mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a steam turbine with transient elevated turbine exhaust pressure, the method comprising: monitoring the turbine exhaust pressure (EXH P, 5); determining a last stage bucket annulus velocity (VAN, 10); operating a steam turbine according to normal trip settings for turbine exhaust pressure (EXH P, 5) as a function of last stage bucket annulus velocity (VAN, 10); monitoring for designated load loss conditions (40,46,50); initiating a time dependent transient turbine exhaust pressure operating region under the designated load loss conditions (40,46,50); operating according to the time dependent transient turbine exhaust pressure operating region, when the last stage bucket annulus velocity (VAN, 10) falls between an annulus velocity of 0 and a predetermined maximum annulus velocity level and the turbine exhaust pressure (EXH P, 5) is lower than a predetermined maximum trip setting (P MAX) and greater than a predetermined normal trip setting (P MIN); activating normal trip settings for turbine exhaust pressure when an operating time in the transient exhaust pressure operating region exceeds a predetermined time limit; operating according to normal trip settings for turbine exhaust pressure when at least one of the last stage bucket annulus velocity (VAN, 10) is greater than the predetermined maximum annulus velocity level and the turbine exhaust pressure (EXH P, 5) is greater than the predetermined maximum trip setting (P MAX) or lower than the predetermined normal trip setting (P MIN). monitoring the turbine exhaust pressure (EXH P, 5); determining a last stage bucket annulus velocity (VAN, 10); operating a steam turbine according to normal trip settings for turbine exhaust pressure (EXH P, 5) as a function of last stage bucket annulus velocity (VAN, 10); monitoring for designated load loss conditions (40,46,50); initiating a time dependent transient turbine exhaust pressure operating region under the designated load loss conditions (40,46,50); operating according to the time dependent transient turbine exhaust pressure operating region, when the last stage bucket annulus velocity (VAN, 10) falls between an annulus velocity of 0 and a predetermined maximum annulus velocity level and the turbine exhaust pressure (EXH P, 5) is lower than a predetermined maximum trip setting (P MAX) and greater than a predetermined normal trip setting (P MIN); activating normal trip settings for turbine exhaust pressure when an operating time in the transient exhaust pressure operating region exceeds a predetermined time limit; operating according to normal trip settings for turbine exhaust pressure when at least one of the last stage bucket annulus velocity (VAN, 10) is greater than the predetermined maximum annulus velocity level and the turbine exhaust pressure (EXH P, 5) is greater than the predetermined maximum trip setting (P MAX) or lower than the predetermined normal trip setting (P MIN).
Method for diagnosing damage to a spark-ignition engine of a motor vehicle, this damage being due to sporadic pre-ignition phenomena at low revs causing premature and undesired combustion of part of the fuel mixture in the engine, the process by which it is detected a phenomenon of pre-ignition for a cylinder of the cylinders of the engine at a given moment, it is estimated a damage of the cylinder corresponding to a damage undergone by at least one engine part in contact with the chamber of combustion of this cylinder at this given instant as a function of a map of the engine speed and of the filling (Remp) of air in the cylinder with an allocation of a value of damage to the cylinder at this given instant, the value of damage at the given instant being added to the damage values previously assigned since the start of implementation of the method for the same cylinder in order to give a total damage value (Ecyl, Ecyl max) specific to each cylinder, the method being characterized in that the total value of damage of the most damaged cylinder is compared with a predetermined value and a possible damage of the engine by pre-ignition phenomena is diagnosed if the total value e of damage of the most damaged cylinder exceeds the predetermined value.
Contact latching system for an electrical plug connection, having a latching tool; having at least one electrical contact which has an undercut (6; 6') for primary latching; having a contact chamber housing that has at least one contact chamber for plugging in the electrical contact, and wherein a contact chamber external wall of the contact chamber has a lateral wall opening by way of which the undercut (6; 6') of the plugged-in contact is accessible from the outside, characterized by at least one locking element for the secondary locking of the plugged-in electrical contact counter to the fitting direction, wherein the latching tool has at least one row of deflectable latching arms (13a, 13b) on which latching hooks are provided, wherein in the assembled state the contacts in the contact chamber housing are no longer latched in a primary manner but locked exclusively in a secondary manner, wherein the latching tool, for the temporary primary latching of contacts that are plugged into the respective contact chambers thereof, is disposable on the contact chamber housing, wherein the latching tool for each contact chamber has one respective latching hook by way of which said latching tool engages from the outside through the lateral wall opening of the contact chamber housing into the contact chamber and in the fitting direction engages behind the undercut (6; 6') of a plugged-in contact.
A method for controlling a vehicle (200, 590), characterized in that the method comprising: determining that one or more surrounding vehicles (210, 220) demonstrate threatening behavior by determining that a first surrounding vehicle, which is directly in front of the vehicle (200, 590), is slowing down in absence of traffic related reason to slow down, and determining that a second surrounding vehicle in an adjacent lane is slowing down in association with the first surrounding vehicle; and upon determining that said one or more surrounding vehicles demonstrate threatening behaviour, controlling the vehicle (200, 590) to perform one or more threat evasive actions, wherein a traffic related reason includes at least one of determining: that another vehicle in front of the first surrounding vehicle is also slowing down; a queueing indication; a speed limit change; an upcoming junction or road bend; decreasing visibility; an obstacle in front of the first surrounding vehicle, and wherein the traffic related reason is determined based on obtained traffic related information acquired by at least any of a sensor; a navigation system; and a cloud service. determining that one or more surrounding vehicles (210, 220) demonstrate threatening behavior by determining that a first surrounding vehicle, which is directly in front of the vehicle (200, 590), is slowing down in absence of traffic related reason to slow down, and determining that a second surrounding vehicle in an adjacent lane is slowing down in association with the first surrounding vehicle; and upon determining that said one or more surrounding vehicles demonstrate threatening behaviour, controlling the vehicle (200, 590) to perform one or more threat evasive actions, wherein a traffic related reason includes at least one of determining: that another vehicle in front of the first surrounding vehicle is also slowing down; a queueing indication; a speed limit change; an upcoming junction or road bend; decreasing visibility; an obstacle in front of the first surrounding vehicle, and wherein the traffic related reason is determined based on obtained traffic related information acquired by at least any of a sensor; a navigation system; and a cloud service.
A mould assembly for manufacturing a wind turbine blade shell part, the mould assembly comprising a mould having a moulding surface that defines the outer shape of the wind turbine blade shell part, the mould having a longitudinal direction extending between a tip end and a root end of the mould, wherein the mould assembly comprises a lowering device, which is adapted to carry and lower a root end insert onto the moulding surface of the mould, the lowering device being attached to the mould and comprising a frame for carrying the root end insert, wherein the lowering device further comprises driving means for lowering the frame together with the root end insert, the driving means comprising two synchronized hydraulic cylinders (91, 92), each hydraulic cylinder comprising a piston chamber and a rod chamber, wherein the piston chamber and the rod chamber of each cylinder are connected to each other via a respective valve assembly comprising a fluid line and a valve.
A quantum dot comprising a core comprising a first semiconductor nanocrystal and a multi-layered shell disposed on the core and comprising at least two layers, wherein the quantum dot does not comprise cadmium; and wherein the first semiconductor nanocrystal comprises a Group III-V compound, the multi-layered shell comprises a first layer surrounding at least a portion of a surface of the core, the first layer comprising a second semiconductor nanocrystal, the second semiconductor nanocrystal comprising a Group II-V compound, and a second layer disposed on the first layer, the second layer comprising a third semiconductor nanocrystal, the third semiconductor nanocrystal comprising a composition different from that of the second semiconductor nanocrystal.
A method for reducing the level of acrylamide in a food product based on an asparagine-containing food material wherein said food material comprises tuber-based food material, root-based food material or combinations thereof, comprising: cooking a asparagine-containing food material by exposure to steam; cooling the cooked asparagine-containing food material to a temperature of less than 70° C, wherein the asparagine-containing food material is cooled by a continuous process, wherein the continuous cooling process comprises cooling the asparagine-containing food material by a hollow screw jacketed trough cooler or continuous system comprises: placing the asparagine-containing food material on a conveyer, and blowing air on the asparagine-containing food material as it moves along the conveyer, or wherein the asparagine-containing food material is cooled by a continuous process, wherein the continuous cooling process comprises cooling the asparagine-containing food material by a fluidized bed cooler or in a scraped wall heat exchanger; adding an asparagine-reducing enzyme to the cooled asparagine-containing food material after the cooled food material reaches a temperature of less than 70° C, wherein the level of asparagine in the asparagine-containing food material is reduced; and producing a food product from the treated food material wherein the asparagine-containing food material is mixed before, during and after the asparagine-reducing enzyme is added to the cooled asparagine-containing food material, and wherein the asparagine-reducing enzyme is added to the asparagine-containing food material in the cooler. cooking a asparagine-containing food material by exposure to steam; cooling the cooked asparagine-containing food material to a temperature of less than 70° C, wherein the asparagine-containing food material is cooled by a continuous process, wherein the continuous cooling process comprises cooling the asparagine-containing food material by a hollow screw jacketed trough cooler or continuous system comprises: placing the asparagine-containing food material on a conveyer, and blowing air on the asparagine-containing food material as it moves along the conveyer, or wherein the asparagine-containing food material is cooled by a continuous process, wherein the continuous cooling process comprises cooling the asparagine-containing food material by a fluidized bed cooler or in a scraped wall heat exchanger; adding an asparagine-reducing enzyme to the cooled asparagine-containing food material after the cooled food material reaches a temperature of less than 70° C, wherein the level of asparagine in the asparagine-containing food material is reduced; and producing a food product from the treated food material wherein the asparagine-containing food material is mixed before, during and after the asparagine-reducing enzyme is added to the cooled asparagine-containing food material, and wherein the asparagine-reducing enzyme is added to the asparagine-containing food material in the cooler.
A method for operating a home appliance, comprising: setting a wake-up signal standby mode for receiving a wake-up voice signal comprising a preset call word; receiving a voice signal via an audio input unit comprising at least one microphone (221, 222); when the voice signal comprises the call word, transmitting the received voice signal to a voice recognition server system; receiving analysis result information of the voice signal from the voice recognition server system; and when the received analysis result information comprises information indicating that the voice signal comprises the call word, setting a command standby mode for receiving a user's voice command input for a preset period of time, and further comprising: when a response signal based on the voice command is received from the voice recognition server system, outputting an audible guidance message corresponding to the received response signal, characterised in that the received response signal includes voice data comprising an audio file and the audible guidance message is based on the received voice data. setting a wake-up signal standby mode for receiving a wake-up voice signal comprising a preset call word; receiving a voice signal via an audio input unit comprising at least one microphone (221, 222); when the voice signal comprises the call word, transmitting the received voice signal to a voice recognition server system; receiving analysis result information of the voice signal from the voice recognition server system; and when the received analysis result information comprises information indicating that the voice signal comprises the call word, setting a command standby mode for receiving a user's voice command input for a preset period of time, and further comprising: when a response signal based on the voice command is received from the voice recognition server system, outputting an audible guidance message corresponding to the received response signal, characterised in that the received response signal includes voice data comprising an audio file and the audible guidance message is based on the received voice data.
A method for providing an additional service related to a mobile terminal, comprising - receiving a request for the additional service, - retrieving at least one characteristic of the mobile terminal by instructing the mobile terminal to perform a testing procedure to at least one unit of the mobile terminal wherein the testing procedure is determined on a basis of a type of the mobile terminal wherein the type of the mobile terminal is determined on a basis of an International Mobile Station Equipment Identity, IMEI, the International Mobile Station Equipment Identity, IMEI, being requested from at least one of the following: the mobile terminal requesting the additional service, a register residing in a mobile communication network, - comparing the at least one characteristic to a comparison value defined for the characteristic wherein the at least one characteristic is retrieved with the testing procedure, - providing the additional service if a predetermined number of the compared at least one characteristic meets a comparison value defined for the at least one characteristic. - receiving a request for the additional service, - retrieving at least one characteristic of the mobile terminal by instructing the mobile terminal to perform a testing procedure to at least one unit of the mobile terminal wherein the testing procedure is determined on a basis of a type of the mobile terminal wherein the type of the mobile terminal is determined on a basis of an International Mobile Station Equipment Identity, IMEI, the International Mobile Station Equipment Identity, IMEI, being requested from at least one of the following: the mobile terminal requesting the additional service, a register residing in a mobile communication network, - comparing the at least one characteristic to a comparison value defined for the characteristic wherein the at least one characteristic is retrieved with the testing procedure, - providing the additional service if a predetermined number of the compared at least one characteristic meets a comparison value defined for the at least one characteristic.
An airfoil for a turbine engine comprising: pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a relationship between a total chord length and a span position corresponding to a curve having an increasing total chord length from the 0% span position to a first peak, the first peak occurs in the range of 45-65% span position, wherein the total chord length at the 0% span position is in the range of 8.2-10.5 inches (20.8-26.7 cm), the first peak is provided by a critical point in a range of 50-60% span position, a slope from the critical point to an inflection point is substantially zero, the inflection point is in a range of 70-80% span position and a positive slope extends from the inflection point to the 100% span position.
Pneumatic tyre in the unvulcanized state, the inner wall of which is provided with a heat-expandable rubber layer, said layer comprising an elastomer composition comprising at least an elastomer, a reinforcing filler, between 10 and 80 phr of a blowing agent and between 10 and 50 phr of a hot-melt compound, the melting point of which is between 70°C and 150°C.
A compound represented by the following chemical formula for use in treatment and/or prevention of pancreatic function disorder in acute pancreatitis or chronic pancreatitis.
A system comprising: a specimen, comprising: an electrically non-conductive sealant for an aircraft fuel tank having a cylindrical shape; and an electrically conductive wire centered axially within the sealant; a test fixture configured to secure the specimen during testing; and a capacitor electrically coupled to the test fixture that is configured to simulate a lightning strike upon the aircraft by vaporizing the wire with a current to generate a mechanical shock to the sealant, characterized in that said wire being embedded in the non-conductive sealant. a specimen, comprising: an electrically non-conductive sealant for an aircraft fuel tank having a cylindrical shape; and an electrically conductive wire centered axially within the sealant; an electrically non-conductive sealant for an aircraft fuel tank having a cylindrical shape; and an electrically conductive wire centered axially within the sealant; a test fixture configured to secure the specimen during testing; and a capacitor electrically coupled to the test fixture that is configured to simulate a lightning strike upon the aircraft by vaporizing the wire with a current to generate a mechanical shock to the sealant, characterized in that said wire being embedded in the non-conductive sealant.
Multi-part striker having a fixing portion for fixing to a strut and a closure element receiving portion for receiving a closure element, wherein the closure element receiving portion has a slot-like receiving member for the closure element and a damping element (36, 37) is arranged between the closure element receiving portion and the fixing portion and damps the impact of the closure element in the direction of the slot-like receiving member, characterised in that the closure element receiving portion can be adjusted by means of at least one adjustment means (28, 29) in the direction of the slot-like receiving member relative to the fixing portion in the position thereof relative to the fixing portion.
An ink curing apparatus comprising a UV lamp; at least two reflectors (5, 7); and at least two moveable shutter means (11a, 11b), wherein the movement of each shutter means (11a, 11b) is between an open position exposing a substrate to UV radiation from the UV lamp and a closed position wherein the shutter means (11a, 11b) shields the substrate from the UV radiation from the UV lamp, characterised in that the shutter means (11a, 11b) are continuously moveable and controlled by a crank mechanism, wherein the crank mechanism comprises at least two links (21, 26) attached to a rotatable shaft, wherein each link (21, 26) of the crank mechanism is attached to a connecting means (25, 24), wherein each connecting means (25, 24) is attached to a shutter means (11b, 11a), and wherein rotation of the rotatable shaft of the crank mechanism causes the two shutter means (11b, 11a) to move away from each other towards a fully open position and continued rotation of the rotatable shaft of the crank mechanism in the same direction of rotation causes the two shutter means (11b, 11a) to move towards each other towards a fully closed position.