mhurhangee/ep-ind-claims huggingface dataset:
A method for providing Registration Data Access Protocol, RDAP, responses, the method comprising: obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user; providing, by the RDAP client, the RDAP query to a RDAP server, wherein the RDAP server communicates with one or more thick RDAP servers (2180a,2180b) to provide respective thick RDAP answers to the RDAP query, wherein at least one the respective thick RDAP answers are encrypted by the one or more thick RDAP servers (2180a, 2180b) using one or more symmetric encryption keys (REKs) provided by a key management service; obtaining a consolidated thick RDAP answer to the RDAP query from the RDAP server; decrypting, by the RDAP client, the consolidated thick RDAP answer using the one or more symmetric encryption keys (REKs) provided by the key management service; and providing the thick RDAP answer that is decrypted to the user. obtaining, at a RDAP client over a network, a RDAP query for RDAP data from a user; providing, by the RDAP client, the RDAP query to a RDAP server, wherein the RDAP server communicates with one or more thick RDAP servers (2180a,2180b) to provide respective thick RDAP answers to the RDAP query, wherein at least one the respective thick RDAP answers are encrypted by the one or more thick RDAP servers (2180a, 2180b) using one or more symmetric encryption keys (REKs) provided by a key management service; obtaining a consolidated thick RDAP answer to the RDAP query from the RDAP server; decrypting, by the RDAP client, the consolidated thick RDAP answer using the one or more symmetric encryption keys (REKs) provided by the key management service; and providing the thick RDAP answer that is decrypted to the user.
A method for a mobile transceiver configured to communicate in a mobile communication system, the method comprising providing information on a field of application of the mobile transceiver to a network entity of the mobile communication system for scheduling radio resources as resource blocks for data communication with the mobile transceiver based on the information on the field of application; communicating data in the mobile communication system using scheduled radio resources, wherein the information on the field of application comprises information on whether the mobile transceiver is permanently mounted into a vehicle. providing information on a field of application of the mobile transceiver to a network entity of the mobile communication system for scheduling radio resources as resource blocks for data communication with the mobile transceiver based on the information on the field of application; communicating data in the mobile communication system using scheduled radio resources, wherein the information on the field of application comprises information on whether the mobile transceiver is permanently mounted into a vehicle.
A variable pitch propeller for a marine vessel, wherein the variable pitch propeller comprises: a propeller hub; a propeller blade flange for a propeller blade, the propeller blade flange being rotatably fixed to the propeller hub; and a sealing arrangement disposed between the propeller hub and the propeller blade flange, the sealing arrangement comprising: a first seal secured to the propeller hub; and a second seal secured to the propeller blade flange, the second seal being arranged to rotate with the propeller blade flange, wherein the first seal and the second seal are provided separate from one another, and the first seal and the second seal being arranged to substantially prevent matter from passing between the propeller hub and the propeller blade flange (9, characterise in that the second seal is a circumferential lip-type seal. a propeller hub; a propeller blade flange for a propeller blade, the propeller blade flange being rotatably fixed to the propeller hub; and a sealing arrangement disposed between the propeller hub and the propeller blade flange, the sealing arrangement comprising: a first seal secured to the propeller hub; and a second seal secured to the propeller blade flange, the second seal being arranged to rotate with the propeller blade flange, wherein the first seal and the second seal are provided separate from one another, and the first seal and the second seal being arranged to substantially prevent matter from passing between the propeller hub and the propeller blade flange (9, characterise in that the second seal is a circumferential lip-type seal. a first seal secured to the propeller hub; and a second seal secured to the propeller blade flange, the second seal being arranged to rotate with the propeller blade flange, wherein the first seal and the second seal are provided separate from one another, and the first seal and the second seal being arranged to substantially prevent matter from passing between the propeller hub and the propeller blade flange (9, characterise in that the second seal is a circumferential lip-type seal.
A mechanical circulatory support system comprising: a controller configured to generate a signal initiating an update process and configured to transmit update information; and an implantable blood pump communicatively coupled to the controller, the blood pump comprising: a rotor; and a control unit communicatively coupled with the rotor and configured to: control the motion and position of the rotor; receive the signal initiating the update process; and temporarily stop the rotor in response to the signal initiating the update process. a controller configured to generate a signal initiating an update process and configured to transmit update information; and an implantable blood pump communicatively coupled to the controller, the blood pump comprising: a rotor; and a control unit communicatively coupled with the rotor and configured to: control the motion and position of the rotor; receive the signal initiating the update process; and temporarily stop the rotor in response to the signal initiating the update process. a rotor; and a control unit communicatively coupled with the rotor and configured to: control the motion and position of the rotor; receive the signal initiating the update process; and temporarily stop the rotor in response to the signal initiating the update process. control the motion and position of the rotor; receive the signal initiating the update process; and temporarily stop the rotor in response to the signal initiating the update process.
An apparatus comprising: a substrate; a plurality of nucleation sites provided on the substrate; and a nanostructured surface surrounding the nucleation sites arranged to enable coalescence induced droplet jumping; wherein both the plurality of nucleation sites and the nanostructured surface are hydrophobic, characterised in that the plurality of nucleation sites are arranged in clusters, wherein spacing between nucleation sites in a cluster is less than spacing between the nucleation sites in the cluster to nucleation sites in other clusters. a substrate; a plurality of nucleation sites provided on the substrate; and a nanostructured surface surrounding the nucleation sites arranged to enable coalescence induced droplet jumping; wherein both the plurality of nucleation sites and the nanostructured surface are hydrophobic, characterised in that the plurality of nucleation sites are arranged in clusters, wherein spacing between nucleation sites in a cluster is less than spacing between the nucleation sites in the cluster to nucleation sites in other clusters.
Cooling system comprising at least one compressor, which compressor has at least one suction inlet and at least one outlet, which cooling system comprises at least one condenser unit, which condenser unit via a cooling agent line is connected to at least one restriction element, which restriction element is connected to at least one evaporator, where the condenser unit contains at least one oil separator (18, 20) from which oil separator (18, 20) oil is lead through a pipeline back to the compressor, whereby the condenser unit and the oil separator (18, 20, 22) are integrated into a common pressure tank, which pressure tank contains at least one oil sump, where the pressure tank contains a condenser container, which condenser container is cooled by a heat exchanger, through which heat exchanger there flows a first cooling agent, where the condenser container interacts with an oil cooler (22, 42), which oil cooler (22, 42) is placed in connection with the condenser container, where a liquid and gas connection is established between the bottom of the condenser container and the oil cooler (22, 42), from which oil sump at the bottom of the common pressure tank oil is lead through the heat exchanger of the oil cooler and back to the compressor, characterised in that an oil cooling agent mixture, the concentration of which has been increased by evaporation of cooling agent in the oil cooler container, is lead through at least one valve and back to the compressor, whereby the oil cooler (22, 42) is integrated in the condenser container.
A system, comprising: a stream cache, comprising: a stream cache controller adapted to store, fetch or retrieve intact data packets, a stream cache memory adapted to store intact data packets, as determined by the stream cache controller, until the storage capacity of the stream cache memory is at its limit, and to further output the stored intact data packets of input data to a data processor; and characterised in that the system further comprises a storage adapted to receive and store the most recently input data packets, as determined by the stream cache controller, when the storage capacity of the stream cache memory is at its limit. a stream cache, comprising: a stream cache controller adapted to store, fetch or retrieve intact data packets, a stream cache memory adapted to store intact data packets, as determined by the stream cache controller, until the storage capacity of the stream cache memory is at its limit, and to further output the stored intact data packets of input data to a data processor; and characterised in that a stream cache controller adapted to store, fetch or retrieve intact data packets, a stream cache memory adapted to store intact data packets, as determined by the stream cache controller, until the storage capacity of the stream cache memory is at its limit, and to further output the stored intact data packets of input data to a data processor; and to store intact data packets, as determined by the stream cache controller, until the storage capacity of the stream cache memory is at its limit, and to further output the stored intact data packets of input data to a data processor; and characterised in that the system further comprises a storage adapted to receive and store the most recently input data packets, as determined by the stream cache controller, when the storage capacity of the stream cache memory is at its limit.
A color conversion film which, upon excitation by blue light, emits green and red light; the film comprising a multitude of layers whereby, • one layer is a green light emitting polymer layer comprising green emitting perovskite crystals; and • one layer is a red light emitting polymer layer comprising red emitting core-shell quantum dots comprising Indium and / or Cadmium; and • whereby the red light emitting polymer layer and the green light emitting polymer layer is separated by one or more separating layers; characterized in that at least one of said separating layers • consists of inorganic material; and • is a continuous layer and preferably has a thickness of 1 nm to 10 micrometers; and • covers the whole area of the color conversion film. • one layer is a green light emitting polymer layer comprising green emitting perovskite crystals; and • one layer is a red light emitting polymer layer comprising red emitting core-shell quantum dots comprising Indium and / or Cadmium; and • whereby the red light emitting polymer layer and the green light emitting polymer layer is separated by one or more separating layers; characterized in that at least one of said separating layers • consists of inorganic material; and • is a continuous layer and preferably has a thickness of 1 nm to 10 micrometers; and • covers the whole area of the color conversion film.
A fuel injector for a compression ignited engine comprising an injector nozzle with a nozzle body having a plurality of spray holes with a hole entry (14, 14', 14") from a sack on the inside of the nozzle body and a hole exit (15, 15', 15") on the outside of the nozzle body, said hole entry of the spray hole having a cross-section being elliptical and larger than the cross-section of said hole exit of the spray hole, wherein the cross-sections of the hole entry (14, 14', 14") and the hole exit (15, 15', 15") of the spray hole are concentric as seen in the direction of a centre axis of the spray hole intersecting said cross-sections and wherein the plurality of said spray holes are distributed around the periphery of said sack and are arranged with the cross-section of the hole entry (14, 14', 14") thereof having the minor-axis (16, 18) of the ellipse directed along the circumference of the sack towards adjacent spray holes, characterized in that the hole exit (15', 15") of said plurality of spray holes has an elliptical cross-section, and wherein the major-axis and minor-axis of the hole exit (15") cross-section ellipse are turned around said centre axis of said plurality of spray holes with respect to the major-axis and minor-axis, respectively, of the hole entry (14") cross-section ellipse of that spray hole.
An arrangement for the fluidic and mechanical connection of two components (2, 3) in a vehicle by means of a coupling,wherein - the coupling comprises a first coupling part, which is arranged on the first component, - the coupling comprises a second coupling part, - a damping part is provided, which moveably connects the second coupling part to the second component, - between the damping part and the second coupling part an axial overlap region is formed, which axially on the side facing the first component is bounded by a connecting region, in which the mechanical connection between the second coupling part and the damping part is realised, characterized in that - the second coupling part is coaxially plugged with the first coupling part for the fluidic and mechanical connection, wherein at least one sealing element is radially arranged between the first coupling part and the second coupling part, - the connection between the first coupling part and the second coupling part is locked by means of a ring-shaped locking element, which is radially arranged between the coupling parts (5, 6) and on the one hand engages in an inner groove of the one coupling part and on the other hand in an outer groove of the other coupling part. - the coupling comprises a first coupling part, which is arranged on the first component, - the coupling comprises a second coupling part, - a damping part is provided, which moveably connects the second coupling part to the second component, - between the damping part and the second coupling part an axial overlap region is formed, which axially on the side facing the first component is bounded by a connecting region, in which the mechanical connection between the second coupling part and the damping part is realised, - the second coupling part is coaxially plugged with the first coupling part for the fluidic and mechanical connection, wherein at least one sealing element is radially arranged between the first coupling part and the second coupling part, - the connection between the first coupling part and the second coupling part is locked by means of a ring-shaped locking element, which is radially arranged between the coupling parts (5, 6) and on the one hand engages in an inner groove of the one coupling part and on the other hand in an outer groove of the other coupling part.
A system comprising: a low side heat exchanger configured to use a refrigerant to cool a space proximate the low side heat exchanger; a compressor configured to compress refrigerant from the low side heat exchanger; a high side heat exchanger configured to remove heat from the refrigerant from the compressor, the high side heat exchanger positioned vertically above the compressor; piping configured to direct refrigerant from the compressor to the high side heat exchanger, the piping comprising: a first P-trap positioned vertically above the compressor and vertically below the high side heat exchanger; and a second P-trap positioned vertically above the first P-trap and vertically below the high side heat exchanger; a receiver; a first valve configured to control a flow of refrigerant and oil from the first P-trap to the receiver; and a second valve configured to control a flow of refrigerant and oil from the second P-trap to the receiver. a low side heat exchanger configured to use a refrigerant to cool a space proximate the low side heat exchanger; a compressor configured to compress refrigerant from the low side heat exchanger; a high side heat exchanger configured to remove heat from the refrigerant from the compressor, the high side heat exchanger positioned vertically above the compressor; piping configured to direct refrigerant from the compressor to the high side heat exchanger, the piping comprising: a first P-trap positioned vertically above the compressor and vertically below the high side heat exchanger; and a second P-trap positioned vertically above the first P-trap and vertically below the high side heat exchanger; a first P-trap positioned vertically above the compressor and vertically below the high side heat exchanger; and a second P-trap positioned vertically above the first P-trap and vertically below the high side heat exchanger; a receiver; a first valve configured to control a flow of refrigerant and oil from the first P-trap to the receiver; and a second valve configured to control a flow of refrigerant and oil from the second P-trap to the receiver.
A method for an exhaust gas aftertreatment system adapted so as to reduce the amount of N 2 O that is produced in a selective catalytic reduction catalytic converter (SCR catalytic converter) and/or in an ammonia slip catalyst (ASC catalyst) disposed in the exhaust gas flow from a combustion engine, wherein the exhaust gas aftertreatment system comprises an SCR catalytic converter disposed upstream of an ASC catalyst, and wherein a reducing agent is adapted so as to be added to the exhaust gas flow upstream of the SCR catalytic converter at a dosing frequency, characterized in that the method comprises adjusting the dosing frequency so that the amount of N 2 O that is produced in the SCR and/or ASC catalyst is minimized while maintaining the amount of reducing agent added, wherein the dosing frequency is adjusted so that it is increased when the exhaust gas flow temperature upstream of the SCR and/or ASC catalyst is higher than a predetermined threshold value (T TH).
A method to manufacture an article made of a thermostructural composite starting from a preceramic prepreg; said method being characterized in that it comprises the steps of: - preparing a prepreg multilayer material, in which at least one layer of preceramic prepreg is arranged between at least two layers of conventional prepreg; - cross-linking, during which the conventional prepreg and the preceramic prepreg are cross-linked; - ceramization, during which said prepreg multilayer material resulting from the cross-linking step undergoes a temperature that is greater than the one of the cross-linking step and is such as to cause the ceramization of said preceramic prepreg; - removal, during which said layers of conventional prepreg are removed; said preceramic prepreg being an inorganic tissue preimpregnated with a preceramic polymers that are able to be convert into ceramic by means of a pyrolysis heat treatment; said conventional prepreg being a type of material composed of inorganic fibers impregnated with a thermosetting polymer. - preparing a prepreg multilayer material, in which at least one layer of preceramic prepreg is arranged between at least two layers of conventional prepreg; - cross-linking, during which the conventional prepreg and the preceramic prepreg are cross-linked; - ceramization, during which said prepreg multilayer material resulting from the cross-linking step undergoes a temperature that is greater than the one of the cross-linking step and is such as to cause the ceramization of said preceramic prepreg; - removal, during which said layers of conventional prepreg are removed;
A drill bit for percussive drilling, comprising - a head portion having a circumference and a face surface, the face surface being arranged for receiving a plurality of inserts; - a shank portion extending longitudinally from a side of the head portion opposite to the face surface, the shank portion being arranged for coupling the drill bit to a drill string in a rotation and percussion transmitting manner; - a central flushing channel extending longitudinally through the shank portion and a distance within the head portion, and - a lateral flushing channel extending from the central flushing channel to the circumference of the head portion, wherein the lateral flushing channel comprises: a first portion connecting said lateral flushing channel to the central flushing channel, and a second portion connecting said lateral flushing channel to the circumference of the head portion, wherein said first portion is inclined, in a flushing fluid flowing direction, towards the face surface with respect to said second portion, and correspondingly, said second portion is inclined, in a flushing fluid flowing direction, towards the shank portion with respect to said first portion wherein said drill bit comprises a plurality of lateral flushing channels angularly separated from each other, characterized in that for each lateral flushing channel, said drill bit further comprises at least two face surface flushing channels extending between the central flushing channel and the face surface, wherein said at least two face surface flushing channels corresponding to a respective lateral flushing channel are positioned on the face surface within a sector corresponding to said respective lateral flushing channel, said sector being delimited by one or more adjacent sectors corresponding other lateral flushing channels. - a head portion having a circumference and a face surface, the face surface being arranged for receiving a plurality of inserts; - a shank portion extending longitudinally from a side of the head portion opposite to the face surface, the shank portion being arranged for coupling the drill bit to a drill string in a rotation and percussion transmitting manner; - a central flushing channel extending longitudinally through the shank portion and a distance within the head portion, and - a lateral flushing channel extending from the central flushing channel to the circumference of the head portion, wherein the lateral flushing channel comprises: a first portion connecting said lateral flushing channel to the central flushing channel, and a second portion connecting said lateral flushing channel to the circumference of the head portion, a first portion connecting said lateral flushing channel to the central flushing channel, and a second portion connecting said lateral flushing channel to the circumference of the head portion,