mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a lighting system, said lighting system comprising a plurality of luminaires (10, 12, 14, 16, 18), a plurality of sensors (24, 26), a central control unit, and a network establishing a communication between the luminaires (10, 12, 14, 16, 18), the sensors (24, 26) and the central control unit, wherein in a standard operation mode, the luminaires (10, 12, 14, 16, 18) are controlled by the central control unit on the basis of sensor data transmitted from the sensors (24, 26) to the central control unit, characterised in that, in case of failure of operation of the central control unit or networking interruption between the central control unit and the luminaires (10, 12, 14, 16, 18) or sensors (24, 26), the lighting system switches into a fallback mode wherein each luminaire (10, 12, 14, 16, 18) is controlled by a fallback control unit allocated in the luminaire (10, 12, 14, 16, 18) or in a sensor (24, 26) associated to the luminaire (10, 12, 14, 16, 18), wherein in the case of said fallback control unit being allocated in the luminaire (10, 12, 14, 16, 18), the luminaire (10, 12, 14, 16, 18) is controlled in the fallback mode on the basis of sensor data received from a sensor (24, 26) whose network address is stored in the fallback control unit of said luminaire (10, 12, 14, 16, 18), and wherein in the case of said fallback control unit being allocated in a sensor (24, 26) associated to a luminaire (10, 12, 14, 16, 18) to be controlled by this sensor (24, 26), this luminaire (10, 12, 14, 16, 18) is controlled in the fallback mode on the basis of sensor data provided by this sensor (24, 26), the network address of the luminaire (10, 12, 14, 16, 18) to be controlled being stored in the fallback control unit of the sensor (24, 26).
A swirler assembly, comprising: a swirler comprising a guide plate recession defining a recess on a forward swirler surface; a guide plate coupled within the guide plate recession of the swirler; a retaining ring coupled to the guide plate; and a retaining element configured to interface with the retaining ring, the guide plate, and the swirler, wherein the retaining element is configured to create an interference in the swirler assembly that at least partially resists rotation of the guide plate with respect to the swirler, wherein the retaining element comprises a first retaining element located on a forward guide surface of the guide plate and extending in an axial direction towards the retaining ring, wherein the retaining ring comprises a retaining recession defining an axial void on a forward retaining surface of the retaining ring, wherein the first retaining element is configured to interface with the retaining recession, characterised in that the retaining element comprises a second retaining element located on an aft guide surface of the guide plate and extending in an axial direction towards the swirler, the swirler comprises a swirler retaining recession defining an axial void on the forward swirler surface, and the second retaining element is configured to interface with the swirler retaining recession. a swirler comprising a guide plate recession defining a recess on a forward swirler surface; a guide plate coupled within the guide plate recession of the swirler; a retaining ring coupled to the guide plate; and a retaining element configured to interface with the retaining ring, the guide plate, and the swirler, wherein the retaining element is configured to create an interference in the swirler assembly that at least partially resists rotation of the guide plate with respect to the swirler, wherein the retaining element comprises a first retaining element located on a forward guide surface of the guide plate and extending in an axial direction towards the retaining ring, wherein the retaining ring comprises a retaining recession defining an axial void on a forward retaining surface of the retaining ring, wherein the first retaining element is configured to interface with the retaining recession, characterised in that the retaining element comprises a second retaining element located on an aft guide surface of the guide plate and extending in an axial direction towards the swirler, the swirler comprises a swirler retaining recession defining an axial void on the forward swirler surface, and the second retaining element is configured to interface with the swirler retaining recession.
A cable system for downhole use, comprising a fiber-optic cable comprising a fiber-optic line, and a magnetic-permeability element configured along a length of the fiber-optic cable, characterized in that said magnetic-permeability element comprises a material having a relative magnetic permeability μ r of at least 2,000.
A herbicidal composition comprising a synergistically herbicidal effective amount of (a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) S-metolachlor (herbicide B) wherein the weight ratio of herbicide A to herbicide B is in the range from 1:0.8 to 1:20.
A reading device, comprising: a placement section on which a plurality of documents is placed; a feed roller that feeds the documents from the placement section; a separation section that separates the documents being fed by the feed roller; a reading section that scans the documents being transported in a transport direction; a control section that determines a transport error of the documents; and a detection section that detects the documents that are placed on the placement section; wherein when assuming that a document fed first is a preceding document and that a document fed after the preceding document is a subsequent document, characterized in that: the control section performs a skew judgment based on an image of the preceding document scanned by the reading section, the skew judgment determining whether a side edge portion of the preceding document is displaced into a nip region sandwiched between the feed roller and the separation section and determines a transport error when the side edge portion of the preceding document is determined to be displaced into the nip region and also the detection section detects the subsequent document. a placement section on which a plurality of documents is placed; a feed roller that feeds the documents from the placement section; a separation section that separates the documents being fed by the feed roller; a reading section that scans the documents being transported in a transport direction; a control section that determines a transport error of the documents; and a detection section that detects the documents that are placed on the placement section; wherein when assuming that a document fed first is a preceding document and that a document fed after the preceding document is a subsequent document, characterized in that: the control section performs a skew judgment based on an image of the preceding document scanned by the reading section, the skew judgment determining whether a side edge portion of the preceding document is displaced into a nip region sandwiched between the feed roller and the separation section and determines a transport error when the side edge portion of the preceding document is determined to be displaced into the nip region and also the detection section detects the subsequent document. performs a skew judgment based on an image of the preceding document scanned by the reading section, the skew judgment determining whether a side edge portion of the preceding document is displaced into a nip region sandwiched between the feed roller and the separation section and determines a transport error when the side edge portion of the preceding document is determined to be displaced into the nip region and also the detection section detects the subsequent document.
A system for a gas turbine engine comprising: an air turbine starter comprising: an inlet; a turbine air exhaust outlet; an output shaft; and a turbine in fluid communication with the inlet and the turbine air exhaust outlet, the turbine operably coupled to the output shaft; an outlet valve assembly configured to adjust an exhaust area of the turbine air exhaust outlet, wherein the outlet valve assembly comprises a valve housing and a valve body arranged between the valve housing and the turbine air exhaust outlet; and an actuator in fluid communication with the outlet valve assembly, the actuator operable to adjust the exhaust area of the turbine air exhaust outlet by sliding the valve body between an open position and a closed position in the turbine air exhaust outlet. an inlet; a turbine air exhaust outlet; an output shaft; and a turbine in fluid communication with the inlet and the turbine air exhaust outlet, the turbine operably coupled to the output shaft; an outlet valve assembly configured to adjust an exhaust area of the turbine air exhaust outlet, wherein the outlet valve assembly comprises a valve housing and a valve body arranged between the valve housing and the turbine air exhaust outlet; and an actuator in fluid communication with the outlet valve assembly, the actuator operable to adjust the exhaust area of the turbine air exhaust outlet by sliding the valve body between an open position and a closed position in the turbine air exhaust outlet.
Position detecting apparatus comprising a sensor module for outputting a sensor output signal depending on a position of a magnet, and an energy harvester module for generating energy for the sensor module, the energy harvester module comprising the magnet and a coil, wherein the coil is configured to provide a voltage induced by means of a movement of the magnet and to be provided with a current by the sensor module generating a magnetic field that is directed opposite to the magnetic field effected by the magnet. a sensor module for outputting a sensor output signal depending on a position of a magnet, and an energy harvester module for generating energy for the sensor module, the energy harvester module comprising the magnet and a coil, wherein the coil is configured to provide a voltage induced by means of a movement of the magnet and to be provided with a current by the sensor module generating a magnetic field that is directed opposite to the magnetic field effected by the magnet.
Base plate of an ostomy system, the base plate comprising: a first adhesive layer with a proximal side configured for attachment of the base plate to the skin surface of a user; an electrode assembly including a plurality of electrodes, each electrode including a sensing part and a connection part, the connection part being configured to electrically couple the sensing part to a monitor device of the ostomy system; a monitor interface configured to couple the base plate to the monitor device; and a first identifier element configured to be queried by the monitor device, characterised in that the first identifier element is electrically coupled to a first set of electrodes of the plurality of electrodes including a first electrode of the plurality of electrodes, such that the first identifier element can be queried through the first set of electrodes. a first adhesive layer with a proximal side configured for attachment of the base plate to the skin surface of a user; an electrode assembly including a plurality of electrodes, each electrode including a sensing part and a connection part, the connection part being configured to electrically couple the sensing part to a monitor device of the ostomy system; a monitor interface configured to couple the base plate to the monitor device; and a first identifier element configured to be queried by the monitor device, characterised in that the first identifier element is electrically coupled to a first set of electrodes of the plurality of electrodes including a first electrode of the plurality of electrodes, such that the first identifier element can be queried through the first set of electrodes.
A height-adjustable table leg having a receiving device for fastening the table leg to a crossbar of a table support or to a tabletop or to a leg extension or for supporting the table leg on a floor, a threaded spindle and a bearing flange, via which the threaded spindle is rotatably supported on a bottom of the receiving device, characterized in that a sensor arm having a strain measurement device is fastened to the receiving device and rests against a part of the bearing flange fixed to the bottom.
A fuel cell system for supplying anode gas and cathode gas to a fuel cell and for causing the fuel cell to generate electric power in accordance with a load, the fuel cell system characterized by comprising: a container configured to reserve impurities discharged from the fuel cell, the container being provided in an anode gas discharge passage; a pressure control unit configured to control a pressure of the anode gas to become higher when a current of the fuel cell is high than when the current of the fuel cell is low; an estimation unit configured to vary the current of the fuel cell, and estimate a current-voltage characteristic of the fuel cell on the basis of a current value and a voltage value obtained when the current of the fuel cell has been varied; and a restriction unit configured to restrict the pressure of the anode gas controlled by the pressure control unit so as not to reduce while the estimation unit is estimating the current-voltage characteristic. a container configured to reserve impurities discharged from the fuel cell, the container being provided in an anode gas discharge passage; a pressure control unit configured to control a pressure of the anode gas to become higher when a current of the fuel cell is high than when the current of the fuel cell is low; an estimation unit configured to vary the current of the fuel cell, and estimate a current-voltage characteristic of the fuel cell on the basis of a current value and a voltage value obtained when the current of the fuel cell has been varied; and a restriction unit configured to restrict the pressure of the anode gas controlled by the pressure control unit so as not to reduce while the estimation unit is estimating the current-voltage characteristic.
Parking brake for vehicle trailers, comprising - a spring-energy store having a spring, - a mechanical force transmission device for transmitting the spring force to at least one wheel brake, the force transmission device comprising a force transmission element which is coupled to the spring-energy store, characterised in that the parking brake comprises an electromechanical clamping device which has an electric motor and is intended for clamping the spring-energy store, and an electrically operable locking device which, when supplied with current, holds the force transmission element, which is coupled to the spring-energy store, in a locked position in which the spring force of the spring-energy store is uncoupled from the wheel brakes, whereas, when de-energised, said locking device is not engaged in a locked manner with the force transmission element. - a spring-energy store having a spring, - a mechanical force transmission device for transmitting the spring force to at least one wheel brake, the force transmission device comprising a force transmission element which is coupled to the spring-energy store,
An image capturing device adapted for capturing three-dimensional optical impressions of an object to be examined in the dental field, the device comprising, on the one hand, a lighting system with light-emitting diodes (14, 15, 27, 33, 37, 59, 60, 61, 62, 63, 66) adapted for illuminating the object and, on the other hand, a camera that includes a set of at least two sensors adapted for capturing an image of the object, wherein it comprises a stationary focusing optical system (10, 19, 21 53, 64, 65) with a fixed focal length that is adapted for transmitting without distortion the image of the object to the sensors, the camera being a stereoscopic camera the sensors of which are stationary, the sensors of each set being placed behind the focusing optical system (10, 19, 21, 53, 64, 65) in order to observe the entire object according to a different angle, so that the camera is adapted for capturing the three-dimensional optical impression in color of the object in a single snapshot that is taken simultaneously on all the sensors of the set, without having to project structured light onto the object or to deposit a white layer thereon.
Cooling element for a melting furnace having at least one cooling pipe (2, 20) for the conveyance of a cooling means, and having a plate-shaped support element (5, 21) at which both ends of the at least one cooling pipe are fastened, wherein with the at least one cooling pipe (2, 20) are welded cover plates (10, 11; 22, 23), characterised in that the at least one cooling pipe (2, 20) has extending in longitudinal direction of the at least one cooling pipe (2, 20) ridges (14, 15) with which the opposite lying cover plates (10, 11; 22, 23) are welded.
A method for sharing sensitive data with a data aggregator (104, 408), the method comprising: determining a private key for a local user in a set of users (106, 108, 110, 402, 404, 406), wherein the sum of the private keys associated with the set of users (106, 108, 110, 402, 404, 406) and a private key associated with the data aggregator (104, 408) is equal to zero; selecting, at a client computer, a set of data values associated with the local user; encrypting individual data values in the set based in part on the private key to produce a set of encrypted data values, thereby allowing the data aggregator (104, 408) to decrypt an aggregate value across the set of users, based in part on the private key associated with the data aggregator, without decrypting individual data values associated with the set of users (106, 108, 110, 402, 404, 406), and without interacting with the set of users while decrypting the aggregate value; and sending the set of encrypted data values to the data aggregator (104, 408). determining a private key for a local user in a set of users (106, 108, 110, 402, 404, 406), wherein the sum of the private keys associated with the set of users (106, 108, 110, 402, 404, 406) and a private key associated with the data aggregator (104, 408) is equal to zero; selecting, at a client computer, a set of data values associated with the local user; encrypting individual data values in the set based in part on the private key to produce a set of encrypted data values, thereby allowing the data aggregator (104, 408) to decrypt an aggregate value across the set of users, based in part on the private key associated with the data aggregator, without decrypting individual data values associated with the set of users (106, 108, 110, 402, 404, 406), and without interacting with the set of users while decrypting the aggregate value; and sending the set of encrypted data values to the data aggregator (104, 408).
A method of manufacturing an electrode assembly, the method comprising: manufacturing a stack by stacking first electrodes, separators, and second electrodes on a stack table so that the first electrodes and the second electrodes are alternately disposed between the folded separators; fixing the stack on the stack table by gripping a first area of the stack by means of a first gripper; heating and pressing only a second area of the stack fixed by the first gripper; releasing the first area of the stack by releasing the first gripper after the heating and pressing of the second area of the stack are completed; fixing the stack to the stack table by gripping the second area of the stack by means of a second gripper; and heating and pressing only the first area of the stack fixed by the second gripper, wherein the first and second areas partially overlap each other or are different from each other. manufacturing a stack by stacking first electrodes, separators, and second electrodes on a stack table so that the first electrodes and the second electrodes are alternately disposed between the folded separators; fixing the stack on the stack table by gripping a first area of the stack by means of a first gripper; heating and pressing only a second area of the stack fixed by the first gripper; releasing the first area of the stack by releasing the first gripper after the heating and pressing of the second area of the stack are completed; fixing the stack to the stack table by gripping the second area of the stack by means of a second gripper; and heating and pressing only the first area of the stack fixed by the second gripper, wherein the first and second areas partially overlap each other or are different from each other.
A terminal, comprising: a processing module, configured to determine that the terminal transmits data of multiple transmission time intervals TTIs to a base station in a current random access process; and a transceiver module, configured to send first indication information to the base station, wherein the first indication information is used to indicate that the terminal transmits the data of the multiple TTIs in the current random access process; characterised in that the first indication information is further used to indicate that: the multiple TTIs are specifically X TTIs, and X is a positive integer; or, after transmitting a current TTI, the terminal further needs to transmit data corresponding to another TTI in the current random access process; or a current TTI is the last TTI that is transmitted by the terminal in the current random access process. a processing module, configured to determine that the terminal transmits data of multiple transmission time intervals TTIs to a base station in a current random access process; and a transceiver module, configured to send first indication information to the base station, wherein the first indication information is used to indicate that the terminal transmits the data of the multiple TTIs in the current random access process; characterised in that the first indication information is further used to indicate that: the multiple TTIs are specifically X TTIs, and X is a positive integer; or, after transmitting a current TTI, the terminal further needs to transmit data corresponding to another TTI in the current random access process; or a current TTI is the last TTI that is transmitted by the terminal in the current random access process. the multiple TTIs are specifically X TTIs, and X is a positive integer; or, after transmitting a current TTI, the terminal further needs to transmit data corresponding to another TTI in the current random access process; or a current TTI is the last TTI that is transmitted by the terminal in the current random access process.
A method for producing sulphuric acid, wherein a SO 2 -containing raw gas is produced in a sulphuric acid producing plant, wherein the SO 2 -containing raw gas is produced through the combustion or catalytic conversion of hydrogen sulphide-containing gases occurring in particular, during the cleaning of coke oven gases, the raw gas is passed through at least one reaction container, in which a catalytic reaction from SO 2 to SO 3 takes place, and the SO 3 thus formed is converted into sulphuric acid, and characterised in that the gas current, which leaves the sulphuric acid producing plant with a SO 2 emission, is divided into two partial currents (21, 21'), wherein the first partial current is returned into the SO 2 -containing raw gas and wherein a second partial current for reducing the SO 2 emission of the SO 2 -containing gas current leaving the sulphuric acid producing plant is hydrogenated with a H 2 -rich gas in a post-treatment step, and the H 2 S-containing gas current formed as a result of the hydrogenation is fed into the H 2 S gas scrubber of a coke oven gas plant or petrochemical plant.