mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, applied in a third base station, comprising: means for sending a request information to a fourth base station, wherein the request information requests the fourth base station to transmit configuration information of a discontinuous data transmission parameter of the fourth base station; means for receiving the configuration information of the discontinuous data transmission parameter of the fourth base station sent by the fourth base station; wherein the configuration information of the discontinuous data transmission parameter of the fourth base station comprises configuration information of a discontinuous reception, DRX parameter; means for transmitting configuration information of a discontinuous data transmission parameter of the third base station to the fourth base station. means for sending a request information to a fourth base station, wherein the request information requests the fourth base station to transmit configuration information of a discontinuous data transmission parameter of the fourth base station; means for receiving the configuration information of the discontinuous data transmission parameter of the fourth base station sent by the fourth base station; wherein the configuration information of the discontinuous data transmission parameter of the fourth base station comprises configuration information of a discontinuous reception, DRX parameter; means for transmitting configuration information of a discontinuous data transmission parameter of the third base station to the fourth base station.
Contacting assembly (10; 10'), in particular an HF measuring tip, comprising a carrier on which a conductor structure is arranged, wherein the conductor structure has, at a contact end, at least five contact elements projecting from the carrier for making electrical contact with at least one contact point of a device under test, and wherein the conductor structure has an impedance converter, wherein the impedance converter has a conductor segment (26; 26') with gradually narrowing or widening cross section, wherein, of the projecting contact elements, two contact elements in the form of ground contact elements are connected with a ground conductor arranged on the carrier and the three remaining contact elements are connected with the conductor segment (26; 26'), wherein the ground conductor runs, starting out from the contact end, to a connection end, and wherein the contact elements projecting from the carrier are alternatingly connected, electrically, with the ground conductor and with the conductor segment (26; 26').
A rubber/resin composite hose comprising an inner tube, the inner tube including a resin layer as an innermost layer and a rubber layer adjacent to the innermost layer, a material used in the resin layer being a resin composition that includes a resin including at least an ionomer containing a metal carboxylate, and a material used in the rubber layer being a rubber composition that includes a rubber including at least an epoxidized rubber.
Rotor for a turbocharger device, having a shaft (3, 3', 3") and having, arranged and fixed axially one behind the other on the shaft (3, 3', 3''), an impeller, a seal bushing element and an axial bearing element (8, 8') which rotates with the shaft (3, 3', 3''), wherein the seal bushing element and the axial bearing element (8, 8') are, by way of an internal thread (10, 10', 10'') which is provided on at least one of said elements, screwed together with a first external thread (11, 11') arranged on the shaft (3, 3', 3'') and are braced against a shaft shoulder and characterized in that the impeller is braced axially with respect to the seal bushing element, the axial bearing element (8, 8') and the shaft shoulder by way of a threaded nut which is screwed axially from the end of the shaft onto a second external thread of the shaft.
Tyre building drum for building a green tyre having tyre components of rubber, including two beads, wherein the tyre building drum comprises a drum shaft and two bead holders arranged around the drum shaft, wherein the bead holders are mutually spaced apart in the axial direction of the drum shaft for supporting the tyre components at the location of the beads, wherein the tyre building drum is provided with expansion means for radially expanding the part of the tyre components situated between the bead holders, wherein the tyre building drum is provided with a turn-up mechanism for turning-up the part of the tyre components situated outside of the bead holders around the beads against the expanded part of the tyre components to form the green tyre, wherein the turn-up mechanism comprises a group of arms (61,62) arranged on each side of the drum shaft outside of the bead holders, wherein, at a first end, the arms of each group are coupled to the drum shaft via an axially moveable arm support, wherein the arms (61, 62) extend from the arm support towards the bead holders in radial planes equally distributed about the drum shaft, wherein the arms are arranged to be tiltable in said radial planes about their coupling with the arm support between a low position and a high position, wherein each group of arms (61, 62) comprises primary arms and secondary arms interposed between the primary arms, wherein, the primary arms and the secondary arms, at a second end opposite to the first end, are provided with primary pressing elements and secondary pressing elements, respectively, for exerting a pressing force onto the tyre components during the turning-up, wherein the primary pressing elements are in a leading position, characterized in that the secondary arms are provided with actuators which are arranged for displacing the secondary pressing elements from an axially trailing position with respect to the axial position of the primary pressing elements in the leading position towards the same axial position as the primary pressing elements in the leading position.
A rotation angle sensor, comprising: a case member (2A; 25) for covering a rotated detection element, and a substrate (3; 27) attached to said case member (2A; 25); energizing conductors (3A; 3a) for being each annularly arranged on the substrate (3; 27), and generating a magnetic field by applying a current; an exciting conductor for being fixed to the rotated detection element and spaced from and not in contact with said energizing conductors (3A; 3a) to generate a current according to the rotational position of the rotated detection element through electromagnetic induction; and receiving conductors for being each arranged on the substrate (3; 27) to generate a current according to the current flowing in said exciting conductor; characterized in that a shield member made of a resin material is provided between said exciting conductor provided on the rotated detection element and said energizing (3A; 3a) and receiving conductors (3B; 3b) that are provided on the substrate (3; 27) to cover said energizing (3A; 3a) and receiving conductors (3B; 3b) to shield said energizing (3A; 3a) and receiving conductors (3B; 3b) from ambient air; and that the shield member made of a resin material is integrally molded with said case member (2A; 25). a case member (2A; 25) for covering a rotated detection element, and a substrate (3; 27) attached to said case member (2A; 25); energizing conductors (3A; 3a) for being each annularly arranged on the substrate (3; 27), and generating a magnetic field by applying a current; an exciting conductor for being fixed to the rotated detection element and spaced from and not in contact with said energizing conductors (3A; 3a) to generate a current according to the rotational position of the rotated detection element through electromagnetic induction; and receiving conductors for being each arranged on the substrate (3; 27) to generate a current according to the current flowing in said exciting conductor; characterized in that a shield member made of a resin material is provided between said exciting conductor provided on the rotated detection element and said energizing (3A; 3a) and receiving conductors (3B; 3b) that are provided on the substrate (3; 27) to cover said energizing (3A; 3a) and receiving conductors (3B; 3b) to shield said energizing (3A; 3a) and receiving conductors (3B; 3b) from ambient air; and that the shield member made of a resin material is integrally molded with said case member (2A; 25).
A submerged combustion burner comprising a parallelepipedic body, the melt oriented face of which comprises a longitudinal slot, two opposite walls of the slot (9',9") comprising a series of nozzles each supplied separately with fuel and with oxygen containing gas.
A system to manage unmanned air vehicles (UAVs) comprising: an enclosed storage area including at least one cell formed therein to receive and store at least one UAV; a platform to receive a UAV from a flight and to support a UAV for launching, the platform including an electronic sliding door to act as a part of the platform, characterized in that the door being configured to drop down by a predetermined amount with respect to the platform and slide thereunder along a pair of tracks to create an opening in the platform to allow UAVs to enter and exit the storage area; and further comprises a pair of gantry arms (20, 50) movable to pick up and position a UAV anyplace along the platform and to a position over the opening. an enclosed storage area including at least one cell formed therein to receive and store at least one UAV; a platform to receive a UAV from a flight and to support a UAV for launching, the platform including an electronic sliding door to act as a part of the platform, characterized in that the door being configured to drop down by a predetermined amount with respect to the platform and slide thereunder along a pair of tracks to create an opening in the platform to allow UAVs to enter and exit the storage area; and further comprises a pair of gantry arms (20, 50) movable to pick up and position a UAV anyplace along the platform and to a position over the opening.
Thermal treatment applicator for the deposition of thermal energy within tissue of a body of a patient, comprising: - a plurality of RF antennae for radiating a RF electromagnetic field toward the body; characterised by - a plurality of RF power amplifiers supplying RF signals to the RF antennae, wherein each RF power amplifier comprises a transistor and an output matching network to supply said RF signals to the RF antennae and transforming the output impedance of the transistor into a low impedance value and each RF power amplifier is connected directly to one of the RF antennae via the output network associated with the respective RF power amplifier. - a plurality of RF antennae for radiating a RF electromagnetic field toward the body; characterised by - a plurality of RF power amplifiers supplying RF signals to the RF antennae, wherein each RF power amplifier comprises a transistor and
Method for the secure execution of control applications, wherein - the control applications (113, 123) are provided by means of software-implemented containers which in each case are loadable into a container runtime environment (111, 112) set up on a host (101, 102) and are executable there, - a check component (114, 124) of the respective host calculates a respective check identifier (116, 126) by way of host-specific features and by way of features of the respective control application, - the check identifier and an initial application certificate of the control application are communicated to a registration component, - the registration component verifies the check identifier and the initial application certificate and, in the case of a positive verification result, creates a device configuration certificate and an application instance certificate and communicates them to the host, - a linking of the application instance certificate with the control application is authorized by means of the device configuration certificate, - an execution of the container providing the control application on the host is authorized by the application instance certificate. - the control applications (113, 123) are provided by means of software-implemented containers which in each case are loadable into a container runtime environment (111, 112) set up on a host (101, 102) and are executable there, - a check component (114, 124) of the respective host calculates a respective check identifier (116, 126) by way of host-specific features and by way of features of the respective control application, - the check identifier and an initial application certificate of the control application are communicated to a registration component, - the registration component verifies the check identifier and the initial application certificate and, in the case of a positive verification result, creates a device configuration certificate and an application instance certificate and communicates them to the host, - a linking of the application instance certificate with the control application is authorized by means of the device configuration certificate, - an execution of the container providing the control application on the host is authorized by the application instance certificate.
A method for a person to enhance their blood sugar maintenance late in the person's exercise, the method comprising the person consuming one or more carbohydrate bars at an amount that corresponds to an ingestion rate of greater than 65 g of carbohydrate per hour during the exercise, wherein each carbohydrate bar has an energy density in a range of 800-2200 kJ per 100 g of the carbohydrate bar and comprises: a carbohydrate fraction comprising at least one carbohydrate source that contains glucose and fructose in a digestible form such that the glucose and fructose constitute at least 50% of the carbohydrate fraction and are at a glucose:fructose ratio in a range of 3:1 to 1:1, and wherein the carbohydrate fraction provides at least 70% of the energy of the carbohydrate bar; a protein fraction at an amount of less than 40 g protein per 100 g of the carbohydrate bar; a fat fraction at an amount of less than 20 g fat per 100 g of the carbohydrate bar; and moisture at an amount of less than 8% of the carbohydrate bar. a carbohydrate fraction comprising at least one carbohydrate source that contains glucose and fructose in a digestible form such that the glucose and fructose constitute at least 50% of the carbohydrate fraction and are at a glucose:fructose ratio in a range of 3:1 to 1:1, and wherein the carbohydrate fraction provides at least 70% of the energy of the carbohydrate bar; a protein fraction at an amount of less than 40 g protein per 100 g of the carbohydrate bar; a fat fraction at an amount of less than 20 g fat per 100 g of the carbohydrate bar; and moisture at an amount of less than 8% of the carbohydrate bar.
An insert material for blocking flow of solder material into a void of a component during soldering operation, comprising: micro-sized metal oxide particles; nano-sized metal oxide particles; and a binder; characterized in that the insert material is in the form of a slurry comprising water; the micro-sized metal oxide particles are micro-sized aluminum oxide particles and the nano-sized metal oxide particles are nano-sized aluminum oxide particles; and the ratio of the nano-sized aluminum oxide particles and the micro-sized aluminum oxide particles is less than one third and is more than zero by weight. micro-sized metal oxide particles; nano-sized metal oxide particles; and a binder; characterized in that the insert material is in the form of a slurry comprising water; the micro-sized metal oxide particles are micro-sized aluminum oxide particles and the nano-sized metal oxide particles are nano-sized aluminum oxide particles; and the ratio of the nano-sized aluminum oxide particles and the micro-sized aluminum oxide particles is less than one third and is more than zero by weight.
An aerospace communication system (100, 200, 400, 600) positioned onboard an aircraft, the aerospace communication system (100, 200, 400, 600) comprising: a communication management unit; a first communication device (110/116, 210/116, 430/434) configured to transmit and receive data over a first communication network; and a second communication device (118, 418) configured to transmit and receive data over a second communication network; wherein the first communication device (110/116, 210/116, 430/434) is coupled to a corresponding interface of the communication management unit; wherein the first communication device (110/116, 210/116, 430/434) is coupled with the second communication device (118, 418); wherein the first communication device (110/116, 210/116, 430/434) separates the second communication device (118, 418) from the communication management unit such that the communication management unit is unaware of the second communication device (118, 418) because the communication management unit does not have a record of the second communication device (118, 418) listed in a routing table of the communication management unit; wherein the first communication device (110/116, 210/116, 430/434) includes routing logic (114, 432) configured to determine whether to send each message received from the communication management unit over the first communication network or to the second communication device (118, 418) for transmission over the second communication network. a communication management unit; a first communication device (110/116, 210/116, 430/434) configured to transmit and receive data over a first communication network; and a second communication device (118, 418) configured to transmit and receive data over a second communication network; wherein the first communication device (110/116, 210/116, 430/434) is coupled to a corresponding interface of the communication management unit; wherein the first communication device (110/116, 210/116, 430/434) is coupled with the second communication device (118, 418); wherein the first communication device (110/116, 210/116, 430/434) separates the second communication device (118, 418) from the communication management unit such that the communication management unit is unaware of the second communication device (118, 418) because the communication management unit does not have a record of the second communication device (118, 418) listed in a routing table of the communication management unit; wherein the first communication device (110/116, 210/116, 430/434) includes routing logic (114, 432) configured to determine whether to send each message received from the communication management unit over the first communication network or to the second communication device (118, 418) for transmission over the second communication network.
A method for the production of a recombinant AAV virion in an insect cell, the method comprising: a) culturing an insect cell, wherein said insect cell comprises: a) a nucleic acid comprising at least one AAV inverted terminal repeat nucleotide sequence; b) a nucleic acid comprising a nucleic acid sequence encoding an AAV capsid protein operably linked to expression control sequences for expression in an insect cell; and c) a nucleic acid operably linked to an expression control sequence for expression in an insect cell, said nucleic acid comprising a nucleotide sequence encoding an adeno-associated virus Rep78 mutant protein, wherein of the AAV Rep78 mutant protein at least one nuclear localization signal is deleted as compared with a corresponding wild type sequence; wherein said culturing is under conditions such that a recombinant parvoviral virion is produced; and, b) recovering the recombinant AAV virion. a) culturing an insect cell, wherein said insect cell comprises: a) a nucleic acid comprising at least one AAV inverted terminal repeat nucleotide sequence; b) a nucleic acid comprising a nucleic acid sequence encoding an AAV capsid protein operably linked to expression control sequences for expression in an insect cell; and c) a nucleic acid operably linked to an expression control sequence for expression in an insect cell, said nucleic acid comprising a nucleotide sequence encoding an adeno-associated virus Rep78 mutant protein, wherein of the AAV Rep78 mutant protein at least one nuclear localization signal is deleted as compared with a corresponding wild type sequence; wherein said culturing is under conditions such that a recombinant parvoviral virion is produced; and, a) a nucleic acid comprising at least one AAV inverted terminal repeat nucleotide sequence; b) a nucleic acid comprising a nucleic acid sequence encoding an AAV capsid protein operably linked to expression control sequences for expression in an insect cell; and c) a nucleic acid operably linked to an expression control sequence for expression in an insect cell, said nucleic acid comprising a nucleotide sequence encoding an adeno-associated virus Rep78 mutant protein, wherein of the AAV Rep78 mutant protein at least one nuclear localization signal is deleted as compared with a corresponding wild type sequence; b) recovering the recombinant AAV virion.
Child safety seat for a vehicle with a harness for restraining a passenger in said seat, wherein said harness is to be tightened and clamped at a predetermined tension when in use, and wherein at least one adjuster strap of said harness is guided through a spring loaded element enabled to maintain the predetermined tension in the at least one adjuster strap of said harness, and wherein said adjuster strap runs then through a clamping device to avoid slip characterized in that the spring loaded element is a spool.