mhurhangee/ep-ind-claims huggingface dataset:
A lighting device suitable for multiple voltage sources, which sources provide a first voltage signal, comprising: - a first circuit coupled to input terminals (2, 3), for receiving the first voltage signal from the voltage source, the first circuit comprising diodes for rectifying the first voltage signal and supplying a second voltage signal, a first capacitor for buffering the second voltage signal and a second capacitor (16, 17) coupled in parallel to one of the diodes of the first circuit, - a second circuit receiving an input voltage signal, corresponding with the second voltage signal, and converting the input voltage into an output signal, - a light circuit receiving the output signal of the second circuit and comprising at least one light emitting diode, characterized in that the first circuit comprises a fourth circuit provided parallel to the second capacitor (16,17), the fourth circuit comprising at least two diodes and being connected by a fourth capacitor to one of the input terminals(2,3). - a first circuit coupled to input terminals (2, 3), for receiving the first voltage signal from the voltage source, the first circuit comprising diodes for rectifying the first voltage signal and supplying a second voltage signal, a first capacitor for buffering the second voltage signal and a second capacitor (16, 17) coupled in parallel to one of the diodes of the first circuit, - a second circuit receiving an input voltage signal, corresponding with the second voltage signal, and converting the input voltage into an output signal, - a light circuit receiving the output signal of the second circuit and comprising at least one light emitting diode,
Drafting system for drawing a roving with drafting zones (7, 8) formed by pairs of input middle and output rollers whereby each pair of rollers (2, 3, 4) consists of an upper roller (2o, 3o, 4o) and a lower roller (2u, 3u, 4u) as well as an associated compression zone whereby upper delivery rollers are attached to the upper output rollers via a cage element and the cage element is moved towards the lower delivery roller by a pressure element, characterised in that the pressure element is a spring element with a longitudinally variable length that is supported flexibly at both ends (32, 33) at bearing points.
A data receiver implemented in an integrated circuit, the data receiver comprising: an input receiving a data signal; a first linear equalization circuit coupled to the input; a first register (412, 416, 422, 426,432, 436) coupled to an output of the first linear equalization circuit; a first phase interpolator coupled to control the first register (412, 416, 422, 426,432, 436) using a first clock signal; a first clock and data recovery circuit configured to receive data of the data signal, wherein the first clock and data recovery circuit enables generating the first clock signal controlling the first register (412, 416, 422, 426,432, 436) coupled to the first linear equalization circuit; a second linear equalization circuit coupled to the input, wherein the second linear equalization circuit is different than the first linear equalization circuit; a second register (464, 468) coupled to an output of the second linear equalization circuit; a second phase interpolator coupled to control the second register (464, 468) using a second clock signal that is different than the first clock signal; and a second clock and data recover circuit configured to adjust a clock phase offset, wherein the second clock and data recovery circuit enables generating the second clock signal controlling the second register (464, 468) coupled the second linear equalization circuit. an input receiving a data signal; a first linear equalization circuit coupled to the input; a first register (412, 416, 422, 426,432, 436) coupled to an output of the first linear equalization circuit; a first phase interpolator coupled to control the first register (412, 416, 422, 426,432, 436) using a first clock signal; a first clock and data recovery circuit configured to receive data of the data signal, wherein the first clock and data recovery circuit enables generating the first clock signal controlling the first register (412, 416, 422, 426,432, 436) coupled to the first linear equalization circuit; a second linear equalization circuit coupled to the input, wherein the second linear equalization circuit is different than the first linear equalization circuit; a second register (464, 468) coupled to an output of the second linear equalization circuit; a second phase interpolator coupled to control the second register (464, 468) using a second clock signal that is different than the first clock signal; and a second clock and data recover circuit configured to adjust a clock phase offset, wherein the second clock and data recovery circuit enables generating the second clock signal controlling the second register (464, 468) coupled the second linear equalization circuit.
A mounting structure for mounting a support for a seat belt to a vehicle, the mounting structure being arranged so that when mounted to a vehicle it will move relative to the vehicle in a first range of directions under application of a first force urging the mounting structure in one of the range of directions, but will not move relative to the vehicle in a direction outside the first range of directions when a second, greater, force is applied urging the mounting structure in such a direction, the mounting structure comprising a bracket having one or more elongate slots extending therethrough, a respective fastener extending through the or each slot intended, in use, to fasten the bracket to a vehicle by urging the bracket towards the vehicle and characterised in that the or each fastener also extends through a respective decoupler arranged to allow relative sliding movement between the bracket and the vehicle when a predetermined force is applied, the or each decoupler comprising a collar having a flange extending therefrom at one end, with teeth formed on a surface of the flange, and a washer structure, through which, in use, the fastener extends, positioned adjacent to the flange of the collar so that when the fastener is used to fasten the bracket to a vehicle the flange of the collar is urged into contact with the washer structure.
A plasterboard, having a core based on plaster, being provided on at least one of its faces with facer consisting of a glass fiber mat, this mat being coated on its outer face with a coating composition and characterized in that its mat was coated by means of a coating composition prepared by dilution of a mixture consisting of: - 90 to 98% of alumina hydrate; - 1 to 9% of vinyl resin; and - 0.1 to 1% of carbon fluoride or silicone oil. - 90 to 98% of alumina hydrate; - 1 to 9% of vinyl resin; and - 0.1 to 1% of carbon fluoride or silicone oil.
A method of processing a glass ribbon comprising the steps of: traversing the glass ribbon through a travel path at a predetermined velocity; severing the glass ribbon along a direction transverse to the travel path to create an upstream web comprising an upstream edge portion including an upstream severed edge and a downstream web comprising a downstream edge portion including a downstream severed edge; and increasing a relative velocity of the downstream edge portion with respect to the upstream edge portion to create a gap between the upstream severed edge and the downstream severed edge winding the downstream web on a first storage roll; and introducing the upstream edge portion of the upstream web to a second storage roll to begin winding the upstream web on the second storage roll, wherein step is initiated in response to a storage roll reaching a predetermined storage capacity and the gap between the first upstream edge portion and the downstream edge portion of the glass ribbon protects the upstream edge portion and downstream edge portion from damage and allows roll to roll processing of the glass ribbon without damage and without interrupting a flow of the glass ribbon through processing locations. traversing the glass ribbon through a travel path at a predetermined velocity; severing the glass ribbon along a direction transverse to the travel path to create an upstream web comprising an upstream edge portion including an upstream severed edge and a downstream web comprising a downstream edge portion including a downstream severed edge; and increasing a relative velocity of the downstream edge portion with respect to the upstream edge portion to create a gap between the upstream severed edge and the downstream severed edge winding the downstream web on a first storage roll; and introducing the upstream edge portion of the upstream web to a second storage roll to begin winding the upstream web on the second storage roll, wherein step is initiated in response to a storage roll reaching a predetermined storage capacity and the gap between the first upstream edge portion and the downstream edge portion of the glass ribbon protects the upstream edge portion and downstream edge portion from damage and allows roll to roll processing of the glass ribbon without damage and without interrupting a flow of the glass ribbon through processing locations.
Apparatus for identifying and providing an indication of associated objects, the apparatus comprising: a motion sensor for sensing movement of a first object; an identification signal generator arranged to generate an identification signal for identifying a first object, the identification signal comprising data indicative of the identity of the first object and data indicative of the movement of the first object sensed by the motion sensor; a transmitter arranged to transmit the identification signal; a first receiver arranged to receive the transmitted identification signal; and a processor arranged to process the transmitted identification signal received by the receiver to determine a correlation of the data indicative of the movement of the first object as sensed by the motion sensor and transmitted in the identification signal with data indicative of movement of one or more further objects and to generate an indication of associated objects based on the correlation of the data indicative of the movement of the objects. a motion sensor for sensing movement of a first object; an identification signal generator arranged to generate an identification signal for identifying a first object, the identification signal comprising data indicative of the identity of the first object and data indicative of the movement of the first object sensed by the motion sensor; a transmitter arranged to transmit the identification signal; a first receiver arranged to receive the transmitted identification signal; and a processor arranged to process the transmitted identification signal received by the receiver to determine a correlation of the data indicative of the movement of the first object as sensed by the motion sensor and transmitted in the identification signal with data indicative of movement of one or more further objects and to generate an indication of associated objects based on the correlation of the data indicative of the movement of the objects.
A method, comprising: obtaining a signal on a radio channel; identifying that the signal is an occurrence of a licensed use when a power level of the signal exceeds a threshold energy level, the threshold energy level being higher than power levels accomplished during non-licensed use; and, when the power level of the signal does not exceed the threshold energy level, determining that the signal is not the occurrence of the licensed use by comparing the power level of the signal and a phase of the signal to an expected power level and an expected phase specified in a known profile of the licensed use of the radio channel. obtaining a signal on a radio channel; identifying that the signal is an occurrence of a licensed use when a power level of the signal exceeds a threshold energy level, the threshold energy level being higher than power levels accomplished during non-licensed use; and, when the power level of the signal does not exceed the threshold energy level, determining that the signal is not the occurrence of the licensed use by comparing the power level of the signal and a phase of the signal to an expected power level and an expected phase specified in a known profile of the licensed use of the radio channel.
Gas turbine arrangement comprising at least one burner and a combustion chamber for burning fuel, a mixing casing (8a,b) and, adjoining this, an inner casing with an inner casing hub and a turbine arranged essentially perpendicular with respect to the at least one burner, wherein the combustion exhaust gas (22a, 22b) resulting from the combustion of the fuel flows through the mixing casing (8a,b) into the inner casing, wherein the inner casing is configured such that, in the inner casing, the combustion exhaust gas (22a, 22b) is deflected in the direction of the turbine by means of the inner casing hub, wherein the inner casing hub has at least two bosses,, wherein the at least two bosses, are arranged offset with respect to an inner casing inlet such that all of the incident combustion exhaust gas stream (22a, 22b) is deflected around the inner casing hub, characterized in that the at least two bosses, have, with the inner casing hub, approximately the shape of a lemon.
A dryer 30; 40) for compressed gas, comprising a pressure vessel comprising a rotation symmetrical part including a drying zone and a regeneration zone; a drum, set up in the rotation symmetrical part, provided with a regenerable drying agent; driving means for rotating said drum relative to the rotation symmetrical part, or vice versa, so that the drying agent is moved successively through the drying zone and the regeneration zone; an inlet for the supply of compressed gas to be dried; an outlet for the discharge of dried compressed gas; a first connection line for tapping-off of a partial stream of the dried compressed gas and guiding the partial stream to the regeneration zone, wherein the first connection line is provided with a heating device for heating the partial stream tapped-off for regeneration; wherein the first connection line and the heating device are located within the pressure vessel, characterised in, that the outlet side of the drying zone is subdivided using means for separation of the stream of dried gas at the position where it is expelled from the drum into a first outlet zone with which the outlet is connected for the dried compressed gas, and a second outlet zone with which the first connection line is connected; and that the heating device is a heat exchanger, provided for heating the partial stream tapped-off for regeneration with the compressed gas to be dried supplied to the dryer, wherein the heat exchanger forms the means for the division of the stream of dried gas at the position where it is expelled from the drum. a pressure vessel comprising a rotation symmetrical part including a drying zone and a regeneration zone; a drum, set up in the rotation symmetrical part, provided with a regenerable drying agent; driving means for rotating said drum relative to the rotation symmetrical part, or vice versa, so that the drying agent is moved successively through the drying zone and the regeneration zone; an inlet for the supply of compressed gas to be dried; an outlet for the discharge of dried compressed gas; a first connection line for tapping-off of a partial stream of the dried compressed gas and guiding the partial stream to the regeneration zone, wherein the first connection line is provided with a heating device for heating the partial stream tapped-off for regeneration; wherein the first connection line and the heating device are located within the pressure vessel, characterised in, that the outlet side of the drying zone is subdivided using means for separation of the stream of dried gas at the position where it is expelled from the drum into a first outlet zone with which the outlet is connected for the dried compressed gas, and a second outlet zone with which the first connection line is connected; and that the heating device is a heat exchanger, provided for heating the partial stream tapped-off for regeneration with the compressed gas to be dried supplied to the dryer, wherein the heat exchanger forms the means for the division of the stream of dried gas at the position where it is expelled from the drum.
Bone anchoring assembly for dynamic stabilization, comprising: a bone anchoring element having a head and a shank to be anchored in a bone or a vertebra, and a receiving part for receiving a rod, a rod having a flexible section which is at least partly made of a polymer material, wherein the receiving part comprising a first channel with an approximately U-shaped cross-section with two free legs (52, 53), a single-part locking element directly cooperating with the legs (52, 53) to secure the rod in the first channel, wherein a first pin-shaped projection is provided at the locking element which comes into contact with the flexible section of the rod when tightening the locking element, said first pin-shaped projection having a height and a semi-spherically rounded free end portion including a diameter and radius in such a way that in the tightened state the integral structure of the rod is not violated wherein a tube-shaped extension is provided which is integrally formed with the receiving part and having a length which allows the locking element to cooperate with the legs (52, 53) until the rod inserted into the first channel rests on the pin-shaped projection. a bone anchoring element having a head and a shank to be anchored in a bone or a vertebra, and a receiving part for receiving a rod, a rod having a flexible section which is at least partly made of a polymer material, wherein the receiving part comprising a first channel with an approximately U-shaped cross-section with two free legs (52, 53), a single-part locking element directly cooperating with the legs (52, 53) to secure the rod in the first channel, wherein a first pin-shaped projection is provided at the locking element which comes into contact with the flexible section of the rod when tightening the locking element, said first pin-shaped projection having a height and a semi-spherically rounded free end portion including a diameter and radius in such a way that in the tightened state the integral structure of the rod is not violated wherein a tube-shaped extension is provided which is integrally formed with the receiving part and having a length which allows the locking element to cooperate with the legs (52, 53) until the rod inserted into the first channel rests on the pin-shaped projection.
A method for producing a representative CO 2 waveform, representing a set of CO 2 waveforms obtained from a subject, the method comprising: obtaining two or more CO 2 waveforms; determining one or more scale factors and one or more shape factors for each of the two or more CO 2 waveforms; wherein the one or more shape factors are determined by identifying parameters of best fit functions for each of the two or more CO 2 waveforms; computing, based on the one or more shape and scale factors of each of the two or more CO 2 waveforms, a representative set of shape factors and scale factors representing the two or more CO 2 waveforms obtained from the subject, wherein computing the representative set of shape factors comprises collecting and averaging the parameters of the best fit functions; and constructing a representative CO 2 waveform based on the representative set of shape and scale factors, wherein constructing the representative waveform comprises constructing a waveform based on the averaged parameters. obtaining two or more CO 2 waveforms; determining one or more scale factors and one or more shape factors for each of the two or more CO 2 waveforms; wherein the one or more shape factors are determined by identifying parameters of best fit functions for each of the two or more CO 2 waveforms; computing, based on the one or more shape and scale factors of each of the two or more CO 2 waveforms, a representative set of shape factors and scale factors representing the two or more CO 2 waveforms obtained from the subject, wherein computing the representative set of shape factors comprises collecting and averaging the parameters of the best fit functions; and constructing a representative CO 2 waveform based on the representative set of shape and scale factors, wherein constructing the representative waveform comprises constructing a waveform based on the averaged parameters.
An in vitro screening method for evaluating, screening or selecting a compound intended for the treatment or the prevention of an inflammatory skin disease, said method comprising: - incubating a cell capable of expressing Nav 1.9 with the compound, - determining the effect of the compound on the expression or the activity of Nav 1.9, and - selecting the compound if it is capable of inhibiting the expression or the activity of Nav 1.9. - incubating a cell capable of expressing Nav 1.9 with the compound, - determining the effect of the compound on the expression or the activity of Nav 1.9, and - selecting the compound if it is capable of inhibiting the expression or the activity of Nav 1.9.