mhurhangee/ep-ind-claims huggingface dataset:
Data stream having a picture encoded thereinto wherein the picture is coded into the data stream along a coding path in units of slices into which the picture is partitioned, wherein the picture is subdivided into segments which are traversed by the coding path sequentially, segment by segment, with each slice having a fraction of a segment, or one or more segments completely, encoded thereinto, wherein the picture has encoded thereinto the segments without coding interdependencies, wherein each slice comprises start position information indicating a starting position from which onwards the picture is, along the coding path, encoded into the respective slice, wherein the start position information indicates the starting position relative to an onset position at which the coding path starts traversing a segment the starting position is located in, and segment information which indicates the segment the starting position is located in, thereby rendering easier the extraction of a sub-picture by discarding slices not pertaining to any segment contained in the sub-picture to be extracted and by adopting the remaining slices without having to revise the start position information. wherein the picture is coded into the data stream along a coding path in units of slices into which the picture is partitioned, wherein the picture is subdivided into segments which are traversed by the coding path sequentially, segment by segment, with each slice having a fraction of a segment, or one or more segments completely, encoded thereinto, wherein the picture has encoded thereinto the segments without coding interdependencies, wherein each slice comprises start position information indicating a starting position from which onwards the picture is, along the coding path, encoded into the respective slice, wherein the start position information indicates the starting position relative to an onset position at which the coding path starts traversing a segment the starting position is located in, and segment information which indicates the segment the starting position is located in, thereby rendering easier the extraction of a sub-picture by discarding slices not pertaining to any segment contained in the sub-picture to be extracted and by adopting the remaining slices without having to revise the start position information. start position information indicating a starting position from which onwards the picture is, along the coding path, encoded into the respective slice, wherein the start position information indicates the starting position relative to an onset position at which the coding path starts traversing a segment the starting position is located in, and segment information which indicates the segment the starting position is located in, thereby rendering easier the extraction of a sub-picture by discarding slices not pertaining to any segment contained in the sub-picture to be extracted and by adopting the remaining slices without having to revise the start position information.
A method of wireless communication with a base station performed by a user equipment, UE, comprising: receiving from the base station, in a first subframe, multi-subframe scheduling information for a set of subframes; receiving from the base station instructions to enable or disable transport block size, TBS, adjustment in multi-subframe assignment and specific rules on how to make the adjustment; determining differences in characteristics for one or more subframes of the set of subframes based on the multi-subframe scheduling information and the received instructions; and adjusting one or more properties for communication during the one or more subframes responsive to the determination based on the specific rules; wherein determining the differences in characteristics comprises determining that a subframe of the set of subframes has different available resource blocks, RBs, from the first subframe; and wherein adjusting one or more properties for communication during the one or more subframes comprises adjusting a transport block size, TBS, of the one or more subframes relative to a transport block size of the first subframe. receiving from the base station, in a first subframe, multi-subframe scheduling information for a set of subframes; receiving from the base station instructions to enable or disable transport block size, TBS, adjustment in multi-subframe assignment and specific rules on how to make the adjustment; determining differences in characteristics for one or more subframes of the set of subframes based on the multi-subframe scheduling information and the received instructions; and adjusting one or more properties for communication during the one or more subframes responsive to the determination based on the specific rules; wherein determining the differences in characteristics comprises determining that a subframe of the set of subframes has different available resource blocks, RBs, from the first subframe; and wherein adjusting one or more properties for communication during the one or more subframes comprises adjusting a transport block size, TBS, of the one or more subframes relative to a transport block size of the first subframe.
An indirect heat drying method for a particulate matter, using two indirect heat drying units each comprising a rotary cylinder located to be freely rotatable around an axis, plural heating tubes arranged inside the rotary cylinder to be parallel with the axis, and a carrier gas passing means that supplies a carrier gas from one out of two sides of the rotary cylinder to be discharged into the other side, the method comprising: step of supplying the carrier gas into first one of the indirect heat drying units to produce a co-current flow relative to the flow of the particulate matter, thereby drying the particulate matter, and step of supplying the carrier gas into second one of the indirect heat drying units to produce a counterflow against the flow of the particulate matter, thereby drying the particulate matter further, and the method further comprising: step of recovering first fine particles contained in the carrier gas discharged from the first indirect heat drying unit, and mixing the first fine particles with the particulate matter to be supplied to step, and step of recovering second fine particles contained in the carrier gas discharged from the second indirect heat drying unit, and mixing the second fine particles with the dried particulate matter yielded through step. step of supplying the carrier gas into first one of the indirect heat drying units to produce a co-current flow relative to the flow of the particulate matter, thereby drying the particulate matter, and step of supplying the carrier gas into second one of the indirect heat drying units to produce a counterflow against the flow of the particulate matter, thereby drying the particulate matter further, and step of recovering first fine particles contained in the carrier gas discharged from the first indirect heat drying unit, and mixing the first fine particles with the particulate matter to be supplied to step, and step of recovering second fine particles contained in the carrier gas discharged from the second indirect heat drying unit, and mixing the second fine particles with the dried particulate matter yielded through step.
An embossing device comprising: - an embossing area in which are arranged at least: a first embossing roller; a second embossing roller; a first pressure roller co-acting with the first embossing roller; a second pressure roller co-acting with the second embossing roller; - a storage unit configured for containing spare embossing rollers (55, 57, 59), for replacing one or the other of said first embossing roller and second embossing roller in the embossing area; wherein the storage unit is provided with seats for receiving embossing rollers (55, 57, 59, 5, 7); said storage unit is distanced from the embossing area and is arranged upstream of the embossing area with respect to a feeding direction of plies (V1, V2, V3) fed to the embossing area; - a transfer device configured and arranged for transferring embossing rollers from the embossing area to the storage unit and vice-versa; the transfer device comprises a pair of arms ending with engagement hooks, configured for engaging the embossing rollers (55, 57, 59, 5, 7); said device is characterized in that the storage unit develops substantially vertically, with the seats being mutually superposed; said transfer device is movable along crossbeams arranged at a height higher than the embossing area; and the embossing rollers are provided with respective sleeves idly mounted on supporting journals and comprising annular grooves configured and arranged for co-acting with the engagement hooks. - an embossing area in which are arranged at least: a first embossing roller; a second embossing roller; a first pressure roller co-acting with the first embossing roller; a second pressure roller co-acting with the second embossing roller; - a storage unit configured for containing spare embossing rollers (55, 57, 59), for replacing one or the other of said first embossing roller and second embossing roller in the embossing area; wherein the storage unit is provided with seats for receiving embossing rollers (55, 57, 59, 5, 7); said storage unit is distanced from the embossing area and is arranged upstream of the embossing area with respect to a feeding direction of plies (V1, V2, V3) fed to the embossing area; - a transfer device configured and arranged for transferring embossing rollers from the embossing area to the storage unit and vice-versa; the transfer device comprises a pair of arms ending with engagement hooks, configured for engaging the embossing rollers (55, 57, 59, 5, 7);
Surgical clip with a first clamping arm and a second clamping arm, rotatably coupled with each other and pre-tensioned against each other into a closed position in a rotation direction by means of a spring, whereby a first housing part is formed or arranged on the first clamping arm and a second housing part is formed or arranged on the second clamping arm, which cooperate to form a housing in which the spring is held, characterised in that the spring is a spiral spring in the form of a level spring.
A process for the preparation of methionine comprising the step of contacting a solution or suspension comprising 2-amino-4-(methylthio)butanenitrile and/or 2-amino-4-(methylthio)butaneamide with water in the presence of a catalyst to give a methionine comprising mixture, wherein the catalyst comprises CeO 2 comprising particles, wherein the CeO 2 comprising particles comprise from 50 to 100 wt.-% of CeO 2, have a BET surface area of from 35 to 65 m 2 /g measured according to DIN ISO 9277-5, a mean maximum Feret diameter x Fmax, mean of from 10 to 40 nm and a mean minimum Feret diameter x Fmin, mean of from 5 to 30 nm, both measured according to DIN ISO 9276-6.
A permanent magnet rotor (101, 201) for an axial flux electrical machine of a mobile working machine, the permanent magnet rotor comprising: - a shaft (102, 202), - a body (103, 203) made of electrically non-conductive material and connected to the shaft, and - permanent magnet pole-modules (104, 204) each of which being attached to the body, having an axis of magnetization in an axial direction parallel to the shaft, and comprising, at least in outmost regions in the axial direction, structures consisting of parts that are electrically insulated from each other so as to reduce eddy currents in the outmost regions in the axial direction, characterized in that each of the permanent magnet pole-modules comprises a first block (108, 208) made of permanent magnet material, a ferromagnetic center block (109, 209), and a second block (110, 210) made of permanent magnet material sandwiched in the axial direction so that the ferromagnetic center block is between the first and second blocks. - a shaft (102, 202), - a body (103, 203) made of electrically non-conductive material and connected to the shaft, and - permanent magnet pole-modules (104, 204) each of which being attached to the body, having an axis of magnetization in an axial direction parallel to the shaft, and comprising, at least in outmost regions in the axial direction, structures consisting of parts that are electrically insulated from each other so as to reduce eddy currents in the outmost regions in the axial direction,
Method for operating a controllable brake booster of a brake system of a motor vehicle, wherein the brake booster has an input element to activate the brake system, wherein a pedal force (F_ped 3) which acts on the input element is set by operating the controllable brake booster, characterized in that a first elastic element is arranged between the input element and a booster body of the controllable brake booster, and in that a second elastic element is arranged between an output element of the controllable brake booster and a master cylinder, and in that the pedal force (F_ped 3) depends on an effect of the first and/or second elastic element and is set using at least one piece of information in relation to the first and/or second effect, wherein force can be applied to the output element via a reaction plate by means of the input element and by means of the booster body.
A fingerprint detection system comprising an apparatus for detecting blood flow at a portion of a user's body, the apparatus comprising at least one laser, having a laser cavity, for generating a measuring beam arranged to be focused or converged at a point beneath the epidermis of said user's body portion, wherein at least some of the measuring beam radiation reflected by blood flowing in subcutaneous veins at said user's body portion re-enters said laser cavity, the apparatus further comprising measuring means for measuring changes in operation of said laser cavity caused by interference of reflected measuring beam radiation re-entering said laser cavity and the optical wave in said laser cavity, and means for providing an electric signal representative of said changes, said changes containing data relating to blood flow in said subcutaneous veins at said user's body portion, wherein the apparatus is arranged to detect blood flow in multiple directions, and wherein the apparatus is adapted to distinguish between a one directional movement and a complex pattern of movements in multiple directions by means of the detection of the blood flow in multiple directions.
A fusion protein having a prolonged half-life in vivo in comparison to naturally occurring or recombinant native human erythropoietin comprising: (a) an erythropoietin peptide portion having a cysteine residue proximate to a C terminal thereof, directly linked to (b) a human IgG1 Fc fragment comprising a hinge region and CH2 and CH3 domains, wherein said hinge region has (i) the amino acid sequence VEPKSGDKTSTCPPCP or (ii) a sequence having at least 90% sequence identity thereto and having a non-cysteine residue at amino acid 6 measured from the N-terminal of said hinge region, whereby the cysteine residue of said hinge region located nearest said erythropoietin peptide portion is spaced at least 12 amino acids apart from said cysteine residue of said erythropoietin peptide portion. (a) an erythropoietin peptide portion having a cysteine residue proximate to a C terminal thereof, directly linked to (b) a human IgG1 Fc fragment comprising a hinge region and CH2 and CH3 domains, wherein said hinge region has (i) the amino acid sequence VEPKSGDKTSTCPPCP or (ii) a sequence having at least 90% sequence identity thereto and having a non-cysteine residue at amino acid 6 measured from the N-terminal of said hinge region, (i) the amino acid sequence VEPKSGDKTSTCPPCP or (ii) a sequence having at least 90% sequence identity thereto and having a non-cysteine residue at amino acid 6 measured from the N-terminal of said hinge region,
A clamp spring for spreading the load from a clamp (1;101;201;301;401;501) mounted around a tubular member, the spring comprising a resilient body (6;106;206;306;406;506) having first and second ends (8;108,208;308;408;508), an internal surface (7;107;207;307;407;507) adapted to seat within a clamp member and an outer surface (9;109;209;309;409;509) adapted to contact the outer surface of the tubular member, the internal and outer surfaces of the resilient body of the spring extending between the first and second ends of the resilient body of the spring and wherein a stiffness of the resilient body of the spring varies over a length of the resilient body of the spring between the first and second ends of the resilient body of the spring, the stiffness being higher towards the first and second ends of the resilient body of the spring than in a centre of the resilient body of the spring.
A centrifuge chamber for separating a sample into at least two components, comprising a cylinder having a base plate and a cover plate, and a rotational axis with at least one port for input and/or output of sample, the port being connected to a tube (2, 3) located on or in the base plate and/or cover plate and the tube having one or more openings (6, 7) into the centrifuge chamber, characterized in that at least one opening (6, 7) of the tube (2, 3) is located in the base plate or the cover plate and is provided with at least one flat-shaped deflector (8, 10) located on the tube and on the base plate or the cover plate having a surface substantially parallel with the cylinder and a width at its base of at most 1/10 of the inner circumference of the cylinder.
A process line for the production of freeze-dried particles under end-to-end closed conditions, the process line comprising a freeze-dryer for the bulkware production of freeze-dried particles under closed conditions, the freeze-dryer comprising a rotary drum for receiving the frozen particles, and a stationary vacuum chamber housing the rotary drum, wherein for the production of the particles under closed conditions the vacuum chamber is adapted for closed operation during processing of the particles; the drum is in open communication with the vacuum chamber; and at least one transfer section is provided for a product transfer between a separate device of the process line and the freeze-dryer, the freeze-dryer and the transfer section being separately adapted for closed operation, wherein the transfer section comprises a double wall structure including an outer wall and an inner wall with a temperature-controllable inner wall surface.
A battery pack comprising: one or more cells; a flexible and inflatable duct (50,223,230,550,650,750,2011) positioned proximally to the surface of at least one of the one or more cells such that heat can be exchanged between the duct (50,223,230,550,650,750,2011) and at least one of the one or more cells; and a potting means (231,2005) adapted to act as a support for at least a part of the duct (50,223,550,650,750) wherein, in use, the shape of the duct (50,223,230,550,650,750,2011) partially conforms to the surface shape of the one or more cells.
An electric terminal (1, 2) for an electric pole unit of a switching device, said electric terminal being adapted to be electrically connected to a current breaking unit of said electric pole unit and to an external conductor and being adapted to be inserted in a corresponding shaped port (31, 32) of an insulating housing of said electric pole unit, said electric terminal comprising one or more first coupling surfaces (131A, 132A, 231A, 232A) mating with one or more second coupling surfaces (311, 312, 321, 322) of said insulating housing, characterised in that said first and second coupling surfaces have mating dovetail or conical profiles, said first coupling surfaces abutting against said second coupling surfaces and mechanically coupling by friction with said second coupling surfaces when said electric terminal is inserted in the corresponding shaped port (31, 32) of said insulating housing, said electric terminal being formed by an electrically conductive body having an elongated shape with rounded edges, said electric terminal further comprising: - a first portion (11, 21) for electrical connection with said external conductor, said first portion protruding from said insulating housing, when said electric terminal is inserted in the corresponding shaped port (31, 32) of said insulating housing; - a second portion (12, 22) for electrical connection with said current breaking unit, said second portion being accommodated in an internal volume defined by said insulating housing, when said electric terminal is inserted in the corresponding shaped port (31, 32) of said insulating housing; - a third portion (13, 23) for mechanical connection with said insulating housing, said third portion comprising said first coupling surfaces (131A, 132A, 231A, 232A). - a first portion (11, 21) for electrical connection with said external conductor, said first portion protruding from said insulating housing, when said electric terminal is inserted in the corresponding shaped port (31, 32) of said insulating housing; - a second portion (12, 22) for electrical connection with said current breaking unit, said second portion being accommodated in an internal volume defined by said insulating housing, when said electric terminal is inserted in the corresponding shaped port (31, 32) of said insulating housing; - a third portion (13, 23) for mechanical connection with said insulating housing, said third portion comprising said first coupling surfaces (131A, 132A, 231A, 232A).
Electroactive microelectromechanical device of the Artificial Hair Cell type, including a moving cilium structure including a substrate (11, 12; 42) and a cantilever (18; 48), partly or entirely in piezoelectric material, subject to bending or deformation in response to the action of an external force and/or an applied voltage (V appl), said cantilever (18; 48) including a multilayer (13, 14a, 14b, 16) inducing a stress-driven geometry through a residual stress gradient with respect to the thickness of the layers comprised in said multilayer (13, 14a, 14b, 16) in which a portion of said cantilever (18; 48) lies outside of a plane defined by the substrate (11, 12; 42), wherein said cantilever (18; 48) is associated to a piezoresistive element, in particular of piezoresistive material, configured to measure the bending or deformation of said cantilever (18; 48).