mhurhangee/ep-ind-claims huggingface dataset:
A multi-component stranded yarn, comprising: a continuous ceramic strand resistant to temperatures greater than 1200 degrees Celsius, the continuous ceramic strand comprising individual ceramic filaments whose diameter is about 12 micrometers or less; and a continuous load-relieving process aid strand, wherein the continuous load-relieving process aid strand is a monofilament material and has a diameter from 100 micrometers to 625 micrometers, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand forming the multi-component stranded yarn, wherein the continuous load-relieving process aid strand comprises a continuous strand of nickel-chromium based alloys, aluminum, stainless steel, copper, tin or nickel plated copper. a continuous ceramic strand resistant to temperatures greater than 1200 degrees Celsius, the continuous ceramic strand comprising individual ceramic filaments whose diameter is about 12 micrometers or less; and a continuous load-relieving process aid strand, wherein the continuous load-relieving process aid strand is a monofilament material and has a diameter from 100 micrometers to 625 micrometers, wherein the continuous ceramic strand is wrapped around the continuous load-relieving process aid strand forming the multi-component stranded yarn, wherein the continuous load-relieving process aid strand comprises a continuous strand of nickel-chromium based alloys, aluminum, stainless steel, copper, tin or nickel plated copper.
Method for providing seamless communication of a wireless communication device operating within a wireless cellular network, the method including the steps for the wireless communication device: - registering to a cell of the wireless cellular network by communicating with a network node representing at least said cell, - operating in idle mode, - receiving downlink communication from the network node, - measuring communication conditions of downlink communication, - deciding based on measurement that downlink communication conditions fulfil predefined downlink threshold values, - monitoring at least one parameter relative to uplink communication conditions, the step of monitoring comprises: - executing attempts of uplink communication, - detecting if the attempts are unsuccessful, - after a predetermined number of unsuccessful attempts of uplink communication the at least one monitored parameter is set to a value indicating a degradation of uplink communication, - further deciding in case of the at least one monitored parameter indicating a degradation of uplink communication,that uplink communication conditions do not fulfil predefined uplink threshold values, - in such a case initiating an inter-RAT reselection. - registering to a cell of the wireless cellular network by communicating with a network node representing at least said cell, - operating in idle mode, - receiving downlink communication from the network node, - measuring communication conditions of downlink communication, - deciding based on measurement that downlink communication conditions fulfil predefined downlink threshold values, - monitoring at least one parameter relative to uplink communication conditions, the step of monitoring comprises: - executing attempts of uplink communication, - detecting if the attempts are unsuccessful, - after a predetermined number of unsuccessful attempts of uplink communication the at least one monitored parameter is set to a value indicating a degradation of uplink communication, - executing attempts of uplink communication, - detecting if the attempts are unsuccessful, - after a predetermined number of unsuccessful attempts of uplink communication the at least one monitored parameter is set to a value indicating a degradation of uplink communication, - further deciding in case of the at least one monitored parameter indicating a degradation of uplink communication,that uplink communication conditions do not fulfil predefined uplink threshold values, - in such a case initiating an inter-RAT reselection.
Automotive milling machine (1a,1b), - with a height-adjustable machine frame, - with a controller for the travelling and milling operation, - with a working drum, - with a slewable last or single transport conveyor of a transport conveyor device arranged in front of or behind the working drum as seen in the direction of travel of the milling machine (1a,1b), - where the transport conveyor is slewable, relative to the machine frame, about an essentially vertical first axis under an elevation angle, and sideways about a second axis orthogonal to the first axis under a slewing angle, and - wherein the transport conveyor discharges the milled material at a specified conveying speed onto a point of impingement on a loading surface of a transport vehicle, and - wherein a detector of a detection and control system, arranged at the free end of the transport conveyor, continuously detects the position of the loading surface, characterized in that the controller comprises the detection and control system which continuously locates the alterable position of the loading surface of the transport vehicle relative to the transport conveyor and continuously automatically controls the positioning of the point of impingement of the milled material via the slewing angle and/or the elevation angle that are reported to the detection and control system as currently set and/or the conveying speed of the transport conveyor device in such a manner that the discharged milled material impinges onto the center of the loading surface or onto another presettable point of impingement within the loading surface, wherein a loading program is provided by means of which the loading surface can be loaded in a uniform manner according to a predefined system. - with a height-adjustable machine frame, - with a controller for the travelling and milling operation, - with a working drum, - with a slewable last or single transport conveyor of a transport conveyor device arranged in front of or behind the working drum as seen in the direction of travel of the milling machine (1a,1b), - where the transport conveyor is slewable, relative to the machine frame, about an essentially vertical first axis under an elevation angle, and sideways about a second axis orthogonal to the first axis under a slewing angle, and - wherein the transport conveyor discharges the milled material at a specified conveying speed onto a point of impingement on a loading surface of a transport vehicle, and - wherein a detector of a detection and control system, arranged at the free end of the transport conveyor, continuously detects the position of the loading surface,
Equipment element for electrically contact-connecting an actuator for a vehicle gearbox, having a basic body and two electrical connections (12, 13) protruding on one side from the basic body of the equipment element, wherein the equipment element has a chip guard which is provided at least partially between the electrical connections (12, 13) and is configured, when the equipment element has been brought into contact with the actuator, to at least partially make a short circuit between the contacts more difficult, characterized in that the chip guard is U-shaped in the cross-sectional plane that is perpendicular to the introduction direction, such that the chip guard at least partially receives the electrical connections (12, 13) between two legs of the U shape, and has, at least in a front region in the introduction direction, an introduction region which is funnel-shaped.
Carrier tool comprising a clamping element having a clamping element projection and comprising a cutting plate having a clamping trough on the cutting plate surface, for machining workpieces, the clamping trough having a contour with an annular indentation having a trough bottom, the indentation merging via an annular surface from the trough bottom into the cutting plate surface and the indentation enclosing an elevation, the tip of which lies above the trough bottom and below the cutting plate surface, and the clamping element projection being designed to engage in the clamping trough and thereby clamp said trough on the carrier tool, the clamping element projection having an annular contour which surrounds the elevation in the clamped state, but has no contact with said elevation and rests only on the annular surface, characterized in that the contour of the clamping element projection and the contour of the clamping trough positively and precisely interlock in the clamped state and in that the clamping element and the cutting plate, for a pre-centering of the annular contour of the clamping element projection and the contour of the clamping trough with respect to one another, are designed such that when the annular contour enters the clamping trough, the annular contour has contact only with the elevation and does not touch the annular surface.
A fuel system comprising: an ice separator vessel configured to separate ice particles from a first supply of fuel comprising a non-homogeneous fuel/ice mixture, the first supply of fuel being supplied to the ice separator vessel by a fuel supply line at a first ice separator vessel input, and to receive heat from a source of heat; wherein the heat melts at least a portion of the ice particles in the ice separator vessel; characterised in that the system further comprises: a first stage pump coupled to an output of the ice separator vessel; a heat exchanger coupled to an output of the first stage pump; a second stage pump coupled to a fuel output of the heat exchanger; a pump relief check valve coupled to an output of the second stage pump, wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input, said source of heat comprising said second supply of fuel. an ice separator vessel configured to separate ice particles from a first supply of fuel comprising a non-homogeneous fuel/ice mixture, the first supply of fuel being supplied to the ice separator vessel by a fuel supply line at a first ice separator vessel input, and to receive heat from a source of heat; wherein the heat melts at least a portion of the ice particles in the ice separator vessel; characterised in that the system further comprises: a first stage pump coupled to an output of the ice separator vessel; a heat exchanger coupled to an output of the first stage pump; a second stage pump coupled to a fuel output of the heat exchanger; a pump relief check valve coupled to an output of the second stage pump, wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input, said source of heat comprising said second supply of fuel. a first stage pump coupled to an output of the ice separator vessel; a heat exchanger coupled to an output of the first stage pump; a second stage pump coupled to a fuel output of the heat exchanger; a pump relief check valve coupled to an output of the second stage pump, wherein the pump relief check valve provides to the first input or to a second input of the ice separator vessel a second supply of fuel which has passed through the heat exchanger and is therefore at a higher temperature than the first supply of fuel to the first input, said source of heat comprising said second supply of fuel.
A hard drive tray, comprising: a bracket having a front surface, a bottom surface, and a sidewall forming a receiving space configured to receive a hard disk drive; and at least one protrusion extending into the receiving space from the sidewall and configured to engage the hard disk drive; characterized in that: a securing wire is coupled with the bottom surface opposite the sidewall; wherein the securing wire has a securing end configured to be at least partially received within a substantially L-shaped hole of the hard disk drive, thereby securing the hard disk drive to the bracket; the bracket includes a support bracket slidably disposed on the bottom surface to support the securing wire, the securing end of the securing wire configured to enter a horizontal portion from a vertical portion of the L-shaped hole, when the hard disk drive is pivoted toward the bottom surface from an unsecured position to a secured position; and the sidewall is configured to be displaced toward the securing wire to engage the sidewall of the hard disk drive. a bracket having a front surface, a bottom surface, and a sidewall forming a receiving space configured to receive a hard disk drive; and at least one protrusion extending into the receiving space from the sidewall and configured to engage the hard disk drive; characterized in that: a securing wire is coupled with the bottom surface opposite the sidewall; wherein the securing wire has a securing end configured to be at least partially received within a substantially L-shaped hole of the hard disk drive, thereby securing the hard disk drive to the bracket; the bracket includes a support bracket slidably disposed on the bottom surface to support the securing wire, the securing end of the securing wire configured to enter a horizontal portion from a vertical portion of the L-shaped hole, when the hard disk drive is pivoted toward the bottom surface from an unsecured position to a secured position; and the sidewall is configured to be displaced toward the securing wire to engage the sidewall of the hard disk drive. a securing wire is coupled with the bottom surface opposite the sidewall; wherein the securing wire has a securing end configured to be at least partially received within a substantially L-shaped hole of the hard disk drive, thereby securing the hard disk drive to the bracket; the bracket includes a support bracket slidably disposed on the bottom surface to support the securing wire, the securing end of the securing wire configured to enter a horizontal portion from a vertical portion of the L-shaped hole, when the hard disk drive is pivoted toward the bottom surface from an unsecured position to a secured position; and the sidewall is configured to be displaced toward the securing wire to engage the sidewall of the hard disk drive.
A belt drive system, for driving a belt, comprising a frame, a driving shaft connected to a motor, a controller, a driven shaft, and two pulleys connected to the driven shaft and driving shaft respectively, a gripper, and a belt, wherein the frame supports the driving shaft and driven shaft so that the belt is mounted on the pulleys, wherein one signal element is mounted on the belt so that the signal element moves with the belt, wherein at least two detection elements (18,20) are mounted at known positions at the frame so that the signal element can pass by the detection elements(18,20) to generate a signal by passing by, wherein the detector elements (18,20) are connected to the controller, wherein the belt drive system is connected to a gripper, wherein the controller is adapted to control the motor characterized so that in a starting operation of the belt drive system the belt is configured to move until the signal element generates a signal in a first detector element of the at least two detector elements to fix a zero point in space of the belt movement which determines a reference point in space corresponding to a park position of the gripper, so that. during normal operation, the signal element will not pass by the first detector element, wherein the controller is adapted to receive and use the signal of a second detector element to check the zero point in space during normal operation of the belt drive system, wherein the controller is adapted to automatically correct the movement of the belt to the real point in space relative to the corrected zero point in space, if the signal of the second detector element indicates a difference to the expected zero point in space.
A base unit for distributing extremely high frequency, EHF, modulated data signals to at least one remote antenna unit, comprising: a downlink data source input configured to receive a downlink electrical data signal from a data source; an electrical-to-optical converter configured to convert the downlink electrical data signal into a downlink optical data signal; an oscillator configured to generate an electrical carrier signal at a center frequency in an extremely high frequency, EHF, band; a modulator configured to combine the downlink optical data signal with the electrical carrier signal to form a downlink modulated optical signal comprising the downlink optical data signal modulated at the center frequency of the electrical carrier signal, the modulator further configured to send the downlink modulated optical signal to at least one remote antenna unit; and an uplink receiver having an antenna, wherein the uplink receiver is adapted to operate at a frequency substantially lower than the extremely high frequency band to receive uplink signals from a remote wireless client through the antenna. a downlink data source input configured to receive a downlink electrical data signal from a data source; an electrical-to-optical converter configured to convert the downlink electrical data signal into a downlink optical data signal; an oscillator configured to generate an electrical carrier signal at a center frequency in an extremely high frequency, EHF, band; a modulator configured to combine the downlink optical data signal with the electrical carrier signal to form a downlink modulated optical signal comprising the downlink optical data signal modulated at the center frequency of the electrical carrier signal, the modulator further configured to send the downlink modulated optical signal to at least one remote antenna unit; and an uplink receiver having an antenna, wherein the uplink receiver is adapted to operate at a frequency substantially lower than the extremely high frequency band to receive uplink signals from a remote wireless client through the antenna.
System having a device for heating a connecting element, in particular a pin or a rivet, and having a first part and having a second part; wherein the device has a nozzle; and wherein the connecting element is able to be impinged with a hot medium, preferably hot air, by the nozzle; and wherein the connecting element is assigned to the first part and serves for connecting the first part to the second part, in particular a mating part; and wherein a tubular sleeve is disposed about the nozzle, and an at least almost annular duct is formed between an external wall of the nozzle and an internal wall of the sleeve; and wherein the hot medium is able to be supplied to the connecting element through the nozzle; and wherein the medium is able to be discharged from the nozzle through a gap between an end side of the nozzle and a surface of the second part, and is able to be conveyed away, preferably able to be actively or passively suctioned, through the duct, characterized in that an end region of the nozzle at least partially encloses the connecting element.
An imaging control apparatus characterized by comprising: obtaining means for obtaining a plurality of images at different radiation energies, the images having been obtained as a result of irradiating a subject with radiation whose energy changes during one shot, and detecting, a plurality of times, the radiation that has passed through the subject during the one shot; first generation means for generating an energy subtraction image by performing energy subtraction processing using a plurality of images; and second generation means for generating a difference image using a plurality of energy subtraction images generated by the first generation means. obtaining means for obtaining a plurality of images at different radiation energies, the images having been obtained as a result of irradiating a subject with radiation whose energy changes during one shot, and detecting, a plurality of times, the radiation that has passed through the subject during the one shot; first generation means for generating an energy subtraction image by performing energy subtraction processing using a plurality of images; and second generation means for generating a difference image using a plurality of energy subtraction images generated by the first generation means.
A mobile terminal for use in a video communication system including a hub apparatus and a plurality of mobile terminals (10a-10d) configured to be wirelessly connectable to the hub apparatus, the mobile terminal comprising: - a video acquisition unit configured to generate an input video signal, - an audio acquisition unit configured to generate an input audio signal, - a transmission unit configured to transmit to the hub apparatus a video stream generated starting from the input video signal generated by the video acquisition unit, - a storage configured to store a voice timbre pattern model of a user of the terminal device, and - processing unit configured to generate a current speaker indicator indicating whether the user of the mobile terminal is speaking, the current speaker indicator being generated on the basis of the input audio signal generated by the acquisition unit and the voice timbre pattern model stored in the storage of the mobile terminal, wherein said transmission unit is configured to establish a wireless connection with the hub apparatus, characterised in that the transmission unit is configured to transmit to the hub apparatus, the current speaker indicator and an association information which associates the current speaker indicator to the video stream, while transmitting the video stream, and the transmission unit is configured for transmitting the video stream and the current speaker indicator to the hub apparatus via said same wireless connection. - a video acquisition unit configured to generate an input video signal, - an audio acquisition unit configured to generate an input audio signal, - a transmission unit configured to transmit to the hub apparatus a video stream generated starting from the input video signal generated by the video acquisition unit, - a storage configured to store a voice timbre pattern model of a user of the terminal device, and - processing unit configured to generate a current speaker indicator indicating whether the user of the mobile terminal is speaking, the current speaker indicator being generated on the basis of the input audio signal generated by the acquisition unit and the voice timbre pattern model stored in the storage of the mobile terminal, wherein said transmission unit is configured to establish a wireless connection with the hub apparatus,
A rotorcraft comprising a horizontal stabilizer, the horizontal stabilizer comprising: an airfoil structure mounted to the rotorcraft at a horizontal orientation, wherein: the airfoil structure comprises an airfoil shape, comprising a leading edge, a trailing edge, a top surface, and a bottom surface; the airfoil shape is cambered, wherein a camber of the airfoil shape forms a concave slope on the top surface and a convex slope on the bottom surface; the airfoil structure comprises a right outboard end, a left outboard end; a butt line of the rotorcraft is at the middle of the horizontal stabilizer so that the middle of the horizontal stabilizer is laterally aligned with the centre of the rotorcraft, and the horizontal stabilizer is a fixed structure with no adjustable control surfaces. the airfoil structure comprises an airfoil shape, comprising a leading edge, a trailing edge, a top surface, and a bottom surface; the airfoil shape is cambered, wherein a camber of the airfoil shape forms a concave slope on the top surface and a convex slope on the bottom surface; the airfoil structure comprises a right outboard end, a left outboard end; a butt line of the rotorcraft is at the middle of the horizontal stabilizer so that the middle of the horizontal stabilizer is laterally aligned with the centre of the rotorcraft, and the horizontal stabilizer is a fixed structure with no adjustable control surfaces.