mhurhangee/patent-ind-claim-en huggingface dataset:
A control system for a wind turbine , the wind turbine comprises at least one controller (202a-e) arranged to control a function of the wind turbine, and a detachable data storage unit (211a-b) arranged to store controller specific data for the at least one controller, where the data storage unit is connected to the at least one controller to enable communication of the controller specific data between the data storage unit and the at least one controller, the control system comprises: - a connection interface arranged to connect with a programming enabling key dependent on a presence of the programming enabling key in proximity of the connection interface, the programming enabling key being a device which is connectable with the connection interface, and - a control unit arranged to detect the connection between the programming enabling key and connection interface, and in response to the detection, and while the programming enabling key is connected with the connection interface to initiate a programming mode wherein the control unit is enabled to receive, from the data storage unit, the controller specific data or wind turbine specific data from which the controller specific data can be determined, where the control unit is arranged to stop the programming mode and initiate a safety mode in case the control unit detects disconnection of the programming enabling key before completion of the programming mode. - a connection interface arranged to connect with a programming enabling key dependent on a presence of the programming enabling key in proximity of the connection interface, the programming enabling key being a device which is connectable with the connection interface, and - a control unit arranged to detect the connection between the programming enabling key and connection interface, and in response to the detection, and while the programming enabling key is connected with the connection interface to initiate a programming mode wherein the control unit is enabled to receive, from the data storage unit, the controller specific data or wind turbine specific data from which the controller specific data can be determined, where the control unit is arranged to stop the programming mode and initiate a safety mode in case the control unit detects disconnection of the programming enabling key before completion of the programming mode.
A method of fitting a hearing aid system comprising the steps of: - storing first data in a hearing aid memory; - storing second data in an external memory relative to the hearing aid, wherein the second data is a copy of the first data; - using a hearing aid processor to generate a first hash key representing the first data, - using a fitting device processor to generate a second hash key representing the second data - providing the first hash key to the fitting device; - comparing the first hash key with the second hash key in order to determine whether the values of the first and the second hash key match; - triggering a specific action in response to the result of the comparison of the hash keys, wherein the step of triggering a specific action comprises: - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match. - storing first data in a hearing aid memory; - storing second data in an external memory relative to the hearing aid, wherein the second data is a copy of the first data; - using a hearing aid processor to generate a first hash key representing the first data, - using a fitting device processor to generate a second hash key representing the second data - providing the first hash key to the fitting device; - comparing the first hash key with the second hash key in order to determine whether the values of the first and the second hash key match; - triggering a specific action in response to the result of the comparison of the hash keys, wherein the step of triggering a specific action comprises: - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match. - using the second data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key match, and - providing the first data from the hearing aid and to the fitting device and using the first data as a basis for deriving third data to be stored in the hearing aid memory, if the values of the first and the second hash key don't match.
Pull-out guide for a drawer comprising a body rail that can be fastened to a body, a drawer rail that can be fastened to a drawer and comprises a flange , a middle rail that is displaceably mounted to both the body rail and the drawer rail , and a synchronization mechanism for synchronous movement of the middle rail with the drawer rail , wherein the synchronization mechanism comprises two rope pulleys , which are mounted to the middle rail , and a rope device , which is guided around the rope pulleys and is mounted to both the body rail and the drawer rail , characterized in that when the pull-out guide is mounted, the flange engages under the, viewed in the pulling-out direction (A), front rope pulley , which thus serves as lift-off protection in an upward direction for the drawer rail . a body rail that can be fastened to a body, a drawer rail that can be fastened to a drawer and comprises a flange , a middle rail that is displaceably mounted to both the body rail and the drawer rail , and a synchronization mechanism for synchronous movement of the middle rail with the drawer rail , wherein the synchronization mechanism comprises two rope pulleys , which are mounted to the middle rail , and a rope device , which is guided around the rope pulleys and is mounted to both the body rail and the drawer rail , characterized in that when the pull-out guide is mounted, the flange engages under the, viewed in the pulling-out direction (A), front rope pulley , which thus serves as lift-off protection in an upward direction for the drawer rail .
A method for generating one or more round keys for a cryptographic operation, the method comprising: obtaining one or more first inputs, wherein the one or more first inputs comprise a plurality of equal sized subkeys from a key material that is divided into a plurality of equal sized key material sub-blocks or a cipher key, and one or more second inputs, wherein the one or more second inputs comprise randomly generated fixed data, one or more previous round keys, or a round number; selecting a bit-mixer operation, wherein the bit-mixer operation has the properties comprising every input bit affects every output bit, changes in the input bit cause, on average, half of output bits to change; changes in the input bits yield output values without correlation to the input bits or to a change pattern of the input, keys are employed to make their behavior unpredictable to an observer not knowing the keys, and fixed lengths of the input bits and output values can be independently and arbitrarily chosen; performing , by at least one electronic circuit, the bit-mixer operation on each of the one or more first inputs and the one or more second inputs; and generating , by at least one electronic circuit, one or more round keys based on the performing; wherein the bit-mixer operation comprises an exclusive-OR "XOR" tree comprising a plurality of negated-AND "NAND" gates or a plurality of multiplexers for selecting data to be merged, a substitution-permutation network , or a double-mix Feistel network , or a Rotate-Add-XOR "RAX" construction . obtaining one or more first inputs, wherein the one or more first inputs comprise a plurality of equal sized subkeys from a key material that is divided into a plurality of equal sized key material sub-blocks or a cipher key, and one or more second inputs, wherein the one or more second inputs comprise randomly generated fixed data, one or more previous round keys, or a round number; selecting a bit-mixer operation, wherein the bit-mixer operation has the properties comprising every input bit affects every output bit, changes in the input bit cause, on average, half of output bits to change; changes in the input bits yield output values without correlation to the input bits or to a change pattern of the input, keys are employed to make their behavior unpredictable to an observer not knowing the keys, and fixed lengths of the input bits and output values can be independently and arbitrarily chosen; performing , by at least one electronic circuit, the bit-mixer operation on each of the one or more first inputs and the one or more second inputs; and generating , by at least one electronic circuit, one or more round keys based on the performing; wherein the bit-mixer operation comprises an exclusive-OR "XOR" tree comprising a plurality of negated-AND "NAND" gates or a plurality of multiplexers for selecting data to be merged, a substitution-permutation network , or a double-mix Feistel network , or a Rotate-Add-XOR "RAX" construction .
A managing method for managing the connection of a user equipment item to a distributed wireless communication network , said distributed wireless communication network comprising a root node , a plurality of access nodes each able to set up a wireless connection with the user equipment item , and a backhaul network for conveying data between the root node and the access nodes , the managing method comprising the following steps: • a) sorting the access nodes into different groups as a function of a primary indicator representative of their quality of connection to the root node , each group containing access nodes having primary indicators included in a characteristic interval associated with the group and distinct from the characteristic interval associated with each other group. • b) selecting a first group from among said groups, and for at least one access node included in the selected group: • c) determining a secondary indicator associated with said access node , said secondary indicator being representative of a quality of connection of the user equipment item to the access node , • d) comparing the secondary indicator to a threshold, and if the secondary indicator is less than or equal to the threshold: • e) designating the access node for the connection of the user equipment item to the distributed wireless communication network , if, for each access node included in the selected group, the secondary indicator is strictly greater than the threshold: • f) repeating steps b) to e) with a second group containing access nodes having a quality of connection to the root node which is lower than that of the access nodes of the first group. • a) sorting the access nodes into different groups as a function of a primary indicator representative of their quality of connection to the root node , each group containing access nodes having primary indicators included in a characteristic interval associated with the group and distinct from the characteristic interval associated with each other group. • b) selecting a first group from among said groups, and • c) determining a secondary indicator associated with said access node , said secondary indicator being representative of a quality of connection of the user equipment item to the access node , • d) comparing the secondary indicator to a threshold, and • e) designating the access node for the connection of the user equipment item to the distributed wireless communication network , • f) repeating steps b) to e) with a second group containing access nodes having a quality of connection to the root node which is lower than that of the access nodes of the first group.
An electromagnetic-wave interference type electromagnetic-wave absorbing sheet having flexibility and light transmittance, comprising an electric resistance film , a dielectric layer and an electromagnetic-wave shielding layer that each have light transmittance and that are stacked sequentially, wherein the electric resistance film is formed of a conductive organic polymer, characterized in that the electromagnetic-wave shielding layer is formed of a conductive mesh having an aperture ratio of 35% or more and 85% or less, the aperture ratio being determined by S 2 /(S+L) 2 ×100, where L represents a diameter of metal wires constituting the conductive mesh and S represents a space between the metal wires, and a surface of the electromagnetic-wave absorbing sheet does not crack after being subjected to a flexibility confirmation test comprising: placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent. placing the sheet on a horizontally arranged aluminum cylindrical rod having a diameter of 6 mm so that the electric resistance film faces upward; and attaching a weight of 300 g to both ends of the sheet and maintaining this state for 30 seconds to pull the ends of the sheet downward with the center of the sheet being bent.
A genetically modified mouse comprising at an endogenous mouse CD3ε locus, a nucleic acid sequence encoding a chimeric human/mouse CD3ε protein comprising an amino acid sequence set forth in SEQ ID NO:24, at an endogenous mouse CD3δ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3δ protein comprising an amino acid sequence set forth in SEQ ID NO:25, and at an endogenous mouse CD3γ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3γ protein comprising an amino acid sequence set forth in SEQ ID NO:26, wherein the mouse expresses on the surface of its T cells a functional humanized CD3 complex comprising the chimeric human/mouse CD3ε, CD3δ, and CD3γ proteins and wherein the endogenous mouse CD3ε, CD3δ, and CD3γ loci are genetically modified not to express functional extracellular domains of endogenous mouse CD3ε, CD3δ, and CD3γ proteins. at an endogenous mouse CD3ε locus, a nucleic acid sequence encoding a chimeric human/mouse CD3ε protein comprising an amino acid sequence set forth in SEQ ID NO:24, at an endogenous mouse CD3δ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3δ protein comprising an amino acid sequence set forth in SEQ ID NO:25, and at an endogenous mouse CD3γ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3γ protein comprising an amino acid sequence set forth in SEQ ID NO:26, wherein the mouse expresses on the surface of its T cells a functional humanized CD3 complex comprising the chimeric human/mouse CD3ε, CD3δ, and CD3γ proteins and wherein the endogenous mouse CD3ε, CD3δ, and CD3γ loci are genetically modified not to express functional extracellular domains of endogenous mouse CD3ε, CD3δ, and CD3γ proteins.
A method for partial discharge measurement of at least one medium voltage cable (2.1, 2.2) of a medium voltage network , the method comprising the following steps: (a) Determining a limit value for a fault probability of the at least one medium voltage cable (2.1, 2.2), (b) Providing at least one parameter indicative of a technical condition of the at least one medium voltage cable (2.1, 2.2), (c) Determining a fault probability of the at least one medium voltage cable (2.1, 2.2) based on the at least one provided parameter, and (d) Partial discharge measurement of the at least one medium voltage cable (2.1, 2.2), provided that the determined fault probability is above the specified limit value. (a) Determining a limit value for a fault probability of the at least one medium voltage cable (2.1, 2.2), (b) Providing at least one parameter indicative of a technical condition of the at least one medium voltage cable (2.1, 2.2), (c) Determining a fault probability of the at least one medium voltage cable (2.1, 2.2) based on the at least one provided parameter, and (d) Partial discharge measurement of the at least one medium voltage cable (2.1, 2.2), provided that the determined fault probability is above the specified limit value.
A system for treating mucosal tissue from a small intestine of a patient, said system comprising: an elongate tube comprising a shaft having a distal portion; a treatment element (320; 321) positioned on the distal portion of the shaft , said treatment element configured to treat the mucosal tissue; means for delivering a fluid into submucosal tissue to expand said submucosal tissue circumferentially to increase a target treatment area, the target treatment area including the mucosal tissue on the small intestine to be treated by the treatment element, and a vacuum port configured to bring the shaft and/or the treatment element (320; 321) in contact with the tissue; wherein the treatment element (320; 321) is configured to treat mucosal tissue on the small intestine; and wherein the treatment element (320; 321) comprises an expandable balloon including fluid at a temperature of 65°C to 90°C. an elongate tube comprising a shaft having a distal portion; a treatment element (320; 321) positioned on the distal portion of the shaft , said treatment element configured to treat the mucosal tissue; means for delivering a fluid into submucosal tissue to expand said submucosal tissue circumferentially to increase a target treatment area, the target treatment area including the mucosal tissue on the small intestine to be treated by the treatment element, and a vacuum port configured to bring the shaft and/or the treatment element (320; 321) in contact with the tissue; wherein the treatment element (320; 321) is configured to treat mucosal tissue on the small intestine; and wherein the treatment element (320; 321) comprises an expandable balloon including fluid at a temperature of 65°C to 90°C.
A force sensor comprising: a planar pedestal member ; an action member arranged so as to face the pedestal member which is displaced relative to the pedestal member by an exerted external force; a displacement detecting unit which detects a displacement of the action member relative to the pedestal member ; a rigid member arranged so as to face the pedestal member ; at least three columnar elastic members (105a to 105d) arranged at intervals about an axis (L) in a direction perpendicular to the pedestal member and connecting the pedestal member and the rigid member ; and elastic units (104A to 104D) arranged about the axis (L) at intervals and connecting the action member and the rigid member , characterized in that each (104A; 104B; 104C; 104D) of the elastic units (104A to 104D) includes a pair of beam-shaped elastic members (104a, 104b; 104c, 104d; 104e, 104f; 104g, 104h) extending in a horizontal direction to the pedestal member , wherein each beam-shaped elastic member is formed in the shape of a leaf spring having a thickness smaller than a thickness of the action member and is flexurally deformable in a perpendicular direction perpendicular to the pedestal member . a planar pedestal member ; an action member arranged so as to face the pedestal member which is displaced relative to the pedestal member by an exerted external force; a displacement detecting unit which detects a displacement of the action member relative to the pedestal member ; a rigid member arranged so as to face the pedestal member ; at least three columnar elastic members (105a to 105d) arranged at intervals about an axis (L) in a direction perpendicular to the pedestal member and connecting the pedestal member and the rigid member ; and elastic units (104A to 104D) arranged about the axis (L) at intervals and connecting the action member and the rigid member , characterized in that each (104A; 104B; 104C; 104D) of the elastic units (104A to 104D) includes a pair of beam-shaped elastic members (104a, 104b; 104c, 104d; 104e, 104f; 104g, 104h) extending in a horizontal direction to the pedestal member , wherein each beam-shaped elastic member is formed in the shape of a leaf spring having a thickness smaller than a thickness of the action member and is flexurally deformable in a perpendicular direction perpendicular to the pedestal member .
A filter for gel shearing and particle filtration of molten polymer; comprising - a first layer of metal fibers of an average equivalent diameter between 8 and 65 μm; wherein the metal fibers of the first layer have a cross-section, wherein the cross section has two neighboring straight sides with an included angle of less than 90° and one or more irregularly shaped curved sides; and wherein the metal fibers of the first layer have an average length of at least 6 mm; wherein the metal fibers of the first layer are bonded to each other by means of metal bonds; whereby the metal of the metal fibers of the first layer is the bonding agent forming the metal bonds; - a second layer of metal fibers; wherein the average equivalent diameter of the metal fibers of the second layer is smaller than the average equivalent diameter of the metal fibers of the first layer. - a first layer of metal fibers of an average equivalent diameter between 8 and 65 μm; wherein the metal fibers of the first layer have a cross-section, wherein the cross section has two neighboring straight sides with an included angle of less than 90° and one or more irregularly shaped curved sides; and wherein the metal fibers of the first layer have an average length of at least 6 mm; wherein the metal fibers of the first layer are bonded to each other by means of metal bonds; whereby the metal of the metal fibers of the first layer is the bonding agent forming the metal bonds; - a second layer of metal fibers; wherein the average equivalent diameter of the metal fibers of the second layer is smaller than the average equivalent diameter of the metal fibers of the first layer.
An ultrasonic surgical tool comprising: a substantially planar blade body having a pair of opposed major faces, and a shank integral on a distal side with said blade body and provided at a proximal side with a connector for operatively linking the blade body to a source of ultrasonic mechanical vibration, said shank being provided with a bore or channel , characterized in that said blade body has a peripheral flange extending along three sides of said blade body and defining a recess (20, 22; 114, 116) in at least one of said major faces, said recess (20, 22; 114, 116) being substantially coextensive with said blade body , at least a portion of said flange having a cutting edge or surface; and further characterized in that said bore or channel has an outlet communicating with said recess (20, 22; 114, 116) to enable liquid flow into said recess (20, 22; 114, 116) from a source connected to said bore or channel .