mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: configuring a fast feedback channel by transmitting a feedback allocation message from a base station to a mobile station in a wireless OFDMA system; monitoring, by the base station, uplink channel quality based on downlink channel information received via the fast feedback channel from the mobile station and thereby detecting a channel variation; and generating and transmitting (64, 25), by the base station, a power adjustment message to deliver power adjustment information in response to the detected channel variation, characterized in that the power adjust message also comprises feedback allocation information to re-configure the fast feedback channel; wherein the base station transmits the power adjustment message via a data channel using a minimum data resource unit, and wherein the minimum data resource unit size is predefined in the wireless OFDMA system, and, wherein the generating of the power adjust message involves removing redundant information contained in the feedback allocation message such that the overall power adjustment message size is smaller or equal to the minimum data resource unit size. configuring a fast feedback channel by transmitting a feedback allocation message from a base station to a mobile station in a wireless OFDMA system; monitoring, by the base station, uplink channel quality based on downlink channel information received via the fast feedback channel from the mobile station and thereby detecting a channel variation; and generating and transmitting (64, 25), by the base station, a power adjustment message to deliver power adjustment information in response to the detected channel variation, characterized in that the power adjust message also comprises feedback allocation information to re-configure the fast feedback channel; wherein the base station transmits the power adjustment message via a data channel using a minimum data resource unit, and wherein the minimum data resource unit size is predefined in the wireless OFDMA system, and, wherein the generating of the power adjust message involves removing redundant information contained in the feedback allocation message such that the overall power adjustment message size is smaller or equal to the minimum data resource unit size.
A device for detecting a stimulus comprising: a radio frequency identification tag including a sensor portion including: an integrated circuit; and a chemiresistor ( R S) including a plurality of nanotubes, wherein the integrated circuit and the chemiresistor ( R S) are connected in parallel, wherein the sensor portion is configured to change resistivity when the radio frequency identification tag contacts or interacts with the stimulus, whereby the resistivity change alters an output of the radio frequency identification tag, and wherein the sensor portion is configured to activate the circuit or deactivate the circuit when contacted or having interacted with the stimulus, characterized in that the sensor portion further comprises a resistor ( R 0) in series with the integrated circuit. a radio frequency identification tag including a sensor portion including: an integrated circuit; and a chemiresistor ( R S) including a plurality of nanotubes, wherein the integrated circuit and the chemiresistor ( R S) are connected in parallel, an integrated circuit; and a chemiresistor ( R S) including a plurality of nanotubes, wherein the integrated circuit and the chemiresistor ( R S) are connected in parallel, wherein the sensor portion is configured to change resistivity when the radio frequency identification tag contacts or interacts with the stimulus, whereby the resistivity change alters an output of the radio frequency identification tag, and wherein the sensor portion is configured to activate the circuit or deactivate the circuit when contacted or having interacted with the stimulus, characterized in that the sensor portion further comprises a resistor ( R 0) in series with the integrated circuit.
A healthcare composition comprising a low-DP polymerized surfactant, a micellar thickener, and a cosmetically-acceptable carrier, wherein: the low-DP surfactant comprises octadecene/maleic anhydride copolymers, hydrolyzed derivatives and/or amidated derivatives thereof and the micellar thickener is a corona thickener which is a fatty acid polyester of an ethoxylated glucoside. the low-DP surfactant comprises octadecene/maleic anhydride copolymers, hydrolyzed derivatives and/or amidated derivatives thereof and the micellar thickener is a corona thickener which is a fatty acid polyester of an ethoxylated glucoside.
Corrugated panel with a wave-shaped cross section for a clamping arrangement for clamping semiconductor components, characterized in that the wave-shaped cross section has a first wavelength in the centre of the corrugated panel, and the wave-shaped cross section has a second wavelength in the outer region of the corrugated panel, wherein the second wavelength is shorter than the first wavelength, so that the stiffness of the corrugated panel is lower in its centre than in the outer region. the wave-shaped cross section has a first wavelength in the centre of the corrugated panel, and the wave-shaped cross section has a second wavelength in the outer region of the corrugated panel, wherein the second wavelength is shorter than the first wavelength, so that the stiffness of the corrugated panel is lower in its centre than in the outer region.
A method for determining an offset term of a fractional-N PLL synthesizer signal (b) during a second state-of-lock interval following a loss-of-lock interval with respect to the phase of the synthesizer signal (b) during a first state-of-lock interval preceding the loss-of-lock interval, the synthesizer signal (b) being, during the state-of-lock intervals (I, III), locked to a reference signal (a) via a feedback path in that a phase relation between the reference signal (a) and a frequency-divided signal (d) derived from the synthesizer signal (b) such that its frequency equals the frequency of the latter divided by a fractional divide ratio is held constant, characterised in that the method further comprises the steps of: - assessing a cycle difference between the number of cycles of the reference signal (a) and the number of cycles of the frequency-divided signal (d) of the feedback path during the loss-of-lock interval, and - determining the offset term of the synthesizer signal (b) for the feedback path as a numerical value proportional to the product of the divide ratio and the cycle difference. - assessing a cycle difference between the number of cycles of the reference signal (a) and the number of cycles of the frequency-divided signal (d) of the feedback path during the loss-of-lock interval, and - determining the offset term of the synthesizer signal (b) for the feedback path as a numerical value proportional to the product of the divide ratio and the cycle difference.
A method for producing a thin film ferroelectric device, the method comprising: (a) depositing the organic polymeric ferroelectric precursor material onto a first conductive material such that the organic polymeric ferroelectric precursor material has a first surface and an opposing second surface, wherein the first surface of the organic polymeric ferroelectric precursor material is in contact with the first conductive material; (b) depositing a second conductive material on the second surface of the organic polymeric ferroelectric precursor material to form a stack, wherein the organic polymeric ferroelectric precursor material is positioned at least partially between the first and second conductive materials (104, 108); (c) subjecting the stack to a first temperature above a melting temperature of the organic polymeric ferroelectric precursor material for 1 to 60 minutes to form an organic polymeric ferroelectric material having ferroelectric hysteresis properties; and (d) subjecting the stack to a second temperature below the melting temperature of the organic polymeric ferroelectric precursor material for 10 to 70 minutes to densify the organic polymeric ferroelectric material and to obtain a thin film ferroelectric device, wherein interfacial cracks present in the organic polymeric ferroelectric material having ferroelectric hysteresis properties obtained in step (c) are substantially removed in step (d), thereby reducing leakage current in the organic polymeric ferroelectric material when compared with the organic polymeric ferroelectric material obtained in step (c). (a) depositing the organic polymeric ferroelectric precursor material onto a first conductive material such that the organic polymeric ferroelectric precursor material has a first surface and an opposing second surface, wherein the first surface of the organic polymeric ferroelectric precursor material is in contact with the first conductive material; (b) depositing a second conductive material on the second surface of the organic polymeric ferroelectric precursor material to form a stack, wherein the organic polymeric ferroelectric precursor material is positioned at least partially between the first and second conductive materials (104, 108); (c) subjecting the stack to a first temperature above a melting temperature of the organic polymeric ferroelectric precursor material for 1 to 60 minutes to form an organic polymeric ferroelectric material having ferroelectric hysteresis properties; and (d) subjecting the stack to a second temperature below the melting temperature of the organic polymeric ferroelectric precursor material for 10 to 70 minutes to densify the organic polymeric ferroelectric material and to obtain a thin film ferroelectric device,
Method for coordinating the transmission of real-time segments of broadcasts, in particular of live-streams, from the internet or from another connected signal source, to multiple end devices for common use, wherein a web server is provided, on which the real-time segments of the broadcasts are maintained in different bit rates, wherein the end devices are connected to the web server via a proxy, on which a control algorithm is implemented, wherein a subset of the bit rates are loaded on a cache memory of the proxy, wherein the real-time segments of the broadcast assigned to each end device are transmitted to that device, wherein a first end device requests the real-time segments with a first bit rate and a second end device requests the real-time segments with a second bit rate, wherein the control algorithm assigns the broadcast with the first bit rate to the second end device, and the real-time segments with the first bit rate are transmitted to the second end device from the cache memory of the proxy, characterized in that the first bit rate has a higher quality level than the second bit rate, wherein it is assured that the higher bandwidth can be transmitted end-to-end to the end device via a second data link. wherein a web server is provided, on which the real-time segments of the broadcasts are maintained in different bit rates, wherein the end devices are connected to the web server via a proxy, on which a control algorithm is implemented, wherein a subset of the bit rates are loaded on a cache memory of the proxy, wherein the real-time segments of the broadcast assigned to each end device are transmitted to that device, wherein a first end device requests the real-time segments with a first bit rate and a second end device requests the real-time segments with a second bit rate, wherein the control algorithm assigns the broadcast with the first bit rate to the second end device, and the real-time segments with the first bit rate are transmitted to the second end device from the cache memory of the proxy, characterized in that the first bit rate has a higher quality level than the second bit rate, wherein it is assured that the higher bandwidth can be transmitted end-to-end to the end device via a second data link.
Device including two rails (2a, 2b) and two cross braces (3a, 3b) when assembled forming a mounting frame designed to be arranged between floor joists in a floor structure, where the mounting frame is set up to support a floor drain with an associated cassette, wherein the cassette is a rectangular disc with a mounting opening for the floor drain in a central part of the cassette, the rails (2a, 2b) are arranged in parallel and adapted to be attached with their respective ends (4a, 4b) to the sides of two adjacent joists facing each other in said floor structure, - the cross braces (3a, 3b) are arranged between and transversally to said rails (2a, 2b) and each one of them being displaceable along the rails, wherein the distance between the parallel rails (2a, 2b) and the distance between the cross braces (3a, 3b) during mounting of these are arranged to form said mounting frame being configured so that the outer edges of the cassette will rest on said rails and said cross braces when arranged on said formed mounting frame, - the long sides of the rails (2a, 2b) have a longitudinal upwards directed tongue, - the cross braces (3a, 3b) have an overhang along its ends, - the overhangs of the cross braces (3a, 3b) lie over the longitudinal upwards directed tongue of the connecting rail (2a, 2b) and can be displaced along the rail, - a longitudinal groove is formed between the longitudinal upwards directed tongue and the long side of the rail (2a, 2b) and where this groove has a geometrical profiled cross section, the device being characterized in that the overhang of the cross brace (3a, 3b) has a corresponding geometrical profiled cross section, wherein the overhang of the cross brace (3a, 3b) can be connected to and become inserted into the groove of the rail (2a, 2b) only from the end (4a, 4b) of the rail. - the cross braces (3a, 3b) are arranged between and transversally to said rails (2a, 2b) and each one of them being displaceable along the rails, wherein the distance between the parallel rails (2a, 2b) and the distance between the cross braces (3a, 3b) during mounting of these are arranged to form said mounting frame being configured so that the outer edges of the cassette will rest on said rails and said cross braces when arranged on said formed mounting frame, - the long sides of the rails (2a, 2b) have a longitudinal upwards directed tongue, - the cross braces (3a, 3b) have an overhang along its ends, - the overhangs of the cross braces (3a, 3b) lie over the longitudinal upwards directed tongue of the connecting rail (2a, 2b) and can be displaced along the rail, - a longitudinal groove is formed between the longitudinal upwards directed tongue and the long side of the rail (2a, 2b) and where this groove has a geometrical profiled cross section, the device being characterized in that the overhang of the cross brace (3a, 3b) has a corresponding geometrical profiled cross section, wherein the overhang of the cross brace (3a, 3b) can be connected to and become inserted into the groove of the rail (2a, 2b) only from the end (4a, 4b) of the rail.
A composite cord for use in a pneumatic tire, the cord consisting of one aramid or nylon first yarn twisted helically about one nylon or aramid second yarn, wherein the first yarn has a linear density in a range of from 500 dtex to 800 dtex and wherein the second yarn has a linear density in a range of from 200 dtex to 800 dtex.
A touch panel comprising: a first substrate comprising a view area; a plurality of sensing patterns, where the plurality of sensing patterns are formed on the view area of the first substrate to sense an induced electromagnetic force generated from a touch pen; a plurality of capacitive patterns, where the plurality of capacitive patterns are formed on the view area of the substrate to sense static electricity; characterized in that said sensing patterns and said capacitive patterns are formed on the same first substrate as shown in any of figures 2 or 3, and the plurality of sensing patterns being insulated and by an overlap area positioned out of the first substrate as shown in any of figures 2 or 3, in which a plurality of insulated wires extended from the plurality of sensing patterns crosses each other only in the overlap area, wherein a second substrate, namely an overlap substrate, on which an insulation layer is stacked is formed in the overlap area, and the plurality of wires extended from the plurality of sensing patterns crosses each other through the insulation layer, wherein the overlap substrate is a Flexible Printed Circuit Board and wherein the overlap substrate is configured to be bent and then attached to either side of said first substrate. a first substrate comprising a view area; a plurality of sensing patterns, where the plurality of sensing patterns are formed on the view area of the first substrate to sense an induced electromagnetic force generated from a touch pen; a plurality of capacitive patterns, where the plurality of capacitive patterns are formed on the view area of the substrate to sense static electricity; characterized in that said sensing patterns and said capacitive patterns are formed on the same first substrate as shown in any of figures 2 or 3, and the plurality of sensing patterns being insulated and by an overlap area positioned out of the first substrate as shown in any of figures 2 or 3, in which a plurality of insulated wires extended from the plurality of sensing patterns crosses each other only in the overlap area, wherein a second substrate, namely an overlap substrate, on which an insulation layer is stacked is formed in the overlap area, and the plurality of wires extended from the plurality of sensing patterns crosses each other through the insulation layer, wherein the overlap substrate is a Flexible Printed Circuit Board and wherein the overlap substrate is configured to be bent and then attached to either side of said first substrate.
Arrangement (1, 2) comprising a pin and a crank for a turbocharger, the crank having a hole in which a connecting portion of the pin for connecting the pin and the crank is press fitted, wherein the hole has a substantially circular cross-section and the connecting portion has a circular cross-section, characterized in that • the cross-section of the hole deviates from the circular shape at at least one place and is larger at this place than the cross-section of the connecting portion, • the diameter of the cross section of the connecting portion of the pin, which is inserted in the hole, is slightly larger than the diameter of the area with the circular cross section of the hole. • the cross-section of the hole deviates from the circular shape at at least one place and is larger at this place than the cross-section of the connecting portion, • the diameter of the cross section of the connecting portion of the pin, which is inserted in the hole, is slightly larger than the diameter of the area with the circular cross section of the hole.
A device for thermoforming an article presenting a body and a dropped rim forming a skirt, the device comprising a thermoforming station that comprises a thermoforming mold having at least one thermoforming chamber and a counter-mold having at least one thermoforming piston suitable for penetrating into said chamber via one end thereof in order to thermoform the body of the article from a piece of thermoplastic material held between the mold and the counter-mold, the device including, for the purpose of forming the dropped rim, a rim-making tool (36, 136) suitable for penetrating into an annular space arranged around said end of the thermoforming chamber while pushing a portion of the piece of thermoplastic material into said annular space, the device being characterized in that it includes specific means for moving the rim-making tool (36, 136) relative to the counter-mold, such that said tool moves in the direction for penetrating into the annular space while the thermoforming piston is moving in the direction for penetrating into the thermoforming chamber.
Device for the electrochemical treatment, in particular localised, of a conductor substrate by movement over said substrate and usable in all positions, including a head, an electrolyte inlet and an electrolyte outlet each including a flexible tube, the head including a casing provided with an opening and defining a space, an electrode disposed in this space and intended to be connected to one of the terminals of an electrical current source, the conductor substrate being intended to be connected to the other terminal of this source, a portion of the electrolyte inlet and a portion of the electrolyte outlet, both in communication with said space, and a flexible absorbent material body which is not electrically conductive and is permeable to gases and to liquids, this body being in contact with said electrode and blocking said opening while projecting out of the latter, the device further including two peristaltic pumps (26, 28), a first pump mounted on said electrolyte inlet and a second pump mounted on said electrolyte outlet, the flow rate of the second pump being greater than that of the first pump so as to create a negative pressure in said space of said head, characterised in that the device further includes a handle on which said head is intended to be fixed and including a casing, a portion of the electrolyte inlet and a portion of the electrolyte outlet intended to be connected to the portions of the electrolyte inlet and the electrolyte outlet, respectively, of said head, the head of said device is removable from said handle, said first and second pumps (26, 28) include two rotors provided with peripheral rollers and mounted axially on a shaft adapted to be caused to rotate by a brushless motor, the rollers of one of the rotors cooperating with the flexible tube of the electrolyte inlet and the rollers of the other rotor cooperating with the flexible tube of the electrolyte outlet, and the diameters of said rotors and/or said flexible tubes being chosen to create said negative pressure in said space and in that the device further includes a flowmeter for adjusting and controlling the flow rate of the first pump and the flow rate of the electrolyte in the electrolyte inlet portion of said head.