mhurhangee/ep-ind-claims huggingface dataset:
A control method of a ceiling embedded-type air conditioner, applied to the ceiling embedded-type air conditioner comprising a millimeter wave human sense module and a plurality of individual deflectors, wherein the plurality of individual deflectors are configured to divide a blowing scope of the ceiling embedded-type air conditioner into a corresponding plurality of blowing angle ranges, wherein the control method of the ceiling embedded-type air conditioner is characterised in that it comprises: detecting, by the millimeter wave human sense module, a first angle at which a human deviates from an angular bisector of a target blowing angle range corresponding to a target deflector, a first distance from the human to the ceiling embedded-type air conditioner, a first included angle between a connection line from the human to the ceiling embedded-type air conditioner and a plumb line, wherein the first distance from the human to the ceiling embedded-type air conditioner is a length of the connection line from the human to the ceiling embedded-type air conditioner, and the target deflector is in a blowing to human mode; determining a target swing angle according to the first angle, the first distance and the first included angle; and controlling the target deflector to operate according to the target swing angle, to guide the airflow to the human. detecting, by the millimeter wave human sense module, a first angle at which a human deviates from an angular bisector of a target blowing angle range corresponding to a target deflector, a first distance from the human to the ceiling embedded-type air conditioner, a first included angle between a connection line from the human to the ceiling embedded-type air conditioner and a plumb line, wherein the first distance from the human to the ceiling embedded-type air conditioner is a length of the connection line from the human to the ceiling embedded-type air conditioner, and the target deflector is in a blowing to human mode; determining a target swing angle according to the first angle, the first distance and the first included angle; and controlling the target deflector to operate according to the target swing angle, to guide the airflow to the human.
A method of entropy decoding transformation coefficients, the method comprising: obtaining, from a bitstream, a coded block flag representing whether at least one significant transformation coefficient having a non-zero value exists in a transformation block; when the coded block flag represents existence of the at least one significant coefficient in the transformation block, extracting information about a horizontal axis direction location and a vertical axis direction location of a last significant transformation coefficient having a non-zero value and included in the transformation block, from a received bitstream wherein the last significant transformation coefficient has last scan index according to a certain scan order among the transformation coefficients; determining a location of the last significant transformation coefficient by decoding the information about the horizontal axis direction location and the vertical axis direction location; decoding the last significant transformation coefficient based on the location of the last significant transformation coefficient; decoding a significant coefficient flag, included in the received bitstream, representing a location of a second significant transformation coefficient; and decoding the second significant transformation coefficient by using the significant coefficient flag; wherein the information includes an x value corresponding to the horizontal axis direction location and a y value corresponding to the vertical axis direction location. obtaining, from a bitstream, a coded block flag representing whether at least one significant transformation coefficient having a non-zero value exists in a transformation block; when the coded block flag represents existence of the at least one significant coefficient in the transformation block, extracting information about a horizontal axis direction location and a vertical axis direction location of a last significant transformation coefficient having a non-zero value and included in the transformation block, from a received bitstream wherein the last significant transformation coefficient has last scan index according to a certain scan order among the transformation coefficients; determining a location of the last significant transformation coefficient by decoding the information about the horizontal axis direction location and the vertical axis direction location; decoding the last significant transformation coefficient based on the location of the last significant transformation coefficient; decoding a significant coefficient flag, included in the received bitstream, representing a location of a second significant transformation coefficient; and decoding the second significant transformation coefficient by using the significant coefficient flag; wherein the information includes an x value corresponding to the horizontal axis direction location and a y value corresponding to the vertical axis direction location.
A vaccine composition containing poly-gamma-glutamic acid-chitosan nanoparticles and an antigen, wherein the poly-gamma-glutamic acid-chitosan nanoparticles have a particle size of 200-300 nm and are prepared by ionic bonding between a poly-gamma-glutamic acid solution and chitosan solution at a ratio poly-gamma-glutamic acid: chitosan of 1:1 - 8:1, wherein the molecular weight of the poly-gamma-glutamic acid is 50 - 15,000 kDa and the molecular weight of the chitosan is 500 to 1000 kDa.
A wound closure device comprising: a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly; and wherein the wound closure strip does not include a polymerization initiator or rate modifier. a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly; and wherein the wound closure strip does not include a polymerization initiator or rate modifier.
A cap plate assembly of a secondary battery, comprising a cap plate, an explosion-proof sheet and a fixing piece; wherein, the cap plate is disposed with a through hole, the explosion-proof sheet is disposed at the cap plate and seals the through hole, and the explosion-proof sheet has a weak region; the fixing piece connects the cap plate and the explosion-proof sheet, the fixing piece has a lower melting point than the cap plate and the explosion-proof sheet; the fixing piece is configured as that: the explosion-proof sheet at least partially separates from the cap plate when a temperature in the secondary battery is higher that a melting point of the fixing piece and when an internal gas pressure of the secondary battery is lower than the gas pressure required for breakage of the weak region; characterized in that, the cap plate has a first surface and a second surface disposed oppositely in a thickness direction, and the through hole penetrates through the first surface and the second surface; the cap plate further has a first groove, wherein the first groove concaves toward the second surface from the first surface and the first groove surrounds periphery of the through hole; the fixing piece is at least partially received in the first groove, and the fixing piece is located between the explosion-proof sheet and a bottom wall of the first groove; the cap plate further comprises a stopping part, wherein the stopping part extends toward the explosion-proof sheet from the bottom wall of the first groove; the stopping part surrounds the periphery of the through hole and the fixing piece is at least partially located between the stopping part and a side wall of the first groove.
A cutting tool comprising a base material and a film arranged on the base material, wherein the film includes a hard carbon film on an outermost surface thereof, the hard carbon film being diamond-like carbon or amorphous carbon, the hard carbon film includes a first region, the first region is a region sandwiched between a surface of the hard carbon film and an imaginary plane P at a distance of 40 nm from the surface to the base material side, and a sp2 component amount C2 and a sp3 component amount C3 in the first region exhibit a relationship of the following formula 1: C 2 / C 2 + C 3 × 100 ≤ 2.0 C2 and C3 being measured using the method described in the description. the film includes a hard carbon film on an outermost surface thereof, the hard carbon film being diamond-like carbon or amorphous carbon, the hard carbon film includes a first region, the first region is a region sandwiched between a surface of the hard carbon film and an imaginary plane P at a distance of 40 nm from the surface to the base material side, and a sp2 component amount C2 and a sp3 component amount C3 in the first region exhibit a relationship of the following formula 1: C 2 / C 2 + C 3 × 100 ≤ 2.0 C2 and C3 being measured using the method described in the description.
A method for metabolic labeling of a target organism with a stable isotope, wherein the stable isotope is transferred from a label source to the target organism a) via one or more food chains, each food chain comprising of one or more cascades of ancestor organisms, wherein each cascade forms the ancestor organism for a successor organism of the following cascade, and wherein at least one food chain comprises i) a straight food chain comprising at least two cascades, wherein at least two ancestor organisms of the at least two cascades are connected in series; or ii) a branched food chain, wherein at least two ancestor organisms of the same or of different cascades are arranged in parallel; or b) via one or more one food chains of a) in combination with at least one synthetic diet labeled with the stable isotope as direct label source; wherein the target organism is fish; wherein the target organism is fed with a diet composition comprising material, cells and/or tissues derived from one or more labeled ancestor organisms of said one or more food chains or a combination thereof; wherein optionally the diet composition further comprises at least one synthetic diet labeled with the stable isotope; and wherein the stable isotope used is 13 C, 15 N, and/or 2 H, or a combination thereof. a) via one or more food chains, each food chain comprising of one or more cascades of ancestor organisms, wherein each cascade forms the ancestor organism for a successor organism of the following cascade, and wherein at least one food chain comprises i) a straight food chain comprising at least two cascades, wherein at least two ancestor organisms of the at least two cascades are connected in series; or ii) a branched food chain, wherein at least two ancestor organisms of the same or of different cascades are arranged in parallel; or i) a straight food chain comprising at least two cascades, wherein at least two ancestor organisms of the at least two cascades are connected in series; or ii) a branched food chain, wherein at least two ancestor organisms of the same or of different cascades are arranged in parallel; or b) via one or more one food chains of a) in combination with at least one synthetic diet labeled with the stable isotope as direct label source;
A planographic printing plate precursor for on-press development, comprising: an aluminum support; an interlayer which contains a compound containing a support absorptive group and a hydrophilic group; and an image recording layer which contains an infrared absorbing agent, a polymerization initiator, a polymerizable compound, and polymer particles formed of a styrene copolymer, on the aluminum support, wherein the aluminum support is an aluminum plate having an anodized film on a surface in contact with the interlayer and the anodized film has micropores extending in a depth direction from a surface in contact with the interlayer, an average pore diameter of the micropores in the surface of the anodized film is in a range of 20 to 40 nm, and the styrene copolymer is a copolymer of a styrene-(meth)acrylonitrile-poly(ethylene glycol)monoalkylether (meth)acrylate compound, the hydrophilic group has a structure selected from the group consisting of a betaine structure (zwitterion), a polyalkyleneoxy structure, a sulfonic acid group, a sulfonate group, a carboxylic acid group, and a carboxylate group, and the support absorptive group has a structure selected from the group consisting of a phosphonic acid structure, a phosphonate structure, a phosphoric acid ester structure, and a phosphoric acid ester salt structure. an aluminum support; an interlayer which contains a compound containing a support absorptive group and a hydrophilic group; and an image recording layer which contains an infrared absorbing agent, a polymerization initiator, a polymerizable compound, and polymer particles formed of a styrene copolymer, on the aluminum support, wherein the aluminum support is an aluminum plate having an anodized film on a surface in contact with the interlayer and the anodized film has micropores extending in a depth direction from a surface in contact with the interlayer, an average pore diameter of the micropores in the surface of the anodized film is in a range of 20 to 40 nm, and the styrene copolymer is a copolymer of a styrene-(meth)acrylonitrile-poly(ethylene glycol)monoalkylether (meth)acrylate compound, the hydrophilic group has a structure selected from the group consisting of a betaine structure (zwitterion), a polyalkyleneoxy structure, a sulfonic acid group, a sulfonate group, a carboxylic acid group, and a carboxylate group, and the support absorptive group has a structure selected from the group consisting of a phosphonic acid structure, a phosphonate structure, a phosphoric acid ester structure, and a phosphoric acid ester salt structure.
A functionalized oligomer of Formula: in which R 1 is a structure of Formula IV: and R 2 has a formula -C x H Y O-, wherein n has a value of 2, m has a value of 3 to 4, b has a value of 3 to 4, X has a value of 2, and Y has a value of 4.
Module for emitting radiations for the curing and/or drying of curable/dryable treatments like paints or glue applied on products, comprising: a) at least one UV LED, emitting between 200 and 400 nm, or one IR LED, emitting between 600 and 1400 nm; b) a control circuit of said UV or IR LED; c) a supplying circuit; d) a control circuit of said module; e) a sensor for detecting the product to be cured/dried; f) at least one LED emitting visible light between 400 and 800 nm, preferably in the blue band (440-480 nm), whose emission cone is overlapping to the emission cone emitted by UV or IR LEDs; g) a dedicated control circuit for said visible light LEDs and wherein in special conditions like demonstrations, fairs or apparatus maintenance said module emits visible radiations only. a) at least one UV LED, emitting between 200 and 400 nm, or one IR LED, emitting between 600 and 1400 nm; b) a control circuit of said UV or IR LED; c) a supplying circuit; d) a control circuit of said module; e) a sensor for detecting the product to be cured/dried; f) at least one LED emitting visible light between 400 and 800 nm, preferably in the blue band (440-480 nm), whose emission cone is overlapping to the emission cone emitted by UV or IR LEDs; g) a dedicated control circuit for said visible light LEDs and wherein in special conditions like demonstrations, fairs or apparatus maintenance said module emits visible radiations only.
A turbine engine rotor lock, in particular for a turbojet fan, adapted to retain a blade axially relative to a disk of the rotor, the lock comprising: · a composite body comprising a woven fiber structure embedded in a matrix; and · a damper pad made of elastomer and fastened to the composite body. · a composite body comprising a woven fiber structure embedded in a matrix; and · a damper pad made of elastomer and fastened to the composite body.
A curable flexible electromagnetic hazard resistance laminate, comprising a layer of electrically conductive metal material and thermosetting resin, wherein an external face of the laminate comprises a releasable backing sheet in contact with resin, and the laminate further comprises a porous substantially non-reshapable sheet of solid material having a weight per unit area of 5 to 100 g/m 2 (gsm) positioned between the conductive metal material and the backing sheet, wherein by "substantially non-reshapable it is meant that the porous sheet of solid material has the property that it extends by less than 1.0% when a strip of the material 2.54 cm wide and 33.0 cm long is hung from one end and a 500 g mass is attached and evenly distributed across the other end of the strip for 1 minute and is selected from glass fibre, polyester and nylon.
Method of manufacturing a headlamp lens for a vehicle headlamp, in particular for a motor vehicle headlamp, wherein the headlamp lens comprises a lens body of a transparent material with an essentially plane optically effective surface and a convexly bent optically effective surface, wherein a preform is glass moulded into the headlamp lens with an integrally moulded lens edge between a first mould for pressing the convexly bent optically effective surface, and a second mould for pressing the essentially plane optically effective surface, comprising a first partial mould and an annular second partial mould enclosing the first partial mould, wherein a step is pressed into the headlamp lens by an offset between the second partial mould and the first partial mould depending on the volume of the preform, and wherein the first partial mould is set back with respect to the second partial mould at least in the region of the offset, wherein the essentially plane optically effective surface projects towards the optical axis of the headlamp lens beyond the lens edge or a part of the lens edge by not more than 1 mm.
A method of detecting a nucleotide incorporation, comprising: (a) performing a nucleotide incorporation using a modified polymerase and generating one or more hydrogen ions as a by-product of the nucleotide incorporation, where the modified polymerase includes one or more amino acid substitutions that reduce the buffering capacity of the modified polymerase relative to an unmodified polymerase; and (b) detecting the presence of the one or more hydrogen ions generated as a by-product of the nucleotide incorporation, thereby detecting the nucleotide incorporation. (a) performing a nucleotide incorporation using a modified polymerase and generating one or more hydrogen ions as a by-product of the nucleotide incorporation, where the modified polymerase includes one or more amino acid substitutions that reduce the buffering capacity of the modified polymerase relative to an unmodified polymerase; and (b) detecting the presence of the one or more hydrogen ions generated as a by-product of the nucleotide incorporation, thereby detecting the nucleotide incorporation.
A method for removing oxygen from a gaseous or liquid fluid containing an excess of hydrogen sulfide comprising: providing a reagent being made from 70 to 100 weight percent siderite, from 2 to 10 weight percent cementitious binder, and being dried to a moisture content below 3 weight percent; and contacting the siderite with the fluid. providing a reagent being made from 70 to 100 weight percent siderite, from 2 to 10 weight percent cementitious binder, and being dried to a moisture content below 3 weight percent; and contacting the siderite with the fluid.
Offshore platform, comprising: - a multiplicity of supports; - a hydraulic lifting device; - a valve device (60, 62; 84, 86); - a pump arrangement (50, 52) and a drain (64, 66; 88, 90); - a control unit; - a locking means (37, 38); where the supports can be lowered onto the seabed by means of the hydraulic lifting device in order to lift the platform from the water level; where the lifting device for each support has at least two hydraulic cylinder arrangements (12, 14), the pressure chambers (28, 34; 30, 36) of which are connected via the valve device (60, 62; 84, 86) to the pump arrangement (50, 52) and to the drain (64, 66; 88, 90); where the at least two hydraulic cylinder arrangements (12, 14) are supported at one end on the platform and at the other end are detachably connected to the support via the locking means (37, 38); and where the at least two hydraulic cylinder arrangements (12, 14) can be controlled via the control unit in such a way that, during a relative movement between the platform and the supports, a first hydraulic cylinder arrangement is locked to the support via the locking means (37, 38), while another hydraulic cylinder arrangement (12, 14) is unlocked and retracted into an initial position and can then be locked to the support in order to accept the load, characterized in that a pressure limiting valve (68, 70; 92, 94) is arranged in the drain (64, 66, 88, 90) from each pressure chamber (28, 34; 30, 36) of the hydraulic cylinder arrangement (12, 14), and in that the pressure limiting valves (68, 70; 92, 94) are adjustable via the control unit, so that during the operation of the platform the limiting pressure is adjusted on the basis of the effective load. - a multiplicity of supports; - a hydraulic lifting device; - a valve device (60, 62; 84, 86); - a pump arrangement (50, 52) and a drain (64, 66; 88, 90); - a control unit; - a locking means (37, 38);