mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a persistent storage device comprising persistent storage (120, 121), a first identifier programming command, the first identifier programming command being for defining a first physical security identifier (PSID 1); storing, by the persistent storage device, the first physical security identifier (PSID 1); receiving, by the persistent storage device, a revert command, the revert command including an input physical security identifier; erasing, by the persistent storage device, based on the input physical security identifier matching the first physical security identifier (PSID 1), a portion of the persistent storage (120, 121); receiving, by the persistent storage device, a read-only command or a lock command, the read-only command for causing the persistent storage device to transition into a read-only mode, the lock command for causing the persistent storage device to transition into a locked mode, wherein the received command includes the first physical security identifier (PSID 1); and transitioning, by the persistent storage device, into the read-only mode or the locked mode, wherein in the read-only mode: write commands are declined, and erase commands lacking a physical security identifier are declined, and wherein in the locked mode: read commands are declined, write commands are declined, and erase commands lacking a physical security identifier are declined. receiving, by a persistent storage device comprising persistent storage (120, 121), a first identifier programming command, the first identifier programming command being for defining a first physical security identifier (PSID 1); storing, by the persistent storage device, the first physical security identifier (PSID 1); receiving, by the persistent storage device, a revert command, the revert command including an input physical security identifier; erasing, by the persistent storage device, based on the input physical security identifier matching the first physical security identifier (PSID 1), a portion of the persistent storage (120, 121); receiving, by the persistent storage device, a read-only command or a lock command, the read-only command for causing the persistent storage device to transition into a read-only mode, the lock command for causing the persistent storage device to transition into a locked mode, wherein the received command includes the first physical security identifier (PSID 1); and transitioning, by the persistent storage device, into the read-only mode or the locked mode, wherein in the read-only mode: write commands are declined, and erase commands lacking a physical security identifier are declined, and wherein in the locked mode: read commands are declined, write commands are declined, and erase commands lacking a physical security identifier are declined.
A method for distributing content of a web site among multiple peer devices within a computer cluster, the content comprising a plurality of files organized in directories within a directory tree, the method comprising assigning a type weight to a file associated with the web site, the type weight reflecting the importance of a type of content; assigning a site weight to the file, the site weight being associated with one of the directories and reflecting the relative importance of the directory between the various directories within the web site; calculating an individual file weight for the file based on the type weight and the site weight, the file weight being independent of the peer devices within the computer cluster; calculating a replication ratio for the file based on the file weight, wherein the replication ratio determines how often a file is replicated on the peer devices; and distributing the file to one of the multiple peer devices within the computer cluster based on the replication ratio.
A monitoring system for position monitoring of an energy guide chain for guiding at least one line between a base and a moving end movable relative thereto, comprising: - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end, a stationary run with a connection end for the base and a deflection arc between the two runs (1A; 1B); and - a monitoring device with at least one sensing component arranged on the energy guide chain, which monitoring device evaluates a signal (11; 51) generated using the sensing component in order to monitor the occurrence of a fault condition during operation of the energy guide chain, wherein - the sensing component includes an electrical indicator conductor (12; 22; 42; 52) guided by the energy guide chain and extending along the greater part of the length of the mobile run; - the monitoring device comprises a circuit (14; 24; 44; 54) connected to the indicator conductor (12; 22; 42; 52), which circuit detects an electrical quantity using the indicator conductor (14; 24; 44; 54) characterised in that the monitoring system includes a generator (48; 55) which generates a time-variant excitation signal, in particular an alternating current or pulse signal, and the circuit (14; 24; 44; 54) detects at the indicator conductor (14; 24; 44; 54) as quantity an electrical parameter which is geometry-sensitive in relation to the spatial position of the indicator conductor (14; 24; 44; 54). - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end, a stationary run with a connection end for the base and a deflection arc between the two runs (1A; 1B); and - a monitoring device with at least one sensing component arranged on the energy guide chain, which monitoring device evaluates a signal (11; 51) generated using the sensing component in order to monitor the occurrence of a fault condition during operation of the energy guide chain, wherein - the sensing component includes an electrical indicator conductor (12; 22; 42; 52) guided by the energy guide chain and extending along the greater part of the length of the mobile run; - the monitoring device comprises a circuit (14; 24; 44; 54) connected to the indicator conductor (12; 22; 42; 52), which circuit detects an electrical quantity using the indicator conductor (14; 24; 44; 54) characterised in that the monitoring system includes a generator (48; 55) which generates a time-variant excitation signal, in particular an alternating current or pulse signal, and the circuit (14; 24; 44; 54) detects at the indicator conductor (14; 24; 44; 54) as quantity an electrical parameter which is geometry-sensitive in relation to the spatial position of the indicator conductor (14; 24; 44; 54).
A method of processing a frame in a video sequence of digital images, the method comprising: determining a global motion vector for the frame relative to a previous frame in the sequence; deriving a jitter function from the global motion vector, the jitter function comprising an estimate of undesired motion of the frame relative to the previous frame; determining whether the frame is blurred above a first predetermined threshold; and determining whether a moving object is present in the frame; and if the frame is determined to be blurred above the first predetermined threshold and a moving object is not determined to be in the frame, then stabilising the frame using the jitter function and applying a deblur function to the frame and if the frame is determined to be blurred above the first predetermined threshold and a moving object is determined to be present in the frame, then stabilising the frame using the jitter function without applying the deblur function to the frame. determining a global motion vector for the frame relative to a previous frame in the sequence; deriving a jitter function from the global motion vector, the jitter function comprising an estimate of undesired motion of the frame relative to the previous frame; determining whether the frame is blurred above a first predetermined threshold; and determining whether a moving object is present in the frame; and if the frame is determined to be blurred above the first predetermined threshold and a moving object is not determined to be in the frame, then stabilising the frame using the jitter function and applying a deblur function to the frame and if the frame is determined to be blurred above the first predetermined threshold and a moving object is determined to be present in the frame, then stabilising the frame using the jitter function without applying the deblur function to the frame.
A compound or a pharmaceutically acceptable salt thereof, wherein the compound is 1-[[ -3-methyl-6-(4,4,4-trifluorobutoxy)-3,4-dihydronaphthalen-2-yl]methyl]azetidine-3-carboxylic acid:
Method for manufacturing an aluminum alloy in a continuous in-line sequence, comprising: i) providing a continuously-cast thin aluminum alloy strip; ii) in-line hot rolling the continuously-cast strip; and iii) annealing of the hot rolled continuously cast strip to O-temper having a yield point elongation less than 0.6%, wherein the aluminum alloy is used in the manufacturing of an automobile, characterized in that the continuously cast strip is cast in a horizontal twin roll casting apparatus, the horizontal twin roll casting apparatus having a nip formed between two casting rolls, and wherein during casting a point of complete solidification of the Al-Mg alloy is formed at the nip, such that the component is free of stretch strain marks, wherein the aluminum alloy is an Al-Mg alloy and more precisely an AA5182 alloy having an increased Cu content of 0.2%, wherein the continuously-cast strip has a thickness ranging from 0.1524 to 0.635 cm before hot rolling, wherein during in-line hot rolling the thickness of the continuously-cast strip is reduced by 40, 50% or 60%, and wherein the annealing of the hot rolled continuously-cast strip is performed between 315.56 and 454.44°C for 2 hours. i) providing a continuously-cast thin aluminum alloy strip; ii) in-line hot rolling the continuously-cast strip; and iii) annealing of the hot rolled continuously cast strip to O-temper having a yield point elongation less than 0.6%,
A battery pack configured to be attachable to a charger and electrically-powered equipment, the battery pack comprising: a battery that is configured to be chargeable by the charger; a control unit that is configured to monitor a state of the battery to control charges to the battery and discharges from the battery; a shutdown switch configured to be turned on or off; a power supply circuit that is configured to receive electric power selectively from one of the battery and the charger, and generate a voltage for driving the control unit, the power supply circuit being configured to receive the electric power from the battery through the shutdown switch; and a supply source selection unit that is configured to turn off the shutdown switch thereby to select the charger as a power supply source to the power supply circuit when the battery is in a state of being able to supply electric power to the power supply circuit, the battery pack is attached to the charger and it is possible to supply electric power to the power supply circuit also from the charger. a battery that is configured to be chargeable by the charger; a control unit that is configured to monitor a state of the battery to control charges to the battery and discharges from the battery; a shutdown switch configured to be turned on or off; a power supply circuit that is configured to receive electric power selectively from one of the battery and the charger, and generate a voltage for driving the control unit, the power supply circuit being configured to receive the electric power from the battery through the shutdown switch; and a supply source selection unit that is configured to turn off the shutdown switch thereby to select the charger as a power supply source to the power supply circuit when the battery is in a state of being able to supply electric power to the power supply circuit, the battery pack is attached to the charger and it is possible to supply electric power to the power supply circuit also from the charger.
A method for use in a first user equipment, UE, comprising: receiving (408, 508), from a base station, control information and a resource assignment for uplink transmission; transmitting (416, 516), based on the control information, a discovery signal on the assigned resource for uplink transmission, the discovery signal including a first temporary UE identifier, ID, assigned to the first UE by the base station, wherein the first temporary UE ID is used to identify the first UE for device-to-device communication; further receiving (422, 522), from the base station, a second temporary UE ID assigned to a second UE, wherein the second temporary UE ID is used to identify the second UE for the device-to-device communication; and performing (424, 524) the device-to-device communication with the second UE using the second temporary UE ID. receiving (408, 508), from a base station, control information and a resource assignment for uplink transmission; transmitting (416, 516), based on the control information, a discovery signal on the assigned resource for uplink transmission, the discovery signal including a first temporary UE identifier, ID, assigned to the first UE by the base station, wherein the first temporary UE ID is used to identify the first UE for device-to-device communication; further receiving (422, 522), from the base station, a second temporary UE ID assigned to a second UE, wherein the second temporary UE ID is used to identify the second UE for the device-to-device communication; and performing (424, 524) the device-to-device communication with the second UE using the second temporary UE ID.
A virtual reality all-in-one apparatus comprising: a middle frame, a front housing on a side of the middle frame, and a core function module inside the middle frame, wherein the core function module comprises a frame assembly and a display module mounted on the frame assembly, wherein the display module comprises a display screen and an optical lens assembly facing a display side of the display screen, and the frame assembly comprises a first frame and a second frame opposite the first frame, the display screen being mounted on the first frame and the optical lens assembly being mounted on the second frame; and wherein the optical lens assembly comprises a left lens subassembly and a right lens subassembly, characterized in that both the left lens subassembly and the right lens subassembly includes at least one sheet-like lens, and the at least sheet-like one lens is thicker in a center and thinner on an edge; and frame assembly comprises a baffle plate which is disposed between the first frame and the second frame and is perpendicular to the first frame and the second frame. a middle frame, a front housing on a side of the middle frame, and a core function module inside the middle frame, wherein the core function module comprises a frame assembly and a display module mounted on the frame assembly, wherein the display module comprises a display screen and an optical lens assembly facing a display side of the display screen, and the frame assembly comprises a first frame and a second frame opposite the first frame, the display screen being mounted on the first frame and the optical lens assembly being mounted on the second frame; and wherein the optical lens assembly comprises a left lens subassembly and a right lens subassembly, characterized in that both the left lens subassembly and the right lens subassembly includes at least one sheet-like lens, and the at least sheet-like one lens is thicker in a center and thinner on an edge; and frame assembly comprises a baffle plate which is disposed between the first frame and the second frame and is perpendicular to the first frame and the second frame.
A guide for lifts, comprising a main body extending along a main axis and including in cross-section: - a base portion having a rest side adapted to abut against a wall, under installation conditions of the guide and a locating side opposite to said rest side and defining, in co-operation with the latter, a variable thickness of said base portion; - two boundary edges placed at mutually opposite lateral ends of the base portion; and - a central protrusion emerging from said locating side and having a proximal root connected to the base portion and a distal thickening connected to said proximal root, characterised in that said guide comprises: - at least one mass-redistribution portion formed in the base portion and adapted to lighten the base portion at an intermediate part thereof included between the central protrusion and at least one boundary edge and also adapted to make the base portion heavy at an end part thereof located in the vicinity of at least one boundary edge, said mass-redistribution portion comprising a lightening recess formed in said locating side; - at least one connection portion positioned between a lightening recess and said proximal root and having a cross-section cusp-shaped configuration and/or a configuration with a sharp-cornered point relative to the main axis. - a base portion having a rest side adapted to abut against a wall, under installation conditions of the guide and a locating side opposite to said rest side and defining, in co-operation with the latter, a variable thickness of said base portion; - two boundary edges placed at mutually opposite lateral ends of the base portion; and - a central protrusion emerging from said locating side and having a proximal root connected to the base portion and a distal thickening connected to said proximal root, - at least one mass-redistribution portion formed in the base portion and adapted to lighten the base portion at an intermediate part thereof included between the central protrusion and at least one boundary edge and also adapted to make the base portion heavy at an end part thereof located in the vicinity of at least one boundary edge, said mass-redistribution portion comprising a lightening recess formed in said locating side; - at least one connection portion positioned between a lightening recess and said proximal root and having a cross-section cusp-shaped configuration and/or a configuration with a sharp-cornered point relative to the main axis.
An X-ray computed tomography device, in which an X-ray source and/or an X-ray detector is moveably mounted with respect to an object to be investigated by means of a magnetic bearing having a first bearing ring and a second bearing ring, which is arranged concentrically in relation to the first bearing ring, wherein the first bearing ring and the second bearing ring are mounted by means of electromagnets (13, 14) so as to be rotatable with respect to each other about an axis of rotation, wherein the first bearing ring comprises a first magnet row and a second magnet row, wherein the magnet rows (11, 12) each comprise electromagnets (13, 14) arranged at a distance from one another in a circumferential direction of the first bearing ring, wherein the electromagnets (13, 14) of the magnet rows (11, 12) are oriented such that they can each exert a magnetic force on the second bearing ring, which magnetic force is oriented transversely to the axis of rotation and transversely to a radial plane which is arranged perpendicularly to the axis of rotation, characterized in that the electromagnets of the first magnet row, with respect to a radial plane, are arranged asymmetrically to the electromagnets of the second magnet row and/or the electromagnets of the first magnet row and the electromagnets of the second magnet row are of a differing design, wherein the electromagnets (13, 14) of the first and the second magnet rows (11, 12) have a different number of turns, or a different coil size and/or a different coil core size, or a different width and/or height and/or length, or a different dimensioning of their pole shoes.
An insulation body for a circular connector, having: a cylindrically formed main body, having a stepped portion arranged on an end area of the main body and a plurality of main body recesses, wherein each main body recess penetrates the main body in a longitudinal direction of the main body, and an insulation cap, wherein the insulation cap is arranged on a face of the main body, wherein the insulation cap has a plurality of insulation cap recesses, wherein each insulation cap recess is associated with a main body recess, and wherein each insulation cap recess is conically tapered, characterized in that the insulation cap has a wall, wherein the wall is arranged on the stepped portion such that the wall is flush with the main body and the wall surrounds the main body in certain areas. a cylindrically formed main body, having a stepped portion arranged on an end area of the main body and a plurality of main body recesses, wherein each main body recess penetrates the main body in a longitudinal direction of the main body, and an insulation cap, wherein the insulation cap is arranged on a face of the main body, wherein the insulation cap has a plurality of insulation cap recesses, wherein each insulation cap recess is associated with a main body recess, and wherein each insulation cap recess is conically tapered, characterized in that the insulation cap has a wall, wherein the wall is arranged on the stepped portion such that the wall is flush with the main body and the wall surrounds the main body in certain areas.
A PCR method of detecting the presence or absence of a mutation in the PIK3CA gene comprising the steps of: a) mixing a nucleic acid sample comprising at least a fragment of the PIK3CA gene with a polynucleotide primer sequence consisting of SEQ ID NO. 21 wherein the polynucleotide is used as a primer and the second primer corresponds to a region of the fragment of the PIK3CA sequence downstream of the region to which the polynucleotide is complementary and carrying out a PCR on the mixture; and b) detecting hybridisation of the polynucleotide to the nucleic acid sample wherein hybridisation indicates the presence of a mutation. a) mixing a nucleic acid sample comprising at least a fragment of the PIK3CA gene with a polynucleotide primer sequence consisting of SEQ ID NO. 21 wherein the polynucleotide is used as a primer and the second primer corresponds to a region of the fragment of the PIK3CA sequence downstream of the region to which the polynucleotide is complementary and carrying out a PCR on the mixture; and b) detecting hybridisation of the polynucleotide to the nucleic acid sample wherein hybridisation indicates the presence of a mutation.
A yarn feeding device for feeding weft yarn to a weaving machine, the yarn feeding device comprising at least one running endless belt driven by a controlled motor, the running belt comprising at least one yarn transport element, the yarn transport element(s) being adapted to draw yarn from a yarn storage (13, 14) and release the yarn at a set location to form a loop or loops of yarn acting as a yarn buffer for the weaving machine, the yarn feeding device further comprising at least one yarn restraining element adapted to hold the yarn in a loop, characterized in that the motor is configured to drive the running belt at essentially constant speed.