mhurhangee/ep-ind-claims huggingface dataset:
Method for suctioning liquid fuel from a liquid trap in a fuel tank of a motor vehicle in which liquid fuel is cut off and stored in a collection area when the fuel tank is vented wherein a negative pressure generated in a gas or a headspace of the fuel tank is applied by a suction line to the liquid trap and the liquid fuel located in the collection area is suctioned at least partially by the suction line into the gas compartment or headspace, characterised in that the suction line branches into a plurality of parallel branch lines with a smaller line cross-section prior to entering into the collection area which enter into the collection area from below wherein end sections of the branch lines extend inside the liquid trap upwards through the collection area and comprise lateral openings inside the collection area through which liquid fuel can enter the branch lines.
Nozzle device for a furnace for heat treating a steel flat product, having a central supply pipe (2, 12, 22, 32, 42), on which at least one nozzle opening (6a-6k, 16-16d", 26a'-26c", 36a'-36c", 46a-46c) and a feed connection (5, 15, 25', 25", 35, 45', 45") for connecting the nozzle device (1, 11, 21, 31, 41) to a gas supply are provided, the gas supply feeding a gas (G1, G2, G3a, G3b, G4, G4a, G4b) into the nozzle device (1, 11, 21, 31, 41) flowing through the nozzle device (1, 11, 21, 31, 41) and issuing from the at least one nozzle opening (6a-6k, 16-16d", 26a'-26c", 36a'-36c", 46a-46c), wherein the nozzle device (1, 11, 21, 31, 41) has a first section (LA1-LA6, LAa'-LAc", LAx-LAz), in which it has a smaller effective nozzle opening cross-section (Q, Qa, Qk) than in a second section (LA1-LA6, LAa'-LAc", LAx-LAz) which seen in the flow direction of the gas (G1, G2, G3a, G3b, G4, G4a, G4b) issuing from the respective feed connection (5, 15, 25', 25", 35, 45', 45") and flowing through the nozzle device (1, 11, 21, 31, 41) is arranged further away from the feed connection (5, 15, 25', 25", 35, 45', 45") in question, characterised in that the sum of the effective opening cross-sections of all nozzle openings (6a-6k, 16-16d", 26a'-26c", 36a'-36c", 46a-46c) is less than or equal to the half cross-section of the supply pipe (2, 12, 22, 32).
A method of determining a handball performed by a player from an image; comprising: receiving an image from a camera, the image including an arm or hand of the player in contact with a ball; determining a pose of the player when the ball contacts the arm or hand of the player; comparing the pose of the player against a predetermined pose; and on the basis of the comparison, determining that a handball event has occurred; wherein the comparison comprises determining a boundary defining a natural silhouette pose of the player in the predetermined pose and determining whether the pose of the player is outside the boundary by overlaying the natural silhouette pose onto the image of the player at the moment that the ball hits the player's arm or hand; if the pose of the player is outside the boundary, it is determined that a handball event has occurred; and if the pose of the player is not outside the boundary, it is determined that a handball event has not occurred. receiving an image from a camera, the image including an arm or hand of the player in contact with a ball; determining a pose of the player when the ball contacts the arm or hand of the player; comparing the pose of the player against a predetermined pose; and on the basis of the comparison, determining that a handball event has occurred; wherein the comparison comprises determining a boundary defining a natural silhouette pose of the player in the predetermined pose and determining whether the pose of the player is outside the boundary by overlaying the natural silhouette pose onto the image of the player at the moment that the ball hits the player's arm or hand; if the pose of the player is outside the boundary, it is determined that a handball event has occurred; and if the pose of the player is not outside the boundary, it is determined that a handball event has not occurred.
A composition comprising at least one polymer, wherein the polymer comprises or consists essentially of or consists of a polymeric backbone comprising at least three monomeric repeat units A, B, and C which are different from each other, wherein monomeric repeat unit C comprises at least one side group which comprises at least one optionally protected alkynyl group, and wherein the polymer comprises an all carbon backbone.
Vehicle, in particular for conveying people and/or freight, having at least one fireproof electrical network (22, 20), at least one first vehicle region which has a first fire load and is designed for the purpose of conveying people and/or freight, and at least one second vehicle region which has a second fire load which is smaller than the first fire load and is not designed for the purpose of conveying people and/or freight, characterised in that at least part of the fireproof network (22, 20) is arranged in the second vehicle region and the vehicle comprises at least one fire-protective housing in the second vehicle region, in which at least part of the fireproof network is arranged.
A turbomachine comprising: a housing; a rotating group including a shaft and an intermediate sleeve that receives the shaft; a bearing arrangement with a first bearing and a second bearing that include roller elements and that support the rotating group for rotation about an axis of rotation relative to the housing, the first bearing and the second bearing disposed on opposite axial ends of the intermediate sleeve; the first bearing having a first inner race with a first inner radial surface and a first outer radial surface, the first inner radial surface having a first interference fit with the shaft, the first outer radial surface having a second interference fit with the intermediate sleeve; and the second bearing having a second inner race with a second inner radial surface and a second outer radial surface, the second inner race receiving the shaft with a clearance fit, the second outer radial surface having a third interference fit with the intermediate sleeve, the second inner race being coaxially aligned with the first inner race and the shaft via coaxial alignment of the intermediate sleeve and the first inner race. a housing; a rotating group including a shaft and an intermediate sleeve that receives the shaft; a bearing arrangement with a first bearing and a second bearing that include roller elements and that support the rotating group for rotation about an axis of rotation relative to the housing, the first bearing and the second bearing disposed on opposite axial ends of the intermediate sleeve; the first bearing having a first inner race with a first inner radial surface and a first outer radial surface, the first inner radial surface having a first interference fit with the shaft, the first outer radial surface having a second interference fit with the intermediate sleeve; and the second bearing having a second inner race with a second inner radial surface and a second outer radial surface, the second inner race receiving the shaft with a clearance fit, the second outer radial surface having a third interference fit with the intermediate sleeve, the second inner race being coaxially aligned with the first inner race and the shaft via coaxial alignment of the intermediate sleeve and the first inner race.
A light emitting device comprising: a substrate; a first conductivity type semiconductor layer disposed on the substrate; an active layer disposed on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer disposed on the active layer, wherein the first conductivity type semiconductor layer comprises a first layer provided at the upper surface thereof with a plurality of notches, a second layer disposed on the first layer and a third layer disposed on the second layer, wherein the upper surface of the second layer is even, wherein the first conductivity type semiconductor layer further comprises a blocking layer between the first layer and the second layer, wherein a first electrode is disposed on the first layer, characterized in that openings of the notches are disposed above a contact surface of the first electrode and the first layer, and in that the blocking layer is disposed along the notches such that the second layer of the first conductivity type semiconductor layer has a bottom surface having a shape corresponding to the notches on the upper surface of the first layer. a substrate; a first conductivity type semiconductor layer disposed on the substrate; an active layer disposed on the first conductivity type semiconductor layer; and a second conductivity type semiconductor layer disposed on the active layer, wherein the first conductivity type semiconductor layer comprises a first layer provided at the upper surface thereof with a plurality of notches, a second layer disposed on the first layer and a third layer disposed on the second layer, wherein the upper surface of the second layer is even, wherein the first conductivity type semiconductor layer further comprises a blocking layer between the first layer and the second layer, wherein a first electrode is disposed on the first layer, characterized in that openings of the notches are disposed above a contact surface of the first electrode and the first layer, and in that the blocking layer is disposed along the notches such that the second layer of the first conductivity type semiconductor layer has a bottom surface having a shape corresponding to the notches on the upper surface of the first layer.
A non-aqueous electrolyte secondary battery, comprising: a separator having an adhesive on at least one surface thereof; and an electrode having a core and an electrode mixture layer, the electrode mixture layer contacting the adhesive, wherein in the electrode mixture layer, a concentration of a porous material in a thickness direction increases from the core to the adhesive. a separator having an adhesive on at least one surface thereof; and an electrode having a core and an electrode mixture layer, the electrode mixture layer contacting the adhesive, wherein in the electrode mixture layer, a concentration of a porous material in a thickness direction increases from the core to the adhesive.
A preform for a ceramic matrix composite comprising direct channels extending from an exterior surface of the preform to an interior space of the preform wherein the direct channels are free of char and each direct channel is an open space having no variations in direction of more than five degrees; wherein at least two of the direct channels are perpendicular to each other and lie in the same plane and at least one additional direct channel is perpendicular to the plane.
Method for controlling the voltage of a catenary supplying electric power to rolling stocks, characterized in that the method comprises the steps executed by a first rolling stock of: - detecting a traction command or a regeneration command of a second rolling stock in the neighborhood of first rolling stock, - increasing the electric power supplied by the first rolling stock to means for heating, ventilation and air conditioning when a regeneration command of the second rolling stock is detected, - decreasing the electric powder supplied by the first rolling stock to the means for heating, ventilation and air conditioning when a traction command of the second rolling stock is detected. - detecting a traction command or a regeneration command of a second rolling stock in the neighborhood of first rolling stock, - increasing the electric power supplied by the first rolling stock to means for heating, ventilation and air conditioning when a regeneration command of the second rolling stock is detected, - decreasing the electric powder supplied by the first rolling stock to the means for heating, ventilation and air conditioning when a traction command of the second rolling stock is detected.
A method for testing the operation of an optical fiber cable in a communication network using an optical loss test set, OLTS, instrument having a first unit and a second unit, the method comprising the steps of: receiving by the first unit a range of identifiers of fiber sets to be tested, wherein each of the fiber sets comprises one or more fibers; displaying by the first unit identifiers of a first fiber set (301, 302), wherein the first fiber set (301, 302) is included in the range and wherein the first fiber set (301, 302) comprises a next fiber set to be tested; determining by the first unit whether the first fiber set (301, 302) is connected to the OLTS instrument; performing by the first unit a test of the first fiber set (301, 302) using the OLTS instrument, in response to determining that the first fiber set (301, 302) is connected to the OLTS instrument; and displaying by the first unit identifiers of a second fiber set (303, 304) in response to the determining by the first unit that the test performed on the first fiber set (301, 302) is completed, wherein the second fiber set (303, 304) is included in the range and wherein the second fiber set (303, 304) comprises said next fiber set to be tested. receiving by the first unit a range of identifiers of fiber sets to be tested, wherein each of the fiber sets comprises one or more fibers; displaying by the first unit identifiers of a first fiber set (301, 302), wherein the first fiber set (301, 302) is included in the range and wherein the first fiber set (301, 302) comprises a next fiber set to be tested; determining by the first unit whether the first fiber set (301, 302) is connected to the OLTS instrument; performing by the first unit a test of the first fiber set (301, 302) using the OLTS instrument, in response to determining that the first fiber set (301, 302) is connected to the OLTS instrument; and displaying by the first unit identifiers of a second fiber set (303, 304) in response to the determining by the first unit that the test performed on the first fiber set (301, 302) is completed, wherein the second fiber set (303, 304) is included in the range and wherein the second fiber set (303, 304) comprises said next fiber set to be tested.
Electrical device for connecting to a high-voltage power grid having - a boiler, which is filled with an insulating fluid and in which a magnetizable core and at least one winding, which surrounds a section of the core, are arranged, and - a cooling system which comprises at least one radiator which is arranged outside the boiler and is connected thereto via the radiator in order to circulate the insulating fluid, wherein the radiator has at least two heat exchange elements which are connected in parallel with one another, wherein only one of the heat exchange elements has a heat-conducting connection, as a heated heat exchange element, to a heat source which generates heat when the operation of the electrical device is started, characterized in that the heat source is the boiler which is filled with insulating fluid, wherein the boiler and/or the insulating fluid are/is connected in a heat-conducting fashion to the heated heat exchange element via at least one heat pipe. - a boiler, which is filled with an insulating fluid and in which a magnetizable core and at least one winding, which surrounds a section of the core, are arranged, and - a cooling system which comprises at least one radiator which is arranged outside the boiler and is connected thereto via the radiator in order to circulate the insulating fluid, wherein the radiator has at least two heat exchange elements which are connected in parallel with one another,
Driver assistance method for a vehicle, wherein a vehicle environment is sensed by means of sensors, wherein the sensed vehicle environment is displayed at least partially on a display, wherein driver assistance is provided for moving the vehicle from the current position in order to reach a target position of the vehicle, wherein the target position is displayed on the display, and wherein the target position is shifted and/or rotated in the representation of the vehicle environment on the display by means of an input unit, characterized in that the target position is surrounded by a frame which indicates a region in which the maximum shifting and/or rotation of the target position can take place.
A method implemented by a computing device comprising one or more processors, the method comprising: executing a distributed application by a plurality of processor cores, each of which is associated with a respective atomic transaction engine instance, wherein the atomic transaction engine instances are arranged to communicate over an interconnect; wherein each of the plurality of processor cores controls a respective portion of a distributed shared memory, and wherein executing the application comprises: identifying, during execution of a portion of the distributed application on one of the plurality of processor cores, that an operation of the distributed application targets a location of the distributed shared memory determining that the target location of the distributed shared memory is controlled by a second processor core of the plurality of processor cores; generating, by the first atomic transaction engine instance associated with the first processor core, a remote procedure call, RPC, request frame, wherein the RPC request frame comprises a descriptor and an identifier of the targeted location in the distributed shared memory, and wherein the descriptor comprises an identifier of the operation's type; sending the RPC request frame over the interconnect to a second atomic transaction engine instance associated with the second processor core of the plurality of processor cores; performing the identified operation by the second atomic transaction engine instance associated with the second processor core. identifying, during execution of a portion of the distributed application on one of the plurality of processor cores, that an operation of the distributed application targets a location of the distributed shared memory determining that the target location of the distributed shared memory is controlled by a second processor core of the plurality of processor cores; generating, by the first atomic transaction engine instance associated with the first processor core, a remote procedure call, RPC, request frame, wherein the RPC request frame comprises a descriptor and an identifier of the targeted location in the distributed shared memory, and wherein the descriptor comprises an identifier of the operation's type; sending the RPC request frame over the interconnect to a second atomic transaction engine instance associated with the second processor core of the plurality of processor cores; performing the identified operation by the second atomic transaction engine instance associated with the second processor core.
A wellbore system, comprising: an upper deflector arranged within a main bore of a wellbore and defining first and second channels, the first and second channels extending longitudinally through the upper deflector and being interconnected across the length of the upper deflector; a lower deflector arranged within the main bore and spaced from the upper deflector by a predetermined distance, the lower deflector defining a first conduit that exhibits a predetermined diameter and communicates with a lower portion of the main bore and a second conduit that communicates with a lateral bore; and a bullnose assembly including a body and a bullnose tip arranged at a distal end of the body, the bullnose assembly being actuatable between a default configuration and an actuated configuration, wherein the upper and lower deflectors direct the bullnose assembly into one of the lateral bore and the lower portion of the main bore based on a length and a diameter of the bullnose tip as compared to the predetermined distance and the predetermined diameter, respectively. an upper deflector arranged within a main bore of a wellbore and defining first and second channels, the first and second channels extending longitudinally through the upper deflector and being interconnected across the length of the upper deflector; a lower deflector arranged within the main bore and spaced from the upper deflector by a predetermined distance, the lower deflector defining a first conduit that exhibits a predetermined diameter and communicates with a lower portion of the main bore and a second conduit that communicates with a lateral bore; and a bullnose assembly including a body and a bullnose tip arranged at a distal end of the body, the bullnose assembly being actuatable between a default configuration and an actuated configuration, wherein the upper and lower deflectors direct the bullnose assembly into one of the lateral bore and the lower portion of the main bore based on a length and a diameter of the bullnose tip as compared to the predetermined distance and the predetermined diameter, respectively.
Device, with which two panels (1, 2), in particular furniture panels consisting of a coated wood composite panel, in particular particle board, are angularly connected and interlocked, wherein the panels (1, 2) comprise two opposite flat sides (10, 20) and four narrow sides (15, 25) extending angularly to the flat sides (10, 20) and one of the panels has a groove (11, 21) in at least one of the narrow sides and the other panel has a groove (11, 21) in at least one of the flat sides, each groove having an insertion element inserted into it, which comprises at least one undercut and each undercut cooperates with a lip or spring lip (42, 41) of a locking element which is configured so that it can be snapped into the insertion elements, characterised in that the insertion elements are trapezoidal, in particular isosceles trapezoidal in cross-section, and made up of two parts and the two parts (3.1, 3.2) are connected with each other in an articulated manner.
Chronograph mechanism, comprising - a chronograph mobile, - a coupling device for coupling the chronograph mobile to a drive geartrain, - a resetting device, - a column wheel for controlling the coupling device and the resetting device, and - a push button arranged to actuate the column wheel such that successive presses on the push button control the starting, stopping and resetting of the chronograph mechanism, characterised in that the column wheel comprises a first column stage co-operating with the coupling device and a second column stage co-operating with the resetting device. - a chronograph mobile, - a coupling device for coupling the chronograph mobile to a drive geartrain, - a resetting device, - a column wheel for controlling the coupling device and the resetting device, and - a push button arranged to actuate the column wheel such that successive presses on the push button control the starting, stopping and resetting of the chronograph mechanism,