mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration damping control apparatus for a vehicle, the apparatus being applied to a vehicle including a generator that is driven by an internal combustion engine to generate electric power, a regulator that controls field current passing through an excitation winding of the generator, so that generated voltage of the generator turns to externally instructed adjusting voltage (Va), and a battery that charges the generated power of the generator, characterized in that the apparatus comprises: an adjusting voltage setting means (70, 80, 90, S71 to S74, S81 to S87, S91 to S98) for setting the adjusting voltage based on a charge supply power request value required for controlling a residual capacity of the battery, and a drive torque request value for the generator required for suppressing vibration of the vehicle, and characterized in that the adjusting voltage setting means comprises: a capacity retention component calculating means for calculating, from the charge supply power request value, a voltage command value of a capacity retention component (Vdc) of the adjusting voltage, the component being required for controlling a residual capacity of the battery and having a frequency lower than that of vibration of the vehicle; and a vibration suppression component value calculating means for calculating, from the drive torque request value, a voltage command value of a vibration suppression component (ΔVC) of the adjusting voltage, the component corresponding to drive torque of the generator and being required for suppressing vibration of the vehicle, the component having frequency not less than that of vibration of the vehicle; wherein the voltage command value of the vibration suppression component (ΔVC) is superposed on the voltage command value of the capacity retention component (Vdc) to provide a waveform as an adjusting voltage (Va) for use as a voltage command value for the generator. a capacity retention component calculating means for calculating, from the charge supply power request value, a voltage command value of a capacity retention component (Vdc) of the adjusting voltage, the component being required for controlling a residual capacity of the battery and having a frequency lower than that of vibration of the vehicle; and a vibration suppression component value calculating means for calculating, from the drive torque request value, a voltage command value of a vibration suppression component (ΔVC) of the adjusting voltage, the component corresponding to drive torque of the generator and being required for suppressing vibration of the vehicle, the component having frequency not less than that of vibration of the vehicle; wherein the voltage command value of the vibration suppression component (ΔVC) is superposed on the voltage command value of the capacity retention component (Vdc) to provide a waveform as an adjusting voltage (Va) for use as a voltage command value for the generator.
A network traffic estimation system for making traffic estimation in a certain period of time; characterized by: - at least one database wherein the following information is stored: information belonging to the network traffic history, information of traffic measurement date, information of traffic measurement cell, information of the customer complaints history, information of complaint date, category of complaint and received complaint cell information, network alarm history information including alarms cell and date; - at least one combination unit configured to run a method of machine learning, which combines the information located on the database on the basis of cell and date information; - at least one application unit configured to determine cells and complaint categories that are likely to receive customer complaint by using a regression method on the information kept on the database including: ▪ information of traffic measurement date, ▪ information of traffic measurement cell, ▪ alarms cell and date, ▪ information of complaint date, ▪ category of complaint, ▪ complaint cell information; and - at least one estimation unit configured to make traffic estimation by the data obtained in the application unit . - at least one database wherein the following information is stored: information belonging to the network traffic history, information of traffic measurement date, information of traffic measurement cell, information of the customer complaints history, information of complaint date, category of complaint and received complaint cell information, network alarm history information including alarms cell and date; - at least one combination unit configured to run a method of machine learning, which combines the information located on the database on the basis of cell and date information; - at least one application unit configured to determine cells and complaint categories that are likely to receive customer complaint by using a regression method on the information kept on the database including: ▪ information of traffic measurement date, ▪ information of traffic measurement cell, ▪ alarms cell and date, ▪ information of complaint date, ▪ category of complaint, ▪ complaint cell information; and ▪ information of traffic measurement date, ▪ information of traffic measurement cell, ▪ alarms cell and date, ▪ information of complaint date, ▪ category of complaint, ▪ complaint cell information; and - at least one estimation unit configured to make traffic estimation by the data obtained in the application unit .
An apparatus comprising: means configured for receiving by a user equipment, UE, from a node in a wireless communications system, a trigger for uplink, UL, transmission; means configured for determining a slot type by the UE characterized by means configured for determining the need for UL listen before talk, LBT, - based interference sensing on the determined slot type, means configured for performing symbol wise LBT-based interference sensing in response to the determined slot type being a flexible slot for one or more first symbols of the slot, performing a shortened UL transmission by the UE after a successful LBT-based interference sensing for a symbol, and means configured for transmitting by the UE without performing LBT-based interference sensing in response to the determined slot type being a UL slot. means configured for receiving by a user equipment, UE, from a node in a wireless communications system, a trigger for uplink, UL, transmission; means configured for determining a slot type by the UE characterized by means configured for determining the need for UL listen before talk, LBT, - based interference sensing on the determined slot type, means configured for performing symbol wise LBT-based interference sensing in response to the determined slot type being a flexible slot for one or more first symbols of the slot, performing a shortened UL transmission by the UE after a successful LBT-based interference sensing for a symbol, and means configured for transmitting by the UE without performing LBT-based interference sensing in response to the determined slot type being a UL slot.
A control system for controlling a current source configured to provide a current (I LM ) to lighting means ; wherein the control system is configured to - obtain a first reference current (I ref1 ) for the current (I LM ), - generate, based on the first reference current (I ref1 ), a second reference current (I ref2 ), wherein an amplitude of the second reference current (I ref2 ) periodically changes, with a frequency, around an amplitude of the first reference current (I ref1 ), and - perform, via a feedback control function block of the control system , a feedback control of the current (I LM ) with regard to the second reference current (I ref2 ), wherein - the control system is configured to generate, based on the feedback control, a control signal (CS) for controlling the current source , characterized in that - the control system is configured to - compute an error between a measurement of the current (I LM ) and the second reference current (I ref2 ), - input the error into a controller of the feedback control function block , and - generate, based on an output (C out ) of the controller , the control signal (CS) for controlling the current source . - obtain a first reference current (I ref1 ) for the current (I LM ), - generate, based on the first reference current (I ref1 ), a second reference current (I ref2 ), wherein an amplitude of the second reference current (I ref2 ) periodically changes, with a frequency, around an amplitude of the first reference current (I ref1 ), and - perform, via a feedback control function block of the control system , a feedback control of the current (I LM ) with regard to the second reference current (I ref2 ), wherein - the control system is configured to generate, based on the feedback control, a control signal (CS) for controlling the current source , characterized in that - the control system is configured to - compute an error between a measurement of the current (I LM ) and the second reference current (I ref2 ), - input the error into a controller of the feedback control function block , and - generate, based on an output (C out ) of the controller , the control signal (CS) for controlling the current source . - compute an error between a measurement of the current (I LM ) and the second reference current (I ref2 ), - input the error into a controller of the feedback control function block , and - generate, based on an output (C out ) of the controller , the control signal (CS) for controlling the current source .
Optical sensor arrangement for detecting a measured variable, comprising an optical sensor element with a carrier extending in a longitudinal direction , into which a waveguide structure is introduced, wherein the optical sensor element is designed as an optical chip, which comprises no optical fibers and in which the waveguide structure integrated into the carrier is formed by processing a carrier substrate of the carrier , so that the waveguide structure is introduced into or below the surface of the carrier , and wherein, for forming an interferometer, an incoming waveguide is divided into a reference conductor and a measuring conductor , which extend on the carrier in the longitudinal direction parallel next to one another within a conductor plane, wherein the measuring conductor and the reference conductor are arranged together on an upper side of the carrier within the conductor plane characterized in that the carrier comprises, adjacent to the measuring conductor , a side surface , which extends transversely with respect to the conductor plane and which, when the sensor arrangement is used, is intended for use as a measuring-active side surface , on which the measured variable to be detected acts, so that an asymmetrical interaction of the measured variable with the waveguide structure takes place and the optical path length of the measuring conductor varies in relation to the reference conductor .
A display apparatus comprising a power supply device, the power supply device comprising: a power supply part configured to output a first power to drive a backlight and a second power to drive a main circuit; characterized in that the display apparatus further comprises: an integrated circuit (IC) chip configured to increase, based on a control signal to adjust a brightness of the backlight being received, a current value of the second power, and reduce, based on the control signal not being received for a first threshold time, the current value of the second power.
A device comprising a housing for a gel sealing device and a gel sealing device for sealing a passage of elongate parts through an opening wherein the housing comprises a lower housing body and an upper housing forming a cable organizing area and being releasably connected to the lower housing body wherein the lower housing body accommodates a round shaped gel sealing block of the gel sealing device providing a sealing section through which the elongate parts extend between a gel inner ring and a gel outer ring , covering the gel inner ring in radial direction, the gel inner ring and the gel outer ring being made of a gel sealing material, wherein the sealing section is formable there between and wherein the gel outer ring is comprised of at least a first and a second circumferential segment (6; 10a) wherein the lower housing body provides an inner circumferential surface supporting the sealing block ; wherein the lower housing body surrounds an upper flange and a lower flange with a support section disposed there between which upper and lower flanges are movable towards each other in direction of extension of the elongate parts to compress the gel inner ring supported by said support section and the gel outer ring ; wherein the lower housing body further accommodates an upper first ring segment and a lower first ring segment sandwiching in the direction of extension of the elongate parts the second circumferential segment ; wherein the upper first ring segment and the lower first ring segment have a rim covering in radial direction, at least, a part of an outer circumferential surface of the second circumferential segment and wherein the upper and lower first ring segments are releasably secured to the upper and lower flanges , respectively.
A device for producing a bone cement paste from a monomer liquid and a cement powder as starting components of the bone cement paste and for discharging the mixed bone cement paste , the device having: a cartridge comprising a cylindrical interior, wherein a discharging plunger , which can move towards a front side of the cartridge , is arranged in the interior of the cartridge in a rear side of the cartridge , a receptacle , which extends along a longitudinal direction, wherein a front side of the receptacle is connected to the rear side of the cartridge , a delivery plunger , which is arranged in the receptacle , wherein the delivery plunger is supported in the receptacle so that it can move in the longitudinal direction of the receptacle towards the front side of the receptacle , a breakable ampoule containing the monomer liquid , wherein the ampoule is arranged in the receptacle between the delivery plunger and the discharging plunger , and wherein the ampoule has an ampoule body , wherein the ampoule body at least partially abuts on the inner wall of the receptacle , and a spacer , which is arranged in the receptacle between the discharging plunger and the ampoule body or between the delivery plunger and the ampoule body , wherein the spacer extends in the longitudinal direction of the receptacle and characterised in that the spacer is spaced apart from the inner wall of the receptacle at a distance, which is at least as large as the wall thickness of the ampoule body . a cartridge comprising a cylindrical interior, wherein a discharging plunger , which can move towards a front side of the cartridge , is arranged in the interior of the cartridge in a rear side of the cartridge , a receptacle , which extends along a longitudinal direction, wherein a front side of the receptacle is connected to the rear side of the cartridge , a delivery plunger , which is arranged in the receptacle , wherein the delivery plunger is supported in the receptacle so that it can move in the longitudinal direction of the receptacle towards the front side of the receptacle , a breakable ampoule containing the monomer liquid , wherein the ampoule is arranged in the receptacle between the delivery plunger and the discharging plunger , and wherein the ampoule has an ampoule body , wherein the ampoule body at least partially abuts on the inner wall of the receptacle , and a spacer , which is arranged in the receptacle between the discharging plunger and the ampoule body or between the delivery plunger and the ampoule body , wherein the spacer extends in the longitudinal direction of the receptacle and characterised in that the spacer is spaced apart from the inner wall of the receptacle at a distance, which is at least as large as the wall thickness of the ampoule body .
Augmented reality system for overlapping an augmented reality with a real environment, comprising a detection unit which detects the real environment and makes it available as environment data, wherein at least one monitoring unit and at least one work unit are arranged in the environment, a communication unit which receives safety data from the monitoring unit and process data from the working unit , a control unit which processes the environment data, the safety data and the process data, wherein a current position (aP) of the working unit is create-able as a momentary image of the real environment on the basis of the environment and safety data, and wherein a future position (zP) of the working unit is create-able as a virtual image on the basis of the safety and process data at a, preferably selectable, future point in time, and a display unit which displays the current image and the virtual image in relation to each other to a user (A), whereby an image of the user (A) at a current time of creation of the current image is displayed in the overlapping current and virtual image, characterized in that a current working area of the monitoring unit is shown in the current image, wherein the working area of the monitoring unit is divided into a protective space and a monitoring space , and in that a future working area of the monitoring unit is shown in the virtual image.
A retrievable whipstock assembly for a wellbore , comprising: a whipstock comprising a longitudinal body and an anchor connection ; a deflection surface provided on the longitudinal body and having a first engagement element , characterised by further comprising a drilling assembly comprising a drill housing and a second engagement element , wherein the second engagement element is selectively extendible between a recessed position and an extended position, and wherein in the extended position the second engagement element is engageable with the first engagement element . a whipstock comprising a longitudinal body and an anchor connection ; a deflection surface provided on the longitudinal body and having a first engagement element , characterised by further comprising a drilling assembly comprising a drill housing and a second engagement element , wherein the second engagement element is selectively extendible between a recessed position and an extended position, and wherein in the extended position the second engagement element is engageable with the first engagement element .
An apparatus for providing electrostimulation of a biological tissue, the apparatus comprising: a first electrical signal provider for providing a first alternating electric field in the biological tissue, the first alternating electric field having a first frequency; a second electrical signal provider for providing a second alternating electric field in the biological tissue the second alternating electric field having a second frequency; wherein the first alternating electric field and the second alternating electric field provide a combined field in the biological tissue, and the apparatus comprises a controller configured to provide variations of at least one of the first frequency and the second frequency so that the combined field provides a pulsed interferential stimulation signal, wherein the variations provide a series of first intervals during which the first frequency matches the second frequency, and the first intervals are interleaved with a series of second intervals during which the first frequency is different from the second frequency. a first electrical signal provider for providing a first alternating electric field in the biological tissue, the first alternating electric field having a first frequency; a second electrical signal provider for providing a second alternating electric field in the biological tissue the second alternating electric field having a second frequency; wherein the first alternating electric field and the second alternating electric field provide a combined field in the biological tissue, and the apparatus comprises a controller configured to provide variations of at least one of the first frequency and the second frequency so that the combined field provides a pulsed interferential stimulation signal, wherein the variations provide a series of first intervals during which the first frequency matches the second frequency, and the first intervals are interleaved with a series of second intervals during which the first frequency is different from the second frequency.
A strain sensor element of which resistance value changes in response to stretch and to contraction in a longitudinal direction, comprising: a first conductive portion that is string-shaped and formed from carbon nanotube bundles twisted together; and a second conductive portion that covers a peripheral surface of the first conductive portion and is elastic and conductive, wherein the first conductive portion is discontinuous at one or a plurality of positions. a first conductive portion that is string-shaped and formed from carbon nanotube bundles twisted together; and a second conductive portion that covers a peripheral surface of the first conductive portion and is elastic and conductive, wherein the first conductive portion is discontinuous at one or a plurality of positions.
A bridging structure for supporting at least one rail of a railroad track in the area of a construction joint , characterized in that at least one elongate cradle carrier is articulated to the bridging structure and has two ends, each with a cradle carrier bearing fastened thereto, by means of which it can be fastened to the railroad track and the bridging structure has a first truss , extending in the area of the construction joint essentially parallel to the longitudinal axis of the rail and arranged laterally next to the rail and bridges the construction joint , and a second truss , arranged essentially parallel to the first truss and at a distance from it on the other side of the rail wherein the trusses are designed in such a way that they can be fastened to parts of the railroad track adjacent to the construction joint and support the rail so as to be at least partially displaceable in the longitudinal direction, wherein a first support beam for supporting at least one rail is arranged on the first truss , the support beam is designed such that it is aligned transversely with respect to the longitudinal axis of the first truss , is rigidly connected thereto and is mounted on the second truss in an articulated manner and displaceably parallel to the track plane, and the support beam is designed such that it is arranged in the area of the construction joint and can be guided at least in areas under the at least one rail to be supported. at least one elongate cradle carrier is articulated to the bridging structure and has two ends, each with a cradle carrier bearing fastened thereto, by means of which it can be fastened to the railroad track and the bridging structure has a first truss , extending in the area of the construction joint essentially parallel to the longitudinal axis of the rail and arranged laterally next to the rail and bridges the construction joint , and a second truss , arranged essentially parallel to the first truss and at a distance from it on the other side of the rail wherein the trusses are designed in such a way that they can be fastened to parts of the railroad track adjacent to the construction joint and support the rail so as to be at least partially displaceable in the longitudinal direction, wherein a first support beam for supporting at least one rail is arranged on the first truss , the support beam is designed such that it is aligned transversely with respect to the longitudinal axis of the first truss , is rigidly connected thereto and is mounted on the second truss in an articulated manner and displaceably parallel to the track plane, and the support beam is designed such that it is arranged in the area of the construction joint and can be guided at least in areas under the at least one rail to be supported.