mhurhangee/patent-ind-claim-en huggingface dataset:
A state switching mechanism for switching a state of a seatback tiltable in a front-rear direction of a seat between a walk-in state of locking the seatback at a walk-in position at a predetermined tilt angle and a reclining state of releasing the locking and allowing the seatback to lean to a frontmost position, the state switching mechanism comprising: a base member fixedly attached to a seat cushion ; a movable bracket fixedly attachable to the seatback and being tiltable together with the seatback ; a locking member for locking the movable bracket at the predetermined walk-in locking position so that the seatback reaches the walk-in position when the movable bracket tilts through a walk-in operation; and a releaser for releasing the locking of the locking member in receipt of a reclining operation force through a reclining operation and switching the state of the seatback to the reclining state; characterized in that : the releaser includes: a first biasing member for biasing the locking member in a direction from a locking position to a lock releasing position; and an input member for receiving the reclining operation force, the input member holding the locking member at the locking position in no receipt of the reclining operation, and releasing the holding of the locking member in the receipt of the reclining operation force, and wherein the movable bracket , the locking member , and the input member are rotatably attached to the base member . a base member fixedly attached to a seat cushion ; a movable bracket fixedly attachable to the seatback and being tiltable together with the seatback ; a locking member for locking the movable bracket at the predetermined walk-in locking position so that the seatback reaches the walk-in position when the movable bracket tilts through a walk-in operation; and a releaser for releasing the locking of the locking member in receipt of a reclining operation force through a reclining operation and switching the state of the seatback to the reclining state; characterized in that : the releaser includes: a first biasing member for biasing the locking member in a direction from a locking position to a lock releasing position; and an input member for receiving the reclining operation force, the input member holding the locking member at the locking position in no receipt of the reclining operation, and releasing the holding of the locking member in the receipt of the reclining operation force, a first biasing member for biasing the locking member in a direction from a locking position to a lock releasing position; and an input member for receiving the reclining operation force, the input member holding the locking member at the locking position in no receipt of the reclining operation, and releasing the holding of the locking member in the receipt of the reclining operation force, and wherein the movable bracket , the locking member , and the input member are rotatably attached to the base member .
Cover arrangement for covering a vehicle front window , the cover arrangement comprising: at least one cover system with - a cassette - an expandable cover body which can be moved out of and into the cassette , and characterized by a horizontal upper guide rail for guiding the cover body in horizontal direction, wherein the upper guide rail can be stationarily mounted above the vehicle front window , wherein the cassette can be pivoted within a cassette pivoting plane between a horizontal non-use position, in which the cassette is arranged parallel to the upper guide rail , and a pivoted-down use position, in which the cassette is arranged perpendicular to the upper guide rail , and wherein the cassette can be locked in the non-use position by a cassette locking arrangement . at least one cover system with - a cassette - an expandable cover body which can be moved out of and into the cassette , and characterized by - a cassette - an expandable cover body which can be moved out of and into the cassette , and characterized by a horizontal upper guide rail for guiding the cover body in horizontal direction, wherein the upper guide rail can be stationarily mounted above the vehicle front window , wherein the cassette can be pivoted within a cassette pivoting plane between a horizontal non-use position, in which the cassette is arranged parallel to the upper guide rail , and a pivoted-down use position, in which the cassette is arranged perpendicular to the upper guide rail , and wherein the cassette can be locked in the non-use position by a cassette locking arrangement .
A differential with a multi-disc clutch lock and a differential housing , arranged in which is a differential spider between differential side gears , multi-disc packs between the differential side gears and the differential housing , and pressure rings that are secured against rotation but are guided in an axially displaceable manner, wherein the outer discs of the multi-disc packs are connected in an anti-rotating manner with the differential housing and their inner discs are connected in an anti-rotating manner with the differential side gears so than an applied actuating moment is transmitted via the differential spider to the pressure rings in order, with the axial forces occurring on loading of the oblique contact surfaces of the differential spider , to press the multi-disc pack together, characterised in that between at least one multi-disc pack and the differential housing an axially displaceable pressure piece is arranged in order to transfer a stroke movement triggered by an actuator to the multi-disc pack and the multi-disc clutch lock has bearings which transmit the axial forces resulting from the bevel gearing of the differential side gear to the pressure rings .
A magnetic latch arrangement for releasable interconnection of a subsea electrical connector member comprising a plug or a protective cap and a subsea electrical connector member comprising a receptacle, the arrangement comprising: an outer ring having an inner diameter (di); and an inner ring having an outer diameter (do) being not greater than the inner diameter of the outer ring, wherein one of the outer ring and the inner ring comprises at least a first magnet ring and a second magnet ring being spaced apart in an axial direction leaving an axial space there between, wherein the other of the outer ring and the inner ring comprises at least one third magnet ring , wherein the first and the second magnet rings are oriented such that same magnetic poles face each other, wherein when the third magnet ring is arranged between the first and the second magnet rings substantially in the axial space: one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring , and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring . an outer ring having an inner diameter (di); and an inner ring having an outer diameter (do) being not greater than the inner diameter of the outer ring, wherein one of the outer ring and the inner ring comprises at least a first magnet ring and a second magnet ring being spaced apart in an axial direction leaving an axial space there between, wherein the other of the outer ring and the inner ring comprises at least one third magnet ring , wherein the first and the second magnet rings are oriented such that same magnetic poles face each other, wherein when the third magnet ring is arranged between the first and the second magnet rings substantially in the axial space: one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring , and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring . one pole of the third magnet ring is closer to a same pole of the second magnet ring than to a different pole of the second magnet ring , and the other pole of the third magnet ring is closer to a different pole of the first magnet ring than to a same pole of the first magnet ring .
A method of controlling a digital subscriber line, DSL, transceiver for use in transferring data over a DSL connection , the method comprising: monitoring operation of the DSL connection; detecting that the DSL connection is operating in a low power mode in which the signal power applied to the DSL connection by the DSL transceiver is at a first level below a power threshold value; increasing the signal power applied to the DSL connection to a second level above the power threshold value; recording data indicative of performance of the DSL connection with signal power applied to the DSL connection at the second level; deciding based on the recorded data indicative of performance whether line performance is likely to be enhanced by changing to a selected different profile; and modifying DSL transceiver attributes based on the recorded data indicative of performance, to change operation of the DSL transceiver in transferring data over the DSL connection to the selected different profile. monitoring operation of the DSL connection; detecting that the DSL connection is operating in a low power mode in which the signal power applied to the DSL connection by the DSL transceiver is at a first level below a power threshold value; increasing the signal power applied to the DSL connection to a second level above the power threshold value; recording data indicative of performance of the DSL connection with signal power applied to the DSL connection at the second level; deciding based on the recorded data indicative of performance whether line performance is likely to be enhanced by changing to a selected different profile; and modifying DSL transceiver attributes based on the recorded data indicative of performance, to change operation of the DSL transceiver in transferring data over the DSL connection to the selected different profile.
Light source, comprising: - a primary light source for emitting primary radiation; and - a luminescent material or a radiation-converting mixture with the luminescent material for converting the primary radiation into longer-wave radiation, the luminescent material being based on an oxidohalide host lattice and having an absorption maximum between 425 nm and 500 nm and emission maxima in the range between 610 nm and 640 nm, wherein an average particle size of the luminescent material is between 50 nm and 30 um, and wherein the luminescent material is represented by the general formula (I): (A 4-a B a ) m/2+n/2 X 2m [MX 4 O 2 ] n (I), and doped with Mn(IV), wherein the used symbols and indices are as follows: A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4 , ND 4 , NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof; 0 ≤ a ≤ 4; 0 < m ≤ 10; and 1 ≤ n ≤ 10. - a primary light source for emitting primary radiation; and - a luminescent material or a radiation-converting mixture with the luminescent material for converting the primary radiation into longer-wave radiation, the luminescent material being based on an oxidohalide host lattice and having an absorption maximum between 425 nm and 500 nm and emission maxima in the range between 610 nm and 640 nm, wherein an average particle size of the luminescent material is between 50 nm and 30 um, and wherein the luminescent material is represented by the general formula (I): (A 4-a B a ) m/2+n/2 X 2m [MX 4 O 2 ] n (I), and doped with Mn(IV), wherein the used symbols and indices are as follows: A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4 , ND 4 , NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof; 0 ≤ a ≤ 4; 0 < m ≤ 10; and 1 ≤ n ≤ 10. A is selected from the group consisting of H and D and mixtures thereof, wherein D is deuterium; B is selected from the group consisting of Li, Na, K, Rb, Cs, NH 4 , ND 4 , NR 4 and mixtures of two or more thereof, wherein R is an alkyl or aryl radical; X is selected from the group consisting of F and Cl and mixtures thereof; M is selected from the group consisting of Cr, Mo, W, Re and mixtures of two or more thereof;
An adjusting element (1; 3; 5; 7) formed in one piece for compensating a tolerance in the distance between a first (A) and a second component (B), wherein the adjusting element (1; 3; 5; 7) comprises: a. a hollow-cylindrical body having a radially outwardly extending flange adjacent to a first axial end and an outer thread of a first thread direction at a radial outer side, b. a receiving portion at the radial inner side of the hollow-cylindrical body , in which a dragging element (50; 52; 54; 56; 58; 59) is to be received, wherein the receiving portion comprises at least one radially inwardly extending protrusion , in particular a plurality of radially inwardly extending protrusions , at a radial inner side of the hollow-cylindrical body and c. at least one shoulder extending circumferentially at the radial inner side and providing an axial limitation, characterized in that the adjusting element (1; 3; 5; 7) d. is made of metal and e. comprises a drive feature adapted to a form-fit connection with a tool so that the adjusting element (1; 3; 5; 7) is rotatable by the tool, wherein f. the at least one radially inwardly extending protrusion at a radial inner side of the hollow-cylindrical body is adapted to a form-fit connection with the dragging element (50; 52; 54; 56; 58; 59) so that a dragging element (50; 52; 54; 56; 58; 59) inserted into the receiving portion is prevented from completely rotating in the receiving portion relative to the adjusting element (1; 3; 5; 7). a. a hollow-cylindrical body having a radially outwardly extending flange adjacent to a first axial end and an outer thread of a first thread direction at a radial outer side, b. a receiving portion at the radial inner side of the hollow-cylindrical body , in which a dragging element (50; 52; 54; 56; 58; 59) is to be received, wherein the receiving portion comprises at least one radially inwardly extending protrusion , in particular a plurality of radially inwardly extending protrusions , at a radial inner side of the hollow-cylindrical body and c. at least one shoulder extending circumferentially at the radial inner side and providing an axial limitation, characterized in that the adjusting element (1; 3; 5; 7) d. is made of metal and e. comprises a drive feature adapted to a form-fit connection with a tool so that the adjusting element (1; 3; 5; 7) is rotatable by the tool, wherein f. the at least one radially inwardly extending protrusion at a radial inner side of the hollow-cylindrical body is adapted to a form-fit connection with the dragging element (50; 52; 54; 56; 58; 59) so that a dragging element (50; 52; 54; 56; 58; 59) inserted into the receiving portion is prevented from completely rotating in the receiving portion relative to the adjusting element (1; 3; 5; 7).
An aircraft comprising a winglet system and a wing , the winglet system comprising: an upper winglet and a lower winglet mounted to the wing ; the lower winglet having a static position when the wing is subject to a ground static loading ; and the lower winglet being configured such that upward deflection of the wing under 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in an absolute span increase of the wing . an upper winglet and a lower winglet mounted to the wing ; the lower winglet having a static position when the wing is subject to a ground static loading ; and the lower winglet being configured such that upward deflection of the wing under 1-g flight loading causes the lower winglet to move from the static position to an in-flight position and resulting in an absolute span increase of the wing .
A method for encoding a set of elements of an XML file or of a fragment of an XML file, wherein each element comprises a data structure of a type and at least one attribute value, the method comprising: receiving said XML file or said fragment of an XML file; selecting a current element of said XML file or said fragment of an XML file for encoding; determining whether the current element has the same data structure type as a previously encoded element, wherein the current element and the previously encoded element are of occurrence node type; in the affirmative of the determining , providing a flag with an indication value indicating that the current element has the same data structure type as the previously encoded element and encoding the at least one attribute value of the current element and the flag, in the negative of the determining , providing the flag with another indication value indicating that the current element has a different data structure type as the previously encoded element and encoding the data structure of the current element using an XML schema corresponding to the current element, the at least one attribute value of the current element and the flag. receiving said XML file or said fragment of an XML file; selecting a current element of said XML file or said fragment of an XML file for encoding; determining whether the current element has the same data structure type as a previously encoded element, wherein the current element and the previously encoded element are of occurrence node type; in the affirmative of the determining , providing a flag with an indication value indicating that the current element has the same data structure type as the previously encoded element and encoding the at least one attribute value of the current element and the flag, in the negative of the determining , providing the flag with another indication value indicating that the current element has a different data structure type as the previously encoded element and encoding the data structure of the current element using an XML schema corresponding to the current element, the at least one attribute value of the current element and the flag.
A fiber molded body having a structure in which a fiber layer formed by opening a bundle of continuous fibers having crimps and extending in one direction is folded in a direction in which the continuous fibers extend so that ridges repeatedly appear on a surface of the fiber layer; wherein the fiber molded body forms, on a surface of the fiber molded body , the ridges having a compressed and flattened shape in a thickness direction of the fiber molded body ; or wherein the fiber molded body forms a continuous curved surface with the fiber layer which forms the ridges and extends from both sides of the ridges in the thickness direction of the fiber molded body , and portions of the fiber layer of mutually adjacent ridges which form ridges and extend in the thickness direction of the fiber molded body come into close contact with each other in the thickness direction of the fiber molded body .
A group management control device for an elevator configured to manage a plurality of elevator cars as a bank, where an elevator hall is provided with entrances to each of the plurality of elevator cars , comprising: a hall call registration device by use of which a user registers a hall call; a walking time prediction section configured to predict a walking time required by the user to reach the entrance to each of the elevator cars from the hall call registration device on the basis of the distance from the hall call registration device to the entrance to each of the elevator cars ; and a hall call assignment section configured to decide the elevator car to be assigned to the registered hall call on the basis of an evaluation value calculated by using the walking time predicted by the walking time prediction section , characterized in that the plurality of elevator cars managed as a bank are divided into a plurality of groups according to the distance from the hall call registration device to the entrances to the elevator cars in the elevator hall , wherein elevator cars with a distance from the hall call registration device to the entrances to elevator cars which is in a prescribed certain range belong to the same elevator group , and the walking time prediction section is configured to predict the walking time for each of the groups by using the same value preset as the distance for the elevator cars belonging to the same group . a hall call registration device by use of which a user registers a hall call; a walking time prediction section configured to predict a walking time required by the user to reach the entrance to each of the elevator cars from the hall call registration device on the basis of the distance from the hall call registration device to the entrance to each of the elevator cars ; and a hall call assignment section configured to decide the elevator car to be assigned to the registered hall call on the basis of an evaluation value calculated by using the walking time predicted by the walking time prediction section , characterized in that the plurality of elevator cars managed as a bank are divided into a plurality of groups according to the distance from the hall call registration device to the entrances to the elevator cars in the elevator hall , wherein elevator cars with a distance from the hall call registration device to the entrances to elevator cars which is in a prescribed certain range belong to the same elevator group , and the walking time prediction section is configured to predict the walking time for each of the groups by using the same value preset as the distance for the elevator cars belonging to the same group .
A method of wireless communication performed by a base station, comprising: receiving , from a user equipment, UE, a message that indicates whether the UE received a downlink transmission from the base station in a first frequency range; scheduling one or more reference signal, RS, transmissions in the first frequency range and one or more RS transmissions in a second frequency range based at least in part on the message received from the UE; and rescheduling the downlink transmission on a component carrier in either the first frequency range or the second frequency range based at least in part on channel quality information that is determined from the one or more RS transmissions in the first frequency range and the one or more RS transmissions in the second frequency range. receiving , from a user equipment, UE, a message that indicates whether the UE received a downlink transmission from the base station in a first frequency range; scheduling one or more reference signal, RS, transmissions in the first frequency range and one or more RS transmissions in a second frequency range based at least in part on the message received from the UE; and rescheduling the downlink transmission on a component carrier in either the first frequency range or the second frequency range based at least in part on channel quality information that is determined from the one or more RS transmissions in the first frequency range and the one or more RS transmissions in the second frequency range.