mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit comprising an electronic component or circuit having an input terminal and an output terminal and a protection device for protecting the electronic component or circuit against electrostatic discharge, the protection device comprising a substrate formed from dielectric material; an electrically conductive ground plane formed on one side of the substrate; an electrically conductive line formed on the other side of the substrate, the conductive line having a non-linear profile and including one or more sharp corners; a first circuit means electrically directly connected to one end of the conductive line which is capable of diverting at least a portion of electrostatic discharge to electrical ground; and a second circuit means electrically directly connected to the other end of the conductive line which is capable of diverting at least a portion of electrostatic discharge to electrical ground, wherein one of the ends of the conductive line is directly connected to the input terminal through a capacitor.
Roof assembly for a convertible, wherein a roof is able to be moved into an open position and into a closed position, comprising a multiplicity of roof bows and links, wherein the roof bows and links are movable relative to one another by means of drivable roof kinematics, and wherein, in at least one roof component, a rivet (1, 3) or a rivet nut is arranged, wherein the roof component is a first roof bow or a first link or a body-mounted bearing point that is configured as a mechanical stop for a second roof bow or a second link that is movable relative to the roof component, wherein the rivet (1, 3) or the rivet nut is produced from a metallic material, wherein the rivet (1, 3) or the rivet nut has a non-metallic material at least at the contact point between the rivet (1, 3) or the rivet nut and the second roof bow or the second link, wherein the rivet and/or the rivet nut has/have a first material component (1.1, 2.1, 3.1), wherein the first material component (1.1, 2.1, 3.1) is metallic, and has/have a second material component (1.2, 2.2, 3.2), wherein the second material component (1.2, 2.2, 3.2) is non-metallic, characterized in that the rivet (1, 3) or the rivet nut is configured as a lateral mechanical stop or as a vertical mechanical stop, in that the first material component (1.1, 2.1, 3.1) is formed geometrically in a head portion of the rivet (1, 3) or of the rivet nut such that a form-fitting connection between the first material component (1.1, 2.1, 3.1) and second material component (1.2, 2.2, 3.2) is achieved, wherein the second material component (1.2, 2.2, 3.2) is applied at least locally to the first material component (1.1, 2.1, 3.1) by overmoulding, wherein the overmoulding of the rivet or of the rivet nut is formed in the region of the head portion.
Roof bar endcap for a vehicle, said endcap comprising: one or more light emitting devices, said one or more light emitting devices comprises at least two modes of lighting; an envelope arranged to at least partially surround said one or more light emitting devices, said envelope comprising a first light exit surface portion and a second light exit surface portion (2"), wherein said first light exit surface portion is arranged at an angle in relation to said second light exit surface portion (2"), wherein at least one light emitting device, in a first of said at least two modes of lighting, is arranged to emit light through said first light exit surface portion and in a first plane, and at least one light emitting device, in a second of said at least two modes of lighting, is arranged to emit light through said second light exit surface portion (2") and in a second plane, wherein said first plane is distinct to said second plane; and an engagement part adapted to engage a distal end of a roof bar such that the endcap is fixedly attached to said roof bar. one or more light emitting devices, said one or more light emitting devices comprises at least two modes of lighting; an envelope arranged to at least partially surround said one or more light emitting devices, said envelope comprising a first light exit surface portion and a second light exit surface portion (2"), wherein said first light exit surface portion is arranged at an angle in relation to said second light exit surface portion (2"), wherein at least one light emitting device, in a first of said at least two modes of lighting, is arranged to emit light through said first light exit surface portion and in a first plane, and at least one light emitting device, in a second of said at least two modes of lighting, is arranged to emit light through said second light exit surface portion (2") and in a second plane, wherein said first plane is distinct to said second plane; and an engagement part adapted to engage a distal end of a roof bar such that the endcap is fixedly attached to said roof bar.
Method to produce a bead for use with a sawing cord comprising the steps of: - holding a metal tube on at least one of its ends; - starting to clad said tube by means of a laser cladding system whereby a supply of metal matrix material is molten by a laser beam on said tube and; a supply of abrasive particles is thrown into the pool of molten metal matrix material; - forming a track on said tube by relatively moving said laser cladding system to said tube in a rotational and optionally translational movement said track building an abrasive layer on said tube; - stopping the cladding of said tube; - allowing the thus formed bead to cool down; characterized in that said abrasive layer of said formed bead has a mass that is larger than the mass of said tube covered by said abrasive layer and the circumferential tube speed relative to said laser cladding system is between 5 and 500 mm per second. - holding a metal tube on at least one of its ends; - starting to clad said tube by means of a laser cladding system whereby a supply of metal matrix material is molten by a laser beam on said tube and; a supply of abrasive particles is thrown into the pool of molten metal matrix material; a supply of metal matrix material is molten by a laser beam on said tube and; a supply of abrasive particles is thrown into the pool of molten metal matrix material; - forming a track on said tube by relatively moving said laser cladding system to said tube in a rotational and optionally translational movement said track building an abrasive layer on said tube; - stopping the cladding of said tube; - allowing the thus formed bead to cool down;
Air spring system for a rail vehicle, which can be arranged as a secondary spring system between a wagon body and a chassis or running gear, with a working or pressure space which forms a spring volume and is delimited by a vehicle body-side air spring cover, a chassis-side bead plate and an air spring bellows which is arranged between the air spring cover and the bead plate, an additional volume which can be connected to the working or pressure space so as to interact with it being configured in the air spring cover, characterized in that the additional volume in the air spring cover is formed from a plurality of individual volumes (10, 11) which, via valves, can be connected to one another and/or to the working or pressure space and/or can be closed off with respect to one another and/or with respect to the working or pressure space.
A computer-implemented method comprising: generating, by one or more processors of a vehicle, a first uniform resource identifier, URI, wherein the first URI comprises an indication of a client application; causing to present, at a display of the vehicle, the first URI; downloading and installing the client application, based on the received first URI, to a wireless device; receiving a request from the wireless device for credentials of the vehicle; generating, by the one or more processors, a second URI; causing to present, at the display of the vehicle, the second URI; launching the client application, based on scanning the second URI; receiving, from the client application on the wireless device, a request to establish a trusted relationship; and establishing the trusted relationship with the wireless device. generating, by one or more processors of a vehicle, a first uniform resource identifier, URI, wherein the first URI comprises an indication of a client application; causing to present, at a display of the vehicle, the first URI; downloading and installing the client application, based on the received first URI, to a wireless device; receiving a request from the wireless device for credentials of the vehicle; generating, by the one or more processors, a second URI; causing to present, at the display of the vehicle, the second URI; launching the client application, based on scanning the second URI; receiving, from the client application on the wireless device, a request to establish a trusted relationship; and establishing the trusted relationship with the wireless device.
Sterile blood bag system for taking and cryopreserving umbilical cord blood, which system comprises at least one puncture part, a combined mixing and freezing bag and an inlet element as components, characterised in that the individual components of the blood bag system are interconnected so as to communicate with one another via connection lines in such a way that the combined mixing and freezing bag can be used for directly receiving blood from an umbilical cord during the taking thereof and can simultaneously be used for cryopreservation, in that the individual components of the blood bag system can be sterilely separated from one another by separating devices, in that a reservoir region is arranged between the puncture part and the mixing and freezing bag, the reservoir region comprising an opening, an inlet and outlet, on each opposing side, the reservoir region being integrated, in a direct and aligned manner, into the main connection line that connects the puncture part and the combined mixing and freezing bag.
A computer-implemented method comprising: training a speech recognition model with a minimum word error rate loss function by: receiving a training example comprising a proper noun; generating a plurality of hypotheses corresponding to the training example, each hypothesis of the plurality of hypotheses corresponding to the proper noun and comprising a corresponding probability that indicates a likelihood that the hypothesis represents the proper noun; determining that the corresponding probability associated with one of the plurality of hypotheses satisfies a penalty criteria, the penalty criteria indicating that: the corresponding probability satisfies a probability threshold; and the associated hypothesis incorrectly represents the proper noun; and applying a penalty to the minimum word error rate loss function. receiving a training example comprising a proper noun; generating a plurality of hypotheses corresponding to the training example, each hypothesis of the plurality of hypotheses corresponding to the proper noun and comprising a corresponding probability that indicates a likelihood that the hypothesis represents the proper noun; determining that the corresponding probability associated with one of the plurality of hypotheses satisfies a penalty criteria, the penalty criteria indicating that: the corresponding probability satisfies a probability threshold; and the associated hypothesis incorrectly represents the proper noun; and the corresponding probability satisfies a probability threshold; and the associated hypothesis incorrectly represents the proper noun; and applying a penalty to the minimum word error rate loss function.
Circuit system for a commercial vehicle, comprising: - a first circuit, which carries a first fluid and is preferably a refrigerating circuit, and - a second circuit, which carries a second fluid and is preferably a heating circuit, wherein - a heat exchanger is provided, to which the first fluid can be fed in accordance with the circuit system modes in order to provide a heat exchanging connection to the second circuit, and to which it is preferably possible not to feed the first fluid in order to prevent the heat exchanging connection to the second circuit, and, depending on the circuit system mode, the heat exchanger acts as a condenser/gas cooler, at least in the reheat mode; and/or - the first circuit comprises an expansion element, to which the first fluid can be fed in accordance with the circuit system modes in order to feed the first fluid to a further heat exchanger after it has undergone the action of the expansion element, and to which it is preferably possible not to feed the first fluid in order to feed said fluid to the further heat exchanger while bypassing the expansion element, and, depending on the circuit system mode, the further heat exchanger acts as an evaporator or as a condenser/gas cooler, namely as an evaporator in the reheat mode and as a condenser/gas cooler, in the thawing mode, in the heating and thawing mode and/or in the cooling mode. - a first circuit, which carries a first fluid and is preferably a refrigerating circuit, and - a second circuit, which carries a second fluid and is preferably a heating circuit, - a heat exchanger is provided, to which the first fluid can be fed in accordance with the circuit system modes in order to provide a heat exchanging connection to the second circuit, and to which it is preferably possible not to feed the first fluid in order to prevent the heat exchanging connection to the second circuit, and, depending on the circuit system mode, the heat exchanger acts as a condenser/gas cooler, at least in the reheat mode; and/or - the first circuit comprises an expansion element, to which the first fluid can be fed in accordance with the circuit system modes in order to feed the first fluid to a further heat exchanger after it has undergone the action of the expansion element, and to which it is preferably possible not to feed the first fluid in order to feed said fluid to the further heat exchanger while bypassing the expansion element, and, depending on the circuit system mode, the further heat exchanger acts as an evaporator or as a condenser/gas cooler, namely as an evaporator in the reheat mode and as a condenser/gas cooler, in the thawing mode, in the heating and thawing mode and/or in the cooling mode.
Method for determining a trajectory of a vehicle; in which map data are provided which relate to a traffic route on which the vehicle moves, the map data comprising a preferential line for driving along the traffic route; and in which a trajectory portion of the vehicle is detected; a location offset is determined on the basis of a comparison of the detected trajectory portion with the preferential line; and in which a corrected trajectory portion is determined on the basis of the location offset and the detected trajectory portion; the location offset being determined such that a deviation between the preferential line and the corrected trajectory portion is optimized, characterized in that, when detecting the trajectory portion, a usable region of the trajectory portion is determined, on the basis of which the comparison with the preferential line is carried out, the usable region being determined on the basis of a deviation intention for the vehicle or a course of the traffic route. map data are provided which relate to a traffic route on which the vehicle moves, the map data comprising a preferential line for driving along the traffic route; and in which a trajectory portion of the vehicle is detected; a location offset is determined on the basis of a comparison of the detected trajectory portion with the preferential line; and in which a corrected trajectory portion is determined on the basis of the location offset and the detected trajectory portion; the location offset being determined such that a deviation between the preferential line and the corrected trajectory portion is optimized, characterized in that, when detecting the trajectory portion, a usable region of the trajectory portion is determined, on the basis of which the comparison with the preferential line is carried out, the usable region being determined on the basis of a deviation intention for the vehicle or a course of the traffic route.
A method for controlling transmission power, by which, in a communication system, signals of transmitters of a group of a plurality of transmitters are transmitted, in packets and according to a multiplex presetting, to a receiver assigned to this group, wherein, in said method - the transmission powers of by which the transmitters of the group are transmitting, are situated within a total transmission power range, and - a parameter is to be assigned to each transmitter, the parameter indicating the amount of the transmission power of the transmission performed by the respective transmitter, characterized in - that the parameter is computed on the basis of a random number and on the basis of probability values as to how many transmitters of the group are transmitting with a respective transmission power which is situated within different presettable transmission power segments which themselves are situated within the total transmission power range. - the transmission powers of by which the transmitters of the group are transmitting, are situated within a total transmission power range, and - a parameter is to be assigned to each transmitter, the parameter indicating the amount of the transmission power of the transmission performed by the respective transmitter, - that the parameter is computed on the basis of a random number and on the basis of probability values as to how many transmitters of the group are transmitting with a respective transmission power which is situated within different presettable transmission power segments which themselves are situated within the total transmission power range.
A structure comprising at least one thermal management element comprising: - a composite body containing at least one phase change material disposed in a rigid structuring matrix, such that the composite body is self-supporting regardless of the phase of the phase change material contained, the composite body being shaped to locally present externally at least one said cavity which defines by itself a wall of a channel suitable for circulating a fluid, the composite body defining a tray (63, 63a, 63b) which has a thickness (e) and on at least one of whose faces extend the channels formed by the cavities, characterized in that, between the channels, passages are formed in the thickness (e) of the tray (63,63a,63b) to receive external elements to be placed in thermal exchange with the fluid to be circulated in the channels. - a composite body containing at least one phase change material disposed in a rigid structuring matrix, such that the composite body is self-supporting regardless of the phase of the phase change material contained, the composite body being shaped to locally present externally at least one said cavity which defines by itself a wall of a channel suitable for circulating a fluid, the composite body defining a tray (63, 63a, 63b) which has a thickness (e) and on at least one of whose faces extend the channels formed by the cavities, characterized in that, between the channels, passages are formed in the thickness (e) of the tray (63,63a,63b) to receive external elements to be placed in thermal exchange with the fluid to be circulated in the channels. the composite body being shaped to locally present externally at least one said cavity which defines by itself a wall of a channel suitable for circulating a fluid, the composite body defining a tray (63, 63a, 63b) which has a thickness (e) and on at least one of whose faces extend the channels formed by the cavities, characterized in that, between the channels, passages are formed in the thickness (e) of the tray (63,63a,63b) to receive external elements to be placed in thermal exchange with the fluid to be circulated in the channels.
A computer-implemented method performed by a data processing system, the method comprising: receiving a set of first intents, wherein the set of first intents describes a state of a first switch fabric within a set of network elements, the set of network elements including routers and switches; receiving a set of second intents, wherein the set of second intents describes a state of a second switch fabric, wherein the state of the second switch fabric results from changes applied to the set of network elements; automatically computing, by an intent translator executing on the data processing system, a set of network operations to perform on the first switch fabric to achieve the second switch fabric, the computing including determining an order in which the network operations in the set of network operations are to be executed, and the set of network operations and the order determined based on the set of first intents, the set of second intents, and migration logic that defines a ruleset for selecting the network operations in the set of network operations based on the set of first intents and the set of second intents; and executing, by an operation runner executing on the data processing system, the set of network operations on the set of network elements according to the order, to apply changes to the set of network elements within the first switch fabric to achieve the state of the second switch fabric within the set of network elements. receiving a set of first intents, wherein the set of first intents describes a state of a first switch fabric within a set of network elements, the set of network elements including routers and switches; receiving a set of second intents, wherein the set of second intents describes a state of a second switch fabric, wherein the state of the second switch fabric results from changes applied to the set of network elements; automatically computing, by an intent translator executing on the data processing system, a set of network operations to perform on the first switch fabric to achieve the second switch fabric, the computing including determining an order in which the network operations in the set of network operations are to be executed, and the set of network operations and the order determined based on the set of first intents, the set of second intents, and migration logic that defines a ruleset for selecting the network operations in the set of network operations based on the set of first intents and the set of second intents; and executing, by an operation runner executing on the data processing system, the set of network operations on the set of network elements according to the order, to apply changes to the set of network elements within the first switch fabric to achieve the state of the second switch fabric within the set of network elements.