mhurhangee/ep-ind-claims huggingface dataset:
A method being performed in a network comprising a Manager Station having a first digital certificate and an Agent Station having a second digital certificate, the method comprising: generating a simple network management protocol, SNMP configuration file at the Manager Station, wherein the SNMP configuration file comprises SNMP authentication keys to be used by the Manager Station and the Agent Station for authentication, and SNMP encryption keys to be used by the Manager Station and the Agent Station for encrypting communications between the Manager Station and the Agent Station; mutually authenticating based on the first digital certificate and the second digital certificate to establish a secure session between the Manager Station and the Agent Station; encrypting the SNMP configuration file at the Manager Station, and in response to the secure session being established, transmitting by the Manager Station, the encrypted SNMP configuration file to the Agent Station; decrypting the encrypted SNMP configuration file at the Agent Station to generate the SNMP authentication keys and the SNMP encryption keys; and conducting secure SNMP communications between the Manager Station and the Agent Station using the SNMP authentication and encryption keys. generating a simple network management protocol, SNMP configuration file at the Manager Station, wherein the SNMP configuration file comprises SNMP authentication keys to be used by the Manager Station and the Agent Station for authentication, and SNMP encryption keys to be used by the Manager Station and the Agent Station for encrypting communications between the Manager Station and the Agent Station; mutually authenticating based on the first digital certificate and the second digital certificate to establish a secure session between the Manager Station and the Agent Station; encrypting the SNMP configuration file at the Manager Station, and in response to the secure session being established, transmitting by the Manager Station, the encrypted SNMP configuration file to the Agent Station; decrypting the encrypted SNMP configuration file at the Agent Station to generate the SNMP authentication keys and the SNMP encryption keys; and conducting secure SNMP communications between the Manager Station and the Agent Station using the SNMP authentication and encryption keys.
A method comprising: comparing at least one received signal received parameter value for at least one channel state information reference signal associated with a first frequency with at least one received signal received parameter value for at least one channel state information reference signal associated with a second frequency, wherein a received signal received parameter comprises at least one of received signal received power and received signal received quality; and causing information from said comparing to be reported. comparing at least one received signal received parameter value for at least one channel state information reference signal associated with a first frequency with at least one received signal received parameter value for at least one channel state information reference signal associated with a second frequency, wherein a received signal received parameter comprises at least one of received signal received power and received signal received quality; and causing information from said comparing to be reported.
Fluid flow rate measurement device comprising: - a manifold element comprising a first fluid conduit extending from a surface thereof and terminating in a first port opening at a first lateral surface thereof and a second port opening at a second lateral surface thereof, and a second fluid conduit extending from a surface thereof and terminating in a third port opening at said first lateral surface and a fourth port opening at said second lateral surface; - a fluid restriction element fixed to said first lateral surface and arranged to provide a sealed fluid pathway (5a, 5b) between said first port and said third port; - a pressure sensor assembly fixed to said second lateral surface and comprising a first pressure sensor in fluidic communication with said second port, and a second pressure sensor in fluidic communication with said fourth port. - a manifold element comprising a first fluid conduit extending from a surface thereof and terminating in a first port opening at a first lateral surface thereof and a second port opening at a second lateral surface thereof, and a second fluid conduit extending from a surface thereof and terminating in a third port opening at said first lateral surface and a fourth port opening at said second lateral surface; - a fluid restriction element fixed to said first lateral surface and arranged to provide a sealed fluid pathway (5a, 5b) between said first port and said third port; - a pressure sensor assembly fixed to said second lateral surface and comprising a first pressure sensor in fluidic communication with said second port, and a second pressure sensor in fluidic communication with said fourth port.
A mass spectrometer comprising: a first mass to charge ratio filter or mass to charge ratio mass analyser arranged and adapted in a first mode of operation to transmit parent or precursor ions having a mass to charge ratio within a first range; an ion mobility spectrometer or separator; attenuation means for attenuating or diverting ions in a mode of operation, wherein said attenuation means comprises an ion gate, ion deflector or ion barrier, and wherein said ion mobility spectrometer or separator is arranged upstream of said attenuation means; a collision, fragmentation or reaction device; and a control device arranged and adapted to control the operation of said attenuation means so that ions having mass to charge ratios within said first range but having one or more undesired first charge states are substantially attenuated, wherein ions which are onwardly transmitted are passed to the collision, fragmentation or reaction device. a first mass to charge ratio filter or mass to charge ratio mass analyser arranged and adapted in a first mode of operation to transmit parent or precursor ions having a mass to charge ratio within a first range; an ion mobility spectrometer or separator; attenuation means for attenuating or diverting ions in a mode of operation, wherein said attenuation means comprises an ion gate, ion deflector or ion barrier, and wherein said ion mobility spectrometer or separator is arranged upstream of said attenuation means; a collision, fragmentation or reaction device; and a control device arranged and adapted to control the operation of said attenuation means so that ions having mass to charge ratios within said first range but having one or more undesired first charge states are substantially attenuated, wherein ions which are onwardly transmitted are passed to the collision, fragmentation or reaction device.
A method of manufacturing a carbon fiber sheet molding compound, the method comprising: performing sizing treatment on a carbon fiber using a sizing agent; cutting the sizing-treated carbon fiber into pieces; spraying the pieces of carbon fiber onto a first resin coated on a surface of a first carrier sheet; and uniting together a second resin coated on a second carrier sheet and a surface of the first resin, characterized in that the sizing agent, the first resin, and the second resin include the same compounds; and the foregoing sizing treatment on the carbon fiber is by impregnating the sizing agent between the filaments of the carbon fiber by spreading the strands of carbon fiber using a storage tank with a plurality of rollers (110a, 110b, and 110c) containing the sizing agent, to allow the sizing agent to be easily impregnated between the filaments of the carbon fiber by spreading the strands of carbon fiber. performing sizing treatment on a carbon fiber using a sizing agent; cutting the sizing-treated carbon fiber into pieces; spraying the pieces of carbon fiber onto a first resin coated on a surface of a first carrier sheet; and uniting together a second resin coated on a second carrier sheet and a surface of the first resin, characterized in that the sizing agent, the first resin, and the second resin include the same compounds; and the foregoing sizing treatment on the carbon fiber is by impregnating the sizing agent between the filaments of the carbon fiber by spreading the strands of carbon fiber using a storage tank with a plurality of rollers (110a, 110b, and 110c) containing the sizing agent, to allow the sizing agent to be easily impregnated between the filaments of the carbon fiber by spreading the strands of carbon fiber.
A method comprising: determining, by a first wireless access network node, whether a first wireless equipment is potentially an interferer of wireless communication of a second wireless equipment in a domain of a second wireless access network node, wherein the first wireless equipment is in a domain of the first wireless access network node, and wherein the determining is based at least in part on whether the first wireless equipment is in a predefined proximity to the second wireless access network node or the second wireless equipment; and characterised by in response to determining that the first wireless equipment is potentially the interferer of the wireless communication of the second wireless equipment, sending, by the first wireless access network node to the second wireless access network node, configuration information relating to a physical uplink control channel, PUCCH, format used by the first wireless equipment to allow the second wireless access network node or the second wireless equipment to detect an interference from the first wireless equipment and to initiate performance of an interference mitigation procedure with respect to the interference from the first wireless equipment. determining, by a first wireless access network node, whether a first wireless equipment is potentially an interferer of wireless communication of a second wireless equipment in a domain of a second wireless access network node, wherein the first wireless equipment is in a domain of the first wireless access network node, and wherein the determining is based at least in part on whether the first wireless equipment is in a predefined proximity to the second wireless access network node or the second wireless equipment; and characterised by in response to determining that the first wireless equipment is potentially the interferer of the wireless communication of the second wireless equipment, sending, by the first wireless access network node to the second wireless access network node, configuration information relating to a physical uplink control channel, PUCCH, format used by the first wireless equipment to allow the second wireless access network node or the second wireless equipment to detect an interference from the first wireless equipment and to initiate performance of an interference mitigation procedure with respect to the interference from the first wireless equipment.
A device for thermally triggering, disconnecting, and/or signaling the state of a surge protection device, comprising: - a locking element on which a first force acts and which changes its state of aggregation and/or its outer shape when a limit temperature is exceeded; - a slider which, in a first state, is blocked by the locking element and on which a second force acts in order to transfer the slider to a second state when the locking element has changed its state of aggregation and/or its outer shape, wherein a latching retaining means is provided, which is connected with the slider and by which the locking element indirectly blocks the slider, and by which the second force, broken down into a partial force component, acts on the locking element in a clamping manner, and furthermore the latching retaining means includes at least two jaws (B; BF) which, in the first state, are supported against the locking element and against a surrounding area of the slider, the first force corresponding to the partial force component, at least one of the jaws being designed to be elastic and resilient. - a locking element on which a first force acts and which changes its state of aggregation and/or its outer shape when a limit temperature is exceeded; - a slider which, in a first state, is blocked by the locking element and on which a second force acts in order to transfer the slider to a second state when the locking element has changed its state of aggregation and/or its outer shape, wherein
A time-resolved photoemission electron microscopy comprising: a laser light source that outputs a pulse having less than or equal to a femtosecond level pulse width and variable repetition frequency; a pump light pulse generator configured to generate pump light pulse that excites photo-carriers of a sample by converting wavelength of light output from the laser light source; and a probe light pulse generator configured to generate probe light pulse that photo-emits photo-carriers excited by the pump light pulse from the sample by photoelectric effect by converting wavelength of light output from the laser light source, wherein energy of at least one of the pump light pulse and the probe light pulse is configured to continuously vary in a range not less than 0.1 eV and not more than 8 eV. a laser light source that outputs a pulse having less than or equal to a femtosecond level pulse width and variable repetition frequency; a pump light pulse generator configured to generate pump light pulse that excites photo-carriers of a sample by converting wavelength of light output from the laser light source; and a probe light pulse generator configured to generate probe light pulse that photo-emits photo-carriers excited by the pump light pulse from the sample by photoelectric effect by converting wavelength of light output from the laser light source, wherein energy of at least one of the pump light pulse and the probe light pulse is configured to continuously vary in a range not less than 0.1 eV and not more than 8 eV.
Push-button for a system for dispensing a pressurised product, said push-button comprising a body having a mounting well on a tube for supplying the pressurised product and a housing in communication with said well, said housing being provided with an abutment around which a spray nozzle is mounted in such a way as to form a path for dispensing the product between said housing and a swirl array comprising at least two swirl chambers, each of said swirl chambers comprising at least one supply channel for ensuring the rotation of the product in said chamber and a channel for dispensing a flow of product set in rotation, said dispensing channels each converging from an inlet orifice towards an outlet orifice according to an angle which is arranged in order to allow the impaction of the flows of product dispensed by said channels.
A safety device for aircraft for the emergency opening of doors and/or hatches, having: at least one combustion chamber, which contains a pyrotechnical charge and has at least one ignition device for electrically igniting the pyrotechnical charge, at least one buffer chamber, which is connected in a fluid-communicating manner to the combustion chamber, in order to accommodate gas created by the ignition and combustion of the pyrotechnical charge, at least one working chamber, which is connected in a fluid-communicating manner to at least one buffer chamber, in order to accommodate pressurised gas from the buffer chamber, wherein at least one wall delimiting the working chamber has a movable piston, so that the volume of the working chamber can be varied by means of the pressure in the working chamber, and an output device, which is connected to the movable piston in a force-locking and/or torque-locking manner. at least one combustion chamber, which contains a pyrotechnical charge and has at least one ignition device for electrically igniting the pyrotechnical charge, at least one buffer chamber, which is connected in a fluid-communicating manner to the combustion chamber, in order to accommodate gas created by the ignition and combustion of the pyrotechnical charge, at least one working chamber, which is connected in a fluid-communicating manner to at least one buffer chamber, in order to accommodate pressurised gas from the buffer chamber, wherein at least one wall delimiting the working chamber has a movable piston, so that the volume of the working chamber can be varied by means of the pressure in the working chamber, and an output device, which is connected to the movable piston in a force-locking and/or torque-locking manner.
The use of at least one nucleic acid comprising or consisting of: (i) wherein: R represents A or G Y represents C or T M represents A or C W represents A or T H represents A or C or T (ii) a portion of SEQ ID NO: 1, provided said nucleic acid binds under stringent conditions to a nucleic acid comprising or consisting of the complementary sequence of SEQ ID NO: 1, or (iii) complementary sequences of (i) and (ii); as a primer for the detection by Amplification Fragment Length Polymorphism (AFLP) or Terminal Restriction Fragment Length Polymorphism (T-RFLP) of nucleic acids from one or more fungi in a turfgrass or a soil sample, the at least one nucleic acid being used in association with at least one other primer which targets the 18S rDNA/ITS1 region or the ITS2/28S rDNA region. (i) wherein: R represents A or G Y represents C or T M represents A or C W represents A or T H represents A or C or T R represents A or G Y represents C or T M represents A or C W represents A or T H represents A or C or T (ii) a portion of SEQ ID NO: 1, provided said nucleic acid binds under stringent conditions to a nucleic acid comprising or consisting of the complementary sequence of SEQ ID NO: 1, or (iii) complementary sequences of (i) and (ii);
A method of forming a film-like surface on a laminated material used for skin contacting products having an odor barrier and sealing properties, composing the steps of; forming the laminated material of at least two distinct layers by bonding a fabric layer to a film layer, the fabric layer being comprised of a natural or synthetic fabric and the film layer being comprised of a film having the odor barrier and sealing properties, the fabric layer having an outwardly facing side comprising a fuzzy surface after being bonded to the film layer, and applying heat to a selected portion of the outwardly facing side of the fabric layer of the laminated material; the heat being applied at a temperature and for a period of time sufficient to change the fuzzy surface in to the film-like surface on the selected portion of outwardly facing side of the fabric layer, the film-like surface facilitating the attachment of an ancillary component to the selected portion of the outwardly facing side of the fabric layer. forming the laminated material of at least two distinct layers by bonding a fabric layer to a film layer, the fabric layer being comprised of a natural or synthetic fabric and the film layer being comprised of a film having the odor barrier and sealing properties, the fabric layer having an outwardly facing side comprising a fuzzy surface after being bonded to the film layer, and applying heat to a selected portion of the outwardly facing side of the fabric layer of the laminated material; the heat being applied at a temperature and for a period of time sufficient to change the fuzzy surface in to the film-like surface on the selected portion of outwardly facing side of the fabric layer, the film-like surface facilitating the attachment of an ancillary component to the selected portion of the outwardly facing side of the fabric layer.
An intelligent system (106, 706, 1506) for an article of footwear (100, 500, 1600, 1700), the system comprising: a. a control system (120, 720, 1200, 1200'); b. a power source (150, 750) electrically coupled to the control system; c. an adjustable element (124, 324, 410, 724, 1524, 1624) comprising an expansion element (126, 326, 426, 446, 466, 486); and d. a driver (131, 331, 731, 1531, 1631) coupled to the adjustable element for adjusting the adjustable element in response to a signal from the control system; e. wherein the driver includes a motor (132, 332, 732, 1532, 1632) and a transmission element (134, 334, 734, 1534, 1634); f. a limiter (128, 328) limiting a range of motion of the adjustable element (124, 324, 410, 724); characterized in that g. the expansion element (126, 326, 426, 446, 466, 486) has a bi-modal compression response, comprising a first compression phase from ground contact until the adjustable element (124, 324, 410, 724, 1524, 1624) contacts the limiter (128, 328), and a second compression phase during which the adjustable element (124, 324, 410, 724, 1524, 1624) contacts the limiter (128, 328) under compression. a. a control system (120, 720, 1200, 1200'); b. a power source (150, 750) electrically coupled to the control system; c. an adjustable element (124, 324, 410, 724, 1524, 1624) comprising an expansion element (126, 326, 426, 446, 466, 486); and d. a driver (131, 331, 731, 1531, 1631) coupled to the adjustable element for adjusting the adjustable element in response to a signal from the control system; e. wherein the driver includes a motor (132, 332, 732, 1532, 1632) and a transmission element (134, 334, 734, 1534, 1634); f. a limiter (128, 328) limiting a range of motion of the adjustable element (124, 324, 410, 724); characterized in that g. the expansion element (126, 326, 426, 446, 466, 486) has a bi-modal compression response, comprising a first compression phase from ground contact until the adjustable element (124, 324, 410, 724, 1524, 1624) contacts the limiter (128, 328), and a second compression phase during which the adjustable element (124, 324, 410, 724, 1524, 1624) contacts the limiter (128, 328) under compression.
Inverter for providing an inverter output signal that is scalable in frequency, in particular having a high output power, - having a plurality of inverter units (1, 2, 3, 4, 5, n), which each have switching elements and are embodied for generating a signal, - having a central controller for the frequency of the inverter output signal in accordance with a definable value, wherein - the central controller has, for generating an inverter output signal having a frequency value specified for the inverter output signal, been set up to cause signals generated by inverter units (1, 2, 3, 4, 5, n) to have a time delay and the signals to be superimposed on the inverter output signal having the frequency value specified for the inverter output signal, characterised in that the inverter units each have a controller which controls the switching elements. - having a plurality of inverter units (1, 2, 3, 4, 5, n), which each have switching elements and are embodied for generating a signal, - having a central controller for the frequency of the inverter output signal in accordance with a definable value, wherein - the central controller has, for generating an inverter output signal having a frequency value specified for the inverter output signal, been set up to cause signals generated by inverter units (1, 2, 3, 4, 5, n) to have a time delay and the signals to be superimposed on the inverter output signal having the frequency value specified for the inverter output signal,