mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a combustor for a gas turbine, the combustor at least comprising in the direction of hot gas flow a first combustion chamber, a deflection unit, a sequential combustion chamber, whereby the first combustion chamber is a premix combustion chamber with at least one premixing burner for injecting a mixture of air and a gaseous and/or liquid fuel into a combustion zone, and the sequential combustion chamber is an auto-ignition combustion chamber and is connected to the first turbine rotor blade row, in the first combustion chamber the premixed fuel air mixture is combusted in a stable flame at an average flame temperature in the range between 1550 K and 1800 K, then a mass flow of additional air is injected into the hot gas flow in order to reduce the temperature below 1400 K, preferably below 1350 K, then said mixture of hot gas and additional air enters the deflection unit and is deflected there at least in a circumferential direction, then a mass flow of an additional fuel is injected downstream of said air injection, generating an hot gas-air-fuel mixture with auto ignition times between 1 ms and 10 ms, whereby said hot gas-air-fuel mixture is burned in the sequential combustion chamber by a combination of auto-ignition and recirculation of hot reaction products, and a reverse flow zone is generated at a step provided by a sudden cross-sectional enlargement of a hot gas flow channel in the inlet section of the sequential combustion chamber, characterized in that: the mass flow of additional air is injected into the hot gas flow at the downstream end of the first combustion chamber and upstream of the deflection unit, the reverse flow zone forming a reaction zone that defines a flame anchoring point at the inlet to the sequential combustion chamber; additional fuel is injected in the reverse flow zone. the mass flow of additional air is injected into the hot gas flow at the downstream end of the first combustion chamber and upstream of the deflection unit, the reverse flow zone forming a reaction zone that defines a flame anchoring point at the inlet to the sequential combustion chamber; additional fuel is injected in the reverse flow zone.
An aircraft door comprising: - a door structure and an outer panel fastened to this door structure; - means for locking the door to the fuselage of the aircraft; - an inside door opening lever capable of operating the locking means, this inside lever being coupled to a vent flap by a conditional opening mechanism having two modes, namely a mode allowing the release of the door when the differential pressure applied to the vent flap is below a predetermined threshold and a mode preventing the release of the door when the differential pressure applied to the vent flap is above the predetermined threshold; this aircraft door being characterized in that: - the conditional opening mechanism comprises: a spring urging the vent flap and the inside lever against each other; a flap stop positioned on the vent flap; a stop surface positioned facing the flap stop; - the inside lever is mounted pivotably on the door structure, about a first pivot axis defining a first trajectory of the flap stop in which the vent flap and the inside lever are held against each other by the spring and pivot together about the first pivot axis, the stop surface being positioned outside this first trajectory of the flap stop; - the vent flap is mounted pivotably on the inside lever, about a second pivot axis defining a second trajectory of the flap stop in which the inside lever pivots about the first pivot axis while the vent flap and the inside lever pivot relative to each other about the second pivot axis, the stop surface being positioned on this second trajectory of the flap stop. - a door structure and an outer panel fastened to this door structure; - means for locking the door to the fuselage of the aircraft; - an inside door opening lever capable of operating the locking means, this inside lever being coupled to a vent flap by a conditional opening mechanism having two modes, namely a mode allowing the release of the door when the differential pressure applied to the vent flap is below a predetermined threshold and a mode preventing the release of the door when the differential pressure applied to the vent flap is above the predetermined threshold; - the conditional opening mechanism comprises: a spring urging the vent flap and the inside lever against each other; a flap stop positioned on the vent flap; a stop surface positioned facing the flap stop; - the inside lever is mounted pivotably on the door structure, about a first pivot axis defining a first trajectory of the flap stop in which the vent flap and the inside lever are held against each other by the spring and pivot together about the first pivot axis, the stop surface being positioned outside this first trajectory of the flap stop; - the vent flap is mounted pivotably on the inside lever, about a second pivot axis defining a second trajectory of the flap stop in which the inside lever pivots about the first pivot axis while the vent flap and the inside lever pivot relative to each other about the second pivot axis, the stop surface being positioned on this second trajectory of the flap stop.
A battery pack comprising: a battery-stack group formed by arranging a plurality of battery stacks (3,5) in a plurality of rows in an orthogonal direction orthogonal to a row direction, each battery stack being formed by arranging a plurality of individual batteries in the row direction; and a connection member configured to connect a certain battery stack of the battery-stack group to another battery stack of the battery-stack group adjacent to the certain battery stack, characterized in that the connection member includes a plurality of first connection parts extending from the certain battery stack to the adjacent battery stack in the orthogonal direction, in which one end portion of each first connection part supports the certain battery stack and another end portion of each first connection part supports the adjacent battery stack, and a second connection part located between at least one pair of first connection parts adjacent to each other among the plurality of first connection parts, the second connection part connecting an end portion of one of the pair of first connection parts on the certain battery stack side to an end portion of another one of the pair of first connection parts on the adjacent battery stack side. a battery-stack group formed by arranging a plurality of battery stacks (3,5) in a plurality of rows in an orthogonal direction orthogonal to a row direction, each battery stack being formed by arranging a plurality of individual batteries in the row direction; and a connection member configured to connect a certain battery stack of the battery-stack group to another battery stack of the battery-stack group adjacent to the certain battery stack, characterized in that the connection member includes a plurality of first connection parts extending from the certain battery stack to the adjacent battery stack in the orthogonal direction, in which one end portion of each first connection part supports the certain battery stack and another end portion of each first connection part supports the adjacent battery stack, and a second connection part located between at least one pair of first connection parts adjacent to each other among the plurality of first connection parts, the second connection part connecting an end portion of one of the pair of first connection parts on the certain battery stack side to an end portion of another one of the pair of first connection parts on the adjacent battery stack side. a plurality of first connection parts extending from the certain battery stack to the adjacent battery stack in the orthogonal direction, in which one end portion of each first connection part supports the certain battery stack and another end portion of each first connection part supports the adjacent battery stack, and a second connection part located between at least one pair of first connection parts adjacent to each other among the plurality of first connection parts, the second connection part connecting an end portion of one of the pair of first connection parts on the certain battery stack side to an end portion of another one of the pair of first connection parts on the adjacent battery stack side.
A method for fingerprint unlocking, comprising: receiving a partial fingerprint image, the partial fingerprint image corresponding to part of fingerprints of a finger, comprising, receiving fingerprint images by scanning from different directions during a process of pressing a fingerprint recognition sensor of a user terminal; extracting feature points of each of the fingerprint images; and, determining one of the fingerprint images having the largest number of feature points as a partial fingerprint image for matching; the method further comprising, matching the partial fingerprint image during the process of receiving the partial fingerprint image, so that receiving the partial fingerprint image and matching the partial fingerprint image are executed simultaneously; and unlocking the user terminal and stopping receiving a subsequent partial fingerprint image when the partial fingerprint image is matched. receiving a partial fingerprint image, the partial fingerprint image corresponding to part of fingerprints of a finger, comprising, receiving fingerprint images by scanning from different directions during a process of pressing a fingerprint recognition sensor of a user terminal; extracting feature points of each of the fingerprint images; and, determining one of the fingerprint images having the largest number of feature points as a partial fingerprint image for matching; the method further comprising, matching the partial fingerprint image during the process of receiving the partial fingerprint image, so that receiving the partial fingerprint image and matching the partial fingerprint image are executed simultaneously; and unlocking the user terminal and stopping receiving a subsequent partial fingerprint image when the partial fingerprint image is matched.
Roller shutter which can be guided in lateral guide rails, having a plurality of roller shutter bars (1, 2) which are connected to one another in an articulated manner and form a roller shutter curtain, and having at least one anti-lifting device which is connected to a roller shutter bar and has a spring-loaded, axially displaceable bolt which, in the closed position of the roller shutter curtain, engages positively in an associated guide rail, wherein the roller shutter has the following features: - the anti-lifting device has a roller shutter bar of multi-part design, having an upper bar and a lower bar, which are displaceable relative to one another in the direction of movement of the roller shutter curtain, - the bolt is held axially displaceably in the lower bar, - a pressure spring acting axially in the direction of the lower bar is arranged on the bolt, - in the upper bar and lower bar, a pressure bar connecting said bars to each other and movable relative to the lower bar in the direction of movement of the roller shutter curtain is positioned so as to be secured against displacement in its longitudinal direction, - the pressure bar has a pressure surface on its end face facing the bolt, which pressure surface rests against the bolt in the closed position of the roller shutter curtain and presses said bolt into the guide rail against the force of the pressure spring. - the anti-lifting device has a roller shutter bar of multi-part design, having an upper bar and a lower bar, which are displaceable relative to one another in the direction of movement of the roller shutter curtain, - the bolt is held axially displaceably in the lower bar, - a pressure spring acting axially in the direction of the lower bar is arranged on the bolt, - in the upper bar and lower bar, a pressure bar connecting said bars to each other and movable relative to the lower bar in the direction of movement of the roller shutter curtain is positioned so as to be secured against displacement in its longitudinal direction, - the pressure bar has a pressure surface on its end face facing the bolt, which pressure surface rests against the bolt in the closed position of the roller shutter curtain and presses said bolt into the guide rail against the force of the pressure spring.
Shift arrangement for a gear-change transmission which has a shift shaft with a shift element and a shift fork with a shift arm, wherein a shift mouth is arranged on shift arm, which shift mouth radially encloses the shift shaft and can thus be brought into engagement with the shift element so that the shift fork can be moved by a movement of the shift shaft, wherein the shift arm is configured from thin material which is deformed elastically in the case of a high load introduction in a manner resulting from great shift forces, wherein the shift mouth has a support point which is arranged offset in the circumferential direction to the shift element with regard to the shift shaft, characterized in that the support point is spaced apart by a predefined amount from the shift shaft or a component (7, 8) which is arranged on the shift shaft, wherein, in the case of the stated load introduction, the deformation of the shift arm leads to the shift arm being supported at the support point with respect to the shift shaft or the component (7, 8) which is arranged on the shift shaft.
A method (1200, 1400) of communication comprising: determining that first data is to be communicated, wherein the first data is associated with a first latency period that is shorter than a second latency period associated with second data currently being communicated using a nominal transmission time interval; characterised by: selecting, based on the determination, a multi-symbol transmission time interval TTI, for communicating the first data, wherein the multi-symbol TTI is scaled to change the number of symbol time periods in a nominal TTI based on a latency requirement of the data to be communicated, and specifies a plurality of symbol time periods (730, 732, 740, 742, 744, 746) for each of a first scaled TTI (730+732) and a second scaled TTI; communicating (1206, 1402) the first data during the first scaled TTI (730+732) using the plurality of symbol time periods (730, 732) of the first scaled TTI (730+732); and communicating (1210, 1404) feedback information based on at least a portion of the first data during the second scaled TTI using at least one of the plurality of symbol time periods (740, 742, 744, 746) of the second scaled TTI, wherein the second scaled TTI successively follows the first scaled TTI (730+732). selecting, based on the determination, a multi-symbol transmission time interval TTI, for communicating the first data, wherein the multi-symbol TTI is scaled to change the number of symbol time periods in a nominal TTI based on a latency requirement of the data to be communicated, and specifies a plurality of symbol time periods (730, 732, 740, 742, 744, 746) for each of a first scaled TTI (730+732) and a second scaled TTI; communicating (1206, 1402) the first data during the first scaled TTI (730+732) using the plurality of symbol time periods (730, 732) of the first scaled TTI (730+732); and communicating (1210, 1404) feedback information based on at least a portion of the first data during the second scaled TTI using at least one of the plurality of symbol time periods (740, 742, 744, 746) of the second scaled TTI, wherein the second scaled TTI successively follows the first scaled TTI (730+732).
Structure of vehicle seats comprising shells defining a driver seat and at least one passenger seat, with uprights intended to extend up to a roof of the vehicle and backed against each seat, the shells comprising side walls and transverse walls delimiting: - a footrest zone; - a seating zone; - a backrest zone; - a headrest zone; and such that the driver seat and the at least one passenger seat are staggered and slotted with each other in three dimensions, that is to say staggered in height, width, and length. - a footrest zone; - a seating zone; - a backrest zone; - a headrest zone;
A vehicle transmission comprising: a transmission case having an opening portion; and an insertion member including a shift/select shaft and an interlock plate, which is inserted into the transmission case through the opening portion, wherein the transmission case includes: an engagement portion provided inside the transmission case and engaging with the insertion member; and a guide portion (2B, 2d) provided inside the transmission case to be located closer to the opening portion than the engagement portion, characterized in that the interlock plate includes a groove portion extending along the insertion direction of the insertion member, and the guide portion includes a guide wall and a protrusion portion, the protrusion portion protruding from the guide wall toward the interlock plate and entering the groove portion of the interlock plate, wherein the interlock plate extends in the up and down direction along the insertion direction of the insertion member, such that a change in posture of the insertion member is regulated in such a manner that the guide portion enters the groove portion and the insertion member comes into contact with the guide portion before the insertion member engages with the engagement portion when the insertion member is inserted into the transmission case through the opening portion. a transmission case having an opening portion; and an insertion member including a shift/select shaft and an interlock plate, which is inserted into the transmission case through the opening portion, wherein the transmission case includes: an engagement portion provided inside the transmission case and engaging with the insertion member; and a guide portion (2B, 2d) provided inside the transmission case to be located closer to the opening portion than the engagement portion, characterized in that the interlock plate includes a groove portion extending along the insertion direction of the insertion member, and the guide portion includes a guide wall and a protrusion portion, the protrusion portion protruding from the guide wall toward the interlock plate and entering the groove portion of the interlock plate, wherein the interlock plate extends in the up and down direction along the insertion direction of the insertion member, such that a change in posture of the insertion member is regulated in such a manner that the guide portion enters the groove portion and the insertion member comes into contact with the guide portion before the insertion member engages with the engagement portion when the insertion member is inserted into the transmission case through the opening portion.
A random access method, comprising: receiving, by a user equipment, a message from a network device, wherein the message includes configuration information indicating a correspondence between an uplink bandwidth part and a first downlink bandwidth part; selecting, by the user equipment, a random access preamble from a random access preamble set, and selecting a random access channel resource from a random access channel resource set; sending, by the user equipment, the random access preamble on the uplink bandwidth part by using the random access channel resource; wherein the uplink bandwidth part is an active uplink bandwidth part when the user equipment performs a random access procedure; and receiving, by the user equipment, a random access response message on the first downlink bandwidth part; wherein the first downlink bandwidth part corresponds to the uplink bandwidth part. receiving, by a user equipment, a message from a network device, wherein the message includes configuration information indicating a correspondence between an uplink bandwidth part and a first downlink bandwidth part; selecting, by the user equipment, a random access preamble from a random access preamble set, and selecting a random access channel resource from a random access channel resource set; sending, by the user equipment, the random access preamble on the uplink bandwidth part by using the random access channel resource; wherein the uplink bandwidth part is an active uplink bandwidth part when the user equipment performs a random access procedure; and receiving, by the user equipment, a random access response message on the first downlink bandwidth part; wherein the first downlink bandwidth part corresponds to the uplink bandwidth part.
Floor or wall panel, wherein this panel has a substrate and a top layer applied thereon, wherein the substrate mainly consists of a mineral material, wherein on at least two opposite edges the panel is provided with coupling means that allow two such panels to be coupled together at the respective edges, wherein in the coupled state there is locking in the vertical direction perpendicular to the plane of the coupled panels and in the horizontal direction perpendicular to the coupled edges and in the plane of the coupled panels; wherein the aforementioned coupling means comprise at least a male part in the form of a tongue, wherein this tongue comprises a sideways projection formed on the respective edge, and in that the sideways projection on the upper side thereof adjoins a surface or plane of the edge extending substantially vertically, characterized in that the junction of the upper side of the sideways projection with the surface or plane of the edge extending substantially vertically is free from roundings with a radius less than 0.2 mm and/or in that the angle between the vertices formed between adjacent surfaces of this junction is always greater than 150°, and preferably greater than 160°.
A ground compaction roller, in particular a tandem roller or a single-drum roller, having - a machine frame, - a drive unit, - at least one roller drum mounted on the machine frame for rotation about a rotation axis, - an exciter device arranged at least partially in the roller drum, and - a sensor device arranged on the roller drum in the region of the rotation axis and that rotates together with the roller drum during operation of the ground compaction roller for measuring the compaction of a ground achieved by a passage of the ground compaction roller, characterized in that said sensor device comprises two accelerometers which each comprise a respective measuring axis (28, 29) and that the measuring axes (28, 29) are offset relative to one another by an angle. - a machine frame, - a drive unit, - at least one roller drum mounted on the machine frame for rotation about a rotation axis, - an exciter device arranged at least partially in the roller drum, and - a sensor device arranged on the roller drum in the region of the rotation axis and that rotates together with the roller drum during operation of the ground compaction roller for measuring the compaction of a ground achieved by a passage of the ground compaction roller,
A foam dispenser comprising a container to hold liquid and a foam-generating device mounted on the container; the foam-generating device comprising a liquid intake conduit, an air intake conduit, structure defining a mixing chamber for mixing air and liquid from these conduits, a foam chamber for holding foam received from the mixing chamber, a discharge conduit leading from the foam chamber to a discharge outlet and an actuator for driving foam from the foam chamber along the discharge conduit to the discharge outlet; one or more air inlets opening into the mixing chamber from the air intake conduit and one or more liquid inlets opening into the mixing chamber from the liquid intake conduit; characterised by the or each said liquid inlet entering the mixing chamber by way of a permeable regulator element, and the or each said air inlet entering the mixing chamber directly without passing through a permeable regulator element; wherein at least one of said one or more liquid inlets comprises a restricted jet with a jet orifice, said at least one liquid inlet has a closed bore between the restricted jet orifice and the regulator element, and the air inlet(s) is/are outside the closed bore.