mhurhangee/patent-ind-claim-en huggingface dataset:
A bracket manifold for attachment to a component of a torque link assembly of a landing gear assembly , comprising: a mounting plate having a central portion and a first wing portion extending from the central portion toward a first distal end of the bracket manifold, and a second wing portion extending from the central portion toward a second distal end of the bracket manifold; a first manifold section integrated monolithically into at least one of the central portion and the first wing portion of the mounting plate, the first manifold section configured to fluidly couple a first upstream hydraulic hose to a downstream hydraulic hose; a mounting shelf (3 88) integrated monolithically into at least one of the central portion and the second wing portion wherein the mounting shelf is configured to receive an electrical conduit; an attachment plate configured to attach the bracket manifold to the component of the torque link assembly of the landing gear assembly; the bracket manifold further comprising: a first side wall and a second side wall integrated monolithically into the attachment plate and into the mounting plate and configured to space the attachment plate from the mounting plate. a mounting plate having a central portion and a first wing portion extending from the central portion toward a first distal end of the bracket manifold, and a second wing portion extending from the central portion toward a second distal end of the bracket manifold; a first manifold section integrated monolithically into at least one of the central portion and the first wing portion of the mounting plate, the first manifold section configured to fluidly couple a first upstream hydraulic hose to a downstream hydraulic hose; a mounting shelf (3 88) integrated monolithically into at least one of the central portion and the second wing portion wherein the mounting shelf is configured to receive an electrical conduit; an attachment plate configured to attach the bracket manifold to the component of the torque link assembly of the landing gear assembly; the bracket manifold further comprising: a first side wall and a second side wall integrated monolithically into the attachment plate and into the mounting plate and configured to space the attachment plate from the mounting plate.
An interlayer film for laminated glass, having a multilayer structure including: a luminescent layer ; and a resin layer on at least one surface of the luminescent layer, the luminescent layer containing a thermoplastic resin, a plasticizer, and a luminescent material, the resin layer containing a thermoplastic resin and a plasticizer, characterized in that the interlayer film for laminated glass has a wedge-shaped cross-sectional shape, the luminescent layer has a difference between a maximum thickness and a minimum thickness of 100 μm or less. a luminescent layer ; and a resin layer on at least one surface of the luminescent layer, the luminescent layer containing a thermoplastic resin, a plasticizer, and a luminescent material, the resin layer containing a thermoplastic resin and a plasticizer, characterized in that the interlayer film for laminated glass has a wedge-shaped cross-sectional shape, the luminescent layer has a difference between a maximum thickness and a minimum thickness of 100 μm or less.
A compound, or a pharmaceutically acceptable salt thereof, wherein the compound comprises a small molecule ligand linked to a targeting moiety by a linker, wherein the small molecule ligand is a folate and the targeting moiety is FITC and a CAR T cell composition comprising CAR T cells wherein the CAR T cells comprise a CAR directed to the targeting moiety for use in a method of treatment of a cancer wherein the cancer is a folate receptor expressing cancer, the method comprising administering to a patient at least a first dose and a second dose of the compound, or the pharmaceutically acceptable salt thereof, wherein the first dose and the second dose are different, wherein the second dose of the compound, or the pharmaceutically acceptable salt thereof, is 2-fold to 15000-fold greater in amount than the first dose of the compound, or the pharmaceutically acceptable salt thereof.
A photolithography device for generating structure on a photoresist substrate, the photolithography device comprising: a light illumination unit; a photomask, wherein the photomask generates a nanojet near-field pattern that directly modifies the photoresist substrate for obtaining the structure, wherein the photomask comprises at least one layer of dielectric material; and a medium having a refractive index that is lower than the refractive index of the dielectric material, wherein a surface of the at least one layer of dielectric material has at least one abrupt change of level forming a step, and wherein at least a base and lateral part of the surface, with respect to the step and a direction of an electromagnetic wave from the light illumination unit, is in contact with the medium; wherein the nanojet near-field pattern is a constructive interference of electromagnetic waves coming from the base and lateral part of the surface. a light illumination unit; a photomask, wherein the photomask generates a nanojet near-field pattern that directly modifies the photoresist substrate for obtaining the structure, wherein the photomask comprises at least one layer of dielectric material; and a medium having a refractive index that is lower than the refractive index of the dielectric material, wherein a surface of the at least one layer of dielectric material has at least one abrupt change of level forming a step, and wherein at least a base and lateral part of the surface, with respect to the step and a direction of an electromagnetic wave from the light illumination unit, is in contact with the medium; wherein the nanojet near-field pattern is a constructive interference of electromagnetic waves coming from the base and lateral part of the surface.
A playroom system, comprising: - a dimmable room that is limited by walls , a floor and a ceiling, wherein at least one part of at least one wall is provided with a fluorescent coating , wherein the fluorescent coating is excitable by light in visible and/or ultraviolet range, - a pulsed wide-angle light source that is mounted on or in another wall opposite the wall or ceiling of the playroom provided with the fluorescent coating or at a user-safe location within the room and is directed at least onto the fluorescent coating , - at least one template that is suitable for being attached to the fluorescent coating , - a control system for the playroom, - a standby light , characterized in that the playroom control system comprises: - a central control device to which a control panel for the administrative control of the playroom is functionally connected, - an operative control panel and a button connected to the control panel for activating the light source, wherein the operative control panel is designed such that it is connectable to the central control device , wherein the control panel for the administrative control of the playroom is designed such that the cooling time of the light source and the regeneration time of the fluorescent coating are adjustable, and wherein the time for cooling the light source and/or regenerating the fluorescent coating determines the minimum time interval required between two successive activations of the light source. - a dimmable room that is limited by walls , a floor and a ceiling, wherein at least one part of at least one wall is provided with a fluorescent coating , wherein the fluorescent coating is excitable by light in visible and/or ultraviolet range, - a pulsed wide-angle light source that is mounted on or in another wall opposite the wall or ceiling of the playroom provided with the fluorescent coating or at a user-safe location within the room and is directed at least onto the fluorescent coating , - at least one template that is suitable for being attached to the fluorescent coating , - a control system for the playroom, - a standby light , the playroom control system comprises: - a central control device to which a control panel for the administrative control of the playroom is functionally connected, - an operative control panel and a button connected to the control panel for activating the light source, wherein the operative control panel is designed such that it is connectable to the central control device , - a central control device to which a control panel for the administrative control of the playroom is functionally connected, - an operative control panel and a button connected to the control panel for activating the light source, wherein the control panel for the administrative control of the playroom is designed such that the cooling time of the light source and the regeneration time of the fluorescent coating are adjustable, and wherein the time for cooling the light source and/or regenerating the fluorescent coating determines the minimum time interval required between two successive activations of the light source.
An airfoil comprising: an airfoil section defining an internal cavity , the airfoil section being formed of a fiber-reinforced composite comprised of fiber plies , the fiber plies including core fiber plies (74/76) and an overwrap fiber ply that wraps around the core fiber plies (74/76), the core fiber plies (74/76) being arranged as first and second tubes (80/82), each of the first and second tubes (80/82) defining a plurality of windows (80a/82a) therein, the windows of the first tube aligning with the windows of the second tube so as to form radially-spaced ribs extending across the internal cavity , at least one of the first or second tubes (80/82) having at least one tab that is radially between the radially-spaced ribs , the at least one tab thereby interlocking the first and second tubes (80/82).
Wear-resistant element for partially inserting into a recess in the surface of a wear surface of a comminuting device , wherein the wear-resistant element has a fastening region , which is connectable to the recess in the surface of the wear surface , and a wearing region , which protrudes at least partially from the surface of the wear surface , wherein the fastening region comprises a material that is less wear-resistant than the material of the wearing region and wherein the wearing region extends beyond the fastening region at the level of the wear-resistant element , and wherein the fastening region has a receiving region for receiving the wearing region , which is configured such that it centres the wearing region relative to the fastening region , and characterized in that the fastening region has a lower cylindrical region, on which the wearing region bears, and an upper sleeve-like region, which circumferentially surrounds the wearing region at least partially, and in that the receiving region has at least one cutout and the wearing region has a protrusion which cooperates with the cutout, or wherein the receiving region has a protrusion and the wearing region has a cutout which cooperates with the protrusion.
A medical X-ray apparatus (M) comprising: a supporting part for supporting an X-ray generator and a two-dimensional X-ray detector while interposing an object to be examined therebetween, a radiation area restricting part for restricting a radiation area of X-ray generated from said X-ray generator, and a scan driving part for scanning said object with the X-ray restricted by said radiation area restricting part as X-ray beam and for executing radiography, wherein; a direction intersecting with X-ray scan direction is defined as a height direction; said medical X-ray apparatus (M) further comprises a radiation area setting part for setting at least one of both ends of width of said X-ray beam in said height direction at a desired position in accordance with the position of an interested area of said object; and said X-ray beam is irradiated only to said radiation area as set by said radiation area setting part with its beam width in height direction restricted by said radiation area restricting part ; characterized in that said radiation area setting part is configured to change a position of at least one of both ends of width of said X-ray beam in said height direction of said X-ray radiation area while said X-ray beam is scanned. a supporting part for supporting an X-ray generator and a two-dimensional X-ray detector while interposing an object to be examined therebetween, a radiation area restricting part for restricting a radiation area of X-ray generated from said X-ray generator, and a scan driving part for scanning said object with the X-ray restricted by said radiation area restricting part as X-ray beam and for executing radiography, wherein; a direction intersecting with X-ray scan direction is defined as a height direction; said medical X-ray apparatus (M) further comprises a radiation area setting part for setting at least one of both ends of width of said X-ray beam in said height direction at a desired position in accordance with the position of an interested area of said object; and said X-ray beam is irradiated only to said radiation area as set by said radiation area setting part with its beam width in height direction restricted by said radiation area restricting part ;
A method for fabricating an epitaxial wafer (300A; 300B), comprising a silicon carbide substrate (110; 310; 330) and an epitaxial structure (320; 340) disposed on the silicon carbide substrate (310; 330), said epitaxial structure (320; 340) comprising a first epitaxial layer (117; 322; 342) and a second epitaxial layer (119; 324; 344) disposed on the first epitaxial layer (117; 322; 342);, each of the first (117; 322; 342) and second epitaxial layers (119; 324; 344) comprising silicon carbide, said method comprising the following steps: • a step of disposing the silicon carbide substrate (110; 310; 330) in a reaction chamber; • a step of injecting in the reaction chamber a reactive gas include a growth gas for epitaxial growth and a doping gas, wherein said growth gas includes silicon and carbon, wherein said doping gas includes a dilution gas and a source gas containing said an n-type or p-type dopant, • a step of rotating said silicon carbide substrate (110; 310; 330) at a predetermined and controlled rotation speed that is set to be comprised between 50 rpm and 100 rpm, and controlling the dilution ratio of the source gas in the doping gas wherein the dilution ratio of the source gas in the doping gas is given by the following expression: dilution ratio = flux of source gas / flux of doping gas ; • a step of growing an epitaxial layer comprising a pregrowing step of the first epitaxial layer (117; 322; 342) on the silicon carbide substrate (310; 330), and a growing step of the second epitaxial layer (119; 324; 344) on the first epitaxial layer (115, 117; 322; 342) ; wherein during the pregrowth step, the dilution ratio of the source gas is controlled to be set within 1/70 to 1/30 and the C/Si ratio of the epitaxial layers is of 0,7 to less than 1, and during the growth step the dilution ratio of the source gas is controlled to be set within 1/100 to 1/10 and the C/Si ratio of the epitaxial layers is 1 or more, thus leading to a standard deviation from the mean concentration of dopant of said epitaxial structure (320; 340) from a center to an edge of the epitaxial wafer being of 10% or less of the mean concentration of dopant. • a step of disposing the silicon carbide substrate (110; 310; 330) in a reaction chamber; • a step of injecting in the reaction chamber a reactive gas include a growth gas for epitaxial growth and a doping gas, • a step of rotating said silicon carbide substrate (110; 310; 330) at a predetermined and controlled rotation speed that is set to be comprised between 50 rpm and 100 rpm, and controlling the dilution ratio of the source gas in the doping gas wherein the dilution ratio of the source gas in the doping gas is given by the following expression: dilution ratio = flux of source gas / flux of doping gas ; • a step of growing an epitaxial layer comprising a pregrowing step of the first epitaxial layer (117; 322; 342) on the silicon carbide substrate (310; 330), and a growing step of the second epitaxial layer (119; 324; 344) on the first epitaxial layer (115, 117; 322; 342) ;
- Method for estimating parameters of a junction of a power semi-conductor element comprising: - Detecting at least one stable on-line operating condition through measurements of Von, Ion, Tc on said power semi-conductor element where Ion is a current for which the on-state voltage Von of said power semi-conductor element is temperature sensitive and Tc is the temperature of the casing of said power semi-conductor element; - Measuring and storing at least one set of parameters Von, Ion, Tc of said at least one stable operating condition ; - in a calculating unit, providing error minimizing calculations between a junction temperature estimation Tj of an electrical model Tj=F(Von, Ion, θelec) comprising a first set of unknown parameters θelec and another junction temperature estimation Tjmod of a thermal model Tjmod=G(lon, Tc, θmod) comprising a second set of unknown parameters θmod and obtaining at least one set of parameters θelec and at least one set of parameters θmod providing minimization of said error; - providing the calculated value of Tj with at least one of the calculated sets of parameters θelec and/or θmod, and the measured Von, Ion, Tc; - Storing the at least one set of parameters θelec and/or θmod and/or Tj . - Detecting at least one stable on-line operating condition through measurements of Von, Ion, Tc on said power semi-conductor element where Ion is a current for which the on-state voltage Von of said power semi-conductor element is temperature sensitive and Tc is the temperature of the casing of said power semi-conductor element; - Measuring and storing at least one set of parameters Von, Ion, Tc of said at least one stable operating condition ; - in a calculating unit, providing error minimizing calculations between a junction temperature estimation Tj of an electrical model Tj=F(Von, Ion, θelec) comprising a first set of unknown parameters θelec and another junction temperature estimation Tjmod of a thermal model Tjmod=G(lon, Tc, θmod) comprising a second set of unknown parameters θmod and obtaining at least one set of parameters θelec and at least one set of parameters θmod providing minimization of said error; - providing the calculated value of Tj with at least one of the calculated sets of parameters θelec and/or θmod, and the measured Von, Ion, Tc; - Storing the at least one set of parameters θelec and/or θmod and/or Tj .
A computer-implemented method for classifying a plurality of data items, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: automatically background scanning a data set to detect a plurality of candidate sensitive data items; for each of at least some of the plurality of candidate sensitive data items, determining based on a policy that the candidate sensitive data item is of unknown sensitivity; for each of at least some of the candidate sensitive data items that is of unknown sensitivity, applying dissolvable encryption to the corresponding data item to at least temporarily protect the data item, wherein dissolvable encryption is an encryption that can be undone with an authorization of an authorized user; for each of at least some of the plurality of candidate sensitive data items, classifying the candidate data item as sensitive; and for each of the least some of the candidate sensitive data items classified as sensitive, applying non-dissolvable encryption to the corresponding data item. automatically background scanning a data set to detect a plurality of candidate sensitive data items; for each of at least some of the plurality of candidate sensitive data items, determining based on a policy that the candidate sensitive data item is of unknown sensitivity; for each of at least some of the candidate sensitive data items that is of unknown sensitivity, applying dissolvable encryption to the corresponding data item to at least temporarily protect the data item, wherein dissolvable encryption is an encryption that can be undone with an authorization of an authorized user; for each of at least some of the plurality of candidate sensitive data items, classifying the candidate data item as sensitive; and for each of the least some of the candidate sensitive data items classified as sensitive, applying non-dissolvable encryption to the corresponding data item.
A method for controlling DPF regeneration, comprising: judging whether an engine is running normally, if the engine is running normally, a total-running-time timer starts to time to obtain a total running time; judging whether a circulation fuel injection amount of the engine is lower than a circulation fuel injection amount threshold, and whether an engine speed is lower than a speed threshold, if the circulation fuel injection amount of the engine is lower than the circulation fuel injection amount threshold and the engine speed is lower than the speed threshold, a low-load timer starts to time to obtain a low-load running time; calculating a correction factor in real time by dividing the low-load running time by the total running time of the engine; determining an elapsed time, a fuel amount consumed and a mileage traveled from the last DPF regeneration to the current time, according to the time, fuel consumption and travel mileage at the time of the last DPF regeneration; determining a corrected running time, a corrected fuel consumption and a corrected travel mileage, according to the correction factor, the elapsed time, the fuel amount consumed and the mileage traveled; and judging whether the corrected running time, the corrected fuel consumption and the corrected travel mileage exceed corresponding thresholds, and triggering DPF regeneration if one of them exceeds the corresponding threshold. judging whether an engine is running normally, if the engine is running normally, a total-running-time timer starts to time to obtain a total running time; judging whether a circulation fuel injection amount of the engine is lower than a circulation fuel injection amount threshold, and whether an engine speed is lower than a speed threshold, if the circulation fuel injection amount of the engine is lower than the circulation fuel injection amount threshold and the engine speed is lower than the speed threshold, a low-load timer starts to time to obtain a low-load running time; calculating a correction factor in real time by dividing the low-load running time by the total running time of the engine; determining an elapsed time, a fuel amount consumed and a mileage traveled from the last DPF regeneration to the current time, according to the time, fuel consumption and travel mileage at the time of the last DPF regeneration; determining a corrected running time, a corrected fuel consumption and a corrected travel mileage, according to the correction factor, the elapsed time, the fuel amount consumed and the mileage traveled; and judging whether the corrected running time, the corrected fuel consumption and the corrected travel mileage exceed corresponding thresholds, and triggering DPF regeneration if one of them exceeds the corresponding threshold.