission shaft, which is interposed between the shaft of the electric machine on the opposite side relative to the coupling and the gearbox so as to establish a permanent mechanical connection; wherein the coupling comprises: a clutch which is suitable to cause the drive shaft to rotate at the same speed as the shaft of the electric machine establishing a clutch coupling; and an actuator which is suitable to actuate the clutch to cause the drive shaft to rotate at the same speed as the shaft of the electric machine;
A method for creating verifiable data streams, the method being performed by a device and comprising: creating a first hash value by hashing a combination of a first portion of the data stream and a first metadata associated with a data stream; creating a second hash value by hashing a combination of a second portion of the data stream and a second metadata associated with the data stream; creating a third hash value by hashing a combination comprising the first hash value and the second hash value; and uploading to a database a first verified hash value, wherein the first verified hash value is based on the third hash value. creating a first hash value by hashing a combination of a first portion of the data stream and a first metadata associated with a data stream; creating a second hash value by hashing a combination of a second portion of the data stream and a second metadata associated with the data stream; creating a third hash value by hashing a combination comprising the first hash value and the second hash value; and uploading to a database a first verified hash value, wherein the first verified hash value is based on the third hash value.
A computer implemented method of operating a navigation system to provide an advertisement, the method comprising: obtaining a desired arrival time at a destination; generating a first route from a starting location to the destination; identifying an advertisement data record from an advertisement database, wherein the advertisement data record is associated with a point of interest and includes a first version of advertisement content and a second version of advertisement content, the first version including a coupon incentive, a promotion incentive or a limited time offer incentive for a product or service at the point of interest and the second version not including any of these incentives; generating a second route from a current location of the navigation system to the destination including traveling to the point of interest to obtain the product or the service, wherein the second route is different to the first route; determining a travel time for the second route;obtaining, from the advertisement data record, an obtaining time representing a time required to obtain the product or the service at the point of interest; determining a new arrival time from the addition of a current time, the determined travel time for the second route and the obtaining time; if the new arrival time is before the desired arrival time, providing the first version of advertisement content; and if the new arrival time is after the desired arrival time, providing the second version of advertisement content. obtaining a desired arrival time at a destination; generating a first route from a starting location to the destination; identifying an advertisement data record from an advertisement database, wherein the advertisement data record is associated with a point of interest and includes a first version of advertisement content and a second version of advertisement content, the first version including a coupon incentive, a promotion incentive or a limited time offer incentive for a product or service at the point of interest and the second version not including any of these incentives; generating a second route from a current location of the navigation system to the destination including traveling to the point of interest to obtain the product or the service, wherein the second route is different to the first route; determining a travel time for the second route;obtaining, from the advertisement data record, an obtaining time representing a time required to obtain the product or the service at the point of interest; determining a new arrival time from the addition of a current time, the determined travel time for the second route and the obtaining time; if the new arrival time is before the desired arrival time, providing the first version of advertisement content; and if the new arrival time is after the desired arrival time, providing the second version of advertisement content.
An electric vehicle charging facility comprising: a power generation component for generating a DC electric power, the power generation component comprising a plurality of fuel cells including a stack of up to about ten individual polymer electrolyte membrane fuel cells which operate independently; a fuel component supplying a fuel to the power generation component; a charging component electrically connected to the power generation component for charging an electric vehicle using the DC electric power, the charging component comprising a first customer charging station; and a control system component, wherein the control system component comprises a processor, a data storage, and instructions stored in the data storage and executable by the processor to activate the plurality of fuel cells individually and sequentially to meet an energy demand of the charging component, and based on information regarding the amount of charge and the rate of charge sent by the first customer charging station, compute an amount of fuel needed, and adjust a mass flow rate of fuel from the fuel component to the power generation component. a power generation component for generating a DC electric power, the power generation component comprising a plurality of fuel cells including a stack of up to about ten individual polymer electrolyte membrane fuel cells which operate independently; a fuel component supplying a fuel to the power generation component; a charging component electrically connected to the power generation component for charging an electric vehicle using the DC electric power, the charging component comprising a first customer charging station; and a control system component, wherein the control system component comprises a processor, a data storage, and instructions stored in the data storage and executable by the processor to activate the plurality of fuel cells individually and sequentially to meet an energy demand of the charging component, and based on information regarding the amount of charge and the rate of charge sent by the first customer charging station, compute an amount of fuel needed, and adjust a mass flow rate of fuel from the fuel component to the power generation component.
A system, comprising: at least one cryptographic component distributed at least partially by a cryptographic technology provider, implemented independently from a key generator 400 that generates key information for at least one of publishing data or subscribing to data, the at least one cryptographic component including at least one processor configured to perform at least one searchable encryption algorithm or searchable decryption algorithm based on the key information generated by the key generator; and a network service provider, implemented independently from the key generator (400 and the at least one cryptographic component, including at least one processor configured to implement a network service with respect to data encrypted by the at least one cryptographic component, wherein the key information is generated based on identity information associated with a specified subscriber and wherein the key information includes subscriber capability information that defines subscriber access privileges with respect to the data encrypted by the at least one cryptographic component and wherein subscriber capabilities are encoded in the key information. at least one cryptographic component distributed at least partially by a cryptographic technology provider, implemented independently from a key generator 400 that generates key information for at least one of publishing data or subscribing to data, the at least one cryptographic component including at least one processor configured to perform at least one searchable encryption algorithm or searchable decryption algorithm based on the key information generated by the key generator; and a network service provider, implemented independently from the key generator (400 and the at least one cryptographic component, including at least one processor configured to implement a network service with respect to data encrypted by the at least one cryptographic component,