mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a server, first recording schedule information from a first media device associated with a first user, the first recording schedule information including information indicating that a particular media content is scheduled to be recorded on the first media device, the first user being part of a defined user group; receiving, by the server, second recording schedule information from a second media device associated with a second user, the second recording schedule information including information indicating that the particular media content is scheduled to be recorded on the second media device, wherein the second user being part of the defined user group; detecting, by the server, that the particular media content is scheduled to be recorded on both of the first media device and the second media device; in response to detecting that the particular media content is scheduled to be recorded on both of the first media device and the second media device, sending, by the server, a notification to at least the first media device, the notification indicating that the particular media content is scheduled to be recorded on the second media device; and selecting a time to cause synchronous playing of the recorded particular media content on the first and second media devices based on user input from the first media device or the second media device. receiving, by a server, first recording schedule information from a first media device associated with a first user, the first recording schedule information including information indicating that a particular media content is scheduled to be recorded on the first media device, the first user being part of a defined user group; receiving, by the server, second recording schedule information from a second media device associated with a second user, the second recording schedule information including information indicating that the particular media content is scheduled to be recorded on the second media device, wherein the second user being part of the defined user group; detecting, by the server, that the particular media content is scheduled to be recorded on both of the first media device and the second media device; in response to detecting that the particular media content is scheduled to be recorded on both of the first media device and the second media device, sending, by the server, a notification to at least the first media device, the notification indicating that the particular media content is scheduled to be recorded on the second media device; and selecting a time to cause synchronous playing of the recorded particular media content on the first and second media devices based on user input from the first media device or the second media device.
A method comprising: communicating, by an apparatus from a transmission and reception point, TRP, a first signal in a first sub-band of a carrier , wherein the first sub-band has a first subcarrier spacing; the carrier comprises a second sub-band , the second sub-band has the first subcarrier spacing; and the carrier comprises a third sub-band between the first sub-band and the second sub-band, the third sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first scheduling is used for indicating a first width in frequency of a first guard band between the first sub-band and the third sub-band or a second width in frequency of a second guard band between the second sub-band and the third sub-band of the carrier; the method further comprising: receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. communicating, by an apparatus from a transmission and reception point, TRP, a first signal in a first sub-band of a carrier , wherein the first sub-band has a first subcarrier spacing; the carrier comprises a second sub-band , the second sub-band has the first subcarrier spacing; and the carrier comprises a third sub-band between the first sub-band and the second sub-band, the third sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first scheduling is used for indicating a first width in frequency of a first guard band between the first sub-band and the third sub-band or a second width in frequency of a second guard band between the second sub-band and the third sub-band of the carrier; the method further comprising: receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier.
A brake control system, comprising: a servo valve configured to receive a hydraulic fluid and provide the hydraulic fluid to apply a braking force to a wheel via a hydraulic line; and a brake control unit in electronic communication with the servo valve; characterized in that the brake control unit is configured to: determine whether an aircraft is on a ground surface and not moving relative to the ground surface; determine whether braking is applied to a brake system of the aircraft; and calibrate the servo valve in response to the brake control unit determining that i) the aircraft is on the ground surface, ii) the aircraft is not moving relative to the ground surface, and iii) the braking is not applied to the brake system of the aircraft. a servo valve configured to receive a hydraulic fluid and provide the hydraulic fluid to apply a braking force to a wheel via a hydraulic line; and a brake control unit in electronic communication with the servo valve; characterized in that the brake control unit is configured to: determine whether an aircraft is on a ground surface and not moving relative to the ground surface; determine whether braking is applied to a brake system of the aircraft; and calibrate the servo valve in response to the brake control unit determining that i) the aircraft is on the ground surface, ii) the aircraft is not moving relative to the ground surface, and iii) the braking is not applied to the brake system of the aircraft. determine whether an aircraft is on a ground surface and not moving relative to the ground surface; determine whether braking is applied to a brake system of the aircraft; and calibrate the servo valve in response to the brake control unit determining that i) the aircraft is on the ground surface, ii) the aircraft is not moving relative to the ground surface, and iii) the braking is not applied to the brake system of the aircraft.
A rotor for a gas turbine engine, comprising: a rotor hub including at least one rotor lug ; and a heat shield engaging the at least one rotor lug ; wherein the heat shield and the rotor lug define a cooling passage , the lug includes a first rail and a second rail extending from a radially outer end thereof, and the heat shield includes a planar portion with a first longitudinal hook on a first side of the planar portion for engaging the first rail and a second longitudinal hook on an opposite second side of the planar portion for engaging the second rail , characterised in that the rotor further comprises: at least one turbulent structure located on at least one of the rotor hub or the heat shield and configured to increase turbulence of a cooling fluid flowing through the cooling passage . a rotor hub including at least one rotor lug ; and a heat shield engaging the at least one rotor lug ; wherein the heat shield and the rotor lug define a cooling passage , the lug includes a first rail and a second rail extending from a radially outer end thereof, and the heat shield includes a planar portion with a first longitudinal hook on a first side of the planar portion for engaging the first rail and a second longitudinal hook on an opposite second side of the planar portion for engaging the second rail , characterised in that the rotor further comprises: at least one turbulent structure located on at least one of the rotor hub or the heat shield and configured to increase turbulence of a cooling fluid flowing through the cooling passage .
Control device for providing network-slice-aware Licensed Assisted Access, LAA, the control device being configured to: determine , for one slice-type or for each of multiple slice-types, an unlicensed frequency band and an LAA configuration parameter, and provide , to at least one radio access node , configuration information comprising the determined frequency band and LAA configuration parameter, and characterized in that the control device is further configured to: determine, for the one slice-type or for each of the multiple slice-types, a Listen Before Talk, LBT, usage parameter indicating whether LBT is to be used or not, wherein the LAA configuration parameter comprises the LBT usage parameter. determine , for one slice-type or for each of multiple slice-types, an unlicensed frequency band and an LAA configuration parameter, and provide , to at least one radio access node , configuration information comprising the determined frequency band and LAA configuration parameter, and characterized in that the control device is further configured to: determine, for the one slice-type or for each of the multiple slice-types, a Listen Before Talk, LBT, usage parameter indicating whether LBT is to be used or not, wherein the LAA configuration parameter comprises the LBT usage parameter. determine, for the one slice-type or for each of the multiple slice-types, a Listen Before Talk, LBT, usage parameter indicating whether LBT is to be used or not, wherein the LAA configuration parameter comprises the LBT usage parameter.
A coupling device for use in connecting flow channels of a plurality of components and for use in preparing ready-to-use treatment fluid, the coupling device having a plurality of interconnected internal channels , the coupling device being configured for sterile interconnection of the flow channels of the plurality of components for passage of fluids therebetween characterized in that : each channel has a first coupling zone and a second coupling zone recessed in the channel relative to the first coupling zone , wherein the second coupling zone includes an outer coupling surface and an inner coupling surface , and wherein each channel is configured for two stage connection with a respective component , the plurality of interconnected internal channels comprises a channel couplable to a conduit for delivering steam for sterilisation; in a first stage, any component of the plurality of components being connected through the coupling device is brought into a first position where the component is attached to the coupling device forming a sealed chamber but without coupling surfaces of the component and the outer and inner coupling surfaces of the coupling device being in contact; and wherein, in the first position, the sealed chamber is sterilised using the steam delivered by the conduit , wherein sterilising the chamber by filling it with steam also sterilises the coupling surfaces of the components and the outer and inner coupling surfaces of the coupling device . each channel has a first coupling zone and a second coupling zone recessed in the channel relative to the first coupling zone , wherein the second coupling zone includes an outer coupling surface and an inner coupling surface , and wherein each channel is configured for two stage connection with a respective component , the plurality of interconnected internal channels comprises a channel couplable to a conduit for delivering steam for sterilisation; in a first stage, any component of the plurality of components being connected through the coupling device is brought into a first position where the component is attached to the coupling device forming a sealed chamber but without coupling surfaces of the component and the outer and inner coupling surfaces of the coupling device being in contact; and wherein, in the first position, the sealed chamber is sterilised using the steam delivered by the conduit , wherein sterilising the chamber by filling it with steam also sterilises the coupling surfaces of the components and the outer and inner coupling surfaces of the coupling device .
A method for evaluating print head nozzle condition of a plurality of nozzle columns, wherein each of the plurality of nozzle columns comprises a respective set of nozzles, the method characterized by comprising: activating , by a timing circuit coupled to each of the plurality of nozzle columns, a plurality of drive bubble detect modules at a first predetermined time instant and a second predetermined time instant, wherein each of the plurality of drive bubble detect modules is coupled to a corresponding nozzle column from among the plurality of nozzle columns; for each of the plurality of nozzle columns, registering by the corresponding drive bubble detect module, test results for a nozzle of the nozzle column, wherein the test results are obtained based on impedances measured across the nozzle at the first predetermined time instant and the second predetermined time instant; and evaluating the print head nozzle condition of the nozzle based on the test results. activating , by a timing circuit coupled to each of the plurality of nozzle columns, a plurality of drive bubble detect modules at a first predetermined time instant and a second predetermined time instant, wherein each of the plurality of drive bubble detect modules is coupled to a corresponding nozzle column from among the plurality of nozzle columns; for each of the plurality of nozzle columns, registering by the corresponding drive bubble detect module, test results for a nozzle of the nozzle column, wherein the test results are obtained based on impedances measured across the nozzle at the first predetermined time instant and the second predetermined time instant; and evaluating the print head nozzle condition of the nozzle based on the test results.
Mediation method implemented by a first device in a residential network , a software abstraction module offering an abstraction service of a technique for controlling access to the underlying media being executed by the first device, said method comprising the steps of: - receiving (E1) a request to join the residential network from a second device via a wireless communication channel; - verifying (E2) whether the second device is capable of executing the software abstraction module; - when the second device is not capable of executing said software module, allocating (E4) an address identifying the second device in the residential network according to a format compatible with the execution of the software module and execution of the software abstraction module by the first device as a proxy of the second device. - receiving (E1) a request to join the residential network from a second device via a wireless communication channel; - verifying (E2) whether the second device is capable of executing the software abstraction module; - when the second device is not capable of executing said software module, allocating (E4) an address identifying the second device in the residential network according to a format compatible with the execution of the software module and execution of the software abstraction module by the first device as a proxy of the second device.
An extended base for a mobile terminal, wherein the extended base is a wireless network access node or wireless network range extender, the extended base comprises a first connector , an enable circuit , a switch circuit , and a power supply, a metal shield disposed on the first connector , the metal shield being connected to the enable circuit ; the extended base being configured such that when a mobile terminal is inserted into the extended base, a second connector of the mobile terminal is in contact with the first connector , the metal shield of the first connector being connected to a metal shield of the second connector for grounding, the enable circuit is electrically connected to the mobile terminal and configured to generate an enable signal, and the switch circuit is connected to the enable circuit and configured to output a voltage under control of the enable signal, so that under control of the voltage, the extended base can enable the power supply to supply power; and when the mobile terminal is removed from the extended base, the second connector is out of contact with the first connector , the enable circuit is electrically disconnected from the mobile terminal and is configured to stop generating the enable signal, and the switch circuit is configured to stop outputting the voltage, so that under the control of the voltage, the extended base cannot enable the power supply to supply power; wherein the enable circuit comprises a first switch element , the first switch element comprises a control end (G 1 ), a first connection end (S 1 ), and a second connection end (D 1 ), the control end (G 1 ) being connected to the metal shield disposed on the first connector , the first connection end (S 1 ) being connected to a power supply port VBUS pin of the extended base, and the second connection end being connected to the switch circuit ; wherein the first switch element is a p-channel enhancement type MOSFET, the control end (G 1 ) of the first switch element is the gate electrode of the MOSFET, the first connection end (S 1 ) of the first switch element is the source electrode of the MOSFET, and the second connection end (D 1 ) of the first switch element is the drain electrode of the MOSFET, and when the enable circuit is electrically connected to the mobile terminal, the control end (G 1 ) is connected to the metal shield of the second connector for grounding, and the first connection end (S 1 ) is configured to receive a high level signal in the form of voltage supplied by the mobile terminal via the VBUS pin of the second connector being connected to the VBUS pin of the first connector, wherein said voltage is higher than a first preset threshold so that the p-channel of the MOSFET is put in a conducting state, so that the enable signal is generated on the second connection end (D 1 ); and when the mobile terminal is being removed from the extended base, the control end (G 1 ) is free, so that the first connection end (S 1 ) and the second connection end (D 1 ) are disconnected so that the MOSFET is not in a conducting state so that the enable signal is not generated on the second connection end (D 1 ).
A multi-component stranded yarn , comprising: a continuous ceramic strand resistant to temperatures greater than 1200 degrees Celsius, the continuous ceramic strand comprising individual ceramic filaments whose diameter is about 12 micrometers or less; and a continuous load-relieving process aid strand , wherein the continuous load-relieving process aid strand is a monofilament material and has a diameter from 100 micrometers to 625 micrometers, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand forming the multi-component stranded yarn , wherein the continuous load-relieving process aid strand comprises a continuous strand of nickel-chromium based alloys, aluminum, stainless steel, copper, tin or nickel plated copper. a continuous ceramic strand resistant to temperatures greater than 1200 degrees Celsius, the continuous ceramic strand comprising individual ceramic filaments whose diameter is about 12 micrometers or less; and a continuous load-relieving process aid strand , wherein the continuous load-relieving process aid strand is a monofilament material and has a diameter from 100 micrometers to 625 micrometers, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand forming the multi-component stranded yarn , wherein the continuous load-relieving process aid strand comprises a continuous strand of nickel-chromium based alloys, aluminum, stainless steel, copper, tin or nickel plated copper.
A heat spreader comprising: a package ; and a paste-like thermally conductive medium enclosed in the package, and configured to deform to conform to a three-dimensional shape of a heat-generating article and periphery thereof, wherein the paste-like thermally conductive medium is made from a plurality of kinds of material characterised in that the paste-like thermally conductive medium hardens with time. a package ; and a paste-like thermally conductive medium enclosed in the package, and configured to deform to conform to a three-dimensional shape of a heat-generating article and periphery thereof, wherein the paste-like thermally conductive medium is made from a plurality of kinds of material characterised in that the paste-like thermally conductive medium hardens with time.
A device body (1; 401) for a strength training device for performing a strength training exercise on a lever arm around a training shaft (36; 436) with a training axis of rotation (A 1 ; A 2 ), including a resistance source (34; 434) for providing a training resistance and a control unit (33; 433) for controlling the training resistance, characterized in that the device body includes two shaft receptacles (18, 20; 418, 420) spaced apart from each other in a height direction and/or in a longitudinal direction of the device body, wherein the device body is equipped to connect the training shaft to the resistance source at that one of the two shaft receptacles for transmitting a training resistance on which the training shaft is arranged.
Method for the manufacture of a product with a machine tool , comprising: manufacture (S1, S1') of the product with the machine tool giving consideration to control information that controls the manufacture of the product; generation (S2, S2') of production data by the machine tool during the manufacture of the product, wherein the production data describe the manufacture of the product and are acquired by sensors during the manufacture of the product; provision (S3, S3') of protection information to the machine tool indicating which parts of the production data are to be protected and defining a protection method for this production data requiring protection; and protection (S4, S4') of those parts of the production data that are to be protected in accordance with the protection information with the protection method defined by the protection information . manufacture (S1, S1') of the product with the machine tool giving consideration to control information that controls the manufacture of the product; generation (S2, S2') of production data by the machine tool during the manufacture of the product, wherein the production data describe the manufacture of the product and are acquired by sensors during the manufacture of the product; provision (S3, S3') of protection information to the machine tool indicating which parts of the production data are to be protected and defining a protection method for this production data requiring protection; and protection (S4, S4') of those parts of the production data that are to be protected in accordance with the protection information with the protection method defined by the protection information .