mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a group of wind turbines in a wind power plant coupled to a utility grid, comprising: - determining in response to receiving a power curtailment command from the grid that one or more wind turbines in the group of wind turbines should be deactivated, - retrieving data from each wind turbine in the group of wind turbines, - ranking all the wind turbines in the group of wind turbines according to a set of ranking criteria and based on the retrieved data, - selecting one or more wind turbines in the group of wind turbines to be deactivated based on the ranking, - repeating at time intervals the steps of data retrieval and ranking of all the wind turbines in the group of wind turbines including any deactivated wind turbines in the group, and - re-selecting one or more wind turbines in the group of wind turbines to be deactivated based on the updated ranking, wherein the data includes a down time for any presently deactivated wind turbine in the group of wind turbines, reflecting for how long time the wind turbine has been presently deactivated and wherein the set of ranking criteria comprises a pause criterion taking into account the down time. - determining in response to receiving a power curtailment command from the grid that one or more wind turbines in the group of wind turbines should be deactivated, - retrieving data from each wind turbine in the group of wind turbines, - ranking all the wind turbines in the group of wind turbines according to a set of ranking criteria and based on the retrieved data, - selecting one or more wind turbines in the group of wind turbines to be deactivated based on the ranking, - repeating at time intervals the steps of data retrieval and ranking of all the wind turbines in the group of wind turbines including any deactivated wind turbines in the group, and - re-selecting one or more wind turbines in the group of wind turbines to be deactivated based on the updated ranking,
Dead man's control system configured for checking a capacity of an operator to operate or drive a vehicle , the dead man's control system comprising: - a pulsation rate measurement device configured for measuring heartbeat of the operator and outputting in real time pulsation rate data; - a movement detection system for detecting a change of position of at least one part of the body of the operator and outputting in real time movement detection data, wherein the movement detection system comprises a camera system comprising at least one camera configured for being installed inside the operator cabin in order to acquire images of the operator, said camera system being configured for enabling a check of the capacity of the operator to drive the vehicle , the movement detection data comprising a second set of data that are video data encoding the acquired images provided in real time to the processing unit ; - a processing unit for analyzing in real time the pulsation rate data and the movement detection data, wherein the processing unit is configured for automatically triggering a safety system of the vehicle in function of its analysis of the pulsation rate data and the movement detection data wherein the triggering of the safety system by the processing unit is configured for deactivating a locking system of a door of the operator cabin if the processing unit determines that there is no pulsation from the pulsation rate data and/or there is an incorrect body position from the second set of data. - a pulsation rate measurement device configured for measuring heartbeat of the operator and outputting in real time pulsation rate data; - a movement detection system for detecting a change of position of at least one part of the body of the operator and outputting in real time movement detection data, wherein the movement detection system comprises a camera system comprising at least one camera configured for being installed inside the operator cabin in order to acquire images of the operator, said camera system being configured for enabling a check of the capacity of the operator to drive the vehicle , the movement detection data comprising a second set of data that are video data encoding the acquired images provided in real time to the processing unit ; - a processing unit for analyzing in real time the pulsation rate data and the movement detection data, wherein the processing unit is configured for automatically triggering a safety system of the vehicle in function of its analysis of the pulsation rate data and the movement detection data wherein the triggering of the safety system by the processing unit is configured for deactivating a locking system of a door of the operator cabin if the processing unit determines that there is no pulsation from the pulsation rate data and/or there is an incorrect body position from the second set of data.
An eyewear-type terminal wearable by a user, comprising: a display ; a location information module configured to generate data relating to positioning of the terminal ; and a controller configured to: collect information related to an object that is present in a gaze direction of the user wearing the terminal , the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time ; and cause the display to display, in response to a user input, the pieces of information that have been found. a display ; a location information module configured to generate data relating to positioning of the terminal ; and a controller configured to: collect information related to an object that is present in a gaze direction of the user wearing the terminal , the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time ; and cause the display to display, in response to a user input, the pieces of information that have been found. collect information related to an object that is present in a gaze direction of the user wearing the terminal , the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time ; and cause the display to display, in response to a user input, the pieces of information that have been found.
An artificial turf for simulating natural grass, comprising: a base fabric , artificial grass yarns tufting on a side of the base fabric and an latex backing on an opposite side of the base fabric , the artificial grass yarns having at least two different forms including an straight form and a curly form, the straight artificial grass yarns having at least two different colors, characterized in that the cross sections of the straight artificial grass yarns having a plurality of different shapes, and the cross sections of the curly artificial grass yarns having at least one shape.
System comprising a field device and a control device , wherein the field device comprises a field device controller and a field device transmitter , wherein the control device comprises a control device controller and a control device transmitter , wherein the field device transmitter and the control device transmitter have a transmission path between them, wherein the field device controller and the control device controller are adapted for bidirectional transmission of messages between one another according to a communication protocol via the field device transmitter , the transmission path and the control device transmitter , and wherein the communication protocol implements the transmission of messages with a master role and a slave role, characterized in that the field device controller implements the master role and the control device controller implements the slave role. wherein the field device comprises a field device controller and a field device transmitter , wherein the control device comprises a control device controller and a control device transmitter , wherein the field device transmitter and the control device transmitter have a transmission path between them, wherein the field device controller and the control device controller are adapted for bidirectional transmission of messages between one another according to a communication protocol via the field device transmitter , the transmission path and the control device transmitter , and wherein the communication protocol implements the transmission of messages with a master role and a slave role, characterized in that the field device controller implements the master role and the control device controller implements the slave role.
A tool for hob peeling workpieces having pre-machined teeth, comprising: a gear-wheel shaped main body (1.1) which defines a tool axis (B1) and which on an end face defines a tip circle (Dk), and one or a plurality of cutting inserts (1.2; 1.3; 1.4) which are disposed on the main body (1.1) at the end face in the region of the tip circle (Dk), wherein each of the cutting inserts (1.2; 1.3; 1.4) comprises at least one cutting tooth (1.2.1), the cutting tooth (1.2.1) forming a cutting edge which runs at least along one flank of the cutting tooth (1.2.1), and wherein the cutting tooth has a cutting face (5.5) associated with the cutting edge , and a clearance face (5.1 - 5.4) associated with the cutting edge , characterised in that the cutting face (5.5) along the cutting edge is provided with a cutting face chamfer which in relation to the cutting face (5.5) runs so as to be inclined by a chamfer angle ( γ 1, γ 2), the chamfer angle ( γ 1, γ 2) varies along the cutting edge , and the cutting face chamfer has a width of at least 50 micrometres. a gear-wheel shaped main body (1.1) which defines a tool axis (B1) and which on an end face defines a tip circle (Dk), and one or a plurality of cutting inserts (1.2; 1.3; 1.4) which are disposed on the main body (1.1) at the end face in the region of the tip circle (Dk), wherein each of the cutting inserts (1.2; 1.3; 1.4) comprises at least one cutting tooth (1.2.1), the cutting tooth (1.2.1) forming a cutting edge which runs at least along one flank of the cutting tooth (1.2.1), and wherein the cutting tooth has a cutting face (5.5) associated with the cutting edge , and a clearance face (5.1 - 5.4) associated with the cutting edge , characterised in that the cutting face (5.5) along the cutting edge is provided with a cutting face chamfer which in relation to the cutting face (5.5) runs so as to be inclined by a chamfer angle ( γ 1, γ 2), the chamfer angle ( γ 1, γ 2) varies along the cutting edge , and the cutting face chamfer has a width of at least 50 micrometres.
Method of optimization of a computer program, comprising - a first step (S 11 , S 12 , S 13 , S 14 ) of automatic determination within said computer program of a call of a function having at least one input parameter, said call corresponding to a first criterion according to which said at least one input parameter is inside an interval substantially smaller than the range of possible values for said input parameter, said interval being formed by sample values stored for several executions of said program, and to a second criterion corresponding to a desired accuracy for said call; - a second step (S 2 ) of automatic generation by a computer program of an executable code for implementing said function, by choosing an implementation according to said interval and said desired accuracy, said executable code comprising a sequence of code expressions, each associated to a term of a mathematical series, and by determining a number of said terms according to said desired accuracy; - a third step (S 3 ) of automatically replacing the existing code implementing said function by the executable code generated at said second step. - a first step (S 11 , S 12 , S 13 , S 14 ) of automatic determination within said computer program of a call of a function having at least one input parameter, said call corresponding to a first criterion according to which said at least one input parameter is inside an interval substantially smaller than the range of possible values for said input parameter, said interval being formed by sample values stored for several executions of said program, and to a second criterion corresponding to a desired accuracy for said call; - a second step (S 2 ) of automatic generation by a computer program of an executable code for implementing said function, by choosing an implementation according to said interval and said desired accuracy, said executable code comprising a sequence of code expressions, each associated to a term of a mathematical series, and by determining a number of said terms according to said desired accuracy; - a third step (S 3 ) of automatically replacing the existing code implementing said function by the executable code generated at said second step.
A power socket comprising an insulating base housing: • a cylindrical wall defining an insertion well for receiving an electric plug extending along a longitudinal axis (R); • a piston partially closing the section of the insertion well and movable in translation relative to said cylindrical wall along the longitudinal axis (R); and • at least one light source ; the power socket being characterized in that the light source is arranged between a rear end of said cylindrical wall and an end wall of the insulating base , so as to illuminate the section of the insertion well , at least in part, from the rear. • a cylindrical wall defining an insertion well for receiving an electric plug extending along a longitudinal axis (R); • a piston partially closing the section of the insertion well and movable in translation relative to said cylindrical wall along the longitudinal axis (R); and • at least one light source ;
An ear protection device for ear defenders to be fastened on a protective helmet , wherein the ear protection device comprises a housing including a bearing device via which it is pivotably mountable in a forklike supporting bracket , wherein communication means are disposed in and/or on the housing , characterised in that the bearing device includes at least two electrically conductive contact elements .
A method for dielectrically insulating an electrical active part wherein the electrical active part is arranged in a gas-tight housing comprising an insulating medium consisting of, consisting essentially of, or comprising a compound of general formula (I): R 1 R 2 R 3 C-NO 2 (I) wherein R 1 is fluorine, R 2 is hydrogen, fluorine, alkyl, alkenyl, alkynyl, aryl, fluorosubstituted alkyl, fluorosubstituted alkenyl, fluorosubstituted alkynyl or fluorosubstituted aryl and R 3 is hydrogen, alkyl, alkenyl, alkynyl, aryl, fluorosubstituted alkyl, fluorosubstituted alkenyl, fluorosubstituted alkynyl or fluorosubstituted aryl.
A binder composition for non-aqueous secondary battery electrode comprising: a water-soluble polymer which comprises an acid group-containing monomer unit; and water, wherein the water-soluble polymer comprises the acid group-containing monomer unit in an amount of 5% to 70% by mass, and wherein the water-soluble polymer comprises water-soluble polymer particles having a radius of gyration of 200 nm or less in an amount of 95% to 100% by mass, wherein the water-soluble polymer further comprises a (meth)acrylamide monomer unit in an amount of 30% to 85% by mass and wherein the radius of gyration of the water-soluble polymer is measured as described in the description. wherein the water-soluble polymer comprises the acid group-containing monomer unit in an amount of 5% to 70% by mass, and wherein the water-soluble polymer comprises water-soluble polymer particles having a radius of gyration of 200 nm or less in an amount of 95% to 100% by mass, wherein the water-soluble polymer further comprises a (meth)acrylamide monomer unit in an amount of 30% to 85% by mass and wherein the radius of gyration of the water-soluble polymer is measured as described in the description.
A control device for an agricultural application device , which has an application boom pivotally mounted on a carrier , on which application components are arranged for applying liquid and/or solid active substances, wherein the control device has a pressure supply connection for supplying pressurized hydraulic fluid and a return connection for dispensing hydraulic fluid to a storage tank, and wherein the control device has a controllable valve arrangement and a hydraulic cylinder arrangement , which is connected to the valve arrangement and has a first cylinder effective area and a second cylinder effective area , wherein the two cylinder effective areas can be pressurized and each are connected to a hydraulic accumulator , and wherein the pivot position of the application boom can be varied by changing the switching state of the valve arrangement , characterized in that the cylinder effective areas are pressurized with a predeterminable pressure independently of the pivot position of the application boom .
A drive axle system comprising: a first axle assembly that has a first drive pinion and a first differential assembly that has a first ring gear , wherein the first ring gear and the first drive pinion cooperate to provide a first gear ratio; a second axle assembly that is operatively connected to the first axle assembly , the second axle assembly having a second drive pinion and a second differential assembly that has a second ring gear , wherein the second drive pinion and second ring gear cooperate to provide a second gear ratio that differs from the first gear ratio; characterized in that an interaxle differential unit configured to operatively connect the first axle assembly and the second axle assembly ; and a one-way freewheel clutch that transmits torque between the first axle assembly and the second axle assembly when the interaxle differential unit is unlocked, and that transmits torque to one of the first axle assembly and the second axle assembly when the interaxle differential unit is locked. a first axle assembly that has a first drive pinion and a first differential assembly that has a first ring gear , wherein the first ring gear and the first drive pinion cooperate to provide a first gear ratio; a second axle assembly that is operatively connected to the first axle assembly , the second axle assembly having a second drive pinion and a second differential assembly that has a second ring gear , wherein the second drive pinion and second ring gear cooperate to provide a second gear ratio that differs from the first gear ratio; characterized in that an interaxle differential unit configured to operatively connect the first axle assembly and the second axle assembly ; and a one-way freewheel clutch that transmits torque between the first axle assembly and the second axle assembly when the interaxle differential unit is unlocked, and that transmits torque to one of the first axle assembly and the second axle assembly when the interaxle differential unit is locked.
A heat exchanger which exchanges heat between a first fluid and a second fluid, comprising a heat exchanger main body which is housed inside a case where the first fluid flows and which houses the second fluid therein, wherein the heat exchanger main body is composed of a stack of a plurality of heat exchanger pieces , each of the heat exchanger pieces is composed of a pair of a lower plate member and an upper plate member , the lower plate member forms a lower part of the heat exchanger piece , wherein a plurality of first ridges bulging upward and a plurality of second ridges bulging downward are formed in a bottom part of the lower plate member , the upper plate member forms an upper part of the heat exchanger piece , wherein a plurality of third ridges bulging downward and a plurality of fourth ridges bulging upward are formed in a ceiling part of the upper plate member , the first ridges , the second ridges , the third ridges , and the fourth ridges extend parallel to an axial direction of a central axis (CE) of the case , the first ridges and the third ridges , in the lower plate members and the upper plate members adjacent to each other in the stacking direction, form a plurality of first passages that are disposed such that the first fluid flows across the inside of the heat exchanger main body , the second ridges and the fourth ridges , in the lower plate members and the upper plate members adjacent to each other in the stacking direction, form a plurality of second passages that are disposed such that the second fluid flows therethrough, in a side view from one direction, the plurality of first passages form a shape which is left-right symmetric about the central axis (CE) of the case and of which the upstream side protrudes farther in the upstream direction toward the center, and the plurality of first passages extend substantially parallel to the central axis (CE) of the case , and are formed to be longer as they are disposed closer to the center of the heat exchanger main body , and ends of the first ridges , the second ridges , the third ridges , and the fourth ridges on the upstream side are all tapered such that the passage width both of the first passages and the second passages on the upstream side increase toward the upstream side.
A system for manufacturing piezoelectrics, comprising: at least a first roller and an end roller ; a continuously advancing printable substrate roll extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material onto the continuously advancing substrate roll to form a plurality of the piezoelectrics; and an electric field generator configured to generate an electric field at ambient temperature or at above-ambient temperature ; wherein the electric field generator is configured to polarize the piezoelectric material as the continuously advancing substrate roll is rolled from the first roller to the end roller ; characterized in the system further comprising a cooler configured to drive the ambient or above-ambient temperature to below-ambient temperature substantially immediately following the electric field generation. at least a first roller and an end roller ; a continuously advancing printable substrate roll extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material onto the continuously advancing substrate roll to form a plurality of the piezoelectrics; and an electric field generator configured to generate an electric field at ambient temperature or at above-ambient temperature ; wherein the electric field generator is configured to polarize the piezoelectric material as the continuously advancing substrate roll is rolled from the first roller to the end roller ; characterized in the system further comprising a cooler configured to drive the ambient or above-ambient temperature to below-ambient temperature substantially immediately following the electric field generation.