mhurhangee/ep-ind-claims huggingface dataset:
Method of initiating a dysfunctional regenerating a filter to particles of line from engine exhaust to thermal ignition equipping a motor vehicle, the regeneration called dysfunctional being initiated when a regeneration called functional or passive cannot take place due to a driving profile preventing it by not reaching a minimum regeneration temperature, by having insufficient driving time or by presenting an oxygen supply in the line insufficient exhaust for its performance, the method comprising a step of identifying a running profile preventing functional or passive regeneration, a step of estimating a mass of soot running in the particulate filter and a current load (Cs) of the filter from the current mass (Msc) and, when the current load (Cs) is greater than a minimum threshold, a step of modifying the combustion parameters (McsRGa) for obtaining a temperature in line greater than 600° and a mass of oxygen in the line at least greater than 2% of the total mass of gas to effect regeneration dysfunctional, characterized in that the estimation step is done as a function simultaneously of three estimations (10 to 12) of masses from, firstly, a measurement of a pressure differential across the particulate filter, secondly, of an estimate of the engine emissions since the last regeneration taking into account an estimate of natural soot combustion since the last regeneration and, third, an estimate of the emissions of the engine taken in isolation to which a predetermined multiplicative factor is applied safety greater than 1 and, when a measurement of the pressure differential is available, the second estimate is readjusted with respect to at least the first estimate.
An automatically arranged emergency shipwreck position-indicating buoy comprising: a gasbag, a rope, a high-pressure gas storage device, and a position-indicating light assembly; the rope has a certain length, and a rear end of the rope is wound onto a shaft arranged on the gasbag and a front end of the rope is arranged on a ship; a gas outlet of the high-pressure gas storage device is communicated with a gas inlet of the gasbag, and a sealing device is arranged at the gas outlet of the high-pressure gas storage device, the sealing device is connected to the rope by a connector so as to be connected to the ship; the position-indicating light assembly is arranged above the gasbag.
A magnetic tube system comprising a tube formed of a flexible material; and a magnetic part inserted into the tube and deforming a form of the tube such that a direction of a magnetic moment of the magnetic part is arranged with a direction of a magnetic force generated by an external magnetic field, The magnetic part includes at least two or more magnetic bodies that directions of magnetic moments of the magnetic bodies are different if no magnetic field is applied and the tube is not deformed. a tube formed of a flexible material; and a magnetic part inserted into the tube and deforming a form of the tube such that a direction of a magnetic moment of the magnetic part is arranged with a direction of a magnetic force generated by an external magnetic field, The magnetic part includes at least two or more magnetic bodies that directions of magnetic moments of the magnetic bodies are different if no magnetic field is applied and the tube is not deformed.
Aerial refueling indication system comprising: - a display adapted to be carried by a tanker aircraft for displaying information of the aerial refueling operation to a receiver aircraft, - an elongated hose configured to extend from the tanker aircraft, - a control module, - a first input device operably connected to the elongated hose configured to detect the extended length of elongated hose with respect to the tanker aircraft and operably connected to the control module, and configured to send the detected length of elongated hose to the control module, - wherein the control module is operably connected to the input device and to the display and configured to receive an input signal of hose extension from the input device, to transform it into a corresponding ouput signal of the position of the receiver aircraft inside a refueling range defined by an inner limit and an outer limit, and to send the corresponding output signal to the display, characterized in that the display is configured to display information indicating the position of the receiver aircraft inside the refueling range, wherein the display is configured to indicate how far away with respect to the inner or outer limit the receiver aircraft is located to help to maintain the receiver aircraft inside the refueling range during the aerial refueling operation. - a display adapted to be carried by a tanker aircraft for displaying information of the aerial refueling operation to a receiver aircraft, - an elongated hose configured to extend from the tanker aircraft, - a control module, - a first input device operably connected to the elongated hose configured to detect the extended length of elongated hose with respect to the tanker aircraft and operably connected to the control module, and configured to send the detected length of elongated hose to the control module, - wherein the control module is operably connected to the input device and to the display and configured to receive an input signal of hose extension from the input device, to transform it into a corresponding ouput signal of the position of the receiver aircraft inside a refueling range defined by an inner limit and an outer limit, and to send the corresponding output signal to the display, characterized in that the display is configured to display information indicating the position of the receiver aircraft inside the refueling range, wherein the display is configured to indicate how far away with respect to the inner or outer limit the receiver aircraft is located to help to maintain the receiver aircraft inside the refueling range during the aerial refueling operation.
An ultrasonic instrument comprising: (a) a body; (b) an actuation assembly, wherein the actuation assembly comprises an activation member, wherein the activation member is operable to move in a first direction to select a mode of operation; (c) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis, wherein the shaft assembly comprises an acoustic waveguide; and (d) an end effector comprising an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide, characterised in that the activation member is operable to move in a second direction to activate the end effector in the mode of operation selected by movement of the activation member in the first direction, wherein the first and second directions are about or along different axes. (a) a body; (b) an actuation assembly, wherein the actuation assembly comprises an activation member, wherein the activation member is operable to move in a first direction to select a mode of operation; (c) a shaft assembly extending distally from the body, wherein the shaft assembly defines a longitudinal axis, wherein the shaft assembly comprises an acoustic waveguide; and (d) an end effector comprising an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide,
A method for determining time and frequency resources from amongst time and frequency resources of a wireless communications network to be used for performing K individual transmissions over N successive frames in said wireless communications network, the time and frequency resources to be used for performing the K individual transmissions defining respective individual sequences T 1,..., T K over the N successive frames, one time and frequency resource having to be allocated to one of the K individual transmissions per frame, wherein the time and frequency resources of the wireless communications network can be represented thanks to a grid with time resources on one dimension and frequency resources on another dimension, the grid defining possible time and frequency resources sequences such that one transmission among the K individual transmissions being allowed per time resource, wherein the method is performed by a managing device (100; 110) in charge of allocating time and frequency resources to perform transmissions within the wireless communications network, characterized in that the method comprises: - computing a figure of merit G ( A, T 1,..,T K) for each possible set of the individual sequences T 1,.., T K over the N successive frames on which respective frequency hopping sequences [ A 1,.., A N] = A apply, the figure of merit G(A,T 1,.., T K) being representative of transmission robustness to interference and/or robustness to noise and/or robustness to path loss, and being determined under a constraint such that the frequency hopping sequences A 1,.., A N are defined among a predefined set of allowable frequency hopping sequences which is a subset of all the time and frequency resources sequences made possible by said grid; and - selecting the set of individual sequences T 1,.., T K showing the best figure of merit G ( A,T 1,.., T K) according to a predefined criteria relative to the computed figures of merit G(A,T 1,.., T K). - computing a figure of merit G ( A, T 1,..,T K) for each possible set of the individual sequences T 1,.., T K over the N successive frames on which respective frequency hopping sequences [ A 1,.., A N] = A apply, the figure of merit G(A,T 1,.., T K) being representative of transmission robustness to interference and/or robustness to noise and/or robustness to path loss, and being determined under a constraint such that the frequency hopping sequences A 1,.., A N are defined among a predefined set of allowable frequency hopping sequences which is a subset of all the time and frequency resources sequences made possible by said grid; and - selecting the set of individual sequences T 1,.., T K showing the best figure of merit G ( A,T 1,.., T K) according to a predefined criteria relative to the computed figures of merit G(A,T 1,.., T K).
A compound of formula, or a pharmaceutically acceptable salt or solvate thereof: wherein R 1 is selected from a group consisting of -CH 2 - or a group R 2: wherein R 2 is attached to the 2,3-dihydrobenzo[b][1,4]dioxine by the nitrogen atom of the pyrrolidin-2-one ring; wherein R 3 is selected from the group consisting of a phenyl substituted with one or more groups R 4, a naphthyl group substituted with one or more groups R 4, a 1,2,3,4-tetrahydronapht-6-yl group substituted with one or more groups R 4 and a 2-oxo-1,2,3,4-tetrahydroquinolin-6-yl group; and wherein R 4 is H or a halogen; for use as a GPVI inhibitor in the prevention and/or treatment of thrombosis, as well as pathologies associated to thrombus formation selected from: ischemic stroke, atherosclerosis, coronary artery disease or myocardial infarction. wherein R 1 is selected from a group consisting of -CH 2 - or a group R 2: wherein R 2 is attached to the 2,3-dihydrobenzo[b][1,4]dioxine by the nitrogen atom of the pyrrolidin-2-one ring; wherein R 3 is selected from the group consisting of a phenyl substituted with one or more groups R 4, a naphthyl group substituted with one or more groups R 4, a 1,2,3,4-tetrahydronapht-6-yl group substituted with one or more groups R 4 and a 2-oxo-1,2,3,4-tetrahydroquinolin-6-yl group; and wherein R 4 is H or a halogen; for use as a GPVI inhibitor in the prevention and/or treatment of thrombosis, as well as pathologies associated to thrombus formation selected from: ischemic stroke, atherosclerosis, coronary artery disease or myocardial infarction.
A method of wireless communication performed by a first device utilizing a shared spectrum for communication over a first system, the method comprising: semi-statically reserving a first set of resources on the shared spectrum to provide a semi-static configuration, the reservation performed by utilizing a first instance of a signature sequence that is technology-neutral and understood by a plurality of systems utilizing the shared spectrum, wherein the semi-static configuration is arranged to remain effective until another instance of the signature sequence is transmitted to modify the semi-static configuration; transmitting, without first checking for a clear channel, at least one of synchronization signals, reference signals, broadcast channels, discovery signals, control channel messages, or quality of service, QoS, sensitive data using the semi-statically reserved first set of resources; and utilizing a contention-based access mechanism to access the shared spectrum using a second set of resources other than the first set of resources, if it is determined the first set of resources is reserved by a second device, and the second set of resources is not reserved. semi-statically reserving a first set of resources on the shared spectrum to provide a semi-static configuration, the reservation performed by utilizing a first instance of a signature sequence that is technology-neutral and understood by a plurality of systems utilizing the shared spectrum, wherein the semi-static configuration is arranged to remain effective until another instance of the signature sequence is transmitted to modify the semi-static configuration; transmitting, without first checking for a clear channel, at least one of synchronization signals, reference signals, broadcast channels, discovery signals, control channel messages, or quality of service, QoS, sensitive data using the semi-statically reserved first set of resources; and utilizing a contention-based access mechanism to access the shared spectrum using a second set of resources other than the first set of resources, if it is determined the first set of resources is reserved by a second device, and the second set of resources is not reserved.
A method in a secure terminal for securely connecting one or more users to secure content, the method comprising: receiving, from a first secure personal storage device of a first user, biometric authentication information that is stored on the first secure personal storage device; receiving, from the first user, biometric input; biometrically authenticating the first user to the secure terminal using the biometric authentication information received from the first secure personal storage device and the biometric input received from the first user; after successfully biometrically authenticating the first user to the secure terminal, receiving a request from the first user to access a secure network resource at a first content server; participating in an authentication process for authenticating the secure terminal to access the first content server; after a successful authentication of the secure terminal, automatically transmitting account credentials of the first user for the first content server that are stored on the first secure personal storage device for authenticating the first user to the first content server; and accessing the requested network resource after a successful authentication of the account credentials of the first user. receiving, from a first secure personal storage device of a first user, biometric authentication information that is stored on the first secure personal storage device; receiving, from the first user, biometric input; biometrically authenticating the first user to the secure terminal using the biometric authentication information received from the first secure personal storage device and the biometric input received from the first user; after successfully biometrically authenticating the first user to the secure terminal, receiving a request from the first user to access a secure network resource at a first content server; participating in an authentication process for authenticating the secure terminal to access the first content server; after a successful authentication of the secure terminal, automatically transmitting account credentials of the first user for the first content server that are stored on the first secure personal storage device for authenticating the first user to the first content server; and accessing the requested network resource after a successful authentication of the account credentials of the first user.
A method for performing radio resource management in a communications system including a base station, a terminal and a mobility management node serving the terminal, the method being for execution in the base station including the steps of: receiving from a mobility management node serving the terminal an indicator of a new priority when priority assigned to the terminal changes, the priority being assigned to the terminal and indicating whether or not a traffic of the terminal is delay-tolerant, and performing radio resource management tasks including congestion and admission control based on the received indicator, wherein the indicator is included in a message of the S1-AP protocol from the mobility management node serving the terminal to the base station, the S1-AP message including an information element carrying allocation/retention priority for scheduling purposes, the information element being configured to take a value from a predefined range of values, and values of the priority indicating whether or not a traffic of the terminal is delay-tolerant are mapped to said predefined range of values in such manner that one or more of the values from the predefined range indicate that the terminal traffic is delay-tolerant and another one or more of the values from the predefined range indicate that the terminal traffic is not delay-tolerant. receiving from a mobility management node serving the terminal an indicator of a new priority when priority assigned to the terminal changes, the priority being assigned to the terminal and indicating whether or not a traffic of the terminal is delay-tolerant, and performing radio resource management tasks including congestion and admission control based on the received indicator, wherein the indicator is included in a message of the S1-AP protocol from the mobility management node serving the terminal to the base station, the S1-AP message including an information element carrying allocation/retention priority for scheduling purposes, the information element being configured to take a value from a predefined range of values, and values of the priority indicating whether or not a traffic of the terminal is delay-tolerant are mapped to said predefined range of values in such manner that one or more of the values from the predefined range indicate that the terminal traffic is delay-tolerant and another one or more of the values from the predefined range indicate that the terminal traffic is not delay-tolerant.
A latch assembly (210, 310, 410) comprising: a frame (212, 214, 412, 414); a pawl (224, 295, 324, 424) including a surface for receiving a striker (207, 407) and being movably coupled to the frame (212, 214, 412, 414) between an open and a closed position, wherein, in the closed position, the pawl (224, 295, 324, 424) is positioned to retain the striker (207, 407) to the latch assembly (210, 310, 410), and, in the open position, the pawl (224, 295, 324, 424) is not positioned to retain the striker (207, 407) to the latch assembly (210, 310, 410); and a spring (230, 430, 232, 432) positioned against a perimeter surface of the pawl (224, 295, 324, 424), wherein, in the closed position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is configured to bias the pawl (224, 295, 324, 424) such that the pawl (224, 295, 324, 424) remains in the closed position, characterised in that the latch assembly further comprises a plurality of depressions (234, 235, 434, 435) formed on the perimeter surface of the pawl (224, 295, 324, 424), which each depression (234, 235, 434, 435) is configured to receive the spring (230, 430, 232, 432), wherein, in the open position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is seated in one of the depressions (234, 235, 434, 435), and in the closed position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is seated in a different one of the depressions (234, 235, 434, 435). a frame (212, 214, 412, 414); a pawl (224, 295, 324, 424) including a surface for receiving a striker (207, 407) and being movably coupled to the frame (212, 214, 412, 414) between an open and a closed position, wherein, in the closed position, the pawl (224, 295, 324, 424) is positioned to retain the striker (207, 407) to the latch assembly (210, 310, 410), and, in the open position, the pawl (224, 295, 324, 424) is not positioned to retain the striker (207, 407) to the latch assembly (210, 310, 410); and a spring (230, 430, 232, 432) positioned against a perimeter surface of the pawl (224, 295, 324, 424), wherein, in the closed position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is configured to bias the pawl (224, 295, 324, 424) such that the pawl (224, 295, 324, 424) remains in the closed position, characterised in that the latch assembly further comprises a plurality of depressions (234, 235, 434, 435) formed on the perimeter surface of the pawl (224, 295, 324, 424), which each depression (234, 235, 434, 435) is configured to receive the spring (230, 430, 232, 432), wherein, in the open position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is seated in one of the depressions (234, 235, 434, 435), and in the closed position of the pawl (224, 295, 324, 424), the spring (230, 430, 232, 432) is seated in a different one of the depressions (234, 235, 434, 435).