mhurhangee/ep-ind-claims huggingface dataset:
An aircraft passenger seat comprising: (a) a passenger seat back; (b) at least one tray table arm directly coupled to the passenger seat back so as to provide pivotable movement; and (c) a tray table pivotally coupled to the at least one tray table arm, comprising a first surface and a second surface, said second surface of the tray table comprises at least one compartment; wherein the tray table may be deployed away from the passenger seat back via rotation of the at least one tray table arm about the passenger seat back to a first deployed position such that the first surface of the tray table faces upward and the second surface of the tray table faces downward, so that, in use, the tray table adopts a conventional horizontal deployment; characterised in that the tray table may be rotated about the at least one tray table arm into an adjusted deployed position such that the first surface of the tray table faces the passenger seat back and the second surface of the tray table faces away from the passenger seat back and wherein the tray table is pivotally coupled to the at least one tray table arm via a friction hinge so as to allow for vertical or angular staging or positioning of a passenger's item within the compartment. (a) a passenger seat back; (b) at least one tray table arm directly coupled to the passenger seat back so as to provide pivotable movement; and (c) a tray table pivotally coupled to the at least one tray table arm, comprising a first surface and a second surface, said second surface of the tray table comprises at least one compartment;
Method for starting up at least one functional device in a first rail vehicle (12.1) of a vehicle system consisting of a plurality of rail vehicles (12.1, 12.2) each designed as a tractive unit, wherein the functional device is operable on the basis of at least one set (24.1, 24.2, 25.1, 25.2, 27.1, 27.2) of functional data, in which - at least one set (24.1, 25.1, 27.1; 24.2, 25.2, 27.2) of functional data for operating the functional device is stored in each case in each rail vehicle (12.1; 12.2), which functional data are in each case specific to the structural and/or functional configuration of the corresponding rail vehicle (12.1, 12.2), - at least the set (24.2, 25.2, 27.2) which is stored in a further rail vehicle (12.2) of the vehicle system is loaded in the first rail vehicle (12.1) from the further rail vehicle (12.2), and - the functional device is operated on the basis of the loaded set (24.2, 25.2, 27.2) of functional data. - at least one set (24.1, 25.1, 27.1; 24.2, 25.2, 27.2) of functional data for operating the functional device is stored in each case in each rail vehicle (12.1; 12.2), which functional data are in each case specific to the structural and/or functional configuration of the corresponding rail vehicle (12.1, 12.2), - at least the set (24.2, 25.2, 27.2) which is stored in a further rail vehicle (12.2) of the vehicle system is loaded in the first rail vehicle (12.1) from the further rail vehicle (12.2), and - the functional device is operated on the basis of the loaded set (24.2, 25.2, 27.2) of functional data.
Device capable of securing the distribution of a liquid contained in a vial by means of a syringe comprising: - a section reducer having a first orifice capable of receiving a syringe; - an intermediate part having a second orifice and designed to fit over the section reducer, so that said first orifice and said second orifice face one another; and a body on the first and/or second orifices; characterized in that: - the section reducer has a threaded section designed to be screwed onto the outer threaded section of the vial, - the section reducer and the intermediate part each have: - complementary interconnecting devices,, capable of linking the section reducer and the intermediate part vertically in a permanent manner, - complementary locking devices,, capable of stopping the rotation of the intermediate part with respect to section reducer in the screwing-in direction, and to ensure the free rotation of the said intermediate part with respect to the section reducer in the unscrewing direction. - a section reducer having a first orifice capable of receiving a syringe; - an intermediate part having a second orifice and designed to fit over the section reducer, so that said first orifice and said second orifice face one another; and a body on the first and/or second orifices; - the section reducer has a threaded section designed to be screwed onto the outer threaded section of the vial, - the section reducer and the intermediate part each have: - complementary interconnecting devices,, capable of linking the section reducer and the intermediate part vertically in a permanent manner, - complementary locking devices,, capable of stopping the rotation of the intermediate part with respect to section reducer in the screwing-in direction, and to ensure the free rotation of the said intermediate part with respect to the section reducer in the unscrewing direction.
A cutting insert having a first end surface, a second end surface opposite to the first end surface, and a peripheral side surface connecting the first end surface and the second end surface, wherein a first edge line at which the first end surface intersects the peripheral side surface is a rectangle having a first side and a third side as long sides and a second side and a fourth side as short sides; a cutting edge is respectively formed at the first side, the second side, and the third side; no cutting edge is formed at the fourth side; a second edge line at which the second end surface: intersects the peripheral side surface is a rectangle having an identical shape to the first edge line; a sixth side where a cutting edge is formed is opposite to the fourth side, and an eighth side where a cutting edge is not formed is opposite to the second side; the peripheral side surface comprises a fourth side surface facing the fourth side and the sixth side; and the fourth side surface is inclined in a direction from the second side to the fourth side as it extends from the first end surface to the second end surface. a first edge line at which the first end surface intersects the peripheral side surface is a rectangle having a first side and a third side as long sides and a second side and a fourth side as short sides; a cutting edge is respectively formed at the first side, the second side, and the third side; no cutting edge is formed at the fourth side; a second edge line at which the second end surface: intersects the peripheral side surface is a rectangle having an identical shape to the first edge line; a sixth side where a cutting edge is formed is opposite to the fourth side, and an eighth side where a cutting edge is not formed is opposite to the second side; the peripheral side surface comprises a fourth side surface facing the fourth side and the sixth side; and the fourth side surface is inclined in a direction from the second side to the fourth side as it extends from the first end surface to the second end surface.
A positive electrode active material represented by the composition formula: Li 2± α [Me] 4 O 8-x, wherein 0 ≦ α < 0.4, 0 ≦ x < 2, and Me is a transition metal containing Mn and at least one selected from the group consisting of Ni, Cr, Fe, Co and Cu, said active material exhibiting first and second topotactic two-phase reactions during charge and discharge, the layer of the transition metal having a 2 x 2 superlattice.
A transmission apparatus adapted to transmit a block signal including a plurality of data symbols, the transmission apparatus comprising: a data-symbol generation unit adapted to generate data symbols; a symbol arrangement unit adapted to arrange the data symbols and a same-quadrant symbol in a time domain such that one same-quadrant symbol that becomes a signal point in a same quadrant in a complex plane is inserted per block at a predetermined position in each block signal to generate a block symbol; a CP insertion unit adapted to insert a Cyclic Prefix into the block symbol; and an interpolation unit adapted to perform interpolation processing on the block symbol on which CP insertion has been performed, wherein the symbol arrangement unit is adapted to arrange the same-quadrant symbol at a head of a symbol to be copied as a Cyclic Prefix, and the interpolation unit is adapted to perform the interpolation processing such that an interpolated point that has interpolated between a last symbol of the block symbol and a head symbol of the block symbol on which CP insertion has been performed is added behind the last symbol. a data-symbol generation unit adapted to generate data symbols; a symbol arrangement unit adapted to arrange the data symbols and a same-quadrant symbol in a time domain such that one same-quadrant symbol that becomes a signal point in a same quadrant in a complex plane is inserted per block at a predetermined position in each block signal to generate a block symbol; a CP insertion unit adapted to insert a Cyclic Prefix into the block symbol; and an interpolation unit adapted to perform interpolation processing on the block symbol on which CP insertion has been performed, wherein the symbol arrangement unit is adapted to arrange the same-quadrant symbol at a head of a symbol to be copied as a Cyclic Prefix, and the interpolation unit is adapted to perform the interpolation processing such that an interpolated point that has interpolated between a last symbol of the block symbol and a head symbol of the block symbol on which CP insertion has been performed is added behind the last symbol.
A method for smoothing a material (103; 1720) having wrinkles (104; 1729), the method comprising: positioning the material on a vacuum table having a group of segments; moving a smoothing device across a surface of the material to form a substantially smooth section (1100; 1500) of the material; and progressively applying a vacuum to a portion of the group of segments in the vacuum table corresponding to the substantially smooth section of the material to pull the substantially smooth section of the material against the vacuum table wherein: progressively applying the vacuum to the portion of the group of segments in the vacuum table corresponding to the substantially smooth section of the material comprises applying the vacuum to a segment in the group of segments in the vacuum table immediately after the smoothing device moves across the surface of the material corresponding to the segment; and progressively pulling the material against the vacuum table holds the smooth sections of material flat, keeping a desired level of smoothness within the material. positioning the material on a vacuum table having a group of segments; moving a smoothing device across a surface of the material to form a substantially smooth section (1100; 1500) of the material; and progressively applying a vacuum to a portion of the group of segments in the vacuum table corresponding to the substantially smooth section of the material to pull the substantially smooth section of the material against the vacuum table wherein: progressively applying the vacuum to the portion of the group of segments in the vacuum table corresponding to the substantially smooth section of the material comprises applying the vacuum to a segment in the group of segments in the vacuum table immediately after the smoothing device moves across the surface of the material corresponding to the segment; and progressively pulling the material against the vacuum table holds the smooth sections of material flat, keeping a desired level of smoothness within the material. progressively applying the vacuum to the portion of the group of segments in the vacuum table corresponding to the substantially smooth section of the material comprises applying the vacuum to a segment in the group of segments in the vacuum table immediately after the smoothing device moves across the surface of the material corresponding to the segment; and progressively pulling the material against the vacuum table holds the smooth sections of material flat, keeping a desired level of smoothness within the material.
A method comprising: establishing a group of radios disposed in respective vehicles by a first radio of the group of radios in the respective vehicles, said group of radios comprising a first plurality of radios and the first radio disposed in a first vehicle; generating a first communication signal at a second radio in a second vehicle not within the group, the first communication signal comprising a first radio identifier and first position data corresponding to the second radio; receiving the first communication signal at the first radio; determining second position data of the first radio at the first radio; comparing, by the first radio, the first position data and the second position data to obtain a distance; and when the distance is within a predetermined distance in response to comparing, adding, by the first radio in the first vehicle, the second vehicle to the group, assigning a timeslot for communication with the other vehicles to the second radio, and broadcasting, from the second radio, the first radio identifier and the first position data to the group using the timeslot. establishing a group of radios disposed in respective vehicles by a first radio of the group of radios in the respective vehicles, said group of radios comprising a first plurality of radios and the first radio disposed in a first vehicle; generating a first communication signal at a second radio in a second vehicle not within the group, the first communication signal comprising a first radio identifier and first position data corresponding to the second radio; receiving the first communication signal at the first radio; determining second position data of the first radio at the first radio; comparing, by the first radio, the first position data and the second position data to obtain a distance; and when the distance is within a predetermined distance in response to comparing, adding, by the first radio in the first vehicle, the second vehicle to the group, assigning a timeslot for communication with the other vehicles to the second radio, and broadcasting, from the second radio, the first radio identifier and the first position data to the group using the timeslot.
A method of electrostatic coating of a polymer surface comprising: (i) oxidising at least part of the polymer surface; (ii) treating the oxidised polymer surface with (a) a polyamine compound comprising at least four amine groups including at least two amine groups selected from primary and secondary amine groups and (b) an electoconductivity modifying agent reactive with the polyamine selected from the group consisting of aliphatic mono-carboxylic acids comprising from 1 to 12 carbon atoms; to increase the electroconductivity of the polymer surface; and (iii) electrostatically applying a coating to the treated polymer surface and curing the coating to bind the coating composition thereto. (i) oxidising at least part of the polymer surface; (ii) treating the oxidised polymer surface with (a) a polyamine compound comprising at least four amine groups including at least two amine groups selected from primary and secondary amine groups and (b) an electoconductivity modifying agent reactive with the polyamine selected from the group consisting of aliphatic mono-carboxylic acids comprising from 1 to 12 carbon atoms; to increase the electroconductivity of the polymer surface; and (iii) electrostatically applying a coating to the treated polymer surface and curing the coating to bind the coating composition thereto.
A fiber measurement device for measuring a physical quantity by a fiber, the fiber measurement device comprising: an electromagnetic radiation source configured for generating at least one pulse of electromagnetic radiation as primary electromagnetic radiation to be coupled into the fiber; an adjustment unit configured for, prior to, during or after the generating, adjusting a shape of the at least one pulse for at least partially compensating a deviation between a predefined target shape and an actual shape of the at least one pulse; and a determining unit configured for, prior to, during or after the generating, determining the deviation between the target shape and the actual shape of the at least one pulse; characterized in that the determining unit is configured for determining the deviation based on a predefined model concerning imperfection of the shape of the at least one pulse. an electromagnetic radiation source configured for generating at least one pulse of electromagnetic radiation as primary electromagnetic radiation to be coupled into the fiber; an adjustment unit configured for, prior to, during or after the generating, adjusting a shape of the at least one pulse for at least partially compensating a deviation between a predefined target shape and an actual shape of the at least one pulse; and a determining unit configured for, prior to, during or after the generating, determining the deviation between the target shape and the actual shape of the at least one pulse; characterized in that the determining unit is configured for determining the deviation based on a predefined model concerning imperfection of the shape of the at least one pulse.
A toilet frame for measuring the weight of a patient when the patient is sat on the toilet frame, the toilet frame comprising: a support frame; a seat mounted on the support frame, the seat comprising an aperture for receiving bodily fluids; and a foot plate for supporting the patient's feet; wherein the toilet frame further comprises a weight sensor configured to measure the weight of the patient when the patient is sat on the seat; and characterised in that the toilet frame further comprises an upper support frame mounted on the support frame by the weight sensor such that a load path extends from the upper support frame to the support frame via the weight sensor. a support frame; a seat mounted on the support frame, the seat comprising an aperture for receiving bodily fluids; and a foot plate for supporting the patient's feet; wherein the toilet frame further comprises a weight sensor configured to measure the weight of the patient when the patient is sat on the seat; and characterised in that the toilet frame further comprises an upper support frame mounted on the support frame by the weight sensor such that a load path extends from the upper support frame to the support frame via the weight sensor.
A system for connecting a trailer with a loading platform and a truck with a loading platform, which comprises a drawbar configured to be attached to the truck and to the trailer, wherein: - the drawbar comprises a first tubular body and a second tubular body with the ability to move linearly with respect to the first tubular body, - to attach the drawbar to the trailer, the system comprises: - a first support comprising a drawbar attachment part and a trailer attachment part, such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar, and - a second support comprising a drawbar attachment part and a trailer attachment part, and attachment means between the drawbar attachment part and the trailer attachment part, - the system further comprises a trailer-elevating mechanism configured for elevating the height of the trailer with respect to the ground, such that when the drawbar attachment part and the trailer attachment part of the second support are not connected and the elevating mechanism is switched on, the system levels the height of the loading platforms of the truck and the trailer, and such that when the drawbar attachment part and the trailer attachment part of the second support are connected, the drawbar is connected to the trailer in a rigid manner, and the trailer-elevating mechanism does not act, the system for connecting provides a connection between the trailer and the truck under safe conditions for travel. - the drawbar comprises a first tubular body and a second tubular body with the ability to move linearly with respect to the first tubular body, - to attach the drawbar to the trailer, the system comprises: - a first support comprising a drawbar attachment part and a trailer attachment part, such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar, and - a second support comprising a drawbar attachment part and a trailer attachment part, and attachment means between the drawbar attachment part and the trailer attachment part, - a first support comprising a drawbar attachment part and a trailer attachment part, such that between the drawbar attachment part and the trailer attachment part the first support comprises a rotation shaft for the drawbar, and - a second support comprising a drawbar attachment part and a trailer attachment part, and attachment means between the drawbar attachment part and the trailer attachment part, - the system further comprises a trailer-elevating mechanism configured for elevating the height of the trailer with respect to the ground,
Device for determining the replacement state of wear of a rope in the use of lifting gear, in particular cranes, with a detection device for detecting at least one rope utilization parameter influencing the replacement state of wear as well as with an evaluation device for evaluating the rope utilization parameter and for providing a replacement signal depending on the evaluation of the rope utilization parameter, characterized in that the detection device comprises at least one detection means for detecting meteorological and/or climate data prevailing on the lifting gear, which can be evaluated by the evaluation device to determine the replacement state of wear.
A method for operating at least one door leaf, which is driven to be linearly movable by means of an electro-motor, comprising a direct drive, wherein the door leaf to be moved, is gearlessly disposed at the rotor of the direct drive, and an electronic control unit, which controls the direct drive, characterized in that at least one operating program of the direct drive is provided in the electronic control unit, by means of which the direct drive is operated - at a frequency between the closing and the opening positions of the door leaf of 1 to 100 Hz, preferably 3 to 50 Hz, particularly preferred 5 to 15 Hz, and - for an amplitude of the movement of the door leaf between 0.001 mm to 1 cm, preferably 0.01 mm to 1 mm, particularly preferred between 0.01 mm to 0.1 mm. - at a frequency between the closing and the opening positions of the door leaf of 1 to 100 Hz, preferably 3 to 50 Hz, particularly preferred 5 to 15 Hz, and - for an amplitude of the movement of the door leaf between 0.001 mm to 1 cm, preferably 0.01 mm to 1 mm, particularly preferred between 0.01 mm to 0.1 mm.
Aircraft provided with a fuel cell and a tail boom supporting a shrouded rotor, the shrouded rotor comprising a shroud delimiting an air stream, the shrouded rotor comprising a rotor rotationally mobile in said air stream, characterised in that said aircraft comprises a cooling system for cooling said fuel cell, the cooling system being provided with a cooling circuit, in which a heat-transfer fluid circulates, said cooling circuit comprising a collection pipe routed in the fuel cell or next to the fuel cell, said cooling circuit comprising a heat exchanger in fluid communication with said collection pipe, said cooling system comprising a ventilation system provided with at least one outlet opening arranged in the shrouded rotor for ventilating said heat exchanger at least by suction according to a direction of circulation.