mhurhangee/patent-ind-claim-en huggingface dataset:
Method of passively enhancing pulsed laser light by coherent addition of laser pulses in an enhancement cavity , comprising the steps of - generating a sequence of seed laser pulses with a repetition frequency (f rep ) and a frequency comb spectrum comprising frequency comb lines with frequency comb line spacings equal to the repetition frequency (f rep ), - coupling the seed laser pulses via a first plate-shaped coupling element into an enhancement cavity comprising at least two cavity mirrors spanning a cavity beam path with a resonator length L, wherein the enhancement cavity has a fundamental transverse mode (TEM 00 ) and higher-order transverse cavity modes (TEM nm ), each with a series of cavity resonance frequencies , and a cavity offset frequency , and - coherent superposition of the seed laser pulses in the enhancement cavity , so that at least one enhanced circulating cavity pulse per cavity length is generated, - the frequency comb spectrum is a harmonic frequency comb spectrum with a vanishing seeding comb offset frequency, and - a frequency overlap is provided for a plurality of the cavity resonance frequencies with a plurality of the frequency comb lines along the frequency comb spectrum , characterized in that : - the at least two cavity mirrors have metallic surfaces ; - the enhancement cavity is adjusted such that a round-trip carrier-envelop phase slippage of the circulating cavity pulses is equal to 360°/N for the fundamental transverse mode TEM 00 , N being an integer number equal to or above 2. - generating a sequence of seed laser pulses with a repetition frequency (f rep ) and a frequency comb spectrum comprising frequency comb lines with frequency comb line spacings equal to the repetition frequency (f rep ), - coupling the seed laser pulses via a first plate-shaped coupling element into an enhancement cavity comprising at least two cavity mirrors spanning a cavity beam path with a resonator length L, wherein the enhancement cavity has a fundamental transverse mode (TEM 00 ) and higher-order transverse cavity modes (TEM nm ), each with a series of cavity resonance frequencies , and a cavity offset frequency , and - coherent superposition of the seed laser pulses in the enhancement cavity , so that at least one enhanced circulating cavity pulse per cavity length is generated, - the frequency comb spectrum is a harmonic frequency comb spectrum with a vanishing seeding comb offset frequency, and - a frequency overlap is provided for a plurality of the cavity resonance frequencies with a plurality of the frequency comb lines along the frequency comb spectrum , - the at least two cavity mirrors have metallic surfaces ; - the enhancement cavity is adjusted such that a round-trip carrier-envelop phase slippage of the circulating cavity pulses is equal to 360°/N for the fundamental transverse mode TEM 00 , N being an integer number equal to or above 2.
Machine tool, in particular hand-held machine tool, with a torque-limiting unit which is located in the drive of the tool spindle of said machine tool, is accommodated in a housing part and the triggering moment of which can be set via an axial latching support assembly , which has at least one spring support assembly acting upon latching bodies and having at least one spring element , and is supported on the housing side via a support member which is adjustable in the axial direction of the tool spindle , wherein the latching bodies and the at least one spring element of the spring support assembly lie radially offset with respect to each other, wherein the at least one spring element of the spring support assembly is supported on the latching bodies , which lie radially offset, via a bridging member , characterized in that the spring support assembly is arranged offset radially inwards with respect to the latching bodies which lie in particular on a circular ring which is coaxial with the spring support assembly , and in that the bridging member has an annular spring carrier with supporting legs which protrude radially inwards and on which the at least one spring element which is supported against the latching bodies sits.
A method of generating derived cryptographic keys for a reversible symmetric cryptographic algorithm enciphering /deciphering information blocks, implemented within a security microprocessor, wherein derived key K' is generated within the security microprocessor by a key derivation function KDF from a permanent master key K, a variable parameter X on which the derived key will depend and an additional salt parameter S, with K' := KDF(K,X,S), characterized in that the key derivation function KDF is: KDF K X S : = F K X S ⊕ F K , X , ∼ S where: - F(K,X,S) = E K (X ⊕ Y), wherein E K is a cryptographic function, controlled by key K, of said reversible enciphering/deciphering algorithm implemented within the security microprocessor, - the notation U ⊕ V denotes a commutative operation that, when performed on operands U and V, gives a result independent of the order of these operands, and - the notation ∼U denotes an involutive operation that when performed on an operand U gives a result such that ∼(∼U) = U, from the group comprised of: bitwise complement of U; sign change of U; exclusive OR of U with a constant; an involutive bit permutation of U; and a combination of distinct operations chosen among the preceding operations, and in that each calculation of the function KDF(K,X,S) comprises the following steps, performed by the security microprocessor: a) randomly selecting a variable T := S or T := ~S; b) calculating K' 1 := F(K,X,T) and K' 2 := F(K,X,∼T); and c) combining K' 1 and K' 2 to produce the derived key K' := K' 1 ⊕ K' 2 , so that the value of the produced result is independent of the selection made at step a), whereas the values handled at step b) depend thereon. - F(K,X,S) = E K (X ⊕ Y), wherein E K is a cryptographic function, controlled by key K, of said reversible enciphering/deciphering algorithm implemented within the security microprocessor, - the notation U ⊕ V denotes a commutative operation that, when performed on operands U and V, gives a result independent of the order of these operands, and - the notation ∼U denotes an involutive operation that when performed on an operand U gives a result such that ∼(∼U) = U, from the group comprised of: bitwise complement of U; sign change of U; exclusive OR of U with a constant; an involutive bit permutation of U; and a combination of distinct operations chosen among the preceding operations, a) randomly selecting a variable T := S or T := ~S; b) calculating K' 1 := F(K,X,T) and K' 2 := F(K,X,∼T); and c) combining K' 1 and K' 2 to produce the derived key K' := K' 1 ⊕ K' 2 , so that the value of the produced result is independent of the selection made at step a), whereas the values handled at step b) depend thereon.
A computer-implemented method, the method comprising: receiving vibration spectrum data from a plurality of different assets ; determining, based on a shape of the vibration spectrum data for each of the plurality of assets, clusters for the plurality of assets, assets being grouped in a same cluster having vibration spectrum data of a similar spectral shape ; determining for each of the clusters, based on an application of domain derived pattern recognition rules for the vibration spectrum data, one of a plurality of fault classifications ; generating an output including an association of each of the plurality of assets with the fault classification of the cluster in which the particular asset is grouped ; and saving a record of the output to a data store; and wherein the plurality of assets are each a wind turbine; and wherein the determining of the clusters for the plurality of assets is accomplished by executing an algorithm formulated to identify vibration spectrum data having a similar spectral shape; and wherein the algorithm is one of a hierarchical clustering algorithm, a k-means algorithm, a nearest neighbor algorithm, and at least one algorithm based on a combination of clustering methods. receiving vibration spectrum data from a plurality of different assets ; determining, based on a shape of the vibration spectrum data for each of the plurality of assets, clusters for the plurality of assets, assets being grouped in a same cluster having vibration spectrum data of a similar spectral shape ; determining for each of the clusters, based on an application of domain derived pattern recognition rules for the vibration spectrum data, one of a plurality of fault classifications ; generating an output including an association of each of the plurality of assets with the fault classification of the cluster in which the particular asset is grouped ; and saving a record of the output to a data store; and wherein the plurality of assets are each a wind turbine; and wherein the determining of the clusters for the plurality of assets is accomplished by executing an algorithm formulated to identify vibration spectrum data having a similar spectral shape; and wherein the algorithm is one of a hierarchical clustering algorithm, a k-means algorithm, a nearest neighbor algorithm, and at least one algorithm based on a combination of clustering methods.
A method for preparing and/or caring for a medical or dental instrument , characterised by the steps of: a) providing a connection adapter which is releasably connectable to a coupling end of the medical or dental instrument ; b) connecting the medical or dental instrument via the connection adapter to a first preparation and/or care device for a medical or dental instrument ; c) preparing and/or caring for the medical or dental instrument by the first preparation and/or care device ; d) separating the connection adapter , jointly with the medical or dental instrument attached thereto, from the first preparation and/or care device ; e) connecting the connection adapter , jointly with the medical or dental instrument attached thereto, to a second preparation and/or care device for a medical or dental instrument , wherein the first and second preparation and/or care device are different preparation and/or care devices which apply different preparation and/or care processes to the medical or dental instrument; f) preparing and/or caring for the medical or dental instrument by the second preparation and/or care device . a) providing a connection adapter which is releasably connectable to a coupling end of the medical or dental instrument ; b) connecting the medical or dental instrument via the connection adapter to a first preparation and/or care device for a medical or dental instrument ; c) preparing and/or caring for the medical or dental instrument by the first preparation and/or care device ; d) separating the connection adapter , jointly with the medical or dental instrument attached thereto, from the first preparation and/or care device ; e) connecting the connection adapter , jointly with the medical or dental instrument attached thereto, to a second preparation and/or care device for a medical or dental instrument , wherein the first and second preparation and/or care device are different preparation and/or care devices which apply different preparation and/or care processes to the medical or dental instrument; f) preparing and/or caring for the medical or dental instrument by the second preparation and/or care device .
A fastening assembly for a circuit breaker , said circuit breaker comprising a base and a bimetal , said fastening assembly comprising: a heater element coupled to said bimetal and said base ; and a plurality of fastening members comprising a nut and a screw coupled to said nut , said nut disposed between said heater element and said bimetal , said screw extending through said heater element and into said nut ; characterized in that said nut comprises a stabilizing portion and a post portion structured to extend outwardly from said stabilizing portion and away from said bimetal ; and in that said stabilizing portion is disposed substantially perpendicular to said post portion . a heater element coupled to said bimetal and said base ; and a plurality of fastening members comprising a nut and a screw coupled to said nut , said nut disposed between said heater element and said bimetal , said screw extending through said heater element and into said nut ; characterized in that said nut comprises a stabilizing portion and a post portion structured to extend outwardly from said stabilizing portion and away from said bimetal ; and in that said stabilizing portion is disposed substantially perpendicular to said post portion .
A compound for use in the treatment and/or prevention of a parasitic mediated disease, the compound comprising a furanocoumarin derivative having the following core structure ( A ), its pharmaceutical acceptable salt, isomer or a combination thereof, wherein the furanocoumarin derivative has the structure or : wherein R 1 or R 2 is an aliphatic chain comprising a cyclic ester functional group.
A method for manufacturing an aerogel-containing composite, said method comprising the steps of: providing starting materials comprising first fibres and second fibres and aerogel particulate material and binder, wherein first fibres are provided in an amount of from 3 to 80 wt % of the total weight of starting materials, wherein second fibres of a material different from the material of the first fibres are provided in an amount of 3 to 80 wt % of the total weight of starting materials, wherein aerogel particulate material is provided in an amount of from 10 to 75 wt % of the total weight of starting materials, wherein binder is provided in an amount of from 1 to 30 wt % of the total weight of starting materials, suspending the fibres in a primary air flow and suspending the aerogel particulate material in the primary air flow, thereby mixing the suspended aerogel particulate material with the suspended fibres, wherein the primary air flow is a generally lateral air flow; mixing the binder with the fibres and/or aerogel particulate material before, during or after mixing of the fibres with the aerogel particulate material, collecting the mixture of fibres, aerogel particulate material and binder and pressing and curing the mixture to provide a consolidated composite with a density of from 120 kg/m 3 to 800 kg/m 3 . providing starting materials comprising first fibres and second fibres and aerogel particulate material and binder, wherein first fibres are provided in an amount of from 3 to 80 wt % of the total weight of starting materials, wherein second fibres of a material different from the material of the first fibres are provided in an amount of 3 to 80 wt % of the total weight of starting materials, wherein aerogel particulate material is provided in an amount of from 10 to 75 wt % of the total weight of starting materials, wherein binder is provided in an amount of from 1 to 30 wt % of the total weight of starting materials, suspending the fibres in a primary air flow and suspending the aerogel particulate material in the primary air flow, thereby mixing the suspended aerogel particulate material with the suspended fibres, wherein the primary air flow is a generally lateral air flow; mixing the binder with the fibres and/or aerogel particulate material before, during or after mixing of the fibres with the aerogel particulate material, collecting the mixture of fibres, aerogel particulate material and binder and pressing and curing the mixture to provide a consolidated composite with a density of from 120 kg/m 3 to 800 kg/m 3 .
A method of manufacturing a structure having at least one plated region and at least one unplated region, the method comprising: plating a metal on a polymer structure having a first region accepting the metal and a second region unreceptive to the metal, characterized in that the first region comprises fully-cured, cross-linked polymer optical waveguides, and the second region comprises partially-cured polymer optical waveguides. plating a metal on a polymer structure having a first region accepting the metal and a second region unreceptive to the metal, characterized in that the first region comprises fully-cured, cross-linked polymer optical waveguides, and the second region comprises partially-cured polymer optical waveguides.
A prompting device for a shopping cart, comprising: a first acquisition module , configured to acquire commodity preference information of a user; a second acquisition module , configured to acquire key information of a commodity placed in the shopping cart by the user; and a prompting module , configured to, when the key information of the commodity is mismatched with the commodity preference information, perform a prompting operation corresponding to the commodity, wherein the prompting operation is configured to prompt the user that the commodity is inconsistent with commodity preference indicated by the commodity preference information, characterized in that , the second acquisition module receives the key information of the commodity from a goods shelf; or, the second acquisition module invokes a camera of the shopping cart to sample a tag of the commodity to obtain a sampled picture, and analyzes the sampled picture to obtain the key information of the commodity; wherein, when the key information of the commodity is mismatched with the commodity preference information, the prompting module performs the following prompting operation corresponding to the commodity: sending a moving-out command to the goods shelf, the moving-out command being configured to indicate the goods shelf to move the commodity out of the shopping cart using a mechanical arm of the goods shelf. a first acquisition module , configured to acquire commodity preference information of a user; a second acquisition module , configured to acquire key information of a commodity placed in the shopping cart by the user; and a prompting module , configured to, when the key information of the commodity is mismatched with the commodity preference information, perform a prompting operation corresponding to the commodity, wherein the prompting operation is configured to prompt the user that the commodity is inconsistent with commodity preference indicated by the commodity preference information, characterized in that , the second acquisition module receives the key information of the commodity from a goods shelf; or, the second acquisition module invokes a camera of the shopping cart to sample a tag of the commodity to obtain a sampled picture, and analyzes the sampled picture to obtain the key information of the commodity; wherein, when the key information of the commodity is mismatched with the commodity preference information, the prompting module performs the following prompting operation corresponding to the commodity: sending a moving-out command to the goods shelf, the moving-out command being configured to indicate the goods shelf to move the commodity out of the shopping cart using a mechanical arm of the goods shelf.
A method for making a chimeric polypeptide comprising the major S-laver polypeptide of Methylomicrobium alcaliphilum sp.20Z, a self-assembling fragment thereof, and a heterologous polypeptide or peptide, the method comprising recombinantly engineering Methylomicrobium alcaliphilum sp. 20Z to recombinantly express said chimeric polypeptide and deliver it outside of the cell where it exists in the form of an assembled monomolecular layer.
A sample tube rack (1; 1') for receiving at least one sample tube, the sample tube rack comprising: - an upper part comprising an upper surface , wherein at least one upper opening for receiving the sample tube is provided in the upper surface ; - an intermediate part comprising an intermediate surface , wherein at least one intermediate opening for receiving the sample tube is provided in the intermediate surface ; and - a lower part provided as a separable component, the lower part comprising a supporting surface , wherein at least one supporting position for supporting the sample tube is provided in the supporting surface ; wherein the intermediate part is connected to both the upper part and the lower part such that the at least one upper opening is substantially aligned above the at least one intermediate opening and above the at least one supporting position for receiving the at least one sample tube, and wherein at least one gripping orifice is provided in a lateral side of the lower part , wherein the one gripping orifice is adapted to receive at least one finger of an adult user, and wherein the lateral side of the lower part comprises a full circumference of the at least one gripping orifice , characterized in that the gripping orifice is configured to enable lateral access into a carrying-space, wherein the carrying-space is arranged below the supporting surface and wherein the carrying-space is separated from the sample tubes by the supporting surface . - an upper part comprising an upper surface , wherein at least one upper opening for receiving the sample tube is provided in the upper surface ; - an intermediate part comprising an intermediate surface , wherein at least one intermediate opening for receiving the sample tube is provided in the intermediate surface ; and - a lower part provided as a separable component, the lower part comprising a supporting surface , wherein at least one supporting position for supporting the sample tube is provided in the supporting surface ; wherein at least one gripping orifice is provided in a lateral side of the lower part , wherein the one gripping orifice is adapted to receive at least one finger of an adult user, and wherein the lateral side of the lower part comprises a full circumference of the at least one gripping orifice , characterized in that the gripping orifice is configured to enable lateral access into a carrying-space, wherein the carrying-space is arranged below the supporting surface and wherein the carrying-space is separated from the sample tubes by the supporting surface .
Arrangement with eyeglasses as a carrying device for carrying on the head of a user and with a dosimeter device comprising a carrier part , which includes a closed casing formed of fixedly interconnected walls, which enclose a measuring element for detecting ionizing radiation, wherein the arrangement comprises fastening means for the detachable fastening of the carrier part to the eyeglasses, wherein the fastening means are configured for defining the location of the fastening of the carrier part on the inside of the eyeglasses on a lateral shield.