mhurhangee/ep-ind-claims huggingface dataset:
An information processing method for use in a communication device, comprising: obtaining a side-link control information, SCI, wherein the SCI comprises a first bit sequence; distinguishing, in the first bit sequence, based on an information format of the SCI, a reserved field and an information field other than the reserved field, which are predefined, wherein the reserved field carries control information, setting a bit in the reserved field of the first bit sequence to be a preset value to generate a second bit sequence; and obtaining a check sequence based on the second bit sequence. obtaining a side-link control information, SCI, wherein the SCI comprises a first bit sequence; distinguishing, in the first bit sequence, based on an information format of the SCI, a reserved field and an information field other than the reserved field, which are predefined, wherein the reserved field carries control information, setting a bit in the reserved field of the first bit sequence to be a preset value to generate a second bit sequence; and obtaining a check sequence based on the second bit sequence.
An image acquiring apparatus comprising: sample storage means for storing a plurality of samples: macro image acquiring means for acquiring a macro image of each of the plurality of samples; and micro image acquiring means for acquiring a micro image of each of the plurality of samples and characterized by control means including macro image acquisition control means for controlling an operation to acquire the macro image by the macro image acquiring means, image pickup condition setting means for setting an image pickup condition for the micro image of the sample with reference to the macro image, and micro image acquisition control means for controlling an operation to acquire the micro image by the micro image acquiring means wherein each of the plurality of samples is a sample slide in which a biological sample is enclosed, and the control means includes session managing means for defining a session in accordance with a sample group consisting of the plurality of sample slides stored in the sample storage means and managing a data group including data of the macro image, the image pickup condition, and data of the micro image for each of the samples as session data associated with the sample group for each session. macro image acquiring means for acquiring a macro image of each of the plurality of samples; and micro image acquiring means for acquiring a micro image of each of the plurality of samples and characterized by control means including macro image acquisition control means for controlling an operation to acquire the macro image by the macro image acquiring means, image pickup condition setting means for setting an image pickup condition for the micro image of the sample with reference to the macro image, and micro image acquisition control means for controlling an operation to acquire the micro image by the micro image acquiring means wherein each of the plurality of samples is a sample slide in which a biological sample is enclosed, and the control means includes session managing means for defining a session in accordance with a sample group consisting of the plurality of sample slides stored in the sample storage means and managing a data group including data of the macro image, the image pickup condition, and data of the micro image for each of the samples as session data associated with the sample group for each session.
A method for controlling an operation of a compressor of a refrigerator comprising: - varying a cooling capacity of a compressor installed in a refrigerator by controlling a rotation direction of the compressor according to a load condition of the refrigerator, wherein the cooling capacity of the compressor increases when the compressor is rotated clockwise and decreases when the compressor is rotated counterclockwise, characterized in that the step of controlling the rotation direction of the compressor comprises: - a step in which the compressor of the refrigerator is rotated clockwise during a pre-set time; and - a step (S152, S153) in which when the pre-set time elapses, the compressor is rotated counterclockwise. - varying a cooling capacity of a compressor installed in a refrigerator by controlling a rotation direction of the compressor according to a load condition of the refrigerator, wherein the cooling capacity of the compressor increases when the compressor is rotated clockwise and decreases when the compressor is rotated counterclockwise, characterized in that the step of controlling the rotation direction of the compressor comprises: - a step in which the compressor of the refrigerator is rotated clockwise during a pre-set time; and - a step (S152, S153) in which when the pre-set time elapses, the compressor is rotated counterclockwise.
Mounting distance for mounting of suspension mounted façade coverings of a building, which mounting distance comprises a first and a second essentially planar elongate leg, the first leg having a first length and a first width, and the second leg having a second length and a second width and being arranged to each other to form an elongate thin plate structure having an L-shaped cross-section characterised in that the first leg has a length being essentially equal to the length of the second leg, and wherein the first leg, and the second leg, respectively, in a part (2a, 3a) is bent essentially perpendicular to its plane such that both legs (2, 3) after bending are of essentially the same length, and bent together so as to provide a two-layered supporting mounting plate for mounting the mounting distance to the wall, each layer being a part of the first and the second legs receptively.
Clamp having a clamp band, wherein the clamp band has in particular a V-shaped cross section, wherein the clamp band has at a first end a first clamping head and at a second end an opposite second clamping head, wherein a clamping element is provided with which the clamping heads (12, 13) can be clamped together and wherein a clip element is arranged on the first clamping head, which clip element has at least one latching formation on which the second clamping head can be latched, wherein the clip element is made of a spring steel band by means of a stamping and bending method, wherein the clip element is fastened on the first clamping head by means of a joining method, characterised in that the joining method is a projection welding method.
Anti-tampering protection assembly for sensing tampering with at least one conductor, said anti-tampering protection assembly comprising: unpredictably varying signal generating circuitry, connected to the conductor, for providing unpredictably varying signals on the conductor; and tampering sensing circuitry for sensing tampering with the conductor, wherein said sensing circuitry includes a comparator for ascertaining a difference between an expected received signal and an actual received signal; said generating circuitry configured to operate by changing a topology of said unpredictably varying signal generating circuitry or changing at least one applied signal applied thereto; and configured to select at least one of the following circuit component values; ground connections; one or more locations at which an unpredictable signal is supplied to the conductor; and one or more locations from which at least one received signal is received; and configured to supply the selection to the expected received signal characteristic storage/calculation circuitry. unpredictably varying signal generating circuitry, connected to the conductor, for providing unpredictably varying signals on the conductor; and tampering sensing circuitry for sensing tampering with the conductor, wherein said sensing circuitry includes a comparator for ascertaining a difference between an expected received signal and an actual received signal; said generating circuitry configured to operate by changing a topology of said unpredictably varying signal generating circuitry or changing at least one applied signal applied thereto; and configured to select at least one of the following circuit component values; ground connections; one or more locations at which an unpredictable signal is supplied to the conductor; and one or more locations from which at least one received signal is received; circuit component values; ground connections; one or more locations at which an unpredictable signal is supplied to the conductor; and one or more locations from which at least one received signal is received; and configured to supply the selection to the expected received signal characteristic storage/calculation circuitry.
A method of operating a network node (110, 1110) in a communication network, the method comprising: receiving a message from a communication device (120, 1000) connected to the network node and operating in the communication network, the message indicating that the communication device will enter an unavailable state, wherein the communication device is connected to the network node via a radio resource control, RRC, connection, and wherein receiving the message comprises receiving a media access control, MAC, protocol data unit, PDU including a bit indicating whether the unavailable state is for a predetermined duration; and responsive to receiving the message, preventing scheduling of a transmission to the communication device. receiving a message from a communication device (120, 1000) connected to the network node and operating in the communication network, the message indicating that the communication device will enter an unavailable state, wherein the communication device is connected to the network node via a radio resource control, RRC, connection, and wherein receiving the message comprises receiving a media access control, MAC, protocol data unit, PDU including a bit indicating whether the unavailable state is for a predetermined duration; and responsive to receiving the message, preventing scheduling of a transmission to the communication device.
A heat exchanger for gases, in particular engine exhaust gases, comprising a heat-exchanger casing that delimits a circuit for the circulation of a coolant fluid, a plurality of gas conduits installed within said heat-exchanger casing, a gas inlet for gas circulation and a coolant fluid inlet inside the casing, wherein the gas conduits each comprise an arrangement of baffles for distributing coolant on at least one of the outer faces thereof, said arrangement of baffles for distributing coolant comprising at least one inlet baffle located near the coolant inlet, said inlet baffle including a first portion and a second portion arranged in a substantially orthogonal position so as to guide the coolant inlet toward the gas inlet, characterized in that the baffles (101, 102, 103, 104) have a height (Rh) that is at most substantially equal to half the separation distance between gas conduits, among which said baffles (101, 102, 103, 104) are located and in that the baffles (101, 102, 103, 104) do not come into contact with baffles (101, 102, 103, 104) located in the adjoining gas conduit in an opposing manner.
A change-tolerant method of generating a fingerprint of a computing environment including a plurality of components, each of the components having an asset parameter associated therewith, the method comprising: retrieving asset parameters for each of the components; grouping the asset parameters into multiple categories based on at least one of source, volatility, and/or amount of entropy of the components corresponding to the asset parameters, each of the categories having at least one asset parameter; for each category of asset parameters: generating a share corresponding to each asset parameter of the category to produce a plurality of shares; modifying the share using the asset parameter; applying a secret sharing algorithm to a plurality of subsets of the shares as modified to generate a plurality of candidate identifiers corresponding to the plurality of subsets of shares; and selecting a candidate identifier from the plurality of candidate identifiers as a final identifier for the category based at least in part on a frequency of occurrence of that candidate identifier; and combining the final identifiers into a fingerprint corresponding to the computing environment, wherein the fingerprint is configured to provide verification of the plurality of components. retrieving asset parameters for each of the components; grouping the asset parameters into multiple categories based on at least one of source, volatility, and/or amount of entropy of the components corresponding to the asset parameters, each of the categories having at least one asset parameter; for each category of asset parameters: generating a share corresponding to each asset parameter of the category to produce a plurality of shares; modifying the share using the asset parameter; applying a secret sharing algorithm to a plurality of subsets of the shares as modified to generate a plurality of candidate identifiers corresponding to the plurality of subsets of shares; and selecting a candidate identifier from the plurality of candidate identifiers as a final identifier for the category based at least in part on a frequency of occurrence of that candidate identifier; and generating a share corresponding to each asset parameter of the category to produce a plurality of shares; modifying the share using the asset parameter; applying a secret sharing algorithm to a plurality of subsets of the shares as modified to generate a plurality of candidate identifiers corresponding to the plurality of subsets of shares; and selecting a candidate identifier from the plurality of candidate identifiers as a final identifier for the category based at least in part on a frequency of occurrence of that candidate identifier; and combining the final identifiers into a fingerprint corresponding to the computing environment, wherein the fingerprint is configured to provide verification of the plurality of components.
A coupling arrangement for a line having at least one fluid channel and at least one electric conductor for the transfer of high-power electric energy as well as for the transfer of a pressurised fluid, the coupling arrangement consisting of first and second coupling pieces (2, 3) with at least one fluid channel (4, 5) in each case and at least one electrical connection element (6, 7), wherein, in a coupled position of the first and second coupling pieces (2, 3), there exists a fluid-tight connection of the fluid channels (4, 5) and an electrically conducting connection between the electrical connection elements (6, 7), and in a decoupled position of the first and second coupling pieces (2, 3), the fluid channels (4, 5) and the electrical connection elements (6, 7) are separated from each other, wherein the coupling arrangement comprises an intermediate position between the coupled and the decoupled position, in which the first and second coupling pieces (2, 3) are, admittedly, connected with each other in a fluid-tight manner, but in which there is no electrically conducting connection between the electrical connection elements (6, 7), and in that safeguarding means are provided for preventing a transition from the intermediate position into the decoupled position, characterised in that the at least one fluid channel (4, 5) is arranged, at least section-wise, on the circumference around the electrical connection element (6, 7) of the first and second coupling pieces (2, 3).
- Use of a hydroxide XOH with X = Na or K, in a bituminous composition comprising a bitumen modified by a crosslinked elastomer which is a crosslinked vinyl aromatic hydrocarbon and conjugated diene copolymer, having a vinyl aromatic hydrocarbon content representing less than 30% by weight of the weight of the crosslinked elastomer, for improving the effect of the crosslinked elastomer on the elastic properties of the bituminous composition.
A bariatric device for placement into a stomach to achieve weight loss, comprising: a. a first element adapted to engage the upper stomach, b. a second element with a first restriction element (35; 49; 107), and c. a connecting element coupling the first element and the second element, characterized in that: the connecting element includes a plurality of connecting members each extending from the first element to the second element, the plurality of connecting members including at least a first connecting member and a second connecting member, and in that the first connecting member is constructed to extend along the lesser curve of the stomach and the second connecting member is constructed to extend along the greater curve of the stomach. a. a first element adapted to engage the upper stomach, b. a second element with a first restriction element (35; 49; 107), and c. a connecting element coupling the first element and the second element, the connecting element includes a plurality of connecting members each extending from the first element to the second element, the plurality of connecting members including at least a first connecting member and a second connecting member, and in that the first connecting member is constructed to extend along the lesser curve of the stomach and the second connecting member is constructed to extend along the greater curve of the stomach.
A method for manufacturing a rack housing, the method comprising: setting two laminating sheets on heating in an area of a mold corresponding to a three-dimensional shape of the rack housing with a tubular portion that covers a rack shaft, the area corresponding to the tubular portion, the laminating sheets each being formed by laminating a carbon fiber sheet and a film of a thermoplastic resin; and clamping the mold, impregnating the carbon fiber sheet with the thermoplastic resin of the film, pressing each of the two laminating sheets into a shape with a half tube corresponding to a half circumference of the tubular portion and connection portions at both ends of the half tube in a circumferential direction, and bonding two half tubes together at the connection portions thereof to form the tubular portion. setting two laminating sheets on heating in an area of a mold corresponding to a three-dimensional shape of the rack housing with a tubular portion that covers a rack shaft, the area corresponding to the tubular portion, the laminating sheets each being formed by laminating a carbon fiber sheet and a film of a thermoplastic resin; and clamping the mold, impregnating the carbon fiber sheet with the thermoplastic resin of the film, pressing each of the two laminating sheets into a shape with a half tube corresponding to a half circumference of the tubular portion and connection portions at both ends of the half tube in a circumferential direction, and bonding two half tubes together at the connection portions thereof to form the tubular portion.
Device for transferring a plurality of mutually parallel product streams (R1, R2) of respectively small-sized products, preferably confectionery products, into a single product stream or vice versa, comprising a gripper head with a plurality of gripping elements arranged along a circumferential direction and rotatable about a central axis of rotation extending perpendicular to the conveying direction, wherein the individual gripping elements on the outer circumference of the gripper head are each additionally pivotable about their own pivot axis perpendicular to the central axis of rotation between a first pivot position, in which the gripping elements are each associated with one of the plurality of product streams (R1, R2), and a second pivot position, in which the gripping elements are each associated with the single product stream, characterized in that in the first pivot position an offset extending parallel to the central axis of rotation is present between two gripping elements located adjacent in the circumferential direction of the gripper head, wherein said offset corresponds to the distance (b) between two adjacent product streams (R1, R2), and wherein the individual gripping elements are eccentrically arranged relative to the respective pivot axis.
An antenna system for monitoring a moving target, comprising: • a main antenna device comprising: - a parabolic reflector capable of reflecting radiation emitted by a target according to a first reception diagram having a main reception lobe having a first aperture angle (β), - a main antenna source capable of receiving the radiation reflected by the parabolic reflector, and • an acquisition aid antenna device fixedly mounted relative to the main antenna device, comprising an acquisition aid antenna source capable of receiving radiation emitted by a target according to a second reception diagram having a main reception lobe having a second aperture angle (γ), characterized in that the acquisition aid antenna source is multiband and in that the acquisition aid antenna device further comprises a lens disposed in the main reception lobe of the acquisition aid antenna source for concentrating the radiation received from the target to the antenna source, so as to receive the radiation emitted by the target according to a third reception diagram having a main reception lobe having a third aperture angle (δ) less than the second aperture angle (γ) and greater than the first aperture angle (β). • a main antenna device comprising: - a parabolic reflector capable of reflecting radiation emitted by a target according to a first reception diagram having a main reception lobe having a first aperture angle (β), - a main antenna source capable of receiving the radiation reflected by the parabolic reflector, and - a parabolic reflector capable of reflecting radiation emitted by a target according to a first reception diagram having a main reception lobe having a first aperture angle (β), - a main antenna source capable of receiving the radiation reflected by the parabolic reflector, and • an acquisition aid antenna device fixedly mounted relative to the main antenna device, comprising an acquisition aid antenna source capable of receiving radiation emitted by a target according to a second reception diagram having a main reception lobe having a second aperture angle (γ),
A detector unit for the detection of photons of incident x-ray or gamma radiation, comprising: - a conversion unit for converting incident photons into charge; a charge sensitive amplifier for amplifying said charge signals; - a signal processing circuit (40, 50, 60) for generating signals (V 0) that are dependent on the energy of a currently detected photon and at least one shape-parameter (R f); - a flux estimator for estimating the flux of photons and for adjusting the shape-parameter (R f) based on said estimated flux, wherein the flux estimator receives its input signals (V 1) from a processing stage that is independent of the output of the signal processing circuit (40, 50, 60), wherein the signal processing circuit comprises a shaper for generating an electrical pulse (V 0) with a shape determined by the energy of a currently detected photon and the shape-parameter (R f), characterized in that said shaper comprises an amplifier with a feedback path including a resistor (R f) and/or a capacitor (C f), and wherein the flux estimator comprises an integrator which receives as its input the output (V 1) of the charge sensitive amplifier and wherein the output of the integrator adjusts the resistor (R f) and/or the capacitor (C f) of the shaper. - a conversion unit for converting incident photons into charge; - a signal processing circuit (40, 50, 60) for generating signals (V 0) that are dependent on the energy of a currently detected photon and at least one shape-parameter (R f); - a flux estimator for estimating the flux of photons and for adjusting the shape-parameter (R f) based on said estimated flux, wherein the flux estimator receives its input signals (V 1) from a processing stage that is independent of the output of the signal processing circuit (40, 50, 60),