mhurhangee/ep-ind-claims huggingface dataset:
A method for automatically generating a training dataset for medical image analysis by means of a machine learning model, the method comprising: - acquiring at least one quantitative map of a biological object; - storing in a memory each acquired quantitative map; - generating a training dataset comprising simulated images of the biological object and for each simulated image, a corresponding label information; - storing the training dataset; the method being characterized in that the image contrast of each simulated image is computed/synthetized from one or more of said acquired quantitative maps and for at least one, preferentially each, of the acquired quantitative maps used for computing/synthetizing the simulated images, a label information is determined and used for deriving said corresponding label information, wherein a processing unit uses a predefined physical model for automatically computing/synthetizing the simulated images from - quantitative values of pixels or voxels of said one or more acquired quantitative maps used for computing/synthetizing the simulated images, and - from at least one tunable simulation parameter, wherein said quantitative values and the tunable simulation parameter(s) are used as input in said predefined physical model and the simulated images are generated by automatically tuning the tunable simulation parameter(s), wherein the predefined physical model is configured for modeling a physical and real relation f between the quantitative map(s) Qi, the tunable simulation parameter(s) Pi, and an intensity S of the simulated image according to S=f(Qi,Pi). - acquiring at least one quantitative map of a biological object; - storing in a memory each acquired quantitative map; - generating a training dataset comprising simulated images of the biological object and for each simulated image, a corresponding label information; - storing the training dataset; - quantitative values of pixels or voxels of said one or more acquired quantitative maps used for computing/synthetizing the simulated images, and - from at least one tunable simulation parameter, wherein said quantitative values and the tunable simulation parameter(s) are used as input in said predefined physical model and the simulated images are generated by automatically tuning the tunable simulation parameter(s), wherein the predefined physical model is configured for modeling a physical and real relation f between the quantitative map(s) Qi, the tunable simulation parameter(s) Pi, and an intensity S of the simulated image according to S=f(Qi,Pi).
Adjustment gearing, in particular for longitudinal seat adjustment in a motor vehicle, having a gear housing which is fixed to a first part which is able to be moved relative to a second part, wherein a gear is arranged within the gear housing and a spindle protrudes from the gear housing, said spindle being coupled to the second part via a nut element, wherein the gear housing consists of plastic, and at least one multi-angled material insert is embedded in the plastic, characterised in that two walls (60b, 70b) of one or more metal inserts (60, 70) are aligned one directly behind the other orthogonally to the spindle axis and at least partially encompass the spindle.
A composition, comprising an isolated aminoacyl-tRNA synthetase (AARS) protein fragment of at least 100 amino acids that is at least 90%, 95%, 98%, or 100% identical to the amino acid sequence set forth in SEQ ID NO: 32 or 20, wherein the protein fragment has an extracellular signaling activity and a solubility of at least 5 mg/mL in water, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein, wherein the extracellular signaling activity is modulation of proliferation, acetylated LDL uptake, neutrophil activation, cytokine release, or cell adhesion and chemotaxis
Device for closing a filled container with a screw closure, preferably for closing bottles which do not have a retaining ring with a screw closure, comprising a neck guide with at least one torsion protection element for receiving in a rotationally secure manner a neck section of the filled container on closing with the screw closure and a discharge element for discharging the closed container from the neck guide, wherein the neck guide and the discharge element are displaceable relative to each other, characterised in that the discharge element comprises at least one lifting finger which is arranged in a closing position underneath the torsion protection element and which is arranged in a discharge position at least on the same level as the rotation protection element.
An air conditioner, comprising: a main body provided with an air outlet facing a front lower side, wherein an upper passage in communication with the air outlet is arranged above the air outlet and is adapted to supply air forwards; said air conditioner comprising: an upper air deflection assembly used to direct air to flow out of an exit of the upper passage, and comprising an upper air diffusing plate used to open and close the upper passage; and a front air deflection assembly used to direct air to flow out of an exit of the air outlet, the front air deflection assembly comprising a first air deflector located at an opening of the air outlet and adapted to open and close the air outlet, and the front air deflection assembly having an air diffusing structure; wherein the front air deflection assembly comprises a second air deflector in the air outlet, wherein the second air deflector is configured to adopt at least a first position extending along an air outflow direction of the air outlet so that the second air deflector has an air diffusing effect and is configured to disperse air, so that at least some air enters the upper passage and the remaining air flows out from the air outlet. an upper air deflection assembly used to direct air to flow out of an exit of the upper passage, and comprising an upper air diffusing plate used to open and close the upper passage; and a front air deflection assembly used to direct air to flow out of an exit of the air outlet, the front air deflection assembly comprising a first air deflector located at an opening of the air outlet and adapted to open and close the air outlet, and the front air deflection assembly having an air diffusing structure; wherein the front air deflection assembly comprises a second air deflector in the air outlet, wherein the second air deflector is configured to adopt at least a first position extending along an air outflow direction of the air outlet so that the second air deflector has an air diffusing effect and is configured to disperse air, so that at least some air enters the upper passage and the remaining air flows out from the air outlet.
An assembly (10; 110; 210; 310; 410) for controlling filtering of a vacuum air flow evacuated from a system storage container through an air evacuation duct in vacuum operated waste collection systems, wherein said assembly comprises: - an assembly housing (11; 111; 211; 311; 411) installed stationary in the air evacuation duct; - an inner passage (11A; 111A; 311A) in the assembly housing, communicating with the air evacuation duct; - a control means (12; 112; 212; 313) installed in the assembly housing and including a shiftable member (13; 113; 213; 313) intersecting the inner passage in the housing; - the shiftable member having one or more air filtering elements (16; 116; 216, 217; 316, 317); and - the air filtering element(s) being movable in a direction being generally transversal to the inner passage (11A; 111A; 311A) in the assembly housing, characterized in that the shiftable member (113; 213; 313) has one or more gate portions (114A-B; 214A-B; 314A-C) and one duct blocking portion (115; 215; 315); and the shiftable member including at least one gate portion (114; 214A-B; 314A-C) having an air filtering element (116, 117; 216, 217; 316, 317). - an assembly housing (11; 111; 211; 311; 411) installed stationary in the air evacuation duct; - an inner passage (11A; 111A; 311A) in the assembly housing, communicating with the air evacuation duct; - a control means (12; 112; 212; 313) installed in the assembly housing and including a shiftable member (13; 113; 213; 313) intersecting the inner passage in the housing; - the shiftable member having one or more air filtering elements (16; 116; 216, 217; 316, 317); and - the air filtering element(s) being movable in a direction being generally transversal to the inner passage (11A; 111A; 311A) in the assembly housing, characterized in that the shiftable member (113; 213; 313) has one or more gate portions (114A-B; 214A-B; 314A-C) and one duct blocking portion (115; 215; 315); and the shiftable member including at least one gate portion (114; 214A-B; 314A-C) having an air filtering element (116, 117; 216, 217; 316, 317).
A method of forming compositionally homogeneous particles, comprising: (i) forming a homogenous melt from a plurality of constituent materials under a first pressure sufficient to prevent substantial vaporization of the constituent materials,; (ii) generating droplets from the homogenous melt; and (iii) cooling droplets under a second pressure sufficient to prevent substantial vaporization of the constituent materials at least until the homogeneous particles formed therefrom have stabilized. (i) forming a homogenous melt from a plurality of constituent materials under a first pressure sufficient to prevent substantial vaporization of the constituent materials,; (ii) generating droplets from the homogenous melt; and (iii) cooling droplets under a second pressure sufficient to prevent substantial vaporization of the constituent materials at least until the homogeneous particles formed therefrom have stabilized.
A method for determining the diameter of a focused laser beam in a laser eye surgery system, comprising the steps of: scanning by a scanning mirror the focused laser beam over a first line at a first position on a target: sensing by a sensor laser light reflected by the first line as the focused laser beam crosses onto the first line; providing a first sensed light signal based on the sensed reflected laser light; calculating a first diameter of the focused laser beam at the first position based on the sensed light signal and a scanning velocity of the focused laser beam at the first position; and scanning by the scanning mirror the focused laser beam over a second line at a second position on the target; sensing by the sensor laser light reflected by the second line as the focused laser beam crosses onto the second line; providing a second sensed light signal based on the sensed reflected laser light; calculating a second diameter of the focused laser beam at the second position based on the second sensed light signal and a scanning velocity of the focused laser beam at the second position; displaying a beam quality indicator based on the first diameter and the second diameter. scanning by a scanning mirror the focused laser beam over a first line at a first position on a target: sensing by a sensor laser light reflected by the first line as the focused laser beam crosses onto the first line; providing a first sensed light signal based on the sensed reflected laser light; calculating a first diameter of the focused laser beam at the first position based on the sensed light signal and a scanning velocity of the focused laser beam at the first position; and scanning by the scanning mirror the focused laser beam over a second line at a second position on the target; sensing by the sensor laser light reflected by the second line as the focused laser beam crosses onto the second line; providing a second sensed light signal based on the sensed reflected laser light; calculating a second diameter of the focused laser beam at the second position based on the second sensed light signal and a scanning velocity of the focused laser beam at the second position; displaying a beam quality indicator based on the first diameter and the second diameter.
A restoration material for use in a method of treating completely ruptured tendon and accompanying bone injury, after tendon suture surgery, wherein the restoration material is a dried amniotic membrane and is obtained by subjecting a fresh amniotic membrane wrapping a fetus of an animal including a human to a drying treatment, and which has been dehydrated and dried so that the dried amniotic membrane can be stored in a dry atmosphere in a sterile state, and in which epithelial cells, a basement membrane, and a connective tissue constituting the fresh amniotic membrane are retained in an amniotic membrane resulting from rehydration by immersion in water or a buffer solution, and wherein said method comprises placing the restoration material between the injured bone and the ruptured tendon so as to reduce adhesion without inhibiting bone formation. wherein the restoration material is a dried amniotic membrane and is obtained by subjecting a fresh amniotic membrane wrapping a fetus of an animal including a human to a drying treatment, and which has been dehydrated and dried so that the dried amniotic membrane can be stored in a dry atmosphere in a sterile state, and in which epithelial cells, a basement membrane, and a connective tissue constituting the fresh amniotic membrane are retained in an amniotic membrane resulting from rehydration by immersion in water or a buffer solution, and wherein said method comprises placing the restoration material between the injured bone and the ruptured tendon so as to reduce adhesion without inhibiting bone formation.
A composition in powder form comprising methylcellulose, wherein said composition has a powder x-ray diffraction spectrum at source x-ray wavelength of 1.789 Å showing a peak at a 2θ value between 14.5 and 16.5 degrees having intensity level Ipeak and a trough at a 2θ value between 16.51 and 20 degrees having intensity level Itrough, wherein a peak index PIndex is defined as PIndex = Ipeak − Itrough / Itrough and wherein said PIndex is 0.1 or greater. wherein said composition has a powder x-ray diffraction spectrum at source x-ray wavelength of 1.789 Å showing a peak at a 2θ value between 14.5 and 16.5 degrees having intensity level Ipeak and a trough at a 2θ value between 16.51 and 20 degrees having intensity level Itrough, wherein a peak index PIndex is defined as PIndex = Ipeak − Itrough / Itrough and wherein said PIndex is 0.1 or greater.
A dental blank, comprising: Co as a main component; Cr in a proportion of 26% by mass or more and 35% by mass or less; Mo in a proportion of 5% by mass or more and 12% by mass or less; and Si in a proportion of 0.5% by mass or more and 1.0% by mass or less, wherein the dental blank is a metal powder sintered body, and characterized in that the proportion of Co 3 Mo in the dental blank is 0.01% by volume or more and 10% by volume or less. Co as a main component; Cr in a proportion of 26% by mass or more and 35% by mass or less; Mo in a proportion of 5% by mass or more and 12% by mass or less; and Si in a proportion of 0.5% by mass or more and 1.0% by mass or less, wherein the dental blank is a metal powder sintered body, and characterized in that the proportion of Co 3 Mo in the dental blank is 0.01% by volume or more and 10% by volume or less.
Catch for a lock latch, comprising a cup for mounting in or on a frame, having a first side and an opposite second side, a biasing mechanism provided within the cup, comprising a displacement element which is biased in the direction of the second side, an opening, provided for inserting part of a latch a lock which can engage the displacement element such that the displacement element will apply a force on the latch into the direction of the second side, whereby the displacement element comprises or is formed by a bent leaf spring having a first leg connected to the cup and a second leg extending at least partly into the opening and including an angle with the first a cover is provided locking the displacement element (11, 12) in said cup.
Sheet-forming device for a Fourdrinier machine for producing a fibrous material web, in particular a paper, board or packaging paper web, from at least one fibrous material suspension, at least comprising a circulating endless wire, a headbox, which produces a machine-wide jet of fibrous material suspension via a headbox nozzle and applies it to the endless wire, and two format-delimiting units, each attached both in the edge region of the endless wire and in the region of the jet of fibrous material suspension, the format-delimiting units each having on the starting side a means for detaching an edge strip and on the outer side, and preferably directly downstream of the means for detaching the edge strip, a means for carrying away the detached edge strip, the means for detaching the edge strip comprising a blade consisting at least of a first blade region (19.1) and aligned in the running direction of the endless wire, the first blade region (19.1) of the blade having an angle relative to the endless wire that opens in the running direction of the endless wire and lies in the range from 3° to 15°, characterized in that the blade region length (19.1L) of the first blade region (19.1), measured in the running direction of the endless wire, is dimensioned relative to the height of the fibrous material suspension (19.6) of the edge strip such that a trailing distance (19.5) of the first blade region (19.1), measured in the running direction of the endless wire, starting from the point at which the first blade region (19.1) of the blade has reached the height of the fibrous material suspension (19.6), has a length of at least 20 mm, preferably more than 30 mm.
A method of forming a ceramic matrix composite with being impregnated with molten metal or alloy, the method comprising: stacking a plurality of fiber layers that are layers of reinforced fibers impregnated with base resin to form a laminate in which a matrix layer containing fibers extending in a direction of impregnation with the molten metal or alloy is disposed between the fiber layers; forming an impregnation path in the matrix layer entirely in an in-plane direction perpendicular to a direction of the stacking in the laminate by carbonizing the formed laminate; and impregnating, with the molten metal or alloy, the laminate in which the impregnation path has been formed, wherein the fibers in the matrix layer are carbon fibers to which binder resin is attached, inorganic fibers to which binder resin is attached, or organic fibers, and the binder resin and the organic fibers are resins having lower decomposition temperatures that of than the base resin. stacking a plurality of fiber layers that are layers of reinforced fibers impregnated with base resin to form a laminate in which a matrix layer containing fibers extending in a direction of impregnation with the molten metal or alloy is disposed between the fiber layers; forming an impregnation path in the matrix layer entirely in an in-plane direction perpendicular to a direction of the stacking in the laminate by carbonizing the formed laminate; and impregnating, with the molten metal or alloy, the laminate in which the impregnation path has been formed, wherein the fibers in the matrix layer are carbon fibers to which binder resin is attached, inorganic fibers to which binder resin is attached, or organic fibers, and the binder resin and the organic fibers are resins having lower decomposition temperatures that of than the base resin.
A method comprising: sending a write request, without corresponding data, to a coherent slave unit from an ordering master unit; starting a timer, by the ordering master unit, responsive to receiving an indication, from the coherent slave unit, that the write request is globally visible, wherein the write request is globally visible to the ordering master unit when all cached copies of the data targeted by the write request have been invalidated; cancelling the write request responsive to the timer expiring while at least one older request is still not globally visible; and replaying the write request by resending the write request from the ordering master unit to the coherent slave unit responsive to cancelling the write request. sending a write request, without corresponding data, to a coherent slave unit from an ordering master unit; starting a timer, by the ordering master unit, responsive to receiving an indication, from the coherent slave unit, that the write request is globally visible, wherein the write request is globally visible to the ordering master unit when all cached copies of the data targeted by the write request have been invalidated; cancelling the write request responsive to the timer expiring while at least one older request is still not globally visible; and replaying the write request by resending the write request from the ordering master unit to the coherent slave unit responsive to cancelling the write request.
Transponder of a contactless data exchange system, comprising: - a unit for receiving and transmitting data provided with at least one first antenna loop (110a, 210a) and at least one second antenna loop (110b, 210b) in order to carry out a coupling with a reader, characterized by - means (216, 224a, 224b, 115, 116) to authorise or prevent the data transmission according to the phase shift (ΔΦ) between a first carrier signal received by the first loop and a second carrier signal received by the second loop. - a unit for receiving and transmitting data provided with at least one first antenna loop (110a, 210a) and at least one second antenna loop (110b, 210b) in order to carry out a coupling with a reader, characterized by - means (216, 224a, 224b, 115, 116) to authorise or prevent the data transmission according to the phase shift (ΔΦ) between a first carrier signal received by the first loop and a second carrier signal received by the second loop.
A method for locating selectable items in a start menu, the method comprising displaying a search text input interface within the start menu displayed on a computer display device; displaying search results within a predefined area of the start menu, wherein the search results comprise selectable items in the start menu, said selectable items matching text input received from a user via the search text input interface; and performing a new search based on each additional text input by the user into the search text input interface.
Tyre comprising a tyre bead to permit anchoring of a carcass reinforcement of the tyre, the tyre bead comprising a metal cable having two layers, the tyre being characterized in that the metal cable is of construction 4+N comprising an inner layer C1 of 4 wires of diameter d 1 wound together in a helix at a pitch p 1, this layer C1 itself being surrounded by an outer layer C2 of N wires of diameter d 2 wound together in a helix at a pitch p 2, said cable furthermore having the following characteristics, d 1, d 2, p 1 and p 2 being expressed in mm: - 0.25 < d 1 < 0.40; - 0.25 < d 2 < 0.40; - 3.5 < p 1 < 7 < p 2 < 14. - 0.25 < d 1 < 0.40; - 0.25 < d 2 < 0.40; - 3.5 < p 1 < 7 < p 2 < 14.