mhurhangee/ep-ind-claims huggingface dataset:
Airplane cabin comprising a longitudinal axis (y), two window sidewalls and a first assembly of seats (2', 3', 2", 3") for airplanes, said first assembly comprising at least two rows (4', 4") of seats (2', 3'; 2", 3"), each row (4', 4") comprising a pair of adjacent seats (2', 3'; 2", 3") arranged side-by-side, said first assembly of seats (2', 3', 2", 3") being arranged in correspondence with a first window sidewall of said cabin forming a first side column of seats, each seat (2'; 3'; 2"; 3") comprising one seatback, one sitting portion, and an element for the support of the lower limbs, each seat (2'; 3'; 2"; 3") being configured in order to make a reclining movement along a respective recline axis (r 2'; r 3'; r 2"; r 3") between a sitting position, wherein at least said seatback and said sitting portion cooperate in order to form a sitting element, and an extended position, wherein said seatback, said sitting portion and said element cooperate in order to form a bed surface, and vice versa, each seat (2'; 3'; 2"; 3") being tilted with respect to the adjacent seat (3'; 2'; 3"; 2") at a first angle (α'; α") obtained by the intersection of the respective recline axis (r 2', r 3'; r 2", r 3") in a convergence point (A'; A") arranged rearward said pair of adjacent seats (2', 3'; 2", 3"), wherein each seat (2'; 3') of a first row is separated from the corresponding seat (2"; 3") of a second row (4") arranged in front of it such that, when both seats are in sitting position and when both seats are in extended position, there is a space between said seats (2' and 2"; 3' and 3") for the passage of a passenger in order to access the adjacent seat (3'; 2') in the first row, said airplane cabin being characterized in that the bisecting line (a'; a") of said first angle (α'; α") between the respective recline axes (r 2', r 3'; r 2", r 3") of said pair of adjacent seats (2', 3'; 2", 3") of each row (4', 4") is parallel to the longitudinal axis (y) of said cabin.
An oral cleaning device comprising: a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit to allow the discharged washing liquid to flow through the tube; a washing unit connected to the tube to discharge the washing liquid; a first operation part provided at the washing unit; a controller configured to control the pump in accordance with operation of the first operation part; and a communication unit configured to establish a communication connection between the first operation part and the controller, wherein the communication unit includes a first wireless communication part provided at the washing unit to transmit a wireless signal according to operation of the first operation part, and a second wireless communication part provided at the body unit to receive the wireless signal, the controller controls the pump in accordance with the wireless signal received by the second wireless communication part, and characterized in that the controller stops the behavior of the pump when the first wireless communication part and the second wireless communication part are under a poor communication condition. a body unit including a pump configured to discharge washing liquid; a tube connected to the body unit to allow the discharged washing liquid to flow through the tube; a washing unit connected to the tube to discharge the washing liquid; a first operation part provided at the washing unit; a controller configured to control the pump in accordance with operation of the first operation part; and a communication unit configured to establish a communication connection between the first operation part and the controller, wherein the communication unit includes a first wireless communication part provided at the washing unit to transmit a wireless signal according to operation of the first operation part, and a second wireless communication part provided at the body unit to receive the wireless signal, the controller controls the pump in accordance with the wireless signal received by the second wireless communication part, and characterized in that the controller stops the behavior of the pump when the first wireless communication part and the second wireless communication part are under a poor communication condition.
A method for sensor fault detection and identification for a vehicle, the method comprising: producing, with sensors (120, 130, 140, 150) located on the vehicle, data (310a, 310b, 310c, 310d) comprising sensor measurement data, wherein the data comprises m different types of data, and m is an integer greater than two; performing, by at least one processor, majority voting on the data (310a, 310b, 310c) for each of the types of data to generate a single voted value (350a, 350b, 350c, 350d) for each of the types of data; generating, by the at least one processor, for each of the types of data, m estimated values (420a, 420b, 420c, 420d) by using n of the single voted values (350a, 350b, 350c, 350d), wherein n is equal to m minus one; generating, by the at least one processor, residuals (r1, r2, r3, r4) by comparing the estimated values to the single voted values (350a, 350b, 350c, 350d); and analyzing, by the at least one processor, a pattern of the residuals (r1, r2, r3, r4) to determine which of the types of the data is erroneous to detect and identify a fault experienced by at least one of the sensors on the vehicle. producing, with sensors (120, 130, 140, 150) located on the vehicle, data (310a, 310b, 310c, 310d) comprising sensor measurement data, wherein the data comprises m different types of data, and m is an integer greater than two; performing, by at least one processor, majority voting on the data (310a, 310b, 310c) for each of the types of data to generate a single voted value (350a, 350b, 350c, 350d) for each of the types of data; generating, by the at least one processor, for each of the types of data, m estimated values (420a, 420b, 420c, 420d) by using n of the single voted values (350a, 350b, 350c, 350d), wherein n is equal to m minus one; generating, by the at least one processor, residuals (r1, r2, r3, r4) by comparing the estimated values to the single voted values (350a, 350b, 350c, 350d); and analyzing, by the at least one processor, a pattern of the residuals (r1, r2, r3, r4) to determine which of the types of the data is erroneous to detect and identify a fault experienced by at least one of the sensors on the vehicle.
An electrical connector for use in an electrical connector system which controls cross-talk and signal radiation, the electrical connector comprising: a housing having a plurality of modules, the modules having mating ends and mounting ends; signal contacts positioned in the modules, the signal contacts extending between the mating ends and the mounting ends, the signal contacts being arranged in pairs to carry differential signals; ground contacts positioned in the modules, the ground contacts extending between the mating ends and the mounting ends, respective ground contacts of the ground contacts being positioned adjacent to respective signal contacts of the signal contacts; ground plates positioned in the modules, the ground plates extending between the mating ends and the mounting ends, the ground contacts being electrically connected to the ground plates, wherein the signal contacts have mating contact receiving sections, securing sections and circuit board mounting sections, characterised in that the circuit board mounting sections are off-set from the mating contact receiving sections, the circuit board mounting sections of the signal contacts in a respective module of the modules are off-set from the circuit board mounting sections of the signal contacts in a respective adjacent module of the modules wherein the cross-talk is reduced in the footprint of the signal contacts, as the off-set pattern of the circuit board mounting sections of the signal contacts is configured for cancellation. a housing having a plurality of modules, the modules having mating ends and mounting ends; signal contacts positioned in the modules, the signal contacts extending between the mating ends and the mounting ends, the signal contacts being arranged in pairs to carry differential signals; ground contacts positioned in the modules, the ground contacts extending between the mating ends and the mounting ends, respective ground contacts of the ground contacts being positioned adjacent to respective signal contacts of the signal contacts; ground plates positioned in the modules, the ground plates extending between the mating ends and the mounting ends, the ground contacts being electrically connected to the ground plates, wherein the signal contacts have mating contact receiving sections, securing sections and circuit board mounting sections, characterised in that the circuit board mounting sections are off-set from the mating contact receiving sections, the circuit board mounting sections of the signal contacts in a respective module of the modules are off-set from the circuit board mounting sections of the signal contacts in a respective adjacent module of the modules wherein the cross-talk is reduced in the footprint of the signal contacts, as the off-set pattern of the circuit board mounting sections of the signal contacts is configured for cancellation.
A concentric cylinder drive assembly used for the transmission of power in industrial machinery, the concentric cylinder drive assembly comprising a forward section; a rearward section; a hollow outer cylinder running substantially through both the forward section and the rearward section and having an internal surface with a bi-directional surface lay with an average surface roughness (R a) of 1.2 micrometers; an inner cylinder running substantially through both the forward section and the rearward section and having an external surface with a unidirectional surface lay oriented at a predetermined angle (φ) along the length of the inner cylinder; an annular channel established between the outer cylinder and the inner cylinder having a predetermined gap; and a lubrication oil that substantially fills the annular channel, wherein said inner cylinder is rotated in one direction subjecting the lubrication oil to a laminar flow condition, wherein the distribution of lubrication oil between the forward section and the rearward section is determined according to a predetermined ratio (D F /D R) between the amount (D F) of oil flowing to components integrated in the forward section and the amount (D R) of oil flowing to components integrated in the rearward section, wherein in order to achieve a predetermined ratio (D F /D R) of 0.7, the inner cylinder has a perpendicular-facing, unidirectional surface lay with an angle (φ) of 90 degrees and an average surface roughness (R a) of 2.5 micrometers.
A system for presenting, in an interactive program guide, a virtual content source for binge watching a program series, the system comprising: means for determining a program series a user has started watching; means for determining a plurality of episodes of the program series that the user has not watched; means for receiving a user selection of a media asset; means for determining a start time of the media asset; means for determining a length of time between a current time and the start time of the media asset; means for determining a number of episodes of the program series the user can watch in the length of time before the start time of the media asset; means for selecting a subset of the plurality of episodes of the program series that the user has not watched based on the number of episodes the user can watch; means for creating the virtual content source including the selected subset of the plurality of episodes of the program series that the user has not watched; and means for generating for display, in the interactive program guide, the virtual content source simultaneously with a plurality of media asset indicators corresponding to at least one other content source. means for determining a program series a user has started watching; means for determining a plurality of episodes of the program series that the user has not watched; means for receiving a user selection of a media asset; means for determining a start time of the media asset; means for determining a length of time between a current time and the start time of the media asset; means for determining a number of episodes of the program series the user can watch in the length of time before the start time of the media asset; means for selecting a subset of the plurality of episodes of the program series that the user has not watched based on the number of episodes the user can watch; means for creating the virtual content source including the selected subset of the plurality of episodes of the program series that the user has not watched; and means for generating for display, in the interactive program guide, the virtual content source simultaneously with a plurality of media asset indicators corresponding to at least one other content source.
A method of performing a media independent handover, MIH, at a MIH module of a mobile terminal, the method comprising: transmitting a first MIH message to the serving network, wherein the first MIH message includes a first parameter indicating a first link type of a target network and first information of the target network for handover; receiving a second MIH message in response to the first MIH message from the serving network, wherein the second MIH message includes a second parameter indicating a second link type of the target network and second information of the target network for handover; transmitting a third MIH message to the serving network, wherein the third MIH message includes a first link action parameter related with at least one of link actions to be executed in a handover procedure; and receiving a fourth MIH message from the serving network, wherein the fourth MIH message includes a second link action parameter containing a result of the at least one of the link actions, wherein the first link action parameter is set to retain link resource for link connection between the mobile terminal and the serving network after the link connection is disconnected. transmitting a first MIH message to the serving network, wherein the first MIH message includes a first parameter indicating a first link type of a target network and first information of the target network for handover; receiving a second MIH message in response to the first MIH message from the serving network, wherein the second MIH message includes a second parameter indicating a second link type of the target network and second information of the target network for handover; transmitting a third MIH message to the serving network, wherein the third MIH message includes a first link action parameter related with at least one of link actions to be executed in a handover procedure; and receiving a fourth MIH message from the serving network, wherein the fourth MIH message includes a second link action parameter containing a result of the at least one of the link actions, wherein the first link action parameter is set to retain link resource for link connection between the mobile terminal and the serving network after the link connection is disconnected.
A food trolley, including a carcass having two side walls, an inner space surrounded by the carcass, seatings (140, 162) that are arranged on the side walls, for food containers or support elements, and a receiving element that is arranged between the side walls and has at least one seating for food containers or support elements, wherein the receiving element extends over less than the entire clear height of the inner space, wherein in each case at least one seating for food containers or support elements is arranged on the side walls above or below the receiving element, and a food container or support element is arrangeable on these seatings such that the food container or the support element extends transversely over the receiving element or transversely below the receiving element, wherein the trolley includes a holding device on which the receiving element is held in a work position, wherein the carcass has, in addition to the two side walls, a base wall, a cover wall and a rear wall, and wherein the inner space of the carcass is closable by means of at least one door that is articulated to the carcass by hinges, characterised in that the holding device is suspendible from at least one holding element in the inner space.
A humanized minibody that binds to CD8 and comprises: a variable heavy (V H) domain of SEQ ID NO: 48; and a variable light (V L) domain of SEQ ID NO: 42. a variable heavy (V H) domain of SEQ ID NO: 48; and a variable light (V L) domain of SEQ ID NO: 42.
Apparatus for modifying a loudspeaker signal (U, U i, U i+1, 110) for preventing diaphragm over-deflection configured to predict a diaphragm deflection signal (X, 130), block-by-block, in overlapping time blocks (120 1, 120 2, 120 3, i-1, i, i+1) based on the loudspeaker signal (U, U i, U i+1, 110) to obtain one diaphragm deflection signal block (130 1, 130 2, 130 3, X i-1, X i, X i+1) per time block (120 1, 120 2, 120 3, i-1, i, i+1); determine a temporal position (140, k 0) of a maximum deflection (X i [k 0]) of a current diaphragm deflection signal block (130 2, X i) of a current time block (120 2, i) within an overlap area with a subsequent time block (120 3, i+1); calculate a level up to which the current diaphragm deflection signal block (130 2, X l) can be controlled without diaphragm over-deflection for the current time block (120 2, i), by considering a comparison of the current diaphragm deflection signal block (X i [k 0], 130 2) with a subsequent diaphragm deflection signal block (130 3) or an estimation of the subsequent diaphragm deflection signal block (130 3) from the current diaphragm deflection signal block (130 2, X i) at the temporal position; attenuate the current diaphragm deflection signal block (130 2, X i) based on the level to obtain a modified current diaphragm deflection signal block ( X̃ i, 160 2); and synthesize a modified loudspeaker signal ( Ũ, 170) based on the modified current diaphragm deflection signal block ( X̃ i, 160 2). predict a diaphragm deflection signal (X, 130), block-by-block, in overlapping time blocks (120 1, 120 2, 120 3, i-1, i, i+1) based on the loudspeaker signal (U, U i, U i+1, 110) to obtain one diaphragm deflection signal block (130 1, 130 2, 130 3, X i-1, X i, X i+1) per time block (120 1, 120 2, 120 3, i-1, i, i+1); determine a temporal position (140, k 0) of a maximum deflection (X i [k 0]) of a current diaphragm deflection signal block (130 2, X i) of a current time block (120 2, i) within an overlap area with a subsequent time block (120 3, i+1); calculate a level up to which the current diaphragm deflection signal block (130 2, X l) can be controlled without diaphragm over-deflection for the current time block (120 2, i), by considering a comparison of the current diaphragm deflection signal block (X i [k 0], 130 2) with a subsequent diaphragm deflection signal block (130 3) or an estimation of the subsequent diaphragm deflection signal block (130 3) from the current diaphragm deflection signal block (130 2, X i) at the temporal position; attenuate the current diaphragm deflection signal block (130 2, X i) based on the level to obtain a modified current diaphragm deflection signal block ( X̃ i, 160 2); and synthesize a modified loudspeaker signal ( Ũ, 170) based on the modified current diaphragm deflection signal block ( X̃ i, 160 2).
Apparatus for producing bags from flexible-tube pieces which comprise preferably woven fabric made of drawn plastics strips and are made up of two walls (43, 44) located one above the other, wherein the apparatus has at least the following devices provided in it: - a transporting device, by means of which the flexible-tube pieces can be transported to processing stations (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (z) in which the flexible-tube pieces extend, - a bottom-opening station, by means of which open end portions can be produced by virtue of regions of at least one wall of the flexible-tube piece being folded over around bottom-folding edges at at least one end of a flexible-tube piece, - a closing-up station, by means of which the open bottom rectangles can be closed up to form bottoms by virtue of parts of the walls and/or flaps being folded over around further folding edges, - a stamping device (26, 26'), by means of which at least part of the bottom-folding edge and/or of the further folding edges can be stamped into the flexible-tube pieces, and which comprises a stamping element and an associated mating Element, characterized - in that a folding-over device is provided, by means of which regions of the two walls can be folded over by more than 90 degrees around the bottom-folding edges, and - in that the stamping element and the associated mating element are arranged downstream of the folding-over device, wherein the folded-over walls can be introduced between the stamping element and mating element such that the latter are in contact with the same wall of the flexible-tube piece. - a transporting device, by means of which the flexible-tube pieces can be transported to processing stations (8, 9, 10, 11) in a transporting direction (x), which runs transversely to the direction (z) in which the flexible-tube pieces extend, - a bottom-opening station, by means of which open end portions can be produced by virtue of regions of at least one wall of the flexible-tube piece being folded over around bottom-folding edges at at least one end of a flexible-tube piece, - a closing-up station, by means of which the open bottom rectangles can be closed up to form bottoms by virtue of parts of the walls and/or flaps being folded over around further folding edges, - a stamping device (26, 26'), by means of which at least part of the bottom-folding edge and/or of the further folding edges can be stamped into the flexible-tube pieces, and which comprises a stamping element and an associated mating Element, - in that a folding-over device is provided, by means of which regions of the two walls can be folded over by more than 90 degrees around the bottom-folding edges, and - in that the stamping element and the associated mating element are arranged downstream of the folding-over device, wherein the folded-over walls can be introduced between the stamping element and mating element such that the latter are in contact with the same wall of the flexible-tube piece.
A cationic surfactant, derived from the condensation of fatty acids and esterified dibasic amino acids, having the formula: wherein: X - is derived from lactic acid or glutamic acid. X - is derived from lactic acid or glutamic acid.
A foolproofing system for a connector comprising a socket mounted at one end of a first electrical cable and a plug mounted at the end of a second electrical cable intended to be connected to the socket, wherein said socket comprises a positioning mark, characterized in that it comprises: - at least one encoding ring adapted to be fitted at least in part around the socket and comprising a plurality of marks and a foolproofing recess, - at least one foolproofing insert suitable to be fixed on the plug and comprising a foolproofing pin adapted to fit into the foolproofing recess of the encoding ring. - at least one encoding ring adapted to be fitted at least in part around the socket and comprising a plurality of marks and a foolproofing recess, - at least one foolproofing insert suitable to be fixed on the plug and comprising a foolproofing pin adapted to fit into the foolproofing recess of the encoding ring.