mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing fibers that have a homogeneous, ceramic coating from a fiber bundle, comprising the steps a) desizing a fiber bundle to expose individual fibers; b) homogeneous coating of the individual fibers with a mixture comprising a coating precursor and a liquid, wherein the liquid coating precursor comprises a non-oxidic hard material or a precursor of a non-oxidic hard material, and wherein the fibers are led through an immersion bath that comprises the mixture of coating precursor and liquid and/or are sprayed with the mixture of liquid and coating precursor; with fibers having a liquid coating being produced; c) drying and hardening the liquid coating in a stabilization chamber at a temperature of < 500°C, wherein the liquid evaporates and the coating precursor sticks so firmly to the fibers that they are no longer releasable from the fibers by a repeat action of the liquid; d) pyrolysis of the coating precursor in a high temperature chamber at a temperature of > 500°C, wherein fibers are produced that have a homogeneous, ceramic coating; wherein steps b) to c) are repeated a number of times. a) desizing a fiber bundle to expose individual fibers; b) homogeneous coating of the individual fibers with a mixture comprising a coating precursor and a liquid, wherein the liquid coating precursor comprises a non-oxidic hard material or a precursor of a non-oxidic hard material, and wherein the fibers are led through an immersion bath that comprises the mixture of coating precursor and liquid and/or are sprayed with the mixture of liquid and coating precursor; with fibers having a liquid coating being produced; c) drying and hardening the liquid coating in a stabilization chamber at a temperature of < 500°C, wherein the liquid evaporates and the coating precursor sticks so firmly to the fibers that they are no longer releasable from the fibers by a repeat action of the liquid; d) pyrolysis of the coating precursor in a high temperature chamber at a temperature of > 500°C, wherein fibers are produced that have a homogeneous, ceramic coating;
A device , comprising: a sensor circuit comprising a gain device that senses the state of contact impedance of a mechanical electrical switch ; and a switch-off circuit that converts the detected state into an impedance value and outputs a sensed high impedance contact of the switch as a low or constant impedance. a sensor circuit comprising a gain device that senses the state of contact impedance of a mechanical electrical switch ; and a switch-off circuit that converts the detected state into an impedance value and outputs a sensed high impedance contact of the switch as a low or constant impedance.
A suspension assembly for a vehicle; the suspension assembly comprising an upper arm ; a lower arm ; and a spring , preferably an air spring, having a first lower end and a second upper end ; the spring being connected to the upper arm by means of a first articulated joint , in particular a cylindrical articulated joint; the suspension assembly comprising a fourth articulated joint , in particular spherical, housed on the upper arm and configured to connect the upper arm to a hub assembly of the vehicle ; and a fifth articulated joint , in particular cylindrical, housed on the upper arm to connect the upper arm to a support structure of the vehicle , preferably a sub-frame or a frame of the vehicle ; characterized by the fourth articulated joint being arranged along the upper arm between the first articulated joint and the fifth articulated joint .
A method of treating soil, in which method: soil is treated with at least one binder to improve its compression strength; and the soil is treated in a movable apparatus ; characterized in that the soil of a load-bearing structure of a road is stabilized to a compression strength of at least 0.1 MPa by using as the binder an activator which forms together with road aggregate a hardenable geopolymeric or alkali-activatable mixture. soil is treated with at least one binder to improve its compression strength; and the soil is treated in a movable apparatus ; characterized in that the soil of a load-bearing structure of a road is stabilized to a compression strength of at least 0.1 MPa by using as the binder an activator which forms together with road aggregate a hardenable geopolymeric or alkali-activatable mixture.
A computerized method of classifying a behavioral state of a brain comprising: providing a plurality of sensors configured to detect an electrical activity of the brain; providing a user interface to transmit and/or receive information; providing one or more processors communicably coupled to the user interface and the plurality of sensors ; receiving a signal from each of the plurality of sensors using the one or more processors ; automatically selecting one or more of the sensors based on the signals received from each sensor and one or more selection criteria using the one or more processors ; calculating at least one measured value from the signal(s) of the selected sensor(s) using the one or more processors ; classifying the behavioral state using the one or more processors as either: (a) an awake state whenever the measured value(s) for the selected sensor(s) is lower than a first Delta power threshold value, (b) a sleep state (N1 or N2) whenever the measured value(s) for the selected sensor(s) is equal to or greater than the first Delta power threshold value and the measured value(s) is not greater than a second Delta power threshold value, or (c) a slow wave sleep state (N3) whenever the measured value(s) from the selected sensor(s) is greater than the first Delta power threshold value and the measured value(s) is greater than the second Delta power threshold value; and providing a notification of the classified behavioral state to the user interface using the one or more processors . providing a plurality of sensors configured to detect an electrical activity of the brain; providing a user interface to transmit and/or receive information; providing one or more processors communicably coupled to the user interface and the plurality of sensors ; receiving a signal from each of the plurality of sensors using the one or more processors ; automatically selecting one or more of the sensors based on the signals received from each sensor and one or more selection criteria using the one or more processors ; calculating at least one measured value from the signal(s) of the selected sensor(s) using the one or more processors ; classifying the behavioral state using the one or more processors as either: (a) an awake state whenever the measured value(s) for the selected sensor(s) is lower than a first Delta power threshold value, (b) a sleep state (N1 or N2) whenever the measured value(s) for the selected sensor(s) is equal to or greater than the first Delta power threshold value and the measured value(s) is not greater than a second Delta power threshold value, or (c) a slow wave sleep state (N3) whenever the measured value(s) from the selected sensor(s) is greater than the first Delta power threshold value and the measured value(s) is greater than the second Delta power threshold value; and providing a notification of the classified behavioral state to the user interface using the one or more processors .
A method for wireless communication at a user equipment, UE comprising: transmitting , to a base station , a first message of a two-step random access channel procedure, the two-step random access channel procedure comprising the first message and a second message ; receiving , from the base station , the second message comprising feedback information for conveying to the LTE how to signal that the two-step random access channel procedure has been completed, wherein the feedback information comprises a transmit power control command, a physical uplink control channel resource indicator and a physical downlink shared channel-to-hybrid automatic repeat request timing indicator; and transmitting , using the feedback information included in the second message to the base station , a third message serving as an indication of whether the second message was received by the LTE and the two-step random access channel procedure has been completed the third message transmitted in accordance with the received feedback information. transmitting , to a base station , a first message of a two-step random access channel procedure, the two-step random access channel procedure comprising the first message and a second message ; receiving , from the base station , the second message comprising feedback information for conveying to the LTE how to signal that the two-step random access channel procedure has been completed, wherein the feedback information comprises a transmit power control command, a physical uplink control channel resource indicator and a physical downlink shared channel-to-hybrid automatic repeat request timing indicator; and transmitting , using the feedback information included in the second message to the base station , a third message serving as an indication of whether the second message was received by the LTE and the two-step random access channel procedure has been completed the third message transmitted in accordance with the received feedback information.
An apparatus for diagnosing malfunction of a high voltage relay including first relay and second relay configured to connect or disconnect a battery from a circuit that uses the battery as a power source, the apparatus comprising: a controller configured to determine whether the first relay or the second relay , or both, has a malfunction based on a first voltage (V1) and a second voltages (V2a, V2b) measured by turning on or off the first relay or the second relay , a voltage measuring unit configured to obtain the second voltages (V2a, V2b) that are respectively measured between voltage output terminals of the battery and between voltage input terminals of the circuit, wherein the voltage measuring unit is configured to obtain the first voltage (V1) from either: (a) a voltage measured between a high voltage output terminal of the battery and a low voltage input terminal of the circuit, or (b) a voltage measured between a low voltage output terminal of the battery and a high input voltage terminal of the circuit. a controller configured to determine whether the first relay or the second relay , or both, has a malfunction based on a first voltage (V1) and a second voltages (V2a, V2b) measured by turning on or off the first relay or the second relay , a voltage measuring unit configured to obtain the second voltages (V2a, V2b) that are respectively measured between voltage output terminals of the battery and between voltage input terminals of the circuit, wherein the voltage measuring unit is configured to obtain the first voltage (V1) from either: (a) a voltage measured between a high voltage output terminal of the battery and a low voltage input terminal of the circuit, or (b) a voltage measured between a low voltage output terminal of the battery and a high input voltage terminal of the circuit.
A detachable reinforcement tool for providing temporary reinforcement of a rear frame structure for a nacelle of a wind turbine, the rear frame structure comprising a plurality of truss members and a plurality of joints , each joint interconnecting ends of at least two truss members , the reinforcement tool comprising: - a reinforcement part , and - attaching means for detachably attaching the reinforcement part to two different parts of the rear frame structure , wherein the reinforcement tool is arranged to provide a load transferring connection between two parts of the rear frame structure , thereby bypassing at least one joint or at least one truss member , when the reinforcement part is attached to the two parts of the rear frame structure by means of the attaching means . - a reinforcement part , and - attaching means for detachably attaching the reinforcement part to two different parts of the rear frame structure ,
A mechanical assembly rotating around an axis of rotation (X-X) comprising a rolling bearing , two parts for respectively mounting two rings of the rolling bearing , the mounting parts forming a housing receiving the rolling bearing , one of the rings of the rolling bearing rotating around a central axis (Y-Y) of the rolling bearing which intersects the axis of rotation (X-X), and a sealing device for the housing on a radially outer side with respect to the axis of rotation (X-X) comprising: • a first sealing element comprising an annular strip and a first lip which is essentially planar or conical and connected to a portion of the annular strip, located radially outside of the annular strip with respect to the axis of rotation (X-X); • a second sealing element adjacent to the annular strip and to the first lip, pressing the first lip radially outwards with respect to the axis of rotation (X-X), against a part of the assembly integral with a second of the rings ; • and a sealing portion pressing on a lateral end face of the first of the rings . • a first sealing element comprising an annular strip and a first lip which is essentially planar or conical and connected to a portion of the annular strip, located radially outside of the annular strip with respect to the axis of rotation (X-X); • a second sealing element adjacent to the annular strip and to the first lip, pressing the first lip radially outwards with respect to the axis of rotation (X-X), against a part of the assembly integral with a second of the rings ; • and a sealing portion pressing on a lateral end face of the first of the rings .
A control system for X-ray imaging comprising: a high voltage generator configured to provide at least a first voltage level and a second voltage level for providing an energy scan; an X-ray source configured to receive the first voltage level and the second voltage level and to emit low energy and high energy X-rays, respectively; and a controller in communication with the high voltage generator and the X-ray source , wherein the controller is configured to modulate a tube current of the X-ray source to adjust X-ray exposure while switching the high voltage generator between the first voltage level and the second voltage level, characterised in that the controller is configured to activate the high voltage generator to supply an equalization current to slow a discharge of a high Voltage, HV, capacitance, during tube current modulation, to substantially maintain a constant fall time from the first voltage level to the second voltage level . a high voltage generator configured to provide at least a first voltage level and a second voltage level for providing an energy scan; an X-ray source configured to receive the first voltage level and the second voltage level and to emit low energy and high energy X-rays, respectively; and a controller in communication with the high voltage generator and the X-ray source , wherein the controller is configured to modulate a tube current of the X-ray source to adjust X-ray exposure while switching the high voltage generator between the first voltage level and the second voltage level, characterised in that the controller is configured to activate the high voltage generator to supply an equalization current to slow a discharge of a high Voltage, HV, capacitance, during tube current modulation, to substantially maintain a constant fall time from the first voltage level to the second voltage level .
Tool for assembling a seat in a vehicle comprising at least two securing means for fixing said seat to the vehicle, said tool comprising: - at least one central longitudinal surface |0022] arranged to receive said seat in an intermediate position and a docking position, the longitudinal surface of the tool in the assembly position forming a ramp so as to guide the seat from the intermediate position to the docking position of the seat with said securing means , - the longitudinal surface comprising at least two transverse wings each comprising a longitudinal stop in the form of a U arranged to cooperate with one of said securing means in order to immobilize said tool in an assembly position, the two stops being situated on either side of the longitudinal surface . - at least one central longitudinal surface |0022] arranged to receive said seat in an intermediate position and a docking position, the longitudinal surface of the tool in the assembly position forming a ramp so as to guide the seat from the intermediate position to the docking position of the seat with said securing means , - the longitudinal surface comprising at least two transverse wings each comprising a longitudinal stop in the form of a U arranged to cooperate with one of said securing means in order to immobilize said tool in an assembly position, the two stops being situated on either side of the longitudinal surface .
Apparatus for a vacuum cleaner for compensating air pressure surges, through which apparatus a first air flow (LS1) can flow in a first flow direction (HS) and a second air flow (LS2) can flow in a second flow direction (NS), characterized by a main body having a first cross-sectional area of flow (A) and at least one flow resistance element , a free end of which projects at least in some section or sections from the main body in the second flow direction (NS), for producing a second cross-sectional area of flow (B), wherein the first cross-sectional area of flow (A) is larger than the second cross-sectional area of flow (B), with the result that the second air flow (LS2) flowing in the second flow direction (NS) is reduced.
An acoustic attenuation panel comprising: - a perforated acoustic wall , - a first alveolar structure connected to the perforated wall , having a plurality of acoustic cells delimited by peripheral partitions , - a second alveolar structure having a plurality of acoustic cells delimited by peripheral partitions , - a septum having a plurality of macro-perforations , interposed between said first alveolar structure and said second alveolar structure , each acoustic cell of the first alveolar structure and each acoustic cell of said at least second alveolar structure being disposed opposite a single perforation of the septum , each acoustic cell having a hexagonal shape, characterized in that the macro-perforations are regularly distributed in the septum so that three adjacent macro-perforations form an equilateral triangle , one side (P1) of which is equal to the diameter (D1, D2) of the acoustic cells of the alveolar structures and one height (P2) of which is equal to 0.86 times the diameter of the acoustic cells of the alveolar structures +/- 20%, the diameter (D1, D2) being defined as the diameter of the circle inscribed in the hexagon of an acoustic cell, the diameter (D1) of the acoustic cells of the first alveolar structure is equal to the diameter (D2) of the acoustic cells of the second alveolar structure . - a perforated acoustic wall , - a first alveolar structure connected to the perforated wall , having a plurality of acoustic cells delimited by peripheral partitions , - a second alveolar structure having a plurality of acoustic cells delimited by peripheral partitions , - a septum having a plurality of macro-perforations , interposed between said first alveolar structure and said second alveolar structure , each acoustic cell of the first alveolar structure and each acoustic cell of said at least second alveolar structure being disposed opposite a single perforation of the septum , each acoustic cell having a hexagonal shape, characterized in that the macro-perforations are regularly distributed in the septum so that three adjacent macro-perforations form an equilateral triangle , one side (P1) of which is equal to the diameter (D1, D2) of the acoustic cells of the alveolar structures and one height (P2) of which is equal to 0.86 times the diameter of the acoustic cells of the alveolar structures +/- 20%, the diameter (D1, D2) being defined as the diameter of the circle inscribed in the hexagon of an acoustic cell, the diameter (D1) of the acoustic cells of the first alveolar structure is equal to the diameter (D2) of the acoustic cells of the second alveolar structure .
A method for performing downhole operations in a field having a plurality of wells, the method comprising: obtaining, at a computing system, a reference data set associated with the field , the reference data set including at least one property of a downhole formation; obtaining, at the computing system, a first well data set associated with a first well of the field , the first well data set including the at least one property of a downhole formation associated with the first well ; the method characterised by calculating a similarity index ratio based on the reference data set and the first well data set, wherein the similarity index ratio indicates a similarity in values of the reference data set and the first well data set, wherein the similarity index ratio is based on mud gas analysis and represents ratios of gas compounds between the reference data set and the first well data set; and performing a responsive action in a downhole operation based on the calculated similarity index ratio. obtaining, at a computing system, a reference data set associated with the field , the reference data set including at least one property of a downhole formation; obtaining, at the computing system, a first well data set associated with a first well of the field , the first well data set including the at least one property of a downhole formation associated with the first well ; the method characterised by calculating a similarity index ratio based on the reference data set and the first well data set, wherein the similarity index ratio indicates a similarity in values of the reference data set and the first well data set, wherein the similarity index ratio is based on mud gas analysis and represents ratios of gas compounds between the reference data set and the first well data set; and performing a responsive action in a downhole operation based on the calculated similarity index ratio.
Boom structure for spraying or spreading, comprising two lateral struts each formed of at least one segment , these two lateral struts being advantageously disposed on either side of a central segment , the single segment , each segment or at least one of the segments of each lateral strut consisting of an assembly of elongate elements comprising, on the one hand, a top longitudinal tube , on the other hand, at least one lower longitudinal tube and, lastly, bracing elements , forming tie rods and braces, extending between the top tube and said at least one lower tube , connecting them, the boom structure being characterised in that each longitudinal tube has at least one radial protrusion , profiled in the longitudinal direction of the tube in question, and comprising at least one opening , preferably a plurality of openings spaced apart along said tube , constituting a fixing location for one end of at least one bracing element . the single segment , each segment or at least one of the segments of each lateral strut consisting of an assembly of elongate elements comprising, on the one hand, a top longitudinal tube , on the other hand, at least one lower longitudinal tube and, lastly, bracing elements , forming tie rods and braces, extending between the top tube and said at least one lower tube , connecting them, the boom structure being characterised in that each longitudinal tube has at least one radial protrusion , profiled in the longitudinal direction of the tube in question, and comprising at least one opening , preferably a plurality of openings spaced apart along said tube , constituting a fixing location for one end of at least one bracing element .