mhurhangee/ep-ind-claims huggingface dataset:
Method for giving a user access to information about a product with the following steps: the product is marked with at least one code which is stored in an RFID tag, the at least code is read over a first contactless interface with a RFID reader (2, 3) which is integrated in a mobile device or is connected with a mobile device, wherein said mobile device comprises an identification card for identification of the user, and the identification card comprises a cryptographic security element, the mobile device sends said code over a mobile radio network to a name service server, the name service server replies with the address of one or more hypertext page(s), the desired information is accessed with the one or more hypertext page(s), characterized in that the access on the desired information is secured on the basis of said identification card, that the cryptographic security element is used for identifying the user with respect to the RFID tag, and that the following steps are performed: the RFID tag sends a challenge to the identification card, the cryptographic security element calculates a response to the RFID tag, and the RFID tag grants the access to the code only, if the received reply is correct. the product is marked with at least one code which is stored in an RFID tag, the at least code is read over a first contactless interface with a RFID reader (2, 3) which is integrated in a mobile device or is connected with a mobile device, wherein said mobile device comprises an identification card for identification of the user, and the identification card comprises a cryptographic security element, the mobile device sends said code over a mobile radio network to a name service server, the name service server replies with the address of one or more hypertext page(s), the desired information is accessed with the one or more hypertext page(s), characterized in that the access on the desired information is secured on the basis of said identification card, that the cryptographic security element is used for identifying the user with respect to the RFID tag, and that the following steps are performed: the RFID tag sends a challenge to the identification card, the cryptographic security element calculates a response to the RFID tag, and the RFID tag grants the access to the code only, if the received reply is correct. the RFID tag sends a challenge to the identification card, the cryptographic security element calculates a response to the RFID tag, and the RFID tag grants the access to the code only, if the received reply is correct.
A machine for grinding slabs, comprising: - a conveyor configured for moving a plurality of slabs along a feed direction from an infeed station to an outfeed station passing through a grinding station; - a plurality of grinding wheels facing the grinding station and configured for grinding one or more slabs in the grinding station; - positioning means acting on a calibration station upstream of the grinding station and configured for adjusting the orientation of one or more slabs relative to the respective feed direction; - a main frame supporting the plurality of grinding wheels, the main frame defining a base for supporting the machine; characterised in that it comprises a secondary frame supporting the positioning means, the secondary frame having at least a supporting portion configured for supporting or anchoring on the ground and at least a connecting portion configured for a reversible connection with the main frame, the positioning means comprising thrust elements rotationally movable between an engaging position wherein the thrust elements are configured for making contact against an end edge of a slab positioned in the calibration station, and a disengaging position, wherein the thrust elements are configured so as not to interfere with a feeding of the slabs towards the grinding station, the thrust elements also being transferable parallel to the feed direction between an advanced position and a withdrawn position, the positioning means comprising a mechanism for adjusting the reciprocal distance between the thrust elements in a direction transversal to the feed direction. - a conveyor configured for moving a plurality of slabs along a feed direction from an infeed station to an outfeed station passing through a grinding station; - a plurality of grinding wheels facing the grinding station and configured for grinding one or more slabs in the grinding station; - positioning means acting on a calibration station upstream of the grinding station and configured for adjusting the orientation of one or more slabs relative to the respective feed direction; - a main frame supporting the plurality of grinding wheels, the main frame defining a base for supporting the machine; the thrust elements also being transferable parallel to the feed direction between an advanced position and a withdrawn position, the positioning means comprising a mechanism for adjusting the reciprocal distance between the thrust elements in a direction transversal to the feed direction.
A method of transmitting a frame from a first mobile station to a second mobile station in a Wireless Local Area Network, WLAN, system, the method comprising: receiving, by the first mobile station, information about an association identifier, AID, from an access point, the AID identifying the first mobile station in the WLAN system; transmitting, by the first mobile station, a Direct Link Setup, DLS, request frame to the second mobile station via the access point to request a setup for a direct link with the second mobile station, the DLS request frame including the AID of the first mobile station; receiving, by the first mobile station, a DLS response frame from the second mobile station via the access point in response to the DLS request frame, the DLS response frame including an AID of the second mobile station; generating, by the first mobile station, a Physical Layer Convergence Procedure, PLCP, Protocol Data Unit, PPDU, the PPDU including a Very High Throughput-Signal, VHT-SIG, field and a PLCP Service Data Unit, PSDU; and transmitting, by the first mobile station, the PPDU to the second station via the direct link, wherein the VHT-SIG field includes identity information indicating a partial AID that is formed from the AID of the second mobile station and has a length shorter than the length of the AID of the second mobile station. receiving, by the first mobile station, information about an association identifier, AID, from an access point, the AID identifying the first mobile station in the WLAN system; transmitting, by the first mobile station, a Direct Link Setup, DLS, request frame to the second mobile station via the access point to request a setup for a direct link with the second mobile station, the DLS request frame including the AID of the first mobile station; receiving, by the first mobile station, a DLS response frame from the second mobile station via the access point in response to the DLS request frame, the DLS response frame including an AID of the second mobile station; generating, by the first mobile station, a Physical Layer Convergence Procedure, PLCP, Protocol Data Unit, PPDU, the PPDU including a Very High Throughput-Signal, VHT-SIG, field and a PLCP Service Data Unit, PSDU; and transmitting, by the first mobile station, the PPDU to the second station via the direct link, wherein the VHT-SIG field includes identity information indicating a partial AID that is formed from the AID of the second mobile station and has a length shorter than the length of the AID of the second mobile station.
Processing machine comprising at least one cleaning device for cleaning a substrate, the at least one cleaning device and the at least one substrate can be arranged in a first cleaning state, the at least one cleaning device comprising at least two flow elements and/or brushes, in the first cleaning state the substrate being arranged spaced apart from the at least one cleaning device, it being possible to arrange the at least one cleaning device and the at least one substrate in a second cleaning state, in the second cleaning state the substrate being arranged so as to be in contact with the at least two flow elements and/or the brushes of the at least one cleaning device, and the at least one cleaning device and the substrate being arranged so as to be transferrable at least from the first cleaning state into the second cleaning state, the at least one cleaning device being arranged so as to be displaced from a first cleaning position in the first cleaning state into a second cleaning position in the second cleaning state, in the first cleaning position the at least one cleaning device being functionally connected to a cleaning region on the substrate and/or on the transport path intended for the substrate, and, in the second cleaning position of the at least one cleaning device, the cleaning region being arranged so as to be shifted on the substrate and/or on the transport path intended for the substrate, and, in the first cleaning state and in the second cleaning state, the at least one cleaning device being arranged so as to apply a suction force at least onto the cleaning region.
A marking method for marking glass sheets that comprise at least on one of their two glass surfaces (1a;b) a protective coating, in particular in the form of a polymer coating or in the form of a peel-off protective film, and comprise a functional coating, situated under the protective coating, having at least one metal-containing and/or at least one ceramic functional layer, characterized in that the protective coating is removed, in particular burned, by laser radiation in the region of a marking that is to be applied, and, in the same working step, the functional coating is modified in its color by the laser radiation in the region exposed by the removal of the protective coating in order to produce the marking.
A computer-implemented method of constructing a grid representative of the distribution of a physical property of an underground formation by multipoint statistical simulation, from at least one conditioning point where the value of said property is known, said grid being represented by a digital computer model, each cell of said grid being associated with a geographical position, characterized in that at least the following steps are carried out: a) defining a set of initial cells MI, said set containing at least one of said conditioning points, b) visiting each initial cell MI of said set and assigning to each cell MI a representative value of said property by means of a filling method constrained by said value of said property known in at least one of said conditioning points, c) identifying at least one unvisited cell MNV adjoining at least one already visited cell MV and, for each cell MNV, determining the number N of adjoining visited cells MV, d) visiting each unvisited cell MNV according to a decreasing order of the value of N and assigning to each cell MNV a representative value of said property by means of a filling method constrained by said value of said property determined in at least one adjoining cell MV, e) repeating stages c) to d) until each cell of said grid has been visited. a) defining a set of initial cells MI, said set containing at least one of said conditioning points, b) visiting each initial cell MI of said set and assigning to each cell MI a representative value of said property by means of a filling method constrained by said value of said property known in at least one of said conditioning points, c) identifying at least one unvisited cell MNV adjoining at least one already visited cell MV and, for each cell MNV, determining the number N of adjoining visited cells MV, d) visiting each unvisited cell MNV according to a decreasing order of the value of N and assigning to each cell MNV a representative value of said property by means of a filling method constrained by said value of said property determined in at least one adjoining cell MV, e) repeating stages c) to d) until each cell of said grid has been visited.
A spacecraft comprising at least one radiative fin, comprising: - an end fitting of heat conductive material, adapted to be mounted on the spacecraft, - a flexible radiative laminate, connected to the end fitting at one end and having an opposite free end, and comprising: o at least one pyrolytic graphite sheet, and o at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and - a flexible rod, extending from the end fitting along at least part of a side of the flexible radiative laminate and being affixed to the latter, wherein the flexible rod is adapted to occupy a folded position and a deployed position and to exert, while in the folded position, a deployment torque adapted to bring the flexible rod back to the deployed position the spacecraft further comprising at least one solar array wing and a deployment mechanism adapted to bring the solar array wing from a stowed position to a deployed position, characterised in that the radiative fin is maintained, in the folded position, between the solar array wing and a wall of the spacecraft by the solar array wing, and wherein the deployment of the solar array wing allows the radiative laminate of the fin to reach to the deployed position. - an end fitting of heat conductive material, adapted to be mounted on the spacecraft, - a flexible radiative laminate, connected to the end fitting at one end and having an opposite free end, and comprising: o at least one pyrolytic graphite sheet, and o at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and o at least one pyrolytic graphite sheet, and o at least one heat emission layer in contact with the pyrolythic graphite sheet on at least part of the surface of the pyrolythic graphite sheet, and - a flexible rod, extending from the end fitting along at least part of a side of the flexible radiative laminate and being affixed to the latter, wherein the flexible rod is adapted to occupy a folded position and a deployed position and to exert, while in the folded position, a deployment torque adapted to bring the flexible rod back to the deployed position
An initiator composition for curing an unsaturated polyester resin at room temperature, the initiator composition comprising: at least two first peroxides; and a second peroxide; wherein: the at least two first peroxides are selected from the group consisting of benzoyl peroxide, 2,4-dichlorobenzoyl peroxide, lauroyl peroxide, and diacetyl peroxide; and the second peroxide is di-t-butyl peroxide or t-butyl cumyl peroxide. at least two first peroxides; and a second peroxide; the at least two first peroxides are selected from the group consisting of benzoyl peroxide, 2,4-dichlorobenzoyl peroxide, lauroyl peroxide, and diacetyl peroxide; and the second peroxide is di-t-butyl peroxide or t-butyl cumyl peroxide.
Casting mould for producing a cast body with a casting mould wall surrounding and conforming to the contour of the cast body to be produced, characterized in that the casting mould wall is divisible into at least two mould wall segments (G1-G5), which are connected to each other integrally and in fluid-tight manner via a hinge region, that the hinge region is constructed and arranged such that the at least two mould wall segments (G1-G5) are pivotable relative to one another about a swivel axis that can be assigned to the hinge region, and that the at least two mould wall segments (G1-G5) and the hinge region are produced by means of a generative manufacturing method.
Portable medium dispenser for discharging liquid, pasty or powdery media, comprising - a housing having a discharge opening, - a medium store for accommodating the medium before discharge, and - an actuating handle, by means of which a conveying process can be effected, in which medium is conveyed from the medium store to the discharge opening, wherein the dispenser has a detecting device for detecting a shaking movement, said detecting device comprising a haptic, optical or acoustic output device (230a, 230b) and being designed in such a way that it transfers the output device from a first state into a second state in response to manual shaking of the dispenser, wherein - the detecting device comprises an energy store for storing electrical energy and an energy converter, which, by shaking, converts introduced mechanical energy into electrical energy, wherein the electrical energy thus produced charges the energy store, and - the output device (230a, 230b) is connected to the energy store via a circuit (260a, 260b) which causes a separation of the energy store from the output device (230a, 230b) as long as the energy stored in the energy store does not exceed a limit value. - a housing having a discharge opening, - a medium store for accommodating the medium before discharge, and - an actuating handle, by means of which a conveying process can be effected, in which medium is conveyed from the medium store to the discharge opening, - the detecting device comprises an energy store for storing electrical energy and an energy converter, which, by shaking, converts introduced mechanical energy into electrical energy, wherein the electrical energy thus produced charges the energy store, and - the output device (230a, 230b) is connected to the energy store via a circuit (260a, 260b) which causes a separation of the energy store from the output device (230a, 230b) as long as the energy stored in the energy store does not exceed a limit value.
A fibre optic sensing method for determining location and direction information of disturbances occurring in the environment of a sensor optical fibre, the method comprising: launching optical pulses into first and second polarisation eigenmodes (f,s) of a polarisation maintaining sensor optical fibre; detecting temporal speckle patterns of light backscattered from the first and second polarisation (f,s) eigenmodes of the fibre; comparing between at least two temporal speckle patterns detected from a first or second polarisation eigenmode (f,s) to determine the location information of a disturbance in the environment of the sensor optical fibre, wherein the location information corresponds to a distance along the sensor optical fibre; and comparing between changes in the at least two temporal speckle patterns of the first and second polarisation eigenmodes (f,s) to determine direction information of the disturbance, wherein the direction information corresponds to a radial direction (θ) from the axis of the sensor optical fibre. launching optical pulses into first and second polarisation eigenmodes (f,s) of a polarisation maintaining sensor optical fibre; detecting temporal speckle patterns of light backscattered from the first and second polarisation (f,s) eigenmodes of the fibre; comparing between at least two temporal speckle patterns detected from a first or second polarisation eigenmode (f,s) to determine the location information of a disturbance in the environment of the sensor optical fibre, wherein the location information corresponds to a distance along the sensor optical fibre; and comparing between changes in the at least two temporal speckle patterns of the first and second polarisation eigenmodes (f,s) to determine direction information of the disturbance, wherein the direction information corresponds to a radial direction (θ) from the axis of the sensor optical fibre.
A polymer comprising a unit represented by any one of Formulae and below, wherein, R 1 represents a hydrogen atom or an alkyl group, R 2 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, A represents an oxygen atom or an NH group, L represents an alkylene group, and M represents a divalent metal, an SiX 2 group, or an AIX group, where X represents a halogen atom or an OR 5 group, R 5 being a hydrogen atom, an alkyl group, an aryl group, or an aralkyl group, wherein, R 1 represents a hydrogen atom or an alkyl group, R 2 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, A represents an oxygen atom or an NH group, and L represents an alkylene group. R 1 represents a hydrogen atom or an alkyl group, R 2 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, A represents an oxygen atom or an NH group, L represents an alkylene group, and M represents a divalent metal, an SiX 2 group, or an AIX group, where X represents a halogen atom or an OR 5 group, R 5 being a hydrogen atom, an alkyl group, an aryl group, or an aralkyl group, R 1 represents a hydrogen atom or an alkyl group, R 2 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 4 carbon atoms, A represents an oxygen atom or an NH group, and L represents an alkylene group.
An isolated peptide consisting of a sequence of amino acids selected from the group consisting of: SEQ ID NO: 1, 2, and 6, or a derivative, whereby the derivative enolase peptide contains one or more additional regions or moieties covalently joined to the peptide, wherein the additional regions or moieties are different from a S. aureus enolase peptide.
A method of determining reactivity of a nuclear reactor, the method comprising: receiving, by a reactivity computer comprising a processor and a memory, a neutron detector response for a discrete period of time; characterized by performing, by the reactivity computer, a statistical check on the neutron detector response; determining, by the reactivity computer, when the neutron detector response is acceptable based on the statistical check; and calculating, by the reactivity computer, a reactivity using a prior delayed neutron concentration when the neutron detector response is not acceptable and using a newly calculated delayed neutron concentration when the neutron detector response is acceptable. receiving, by a reactivity computer comprising a processor and a memory, a neutron detector response for a discrete period of time; characterized by performing, by the reactivity computer, a statistical check on the neutron detector response; determining, by the reactivity computer, when the neutron detector response is acceptable based on the statistical check; and calculating, by the reactivity computer, a reactivity using a prior delayed neutron concentration when the neutron detector response is not acceptable and using a newly calculated delayed neutron concentration when the neutron detector response is acceptable.
Process for the preparation of a cellulose yarn, the process comprising: a) extracting cellulose from at least one citrus fruit, and b) spinning cellulose to obtain a yarn, wherein the extraction of said cellulose from the at least one citrus fruit comprises: a1) providing a raw material deriving from the at least one citrus fruit; a2) treating said raw material with hydrogen peroxide in basic conditions, preferably in the presence of sodium hydroxide, wherein the cellulose extracted from the at least one citrus fruit comprises at least 90 wt % alpha-cellulose and wherein no chlorine-containing agents are used. a) extracting cellulose from at least one citrus fruit, and b) spinning cellulose to obtain a yarn, a1) providing a raw material deriving from the at least one citrus fruit; a2) treating said raw material with hydrogen peroxide in basic conditions, preferably in the presence of sodium hydroxide,
A method for preparing a Schwann cell in vitro comprising introducing into a somatic cell of a mammal a combination of SOX10 gene or an expression product thereof and KROX20 gene or an expression product thereof, wherein the Schwann cell is directly induced from the somatic cell without passing through pluripotent stem cells, and wherein the somatic cell is a fibroblast, a vascular endothelial cell, adipocyte, keratinocyte, oral mucosal epithelial cell, gingival cell or leukocyte.