mhurhangee/ep-ind-claims huggingface dataset:
Electric rotating-field machine comprising a stator, a rotor which is rotatable relative to the stator and on which an external excitation winding apparatus is arranged, a transmission apparatus for contactless transmission of electrical energy to the external excitation winding apparatus, with a primary coil apparatus which is arranged non-rotatably relative to the stator, and with a secondary coil apparatus which is arranged non-rotatably relative to the rotor, and a fan apparatus for air cooling the rotating-field machine, wherein the transmission apparatus is arranged on the fan apparatus, characterised in that the fan apparatus comprises a fan cowl on which the primary coil apparatus is arranged, in that the fan apparatus comprises a fan wheel on which the secondary coil apparatus is arranged, and in that the fan wheel has a central recess in which the secondary coil apparatus is arranged.
Nanocomposite having semiconducting or nonconductive nanoparticles (11, 14) which are dispersed in an electrically insulating material, characterized in that the insulating material comprises a material composed of cellulose fibers (19, 22) and at least part of the nanoparticles (11, 14) dispersed in the insulating material have a shell composed of an electrically conductive polymer wherein an electrically conductive network of electrically conductive polymer threads of the polymer is formed between adjacent nanoparticles in the agglomerate of cellulose fibers.
A method of forming a data-bearing medium, comprising: setting variables associated with the data-bearing medium, the variables comprising a bit length of a codeword that is to be used to represent a message; identifying a codeword to represent the message, said codeword comprising a phase-invariant codeword, by mapping the message to the phase-invariant codeword based on the variables; determining a two-dimensional array of bits, each row or column comprising repeated instances of the phase-invariant codeword and being circularly-shifted relative to an immediately-preceding row or column; and printing the two-dimensional array onto the data-bearing medium. setting variables associated with the data-bearing medium, the variables comprising a bit length of a codeword that is to be used to represent a message; identifying a codeword to represent the message, said codeword comprising a phase-invariant codeword, by mapping the message to the phase-invariant codeword based on the variables; determining a two-dimensional array of bits, each row or column comprising repeated instances of the phase-invariant codeword and being circularly-shifted relative to an immediately-preceding row or column; and printing the two-dimensional array onto the data-bearing medium.
A method for selecting an application on a first device (D1, 100) having an NFC interface and comprising a plurality of installed applications using the NFC interface, said method comprising the steps of: detecting, via the NFC interface of the first device (D1, 100), a second device having a second NFC interface; obtaining from the second device, via the NFC interface a message comprising a message type and a service identification; intercepting, by a router module operating between the NFC communication interface and an application layer of the first device (D1, 100), all messages received from the NFC interface, the messages being handled by a table that manages the message type and the service identification to determine which application is handled by which message type; in case the message type is already associated with a single application, selecting said single application, otherwise selecting the application among the plurality of installed applications matching the message type and the service identification, if such a matching exists in the table; prompting a user of the first device (D1, 100) to accept a communication between the second device and the selected application; and if the user accepts the communication, establishing the communication between the selected application and the second device via the NFC interface. detecting, via the NFC interface of the first device (D1, 100), a second device having a second NFC interface; obtaining from the second device, via the NFC interface a message comprising a message type and a service identification; intercepting, by a router module operating between the NFC communication interface and an application layer of the first device (D1, 100), all messages received from the NFC interface, the messages being handled by a table that manages the message type and the service identification to determine which application is handled by which message type; in case the message type is already associated with a single application, selecting said single application, otherwise selecting the application among the plurality of installed applications matching the message type and the service identification, if such a matching exists in the table; prompting a user of the first device (D1, 100) to accept a communication between the second device and the selected application; and if the user accepts the communication, establishing the communication between the selected application and the second device via the NFC interface.
A brake pad comprising a layer of friction material integrally moulded with a backing plate, wherein the backing plate comprises an electroconductive member, which electroconductive member comprises an electroconductive planar plate, moulded at least partly within a plate of a fibre-reinforced polymer resin, the electroconductive member extending along a plate direction, the backing plate having a front surface forming an interface with a rear surface of the layer of friction material, wherein the electroconductive member is profiled in a thickness direction of the backing plate to provide at least one projection extending towards the interface or into the layer of friction material and arranged to function as a wear indicator for the brake pad, wherein the at least one projection comprises at least one deformed portion extending from the planar plate towards the interface or into the layer of friction material, the deformed portion being formed by punching a hole in the planar plate to form a punched extension extending from the planar plate towards the interface or into the layer of friction material, the deformed portion functioning to enhance a bond between the electroconductive member and the plate of fibre-reinforced polymer resin, and wherein the planar plate has an array of integral extending portions extending from the planar plate into the plate of fibre-reinforced polymer resin to affix together the electroconductive member and the plate of fibre-reinforced polymer resin, the extending portions being formed by punching respective holes in the planar plate.
Method of producing a floor covering of at least one layer of a thermoplastic granulated material and stone tiles arranged thereon, by means of a continuously operating belt press in which initially, as seen in production direction, the thermoplastic granulated material is scattered over an area on the lower belt of the belt press, characterised in that - in a following first section of the belt press heats and pre-compacts this granulated thermoplastic material to form a web-shaped material; - in a further, second section downstream in production direction the stone tiles are placed on the pre-compacted web-shaped and soft material so as to form an upper layer consisting of stone tiles; and - in a further, third section downstream in production direction the upper layer consisting of stone tiles is, by pressing, connected with thermoplastic constituents of the web-shaped material, thus the material web. - in a following first section of the belt press heats and pre-compacts this granulated thermoplastic material to form a web-shaped material; - in a further, second section downstream in production direction the stone tiles are placed on the pre-compacted web-shaped and soft material so as to form an upper layer consisting of stone tiles; and - in a further, third section downstream in production direction the upper layer consisting of stone tiles is, by pressing, connected with thermoplastic constituents of the web-shaped material, thus the material web.
A method for detecting the presence or absence of at least one first inhibition zone (Z 1) comprised by a culture of biological particles on a culture medium in the presence of a chemical agent, said method of detection comprising a first step of seeding the culture medium with the biological particles, a second step in which the culture medium receives a support (5,5',5",5"',5"") impregnated with the chemical agent, and a third step of incubation of the culture medium, characterized in that the method of detection comprises a fourth step of measurement comprising: - a first phase (X 1) of taking an image of the culture medium by ombroscopy so as to generate a two-dimensional intensity image of the culture medium in which the first inhibition zone is brighter than a proliferation zone of the biological particles; - an analysis of the two-dimensional intensity image so as to detect the presence or the absence of the first inhibition zone. - a first phase (X 1) of taking an image of the culture medium by ombroscopy so as to generate a two-dimensional intensity image of the culture medium in which the first inhibition zone is brighter than a proliferation zone of the biological particles; - an analysis of the two-dimensional intensity image so as to detect the presence or the absence of the first inhibition zone.
Energy supply system, EVA, which is suitable for drawing energy from an energy supply network, EVN, or feeding energy into the energy supply network, EVN,, the energy supply system, EVA, having: a) at least one local energy generation unit (4-i) for generating energy, b) at least one local energy consumption unit (7-i) for consuming energy, c) at least one local energy store (8-i) for storing energy; and d) a control unit, which controls an internal energy consumption, EEV, by the at least one local energy consumption unit (7-i) of the energy supply system, EVA,, of the energy amount generated by the at least one local energy generation unit (4-i), and controls the energy amount stored in the at least one energy store (8-i); the control unit, after the detection of at least one predictable future event, EV, which influences an energy amount of the energy generable by the energy generation units (4-i) and/or an energy amount of the energy drawable from the energy supply network and/or an energy amount of the energy consumed by the energy consumption units (7-i), dynamically adapting, by way of precaution, an energy reserve stored in the at least one local energy store (8-i) as a function of the detected events before the occurrence of these events, the stored energy reserve comprising an energy amount which is reserved for an emergency energy scenario, characterised in that the stored energy reserve is influenced as a function of a probability of failure and a duration of failure. a) at least one local energy generation unit (4-i) for generating energy, b) at least one local energy consumption unit (7-i) for consuming energy, c) at least one local energy store (8-i) for storing energy; and d) a control unit, which controls an internal energy consumption, EEV, by the at least one local energy consumption unit (7-i) of the energy supply system, EVA,, of the energy amount generated by the at least one local energy generation unit (4-i), and controls the energy amount stored in the at least one energy store (8-i);
A method for using a dynamic start-up circuit during start-up phase only in order to maintain a resistive voltage divider ratio during start-up of any electronic circuit comprising a feed-forward capacitor across a feedback resistor of a resistive voltage divider (R1/R2), comprising the following steps: providing an electronic circuit comprising a feed-forward capacitor across a first feedback resistor of a resistive voltage divider (R1/R2), a start-up circuit and a means to detect when an output voltage (Vout) has reached a desired voltage correspondent to the end of start-up phase; characterized in that it further comprises connecting a start-up capacitor in series with the feed-forward capacitor across a second resistor of the resistive voltage divider (R1/R2) during start-phase only in order to avoid modification of resistive voltage divider ratio caused by feed-forward capacitor during start-up phase; monitoring output voltage (Vout) and finish start-up-phase when the desired output voltage of the electronic circuit is reached; and processing normal operation after start-up phase is finished wherein feed-forward capacitor is connected across the feedback resistor of the resistive voltage divider (R1/R2) after end of start-up phase and the start-up capacitor is disconnected from the feed-forward capacitor and from the second resistor. providing an electronic circuit comprising a feed-forward capacitor across a first feedback resistor of a resistive voltage divider (R1/R2), a start-up circuit and a means to detect when an output voltage (Vout) has reached a desired voltage correspondent to the end of start-up phase; characterized in that it further comprises connecting a start-up capacitor in series with the feed-forward capacitor across a second resistor of the resistive voltage divider (R1/R2) during start-phase only in order to avoid modification of resistive voltage divider ratio caused by feed-forward capacitor during start-up phase; monitoring output voltage (Vout) and finish start-up-phase when the desired output voltage of the electronic circuit is reached; and processing normal operation after start-up phase is finished wherein feed-forward capacitor is connected across the feedback resistor of the resistive voltage divider (R1/R2) after end of start-up phase and the start-up capacitor is disconnected from the feed-forward capacitor and from the second resistor.
A method comprising: determining an intersection of a first path representing a predicted path for a person or animal and a second vehicle path representing a predicted path for a vehicle over a continuous time period; determining an alert characteristic responsive to the intersection, the alert characteristic including a loudness characteristic and a direction characteristic; emitting a directionally controllable alert signal (160A, 160B) from the vehicle in a direction toward the person or animal responsive to the direction characteristic; and increasing loudness of the emitted alert signal (160A, 160B) over said continuous time period. determining an intersection of a first path representing a predicted path for a person or animal and a second vehicle path representing a predicted path for a vehicle over a continuous time period; determining an alert characteristic responsive to the intersection, the alert characteristic including a loudness characteristic and a direction characteristic; emitting a directionally controllable alert signal (160A, 160B) from the vehicle in a direction toward the person or animal responsive to the direction characteristic; and increasing loudness of the emitted alert signal (160A, 160B) over said continuous time period.
A cleaning product comprising a spray dispenser and a cleaning composition suitable for spraying and foaming, the composition housed in the spray dispenser wherein the composition comprises: i) from 5 to 15% by weight of the composition of a surfactant system comprising an anionic surfactant and a co-surfactant, wherein the co-surfactant is selected from the group consisting of betaine, amine oxide and mixtures thereof, wherein the anionic surfactant and the co-surfactant are present in a weight ratio of 4:1 to 1:1; and ii) a glycol ether solvent selected from the group consisting of glycol ethers of Formula I: R1O(R2O)nR3, Formula II: R4O(R5O)nR6 and mixtures thereof wherein R1 is a linear or branched C4, C5 or C6 alkyl or a substituted or unsubstituted phenyl, R2 is ethyl or isopropyl, R3 is hydrogen or methyl and n is 1, 2 or 3 R4 is n-propyl or isopropyl, R5 is isopropyl, R6 is hydrogen or methyl and n is 1, 2 or 3 and wherein the surfactant system and the glycol ether solvent are in a weight ratio of from 5:1 to 1:1. i) from 5 to 15% by weight of the composition of a surfactant system comprising an anionic surfactant and a co-surfactant, wherein the co-surfactant is selected from the group consisting of betaine, amine oxide and mixtures thereof, wherein the anionic surfactant and the co-surfactant are present in a weight ratio of 4:1 to 1:1; and ii) a glycol ether solvent selected from the group consisting of glycol ethers of Formula I: R1O(R2O)nR3, Formula II: R4O(R5O)nR6 and mixtures thereof
A starter for a pilot oil ignition gas engine in which, in a main combustion chamber partitioned off by a cylinder, a piston that moves reciprocally inside the cylinder and a cylinder head having a precombustion chamber with a liquid fuel injection valve, a fuel air mixture made up of a gaseous fuel and air that is introduced into the main combustion chamber and compressed by the piston is ignited by pilot oil injected from the liquid fuel injection valve into the precombustion chamber and burned thereby enabling the pilot oil ignition gas engine to provide drive output; comprising a controller, wherein the controller controls a position of a fuel control rod, that controls a discharge quantity of a fuel injection pump that supplies the pilot oil to the liquid fuel injection valve based on an engine speed, wherein, in a low speed region of the engine speed, the controller controls the fuel control rod in a position where a discharge quantity of the fuel injection pump is increased, while, in a high speed region of the engine speed, the controller controls the fuel control rod in a position where a discharge quantity of the fuel injection pump is decreased, and wherein a maximum ratio of pilot oil to gaseous fuel is 8%.
Device for exploration of the visual system, comprising portable display equipment comprising at least one display screen (11, 12) intended to be placed in front of at least one eye of a person, said display equipment comprises closure lips that surround at least said display screen or one of said display screens (11, 12) and comprise a free edge that is intended to be applied against the person's skin, around his eye or his eyes in front of said screen (11, 12), said free edge comprising at least one electrode (31, 32, 33) for measuring the electrical potential, which electrode is intended to be applied against the person's skin, characterized in that said device comprise at least one free electrode (41, 42) for measuring the electrical potential, which electrode is connected, by means of a connecting wire (410, 420), to a connector that is borne by said display equipment, between one of said display screens (11, 12) and said free edge of the closure lips surrounding said screen (11, 12). said display equipment comprises closure lips that surround at least said display screen or one of said display screens (11, 12) and comprise a free edge that is intended to be applied against the person's skin, around his eye or his eyes in front of said screen (11, 12), said free edge comprising at least one electrode (31, 32, 33) for measuring the electrical potential, which electrode is intended to be applied against the person's skin, characterized in that said device comprise at least one free electrode (41, 42) for measuring the electrical potential, which electrode is connected, by means of a connecting wire (410, 420), to a connector that is borne by said display equipment, between one of said display screens (11, 12) and said free edge of the closure lips surrounding said screen (11, 12).
An assembly comprising - a plurality of tubular syringe barrels each having an enlargement (21, 40, 44) at or adjacent a rear end and a needle shield mounted at a front end thereof, the needle shield having a greater diameter than the diameter of the associated syringe barrel; and - a handling system (10,11) for the plurality of syringe barrels, the handling system comprising a tray having an array of apertures therethrough each of a sufficient size for a syringe barrel and associated needle shield to pass therethrough and each aperture in the tray being provided with a respective tube surrounding the aperture and projecting from the tray, a support surface (27,31,36,63) being formed at an end region of the tube, the support surface (27,31,36,63) being configured for engagement by the enlargement (21,40,44) of a syringe barrel received in the aperture, wherein either the enlargement (21,40,44) of the syringe barrel has a profile of reducing cross-section in a direction towards the front end of the syringe barrel or said support surface (27,31,36,63) has a profile of a reducing cross-section in a direction towards the tray, whereby interengagement of the enlargement (21, 40, 44) of the syringe barrel with the support surface (27,31,36,63) suspends the syringe barrel in the aperture and centres the syringe barrel to be co-axial with the aperture. - a plurality of tubular syringe barrels each having an enlargement (21, 40, 44) at or adjacent a rear end and a needle shield mounted at a front end thereof, the needle shield having a greater diameter than the diameter of the associated syringe barrel; and - a handling system (10,11) for the plurality of syringe barrels, the handling system comprising a tray having an array of apertures therethrough each of a sufficient size for a syringe barrel and associated needle shield to pass therethrough and each aperture in the tray being provided with a respective tube surrounding the aperture and projecting from the tray, a support surface (27,31,36,63) being formed at an end region of the tube, the support surface (27,31,36,63) being configured for engagement by the enlargement (21,40,44) of a syringe barrel received in the aperture,
A reciprocating piston mechanism comprising a crankcase; a crankshaft having at least a crankpin, said crankshaft being supported by the crankcase and rotatable with respect thereto about a crankshaft axis; at least a connecting rod including a big end and a small end; a piston being rotatably connected to the small end; a crank member being rotatably mounted on the crankpin, and comprising at least a bearing portion which is eccentrically disposed with respect to the crankpin, and having an outer circumferential wall which bears the big end of the connecting rod such that the connecting rod is rotatably mounted on the bearing portion of the crank member via the big end; wherein the crank member is provided with a crank member gear which meshes with a first auxiliary gear being an external gear, wherein the first auxiliary gear is fixed to a second auxiliary gear via a common auxiliary shaft, which auxiliary shaft is mounted to the crankshaft and rotatable with respect thereto about an auxiliary shaft axis extending parallel to the crankshaft axis, which second auxiliary gear meshes with a central gear having a centre line which coincides with the crankshaft axis; characterized in that the crank member gear is an internal gear.
A wheat plant comprising one or more human induced homozygous mutations in a wheat prolamin box binding factor gene (WPBF) in at least a B genome and a D genome, wherein the one or more mutations results in an amino acid change in the WPBF protein selected from the amino acid changes recited in Tables 2-3, and further wherein the one or more mutations contributes to grain from said wheat plant having reduced gluten as compared to grain from a wild type plant.