mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving an input signal at a quantized phase shifter (250-1 to 250-N) of a phased array antenna; obtaining a time averaged, phase shifted signal that reduces a quantization error of the phase shifter, wherein obtaining the time averaged signal comprises: switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and outputting the time averaged, phase shifted signal to an antenna element circuit of the phased array antenna. receiving an input signal at a quantized phase shifter (250-1 to 250-N) of a phased array antenna; obtaining a time averaged, phase shifted signal that reduces a quantization error of the phase shifter, wherein obtaining the time averaged signal comprises: switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and switching between two phase states of the quantized phase shifter a plurality of times to obtain a plurality of phase shifted values; and applying a linear interpolation or accumulator interpolation to the plurality of phase shifted values to obtain a time averaged value of a state of the quantized phase shifter that is between values of the two phase states; and outputting the time averaged, phase shifted signal to an antenna element circuit of the phased array antenna.
Process for the production of a solid cosmetic preparation wherein: a) a wax phase comprising at least one wax, at least one oil, and if applicable, oil-soluble ingredients and solvents, are melted, b) the molten wax phase is mixed with an aqueous phase comprising at least one water-soluble or water-dispersible film former and with a w/o emulsifying system until an emulsion is formed, c) the resulting emulsion is allowed to cool to form a wax matrix with aqueous phase droplets embedded therein. a) a wax phase comprising at least one wax, at least one oil, and if applicable, oil-soluble ingredients and solvents, are melted, b) the molten wax phase is mixed with an aqueous phase comprising at least one water-soluble or water-dispersible film former and with a w/o emulsifying system until an emulsion is formed, c) the resulting emulsion is allowed to cool to form a wax matrix with aqueous phase droplets embedded therein.
Method of preparation of a ferrite heavy liquid suspension filler, comprising comminution and mechanical classification of fractions, characterized in that it comprises steps of a) classifying a comminuted ferrite fraction of a waste material in a mechanical 0,2 - 2 mm classifier, to form a fine screened fraction and a coarse fraction, b) separating the fine screened fraction from step (a) in an electromagnetic separator with migrating magnetic field, where after separating a non-magnetic fraction, a ferrite fraction, which constitutes a filler for a heavy liquid suspension, is obtained, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c) comminuting the coarser fraction from step, preferably in a fine grinding mill, d) recycling the fraction obtained in step (c) to the two-deck 2 - 5 mm and 0,2 - 2 mm classifier in step, and e) removing the coarsest metallic fraction from the two-deck 2 - 5 mm and 0,2 - 2 mm classifier. a) classifying a comminuted ferrite fraction of a waste material in a mechanical 0,2 - 2 mm classifier, to form a fine screened fraction and a coarse fraction, b) separating the fine screened fraction from step (a) in an electromagnetic separator with migrating magnetic field, where after separating a non-magnetic fraction, a ferrite fraction, which constitutes a filler for a heavy liquid suspension, is obtained, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c) comminuting the coarser fraction from step, preferably in a fine grinding mill, d) recycling the fraction obtained in step (c) to the two-deck 2 - 5 mm and 0,2 - 2 mm classifier in step, and e) removing the coarsest metallic fraction from the two-deck 2 - 5 mm and 0,2 - 2 mm classifier.
Combined mechanical and electronic key for a motor vehicle with a housing which comprises a link configured with a plurality of grooves at the edge area, electronics disposed in the housing, a key portion which comprises a bearing point that is mounted in a rotatable manner about an axis along the link, an activation element which is accommodated in the bearing point and comprises at least two radially projecting wings and an radially projecting driver, wherein the activation element is movable between a passive and an active position,the key portion is movable between an inoperative position and an operative position, in the inoperative position and in the operative position of the key portion in which the activating element occupies the passive position each wing is in a respective groove and during the movement between the inoperative position and the operative position in which the activation element occupies the active position, the wings are detached from the grooves and the driver engages with a contour of the bearing point, characterized in that the grooves comprise at least a first pair of grooves and a second pair of grooves, in the inoperative position of the key portion the wings are snapped into place in the first of grooves and in the operative position of the key portion the wings are snapped into place in the second pair of grooves, wherein the link is designed in such way that the grooves of the second pair of grooves are aligned relative to the interior area of the housing such that high forces coming from the key portion on the housing can be absorbed, wherein the electronics are sealed off from the exterior area of the key by a wall, wherein simultaneously the wall separates the link from the electronics.
A GPS system, comprising: GPS codes selected and combined per an assigned I-Channel or a Q-Channel; a modulator to combine the GPS codes with a carrier signal on the I-Channel and the Q-Channel so as to form modulated combined codes; and a processor to apply a code power fraction to the modulated combined codes on the I-Channel and the Q-Channel, where the code power fraction includes an assigned I-Channel amplitude and an assigned Q-Channel amplitude, and further comprising an antenna, where the antenna transmits the modulated combined codes with the applied code power fraction as a constant envelope signal. GPS codes selected and combined per an assigned I-Channel or a Q-Channel; a modulator to combine the GPS codes with a carrier signal on the I-Channel and the Q-Channel so as to form modulated combined codes; and a processor to apply a code power fraction to the modulated combined codes on the I-Channel and the Q-Channel, where the code power fraction includes an assigned I-Channel amplitude and an assigned Q-Channel amplitude, and further comprising an antenna, where the antenna transmits the modulated combined codes with the applied code power fraction as a constant envelope signal.
Method for applying glue on tubular cores for the production of logs of paper material comprising the step of supplying in sequence more tubular cores along a predetermined advancing direction and the step of applying on each of said cores a predetermined amount of glue, and the glue is applied on the tubular cores from the above characterized in that, while advancing along said direction and without interrupting their run, the tubular cores intercept for a predetermined time the glue released by a predetermined number of nozzles; and during said time interval the glue is both on the nozzles and the tubular cores given the absence of any element interposed between the nozzles and the tubular cores.
A clamping device for clamping a workpiece with a clamp arm, by converting linear motion in a cylinder into rotational motion through a toggle link mechanism, the clamping device comprising: a main body portion; a cylinder connected to the main body portion and having a piston therein which is displaced in an axial direction under a pressing action of a pressure fluid; an adjustment mechanism disposed displaceably in the cylinder, and which is capable of adjusting a stroke displacement amount of the piston by regulating displacement of the piston; a detecting mechanism having a detection body that is stroke-displaced together with the piston and a piston rod, and a detecting section, which is capable of detecting a position of the detection body, wherein the detecting mechanism detects clamped and unclamped states of the workpiece by the clamp arm by detecting, with the detecting section, a position (126, 128) at which the detection body is stroke-displaced; and a position setting means for setting a detection position (126, 128) of the detection body by the detecting section, when the stroke displacement amount is adjusted by the adjustment mechanism, characterized in that the position setting means is constituted from a switch, which is connected electrically with respect to the detecting section, and which resets the detection position (126, 128) of the detecting section corresponding to the clamped state by being pressed in a case that the clamp arm is in the clamped state or which reset the detection position (126, 128) of the detecting section corresponding to the unclamped state, by being pressed in a case that the clamp arm is in unclamped state. a main body portion; a cylinder connected to the main body portion and having a piston therein which is displaced in an axial direction under a pressing action of a pressure fluid; an adjustment mechanism disposed displaceably in the cylinder, and which is capable of adjusting a stroke displacement amount of the piston by regulating displacement of the piston; a detecting mechanism having a detection body that is stroke-displaced together with the piston and a piston rod, and a detecting section, which is capable of detecting a position of the detection body, wherein the detecting mechanism detects clamped and unclamped states of the workpiece by the clamp arm by detecting, with the detecting section, a position (126, 128) at which the detection body is stroke-displaced; and a position setting means for setting a detection position (126, 128) of the detection body by the detecting section, when the stroke displacement amount is adjusted by the adjustment mechanism,
An integrated manufacturing process for co-producing 1,1,1,3,3-pentafluoropropane, trans-1-chloro-3,3,3-trifluoropropene (1233zd), and trans-1,3,3,3-tetrafluoropropene (1234ze) comprising the steps: (a) reacting 240fa, or a derivative thereof selected from 1,1,3,3-tetrachloropropene and 1,3,3,3-tetrachloropropene, with HF in the presence of a catalyst to form a mixture containing HCl, HF, an organic mixture of 244fa, 245fa, 1233zd and 1234ze; (b) removing the HCl and HF from the mixture of step (a) and then reacting the organic mixture with HCl in the presence of a catalyst to convert the unsaturated olefin compounds into a mixture of saturated alkane compounds including 243fa, 244fa and 245fa; (c) isolating and purifying the 245fa from the mixture of saturated alkane compounds; (d) dehydrochlorinating the 243fa and 244fa in the mixture of saturated alkane compounds to form 1233zd and 1234ze, respectively, and (e) isolating and purifying the trans-1234ze and trans-1233zd products generated in step (d). (a) reacting 240fa, or a derivative thereof selected from 1,1,3,3-tetrachloropropene and 1,3,3,3-tetrachloropropene, with HF in the presence of a catalyst to form a mixture containing HCl, HF, an organic mixture of 244fa, 245fa, 1233zd and 1234ze; (b) removing the HCl and HF from the mixture of step (a) and then reacting the organic mixture with HCl in the presence of a catalyst to convert the unsaturated olefin compounds into a mixture of saturated alkane compounds including 243fa, 244fa and 245fa; (c) isolating and purifying the 245fa from the mixture of saturated alkane compounds; (d) dehydrochlorinating the 243fa and 244fa in the mixture of saturated alkane compounds to form 1233zd and 1234ze, respectively, and (e) isolating and purifying the trans-1234ze and trans-1233zd products generated in step (d).
Method for attaching an element to a wall of a tank, said wall having at least one plastic pin, this method comprising the following steps: said element is mounted on said at least one pin such that a penetrating part of said pin passes through said element, a portion of said penetrating part is melted and pressure is applied to said molten portion such that said molten portion rolls freely around said at least one pin so as to form a pin head configured to hold said element on said pin. said element is mounted on said at least one pin such that a penetrating part of said pin passes through said element, a portion of said penetrating part is melted and pressure is applied to said molten portion such that said molten portion rolls freely around said at least one pin so as to form a pin head configured to hold said element on said pin.
A tension control system for fiber bundles in a filament winding apparatus that applies a prescribed winding tension to a fiber bundle unwound from a fiber bundle feeding package and winds the tension-applied fiber bundle around a mandrel, the filament winding apparatus comprising: a tension applying portion that applies the winding tension to the fiber bundle at a position that is immediately before a side of the mandrel between the fiber bundle feeding package and the mandrel and a tension measuring unit that measures a tension of the fiber bundle after winding tension has been applied and transmits the measured tension to the control means, wherein the control means controls the tension applying portion in accordance with the measured tension received from the tension measuring unit so that the winding tension applied to the fiber bundle is controlled to be the prescribed winding tension; characterized by a tension sensor that detects a tension of the fiber bundle between the fiber bundle feeding package and the tension applying portion before the winding tension is applied; determination means that determines a tension abnormality of the fiber bundle by comparing pre-set reference information with a tension measured value measured by the tension sensor, wherein the determination means determines that the fiber bundle is likely to break; control means that stops a process of winding the fiber bundle around the mandrel when the determination means determines the tension abnormality, wherein the control means stops the filament winding apparatus before the occurrence of the fiber bundle breakage. a tension applying portion that applies the winding tension to the fiber bundle at a position that is immediately before a side of the mandrel between the fiber bundle feeding package and the mandrel and a tension measuring unit that measures a tension of the fiber bundle after winding tension has been applied and transmits the measured tension to the control means, wherein the control means controls the tension applying portion in accordance with the measured tension received from the tension measuring unit so that the winding tension applied to the fiber bundle is controlled to be the prescribed winding tension; characterized by a tension sensor that detects a tension of the fiber bundle between the fiber bundle feeding package and the tension applying portion before the winding tension is applied; determination means that determines a tension abnormality of the fiber bundle by comparing pre-set reference information with a tension measured value measured by the tension sensor, wherein the determination means determines that the fiber bundle is likely to break; control means that stops a process of winding the fiber bundle around the mandrel when the determination means determines the tension abnormality, wherein the control means stops the filament winding apparatus before the occurrence of the fiber bundle breakage.
A rig for wellbore operations, said rig comprising a rig floor, characterised by at least one mat on said rig floor, and energizing apparatus wholly or partially embedded in said at least one mat for energizing wave-energizable identification apparatus of an item movable adjacent said at least one mat and with respect to said rig floor.
An electrolytic apparatus for producing acidic electrolyzed water having an acidic degree between pH 5 and pH 6.5 including hypochlorous acid by electrolyzing a chlorine containing composition containing chloride ions and then diluting electrolyzed solution, the electrolytic apparatus comprising: a container providing a dilution water passage for diluting the electrolyzed solution; a diaphragm-less unit electrolytic cell disposed in the container, the unit electrolytic cell being defined between a plurality of planar electrodes; and an electrode holder frame defining the unit electrolytic cell, the electrode holder frame comprising an opening for providing the chlorine containing composition at a position corresponding to the unit electrolytic cell and a reservoir part fluid-communicated to the opening while retaining the chlorine containing composition prior to the supply of the chlorine containing composition to the unit electrolytic cell; wherein total area S of the opening fluid-communicating between the reservoir part and the unit electrolytic cell is not more than 10 mm 2 and Rv is from 0.1 to 8% wherein Rv represents the capacity ratio between the reservoir part and the total volume of the electrode gaps and both of outer surfaces of the outermost planar electrodes are cooled by the dilution water. a container providing a dilution water passage for diluting the electrolyzed solution; a diaphragm-less unit electrolytic cell disposed in the container, the unit electrolytic cell being defined between a plurality of planar electrodes; and an electrode holder frame defining the unit electrolytic cell, the electrode holder frame comprising an opening for providing the chlorine containing composition at a position corresponding to the unit electrolytic cell and a reservoir part fluid-communicated to the opening while retaining the chlorine containing composition prior to the supply of the chlorine containing composition to the unit electrolytic cell; wherein total area S of the opening fluid-communicating between the reservoir part and the unit electrolytic cell is not more than 10 mm 2 and Rv is from 0.1 to 8% wherein Rv represents the capacity ratio between the reservoir part and the total volume of the electrode gaps and both of outer surfaces of the outermost planar electrodes are cooled by the dilution water.
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 over a broadcast transmission, the method comprising the steps of being performable at an user equipment: - 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 being adapted to request media segments from the server. - 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 being adapted to request media segments from the server.
An illumination system comprising: a polarization member which comprises first and second polarization modifiers (40a, 40b) each connected to an actuator(42a, 42b) configured to move a respective polarization modifier (40a, 40b) into at least partial intersection with a radiation beam such that the polarization modifier (40a, 40b) applies a modified polarization to at least part of the radiation beam, and an array of individually controllable reflective elements which is positioned to receive the radiation beam after it has passed the polarization member; the illumination system further comprising a controller capable of controlling the actuators (42a, 42b) such that the first and second polarization modifiers (40a, 40b) intersect with different portions of the radiation beam, part of the array of individually controllable reflective elements receiving part of the radiation beam which has had its polarization modified by the first and second polarization modifiers (40a, 40b), and part of the array of individually controllable reflective elements receiving part of the radiation beam which has had its polarization modified by the first polarization modifier and not by the second polarization modifier. a polarization member which comprises first and second polarization modifiers (40a, 40b) each connected to an actuator(42a, 42b) configured to move a respective polarization modifier (40a, 40b) into at least partial intersection with a radiation beam such that the polarization modifier (40a, 40b) applies a modified polarization to at least part of the radiation beam, and an array of individually controllable reflective elements which is positioned to receive the radiation beam after it has passed the polarization member; the illumination system further comprising a controller capable of controlling the actuators (42a, 42b) such that the first and second polarization modifiers (40a, 40b) intersect with different portions of the radiation beam, part of the array of individually controllable reflective elements receiving part of the radiation beam which has had its polarization modified by the first and second polarization modifiers (40a, 40b), and part of the array of individually controllable reflective elements receiving part of the radiation beam which has had its polarization modified by the first polarization modifier and not by the second polarization modifier.