mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: generating, by a network device (300, 400) in a 3GPP NR system, indication information, wherein the indication information is configured to indicate resources of one of at least two uplink carriers that is used by a terminal device (500, 600) in a 3GPP NR system to perform non-contention random access, wherein the at least two uplink carriers at least comprise an uplink carrier and a supplementary uplink carrier and have different frequencies; and sending, by the network device (300, 400), the indication information to the terminal device, characterized in that the sending of the indication information to the terminal device (500, 600) comprises: sending, by the network device (300, 400), a physical downlink control channel, PDCCH, order to the terminal device (500, 600), where in the PDCCH order comprises the indication information. generating, by a network device (300, 400) in a 3GPP NR system, indication information, wherein the indication information is configured to indicate resources of one of at least two uplink carriers that is used by a terminal device (500, 600) in a 3GPP NR system to perform non-contention random access, wherein the at least two uplink carriers at least comprise an uplink carrier and a supplementary uplink carrier and have different frequencies; and sending, by the network device (300, 400), the indication information to the terminal device, characterized in that the sending of the indication information to the terminal device (500, 600) comprises: sending, by the network device (300, 400), a physical downlink control channel, PDCCH, order to the terminal device (500, 600), where in the PDCCH order comprises the indication information.
A wave energy generator for a coastal protection system, including: a base structure adapted to be arranged in a body of water so as to protect a coastline against incoming waves, the base structure having a foundation locatable on a floor of the body of water and a wall extending from the foundation to a point above a highest predicted height of the waves, in use; and at least one duct associated with the base structure for receiving an oscillating water column from the body of water, the oscillating water column oscillating in response to wave action of the incoming waves; wherein the duct forms part of an energy extraction system for capturing energy from the incoming waves, via the oscillating water column, and converting the captured energy into electrical energy; characterized in that an inner cross-section of the duct has a polygonal shape, wherein said polygonal shape is not a square or a rectangle. a base structure adapted to be arranged in a body of water so as to protect a coastline against incoming waves, the base structure having a foundation locatable on a floor of the body of water and a wall extending from the foundation to a point above a highest predicted height of the waves, in use; and at least one duct associated with the base structure for receiving an oscillating water column from the body of water, the oscillating water column oscillating in response to wave action of the incoming waves; wherein the duct forms part of an energy extraction system for capturing energy from the incoming waves, via the oscillating water column, and converting the captured energy into electrical energy; characterized in that an inner cross-section of the duct has a polygonal shape, wherein said polygonal shape is not a square or a rectangle.
A method of controlling power at a central processing unit, CPU, the method comprising: moving to a higher CPU frequency in response to determining that a transient performance deadline has expired, wherein the transient performance deadline is the limit of a maximum amount of time a task can run at the performance level of the CPU; and after the CPU enters an idle state, resetting the transient performance deadline by scaling the transient performance deadline to the higher frequency of the CPU by multiplying the transient performance deadline by a next higher CPU frequency and dividing a result by a difference between the next higher CPU frequency step and the higher frequency, wherein the next higher CPU frequency is one step higher than the higher frequency. moving to a higher CPU frequency in response to determining that a transient performance deadline has expired, wherein the transient performance deadline is the limit of a maximum amount of time a task can run at the performance level of the CPU; and after the CPU enters an idle state, resetting the transient performance deadline by scaling the transient performance deadline to the higher frequency of the CPU by multiplying the transient performance deadline by a next higher CPU frequency and dividing a result by a difference between the next higher CPU frequency step and the higher frequency, wherein the next higher CPU frequency is one step higher than the higher frequency.
At least one computer-readable medium comprising instructions that, when executed, cause at least one processor to at least: unpack a class feature from a class file included in an instruction set; generate a constant pool address table, from the class features, including a plurality of constant pool blocks, based on constant pool type, through an iterative process; determine values for each constant pool block based on constant pool type and store the determined values as a class file feature set; obtain raw feature values from a class file feature set and non-class file features; and generate a matrix based on raw features that correspond to the instruction set. unpack a class feature from a class file included in an instruction set; generate a constant pool address table, from the class features, including a plurality of constant pool blocks, based on constant pool type, through an iterative process; determine values for each constant pool block based on constant pool type and store the determined values as a class file feature set; obtain raw feature values from a class file feature set and non-class file features; and generate a matrix based on raw features that correspond to the instruction set.
A method for fabricating a static random access memory, comprising: forming, using a self-aligning double patterning technique, a plurality of parallel first metal lines oriented in a first direction in a first layer; etching the parallel first metal lines, using a cut mask, in a second direction perpendicular to the first direction, to separate the parallel first metal lines into a plurality of islands having first respective sides that are aligned in the first direction and second respective sides that are aligned in the second direction; forming, in a second layer, a plurality of second metal lines oriented in the first direction; and forming a silicon-germanium p-type metal-oxide-silicon passgate transistor including a gate coupled to a second metal line in the plurality of second metal lines and a drain coupled to an island in the plurality of islands. forming, using a self-aligning double patterning technique, a plurality of parallel first metal lines oriented in a first direction in a first layer; etching the parallel first metal lines, using a cut mask, in a second direction perpendicular to the first direction, to separate the parallel first metal lines into a plurality of islands having first respective sides that are aligned in the first direction and second respective sides that are aligned in the second direction; forming, in a second layer, a plurality of second metal lines oriented in the first direction; and forming a silicon-germanium p-type metal-oxide-silicon passgate transistor including a gate coupled to a second metal line in the plurality of second metal lines and a drain coupled to an island in the plurality of islands.
A sample test card, comprising: (a) a card body defining a first surface and a second surface opposite said first surface, a fluid intake port and a plurality of sample wells disposed between said first and second surfaces, said first and second surfaces sealed with a sealant tape covering said plurality of sample wells; (b) a fluid channel network connecting said fluid intake port to said sample wells, said fluid channel network comprising at least one distribution channels, a plurality of fill channels operatively connecting said at least one distribution channel to said sample wells; and (c) wherein the test card further comprises one or more fluid over-flow reservoirs, said over-flow reservoirs being operatively connected to said distribution channel downstream of the sample wells by a fluid over-flow channel. (a) a card body defining a first surface and a second surface opposite said first surface, a fluid intake port and a plurality of sample wells disposed between said first and second surfaces, said first and second surfaces sealed with a sealant tape covering said plurality of sample wells; (b) a fluid channel network connecting said fluid intake port to said sample wells, said fluid channel network comprising at least one distribution channels, a plurality of fill channels operatively connecting said at least one distribution channel to said sample wells; and (c) wherein the test card further comprises one or more fluid over-flow reservoirs, said over-flow reservoirs being operatively connected to said distribution channel downstream of the sample wells by a fluid over-flow channel.
A black fastening member for a vehicle, comprising: a zinc-plated metal substrate; a trivalent chromium black chemical conversion film on a surface of the metal substrate; and a black coating film on the trivalent chromium black chemical conversion film, wherein the trivalent chromium black chemical conversion film is formed by using a hexavalent chromium-free trivalent chromium black chemical conversion treatment liquid having a Zn ion concentration of 20 g/L or lower, and has a lightness L value of 33 or lower, and the black coating film comprises a blackening component, a modified organopolysiloxane, and a friction coefficient-modifying component with the amount of the blackening component being 2% by weight or more but less than 25% by weight relative to 100% by weight of the black coating film, and has a lightness L value of 28 or lower and wherein the friction coefficient-modifying component is a polyoxyethylene fatty acid ester. a zinc-plated metal substrate; a trivalent chromium black chemical conversion film on a surface of the metal substrate; and a black coating film on the trivalent chromium black chemical conversion film, wherein the trivalent chromium black chemical conversion film is formed by using a hexavalent chromium-free trivalent chromium black chemical conversion treatment liquid having a Zn ion concentration of 20 g/L or lower, and has a lightness L value of 33 or lower, and the black coating film comprises a blackening component, a modified organopolysiloxane, and a friction coefficient-modifying component with the amount of the blackening component being 2% by weight or more but less than 25% by weight relative to 100% by weight of the black coating film, and has a lightness L value of 28 or lower and wherein the friction coefficient-modifying component is a polyoxyethylene fatty acid ester.
A wheel assembly for a soil compactor, comprising a plurality of wheels supported in succession on a main wheel carrier in the direction of an operating wheel axis of rotation, wherein at least one third wheel, which is arranged between a first wheel and a second wheel in the direction of the operating wheel axis of rotation, forms an auxiliary assembly wheel and is supported on the main wheel carrier by means of an auxiliary wheel carrier, wherein the auxiliary wheel carrier is firmly coupled to the main wheel carrier in an auxiliary wheel operating state and is pivotable about a pivot axis and displaceable in the direction of the pivot axis in relation to the main wheel carrier in an auxiliary wheel assembly state.
An antenna arrangement comprising a dielectric substrate, first and second electrically conductive passive radiating elements (2,3) formed as conductive tracks on a surface of the dieletric substrate, the passive radiating elements (2,3) each having first and second ends, the first ends of the passive radiating elements (2,3) each being connected to ground, and the second ends of the passive radiating elements (2,3) being connected respectively to mutually discrete metallized surface regions of a dielectric block surface mounted on the dielectric substrate, and at least one active radiating element that is not conductively connected to the passive radiating elements (2,3), wherein the active radiating element comprises a conductive track on the dielectric substrate, wherein the passive radiating elements (2,3) are configured to be fed parasitically by the at least one active radiating element, and further wherein the at least one active radiating element is a magnetic loop antenna, located on the dielectric substrate separately from the dielectric block and configured to couple inductively with at least one of the passive radiating elements (2,3), the magnetic loop antenna having a first end that is driven and a second end that is grounded; and characterised in that the passive radiating elements (2,3) with the intervening dielectric block are arranged in a hairpin configuration on the substrate.
A method for improving a performance of a system, the method comprising: generating an influence network for an array of elements in the system using a reconfiguration algorithm, wherein the influence network indicates an influence of an undesired event occurring at any element in the array of elements on a remaining portion of the array of elements given a current state of the array of elements; creating a relative ranking of vulnerability for elements in the array of elements based on the influence network; and modifying the reconfiguration algorithm to take into account the relative ranking of vulnerability to form a modified reconfiguration algorithm, wherein the system using the modified reconfiguration algorithm to compensate for undesired events improves the performance of the system. generating an influence network for an array of elements in the system using a reconfiguration algorithm, wherein the influence network indicates an influence of an undesired event occurring at any element in the array of elements on a remaining portion of the array of elements given a current state of the array of elements; wherein the influence network indicates an influence of an undesired event occurring at any element in the array of elements on a remaining portion of the array of elements given a current state of the array of elements; creating a relative ranking of vulnerability for elements in the array of elements based on the influence network; and modifying the reconfiguration algorithm to take into account the relative ranking of vulnerability to form a modified reconfiguration algorithm, wherein the system using the modified reconfiguration algorithm to compensate for undesired events improves the performance of the system. wherein the system using the modified reconfiguration algorithm to compensate for undesired events improves the performance of the system.
Drive assembly, in particular for a vehicle, having an electric machine and a two-stage spur gear mechanism, which has an input shaft, an intermediate shaft and a side shaft, wherein the electric machine is connected to the input shaft, so that the input shaft can be driven by the electric machine, wherein the input shaft, the intermediate shaft and the side shaft are coupled to each other in terms of gearing by means of spur gear stages (30, 40, 50), wherein a first shift stage has a first spur gear stage with a first pinion and a first gear meshing with the first pinion, wherein the first pinion is rotatably or rotationally fixedly coupled to the input shaft and wherein the first gear is rotationally fixedly or rotatably coupled to the side shaft, wherein the first shift stage has a second spur gear stage with a second pinion and a second gear meshing with the second pinion, wherein the second pinion is rotatably or rotationally fixedly coupled to the side shaft and wherein the second gear is rotationally fixedly or rotatably coupled to the intermediate shaft, wherein a second shift stage has a third spur gear stage with a third pinion and a third gear meshing with the third pinion, wherein the third pinion is rotatably or rotationally fixedly coupled to the input shaft and wherein the third gear is rotationally fixedly or rotatably coupled to the intermediate shaft, characterized in that the two-stage spur gear mechanism has an output shaft, wherein the spur gear mechanism has a fourth spur gear stage with a fourth pinion and a fourth gear meshing with the fourth pinion, wherein the fourth pinion is rotationally fixedly coupled to the intermediate shaft, wherein the fourth gear is rotationally fixedly coupled to the output shaft, wherein the input shaft, the intermediate shaft, the side shaft and the output shaft are coupled to each other in terms of gearing by means of spur gear stages (30, 40, 50, 70) in such a way that, during driving by the electric machine, in the first shift stage the input shaft transmits torque to the output shaft via the side shaft and the intermediate shaft, and in that in the second shift stage the input shaft transmits torque directly to the output shaft via the intermediate shaft, wherein a switching device which can be actuated by means of an actuator is arranged on the intermediate shaft, wherein the second gear can be rotationally fixedly coupled to the intermediate shaft by means of the switching device in a first switching position and wherein the third gear can be rotationally fixedly coupled to the intermediate shaft by means of the switching device in a second switching position.
A pharmaceutical composition for use in the treatment of a subject suffering from Crohn's disease comprising a pharmaceutically acceptable carrier and an amount of laquinimod or pharmaceutically acceptable salt thereof which is effective for treating a subject suffering from Crohn's disease.
A projector (100, 300) comprising: a light source configured to generate illumination; an integrating rod; an image panel configured to display an image at a displayed aspect ratio; a beam shaper including multiple prisms (410, 420, 430, 440), wherein the beam shaper intersects an optical path of the illumination between the integrating rod and the image panel, wherein the multiple prisms are shaped and oriented such that the illumination transmitted by the beam shaper is collinear with the illumination incident on the beam shaper; wherein the multiple prisms including four identical prisms P 1, P 2, P 3, and P 4 having an apex angle α and being tilted at respective angles φ 1, φ 2, φ 3 and φ 4 (414 - 444) in a plane parallel to the optical path of the illumination incident on prism P 1 and transmitted by prism P 4, where to within a two-degree tolerance, φ 3 =- φ 1 and φ 4 =- φ 2; and an actuator (151, 152) mechanically connected to the beam shaper and configured to change at least one of the tilt angles φ 1, φ 2, φ 3 and φ 4 to switch the projector between (i) a first configuration, in which the multiple prisms are oriented to impose no magnification or impose a unidirectional magnification M, where | 1 -M | < 0.1, and (ii) a second configuration, in which the multiple prisms are oriented to change the aspect ratio of the illumination, and wherein the apex angle of the four identical prisms P 1, P 2, P 3, and P 4 is between 16 to 18 degrees. a light source configured to generate illumination; an integrating rod; an image panel configured to display an image at a displayed aspect ratio; a beam shaper including multiple prisms (410, 420, 430, 440), wherein the beam shaper intersects an optical path of the illumination between the integrating rod and the image panel, wherein the multiple prisms are shaped and oriented such that the illumination transmitted by the beam shaper is collinear with the illumination incident on the beam shaper; wherein the multiple prisms including four identical prisms P 1, P 2, P 3, and P 4 having an apex angle α and being tilted at respective angles φ 1, φ 2, φ 3 and φ 4 (414 - 444) in a plane parallel to the optical path of the illumination incident on prism P 1 and transmitted by prism P 4, where to within a two-degree tolerance, φ 3 =- φ 1 and φ 4 =- φ 2; and an actuator (151, 152) mechanically connected to the beam shaper and configured to change at least one of the tilt angles φ 1, φ 2, φ 3 and φ 4 to switch the projector between (i) a first configuration, in which the multiple prisms are oriented to impose no magnification or impose a unidirectional magnification M, where | 1 -M | < 0.1, and (ii) a second configuration, in which the multiple prisms are oriented to change the aspect ratio of the illumination, and wherein the apex angle of the four identical prisms P 1, P 2, P 3, and P 4 is between 16 to 18 degrees.
Method for communication between at least one elevator system and at least one remote supervisory control centre; wherein for the purpose of this communication at least one communicative connection is set up in at least one communications network (14 to 14"); wherein at least one first signal from the elevator system is received by at least one communications device of the elevator system via at least one signal network (12 to 12""), and at least one second signal is transmitted from the communications device in the communications network (14 to 14") to at least one computer device of the remote supervisory control centre, characterised in that the communicative connection is maintained permanently.
A device for adjusting a collet for a spindle of a machine tool, the device comprising: • a collet for holding the material to be machined; • a means of anti-rotation of the collet arranged to be engaged with the collet for blocking the latter in rotation or to be withdrawn from the collet to allow the latter to turn; and • a means of control of the anti-rotation means of the collet, characterized in that the collet comprises a toothed part around the collet for receiving the anti-rotation means of the collet, and the collet is designed to allow its adjustment from the side of the collet where the portion of the material to be machined is located. • a collet for holding the material to be machined; • a means of anti-rotation of the collet arranged to be engaged with the collet for blocking the latter in rotation or to be withdrawn from the collet to allow the latter to turn; and • a means of control of the anti-rotation means of the collet,
A corner connector for rod-shaped profile elements, having a connecting element, which comprises at least two connector sections (20,21,38) which are oriented substantially perpendicularly with respect to one another and are configured in each case in such a way that in each case a connector section (20,21,38) and a front end of the rod-shaped profile elements (18,19,39) to be connected engage with one another, and a corner form by said connector sections (20,21,38), at least one transverse strut (12,40), the ends (26,27) of which are configured in such a way that in each case one end (26,27) of the transverse strut (12,40) and one connecting section (30,31,48,49) which is provided on a circumferential face of the rod-shaped profile elements (18,19,39) to be connected engage into one another releasably, and a tensioning element which releasably acts on said transverse strut (12,40) in such a way that during actuation of the tensioning element, the transverse strut (12,40) pulls or presses the profile elements (18,19,39) to be connected in the direction of the connecting element, characterized in that the tensioning element comprises a quick action tensioner which has a guide pin which passes through the transverse strut, one end of of which is mounted to the corner form by said connector sections (20, 38) and the other end of wich is connected to an eccentrically mounted tensioning lever, by way of which the transverse strut can be tensioned in the direction of the connecting element counter to the force of a restoring spring which is wound around the guide pin 42.