mhurhangee/ep-ind-claims huggingface dataset:
Industrial truck having a lifting frame, a load receiving means for receiving a load and a movement device for the load receiving means, wherein the movement device can be raised and lowered together with the load receiving means on the lifting frame, and the load receiving means can be moved relative to the lifting frame by means of the movement device, wherein a movement of the load receiving means, generated by the movement device relative to the lifting frame can be generated by means of an actuator element, wherein the movement device has: - a thrust device with which the load receiving means can be movable in an essentially horizontal vehicle transverse direction of the industrial truck as a movement, and/or - a pivoting device with which the load receiving means can be swivelled about an essentially vertical axis as a movement, characterized in that an electronic control device is provided which is operatively connected to a sensor device with which the lateral oscillations and/or the lateral accelerations of the lifting frame in the vehicle transverse direction are sensed, and the electronic control device actuates the actuating element, generating the movement of the load receiving means, as function of lateral oscillations and/or lateral accelerations of the lifting frame which are sensed by means of the sensor device, in such a way that active oscillation damping of the lateral oscillations of the lifting frame is brought about during activation of the actuating element and a corresponding movement of the load receiving means during the process of putting the load into storage or removing it from storage in a rack. - a thrust device with which the load receiving means can be movable in an essentially horizontal vehicle transverse direction of the industrial truck as a movement, and/or - a pivoting device with which the load receiving means can be swivelled about an essentially vertical axis as a movement,
Hydraulic machine having an impeller, a volute and a ring gate for interrupting the water flow through the water path of the hydraulic machine, comprising a first hollow body which wraps around the impeller axis and is configured in such a way that it can be moved in the axial direction from an open position into a closed position and back, it not being possible for any water flow to take place through the hydraulic machine when the first body is situated in the closed position, the ring gate comprising a second hollow body which wraps around the impeller axis and is configured in such a way that it can be moved in the axial direction from a first position outside the water path into a second position within the water path and back, the second body having openings in its wall, through which openings water can flow when the second body is situated in the second position and the first body is not situated in the closed position.
A method comprising: fermenting a low molecular weight sugar utilizing a fermenting microorganism, in the presence of oxidized fibrous biomass, to a product other than a sugar, and wherein the method comprises producing the oxidized fibrous biomass using ionizing radiation in an oxidizing environment, sonication in an oxidizing environment or oxidative pyrolysis prior to mixing with the low molecular weight sugar. fermenting a low molecular weight sugar utilizing a fermenting microorganism, in the presence of oxidized fibrous biomass, to a product other than a sugar, and wherein the method comprises producing the oxidized fibrous biomass using ionizing radiation in an oxidizing environment, sonication in an oxidizing environment or oxidative pyrolysis prior to mixing with the low molecular weight sugar.
A method of wireless communication, comprising selecting, from a set of baseline code rates, a baseline code rate to be used to encode a stream of bits using a polar code, based on at least one of a downlink control channel aggregation size, an uplink control channel assignment, or a payload size of the stream of bits; encoding the stream of bits using the polar code and the selected baseline code rate into a native encoded bitstream, wherein the native encoded stream of bits is of size N ∗, where N ∗ is an integer power of 2; performing rate-matching on the native encoded stream of bits to create the encoded stream of bits of size N; and transmitting the encoded stream of bits. selecting, from a set of baseline code rates, a baseline code rate to be used to encode a stream of bits using a polar code, based on at least one of a downlink control channel aggregation size, an uplink control channel assignment, or a payload size of the stream of bits; encoding the stream of bits using the polar code and the selected baseline code rate into a native encoded bitstream, wherein the native encoded stream of bits is of size N ∗, where N ∗ is an integer power of 2; performing rate-matching on the native encoded stream of bits to create the encoded stream of bits of size N; and transmitting the encoded stream of bits.
A method of transmitting information at least indicative of a property of a first component of a vehicle or a second component of a vehicle, the method comprising: attempting to establish a connection between the first component and the second component, the connection being a connection via which information can be transmitted between the first and second components; if the connection can be established, transmitting a signal from the first component of the vehicle, or the second component of the vehicle, the signal comprising information which is at least indicative of a property of the second component, and information which is at least indicative of a property of the first component, the transmitted and/or determined information being orientation and/or order information for the components; and if the connection cannot be established, transmitting a signal from the first component of the vehicle or the second component of the vehicle, the or each signal comprising orientation and/or order information for the component from which the signal is transmitted; and wherein the method further comprises: using the orientation and/or order information for the components to provide orientation and/or order specific instructions back to at least one of the components. attempting to establish a connection between the first component and the second component, the connection being a connection via which information can be transmitted between the first and second components; if the connection can be established, transmitting a signal from the first component of the vehicle, or the second component of the vehicle, the signal comprising information which is at least indicative of a property of the second component, and information which is at least indicative of a property of the first component, the transmitted and/or determined information being orientation and/or order information for the components; and if the connection cannot be established, transmitting a signal from the first component of the vehicle or the second component of the vehicle, the or each signal comprising orientation and/or order information for the component from which the signal is transmitted; and wherein the method further comprises: using the orientation and/or order information for the components to provide orientation and/or order specific instructions back to at least one of the components. using the orientation and/or order information for the components to provide orientation and/or order specific instructions back to at least one of the components.
An apparatus for sensing a rotational position of a target, in particular for offset invariant sensing of the rotational position of the target, the apparatus comprising: at least three sensor elements (120, 130, 140), which are arranged in one or more planes, wherein in case of more than one plane, the planes are parallel to each other, wherein at least one sensor element of the at least three sensor elements (120, 130, 140) generates an alternating first magnetic field, wherein at least two sensor elements of the at least three sensor elements (120, 130, 140) receive a second magnetic field associated with the first magnetic field, wherein the second magnetic field is the first magnetic field affected by the target by deforming the magnetic field lines of the first magnetic field in a preferred direction and wherein the at least two sensor elements of the at least three sensor elements (120, 130, 140) form at least one sensor element pair and provide a signal indicative of the position of the target, and wherein at least a portion of the at least one sensor element of the at least three sensor elements (120, 130, 140), which generates the first magnetic field, spatially surrounds the at least two sensor elements of the at least three sensor elements (120, 130, 140), which receive the second magnetic field. at least three sensor elements (120, 130, 140), which are arranged in one or more planes, wherein in case of more than one plane, the planes are parallel to each other, wherein at least one sensor element of the at least three sensor elements (120, 130, 140) generates an alternating first magnetic field, wherein at least two sensor elements of the at least three sensor elements (120, 130, 140) receive a second magnetic field associated with the first magnetic field, wherein the second magnetic field is the first magnetic field affected by the target by deforming the magnetic field lines of the first magnetic field in a preferred direction and wherein the at least two sensor elements of the at least three sensor elements (120, 130, 140) form at least one sensor element pair and provide a signal indicative of the position of the target, and wherein at least a portion of the at least one sensor element of the at least three sensor elements (120, 130, 140), which generates the first magnetic field, spatially surrounds the at least two sensor elements of the at least three sensor elements (120, 130, 140), which receive the second magnetic field.
A sample processing system for analyzing a biological sample from a patient, the sample processing system comprising: a plurality of analyzers (101, 102, 107, 106) comprising at least one mass spectrometer, wherein each analyzer (101, 102, 107, 106) in the plurality of analyzers (101, 102, 107, 106) is configured to acquire at least one measurement value related to at least one characteristic of the biological sample; at least one data storage component which stores (i) a list of parameters for the plurality of analyzers (101, 102, 107, 106), and (ii) at least two condition sets, which contain data associated with completing one or more test orders, wherein the at least two condition sets contain data which differ by at least one variable; and a control system operatively coupled to the plurality of analyzers (101, 102, 107, 106), and the at least one data storage component, and wherein the control system comprises a data processor and a computer readable medium, the computer readable medium comprising code, executable by the data processor to (i) determine which condition set of the at least two condition sets to use, (ii) determine which analyzer (101, 102, 107, 106) or analyzers (101, 102, 107, 106) of the plurality of analyzers (101, 102, 107, 106) to use to process the one or more test orders based on the determined condition set and one or more parameters from the list of parameters, and (iii) cause the determined analyzer (101, 102, 107, 106) or analyzers (101, 102, 107, 106) to acquire one or more measurement values for the biological sample. a plurality of analyzers (101, 102, 107, 106) comprising at least one mass spectrometer, wherein each analyzer (101, 102, 107, 106) in the plurality of analyzers (101, 102, 107, 106) is configured to acquire at least one measurement value related to at least one characteristic of the biological sample; at least one data storage component which stores (i) a list of parameters for the plurality of analyzers (101, 102, 107, 106), and (ii) at least two condition sets, which contain data associated with completing one or more test orders, wherein the at least two condition sets contain data which differ by at least one variable; and a control system operatively coupled to the plurality of analyzers (101, 102, 107, 106), and the at least one data storage component, and wherein the control system comprises a data processor and a computer readable medium, the computer readable medium comprising code, executable by the data processor to (i) determine which condition set of the at least two condition sets to use, (ii) determine which analyzer (101, 102, 107, 106) or analyzers (101, 102, 107, 106) of the plurality of analyzers (101, 102, 107, 106) to use to process the one or more test orders based on the determined condition set and one or more parameters from the list of parameters, and (iii) cause the determined analyzer (101, 102, 107, 106) or analyzers (101, 102, 107, 106) to acquire one or more measurement values for the biological sample.
A computer-implemented method for managing a blockchain-based centralized ledger system, the method comprising: receiving a trust timestamp and an associated signature from a trust time server by a centralized ledger server in the blockchain-based centralized ledger system, the trust time server being associated with a trust time authority and independent from the blockchain-based centralized ledger system, the blockchain-based centralized ledger system storing data in a plurality of data blockchains, each of the plurality of data blockchains comprising a plurality of data blocks storing transaction data; storing the trust timestamp and the associated signature from the trust time server in a centralized trust timestamp blockchain by the centralized ledger server, the centralized trust timestamp blockchain comprising a plurality of timestamp blocks storing trust timestamp information of the trust time server for the blockchain-based centralized ledger system; and maintaining the centralized trust timestamp blockchain by the centralized ledger server, wherein the centralized ledger server is configured to sequentially store trust timestamps and associated signatures received from the trust time server in respective timestamp blocks according to a chronological order of receiving the trust timestamps and associated signatures from the trust time server, wherein the centralized trust timestamp blockchain is independent from the plurality of data blockchains and configured to be an independent time authority for providing timestamp services to data blockchains stored in the blockchain-based centralized ledger system. receiving a trust timestamp and an associated signature from a trust time server by a centralized ledger server in the blockchain-based centralized ledger system, the trust time server being associated with a trust time authority and independent from the blockchain-based centralized ledger system, the blockchain-based centralized ledger system storing data in a plurality of data blockchains, each of the plurality of data blockchains comprising a plurality of data blocks storing transaction data; storing the trust timestamp and the associated signature from the trust time server in a centralized trust timestamp blockchain by the centralized ledger server, the centralized trust timestamp blockchain comprising a plurality of timestamp blocks storing trust timestamp information of the trust time server for the blockchain-based centralized ledger system; and maintaining the centralized trust timestamp blockchain by the centralized ledger server, wherein the centralized ledger server is configured to sequentially store trust timestamps and associated signatures received from the trust time server in respective timestamp blocks according to a chronological order of receiving the trust timestamps and associated signatures from the trust time server, wherein the centralized trust timestamp blockchain is independent from the plurality of data blockchains and configured to be an independent time authority for providing timestamp services to data blockchains stored in the blockchain-based centralized ledger system.
A device for detecting a cyber attack in an information and communication system in which a web server managing a web page and at least one user terminal operated by at least one user who uses the web page are connected via a network, the device comprising: an event receiving unit configured to receive an event generated in the at least one user terminal according to a behavior of at least one user who accesses the web server and uses web services provided from the web page; a model generating unit configured to generate an event model by extracting an event pattern corresponding to a behavior of at least one user who uses the web services based on the received event; and an attack detecting unit configured to detect whether access of the web server by a specific user terminal is an attack by comparing the generated event model with an event received from the specific user terminal, wherein the model generating unit includes a pattern extracting module configured to extract at least one event pattern by combining sequences of events received in the event receiving unit along a movement path among web pages generated by a request of the at least one user who uses the web services, wherein the model generating unit includes a model generating module configured to collect the pattern or patterns, statistically analyze a flow of events corresponding to the behavior of the at least one user who uses the web services based on the collected event pattern or patterns, and generates the event model, wherein the event model is generated to include the event pattern or patterns which are generated at a frequency higher than a preset access frequency threshold value. an event receiving unit configured to receive an event generated in the at least one user terminal according to a behavior of at least one user who accesses the web server and uses web services provided from the web page; a model generating unit configured to generate an event model by extracting an event pattern corresponding to a behavior of at least one user who uses the web services based on the received event; and an attack detecting unit configured to detect whether access of the web server by a specific user terminal is an attack by comparing the generated event model with an event received from the specific user terminal, wherein the model generating unit includes a pattern extracting module configured to extract at least one event pattern by combining sequences of events received in the event receiving unit along a movement path among web pages generated by a request of the at least one user who uses the web services, wherein the model generating unit includes a model generating module configured to collect the pattern or patterns, statistically analyze a flow of events corresponding to the behavior of the at least one user who uses the web services based on the collected event pattern or patterns, and generates the event model, wherein the event model is generated to include the event pattern or patterns which are generated at a frequency higher than a preset access frequency threshold value.
A wheel holder for fastening to a wheel, in particular to a wheel of a motor vehicle, the wheel holder comprising: at least two arms (22, 23, 24) extending from a base plate of the wheel holder in a radial direction outward; each of the arms (22, 23, 24) having at least one movable element (32, 33, 34) that is movable in the radial direction; a central rotation element that is disposed in a center of the wheel holder such that it can rotate; at least two coupling elements (52, 53, 54) each extending between one of the movable elements (32, 33, 34) and the central rotation element such that the movable elements (32, 33, 34) are movable in the radial direction by rotation of the rotation element; characterized in that the rotation element is attached to the base plate of the wheel holder with a freewheeling system, and wherein the freewheeling system has at least one operating state in which the rotation element is rotatable in a freewheeling direction and rotation of the rotation element in a blocking direction opposite to the freewheeling direction is blocked. at least two arms (22, 23, 24) extending from a base plate of the wheel holder in a radial direction outward; each of the arms (22, 23, 24) having at least one movable element (32, 33, 34) that is movable in the radial direction; a central rotation element that is disposed in a center of the wheel holder such that it can rotate; at least two coupling elements (52, 53, 54) each extending between one of the movable elements (32, 33, 34) and the central rotation element such that the movable elements (32, 33, 34) are movable in the radial direction by rotation of the rotation element; characterized in that the rotation element is attached to the base plate of the wheel holder with a freewheeling system, and wherein the freewheeling system has at least one operating state in which the rotation element is rotatable in a freewheeling direction and rotation of the rotation element in a blocking direction opposite to the freewheeling direction is blocked.
Device for assembling insulating glass panes (1AB, 2AB; 3AB) from glass panels (1A, 1 B, 2A, 2B; 3A, 3B), comprising a first horizontal conveyor having a conveying track, a rotating station, a second horizontal conveyor having two conveying tracks (61a, 61b) and an assembling and pressing station, wherein the first horizontal conveyor conveys the glass panels (1A-3B), which are to be assembled to insulating glass panes (1AB, 2AB; 3AB) to the rotating station and the second horizontal conveyor conveys said glass panels from the rotating station to the assembling and pressing station, characterized in that, in the conveying direction of the glass panels (1A-2B; 3A, 3B) downstream the rotating station a rotatable buffer station is provided.