mhurhangee/ep-ind-claims huggingface dataset:
A method for providing media content comprising media segments to a streaming player wherein the media segments are transmitted from a server device to a streaming player, the method being performable at a user equipment and comprising the steps of: - receiving a first media segment; - determining time of reception of the first media segment; characterized by - estimating a media segment availability time for requesting subsequent media segments by modifying the determined time of the reception of the first media segment with a correction value compensating a variation in reception intervals of media segments so that the streaming player receives the media segments at a constant time interval; - signaling the estimated availability time to the streaming player. - receiving a first media segment; - determining time of reception of the first media segment; - estimating a media segment availability time for requesting subsequent media segments by modifying the determined time of the reception of the first media segment with a correction value compensating a variation in reception intervals of media segments so that the streaming player receives the media segments at a constant time interval; - signaling the estimated availability time to the streaming player.
Apparatus for decoding an encoded multichannel audio signal, comprising: a base channel decoder for decoding an encoded base audio channel to obtain a decoded base channel; a decorrelation filter for filtering at least a portion of the decoded base channel to obtain a filling signal; and a multichannel processor for performing a multichannel processing using a spectral representation of the decoded base channel and a spectral representation of the filling signal, wherein the decorrelation filter is a broad band filter and the multichannel processor is configured to apply a narrow band processing to the spectral representation of the decoded base channel and the spectral representation of the filling signal, and wherein the multichannel processor is configured to determine a first upmix channel and a second upmix channel using different weighted combinations of spectral bands of the decoded base channel and corresponding spectral bands of the filling signal, the different weighted combinations depending on a prediction factor and/or a gain factor and/or an envelope or energy normalization factor calculated using a spectral band of the decoded base channel and a corresponding spectral band of the filling signal. a base channel decoder for decoding an encoded base audio channel to obtain a decoded base channel; a decorrelation filter for filtering at least a portion of the decoded base channel to obtain a filling signal; and a multichannel processor for performing a multichannel processing using a spectral representation of the decoded base channel and a spectral representation of the filling signal, wherein the decorrelation filter is a broad band filter and the multichannel processor is configured to apply a narrow band processing to the spectral representation of the decoded base channel and the spectral representation of the filling signal, and wherein the multichannel processor is configured to determine a first upmix channel and a second upmix channel using different weighted combinations of spectral bands of the decoded base channel and corresponding spectral bands of the filling signal, the different weighted combinations depending on a prediction factor and/or a gain factor and/or an envelope or energy normalization factor calculated using a spectral band of the decoded base channel and a corresponding spectral band of the filling signal.
A wave energy converter comprising: at least one floating element having buoyancy to pitch up and down with wave movement, a connector for linking the element to a prime mover, and a tilt means to enhance tilting motion of a fore element end upwards with a wave crest and an aft element end downward with a wave trough, characterized in that: the tilt means comprises a plurality of fins mounted at different fore-aft positions on the element, each fin being arranged in a configuration extending from the fore end downwardly towards the aft end. at least one floating element having buoyancy to pitch up and down with wave movement, a connector for linking the element to a prime mover, and a tilt means to enhance tilting motion of a fore element end upwards with a wave crest and an aft element end downward with a wave trough, characterized in that: the tilt means comprises a plurality of fins mounted at different fore-aft positions on the element, each fin being arranged in a configuration extending from the fore end downwardly towards the aft end. the tilt means comprises a plurality of fins mounted at different fore-aft positions on the element, each fin being arranged in a configuration extending from the fore end downwardly towards the aft end.
A luminaire for mounting in an annular housing having a cylindrical sidewall with an inner diameter, said sidewall terminating in an upper rim, the luminaire comprising a reflector having a light exit aperture mounted in an annular body and a wedge-shaped clip movably attached to the annular body by a spring such that: the annular body has a first diameter not exceeding the inner diameter when the clip is pressed against the body by compressing said spring; and a second diameter exceeding the inner diameter when said spring is relaxed; characterized in that the clip further comprises an outwardly inclined member in the direction of the light exit aperture and the reflector further comprises an outwardly inclining groove in the direction of the light exit aperture engaging with the outwardly inclined member. the annular body has a first diameter not exceeding the inner diameter when the clip is pressed against the body by compressing said spring; and a second diameter exceeding the inner diameter when said spring is relaxed; characterized in that the clip further comprises an outwardly inclined member in the direction of the light exit aperture and the reflector further comprises an outwardly inclining groove in the direction of the light exit aperture engaging with the outwardly inclined member.
A method for putting into operation a brake system with predefined approval specifications, wherein the brake system has at least partially a friction brake, wherein the brake system also has a controller with an initial control data set for actuating the brake system during operation, comprising at least the following steps: - A reference operation is carried out and at least one type of real reference operating parameters of the brake system is detected; - on the basis of the reference operating parameters a virtual mode of the brake system is produced with an initial virtual control data set which corresponds to the initial control data set; - on the basis of the model, at least one virtual test operation is carried out in order to check the compliance with the predefined approval specifications; - on the basis of the virtual test operation, the virtual control data set is checked to determine to what extent this has to be changed so that the predefined approval specifications are achieved by the brake system and at least one correction factor is determined in order to obtain a corrected virtual control data set. - A reference operation is carried out and at least one type of real reference operating parameters of the brake system is detected; - on the basis of the reference operating parameters a virtual mode of the brake system is produced with an initial virtual control data set which corresponds to the initial control data set; - on the basis of the model, at least one virtual test operation is carried out in order to check the compliance with the predefined approval specifications; - on the basis of the virtual test operation, the virtual control data set is checked to determine to what extent this has to be changed so that the predefined approval specifications are achieved by the brake system and at least one correction factor is determined in order to obtain a corrected virtual control data set.
A continuous furnace for thermal treatments, comprising a loading chamber, a cylindrical bell with vertical axis, an input duct connecting the loading chamber to the cylindrical bell, a discharge chamber, a cooling duct connecting the cylindrical bell to the discharge chamber, a heating chamber, located in the cylindrical bell, in which workpieces are continuously introduced and a thermal treatment performed without interrupting the level of pressure of said heating chamber thanks to the gate valves and and the usage of the loading chamber and the discharge chamber as compensation chambers, a set of containers in which to insert said workpieces, a set of drawers in which to insert said containers, a system for the vertical positioning of said drawers or containers according to a stack in said heating chamber, one or more resistors, distributed in height along the inner wall of the heating chamber, which delimit the thermal zones, a pumping system to bring said heating chamber in high vacuum conditions, a system of valves and pipes for the insertion of partial inert gas pressure sub- or supra atmospheric, a pumping system for the creation of local vacuum in said containers, a thrust handling system for moving and sorting of said containers or drawers;
A charging control method, applicable for a first terminal, characterized by, the method comprising: monitoring a Bluetooth communication state between a first terminal and a second terminal in a process of charging the first terminal when performing Bluetooth communication with the second terminal; when the Bluetooth communication state is monitored to be in an abnormal state, adjusting a charging power for charging the first terminal based on a charge protocol supported by the first terminal. monitoring a Bluetooth communication state between a first terminal and a second terminal in a process of charging the first terminal when performing Bluetooth communication with the second terminal; when the Bluetooth communication state is monitored to be in an abnormal state, adjusting a charging power for charging the first terminal based on a charge protocol supported by the first terminal.
A turbomolecular pump comprising a plurality of first stages each of which comprises a plurality of rotor blades formed so as to extend radially from a rotating assembly, and a plurality of second stages each of which consists of a plurality of stationary blades arranged so as to extend radially with respect to a rotation shaft of the rotating assembly, arranged alternately in axial direction; and characterized in that, including, with respect to the stages that are adjacent along the rotation shaft direction, at least one stage that satisfies a first relational equation "Xo >Xo " and a second relational equation "Xi <Xi " in connection with a dimensionless number X that is a ratio of an inter-vane distance S to a chord length C for the rotor blades and the stationary blades, with the dimensionless numbers at an outer circumferential portion and at an inner circumferential portion of the first stage being termed Xo and Xi and the dimensionless numbers at an outer circumferential portion and an inner circumferential portion of the second stage being termed Xo and Xi.
A stowage bin system for use on an aircraft, the stowage bin system comprising: a first supporting panel configured to attach to a first vertical frame member and attach to a first additional frame member of the aircraft; a second supporting panel configured to attach to a second vertical frame member and attach to a second additional frame member of the aircraft; and a first stowage bin bucket disposed between the first supporting panel (102a, 502c) and the second supporting panel (102b, 502b), the first stowage bin bucket pivotally attached to the first supporting panel and the second supporting panel, the first supporting panel and the second supporting panel are configured to support loads generated during operation of the first stowage bin bucket and to transfer the loads to the first vertical frame member, the first additional frame member, the second vertical frame member, and the second additional frame member, characterized in that, the first supporting panel comprises a load transferring pad, the load transferring pad being disposed between and in contact with a main surface of the first supporting panel and a side surface of the first stowage bin bucket when the first stowage bin bucket is in a closed position. a first supporting panel configured to attach to a first vertical frame member and attach to a first additional frame member of the aircraft; a second supporting panel configured to attach to a second vertical frame member and attach to a second additional frame member of the aircraft; and a first stowage bin bucket disposed between the first supporting panel (102a, 502c) and the second supporting panel (102b, 502b), the first stowage bin bucket pivotally attached to the first supporting panel and the second supporting panel, the first supporting panel and the second supporting panel are configured to support loads generated during operation of the first stowage bin bucket and to transfer the loads to the first vertical frame member, the first additional frame member, the second vertical frame member, and the second additional frame member, characterized in that, the first supporting panel comprises a load transferring pad, the load transferring pad being disposed between and in contact with a main surface of the first supporting panel and a side surface of the first stowage bin bucket when the first stowage bin bucket is in a closed position. the first stowage bin bucket pivotally attached to the first supporting panel and the second supporting panel, the first supporting panel and the second supporting panel are configured to support loads generated during operation of the first stowage bin bucket and to transfer the loads to the first vertical frame member, the first additional frame member, the second vertical frame member, and the second additional frame member, characterized in that, the first supporting panel comprises a load transferring pad, the load transferring pad being disposed between and in contact with a main surface of the first supporting panel and a side surface of the first stowage bin bucket when the first stowage bin bucket is in a closed position.
A method for shed opening in a pile fabric loom, wherein the pile fabric loom includes a plurality of heald frames (4A, 4B, 4C, 4D) through which ground warp yarns and pile warp yarns are inserted, a plurality of drive devices driving the respective heald frames (4A, 4B, 4C, 4D), and a shedding controller controlling the drive devices separately so as to open and close a shed of the ground warp yarns and a shed of the pile warp yarns, and forms piles by loose picking (L1, L2) a plurality of times and fast picking one time that are performed in conjunction with forward and backward movement of cloth fell, the loose picking (L1, L2) being followed by the fast picking, characterized by setting the cross timing to close the shed of the ground warp yarns earlier than the cross timing to close the shed of the pile warp yarns at least during a transitional period from the loose picking to the fast picking.
Device for measuring, diagnosing, and/or therapy of the forces of human fingers, hand, arm, and/or shoulder, comprising at least a base plate and force sensors (2, 3, 9), of which at least one has a tension bolt passing through it, and this force sensor is fixedly positioned on one side of the base plate and is connected friction-locked to an actuating part via the tension bolt. Furthermore, on the side of the base plate opposite the fixed force sensor and at least partially in the area of the adjoining sides of the base plate, a guide is provided on or in which at least one movable force sensor is positioned.
A method for the preparation of the hydrochloride salt from the duloxetine base, characterized in that the duloxetine base is reacted with concentrated hydrochloric acid in ethylmethylketone.
A continuous series of bags comprising at least a first and a second bag each having an open mouth end, a closed bottom end, a left side panel, a right side panel, a front panel on a front side of the bag, wherein the front panel extends from the bottom end to the mouth end, and a back panel on the back side of the bag wherein, the back panel extends from the bottom end to the mouth end, characterised in that: the front panel features a vertically positioned front perforation, the back panel features a vertically positioned back perforation, and the vertically positioned back perforation of the first bag is connected to the vertically positioned front perforation of the second bag between the front and back panels, respectively and the first bag is removable from the second bag by disengaging the front and back perforations. the front panel features a vertically positioned front perforation, the back panel features a vertically positioned back perforation, and the vertically positioned back perforation of the first bag is connected to the vertically positioned front perforation of the second bag between the front and back panels, respectively and the first bag is removable from the second bag by disengaging the front and back perforations.
A digital oscilloscope capturing for display a portion of an input digital signal containing an eye violation, comprising: an acquisition circuit for acquiring samples of a digital signal under test; a comparator section comprising a low comparator and a high comparator and having as inputs the input digital signal, a high threshold level signal, and a low threshold level signal, and providing as outputs a binary signal corresponding to each threshold level signal indicating for each data sample of the digital signal under test whether the sample is above or below the corresponding threshold; a clock deriving circuitry (42, 44) having as an input a reference clock signal and providing as outputs a pair of phase delayed clock signals that define an early clock and a late clock, the early clock, the late clock, the high threshold level signal and the low threshold level signal defining a rectangular mask area within a unit interval of the input digital signal under test; and a violation detector circuitry having as inputs data samples of the digital signal under test, the binary signals from the comparator section and the pair of phase delayed clock signals, and generating a violation signal when a data sample is within the defined rectangular mask area during the unit interval; wherein the violation signal comprises a trigger signal causing the digital oscilloscope to capture data from the digital signal related to the violation, and to display a portion of the digital signal on a display unit. an acquisition circuit for acquiring samples of a digital signal under test; a comparator section comprising a low comparator and a high comparator and having as inputs the input digital signal, a high threshold level signal, and a low threshold level signal, and providing as outputs a binary signal corresponding to each threshold level signal indicating for each data sample of the digital signal under test whether the sample is above or below the corresponding threshold; a clock deriving circuitry (42, 44) having as an input a reference clock signal and providing as outputs a pair of phase delayed clock signals that define an early clock and a late clock, the early clock, the late clock, the high threshold level signal and the low threshold level signal defining a rectangular mask area within a unit interval of the input digital signal under test; and a violation detector circuitry having as inputs data samples of the digital signal under test, the binary signals from the comparator section and the pair of phase delayed clock signals, and generating a violation signal when a data sample is within the defined rectangular mask area during the unit interval; wherein the violation signal comprises a trigger signal causing the digital oscilloscope to capture data from the digital signal related to the violation, and to display a portion of the digital signal on a display unit.
A device for extracting a fluid, preferably blood or interstitial fluid, from the skin and/or from beneath the skin of a subject, the device comprising: a support structure for application to the skin of the subject; a recess and a channel; a fluid transporter, comprising a microneedle within the recess, associated with the support structure positioned to contact the skin of the subject at an extraction region; a controller or actuator; a sensor connected via the channel to the recess; a self contained vacuum chamber which wraps around a central portion of the device where the microneedle and the recess are located and in fluidic communication with the recess via channel as controlled by the controller or actuator; a fluid chamber containing a sanitizer; and a fluidic control element for urging the sanitizer from the fluid chamber through the recess to the skin of the subject at the extraction region. a support structure for application to the skin of the subject; a recess and a channel; a fluid transporter, comprising a microneedle within the recess, associated with the support structure positioned to contact the skin of the subject at an extraction region; a controller or actuator; a sensor connected via the channel to the recess; a self contained vacuum chamber which wraps around a central portion of the device where the microneedle and the recess are located and in fluidic communication with the recess via channel as controlled by the controller or actuator; a fluid chamber containing a sanitizer; and a fluidic control element for urging the sanitizer from the fluid chamber through the recess to the skin of the subject at the extraction region.