mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: at least one processor; and an embedded universal integrated circuit card, eUICC, configured to be electrically connected with the at least one processor, wherein the at least one processor is configured to implement a management module configured to manage a profile stored in the eUICC, and wherein the management module is configured to: execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC, and when there is an enabled profile in the eUICC, perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC, disable the periodic eUICC verification function. at least one processor; and an embedded universal integrated circuit card, eUICC, configured to be electrically connected with the at least one processor, wherein the at least one processor is configured to implement a management module configured to manage a profile stored in the eUICC, and wherein the management module is configured to: execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC, and when there is an enabled profile in the eUICC, perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC, disable the periodic eUICC verification function. execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC, and when there is an enabled profile in the eUICC, perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC, disable the periodic eUICC verification function.
An electroplating system for plating objects, comprising a frame; a plating tank disposed on the frame; a U-shaped rack for transporting the objects to and from the plating tank; and a moving device disposed on the frame and adapted to allow the electroplating system to be movable; wherein the U-shaped rack has a first anode at a first end of the U-shaped rack, and a second anode at a second end of the U-shaped rack.
A tray supporting apparatus for a dishwasher, comprising: a supporting frame defining a sliding groove in each of two opposite sides of the supporting frame, each sliding groove having a first slideway, a second slideway and a third slideway spaced from one another; and a first bracket and a second bracket adapted to support at least two trays (200a, 200b) and disposed on the supporting frame respectively, wherein a first end of the first bracket and a first end of the second bracket are slidably received in the first slideway respectively, a second end of the first bracket is slidably received in the second slideway and a second end of the second bracket is slidably received in the third slideway. a supporting frame defining a sliding groove in each of two opposite sides of the supporting frame, each sliding groove having a first slideway, a second slideway and a third slideway spaced from one another; and a first bracket and a second bracket adapted to support at least two trays (200a, 200b) and disposed on the supporting frame respectively, wherein a first end of the first bracket and a first end of the second bracket are slidably received in the first slideway respectively, a second end of the first bracket is slidably received in the second slideway and a second end of the second bracket is slidably received in the third slideway.
A method of wireless communication at a base station, capable of millimeter wave, mmWave, communication, comprising: indicating to a plurality of user equipments, UEs, a first waveform via synchronization signal, SS, blocks for a broadcast channel using locations of the SS blocks within a time slot; and indicating to the plurality of UEs a second waveform for at least one signaling channel, via the broadcast channel, wherein the first waveform is same as or different from the second waveform. indicating to a plurality of user equipments, UEs, a first waveform via synchronization signal, SS, blocks for a broadcast channel using locations of the SS blocks within a time slot; and indicating to the plurality of UEs a second waveform for at least one signaling channel, via the broadcast channel, wherein the first waveform is same as or different from the second waveform.
Integrated process to convert crude oil into petrochemical products comprising crude oil distillation, reforming, dearomatization, fluid catalytic cracking or pyrolysis, and aromatic ring opening, which process comprises: (a) subjecting crude oil to crude oil distillation to produce naphtha and one or more of kerosene and gasoil; (b) subjecting naphtha to reforming to produce reformer gasoline; (c) subjecting kerosene and/or gasoil to dearomatization to produce a first stream enriched for alkanes and naphthenes and a second stream enriched for aromatics; (d) subjecting the stream enriched for alkanes and naphthenes to pyrolysis to produce a pyrolysis gasoline or to fluid catalytic cracking to produce a FCC gasoline; (e) subjecting the stream enriched for aromatics to aromatic ring opening to produce ARO gasoline; and (f) subjecting one or more of reformer gasoline, pyrolysis gasoline, FCC gasoline and ARO gasoline to gasoline treatment to produce BTX. (a) subjecting crude oil to crude oil distillation to produce naphtha and one or more of kerosene and gasoil; (b) subjecting naphtha to reforming to produce reformer gasoline; (c) subjecting kerosene and/or gasoil to dearomatization to produce a first stream enriched for alkanes and naphthenes and a second stream enriched for aromatics; (d) subjecting the stream enriched for alkanes and naphthenes to pyrolysis to produce a pyrolysis gasoline or to fluid catalytic cracking to produce a FCC gasoline; (e) subjecting the stream enriched for aromatics to aromatic ring opening to produce ARO gasoline; and (f) subjecting one or more of reformer gasoline, pyrolysis gasoline, FCC gasoline and ARO gasoline to gasoline treatment to produce BTX.
Compressor unit for a refrigeration system using a refrigerant, wherein the compressor unit comprises a centrifugal compressor for compressing the refrigerant, wherein the compressor has a discharge outlet for discharging the compressed refrigerant; and a check valve (1; 100; 301a), wherein an inlet of the check valve (1; 100; 301a) is in fluid connection with the discharge outlet of the compressor; characterized in that the check valve (1; 100; 301a) is a nozzle check valve including a damping mechanism (41, 50; 50, 141), wherein a closing parameter of the check valve (1; 100; 301a) is between 50 s/m 2 and 2000 s/m 2, wherein the closing parameter is a closing time of the check valve (1; 100; 301a) divided by a port area of the check valve (1; 100; 301a). a centrifugal compressor for compressing the refrigerant, wherein the compressor has a discharge outlet for discharging the compressed refrigerant; and a check valve (1; 100; 301a), wherein an inlet of the check valve (1; 100; 301a) is in fluid connection with the discharge outlet of the compressor; characterized in that the check valve (1; 100; 301a) is a nozzle check valve including a damping mechanism (41, 50; 50, 141), wherein a closing parameter of the check valve (1; 100; 301a) is between 50 s/m 2 and 2000 s/m 2, wherein the closing parameter is a closing time of the check valve (1; 100; 301a) divided by a port area of the check valve (1; 100; 301a).
A reciprocating engine comprising: - an engine block, - at least one low-pressure turbocharger and two high-pressure turbochargers, - two low-pressure charge air coolers for cooling low pressure charge air pressurized by the low-pressure turbocharger(s) and two high-pressure charge air coolers for cooling high pressure charge air pressurized by the high-pressure turbochargers, and - a bracket attached to a first end of the engine block, to which bracket the low-pressure turbocharger(s) and the high-pressure turbochargers are supported, which bracket comprises two adjacent high-pressure chambers for the charge air pressurized by the high-pressure turbochargers, in which high-pressure chambers the high-pressure charge air coolers are arranged, characterized in that the low-pressure charge air coolers are placed in casings, which are releasably attached to the bracket on both sides of the high-pressure chambers. - an engine block, - at least one low-pressure turbocharger and two high-pressure turbochargers, - two low-pressure charge air coolers for cooling low pressure charge air pressurized by the low-pressure turbocharger(s) and two high-pressure charge air coolers for cooling high pressure charge air pressurized by the high-pressure turbochargers, and - a bracket attached to a first end of the engine block, to which bracket the low-pressure turbocharger(s) and the high-pressure turbochargers are supported, which bracket comprises two adjacent high-pressure chambers for the charge air pressurized by the high-pressure turbochargers, in which high-pressure chambers the high-pressure charge air coolers are arranged, characterized in that the low-pressure charge air coolers are placed in casings, which are releasably attached to the bracket on both sides of the high-pressure chambers.
Method for preventing a weaving in of weft threads having a knot or the like during a weaving process, in which the weft threads are presented from a supply and pneumatically inserted into sheds formed by warp threads, beaten up at the cloth edge and separated from the supply, wherein the presented weft thread coming from the supply is controlled for the presence of a knot or the like, and upon detection of a knot or the like the weaving process is interrupted, and a knot containing portion of weft thread coming from the supply is transported pneumatically through an open shed, after which the weaving process is continued with the beating up and separating of the weft threads, characterized in that, after detection of a knot or the like there is made no separation of the last inserted and beaten up weft thread before the interruption of the weaving process, the shed formed for this weft thread is kept open and in that the subsequent pneumatically through the shed transported portion of weft thread removes and transports through the shed the last inserted weft thread from the cloth fell.
A method of detecting a target in a sample, the method comprising: contacting the sample with a first affinity agent linked to a solid support, a second affinity agent comprising a first label, and a third affinity agent comprising a second label, wherein the first label generates a first signal and the second label generates a second signal and the first and second signal are distinguishable; and wherein the first, second and third affinity agents specifically bind to the target, if present, thereby forming a target-labeled affinity agent complex; separating the target-labeled affinity agent complex from uncomplexed components in the sample based on the presence or absence of the solid support, thereby generating a separated target-labeled affinity agent complex; partitioning at least the separated target-labeled affinity agent complex into a plurality of partitions; and detecting the presence of the target in the sample by detecting the presence of the distinguishable first and second signals from the first and second labels co-localized_in at least one same partition. contacting the sample with a first affinity agent linked to a solid support, a second affinity agent comprising a first label, and a third affinity agent comprising a second label, wherein the first label generates a first signal and the second label generates a second signal and the first and second signal are distinguishable; and wherein the first, second and third affinity agents specifically bind to the target, if present, thereby forming a target-labeled affinity agent complex; separating the target-labeled affinity agent complex from uncomplexed components in the sample based on the presence or absence of the solid support, thereby generating a separated target-labeled affinity agent complex; partitioning at least the separated target-labeled affinity agent complex into a plurality of partitions; and detecting the presence of the target in the sample by detecting the presence of the distinguishable first and second signals from the first and second labels co-localized_in at least one same partition.
Method for producing a hot-formed component, in particular a sheet-metal component of steel, aluminium, magnesium, or of a combination of these materials, the method comprising the following steps: - heating a semi-finished product, in particular a metal blank or a preformed sheet-metal component, - introducing the semi-finished product into a forming tool, and - cooling the semi-finished product in the forming tool, wherein a modification of the material microstructure is carried out at least in a portion, wherein prior to introducing the semi-finished product into the forming tool, an insulating installation which is connected to the semi-finished product in a form-fitting, materially integral, and/or force-fitting manner is applied in at least one predetermined region of the semi-finished product, characterized in that the finished component in the predetermined region has softer, more ductile properties than the remaining regions of the component, and the insulating installation - either is configured as a permanent magnet and is connectable to the semi-finished product in a force-fitting manner; - or is configured as a foil/film or tape and connected to the semi-finished product in a materially integral manner by way of an adhesion-promoting layer; - or is configured as a paste; - or is configured as a form-fitting cover coat which is brought to engage with the semi-finished product in the predetermined region. - heating a semi-finished product, in particular a metal blank or a preformed sheet-metal component, - introducing the semi-finished product into a forming tool, and - cooling the semi-finished product in the forming tool, wherein a modification of the material microstructure is carried out at least in a portion, prior to introducing the semi-finished product into the forming tool, an insulating installation which is connected to the semi-finished product in a form-fitting, materially integral, and/or force-fitting manner is applied in at least one predetermined region of the semi-finished product, characterized in that the finished component in the predetermined region has softer, more ductile properties than the remaining regions of the component, and the insulating installation - either is configured as a permanent magnet and is connectable to the semi-finished product in a force-fitting manner; - or is configured as a foil/film or tape and connected to the semi-finished product in a materially integral manner by way of an adhesion-promoting layer; - or is configured as a paste; - or is configured as a form-fitting cover coat which is brought to engage with the semi-finished product in the predetermined region.
An electric aircraft brake control system, comprising: a plurality of wheel and brake assemblies (40, 42, 44, 46), each assembly (40, 42, 44, 46) having a wheel (40a, 42a, 44a, 46a), wheel speed transducer (40b, 42b, 44b, 46b), brake assembly (40c, 42c, 44c, 46c), and a brake actuator (40d, 42d, 44d, 46d); pairs of electromechanical control units (88, 90, 92, 94) having antiskid systems as a part thereof; and at least two brake data concentrators (72, 74) receiving data corresponding to various aircraft operational parameters, including brake pedal position, and providing operational signals to said electromechanical control units (88, 90, 92, 94) as a function thereof, characterized in that said pairs of electromechanical control units (88, 90, 92, 94) are uniquely associated with and connected to certain of said wheel and brake assemblies (40, 42, 44, 46). a plurality of wheel and brake assemblies (40, 42, 44, 46), each assembly (40, 42, 44, 46) having a wheel (40a, 42a, 44a, 46a), wheel speed transducer (40b, 42b, 44b, 46b), brake assembly (40c, 42c, 44c, 46c), and a brake actuator (40d, 42d, 44d, 46d); pairs of electromechanical control units (88, 90, 92, 94) having antiskid systems as a part thereof; and at least two brake data concentrators (72, 74) receiving data corresponding to various aircraft operational parameters, including brake pedal position, and providing operational signals to said electromechanical control units (88, 90, 92, 94) as a function thereof, characterized in that said pairs of electromechanical control units (88, 90, 92, 94) are uniquely associated with and connected to certain of said wheel and brake assemblies (40, 42, 44, 46).
A toggle clamping unit for an injection moulding machine comprising a stationary platen, a movable platen, a support plate, a toggle mechanism arranged between the support plate and the movable platen and in operative connection with the support plate on the one hand and with the movable platen on the other hand, a cross head in operative connection with the toggle mechanism and movable along the longitudinal axis of the machine, and with one or more electric drives (10, 10') for moving the cross head, characterized in that in addition to the electric drive(s) (10, 10'), at least one hydraulic drive is provided, which is in operative connection with the cross head and by which a movement of the cross head along the longitudinal axis of the machine is able to be generated, wherein the hydraulic drive has a piston-cylinder system (11, 11') able to be acted upon by a pressure fluid, wherein the length (L z) of the cylinder and the length (L s) of the piston rod are coordinated with one another and designed such that the hydraulic drive can participate in the travel path of the cross head during the travel of the movable platen between an open position of the clamping unit, in which the toggle mechanism is folded, and a closed position, in which the toggle mechanism is situated in a predeterminable extended position and closing force is built up.
A method for adaptive radio link monitoring, RLM, the method comprising steps of: a user equipment,UE, (302, 308) determining a receiver configuration in terms of a current number of receivers used by the UE for receiving down link, DL, signals from a network node; the UE receiving, from the network node, at least one DL signal having at least one parameter adapted for use by the UE in RLM; the UE performing, Radio Link Monitoring, RLM on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on the receiver configuration. a user equipment,UE, (302, 308) determining a receiver configuration in terms of a current number of receivers used by the UE for receiving down link, DL, signals from a network node; the UE receiving, from the network node, at least one DL signal having at least one parameter adapted for use by the UE in RLM; the UE performing, Radio Link Monitoring, RLM on the DL signal received from the network node, wherein the at least one DL signal parameter is adapted based on the receiver configuration.
A cigarette filter sleeve comprising a filter piece and a cigarette paper sleeve, wherein at least the filter piece is surrounded by a filter tipping paper, wherein an end support (7, 11) is attached in the region of the paper sleeve end opposite the filter piece, wherein said end support is provided on the inside and/or outside of the paper sleeve, at least over parts of the circumference, characterised in that the end support comprises a ring, wherein the ring is adhered to the paper sleeve end.
Method for manufacturing timepiece components of fragile material, comprising the following steps: a) producing timepiece components in a plate of fragile material, the timepiece components remaining attached to the plate by material bridges, b) subjecting the timepiece components to a thermal treatment and, during this thermal treatment, applying a force, by means of a tool, to at least one zone of at least one of the timepiece components so as to deform it permanently, the at least one of the timepiece components, excluding the at least one zone, being in abutment against a support during the application of the force, c) detaching the timepiece components from the plate, characterised in that step c) takes place after step b). a) producing timepiece components in a plate of fragile material, the timepiece components remaining attached to the plate by material bridges, b) subjecting the timepiece components to a thermal treatment and, during this thermal treatment, applying a force, by means of a tool, to at least one zone of at least one of the timepiece components so as to deform it permanently, the at least one of the timepiece components, excluding the at least one zone, being in abutment against a support during the application of the force, c) detaching the timepiece components from the plate,
An ornamental element comprising: - a mother-of-pearl substrate; - at least one natural stone layer superimposed at least partially on the mother-of-pearl substrate characterized by: - at least one metallic lamina superimposed at least partially on the natural stone layer; - at least one outer layer made of transparent or translucent natural stone. - a mother-of-pearl substrate; - at least one natural stone layer superimposed at least partially on the mother-of-pearl substrate characterized by: - at least one metallic lamina superimposed at least partially on the natural stone layer; - at least one outer layer made of transparent or translucent natural stone. - at least one metallic lamina superimposed at least partially on the natural stone layer; - at least one outer layer made of transparent or translucent natural stone.
Varnish for covering the surface of a substrate that is deposited by ink jet, of which the varnish composition includes at least: - a curable oligomer or a mixture of curable oligomers, - a curable monomer, at least one curable monomer present in the composition being selected from among a group consisting of alkoxylated and/or polyalkoxylated acrylic monomers including one or more di- or triacrylates, and - a photoinitiator, characterised in that the curable oligomer or the mixture of curable oligomers are not hyperbranched oligomers (also called dendrimers), is not a hyperbranched oligomer (also called a dendrimer), in that at least one photoinitiator is a bis-(2,4,6-trimethylbenzoyl)-phenylphosphine oxide, and in that at least one curable oligomer has a viscosity greater than 0.1 Pa s at 23°C and less than 1 Pa s at 23°C, and in that the ratio by weight between curable oligomer and curable monomer is between 1:25 and 1:6, and in that the varnish has a viscosity of between 5 mPa·s and 40 mPa·s at 25°C (measured by the method described in the present description). - a curable oligomer or a mixture of curable oligomers, - a curable monomer, at least one curable monomer present in the composition being selected from among a group consisting of alkoxylated and/or polyalkoxylated acrylic monomers including one or more di- or triacrylates, and - a photoinitiator,
A plastics sliding element (10; 40) for lubricant-free bearing in a plain bearing, wherein the sliding element (10; 49) comprises a formed part (12; 42) made of plastics, in particular made by injection molding, which has a sliding surface (14; 44A) for mobile guidance of two bearing parts relative to one another, wherein an electrical functional circuit (16; 46) with sensor function is arranged on the formed part (12; 42) for acquisition of an operating parameter; wherein the functional circuit (16; 46) comprises at least one trace conductor pattern (17, 17A; 47, 47A), characterized in that the trace conductor pattern (17, 17A; 47, 47A) is formed on the formed part as carrier of the trace conductor pattern, wherein the functional circuit is applied on the preferably prefabricated formed part (12; 42) of plastics by an additive manufacturing method (AM method).