mhurhangee/ep-ind-claims huggingface dataset:
An address allocating method, comprising: configuring, by a gateway, both a domain name system, DNS, server and DNS64 server for one access point of the gateway, wherein the DNS server is configured to send an IPv4 address and/or an IPv6 address of a network server to a terminal and the DNS64 server is configured to synthesize an IPv4 address of an IPv4 network server supporting the IPv4 protocol stack only into an IPv6 address and send the IPv6 address to the terminal; determining, by the gateway, whether a terminal requesting access to a network server supports the IPv4 protocol stack, wherein whether the terminal supports the IPv4 protocol stack and/or the IPv6 protocol stack is determined according to the packet data protocol, PDP, type information carried in a packet data protocol, PDP, activation request sent by the terminal; and if the terminal supports both the IPv4 protocol stack and the IPv6 protocol stack, allocating, by the gateway, the terminal a DNS address directing to the DNS server; and if the terminal does not support the IPv4 protocol stack, allocating, by the gateway, the terminal a DNS address directing to the DNS64 server. configuring, by a gateway, both a domain name system, DNS, server and DNS64 server for one access point of the gateway, wherein the DNS server is configured to send an IPv4 address and/or an IPv6 address of a network server to a terminal and the DNS64 server is configured to synthesize an IPv4 address of an IPv4 network server supporting the IPv4 protocol stack only into an IPv6 address and send the IPv6 address to the terminal; determining, by the gateway, whether a terminal requesting access to a network server supports the IPv4 protocol stack, wherein whether the terminal supports the IPv4 protocol stack and/or the IPv6 protocol stack is determined according to the packet data protocol, PDP, type information carried in a packet data protocol, PDP, activation request sent by the terminal; and if the terminal supports both the IPv4 protocol stack and the IPv6 protocol stack, allocating, by the gateway, the terminal a DNS address directing to the DNS server; and if the terminal does not support the IPv4 protocol stack, allocating, by the gateway, the terminal a DNS address directing to the DNS64 server.
A control device for a vehicle belt type continuously variable transmission which comprises a primary pulley and a secondary pulley around which a belt is wound, to generate a belt clamping force according to an input torque from a driving source by controlling a secondary hydraulic pressure, the device characterized by comprising: a belt slip control means configured to oscillate the secondary hydraulic pressure and extract an oscillation component due to the oscillation from a basic component of an actual secondary hydraulic pressure when a change speed of the input torque is less than a predetermined value, to control the secondary hydraulic pressure on the basis of a phase difference (θ) between an oscillation component of an actual gear ratio and the oscillation component of the actual secondary hydraulic pressure due to the oscillation; a limit determining means configured to determine whether to limit acceleration of the vehicle; and an input torque change speed limiting means configured to limit the change speed of the input torque to less than the predetermined value when the limit determining means determines to limit the acceleration of the vehicle, wherein the belt slip control means is configured to permit the belt slip control while the input torque change speed limiting means is limiting the change speed of the input torque to less than the predetermined value. a belt slip control means configured to oscillate the secondary hydraulic pressure and extract an oscillation component due to the oscillation from a basic component of an actual secondary hydraulic pressure when a change speed of the input torque is less than a predetermined value, to control the secondary hydraulic pressure on the basis of a phase difference (θ) between an oscillation component of an actual gear ratio and the oscillation component of the actual secondary hydraulic pressure due to the oscillation; a limit determining means configured to determine whether to limit acceleration of the vehicle; and an input torque change speed limiting means configured to limit the change speed of the input torque to less than the predetermined value when the limit determining means determines to limit the acceleration of the vehicle, wherein the belt slip control means is configured to permit the belt slip control while the input torque change speed limiting means is limiting the change speed of the input torque to less than the predetermined value.
(Currently Amended) An imbalance correction method for correcting imbalance of a rotator, the method characterized by comprising: measuring (S1-S3) a vibration state of the rotator before a provisional correction and a vibration state of the rotator after the provisional correction at multiple rotation speeds within a range of determination rotation speeds; calculating, from vibration vectors at the respective rotation speeds, a range of set of terminal points of correction vectors for obtaining a vibration value satisfying a vibration standards for each rotation speed; selecting a definite correction vector from the correction vectors having terminal points in an area where the respective ranges of the sets calculated for the respective rotation speeds overlap with each other among the plurality of correction vectors; setting a definite correction amount and a definite correction phase based on the definite correction vector; and correcting the imbalance of the rotator based on the definite correction amount and the definite correction phase. measuring (S1-S3) a vibration state of the rotator before a provisional correction and a vibration state of the rotator after the provisional correction at multiple rotation speeds within a range of determination rotation speeds; calculating, from vibration vectors at the respective rotation speeds, a range of set of terminal points of correction vectors for obtaining a vibration value satisfying a vibration standards for each rotation speed; selecting a definite correction vector from the correction vectors having terminal points in an area where the respective ranges of the sets calculated for the respective rotation speeds overlap with each other among the plurality of correction vectors; setting a definite correction amount and a definite correction phase based on the definite correction vector; and correcting the imbalance of the rotator based on the definite correction amount and the definite correction phase.
A leg supporting apparatus for supporting a user relative to a ground surface, the leg supporting apparatus comprising: a calf frame configured to be mounted on a user's calf; a thigh frame configured to be mounted on the user's thigh and pivotally connected to the calf frame; and a coupling structure moveably coupling the calf frame to the thigh frame, wherein the coupling structure comprises a rotational force transferring member configured to transfer rotation of the calf frame with respect to the ground surface into rotation of the thigh frame with respect to the calf frame characterised in that said rotation of the thigh frame with respect to the calf frame is such that an end of the thigh frame, at which end the thigh frame is not connected to the calf frame, moves along a downwardly-concave curve when the calf frame is pivoted with respect to the ground surface. a calf frame configured to be mounted on a user's calf; a thigh frame configured to be mounted on the user's thigh and pivotally connected to the calf frame; and a coupling structure moveably coupling the calf frame to the thigh frame, wherein the coupling structure comprises a rotational force transferring member configured to transfer rotation of the calf frame with respect to the ground surface into rotation of the thigh frame with respect to the calf frame characterised in that said rotation of the thigh frame with respect to the calf frame is such that an end of the thigh frame, at which end the thigh frame is not connected to the calf frame, moves along a downwardly-concave curve when the calf frame is pivoted with respect to the ground surface.
An induction cooker comprising a cooktop produced from a transparent material, more than one induction coil disposed under the cooktop and enabling a cooking container placed thereon to be heated by creating a magnetic field, an illumination element that shows the operational state of the induction coil by illuminating the cooktop, and a receiver coil that provides the required energy for the illumination element by partially receiving the power generated by the induction coil, characterized in that the receiver coil is integrated with the cooktop.
Loudspeaker comprising: - a magnetic unit wherein an air gap is generated, - a voice coil mounted on a cylindrical support and disposed in such manner as to move axially in the air gap of the magnetic unit, - a basket fixed to the magnetic unit, - a membrane fixed to the cylindrical support of the voice coil and connected to the basket, - a rim that connects a peripheral part of the membrane to the basket, and - at least one vibrating element configured to control vibrating modes of said membrane, said vibrating element being fixed to said membrane, and said vibrating element comprising: - a base fixed to said membrane, - a shank that projects from the base, and - a mass that projects from the shank in cantilever mode; wherein said mass is made of a rigid non-deformable material; said mass is free for oscillating in any direction; and said vibrating element is made of injection molded plastic material. - a magnetic unit wherein an air gap is generated, - a voice coil mounted on a cylindrical support and disposed in such manner as to move axially in the air gap of the magnetic unit, - a basket fixed to the magnetic unit, - a membrane fixed to the cylindrical support of the voice coil and connected to the basket, - a rim that connects a peripheral part of the membrane to the basket, and - at least one vibrating element configured to control vibrating modes of said membrane, said vibrating element being fixed to said membrane, and - a base fixed to said membrane, - a shank that projects from the base, and - a mass that projects from the shank in cantilever mode;
A transmission apparatus comprising: an assignment unit configured to assign to at least one user, when assigning frequency blocks for respective users to two or more consecutive transmission slots, a first frequency block of a first transmission slot and a second frequency block of a second transmission slot consecutive to the first transmission slot, the second frequency block being separated in the frequency domain from the first frequency block, wherein one frequency block consists of a plurality of subcarriers in a frequency domain and a plurality of OFDM symbols in a time domain, a length of the frequency block in the time domain corresponds to a transmission slot, and a system frequency band is divided into a plurality of frequency blocks in the frequency domain, and a transmission unit configured to transmit a downlink physical channel being a shared channel using resources within at least said first and second frequency blocks assigned by the assignment unit. an assignment unit configured to assign to at least one user, when assigning frequency blocks for respective users to two or more consecutive transmission slots, a first frequency block of a first transmission slot and a second frequency block of a second transmission slot consecutive to the first transmission slot, the second frequency block being separated in the frequency domain from the first frequency block, wherein one frequency block consists of a plurality of subcarriers in a frequency domain and a plurality of OFDM symbols in a time domain, a length of the frequency block in the time domain corresponds to a transmission slot, and a system frequency band is divided into a plurality of frequency blocks in the frequency domain, and a transmission unit configured to transmit a downlink physical channel being a shared channel using resources within at least said first and second frequency blocks assigned by the assignment unit.
A container which is filled with a flowable product from the sanitary, hygiene or care area, wherein the container is in the form of a refill which can be placed upside down for a dispensing system, wherein the container has an opening disposed in a plane and a closure removable by sliding in the plane, wherein the opening is provided on a connection of the container and wherein provided on the connection is at least one guide element at or in which the closure is slidable relative to the container, characterised in that the closure has at least one recess and/or projection at at least one of its outside surfaces (17, 18, 19).
An offshore floating vessel comprising a hoisting system adapted for suspending a load attached to a connecting device of the floating vessel and for lowering or raising a load connected to the connecting device from the floating vessel to or from the sea floor; the hoisting system comprising a drive for moving the connecting device and one or more emergency brakes configured to inhibit motion of the connecting device relative to the floating vessel; wherein the hoisting system is configured to be operated at least in a hoisting mode and in an active heave compensation mode; wherein the hoisting system is configured to perform an active heave compensation when operated in the active heave compensation mode and to operate without active heave compensation when operated in the hoisting mode; wherein the one or more emergency brakes are operable in a normally-energized mode including a de-energized state where the emergency brakes engage so as to inhibit motion of the connecting device relative to the floating vessel; characterized in that the hoisting system is further operable in a fixed-to-bottom mode; wherein the hoisting system is configured to perform an active heave compensation when operated in the fixed-to-bottom mode; and wherein the hoisting system is adapted to prevent the emergency brakes, at least temporarily, from engaging.
A method of making a fabric-creped absorbent cellulosic sheet, the method comprising: compactively dewatering a papermaking furnish to form a web; creping the web under pressure in a nip defined between a transfer surface and a structuring fabric, the structuring fabric having machine direction yarns that form (i) knuckles extending in substantially MD lines along the structuring fabric, and (ii) substantially continuous lines of pockets extending in substantially MD lines along the structuring fabric between the lines of knuckles, and the structuring fabric having cross machine direction yarns that are completely located below a plane defined by the knuckles of the MD yarns at a top surface of the structuring fabric, wherein a planar volumetric density index (PVDI) of the structuring fabric multiplied by the ratio of the length of the knuckles to the width of the knuckles (PVDI-KR) is at least about 43; and drying the web to form the absorbent cellulosic sheet. compactively dewatering a papermaking furnish to form a web; creping the web under pressure in a nip defined between a transfer surface and a structuring fabric, the structuring fabric having machine direction yarns that form (i) knuckles extending in substantially MD lines along the structuring fabric, and (ii) substantially continuous lines of pockets extending in substantially MD lines along the structuring fabric between the lines of knuckles, and the structuring fabric having cross machine direction yarns that are completely located below a plane defined by the knuckles of the MD yarns at a top surface of the structuring fabric, wherein a planar volumetric density index (PVDI) of the structuring fabric multiplied by the ratio of the length of the knuckles to the width of the knuckles (PVDI-KR) is at least about 43; and drying the web to form the absorbent cellulosic sheet.
Hair styling appliance for curling and straightening hair, comprising: - a first and a second elongate jaw (2, 3) that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface, and - the second jaw having a second housing bearing a second flat internal treatment surface, - the internal surfaces (4, 5) being intended to pinch a lock of hair, - at least one heating element (41, 51) intended to heat at least one internal treatment surface (4, 5), at least one of the first housing or the second housing being asymmetric with respect to the median plane (P1, P2) in longitudinal section of said first housing or said second housing, respectively, - the second jaw comprising means for outputting vapour oriented towards the first housing and adjacent to the second internal treatment surface, - the first housing having a deflector formed in its inner contour and arranged in an essentially closed position facing the means for outputting vapour of the second housing, characterised in that: in cross-section, the line defined by the exterior contour of the first and second housings is a rounded curve that does not have any point of inflection, and in that the greatest width of the first housing is lower than or equal to 90% of the greatest width of the second housing. - a first and a second elongate jaw (2, 3) that are pivotable with respect to one another, - the first jaw having a first housing bearing a first flat internal treatment surface, and - the second jaw having a second housing bearing a second flat internal treatment surface, - the internal surfaces (4, 5) being intended to pinch a lock of hair, - at least one heating element (41, 51) intended to heat at least one internal treatment surface (4, 5), at least one of the first housing or the second housing being asymmetric with respect to the median plane (P1, P2) in longitudinal section of said first housing or said second housing, respectively, - the second jaw comprising means for outputting vapour oriented towards the first housing and adjacent to the second internal treatment surface, - the first housing having a deflector formed in its inner contour and arranged in an essentially closed position facing the means for outputting vapour of the second housing,
A method comprising: collecting proximity data using a plurality of proximity sensors of a mobile device; determining a position of the mobile device in relation to a user of the mobile device, the position determined using the proximity data; determining a first location of the mobile device using an absolute location measurement; selecting a maximum allowed period of time from a plurality of maximum allowed periods of time, based on the position of the mobile device in relation to the user determined using the proximity data, to track the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a second location of the mobile device based, at least in part, on information indicative of displacement of the mobile device from the first location; and wherein each of the plurality of maximum allowed periods of time is associated with a different position of the mobile device in relation to the user; and tracking, via the dead reckoning technique, the mobile device for up to the maximum allowed period of time. collecting proximity data using a plurality of proximity sensors of a mobile device; determining a position of the mobile device in relation to a user of the mobile device, the position determined using the proximity data; determining a first location of the mobile device using an absolute location measurement; selecting a maximum allowed period of time from a plurality of maximum allowed periods of time, based on the position of the mobile device in relation to the user determined using the proximity data, to track the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a second location of the mobile device based, at least in part, on information indicative of displacement of the mobile device from the first location; and wherein each of the plurality of maximum allowed periods of time is associated with a different position of the mobile device in relation to the user; and tracking, via the dead reckoning technique, the mobile device for up to the maximum allowed period of time.
A. solid oxide reactor (1; 15; 25) provided with an electrode structure comprising a first electrode, a second electrode (6; 26), a first gas chamber, a second gas chamber and an ion-conductive medium, wherein the ion-conductive medium is located between the first electrode and the second electrode (6; 26), wherein furthermore, the first electrode borders on the first gas chamber, and the second electrode (6; 26) borders on the second gas chamber, wherein the first electrode as cathode comprises a first layer of a conductive oxide material, the conductive oxide material being composed of at least one electron-conductive oxide material provided with a defective structure and one ion-conductive oxide material provided with a defective structure, wherein the second electrode (6; 26) as anode comprises a first payer (7; 27) of a conductive oxide material, the conductive oxide material being composed of at least one electron-conductive oxide material provided with a defective structure and one ion-conductive oxide material provided with a defective structure, characterised in that the first and second electrode each comprise a second layer (4, 28) of an electron-conductive oxide material, and the electron-conductive oxide material of the second layer comprises a manganite LnMnO 3 with Ln an element from the lanthanide series.
A terminal comprising: a transmitting section configured to transmit an uplink shared channel in resources assigned by a higher layer parameter; and a control section configured to apply repetitions configured by the higher layer parameter to transmission of the uplink shared channel, characterized in that, if the first transmission of the repetitions starts in an n-th time resource among time resources of the repetitions based on the higher layer parameter and n is a number from 2 to 4, the control section is further configured to apply an n-th redundancy version to the n-th time resource. a transmitting section configured to transmit an uplink shared channel in resources assigned by a higher layer parameter; and a control section configured to apply repetitions configured by the higher layer parameter to transmission of the uplink shared channel, characterized in that, if the first transmission of the repetitions starts in an n-th time resource among time resources of the repetitions based on the higher layer parameter and n is a number from 2 to 4, the control section is further configured to apply an n-th redundancy version to the n-th time resource.
An RF antenna site (3a to 3i) adapted to receive a reference signal via an optical fiber link (9a, 9a', 9a",...) for synchronizing RF antenna signals (5a to 5i) of different RF antenna sites (3a to 3i), characterized by the RF antenna site (3a to 3i) being adapted for using the received reference signal having a RF frequency in the GHz range to generate a carrier signal for the RF antenna signal (5a to 5i) of the RF antenna site (3a to 3i) and the RF antenna site (3a to 3i) having at least one RF antenna (4a to 4i) for generating the RF antenna signal (5a to 5i).