mhurhangee/ep-ind-claims huggingface dataset:
A method for processing, by a terminal, a specific object instance associated with a server due to deletion of an account of the server in a wireless communication system, the method comprising: receiving, from a first server, an operation command for deleting an account of a specific server; deleting the specific object instance and an access control object instance associated with the specific object instance when the specific object instance is an object instance accessible by the specific server only; deleting access right information of the specific server from the access control object instance associated with the specific object instance when the specific object instance is an object instance accessible by a plurality of servers including the specific server; characterised in that the method further comprises changing a server having the highest sum of values assigned to each access right, from among the plurality of servers except for the specific server, to an access control owner of the access control object instance, when the specific server is a unique access control owner of the access control object instance. receiving, from a first server, an operation command for deleting an account of a specific server; deleting the specific object instance and an access control object instance associated with the specific object instance when the specific object instance is an object instance accessible by the specific server only; deleting access right information of the specific server from the access control object instance associated with the specific object instance when the specific object instance is an object instance accessible by a plurality of servers including the specific server; characterised in that the method further comprises changing a server having the highest sum of values assigned to each access right, from among the plurality of servers except for the specific server, to an access control owner of the access control object instance, when the specific server is a unique access control owner of the access control object instance.
A method for allocating a User Equipment, UE, identity, executed by a network device, characterized by the method comprising: allocating to the UE, a Tracking Area, TA, list; and allocating, to the UE, for each TA in the TA list, unique identity information of the UE within the TA, when the UE is in an attach procedure or a location area update procedure; and sending, to the UE, the TA list and the unique identity information of the UE within each TA in the TA list, through an attach response message when the UE is in an attach procedure, or through a location update response message, when the UE is in an location area update procedure. allocating to the UE, a Tracking Area, TA, list; and allocating, to the UE, for each TA in the TA list, unique identity information of the UE within the TA, when the UE is in an attach procedure or a location area update procedure; and sending, to the UE, the TA list and the unique identity information of the UE within each TA in the TA list, through an attach response message when the UE is in an attach procedure, or through a location update response message, when the UE is in an location area update procedure.
A wind power installation rotor blade for fixing to a rotor hub and having a rotor blade longitudinal axis, including - a rotor blade inner part towards the rotor hub, and - a rotor blade outer part away from the rotor hub, wherein the rotor blade inner part and the rotor blade outer part are connected together by means of at least one connecting device and the connecting device includes - at least one anchoring element anchored in the rotor blade outer part, - at least one counterpart element anchored in the rotor blade inner part, and - at least one connecting bolt which extends through the counterpart element and is fixed in or to the anchoring element, wherein the rotor blade outer part in the region of the anchoring element and the rotor blade inner part in the region of the counterpart element respectively have an anchoring region with increased material thickness of a rotor blade shell, and wherein provided in the anchoring region for each connecting device is a longitudinal bore extending substantially parallel to the rotor blade longitudinal axis or parallel to a rotor blade surface, wherein - the longitudinal bore in the rotor blade outer part extends from an abutment surface for fitment to the rotor blade inner part to a transverse bore for receiving the anchoring elements so that the connecting bolt can extend from the abutment surface to the anchoring bolt element, and - the longitudinal bore in the rotor blade outer part extends from an abutment surface for fitment to the rotor blade outer part completely through the anchoring region to end in an inner region of the rotor blade inner part in which the material thickness is so thin that the bore emerges completely from the anchoring region so that the connecting bolt can extend from the abutment surface into the inner region. - a rotor blade inner part towards the rotor hub, and - a rotor blade outer part away from the rotor hub, - at least one anchoring element anchored in the rotor blade outer part, - at least one counterpart element anchored in the rotor blade inner part, and - at least one connecting bolt which extends through the counterpart element and is fixed in or to the anchoring element, wherein - the longitudinal bore in the rotor blade outer part extends from an abutment surface for fitment to the rotor blade inner part to a transverse bore for receiving the anchoring elements so that the connecting bolt can extend from the abutment surface to the anchoring bolt element, and - the longitudinal bore in the rotor blade outer part extends from an abutment surface for fitment to the rotor blade outer part completely through the anchoring region to end in an inner region of the rotor blade inner part in which the material thickness is so thin that the bore emerges completely from the anchoring region so that the connecting bolt can extend from the abutment surface into the inner region.
Arm, in particular a scissor arm, for a fitting arrangement of a window, a door or the like, characterized in that the arm has at least two material layers (40, 41), an aperture being provided in the lower material layer, which aperture is covered towards the top by an upper material layer, characterized in that the material layers (40, 41) are made of different materials.
A method for wireless communication by a user equipment, UE, comprising: determining a cycle duration of an extended discontinuous reception, eDRX, cycle; entering a sleep state of the eDRX cycle; determining whether to use a first clock as a timer and a second clock as a timing calibrator during the sleep state based on the cycle duration of the eDRX cycle, the second clock having a higher power consumption and a lower frequency error than the first clock, wherein the determining comprises: determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold. determining a cycle duration of an extended discontinuous reception, eDRX, cycle; entering a sleep state of the eDRX cycle; determining whether to use a first clock as a timer and a second clock as a timing calibrator during the sleep state based on the cycle duration of the eDRX cycle, the second clock having a higher power consumption and a lower frequency error than the first clock, wherein the determining comprises: determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold. determining to use the first clock as the timer and the second clock as the timing calibrator in response to the cycle duration of the eDRX cycle being equal to or greater than a threshold; and determining to use the second clock as the timer in response to the cycle duration of the eDRX cycle being less than the threshold.
A system for generating augmented images, comprising at least one image-recording device, at least one analysis module connected to the image-recording device, at least one display device connected to the analysis module, wherein the image-recording device is configured to transmit images, in particular image data, to the analysis module, and wherein the analysis module is configured to transmit control data to the display device, wherein the control data comprise the image data and instruction data for the display of at least one augmentation in an image, wherein the display device is configured to reproduce a recorded image and an associated augmentation on the basis of the control data, wherein the system further comprises an expansion module, which is arranged in the transfer path between the analysis module and the display device, wherein the analysis module is further configured to generate at least one piece of reliability information for each image, wherein the reliability information comprises data about a component of the system that detects and/or calculates the geometric or radiometric relationship between the image-recording device and the environment, and wherein the expansion module is configured to receive the control data and the reliability information from the analysis module and generate modified control data (S2b) on the basis of the control data and of the reliability information and transmit the modified control data to the display device, wherein the expansion module comprises a state module and an animation module, wherein the state module is configured to receive the reliability information, select a piece of state information from a plurality of, in particular four, pieces of state information, and transfer the selected state information to the animation module.
A process for the production of polyurethanes where (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, (d) compounds of the general formula R(-S) n, and optionally (e) blowing agents, (f) chain extenders and/or crosslinking agents, and (g) auxiliaries and/or additional substances are mixed to give a reaction mixture, and the reaction mixture is reacted to completion to give the polyurethane, where R is any desired moiety, n is any desired number from 1 to 8, and S is a moiety of formula 1: (a) polyisocyanate, (b) polymeric compounds having groups reactive toward isocyanates, (c) catalysts, (d) compounds of the general formula R(-S) n, and optionally (e) blowing agents, (f) chain extenders and/or crosslinking agents, and (g) auxiliaries and/or additional substances are mixed to give a reaction mixture, and the reaction mixture is reacted to completion to give the polyurethane, where R is any desired moiety, n is any desired number from 1 to 8, and S is a moiety of formula 1:
An arrangement for taking a biopsy in a human or animal tissue, comprising an elongated hollow member, comprising a proximal end and a distal end, wherein the elongated hollow member has a circular cross-section in a plane perpendicular to a longitudinal axis of said hollow member, and said distal end is provided with a cutting edge, wherein said cutting edge is provided with at least one cutting slit, running from said cutting edge in a proximal direction of said elongated hollow member, and that said arrangement further comprises a rotational member, configured to apply rotational movement to said hollow member, wherein said rotational movement is to be applied in accordance to a rotational procedure such that said hollow member is configured to be rotated in one direction a predefined amount of rotations, and thereafter configured to be rotated in an opposite direction approximately the same amount of rotations, and that the arrangement further comprising an elongated rod configured to fit inside said elongated hollow member, characterized in that the arrangement further comprises a longitudinal movement generating unit configured to generate an oscillating longitudinal movement of said elongated hollow member, or of an assembly of said elongated hollow member and said elongated rod.
A trap balloon catheter, comprising: a catheter shaft extending distally from a hub of the catheter to a distal tip of the catheter, the catheter shaft having an overall length measured from the hub to the distal tip; a trap balloon attached to a distal end region of the catheter shaft, the trap balloon being designed to be expanded within a guide catheter to secure a guidewire between the trap balloon and an inner surface of the guide catheter; a trap balloon retainer coupled to the catheter shaft, the trap balloon retainer including a slidable member slidably disposed along the catheter shaft between a first position providing the catheter with a first working length and a second position providing the catheter with a second working length greater than the first working length; wherein the first working length is compatible with a first guide catheter length such that the trap balloon is prevented from being positioned distal of a distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the first working length; wherein the second working length is compatible with a second guide catheter length such that the trap balloon is prevented from being positioned distal of the distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the second working length; and wherein the overall length of the catheter shaft when the slidable member is at the first position is the same as the overall length of the catheter shaft when the slidable member is at the second position. a catheter shaft extending distally from a hub of the catheter to a distal tip of the catheter, the catheter shaft having an overall length measured from the hub to the distal tip; a trap balloon attached to a distal end region of the catheter shaft, the trap balloon being designed to be expanded within a guide catheter to secure a guidewire between the trap balloon and an inner surface of the guide catheter; a trap balloon retainer coupled to the catheter shaft, the trap balloon retainer including a slidable member slidably disposed along the catheter shaft between a first position providing the catheter with a first working length and a second position providing the catheter with a second working length greater than the first working length; wherein the first working length is compatible with a first guide catheter length such that the trap balloon is prevented from being positioned distal of a distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the first working length; wherein the second working length is compatible with a second guide catheter length such that the trap balloon is prevented from being positioned distal of the distal end of the guide catheter when the catheter shaft is fully advanced distally through the guide catheter up to the second working length; and wherein the overall length of the catheter shaft when the slidable member is at the first position is the same as the overall length of the catheter shaft when the slidable member is at the second position.
Actuator for a vehicle transmission system, comprising: - an electrical machine comprising an armature and a field winding, the machine being such that the relationship between a quantity representative of the electromagnetic torque exerted on the machine and a quantity representative of the current circulating in the electrical circuit of the armature involves a constant, being the torque constant of the electrical machine, - a solid state converter comprising a plurality of switching cells, the solid state converter being arranged so as to electrically link the electrical circuit of the armature to a source of electrical energy, and - a control system for the switching cells of the solid state converter, said system being configured in such a way that the torque constant of the electrical machine can take at least two distinct values according to the control applied to said cells. - an electrical machine comprising an armature and a field winding, the machine being such that the relationship between a quantity representative of the electromagnetic torque exerted on the machine and a quantity representative of the current circulating in the electrical circuit of the armature involves a constant, being the torque constant of the electrical machine, - a solid state converter comprising a plurality of switching cells, the solid state converter being arranged so as to electrically link the electrical circuit of the armature to a source of electrical energy, and - a control system for the switching cells of the solid state converter, said system being configured in such a way that the torque constant of the electrical machine can take at least two distinct values according to the control applied to said cells.
A joint structure formed by joining a first plate-shaped member made of steel and a second plate-shaped member made of steel that is overlapped on the first plate-shaped member and that is formed in a long shape, wherein a surface of the first plate-shaped member and both edge portions (12a, 12b) of the second plate-shaped member along a longitudinal direction are joined by a weld metal, wherein the first plate-shaped member and the second plate-shaped member are further joined to each other in an overlapping surface between the first plate-shaped member and the second plate-shaped member, and wherein the joint structure is further formed through bending by hot stamping that is processed in a state of heating to a temperature of 800°C or higher. wherein a surface of the first plate-shaped member and both edge portions (12a, 12b) of the second plate-shaped member along a longitudinal direction are joined by a weld metal, wherein the first plate-shaped member and the second plate-shaped member are further joined to each other in an overlapping surface between the first plate-shaped member and the second plate-shaped member, and wherein the joint structure is further formed through bending by hot stamping that is processed in a state of heating to a temperature of 800°C or higher.
Digital agent for monitoring of cybersecurity-related events in an industrial control system, said digital agent being residable in a host and comprising: - a module for monitoring behavioral data of said host, such as violation of security policy, system usage metric, etc. - a module for recording behavior baseline of said host, such as operating system, operating system version, firewall status, etc. - an agent state machine module for monitoring the CPU load and/or memory usage of said host; and - an agent communication module for transmitting monitored data to an analysis unit external to the industrial control system, wherein said agent state machine module further is adapted to switch between operating modes of the digital agent based on said monitored CPU load and/or memory usage of the host. wherein said agent further is adapted to verify If either monitoring behavioral data or monitoring behavioral baseline recordings imposes a load on the host that is above a predetermined threshold. - a module for monitoring behavioral data of said host, such as violation of security policy, system usage metric, etc. - a module for recording behavior baseline of said host, such as operating system, operating system version, firewall status, etc. - an agent state machine module for monitoring the CPU load and/or memory usage of said host; and - an agent communication module for transmitting monitored data to an analysis unit external to the industrial control system,
A polymyxin derivative of formula: wherein: A is a polymyxin ring moiety selected from that of polymyxin A, polymyxin B, IL-polymyxin-B 1, polymyxin D, polymyxin E, polymyxin F, polymyxin M, polymyxin S, polymyxin T, circulin A, octapeptin A, octapeptin B, octapeptin C, or octapeptin D; D is acetyl, propionyl, butanoyl, or pentanoyl; m 1 is 0 and m 2 and m 3 are each 1; Q 2 and Q 3 are each C=O; W 2 and W 3 are each NH; R 2 ' is the side chain of D-alanine, L-serine, or L-threonine; R 3 ' is the side chain of D-asparagine, L-serine, or D-serine; wherein said derivative has three positive charges at physiological pH, and pharmaceutically acceptable prodrugs and salts thereof. A is a polymyxin ring moiety selected from that of polymyxin A, polymyxin B, IL-polymyxin-B 1, polymyxin D, polymyxin E, polymyxin F, polymyxin M, polymyxin S, polymyxin T, circulin A, octapeptin A, octapeptin B, octapeptin C, or octapeptin D; D is acetyl, propionyl, butanoyl, or pentanoyl; m 1 is 0 and m 2 and m 3 are each 1; Q 2 and Q 3 are each C=O; W 2 and W 3 are each NH; R 2 ' is the side chain of D-alanine, L-serine, or L-threonine; R 3 ' is the side chain of D-asparagine, L-serine, or D-serine; wherein said derivative has three positive charges at physiological pH, and pharmaceutically acceptable prodrugs and salts thereof.
Apparatus for processing an input audio signal, comprising an evaluator, a calculator and an adjuster, wherein the evaluator is configured to evaluate a loudness of the input audio signal to determine a loudness range (LRA in) and an actual loudness value, wherein the calculator is configured to determine a compressor transfer function based on the determined loudness range (LRA in), based on a target loudness range (LRA des) and based on the determined actual loudness value, wherein the calculator is configured to determine at least one loudness range control gain based on the determined compressor transfer function, and wherein the adjuster is configured to provide an output audio signal based on the input audio signal and based on the at least one determined loudness range control gain, wherein the calculator is configured to determine the compressor transfer function such that a difference between a mean loudness (μ out) of the output audio signal and a mean loudness (μ in) of the input audio signal is minimized.