mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating a secret in a first distributed ledger technology system (DLT x) for generating a private key in at least one second distributed ledger technology system (DLT y), the method comprising the following steps: - providing at least one processing unit and a data memory; - generating a secret for a user A by means of the processing unit, the generation of the secret being carried out by means of a signature function sig according to the following formula: secretx = sig x_privKeyA, x_pubKeyA, where: (x_privKey A, x_pubKeyA) denotes a tuple comprising a private key and a public key of the user A in the first DLT system (DLT x), x_privKeyA denoting the private key for the user A, and x_pubKey A denoting the associated public key; sign(privKey, x) denotes a function, which, based on asymmetric cryptography, uses the private key privKey to create a signature of the bit sequence x by means of a signature mechanism; - storing the gener - ated secret in the at least one data memory; and - generating a private key in the second DLT system (DLT y), using the secret secretx. - providing at least one processing unit and a data memory; - generating a secret for a user A by means of the processing unit, the generation of the secret being carried out by means of a signature function sig according to the following formula: secretx = sig x_privKeyA, x_pubKeyA, where: (x_privKey A, x_pubKeyA) denotes a tuple comprising a private key and a public key of the user A in the first DLT system (DLT x), x_privKeyA denoting the private key for the user A, and x_pubKey A denoting the associated public key; sign(privKey, x) denotes a function, which, based on asymmetric cryptography, uses the private key privKey to create a signature of the bit sequence x by means of a signature mechanism; (x_privKey A, x_pubKeyA) denotes a tuple comprising a private key and a public key of the user A in the first DLT system (DLT x), x_privKeyA denoting the private key for the user A, and x_pubKey A denoting the associated public key; sign(privKey, x) denotes a function, which, based on asymmetric cryptography, uses the private key privKey to create a signature of the bit sequence x by means of a signature mechanism; - storing the gener - ated secret in the at least one data memory; and - generating a private key in the second DLT system (DLT y), using the secret secretx.
A biological component enrichment unit for the isolation, purification and/or determination of a biological component using particles and/or other solid phases contained in a liquid sample comprising: - a magnetic tool comprising a magnet covered with a protective membrane; - a washing and concentration unit (15, 24) and/or culture plate; - at least one sample container, wherein the at least one sample container is a sample bag selected from the group consisting of a food sample stomacher bag, water sample bag and blood bag, wherein the at least one sample container contains a liquid sample whose volume is essentially greater than that of the containers of the washing and concentration unit (15, 24); - a lead-through structure comprised of a tube/bushing arrangement made up of one or several parts and having one or several openings; and - a stand, which is fastenable to the sample bag and is arranged in connection with the lead-through structure. - a magnetic tool comprising a magnet covered with a protective membrane; - a washing and concentration unit (15, 24) and/or culture plate; - at least one sample container, wherein the at least one sample container is a sample bag selected from the group consisting of a food sample stomacher bag, water sample bag and blood bag, wherein the at least one sample container contains a liquid sample whose volume is essentially greater than that of the containers of the washing and concentration unit (15, 24); - a lead-through structure comprised of a tube/bushing arrangement made up of one or several parts and having one or several openings; and - a stand, which is fastenable to the sample bag and is arranged in connection with the lead-through structure.
A retrieval system for retrieving a well component, such as a plug, from a well tubular metal structure having a restriction and a top, said retrieval system comprising: - a tool string having a longitudinal extension and comprising: - a connection tool configured to connect with the well component, - a force generator having a first part and a second part which is connectable with the connection tool and movable in relation to the first part for providing the axial force in the longitudinal extension, and - an anchoring section having at least one projectable element for anchoring the tool string, wherein the retrieval system further comprises a safety unit surrounding the tool string and having at least one wall and at least one abutment face configured to abut the restriction, characterized in that said at least one projectable element abuts the wall of the safety unit in order to anchor the tool string in the safety unit. - a tool string having a longitudinal extension and comprising: - a connection tool configured to connect with the well component, - a force generator having a first part and a second part which is connectable with the connection tool and movable in relation to the first part for providing the axial force in the longitudinal extension, and - an anchoring section having at least one projectable element for anchoring the tool string, - a connection tool configured to connect with the well component, - a force generator having a first part and a second part which is connectable with the connection tool and movable in relation to the first part for providing the axial force in the longitudinal extension, and - an anchoring section having at least one projectable element for anchoring the tool string,
A tent frame comprising a hub from which extends a plurality of limbs (14,15), respective ends of some of which are secured to the hub by way of respective pivots, constituting a first set of pivots, having respective pivot axes which are parallel to one another, in which respective ends of at least two of the said plurality of limbs (14, 15) are secured to the hub by way of respective pivots, constituting a second set of pivots, enabling the said at least two of the said plurality of limbs (14, 15) to be pivoted about respective axes which are transverse, or have a component which is transverse, of the pivot axes of the said first set of pivots whilst the frame is unfolded into an erect condition and whilst it is folded for stowage, the pivots (16, 24) of the first and second set of pivots being fixed in position relative to one another even when the limbs (14, 15) are pivoted about their respective pivots (16, 24), characterised in that the hub is provided with respective guide cams for at least two limbs attached to the hub by way of ball and socket joints constituting or being included in the said second set of pivots.
A computing system including a plurality of entities (21,...,24), wherein each of the entities involved in a transaction requested by a user is configured to capture its own behavior data reflecting a dynamic behavior of the entity that captured it, wherein said system is configured to generate a set of locality-sensitive-hashing hashes from each of said behavior data, said system comprising a repository that stores a plurality of usage patterns (50, 60, 70, 80), wherein the repository has been populated with said a plurality of usage patterns at a first stage, each of said usage pattern corresponding to a transaction type, wherein said system is configured to identify a selected usage pattern among said plurality of usage patterns by using a type of said transaction and to compute a similarity score for each of the entities involved in the transaction, based on both said selected usage pattern and the set of generated locality-sensitive-hashing hashes and wherein said system, based on a subset of the computed similarity scores, is configured to apply a preset security action to the transaction. wherein each of the entities involved in a transaction requested by a user is configured to capture its own behavior data reflecting a dynamic behavior of the entity that captured it, wherein said system is configured to generate a set of locality-sensitive-hashing hashes from each of said behavior data, said system comprising a repository that stores a plurality of usage patterns (50, 60, 70, 80), wherein the repository has been populated with said a plurality of usage patterns at a first stage, each of said usage pattern corresponding to a transaction type, wherein said system is configured to identify a selected usage pattern among said plurality of usage patterns by using a type of said transaction and to compute a similarity score for each of the entities involved in the transaction, based on both said selected usage pattern and the set of generated locality-sensitive-hashing hashes and wherein said system, based on a subset of the computed similarity scores, is configured to apply a preset security action to the transaction.
A vacuum pump system for evacuating a chamber, in particular a lock or a process chamber, comprising a main vacuum pump configured as a screw pump whose inlet is adapted to be connected to the chamber to be evacuated, an auxiliary vacuum pump downstream of said main vacuum pump as seen in the direction of flow, wherein the main vacuum pump comprises an outlet area which is connected to a main outlet on the one hand and an inlet of the auxiliary vacuum pump on the other hand, and wherein an outlet of the auxiliary vacuum pump is connected to the main outlet, characterized in that the auxiliary vacuum pump is configured as a Roots, claw or side channel pump, and the suction capacity of the auxiliary vacuum pump is smaller than 1 10 of the suction capacity of the main vacuum pump.
Fastening apparatus for the releasable fastening of a housing to a fastening rail, having a lever mechanism for latching and unlatching the housing to and from the fastening rail, wherein the lever mechanism comprises an actuation means that moves the lever mechanism into one of a latching position and an unlatching position; a first lever arm that actuates a first hook provided in the housing in a first direction; and a second lever arm that actuates a second hook provided in the housing in a second direction, and wherein the first and second directions are opposite one another characterized in that the lever mechanism is a single-part mechanism and the first and second lever arms (1b, 1c) are connected to one another via the actuation means such that a support section is formed that has a parabola-like form having two parallel limbs, wherein each limb has a straight limb section (G1, G2) and the first and second lever arms (1b, 1c) are directly connected to the straight parallel limb sections (G1, G2), respectively, so that the limb sections (G1, G2) and the first and second connected lever arms (1, 1c) are coaxially movable.
Soft and semisoft materials milling bit comprising: - a shank and - a working sector comprising: • a cutting anterior part representing part of a sphere, • a cutting posterior part, fixed to the shank, located between the shank and the spherical anterior part, • at least one cutting tooth, extending throughout the entire length of the working sector, with a cutting edge that is formed as a projection of a helicoid on the surface of the working sector and ending at the intersection of the axis of the milling bit and a front spherical surface of the anterior part, • at least one helical flute to the cutting tooth extending along the length of the working sector following along the path of the cutting edge, wherein at least the spherical anterior part of the working section is hollow, characterized in that an open anterior cavity is formed by an inner surface of said at least one cutting tooth that in the region of said anterior cavity is in the form of a spherical shell element with a wall thickness from 0.3 mm to 5 mm, wherein a wedge angle β is between 3°- 40° at the anterior end of the cutting tooth, wherein a rake angle θ of the cutting tooth at least in the anterior part of the working sector is between 45°- 87°, wherein the forming helicoid of the cutting edge has a helicoidal angle of 10° - 45°, preferably from 20° to 35°. - a shank and - a working sector comprising: • a cutting anterior part representing part of a sphere, • a cutting posterior part, fixed to the shank, located between the shank and the spherical anterior part, • at least one cutting tooth, extending throughout the entire length of the working sector, with a cutting edge that is formed as a projection of a helicoid on the surface of the working sector and ending at the intersection of the axis of the milling bit and a front spherical surface of the anterior part, • at least one helical flute to the cutting tooth extending along the length of the working sector following along the path of the cutting edge, • a cutting anterior part representing part of a sphere, • a cutting posterior part, fixed to the shank, located between the shank and the spherical anterior part, • at least one cutting tooth, extending throughout the entire length of the working sector, with a cutting edge that is formed as a projection of a helicoid on the surface of the working sector and ending at the intersection of the axis of the milling bit and a front spherical surface of the anterior part, • at least one helical flute to the cutting tooth extending along the length of the working sector following along the path of the cutting edge,
An optical fiber comprising a core and a cladding surrounding and in direct contact with the core, wherein: the core comprises: a maximum relative refractive index Δ cMAX % from 0.2% to 0.75% relative to the cladding; the core supporting the propagation and transmission of an optical signal with X modes at a wavelength of 1550 nm, wherein X is an integer greater than 1 and less than or equal to 110; and characterised in that the core and the cladding are of glass and the core comprises: an effective area greater than or equal to about 150 μm 2; a radius R c from 12 μm to 50 μm; and a graded refractive index profile with an alpha value greater than or equal to 1.0 and less than 10 at a wavelength of 1550 nm extending to the outer radius of the core (R c); and the glass cladding comprises a maximum relative refractive index Δ c1MAX% such that Δ cMAX % > Δ c1MAX %, a low index ring with a relative refractive index Δ LMIN % such that Δ LMIN < Δ c1MAX %, wherein the optical fiber has an RMS pulse broadening of less than or equal to about 0.15 ns/km at a wavelength of 1550 nm. the core comprises: a maximum relative refractive index Δ cMAX % from 0.2% to 0.75% relative to the cladding; the core supporting the propagation and transmission of an optical signal with X modes at a wavelength of 1550 nm, wherein X is an integer greater than 1 and less than or equal to 110; and a maximum relative refractive index Δ cMAX % from 0.2% to 0.75% relative to the cladding; the core supporting the propagation and transmission of an optical signal with X modes at a wavelength of 1550 nm, wherein X is an integer greater than 1 and less than or equal to 110; and characterised in that the core and the cladding are of glass and the core comprises: an effective area greater than or equal to about 150 μm 2; a radius R c from 12 μm to 50 μm; and a graded refractive index profile with an alpha value greater than or equal to 1.0 and less than 10 at a wavelength of 1550 nm extending to the outer radius of the core (R c); and an effective area greater than or equal to about 150 μm 2; a radius R c from 12 μm to 50 μm; and a graded refractive index profile with an alpha value greater than or equal to 1.0 and less than 10 at a wavelength of 1550 nm extending to the outer radius of the core (R c); and the glass cladding comprises a maximum relative refractive index Δ c1MAX% such that Δ cMAX % > Δ c1MAX %, a low index ring with a relative refractive index Δ LMIN % such that Δ LMIN < Δ c1MAX %, wherein the optical fiber has an RMS pulse broadening of less than or equal to about 0.15 ns/km at a wavelength of 1550 nm.
Electrical cable for motor vehicles, in particular for battery cables in motor vehicles, - having a power conductor which is in the form of a flat strip conductor and is surrounded by an insulating layer, wherein a further conductor runs in the insulating layer characterized in that - the conductors (2, 4) are formed from solid material and are formed from aluminium or alloys thereof each having a rectangular profile. - having a power conductor which is in the form of a flat strip conductor and is surrounded by an insulating layer, wherein a further conductor runs in the insulating layer - the conductors (2, 4) are formed from solid material and are formed from aluminium or alloys thereof each having a rectangular profile.
A computer-implemented method for generating safe program code (310; 312; 314) in response to receiving a request to execute potential malware, the method comprising: (a) decoding program code contained in the potential malware; (b) translating the decoded program code into safe and functionally equivalent program code, wherein during translation, the decoded program code is partitioned into basic blocks and wherein a basic block is a sequence of program code that has a single entry point at the beginning and a single exit point at the end; and (c) executing the safe and functionally equivalent program code on a computing device; wherein it is determined if a basic block of translated program code was altered after being translated by executing the basic block or by executing a subsequent basic block, the altered translated basic block is discarded and translated again into safe program code before being executed. (a) decoding program code contained in the potential malware; (b) translating the decoded program code into safe and functionally equivalent program code, wherein during translation, the decoded program code is partitioned into basic blocks and wherein a basic block is a sequence of program code that has a single entry point at the beginning and a single exit point at the end; and (c) executing the safe and functionally equivalent program code on a computing device;
A method for acquisition of NIR and full-color images, comprising the steps of: continuously illuminating an area under observation with blue/green light, illuminating the area under observation with red light and NIR light, wherein the area under observation is alternatingly illuminated with red light and NIR light, and wherein the method further comprises the steps of: directing blue and green reflectance light and combined red reflectance light / detected NIR light to one or more sensors configured to separately detect the blue reflectance light, the green reflectance light, and the red reflectance light / detected NIR light, wherein the red reflectance light / detected NIR light is detected in synchronism with the switched red light and NIR light, determining from image signals of the combined red reflectance light / detected NIR light separately the red reflectance light spectral component and the detected NIR light spectral component, displaying a full-color image of the area under observation from the blue and green reflectance light and the separately determined red light spectral component, and displaying an NIR image from the detected NIR light spectral component. continuously illuminating an area under observation with blue/green light, illuminating the area under observation with red light and NIR light, wherein the area under observation is alternatingly illuminated with red light and NIR light, and wherein the method further comprises the steps of: directing blue and green reflectance light and combined red reflectance light / detected NIR light to one or more sensors configured to separately detect the blue reflectance light, the green reflectance light, and the red reflectance light / detected NIR light, wherein the red reflectance light / detected NIR light is detected in synchronism with the switched red light and NIR light, determining from image signals of the combined red reflectance light / detected NIR light separately the red reflectance light spectral component and the detected NIR light spectral component, displaying a full-color image of the area under observation from the blue and green reflectance light and the separately determined red light spectral component, and displaying an NIR image from the detected NIR light spectral component. directing blue and green reflectance light and combined red reflectance light / detected NIR light to one or more sensors configured to separately detect the blue reflectance light, the green reflectance light, and the red reflectance light / detected NIR light, wherein the red reflectance light / detected NIR light is detected in synchronism with the switched red light and NIR light, determining from image signals of the combined red reflectance light / detected NIR light separately the red reflectance light spectral component and the detected NIR light spectral component, displaying a full-color image of the area under observation from the blue and green reflectance light and the separately determined red light spectral component, and displaying an NIR image from the detected NIR light spectral component.
Method for determining a state of a component in a high lift system of an aircraft, the high lift system comprising a central power control unit for providing rotational power by means of a transmission shaft (8, 10); and drive stations coupled with the power control unit and movable high lift surfaces; the method comprising the steps of: - acquiring in an extended position in flight at least one first position of a first position pick-off unit coupled with the component, which is mechanically coupled with one of the high lift surfaces, and which is coupled with one of the drive stations, wherein the first position pick-off unit is integrated into a drive station, wherein the central power control unit drives the transmission shaft (8, 10), which in turn drives the drive stations coupled with the high lift surfaces; - acquiring in flight a second position of a second position pick-off unit arranged in or at the central power control unit in the extended position, - determining a deviation between a first measure based on the first position and a corresponding second measure based on the second position in the extended position, - determining, whether the deviation exceeds a predetermined threshold and - generating a signal indicating an abnormal state of the component in case the deviation exceeds the predetermined threshold. - acquiring in an extended position in flight at least one first position of a first position pick-off unit coupled with the component, which is mechanically coupled with one of the high lift surfaces, and which is coupled with one of the drive stations, wherein the first position pick-off unit is integrated into a drive station, wherein the central power control unit drives the transmission shaft (8, 10), which in turn drives the drive stations coupled with the high lift surfaces; - acquiring in flight a second position of a second position pick-off unit arranged in or at the central power control unit in the extended position, - determining a deviation between a first measure based on the first position and a corresponding second measure based on the second position in the extended position, - determining, whether the deviation exceeds a predetermined threshold and - generating a signal indicating an abnormal state of the component in case the deviation exceeds the predetermined threshold.