mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless device for conveying external time domain information, the wireless device adapted to: receive a Precision Time Protocol, (g)PTP, message comprising external time domain information where the external time domain information comprises one of the group of information elements consisting of: a (g)PTP suffix; and a correction field value; determine information based on the one of the group of information elements where the determined information comprises a timestamp delta that indicates the difference between a timestamp provided by the one of the group of information elements and a timestamp provided by the wireless device; update the external time domain information to include the determined information; and convey the updated external time domain information to an end station. receive a Precision Time Protocol, (g)PTP, message comprising external time domain information where the external time domain information comprises one of the group of information elements consisting of: a (g)PTP suffix; and a correction field value; a (g)PTP suffix; and a correction field value; determine information based on the one of the group of information elements where the determined information comprises a timestamp delta that indicates the difference between a timestamp provided by the one of the group of information elements and a timestamp provided by the wireless device; update the external time domain information to include the determined information; and convey the updated external time domain information to an end station.
A method for operating a network node in a wireless communication system, the method comprising: receiving, from a user equipment, UE, supporting a first radio access technology, RAT, and a second RAT, a UE-initiated deregistration request message; determining whether a protocol data unit, PDU, session is established for the UE; characterised in that the method comprises: determining whether a usage reporting for the second RAT is required for the PDU session, in case that the PDU session is established for the UE; and based on the determination that the usage reporting for the second RAT is required for the PDU session, to receive the usage reporting for the second RAT, transmitting, to the UE, a deregistration accept message, and transmitting, to a radio access node, RAN, connected to the UE, a N2 UE context release request message for a signaling connection release of the RAN. receiving, from a user equipment, UE, supporting a first radio access technology, RAT, and a second RAT, a UE-initiated deregistration request message; determining whether a protocol data unit, PDU, session is established for the UE; characterised in that the method comprises: determining whether a usage reporting for the second RAT is required for the PDU session, in case that the PDU session is established for the UE; and based on the determination that the usage reporting for the second RAT is required for the PDU session, to receive the usage reporting for the second RAT, transmitting, to the UE, a deregistration accept message, and transmitting, to a radio access node, RAN, connected to the UE, a N2 UE context release request message for a signaling connection release of the RAN. determining whether a usage reporting for the second RAT is required for the PDU session, in case that the PDU session is established for the UE; and based on the determination that the usage reporting for the second RAT is required for the PDU session, to receive the usage reporting for the second RAT, transmitting, to the UE, a deregistration accept message, and transmitting, to a radio access node, RAN, connected to the UE, a N2 UE context release request message for a signaling connection release of the RAN.
A method, comprising: determining whether segmentation is to occur with respect to a packet data unit; and providing a sequence number in a header of the packet data unit contingent on usage of segmentation with respect to the packet data unit, wherein the sequence number is provided in the header of the packet data unit when segmentation is used with respect to the packet data unit, wherein the header of the packet data unit is not provided with any sequence numbers when segmentation is not used with respect to the packet data unit, wherein the packet data unit is a radio link control packet data unit, the method being characterised in that the sequence number identifies segments associated with a same radio link control service data unit, such that the same sequence number is used for each segment of the same radio link control service data unit and a segment offset field is provided in the header of the packet data unit that is used to indicate a position where a segment begins in a radio link control service data unit. determining whether segmentation is to occur with respect to a packet data unit; and providing a sequence number in a header of the packet data unit contingent on usage of segmentation with respect to the packet data unit, wherein the sequence number is provided in the header of the packet data unit when segmentation is used with respect to the packet data unit, wherein the header of the packet data unit is not provided with any sequence numbers when segmentation is not used with respect to the packet data unit, wherein the packet data unit is a radio link control packet data unit, the method being characterised in that the sequence number identifies segments associated with a same radio link control service data unit, such that the same sequence number is used for each segment of the same radio link control service data unit and a segment offset field is provided in the header of the packet data unit that is used to indicate a position where a segment begins in a radio link control service data unit.
A user interface, UI, display method comprising: displaying a first screen on a touch screen ; displaying an operation window comprising one or more adjustable setting items over at least a part of the first screen; while a touch drag input for a first setting corresponding to a first item among the one or more adjustable setting items of the operation window is received , adjusting the first setting corresponding to the first item based on a position of the touch drag input, wherein at least a part of a remaining part of the operation window except for a portion of the operation window corresponding to the first item is not displayed on the touch screen while receiving the touch drag input so that a portion of the first screen underneath the at least the part of the remaining part of the operation window is visible, wherein the first item is a scroll bar and in response to removal of the touch drag input, displaying the at least the part of the remaining part of the operation window which was not displayed while receiving the touch drag input on the touch screen. displaying a first screen on a touch screen ; displaying an operation window comprising one or more adjustable setting items over at least a part of the first screen; while a touch drag input for a first setting corresponding to a first item among the one or more adjustable setting items of the operation window is received , adjusting the first setting corresponding to the first item based on a position of the touch drag input, wherein at least a part of a remaining part of the operation window except for a portion of the operation window corresponding to the first item is not displayed on the touch screen while receiving the touch drag input so that a portion of the first screen underneath the at least the part of the remaining part of the operation window is visible, wherein the first item is a scroll bar and in response to removal of the touch drag input, displaying the at least the part of the remaining part of the operation window which was not displayed while receiving the touch drag input on the touch screen.
An encryption protection method, comprising: constructing a masking table (MASK) having a plurality of masks (MASK ), including a true mask; during each round of a cipher algorithm, applying all masks of the masking table to a subkey (K1) to obtain masked subkeys, and combining each of the masked subkeys with a data block (DATA) by a key-mixing operation of the round, in order to obtain a true result of the key-mixing operation with the true mask and dummy results of the key-mixing operation with all other masks of the masking table; applying all the results of the key-mixing operation to an input of a substitution table or S-box (S 1 ) of the cipher algorithm, wherein constructing the masking table is performed such that the application of all of the masked subkeys to the key-mixing operation provide all possible input values of the S-box (S 1 ); and proceeding with a next round of the cipher algorithm, using results of applying the true mask, until all rounds of the cipher algorithm are completed. constructing a masking table (MASK) having a plurality of masks (MASK ), including a true mask; during each round of a cipher algorithm, applying all masks of the masking table to a subkey (K1) to obtain masked subkeys, and combining each of the masked subkeys with a data block (DATA) by a key-mixing operation of the round, in order to obtain a true result of the key-mixing operation with the true mask and dummy results of the key-mixing operation with all other masks of the masking table; applying all the results of the key-mixing operation to an input of a substitution table or S-box (S 1 ) of the cipher algorithm, wherein constructing the masking table is performed such that the application of all of the masked subkeys to the key-mixing operation provide all possible input values of the S-box (S 1 ); and proceeding with a next round of the cipher algorithm, using results of applying the true mask, until all rounds of the cipher algorithm are completed.
A legged robotic device , comprising: a plurality of support members (110a-g) coupled together for relative movement defining a plurality of degrees of freedom, at least one of the plurality of degrees of freedom corresponding to at least one degree of freedom of a human leg; a double-acting actuator (112a-g) to apply a force or a torque to the support members in the at least one of the plurality of degrees of freedom; and a potential energy storage mechanism (113a-g) associated with the at least one of the plurality of degrees of freedom operable to store potential energy as a result of relative movement of the support members in the at least one of the plurality of degrees of freedom and to provide at least a portion of the stored potential energy to the support members as a compensating force or torque to assist the actuator, wherein the potential energy storage mechanism comprises a pneumatic spring configured to selectively function as at least one of a pneumatic actuator and a pneumatic damper, wherein the pneumatic spring is configured to facilitate varying at least one of a spring rate, a zero position, and a preload, and wherein the zero position and the spring rate are dynamically variable. a plurality of support members (110a-g) coupled together for relative movement defining a plurality of degrees of freedom, at least one of the plurality of degrees of freedom corresponding to at least one degree of freedom of a human leg; a double-acting actuator (112a-g) to apply a force or a torque to the support members in the at least one of the plurality of degrees of freedom; and a potential energy storage mechanism (113a-g) associated with the at least one of the plurality of degrees of freedom operable to store potential energy as a result of relative movement of the support members in the at least one of the plurality of degrees of freedom and to provide at least a portion of the stored potential energy to the support members as a compensating force or torque to assist the actuator, wherein the potential energy storage mechanism comprises a pneumatic spring configured to selectively function as at least one of a pneumatic actuator and a pneumatic damper, wherein the pneumatic spring is configured to facilitate varying at least one of a spring rate, a zero position, and a preload, and wherein the zero position and the spring rate are dynamically variable.
An iron tip cleaner device (1; 30) for a soldering iron comprising: a cleaner chamber that is a cylindrical space and includes a top surface on which an opening portion for inserting an iron tip is provided, a side surface, and an air jetting hole that is provided in the side surface and is configured to jet air for blowing off solder on the iron tip, wherein a jetting hole duct having an end portion as the air jetting hole is provided, and a direction of the air jetted into the cleaner chamber is affected by a direction of the jetting hole duct , characterized in that each of the air jetting hole and the jetting hole duct is provided in a plurality. a cleaner chamber that is a cylindrical space and includes a top surface on which an opening portion for inserting an iron tip is provided, a side surface, and an air jetting hole that is provided in the side surface and is configured to jet air for blowing off solder on the iron tip, wherein a jetting hole duct having an end portion as the air jetting hole is provided, and a direction of the air jetted into the cleaner chamber is affected by a direction of the jetting hole duct , characterized in that each of the air jetting hole and the jetting hole duct is provided in a plurality.
Plastic container comprising a body that extends along a central axis (C) between an opening and a base , the body having an overstroked holding recess extending parallel to the central axis (C) over a predetermined height (H), wherein the overstroked holding recess is the only overstroked recess on the body over the predetermined height (H), and has: - a median line of maximum indentation; - a right-hand lateral rim and a left-hand lateral rim that frame the median line of maximum indentation; the median line of maximum indentation being able to be inscribed in a diametrical plane (P) equidistant from the right-hand lateral rim and the left-hand lateral rim , characterized in that the body has a first opening-out portion and a second opening-out portion on either side of the diametrical plane P of the body , between at least one deepest point of the median line of maximum indentation and a point diametrically opposite said deepest point , the lengths of the first opening-out portion and of the second opening-out portion each being from 100 to 160 millimetres, and in that the overstroked holding recess has, on either side of the median line of maximum indentation, a right-hand lateral face and a left-hand lateral face which can be inscribed in a first plane (L1) and a second plane (L2), respectively, that intersect at an opening angle of between 25° and 45°. wherein the overstroked holding recess is the only overstroked recess on the body over the predetermined height (H), and has: - a median line of maximum indentation; - a right-hand lateral rim and a left-hand lateral rim that frame the median line of maximum indentation; - a median line of maximum indentation; - a right-hand lateral rim and a left-hand lateral rim that frame the median line of maximum indentation; the median line of maximum indentation being able to be inscribed in a diametrical plane (P) equidistant from the right-hand lateral rim and the left-hand lateral rim , characterized in that the body has a first opening-out portion and a second opening-out portion on either side of the diametrical plane P of the body , between at least one deepest point of the median line of maximum indentation and a point diametrically opposite said deepest point , the lengths of the first opening-out portion and of the second opening-out portion each being from 100 to 160 millimetres, and in that the overstroked holding recess has, on either side of the median line of maximum indentation, a right-hand lateral face and a left-hand lateral face which can be inscribed in a first plane (L1) and a second plane (L2), respectively, that intersect at an opening angle of between 25° and 45°.
Audio stream network comprising a plurality of network components, wherein the network components comprise at least one source device and a plurality of receiving devices , wherein the network components are connected with a network connection, wherein the network connection is using the internet protocol, wherein the source device is adapted to provide an audio stream , wherein the audio stream comprises at least one channel, wherein the receiving devices are adapted to receive one or more audio stream from at least one of the source devices , wherein the receiving device is adapted to receive the audio stream via a stream transmission, wherein the stream transmission is transmitted by the network connection, wherein the stream transmission is a multicast transmission or a unicast transmission , the audio stream network further comprising a decision unit , wherein the decision unit comprises a user adjustable rule and is adapted to decide if the stream transmission has to be a multicast transmission or a unicast transmission , wherein the decision unit is adapted to instruct the receiving devices to now receive the multicast transmission , whereby the channel and/or audio stream that is/are transferred into a multicast transmission is removed out of all existing unicast transmissions , wherein the decision unit comprises a sanity unit, wherein network components comprise a user interface for controlling the sanity unit, wherein the sanity unit is adapted for confirming and/or rejecting the decision of the decision unit by a user interaction. wherein the network components comprise at least one source device and a plurality of receiving devices , wherein the network components are connected with a network connection, wherein the network connection is using the internet protocol, wherein the source device is adapted to provide an audio stream , wherein the audio stream comprises at least one channel, wherein the receiving devices are adapted to receive one or more audio stream from at least one of the source devices , wherein the receiving device is adapted to receive the audio stream via a stream transmission, wherein the stream transmission is transmitted by the network connection, wherein the stream transmission is a multicast transmission or a unicast transmission , the audio stream network further comprising a decision unit , wherein the decision unit comprises a user adjustable rule and is adapted to decide if the stream transmission has to be a multicast transmission or a unicast transmission , wherein the decision unit is adapted to instruct the receiving devices to now receive the multicast transmission , whereby the channel and/or audio stream that is/are transferred into a multicast transmission is removed out of all existing unicast transmissions , wherein the decision unit comprises a sanity unit, wherein network components comprise a user interface for controlling the sanity unit, wherein the sanity unit is adapted for confirming and/or rejecting the decision of the decision unit by a user interaction.
Three-position switch , in particular for medium and/or high voltages, wherein the three-position switch has a main current path and an auxiliary current path parallel to the main current path , wherein the auxiliary current path provides an arc-quenching device with arc-quenching contacts , of which at least one arc-quenching contact is an arc-quenching moving contact , and wherein the main current path has a contact system comprising moving contacts, - a first moving contact and a second moving contact , and fixed contacts, - a first main current path fixed contact , a second main current path fixed contact , an auxiliary current path fixed contact and an earth fixed contact , wherein the moving contacts are arranged on a common rotation axis between the fixed contacts, the moving contacts are rotatable through the rotation axis and at least the second moving contact is movably mounted in such a way that the movement of the second moving contact , in addition to the movement of the rotation axis , can be controlled and moved via a first control means , wherein a second control means , which is movably connected to the first control means , is designed to move a third control means together with the first control means , wherein the third control means is connected to the arc-quenching moving contact in such a way that the movement of the third control means generates and controls a movement of the arc-quenching moving contact , wherein the moving contacts are configured to make contact with the fixed contacts and establish a current path between different fixed contacts. - a first moving contact and a second moving contact , and fixed contacts, - a first main current path fixed contact , a second main current path fixed contact , an auxiliary current path fixed contact and an earth fixed contact , wherein the moving contacts are arranged on a common rotation axis between the fixed contacts, the moving contacts are rotatable through the rotation axis and at least the second moving contact is movably mounted in such a way that the movement of the second moving contact , in addition to the movement of the rotation axis , can be controlled and moved via a first control means , wherein a second control means , which is movably connected to the first control means , is designed to move a third control means together with the first control means , wherein the third control means is connected to the arc-quenching moving contact in such a way that the movement of the third control means generates and controls a movement of the arc-quenching moving contact , wherein the moving contacts are configured to make contact with the fixed contacts and establish a current path between different fixed contacts.
A shift control device of a vehicle including an internal combustion engine and a multi-speed transmission in series, the shift control device comprising: a control portion configured to provide a downshift control in which an input shaft rotation speed (Nin) of the multi-speed transmission is increased through a torque-up control of the internal combustion engine toward a post-shift input shaft rotation speed (Ns) in a neutral state where a release-side frictional engagement device to be released during a downshift of the multi-speed transmission is released, so as to engage an engagement-side frictional engagement device to be engaged after the shift; characterised by further comprising a torque setting portion configured to set a required torque (Te*) of the internal combustion engine in the torque-up control of the internal combustion engine such that an increasing rate of an actual torque (Te) of the internal combustion engine becomes smaller in the case of a shift pattern having a large internal inertia (I) of the multi-speed transmission during the downshift as compared to the case of a shift pattern in which the internal inertia is small. a control portion configured to provide a downshift control in which an input shaft rotation speed (Nin) of the multi-speed transmission is increased through a torque-up control of the internal combustion engine toward a post-shift input shaft rotation speed (Ns) in a neutral state where a release-side frictional engagement device to be released during a downshift of the multi-speed transmission is released, so as to engage an engagement-side frictional engagement device to be engaged after the shift; characterised by further comprising a torque setting portion configured to set a required torque (Te*) of the internal combustion engine in the torque-up control of the internal combustion engine such that an increasing rate of an actual torque (Te) of the internal combustion engine becomes smaller in the case of a shift pattern having a large internal inertia (I) of the multi-speed transmission during the downshift as compared to the case of a shift pattern in which the internal inertia is small.