mhurhangee/patent-ind-claim-en huggingface dataset:
A method of digitally signing a message, the method comprising: a) obtaining domain parameters defining a group associated with a group operation and generated by a generator of order o, the domain parameters comprising the generator g and the order o; b) obtaining a private integer key d in the interval [1,o-1], wherein a corresponding public key is the result of applying the group operation to the generator d times; c) generating a random number k; d) generating a first signature part r by applying the group operation to the generator g k times and determining the remainder modulo o of at least a part of the result; e) generating an inverse value k -(j+1) by evaluating the inverse modulo o of k raised to the power of j+1, wherein j is a positive integer and the product of k -(j+1) and k raised to the power of j+1 evaluated modulo o is unity; f) generating a value s0 by evaluating, modulo o, the product of k raised to the power of j and d; g) generating a value s1 by evaluating, modulo o, the product of r and s0; h) generating a message digest value of the message using a cryptographic hash function; i) generating a value s2 by evaluating, modulo o, the product of k raised to the power of j and the message digest value; j) generating a second signature part s by evaluating, modulo o, the product of k -(j+1) and the sum of two values s1 and s2; and k) outputting r and s as the signature, wherein the method comprises ensuring that r and s are non-zero. a) obtaining domain parameters defining a group associated with a group operation and generated by a generator of order o, the domain parameters comprising the generator g and the order o; b) obtaining a private integer key d in the interval [1,o-1], wherein a corresponding public key is the result of applying the group operation to the generator d times; c) generating a random number k; d) generating a first signature part r by applying the group operation to the generator g k times and determining the remainder modulo o of at least a part of the result; e) generating an inverse value k -(j+1) by evaluating the inverse modulo o of k raised to the power of j+1, wherein j is a positive integer and the product of k -(j+1) and k raised to the power of j+1 evaluated modulo o is unity; f) generating a value s0 by evaluating, modulo o, the product of k raised to the power of j and d; g) generating a value s1 by evaluating, modulo o, the product of r and s0; h) generating a message digest value of the message using a cryptographic hash function; i) generating a value s2 by evaluating, modulo o, the product of k raised to the power of j and the message digest value; j) generating a second signature part s by evaluating, modulo o, the product of k -(j+1) and the sum of two values s1 and s2; and k) outputting r and s as the signature, wherein the method comprises ensuring that r and s are non-zero.
A method of performing and monitoring a processing step on a workpiece using a device having a projector, a photogrammetric means and a control unit knowing the relative positions of the projector and the photogrammetric means, the method comprising the following steps: - continuously repeatable referencing to determine the pose of the workpiece with respect to the projector and the photogrammetric means in a predetermined coordinate system; - projection of a work instruction onto the workpiece; - processing, by a worker, of the workpiece, in which the outer shape of the workpiece is changed, the processing step being related to the work instruction; and - continuously performable monitoring of the processing by scanning at least a portion of the surface of the workpiece; wherein all steps, with the exception of the processing by the worker, are performed by the device and at the same workstation within the framework of an integrated process. - continuously repeatable referencing to determine the pose of the workpiece with respect to the projector and the photogrammetric means in a predetermined coordinate system; - projection of a work instruction onto the workpiece; - processing, by a worker, of the workpiece, in which the outer shape of the workpiece is changed, the processing step being related to the work instruction; and - continuously performable monitoring of the processing by scanning at least a portion of the surface of the workpiece; wherein all steps, with the exception of the processing by the worker, are performed by the device and at the same workstation within the framework of an integrated process.
A calibration apparatus for calibrating characteristics of a power amplifier, PA, in a transmitter comprising: an adaptive bias generator circuit , arranged to track an envelope of an input signal received by control terminals of transistors of the PA and generate an adaptive bias voltage to the control terminals of the input transistors in response to the envelope of the input signal; and the calibration apparatus further comprising: a direct current, DC, detector circuit , arranged to monitor a DC level associated with an output signal of the PA , and generate a feedback DC signal indicative of the DC level; and a processing circuit , arranged to compare the feedback DC signal with a predetermined threshold to generate a comparison result, and selectively pause a digital pre-distortion, DPD, calibration program when the comparison result indicates that the output signal of the PA is above a predetermined power level in order to avoid damage to the PA . an adaptive bias generator circuit , arranged to track an envelope of an input signal received by control terminals of transistors of the PA and generate an adaptive bias voltage to the control terminals of the input transistors in response to the envelope of the input signal; and the calibration apparatus further comprising: a direct current, DC, detector circuit , arranged to monitor a DC level associated with an output signal of the PA , and generate a feedback DC signal indicative of the DC level; and a processing circuit , arranged to compare the feedback DC signal with a predetermined threshold to generate a comparison result, and selectively pause a digital pre-distortion, DPD, calibration program when the comparison result indicates that the output signal of the PA is above a predetermined power level in order to avoid damage to the PA . a direct current, DC, detector circuit , arranged to monitor a DC level associated with an output signal of the PA , and generate a feedback DC signal indicative of the DC level; and a processing circuit , arranged to compare the feedback DC signal with a predetermined threshold to generate a comparison result, and selectively pause a digital pre-distortion, DPD, calibration program when the comparison result indicates that the output signal of the PA is above a predetermined power level in order to avoid damage to the PA .
A vehicle dispatch system for dispatching a plurality of autonomous driving vehicles to a predetermined point of dispatch (P) in response to a single vehicle dispatch request from a user, the vehicle dispatch system comprising: a dispatched candidate vehicle selection unit configured to select a plurality of dispatched candidate vehicles for the point of dispatch from the autonomous driving vehicles based on the point of dispatch and the positions of the autonomous driving vehicles ; a route search unit configured to search routes to the point of dispatch for the dispatched candidate vehicles based on the point of dispatch, the positions of dispatched candidate vehicles and map information; a vehicle dispatch control unit configured to dispatch at least two or more of the dispatched candidate vehicles to the point of dispatch (P), when the dispatched candidate vehicles are selected; the vehicle dispatch system being characterized by further comprising: a remote assistance request number calculation unit for calculating a number of remote assistance requests, which is the number of remote assistance requests that each dispatched candidate vehicle requests a remote operator (R) for remote assistance, based on the route and a remote assistance request condition set in advance; wherein the dispatched candidate vehicles are remote assistance vehicles for performing autonomous driving by receiving remote assistance from the remote operator (R), and the vehicle dispatch control unit is configured to narrow down the dispatched candidate vehicles so that a total number of the remote assistance requests is equal to or less than a total request threshold. a dispatched candidate vehicle selection unit configured to select a plurality of dispatched candidate vehicles for the point of dispatch from the autonomous driving vehicles based on the point of dispatch and the positions of the autonomous driving vehicles ; a route search unit configured to search routes to the point of dispatch for the dispatched candidate vehicles based on the point of dispatch, the positions of dispatched candidate vehicles and map information; a vehicle dispatch control unit configured to dispatch at least two or more of the dispatched candidate vehicles to the point of dispatch (P), when the dispatched candidate vehicles are selected; a remote assistance request number calculation unit for calculating a number of remote assistance requests, which is the number of remote assistance requests that each dispatched candidate vehicle requests a remote operator (R) for remote assistance, based on the route and a remote assistance request condition set in advance; wherein the dispatched candidate vehicles are remote assistance vehicles for performing autonomous driving by receiving remote assistance from the remote operator (R), and the vehicle dispatch control unit is configured to narrow down the dispatched candidate vehicles so that a total number of the remote assistance requests is equal to or less than a total request threshold.
An interesterified fat satisfying the following (A) to (J): (A) a content of saturated fatty acids having 6 to 18 carbon atoms in constituent fatty acid composition is 90 to 99.5% by mass; (B) a content of saturated fatty acids having 6 to 10 carbon atoms in constituent fatty acid composition is 6 to 18% by mass; (C) a content of saturated fatty acids having 16 to 18 carbon atoms in constituent fatty acid composition is 25 to 50% by mass; (D) a content of saturated fatty acids having 12 or less carbon atoms in constituent fatty acid composition is 35 to 60% by mass; (E) a content of saturated fatty acids having 20 or more carbon atoms in constituent fatty acid composition, is 1% by mass or less; (F) a content of lauric acid in constituent fatty acid composition is 20 to 50% by mass; (G) a content of palmitic acid in constituent fatty acid composition is 20 to 38% by mass; (H) a content of stearic acid in constituent fatty acid composition is 5 to 15% by mass; (I) a content of unsaturated fatty acids in constituent fatty acid composition is 0.5 to 10% by mass; (J) a content of trans fatty acids in constituent fatty acid composition is 5% by mass or less, wherein an analysis of the fatty acid composition is carried out after the fatty acid is propyl esterified. (A) a content of saturated fatty acids having 6 to 18 carbon atoms in constituent fatty acid composition is 90 to 99.5% by mass; (B) a content of saturated fatty acids having 6 to 10 carbon atoms in constituent fatty acid composition is 6 to 18% by mass; (C) a content of saturated fatty acids having 16 to 18 carbon atoms in constituent fatty acid composition is 25 to 50% by mass; (D) a content of saturated fatty acids having 12 or less carbon atoms in constituent fatty acid composition is 35 to 60% by mass; (E) a content of saturated fatty acids having 20 or more carbon atoms in constituent fatty acid composition, is 1% by mass or less; (F) a content of lauric acid in constituent fatty acid composition is 20 to 50% by mass; (G) a content of palmitic acid in constituent fatty acid composition is 20 to 38% by mass; (H) a content of stearic acid in constituent fatty acid composition is 5 to 15% by mass; (I) a content of unsaturated fatty acids in constituent fatty acid composition is 0.5 to 10% by mass; (J) a content of trans fatty acids in constituent fatty acid composition is 5% by mass or less, wherein an analysis of the fatty acid composition is carried out after the fatty acid is propyl esterified.
A carrier assembly for a vehicle, comprising a carrier component for fastening functional components, which includes at least one fastening point at which the carrier component is to be fastened to a vehicle component via a fastening element of the carrier assembly, in that the fastening element is fixed to the vehicle component with a fastening portion which via a through-opening extends along a direction of attachment (R) through the material of the carrier component to which the vehicle component is fixed, characterized in that the fastening point is provided at a fastening area of the carrier component made of a fibre composite material, which specifies a position for the through-opening yet to be formed by attaching the fastening element along a direction of attachment (R) and which forms at least one support element protruding along the direction of attachment (R), wherein a head portion , which is different from the fastening portion , is provided on the fastening element , which head portion rests laterally at least in a non-positive manner against the protruding support element and is supported when the fastening portion of the fastening element properly extends through the material of the carrier component and loads occur at the fastening point , so that these loads are also transmitted by the fastening element beyond the support element protruding at the fastening area. the fastening point is provided at a fastening area of the carrier component made of a fibre composite material, which specifies a position for the through-opening yet to be formed by attaching the fastening element along a direction of attachment (R) and which forms at least one support element protruding along the direction of attachment (R), wherein a head portion , which is different from the fastening portion , is provided on the fastening element , which head portion rests laterally at least in a non-positive manner against the protruding support element and is supported when the fastening portion of the fastening element properly extends through the material of the carrier component and loads occur at the fastening point , so that these loads are also transmitted by the fastening element beyond the support element protruding at the fastening area.
Singularizing unloader for unloading and singularizing packages provided in a container , having a pivoting device for pivoting the container from a predominantly vertical receiving orientation for receiving the container to a predominantly horizontal emptying orientation for emptying the container and back and having a holding device for holding the container on the pivoting device during the pivoting of the pivoting device from the receiving orientation to the emptying orientation, wherein a belt conveyor device for conveying the packages is connected to the pivoting device in such manner that the belt conveyor device is adjustable from a predominantly vertical initial position to a predominantly horizontal unloading position by the pivoting of the pivoting device from the receiving orientation to the emptying orientation, characterised in that the belt conveyor device forms a convexly curved transport surface of the belt conveyor device for transporting the packages and in that the transport surface is bent at least substantially U-shaped in at least one cross-section perpendicular to the transport direction (T) of the belt conveyor device .
A combine harvester comprising : • a feeder at the front of the harvester, the feeder comprising a housing , an input section and an output section , • a cradle frame that is movably attached at the front of the feeder , wherein the cradle frame is configured to receive a header comprising a header drive axle oriented transversely to the forward direction of the harvester when the header is coupled to the feeder , • a driveline, at least a portion of which is running alongside the feeder housing , • a transverse gearbox for transferring a rotation of the driveline to a rotation of the header drive axle, the gearbox comprising a gear mechanism mounted in a gearbox housing , a input axle coupled to the driveline and an output axle configured to be coupled to the header drive axle, characterised in that: • at least a portion of the housing of the transverse gearbox is rotatably mounted on the cradle frame , the housing or housing portion being rotatable about an axis that is oriented transversely relative to the driveline, • a mechanical link is coupled between the feeder housing and the rotatable gearbox housing or housing portion, wherein the mechanical link is configured to control the orientation of the input axle of the gearbox, regardless of the position of the cradle frame relative to the feeder . • a feeder at the front of the harvester, the feeder comprising a housing , an input section and an output section , • a cradle frame that is movably attached at the front of the feeder , wherein the cradle frame is configured to receive a header comprising a header drive axle oriented transversely to the forward direction of the harvester when the header is coupled to the feeder , • a driveline, at least a portion of which is running alongside the feeder housing , • a transverse gearbox for transferring a rotation of the driveline to a rotation of the header drive axle, the gearbox comprising a gear mechanism mounted in a gearbox housing , a input axle coupled to the driveline and an output axle configured to be coupled to the header drive axle, • at least a portion of the housing of the transverse gearbox is rotatably mounted on the cradle frame , the housing or housing portion being rotatable about an axis that is oriented transversely relative to the driveline, • a mechanical link is coupled between the feeder housing and the rotatable gearbox housing or housing portion, wherein the mechanical link is configured to control the orientation of the input axle of the gearbox, regardless of the position of the cradle frame relative to the feeder .
A method for recovering and producing ethanol and oil wherein the method is a method for recovering and producing ethanol and oil by saccharification, fermentation, and distillation of leftover food, wherein a three-phase centrifuge separation apparatus which separates three phases of an oil component, an aqueous solution component, and a solid component is used in a step of solid-liquid separation of any one of a saccharified liquid, a fermented liquid, and a distillation waste liquid, wherein the oil component, and the solid component are separated and recovered from the aqueous solution component by three-phase separation, and a liquid component is sent to a fermentation unit.
A method for providing a preview of dynamic content in an inset pane , the method comprising: receiving an indication of a selection to display a page ; determining if the page comprises dynamic content; and in response to determining that the page comprises dynamic content, providing a static representation of the page in a main viewing area provided within an application user interface and a preview of the dynamic content in the inset pane provided within the application user interface, wherein the inset pane is a smaller pane displayed adjacent to the static representation of the page in the main viewing area. receiving an indication of a selection to display a page ; determining if the page comprises dynamic content; and in response to determining that the page comprises dynamic content, providing a static representation of the page in a main viewing area provided within an application user interface and a preview of the dynamic content in the inset pane provided within the application user interface, wherein the inset pane is a smaller pane displayed adjacent to the static representation of the page in the main viewing area.
Method for producing a component starting from a base plane , which extends in an X direction and a Y direction and defines a vertical Z direction, having the following steps: - providing a model of the finished part ; - determining a straightforward partial section , which can be produced, starting from the base plane , without a support structure ; and - determining a difficult partial section , which is spaced apart from the base plane and cannot be produced without a support structure ; and - determining a support structure , which is connected to the straightforward partial section via a first partial attachment and to the difficult partial section via a second partial attachment ; - producing the component in a powder-bed manufacturing process in which local melting of a powdered material is accomplished by means of at least one beam, thereby defining a specific melting point extent depending on the position, characterized in that the first partial attachment is formed by no bridge element or by at least one bridge element having a width of at most 2 mm and by a multiplicity of connection points having an equivalent diameter , resulting from the determination of the smallest cross section of the respective connection point as connection of the support structure to the straightforward partial section of the finished part, of at most 1 mm, wherein the cross-sectional area of the connection points in total corresponds to at least 5 times the cross-sectional area of the one or more bridge elements in total, wherein the equivalent diameter is smaller than the specific melting point extent , and wherein the beam centre point is always at a spacing from the finished part during the creation of the connection points . - providing a model of the finished part ; - determining a straightforward partial section , which can be produced, starting from the base plane , without a support structure ; and - determining a difficult partial section , which is spaced apart from the base plane and cannot be produced without a support structure ; and - determining a support structure , which is connected to the straightforward partial section via a first partial attachment and to the difficult partial section via a second partial attachment ; - producing the component in a powder-bed manufacturing process in which local melting of a powdered material is accomplished by means of at least one beam, thereby defining a specific melting point extent depending on the position,