mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an electronic program guide, the method comprising: receiving at least one of identification information and broadcasting information from each of a plurality of display apparatuses capable of displaying a broadcasting signal; the method characterized by: transmitting to at least one of the plurality of display apparatuses a request for display information of the broadcasting signal that is currently displayed by a corresponding display apparatus; receiving display information including a captured broadcasting image from a display apparatus of the plurality of display apparatuses in response to the transmitted request for display information; generating an EPG based on the received display information; and transmitting the generated EPG to at least one of the plurality of display apparatuses, wherein the generated EPG comprises the captured broadcasting image. receiving at least one of identification information and broadcasting information from each of a plurality of display apparatuses capable of displaying a broadcasting signal; transmitting to at least one of the plurality of display apparatuses a request for display information of the broadcasting signal that is currently displayed by a corresponding display apparatus; receiving display information including a captured broadcasting image from a display apparatus of the plurality of display apparatuses in response to the transmitted request for display information; generating an EPG based on the received display information; and transmitting the generated EPG to at least one of the plurality of display apparatuses,
Rail vehicle having at least one vehicle body and at least one secondary spring for cushioning the vehicle body on a chassis, wherein the vehicle body has an opening in the bottom, wherein the secondary spring comprises first means for connecting a first part of a clamping tool to the secondary spring, wherein the secondary spring is arranged in the region of the opening in the bottom of the vehicle body and wherein the opening in the bottom of the vehicle body is embodied such that at least the first part of the clamping tool can be passed through the opening in the bottom of the vehicle body and can be connected to the secondary spring, wherein the first means of the secondary spring for connecting the first part of the clamping tool to the secondary spring is arranged such that a force which is applied by the clamping tool to the secondary spring and which acts in a direction against the vehicle body is introduced into the secondary spring such that the secondary spring is biased against the vehicle body, characterised in that the secondary spring is divided along its vertical longitudinal axis into a first and at least one further, second section, which first section is embodied resiliently as axially rigid and orthogonal to said vertical longitudinal axis and which second section is embodied orthogonal to said vertical longitudinal axis as rigid and axially resilient, wherein the second section of the secondary spring is connected to the vehicle body, wherein between the first and the second section the secondary spring comprises a partition plate which is connected to the first means of the secondary spring for forming the connection to the predetermined clamping tool.
An object comprising a case and a means (5; 135) for detecting the theft of said object, including: an antenna for receiving a remote-supply signal (S 1); means for detecting an interruption of the remote-supply signal; and means for delivering an alarm signal when the interruption of the remote-supply signal is detected, wherein the case, which at least partly contains the means for detecting the theft, has an external aspect imitating the aspect of a timepiece and/or jewelry item. an antenna for receiving a remote-supply signal (S 1); means for detecting an interruption of the remote-supply signal; and means for delivering an alarm signal when the interruption of the remote-supply signal is detected,
A method of producing a freestanding thin film of nano-crystalline graphite, the method comprising the steps of: • providing a freestanding thin film of amorphous carbon, • locally heating the freestanding thin film to a high temperature in an inert atmosphere or in a vacuum; and • allowing the freestanding thin film to cool down, as a result of which a freestanding thin film of nano-crystalline graphite is formed. • providing a freestanding thin film of amorphous carbon, • locally heating the freestanding thin film to a high temperature in an inert atmosphere or in a vacuum; and • allowing the freestanding thin film to cool down,
An insulator for overhead power lines comprising a leakage current detection and data transmission device which is suitable for detecting and measuring a leakage current of the insulator, recording values of a measured current in a computer memory, and transmitting data representing said values to a station that is remote from the insulator, said device being arranged in such a way as to: - measure in a measurement circuit a leakage current of the insulator during a first measurement period and record in a memory a first value corresponding to a maximum intensity of the measured leakage current; and - measure in said measurement circuit said leakage current during a second measurement period following the first measurement period and record in the memory a second value corresponding to a maximum intensity of the measured leakage current, the overhead power line insulator being characterized in that the device is further arranged in such a way as to: - compare the first current value with the second current value; and - stop said measurement circuit for a certain sleep time if the second current value is less than or equal to the first current value, then restart said measurement circuit after said certain sleep time. - measure in a measurement circuit a leakage current of the insulator during a first measurement period and record in a memory a first value corresponding to a maximum intensity of the measured leakage current; and - measure in said measurement circuit said leakage current during a second measurement period following the first measurement period and record in the memory a second value corresponding to a maximum intensity of the measured leakage current, - compare the first current value with the second current value; and - stop said measurement circuit for a certain sleep time if the second current value is less than or equal to the first current value, then restart said measurement circuit after said certain sleep time.
An imaging probe for diagnosis which includes an imaging core having a drive shaft internally provided with an optical fiber and a signal line, comprising: an optical transceiver that is disposed in one end of the optical fiber; and an ultrasound transceiver that is joined to the signal line, wherein the optical transceiver is arranged on a distal side of the imaging core from the ultrasound transceiver, and wherein an emitting direction of an ultrasound wave emitted from the ultrasound transceiver and an emitting direction of light emitted from the optical transceiver are substantially parallel to each other, characterized in that the emitting direction of an ultrasound wave emitted from the ultrasound transceiver and the emitting direction of light emitted from the optical transceiver are directions which are further tilted to a proximal side of the drive shaft than a direction orthogonal to the drive shaft, and the signal line and the ultrasound transceiver are joined to each other by soldering. an optical transceiver that is disposed in one end of the optical fiber; and an ultrasound transceiver that is joined to the signal line, wherein the optical transceiver is arranged on a distal side of the imaging core from the ultrasound transceiver, and wherein an emitting direction of an ultrasound wave emitted from the ultrasound transceiver and an emitting direction of light emitted from the optical transceiver are substantially parallel to each other, characterized in that the emitting direction of an ultrasound wave emitted from the ultrasound transceiver and the emitting direction of light emitted from the optical transceiver are directions which are further tilted to a proximal side of the drive shaft than a direction orthogonal to the drive shaft, and the signal line and the ultrasound transceiver are joined to each other by soldering.
Method for cooling a converter, in particular a frequency converter in a heat-pump circuit, the heat-pump circuit comprising: • a first heat exchanger, a second heat exchanger and a third heat exchanger for exchange of thermal energy between a refrigerant and surroundings of the respective heat exchanger (10, 20, 30), • a compressor module, • an expansion valve, wherein the expansion valve is arranged between the first heat exchanger and the second heat exchanger; wherein the first heat exchanger, the second heat exchanger, the third heat exchanger, the compressor module and the expansion valve are connected to one another via a line system in such a way that the refrigerant can circulate in the heat-pump circuit, wherein the third heat exchanger is configured to extract thermal energy from the converter and to release the thermal energy to the refrigerant, wherein the expansion valve is controlled in such a way that a surface temperature of the third heat exchanger is at all times higher than a critical temperature, characterized in that the refrigerant evaporates by heat being supplied to the heat-pump circuit and is then supplied to the third heat exchanger for cooling the converter. • a first heat exchanger, a second heat exchanger and a third heat exchanger for exchange of thermal energy between a refrigerant and surroundings of the respective heat exchanger (10, 20, 30), • a compressor module, • an expansion valve, wherein the expansion valve is arranged between the first heat exchanger and the second heat exchanger; wherein the first heat exchanger, the second heat exchanger, the third heat exchanger, the compressor module and the expansion valve are connected to one another via a line system in such a way that the refrigerant can circulate in the heat-pump circuit, wherein the third heat exchanger is configured to extract thermal energy from the converter and to release the thermal energy to the refrigerant, wherein the expansion valve is controlled in such a way that a surface temperature of the third heat exchanger is at all times higher than a critical temperature, characterized in that the refrigerant evaporates by heat being supplied to the heat-pump circuit and is then supplied to the third heat exchanger for cooling the converter.
A computing system for suspending and resuming an operation of a virtual machine, VM, running one or more first VM components and one or more second VM components, the VM having one or more devices attached to it, the computing system being configured to: suspend the operation of the VM, wherein at least one device remains configured as attached to the VM and remains configured to communicate with the VM while the VM is suspended; save a state of the one or more first VM components; save one or more identification pointers pointing to underlying data structures in computing system physical hardware of the one or more second VM components in a portion of the computing system physical memory while said underlying data structures of the one or more second VM components remain loaded in the computing system physical hardware; shut down the one or more first VM components by removing any underlying data structures for the one or more first VM components from the computing system physical hardware; restore the one or more first VM components using the saved state of the one or more first VM components; reconnect the restored one or more first VM components to the one or more second VM components using the identification pointers; and resume the operation of the VM. suspend the operation of the VM, wherein at least one device remains configured as attached to the VM and remains configured to communicate with the VM while the VM is suspended; save a state of the one or more first VM components; save one or more identification pointers pointing to underlying data structures in computing system physical hardware of the one or more second VM components in a portion of the computing system physical memory while said underlying data structures of the one or more second VM components remain loaded in the computing system physical hardware; shut down the one or more first VM components by removing any underlying data structures for the one or more first VM components from the computing system physical hardware; restore the one or more first VM components using the saved state of the one or more first VM components; reconnect the restored one or more first VM components to the one or more second VM components using the identification pointers; and resume the operation of the VM.
A method of providing routing information for routing of a request message in a communication network, wherein the request message requests a service requiring a data operation on data (150-1, 150-2, 150-3), wherein the data (150-1, 150-2, 150-3) is stored on a plurality of data repositories (140-1, 140-2, 140-3) configured for communicating via a communication protocol, thereby constituting a data backend system of the communication network, wherein a plurality of application front end entities (320-1, 320-2) of an application layer of the communication network can access the data backend system, wherein each one of the plurality of application front end entities (320-1, 320-2) is configured for communicating with a respective given data repository (140-1, 140-2, 140-3), wherein the method comprises: - a first data repository of the plurality of data repositories (140-1, 140-2, 140-3) receiving, from a first application front end entity of the application layer, a request for routing information for the request message towards a storage location of the data (150-1, 150-2, 150-3) or receiving a data operation message created by the first application front end entity based on the request message, - in response to said receiving of the request for routing information or of the data operation message, retrieving routing information towards a second application front end entity of the application layer which communicates with a given data repository, wherein the storage location of the data is at least on the given data repository, - the first data repository sending the routing information to the first application front end entity with the routing information enabling the first application front end entity to route the request message to the second application front end entity using a communication protocol of the application layer. - a first data repository of the plurality of data repositories (140-1, 140-2, 140-3) receiving, from a first application front end entity of the application layer, a request for routing information for the request message towards a storage location of the data (150-1, 150-2, 150-3) or receiving a data operation message created by the first application front end entity based on the request message, - in response to said receiving of the request for routing information or of the data operation message, retrieving routing information towards a second application front end entity of the application layer which communicates with a given data repository, - the first data repository sending the routing information to the first application front end entity with the routing information enabling the first application front end entity to route the request message to the second application front end entity using a communication protocol of the application layer.
A method for conveying and handling bundles, which are being conveyed in a horizontal conveying direction on a first conveying device and transferred by it to a second conveying device, which holds the bundles clamped at their two oppositely located longitudinal sides and conveys them by way of a discharge section and transfers them to a third conveying device, characterised in that the bundles consist of at least two articles or containers being held together and/or adhering to each other, in that the bundles are transported in a horizontal conveying direction in a standing position on the first conveying device and on the third conveying device toward further handling devices, packaging devices and/or conveying devices, in that the at least two articles or containers of each bundle are held together by means of at least one strapping band and/or by means of at least one adhesion point, and in that a bundle, which has been detected to be defective and/or loose and/or to have come undone is discharged downward into the discharge section or removed from the conveyor stream in the section of the second conveying device.
Fluid dose-measuring device for dispensing predetermined amounts of fluid from a fluid container, comprising: a. a housing with a stationary part and a moveable part, wherein the stationary part comprises a connector portion defining an inlet passage, which connector portion is connectable to the fluid container, wherein the moveable part is configured to engage with an actuator of a dispensing device, and wherein the housing comprises an outlet through which the fluid is to be dispensed, characterized in that the fluid dose-measuring device further comprises: b. an internal gear pump with an inner gear and an outer gear for transporting fluid from the inlet passage of the housing to the outlet of the fluid dose-measuring device upon actuation by the actuator of the dispensing device, wherein the moveable part is rotatable relative to the stationary part about a longitudinal axis of the housing, wherein the moveable part of the housing is connected to the outer gear of the internal gear pump, so that external actuation of the moveable part of the housing allows to rotate the inner and outer gear of the internal gear pump relative to the stationary part of the housing. a. a housing with a stationary part and a moveable part, wherein the stationary part comprises a connector portion defining an inlet passage, which connector portion is connectable to the fluid container, wherein the moveable part is configured to engage with an actuator of a dispensing device, and wherein the housing comprises an outlet through which the fluid is to be dispensed,
Apparatus for processing metal strip material, comprising: a feed unit for feeding metallic strip material, a strip drive device (5, 5') which has at least one controllable traction drive unit (10, 10') with at least one motor (13, 13') and an endless traction mechanism (14, 14') rotatably drivable by the motor (13, 13'), and a pressure unit (11, 11') for pressing the traction mechanism (14, 14') against the strip material, wherein a driving force is transmittable from the traction mechanism (14, 14'), under frictional contact with the strip material, to the strip material; a rolling device for flexibly rolling the strip material, with the rolling device configured to produce a variable sheet thickness in the strip material over the length of the strip material by varying the roll gap, a measuring device (7, 7'; 35; 36) arranged to measure a physical variable (F4, F6) acting on the strip material, characterised in that the at least one traction drive unit (10, 10') is stationarily fixed in longitudinal direction of the strip material to a stationary part, and that a drive torque of the motor (13, 13') is controllable on the basis of the physical variable (F4, F6, s) measured by the measuring device (7, 7'; 35; 36), wherein, by changing the drive torque of the motor (13, 13'), the driving force acting from the traction mechanism (14, 14') on the strip material is variably adjustable. a feed unit for feeding metallic strip material, a strip drive device (5, 5') which has at least one controllable traction drive unit (10, 10') with at least one motor (13, 13') and an endless traction mechanism (14, 14') rotatably drivable by the motor (13, 13'), and a pressure unit (11, 11') for pressing the traction mechanism (14, 14') against the strip material, wherein a driving force is transmittable from the traction mechanism (14, 14'), under frictional contact with the strip material, to the strip material; a rolling device for flexibly rolling the strip material, with the rolling device configured to produce a variable sheet thickness in the strip material over the length of the strip material by varying the roll gap, a measuring device (7, 7'; 35; 36) arranged to measure a physical variable (F4, F6) acting on the strip material, characterised in that the at least one traction drive unit (10, 10') is stationarily fixed in longitudinal direction of the strip material to a stationary part, and that a drive torque of the motor (13, 13') is controllable on the basis of the physical variable (F4, F6, s) measured by the measuring device (7, 7'; 35; 36), wherein, by changing the drive torque of the motor (13, 13'), the driving force acting from the traction mechanism (14, 14') on the strip material is variably adjustable.
A method performed in a system comprising an access and mobility management function, AMF, and an Authentication Server, the method comprising: receiving, by the AMF via a base station, a message for registration of a user equipment, UE,, wherein the message includes at least one requested isolated single network slice selection assistance information, S-NSSAI, related to at least one requested isolated network slice, the at least one requested isolated network slice is not compatible with the rest of the network slices and is supported by a dedicated AMF and the AMF is selected by the base station based on the at least one requested isolated single network slice S-NSSAI; executing, by the Authentication Server, authentication of the UE via the AMF; validating, by the AMF, a subscription of the UE to a network slice corresponding to the at least one requested isolated network slice; after said validating, executing, by the Authentication Server, additional authentication and security checks for the UE if the AMF supports isolated network slice(s) to which the at least one requested isolated S-NSSAI from the UE maps; once the additional authentication has been performed, adding by the AMF, the at least one requested isolated S-NSSAI to an allowed isolated NSSAI; and sending, by the AMF to the UE, a registration accept message including the allowed isolated NSSAI to which the at least one requested isolated S-NSSAI has been added. receiving, by the AMF via a base station, a message for registration of a user equipment, UE,, wherein the message includes at least one requested isolated single network slice selection assistance information, S-NSSAI, related to at least one requested isolated network slice, the at least one requested isolated network slice is not compatible with the rest of the network slices and is supported by a dedicated AMF and the AMF is selected by the base station based on the at least one requested isolated single network slice S-NSSAI; executing, by the Authentication Server, authentication of the UE via the AMF; validating, by the AMF, a subscription of the UE to a network slice corresponding to the at least one requested isolated network slice; after said validating, executing, by the Authentication Server, additional authentication and security checks for the UE if the AMF supports isolated network slice(s) to which the at least one requested isolated S-NSSAI from the UE maps; once the additional authentication has been performed, adding by the AMF, the at least one requested isolated S-NSSAI to an allowed isolated NSSAI; and sending, by the AMF to the UE, a registration accept message including the allowed isolated NSSAI to which the at least one requested isolated S-NSSAI has been added.