mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device (101; 201) comprising: a first communication module configured to communicate with an external device through a first communication scheme; a second communication module configured to communicate with the external device through a second communication scheme; and a processor (120; 210) configured to: identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device. a first communication module configured to communicate with an external device through a first communication scheme; a second communication module configured to communicate with the external device through a second communication scheme; and a processor (120; 210) configured to: identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device. identify a state of the second communication module, generate availability information which includes a priority for at least one communication function supported by the second communication module, the availability information further indicating whether the second communication module is available to perform simultaneously the same communication function as the first communication module, based on the state of the second communication module, and control the first communication module or the second communication module to transmit the availability information of the second communication module to the external device.
A continuous inkjet printer comprising: a cabinet having a first side and a second side; components of the continuous inkjet printer that are to be accessed by a printer technician being located in the first side of the cabinet ; and components of the continuous inkjet printer that are to be accessed by a printer user being located in the second side of the cabinet , characterised in that the components located in the second side of the cabinet comprise one or more single-block or whole-block removable assemblies, and in that the one or more single-block or whole-block removable assemblies comprise an ink pump module , a filter module , or an ink recovery module . a cabinet having a first side and a second side; components of the continuous inkjet printer that are to be accessed by a printer technician being located in the first side of the cabinet ; and components of the continuous inkjet printer that are to be accessed by a printer user being located in the second side of the cabinet , characterised in that the components located in the second side of the cabinet comprise one or more single-block or whole-block removable assemblies, and in that the one or more single-block or whole-block removable assemblies comprise an ink pump module , a filter module , or an ink recovery module .
A vibration and noise damper for wheels of rail vehicles, to which wheels it is fastened with screws, pins, or rivets, and which comprises of at least two segments formed by a supporting part , for gripping to the wheel , a pushing part and a damping part , which is formed in the direction away from the wheel rim of a strain pliable metal or composite layer , of a viscoelastic layer , and possibly of other metal or composite layer characterized in that the supporting part is connected by means of first coupling bolts with the wheel , the pushing part is formed either by a single metal or composite element, or it is directly integral part of the damping part and the pushing part is connected with the supporting part by means of second coupling bolts and wherein the damping part is placed between the pushing part and the wheel rim provided that the preloading of damping part is realized by deformation pressing by means of the second coupling bolts with the aim to maximize damping in the contact with the wheel rim.
Operating system for a vehicle , comprising an operating element for detecting an actuation; wherein the operating element has a first or a second operability state; the first operability state of the operating element is an activated operability state of the operating element ; and the second operability state of the operating element is a deactivated operability state of the operating element , a feedback unit for outputting feedback; and a control unit coupled to the operating element and to the feedback unit ; wherein the control unit is configured to detect the operability state of the operating element and to generate a first or a second control signal depending on the detected operability state and to transmit said control signal to the feedback unit ; wherein the feedback unit is configured to generate and output the feedback on the basis of the first or second control signal, characterized in that the operating element is configured, in the event of an activated operability state, to generate an input signal on the basis of the actuation and, in the event of a deactivated operability state, not to generate an input signal when the operating element is actuated and/or such an input signal does not lead to an operation or input. an operating element for detecting an actuation; wherein the operating element has a first or a second operability state; the first operability state of the operating element is an activated operability state of the operating element ; and the second operability state of the operating element is a deactivated operability state of the operating element , a feedback unit for outputting feedback; and a control unit coupled to the operating element and to the feedback unit ; wherein the control unit is configured to detect the operability state of the operating element and to generate a first or a second control signal depending on the detected operability state and to transmit said control signal to the feedback unit ; wherein the feedback unit is configured to generate and output the feedback on the basis of the first or second control signal, characterized in that the operating element is configured, in the event of an activated operability state, to generate an input signal on the basis of the actuation and, in the event of a deactivated operability state, not to generate an input signal when the operating element is actuated and/or such an input signal does not lead to an operation or input.
A sensor for detection of a level of Radio Frequency (RF) radiation comprising a paper based substrate ; said paper based substrate includes conductive nanoparticles of gold embedded inside the substrate and a conductive patch of silver paste on the substrate configured to operate as detection element for detection of RF radiation and generation of voltage signal based thereon. a paper based substrate ; said paper based substrate includes conductive nanoparticles of gold embedded inside the substrate and a conductive patch of silver paste on the substrate configured to operate as detection element for detection of RF radiation and generation of voltage signal based thereon.
A material for 3D printing comprising: a polymeric composition comprising a thermoplastic polymer; and from 50 to 99 wt.% ceramic particles comprising a metal, wherein at least 50% by weight of the particles have a diameter in a range from 10 to 100 μm; wherein the material has a dielectric strength of at least 5 kV/mm and a dielectric constant of at least 5. a polymeric composition comprising a thermoplastic polymer; and from 50 to 99 wt.% ceramic particles comprising a metal, wherein at least 50% by weight of the particles have a diameter in a range from 10 to 100 μm; wherein the material has a dielectric strength of at least 5 kV/mm and a dielectric constant of at least 5.
Method for an emergency response in the event of a loss of tyre pressure of a vehicle including the following steps: - detecting a tyre pressure on a wheel of the vehicle , - detecting an angle of inclination on an axle of the vehicle associated with the wheel , - detecting an emergency situation depending on a correlation of the tyre pressure and the angle of inclination , - determining an emergency braking manoeuvre of the vehicle depending on the emergency situation. - detecting a tyre pressure on a wheel of the vehicle , - detecting an angle of inclination on an axle of the vehicle associated with the wheel , - detecting an emergency situation depending on a correlation of the tyre pressure and the angle of inclination , - determining an emergency braking manoeuvre of the vehicle depending on the emergency situation.
A grenade launcher comprising a support for releasably mounting the grenade launcher to a carrier, at least one cock that is spring biased to a lower grenade impacting position, wherein the at least one cock is configured to be rotated manually to an upper armed position, maintained manually in the upper armed position with a finger of a person handling the grenade launcher (10; 80), and manually released from the upper armed position to the lower grenade impacting position.
An electrically heated smoking system for receiving an aerosol-forming substrate , the system comprising: at least one heater for heating the aerosol-forming substrate to form an aerosol, and a power supply for supplying power to the at least one heater, wherein the at least one heater comprises one or more electrically conductive tracks on an electrically insulating substrate , wherein the electrically insulating substrate is formed from polyimide and is tubular, and further comprising a thermally insulating material for insulating the at least one heater, wherein the thermally insulating material comprises a metal.
Method of manufacturing a laminated packaging material , from which a packaging container for packaging of liquid food products can be formed, the method comprising the following steps: - Providing a bulk layer of paper or paperboard or other cellulose-based material with at least one through hole ; - Providing a substrate layer and an adhesive formed by or applied to a lamination side thereof; - Positioning the bulk layer and the substrate layer so that the adhesive is facing a lamination side of the bulk layer and with said substrate layer being arranged in front of the at least one through hole ; - Joining the bulk layer and the substrate layer in a lamination unit , wherein a first lamination means , the substrate layer , the bulk layer and a second lamination means are kinematically arranged in the enumerate sequence and a lamination pressure is created between the first and second lamination means (42; 44), and wherein at least one non-adhesive lamination means is kinematically arranged between the second lamination means and the bulk layer , wherein the method is a continuous or discontinuous flow process being run in a machine direction , characterized in that a position of the bulk layer and/or a position of said at least one non-adhesive lamination means is at least controlled in a direction transverse the machine direction to re-adjust the position of the non-adhesive lamination means relative to the bulk layer so that the at least one through hole is covered by the at least one non-adhesive lamination means , at least as long as the lamination pressure is imposed on the at least one trough hole . - Providing a bulk layer of paper or paperboard or other cellulose-based material with at least one through hole ; - Providing a substrate layer and an adhesive formed by or applied to a lamination side thereof; - Positioning the bulk layer and the substrate layer so that the adhesive is facing a lamination side of the bulk layer and with said substrate layer being arranged in front of the at least one through hole ; - Joining the bulk layer and the substrate layer in a lamination unit , wherein a first lamination means , the substrate layer , the bulk layer and a second lamination means are kinematically arranged in the enumerate sequence and a lamination pressure is created between the first and second lamination means (42; 44), and wherein at least one non-adhesive lamination means is kinematically arranged between the second lamination means and the bulk layer , wherein the method is a continuous or discontinuous flow process being run in a machine direction , characterized in that a position of the bulk layer and/or a position of said at least one non-adhesive lamination means is at least controlled in a direction transverse the machine direction to re-adjust the position of the non-adhesive lamination means relative to the bulk layer so that the at least one through hole is covered by the at least one non-adhesive lamination means , at least as long as the lamination pressure is imposed on the at least one trough hole .
A hydrogenated cycloolefin ring-opening polymer obtained by hydrogenating 99% or more of main-chain carbon-carbon double bonds of a cycloolefin ring-opening polymer comprising a repeating unit derived from tetracyclododecene, and a repeating unit derived from an additional norbornene-based monomer, the hydrogenated cycloolefin ring-opening polymer comprising the repeating unit derived from tetracyclododecene in a ratio of 55 wt% or more and 85 wt% or less based on the total amount of repeating units, and comprising the repeating unit derived from the additional norbornene-based monomer in a ratio of 15 wt% or more and 45 wt% or less based on the total amount of repeating units, the hydrogenated cycloolefin ring-opening polymer having a racemo diad ratio determined by 13C-NMR measurement using deuterated o-dichlorobenzene as a solvent and calculating the racemo diad ratio based on the intensity ratio of the signal at 51.7 ppm attributed to racemo diads to the signal at 51.6 ppm attributed to meso diads is 65% or more with respect to the repeating unit derived from tetracyclododecene, the hydrogenated cycloolefin ring-opening polymer having a weight average molecular weight (Mw) measured by gel permeation chromatography using cyclohexane as an eluent, and calculated as a standard polyisoprene conversion value of 10,000 to 35,000. the hydrogenated cycloolefin ring-opening polymer comprising the repeating unit derived from tetracyclododecene in a ratio of 55 wt% or more and 85 wt% or less based on the total amount of repeating units, and comprising the repeating unit derived from the additional norbornene-based monomer in a ratio of 15 wt% or more and 45 wt% or less based on the total amount of repeating units, the hydrogenated cycloolefin ring-opening polymer having a racemo diad ratio determined by 13C-NMR measurement using deuterated o-dichlorobenzene as a solvent and calculating the racemo diad ratio based on the intensity ratio of the signal at 51.7 ppm attributed to racemo diads to the signal at 51.6 ppm attributed to meso diads is 65% or more with respect to the repeating unit derived from tetracyclododecene, the hydrogenated cycloolefin ring-opening polymer having a weight average molecular weight (Mw) measured by gel permeation chromatography using cyclohexane as an eluent, and calculated as a standard polyisoprene conversion value of 10,000 to 35,000.
A vehicle drive assembly with double power sources longitudinally placed in a vehicle, connectable to a vehicle axle half shaft, wherein the vehicle drive assembly is provided with a transmission , the transmission comprises a first input shaft , a first power source is connected to the first input shaft , an output shaft is provided coaxial with the first input shaft , and an intermediate shaft is provided parallel to the first input shaft ; and a first stage of deceleration gear train is mounted through the first input shaft and the intermediate shaft , an Nth stage of deceleration gear train is mounted through the intermediate shaft and the output shaft , N≥2, and each of the stages of deceleration gear train comprises a pair of gears with unequal transmission ratios; wherein in the first stage to Nth stage of deceleration gear train, each of the stages of deceleration gear train is provided with a shifting clutch or synchronizer cooperating therewith; characterized in that a second power source is connected to the second input shaft , the second input shaft is provided with a driving gear , the driving gear is engaged with any one of stages from a second stage to the Nth stage of deceleration gear train, and power of the second power source is transmitted to the output shaft via the stage of deceleration gear train which the driving gear is engaged with; the first power source is a combination of an engine and an ISG motor , and the second power source is an electric motor.
A paper shredder , said shredder comprising: a hopper for receiving paper; a first stage shredder comprising offset blades driven by a first stage power drive ; a second stage shredder operatively connected to said first stage shredder , said second stage shredder comprising offset blades driven by a second stage power drive ; a third stage shredder operatively connected to said second stage shredder , said third stage shredder comprising offset blades driven by a third stage power drive ; and a collection bin below said third stage shredder ; characterized in that the offset blades of the second stage shredder are smaller than the offset blades of the first stage shredder and larger than the offset blades of the third stage shredder and wherein the offset blades of each shredder stage of the system are progressively narrower to provide a finer shred; and a user interface communicatively coupled to a programmable logic controller adapted to control said paper shredder by allowing a user to set the speed of said power drives, the interface also being adapted to collect data from sensors and to record data about operating aspects of the paper shredder . a hopper for receiving paper; a first stage shredder comprising offset blades driven by a first stage power drive ; a second stage shredder operatively connected to said first stage shredder , said second stage shredder comprising offset blades driven by a second stage power drive ; a third stage shredder operatively connected to said second stage shredder , said third stage shredder comprising offset blades driven by a third stage power drive ; and a collection bin below said third stage shredder ; characterized in that the offset blades of the second stage shredder are smaller than the offset blades of the first stage shredder and larger than the offset blades of the third stage shredder and wherein the offset blades of each shredder stage of the system are progressively narrower to provide a finer shred; and a user interface communicatively coupled to a programmable logic controller adapted to control said paper shredder by allowing a user to set the speed of said power drives, the interface also being adapted to collect data from sensors and to record data about operating aspects of the paper shredder .
A superconducting current pump arranged to cause a DC electrical current to flow through a superconducting circuit configured to be accommodated within a cryogenic enclosure of a cryostat having thermally insulating walls , the superconducting circuit comprising a superconducting coil or coils and one or more wire or tape superconducting elements , the current pump comprising a rotor comprising at least in part a ferromagnetic yoke and one or more magnetic field generating elements , and a stator comprising at least in part a ferromagnetic yoke and comprising the one or more wire or tape superconducting elements, wherein the rotor is configured to be placed external to the cryogenic enclosure and the stator is configured to be placed within the cryogenic enclosure , the rotor and stator separated by a gap configured to let pass a thermally insulating wall of the thermally insulating walls of the cryogenic enclosure, such that each said yoke concentrates magnetic flux from the one or more magnetic field generating elements in a magnetic circuit across the gap between the rotor and the stator and through the thermally insulating wall , the magnetic flux penetrating through the thermally insulating wall and the one or more wire or tape superconducting element(s) of the stator in one direction, the one or more wire or tape superconducting elements passing between the rotor and the stator passing between the stator and the one or more field generating elements of the rotor, and exiting the stator via a region with low or no flux density, so that movement of the rotor configured to be external to the cryogenic enclosure relative to the stator configured to be within the cryogenic enclosure induces a DC current to flow in the one or more wire or tape superconducting elements and in the superconducting circuit configured to be placed within the cryogenic enclosure , the magnetic flux penetrating the one or more wire or tape superconducting elements with a magnetic flux density high enough to form localized flux vortices at a microscopic scale in the one or more wire or tape superconducting elements but not eliminate a superconducting current path sufficient to conduct the net DC current flowing in the one or more wire or tape superconducting elements at a macroscopic level.
An operating method of a serving base station, BS, in a communication system, the operating method comprising: adding, by the serving BS , a secondary BS to a cooperative communication cell of the communication system; and transmitting , to the added secondary BS , a message including a mobile station, MS identifier, ID, a flow ID for an MS, and a sequence number, SN of at least one medium access control service data unit MAC SDU, processed by the serving BS , after adding the secondary BS , wherein the flow ID for the MS is related to a bearer with a quality of a service for the MS, wherein the SN is allocated at the serving BS , wherein the secondary BS assigns the SN to a first IP packet which is received from the data gateway, GW, for a data bearer identified by the MS ID and the flow ID. adding, by the serving BS , a secondary BS to a cooperative communication cell of the communication system; and transmitting , to the added secondary BS , a message including a mobile station, MS identifier, ID, a flow ID for an MS, and a sequence number, SN of at least one medium access control service data unit MAC SDU, processed by the serving BS , after adding the secondary BS , wherein the flow ID for the MS is related to a bearer with a quality of a service for the MS, wherein the SN is allocated at the serving BS , wherein the secondary BS assigns the SN to a first IP packet which is received from the data gateway, GW, for a data bearer identified by the MS ID and the flow ID.