mhurhangee/ep-ind-claims huggingface dataset:
Method for reversing thermomechanical rolling of an aluminium plate in a rolling process comprising a plurality of rolling passes, wherein - characteristic data for thermally controlling the rolling process is specified, - a pass schedule is determined for the rolling process, and - the pass schedule makes provision for a rolling pause between at least two successive rolling passes, during which rolling pause the rolling of the aluminium plate is interrupted to allow the plate to cool down, characterised in that - values of at least one state variable from which a temperature of the aluminium plate can be derived are determined continuously, - the pass schedule for the rolling process is determined as a function of the determined values of the at least one state variable and the characteristic data, - the characteristic data assigns a waiting thickness of the aluminium plate to at least one rolling pass, and - the pass schedule makes provision for a rolling pause to start as soon as the thickness of the aluminium plate reaches or falls below its assigned waiting thickness in said rolling pass, - the characteristic data assigns a rolling restart temperature of the aluminium plate to at least one rolling pause and the pass schedule makes provision for said rolling pause to terminate as soon as the temperature of the aluminium plate reaches the rolling restart temperature. - characteristic data for thermally controlling the rolling process is specified, - a pass schedule is determined for the rolling process, and - the pass schedule makes provision for a rolling pause between at least two successive rolling passes, during which rolling pause the rolling of the aluminium plate is interrupted to allow the plate to cool down, - values of at least one state variable from which a temperature of the aluminium plate can be derived are determined continuously, - the pass schedule for the rolling process is determined as a function of the determined values of the at least one state variable and the characteristic data, - the characteristic data assigns a waiting thickness of the aluminium plate to at least one rolling pass, and - the pass schedule makes provision for a rolling pause to start as soon as the thickness of the aluminium plate reaches or falls below its assigned waiting thickness in said rolling pass, - the characteristic data assigns a rolling restart temperature of the aluminium plate to at least one rolling pause and the pass schedule makes provision for said rolling pause to terminate as soon as the temperature of the aluminium plate reaches the rolling restart temperature.
A single domain antibody for binding to a P2X 7 receptor, the single domain antibody being defined by general formula: FR1 - CDR1 - FR2 - CDR2 - FR3 - CDR3 - FR4 wherein: FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; and wherein: CDR1 has a sequence: RNHDMG; CDR2 has a sequence: AISGSGGSTYYANSVKG; and CDR3 has a sequence: EPKPMDTEFDY. FR1, FR2, FR3 and FR4 are each framework regions; CDR1, CDR2 and CDR3 are each complementarity determining regions; CDR1 has a sequence: RNHDMG; CDR2 has a sequence: AISGSGGSTYYANSVKG; and CDR3 has a sequence: EPKPMDTEFDY.
A device for continuously feeding chocolate ingredients, such as flakes, to a continuous conche, the device comprising a hopper having at least one flexible wall that is movable and/or deformable to prevent adhesion of the ingredients to surfaces of the device exposed to the ingredients, wherein the at least one flexible wall is adapted to be moved/deformed by wall inflating means and is located at a downstream end of the hopper, and wherein the at least one flexible wall is substantially perpendicular to a feeding direction which is present downstream of the hopper.
A fuse positioning device, comprising: a fuse positioning template having a plurality of fuse positioning openings that each extend therethrough and are configured to align with a different fuse holder in a fuse relay center, and having solid portions adjacent the plurality of fuse positioning openings providing a fuse blocking portion of the fuse positioning template; and a fuse loading block (14, 16) having a plurality of fuse loading openings that extend through the fuse loading block, characterised in that the fuse loading block is configured to engage with a top surface of the fuse positioning template for sliding movement between a first position and a second position, wherein in the first position, each of the plurality of fuse loading openings is aligned with the fuse blocking portion of the fuse positioning template such that fuses loaded in the fuse loading openings are held in a respective fuse loading opening by the fuse blocking portion, and in a second position, each of the plurality of fuse loading openings aligns with a different one of the fuse positioning openings such that the fuses located in the fuse loading openings may be delivered through the fuse positioning openings to fuse holders in the fuse relay center. a fuse positioning template having a plurality of fuse positioning openings that each extend therethrough and are configured to align with a different fuse holder in a fuse relay center, and having solid portions adjacent the plurality of fuse positioning openings providing a fuse blocking portion of the fuse positioning template; and a fuse loading block (14, 16) having a plurality of fuse loading openings that extend through the fuse loading block, characterised in that the fuse loading block is configured to engage with a top surface of the fuse positioning template for sliding movement between a first position and a second position, wherein in the first position, each of the plurality of fuse loading openings is aligned with the fuse blocking portion of the fuse positioning template such that fuses loaded in the fuse loading openings are held in a respective fuse loading opening by the fuse blocking portion, and in a second position, each of the plurality of fuse loading openings aligns with a different one of the fuse positioning openings such that the fuses located in the fuse loading openings may be delivered through the fuse positioning openings to fuse holders in the fuse relay center.
Absorbing/tensioning device for a cable of a lifeline, comprising a tensioning device for tensioning said cable and an absorbing assembly, for absorbing a pulsed load, - said tensioner comprising means (4, 12) for tensioning said cable; and - said absorber comprising: - a first support, forming an integral part of said tensioner; - a second support, connected to a part for fixing said absorbing/tensioning device to a structure; - two coils of material that is at least partially irreversibly deformable, substantially parallel to one another, each coil comprising a first end connected to said first support and a second end connected to said second support. - said tensioner comprising means (4, 12) for tensioning said cable; and - said absorber comprising: - a first support, forming an integral part of said tensioner; - a second support, connected to a part for fixing said absorbing/tensioning device to a structure; - two coils of material that is at least partially irreversibly deformable, substantially parallel to one another, each coil comprising a first end connected to said first support and a second end connected to said second support. - a first support, forming an integral part of said tensioner; - a second support, connected to a part for fixing said absorbing/tensioning device to a structure; - two coils of material that is at least partially irreversibly deformable, substantially parallel to one another, each coil comprising a first end connected to said first support and a second end connected to said second support.
A system, comprising: a first cummerbund comprising a slot; and a lap bar configured to couple to first and second pivot points and to rotate in a first circumferential direction about the first and second pivot points; wherein the lap bar extends through the slot of the first cummerbund, wherein the first cummerbund is configured to translate in a first lateral direction relative to the lap bar to adjust a position of the lap bar within the slot, and wherein the first lateral direction is oriented substantially tangential to the first circumferential direction and substantially perpendicular to a length of the lap bar. a first cummerbund comprising a slot; and a lap bar configured to couple to first and second pivot points and to rotate in a first circumferential direction about the first and second pivot points; wherein the lap bar extends through the slot of the first cummerbund, wherein the first cummerbund is configured to translate in a first lateral direction relative to the lap bar to adjust a position of the lap bar within the slot, and wherein the first lateral direction is oriented substantially tangential to the first circumferential direction and substantially perpendicular to a length of the lap bar.
A system including a remote GNSS antenna structure adapted to receive GNSS signals; a digital communication subsystem adapted to receive signals from the remote GNSS antenna structure, the digital communication subsystem including a digital communications conductor for transmitting the digital signals in accordance with a communications protocol; and one or more GNSS receivers for receiving the signals from the digital communications subsystem, the one or more GNSS receivers being adapted to produce position information using the phases of codes and/or carriers of the GNSS signals and the respective locations of said one or more GNSS receivers relative to the remote GNSS antenna structure; characterised in that; the digital communications subsystem further comprises at a first end of the subsystem associated with the remote GNSS antenna structure an RF to digital converter external to the remote GNSS antenna structure or the RF to digital converter located within the remote GNSS antenna structure, where the RF to digital converter is adapted to receive an RF signal from the remote GNSS antenna structure over an RF cable if the RF to digital converter is external to the remote GNSS antenna structure, the RF to digital converter adapted to generate corresponding digital signals that are formatted for transmission over a high speed digital communications conductor, preserve relative timing information, and preserve frequency and carrier phase information and code phase information contained in the GNSS satellite signals, the digital communications subsystem transmitting the formatted signals over the high speed digital communications conductor to one or more digital to RF converters at a second end of the subsystem associated with the one or more GNSS receivers, the one or more digital to RF converters recovering the respective GNSS satellites signals and providing the signals to the one or more GNSS receivers, wherein the frequency of a local oscillator at the RF to digital converter is synchronised with local oscillators at the one or more digital to RF converters.
Method of processing road construction waste material consisting essentially of chippings and pitch-containing organic binder, in which a) the road construction waste material is comminuted; b) the comminuted road construction waste material is heated up to a reaction temperature at which the binder is converted to a gas; c) the resultant gas is cleaned and then released to the environment; d) the chippings that have been freed of binder are sent to reutilization in an asphalt mixing plant, characterized in that e) the road construction waste material is combusted in step b) with supply of oxidation air at a temperature that does not exceed 600°C. a) the road construction waste material is comminuted; b) the comminuted road construction waste material is heated up to a reaction temperature at which the binder is converted to a gas; c) the resultant gas is cleaned and then released to the environment; d) the chippings that have been freed of binder are sent to reutilization in an asphalt mixing plant,
A flexural plate wave sensor including a flexural plate having a length and a width, the flexural plate wave sensor being characterized by a comb pattern with drive teeth disposed across the entire length of the flexural plate to excite at least one eigenmode in the plate, and with sense teeth also disposed across the entire length of the flexural plate
A contact unit (10, 31) for a charging station of an electrically driven vehicle, in particular an electric bus or the like, the contact unit being configured to be disposed above a vehicle, wherein electrical charging contacts (11, 37) of the contact unit are movable with respect to contact surfaces of the vehicle and contact can be established between the charging contacts and the contact surfaces by means of the contact unit, the contact unit having at least two charging contact supports (13, 39) each of which has at least two charging contacts disposed thereon, the charging contact supports being connected to each other via a parallel linkage (16, 42) of the contact unit having two connecting rods (17, 44) disposed in parallel and having two support rods (18, 41) disposed in parallel, each support rod being connected to the connecting rods in one of two parallel movement planes (24, 48) via connecting hinges (19, 43) which are spaced apart from each other, and said support rods forming a parallelogram with the connecting rods, characterized in that the connecting rods are connected to a base support (21, 46) of the contact unit via two support hinges (22, 45), which are spaced apart from each other, in a support plane (23, 47) extending in parallel and centrically to the movement planes, each charging contact support being connected to the support rod via a rotary hinge (20, 40), the rotary hinges being orthogonally disposed with respect to the connecting hinges, each charging contact support mounting the charging contacts coaxially with respect to the axis of rotation.
A sorting and separating apparatus for conveying, separating and aligning components, comprising a turntable with a turntable carrier obliquely aligned relative to a horizontal assembly plane, with a reception space adjoining the turntable carrier, with a sorting disk rotatably arranged above the turntable carrier in a disk plane in the reception space, the sorting disk comprising a plurality of receiving pockets distributed about the circumference for receiving a component each, with a rotary drive connected to the sorting disk and with a buffer section which is connected to the turntable carrier for accepting the components from the sorting disk, wherein the sorting disk with its receiving pockets is adapted to receive the components in the disk plane in a prescribed direction of rotation and wherein the turntable has a plate conveyor arranged ahead of it with a reception bunker and at least one conveyor plate, characterised in that the receiving pockets have a rectangular shape and in that a gap of at least 3mm remains between the outer edge of the sorting dis and the side wall of the reception space for receiving a first portion of the components in the receiving pockets and a second portion of the components in the gap, wherein a support ring is arranged below the receiving pockets between the sorting disk and the turntable carrier, wherein the support ring ends at a distance from the side wall of the reception space, so that, starting from a topside of the sorting disk the gap has a larger depth than the receiving pocket.
A mounting device used for securing case furniture such as for example cabinet or shelf modules, which then form a corresponding cabinet or a corresponding shelf in stacked manner, comprising: - a base element with a bearing plate and a retaining element, wherein the bearing plate is partially covered by the retaining element and the retaining element is spaced from the bearing plate; - a locking element, which is movable on the bearing plate with at least one hooking projection, and the locking element is pivotable on the bearing plate such that the hooking projection is movable below the retaining element in circumferential direction, wherein a locking recess is provided in the base element or the locking element and a corresponding locking projection is provided on the counterpart such that the locking projection locks into the locking recess in the final position, and wherein the locking projection is arranged on a radially extending spring element, wherein the locking element is axially shifted into the base element and is rotated in circumferential direction such that the mounting device is secured in axial direction in itself and can no longer be pulled apart. - a base element with a bearing plate and a retaining element, wherein the bearing plate is partially covered by the retaining element and the retaining element is spaced from the bearing plate; - a locking element, which is movable on the bearing plate with at least one hooking projection, and the locking element is pivotable on the bearing plate such that the hooking projection is movable below the retaining element in circumferential direction, wherein a locking recess is provided in the base element or the locking element and a corresponding locking projection is provided on the counterpart such that the locking projection locks into the locking recess in the final position, and wherein the locking projection is arranged on a radially extending spring element,
Use of a TET protein as a N-terminus glycine residues specific exopeptidase, said TET protein comprising the amino acid sequence as set forth in SEQ ID NO: 1, or any homologous protein derived from said TET protein as set forth in SEQ ID NO: 1 by substitution, addition or deletion of at least one amino acid, provided that the derived protein retains at least 70 %, preferably at least 79 % of identity with the amino acid sequence as set forth in SEQ ID NO: 1, and said derived protein retaining a N-terminus glycine residues specific exopeptidase activity.
A helicopter tail rotor gearbox including: a housing; an output shaft for connection to a tail rotor rotatably supported in the housing and having an open end therein; an input member rotatably supported in the housing; gearing providing a power transmitting connection between the input member and the output shaft; and a pitch control shaft for effecting a change in the pitch of the tail rotor, the pitch control shaft being disposed at least partially within the output shaft, rotatable therewith, and movable relative thereto along the rotational axis of the output shaft; an actuating member for effecting axial movement of the pitch control shaft, the actuating member being movable axially of the output shaft but held against rotation therewith; a thrust bearing assembly positioned in between the pitch control shaft and the actuating member for permitting relative rotation therebetween; and an oil feed member held against rotation relative to the housing; wherein the oil feed member has at least one helical formation for causing oil within the gearbox to be fed axially of the oil feed member to the thrust bearing assembly, on rotation of the output shaft. a housing; an output shaft for connection to a tail rotor rotatably supported in the housing and having an open end therein; an input member rotatably supported in the housing; gearing providing a power transmitting connection between the input member and the output shaft; and a pitch control shaft for effecting a change in the pitch of the tail rotor, the pitch control shaft being disposed at least partially within the output shaft, rotatable therewith, and movable relative thereto along the rotational axis of the output shaft; an actuating member for effecting axial movement of the pitch control shaft, the actuating member being movable axially of the output shaft but held against rotation therewith; a thrust bearing assembly positioned in between the pitch control shaft and the actuating member for permitting relative rotation therebetween; and an oil feed member held against rotation relative to the housing;
An intra prediction method for video decoding, the method comprising: (S310, S1420) deriving a prediction mode for a current block, wherein the prediction mode is a vertical prediction mode for the intra prediction; and (S340, S1430) generating a predicted block which includes prediction samples by deriving a prediction sample for the current block using a first reference sample; wherein the step of generating the predicted block includes filtering the prediction sample which is one of prediction samples adjacent to a left boundary of the current block, characterized in that the first reference sample is located along a vertical prediction direction with regard to a location of the prediction sample, wherein the first reference sample is located outside of the current block and is adjacent to the top boundary of the current block; the filtering the prediction sample is performed based on a second reference sample which is located along a horizontal direction with regard to the location of the prediction sample, wherein the second reference sample is located outside of the current block and is adjacent to the left boundary of the current block. (S310, S1420) deriving a prediction mode for a current block, wherein the prediction mode is a vertical prediction mode for the intra prediction; and (S340, S1430) generating a predicted block which includes prediction samples by deriving a prediction sample for the current block using a first reference sample; wherein the step of generating the predicted block includes filtering the prediction sample which is one of prediction samples adjacent to a left boundary of the current block, characterized in that the first reference sample is located along a vertical prediction direction with regard to a location of the prediction sample, wherein the first reference sample is located outside of the current block and is adjacent to the top boundary of the current block; the filtering the prediction sample is performed based on a second reference sample which is located along a horizontal direction with regard to the location of the prediction sample, wherein the second reference sample is located outside of the current block and is adjacent to the left boundary of the current block.