mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method of a heating element, comprising: laminating a metal thin film by a roll manner on a transparent substrate through using an adhesive agent layer; forming a conductive heat emitting line by etching the metal thin film by using an etching resistance pattern; forming a coating film for capsulating the heat emitting line and an upper side of the adhesive agent layer not covered by the heat emitting line; forming a bus bar electrically connected to the conductive heat emitting line; forming a power part connected to the bus bar, forming an additional transparent substrate provided on a side on which the coating film is provided, and forming an adhesive film provided between the conductive heat emitting line and additional transparent substrate, wherein the coating film is formed by using a composition having a viscosity of 0.0005 mPa·s or more and 0.05mPa·s or less and including acrylate-based components or urethane-based components, when a height of the coating film are measured from the upper side or the lower side of the transparent substrate, a height deviation of the coating film provided on an upper area of the transparent substrate not covered by the conductive heat emitting line is 100 nm or less, and a thickness of the coating film is 1 micrometer or more. laminating a metal thin film by a roll manner on a transparent substrate through using an adhesive agent layer; forming a conductive heat emitting line by etching the metal thin film by using an etching resistance pattern; forming a coating film for capsulating the heat emitting line and an upper side of the adhesive agent layer not covered by the heat emitting line; forming a bus bar electrically connected to the conductive heat emitting line; forming a power part connected to the bus bar, forming an additional transparent substrate provided on a side on which the coating film is provided, and forming an adhesive film provided between the conductive heat emitting line and additional transparent substrate, wherein the coating film is formed by using a composition having a viscosity of 0.0005 mPa·s or more and 0.05mPa·s or less and including acrylate-based components or urethane-based components, when a height of the coating film are measured from the upper side or the lower side of the transparent substrate, a height deviation of the coating film provided on an upper area of the transparent substrate not covered by the conductive heat emitting line is 100 nm or less, and a thickness of the coating film is 1 micrometer or more.
A cleansing composition comprising: a. 10 to 30 wt% soap, b. 20 to 45 wt% water soluble organic solvent, c. 20 to 40 wt% water, d. 3.5 to 15 wt% electrolyte other than soap, and e. benefit agent wherein the benefit agent is an organic compound having logP value in the range of 0.4 to 12; Wherein the electrolyte is selected from sodium sulfate, sodium chloride, sodium acetate, sodium citrate, potassium chloride, potassium sulfate, sodium carbonate and other mono or di or tri salts of alkaline earth metals; and wherein the soluble to insoluble soap ratio ranges from 1:0.95 to 1:0.65, wherein non-soap surfactant is up to 15% by weight of the composition. a. 10 to 30 wt% soap, b. 20 to 45 wt% water soluble organic solvent, c. 20 to 40 wt% water, d. 3.5 to 15 wt% electrolyte other than soap, and e. benefit agent wherein the benefit agent is an organic compound having logP value in the range of 0.4 to 12; Wherein the electrolyte is selected from sodium sulfate, sodium chloride, sodium acetate, sodium citrate, potassium chloride, potassium sulfate, sodium carbonate and other mono or di or tri salts of alkaline earth metals; and wherein the benefit agent is an organic compound having logP value in the range of 0.4 to 12; Wherein the electrolyte is selected from sodium sulfate, sodium chloride, sodium acetate, sodium citrate, potassium chloride, potassium sulfate, sodium carbonate and other mono or di or tri salts of alkaline earth metals; and wherein the soluble to insoluble soap ratio ranges from 1:0.95 to 1:0.65, wherein non-soap surfactant is up to 15% by weight of the composition.
A method of concealing frame erasure caused by frames of an encoded sound signal erased during transmission from an encoder to a decoder, and for accelerating recovery of the decoder after non erased frames of the encoded sound signal have been received, comprising: determining, in the encoder, concealment/recovery parameters comprising at least two parameters selected from the group consisting of a signal classification parameter, an energy information parameter, a voicing information parameter and a phase information parameter; quantizing the concealment/recovery parameters; and transmitting to the decoder the quantized concealment/recovery parameters determined in the encoder; wherein: the concealment/recovery parameters are usable to improve frame erasure concealment and recovery of the decoder after frame erasure; the sound signal is a speech signal; characterized in that: determining, in the encoder, the concealment/recovery parameters comprises classifying successive frames of the encoded sound signal as unvoiced, unvoiced transition, voiced transition, voiced, or onset; and determining the concealment/recovery parameters comprises calculating the energy information parameter in relation to a maximum of a signal energy for frames classified as voiced or onset, and calculating the energy information parameter in relation to an average energy per sample for other frames. determining, in the encoder, concealment/recovery parameters comprising at least two parameters selected from the group consisting of a signal classification parameter, an energy information parameter, a voicing information parameter and a phase information parameter; quantizing the concealment/recovery parameters; and transmitting to the decoder the quantized concealment/recovery parameters determined in the encoder; the concealment/recovery parameters are usable to improve frame erasure concealment and recovery of the decoder after frame erasure; the sound signal is a speech signal; determining, in the encoder, the concealment/recovery parameters comprises classifying successive frames of the encoded sound signal as unvoiced, unvoiced transition, voiced transition, voiced, or onset; and determining the concealment/recovery parameters comprises calculating the energy information parameter in relation to a maximum of a signal energy for frames classified as voiced or onset, and calculating the energy information parameter in relation to an average energy per sample for other frames.
A needle guard (15; 115; 215; 415) comprising a plurality of front panels (18; 118; 218) circumferentially positioned about an axis, a plurality of back panels (22; 122; 222; 422) circumferentially positioned about the axis in a first position substantially collinear with the plurality of front panels, wherein the plurality of back panels are moveably coupled to the plurality of front panels, and a spring (34; 138; 238; 438), characterized in that the needle guard further comprises a hub (30; 130; 230) positioned adjacent the plurality of back panels co-axially with the plurality of front and back panels and configured to retain the spring (34; 138; 238; 438) in a compressed state, wherein the plurality of front and back panels are foldable to a second position, wherein movement of the plurality of the back panels triggers the release of the spring, wherein the spring is biased to unfold the plurality of front and back panels and return the plurality of front and back panels to the first position.
A cut piece of a flavor-containing sheet comprising a non-volatile matrix and a flavor dispersed in the non-volatile matrix, characterized in that the cut piece has a hexahedral shape; a ratio of an area of cutting planes to a volume is 3.0 or less; a ratio of a length of a long side to that of a short side is 10 or less; the length of the long side is less than a diameter of a cigarette rod to be produced; and the non-volatile matrix comprises gellan gum and tamarind gum.
Motor fastening of a control motor in a vehicle heating, ventilating and/or air-conditioning system, with a plate-like support on which at least one fixing pin (24; 24') is provided which protrudes from the support and serves to be plugged through a through opening in the control motor, wherein the fixing pin (24; 24') has a free end portion which protrudes beyond the through opening in the control motor and which, in the mounted state, has a radially thickened head (36; 36') for the axial holding of the control motor and which is an integral part of the fixing pin (24; 24') characterized in that the fixing pin (24; 24') has a predetermined breaking point which lies below the head (36; 36').
An oral pharmaceutical composition comprising an oil-based liquid formulation, wherein said oil-based liquid formulation comprises a therapeutic protein of up to 100 kilodalton, a chelator of divalent cations, and an isolated BBI (Bowman-Birk inhibitor), and either; (i) said BBI has been purified to at least 85% purity, as measured by sodium dodecyl sulfate polyacrylamide gel electrophoresis (SDS-PAGE), or (ii) said BBI has been purified to a protein content of greater than 95% by BCA (bicinchoninic acid) assay, or (iii) said BBI contains less than 0.1 % high-MW contaminants; wherein said liquid formulation has an antichymotrypsin activity of at least 40 mg. chymotrypsin inhibited per ml. of the liquid formulation. (i) said BBI has been purified to at least 85% purity, as measured by sodium dodecyl sulfate polyacrylamide gel electrophoresis (SDS-PAGE), or (ii) said BBI has been purified to a protein content of greater than 95% by BCA (bicinchoninic acid) assay, or (iii) said BBI contains less than 0.1 % high-MW contaminants;
An inkjet recording apparatus comprising: a recorder provided with nozzles configured to eject an ink; a first storage configured to store first defective nozzle information on, among the nozzles, an initial defective nozzle that (i) is a defective nozzle among defective nozzles which do not eject the ink normally and (ii) is due to initial failure of the recorder; and a second storage configured to store second defective nozzle information on, among the defective nozzles, a later-becoming defective nozzle that is not identified as the initial defective nozzle by the first defective nozzle information; and a corrector configured to correct, based on at least one of the first defective nozzle information and the second defective nozzle information, image data of an image to be recorded on a recording medium; characterized in that the corrector is configured to correct, based on the first defective nozzle information and the second defective nozzle information, the image data of the image to be recorded on the recording medium, and to correct, of the image data, a part for the initial defective nozzle, identified by the first defective nozzle information, and a part for the later-becoming defective nozzle, identified by the second defective nozzle information, based on respective algorithms that are different from each other. a recorder provided with nozzles configured to eject an ink; a first storage configured to store first defective nozzle information on, among the nozzles, an initial defective nozzle that (i) is a defective nozzle among defective nozzles which do not eject the ink normally and (ii) is due to initial failure of the recorder; and a second storage configured to store second defective nozzle information on, among the defective nozzles, a later-becoming defective nozzle that is not identified as the initial defective nozzle by the first defective nozzle information; and a corrector configured to correct, based on at least one of the first defective nozzle information and the second defective nozzle information, image data of an image to be recorded on a recording medium; characterized in that the corrector is configured to correct, based on the first defective nozzle information and the second defective nozzle information, the image data of the image to be recorded on the recording medium, and to correct, of the image data, a part for the initial defective nozzle, identified by the first defective nozzle information, and a part for the later-becoming defective nozzle, identified by the second defective nozzle information, based on respective algorithms that are different from each other.
Rotor for a multipolar synchronous rotating machine comprising: - a plurality de salient poles, with each salient pole being surrounded by an induction coil; - a ring integrating said plurality of salient poles; said rotor being characterised in that each salient pole of said plurality of salient poles comprises: - a pole body integral with said ring; - at least two removable pole tips (2a, 2b) facing each other on either side of said pole body; - front parts, bordering the ends of said pole body, for radially maintaining said induction coil in the transverse portion thereof; said pole body comprising two slots formed on either side of said pole body and of which the shape is adapted to receive said at least two pole tips (2a, 2b); said front parts blocking the movements of said at least two pole tips (2a, 2b) in said slots. - a plurality de salient poles, with each salient pole being surrounded by an induction coil; - a ring integrating said plurality of salient poles; said rotor being characterised in that each salient pole of said plurality of salient poles comprises: - a pole body integral with said ring; - at least two removable pole tips (2a, 2b) facing each other on either side of said pole body; - front parts, bordering the ends of said pole body, for radially maintaining said induction coil in the transverse portion thereof;
A method for providing film grain information, comprising the steps of: characterizing a video stream prior to encoding to provide information indicative of film grain within the video stream, the film grain information including at least one parameter specifying an attribute of the film grain in the video stream; and encoding the film grain information for subsequent transmission together with the encoded video stream, wherein the film grain information includes a set of parameters, each specifying a different film grain attribute, characterised in that the set of parameters includes at least one parameter defining a spatial correlation of a perceived pattern of the film grain according to a second-order auto regression model. characterizing a video stream prior to encoding to provide information indicative of film grain within the video stream, the film grain information including at least one parameter specifying an attribute of the film grain in the video stream; and encoding the film grain information for subsequent transmission together with the encoded video stream, wherein the film grain information includes a set of parameters, each specifying a different film grain attribute, characterised in that the set of parameters includes at least one parameter defining a spatial correlation of a perceived pattern of the film grain according to a second-order auto regression model.
System for controlling the electrical supply of an electric motor vehicle equipped with at least two electric traction machines (3, 5), each supplied by an inverter (2, 4), the inverters (2, 4) being connected to one and the same DC capacitor, and switching at the same switching frequency close to one another, such that the switching of one may interfere with the switching of the other, characterized by the fact that it comprises a first control means for controlling a first inverter and a second control means for controlling a second inverter, an internal clock able to transmit a synchronization signal, the first control means being able to transmit a switching signal to the first inverter, which switching signal is pulse-width-modulated and synchronized to the synchronization signal, the second control means being able to transmit a switching signal to the second inverter, which switching signal is pulse-width-modulated and synchronized to the synchronization signal. characterized by the fact that it comprises a first control means for controlling a first inverter and a second control means for controlling a second inverter, an internal clock able to transmit a synchronization signal, the first control means being able to transmit a switching signal to the first inverter, which switching signal is pulse-width-modulated and synchronized to the synchronization signal, the second control means being able to transmit a switching signal to the second inverter, which switching signal is pulse-width-modulated and synchronized to the synchronization signal.
A compound according to the following formula: wherein R 1 is (C 1 -C 10) alkyl, R 2 is hydrogen, R 3 is n is 0 or 1 and m is 0; or a compound of the formula or
Light output arrangement, with at least one LED light source and with at least one first lens arranged in the light radiation direction after the LED light source, wherein in the light radiation direction after the first lens a second lens (7, 8) is arranged for influencing the light given off by the first lens, characterised in that the light intensity distribution curve of the light given off by the first lens has on the C0/C180 plane two essentially symmetrical wings that are divided from one another that essentially lie in an angle range between 0° to 90°, in relation to an axis parallel to the light radiation direction through the light focus of the first lens, and have a tip zone and side zones adjacent thereto on both sides, in which side zones the light intensity decreases to a significantly lower value than in the tip zone, wherein the tip zone is at angles greater than 0° and one of the sides decreases to the angle range around 0°, wherein the angle between both tip zones of the wings corresponds to the opening or radiation angle of the light given off by the first lens and in that the second lens (7, 8) is so configured and arranged after the first lens that through the second lens (7, 8) the opening or radiation angle of the light given off by the first lens is narrowed or widened.
A solid cleanser holder comprising: a. at least one textured film having texture variations; and b. a solid cleanser; wherein the at least one textured film surrounds the solid cleanser wherein the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon. a. at least one textured film having texture variations; and b. a solid cleanser; wherein the at least one textured film surrounds the solid cleanser wherein the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon. the textured film is an apertured film, and wherein the apertured film has an open area of from 15 to 45%, based on the total area of the apertured film, the textured film comprises multiple apertures in an amount ranging from about 0.1 apertures/ cm 2 to about 300 apertures/ cm 2; the solid cleanser is a bar, flake, pellet, chip, spray-dried powder, noodle, semisolid, gel, or moldable paste; and the solid cleanser includes soaps derived from hydrocarbon chain lengths of from 10 to 22, including carboxyl carbon.
A method for normalizing a sample, comprising: (a) providing a sample comprising nucleic acid; (b) tethering at least some of the nucleic acid molecules in the sample to a support; (c) reacting the tethered nucleic acid molecules of (b) with a limiting amount of a first Cas9-RNA complex that recognizes a first target sequence in the sample, thereby cleaving a portion of the tethered nucleic acid molecules that comprise the target sequence and releasing a normalized amount of a first cleavage product into solution, and (d) isolating the first cleavage product released in step (c); wherein the amount of the first cleavage product isolated in step (d) is determined by the limiting amount of the Cas9-RNA complex used in step (c). (a) providing a sample comprising nucleic acid; (b) tethering at least some of the nucleic acid molecules in the sample to a support; (c) reacting the tethered nucleic acid molecules of (b) with a limiting amount of a first Cas9-RNA complex that recognizes a first target sequence in the sample, thereby cleaving a portion of the tethered nucleic acid molecules that comprise the target sequence and releasing a normalized amount of a first cleavage product into solution, and (d) isolating the first cleavage product released in step (c);
A photodetector comprising: a graphene film; a first arrangement of quantum dots of a first band-gap energy located in contact with the graphene film as a first monolayer; a second arrangement of quantum dots of a second band-gap energy located in contact with the graphene film as a second monolayer; and an output voltage probe connected to the graphene film between the first arrangement of quantum dots and the second arrangement of quantum dots, wherein the output voltage probe is configured to provide an output voltage dependent upon the first arrangement of quantum dots and the second arrangement of quantum dots when an input voltage is applied across ends of the graphene film. a graphene film; a first arrangement of quantum dots of a first band-gap energy located in contact with the graphene film as a first monolayer; a second arrangement of quantum dots of a second band-gap energy located in contact with the graphene film as a second monolayer; and an output voltage probe connected to the graphene film between the first arrangement of quantum dots and the second arrangement of quantum dots, wherein the output voltage probe is configured to provide an output voltage dependent upon the first arrangement of quantum dots and the second arrangement of quantum dots when an input voltage is applied across ends of the graphene film.
A pheromone-based composition comprising at least one carrier solvent characterized by the following properties: - a vapor pressure of between 1 and 10 Pa (measured at 20 or 25°C), and - a flash point of greater than or equal to 95°C, wherein the carrier solvent comprises at least one dibasic ester of formula wherein R 1, R 2 and R 3 are independently linear or branched alkyl groups comprising from 1 to 10 carbon atoms. - a vapor pressure of between 1 and 10 Pa (measured at 20 or 25°C), and - a flash point of greater than or equal to 95°C, wherein the carrier solvent comprises at least one dibasic ester of formula wherein R 1, R 2 and R 3 are independently linear or branched alkyl groups comprising from 1 to 10 carbon atoms.