mhurhangee/ep-ind-claims huggingface dataset:
A sender for providing secret data to a plurality receivers, wherein each receiver is arranged to use a respective sequence of functions to migrate the secret data from an initial input transform space into a respective final output transform space, wherein for each receiver in the plurality of receivers, the respective final output transform space is different to the respective final output transform space of each other receiver in the plurality of receivers, wherein the sender is arranged to: provide the secret data in the initial input transform space to the plurality of receivers; and for each receiver of the plurality of receivers, provide a respective sequence of seeds to said receiver, wherein each seed of the respective sequence of seeds is for seeding a corresponding function of the respective sequence of functions, wherein said seeded function is arranged to migrate the secret data from a respective input transform space to a respective output transform space, wherein said respective sequence of seeds is chosen so as to enable said receiver to use the respective sequence of functions under control of the respective sequence of seeds to migrate the secret data from the initial input transform space into the respective final output transform space (OUT1, OUT2, OUT3, OUT4). provide the secret data in the initial input transform space to the plurality of receivers; and for each receiver of the plurality of receivers, provide a respective sequence of seeds to said receiver, wherein each seed of the respective sequence of seeds is for seeding a corresponding function of the respective sequence of functions, wherein said seeded function is arranged to migrate the secret data from a respective input transform space to a respective output transform space, wherein said respective sequence of seeds is chosen so as to enable said receiver to use the respective sequence of functions under control of the respective sequence of seeds to migrate the secret data from the initial input transform space into the respective final output transform space (OUT1, OUT2, OUT3, OUT4).
A polyester resin composition for laser direct structuring, comprising a laser direct structuring additive at a quantity of 1 to 20 parts by mass relative to a total of 100 parts by mass of a thermoplastic polyester resin and a thermoplastic resin having a water absorption rate of 0.15 mass% or more, as measured using the ISO 62A method, wherein a ratio of content of the thermoplastic resin is 1 to 50 mass% relative to a total of 100 mass% of components and and the thermoplastic polyester resin contains a polybutylene terephthalate homopolymer and a modified polybutylene terephthalate resin.
A bogie comprising a framework and a magnet track braking device, the framework comprising a frame structure enclosed by two cross beams and two side beams, lower end faces of two side ends of each of the two cross beams are respectively fixedly provided with limiting seats, and each limiting seat comprises a blocking part and a positioning part; the blocking part is configured to abut against and match an abutting part arranged on the magnet track braking device, and a blocking direction of the blocking part arranged on one of the two cross beams is opposite to a blocking direction of the blocking part arranged on the other of the two cross beams; the positioning part is configured to cooperate with a matching part arranged on the magnet track braking device, so as to allow the magnet track braking device to move relative to the framework along a height direction, wherein the limiting seat is further provided with a connection part, the blocking part and the positioning part are fixed to the connection part, the connection part is provided with an arc-shaped connection surface that fits with an outer wall of the cross beam, and the arc-shaped connection surface is attached to the outer wall of the cross beam and is fixed to the outer wall of the cross beam by welding. the blocking part is configured to abut against and match an abutting part arranged on the magnet track braking device, and a blocking direction of the blocking part arranged on one of the two cross beams is opposite to a blocking direction of the blocking part arranged on the other of the two cross beams; the positioning part is configured to cooperate with a matching part arranged on the magnet track braking device, so as to allow the magnet track braking device to move relative to the framework along a height direction, wherein the limiting seat is further provided with a connection part, the blocking part and the positioning part are fixed to the connection part, the connection part is provided with an arc-shaped connection surface that fits with an outer wall of the cross beam, and the arc-shaped connection surface is attached to the outer wall of the cross beam and is fixed to the outer wall of the cross beam by welding.
An ocular device case that is used by injecting a treatment liquid from a separate refill container and that is configured to store an ocular device removed by a user, the ocular device case comprising: a case body having a storage area for the treatment liquid; a support portion for supporting the ocular device in the storage area; and a lid attached to an opening of the storage area in the case body; the ocular device case further comprising a container receiving portion being configured to be brought into contact with a spout of the refill container to allow the treatment liquid to be injected into the storage area, with the ocular device being supported in the storage area by the support portion, and an insertion port into which the spout of the refill container is inserted, wherein the container receiving portion is located inward of the insertion port so that a portion of the spout inserted from the insertion port is brought into contact with the container receiving portion. a case body having a storage area for the treatment liquid; a support portion for supporting the ocular device in the storage area; and a lid attached to an opening of the storage area in the case body; the ocular device case further comprising a container receiving portion being configured to be brought into contact with a spout of the refill container to allow the treatment liquid to be injected into the storage area, with the ocular device being supported in the storage area by the support portion, and an insertion port into which the spout of the refill container is inserted, wherein the container receiving portion is located inward of the insertion port so that a portion of the spout inserted from the insertion port is brought into contact with the container receiving portion.
A seatbelt device for a vehicle, comprising: a belt configured to restrain an occupant; a retractor configured to support the belt so as to wind up one end of the belt; a frictional-force applier configured to apply a frictional force to said belt by contacting the belt and arranged apart from the retractor; a driver configured to drive said frictional-force applier so as to change the frictional force; and a control unit configured to control a restraint-load applying device, wherein the restraint-load applying device includes the frictional-force applier and the driver, the driver includes a motor as a driving resource, characterized in that the control unit is configured to calculate restraint load to be added by the restraint-load applying device, calculate a rotational angle of the motor which is required to apply the calculated adding load based on a map of a relation of the adding load to the rotational angle of the motor, and operate the restraint-load applying device so that the motor is driven at the calculated rotational angle. a belt configured to restrain an occupant; a retractor configured to support the belt so as to wind up one end of the belt; a frictional-force applier configured to apply a frictional force to said belt by contacting the belt and arranged apart from the retractor; a driver configured to drive said frictional-force applier so as to change the frictional force; and a control unit configured to control a restraint-load applying device, wherein the restraint-load applying device includes the frictional-force applier and the driver, the driver includes a motor as a driving resource, characterized in that the control unit is configured to calculate restraint load to be added by the restraint-load applying device, calculate a rotational angle of the motor which is required to apply the calculated adding load based on a map of a relation of the adding load to the rotational angle of the motor, and operate the restraint-load applying device so that the motor is driven at the calculated rotational angle. calculate restraint load to be added by the restraint-load applying device, calculate a rotational angle of the motor which is required to apply the calculated adding load based on a map of a relation of the adding load to the rotational angle of the motor, and operate the restraint-load applying device so that the motor is driven at the calculated rotational angle.
A user terminal that communicates via an Licensed-Assisted Access, LAA, cell supporting Listen Before Talk, LBT, the user terminal comprising: a control section that, when the LBT is applied, controls to perform Radio Resource Measurement, RRM, with a subframe that is determined based on a result of detection of a beacon reference signal transmitted on the LAA cell, an obtaining section that performs the RRM measurement using the beacon reference signal to obtain a measurement result; and a transmitting section that transmits the measurement result. a control section that, when the LBT is applied, controls to perform Radio Resource Measurement, RRM, with a subframe that is determined based on a result of detection of a beacon reference signal transmitted on the LAA cell, an obtaining section that performs the RRM measurement using the beacon reference signal to obtain a measurement result; and a transmitting section that transmits the measurement result.
A paint removal kit comprising a paint stripping composition and an impermeable membrane, characterised in that the paint stripping composition comprises a gel formed of 10 to 90%, based on the total gel, of benzyl alcohol, 5 to 65%, based on the total gel, of water, a surfactant and a thickening agent, to which gel is added aluminium/magnesium silicate and/or chalk in an amount of 30 to 80%, based on the total composition, to form a non-sagging paste, and in that the impermeable membrane is biodegradable.
A composite bronze bearing, comprising a bearing layer of a bearing bronze material and a metal support layer, which is connected to the bearing layer by means of a substance-to-substance bond, characterized in that the bearing layer has a hardness of from 100 to 300 HV, the metal support layer consists of aluminum, an aluminum alloy, iron, an iron alloy, and/or a steel alloy, and the material of the metal support layer is applied to the bearing layer by means of at thermal spraying process.
A serum composition obtained from a goat following challenge with an immunogen for use in the treatment of Alzheimer's disease, wherein the immunogen is HIV.
A device for directly control a blade, particularly for an aircraft, said rotary device comprising: - a rotor rotating around a rotor axis - at least one blade carrier composed with at least one permanent magnet, said blade carrier pivotally coupled with a rotor around a blade axis, a blade plane is defined by said rotor axis and said blade axis, - at least one blade attached to the blade carrier - a stator composed of at least one coil, the centre of said stator being the intersection of the blade axis and the rotor axis, device characterized in that said stator is a partially spherical stator, the internal face of said magnet is curved, offset from the blade axis perpendicular with the blade plane radially close to the stator to allow electromagnetic interaction to control the rotation of the blades around the blade axis. - a rotor rotating around a rotor axis - at least one blade carrier composed with at least one permanent magnet, said blade carrier pivotally coupled with a rotor around a blade axis, a blade plane is defined by said rotor axis and said blade axis, - at least one blade attached to the blade carrier - a stator composed of at least one coil, the centre of said stator being the intersection of the blade axis and the rotor axis,
An electrically assisted wheelchair, comprising: a wheelchair body (3, 5) including a seat on which a user is seated; a right driving unit configured to apply right auxiliary power to a right wheel rotating rightwardly of the seat by the operation of a right hand rim by the user; a left driving unit configured to apply left auxiliary power to a left wheel rotating leftwardly of the seat by the operation of a left hand rim by the user; and a control unit configured to calculate an assist value for the right wheel and the left wheel and determine the right auxiliary power and the left auxiliary power; wherein the control unit is configured: to obtain an inclination assist value by correcting the assist value when a road surface is inclined in a left-right direction of the seat and to perform a downhill turning preventing operation of causing the wheelchair body (3, 5) to travel straight by applying the right auxiliary power and the left auxiliary power corresponding to the inclination assist value; and to adjust the right auxiliary power and the left auxiliary power by correcting the inclination assist value according to a hand rim operation of the user to operate at least one of the right hand rim and the left hand rim in the downhill turning preventing operation. a wheelchair body (3, 5) including a seat on which a user is seated; a right driving unit configured to apply right auxiliary power to a right wheel rotating rightwardly of the seat by the operation of a right hand rim by the user; a left driving unit configured to apply left auxiliary power to a left wheel rotating leftwardly of the seat by the operation of a left hand rim by the user; and a control unit configured to calculate an assist value for the right wheel and the left wheel and determine the right auxiliary power and the left auxiliary power; wherein the control unit is configured: to obtain an inclination assist value by correcting the assist value when a road surface is inclined in a left-right direction of the seat and to perform a downhill turning preventing operation of causing the wheelchair body (3, 5) to travel straight by applying the right auxiliary power and the left auxiliary power corresponding to the inclination assist value; and to adjust the right auxiliary power and the left auxiliary power by correcting the inclination assist value according to a hand rim operation of the user to operate at least one of the right hand rim and the left hand rim in the downhill turning preventing operation. to obtain an inclination assist value by correcting the assist value when a road surface is inclined in a left-right direction of the seat and to perform a downhill turning preventing operation of causing the wheelchair body (3, 5) to travel straight by applying the right auxiliary power and the left auxiliary power corresponding to the inclination assist value; and to adjust the right auxiliary power and the left auxiliary power by correcting the inclination assist value according to a hand rim operation of the user to operate at least one of the right hand rim and the left hand rim in the downhill turning preventing operation.
A load bearing tension member for an elevator system, comprising: a plurality of tension elements arrayed across a tension member width, the tension elements offset from a tension member central axis bisecting a tension member thickness and extending across the tension member width, the tension elements including: a plurality of fibers extending along a length of the tension element; and a matrix material in which the plurality of fibers are embedded; and a jacket at least partially encapsulating the plurality of tension elements; characterized in that the plurality of tension elements are alternatingly staggered relative to the tension member central axis, along the tension member width. a plurality of tension elements arrayed across a tension member width, the tension elements offset from a tension member central axis bisecting a tension member thickness and extending across the tension member width, the tension elements including: a plurality of fibers extending along a length of the tension element; and a matrix material in which the plurality of fibers are embedded; and a plurality of fibers extending along a length of the tension element; and a matrix material in which the plurality of fibers are embedded; and a jacket at least partially encapsulating the plurality of tension elements; characterized in that the plurality of tension elements are alternatingly staggered relative to the tension member central axis, along the tension member width.
An articulation mechanism (10; 110; 210; 310) for use in a medical device, comprising: a series of stacked links (12; 112; 212; 312) disposed adjacent to one another and movable with respect to each other, each link (12; 112; 212; 312) including a front face (16; 116; 316) defining a pair of pivot points (20; 120; 220; 320) and a rear face (18; 118; 318) defining a wedge shaped recess (30; 130; 330) for receiving the pivot points (20; 120; 220; 320) of the adjacent link, at least one pull-wire (44; 46, 48, 50; 144, 146, 148, 150; 244, 246, 248, 250) for providing tension to the articulation mechanism and holding the adjacent links together, wherein the front face further includes a pair of oppositely arranged engagement surfaces which bisect the front face (16; 116; 316), characterized in that the rear face including a flat surface, and wherein two sloped sections of the rear face are angled distally away from the flat surface of the rear face forming the wedge shaped recess with a rear vertex, the vertex and pivot points of the adjacent link being aligned; and wherein each engagement surface includes a tapered section (22; 122; 322) angled proximally away from the pair of pivot points (20; 120; 220; 320). a series of stacked links (12; 112; 212; 312) disposed adjacent to one another and movable with respect to each other, each link (12; 112; 212; 312) including a front face (16; 116; 316) defining a pair of pivot points (20; 120; 220; 320) and a rear face (18; 118; 318) defining a wedge shaped recess (30; 130; 330) for receiving the pivot points (20; 120; 220; 320) of the adjacent link, at least one pull-wire (44; 46, 48, 50; 144, 146, 148, 150; 244, 246, 248, 250) for providing tension to the articulation mechanism and holding the adjacent links together, wherein the front face further includes a pair of oppositely arranged engagement surfaces which bisect the front face (16; 116; 316), characterized in that the rear face including a flat surface, and wherein two sloped sections of the rear face are angled distally away from the flat surface of the rear face forming the wedge shaped recess with a rear vertex, the vertex and pivot points of the adjacent link being aligned; and wherein each engagement surface includes a tapered section (22; 122; 322) angled proximally away from the pair of pivot points (20; 120; 220; 320).
An aluminum alloy comprising 0.74-0.84 wt. % Si, 0.27 - 0.34 wt. % Fe, 0.08 - 0.14 wt. % Cu, 0.10-0.16 wt. % Mn, 0.59 - 0.69 wt. % Mg, 0 - 0.050 wt. % Cr, 0 - 0.05 wt. % Zn, 0 - 0.05 wt. % Ti, 0 - 0.05 wt. % Pb, 0 - 0.005 wt. % Be and no Ni, trace element impurities in 0 - 0.15 wt. %, with the remainder as Al.
A drive, with a geared motor, consisting of an electric motor and a step-down gear, a drive housing, a motor mount for the geared motor, a damping means arranged between the motor mount and the geared motor, and a damping means receptacle for receiving the damping means on the geared motor, wherein there is a form fit between the motor mount and the damping means receptacle, characterised in that the form fit is formed in the paraxial direction by a ring-disc-like end region, extending radially inwards, of an annular gear, and in that the damping means receptacle consists of an oval shoulder which is in one piece with the ring gear and is delimited axially by an end region, extending radially inwards, of the annular gear and a radial extended portion of the damping means receptacle, as a result of which a form fit in the axial direction is produced which also serves as a loss prevention means or transport restraint for the damping means.
A cap for forming a sealed cavity around an end of a fastener, the cap comprising a body portion with a base terminating at an edge which surrounds an opening into a central cavity, and an annular flange which extends outwardly from the body portion at a point which is set back from the edge of the base, characterised in that the body portion is deformable between a first configuration in which at least a part of the annular flange is inclined upwardly away from the base, and a second configuration in which said part of the annular flange is inclined downwardly at an acute angle to the base so as to define an annular pocket between the flange and the base.
A method of coding video data, the method comprising: determining a plurality of sets of adaptive loop filters for a current slice; determining a respective set of adaptive loop filters, from among the plurality of sets of adaptive loop filters, per block of the current slice for blocks in which adaptive loop filtering is used, wherein determining the respective set of adaptive loop filters comprises: coding a respective syntax element indicating the respective set of adaptive loop filters, from among the plurality of sets of adaptive loop filters, per block of the current slice in which adaptive loop filtering is used, wherein the blocks of the current slice are coding tree units, CTUs, of the current slice, wherein each respective set of adaptive loop filters includes a previous adaptive loop filter from one or more previous slices, and wherein the respective syntax element is an index to a list including the plurality of sets of adaptive loop filters; and adaptive loop filtering the blocks of the current slice in accordance with the respective sets of adaptive loop filters. determining a plurality of sets of adaptive loop filters for a current slice; determining a respective set of adaptive loop filters, from among the plurality of sets of adaptive loop filters, per block of the current slice for blocks in which adaptive loop filtering is used, wherein determining the respective set of adaptive loop filters comprises: coding a respective syntax element indicating the respective set of adaptive loop filters, from among the plurality of sets of adaptive loop filters, per block of the current slice in which adaptive loop filtering is used, wherein the blocks of the current slice are coding tree units, CTUs, of the current slice, wherein each respective set of adaptive loop filters includes a previous adaptive loop filter from one or more previous slices, and wherein the respective syntax element is an index to a list including the plurality of sets of adaptive loop filters; and adaptive loop filtering the blocks of the current slice in accordance with the respective sets of adaptive loop filters. coding a respective syntax element indicating the respective set of adaptive loop filters, from among the plurality of sets of adaptive loop filters, per block of the current slice in which adaptive loop filtering is used, wherein the blocks of the current slice are coding tree units, CTUs, of the current slice, wherein each respective set of adaptive loop filters includes a previous adaptive loop filter from one or more previous slices, and wherein the respective syntax element is an index to a list including the plurality of sets of adaptive loop filters; and adaptive loop filtering the blocks of the current slice in accordance with the respective sets of adaptive loop filters.