mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker having a thermal sensor coupled to a secondary winding of a current transformer for modeling a temperature of a primary conductor carrying primary current to the circuit breaker, the circuit breaker comprising: a electrically conductive element at least a part of which is coupled to an electrical conductor carrying secondary current from the secondary winding of the current transformer in the circuit breaker, the conductive element being dimensioned such that a thermal mass of the conductive element, determined according to a function that includes a ratio of the primary current to the secondary current and a heat capacity of the conductive material, of which the conductive element is composed, models a rate of heating or cooling in the primary conductor; and a semiconductor element connected to at least part of the conductive element and providing a voltage across a p-n junction of the semiconductor element, the voltage varying as a function of a temperature of the conductive element. a electrically conductive element at least a part of which is coupled to an electrical conductor carrying secondary current from the secondary winding of the current transformer in the circuit breaker, the conductive element being dimensioned such that a thermal mass of the conductive element, determined according to a function that includes a ratio of the primary current to the secondary current and a heat capacity of the conductive material, of which the conductive element is composed, models a rate of heating or cooling in the primary conductor; and a semiconductor element connected to at least part of the conductive element and providing a voltage across a p-n junction of the semiconductor element, the voltage varying as a function of a temperature of the conductive element.
A computer-implemented method for displaying shader table information used in raytracing an image, comprising: intercepting, from a graphics processing unit, GPU, or a graphics driver, a buffer that specifies shader table information including one or more shader records of shaders to use in generating the image using raytracing; determining, by a computing device and based at least in part on an identifier of the one or more shader records, a layout of parameters within the buffer for one or more shaders corresponding to the one or more shader records; interpreting, by the computing device and based at least in part on the layout of parameters, additional data in the buffer to determine one or more parameters corresponding to the one or more shader records; detecting at least one of an invalid memory location in the one or more parameters or, based on the layout, a null root signature associated with the one or more shader records; characterized by displaying, via an application executing on the computing device, an indication of the one or more parameters on an interface and an indicator of at least one of the invalid memory location or the null root signature. intercepting, from a graphics processing unit, GPU, or a graphics driver, a buffer that specifies shader table information including one or more shader records of shaders to use in generating the image using raytracing; determining, by a computing device and based at least in part on an identifier of the one or more shader records, a layout of parameters within the buffer for one or more shaders corresponding to the one or more shader records; interpreting, by the computing device and based at least in part on the layout of parameters, additional data in the buffer to determine one or more parameters corresponding to the one or more shader records; detecting at least one of an invalid memory location in the one or more parameters or, based on the layout, a null root signature associated with the one or more shader records; characterized by displaying, via an application executing on the computing device, an indication of the one or more parameters on an interface and an indicator of at least one of the invalid memory location or the null root signature.
A method comprising: receiving, by a first wireless access network node (500, 1000), assistance information from one or more network entities, the assistance information comprising information indicating one or more channels of an unlicensed spectrum to use or avoid, wherein receiving the assistance information from the one or more network entities comprises: performing proximity service, ProSe, direct discovery by the first wireless access network node with a second wireless access network node, and performing ProSe direct communication with the second wireless access network node to receive the information relating to the assistance information; and wherein the first and second wireless access network nodes are performing the ProSe direct discovery and ProSe direct communication over the unlicensed spectrum for assistance information exchange purposes without authorization and provisioning for the ProSe direct discovery and direct communication procedure; responsive to the assistance information, selecting, by the wireless access network node, at least a first channel of the unlicensed spectrum for communicating data with a user equipment, UE (102, 501). receiving, by a first wireless access network node (500, 1000), assistance information from one or more network entities, the assistance information comprising information indicating one or more channels of an unlicensed spectrum to use or avoid, wherein receiving the assistance information from the one or more network entities comprises: performing proximity service, ProSe, direct discovery by the first wireless access network node with a second wireless access network node, and performing ProSe direct communication with the second wireless access network node to receive the information relating to the assistance information; and wherein the first and second wireless access network nodes are performing the ProSe direct discovery and ProSe direct communication over the unlicensed spectrum for assistance information exchange purposes without authorization and provisioning for the ProSe direct discovery and direct communication procedure; performing proximity service, ProSe, direct discovery by the first wireless access network node with a second wireless access network node, and performing ProSe direct communication with the second wireless access network node to receive the information relating to the assistance information; and wherein the first and second wireless access network nodes are performing the ProSe direct discovery and ProSe direct communication over the unlicensed spectrum for assistance information exchange purposes without authorization and provisioning for the ProSe direct discovery and direct communication procedure; responsive to the assistance information, selecting, by the wireless access network node, at least a first channel of the unlicensed spectrum for communicating data with a user equipment, UE (102, 501).
Exhaust gas recirculation device for the at least partial recirculation of exhaust gases of a combustion device into a gas stream which is to be fed to the combustion device, comprising a flow duct for the exhaust gas to be recirculated; a turbine of an exhaust gas turbocharger, a catalytic converter, a particulate filter and an exhaust gas recirculation cooler for cooling the exhaust gas and for dissipating the exhaust gas heat, which are arranged behind one another in the flow duct; a first branch which is arranged downstream of the exhaust gas recirculation cooler and to which a first exhaust gas discharge line is connected for discharging exhaust gas which is not to be recirculated into the surroundings; a second branch which is arranged upstream of the exhaust gas recirculation cooler and downstream of the particulate filter and to which a second exhaust gas discharge line is connected for discharging exhaust gas which is not to be recirculated into the surroundings; characterized by a compact housing, in which the exhaust gas recirculation cooler, the particulate filter, the first branch and the second branch are arranged.
Method for compressing a symbol sequence, wherein each symbol has one out of three or more possible symbol values, said method comprising the steps of: - modifying the symbol sequence by replacing each run pair, which contains a first run of symbols of a most frequent symbol value immediately followed by a second run of symbols of a second most frequent symbol value, by a further symbol value not comprised in the three or more possible symbol values; - generating a binary sequence comprising all replaced run pairs and - compression encoding the binary sequence and the modified symbol sequence. - modifying the symbol sequence by replacing each run pair, which contains a first run of symbols of a most frequent symbol value immediately followed by a second run of symbols of a second most frequent symbol value, by a further symbol value not comprised in the three or more possible symbol values; - generating a binary sequence comprising all replaced run pairs and - compression encoding the binary sequence and the modified symbol sequence.
A gas turbine engine section comprising: a rotor carrying a plurality of blades, said blades each having a radially outer tip; a blade outer air seal positioned radially outwardly of said tips of said blades, said blade outer air seal being provided by at least a plurality of circumferentially spaced segments (82, 84, 86, 88), said circumferentially spaced segments (82, 84, 86, 88) being operable to slide circumferentially relative to each other to adjust an inner diameter of an inner surface of said blade outer air seal segments (82, 84, 86, 88); and an actuator for actuating said blade outer air seal segments (82, 84, 86, 88) to slide relative to each other to control a clearance between the inner periphery of said blade outer air seal segments (82, 84, 86, 88) and an outer periphery of the tips; characterized in that said actuator expands or contracts along an axis generally parallel to a rotational axis of said rotor to in turn cause said blade outer air seal segments (82, 84, 86, 88) to slide circumferentially with respect to each other. a rotor carrying a plurality of blades, said blades each having a radially outer tip; a blade outer air seal positioned radially outwardly of said tips of said blades, said blade outer air seal being provided by at least a plurality of circumferentially spaced segments (82, 84, 86, 88), said circumferentially spaced segments (82, 84, 86, 88) being operable to slide circumferentially relative to each other to adjust an inner diameter of an inner surface of said blade outer air seal segments (82, 84, 86, 88); and an actuator for actuating said blade outer air seal segments (82, 84, 86, 88) to slide relative to each other to control a clearance between the inner periphery of said blade outer air seal segments (82, 84, 86, 88) and an outer periphery of the tips; characterized in that said actuator expands or contracts along an axis generally parallel to a rotational axis of said rotor to in turn cause said blade outer air seal segments (82, 84, 86, 88) to slide circumferentially with respect to each other.
A blood pump comprising: - a pump housing with a cylindrical piston chamber; - an axially and rotatably slidable free floating piston centrally positioned within the cylindrical piston chamber thereby dividing the cylindrical piston chamber into a left chamber and a right chamber, wherein the left chamber and right chamber each include an inlet (32, 42) and outlet (42, 44) transversely arranged to and communicating with the left chamber, respectively right chamber; - a linear motor unit configured to generate an electromagnetically driven translational motion of the piston along the longitudinal axis of the piston chamber alternately between a first end position and a second end position; and - at least one rotary motor unit (60, 61) configured to generate an electromagnetically driven continuous rotary motion of the piston around the longitudinal axis during the translational motion of the piston between the first end position and the second end position. - a pump housing with a cylindrical piston chamber; - an axially and rotatably slidable free floating piston centrally positioned within the cylindrical piston chamber thereby dividing the cylindrical piston chamber into a left chamber and a right chamber, wherein the left chamber and right chamber each include an inlet (32, 42) and outlet (42, 44) transversely arranged to and communicating with the left chamber, respectively right chamber; - a linear motor unit configured to generate an electromagnetically driven translational motion of the piston along the longitudinal axis of the piston chamber alternately between a first end position and a second end position; and - at least one rotary motor unit (60, 61) configured to generate an electromagnetically driven continuous rotary motion of the piston around the longitudinal axis during the translational motion of the piston between the first end position and the second end position.
A sputtering target and/or coil disposed at the periphery of a plasma-generating region for confining plasma, the target and/or the coil being composed of tantalum (Ta) or Titanium (Ti) and inevitable impurities and having a surface to be eroded having a hydrogen content of 500 μL/cm 2 or less, the hydrogen content being determined by cutting out a sample of 20x10x8 mm = 1.6 cm 3 of the target and/or the coil, heating the sample to 800°C and quantitatively measuring the hydrogen gas released from the surface of the sample by means of mass spectrometry.
A heat recovery system for recovering waste heat from exhaust gases that are expelled through flues that are generated as a byproduct from heating systems or from a compressor driven cooling systems, comprising: a venting arrangement configured to connect the flues of any number of-heating systems or cooling systems; motorized dampers configured to direct the exhaust gases from each flue through said venting arrangement; an intake plenum configured to direct the exhaust gases from the venting arrangement; a heat exchanger comprising a series of serpentine conduits between which the exhaust gases from the intake plenum pass through; an exhaust plenum configured to direct exhaust gases that have passed through the heat exchanger; an exhaust fan that draws the exhaust gasses through the heat recovery system; said heat exchanger further comprising a series of inlet ports and outlet ports; said inlet ports located and configured to add coolant to said serpentine conduits at selected temperatures; said outlet ports located and configured to remove coolant from said serpentine conduits at selected temperatures; characterized in that the heat recovery system comprises a temperature sensor at each said inlet port and each said outlet port. a venting arrangement configured to connect the flues of any number of-heating systems or cooling systems; motorized dampers configured to direct the exhaust gases from each flue through said venting arrangement; an intake plenum configured to direct the exhaust gases from the venting arrangement; a heat exchanger comprising a series of serpentine conduits between which the exhaust gases from the intake plenum pass through; an exhaust plenum configured to direct exhaust gases that have passed through the heat exchanger; an exhaust fan that draws the exhaust gasses through the heat recovery system; said heat exchanger further comprising a series of inlet ports and outlet ports; said inlet ports located and configured to add coolant to said serpentine conduits at selected temperatures; said outlet ports located and configured to remove coolant from said serpentine conduits at selected temperatures; characterized in that the heat recovery system comprises a temperature sensor at each said inlet port and each said outlet port.
A wheel bearing apparatus for rotatably supporting a wheel, comprising: an inner member having two rows of raceway grooves (16a, 16b) on an outer circumference thereof; an outer member having two rows of raceway grooves (36a, 36b) on an inner circumference thereof; and a plurality of rolling elements (28a, 28b) interposed between the raceway grooves (16a, 16b) of the inner member and the raceway grooves (36a, 36b) of the outer member, wherein the raceway grooves (16a, 16b) of the inner member and the raceway grooves (36a, 36b) of the outer member are formed by hardened steel cutting after a heat treatment, characterized in that in relation to at least a raceway groove on an outboard side out of the raceway grooves (16a, 16b) of the inner member, h/d exceeds 0.50 where h is a depth of the raceway groove and d is a diameter of the rolling elements, the depth being a value obtained by subtracting from a shoulder height any chamfer, bevel or auxiliary raceway surface provided at the surface of the raceway groove, and the shoulder height being the distance from the bottom of the raceway groove to the upper surface of the shoulder of the raceway groove. an inner member having two rows of raceway grooves (16a, 16b) on an outer circumference thereof; an outer member having two rows of raceway grooves (36a, 36b) on an inner circumference thereof; and a plurality of rolling elements (28a, 28b) interposed between the raceway grooves (16a, 16b) of the inner member and the raceway grooves (36a, 36b) of the outer member, wherein the raceway grooves (16a, 16b) of the inner member and the raceway grooves (36a, 36b) of the outer member are formed by hardened steel cutting after a heat treatment, characterized in that in relation to at least a raceway groove on an outboard side out of the raceway grooves (16a, 16b) of the inner member, h/d exceeds 0.50 where h is a depth of the raceway groove and d is a diameter of the rolling elements, the depth being a value obtained by subtracting from a shoulder height any chamfer, bevel or auxiliary raceway surface provided at the surface of the raceway groove, and the shoulder height being the distance from the bottom of the raceway groove to the upper surface of the shoulder of the raceway groove.
A remote alarm monitoring system for recording and processing alarm event data, the alarm system comprising: an alarm installation comprising one or more alarm devices in connection with an interface, wherein the interface is configured to receive alarm event data; a server in communication with the interface, wherein the server is configured to receive and process alarm event data from the interface; and one or more networked client devices in communication with the server, wherein the server is configured to transmit a message to the networked client device, said message based upon the processed alarm event data; characterised in that the server is configured to elicit a different response for the same alarm event depending on a risk level assigned to the alarm installation. an alarm installation comprising one or more alarm devices in connection with an interface, wherein the interface is configured to receive alarm event data; a server in communication with the interface, wherein the server is configured to receive and process alarm event data from the interface; and one or more networked client devices in communication with the server, wherein the server is configured to transmit a message to the networked client device, said message based upon the processed alarm event data; characterised in that the server is configured to elicit a different response for the same alarm event depending on a risk level assigned to the alarm installation.
Electronic handle for a vehicle door, comprising: - electronic means for activating electronically a latch of the vehicle door; - an activation lever configured for rotating around an activation axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for activating the latch of the vehicle door in case of default of the electronic means; and - a bracket intended to receive the activation lever, one of the activation lever and the bracket comprising a driving element, and the other comprises a stop element, the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side when the activation lever reaches the mechanical activation position, when the activation lever comes back from the mechanical activation position to the rest position, the driving element and the stop element cooperate to make the activation lever come back to the first side of the stop element, characterized in that the driving element is moveable in translation inside a recess made in the activation lever when the activation lever moves from the rest position to the mechanical activation position. - electronic means for activating electronically a latch of the vehicle door; - an activation lever configured for rotating around an activation axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for activating the latch of the vehicle door in case of default of the electronic means; and - a bracket intended to receive the activation lever, one of the activation lever and the bracket comprising a driving element, and the other comprises a stop element,
A contact-angle measurement method for measuring a contact angle γ between a droplet that is supplied to a sample curved surface (104; 104A) and the sample curved surface (104; 104A), comprising: an apparent contact-angle calculation step of calculating an apparent contact-angle α of the droplet by using a captured image of the droplet supplied to the sample curved surface (104; 104A) and the sample curved surface (104; 104A); an inclination angle calculation step of calculating an inclination angle β of the sample curved surface (104; 104A) at an outer periphery portion of a contact portion between the droplet and the sample curved surface (104; 104A) by using the captured image; a contact-angle calculation step of calculating the contact angle γ by correcting the apparent contact angle a, using the inclination angle β; and a step of calculating a curvature radius Ra of the outer surface of the droplet by using a curvature radius C of the outer periphery portion, a volume V0 of the droplet, and a curvature radius Rb of the sample curved surface (104; 104A), as a step that precedes the apparent contact-angle calculation step, wherein, in the apparent contact-angle calculation step, the apparent contact angle α is calculated by using the curvature radius Ra and the curvature radius C. an apparent contact-angle calculation step of calculating an apparent contact-angle α of the droplet by using a captured image of the droplet supplied to the sample curved surface (104; 104A) and the sample curved surface (104; 104A); an inclination angle calculation step of calculating an inclination angle β of the sample curved surface (104; 104A) at an outer periphery portion of a contact portion between the droplet and the sample curved surface (104; 104A) by using the captured image; a contact-angle calculation step of calculating the contact angle γ by correcting the apparent contact angle a, using the inclination angle β; and a step of calculating a curvature radius Ra of the outer surface of the droplet by using a curvature radius C of the outer periphery portion, a volume V0 of the droplet, and a curvature radius Rb of the sample curved surface (104; 104A), as a step that precedes the apparent contact-angle calculation step, wherein, in the apparent contact-angle calculation step, the apparent contact angle α is calculated by using the curvature radius Ra and the curvature radius C.