mhurhangee/ep-ind-claims huggingface dataset:
An electronic system level parallel simulation method implemented by means of a multi core computer system, said method comprising the parallel evaluation of a plurality of concurrent processes of said simulation on a plurality of logic cores of said computer system, said concurrent processes being grouped together in threads of execution, the concurrent processes of a same thread of execution being evaluated sequentially by a same logic core of the system, the method being characterized in that it comprises a sub method of detection of conflicts of access, by said concurrent processes, to a shared memory of a simulated electronic system, said sub method being implemented by a simulation kernel executed by said computer system and comprising: • a step of construction of an oriented graph representative of access to said shared memory by said concurrent processes; and • a step of detection of cycles in said graph; a cycle being considered representative of a conflict of access to said shared memory; in which said oriented graph comprises nodes (W1 - W7), each representing a thread of execution accessing a location of said shared memory, and arcs each linking two nodes, each arc representing a relationship of order of execution between the two said threads of execution. • a step of construction of an oriented graph representative of access to said shared memory by said concurrent processes; and • a step of detection of cycles in said graph;
Radial compressor for a charging device of an internal combustion engine, having - a bearing arrangement, in which a rotor shaft is rotatably mounted; - a compressor wheel, which is arranged in a compressor housing and is arranged for conjoint rotation on the rotor shaft; and - a fresh-air supply channel for conducting a fresh-air mass flow to the compressor wheel, wherein - an iris diaphragm mechanism is arranged upstream of the compressor wheel and is configured to at least partially close or open a diaphragm aperture such that a flow cross section for the fresh-air mass flow, for flow against the compressor wheel, is able to be set variably at least over a partial region; - the iris diaphragm mechanism has multiple lamellae, wherein - each lamella has at least one first and one second lamella portion (56, 57), - each lamella has a bearing element for rotational mounting on a fixed bearing part, which bearing element is arranged in a bearing portion in an end region of the first lamella portion, and - each lamella has an actuation element which is arranged in an actuation region, which actuation region is situated opposite the bearing portion and in an end region of the second lamella portion, characterized in that an offset is formed in a direction perpendicular to a main extent plane of the lamella at least between the first lamella portion and the second lamella portion of the respective lamella. - a bearing arrangement, in which a rotor shaft is rotatably mounted; - a compressor wheel, which is arranged in a compressor housing and is arranged for conjoint rotation on the rotor shaft; and - a fresh-air supply channel for conducting a fresh-air mass flow to the compressor wheel, wherein - an iris diaphragm mechanism is arranged upstream of the compressor wheel and is configured to at least partially close or open a diaphragm aperture such that a flow cross section for the fresh-air mass flow, for flow against the compressor wheel, is able to be set variably at least over a partial region; - the iris diaphragm mechanism has multiple lamellae, wherein - each lamella has at least one first and one second lamella portion (56, 57), - each lamella has a bearing element for rotational mounting on a fixed bearing part, which bearing element is arranged in a bearing portion in an end region of the first lamella portion, and - each lamella has an actuation element which is arranged in an actuation region, which actuation region is situated opposite the bearing portion and in an end region of the second lamella portion, - each lamella has at least one first and one second lamella portion (56, 57), - each lamella has a bearing element for rotational mounting on a fixed bearing part, which bearing element is arranged in a bearing portion in an end region of the first lamella portion, and - each lamella has an actuation element which is arranged in an actuation region, which actuation region is situated opposite the bearing portion and in an end region of the second lamella portion,
An apparatus comprising, a) a fuel cell stack having an air inlet and an air exhaust; b) a recirculation line between the air exhaust from the fuel cell and the air inlet of the fuel cell stack; c) at least one controllable device (24, 26) configured to allow the flow rate through the recirculation line to be altered; and, d) one or more batteries wired in parallel with the fuel cell stack; characterized in that the apparatus further comprises a controller configured to control the at least one controllable device such that the polarization curve of the fuel cell stack more nearly matches the polarization curve of the one or more batteries when the one or more batteries and the fuel cell stack are operated as a hybrid electrical power supply system. a) a fuel cell stack having an air inlet and an air exhaust; b) a recirculation line between the air exhaust from the fuel cell and the air inlet of the fuel cell stack; c) at least one controllable device (24, 26) configured to allow the flow rate through the recirculation line to be altered; and, d) one or more batteries wired in parallel with the fuel cell stack;
System for producing a door frame, comprising - a threshold having an, if appropriate multi-part, threshold base body, a covering and a swirl channel formed as an undercut, - an outer frame profile with an outer frame back having latching webs, - an, if appropriate multi-part, threshold holder, - wherein the threshold holder has a base body and a fastening plate oriented perpendicular to the base body and wherein the base body of the threshold holder is designed and can be fastened to the threshold base body in such a way - that it at least substantially continues, by way of its outer contour facing away from the fastening plate, the outer contour of the covering, placed on the threshold base body, in the direction of extent of the threshold, characterized in that - the threshold holder terminates flush with the threshold by way of its fastening-plate-side outer contour and - the fastening plate, with the outer frame profile fitted thereon, bears between two latching webs on the outer frame back such that the outer frame profile terminates flush with the threshold by way of latching webs of the outer frame back. - a threshold having an, if appropriate multi-part, threshold base body, a covering and a swirl channel formed as an undercut, - an outer frame profile with an outer frame back having latching webs, - an, if appropriate multi-part, threshold holder, - wherein the threshold holder has a base body and a fastening plate oriented perpendicular to the base body and wherein the base body of the threshold holder is designed and can be fastened to the threshold base body in such a way - that it at least substantially continues, by way of its outer contour facing away from the fastening plate, the outer contour of the covering, placed on the threshold base body, in the direction of extent of the threshold, - the threshold holder terminates flush with the threshold by way of its fastening-plate-side outer contour and - the fastening plate, with the outer frame profile fitted thereon, bears between two latching webs on the outer frame back such that the outer frame profile terminates flush with the threshold by way of latching webs of the outer frame back.
A device for fastening a component to a body of a motor vehicle, preferably a utility vehicle, comprising: a body part, preferably a body roof part, the body part having an outer layer, a foam intermediate layer and an inner layer, the foam intermediate layer being arranged between the outer layer and the inner layer; and a connecting device (32; 52; 64) that abuts the outer layer and the inner layer and that is configured to fasten the component, characterized in that the connecting device comprises a block which abuts against a side of the outer layer facing the foam intermediate layer and against a side of the inner layer facing the foam intermediate layer, wherein: - the block is co-foamed into the foam intermediate layer or is inserted into a recess in the foam intermediate layer; and/or - the block is made of at least one synthetic-resin-impregnated glass fiber mat, preferably in multiple layers; and/or - at least contact surfaces between the block and the outer layer and/or the block and the inner layer are made of the same material, preferably of a synthetic resin-impregnated glass fiber mat; and/or - said block is substantially cuboid or substantially prismatic with at least two parallel sides for abutting said outer layer and said inner layer. a body part, preferably a body roof part, the body part having an outer layer, a foam intermediate layer and an inner layer, the foam intermediate layer being arranged between the outer layer and the inner layer; and a connecting device (32; 52; 64) that abuts the outer layer and the inner layer and that is configured to fasten the component, characterized in that the connecting device comprises a block which abuts against a side of the outer layer facing the foam intermediate layer and against a side of the inner layer facing the foam intermediate layer, wherein: - the block is co-foamed into the foam intermediate layer or is inserted into a recess in the foam intermediate layer; and/or - the block is made of at least one synthetic-resin-impregnated glass fiber mat, preferably in multiple layers; and/or - at least contact surfaces between the block and the outer layer and/or the block and the inner layer are made of the same material, preferably of a synthetic resin-impregnated glass fiber mat; and/or - said block is substantially cuboid or substantially prismatic with at least two parallel sides for abutting said outer layer and said inner layer. - the block is co-foamed into the foam intermediate layer or is inserted into a recess in the foam intermediate layer; and/or - the block is made of at least one synthetic-resin-impregnated glass fiber mat, preferably in multiple layers; and/or - at least contact surfaces between the block and the outer layer and/or the block and the inner layer are made of the same material, preferably of a synthetic resin-impregnated glass fiber mat; and/or - said block is substantially cuboid or substantially prismatic with at least two parallel sides for abutting said outer layer and said inner layer.
A process for sound source localization with a plurality of pairs of microphones (102, 204a, 204b), the process comprising the steps of: receiving signals from the plurality of pairs of microphones (102, 204a, 204b) into a memory; processing the signals from the plurality of pairs of microphones (102, 204a, 204b) to identify when the signals are active, a signal being active when being above a noise floor level; computing frequency spectrum data for the signals; for each pair of active signals, determining a respective candidate angle of sound arrival on the plurality of pairs of microphones using the frequency spectrum data; said process being characterized in that it further comprises the step of: selecting an angle of sound arrival on the plurality of pairs of microphones from among the candidate angles for the plurality of pairs of microphones (102, 204a, 204b). receiving signals from the plurality of pairs of microphones (102, 204a, 204b) into a memory; processing the signals from the plurality of pairs of microphones (102, 204a, 204b) to identify when the signals are active, a signal being active when being above a noise floor level; computing frequency spectrum data for the signals; for each pair of active signals, determining a respective candidate angle of sound arrival on the plurality of pairs of microphones using the frequency spectrum data; selecting an angle of sound arrival on the plurality of pairs of microphones from among the candidate angles for the plurality of pairs of microphones (102, 204a, 204b).
System for determination of the absolute position of a member, said system comprising a coder that is destined to be solidarity in displacement with said element, said coder comprising a principal magnetic track that is able to deliver a periodic magnetic field representative of the displacement of said coder, and a position sensor capable of reading said field to form a signal representative of the position of said principal track, said system being characterised in that the coder comprises a secondary magnetic track, of which at least one sector comprises a succession of North / South magnetic dipoles each having a same length L b in which the North and South poles are arranged in one state out of two different states, said dipoles being distributed along the sector to form a sequence of states with length 1 less than or equal to the length of 2 n dipoles, and in that it comprises at least n state sensors located at a reading distance from the sector of the secondary track, each sensor being capable of reading the state of a dipole located facing it, said sensors being distributed along said sector so as to be able to read a code of n states, said system comprising a device to discriminate an absolute position of the principal track as a function of said code.
An electrical apparatus for the generation, the transmission and/or the distribution of electrical energy comprising a housing enclosing an electrical apparatus interior space, at least a portion of the electrical apparatus interior space forming an insulation space, in which an electrical component is arranged and which contains an insulation medium surrounding the electrical component, the insulation medium containing an organofluorine compound and the electrical apparatus further comprising an adsorber comprising a zeolite for removing at least a part a contaminant and / or decomposition product resulting from arcing and/or partial discharge in the insulation space, characterized in that the zeolite contains - less than 0.5 at% of magnesium (Mg) - less than 0.5 at% of calcium (Ca) and - less than 0.5 at% of iron (Fe). - less than 0.5 at% of magnesium (Mg) - less than 0.5 at% of calcium (Ca) and - less than 0.5 at% of iron (Fe).
A method for retrieving data in an electronic device, the method comprising: storing tagged data comprising tag information during execution of a first application; when detecting input of the tag information during execution of a second application, retrieving data corresponding to the tag information in the form of a contact data table from a storage area of the second application provided on the electronic device; searching the contact data table using the tag information as a search word; retrieving and outputting a list of tagged data corresponding to the tag information among tagged data stored by the first application; and in response to a user selection from the list, obtaining application information indicating the first application in the contact data table for executing the selected tagged data corresponding to the tag information and providing the selected tagged data corresponding to the tag information by running the first application. storing tagged data comprising tag information during execution of a first application; when detecting input of the tag information during execution of a second application, retrieving data corresponding to the tag information in the form of a contact data table from a storage area of the second application provided on the electronic device; searching the contact data table using the tag information as a search word; retrieving and outputting a list of tagged data corresponding to the tag information among tagged data stored by the first application; and in response to a user selection from the list, obtaining application information indicating the first application in the contact data table for executing the selected tagged data corresponding to the tag information and providing the selected tagged data corresponding to the tag information by running the first application.
A remotely controllable, disc-shaped airborne platform, comprising a platform housing, wherein the platform housing has a plurality of motor-driven, horizontally oriented rotors, wherein each rotor is connected by a supporting arm to a supporting structure which receives the supporting arms of the rotors, wherein the supporting structure is arranged centrally in the platform housing, wherein at least one transport housing is received by the supporting structure in vibration-isolated manner from the motor-driven rotors, wherein the platform housing forms a closed contour on the end face, characterised in that the contour which is closed on the end face has distance sensors on the end face.
A driving assistance device comprising: a display unit which displays an energy consumption rate map which shows a distribution of an energy consumption rate during travel of a vehicle wherein the energy consumption rate map uses two axes composition representing a speed of the vehicle and an acceleration/deceleration of the vehicle, an icon which indicates a current energy consumption rate of the vehicle on the energy consumption rate map, the current energy consumption rate being defined by the speed of the vehicle and the acceleration/deceleration of the vehicle, and a direction defining display portion which defines a moving direction of the icon, wherein the energy consumption rate map displays an eco region, which is a region in which the energy consumption rate is lower than a predetermined value, with a color different from those of the other regions (LB, B) of the energy consumption rate map in the display unit, characterized in that the central part of the eco region is surrounded by an annular line and means that the farther outside the eco region, the higher the energy consumption rate. a display unit which displays an energy consumption rate map which shows a distribution of an energy consumption rate during travel of a vehicle wherein the energy consumption rate map uses two axes composition representing a speed of the vehicle and an acceleration/deceleration of the vehicle, an icon which indicates a current energy consumption rate of the vehicle on the energy consumption rate map, the current energy consumption rate being defined by the speed of the vehicle and the acceleration/deceleration of the vehicle, and a direction defining display portion which defines a moving direction of the icon, wherein the energy consumption rate map displays an eco region, which is a region in which the energy consumption rate is lower than a predetermined value, with a color different from those of the other regions (LB, B) of the energy consumption rate map in the display unit, characterized in that the central part of the eco region is surrounded by an annular line and means that the farther outside the eco region, the higher the energy consumption rate.
A fluid sampling device comprising: a port insert comprising a monolithic body having a first end and a second end, the body having a plurality of shafts, each of said plurality of shafts having an inlet opening (24a-24d) located towards the first end and an outlet opening located towards the second end for allowing fluid to flow therethrough; and a rotatably displaceable member disposed at the first end of the body, the rotatably displaceable member having a passage for allowing fluid to flow therethrough; wherein said body and said rotatably displaceable member are rotatable with respect to each other such that said passage of said rotatably displaceable member can be sequentially aligned with each of inlet openings (24a-24d) of said plurality of shafts of said body, wherein the fluid sampling device further comprises corresponding interlocking structures (62,P1,P2) defining discrete positions of the rotation of said body and said rotatably displaceable member relative to each other, wherein said interlocking structures comprise a ratchet-like configuration that can render the rotatably displaceable member rotatable in one direction and prevent it from being rotated more than one time around, and wherein said port insert is shaped to fit within a port of a fluid receptacle. a port insert comprising a monolithic body having a first end and a second end, the body having a plurality of shafts, each of said plurality of shafts having an inlet opening (24a-24d) located towards the first end and an outlet opening located towards the second end for allowing fluid to flow therethrough; and a rotatably displaceable member disposed at the first end of the body, the rotatably displaceable member having a passage for allowing fluid to flow therethrough; wherein said body and said rotatably displaceable member are rotatable with respect to each other such that said passage of said rotatably displaceable member can be sequentially aligned with each of inlet openings (24a-24d) of said plurality of shafts of said body, wherein the fluid sampling device further comprises corresponding interlocking structures (62,P1,P2) defining discrete positions of the rotation of said body and said rotatably displaceable member relative to each other, wherein said interlocking structures comprise a ratchet-like configuration that can render the rotatably displaceable member rotatable in one direction and prevent it from being rotated more than one time around, and wherein said port insert is shaped to fit within a port of a fluid receptacle.