mhurhangee/ep-ind-claims huggingface dataset:
A method for creating a pop-up window on a client computer display, the method comprising: In response to the activation of at least one control element by the user of the client computer: a. creating a pop-up window on the client computer display and, immediately after creation of the pop-up window, automatically minimizing the pop-up window; b. generating at the client computer a control cookie name and transmitting said control cookie name over a network to a server via a URL query parameter for use in creating a control cookie; repetitively monitoring for the availability of a control cookie on the client computer, the control cookie having said control cookie name; and upon availability of said control cookie, analysing said control cookie and, upon provision of a content identifier in said control cookie, maximizing the pop-up window and displaying said content identified by the content identifier to the user. In response to the activation of at least one control element by the user of the client computer: a. creating a pop-up window on the client computer display and, immediately after creation of the pop-up window, automatically minimizing the pop-up window; b. generating at the client computer a control cookie name and transmitting said control cookie name over a network to a server via a URL query parameter for use in creating a control cookie; a. creating a pop-up window on the client computer display and, immediately after creation of the pop-up window, automatically minimizing the pop-up window; b. generating at the client computer a control cookie name and transmitting said control cookie name over a network to a server via a URL query parameter for use in creating a control cookie; repetitively monitoring for the availability of a control cookie on the client computer, the control cookie having said control cookie name; and upon availability of said control cookie, analysing said control cookie and, upon provision of a content identifier in said control cookie, maximizing the pop-up window and displaying said content identified by the content identifier to the user.
A control system for a movable body configured to move by utilizing a motor torque generated by an electric drive motor, comprising: the electric drive motor, including: a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils; at least one powertrain component (2, 7, 15) provided so as to be associated with the electric drive motor; and a controller having a processor configured to execute or comprising a magnetization controlling module to control a magnetizing current flowing through the coils so as to change a magnetic force of the variable-magnetic-force magnet, characterised in that during a demagnetization control in which the magnetic force of the variable-magnetic-force magnet is reduced by the magnetization controlling module, the controller operates the at least one powertrain component (2, 7, 15) to suppress a decrease in a moving force applied to the movable body due to a decrease in the motor torque generated by said electric drive motor. the electric drive motor, including: a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils; a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils; at least one powertrain component (2, 7, 15) provided so as to be associated with the electric drive motor; and a controller having a processor configured to execute or comprising a magnetization controlling module to control a magnetizing current flowing through the coils so as to change a magnetic force of the variable-magnetic-force magnet, characterised in that during a demagnetization control in which the magnetic force of the variable-magnetic-force magnet is reduced by the magnetization controlling module, the controller operates the at least one powertrain component (2, 7, 15) to suppress a decrease in a moving force applied to the movable body due to a decrease in the motor torque generated by said electric drive motor.
A process for the non-pneumatically assisted spray-coating of a surface with a viscous aqueous architectural coating composition suitable for hiding marks on surfaces which composition exhibits non-Newtonian flow and contains a binder polymer and other solid ingredients and which process comprises expelling the composition under pressure from an orifice formed in a nozzle wherein: a) the solids content of the composition is at least 30wt% of the total weight of the composition, b) the composition has a Brookfield viscosity when measured at 22°C of at least 0.5 Pa.sec, c). the composition contains from 0.08 to 0.6 wt% based on the total weight of the composition of thickener where over 50 wt% (based on the total weight of thickener) is associative thickener, d) the coating composition has an apparent extensional viscosity when measured at 25°C of from 0.05 to 0.5 Pa.sec. e) the orifice has either an oblate or circular circumference, f) a transverse force is imparted to the composition as it passes through the nozzle causing it to enter the orifice with a swirling motion, and g) the composition is subjected to a pressure of from 2.5 to 5 bar prior to expulsion from the orifice. a) the solids content of the composition is at least 30wt% of the total weight of the composition, b) the composition has a Brookfield viscosity when measured at 22°C of at least 0.5 Pa.sec, c). the composition contains from 0.08 to 0.6 wt% based on the total weight of the composition of thickener where over 50 wt% (based on the total weight of thickener) is associative thickener, d) the coating composition has an apparent extensional viscosity when measured at 25°C of from 0.05 to 0.5 Pa.sec. e) the orifice has either an oblate or circular circumference, f) a transverse force is imparted to the composition as it passes through the nozzle causing it to enter the orifice with a swirling motion, and g) the composition is subjected to a pressure of from 2.5 to 5 bar prior to expulsion from the orifice.
A computerized system for monitoring the health of a human, comprising: means for obtaining sensor data from a human; means for generating with a programmed microprocessor a plurality of features from said sensor data, characteristic of physiological health of said human; and a computing platform configured by software to perform the steps of: estimating values for said features characteristic of normal human physiology using a multivariate model, based on the values of said generated plurality of features; differencing the estimated values and the generated features to provide residuals for the features; determining a likelihood that said residuals are representative of a pattern of normal residuals using a Gaussian mixture model based on a set of normal residual reference patterns; and applying a test to said likelihood to render a decision whether the generated features are characteristic of normal physiological behavior to provide an early indication of deviation of the physiological health of said human from normal. means for obtaining sensor data from a human; means for generating with a programmed microprocessor a plurality of features from said sensor data, characteristic of physiological health of said human; and a computing platform configured by software to perform the steps of: estimating values for said features characteristic of normal human physiology using a multivariate model, based on the values of said generated plurality of features; differencing the estimated values and the generated features to provide residuals for the features; determining a likelihood that said residuals are representative of a pattern of normal residuals using a Gaussian mixture model based on a set of normal residual reference patterns; and applying a test to said likelihood to render a decision whether the generated features are characteristic of normal physiological behavior to provide an early indication of deviation of the physiological health of said human from normal. estimating values for said features characteristic of normal human physiology using a multivariate model, based on the values of said generated plurality of features; differencing the estimated values and the generated features to provide residuals for the features; determining a likelihood that said residuals are representative of a pattern of normal residuals using a Gaussian mixture model based on a set of normal residual reference patterns; and applying a test to said likelihood to render a decision whether the generated features are characteristic of normal physiological behavior to provide an early indication of deviation of the physiological health of said human from normal.
A variable vane adjustment system for a gas turbine engine, comprising: a vane platform having a recess, a vane opening within the recess, and a set screw opening (242; 244) originating at a first wall (182a, 182b) of the recess and extending into the vane platform; a trunnion carrier having a base portion located at least partially within the recess, a bushing attached to the base portion, and an orifice that extends through the base portion and the bushing, wherein the orifice is aligned with the vane opening; a variable vane having a vane stem, the vane stem extending through the vane opening of the vane platform and the orifice of the trunnion carrier; and a set screw located at least partially within the set screw opening, the set screw being configured to longitudinally traverse the set screw opening as the set screw is rotated, wherein the set screw is configured to project into the recess and impact the base portion of the trunnion carrier to move the trunnion carrier and the variable vane in a forward direction or aft direction. a vane platform having a recess, a vane opening within the recess, and a set screw opening (242; 244) originating at a first wall (182a, 182b) of the recess and extending into the vane platform; a trunnion carrier having a base portion located at least partially within the recess, a bushing attached to the base portion, and an orifice that extends through the base portion and the bushing, wherein the orifice is aligned with the vane opening; a variable vane having a vane stem, the vane stem extending through the vane opening of the vane platform and the orifice of the trunnion carrier; and a set screw located at least partially within the set screw opening, the set screw being configured to longitudinally traverse the set screw opening as the set screw is rotated, wherein the set screw is configured to project into the recess and impact the base portion of the trunnion carrier to move the trunnion carrier and the variable vane in a forward direction or aft direction.
A belt pulley decoupler for transmission of drive torque from the belt of an auxiliary unit belt drive to the shaft of one of the auxiliary units, comprising: - a belt pulley, - a hub (4, 4') to be secured to the shaft - and a series connection which is arranged in the drive torque flow between the belt pulley and the hub (4, 4') and consists of a decoupler spring (12, 12') and a wrap-around band that extends in the direction of the rotational axis of the belt pulley decoupler and is arranged radially between the belt pulley and the decoupler spring (12, 12') and both ends (14, 17) of which expand radially while transmitting the drive torque, wherein the first end of the wrap-around band, which extends in the drive torque flow on the belt-pulley side, is braced against the inner surface of a first sleeve that is rotationally fixed in the belt pulley, characterised in that the second end of the wrap-around band, which extends in the drive torque flow on the decoupler-spring (12, 12') side, is braced against the inner surface of a second sleeve which is rotatably mounted in the first sleeve, wherein the first sleeve and the second sleeve are sheet metal parts that are formed in one piece and hardened and/or coated for the purpose of wear-resistance. - a belt pulley, - a hub (4, 4') to be secured to the shaft - and a series connection which is arranged in the drive torque flow between the belt pulley and the hub (4, 4') and consists of a decoupler spring (12, 12') and a wrap-around band that extends in the direction of the rotational axis of the belt pulley decoupler and is arranged radially between the belt pulley and the decoupler spring (12, 12') and both ends (14, 17) of which expand radially while transmitting the drive torque,
A method implemented through a computer system at a gateway on the ground for calibrating an antenna located on a spacecraft, comprising: receiving a plurality of signals transmitted from the antenna, wherein the antenna comprises a plurality of phase array elements; determining a phase tilt of the phase array elements based at least partially upon the signals; determining a first location of the spacecraft, a first attitude of the spacecraft, or both; removing a first portion from the determined phase tilt, wherein the first portion is caused by the first location of the spacecraft, the first attitude of the spacecraft, or both; estimating the phase tilt of the phase array elements after the first portion is removed; generating a reference tilt matrix for the phase array elements; comparing the estimated phase tilt to the reference tilt matrix; and determining a pointing error of the antenna (1 10A) based at least partially upon the comparison. receiving a plurality of signals transmitted from the antenna, wherein the antenna comprises a plurality of phase array elements; determining a phase tilt of the phase array elements based at least partially upon the signals; determining a first location of the spacecraft, a first attitude of the spacecraft, or both; removing a first portion from the determined phase tilt, wherein the first portion is caused by the first location of the spacecraft, the first attitude of the spacecraft, or both; estimating the phase tilt of the phase array elements after the first portion is removed; generating a reference tilt matrix for the phase array elements; comparing the estimated phase tilt to the reference tilt matrix; and determining a pointing error of the antenna (1 10A) based at least partially upon the comparison.
An inflatable device for use in a biological body, comprising: a balloon comprising a wall having a layer, and wherein the layer forms at least one seam, wherein the balloon is substantially inelastic, the wall comprising an inner layer, a first middle layer and an outer layer having a polymer film.
Method for producing a sensing arm for a sensing system, in particular for profile and/or roughness measurement, wherein the sensing arm comprises at least one holding portion, at least one lever portion, and at least one leaf spring portion which connects the holding portion pivotably to the lever portion, wherein the sensing arm consists of at least three layers (21, 22, 23), one of which is formed as a sprung film on which the other layers (22, 23) are arranged, with the following steps: provision of a sprung film, provision of a first covering body blank, provision of a second covering body blank, positioning and orientation of the film between the first and the second covering body blanks (36, 37), connection of the covering body blanks (36, 37) to the film to create a sandwich structure, and cutting at least one sensing arm out of or free from the sandwich structure. provision of a sprung film, provision of a first covering body blank, provision of a second covering body blank, positioning and orientation of the film between the first and the second covering body blanks (36, 37), connection of the covering body blanks (36, 37) to the film to create a sandwich structure, and cutting at least one sensing arm out of or free from the sandwich structure.
A switching regulator control circuit configured to control an output transistor connected to an output terminal (Vout), to thereby output a predetermined voltage, the switching regulator control circuit comprising: a triangular wave generating circuit configured to generate a triangular wave; an error amplifier configured to compare a reference voltage and a voltage based on an output voltage; a comparator configured to compare a signal based on the triangular wave and an output signal of the error amplifier; a peak hold circuit configured to hold a voltage obtained by adding an offset voltage to an upper limit voltage of the signal based on the triangular wave; and characterized by a clamp circuit configured to clamp an output terminal of the error amplifier based on a voltage output from the peak hold circuit. a triangular wave generating circuit configured to generate a triangular wave; an error amplifier configured to compare a reference voltage and a voltage based on an output voltage; a comparator configured to compare a signal based on the triangular wave and an output signal of the error amplifier; a peak hold circuit configured to hold a voltage obtained by adding an offset voltage to an upper limit voltage of the signal based on the triangular wave; and characterized by a clamp circuit configured to clamp an output terminal of the error amplifier based on a voltage output from the peak hold circuit.
Apparatus comprising a sensor (410, 510, 610) for detection and measurement of a particular substance present in a liquid, and a ceramic stone, the sensor comprising a base (412, 512, 612) with an interior edge (416, 516, 616), an exterior edge (414, 514, 614) and a top surface (426, 526, 626) extending between the interior edge (416, 516, 616) and the exterior edge (414, 514, 614), and a non-circular ring electrode (418, 518, 618) fixed on said top surface (426, 526, 626) or a circular ring electrode fixed non-symmetrically on said top surface (426, 526, 626) for detection and measurement of a particular substance present in a liquid in which said sensor (410, 510, 610) is submersed, and the ceramic stone being configured to rotate to clean and grind residue from the electrode (418, 518, 618). a base (412, 512, 612) with an interior edge (416, 516, 616), an exterior edge (414, 514, 614) and a top surface (426, 526, 626) extending between the interior edge (416, 516, 616) and the exterior edge (414, 514, 614), and a non-circular ring electrode (418, 518, 618) fixed on said top surface (426, 526, 626) or a circular ring electrode fixed non-symmetrically on said top surface (426, 526, 626) for detection and measurement of a particular substance present in a liquid in which said sensor (410, 510, 610) is submersed, and the ceramic stone being configured to rotate to clean and grind residue from the electrode (418, 518, 618).
Fixation device for pins to be attached to an external fixation system, comprising: - a first attachment or clamp comprising a first pair of opposite jaws for housing at least one pin, said first pair of jaws being formed by a lower jaw element and an upper jaw element; - a second attachment comprising a second pair of opposite jaws that define together at least one seat for housing a rod of the external fixation system; - a first clamping screw for clamping the first pair of jaws in order to lock in position the at least one pin, said first clamping screw screwing along a screw axis; one of said jaw elements of the first pair of jaws having at least one appendix on its outer edge that is shaped to interact with a corresponding recess made on the other jaw element of the first pair of jaws so that the only possible sliding will be along the screw axis of the first clamping screw - a second clamping screw for clamping the second pair of jaws onto the rod, said lower jaw element of the first attachment having a projecting portion with a hole which the second clamping screw passes through, characterised in that the second pair of jaws is held in an open position by a resilient element housed in an annular seat made around the hole on the projecting portion, the second clamping screw passing through the resilient element. - a first attachment or clamp comprising a first pair of opposite jaws for housing at least one pin, said first pair of jaws being formed by a lower jaw element and an upper jaw element; - a second attachment comprising a second pair of opposite jaws that define together at least one seat for housing a rod of the external fixation system; - a first clamping screw for clamping the first pair of jaws in order to lock in position the at least one pin, said first clamping screw screwing along a screw axis; one of said jaw elements of the first pair of jaws having at least one appendix on its outer edge that is shaped to interact with a corresponding recess made on the other jaw element of the first pair of jaws so that the only possible sliding will be along the screw axis of the first clamping screw - a second clamping screw for clamping the second pair of jaws onto the rod, said lower jaw element of the first attachment having a projecting portion with a hole which the second clamping screw passes through,
A method of producing a recombinant biologically active Vitamin K dependent protein comprising the steps of: (a) transfecting a population of mammalian cells with a gene encoding the Vitamin K dependent protein operably linked to a promoter; (b) performing at least one round of cloning and screening to identify cell clones which produce at least 10 mg/L of the Vitamin K dependent protein which is at least 20% biologically active; (c) optionally, repeating the cell cloning of step (b) one or more times to identify single cells producing more than 10 mg/L of the Vitamin K dependent protein which is at least 20% biologically active; and (d) harvesting the Vitamin K dependent protein, wherein the Vitamin K dependent protein is harvested from cells that do not contain heterologous genetic material encoding proteins involved in the post-translation modification of vitamin K dependent proteins. (a) transfecting a population of mammalian cells with a gene encoding the Vitamin K dependent protein operably linked to a promoter; (b) performing at least one round of cloning and screening to identify cell clones which produce at least 10 mg/L of the Vitamin K dependent protein which is at least 20% biologically active; (c) optionally, repeating the cell cloning of step (b) one or more times to identify single cells producing more than 10 mg/L of the Vitamin K dependent protein which is at least 20% biologically active; and (d) harvesting the Vitamin K dependent protein, wherein the Vitamin K dependent protein is harvested from cells that do not contain heterologous genetic material encoding proteins involved in the post-translation modification of vitamin K dependent proteins.