mhurhangee/ep-ind-claims huggingface dataset:
A method for mobility support of a mobile node having a home network in a heterogeneous roaming environment, said method comprising the steps of: authenticating the mobile node in a visited network and obtaining an address for the mobile node in the visited network; establishing a security connection between a functional component in the visited network and an agent in the home network; creating a home address for the mobile node; and generating, using the home address, a SIP signaling address, a SIP media address, and a non-SIP media address; wherein SIP signaling is transmitted using the security connection to the SIP signaling address, SIP media is transmitted using the security connection to the SIP media address, and non-SIP media is transmitted using the security connection to the non-SIP media address. authenticating the mobile node in a visited network and obtaining an address for the mobile node in the visited network; establishing a security connection between a functional component in the visited network and an agent in the home network; creating a home address for the mobile node; and generating, using the home address, a SIP signaling address, a SIP media address, and a non-SIP media address; wherein SIP signaling is transmitted using the security connection to the SIP signaling address, SIP media is transmitted using the security connection to the SIP media address, and non-SIP media is transmitted using the security connection to the non-SIP media address.
Rail-borne vehicle having at least one wagon body, components (34, 36) that are arranged in a distributed manner, and a connecting device that is provided for linking the components (34, 36), characterized in that - the connecting device comprises at least one conductor unit that is coupled to the wagon body and comprises a conductor carrier unit with a rigid conductor carrier (42.1) composed of an insulating material and conductor tracks composed of a conductive material that are formed thereon, - the conductor unit is arranged in a space between a passenger compartment that is provided for accommodating passengers and a boundary wall of the wagon body and extends along this boundary wall over at least a considerable part of the wagon body length, and - main conductor tracks extend over the entire length of the conductor carrier (42.1) in the longitudinal direction of the conductor unit and further conductor tracks are provided that, branched from a main conductor track, connect this main conductor track to at least one interface unit that is provided for producing a connection to at least one of the components. - the connecting device comprises at least one conductor unit that is coupled to the wagon body and comprises a conductor carrier unit with a rigid conductor carrier (42.1) composed of an insulating material and conductor tracks composed of a conductive material that are formed thereon, - the conductor unit is arranged in a space between a passenger compartment that is provided for accommodating passengers and a boundary wall of the wagon body and extends along this boundary wall over at least a considerable part of the wagon body length, and - main conductor tracks extend over the entire length of the conductor carrier (42.1) in the longitudinal direction of the conductor unit and further conductor tracks are provided that, branched from a main conductor track, connect this main conductor track to at least one interface unit that is provided for producing a connection to at least one of the components.
Mobile receiver unit for controlling an actuator system for setting a panning angle (α) of a camera, having a display device for displaying an image captured by the camera, having a control device for determining control commands for the actuator system, having a transmission unit for transmitting the control commands to the actuator system, wherein the control device includes a gyro sensor system for capturing a relative angle change of the mobile receiver unit about at least one axis (A, B), wherein a control command for a relative angle change of the panning angle (α) of the camera is determined by way of said relative angle change, and the control device includes a compass sensor system for capturing an absolute angular position of the mobile receiving unit about at least one axis (A, B), wherein a control command for an absolute angle setting of the panning angle (α) of the camera is determined by way of said absolute angular position, characterized in that the mobile receiver unit is configured such that, for setting the panning angle (α) of the camera, the absolute angle setting of the panning angle (α) of the camera is effected in a first step by capturing the absolute angular position of the mobile receiver unit using the compass sensor system and, in a second and each further step, the relative angle change of the panning angle (α) of the camera is effected, wherein the relative angle change of the mobile receiver unit about the panning axis is captured using the gyro sensor system, wherein the absolute value of the absolute angle setting of the panning angle (α) of the camera is equivalent to the absolute value of the absolute angular position of the mobile receiver unit, wherein panning of the mobile receiver unit about the rotational axis thereof, which is formed by a normal of a screen surface of the display device, is effected, wherein the absolute angular position is displayed on the display device.
A controller of an engine performing a premixed combustion operation and a diffusion combustion operation that are switchable in accordance with a traveling state of a vehicle, the engine controller comprising: a detector detecting a gear position of a transmission mounted in the vehicle; a map storage storing a control map containing a correlation between the travelling state of the vehicle and a combustion state; and a changer changing operational conditions of the premixed combustion operation on the basis of the gear position detected by the detector, characterized in that the changer increases an upper limit of engine speed among the operational conditions as a reduction ratio of the gear position decreases in order that a region of the premixed combustion operation on the control map expands in a direction of an increasing engine speed as the reduction ratio decreases. a detector detecting a gear position of a transmission mounted in the vehicle; a map storage storing a control map containing a correlation between the travelling state of the vehicle and a combustion state; and a changer changing operational conditions of the premixed combustion operation on the basis of the gear position detected by the detector, characterized in that the changer increases an upper limit of engine speed among the operational conditions as a reduction ratio of the gear position decreases in order that a region of the premixed combustion operation on the control map expands in a direction of an increasing engine speed as the reduction ratio decreases.
A printer comprising: a printhead having a plurality of ink nozzles for ejecting ink; a servicing mechanism for capturing the ejected ink from the plurality of ink nozzles, to service the printhead; and a control device, coupled to the printhead and the servicing mechanism, the control device configured to, continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate. a printhead having a plurality of ink nozzles for ejecting ink; a servicing mechanism for capturing the ejected ink from the plurality of ink nozzles, to service the printhead; and a control device, coupled to the printhead and the servicing mechanism, the control device configured to, continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate. continue feeding a substrate towards the printhead during an idle period, wherein the idle period of the printhead is a duration when printing on the substrate is suspended; regulate ejection of ink from the plurality of ink nozzles towards the substrate during the idle period; and operate the servicing mechanism during the idle period, wherein the servicing mechanism is to capture the ink before the ink reaches the substrate.
A device for operating a blocking member of a steering column of a motor vehicle, having a closing cylinder, which has a housing and a cylinder core, which is accommodated therein, can rotate about an axis (4.1) and can rotate from a neutral position in further positions (I, II, III) at an angular offset from each other, such as an intermediate position and an end position, a control member, which is mechanically coupled to the blocking member, so that when the cylinder core is rotated about the first axis (4.1) the blocking member can be moved between a locking position and an unlocking position, a switch, which defines different operating states of the motor vehicle corresponding to the position of the cylinder core, the vehicle engine being active in the intermediate position, after ignition of the vehicle engine has taken place previously in the end position, and a restart block, which acts on the cylinder core when the vehicle engine is activated, as a result of which the cylinder core is prevented from rotating again into the end position, characterised in that the restart block comprises only one blocking element, the restart block being arranged coaxially to the cylinder core and to the control member and running in an arc-shaped manner around the control member.
A method for reinforcing a metallic reinforcement intended to be mounted on a leading edge or a trailing edge of a composite turbomachine blade, such as a fan blade of a turbojet engine or a turboprop engine of an aircraft, and produced by assembling two metal sheets (2, 3), characterized in that the reinforcement has an airfoil shape and has, at the front, a solid portion extended by two lips intended to be applied and adhered to the frontside and the backside of a fan blade made of composite material, respectively, with each metal sheet (2, 3) comprising a connecting surface, with the method involving steps consisting in: - providing at least one cavity in each one of the connecting surfaces of the two metal sheets (2, 3) of the part reinforcement, - at least partially inserting reinforcing means (8, 9) having an elongate shape into said cavity, with the reinforcing means comprising at least one bundle of reinforcing fibers surrounded by a reinforcing sleeve for holding and protecting the fibers, - assembling the two metal sheets (2, 3), for example by diffusion bonding, at the connecting surfaces thereof. - providing at least one cavity in each one of the connecting surfaces of the two metal sheets (2, 3) of the part reinforcement, - at least partially inserting reinforcing means (8, 9) having an elongate shape into said cavity, with the reinforcing means comprising at least one bundle of reinforcing fibers surrounded by a reinforcing sleeve for holding and protecting the fibers, - assembling the two metal sheets (2, 3), for example by diffusion bonding, at the connecting surfaces thereof.
A base station apparatus comprising: a configuration unit configured to and/or programmed to configure a first cell group and a second cell group, the first cell group comprising a PCell, Primary Cell, and the second cell group comprising SCells, Secondary Cells, and transmit information that indicates a cell included in the second cell group as a secondary PCell; and a reception unit configured to and/or programmed to receive a PUCCH, Physical Uplink Control Channel, on the secondary PCell, wherein a SPS, Semi-Persistent Scheduling, service is transmitted on a downlink component carrier corresponding to the secondary PCell. a configuration unit configured to and/or programmed to configure a first cell group and a second cell group, the first cell group comprising a PCell, Primary Cell, and the second cell group comprising SCells, Secondary Cells, and transmit information that indicates a cell included in the second cell group as a secondary PCell; and a reception unit configured to and/or programmed to receive a PUCCH, Physical Uplink Control Channel, on the secondary PCell, wherein a SPS, Semi-Persistent Scheduling, service is transmitted on a downlink component carrier corresponding to the secondary PCell.
A method of making watermarking data embedded in an Elementary Stream accessible to a receiver wherein the Elementary Stream comprises video and/or audio data; wherein the Elementary Stream is to be transmitted as a Packetized Elementary Stream in an MPEG-2 Transport Stream such that the receiver can use the watermarking data to watermark the video and/or audio data in the Elementary Stream; and wherein the watermarking data identifies one or more watermarking locations in the video and/or audio data in the Elementary Stream to be modified by the receiver in accordance with the watermarking data, the method comprising: determining respective one or more watermarking Transport Stream locations in the Transport Stream corresponding to the one or more watermarking locations; and embedding, in the Elementary Stream, the watermarking data including watermarking location information identifying the one or more watermarking Transport Stream locations or modifying watermarking data embedded in the Elementary Stream by adding the watermarking location information; the method further comprising: subsequent to embedding or modifying the watermarking data, packetizing the Elementary Stream into one or more Packetized Elementary Stream packets, each packet comprising a packet header characterized by adding watermarking data location information identifying a location in the Transport Stream corresponding to a location of the watermarking data in the Elementary Stream to a Packetized Elementary Stream private data field of a Packetized Elementary Stream packet header. determining respective one or more watermarking Transport Stream locations in the Transport Stream corresponding to the one or more watermarking locations; and embedding, in the Elementary Stream, the watermarking data including watermarking location information identifying the one or more watermarking Transport Stream locations or modifying watermarking data embedded in the Elementary Stream by adding the watermarking location information; subsequent to embedding or modifying the watermarking data, packetizing the Elementary Stream into one or more Packetized Elementary Stream packets, each packet comprising a packet header characterized by adding watermarking data location information identifying a location in the Transport Stream corresponding to a location of the watermarking data in the Elementary Stream to a Packetized Elementary Stream private data field of a Packetized Elementary Stream packet header.
Cable, in particular data cable, with a cable core, which is surrounded by a shielding foil that has an insulating layer on both sides of which, namely on a top side and on a bottom side, in each case a conductive layer (20, 22) is applied, the two conductive layers (20, 22) being electrically conductively connected to each other through the insulating layer by means of a multiplicity of contact points, characterized in that the shielding foil is perforated to form the contact point and that the two conductive layers (20, 22) are pressed against each other at the contact points by the perforation, the insulating layer being locally destroyed by the perforation and material of at least one of the conductive layers (20, 22) is introduced into a recess formed in this way in the insulating layer, so that the conductive layers (20, 22) are connected to each other by the material of the at least one conductive layer (20, 22) pressed into the insulating layer.
Vibratory drive of a vibrating roller, comprising an unbalance vibrator which can be inserted so as to be relatively rotatable in at least one direction in at least one drum, driven by an external drive unit, of the vibrating roller, wherein the unbalance vibrator is mechanically coupled to a hydraulic motor which can be supplied with a pressure medium by a hydraulic pump in order to rotate the unbalance vibrator, characterized in that at least one high pressure accumulator is provided for accommodating pressure medium which is delivered by the hydraulic motor in an overrun mode.
A pressure sensor module for use in a pressure sensor, the pressure sensor module comprising: a sensing element mounted on a front side of a support member; the support member comprising a hole through the support member from the front side to a back side and the sensing element covering the hole at the front side; a backside barrier at the backside of the support member, surrounding a surface of the backside of the support member and forming an enclosed area, wherein the enclosed area and the hole form a pressure channel; and, a backside protective member filling the hole and at least partially the enclosed area, characterised in that the transition of the surface of the hole through the support member to the backside thereof is smooth, and the support member is a ceramic PWB having an electrically conductive element provided at the front side and electrically connected to the sensing element.. a sensing element mounted on a front side of a support member; the support member comprising a hole through the support member from the front side to a back side and the sensing element covering the hole at the front side; a backside barrier at the backside of the support member, surrounding a surface of the backside of the support member and forming an enclosed area, wherein the enclosed area and the hole form a pressure channel; and, a backside protective member filling the hole and at least partially the enclosed area, characterised in that the transition of the surface of the hole through the support member to the backside thereof is smooth, and the support member is a ceramic PWB having an electrically conductive element provided at the front side and electrically connected to the sensing element..
An apparatus, comprising: (a) a body; (b) an ultrasonic transducer assembly; (c) a shaft assembly extending distally relative to the body, wherein the shaft assembly comprises an acoustic waveguide, wherein the acoustic waveguide is operable to selectively couple with the ultrasonic transducer assembly; (d) a coupling assembly, wherein at least a portion of the coupling assembly is disposed in the body, wherein the coupling assembly is operable to selectively transition between a first mode and a second mode; and (e) an end effector located at a distal end of the shaft assembly; wherein the acoustic waveguide is configured to rotate with the transducer assembly relative to the body when the coupling assembly is in the first mode; wherein the acoustic waveguide is configured to rotate relative to the transducer assembly and relative to the body when the coupling assembly is in the second mode; wherein the coupling assembly is further configured to prevent the transducer assembly from rotating relative to the body when the coupling assembly is in the second mode, wherein the shaft assembly comprises one or more cleaning ports (153, 155) configured for introducing cleaning fluid to at least one internal space within the shaft assembly, wherein the shaft assembly is configured to transition between an operational mode and a cleaning mode, wherein the one or more cleaning ports are covered in the operational mode, wherein the one or more cleaning ports are exposed in the cleaning mode. (a) a body; (b) an ultrasonic transducer assembly; (c) a shaft assembly extending distally relative to the body, wherein the shaft assembly comprises an acoustic waveguide, wherein the acoustic waveguide is operable to selectively couple with the ultrasonic transducer assembly; (d) a coupling assembly, wherein at least a portion of the coupling assembly is disposed in the body, wherein the coupling assembly is operable to selectively transition between a first mode and a second mode; and (e) an end effector located at a distal end of the shaft assembly;
A DSL transceiver apparatus comprising: a plurality of first interfaces (223a-223d) configured to transmit data packet streams in a downlink direction to a plurality of subscribers and to receive data packet streams from the a plurality of subscribers; and a second interface configured to transmit data packet streams in an uplink direction to a passive optical network element, at least one processing unit configured to determine for each of the first interfaces (223a-223d) an average data rate from a physical layer occurring at the corresponding first interface (223a-223d) and is configured to generate a corresponding data rate indicator indicating a data rate at the corresponding first interface (223a-223d), wherein the second interface is configured to transmit, in direction of the passive optical network element, the data rate indicators indicating the average data rate from a physical layer of the DSL transceiver for the plurality of subscribers. a plurality of first interfaces (223a-223d) configured to transmit data packet streams in a downlink direction to a plurality of subscribers and to receive data packet streams from the a plurality of subscribers; and a second interface configured to transmit data packet streams in an uplink direction to a passive optical network element, at least one processing unit configured to determine for each of the first interfaces (223a-223d) an average data rate from a physical layer occurring at the corresponding first interface (223a-223d) and is configured to generate a corresponding data rate indicator indicating a data rate at the corresponding first interface (223a-223d), wherein the second interface is configured to transmit, in direction of the passive optical network element, the data rate indicators indicating the average data rate from a physical layer of the DSL transceiver for the plurality of subscribers.
An avalanche photodiode, comprising a p-doped absorption layer, an avalanche multiplication layer, and an n-doped collector layer, the collector layer being capable of collecting electrons injected from the avalanche layer and further configured to transfer electrons to a contact layer provided at an opposite side of the collector layer with respect to a side where the avalanche layer is positioned, the avalanche multiplication layer being unintentionally doped and the p-doped absorption layer being doped at about 5x10 17 cm -3 or comprises a gradual p-doping level which varies between 5x10 17 cm -3 and 2x10 18 cm -3.