mhurhangee/ep-ind-claims huggingface dataset:
An intra-cavity optical parametric oscilator including: a laser gain medium configured to generate a pump wave; a non-linear material configured to generate down converted coherent radiation in response to the pump wave, the down converted coherent radiation comprising a signal wave and an idler wave; two coupled optical cavities, these being a pump-wave cavity configured to resonate the pump wave and a down converted wave cavityconfigured to resonate the signal wave and/or the idler wave, wherein the non-linear material and the laser gain medium are located in the pump-wave cavity (10, 10) and the non-linear material is also located in the down converted wave cavity, and optical means configured to provide a non-linear loss for suppressing relaxation oscillations, characterised in that: the optical means configured to provide the non-linear loss are configured to provide an instantaneous non-linear loss, and are: located in the down converted wave cavity and configured to generate a second harmonic of the down converted coherent radiation, or located in a shared part of both cavities and configured to generate radiation by sum frequency mixing of intra-cavity radiation at the pump wave frequency and intra-cavity radiation at the resonant down converted coherent radiation frequency. a non-linear material configured to generate down converted coherent radiation in response to the pump wave, the down converted coherent radiation comprising a signal wave and an idler wave; two coupled optical cavities, these being a pump-wave cavity configured to resonate the pump wave and a down converted wave cavityconfigured to resonate the signal wave and/or the idler wave, wherein the non-linear material and the laser gain medium are located in the pump-wave cavity (10, 10) and the non-linear material is also located in the down converted wave cavity, and optical means configured to provide a non-linear loss for suppressing relaxation oscillations, characterised in that: the optical means configured to provide the non-linear loss are configured to provide an instantaneous non-linear loss, and are: located in the down converted wave cavity and configured to generate a second harmonic of the down converted coherent radiation, or located in a shared part of both cavities and configured to generate radiation by sum frequency mixing of intra-cavity radiation at the pump wave frequency and intra-cavity radiation at the resonant down converted coherent radiation frequency. located in the down converted wave cavity and configured to generate a second harmonic of the down converted coherent radiation, or located in a shared part of both cavities and configured to generate radiation by sum frequency mixing of intra-cavity radiation at the pump wave frequency and intra-cavity radiation at the resonant down converted coherent radiation frequency.
A film plant for producing a film web, in particular a cast film plant or smoothing calender plant, having a machine direction along which the film web is conveyed through the film plant, having a roller device which processes a film material melt, comprising at least one film-producing roller, having temperature control devices (22, 24) for thermally treating the film web and having a stretching device for stretching the film web, wherein the stretching device is arranged downstream of the at least one film-producing roller in the machine direction, circumventing a critical cooling section, wherein a distance and/or a transfer section between the at least one film-producing roller and an input roller of the stretching device is less than 1000 mm or less than 800 mm, preferably 500 mm or less and more than 200 mm or more than 250 mm, preferably more than 450 mm, wherein the stretching device is arranged downstream of the film-producing roller in the machine direction in such a way that the film web leaving the film-producing roller can initially be transferred to a pre-temperature control device (22, 28) and subsequently to the stretching device and the stretching device comprises at least one stretching roller which can be tempered, wherein characterised in that the pre-temperature control device (22, 28) comprises at least one film pre-temperature control roller, by means of which the film web can be pre-tempered at a temperature above 70°C, preferably between 90°C and 120°C.
A vehicle-mounted device that performs communication by radio signals with predetermined vehicle-mounted devices respectively mounted in a plurality of vehicles, comprising: measurement means for detecting said radio signals to measure congestion level; reception means for receiving, from each of said predetermined vehicle-mounted devices, a value of, among parameters relating to communication of the predetermined vehicle-mounted devices, a predetermined parameter for which degree of contribution to congestion increases with increase in the value of the predetermined parameter; and control means for decreasing, when the congestion level measured by said measurement means exceeds a predetermined threshold value, the value of said predetermined parameter of its own device when the value of said predetermined parameter of its own device is greater than an average of values of the predetermined parameter that are received by said reception means. measurement means for detecting said radio signals to measure congestion level; reception means for receiving, from each of said predetermined vehicle-mounted devices, a value of, among parameters relating to communication of the predetermined vehicle-mounted devices, a predetermined parameter for which degree of contribution to congestion increases with increase in the value of the predetermined parameter; and control means for decreasing, when the congestion level measured by said measurement means exceeds a predetermined threshold value, the value of said predetermined parameter of its own device when the value of said predetermined parameter of its own device is greater than an average of values of the predetermined parameter that are received by said reception means.
A portable terminal for reducing a latency of a Transmission Control Protocol, TCP, comprising: a communicator adapted to transmit, to a radio access station, RAS, a message for measuring power of a transmission signal of the portable terminal transmitted from the portable terminal to the RAS and adapted to receive a response message corresponding to the message from the RAS; a TCP manager adapted to be instructed by a controller to check and store a round trip time, RTT, required for receiving an acknowledgement, ACK, corresponding to data transmitted from the portable terminal to the RAS; and the controller being adapted to instruct the TCP manager to measure the RTT for setting a retransmission timeout, RTO, the controller being further adapted to determine if an event for setting a TCP retransmission timer has occurred, if the event for setting the TCP retransmission timer has occurred, obtain the stored RTT, measure the power of the transmission signal of the portable terminal, set the RTO calculated by using the stored RTT and a value corresponding to the power of the transmission signal such that the TCP latency is reduced, and set the TCP retransmission timer using the set RTO. a communicator adapted to transmit, to a radio access station, RAS, a message for measuring power of a transmission signal of the portable terminal transmitted from the portable terminal to the RAS and adapted to receive a response message corresponding to the message from the RAS; a TCP manager adapted to be instructed by a controller to check and store a round trip time, RTT, required for receiving an acknowledgement, ACK, corresponding to data transmitted from the portable terminal to the RAS; and the controller being adapted to instruct the TCP manager to measure the RTT for setting a retransmission timeout, RTO, the controller being further adapted to determine if an event for setting a TCP retransmission timer has occurred, if the event for setting the TCP retransmission timer has occurred, obtain the stored RTT, measure the power of the transmission signal of the portable terminal, set the RTO calculated by using the stored RTT and a value corresponding to the power of the transmission signal such that the TCP latency is reduced, and set the TCP retransmission timer using the set RTO.
An asphalt finisher comprising: a tractor; a hopper installed in front of the tractor to receive paving material; a conveyor configured to convey the paving material in the hopper to a rear side of the tractor; a screw configured to lay and spread the paving material conveyed by the conveyor behind the tractor; and a screed configured to lay and level the paving material laid and spread by the screw behind the screw, further comprising: a space recognition device configured to monitor a state in the hopper; and a controller configured to move the hopper based on an output of the space recognition device, characterized in that: the controller is configured to close the hopper in response to determining that an amount of the paving material in the hopper is less than a predetermined amount. a tractor; a hopper installed in front of the tractor to receive paving material; a conveyor configured to convey the paving material in the hopper to a rear side of the tractor; a screw configured to lay and spread the paving material conveyed by the conveyor behind the tractor; and a screed configured to lay and level the paving material laid and spread by the screw behind the screw, further comprising: a space recognition device configured to monitor a state in the hopper; and a controller configured to move the hopper based on an output of the space recognition device, characterized in that: the controller is configured to close the hopper in response to determining that an amount of the paving material in the hopper is less than a predetermined amount. a space recognition device configured to monitor a state in the hopper; and a controller configured to move the hopper based on an output of the space recognition device, characterized in that: the controller is configured to close the hopper in response to determining that an amount of the paving material in the hopper is less than a predetermined amount.
A jib assembly comprising - a support; - a jib attached pivotally to the support for pivotal movement of the jib in relation to the support about a horizontal axis; and - a first linear hydraulic actuator attached to the support for regulating pivotal movement of the jib and for maintaining the jib in a specific position relative to the support; characterized in that, the jib assembly further comprises - a lever arm attached unrotatably to the jib; and - a draw member attached unrotatably to the lever arm and to the jib; wherein the first linear hydraulic actuator is connected to the draw member so that a force generated by the first linear hydraulic actuator is transmitted to the draw member; the first linear hydraulic actuator and the draw member are supported by the lever arm; and the lever arm is arranged to extend in the direction above the jib. - a support; - a jib attached pivotally to the support for pivotal movement of the jib in relation to the support about a horizontal axis; and - a first linear hydraulic actuator attached to the support for regulating pivotal movement of the jib and for maintaining the jib in a specific position relative to the support; characterized in that, the jib assembly further comprises - a lever arm attached unrotatably to the jib; and - a draw member attached unrotatably to the lever arm and to the jib;
A TLB, Translation Lookaside Buffer, device supporting multiple data streams, comprising: a control unit configured to set k TLB modules (TLBO, TLB1,..., TLBk-1), corresponding to k data streams of a streaming application to be processed, each TLB module (TLBO, TLB1,..., TLBk-1) having a plurality of page numbers and a plurality of page frame numbers that respectively correspond to the plurality of page numbers, and to complete a conversion from a logical address transmitted from a data processing device to the control unit to a physical address by a mapping relationship between each of the plurality of page numbers and each of the plurality of page frame numbers; wherein k is a natural number; wherein a stream ID is configured for mapping the k data streams and the k TLB modules; characterized in that the logical address includes the stream ID in addition to the page number and an offset; and in that the control unit is provided with four TLB modules respectively corresponding to four data streams including weights, inputs, outputs, and partial sums of an artificial neural network, respectively. a control unit configured to set k TLB modules (TLBO, TLB1,..., TLBk-1), corresponding to k data streams of a streaming application to be processed, each TLB module (TLBO, TLB1,..., TLBk-1) having a plurality of page numbers and a plurality of page frame numbers that respectively correspond to the plurality of page numbers, and to complete a conversion from a logical address transmitted from a data processing device to the control unit to a physical address by a mapping relationship between each of the plurality of page numbers and each of the plurality of page frame numbers; wherein k is a natural number; wherein a stream ID is configured for mapping the k data streams and the k TLB modules; characterized in that the logical address includes the stream ID in addition to the page number and an offset; and in that the control unit is provided with four TLB modules respectively corresponding to four data streams including weights, inputs, outputs, and partial sums of an artificial neural network, respectively.
A hydraulic system for a working machine, the hydraulic system comprising left and right track devices configured to be driven by separate track drive motors (ML, MR), a dozer device configured to be driven by a dozer cylinder, track control valves (V5, V4) provided respectively for the left and right track devices, and for respectively controlling the track drive motors (ML, MR), auxiliary control valves (V1, V2, V7 to V10) for controlling, apart from the track drive motors (ML, MR) and the dozer cylinder, hydraulic actuators (MT, C2 to C5), two independent hydraulic-fluid discharge ports (P1, P2), and a pair of dozer control valves (V3, V6) configured to be concurrently operable for controlling the dozer cylinder, the hydraulic system characterized in that a pilot pressure valve is configured to be switchable between an independent position and a merging position, the independent position is a position that allows, when the left and right track devices are operated while the auxiliary control valves (V1, V2, V7 to V10) are not operated, hydraulic fluid from one of the hydraulic-fluid discharge ports to be independently supplied to one of the track control valves and to one of the dozer control valves, and hydraulic fluid from the other of the hydraulic-fluid discharge ports to be independently supplied to the other of the track control valves and to the other of the dozer control valves, the merging position is a position that allows, when at least one of the auxiliary control valves (V1, V2, V7 to V10) is operated, the hydraulic fluid from the one of the hydraulic-fluid discharge ports and the hydraulic fluid from the other of the hydraulic-fluid discharge ports to be merged and then supplied to the at least one of the auxiliary control valves (V1, V2, V7 to V10) that has been operated, and to the track control valves (V4,V5) and the dozer control valves (V3, V6), and pressure compensation valves are provided respectively in the control valves (V1 to V10), and configured to distribute hydraulic fluid to the respective control valves (V1 to V10) at flow rates in accordance with extent of actuation of, irrespective of the magnitude of loads acting on, the hydraulic actuators (ML, MR, MT, C1 to C5).
A method performed by a hardware authentication system comprising: detecting a request for an exchange of data between an aircraft and an off-board system; selecting a Line Replaceable Unit, LRU, of the aircraft based on at least one parameter of the request; issuing a challenge to a Physically Unclonable Function, PUF, connected with at least one electronic component of the LRU; obtaining a hardware signature based on a response of the at least one electronic component of the LRU to the challenge, wherein the PUF derives the hardware signature from a unique physical property of the at least one electronic component; and validating the hardware signature to authenticate the request and initiate the exchange of data between the aircraft and the off-board system. detecting a request for an exchange of data between an aircraft and an off-board system; selecting a Line Replaceable Unit, LRU, of the aircraft based on at least one parameter of the request; issuing a challenge to a Physically Unclonable Function, PUF, connected with at least one electronic component of the LRU; obtaining a hardware signature based on a response of the at least one electronic component of the LRU to the challenge, wherein the PUF derives the hardware signature from a unique physical property of the at least one electronic component; and validating the hardware signature to authenticate the request and initiate the exchange of data between the aircraft and the off-board system.
A method for scheduling sensing signals for two or more wireless devices, comprising: determining requirements of sensing performance from the two or more wireless devices; determining one or more groups of wireless devices having similar requirements of sensing performance, each group comprising one or more wireless devices of the two or more wireless devices; characterized by determining existing sensing signals being transmitted; for each group, comparing features of existing sensing signals with respective requirements of sensing performance; providing information about the existing sensing signals to a group out of the one or more groups of wireless devices, if the predetermined requirements for the group are fulfilled. determining requirements of sensing performance from the two or more wireless devices; determining one or more groups of wireless devices having similar requirements of sensing performance, each group comprising one or more wireless devices of the two or more wireless devices; characterized by determining existing sensing signals being transmitted; for each group, comparing features of existing sensing signals with respective requirements of sensing performance; providing information about the existing sensing signals to a group out of the one or more groups of wireless devices, if the predetermined requirements for the group are fulfilled.
A scanning optical probe comprising: a cannula comprising a proximal section, distal section, and a lumen extending there through; an optical fiber extending through the lumen and into the distal section of the cannula; an elongate flexible member disposed within the lumen of the cannula, and comprising a proximal region, an end region, and a tubular body through which the optical fiber extends, wherein the elongate flexible member further comprises a central axis extending there through, and wherein the end region of the elongate flexible member comprises a first predefined articulation segment comprising a set of slots formed in a side wall of the elongate flexible member allowing for articulation in a discrete predefined region of the elongate flexible member; a lens fixed or mounted distal to the end of the optical fiber; and an actuator coupled to the elongate flexible member at the proximal region, and adapted to provide reciprocating motion to the elongate flexible member, wherein the end region of the elongate flexible member deflects between a first position and a second position responsive to the reciprocating motion such that light emitted from the optical fiber is directed in a first direction and a second direction corresponding respectively to the first position and the second position of the end region of the elongate flexible member, characterized in that the elongate flexible member extends from the cannula and in that the lens is fixed or mounted distal to the end of the optical fiber within the tubular body. a cannula comprising a proximal section, distal section, and a lumen extending there through; an optical fiber extending through the lumen and into the distal section of the cannula; an elongate flexible member disposed within the lumen of the cannula, and comprising a proximal region, an end region, and a tubular body through which the optical fiber extends, wherein the elongate flexible member further comprises a central axis extending there through, and wherein the end region of the elongate flexible member comprises a first predefined articulation segment comprising a set of slots formed in a side wall of the elongate flexible member allowing for articulation in a discrete predefined region of the elongate flexible member; a lens fixed or mounted distal to the end of the optical fiber; and an actuator coupled to the elongate flexible member at the proximal region, and adapted to provide reciprocating motion to the elongate flexible member, wherein the end region of the elongate flexible member deflects between a first position and a second position responsive to the reciprocating motion such that light emitted from the optical fiber is directed in a first direction and a second direction corresponding respectively to the first position and the second position of the end region of the elongate flexible member, characterized in that the elongate flexible member extends from the cannula and in that the lens is fixed or mounted distal to the end of the optical fiber within the tubular body.
A human monoclonal antibody capable of specifically recognizing and binding to an epitope in influenza haemagglutinin protein, having neutralizing activity against influenza viruses comprising HA of the H3 subtype, such as H3N2, and having cross-neutralizing activity against at least an influenza virus comprising HA of the H7 subtype, and/or an influenza virus comprising HA of the H10 subtype, wherein the antibody binds to an epitope comprising the amino acid at position 19, 25, 27, 33 and 34 of the HA2 polypeptide of the H3 HA protein and wherein the amino acid on position 19 is aspartic acid, the amino acid on position 25 is glutamine, the amino acid on position 27 is glycine, the amino acid at position 33 is glycine and the amino acid at position 34 is glutamine.
Universal interface for a wireless adapter which supports a communication protocol (HART) commonly used in automation engineering, wherein a first energy supply unit for the provision of energy to the wireless adapter and a wireless module for communicating with a higher-level control unit via a radio network are assigned to the wireless adapter, wherein at least five terminals (A, B, C, D, E) are provided at the interface, said terminals being designed in such a way that, depending on the field installation to be connected (F1, F2, EEext, BE), a subset of the terminals (A, B, C, D, E) can be connected either to different embodiments of field devices (F1, F2) or to an operating unit, or the wireless adapter can be used in modem mode, and wherein the assignment of the terminals (A, B, C, D, E) changes depending on the field installation and the individual terminals (A, B, C, D, E) can be used in different combinations.
Method for operating a motion control system, wherein a C 2 -continuous scaling function is used to scale sections of a motion path, wherein corner points of a polygon, which includes the C 2 -continuous scaling function and determines the profile thereof, are determined according to a spline algorithm and ensure a monotonous profile of the C 2 -continuous scaling function and a homogeneous curvature distribution along the C 2 -continuous scaling function.