mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a network node (6, 8) in a cellular communication network, the method comprising: transmitting information required by a mobile device for reliable communications with the communication network to mobile devices, characterized in that the information is repeatedly transmitted in a single information block on a Physical Broadcast Channel, PBCH, according to a fixed schedule, wherein the single information block is for use by mobile devices operating in a discontinuous reception, DRX, mode of operation and wherein the information required by a mobile device for reliable communications with the communication network comprises bits of a system frame number, SFN. that extend the SFN to a higher value, information about cell barring or access class barring, and a value tag that indicates whether information in one or more System Information Blocks has changed. transmitting information required by a mobile device for reliable communications with the communication network to mobile devices, characterized in that the information is repeatedly transmitted in a single information block on a Physical Broadcast Channel, PBCH, according to a fixed schedule, wherein the single information block is for use by mobile devices operating in a discontinuous reception, DRX, mode of operation and wherein the information required by a mobile device for reliable communications with the communication network comprises bits of a system frame number, SFN. that extend the SFN to a higher value, information about cell barring or access class barring, and a value tag that indicates whether information in one or more System Information Blocks has changed.
A radial magnetic bearing of a rotating machine, comprising: an annular housing including a radial outer wall disposed between radially outer ends of two annular axial end plates; a stator portion disposed in the annular housing; characterised by an isolation sleeve including a helical arrangement of a plurality of ferromagnetic wires embedded in the isolation sleeve, the isolation sleeve being an annular structure extending axially between the two annular axial end plates, and the isolation sleeve and the annular housing defining an isolation cavity therebetween; an isolation sleeve retainer disposed at radially inner ends of the two annular axial end plates, the isolation sleeve retainer configured to maintain a position of the isolation sleeve between the two annular axial end plates; and a plurality of laminations disposed adjacent the isolation sleeve and about a shaft of the rotating machine, a gap being defined between the plurality of laminations and the isolation sleeve. an annular housing including a radial outer wall disposed between radially outer ends of two annular axial end plates; a stator portion disposed in the annular housing; characterised by an isolation sleeve including a helical arrangement of a plurality of ferromagnetic wires embedded in the isolation sleeve, the isolation sleeve being an annular structure extending axially between the two annular axial end plates, and the isolation sleeve and the annular housing defining an isolation cavity therebetween; an isolation sleeve retainer disposed at radially inner ends of the two annular axial end plates, the isolation sleeve retainer configured to maintain a position of the isolation sleeve between the two annular axial end plates; and a plurality of laminations disposed adjacent the isolation sleeve and about a shaft of the rotating machine, a gap being defined between the plurality of laminations and the isolation sleeve.
A method for treating Bayer Process liquor containing red mud comprising: (a) adding to the slurry an anionic flocculant and a cross-linked polysaccharide and (b) removing flocculated red mud contained in the Bayer process liquor by at least one of: sedimentation, centrifugation, filtration, the use of a washer, and the use of a settler, wherein the cross linking is achieved with a crosslinking agent selected from the group consisting of N,N-methylenebisacrylamide, N,N-methylenebismethacrylamide, polyethylene glycol diacrylate, ethylene glycol dimethacrylate, diethylene glycol dimethacrylate, triethylene glycol dimethacrylate, polyethylene glycol dimethacrylate, polypropylene glycol dimethacrylate, N-vinyl acrylamide, divinyl benzene, triallyl ammonium salts, N-methyl allylacrylamide, glycidyl acrylate, acrolein, methylolacrylamide, glyoxal, epihalohydrins, dialdehydes diglycidyl ethers, and any combination thereof. (a) adding to the slurry an anionic flocculant and a cross-linked polysaccharide and (b) removing flocculated red mud contained in the Bayer process liquor by at least one of: sedimentation, centrifugation, filtration, the use of a washer, and the use of a settler, wherein the cross linking is achieved with a crosslinking agent selected from the group consisting of N,N-methylenebisacrylamide, N,N-methylenebismethacrylamide, polyethylene glycol diacrylate, ethylene glycol dimethacrylate, diethylene glycol dimethacrylate, triethylene glycol dimethacrylate, polyethylene glycol dimethacrylate, polypropylene glycol dimethacrylate, N-vinyl acrylamide, divinyl benzene, triallyl ammonium salts, N-methyl allylacrylamide, glycidyl acrylate, acrolein, methylolacrylamide, glyoxal, epihalohydrins, dialdehydes diglycidyl ethers, and any combination thereof.
Coordinate encryption method, comprising the steps of a. encoding a coordinate with an encryption algorithm, b. testing whether the result of the encoding is within a predefined range, c. outputting the result of the encoding in case the result of the encoding is within the predefined range, wherein a format of the encoded coordinate and/or the output result corresponds to a format of the coordinate. a. encoding a coordinate with an encryption algorithm, b. testing whether the result of the encoding is within a predefined range, c. outputting the result of the encoding in case the result of the encoding is within the predefined range,
A smoke evacuation system, comprising: a surgical hub; a smoke evacuation device comprising: a pump; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a communication circuit; and a filter device in communication with the smoke evacuation device through the communication circuit, wherein the filter device comprises a plurality of filter components including: a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors, wherein the communication circuit is configured to: authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; wherein the control buttons are further configured to control the surgical hub, wherein when the smoke evacuation device is connected to the hub, the display device acts as a secondary display device while a hub display acts as a primary display device. a surgical hub; a smoke evacuation device comprising: a pump; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a pump; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a communication circuit; and a filter device in communication with the smoke evacuation device through the communication circuit, wherein the filter device comprises a plurality of filter components including: a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors, a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors, wherein the communication circuit is configured to: authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; wherein the control buttons are further configured to control the surgical hub, wherein when the smoke evacuation device is connected to the hub, the display device acts as a secondary display device while a hub display acts as a primary display device.
A hardenable and moldable material for orthopedic implantation and reconstruction, the material comprising: a resorbable polymer resin; a first filler having a first mean particle diameter ranging from about 5 to about 15 μm; at least one additional filler selected from the group consisting of a second filler having a mean particle diameter ranging from about 400 to about 1800 μm and a third filler having a mean particle size ranging from about 1800 to about 4000 μm, wherein the at least one filler provides porosity within the material after hardening and wherein the at least one additional filler is present in an amount greater than the first filler. a resorbable polymer resin; a first filler having a first mean particle diameter ranging from about 5 to about 15 μm; at least one additional filler selected from the group consisting of a second filler having a mean particle diameter ranging from about 400 to about 1800 μm and a third filler having a mean particle size ranging from about 1800 to about 4000 μm, wherein the at least one filler provides porosity within the material after hardening and wherein the at least one additional filler is present in an amount greater than the first filler.
A sampling device for underwater environments, comprising: a first section that includes a support surface for supporting one or more sampling components that collect samples from a landing surface; a second section coupled to the first section and separated from the first section by the support surface, the second section including a hollow portion; a pump in fluid communication with the hollow portion and configured to i) pump fluid from the hollow portion to an external environment to create a suction force to assist with anchoring the second section to the landing surface, and ii) pump fluid from the external environment to the hollow portion to assist with releasing the second section from the landing surface; a first sampling tool that is guidable along a first sampling path to penetrate the landing surface; characterized by a second sampling tool that is guidable along a second sampling path to penetrate the landing surface; and a first device that selects either the first sampling tool or the second sampling tool for penetration into the landing surface. a first section that includes a support surface for supporting one or more sampling components that collect samples from a landing surface; a second section coupled to the first section and separated from the first section by the support surface, the second section including a hollow portion; a pump in fluid communication with the hollow portion and configured to i) pump fluid from the hollow portion to an external environment to create a suction force to assist with anchoring the second section to the landing surface, and ii) pump fluid from the external environment to the hollow portion to assist with releasing the second section from the landing surface; a first sampling tool that is guidable along a first sampling path to penetrate the landing surface; characterized by a second sampling tool that is guidable along a second sampling path to penetrate the landing surface; and a first device that selects either the first sampling tool or the second sampling tool for penetration into the landing surface.
A turbomachine blade (100, 200), the blade (100, 200) comprising an airfoil extending along a first direction between an internal end and an external end, a blade base secured to the internal end of the airfoil, and a root (120, 220) secured to the external end of the airfoil, the root (120, 220) including a platform (121, 221) delimited along a second direction perpendicular to said first direction by an upstream edge and a downstream edge and delimited along a third direction orthogonal to the first direction and to the second direction by a first lateral edge (124, 224) and a second lateral edge (125, 225), the first lateral edge (124, 224) having, in a plane comprising the second and third directions (X, Y), a shape complementary to the shape of the second lateral edge (125, 225), characterized in that the first lateral edge (124, 224) comprises a first portion (1241, 2241) extending from the upstream edge or the downstream edge, and a second portion (1242, 2242) externally protruding along the third direction at an acute angle ( α, α 1, α 2) with the first portion (1241, 2241), and the second lateral edge (125, 225) comprises a shape complementary to that of the first lateral edge (124, 224) to cooperate by nesting with a first lateral edge (124, 224) of a blade identical to said blade (100, 200).
A charging control method, comprising: determining a current state parameter of a battery, wherein the battery is charged with a first charging parameter corresponding to a first charging stage defined in a staged charging strategy; determining an expected state parameter of the battery after continuing to be charged for a preset time period based on the current state parameter and the first charging parameter; and charging the battery with a second charging parameter corresponding to a second charging stage defined in the staged charging strategy, when the expected state parameter matches the second charging stage, characterized in that; the current state parameter comprises a currently remaining capacity, and the expected state parameter comprises an expected charging voltage; and wherein determining the expected state parameter comprises: determining an expected increasing capacity of the battery after continuing to be charged with the first charging parameter for the preset time period; and determining the expected charging voltage based on the currently remaining capacity and the expected increasing capacity, and determining whether the expected charging voltage matches the second charging stage. determining a current state parameter of a battery, wherein the battery is charged with a first charging parameter corresponding to a first charging stage defined in a staged charging strategy; determining an expected state parameter of the battery after continuing to be charged for a preset time period based on the current state parameter and the first charging parameter; and charging the battery with a second charging parameter corresponding to a second charging stage defined in the staged charging strategy, when the expected state parameter matches the second charging stage, characterized in that; the current state parameter comprises a currently remaining capacity, and the expected state parameter comprises an expected charging voltage; and wherein determining the expected state parameter comprises: determining an expected increasing capacity of the battery after continuing to be charged with the first charging parameter for the preset time period; and determining the expected charging voltage based on the currently remaining capacity and the expected increasing capacity, and determining whether the expected charging voltage matches the second charging stage. determining an expected increasing capacity of the battery after continuing to be charged with the first charging parameter for the preset time period; and determining the expected charging voltage based on the currently remaining capacity and the expected increasing capacity, and determining whether the expected charging voltage matches the second charging stage.
Container closure made of metal or synthetic material for a container for receiving beverages or foodstuffs, which has a mouth to be closed by the container closure, with a sealing insert which is disposed in the container closure such that it closes the mouth in a sealed manner when the container closure is fitted onto the container, wherein the container closure, including the sealing insert, contains no halogen-containing materials, and the sealing insert comprises at least two different polymers, at least one of which is a barrier polymer with a Shore D hardness of at most 40 and an oxygen permeability of at most 1000 cm 3 ·100 μm/m 2 ·d·bar, or, without limitation of the Shore D hardness, with an oxygen permeability of at most 10 cm 3 ·100 μm/m 2 ·d·bar, wherein the oxygen permeability is determined in accordance with DIN 53380-3, at an oxygen concentration of 100%, relative humidity of 100%, atmospheric pressure and a measuring temperature of 26°C and is relative to a layer thickness of 100 μm, characterised in that the sealing insert comprises at least two different barrier polymers.
An optical laminate, comprising: a light guide plate; an adhesion layer; and an optical member laminated on the light guide plate via the adhesion layer, wherein the adhesion layer is formed in a dot pattern in plan view, and a density of the dots has such a gradient as to increase from a light-entering side of the light guide plate along a light-guiding direction thereof, and characterized in that low-refractive index reinforcing portions are arranged in both end portions of the light guide plate along the light-guiding direction, and in that the low-refractive index reinforcing portions each include a substrate, a low-refractive index layer formed on the substrate, and pressure-sensitive adhesive layers arranged as outermost layers on both surfaces thereof. a light guide plate; an adhesion layer; and an optical member laminated on the light guide plate via the adhesion layer, wherein the adhesion layer is formed in a dot pattern in plan view, and a density of the dots has such a gradient as to increase from a light-entering side of the light guide plate along a light-guiding direction thereof, and characterized in that low-refractive index reinforcing portions are arranged in both end portions of the light guide plate along the light-guiding direction, and in that the low-refractive index reinforcing portions each include a substrate, a low-refractive index layer formed on the substrate, and pressure-sensitive adhesive layers arranged as outermost layers on both surfaces thereof.
A portable device for displaying charge information, comprising: a transmission unit adapted to wirelessly transmit a signal, requesting charge information on a battery, to a controller; a reception unit for wirelessly receiving the charge information from the controller; a storage unit for storing charge information received by the reception unit; and a display unit for displaying charge information stored into the storage unit, wherein during charging of the battery, the reception unit is adapted to receive, from the controller, charge characteristic data representing a charged amount of the battery with respect to charging time for the battery, the storage unit is adapted to store charge characteristic data received by the reception unit, the portable device further comprises a charge prediction information calculating unit adapted to calculate prediction information regarding a state-of-charge of the battery based upon the charge information and the charge characteristic data stored in the storage unit, when the reception unit is unable to receive charge information from the controller after transmitting a signal requesting charge information from the transmission unit, and the display unit is adapted to display the prediction information calculated by the charge prediction information calculating unit when the charge prediction information calculating unit calculates the prediction information. a transmission unit adapted to wirelessly transmit a signal, requesting charge information on a battery, to a controller; a reception unit for wirelessly receiving the charge information from the controller; a storage unit for storing charge information received by the reception unit; and a display unit for displaying charge information stored into the storage unit, wherein during charging of the battery, the reception unit is adapted to receive, from the controller, charge characteristic data representing a charged amount of the battery with respect to charging time for the battery, the storage unit is adapted to store charge characteristic data received by the reception unit, the portable device further comprises a charge prediction information calculating unit adapted to calculate prediction information regarding a state-of-charge of the battery based upon the charge information and the charge characteristic data stored in the storage unit, when the reception unit is unable to receive charge information from the controller after transmitting a signal requesting charge information from the transmission unit, and the display unit is adapted to display the prediction information calculated by the charge prediction information calculating unit when the charge prediction information calculating unit calculates the prediction information.
Composition comprising arabinogalactan for use in the prevention and/or treatment of redness of the skin in individuals likely to form or experience redness.
A communications method, comprising: receiving, by user equipment, UE, a first message from a network side, wherein the first message is used to request the UE to perform circuit switched fallback, CSFB, as a called party, the first message comprises first information, and the first information is used to indicate an incoming call number; and if it is determined that a preset condition is met, sending a second message to the network side, wherein the second message is used to indicate that the CSFB is rejected, characterized in that the preset condition comprises that the UE is in a mode of automatically rejecting a CSFB incoming call, wherein the UE is set to be in the mode of automatically rejecting a CSFB incoming call in response to an instruction entered by a user, wherein the instruction is used to instruct to set the UE to be in the mode of automatically rejecting a CSFB incoming call; or the UE is set to be in the mode of automatically rejecting a CSFB incoming call, when it is determined that the UE is having a real-time packet switched data service. receiving, by user equipment, UE, a first message from a network side, wherein the first message is used to request the UE to perform circuit switched fallback, CSFB, as a called party, the first message comprises first information, and the first information is used to indicate an incoming call number; and if it is determined that a preset condition is met, sending a second message to the network side, wherein the second message is used to indicate that the CSFB is rejected, characterized in that the preset condition comprises that the UE is in a mode of automatically rejecting a CSFB incoming call, wherein the UE is set to be in the mode of automatically rejecting a CSFB incoming call in response to an instruction entered by a user, wherein the instruction is used to instruct to set the UE to be in the mode of automatically rejecting a CSFB incoming call; or the UE is set to be in the mode of automatically rejecting a CSFB incoming call, when it is determined that the UE is having a real-time packet switched data service.