mhurhangee/ep-ind-claims huggingface dataset:
An aircraft comprising: - a fuselage; - a first and a second lateral side (11a and 11b) opposite to each other; - a first emergency exit defined by said first side; - a second emergency exit defined by said second side; - at least one display device (8a, 8b) for displaying the attitude of said aircraft with respect to a fixed direction in space; characterized in that the display device comprises: - a first element, which can be fastened to said aircraft; and - a second element, which is free to move with respect to the first element, following a change in position of said first element with respect to said fixed direction; said second element in turn comprising: - a mass, which is designed to return said second element to the same stable position with respect to said fixed direction, when said first element changes, in use, its position with respect to said fixed direction; and - a visual indication, which is representative of the position of said fixed direction, as the position of said first element changes; in the event of said aircraft ditching with said first side positioned below or resting on the waterline, said second emergency exit being usable and positioned at a higher level than said first emergency exit, which is unusable; said visual indication of said display device (8a or 8b) displaying an exit path, pointing from said unusable first emergency exit towards said usable second emergency exit. - a fuselage; - a first and a second lateral side (11a and 11b) opposite to each other; - a first emergency exit defined by said first side; - a second emergency exit defined by said second side; - at least one display device (8a, 8b) for displaying the attitude of said aircraft with respect to a fixed direction in space; - a first element, which can be fastened to said aircraft; and - a second element, which is free to move with respect to the first element, following a change in position of said first element with respect to said fixed direction; - a mass, which is designed to return said second element to the same stable position with respect to said fixed direction, when said first element changes, in use, its position with respect to said fixed direction; and - a visual indication, which is representative of the position of said fixed direction, as the position of said first element changes;
A mobility management method applied in a terminal, comprising: receiving, by the terminal in a connected mode in a first cell, a long source identifier and a short source identifier from a first base station to which the first cell belongs, wherein each of the long source identifier and the short source identifier is allocated by the first base station and identifies a terminal in the first base station; entering, a low-overhead state when an activation condition is satisfied, wherein the low-overhead state is a state in which a connection context of the terminal in the connected mode is stored, and the terminal camps on a cell according to a cell reselection criterion during movement; determining, according to an indication information from a second base station to which a second cell belongs, which one of the long source identifier and the short source identifier is to be sent to the second base station, wherein the second cell is a serving cell on which the terminal currently camps; and sending, one of the long source identifier and the short source identifier to the second base station when a preset condition is satisfied. receiving, by the terminal in a connected mode in a first cell, a long source identifier and a short source identifier from a first base station to which the first cell belongs, wherein each of the long source identifier and the short source identifier is allocated by the first base station and identifies a terminal in the first base station; entering, a low-overhead state when an activation condition is satisfied, wherein the low-overhead state is a state in which a connection context of the terminal in the connected mode is stored, and the terminal camps on a cell according to a cell reselection criterion during movement; determining, according to an indication information from a second base station to which a second cell belongs, which one of the long source identifier and the short source identifier is to be sent to the second base station, wherein the second cell is a serving cell on which the terminal currently camps; and sending, one of the long source identifier and the short source identifier to the second base station when a preset condition is satisfied.
An attitude control apparatus comprising - an ideal thrust direction calculator configured to acquire a position of a satellite comprising a thruster and a solar panel, and to calculate an ideal thrust direction that is a thrust direction of the thruster for minimizing a propellant consumption in firing of the thruster during transfer of the satellite to a target orbit, the solar panel comprising a panel surface rotatable about a rotational axis; - an ideal attitude calculator configured to calculate an ideal attitude that is an attitude of the satellite in which the panel surface faces the sun while the thrust direction aligns with the ideal thrust direction; - a target attitude calculator configured to acquire a movement limitation of an attitude control actuator for controlling an attitude of the satellite mechanically, and to calculate a target attitude that is an attitude of the satellite in which a deviation from the ideal attitude is minimized within the movement limitation while the panel surface faces the sun; and - a torque calculator configured to acquire an actual attitude that is an attitude of the satellite, calculate a torque for turning the satellite from the actual attitude to the target attitude, and transmit a torque instruction indicating the calculated torque to the attitude control actuator. - an ideal thrust direction calculator configured to acquire a position of a satellite comprising a thruster and a solar panel, and to calculate an ideal thrust direction that is a thrust direction of the thruster for minimizing a propellant consumption in firing of the thruster during transfer of the satellite to a target orbit, the solar panel comprising a panel surface rotatable about a rotational axis; - an ideal attitude calculator configured to calculate an ideal attitude that is an attitude of the satellite in which the panel surface faces the sun while the thrust direction aligns with the ideal thrust direction; - a target attitude calculator configured to acquire a movement limitation of an attitude control actuator for controlling an attitude of the satellite mechanically, and to calculate a target attitude that is an attitude of the satellite in which a deviation from the ideal attitude is minimized within the movement limitation while the panel surface faces the sun; and - a torque calculator configured to acquire an actual attitude that is an attitude of the satellite, calculate a torque for turning the satellite from the actual attitude to the target attitude, and transmit a torque instruction indicating the calculated torque to the attitude control actuator.
A battery module, comprising: a plurality of battery cells, the plurality of battery cells being electrically connected; two output electrodes, used to export electric energy of the plurality of battery cells; and a mounting base, used to fix one of the two output electrodes of the battery module, the mounting base comprising at least one limiting surface, the limiting surface being matched with the contour of the battery cell, and the mounting base being mounted to part battery cells of the plurality of battery cells; wherein the mounting base comprises a substrate and a connecting piece, the connecting piece being arranged in the substrate, the connecting piece being used to be connected to the output electrode through a threaded piece so as to fix the output electrode at the substrate, the connecting piece being located between the two battery cells, and the connecting piece being a conductive part; and wherein the substrate comprises two circle-shaped holes which are symmetrically distributed, and the two circle-shaped holes correspond to two cylindrical battery cells respectively, when the substrate is mounted at at least one of the plurality of battery cells, the two circle-shaped holes are respectively sleeved at external peripheral surfaces of the two cylindrical battery cells, the connecting piece is located between the two circle-shaped holes, and a geometric center line of the connecting piece is perpendicular to a plane where center lines of the two circle-shaped holes are located. a plurality of battery cells, the plurality of battery cells being electrically connected; two output electrodes, used to export electric energy of the plurality of battery cells; and a mounting base, used to fix one of the two output electrodes of the battery module, the mounting base comprising at least one limiting surface, the limiting surface being matched with the contour of the battery cell, and the mounting base being mounted to part battery cells of the plurality of battery cells; wherein the mounting base comprises a substrate and a connecting piece, the connecting piece being arranged in the substrate, the connecting piece being used to be connected to the output electrode through a threaded piece so as to fix the output electrode at the substrate, the connecting piece being located between the two battery cells, and the connecting piece being a conductive part; and wherein the substrate comprises two circle-shaped holes which are symmetrically distributed, and the two circle-shaped holes correspond to two cylindrical battery cells respectively, when the substrate is mounted at at least one of the plurality of battery cells, the two circle-shaped holes are respectively sleeved at external peripheral surfaces of the two cylindrical battery cells, the connecting piece is located between the two circle-shaped holes, and a geometric center line of the connecting piece is perpendicular to a plane where center lines of the two circle-shaped holes are located.
A communication method comprising the steps of: before sending, from a communication device, a first message destined for a destination, sending a backup message including a backup of the first message from the communication device to a backup device over a communication link, the communication link coupled to a tapping device at a point on the communication link between the communication device and the backup device, the tapping device configured to transmit a tap copy to the communication device verifying that the backup message is being transmitted across the communication link; and upon confirmation, by the communication device, of the tap copy of the backup message from the tapping device on the communication link, sending the first message to the destination. before sending, from a communication device, a first message destined for a destination, sending a backup message including a backup of the first message from the communication device to a backup device over a communication link, the communication link coupled to a tapping device at a point on the communication link between the communication device and the backup device, the tapping device configured to transmit a tap copy to the communication device verifying that the backup message is being transmitted across the communication link; and upon confirmation, by the communication device, of the tap copy of the backup message from the tapping device on the communication link, sending the first message to the destination.
Process for preparing chloroacetaldehyde acetals of monohydric, dihydric or higher-functionality aliphatic alcohols, in which the chloroacetaldehyde acetal is obtained from an aqueous chloroacetaldehyde solution in the presence of the alcohol to be acetalized and an acid catalyst by azeotropic removal of water with the aid of a solvent, characterized in that the solvent is a singly or multiply chlorinated or fluorinated hydrocarbon which has from one to five carbon atoms and forms an azeotrope having a boiling point in the range from 25°C to 80°C with water under atmospheric pressure.
A polytetrafluoroethylene composite filter material, comprising a support layer and a polytetrafluoroethylene microporous membrane layer, the support layer and the polytetrafluoroethylene microporous membrane layer are compounded by an adhesive, wherein the adhesive comprises a two-component polyurethane adhesive, a pore forming agent and an inorganic filler.
A locking arrangement adapted to be connected with and to allow locking of a shutter element (13, 57) arranged to slide along a railing, which locking arrangement comprises at least one locking member shaped to allow a locking bolt to, in a first state, engage with and lock the locking member, and thus the shutter element, against movement, wherein the locking member is adapted to slide inside the railing (11, 57), characterized in that the locking member comprises a shutter plate adapted to cooperate engagingly with the locking bolt and further comprises a first wheel and a second wheel adapted to slide along the railing.
Method for operating a car light and a car fan in an elevator car, the method comprising: monitoring a multiplicity of conditions comprising - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; and after the conditions above are met for at least a predetermined period of time, dimming a light intensity of the car light to a non-zero reduced light intensity value and either switching-off or reducing operation of the car fan. monitoring a multiplicity of conditions comprising - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; - detecting whether the elevator car is at a predetermined parking position based upon information from an elevator controller controlling displacements of the elevator car within an elevator hoistway; - detecting whether a car door of the elevator car is open based upon information from a door switch being switched upon changing a door opening state; - detecting whether the elevator car is not currently accessed based upon information from a light barrier arrangement being activated upon a light barrier along an entry area of the elevator car being interrupted; - detecting whether the elevator car is not currently called based upon information from a call device to be activated for calling the elevator car to a requested floor; and after the conditions above are met for at least a predetermined period of time, dimming a light intensity of the car light to a non-zero reduced light intensity value and either switching-off or reducing operation of the car fan.
Device for positioning bodywork components in the motor vehicle industry, having a housing and two rods which are mounted in the housing in a manner arranged parallel to each other and are axially displaceable, wherein the two rods are movable by means of a common drive unit, one end of the respective rod is guided out of the housing and a positioning tool is connectable to said ends, characterized in that the respective rod has a bearing portion formed within the housing, and the device has at least one bearing element receiving the bearing portions, wherein the bearing element interacts with the drive unit, and wherein the respective bearing portion is mounted in the bearing element so as to be rotatable about a longitudinal axis of the respective rod.
An accumulator comprising: a pressure vessel; a partition portion which comparts an internal space of the pressure vessel into a gas chamber in which gaseous matter is sealed and a liquid chamber to which liquid is introduced; a bellows which is connected to the partition portion; the partition portion having a bellows connection portion which is connected to the bellows, a seal which is arranged in a liquid chamber side of the bellows connection portion, and a seal retention portion which is fixed to the bellows connection portion and retains the seal; and the seal retention portion being structured by integrally forming a fixed portion which is fixed to the bellows connection portion, and a retention portion which retains the seal, wherein the seal retention portion is constructed by an elastically deformable leaf spring, characterized in that the seal retention portion is provided with a plurality of fixed portions which are formed radially from a center of the seal retention portion, and are fixed to the bellows connection portion, and retention portions which are formed between two adjacent fixed portions and retain the seal. a pressure vessel; a partition portion which comparts an internal space of the pressure vessel into a gas chamber in which gaseous matter is sealed and a liquid chamber to which liquid is introduced; a bellows which is connected to the partition portion; the partition portion having a bellows connection portion which is connected to the bellows, a seal which is arranged in a liquid chamber side of the bellows connection portion, and a seal retention portion which is fixed to the bellows connection portion and retains the seal; and the seal retention portion being structured by integrally forming a fixed portion which is fixed to the bellows connection portion, and a retention portion which retains the seal, wherein the seal retention portion is constructed by an elastically deformable leaf spring, characterized in that the seal retention portion is provided with a plurality of fixed portions which are formed radially from a center of the seal retention portion, and are fixed to the bellows connection portion, and retention portions which are formed between two adjacent fixed portions and retain the seal.
An intraluminal imaging device, comprising: a flexible elongate member configured to be positioned within a body lumen of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an ultrasound imaging assembly disposed at the distal portion of the flexible elongate member and configured to obtain ultrasound data while positioned within the body lumen; and a tip member coupled to the ultrasound imaging assembly, wherein the tip member comprises a polymer protrusion, wherein the ultrasound imaging assembly comprises a recess (620, 920, 1525, 1625, 1725) exposing a polymer portion of the ultrasound imaging assembly, and wherein the protrusion received within the recess is fused to the exposed polymer portion of the ultrasound imaging assembly to form a unitary structure. a flexible elongate member configured to be positioned within a body lumen of a patient, the flexible elongate member comprising a proximal portion and a distal portion; an ultrasound imaging assembly disposed at the distal portion of the flexible elongate member and configured to obtain ultrasound data while positioned within the body lumen; and a tip member coupled to the ultrasound imaging assembly, wherein the tip member comprises a polymer protrusion, wherein the ultrasound imaging assembly comprises a recess (620, 920, 1525, 1625, 1725) exposing a polymer portion of the ultrasound imaging assembly, and wherein the protrusion received within the recess is fused to the exposed polymer portion of the ultrasound imaging assembly to form a unitary structure.
A motor drive device configured to control drive of a multi-phase motor in which armature windings (102a, 102b, 102c) of respective phases (U, V, W) are provided to be independent from each other, the motor drive device comprising: an inverter circuit configured to convert a DC power supplied via a DC bus line (201a, 201b) into a multi-phase AC power and outputs the converted power to each of the armature windings (102a, 102b, 102c) of the respective phases; and a controller configured to control the inverter circuit, characterized in that when any open phase occurs in the AC power (P u, P v, P w) to be output from the inverter circuit, the controller is configured to adjust a phase difference (Di) between each current (i u, i v, i w) flowing in armature windings of normal phases such that respective AC powers (P u, P v, P w) of the normal phases offset each other by causing each phase difference Dp(°) of the respective AC powers of the normal phases to satisfy a following formula assuming that a number of phases of the motor is n and a number of open phases is m. Dp = 360/2 (n - m), wherein, n and m are positive integers and n ≥ m + 2, wherein when any open phase occurs in the AC power (P u, P v, P w) to be output from the inverter circuit, the controller is configured to perform adjustment such that each phase difference Di(°) between each current flowing in the armature windings of the normal phases satisfies a following formula. Di = 360 / n − m − 360 / n an inverter circuit configured to convert a DC power supplied via a DC bus line (201a, 201b) into a multi-phase AC power and outputs the converted power to each of the armature windings (102a, 102b, 102c) of the respective phases; and a controller configured to control the inverter circuit, characterized in that when any open phase occurs in the AC power (P u, P v, P w) to be output from the inverter circuit, the controller is configured to adjust a phase difference (Di) between each current (i u, i v, i w) flowing in armature windings of normal phases such that respective AC powers (P u, P v, P w) of the normal phases offset each other by causing each phase difference Dp(°) of the respective AC powers of the normal phases to satisfy a following formula assuming that a number of phases of the motor is n and a number of open phases is m. Dp = 360/2 (n - m), wherein, n and m are positive integers and n ≥ m + 2, wherein when any open phase occurs in the AC power (P u, P v, P w) to be output from the inverter circuit, the controller is configured to perform adjustment such that each phase difference Di(°) between each current flowing in the armature windings of the normal phases satisfies a following formula. Di = 360 / n − m − 360 / n
Plasma spraying process for coating a cylinder barrel of a cylinder crankcase of a reciprocating piston internal combustion engine, characterized in that the coating is at least partially applied to the cylinder barrel of the cylinder crankcase using the following parameter combination: a) rotation speed: 600 - 700 revolutions/minute, b) spray material flow rate: 100 - 120 grams/minute and c) feed rate: 24 - 75 mm/s.