mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a film wherein the method comprises the steps of: - providing a suspension comprising a microfibrillated cellulose, - adding an enzyme to the suspension, - mixing the enzyme with the suspension to form a mixture, - applying said mixture to a wire to form a fibrous web and - drying said web to form said film, wherein the temperature of the suspension when the enzyme is added is between 30-70°C and the mixture is stored for a period of at least 5 minutes before being applied to said wire. - providing a suspension comprising a microfibrillated cellulose, - adding an enzyme to the suspension, - mixing the enzyme with the suspension to form a mixture, - applying said mixture to a wire to form a fibrous web and - drying said web to form said film,
A mounting plate for a door actuator, including a plurality of attachment areas configured as through-bores for the attachment of the mounting plate to a door, and at least one mounting area , comprising mounting elements to which the door actuator is mountable, wherein the mounting plate comprises a first plate element and a second plate element , wherein the first plate element comprises the attachment areas and the second plate element the mounting area, wherein the first plate element is connected to the second plate element via connecting means , and in that a distance is adjustable between the first plate element and the second plate element by means of the connecting means , wherein the first plate element and the second plate element respectively include at least one compensating element , wherein the first plate element can be aligned to the second plate element with the compensating elements , so that the mounting area is displaceable with regard to the door, when the mounting plate is attached to the door, wherein the compensating element comprises at least one first oblong hole in the second plate element and at least one second oblong hole in the first plate element , wherein the first oblong hole is oriented vertically or essentially vertically to the second oblong hole .
A method for controlling a wind turbine having a rotor with at least one rotor blade, the method comprising: controlling , via a processor, the wind turbine based on at least one aerodynamic performance map; determining at least one speed parameter of the wind turbine; determining a blade torsional stiffness factor; determining , via the processor, a twist correction factor for the aerodynamic performance map as a function of the at least one speed parameter, air density and the blade torsional stiffness factor, wherein determining the twist correction factor for the at least one aerodynamic performance map further comprises utilizing one or more look-up tables, one or more equations, or a simulation model; applying the twist correction factor to the at least one aerodynamic performance map to obtain an adjusted aerodynamic performance map by determining an adjusted power coefficient, or an adjusted torque thrust coefficient or an adjusted torque coefficient, by multiplying the twist correction factor by at least one of a power coefficient, a torque coefficient, or thrust coefficient obtained from the at least one aerodynamic performance map; and, controlling the wind turbine based on the adjusted aerodynamic performance map. controlling , via a processor, the wind turbine based on at least one aerodynamic performance map; determining at least one speed parameter of the wind turbine; determining a blade torsional stiffness factor; determining , via the processor, a twist correction factor for the aerodynamic performance map as a function of the at least one speed parameter, air density and the blade torsional stiffness factor, wherein determining the twist correction factor for the at least one aerodynamic performance map further comprises utilizing one or more look-up tables, one or more equations, or a simulation model; applying the twist correction factor to the at least one aerodynamic performance map to obtain an adjusted aerodynamic performance map by determining an adjusted power coefficient, or an adjusted torque thrust coefficient or an adjusted torque coefficient, by multiplying the twist correction factor by at least one of a power coefficient, a torque coefficient, or thrust coefficient obtained from the at least one aerodynamic performance map; and, controlling the wind turbine based on the adjusted aerodynamic performance map.
A compressor, comprising: a housing , wherein a first air outlet port and a second air outlet port which do not communicate with each other are disposed on the housing ; a first cylinder and a first piston , wherein the first cylinder is provided with a first accommodating cavity, the first piston is eccentrically disposed in the first accommodating cavity, and the first cylinder exhausts gas through the first air outlet port ; and a second cylinder and a second piston , wherein the second cylinder is provided with a second accommodating cavity, the second piston is eccentrically disposed in the second accommodating cavity, and the second cylinder exhausts gas through the second air outlet port ; characterised in that an inner diameter of the first cylinder is D1, an eccentric distance of the first piston relative to the first accommodating cavity is e1, the height of the first cylinder is H1, and an exhaust pressure of the first cylinder is P1; an inner diameter of the second cylinder is D2, an eccentric distance of the second piston relative to the second accommodation cavity is e2, the height of the second cylinder is H2, and an exhaust pressure of the second cylinder is P2; P 1 < P 2 , 0.6 ⩽ e 1 × D 1 − e 1 × H 1 ÷ e 2 × D 2 − e 2 × H 2 ⩽ 1.9 ; and D1 is different to D2. a housing , wherein a first air outlet port and a second air outlet port which do not communicate with each other are disposed on the housing ; a first cylinder and a first piston , wherein the first cylinder is provided with a first accommodating cavity, the first piston is eccentrically disposed in the first accommodating cavity, and the first cylinder exhausts gas through the first air outlet port ; and a second cylinder and a second piston , wherein the second cylinder is provided with a second accommodating cavity, the second piston is eccentrically disposed in the second accommodating cavity, and the second cylinder exhausts gas through the second air outlet port ; characterised in that an inner diameter of the first cylinder is D1, an eccentric distance of the first piston relative to the first accommodating cavity is e1, the height of the first cylinder is H1, and an exhaust pressure of the first cylinder is P1; an inner diameter of the second cylinder is D2, an eccentric distance of the second piston relative to the second accommodation cavity is e2, the height of the second cylinder is H2, and an exhaust pressure of the second cylinder is P2; P 1 < P 2 , 0.6 ⩽ e 1 × D 1 − e 1 × H 1 ÷ e 2 × D 2 − e 2 × H 2 ⩽ 1.9 ; and D1 is different to D2.
A method for malware prevention performed by a computing device, comprising: creating one or more decoy files in a file directory that stores one or more other files; periodically modifying one or more attributes of the one or more decoy files such that a sorting operation performed on the files stored in the directory causes the one or more decoy files to be listed before the other one or more files in a list generated by the sorting operation; determining that one or more file access operations are being performed with respect to at least one of the one or more decoy files; analyzing the one or more file access operations to determine whether the one or more file access operations originate from a malicious process; and in response to determining that the one or more file access operations originate from the malicious process, performing an action to neutralize the malicious process. creating one or more decoy files in a file directory that stores one or more other files; periodically modifying one or more attributes of the one or more decoy files such that a sorting operation performed on the files stored in the directory causes the one or more decoy files to be listed before the other one or more files in a list generated by the sorting operation; determining that one or more file access operations are being performed with respect to at least one of the one or more decoy files; analyzing the one or more file access operations to determine whether the one or more file access operations originate from a malicious process; and in response to determining that the one or more file access operations originate from the malicious process, performing an action to neutralize the malicious process.
Method for detecting tire wear of a forklift truck having at least one front axle and one rear axle , wherein an ultrasonic sensor is arranged on the front axle and/or on the front axle carrier and an ultrasonic sensor is arranged on the rear axle and/or on the rear axle carrier, characterized in that the ultrasonic sensor arranged on the front axle and/or on the front axle carrier measures the distance of the front axle from a tire contact surface of the tires , and that an ultrasonic sensor arranged on the rear axle and/or on the rear axle carrier measures the distance of the rear axle from a tire contact surface of the tires , and that if the distance detected on at least one axle is below a limit value for at least 20 seconds, a signal is sent to a warning light on the dashboard of the forklift truck and/or to an external system for controlling several forklift trucks . the ultrasonic sensor arranged on the front axle and/or on the front axle carrier measures the distance of the front axle from a tire contact surface of the tires , and that an ultrasonic sensor arranged on the rear axle and/or on the rear axle carrier measures the distance of the rear axle from a tire contact surface of the tires , and that if the distance detected on at least one axle is below a limit value for at least 20 seconds, a signal is sent to a warning light on the dashboard of the forklift truck and/or to an external system for controlling several forklift trucks .
A method for a multi-access edge computing, MEC, service by a device application included in a user equipment, UE, in an MEC system, the method comprising: transmitting (S31), to a User Application LifeCycle Management Proxy, UALCMP, within the MEC system, a first POST request to obtain a list of locations available for instantiation of a specific user application; receiving (S33), from the UALCMP, a first response message including a list of available constrained locations for the specific user application; transmitting (S1), to the UALCMP, a second POST request for the application context to be created, the second POST request comprising a data structure for the application context to be created, which includes application location constraints; and receiving (S3), from the UALCMP, a second response message including a created application context, wherein the first POST request comprises a data structure related to the specific user application and location constraints, and wherein the second POST request includes a callback reference address of the device application. transmitting (S31), to a User Application LifeCycle Management Proxy, UALCMP, within the MEC system, a first POST request to obtain a list of locations available for instantiation of a specific user application; receiving (S33), from the UALCMP, a first response message including a list of available constrained locations for the specific user application; transmitting (S1), to the UALCMP, a second POST request for the application context to be created, the second POST request comprising a data structure for the application context to be created, which includes application location constraints; and receiving (S3), from the UALCMP, a second response message including a created application context, wherein the first POST request comprises a data structure related to the specific user application and location constraints, and wherein the second POST request includes a callback reference address of the device application.
A method of expanding expandable polymeric microspheres comprising contacting an aqueous slurry comprising unexpanded, expandable polymeric microspheres with heat proximate to and/or during manufacture of a construction material for use in a cementitious composition, wherein the heat is provided by microwave radiation or an electrical resistance heater.
A method for predicting a route of a vehicle , and estimating length of the predicted route, wherein the method comprises: determining current geographical position of the vehicle ; detecting a stored cell border of a cell having four cell borders in a grid-based representation of a landscape, comprising a plurality of quadratic or rectangular cells (211, 212, ... 244) in a database , corresponding to the determined geographical position; determining that the vehicle is entering the cell at the detected cell border of the cell ; extracting a stored driving direction and a stored road slope at the detected cell border of the cell from the database ; detecting a cell border of a neighbour cell to the cell , in the direction of the extracted stored driving direction at the detected cell border of the cell ; repeating the steps of extracting the stored driving direction and the stored road slope, and detecting a cell border of a neighbour cell until a condition is fulfilled; predicting the route of the vehicle by creating a series of linear segments through the cells (211, 212, ..., 244), bounded by the detected cell borders ; determining, on the basis of the extracted road slopes, a road grade profile associated to the predicted route and estimating the length of the predicted route of the vehicle by adding an estimated distance through each cell (211, 212, ..., 244) of the predicted route of the vehicle . determining current geographical position of the vehicle ; detecting a stored cell border of a cell having four cell borders in a grid-based representation of a landscape, comprising a plurality of quadratic or rectangular cells (211, 212, ... 244) in a database , corresponding to the determined geographical position; determining that the vehicle is entering the cell at the detected cell border of the cell ; extracting a stored driving direction and a stored road slope at the detected cell border of the cell from the database ; detecting a cell border of a neighbour cell to the cell , in the direction of the extracted stored driving direction at the detected cell border of the cell ; repeating the steps of extracting the stored driving direction and the stored road slope, and detecting a cell border of a neighbour cell until a condition is fulfilled; predicting the route of the vehicle by creating a series of linear segments through the cells (211, 212, ..., 244), bounded by the detected cell borders ; determining, on the basis of the extracted road slopes, a road grade profile associated to the predicted route and estimating the length of the predicted route of the vehicle by adding an estimated distance through each cell (211, 212, ..., 244) of the predicted route of the vehicle .
Open-loop and/or closed-loop control system for an agricultural utility vehicle which comprises a distributor linkage for discharging materials as fertilizer, crop protection agent or seed, which distributor linkage extends transversely with respect to the direction of travel and has a central part and two lateral booms which are connected to the central part by joints and have a plurality of linkage sections which can be folded in with respect to one another into the transportation position and folded out into the working position and are connected by joints, wherein at least one actuating device is assigned to the distributor linkage , wherein the distributor linkage is arranged so as to be pivotable about a vertical axis, and wherein at least one sensor is assigned to the utility vehicle, and the system has a data-processing unit which is configured in such a way that the signals of the sensor are processed, and an actuator signal for the actuating device is generated on the basis thereof, characterized in that the data processing unit is configured in such a way that depending on the different driving state of the agricultural utility vehicle it is possible to set different damping of yawing oscillations, occurring at the distributor linkage , about the vertical axis, wherein the setting of different damping is effected by setting a different control parameter for each driving state.
A reel assembly of a header for an agricultural vehicle, the header comprising a frame and a cutter bar , the reel assembly comprising: a reel ; and a pair of reel arms each comprising a first member configured for pivotally connecting to the frame of the header and a second member pivotally connected to the first member , the reel is movably connected to and positioned in between the second members of the reel arms ; characterized by : a pair of actuators , and each actuator is connected in between the first member and the second member of a respective reel arm , the actuators are configured for pivoting the second members relative to the first members such that the reel is pivotable relative to the first members of the reel arms . a reel ; and a pair of reel arms each comprising a first member configured for pivotally connecting to the frame of the header and a second member pivotally connected to the first member , the reel is movably connected to and positioned in between the second members of the reel arms ; characterized by : a pair of actuators , and each actuator is connected in between the first member and the second member of a respective reel arm , the actuators are configured for pivoting the second members relative to the first members such that the reel is pivotable relative to the first members of the reel arms .
A leading-edge shield for a turbomachine blade , said leading-edge shield comprising a pressure-side wing and a suction-side wing , each extending heightwise from a bottom edge to a top edge and lengthwise from the leading edge to a respective trailing edge , and connected together via the leading edge, and wherein the rear edge of the suction-side wing presents tangential continuity over the whole height of the leading-edge shield and at least one shaped segment (S1, S2) that extends with tangential continuity between two rounded ends, the shield being characterised in that the segment is shaped in such a manner that the length (l1, l11, l12) of the suction-side wing within this segment (S1, S2) is shorter than the length (l2, l3, l21, l22, l31, l32) of the suction-side wing at each rounded end of this segment (S1, S2) and outside the at least one segment (S1, S2).
A method for diagnosing pancreatic cancer comprising measuring protein expression levels of complement factor B and carbohydrate antigen 19-9 in the blood sample that has been separated from a subject.
AN ADAPTIVE CONTROL METHOD FOR REFRIGERATION SYSTEMS which, being of the type which manages the fans according to the level of frost in the evaporator, is characterised in that it comprises the detection of the level of frost in the evaporator by means of a calculation method of a FVT indicator representing the facility to the variation of temperature of the evaporator, according to the following expression: FVT = Te _ end − Te _ ini timestep ⋅ ∑ abs T evap − T air i where ( Te end - Te ini ) is the difference between the temperatures of the evaporator at the end and at the commencement, respectively, of an evaporator heating process, ( T evap - T air ) are the successive samples of the thermal gradient between the temperature of the evaporator T evap and that of the refrigeration chamber of the refrigeration system T air occurring during said heating process, measured with each timestep or time in seconds between thermal gradient samples i; and in that the method comprises the performance of said detection of the level of frost by means of the obtaining of a dimensionless coefficient fc of the relative level of frost in the evaporator and the monitoring of the temporal evolution of the same, where the method comprises the obtaining of said dimensionless coefficient fc of the relative level of frost in the evaporator by means of the relationship FVT ice /FVT dry , where FVT ice includes the values of the FVT indicator obtained when there is frost in the evaporator, and FVT dry the values of the same when there is no frost in the evaporator.
A method for distributive coordination of a plurality of agents to affect at least one target, said method comprising, at a first agent, the steps of: composing a target list, said target list comprising a plurality of targets; ranking targets within said target list; receiving a communication from a second agent that a target has been reserved by the second agent; removing the target that has been reserved by the second agent from said target list; selecting a target for engagement from the target list using target selection criteria and a behaviour-based control system comprising a subsumption architecture, wherein target selection criteria includes a target valuation based on a scoring function comprising a linear combination of a plurality of metrics, and on a prioritization scheme, and wherein the first agent predicts the scores the second agent will obtain for each target, and said first agent chooses a target whose predicted score of said second agent is not the highest of said scores; communicating a reservation of the selected target to at least one other agent; and affecting the reserved target. composing a target list, said target list comprising a plurality of targets; ranking targets within said target list; receiving a communication from a second agent that a target has been reserved by the second agent; removing the target that has been reserved by the second agent from said target list; selecting a target for engagement from the target list using target selection criteria and a behaviour-based control system comprising a subsumption architecture, wherein target selection criteria includes a target valuation based on a scoring function comprising a linear combination of a plurality of metrics, and on a prioritization scheme, and wherein the first agent predicts the scores the second agent will obtain for each target, and said first agent chooses a target whose predicted score of said second agent is not the highest of said scores; communicating a reservation of the selected target to at least one other agent; and affecting the reserved target.