mhurhangee/ep-ind-claims huggingface dataset:
A storage medium having stored thereon an acceleration data processing program which is executed by a CPU of an apparatus for performing a predetermined process by using acceleration data (Da) outputted by an acceleration sensor capable of detecting, in at least one axial direction thereof, an acceleration applied to an input device, the computer being caused to function as: data acquisition means (30, S44) for acquiring the acceleration data (Da) at predetermined time intervals; change amount calculation means (30, S46) for calculating a change amount vector (accv) representing a change amount of the acceleration by using the acceleration data (Da) having been acquired by the data acquisition means; speed vector calculation means (30, S49) for calculating a speed vector (vecs) by sequentially and cumulatively adding the change amount vector (accv) having been calculated by the change amount calculation means; and direction determination means (30, S54) for determining, as a waving direction (nrm) representing a moving direction of the input device, a direction of the speed vector (vecs), when the magnitude (sp) of the magnitude the speed vector having been calculated by the speed vector calculation means is greater than a threshold value (spmax) (30, S52). data acquisition means (30, S44) for acquiring the acceleration data (Da) at predetermined time intervals; change amount calculation means (30, S46) for calculating a change amount vector (accv) representing a change amount of the acceleration by using the acceleration data (Da) having been acquired by the data acquisition means; speed vector calculation means (30, S49) for calculating a speed vector (vecs) by sequentially and cumulatively adding the change amount vector (accv) having been calculated by the change amount calculation means; and direction determination means (30, S54) for determining, as a waving direction (nrm) representing a moving direction of the input device, a direction of the speed vector (vecs), when the magnitude (sp) of the magnitude the speed vector having been calculated by the speed vector calculation means is greater than a threshold value (spmax) (30, S52).
A shaving razor comprising a cartridge comprising a housing having a front portion and a rear portion, a guard at the front portion of said housing and a cap at the rear portion of the housing and a blade array located in-between the guard and cap, wherein the blade array comprises at least two blades, a primary blade and a final blade, each blade having a blade edge (48, 50) that extends parallel to the housing; having a blade plane: (x) tangential to the primary blade edge and the final blade edge, characterized in that each angle between each blade and the blade plane (x) is 50° or greater.
An exhaust gas cleaning catalyst for a saddle-type vehicle, characterized by comprising a support formed of a ceramic material or a metallic material; a first catalyst layer formed on a surface of the support; and a second catalyst layer formed on the first catalyst layer, wherein the first catalyst layer includes a carrier formed of a cerium-zirconium composite oxide and a catalyst component which is supported on the carrier; and the second catalyst layer includes a carrier formed of a zirconium composite oxide and a catalyst component which is supported on the carrier, characterized in that the first catalyst layer includes the carrier formed of a cerium-zirconium composite oxide having a CeO 2 content of 45 to 70 mass%, a ZrO 2 content of 20 to 45 mass%, an Nd 2 O 3 content of 2 to 20 mass%, and an La 2 O 3 content of 1 to 10 mass%, and the catalyst component containing metallic Pd or Pd oxide; and the second catalyst layer includes the carrier formed of a zirconium composite oxide having a ZrO 2 content of 50 to 95 mass%, a CeO 2 content of 0 to 40 mass%, an Nd 2 O 3 content of 2 to 20 mass%, and an La 2 O 3 content of 1 to 10 mass%, and the catalyst component containing metallic Rh or Rh oxide, or both metallic Rh or Rh oxide and metallic Pt or Pt oxide.
A light control sheet comprising: a first transparent electrode; a second transparent electrode; a liquid crystal layer disposed between the first transparent electrode and the second transparent electrode; and a plurality of spacers (SP1, SP2) disposed in the liquid crystal layer, wherein the spacers (SP1, SP2) have an average size of 3 μm or more and 50 μm or less, and the spacers (SP1, SP2) have a size distribution having two or more discrete peaks, characterized in that the two or more discrete peaks include a first peak, the first peak being a peak having a mode having a largest size among the discrete peaks, and the mode in the size distribution of the first peak is 8 μm or more and 50 μm or less, and the two or more discrete peaks include a second peak, the second peak being a peak having a mode having a second largest size among the discrete peaks, and the mode in the size distribution of the second peak is 3 μm or more and 7 μm or less. a first transparent electrode; a second transparent electrode; a liquid crystal layer disposed between the first transparent electrode and the second transparent electrode; and a plurality of spacers (SP1, SP2) disposed in the liquid crystal layer, wherein the spacers (SP1, SP2) have an average size of 3 μm or more and 50 μm or less, and the spacers (SP1, SP2) have a size distribution having two or more discrete peaks, the two or more discrete peaks include a first peak, the first peak being a peak having a mode having a largest size among the discrete peaks, and the mode in the size distribution of the first peak is 8 μm or more and 50 μm or less, and the two or more discrete peaks include a second peak, the second peak being a peak having a mode having a second largest size among the discrete peaks, and the mode in the size distribution of the second peak is 3 μm or more and 7 μm or less.
A thermally responsive flow meter (220; 300) for a gas turbine engine, comprising: a coil (221; 321), characterised in that it further comprises a plate (222; 322) coupled to the coil (221; 321), the plate (222; 322) including a first airflow aperture (224; 324) formed through a radially extending surface of the plate (222; 322), wherein the plate (222; 322) is coupled to the coil (221; 321) such that the radially extending surface (226, 227) of the plate (222; 322) translates in a circumferential direction in response to a thermal expansion of the coil (222; 322).
The use of meglumine in a pharmaceutical composition to increase the chemical stability of N-(3,5-dimethoxyphenyl)-N'-(1-methylethyl)-N-[3-(1-methyl-1H-pyrazol-4-yl)quinoxalin-6-yl]ethane-1,2-diamine, a pharmaceutically acceptable salt thereof or a solvate thereof, contained in said composition.
A process for producing a powder coating material containing a powder composed of a composition (α) comprising a fluororesin having carboxy groups, or alkoxysilyl groups and urethane bonds, and a curing agent, said process comprising the following step (a) and step (b), (a) a step of melt-kneading a mixture comprising a hydroxy group-containing fluororesin, an acid anhydride or a compound having an alkoxysilyl group and an isocyanate group, and the curing agent, to obtain a kneaded product composed of the composition (α), (b) a step of pulverizing the kneaded product to obtain the powder. (a) a step of melt-kneading a mixture comprising a hydroxy group-containing fluororesin, an acid anhydride or a compound having an alkoxysilyl group and an isocyanate group, and the curing agent, to obtain a kneaded product composed of the composition (α), (b) a step of pulverizing the kneaded product to obtain the powder.
A method for producing a clad wire (1, 21, 31, 41) having a nickel core (2, 22, 32, 42) and a platinum cladding (4, 24, 34, 44), the method comprising the following chronological steps: A) Providing a rod made of nickel or a nickel-based alloy and a tube made of platinum or a platinum-based alloy tube; B) Coating the rod and/or an inner surface of the tube with at least one intermediate layer (5, 25, 35, 45) of at least one of the metals gold, silver, palladium, copper, iridium, ruthenium and rhodium or of a gold-, silver-, palladium-, copper-, iridium-, ruthenium- or rhodium-based alloy; C) Inserting the rod in the tube after coating; D) Continuously reducing the tube with the rod therein by drawing through a drawing die or by rolling or by hammering and thereby joining the tube with the rod, wherein in the continuous reduction the outer diameters of the tube and the rod are reduced; characterized by the following chronological steps: E) Diffusion annealing of the composite thus joined at a temperature between 550 °C and 900 °C; and F) Drawing the diffusion-annealed composite through a further drawing die or drawing the diffusion-annealed composite several times through a plurality of further drawing dies, the outer diameter of the composite being reduced during each drawing operation. A) Providing a rod made of nickel or a nickel-based alloy and a tube made of platinum or a platinum-based alloy tube; B) Coating the rod and/or an inner surface of the tube with at least one intermediate layer (5, 25, 35, 45) of at least one of the metals gold, silver, palladium, copper, iridium, ruthenium and rhodium or of a gold-, silver-, palladium-, copper-, iridium-, ruthenium- or rhodium-based alloy; C) Inserting the rod in the tube after coating; D) Continuously reducing the tube with the rod therein by drawing through a drawing die or by rolling or by hammering and thereby joining the tube with the rod, wherein in the continuous reduction the outer diameters of the tube and the rod are reduced; characterized by the following chronological steps: E) Diffusion annealing of the composite thus joined at a temperature between 550 °C and 900 °C; and F) Drawing the diffusion-annealed composite through a further drawing die or drawing the diffusion-annealed composite several times through a plurality of further drawing dies, the outer diameter of the composite being reduced during each drawing operation.
An arranging apparatus for arranging a delivery unit, comprising a connection apparatus for mechanically securing the delivery unit, wherein the connection apparatus has a first form element, which is mechanically connectable or connected in a form- and/or force-fitting manner with a positionally secured fixing element; and the connection apparatus can be or is operationally connected with the fixing element such that the connection apparatus and the fixing element together form a blocking unit, the opening of which requires proof of proper access authorization, as well as comprising the delivery unit, which is or can be mechanically connected with the connection apparatus, wherein the connection apparatus has a second form element for realizing a force- and/or form-fitting connection to the delivery unit to be secured, wherein the second form element is designed as a grommet and the arranging apparatus has a connection element for realizing a mechanical connection between the delivery unit and the connection apparatus, wherein the connection element is a cord with at least one loop arranged on an end, characterized in that the loop is pulled through the grommet and the cord is pulled through this loop.
A method for treating a lithium ion battery waste containing fluorine using a converter furnace in a copper smelting process, wherein prior to a treatment for charging a copper matte obtained from a flash smelter in the copper smelting process into the converter furnace and blowing oxygen into the converter furnace to obtain crude copper, the lithium ion battery waste is introduced into the converter furnace or a ladle furnace that is used for charging the copper matte into the converter furnace and then the lithium ion battery waste is burned with residual heat in the converter furnace or the ladle furnace, and characterized in that an amount of the lithium ion battery waste introduced into the converter furnace or the ladle furnace is adjusted such that an amount of material of fluorine contained in the lithium ion battery waste becomes an amount corresponding to 10 ppm or more and less than 35 ppm with respect to an amount of material of copper to be supplied to the converter furnace in the copper smelting process. prior to a treatment for charging a copper matte obtained from a flash smelter in the copper smelting process into the converter furnace and blowing oxygen into the converter furnace to obtain crude copper, the lithium ion battery waste is introduced into the converter furnace or a ladle furnace that is used for charging the copper matte into the converter furnace and then the lithium ion battery waste is burned with residual heat in the converter furnace or the ladle furnace, and characterized in that an amount of the lithium ion battery waste introduced into the converter furnace or the ladle furnace is adjusted such that an amount of material of fluorine contained in the lithium ion battery waste becomes an amount corresponding to 10 ppm or more and less than 35 ppm with respect to an amount of material of copper to be supplied to the converter furnace in the copper smelting process.
A method of repairing a fluid leak in a pipe or conduit, characterised in that the method comprises: - applying a layer of putty to said pipe or conduit at a location of said leak to seal it; - wrapping, at tension, a self-amalgamating tape around said layer of putty to cover it; - contacting a flexible sheet or tape with either: ∘ a resin, or ∘ water to activate a water-activated matrix component; and - encompassing the self-amalgamating tape with the flexible sheet or tape such that the resin or water-activated matrix component binds with the flexible sheet or tape to form an outer shell with the flexible sheet or tape to substantially surround the joint. - applying a layer of putty to said pipe or conduit at a location of said leak to seal it; - wrapping, at tension, a self-amalgamating tape around said layer of putty to cover it; - contacting a flexible sheet or tape with either: ∘ a resin, or ∘ water to activate a water-activated matrix component; and ∘ a resin, or ∘ water to activate a water-activated matrix component; - encompassing the self-amalgamating tape with the flexible sheet or tape such that the resin or water-activated matrix component binds with the flexible sheet or tape to form an outer shell with the flexible sheet or tape to substantially surround the joint.
A method of producing a multilayer information page (1, 1') for a security document, the information page including at least an information part manufactured from a material whose bending properties and bending resistance are poor, and allowing at least some identification information to be entered thereto by utilizing laser engraving and having an upper surface from which the identification information provided on the information page can be read, and a flexible and bending durable connecting part for connecting the information page to the security document, the method comprises: arranging a fastening end of the connecting part to overlap with a lower surface of the information part, characterized in that the method further comprises: forming a transparent surface layer to cover at least the fastening end of the connecting part as well as at least a part of the lower surface of the information part such that the fastening end resides between the information part and the surface layer, arranging a security element in the transparent surface layer or between the transparent surface layer and the fastening end, and fastening the parts of the information page (1, 1') to one another. arranging a fastening end of the connecting part to overlap with a lower surface of the information part, characterized in that the method further comprises: forming a transparent surface layer to cover at least the fastening end of the connecting part as well as at least a part of the lower surface of the information part such that the fastening end resides between the information part and the surface layer, arranging a security element in the transparent surface layer or between the transparent surface layer and the fastening end, and fastening the parts of the information page (1, 1') to one another. forming a transparent surface layer to cover at least the fastening end of the connecting part as well as at least a part of the lower surface of the information part such that the fastening end resides between the information part and the surface layer, arranging a security element in the transparent surface layer or between the transparent surface layer and the fastening end, and fastening the parts of the information page (1, 1') to one another.
Compositions comprising A) nylon-6 or nylon-6,6, B) at least one hollow or solid, spherical filler and reinforcer made of glass and having a median particle size determined by laser diffractometry in the range from 7 μm to 250 μm, C) chopped long glass fibres having a starting length in the range from 1 to 50 mm, and D) melamine cyanurate. A) nylon-6 or nylon-6,6, B) at least one hollow or solid, spherical filler and reinforcer made of glass and having a median particle size determined by laser diffractometry in the range from 7 μm to 250 μm, C) chopped long glass fibres having a starting length in the range from 1 to 50 mm, and D) melamine cyanurate.
Access control device comprising at least one turnstile, wherein the turnstile comprises a turnstile post and further comprises at least one barrier element, which barrier element forms an arm of the turnstile and is movable in a blocking position blocking the entry, and an access position unblocking the entry, and wherein an illumination device is provided for illuminating the barrier element, wherein multiple barrier elements are at least approximately arranged in a common, upright plane one on top of the other and form strip-shaped blocking arms spaced from one another, and are respectively formed as an at least approximately plate-shaped light-emitting element with a first end portion and a second end portion, wherein the light-emitting element is at least in part formed from a transparent material and fastened to the turnstile post with its mentioned first end portion and freely protrudes with its second end portion, wherein the illumination device is integrated into the light-emitting elements and/or arranged on the light-emitting elements in such a way, that the illumination device is movable together with the light-emitting elements, and wherein control means are provided for activating the illumination device of the at least one barrier element depending upon a movement of the barrier elements, in such a way that the barrier elements are illuminated in a different way, if the turnstile is rotated, than when the turnstile is immobile.
A method for in situ process monitoring during laser processing comprising at least the steps of: a. emitting at least one ultrashort pulse laser beam by an ultrashort pulse laser; b. splitting the at least one ultrashort pulse laser beam by a beam splitter into at least one main pulse laser beam and at least one reference pulse laser beam; c. reflecting or transmitting said at least one main pulse laser beam by a target object and reflecting said at least one reference pulse laser beam by a reference mirror; d. providing at least one combined pulse laser beam by superposing the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam; e. coupling the at least one combined pulse laser beam into a dispersive element; f. interfering the at least one combined pulse laser beam with itself due to temporally stretching the frequency content by the dispersive element; g. converting at least one interference beam to an electrical signal, whereby the at least one interference beam is a result and an emission of the dispersive element with an inversely proportional amplitude/intensity modulation of the spectrum, and a respective temporal waveform after time-stretch in the dispersive element, to the time delay between the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam; h. filtering a specific frequency and/or a specific range of frequencies of the electrical signal and i. rectifying the filtered electrical signal to an output signal for control functions and/or as measurand. a. emitting at least one ultrashort pulse laser beam by an ultrashort pulse laser; b. splitting the at least one ultrashort pulse laser beam by a beam splitter into at least one main pulse laser beam and at least one reference pulse laser beam; c. reflecting or transmitting said at least one main pulse laser beam by a target object and reflecting said at least one reference pulse laser beam by a reference mirror; d. providing at least one combined pulse laser beam by superposing the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam; e. coupling the at least one combined pulse laser beam into a dispersive element; f. interfering the at least one combined pulse laser beam with itself due to temporally stretching the frequency content by the dispersive element; g. converting at least one interference beam to an electrical signal, whereby the at least one interference beam is a result and an emission of the dispersive element with an inversely proportional amplitude/intensity modulation of the spectrum, and a respective temporal waveform after time-stretch in the dispersive element, to the time delay between the at least one reflected or transmitted main pulse laser beam and the at least one reflected reference pulse laser beam; h. filtering a specific frequency and/or a specific range of frequencies of the electrical signal and i. rectifying the filtered electrical signal to an output signal for control functions and/or as measurand.