mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising computer-implemented steps of: identifying first objects in a digital image of a tissue slice, wherein the tissue slice has been stained with a first stain that stains basal epithelial cells and with a second stain that stains luminal epithelial cells, wherein the first objects are basal epithelial cells that have been stained with the first stain; identifying second objects in the digital image of the tissue slice wherein the second objects are luminal epithelial cells that have been stained with the second stain; defining third objects that consist of only those of the second objects that have more than a minimum separation from any of the first objects; counting a number of the third objects that possess a predetermined form; and determining a histopathological score based in part on the number of the third objects that possess the predetermined form. identifying first objects in a digital image of a tissue slice, wherein the tissue slice has been stained with a first stain that stains basal epithelial cells and with a second stain that stains luminal epithelial cells, wherein the first objects are basal epithelial cells that have been stained with the first stain; identifying second objects in the digital image of the tissue slice wherein the second objects are luminal epithelial cells that have been stained with the second stain; defining third objects that consist of only those of the second objects that have more than a minimum separation from any of the first objects; counting a number of the third objects that possess a predetermined form; and determining a histopathological score based in part on the number of the third objects that possess the predetermined form.
An air separation module comprising: a canister defining an interior chamber and having a first port at a first end and a second port at a second end, the canister configured to permit fluid to pass from the first port to the second port through the interior chamber; a first end cap located proximal to the first end of the canister and configured to releasably retain the first end of the canister, the first end cap defining a fluid path therethrough; a second end cap located proximal to the second end of the canister and configured to releasably retain the second end of the canister, the second end cap defining a fluid path therethrough; and a collar movably configured on the second end of the canister and configured to move from a first position to a second position, wherein the first position defines an engagement between the collar and the second end cap, and the second position defines a disengagement between the collar and the second end cap such that the canister may be removed from retention between the first and second end caps (112, 120). a canister defining an interior chamber and having a first port at a first end and a second port at a second end, the canister configured to permit fluid to pass from the first port to the second port through the interior chamber; a first end cap located proximal to the first end of the canister and configured to releasably retain the first end of the canister, the first end cap defining a fluid path therethrough; a second end cap located proximal to the second end of the canister and configured to releasably retain the second end of the canister, the second end cap defining a fluid path therethrough; and a collar movably configured on the second end of the canister and configured to move from a first position to a second position, wherein the first position defines an engagement between the collar and the second end cap, and the second position defines a disengagement between the collar and the second end cap such that the canister may be removed from retention between the first and second end caps (112, 120).
A photovoltaic component comprising: - at least one first array of photovoltaic nano-cells each comprising an optical nano-antenna exhibiting an electromagnetic resonance in a first resonant spectral band, at least one lateral dimension of the optical nano-antenna being smaller in size than a central wavelength of said first resonant spectral band; and - a spectral conversion layer allowing at least part of the solar spectrum to be converted to said first resonant spectral band. - at least one first array of photovoltaic nano-cells each comprising an optical nano-antenna exhibiting an electromagnetic resonance in a first resonant spectral band, at least one lateral dimension of the optical nano-antenna being smaller in size than a central wavelength of said first resonant spectral band; and - a spectral conversion layer allowing at least part of the solar spectrum to be converted to said first resonant spectral band.
A method for reconfiguring a system at runtime when triggers (t 1, t 2, t 3, t 4, t 5, t 6) are issued in response to events taking place in the system, comprising: correlating (1010, 700) the triggers by transferring relations (610, 620) of configuration entities (e 1, e 2, e 3, e 4, e 5, e 6) on which the triggers are issued to relations of the triggers to thereby identify related triggers, wherein the triggers are issued due to the configuration entities' workload changes and wherein a current configuration of the system describes at least one of software entities and hardware entities, their corresponding types, the types of the services provided by the entities, and their relations; selecting elasticity rules for the triggers, wherein the elasticity rules specify actions for resource allocation or deallocation at runtime; and executing selected actions of the selected elasticity rules for the related triggers to reconfigure the system according to a set of action correlation meta-rules which provide an ordering of the actions, wherein the set of action correlation meta-rules are defined to order the triggers and to correlate the selected actions of the elasticity rules to resolve the triggers. correlating (1010, 700) the triggers by transferring relations (610, 620) of configuration entities (e 1, e 2, e 3, e 4, e 5, e 6) on which the triggers are issued to relations of the triggers to thereby identify related triggers, wherein the triggers are issued due to the configuration entities' workload changes and wherein a current configuration of the system describes at least one of software entities and hardware entities, their corresponding types, the types of the services provided by the entities, and their relations; selecting elasticity rules for the triggers, wherein the elasticity rules specify actions for resource allocation or deallocation at runtime; and executing selected actions of the selected elasticity rules for the related triggers to reconfigure the system according to a set of action correlation meta-rules which provide an ordering of the actions, wherein the set of action correlation meta-rules are defined to order the triggers and to correlate the selected actions of the elasticity rules to resolve the triggers.
A flap system (2, 72) for driving a leading-edge flap between a retracted position and an extended position, the system comprising: - a leading-edge flap (54, 73), - an actuator, - a first fixed link, - a second fixed link, - a third fixed link, - a first connecting link, - a second connecting link and - an auxiliary link, wherein the first fixed link comprises a first support joint for rotatably supporting the first fixed link on a first structurally fixed point, wherein the second fixed link comprises a second support joint for rotatably supporting the second fixed link on a second structurally fixed point, wherein the third fixed link comprises a third support joint for rotatably supporting the third fixed link on a third structurally fixed point, wherein the first fixed link comprises a first connecting joint coupled with an end of the first connecting link, which is coupled with a first flap joint at another end, wherein the second fixed link comprises a second connecting joint rotatably coupled with a central region of the first connecting link, wherein the third fixed link comprises a third connecting joint rotatably coupled with an end of the second connecting link, which is coupled with a second flap joint at another end, wherein the second connecting link is coupled with the first fixed link through the auxiliary link, each at positions inside of the respective ends, and wherein the fixed links (8, 18, 34), the connecting links (24, 42) and the auxiliary link are arranged to actively place the leading-edge flap (54, 73) from a retracted position into an extended position. - a leading-edge flap (54, 73), - an actuator, - a first fixed link, - a second fixed link, - a third fixed link, - a first connecting link, - a second connecting link and - an auxiliary link,
Wiper device with a first wiper blade unit in the form of a wiper blade rubber, and with at least one second wiper blade unit in the form of a spring rail, characterized in that the first wiper blade unit has a receiving region which has greater rigidity than a wiper lip region, and a first wiper blade unit and the second wiper blade unit (10, 12) are connected via a shrink-fit connection and/or expansion connection produced by heat treatment.
An item of seating furniture, especially an office chair, with a seat part (14; 14a,14b), a backrest and a pedestal, including a support column which is, as the case may be, rotatable about a vertical axis and having a vertically adjustable upper end, and further including a carrying frame coupled to the vertically adjustable upper end of the support column; the carrying frame having a first horizontal rotational axis, where the backrest is pivotable around this first horizontal rotational axis between an upright starting position and a reclined resting position; where the backrest is, in its lower region, pivotably connected with the seat part, where, in case of a one-piece seat part the pivotable connection is provided around a second axis, parallel to the first axis, wherein, when the seating furniture is in the upright starting position the second rotational axis is arranged in a region below the first rotational axis, and the second rotational axis deviates from vertical by no more than 5° toward the backrest and no more than 15° away from the backrest; and wherein, in case of a divided seat (14a,14b), the rear seat part is non-rotatably connected to the backrest; and where the front seat part or the one-piece seat part, respectively, are supported by the carrying frame via a kinematic mechanism (7,8,17; 7',8'), where the moveable front seat part or the one-piece seat part, respectively, is lowered relative to the rear seat part or the backrest by means of a kinematic mechanism (6; 11) when the backrest is pivoted backwards from its upright starting position.
Process for controlling a hybrid propulsion system for a watercraft, the system comprising a combustion engine, at least one electric machine for operating as a generator and as a motor, a drive train with a propeller, a battery and a control unit, a clutch being provided between the combustion engine and the electric machine, characterized in that during travel in the upper region of power the joint load of the propeller and the generator is adjusted by controlling the generator in such way that the point of operation of the combustion engine in its characteristic torque/speed-graph is brought into its point of minimum specific fuel consumption, and in that the current so generated with high efficiency is available for the operation of the electric machine as a motor in other regions of power.
An orthopaedic implant component comprising: a sintered multilayered composition wherein one or more layers comprise a ceramic, a metallic species, or a combination of a ceramic and a metallic species, wherein the composition comprises a surface layer of homogenous ceramic having a thickness of between 5 to 200μm, and a subsurface layer comprising a metallic species and a secondary phase comprising a ceramic immediately below said surface layer and forming a boundary with said surface layer, and further wherein said ceramic is selected from the group consisting of alumina, zirconia, chromium carbide, chromium nitride, silicon carbide, silicon nitride, titanium carbide, zirconium carbide, zirconium nitride, tantalum carbide, tungsten carbide, and any combination thereof, and further wherein said subsurface layer comprising a metallic species and a secondary phase comprising a ceramic is a graded layer wherein the level of ceramic decreases from an initial concentration at the boundary with said surface layer to depths further from said boundary with said surface layer.
Sample device comprising an array of reaction chambers/wells in a titer plate and a two-dimensional optoelectronic array of thin-film-light sensor elements, which two-dimensional array comprises rows and columns, and each light sensor element of the sensor array is disposed directly underneath the individual reaction chamber/well in order to detect chemical and/or biological reactions.
An isolated nucleic acid molecule that comprises a polynucleotide sequence that encodes an a2,3-sialyltransferase polypeptide having an amino acid sequence at least about 90% identical to an amino acid sequence as set forth in SEQ. ID. NO: 2 over a region at least about 50 amino acids in length when compared using the BLASTP algorithm with a wordlength of 3, and the BLOSUM62 scoring matrix.
A black partition wall pattern film comprising: a transparent substrate; an electrode layer provided on the transparent substrate; a black partition wall pattern provided on the electrode layer; and a black UV-cured resin layer obtained from curing a black UV-curable resin layer, the black UV-cured resin layer provided in a region on the electrode layer where no black partition wall pattern is provided, wherein the black partition wall pattern and the black UV-cured resin layer are both formed from a black UV-curable resin composition, characterized in that a thickness of the black UV-cured resin layer is 1 μm or less and transmittance of the black UV-cured resin layer in the region between 400nm and 700nm is 80% or more. a transparent substrate; an electrode layer provided on the transparent substrate; a black partition wall pattern provided on the electrode layer; and a black UV-cured resin layer obtained from curing a black UV-curable resin layer, the black UV-cured resin layer provided in a region on the electrode layer where no black partition wall pattern is provided, wherein the black partition wall pattern and the black UV-cured resin layer are both formed from a black UV-curable resin composition, characterized in that a thickness of the black UV-cured resin layer is 1 μm or less and transmittance of the black UV-cured resin layer in the region between 400nm and 700nm is 80% or more.
A method for processing a bit-packed array, comprising: determining, by one or more processors, a data element size of the bit-packed array, wherein the data element size is a bit length of each element in the bit-packed array; determining, by the one or more processors, a lane configuration of a single-instruction multiple-data, SIMD, unit for processing the bit-packed array based at least in part on the determined data element size, wherein the lane configuration is determined from among a plurality of candidate lane configurations included in a predetermined lookup table correlating given data element sizes with corresponding lane configurations, each candidate lane configuration having a different number of vector register lanes and a corresponding bit capacity per vector register lane; configuring, by the one or more processors, the SIMD unit according to the determined lane configuration; and loading, by the one or more processors, one or more data elements into each vector register lane of the SIMD unit. determining, by one or more processors, a data element size of the bit-packed array, wherein the data element size is a bit length of each element in the bit-packed array; determining, by the one or more processors, a lane configuration of a single-instruction multiple-data, SIMD, unit for processing the bit-packed array based at least in part on the determined data element size, wherein the lane configuration is determined from among a plurality of candidate lane configurations included in a predetermined lookup table correlating given data element sizes with corresponding lane configurations, each candidate lane configuration having a different number of vector register lanes and a corresponding bit capacity per vector register lane; configuring, by the one or more processors, the SIMD unit according to the determined lane configuration; and loading, by the one or more processors, one or more data elements into each vector register lane of the SIMD unit.
A monoclonal antibody or antibody fragment containing an antigen-binding region thereof that binds to phospholipase D4 protein for use as an activated B cell-suppressing medicament in preventing or treating an autoimmune disease caused by activated B cells or in preventing or treating an allergic disease.
An indicator composition for detecting amniotic fluid in vaginal secretion comprising: a plurality of polymers; a non-cyclic plasticizer; a hydrophilic surfactant; an aromatic carboxylic acid; an ion-balance reagent; and an indicator agent, wherein said composition is devoid of a wetting agent.
A method of displaying augmented reality contents, comprising: controlling a camera of an augmented reality enabled device, ARD, to scan an environment in view of a user; identifying a set of flat surfaces in the environment for displaying user interface windows (610, 612, 614, 616, 618, 620, 622, 624); assigning one or more surface priority levels to each of the set of flat surfaces, based on at least one of a) how well features of user interface windows can be tracked; b) an area or a size of the surface; c) a location of the surface in the scan of the environment relative to the camera; d) an orientation or an aspect ratio of the surface; and e) a background color of the surface; assigning one or more content priority levels to a set of augmented reality contents for display with respect to the set of flat surfaces in the environment; displaying the set of augmented reality contents on the set of flat surfaces in a display based on the one or more surface priority levels and the one or more content priority levels; tracking based on one or more sensors in the ARD for determining six degrees of freedom whether at least one of the surfaces has been moved in the frames captured by the camera because the user has moved his head, or if the corresponding actual surface has been moved; and in response to determining that the corresponding actual surface has been moved, pruning the at least one surface and re-assigning the user interface windows. controlling a camera of an augmented reality enabled device, ARD, to scan an environment in view of a user; identifying a set of flat surfaces in the environment for displaying user interface windows (610, 612, 614, 616, 618, 620, 622, 624); assigning one or more surface priority levels to each of the set of flat surfaces, based on at least one of a) how well features of user interface windows can be tracked; b) an area or a size of the surface; c) a location of the surface in the scan of the environment relative to the camera; d) an orientation or an aspect ratio of the surface; and e) a background color of the surface; assigning one or more content priority levels to a set of augmented reality contents for display with respect to the set of flat surfaces in the environment; displaying the set of augmented reality contents on the set of flat surfaces in a display based on the one or more surface priority levels and the one or more content priority levels; tracking based on one or more sensors in the ARD for determining six degrees of freedom whether at least one of the surfaces has been moved in the frames captured by the camera because the user has moved his head, or if the corresponding actual surface has been moved; and in response to determining that the corresponding actual surface has been moved, pruning the at least one surface and re-assigning the user interface windows.
A steam reforming catalyst that promotes production of hydrogen from a gas containing a hydrocarbon in the presence of steam, the steam reforming catalyst comprising: a carrier; and two or more catalyst metals supported on the carrier and including a first metal and a second metal, wherein the first metal is Ni, the second metal is at least one of Co and Ru, and the carrier is formed of La 1-x Sr x NbO 4 where x is in a range of 0.08 ≤ x ≤ 0.12, a content of the catalyst metals is 1% by mass or more and 5% by mass or less based on a total of the catalyst metals and the carrier, and a content of the second metal is 0.15% by mass or more and 0.5% by mass or less based on the total of the catalyst metals and the carrier. a carrier; and two or more catalyst metals supported on the carrier and including a first metal and a second metal, wherein the first metal is Ni, the second metal is at least one of Co and Ru, and the carrier is formed of La 1-x Sr x NbO 4 where x is in a range of 0.08 ≤ x ≤ 0.12, a content of the catalyst metals is 1% by mass or more and 5% by mass or less based on a total of the catalyst metals and the carrier, and a content of the second metal is 0.15% by mass or more and 0.5% by mass or less based on the total of the catalyst metals and the carrier.
A kit comprising a drug-eluting balloon catheter and a pharmaceutical composition comprising a statin encapsulated in lipid-based particles, wherein the statin is present in a therapeutically effective amount to treat a vascular disease in a subject in need thereof when administered locally to a diseased segment of a blood vessel in the subject via the drug-eluting balloon catheter, and wherein the statin comprises cerivastatin, or a pharmaceutically acceptable salt, prodrug, clathrate, or solvate thereof.
A waste heat boiler, comprising a boiler and heating tubes provided in the boiler, the boiler being provided with an exhaust gas inlet and an exhaust gas outlet, the heating tubes are supported by a support assembly in a way in which the tubes can move relative to the support assembly, the heating tubes passing through support hole portions of the support assembly, characterized in that: the support assembly comprises a plurality of support rings corresponding to each of the heating tubes and support beams for fixing the support rings, holes of the support rings constituting the support hole portion, and a gap between an outer peripheral surface of each of the heating tubes and an inner peripheral surface of the corresponding support ring is configured to allow the heating tube and the support ring to move relative to each other so as to fully vibrate the heating tubes and reduce the impact on surrounding accessories. the heating tubes passing through support hole portions of the support assembly, characterized in that: the support assembly comprises a plurality of support rings corresponding to each of the heating tubes and support beams for fixing the support rings, holes of the support rings constituting the support hole portion, and a gap between an outer peripheral surface of each of the heating tubes and an inner peripheral surface of the corresponding support ring is configured to allow the heating tube and the support ring to move relative to each other so as to fully vibrate the heating tubes and reduce the impact on surrounding accessories. the support assembly comprises a plurality of support rings corresponding to each of the heating tubes and support beams for fixing the support rings, holes of the support rings constituting the support hole portion, and a gap between an outer peripheral surface of each of the heating tubes and an inner peripheral surface of the corresponding support ring is configured to allow the heating tube and the support ring to move relative to each other so as to fully vibrate the heating tubes and reduce the impact on surrounding accessories.