mhurhangee/ep-ind-claims huggingface dataset:
Magnetic resonance tomography scanner having a control unit for controlling the image acquisition and an interface connected to the control unit for signal communication purposes, wherein the control unit is configured for synchronising an image acquisition as a function of a signal received via the interface from a second magnetic resonance tomography scanner, wherein the interface is configured for exchanging data and wherein the control unit is configured for synchronising an image acquisition with a second magnetic resonance tomography scanner by means of information exchange via the interface, wherein the signal includes information relating to a time and frequency of a transmit process, characterised in that the control unit is configured for changing a frequency range of an image acquisition process as a function of the received information, wherein the image acquisition includes different slices, wherein these are differentiated by a gradient magnetic field in the z-direction and thus in the effective Larmor frequency of a magnetic resonance signal, wherein the sequence of slices is ordered during the image acquisition so that an acquisition in the same frequency range never takes place simultaneously in both magnetic resonance tomography scanners. wherein the interface is configured for exchanging data and wherein the control unit is configured for synchronising an image acquisition with a second magnetic resonance tomography scanner by means of information exchange via the interface, wherein the signal includes information relating to a time and frequency of a transmit process, characterised in that the control unit is configured for changing a frequency range of an image acquisition process as a function of the received information, wherein the image acquisition includes different slices, wherein these are differentiated by a gradient magnetic field in the z-direction and thus in the effective Larmor frequency of a magnetic resonance signal, wherein the sequence of slices is ordered during the image acquisition so that an acquisition in the same frequency range never takes place simultaneously in both magnetic resonance tomography scanners.
A device for dispensing treatment materials for skin treatment of a user comprising: a body; a control unit; and means for containing and dispensing said treatment materials; wherein said means contains at least one first data storage device adapted to store first information pertaining to said treatment materials; and wherein said control unit is configured for controlling dispensing of said treatment materials from said means through an electrical interface in between said control unit and said means; characterized in that: said means comprises a dispenser having multiple sub-dispensers, each sub-dispenser containing the same or different treatment materials; said at least one first data storage device is adapted to store first information relating to a pre-set operational mode of the sub-dispensers for dispensing the same or different treatment materials therefrom; said control unit is configured to receive said first information from said first data storage device and control the operation of the dispenser based upon the pre-set operational mode. a body; a control unit; and means for containing and dispensing said treatment materials; wherein said means contains at least one first data storage device adapted to store first information pertaining to said treatment materials; and wherein said control unit is configured for controlling dispensing of said treatment materials from said means through an electrical interface in between said control unit and said means; characterized in that: said means comprises a dispenser having multiple sub-dispensers, each sub-dispenser containing the same or different treatment materials; said at least one first data storage device is adapted to store first information relating to a pre-set operational mode of the sub-dispensers for dispensing the same or different treatment materials therefrom; said control unit is configured to receive said first information from said first data storage device and control the operation of the dispenser based upon the pre-set operational mode.
A subsea grab system for activities below a water surface in a marine environment, the subsea grab system comprising - a grab device; - a first hoisting arrangement configured for suspending and hoisting the grab device from a marine vessel below the water surface and for positioning the grab device in a vertical direction, the first hoisting arrangement comprising at least one longitudinal suspension element for suspending and hoisting the grab device; and - a driver device comprising a propeller system configured for driving and positioning the driver device in a first horizontal plane below the water surface, the grab system being configured such that, in operation, the grab device is positioned below the driver device, and the driver device being configured for positioning the grab device in a second horizontal plane below the water surface by guiding of the first hoisting arrangement by the driver device and by driving and positioning the driver device in the first horizontal plane; characterized in that the subsea grab system further comprises - a second hoisting arrangement configured for suspending and hoisting the driver device from the marine vessel below the water surface, wherein the first and second hoisting arrangements (120, 140) are configured and arranged such that the grab device and the driver device, during operation, are independently suspended from the marine vessel, and wherein the at least one longitudinal suspension element of the first hoisting arrangement is guided by at least one central opening of the driver device by passing of the at least one longitudinal suspension element through the central opening for guiding the first hoisting arrangement. - a grab device; - a first hoisting arrangement configured for suspending and hoisting the grab device from a marine vessel below the water surface and for positioning the grab device in a vertical direction, the first hoisting arrangement comprising at least one longitudinal suspension element for suspending and hoisting the grab device; and - a driver device comprising a propeller system configured for driving and positioning the driver device in a first horizontal plane below the water surface, the grab system being configured such that, in operation, the grab device is positioned below the driver device, and the driver device being configured for positioning the grab device in a second horizontal plane below the water surface by guiding of the first hoisting arrangement by the driver device and by driving and positioning the driver device in the first horizontal plane; characterized in that the subsea grab system further comprises - a second hoisting arrangement configured for suspending and hoisting the driver device from the marine vessel below the water surface,
Floor mat,-which can be used at a standing workplace, having a mat surface, wherein a mat structure formed under the mat surface is made of an elastomeric material, in said mat structure irregularly distributed elements are disposed, the texture of said elements being harder than the texture of the elastomeric material of the mat structure, wherein the mat structure is disposed on a base part, on/at which said elements are formed in the shape of protrusions, characterized in that the mat structure is an upper part with recesses formed therein in which the hard elements are receivable.
A gas turbine engine, comprising: a plate; a frame attached to the plate; and a panel supported by the frame, wherein the panel protects the plate from a relatively hot gas path, characterized in that the panel includes first and second radially inner flanges (66, 72), and first and second radially outer flanges (68, 74) spaced-apart from the first and second radially inner flanges (66, 72) by first and second slots (70, 76), and the frame includes a first grip engaging the first radially outer flange of the panel, and a second grip engaging the second radially outer flange of the panel, the gas turbine engine includes a plurality of shims (84, 86, 88, 90) provided between the first and second radially outer flanges (68, 74) and the first and second grips (80, 82) such that the first and second grips (80, 82) do not directly contact the first and second radially outer flanges (68, 74). a plate; a frame attached to the plate; and a panel supported by the frame, wherein the panel protects the plate from a relatively hot gas path, characterized in that the panel includes first and second radially inner flanges (66, 72), and first and second radially outer flanges (68, 74) spaced-apart from the first and second radially inner flanges (66, 72) by first and second slots (70, 76), and the frame includes a first grip engaging the first radially outer flange of the panel, and a second grip engaging the second radially outer flange of the panel, the gas turbine engine includes a plurality of shims (84, 86, 88, 90) provided between the first and second radially outer flanges (68, 74) and the first and second grips (80, 82) such that the first and second grips (80, 82) do not directly contact the first and second radially outer flanges (68, 74).
A method in a user equipment, UE of a cellular communications system, the method comprising: - receiving data units from an eNodeB, eNB, each of which data unit is assigned an identifier in the form of a sequence number, and which data units are divided into segments, and - sending status information in data units (200, 300) about partially received or non-received data units to the eNB, characterized in that in the case of one or more non-received or partially received data unit or units the status information is sent as a message comprising - a first extension indicator bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received, wherein said first extension indicator bit indicates the absence or presence of another set comprising another of said first extension indicator bit and another of said second extension indicator (F, RF) bit and data (NACK, SN) regarding a partially or non-received unit in the form of a sequence number for the non-received or partially received data unit. - receiving data units from an eNodeB, eNB, each of which data unit is assigned an identifier in the form of a sequence number, and which data units are divided into segments, and - sending status information in data units (200, 300) about partially received or non-received data units to the eNB, characterized in that in the case of one or more non-received or partially received data unit or units the status information is sent as a message comprising - a first extension indicator bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received, - a first extension indicator bit, - Data (NACK) regarding a non-received or partially received data unit in the form of a sequence number for the non-received or partially received data unit, - a second extension indicator (F, RF) bit, indicating an absence or presence of information indicating which parts of a partially received data unit were not received, and - in the case of one or more partially received data units, information which parts of a partially received data unit were not received,
A strut assembly including a holding and releasing mechanism configured to be attached to a cylinder-type closer, said strut assembly comprising a strut cylinder, a strut rod, said mechanism comprising a pivot block, a locking tube, and a stop tube, said stop tube including a clip at a first end and a collar, at a second end, said clip configured to move from a first position to a second position while pivoting said locking tube at a first end in order to engage said locking tube at another end with said strut cylinder thereby holding said strut assembly in an extended position, characterized in that said stop tube including a rigid angled ramp connecting said clip and said collar."
A method for controlling the cutting of a first strip out of a first board and a second strip out of said first board or out of a second board, said method comprising providing a control module, said control module providing an instruction to process said first board and said second board or to process said first strip and said second strip simultaneously, characterized in that said control module provides instructions for temporary storage and retrieval from storage of said first strip until cutting of at least said second strip out of said first board or out of said second board has occurred, and provides instructions to stack and/or align said first board and said second board or to stack and/or align said first strip and said second strip for processing, even if said processing of said first board and said second board is not identical and/or said processing of said first strip and said second strip is not identical.
A rectangular container having two opposing first walls and two opposing second walls, two cover halves, each of which can be pivoted outwards and inwards by means of a hinge in order to open and close the container, wherein upper edges of the two opposing second walls of the container extend at right angles to the hinges and retaining hooks for locking the cover halves are arranged on these edges, wherein the cover halves comprise sides which run at right angles to the hinges, characterized in that the sides which run at right angles to the hinges have openings for receiving the retaining hooks, and in each case at least one retaining hook which is fastened to a container wall is associated with each of these sides of the cover halves which run at right angles to the hinges, and that the retaining hooks are arranged in such a manner that the tip of the hooks of each retaining hook associated with a cover half points in each case towards the hinge of the respective cover half, and that the retaining hooks are movably attached to the container walls and are movable from a rest position towards the center of the second wall of the container parallel to the upper edge of the second wall of the container, and the retaining hooks are each connected to a spring element which is preloaded upon movement of the retaining hook and is spontaneously moved back again by the spring force of the spring element. the sides which run at right angles to the hinges have openings for receiving the retaining hooks, and in each case at least one retaining hook which is fastened to a container wall is associated with each of these sides of the cover halves which run at right angles to the hinges, and that the retaining hooks are arranged in such a manner that the tip of the hooks of each retaining hook associated with a cover half points in each case towards the hinge of the respective cover half, and that the retaining hooks are movably attached to the container walls and are movable from a rest position towards the center of the second wall of the container parallel to the upper edge of the second wall of the container, and the retaining hooks are each connected to a spring element which is preloaded upon movement of the retaining hook and is spontaneously moved back again by the spring force of the spring element.
A thermoplastic elastomer composition comprising: 30 to 40 % by weight of a block terpolymer of an aromatic vinyl compound with alkene or a conjugated diene-based compound; 25 to 50 % by weight of a paraffin oil; 2 to 4 % by weight of a polyolefin-based resin; 5 to 20 % by weight of an inorganic additive; and 5 to 15 % by weight of a polyphenylene ether-based resin. 30 to 40 % by weight of a block terpolymer of an aromatic vinyl compound with alkene or a conjugated diene-based compound; 25 to 50 % by weight of a paraffin oil; 2 to 4 % by weight of a polyolefin-based resin; 5 to 20 % by weight of an inorganic additive; and 5 to 15 % by weight of a polyphenylene ether-based resin.
A method performed by a base station, the method comprising: generating control information for assigning communication resources for transmitting data to a machine type communication device, wherein the control information uses a downlink control information, DCI, format to indicate communication resources in a plurality of narrowbands, wherein the DCI format corresponds to DCI format 6-0A but is differentiated from DCI format 6-0A by means of a one-bit flag, and wherein the DCI format indicates a starting narrowband and a number of consecutive physical resource blocks, PRBs, allocated in a scheduling instance to the machine type communication device; transmitting the generated control information to the machine type communication device; transmitting data to the machine type communication device using the assigned communication resources; and receiving, from the machine type communication device ACK/NACK feedback for data transmitted to the machine type communication device, wherein the ACK/NACK feedback comprises one ACK/NACK indication for acknowledging data transmitted in a plurality of subframes. generating control information for assigning communication resources for transmitting data to a machine type communication device, wherein the control information uses a downlink control information, DCI, format to indicate communication resources in a plurality of narrowbands, wherein the DCI format corresponds to DCI format 6-0A but is differentiated from DCI format 6-0A by means of a one-bit flag, and wherein the DCI format indicates a starting narrowband and a number of consecutive physical resource blocks, PRBs, allocated in a scheduling instance to the machine type communication device; transmitting the generated control information to the machine type communication device; transmitting data to the machine type communication device using the assigned communication resources; and receiving, from the machine type communication device ACK/NACK feedback for data transmitted to the machine type communication device, wherein the ACK/NACK feedback comprises one ACK/NACK indication for acknowledging data transmitted in a plurality of subframes.
A digital signature generation method for a transmitting-entity, comprising: partitioning a message to be transmitted into a first portion and a second portion; generating an ephemeral secret, k, and a corresponding ephemeral key, Q; calculating an encryption key (K e) based on the generated ephemeral key and a public key of the transmitting entity, P A, by the equation: K e = KDF Q − x Q P A, wherein KDF is a key derivation function and x Q is an integer conversion of the x-coordinate of the ephemeral public key Q; computing a ciphertext (c) by encrypting the first portion of the message using the calculated encryption key (K e); computing a hash value (h) by applying a first hash function to a concatenation of an identity hash value (Z A), the computed ciphertext (c), and the second portion of the message; calculating a signature keys by the equation: s = 1 + d A − 1 k − r ⋅ d A mod n wherein d A is the private key of the transmitting-entity, n is the order of the base point of the elliptic curve, and r is a first signature component calculated by the equation: r = e + x Q mod n wherein e is an integer value derived from the hash value h; and outputting an enciphered message that includes the calculated signature key (s), the computed ciphertext (c), and the second portion of the message. partitioning a message to be transmitted into a first portion and a second portion; generating an ephemeral secret, k, and a corresponding ephemeral key, Q; calculating an encryption key (K e) based on the generated ephemeral key and a public key of the transmitting entity, P A, by the equation: K e = KDF Q − x Q P A, wherein KDF is a key derivation function and x Q is an integer conversion of the x-coordinate of the ephemeral public key Q; computing a ciphertext (c) by encrypting the first portion of the message using the calculated encryption key (K e); computing a hash value (h) by applying a first hash function to a concatenation of an identity hash value (Z A), the computed ciphertext (c), and the second portion of the message; calculating a signature keys by the equation: s = 1 + d A − 1 k − r ⋅ d A mod n wherein d A is the private key of the transmitting-entity, n is the order of the base point of the elliptic curve, and r is a first signature component calculated by the equation: r = e + x Q mod n wherein e is an integer value derived from the hash value h; and outputting an enciphered message that includes the calculated signature key (s), the computed ciphertext (c), and the second portion of the message.
Fluid storage tank with a filter device that is installed in the fluid storage tank, with at least one replaceable filter element that substantially forms a kind of circular cylinder through which a fluid can flow from the inside to the outside, comprising a filter mat, which, for stiffening purposes from the outside inwards, is enclosed by a support tube or support jacket comprising through openings, and said filter element, in each case retaining a pre-definable radial distance and forming a fluid flow chamber, being surrounded by a housing wall of a housing, said wall comprising a plurality of through points, some of which are arranged beneath a respective changeable fluid level in the storage tank, while the remainder are arranged above this fluid level, wherein the housing is terminated on its underside by a base part and comprises a flange-like widening on its upper side with which the filter device is supported in this region on the upper side of an upper tank wall of the fluid storage tank, wherein holding rods are arranged on the outer circumference of the filter mat with the support tube, said rods, each protruding with their lower end beneath the lower side of the base part, being screwed in this region by means of a threaded nut, wherein the upper end of the respective holding rod is screwed into the flange-like widening by means of a corresponding inner thread, and wherein the housing wall is fixed in such a way subject to a predefined pre-tensioning between the widening and the base part, wherein the fluid storage tank comprises an associated receiving wall for fixing the filter device, an inlet channel for contaminated fluid running between the upper tank wall and the receiving wall, said channel being in fluidic connection with the inside of the filter element, and wherein the filter device comprises a lid part, which comprises a step-like widening, which stands up on the upper side of the receiving wall, and which enables the filter device to be installed in and removed from the fluid storage tank.