mhurhangee/ep-ind-claims huggingface dataset:
A polycarbonate resin composition comprising polycarbonate resin; and [[4-(dimethylamino)phenyl]methylene] propanedioic acid dimethyl ester as a hindered amine UV absorber that selectively absorbs UVA having a wavelength of 420nm or less, wherein transmittance of UV having a wavelength of 420nm according to ASTM D1003 is 30% or less, and a yellow index change value(ΔYI) represented by the following General Formula 1 is 0.5 or less: ΔYI = YI 340 ° C − YI 285 ° C YI(X°C) denotes a yellow index value measured at a corresponding temperature X°C according to ASTM D1925, and a temperature rise time from 285°C to 340°C is 20 minutes. polycarbonate resin; and [[4-(dimethylamino)phenyl]methylene] propanedioic acid dimethyl ester as a hindered amine UV absorber that selectively absorbs UVA having a wavelength of 420nm or less, wherein transmittance of UV having a wavelength of 420nm according to ASTM D1003 is 30% or less, and a yellow index change value(ΔYI) represented by the following General Formula 1 is 0.5 or less: ΔYI = YI 340 ° C − YI 285 ° C YI(X°C) denotes a yellow index value measured at a corresponding temperature X°C according to ASTM D1925, and a temperature rise time from 285°C to 340°C is 20 minutes.
Electrode system for measuring the concentration of an analyte under in-vivo conditions, comprising an electrode with immobilized enzyme molecules and a diffusion barrier that controls diffusion of the analyte from the exterior of the electrode system to the enzyme molecules, characterized in that the diffusion barrier comprises a block copolymer having at least one hydrophilic block and at least one hydrophobic block.
An in-vitro method for the diagnosis of an autoimmune disease comprising contacting a donor tissue section with a liquid capable of extracting an autoantibody from said donor tissue section and contacting said liquid with an acceptor material comprising an antigen, wherein the donor tissue section has been obtained from a patient to be diagnosed, followed by detection of a complex comprising the autoantibody and the antigen, wherein detection of said complex indicates that the patient is suffering from an autoimmune disease, wherein the donor tissue section and the acceptor material comprising an antigen are co-incubated in the liquid, wherein both the donor tissue section and the acceptor material are contacted with the liquid at the same time as the autoantibody is extracted from the donor tissue section and transported to the acceptor material, wherein the liquid is any liquid that, upon exposure to the donor tissue section, takes up autoantibodies present in the donor tissue section, conserves their chemical composition, structure or binding properties such as the ability to bind specifically to an antigen, and allows their passage to the acceptor material comprising an antigen. contacting a donor tissue section with a liquid capable of extracting an autoantibody from said donor tissue section and contacting said liquid with an acceptor material comprising an antigen, wherein the donor tissue section has been obtained from a patient to be diagnosed, followed by detection of a complex comprising the autoantibody and the antigen, wherein detection of said complex indicates that the patient is suffering from an autoimmune disease, wherein the donor tissue section and the acceptor material comprising an antigen are co-incubated in the liquid, wherein both the donor tissue section and the acceptor material are contacted with the liquid at the same time as the autoantibody is extracted from the donor tissue section and transported to the acceptor material, wherein the liquid is any liquid that, upon exposure to the donor tissue section, takes up autoantibodies present in the donor tissue section, conserves their chemical composition, structure or binding properties such as the ability to bind specifically to an antigen, and allows their passage to the acceptor material comprising an antigen.
A printer, comprising: a housing comprising a main body section with an opening on one surface thereof; and a cover for opening and closing the opening of the main body section; a paper discharge port between a front end of the cover and the main body section at the time the cover is in a closed position with respect to the opening; a storage section configured to house a roll paper; a printing section configured to carry out printing on the roll paper; a cutter comprising a cutting edge for cutting the roll paper; a support section configured to support the cutter in a manner of freely moving between a use position at the time of cutting the paper by the cutting edge and a non-use position close to an edge of the paper discharge port with respect to the use position; and a mounting section configured to be used to mount the cutter in the main body section; characterized in that the cutter has a rectangular flat plate shape, and the cutting edge is formed at one of long sides thereof, the support section is located between both ends on short sides of the cutter and the mounting section to connect the cutter with the mounting section, has an elastic force to function as a leaf spring and has a lever which projects in obliquely downward, which is opposite to the long side where the cutting edge is formed, from an front surface side of the cutter, the lever is configured to be pressed downwards by the front end of the cover at the time the cover is in the closed position with respect to the opening. a housing comprising a main body section with an opening on one surface thereof; and a cover for opening and closing the opening of the main body section; a main body section with an opening on one surface thereof; and a cover for opening and closing the opening of the main body section; a paper discharge port between a front end of the cover and the main body section at the time the cover is in a closed position with respect to the opening; a storage section configured to house a roll paper; a printing section configured to carry out printing on the roll paper; a cutter comprising a cutting edge for cutting the roll paper; a support section configured to support the cutter in a manner of freely moving between a use position at the time of cutting the paper by the cutting edge and a non-use position close to an edge of the paper discharge port with respect to the use position; and a mounting section configured to be used to mount the cutter in the main body section; characterized in that the cutter has a rectangular flat plate shape, and the cutting edge is formed at one of long sides thereof, the support section is located between both ends on short sides of the cutter and the mounting section to connect the cutter with the mounting section, has an elastic force to function as a leaf spring and has a lever which projects in obliquely downward, which is opposite to the long side where the cutting edge is formed, from an front surface side of the cutter, the lever is configured to be pressed downwards by the front end of the cover at the time the cover is in the closed position with respect to the opening.
Chassis for a railway vehicle, adapted to be fixed below a shell of said railway vehicle, comprising a structure on which there are fixed at least two axles which each support two wheels of said vehicle, each wheel being adapted to run on a rail, the chassis structure defining an interior part, characterised in that it comprises a plurality of noise reduction devices which are fixed to said structure laterally on the exterior of said interior part of the structure of the chassis, opposite an engine element (18, 23) and/or a traction mechanism (20, 21) situated in said interior part of the chassis, each noise reduction device being placed opposite a wheel portion, the chassis comprising one noise reduction device per wheel, each noise reduction device comprising a panel (26, 26') made of a first material, said panel having an interior face turned towards said interior part of the structure of the chassis and an exterior face, each noise reduction device being of a shape and/or size which is(are) adapted to screen the engine elements (18, 23) and/or the corresponding traction mechanisms (20, 21).
A roller cutter unit mountable at a cutting head of an undercutting mining machine, the unit comprising; a shaft having a longitudinal axis and a mount region positioned at or towards a forward end of the shaft, the mount region having a radially outward facing mount face; a cutter ring having a radially outer cutting region and a radially inward facing lock face positionable opposed to the mount face; at least a section of the lock face and/or the mount face extending oblique to the axis; a mount bracket attachable to the shaft to releasably mount the cutter ring at the cutter unit; characterised in that: the bracket comprises a wedge segment having a first radially outward and a second radially inward facing contact face extending axially opposed to one another for abutment with the respective opposed lock face and mount face, the first and/or second face (27, 28) extending oblique to the axis to extend complimentary to the lock face and/or the mount face; wherein the wedge segment is configured to be wedged radially between the cutter ring and the mount region to releasably lock the cutter ring at the cutter unit; and wherein the bracket and wedge segment are formed integrally. the bracket comprises a wedge segment having a first radially outward and a second radially inward facing contact face extending axially opposed to one another for abutment with the respective opposed lock face and mount face, the first and/or second face (27, 28) extending oblique to the axis to extend complimentary to the lock face and/or the mount face; wherein the wedge segment is configured to be wedged radially between the cutter ring and the mount region to releasably lock the cutter ring at the cutter unit; and wherein the bracket and wedge segment are formed integrally.
A method of preparing a thin composite material slab, comprising the steps of: forming a particulate composition comprising ground calcium silicate having a median particle size in the range from 1 μm to 100 μm, and ground calcium carbonate or a SiO 2 bearing material, having a median particle size in the range from 3 μm to 25 mm; forming a liquid composition comprising water; mixing the particulate composition and a liquid composition to form a slurry; forming the slurry mixture into a desired shape by casting the slurry into a mold, pressing the slurry in a mold, pressing the slurry in a vibrating mold, extruding the slurry, or slip forming the slurry, wherein the desired shape has a cross sectional thickness in the range of 5 mm to 25 mm; and curing the formed slurry mixture at a temperature in the range from 20°C to 150°C for 1 hour to 80 hours under a vapor comprising water and CO 2 at a concentration from 10% to 90%, and having a pressure in the range from ambient atmospheric pressure to 50 psi (345 kPa) above ambient atmospheric pressure, wherein curing the formed slurry mixture is performed in a curing chamber; and heating the cured composite material to drive off water. forming a particulate composition comprising ground calcium silicate having a median particle size in the range from 1 μm to 100 μm, and ground calcium carbonate or a SiO 2 bearing material, having a median particle size in the range from 3 μm to 25 mm; forming a liquid composition comprising water; mixing the particulate composition and a liquid composition to form a slurry; forming the slurry mixture into a desired shape by casting the slurry into a mold, pressing the slurry in a mold, pressing the slurry in a vibrating mold, extruding the slurry, or slip forming the slurry, wherein the desired shape has a cross sectional thickness in the range of 5 mm to 25 mm; and curing the formed slurry mixture at a temperature in the range from 20°C to 150°C for 1 hour to 80 hours under a vapor comprising water and CO 2 at a concentration from 10% to 90%, and having a pressure in the range from ambient atmospheric pressure to 50 psi (345 kPa) above ambient atmospheric pressure, wherein curing the formed slurry mixture is performed in a curing chamber; and heating the cured composite material to drive off water.
A method of processing video data, the method comprising: determining that a first block of video data is a palette coded block; determining a palette for the first block; determining color values for pixels within the first block with respect to the palette; reconstructing the first block of the video data based on the palette and the color values for the first block; based on the first block being a palette coded block, disabling deblocking filtering for first pixels within the reconstructed first block at a block boundary formed between the reconstructed first block and a reconstructed second block of video data; and determining whether to apply the deblocking filtering for second pixels within the reconstructed second block at the block boundary formed between the reconstructed first block and the reconstructed second block. determining that a first block of video data is a palette coded block; determining a palette for the first block; determining color values for pixels within the first block with respect to the palette; reconstructing the first block of the video data based on the palette and the color values for the first block; based on the first block being a palette coded block, disabling deblocking filtering for first pixels within the reconstructed first block at a block boundary formed between the reconstructed first block and a reconstructed second block of video data; and determining whether to apply the deblocking filtering for second pixels within the reconstructed second block at the block boundary formed between the reconstructed first block and the reconstructed second block.
A unit for fixing insulation to a wall, formed with a locating sleeve and an expansion element, said locating sleeve being ended at one end with an expansion zone and having a circular plate at the other end, whereas the locating sleeve houses the expansion element, which is in the form of a screw, the expansion element having a head joined to a head sleeve and a polygonal hole being provided within said head sleeve, and the locating sleeve having a diameter with gradation, wherein a larger diameter is from the inlet side, wherein the length (L 2) of the locating sleeve from the step to its end is equal to or larger than the length (L 1) of the expansion element from the point of being connected to the head sleeve to its end, whereas a larger inner diameter of the locating sleeve is larger than the outer diameter (D 1) of the head sleeve, wherein the length of the larger inner diameter of the locating sleeve is equal to or longer than the length (K 1) of the head sleeve, the unit being characterized in that the head of the expansion element is permanently embedded in the head sleeve, the head sleeve has an outer thread and the end of the locating sleeve has a ribbed outer surface and slitted on both sides, wherein the outermost slits are ended with a circular opening.
A method for communicating between mobile devices and vehicles, the method comprising: receiving, at a mobile device, a first signal from a vehicle, the first signal identifying a location of the vehicle; accessing, by the mobile device, a set of location-based function control rules (535, 735), wherein each location-based function control rule (535, 735) is associated with a different location-based criterion and is associated with a corresponding function of the vehicle; determining, by the mobile device, a current location of the mobile device; determining, by the mobile device, for each rule (535, 735) of the set of rules (535, 735) whether the associated location-based criterion is met, the determination being based at least in part on the current location of the mobile device and the location of the vehicle; and in the event that the location-based criterion of at least one rule of the set of rules is met, by the mobile device, generating a second signal to control the function of the vehicle associated with the rule (535, 735), the location-based criterion of which is met, the second signal including an instruction to control said function of the vehicle, and transmitting the second signal to the vehicle. receiving, at a mobile device, a first signal from a vehicle, the first signal identifying a location of the vehicle; accessing, by the mobile device, a set of location-based function control rules (535, 735), wherein each location-based function control rule (535, 735) is associated with a different location-based criterion and is associated with a corresponding function of the vehicle; determining, by the mobile device, a current location of the mobile device; determining, by the mobile device, for each rule (535, 735) of the set of rules (535, 735) whether the associated location-based criterion is met, the determination being based at least in part on the current location of the mobile device and the location of the vehicle; and in the event that the location-based criterion of at least one rule of the set of rules is met, by the mobile device, generating a second signal to control the function of the vehicle associated with the rule (535, 735), the location-based criterion of which is met, the second signal including an instruction to control said function of the vehicle, and transmitting the second signal to the vehicle.
Emergency device comprising an hydropneumatic accumulator connected to an hydraulic actuator (9, 14) by a floodgate which is per default in a closed state and control means intended to switch said floodgate in an opened state in order to cause the hydraulic actuator being fed by the hydraulic pressure of the hydropneumatic accumulator, said hydropneumatic accumulator comprising a reservoir filled with hydraulic liquid within which is immerged a containment in a permanently totally gastight material filled with a gas under pressure, said containment being able to break upon opening of the floodgate to release the pressure of the gas.
An electrode holder, suitable for receiving a spray nozzle, for a powder spray gun operable at high voltage, - wherein a powder channel is provided, - wherein a web for holding a high-voltage electrode is arranged in the powder channel, - wherein an annular groove arranged concentrically to the powder channel is provided, which is open on the downstream side, - wherein the annular groove is embodied such that a labyrinth for the high voltage can be formed by said annular groove and an annular web of a cap nut, which serves to lock the electrode holder. - wherein a powder channel is provided, - wherein a web for holding a high-voltage electrode is arranged in the powder channel, - wherein an annular groove arranged concentrically to the powder channel is provided, which is open on the downstream side, - wherein the annular groove is embodied such that a labyrinth for the high voltage can be formed by said annular groove and an annular web of a cap nut, which serves to lock the electrode holder.
Heat sink for LEDs, the heat sink including: (a) a first elongated heat sink body defining a first longitudinal axis; (b) a second elongated heat sink body defining a second longitudinal axis extending substantially parallel to the first longitudinal axis, the first and second elongated heat sink bodies (401, 402) each being formed from a respective electrically and thermally conductive material, and each extending from an LED coupling end of the heat sink to a lead end of the heat sink; (c) an electrical insulator material connecting the first elongated heat sink body and the second elongated heat sink body together so as to electrically isolate the first elongated heat sink body from the second elongated heat sink body; (d) a first LED coupling surface defining an end surface of the first elongated heat sink body at the LED coupling end of the heat sink; (e) a second LED coupling surface defining an end surface of the second elongated heat sink body at the LED coupling end of the heat sink; (f) a first lead connecting surface located on the first elongated heat sink body at a location spaced apart from the LED coupling end of the heat sink along the first longitudinal axis; and (g) a second lead connecting surface located on the second elongated heat sink body at a location spaced apart from the LED coupling end of the heat sink along the second longitudinal axis; wherein the first and second elongated heat sink body (401, 402) each includes a respective planar longitudinal face in contact with the electrical insulator material; characterised in that the first and second elongated heat sink body (401, 402) each include a curved outer surface so that the heat sink forms a cylindrical shape. (a) a first elongated heat sink body defining a first longitudinal axis; (b) a second elongated heat sink body defining a second longitudinal axis extending substantially parallel to the first longitudinal axis, the first and second elongated heat sink bodies (401, 402) each being formed from a respective electrically and thermally conductive material, and each extending from an LED coupling end of the heat sink to a lead end of the heat sink; (c) an electrical insulator material connecting the first elongated heat sink body and the second elongated heat sink body together so as to electrically isolate the first elongated heat sink body from the second elongated heat sink body; (d) a first LED coupling surface defining an end surface of the first elongated heat sink body at the LED coupling end of the heat sink; (e) a second LED coupling surface defining an end surface of the second elongated heat sink body at the LED coupling end of the heat sink; (f) a first lead connecting surface located on the first elongated heat sink body at a location spaced apart from the LED coupling end of the heat sink along the first longitudinal axis; and (g) a second lead connecting surface located on the second elongated heat sink body at a location spaced apart from the LED coupling end of the heat sink along the second longitudinal axis;
A flow limiter comprising a body comprising a fluid inlet and a fluid outlet; body in which a fluid circulation duct is arranged, comprising a succession of chambers having different sections in connection with the fluid inlet on the one hand, and with the fluid outlet on the other hand, the duct being of generally tubular shape, characterized in that the duct has a bottom with a smooth curve such that the duct does not have areas(s) for retaining the fluid that circulates in the duct, the duct being a succession of assemblies each comprising: a main cylindrical chamber having a first section followed by a first secondary chamber and by a cylindrical jet having a second section followed a second secondary chamber, the main chamber, the jet, the first and second secondary chambers sharing a common generator such that the bottom of the duct is a smooth helical curve.