mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a wind farm having a power output constraint, the method comprising: operating a plurality of wind turbines within the wind farm , each wind turbine including a baseline power output and a maximum power output , the baseline power output being defined by a control-limited power curve as a function of wind speed, wherein the control-limited power curve corresponds to a power curve achieved using a peak-shaving control methodology; comparing a total power output for the wind farm to the power output constraint of the wind farm ; and; controlling the operation of at least one wind turbine of the plurality of wind turbines to provide an increased power output for the at least one wind turbine when the total power output is less than the power output constraint, and when a current wind speed is below the rated wind speed of the wind turbine , wherein the increased power output at the current wind speed of the at least one wind turbine is less than or equal to the maximum power output for the at least one wind turbine and is greater than the baseline power output associated with the at least one wind turbine at the current wind speed. operating a plurality of wind turbines within the wind farm , each wind turbine including a baseline power output and a maximum power output , the baseline power output being defined by a control-limited power curve as a function of wind speed, wherein the control-limited power curve corresponds to a power curve achieved using a peak-shaving control methodology; comparing a total power output for the wind farm to the power output constraint of the wind farm ; and; controlling the operation of at least one wind turbine of the plurality of wind turbines to provide an increased power output for the at least one wind turbine when the total power output is less than the power output constraint, and when a current wind speed is below the rated wind speed of the wind turbine , wherein the increased power output at the current wind speed of the at least one wind turbine is less than or equal to the maximum power output for the at least one wind turbine and is greater than the baseline power output associated with the at least one wind turbine at the current wind speed.
A data conversion program which, when executed by a computer, causes the computer to execute a process comprising: when receiving a plurality of data , acquiring first information and second information from a storage , the first information designating any data among the received plurality of data , the second information designating a predetermined number of data, data formats of which are collectively converted, among the received plurality of data ; acquiring, based on the acquired first information and the acquired second information , the predetermined number of conversion target data from the received plurality of data ; extracting a predetermined number of pieces of specific information embedded in each of the acquired predetermined number of conversion target data ; calculating a specific value to be used as a key by combining the extracted pieces of specific information in a predetermined way; and converting a data format of each of the predetermined number of conversion target data by using the calculated specific value as the key. when receiving a plurality of data , acquiring first information and second information from a storage , the first information designating any data among the received plurality of data , the second information designating a predetermined number of data, data formats of which are collectively converted, among the received plurality of data ; acquiring, based on the acquired first information and the acquired second information , the predetermined number of conversion target data from the received plurality of data ; extracting a predetermined number of pieces of specific information embedded in each of the acquired predetermined number of conversion target data ; calculating a specific value to be used as a key by combining the extracted pieces of specific information in a predetermined way; and converting a data format of each of the predetermined number of conversion target data by using the calculated specific value as the key.
A method for receiving a broadcast signal comprising: receiving a broadcast signal; parsing a link layer packet in the received broadcast signal, wherein the link layer packet includes a header including a fixed header and an extended header having a variable length, and a payload carrying data of one or more Internet Protocol, IP, packets, wherein the fixed header includes a packet type element for identifying a category of the packet and an indicator part for indicating configuration of the payload, wherein the indicator part includes 2 signaling bits determining the extended header structure after the 2 signaling bits by indicating whether the payload carries one whole IP packet, a segment divided from one IP packet or concatenated IP packets, wherein when the 2 signaling bits indicates that the payload carries the segment of one IP packet, the extended header further includes segment sequence number information for indicating an order of the segment carried by the link layer packet, and wherein when the 2 signaling bits indicates that the payload carries the concatenated IP packets, 3 signaling bits after the 2 signaling bits in the fixed header are used as a count field; parsing the data of the one or more IP packets obtained from the parsed link layer packet based on information in the header; and displaying broadcast contents by using the parsed data of the one or more IP packets. receiving a broadcast signal; parsing a link layer packet in the received broadcast signal, wherein the link layer packet includes a header including a fixed header and an extended header having a variable length, and a payload carrying data of one or more Internet Protocol, IP, packets, wherein the fixed header includes a packet type element for identifying a category of the packet and an indicator part for indicating configuration of the payload, wherein the indicator part includes 2 signaling bits determining the extended header structure after the 2 signaling bits by indicating whether the payload carries one whole IP packet, a segment divided from one IP packet or concatenated IP packets, wherein when the 2 signaling bits indicates that the payload carries the segment of one IP packet, the extended header further includes segment sequence number information for indicating an order of the segment carried by the link layer packet, and wherein when the 2 signaling bits indicates that the payload carries the concatenated IP packets, 3 signaling bits after the 2 signaling bits in the fixed header are used as a count field; parsing the data of the one or more IP packets obtained from the parsed link layer packet based on information in the header; and displaying broadcast contents by using the parsed data of the one or more IP packets.
A method for navigating a robotic mower by means of a wire , said robotic mower comprising at least one sensor (12; 14), the method comprising the steps of, in the following order: - detecting (S101), by means of the at least one sensor , at least one signal from the wire , - controlling (S102) the robotic mower to align with the wire , wherein the controlling (S102) comprises controlling (S203) the robotic mower to follow the wire in a first direction until detecting a straight section of the wire , and, in response to detecting the straight section of the wire , controlling (S204) the robotic mower to follow the wire in a second direction opposite the first direction, - controlling (S103) the robotic mower to turn by an angle with respect to the straight section of the wire , - controlling (S104) the robotic mower to increase the distance between the robotic mower and the wire by driving a displacement distance based on a random distance value along a straight line oriented at the angle the robotic mower is turned, - measuring (S105), by means of the at least one sensor , a signal level of the at least one signal from the wire , and - controlling (S106) the robotic mower to follow the wire based on the measured signal level, wherein controlling (S204) the robotic mower to follow the wire in the second direction comprises driving a reversing distance based on the random distance value. - detecting (S101), by means of the at least one sensor , at least one signal from the wire , - controlling (S102) the robotic mower to align with the wire , wherein the controlling (S102) comprises controlling (S203) the robotic mower to follow the wire in a first direction until detecting a straight section of the wire , and, in response to detecting the straight section of the wire , controlling (S204) the robotic mower to follow the wire in a second direction opposite the first direction, - controlling (S103) the robotic mower to turn by an angle with respect to the straight section of the wire , - controlling (S104) the robotic mower to increase the distance between the robotic mower and the wire by driving a displacement distance based on a random distance value along a straight line oriented at the angle the robotic mower is turned, - measuring (S105), by means of the at least one sensor , a signal level of the at least one signal from the wire , and - controlling (S106) the robotic mower to follow the wire based on the measured signal level,
A water lubricated composite thrust bearing of a nuclear main pump, comprising a stainless steel base and an engineering plastic layer , wherein the stainless steel base is provided with concave-convex surfaces connected to the engineering plastic layer ; the concave-convex surfaces and the engineering plastic layer are compositely molded by means of thermoplastic compound molding; a ratio of the area of the concave-convex surface to the area of an orthographic projection of the concave-convex surface on the stainless steel base ranges from 1.2 to 2; wherein the concave-convex surfaces are positioned on the upper surface of the stainless steel base and the lower surface of the stainless steel base respectively, the thickness of the engineering plastic layer on the concave-convex surface positioned on the upper surface of the stainless steel base is 2 to 15 mm, and the thickness of the engineering plastic layer on the concave-convex surface positioned on the lower surface of the stainless steel base is 0.5 to 5 mm; wherein the convex surface of the concave-convex surface is provided with a rough face ; characterized in that the rough surface is obtained by the following method which comprises: performing a knurling treatment with knurling wheel, a knurling pitch being about 0.3 to 1.5 mm; wherein the engineering plastic layer is a composite engineering plastic layer comprising a modified layer and a non-modified layer, the modified layer being connected to the concave-convex surface via the non-modified layer and the thickness of the modified layer being 2/3 to 4/5 of the thickness of the composite engineering plastic layer ; the modified layer being made of modified polyether ether ketone powder or modified Polyphthalazinone ether sulfone ketone powder, and the non-modified layer being made of pure resin powder.
A computer-implemented method for managing a blockchain-based centralized ledger system, the method comprising: maintaining a centralized trust timestamp blockchain by a centralized ledger server in the centralized ledger system, the centralized ledger server comprising a plurality of timestamp blocks, each of the plurality of timestamp blocks storing a respective trust timestamp and associated signature from a trust time server, the trust time server being associated with a trust time authority and independent from the centralized ledger system; receiving a first timestamp request for a first data block of a first blockchain from a ledger server associated with the first blockchain by the centralized ledger server, the first blockchain comprising a plurality of data blocks storing transaction data; and transmitting a first timestamp and associated signature that is stored in the centralized trust timestamp blockchain and corresponds to the first timestamp request to the ledger server by the centralized ledger server. maintaining a centralized trust timestamp blockchain by a centralized ledger server in the centralized ledger system, the centralized ledger server comprising a plurality of timestamp blocks, each of the plurality of timestamp blocks storing a respective trust timestamp and associated signature from a trust time server, the trust time server being associated with a trust time authority and independent from the centralized ledger system; receiving a first timestamp request for a first data block of a first blockchain from a ledger server associated with the first blockchain by the centralized ledger server, the first blockchain comprising a plurality of data blocks storing transaction data; and transmitting a first timestamp and associated signature that is stored in the centralized trust timestamp blockchain and corresponds to the first timestamp request to the ledger server by the centralized ledger server.
An in vitro Or method of evaluating a candidate compound for a heart failure treatment drug, comprising: bringing a candidate compound into contact with cells and measuring an amount of succinyl-CoA in the cells; and evaluating usefulness of the candidate compound as a heart failure treatment drug based on the obtained measurement value, wherein an increase in the amount of succinyl-CoA in the cells is indicative of the usefulness of the candidate compound as a heart failure treatment drug. bringing a candidate compound into contact with cells and measuring an amount of succinyl-CoA in the cells; and evaluating usefulness of the candidate compound as a heart failure treatment drug based on the obtained measurement value,
Method for measurement of at least one speed of a competitor, such as a skier or a snowboarder, on a race course, such as a ski or snowboard course, by means of a measurement system with a transponder module worn by the competitor, the method including the steps of: - activating and synchronising the transponder module , which includes a measurement unit with at least one measurement sensor , at the start of the race, by a synchronising transmission from a transmitter of a decoder device of the measurement system , - measuring the speed of the competitor by means of the measurement unit by a Doppler radar sensor during the race along the course, and estimating a speed by a pressure sensor of the measurement unit of the transponder module in cooperation with the measurement made by the radar sensor during loss of sight of the ground by the radar sensor , the pressure sensor, which is an altimeter , being calibrated just before the start of the race or at the moment that the race starts, - determining by the altimeter with a synchronisation of a time base of the transponder module , intermediate times during the competitor's race, and - transmitting by a transmission unit of the transponder module , the competitor's speed measurement obtained by the Doppler radar sensor and the altimeter, and intermediate times to at least one base station of the measurement system in real time in order to display the competitor's speed in real time or continuously on at least one screen. - activating and synchronising the transponder module , which includes a measurement unit with at least one measurement sensor , at the start of the race, by a synchronising transmission from a transmitter of a decoder device of the measurement system , - measuring the speed of the competitor by means of the measurement unit by a Doppler radar sensor during the race along the course, and estimating a speed by a pressure sensor of the measurement unit of the transponder module in cooperation with the measurement made by the radar sensor during loss of sight of the ground by the radar sensor , the pressure sensor, which is an altimeter , being calibrated just before the start of the race or at the moment that the race starts, - determining by the altimeter with a synchronisation of a time base of the transponder module , intermediate times during the competitor's race, and - transmitting by a transmission unit of the transponder module , the competitor's speed measurement obtained by the Doppler radar sensor and the altimeter, and intermediate times to at least one base station of the measurement system in real time in order to display the competitor's speed in real time or continuously on at least one screen.
A panel lamp comprising: a fixing plate , configured to be connected to a ceiling , the fixing plate being provided with a plurality of fixing grooves , a lamp body ; and at least two spring assemblies, each spring assembly being corresponding to a fixing groove of the plurality of fixing grooves, each spring assembly comprising: a torsion spring , rotatably connected to the lamp body ; and a clamping rod structure, having elasticity, a first end of the clamping rod structure being connected to the torsion spring , and a second end of the clamping rod structure having an extension segment; wherein the clamping rod structure passes through the fixing groove and contacts with a sidewall of the fixing groove at a contact point to form a lever structure, wherein a fulcrum of the lever structure is the contact point, a first end of the lever structure is the extension segment being in pressing contact with the ceiling and receiving a first force away from the ceiling , and a second end of the lever structure is the torsion spring having a second force towards the ceiling , the second force is transformed from the first force through the lever structure and makes the torsion spring drive the lamp body attach to the ceiling . a fixing plate , configured to be connected to a ceiling , the fixing plate being provided with a plurality of fixing grooves , a lamp body ; and at least two spring assemblies, each spring assembly being corresponding to a fixing groove of the plurality of fixing grooves, each spring assembly comprising: a torsion spring , rotatably connected to the lamp body ; and a clamping rod structure, having elasticity, a first end of the clamping rod structure being connected to the torsion spring , and a second end of the clamping rod structure having an extension segment; wherein a torsion spring , rotatably connected to the lamp body ; and a clamping rod structure, having elasticity, a first end of the clamping rod structure being connected to the torsion spring , and a second end of the clamping rod structure having an extension segment; wherein the clamping rod structure passes through the fixing groove and contacts with a sidewall of the fixing groove at a contact point to form a lever structure, wherein a fulcrum of the lever structure is the contact point, a first end of the lever structure is the extension segment being in pressing contact with the ceiling and receiving a first force away from the ceiling , and a second end of the lever structure is the torsion spring having a second force towards the ceiling , the second force is transformed from the first force through the lever structure and makes the torsion spring drive the lamp body attach to the ceiling .
A process for utilizing a printer startup wizard for a food fresh barcode printer, the barcode printer comprising a thermal print head , a stepper motor , a controller , and memory storing software, the software configured to perform the steps of: powering the printer on to find a first power flag set to true or entering a menu from a system configuration menu; dropping down the display language setting prompt in the active language of the printer; selecting a new language if needed; proceeding to a next configuration selection; prompting a user to format time and date; displaying a current time prompt in the selected language; updating system time; prompting the user to load product information in a data base; determining next configuration item from a configuration file to modify behavior of the startup wizard on a customer-by-customer basis; prompting a user to view a help page for common problems; after selecting a help tip to display, then selecting a finish button to terminate the startup wizard; and exiting program. powering the printer on to find a first power flag set to true or entering a menu from a system configuration menu; dropping down the display language setting prompt in the active language of the printer; selecting a new language if needed; proceeding to a next configuration selection; prompting a user to format time and date; displaying a current time prompt in the selected language; updating system time; prompting the user to load product information in a data base; determining next configuration item from a configuration file to modify behavior of the startup wizard on a customer-by-customer basis; prompting a user to view a help page for common problems; after selecting a help tip to display, then selecting a finish button to terminate the startup wizard; and exiting program.
Light-emitting module, in particular for a motor vehicle, the light-emitting module comprising: - a substrate comprising a curved main section , - light-emitting elements arranged on a face of the substrate and configured to generate light rays, - a curved screen arranged facing said face of the substrate and away from said face, an area of the screen being suitable for being illuminated by the light rays emitted by the light-emitting elements, the screen having scattering properties with respect to the light emitted by the light-emitting elements, each light-emitting element being arranged on the substrate in a given zone, each light-emitting element furthermore being arranged to emit the corresponding light rays in a main emission direction (dp1, ..., dp6) that is angularly offset from a local direction (n loc1 , ..., n loc6 ) that is normal to the substrate in said given zone. characterized in that - the substrate comprises a plurality of tabs extending from the main section in a central region of the substrate, at least one subset of the light-emitting elements being arranged on said tabs ; - each tab is substantially planar; and - the tabs lie substantially in a plane that is locally tangent to the main section. - a substrate comprising a curved main section , - light-emitting elements arranged on a face of the substrate and configured to generate light rays, - a curved screen arranged facing said face of the substrate and away from said face, an area of the screen being suitable for being illuminated by the light rays emitted by the light-emitting elements, the screen having scattering properties with respect to the light emitted by the light-emitting elements, each light-emitting element being arranged on the substrate in a given zone, each light-emitting element furthermore being arranged to emit the corresponding light rays in a main emission direction (dp1, ..., dp6) that is angularly offset from a local direction (n loc1 , ..., n loc6 ) that is normal to the substrate in said given zone. characterized in that - the substrate comprises a plurality of tabs extending from the main section in a central region of the substrate, at least one subset of the light-emitting elements being arranged on said tabs ; - each tab is substantially planar; and - the tabs lie substantially in a plane that is locally tangent to the main section. - the substrate comprises a plurality of tabs extending from the main section in a central region of the substrate, at least one subset of the light-emitting elements being arranged on said tabs ; - each tab is substantially planar; and - the tabs lie substantially in a plane that is locally tangent to the main section.