mhurhangee/ep-ind-claims huggingface dataset:
Method for accessing a communication network, implemented by a terminal, comprising: - the reception of system information broadcast by said network, the system information comprising an identification of at least one time-frequency resource capable of carrying a piece of information relative to a unique terminal identifier, - the transmission to said network of an access request, said access request carrying: a first piece of information representative of a unique identifier of said terminal, transmitted on at least one of said time-frequency resources identified on the basis of said system information, called specific resource, a useful message, transmitted on said specific resource or on at least one time-frequency resource capable of carrying a useful message, identified on the basis of said system information, - the authorization of access to said network in the case of reception of a response to said access request carrying a second piece of information representative of the unique identifier of said terminal. - the reception of system information broadcast by said network, the system information comprising an identification of at least one time-frequency resource capable of carrying a piece of information relative to a unique terminal identifier, - the transmission to said network of an access request, said access request carrying: a first piece of information representative of a unique identifier of said terminal, transmitted on at least one of said time-frequency resources identified on the basis of said system information, called specific resource, a useful message, transmitted on said specific resource or on at least one time-frequency resource capable of carrying a useful message, identified on the basis of said system information, a first piece of information representative of a unique identifier of said terminal, transmitted on at least one of said time-frequency resources identified on the basis of said system information, called specific resource, a useful message, transmitted on said specific resource or on at least one time-frequency resource capable of carrying a useful message, identified on the basis of said system information, - the authorization of access to said network in the case of reception of a response to said access request carrying a second piece of information representative of the unique identifier of said terminal.
Tunable Fabry-Perot filter element, comprising: a first FP filter stack arranged at a movable first carrier element, and a second FP filter stack arranged in an opposing configuration to the first FP filter stack at a second carrier element, wherein, upon an actuation, the first carrier element with the first FP filter stack is vertically movable with respect to the second carrier element with the second FP filter stack, for adjusting the distance (d 1) between the first and second opposing FP filter stack (110, 115), and wherein the movable first carrier element is formed as an SON structure (SON = silicon-on-nothing) in an SON substrate, wherein the SON structure is movable suspended by means of a mechanical spring element to the SON substrate. a first FP filter stack arranged at a movable first carrier element, and a second FP filter stack arranged in an opposing configuration to the first FP filter stack at a second carrier element, wherein, upon an actuation, the first carrier element with the first FP filter stack is vertically movable with respect to the second carrier element with the second FP filter stack, for adjusting the distance (d 1) between the first and second opposing FP filter stack (110, 115), and wherein the movable first carrier element is formed as an SON structure (SON = silicon-on-nothing) in an SON substrate, wherein the SON structure is movable suspended by means of a mechanical spring element to the SON substrate.
A carrier for stabilizing a payload, the carrier comprising: a first carrier component (202, 302, 500) configured to permit rotation of the payload about a pitch axis of the payload, wherein the first carrier component (202, 302, 500) is adapted to be mounted directly to a vehicle (900, 1000); a second carrier component (204, 306, 600) that is supported by the first carrier component (202, 302, 500) and configured to permit rotation of the payload about a yaw axis of the payload, wherein the second carrier component (204, 306, 600) comprises a c-shaped yoke comprising one or more terminal ends; and a third carrier component (206, 310, 700) that is supported by the second carrier component (204, 306, 600), configured to permit rotation of the payload about a roll axis of the payload and is adapted to connect to the payload; the carrier being characterized in that the c-shaped yoke is adapted to directly connect to the vehicle (900, 1000) by one or more shafts corresponding to the one or more terminal ends of the c-shaped yoke. a first carrier component (202, 302, 500) configured to permit rotation of the payload about a pitch axis of the payload, wherein the first carrier component (202, 302, 500) is adapted to be mounted directly to a vehicle (900, 1000); a second carrier component (204, 306, 600) that is supported by the first carrier component (202, 302, 500) and configured to permit rotation of the payload about a yaw axis of the payload, wherein the second carrier component (204, 306, 600) comprises a c-shaped yoke comprising one or more terminal ends; and a third carrier component (206, 310, 700) that is supported by the second carrier component (204, 306, 600), configured to permit rotation of the payload about a roll axis of the payload and is adapted to connect to the payload; the carrier being characterized in that the c-shaped yoke is adapted to directly connect to the vehicle (900, 1000) by one or more shafts corresponding to the one or more terminal ends of the c-shaped yoke.
A device-to-device, D2D, communication method, comprising: acquiring, by a first terminal, network information, wherein the network information comprises a system message sent by a network device and/or a cell coverage result; determining, by the first terminal according to the network information, to enable D2D communication for discovery; and discovering, by the first terminal, a second terminal autonomously; characterized in that if network information comprises the cell coverage result that comprises a result of measuring a signal of a cell by the first terminal and the measurement result includes signal strength and/or signal quality, and if the result of measuring a signal of the cell by the first terminal indicates that measurement results of signal measures of all cells configured for the first terminal are each lower than a threshold, it is determined by the first terminal to enable the D2D communication for discovery. acquiring, by a first terminal, network information, wherein the network information comprises a system message sent by a network device and/or a cell coverage result; determining, by the first terminal according to the network information, to enable D2D communication for discovery; and discovering, by the first terminal, a second terminal autonomously; characterized in that if network information comprises the cell coverage result that comprises a result of measuring a signal of a cell by the first terminal and the measurement result includes signal strength and/or signal quality, and if the result of measuring a signal of the cell by the first terminal indicates that measurement results of signal measures of all cells configured for the first terminal are each lower than a threshold, it is determined by the first terminal to enable the D2D communication for discovery.
Drawing assembly in machines for working metal profiles, comprising one or more pairs of drawing wheels (11, 12) counter-rotating, between which are clamped the metal profiles to be fed, wherein said drawing wheels (11, 12) are doubled so that each pair of wheels defines a first wheel (11a, 12a) and a second wheel (11b, 12b), characterized in that said first wheel (11a, 12a) and said second wheel (11b, 12b) are independent from each other, arranged side by side and coaxial, and in that at least one wheel (11 a, 12a) of said first and second wheel placed side by side is motor driven and counter-rotating with an opposite pressure wheel (11b, 12b) freely rotatable or equally motor driven, coplanar to it, to clamp a respective metal profile.
A base station apparatus, comprising: means for providing transmit signals from a base station simulcast controller module to a plurality of antenna ports communicatively coupled to respective remote antenna units, wherein at least two remote antenna units are employed for simulcasting downlink transmissions as a simulcasting group; characterized in that said base station apparatus further comprises means for conveying respective transmit signals from each of a plurality of base station sector controllers to the base station simulcast controller module; and means for receiving uplink transmissions at respective base station sector controllers from the two or more remote antenna units employed for simulcasting downlink transmissions via respective antenna ports without passing the uplink transmissions through the base station simulcast controller module, wherein the uplink transmissions are de-simulcasted and associated with one or more uplink diversity branches of a particular sector identity, ID. means for providing transmit signals from a base station simulcast controller module to a plurality of antenna ports communicatively coupled to respective remote antenna units, wherein at least two remote antenna units are employed for simulcasting downlink transmissions as a simulcasting group; characterized in that said base station apparatus further comprises means for conveying respective transmit signals from each of a plurality of base station sector controllers to the base station simulcast controller module; and means for receiving uplink transmissions at respective base station sector controllers from the two or more remote antenna units employed for simulcasting downlink transmissions via respective antenna ports without passing the uplink transmissions through the base station simulcast controller module, wherein the uplink transmissions are de-simulcasted and associated with one or more uplink diversity branches of a particular sector identity, ID.
Process for processing a non-metallic melt, such as slag, into amorphous material, in which process the melt is vitrified by cooling, the melt being brought into contact with a metal bath for vitrification and then being removed from the metal bath as amorphous material, the melt being introduced into the metal bath via an open end (4") of a submerged pipe which is submerged in the metal bath and being conveyed in the metal bath from the region of the open end (4") of the submerged pipe, preferably by means of a mechanical disintegrator, preferably a rotor, characterised in that the heat introduced into the metal bath by the melt is used for pyrolysis of at least one organic-containing waste material and is thereby dissipated.
Device for measuring characteristic parameters of at least one set of at least one light-emitting diode associated at least with: - a BIN resistance corresponding to the resistance of the assembly associated with the flow performance as a function of the current through, and - a thermistor connected in series with the BIN resistor, the device comprising a measuring circuit for each assembly, in that the measuring circuit comprises: - a single measurement output for delivering electrical values representative of at least two characteristic parameters of the assembly, said measurement output being connected between said BIN resistor and said thermistor and consisting of a resistor in series with switching means, - a first circuit configuration arranged to deliver at the measurement output a value representative of a first characteristic parameter comprising the resistance value BIN, - a second circuit configuration arranged to deliver at the measurement output a value representative of a second characteristic parameter comprising the temperature via the thermistor, - switching means (5,15) for switching between the first configuration and the second configuration - means for triggering the switching means (5, 15) configured to place a first switching means in a closed mode while preserving a second switching means in an open mode, the change from one circuit configuration to the other being effected by reversing the closed and open mode of the two switching means and for periodically triggering a measurement of at least one of the characteristic parameters. - a BIN resistance corresponding to the resistance of the assembly associated with the flow performance as a function of the current through, and - a thermistor connected in series with the BIN resistor, - a single measurement output for delivering electrical values representative of at least two characteristic parameters of the assembly, said measurement output being connected between said BIN resistor and said thermistor and consisting of a resistor in series with switching means, - a first circuit configuration arranged to deliver at the measurement output a value representative of a first characteristic parameter comprising the resistance value BIN, - a second circuit configuration arranged to deliver at the measurement output a value representative of a second characteristic parameter comprising the temperature via the thermistor, - switching means (5,15) for switching between the first configuration and the second configuration - means for triggering the switching means (5, 15) configured to place a first switching means in a closed mode while preserving a second switching means in an open mode, the change from one circuit configuration to the other being effected by reversing the closed and open mode of the two switching means and for periodically triggering a measurement of at least one of the characteristic parameters.
A limb exercise device comprising: a first side of the limb exercise device comprising a substantially concave cross-sectional shape configured to receive a heel of a user; a sliding surface for sliding the limb exercise device along another surface separate of the limb exercise device, wherein the sliding surface comprises a part of an external housing of the limb exercise device on a second side of the limb exercise device opposite to the first side; characterized in that the limb exercise device further comprises: a force sensor configured to detect and measure, in use, a force of a user's limb applied to the first side of the limb exercise device; and output means configured to provide a measurement signal from the force sensor. a first side of the limb exercise device comprising a substantially concave cross-sectional shape configured to receive a heel of a user; a sliding surface for sliding the limb exercise device along another surface separate of the limb exercise device, wherein the sliding surface comprises a part of an external housing of the limb exercise device on a second side of the limb exercise device opposite to the first side; characterized in that the limb exercise device further comprises: a force sensor configured to detect and measure, in use, a force of a user's limb applied to the first side of the limb exercise device; and output means configured to provide a measurement signal from the force sensor.
A hot water unit fluid supply control system comprising: a hot water unit; a rainwater tank; a potable water source; a switching device coupled to the hot water unit, the rainwater tank and the potable water source, the switching device configured to selectively switch between a first state, which allows fluid communication between the hot water unit and the rainwater tank, and a second state, which allows fluid communication between the hot water unit and the potable water source; one or more sensors and a control unit configured to: receive fluid characteristic information associated with fluid in the hot water unit from said one or more sensors; and cause the switching device to assume the first or second state based on a comparison of a fluid characteristic parameter of the fluid characteristic information with requirements of the hot water unit, wherein the control unit is configured to activate a pump of the rainwater tank to cause a pressure change in fluid supply from the rainwater tank and thereby cause the switching device to assume the first state and to deactivate a pump of the rainwater tank to cause the switching device to assume the second state, wherein at least one of the one or more sensors is configured to detect fluid temperature in the hot water unit, and wherein the fluid characteristic parameter comprises a temperature value. a hot water unit; a rainwater tank; a potable water source; a switching device coupled to the hot water unit, the rainwater tank and the potable water source, the switching device configured to selectively switch between a first state, which allows fluid communication between the hot water unit and the rainwater tank, and a second state, which allows fluid communication between the hot water unit and the potable water source; one or more sensors and a control unit configured to: receive fluid characteristic information associated with fluid in the hot water unit from said one or more sensors; and cause the switching device to assume the first or second state based on a comparison of a fluid characteristic parameter of the fluid characteristic information with requirements of the hot water unit, wherein the control unit is configured to activate a pump of the rainwater tank to cause a pressure change in fluid supply from the rainwater tank and thereby cause the switching device to assume the first state and to deactivate a pump of the rainwater tank to cause the switching device to assume the second state, wherein at least one of the one or more sensors is configured to detect fluid temperature in the hot water unit, and wherein the fluid characteristic parameter comprises a temperature value.
Series of spectacle lenses (12, 44), wherein each spectacle lens (12, 44) of the series comprises a surface (16, 46) facing the eye and a surface on the object side; the surface facing the eye (16, 46) and/or that on the object side of each spectacle lens (12, 44) of the series is designed in such a manner that in a standardised position of use of the spectacle lenses (12, 44) in front of eyes of the respective spectacle wearers target values (f(x 1, y 1), f(x' 1, y' 1), g(φ 1, ψ 1)) at intersection points of first viewing lines with the respective surfaces facing the eye (16, 46) or on the object side of the spectacle lenses (12, 44) are substantially identical for each spectacle lens (12, 44) of the series; each first viewing line is a predetermined line on the eye side, which intersects a pupil centre point and an optical centre of rotation of the respective eye, and all first viewing lines have a predetermined identical viewing angle (φ 1, ψ 1) on the eye side; the target values (f(x 1, y 1), f(x' 1, y' 1), g(φ 1, ψ 1)) for each intersection point comprise • a maximum admissible difference between a given value of a spherical power and an actual value of a spherical power in the standardised position of use, and/or • a maximum admissible difference between a given value of an astigmatism and an actual value of an astigmatism in the standardised position of use, and/or • a maximum admissible difference between a given value of a cylinder axis position and an actual value of a cylinder axis position in the standardised position of use of the respective spectacle lens (12, 44) of the series. • a maximum admissible difference between a given value of a spherical power and an actual value of a spherical power in the standardised position of use, and/or • a maximum admissible difference between a given value of an astigmatism and an actual value of an astigmatism in the standardised position of use, and/or • a maximum admissible difference between a given value of a cylinder axis position and an actual value of a cylinder axis position in the standardised position of use of the respective spectacle lens (12, 44) of the series.
A network connection configuration method, comprising: receiving, by an application server from a terminal device (700, 900), a configuration information request, wherein the configuration information request comprises an application identifier of an application; determining, by the application server, network configuration information corresponding to the application identifier of the application; and transmitting, by the application server, the network configuration information corresponding to the application identifier of the application to the terminal device (700, 900). receiving, by an application server from a terminal device (700, 900), a configuration information request, wherein the configuration information request comprises an application identifier of an application; determining, by the application server, network configuration information corresponding to the application identifier of the application; and transmitting, by the application server, the network configuration information corresponding to the application identifier of the application to the terminal device (700, 900).
An apparatus for monitoring a rotational movement of a rotary encoder, wherein the apparatus has: a first input configured to receive a first rotary signal of the rotary encoder; a second input configured to receive a second rotary signal of the rotary encoder; a plurality of first comparators configured to compare the first rotary signal with a plurality of first switching thresholds in order to obtain a plurality of first comparison results; a plurality of second comparators configured to compare the second rotary signal with a plurality of second switching thresholds in order to obtain a plurality of second comparison results; and a plurality of logic switching elements configured to link the plurality of first comparison results and the plurality of second comparison results in order to obtain a monitoring result. a first input configured to receive a first rotary signal of the rotary encoder; a second input configured to receive a second rotary signal of the rotary encoder; a plurality of first comparators configured to compare the first rotary signal with a plurality of first switching thresholds in order to obtain a plurality of first comparison results; a plurality of second comparators configured to compare the second rotary signal with a plurality of second switching thresholds in order to obtain a plurality of second comparison results; and a plurality of logic switching elements configured to link the plurality of first comparison results and the plurality of second comparison results in order to obtain a monitoring result.