mhurhangee/ep-ind-claims huggingface dataset:
Method implemented in a computer system for preventing side channel attacks on a first CPU (M-CPU), the method including the following steps: - selecting at random an instruction (In) from the instruction pool of this first CPU (M-CPU), - generating random data to be used as operands (Op) for the selected instruction (In), - executing the random instruction (In) using the random data as operands (Op) in a second CPU (H-CPU) during operation of the first CPU (M-CPU), - discarding the data generated by the second CPU (H-CPU), wherein the second CPU (H-CPU) runs on another clock which is different from the clock of the first CPU (M-CPU) but which is synchronous to the clock of the first CPU (M-CPU), the jitter of the clock of the second CPU (H-CPU) being higher than that of the clock of the first CPU (M-CPU). - selecting at random an instruction (In) from the instruction pool of this first CPU (M-CPU), - generating random data to be used as operands (Op) for the selected instruction (In), - executing the random instruction (In) using the random data as operands (Op) in a second CPU (H-CPU) during operation of the first CPU (M-CPU), - discarding the data generated by the second CPU (H-CPU), wherein the second CPU (H-CPU) runs on another clock which is different from the clock of the first CPU (M-CPU) but which is synchronous to the clock of the first CPU (M-CPU), the jitter of the clock of the second CPU (H-CPU) being higher than that of the clock of the first CPU (M-CPU).
A method of programming a memory device which includes a plurality of memory cells, a top dummy storage region with top dummy cells, a bottom dummy storage region with bottom dummy cells, wherein the memory cells are coupled in series between the top dummy cell and the bottom dummy cell, a plurality of word lines (WL1, WL2, WL3, WL4) and a plurality of bit lines (BL 1 -BL M) form in a substrate, the method comprising: pre-charging a selected bit line among the plurality of bit lines (BL 1 -BL M), a channel region in the substrate and a source region in the substrate during a first period; applying a negative pre-pulse voltage(V PP5) to the bottom dummy storage region during the first period; and programming a selected memory cell among the plurality of memory cells during a second period subsequent to the first period, wherein the selected memory cell is coupled to the selected bit line and a selected word line among the plurality of word lines (WL1, WL2, WL3, WL4, WL 1 -WL N); and pre-charging the selected bit line by applying a first pre-pulse voltage (V PP1) to the selected bit line during the first period; applying a second pre-pulse voltage(V PP2)to the top dummy storage region during the first period; pre-charging the channel region in the substrate by applying a third pre-pulse voltage(V PP3) to the channel region in the substrate during the first period; and pre-charging the source region in the substrate by applying a fourth pre-pulse voltage (V PP4) to the source region in the substrate during the first period; and wherein the first through the fourth pre-pulse voltages (V PP1 -V PP4) are positive voltages. pre-charging a selected bit line among the plurality of bit lines (BL 1 -BL M), a channel region in the substrate and a source region in the substrate during a first period; applying a negative pre-pulse voltage(V PP5) to the bottom dummy storage region during the first period; and programming a selected memory cell among the plurality of memory cells during a second period subsequent to the first period, wherein the selected memory cell is coupled to the selected bit line and a selected word line among the plurality of word lines (WL1, WL2, WL3, WL4, WL 1 -WL N); and pre-charging the selected bit line by applying a first pre-pulse voltage (V PP1) to the selected bit line during the first period; applying a second pre-pulse voltage(V PP2)to the top dummy storage region during the first period; pre-charging the channel region in the substrate by applying a third pre-pulse voltage(V PP3) to the channel region in the substrate during the first period; and pre-charging the source region in the substrate by applying a fourth pre-pulse voltage (V PP4) to the source region in the substrate during the first period; and wherein the first through the fourth pre-pulse voltages (V PP1 -V PP4) are positive voltages.
A strip for lateral flow assay of a sample comprising a solid support, a chromatographic medium, a sample pad with a subpad and an absorption pad; the chromatographic medium, the sample pad, the subpad and the absorption pad being positioned on the solid support; the sample pad and the absorption pad each being positioned on each one end of the solid support with the chromatographic medium being located therebetween in such a way that one end of the chromatographic medium is adjacent to one end of the sample pad and the other end of the chromatographic medium is adjacent to one end of the absorption pad, characterized by the subpad comprising a body portion, a slant extended from the body portion and a dipping portion extended from the slant, wherein the body portion is a part that is located on the support, the slant is a part that is not located on the support but is not directly in contact with the sample, and the dipping portion is a part that comes in contact with the sample for initiating capillary flow, the width of the dipping portion being larger than that of the strip.
An adsorption separation material for selectively recovering a rare earth element dissolved in an aqueous solution, wherein at least one diglycolamic-acid-type ligand represented by the following general formula is bonded to a polymer base material by graft polymerization: in the formula, R represents a hydrogen atom, an alkyl group having a carbon number of from 1 to 3, an acyl group having a carbon number of from 1 to 2, or an aldehyde group, and * represents a bond, and wherein the polymer base material is formed from at least one selected from the group consisting of a polyolefin resin, a water-insoluble vinyl alcohol resin, a polyamide resin, and a cellulose resin.
Signal transmitter for an intruder detection system and for a smart home system, having at least one audible signal transmitter that, in the triggered state, generates an audible alarm signal, and/or a visual signal transmitter that, in the triggered state, generates at least one visual alarm signal, in particular a light signal, • wherein at least a first interface is provided, which allows a communication connection between the signal transmitter and the intruder detection system to be established, and • wherein at least a second interface is provided, which allows a communication connection between the signal transmitter and at least one device of the smart home system for home automation to be established, and • wherein a communication means is provided and designed to process notifications, in particular alarm notifications, which are received by the signal transmitter via one of the interfaces, • wherein the processing comprises generating and transmitting a further notification depending on the received notification via one of the further interfaces, and • characterized in that the processing comprises filtering the notifications, wherein the filtering comprises deleting notifications that are not relevant for the other system. • wherein at least a first interface is provided, which allows a communication connection between the signal transmitter and the intruder detection system to be established, and • wherein at least a second interface is provided, which allows a communication connection between the signal transmitter and at least one device of the smart home system for home automation to be established, and • wherein a communication means is provided and designed to process notifications, in particular alarm notifications, which are received by the signal transmitter via one of the interfaces, • wherein the processing comprises generating and transmitting a further notification depending on the received notification via one of the further interfaces, and • characterized in that the processing comprises filtering the notifications, wherein
A method of testing a deployable ram air turbine having a flux regulated permanent magnet generator, the method comprising: providing power to a first winding of the flux regulated permanent magnet generator, wherein the power is provided to the first winding when a rotor of the flux regulated permanent magnet generator is at rest; performing a dielectric test of electrical insulation adjacent to the first winding, wherein performing the dielectric test comprises sensing power leakage between the first winding and another winding (B,C) or ground; analyzing sensed data from the dielectric test; and sending an output indicative of test data gathered from the flux regulated permanent magnet generator to a central maintenance computer after performing a dielectric test of electrical insulation adjacent to the first winding. providing power to a first winding of the flux regulated permanent magnet generator, wherein the power is provided to the first winding when a rotor of the flux regulated permanent magnet generator is at rest; performing a dielectric test of electrical insulation adjacent to the first winding, wherein performing the dielectric test comprises sensing power leakage between the first winding and another winding (B,C) or ground; analyzing sensed data from the dielectric test; and sending an output indicative of test data gathered from the flux regulated permanent magnet generator to a central maintenance computer after performing a dielectric test of electrical insulation adjacent to the first winding.
A combine harvester having a threshing apparatus including at least a threshing drum (3, 12) and a threshing concave (6, 14) which surrounds it portion-wise and which is of such a configuration that the threshing concave (6, 14) is positioned in variably spaced relationship with the peripheral surface (4, 13) of the threshing drum (3, 12) by means of a hydraulically actuated threshing concave adjustment device, and having a hydraulic operating system for operating the threshing apparatus, wherein - the threshing concave adjustment device is so adapted that the threshing concave adjustment device is actuated by means of at least one double-acting hydraulic cylinder, and - the at least one hydraulic cylinder is so designed that the hydraulic cylinder for adjusting a spacing of the threshing concave (6, 14) relative to the peripheral surface (4, 13) of the threshing drum (3, 12) is acted upon at the piston side and the ring side with a hydraulic pressure (P, P2), characterised in that a switching valve is actuated by shutdown of the hydraulic operating system in such a way that a minimum pressure is maintained to hold the at least one hydraulic cylinder in its last-set position. - the threshing concave adjustment device is so adapted that the threshing concave adjustment device is actuated by means of at least one double-acting hydraulic cylinder, and - the at least one hydraulic cylinder is so designed that the hydraulic cylinder for adjusting a spacing of the threshing concave (6, 14) relative to the peripheral surface (4, 13) of the threshing drum (3, 12) is acted upon at the piston side and the ring side with a hydraulic pressure (P, P2),
A method for providing a web browser interface in a device, comprising: detecting a gesture motion on an address window region of a web browser, the address window region configured for a display of an address of a displayed webpage; determining a function mapped to the detected gesture motion; and performing the determined function, wherein detecting the gesture motion includes detecting a touch event occurring on the address window region of the web browser, and a drag and release event following the touch event wherein determining the function comprises: determining that the function is a switch to a next page when the drag event has occurred in a first direction on the address window region, determining that the function is a switch to a previous page when the drag event has occurred in a second direction on the address window region, and determining that the function is to display a multi window tap for displaying simultaneously multiple webpages when the drag event is an outward-inward drag with respect to the address window region of the web browser. detecting a gesture motion on an address window region of a web browser, the address window region configured for a display of an address of a displayed webpage; determining a function mapped to the detected gesture motion; and performing the determined function, wherein detecting the gesture motion includes detecting a touch event occurring on the address window region of the web browser, and a drag and release event following the touch event wherein determining the function comprises: determining that the function is a switch to a next page when the drag event has occurred in a first direction on the address window region, determining that the function is a switch to a previous page when the drag event has occurred in a second direction on the address window region, and determining that the function is to display a multi window tap for displaying simultaneously multiple webpages when the drag event is an outward-inward drag with respect to the address window region of the web browser. determining that the function is a switch to a next page when the drag event has occurred in a first direction on the address window region, determining that the function is a switch to a previous page when the drag event has occurred in a second direction on the address window region, and determining that the function is to display a multi window tap for displaying simultaneously multiple webpages when the drag event is an outward-inward drag with respect to the address window region of the web browser.
A method performed by a user equipment, the method comprising: receiving a common reference signal position and a physical downlink control channel region for each of a plurality of transmission points for a cooperative multipoint system; receiving information about an association between physical resource block resources and at least one of the plurality of transmission points in the cooperative multipoint system; and decoding an enhanced physical downlink control channel based on the information about the association. receiving a common reference signal position and a physical downlink control channel region for each of a plurality of transmission points for a cooperative multipoint system; receiving information about an association between physical resource block resources and at least one of the plurality of transmission points in the cooperative multipoint system; and decoding an enhanced physical downlink control channel based on the information about the association.
A transformer core (1a, 1b, 1c), comprising: a first yoke and a second yoke; and at least two limbs (3a, 3b, 3c, 3d) extending between the first yoke and the second yoke; wherein the first yoke is of grain-oriented steel, and at least one of the second yoke and one of the at least two limbs (3a, 3b, 3c, 3d) is of amorphous steel. a first yoke and a second yoke; and at least two limbs (3a, 3b, 3c, 3d) extending between the first yoke and the second yoke; wherein the first yoke is of grain-oriented steel, and at least one of the second yoke and one of the at least two limbs (3a, 3b, 3c, 3d) is of amorphous steel.
A medical device comprising: a handpiece configured to transfer motion from an actuator (1024, 1030) to an end effector of the medical device, the handpiece including: a lumen extending through a portion of the handpiece; a sleeve affixed to the handpiece, the sleeve extending through at least a portion of the lumen; and a shaft extending into the sleeve and affixed to the sleeve; characterized in that the sleeve is affixed to the shaft by a weld; the medical device further comprising an aperture that extends through at least a portion of the handpiece intersecting the lumen, and wherein the sleeve is welded to the shaft along the aperture. a lumen extending through a portion of the handpiece; a sleeve affixed to the handpiece, the sleeve extending through at least a portion of the lumen; and a shaft extending into the sleeve and affixed to the sleeve; characterized in that the sleeve is affixed to the shaft by a weld; the medical device further comprising an aperture that extends through at least a portion of the handpiece intersecting the lumen, and wherein the sleeve is welded to the shaft along the aperture.
A blister package, consisting of a lower web in which a row of cavities is provided, and an upper web which is welded to the provided lower web, and wherein perforation lines are provided between adjoining cavities, and wherein there is an area in connection with each cavity where the upper web is not welded to the lower web, such that a snip is created, characterized in that the upper web is welded to the lower web by a first, inner weld which surrounds each one of the cavities completely, as well as a second, outer weld which surrounds each said one cavity partly around the first weld and terminates at the area where the upper web is not welded to the lower web.
A method of decoding a sequence of encoded pictures, the method comprising computer implemented steps performed by a processor of a computer system to implement the following steps: receiving the encoded pictures, a decoding time of each of the encoded pictures, and delay time syntaxes associated respectively with the encoded pictures, wherein the delay time syntaxes represent at least a maximum delay time that is incurred by backward prediction uniquely defined for the individual encoded pictures; decoding the received encoded pictures into decoded pictures, based on the received decoding time; holding at least some of the decoded pictures in a decoded picture buffer before outputting the at least some of the decoded pictures from the decoded picture buffer at respective output times, wherein the decoded picture buffer holds at least one decoded picture used for reference to decode at least one of the encoded pictures; and calculating the respective output times of the decoded picture, based on the respective decoding time and the respective maximum delay times. receiving the encoded pictures, a decoding time of each of the encoded pictures, and delay time syntaxes associated respectively with the encoded pictures, wherein the delay time syntaxes represent at least a maximum delay time that is incurred by backward prediction uniquely defined for the individual encoded pictures; decoding the received encoded pictures into decoded pictures, based on the received decoding time; holding at least some of the decoded pictures in a decoded picture buffer before outputting the at least some of the decoded pictures from the decoded picture buffer at respective output times, wherein the decoded picture buffer holds at least one decoded picture used for reference to decode at least one of the encoded pictures; and calculating the respective output times of the decoded picture, based on the respective decoding time and the respective maximum delay times.
Rearview mirror device integrating a radio-frequency reception system, said device comprising: a light-reflective surface made of an electrically conductive material, one planar conductive element lying on a plane substantially parallel to said light-reflective surface, wherein the light-reflective surface and said conductive element are capacitively coupled to define a capacitance value greater than 1pF so that the light-reflective surface in combination with the planar conductive element are configured for receiving radio-frequency signals, characterised in that, the rearview mirror device further comprises a heating conductor arranged between the light-reflective surface and the planar conductive element configured to heat said light-reflective surface, wherein the heating conductor has two DC connection terminals (5, 5'), and said conductive element is connected with said connection terminals (5, 5'), wherein the planar conductive element comprises two RF connection nodes, which are connected with the connection terminals (5, 5'), and wherein the rearview mirror device further comprises a splitter device configured for separating RF and DC signals, said splitter device having two DC terminals provided for their connection to a DC power supply of a vehicle, and two DC and RF terminals connected to said two connection terminals (5, 5') of the heating conductor, and a RF output. a light-reflective surface made of an electrically conductive material, one planar conductive element lying on a plane substantially parallel to said light-reflective surface, wherein the light-reflective surface and said conductive element are capacitively coupled to define a capacitance value greater than 1pF so that the light-reflective surface in combination with the planar conductive element are configured for receiving radio-frequency signals, characterised in that, the rearview mirror device further comprises a heating conductor arranged between the light-reflective surface and the planar conductive element configured to heat said light-reflective surface, wherein the heating conductor has two DC connection terminals (5, 5'), and said conductive element is connected with said connection terminals (5, 5'), wherein the planar conductive element comprises two RF connection nodes, which are connected with the connection terminals (5, 5'), and wherein the rearview mirror device further comprises a splitter device configured for separating RF and DC signals, said splitter device having two DC terminals provided for their connection to a DC power supply of a vehicle, and two DC and RF terminals connected to said two connection terminals (5, 5') of the heating conductor, and a RF output.
A composition, comprising the following raw materials in parts by mass: Oats 5 to 10 parts Bitter orange flowers 1 to 3 parts Lotus leaves 1 to 3 parts Dried orange peels 3 to5 parts
A fat or oil composition, comprising the following components,, and: a fat or oil comprising constituent fatty acids comprising from 15 to 60 mass% of α-linolenic acid; from 0.001 to 0.18 mass% of a rosemary extract; and a dill extract, wherein a mass ratio of a content of the component to a content of the component, [ /], is from 2 to 200, wherein the rosemary extract is obtainable by subjecting any one or more parts selected from the group consisting of leaf, stem, germ, flower, branch, root, and seed of rosemary to a step of extraction without additional treatment, or extraction after pulverization, cutting, or drying, using water, water vapor, an alcohol, subcritical or supercritical carbon dioxide, an edible fat or oil or a mixture thereof as extraction solvent, and the dill extract is obtainable by subjecting any one or more parts selected from the group consisting of leaf, stem, germ, flower, branch, root, fruit, and seed of dill to a step of extraction without additional treatment, or extraction after pulverization, cutting, or drying, using water, water vapor, an alcohol, subcritical or supercritical carbon dioxide, an edible fat or oil or a mixture thereof as extraction solvent. a fat or oil comprising constituent fatty acids comprising from 15 to 60 mass% of α-linolenic acid; from 0.001 to 0.18 mass% of a rosemary extract; and a dill extract,