mhurhangee/ep-ind-claims huggingface dataset:
A flux comprising at least one polybutadiene (meth)acrylate compound selected from the group consisting of polybutadiene (meth)acrylate compounds represented by the following formula 1 and polybutadiene (meth)acrylate compounds represented by the following formula 2, and a hydrogenated dimer acid, characterized in that the concentration of the polybutadiene (meth)acrylate compound is between 3% by mass and 40% by mass and the concentration of the dimer acid is between 3% by mass and 30% by mass: R'=-H, or -CH3 R'=-H, or -CH3.
A system for vehicle power exchange, the system comprising: at least one power exchange strip; at least one charged power cell (17b, 17c) associated with the at least one power exchange strip; a vehicle requesting power exchange; a wireless communication device operatively associated with the at least one power exchange strip configured for communicating between the at least one power exchange strip and the vehicle requesting power exchange; and a processor associated with the at least one power exchange strip and the wireless communication device configured for controlling functions on the vehicle requesting power exchange, characterised in that the at least one power exchange strip has a first station configured for receiving a depleted power cell from the vehicle requesting power exchange and a second station physically separated from the first station and has a charged replacement power cell (17b, 17c) configured for installation in the vehicle after the depleted power cell has been removed, and the vehicle has auxiliary power in addition to the power supplied by the depleted power cell to power the movement of the vehicle from the first station to the physically separated second station, after the depleted power cell has been completely removed from the vehicle and left at the first station, wherein the vehicle without depleted power cell is configured to move under auxiliary power to the second station. at least one power exchange strip; at least one charged power cell (17b, 17c) associated with the at least one power exchange strip; a vehicle requesting power exchange; a wireless communication device operatively associated with the at least one power exchange strip configured for communicating between the at least one power exchange strip and the vehicle requesting power exchange; and a processor associated with the at least one power exchange strip and the wireless communication device configured for controlling functions on the vehicle requesting power exchange, characterised in that the at least one power exchange strip has a first station configured for receiving a depleted power cell from the vehicle requesting power exchange and a second station physically separated from the first station and has a charged replacement power cell (17b, 17c) configured for installation in the vehicle after the depleted power cell has been removed, and the vehicle has auxiliary power in addition to the power supplied by the depleted power cell to power the movement of the vehicle from the first station to the physically separated second station, after the depleted power cell has been completely removed from the vehicle and left at the first station, wherein the vehicle without depleted power cell is configured to move under auxiliary power to the second station.
A method for processing data, comprising: encoding a string of symbols, each having a respective symbol value, as a sequence of vectors, each vector comprising a respective number of repetitions of a sub-vector of a predefined length, such that the respective number of the repetitions in each vector in the sequence is indicative of the respective symbol value of a corresponding symbol in the string; and applying a watermark to an item of content comprising digital data by inserting the sequence of the vectors into the data. encoding a string of symbols, each having a respective symbol value, as a sequence of vectors, each vector comprising a respective number of repetitions of a sub-vector of a predefined length, such that the respective number of the repetitions in each vector in the sequence is indicative of the respective symbol value of a corresponding symbol in the string; and applying a watermark to an item of content comprising digital data by inserting the sequence of the vectors into the data.
A fan rotor for use in a gas turbine engine comprising: a rotor body having at least one slot receiving a fan blade; said fan blade formed of a first material, and a sheath positioned at a leading edge of said fan blade, said sheath being formed of a second material that is distinct from said first material, said first material being less electrically conductive than said second material; and a grounding element which is separate from and in contact with said sheath, and said grounding element being in contact with a rotating element that rotates with said rotor, said grounding element and said rotating element together forming a ground path from said sheath into said rotor, wherein said grounding element has a chin extending axially outwardly away from the rotor, characterised in that said chin is spring biased against a radially inner end of the sheath. a rotor body having at least one slot receiving a fan blade; said fan blade formed of a first material, and a sheath positioned at a leading edge of said fan blade, said sheath being formed of a second material that is distinct from said first material, said first material being less electrically conductive than said second material; and a grounding element which is separate from and in contact with said sheath, and said grounding element being in contact with a rotating element that rotates with said rotor, said grounding element and said rotating element together forming a ground path from said sheath into said rotor, wherein said grounding element has a chin extending axially outwardly away from the rotor, characterised in that said chin is spring biased against a radially inner end of the sheath.
A patch panel for a distribution frame, the patch panel comprising a frontside interface having one or more insertions for at least two optical connectors arranged in a frontside row, and a backside interface having one or more insertions for at least two optical connectors arranged in a backside row, wherein the backside row of insertions is orientated angularly to the frontside row of insertions, the patch panel further comprising a main frame supporting the frontside interface and the backside interface, and a mounting frame for mounting the patch panel to the distribution frame, characterized in that the main frame is pivotable relative to the mounting frame about a main rotation axis.
Method of sharing data with a recipient, comprising - generating a random key, - encrypting the data with the random key using a symmetric encryption scheme, resulting in a first ciphertext (C m), wherein the symmetric encryption scheme is the Advanced Encryption Standard, - storing the first ciphertext (C m) in content-addressable storage as per a decentralized file-sharing protocol, the protocol being an InterPlanetary File System, - encrypting the random key with a public key (PK b) of the recipient using an integrated encryption scheme, resulting in a second ciphertext (C s), characterized in that the method further comprises - storing the second ciphertext (C s) and an address of the first ciphertext (C m) as per a smart contract with the recipient, the smart contract being executed by an Ethereum Virtual Machine, - the storing of the first ciphertext (C m) and second ciphertext (C s) is effected via a gateway, - the integrated encryption scheme is an Elliptic Curve Integrated Encryption Scheme, and - timing of write operations to the smart contract is varied randomly. - generating a random key, - encrypting the data with the random key using a symmetric encryption scheme, resulting in a first ciphertext (C m), - storing the first ciphertext (C m) in content-addressable storage as per a decentralized file-sharing protocol, the protocol being an InterPlanetary File System, - encrypting the random key with a public key (PK b) of the recipient using an integrated encryption scheme, resulting in a second ciphertext (C s), characterized in that the method further comprises - storing the second ciphertext (C s) and an address of the first ciphertext (C m) as per a smart contract with the recipient, the smart contract being executed by an Ethereum Virtual Machine, - the storing of the first ciphertext (C m) and second ciphertext (C s) is effected via a gateway, - the integrated encryption scheme is an Elliptic Curve Integrated Encryption Scheme, and - timing of write operations to the smart contract is varied randomly.
An implant for placement in a prostatic urethra lumen, comprising: an elastic wire body adapted to laterally expand and longitudinally contract from a deployment configuration to an at-rest configuration, wherein the elastic wire body is biased towards the at-rest configuration, the at-rest configuration configured to maintain the prostatic urethra lumen in an at least partially open state, wherein the elastic wire body in the at-rest configuration has a plurality of ring-shaped structures (111a, 11b, 11c) that are non-coplanar, the ring-shaped structures located about a longitudinal axis of the implant, and wherein each of the plurality of ring-shaped structures is coupled with another of the plurality of ring-shaped structures by an interconnect portion (112a, 112b) of the elastic wire body, the interconnect portion extending longitudinally such that the plurality of ring-shaped structures are spaced apart characterised in that at least one of the ring-shaped structures in the at-rest configuration comprises a U-shaped structure with flared ends. an elastic wire body adapted to laterally expand and longitudinally contract from a deployment configuration to an at-rest configuration, wherein the elastic wire body is biased towards the at-rest configuration, the at-rest configuration configured to maintain the prostatic urethra lumen in an at least partially open state, wherein the elastic wire body in the at-rest configuration has a plurality of ring-shaped structures (111a, 11b, 11c) that are non-coplanar, the ring-shaped structures located about a longitudinal axis of the implant, and wherein each of the plurality of ring-shaped structures is coupled with another of the plurality of ring-shaped structures by an interconnect portion (112a, 112b) of the elastic wire body, the interconnect portion extending longitudinally such that the plurality of ring-shaped structures are spaced apart characterised in that at least one of the ring-shaped structures in the at-rest configuration comprises a U-shaped structure with flared ends.
Magnetic resonance device with a scanner unit, a moveable patient couch, a patient couch controller and a user interface for a user input for adjusting a movement of the patient couch, wherein the user interface has a control element which comprises a rotary switch, wherein the patient couch controller comprises at least two control paths (36, 37) and a computing unit, wherein a first of the at least two control paths is embodied to detect first input data of the user input on the rotary switch and a second of the at least two control paths is embodied to detect second input data of the user input on the rotary switch, wherein the computing unit is designed to generate a control command for the patient couch and the computing unit has two separate inputs and each of the two inputs is assigned to one of the two control paths, wherein the computing unit is designed to evaluate the first input data and the second input data and only then to generate the control command for controlling the patient couch when the first input data and the second input data comprise a concordant item of input information, wherein the patient couch controller is embodied to determine a speed for an insertion and/or retraction movement of the patient couch as a function of an extent of a rotational movement of the rotary switch. wherein the computing unit is designed to generate a control command for the patient couch and the computing unit has two separate inputs and each of the two inputs is assigned to one of the two control paths, wherein the computing unit is designed to evaluate the first input data and the second input data and only then to generate the control command for controlling the patient couch when the first input data and the second input data comprise a concordant item of input information, wherein the patient couch controller is embodied to determine a speed for an insertion and/or retraction movement of the patient couch as a function of an extent of a rotational movement of the rotary switch.
A method performed by a switch, the method comprising: receiving a plurality of server announcements each of which is from a different server in the plurality of servers, wherein each server announcement includes one or more directories for which the corresponding server is responsible, wherein each server announcement is received via a port in the switch, and wherein the directories are directories in the distributed storage system; constructing a forwarding information base, FIB, from the server announcements by recording prefixes of the directories and the port into the FIB; receiving a request for a file from a client, wherein the file is located in a distributed storage system; extracting a directory path for the file from the request; performing longest prefix matching, LPM, of the directory path against the forwarding information base, FIB, to identify a port, wherein the FIB associates directories with ports of the switch; and forwarding the client request toward a server containing the file via the identified port, wherein the server is one of a plurality of servers in the distributed storage system. receiving a plurality of server announcements each of which is from a different server in the plurality of servers, wherein each server announcement includes one or more directories for which the corresponding server is responsible, wherein each server announcement is received via a port in the switch, and wherein the directories are directories in the distributed storage system; constructing a forwarding information base, FIB, from the server announcements by recording prefixes of the directories and the port into the FIB; receiving a request for a file from a client, wherein the file is located in a distributed storage system; extracting a directory path for the file from the request; performing longest prefix matching, LPM, of the directory path against the forwarding information base, FIB, to identify a port, wherein the FIB associates directories with ports of the switch; and forwarding the client request toward a server containing the file via the identified port, wherein the server is one of a plurality of servers in the distributed storage system.
A method for obtaining information regarding a User Equipment 'UE', in which a first Session Initiation Protocol, SIP, Request message or a SIP Response message is received at a Serving Call-State Control-Function, S-CSCF, and a second, third-party, SIP REGISTER message is sent from the S-CSCF to an Application Server, AS; the method comprising: receiving, at the AS, the third-party SIP REGISTER message including a Multi-purpose Internet Mail Extensions, MIME, body, wherein the MIME body includes all of the first SIP Request message or all of the first SIP Response message including at least an initial line and a header field; and obtaining, at the AS, the information regarding the UE from the first SIP Request message or the SIP Response message within the MIME body. receiving, at the AS, the third-party SIP REGISTER message including a Multi-purpose Internet Mail Extensions, MIME, body, wherein the MIME body includes all of the first SIP Request message or all of the first SIP Response message including at least an initial line and a header field; and obtaining, at the AS, the information regarding the UE from the first SIP Request message or the SIP Response message within the MIME body.
A medical-technical clamping device for clamping attachment of a medical-technical device to a guide, wherein the clamping device has two clamping portions (9, 22) for clamping engagement with the guide, at least one clamping portion of which can be moved relative to the other clamping portion via an actuation mechanism (4, 5, 7), wherein the clamping device has a limiting unit which decouples at least the one clamping portion from the actuation mechanism (4, 5, 7) in a force-dependent and/or path-dependent manner, characterized in that the actuation mechanism (4, 5, 7) has a spindle interacting with a spindle groove, wherein the spindle, which is operatively connected and drivable with a rotational handle, is mounted axially fixed but rotatable about its longitudinal axis of the spindle in the clamping device, and the spindle nut is mounted in the clamping device so as to be axially displaceable in the direction of the longitudinal axis of the spindle but rotationally fixed, or the spindle is axially displaceable and mechanically connected to a clamping jaw so as not to be rotatable and the spindle nut is axially fixed but rotatable about an axis of rotation and mechanically connected to a rotational handle, wherein the clamping device comprises a housing, at least one outer side of which forms or comprises a clamping portion interacting with a clamping jaw positionable by the rotational handle, and the clamping jaw and the clamping portion each comprise an abutment structure for interacting with the guide. the clamping device has a limiting unit which decouples at least the one clamping portion from the actuation mechanism (4, 5, 7) in a force-dependent and/or path-dependent manner, characterized in that the actuation mechanism (4, 5, 7) has a spindle interacting with a spindle groove, wherein the spindle, which is operatively connected and drivable with a rotational handle, is mounted axially fixed but rotatable about its longitudinal axis of the spindle in the clamping device, and the spindle nut is mounted in the clamping device so as to be axially displaceable in the direction of the longitudinal axis of the spindle but rotationally fixed, or the spindle is axially displaceable and mechanically connected to a clamping jaw so as not to be rotatable and the spindle nut is axially fixed but rotatable about an axis of rotation and mechanically connected to a rotational handle, wherein the clamping device comprises a housing, at least one outer side of which forms or comprises a clamping portion interacting with a clamping jaw positionable by the rotational handle, and the clamping jaw and the clamping portion each comprise an abutment structure for interacting with the guide.
A method for performing machine type communication, comprising establishing a connection to obtain machine type communication related services identified by an access point name or a service flow identifier from the network, receiving information indicative of a feature of a group of features assigned to a certain functionality, and utilizing said feature for said certain functionality in relation to said connection, characterised in that the feature is a power saving mechanism that has been selected by the network from the group of features being power saving mechanisms and the selection is based on usage conditions of the machine type communication connection. establishing a connection to obtain machine type communication related services identified by an access point name or a service flow identifier from the network, receiving information indicative of a feature of a group of features assigned to a certain functionality, and utilizing said feature for said certain functionality in relation to said connection, characterised in that the feature is a power saving mechanism that has been selected by the network from the group of features being power saving mechanisms and the selection is based on usage conditions of the machine type communication connection.
Locking device for movable furniture parts, with a guide rail with a plurality of blocking elements that is held displaceably along the guide rail, and having a plurality of activators, wherein each blocking element comprises a run-up slope which can be contacted by one of the activators which can be attached to a movable furniture part, and each blocking element comprises a wall which can form a stop for the activator in order to lock the movable furniture part with the activator in a closed position, wherein the guide rail with the blocking element can be moved between an anti-tipping position, in which all activators are arranged adjacent to a run-up slope on different blocking elements, and a blocking position in which all activators arranged in the closed position are arranged adjacent to a wall on different blocking elements, wherein in the anti-tipping position, when an activator is moved against a run-up slope, the guide rail is displaceable into the blocking position and is held in the blocking position by a holding device (40, 41, 50) and the locking elements are biased into a raised position by a force accumulator, characterised in that the guide rail is movable from the blocking position into the anti-tipping position via an activator, which is movable along a guide slope on a blocking element, and during a movement of the guide rail from the blocking position into the anti-tipping position by an activator which is movable along the guide slope, at least a part of the blocking elements can be moved into a lowered position against the force accumulator.
A landing gear system controller for controlling a landing gear system of an aircraft, wherein the controller comprises a processor that is configured: to receive a request to operate a non-landing gear system element of the aircraft, the request comprising a request to operate a main control surface of the aircraft to cause rotation of the aircraft during a take-off procedure; and to cause operation of at least part of the landing gear system of the aircraft during the take-off procedure on the basis of the request, wherein the controller is configured to perform a determination on the basis of the request as to whether to cause the operation, and to cause the operation on the basis of a result of the determination. to receive a request to operate a non-landing gear system element of the aircraft, the request comprising a request to operate a main control surface of the aircraft to cause rotation of the aircraft during a take-off procedure; and to cause operation of at least part of the landing gear system of the aircraft during the take-off procedure on the basis of the request, wherein the controller is configured to perform a determination on the basis of the request as to whether to cause the operation, and to cause the operation on the basis of a result of the determination.