mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: enabling a first terminal to access a stream of data units from a first duplicating switch that is formatted to enable terminals to access the stream of data units, wherein the first duplicating switch receives the stream of data units, stores content from the stream of data units, and transmits the stream of data units to the first terminal; receiving, from a second terminal, a request to access the stream of data units; enabling (727, 741), based on a status of the first duplicating switch determined in response to the request from the second terminal, a second duplicating switch to host access to the stream of data units; determining that the first terminal should access the stream of data units from the second duplicating switch; and enabling the first terminal to access the stream from the second duplicating switch. enabling a first terminal to access a stream of data units from a first duplicating switch that is formatted to enable terminals to access the stream of data units, wherein the first duplicating switch receives the stream of data units, stores content from the stream of data units, and transmits the stream of data units to the first terminal; receiving, from a second terminal, a request to access the stream of data units; enabling (727, 741), based on a status of the first duplicating switch determined in response to the request from the second terminal, a second duplicating switch to host access to the stream of data units; determining that the first terminal should access the stream of data units from the second duplicating switch; and enabling the first terminal to access the stream from the second duplicating switch.
A method for configuring a user equipment UE, the method comprising: storing, by the UE, a plurality of configuration routines, wherein the plurality of configuration routines comprises two or more area-specific configuration routines (310, 350) and two or more country-specific configuration routines (320, 330, 360, 370), each of the area-specific configuration routines (310, 350) corresponds to an area having two or more countries; receiving, by the UE, at least one subscriber identity module SIM; selecting, by the UE, a target set of configuration routines comprising one of the two or more area-specific configuration routines (310, 350) and one of the two or more country-specific configuration routines (320, 330, 360, 370) from the plurality of configuration routines based, at least in part, on at least one parameter value stored on each of the at least one SIM; and configuring at least one setting of the UE based, at least in part, on the target set of configuration routines. storing, by the UE, a plurality of configuration routines, wherein the plurality of configuration routines comprises two or more area-specific configuration routines (310, 350) and two or more country-specific configuration routines (320, 330, 360, 370), each of the area-specific configuration routines (310, 350) corresponds to an area having two or more countries; receiving, by the UE, at least one subscriber identity module SIM; selecting, by the UE, a target set of configuration routines comprising one of the two or more area-specific configuration routines (310, 350) and one of the two or more country-specific configuration routines (320, 330, 360, 370) from the plurality of configuration routines based, at least in part, on at least one parameter value stored on each of the at least one SIM; and configuring at least one setting of the UE based, at least in part, on the target set of configuration routines.
A portable terminal comprising a body and a folder, the body comprising a first portion and a second portion, the first portion comprising an auxiliary display unit disposed on an upper surface of the first portion which is always exposed to the outside is provided on the upper surface thereof, wherein the upper surface of the first portion matches with the outside surface of the auxiliary display unit and a transmitter disposed at a position adjacent to the auxiliary display unit, the second portion being recessed from the first portion by a certain depth corresponding to a thickness of the folder, wherein a stepped portion is provided between the first portion and the second portion; and the folder comprising a main display unit, the folder being connected to the body by a hinge to open and close the second portion, a side surface of the folder being substantially parallel to a side surface of the stepped portion of the first portion when closing the second portion, characterized in that a side surface of the auxiliary display unit facing a side surface of the transmitter being substantially parallel to said side surface of the transmitter and the outside surface of the auxiliary display unit being substantially parallel to a surface of the transmitter facing the first portion of the body, wherein the first portion further comprises: an integrated receiver/antenna apparatus stacked under the auxiliary display unit and the transmitter, the portable terminal further comprising an information input/output device disposed on an upper surface of the second portion, a space for accommodating an inner battery cell which is disposed so as to be stacked under at least one of the information input/output device and the auxiliary display unit, a main board disposed so as to be stacked with the information input/output device, the main board being substantially parallel to the battery cell, and a shielding apparatus provided between the information input/output device, and the battery cell and the main board, the shielding apparatus being substantially parallel to the information input/output device. an integrated receiver/antenna apparatus stacked under the auxiliary display unit and the transmitter, the portable terminal further comprising an information input/output device disposed on an upper surface of the second portion, a space for accommodating an inner battery cell which is disposed so as to be stacked under at least one of the information input/output device and the auxiliary display unit, a main board disposed so as to be stacked with the information input/output device, the main board being substantially parallel to the battery cell, and a shielding apparatus provided between the information input/output device, and the battery cell and the main board, the shielding apparatus being substantially parallel to the information input/output device.
A direct injection spraying device for a machine, especially an agricultural machine, of the type comprising: - a main vessel, - at least one spray boom, - a circuit linking said vessel to said boom, this circuit comprising a main pump and a bypass (d) for controlling the flow rate in said boom as a function of the ground speed of said machine, - at least one tank of active material (m1, m2, m3), linked to said circuit by a dosing pump (P1, P2, P3), this device being characterised in that it comprises a cyclone mixer comprising in a first part, preferably an upper part, a plurality of substantially tangential inlets (E1, E4), preferably offset by a quarter turn from each other, and able to respectively receive the liquid sucked from said vessel and the pressurised liquid coming from said bypass (d), and a plurality of inlets for the pressurised liquids coming from said tanks of active materials (m1, m2, m3), said inlets being substantially perpendicular to an axis of the cyclone mixer, and substantially protruding inwards, in order to penetrate at the heart of the incoming flow by the inlet receiving the liquid sucked from the vessel, and in a second part, preferably a lower part, an outlet able to allow the mixture of these liquids to be drawn by said main pump. - a main vessel, - at least one spray boom, - a circuit linking said vessel to said boom, this circuit comprising a main pump and a bypass (d) for controlling the flow rate in said boom as a function of the ground speed of said machine, - at least one tank of active material (m1, m2, m3), linked to said circuit by a dosing pump (P1, P2, P3),
A method for running-through machining of a plate-shaped workpiece, comprising at least the following steps: a) providing a spray agent container with a liquid, b) pumping a gas into the spray agent container to generate an overpressure in a liquid space of the spray agent container so that the liquid is sprayed from a nozzle connected to the spray agent container, c) stopping the pumping of the gas into the spray agent container when the spraying of the liquid is to be stopped, wherein at least during step b) or step c) at least a part of the gas escapes from a gas opening of the spray agent container from the spray agent container so that the overpressure in the liquid space decreases after the spraying of the liquid is stopped in step c). a) providing a spray agent container with a liquid, b) pumping a gas into the spray agent container to generate an overpressure in a liquid space of the spray agent container so that the liquid is sprayed from a nozzle connected to the spray agent container, c) stopping the pumping of the gas into the spray agent container when the spraying of the liquid is to be stopped, wherein at least during step b) or step c) at least a part of the gas escapes from a gas opening of the spray agent container from the spray agent container so that the overpressure in the liquid space decreases after the spraying of the liquid is stopped in step c).
A thermal transfer structure for a mobile device, the structure comprising: a heat pump, an evaporator chamber and a valve being in fluid communication with the evaporator chamber, the evaporator chamber comprising a vapour space and a liquid charge storage structure and wherein the valve is configured to control vapour mass flow rates from/to the evaporator chamber to/from the ambient environment.
A method carried out by a user equipment of a Time Division Duplex -TDD- system, for determining device channel resource(s) of the present user equipment, wherein the TDD system performs resource scheduling to the user equipment using an enhanced physical downlink control channel, and a physical uplink control channel as used includes channel resource(s) for feeding back a hybrid automatic repeat request of a physical downlink shared channel as scheduled by the enhanced physical downlink control channel, wherein the number of downlink subframes as fed back in one uplink subframe may be more than one, and wherein the channel resource(s) is divided into a plurality of channel regions based on the potential highest number of downlink subframes having the enhanced physical downlink control channel set thereon, with different channel region being allocated to user equipment adopting the different number of downlink subframes, the method comprising obtaining (S12, S22) the device channel resource(s) occupied by the present user equipment in at least one channel region of the plurality of channel regions; the obtaining comprising - receiving a first start position of the channel region used by the present user equipment as provided by a base station, wherein the used channel region is determined based on the highest number of downlink subframes; - summing a first offset of the present user equipment in the used channel region and the first start position to obtain the device channel resource(s) occupied by the present user equipment in the used channel region, wherein the first offset is determined by the present user equipment through blind detection. - receiving a first start position of the channel region used by the present user equipment as provided by a base station, wherein the used channel region is determined based on the highest number of downlink subframes; - summing a first offset of the present user equipment in the used channel region and the first start position to obtain the device channel resource(s) occupied by the present user equipment in the used channel region, wherein the first offset is determined by the present user equipment through blind detection.
A process of preparing a gas barrier coating composition, comprising mixing (i) a polymer composition comprising a solution or dispersion of polyvinyl alcohol (PVOH) and/or ethylene vinyl alcohol (EVOH) copolymer and a solution or dispersion of polycarboxylic acid polymer with (ii) a dispersion of clay.
Photoaccustic gas sensor device, for determining a value indicative of a presence or a concentration of a component in a gas, the photoacoustic gas sensor device comprising: - a substrate, - a measurement cell body arranged on a first side of the substrate, the substrate and the measurement cell body defining a measurement cell enclosing a measurement volume, the measurement cell comprising an aperture for a gas to enter the measurement volume, - an electromagnetic radiation source for emitting electromagnetic radiation, - a microphone for measuring a sound wave generated by the component in response to an absorption of electromagnetic radiation by the component, wherein the electromagnetic radiation source and the microphone are arranged on the first side of the substrate and in the measurement volume, wherein the microphone has a bottom port facing the substrate, and wherein the measurement volume is communicatively coupled to the bottom port. - a substrate, - a measurement cell body arranged on a first side of the substrate, the substrate and the measurement cell body defining a measurement cell enclosing a measurement volume, the measurement cell comprising an aperture for a gas to enter the measurement volume, - an electromagnetic radiation source for emitting electromagnetic radiation, - a microphone for measuring a sound wave generated by the component in response to an absorption of electromagnetic radiation by the component, wherein the electromagnetic radiation source and the microphone are arranged on the first side of the substrate and in the measurement volume, wherein the microphone has a bottom port facing the substrate, and wherein the measurement volume is communicatively coupled to the bottom port.
A support structure for a wind turbine blade comprising a frame structure comprising a first section and a second section which are spaced apart with respect to each other along a first direction such that a section of a wind turbine blade is arrangeable in-between the first section and the second section, a first seesaw element being pivotably fixed to the first section, and having a first pivoting axis parallel to the first direction, a second seesaw element being pivotably fixed to the second section, and having a second pivoting axis parallel to the first direction, a first belt element being fixed with its first end to a first end of the first seesaw element, a second belt element being fixed with its first end to a first end of the second seesaw element, a third belt element being fixed with its first end to a second end of the first seesaw element, and a fourth belt element being fixed with its first end to a second end of the second seesaw element, wherein the first end and the second end of the first seesaw element are on opposite sides relatively to the first pivoting axis, wherein the first end and the second end of the second seesaw element are on opposite sides relatively to the second pivoting axis, and wherein a second end of the first belt element and a second end of the third belt element are each fixed to the second section of the frame structure, and a second end of the second belt element and a second end of the fourth belt element are each fixed to the first section of the frame structure.
An induction heating cooktop comprising a bridge rectifier that converts the alternating current into direct current, a filter circuit disposed at the outlet of the bridge rectifier, one or more than one induction coil through which the coil current (I L) passes during the heating of the vessel placed on the upper plate of the induction heating cooktop so as to be inside the efficient heating zone, a resonant circuit having a resonant capacitor connected in parallel to the induction coil, a power switch that drives the resonant circuit, a collector node whereon resonance voltage (Vce) is generated during the non-conduction times of the power switch, a drive circuit providing the power switch to be driven, a user interface, a control unit that regulates the operation of the power switch by means of the drive circuit in accordance with the heating setting selected via the user interface, and - a voltage monitoring circuit connected to the collector node and providing the monitoring of the resonant voltage (Vce), wherein the control unit keeps the resonant voltage (Vce) monitored by means of the voltage monitoring circuit and the power transferred to the vessel constant; the induction heating cooktop being characterized in that - a current monitoring circuit is connected in series to the induction coil providing the monitoring of the coil current (I L), and - the control unit decides that the vessel is inside the efficient heating zone if the coil current changes (ΔI L) monitored by means of the current monitoring circuit are greater than the limit coil current changes (ΔI L -lim) prerecorded in its memory for different power scales selected via the user interface. - a voltage monitoring circuit connected to the collector node and providing the monitoring of the resonant voltage (Vce), wherein the control unit keeps the resonant voltage (Vce) monitored by means of the voltage monitoring circuit and the power transferred to the vessel constant; the induction heating cooktop being characterized in that - a current monitoring circuit is connected in series to the induction coil providing the monitoring of the coil current (I L), and - the control unit decides that the vessel is inside the efficient heating zone if the coil current changes (ΔI L) monitored by means of the current monitoring circuit are greater than the limit coil current changes (ΔI L -lim) prerecorded in its memory for different power scales selected via the user interface.
A wireless power transfer system that transmits electrical power from an electrical power source to an electrical load using a source resonator and a capture resonator that are inductively coupled, characterized in that each resonator comprises: an insulative split carrier-winder assembly having two identical halves (44A, 44B), each half defining an interior core retaining pocket and an outer coil retaining surface; a core tile formed of a material having high magnetic permeability and contained in the interior core retaining pocket of each carrier-winder assembly, and a wire coil wound around the outer coil retaining surface of each carrier-winder assembly, wherein the two resonators are identical and adapted to be used interchangeably as the source resonator or the capture resonator and wherein the wireless power transfer system further comprises: a first housing configured to contain the source resonator; a first resonator holder configured to secure the source resonator within the first housing; a second housing configured to contain the capture resonator; and a second resonator holder configured to secure the capture resonator within the second housing, wherein the first resonator holder and the second resonator holder are identical and are interchangeable; and a first ground plate configured to provide an electrical ground plane for the source resonator and configured to be secured to the first housing; and a second ground plate configured to provide an electrical ground plane for the capture resonator and configured to be secured to the second housing, wherein the first ground plate and the second ground plate are identical and are interchangeable. an insulative split carrier-winder assembly having two identical halves (44A, 44B), each half defining an interior core retaining pocket and an outer coil retaining surface; a core tile formed of a material having high magnetic permeability and contained in the interior core retaining pocket of each carrier-winder assembly, and a wire coil wound around the outer coil retaining surface of each carrier-winder assembly, wherein the two resonators are identical and adapted to be used interchangeably as the source resonator or the capture resonator and wherein the wireless power transfer system further comprises: a first housing configured to contain the source resonator; a first resonator holder configured to secure the source resonator within the first housing; a second housing configured to contain the capture resonator; and a second resonator holder configured to secure the capture resonator within the second housing, wherein the first resonator holder and the second resonator holder are identical and are interchangeable; and a first ground plate configured to provide an electrical ground plane for the source resonator and configured to be secured to the first housing; and a second ground plate configured to provide an electrical ground plane for the capture resonator and configured to be secured to the second housing, wherein the first ground plate and the second ground plate are identical and are interchangeable.
A bearing element for use on a slatted frame, having a base portion which is provided with fastening means for attachment to a frame beam, having a spring portion which is supported by the base portion and comprises resiliently deformable webs (24 to 28, 34) which delimit openings (22, 38, 40, 42) located between them, and having at least one cap portion which can receive a slat end, wherein a filling part is inserted into at least one of the openings, characterised in that the filling part is provided with a receiving means in which a strut end can be inserted.
A method for producing hot strip from steel with material properties which are settable across the strip cross-section, wherein a steel melt is charged by means of a runner onto a revolving casting belt of a horizontal strip casting plant, which melt solidifies to form a roughed strip with a thickness of between 6 and 20 mm, and the roughed strip once it has thoroughly solidified is subjected to a hot-rolling process, characterised in that a gas jet or plasma jet consisting of metallic and/or non-metallic elements which influence the material properties of the hot strip acts on the steel melt which is still molten and/or just beginning to solidify, and by changing the acting kinetic energy of the gas jet or plasma jet, the gas partial pressure and/or the applied temperature the concentration of the elements which are introduced into the melt via the gas jet or plasma jet and are diffused in therein is set over the strip thickness and the strip width.
A molded piston for an air spring for a vehicle, comprising: an outer shell, a non-cylindrical central column braced in its relation to said outer shell by outer radial webs, and an upper surface having a recessed lower end closure seating surface, wherein said non-cylindrical central column further includes a chordal surface and a locating sleeve and hole, characterized in that the locating sleeve and hole is positioned along the circular portion of the central column. an outer shell, a non-cylindrical central column braced in its relation to said outer shell by outer radial webs, and an upper surface having a recessed lower end closure seating surface, wherein said non-cylindrical central column further includes a chordal surface and a locating sleeve and hole, characterized in that the locating sleeve and hole is positioned along the circular portion of the central column.