mhurhangee/ep-ind-claims huggingface dataset:
A gesture operation input processing apparatus comprising: an instruction point extraction unit configured to extract an instruction point of a user from an image in which a gesture of the user made while the user is looking at a display is captured; a distance calculation unit configured to obtain a distance to the instruction point in the depth direction; a parameter adjustment unit configured to adjust a parameter used for adjustment of the detection sensitivity in the depth direction when operation input by the gesture of the user is recognized, based on at least one of resolution of distance measurement in the depth direction and three-dimensional display performance of a display; and a gesture recognition processing unit configured to recognize the operation input by the gesture of the user based on the adjusted parameter, to detect whether the instruction point of the user passes through a virtual screen, which is set in the depth direction, and to activate the instruction point so as to recognize operation input entered by a gesture when the instruction point passes through the virtual screen, based on the distance to the instruction point in the depth direction calculated by the distance calculation unit, wherein the parameter adjustment unit adjusts, as the parameter related to the detection sensitivity in the depth direction, at least one of an installed number, an installation interval, and dead band of a plurality of virtual screens provided in the depth direction for allowing the instruction point to pass through. an instruction point extraction unit configured to extract an instruction point of a user from an image in which a gesture of the user made while the user is looking at a display is captured; a distance calculation unit configured to obtain a distance to the instruction point in the depth direction; a parameter adjustment unit configured to adjust a parameter used for adjustment of the detection sensitivity in the depth direction when operation input by the gesture of the user is recognized, based on at least one of resolution of distance measurement in the depth direction and three-dimensional display performance of a display; and a gesture recognition processing unit configured to recognize the operation input by the gesture of the user based on the adjusted parameter, to detect whether the instruction point of the user passes through a virtual screen, which is set in the depth direction, and to activate the instruction point so as to recognize operation input entered by a gesture when the instruction point passes through the virtual screen, based on the distance to the instruction point in the depth direction calculated by the distance calculation unit,
A guiding device for guiding a plastic film, wherein the plastic film can be guided by means of an air cushion, wherein the guiding device comprises a plurality of blower elements, wherein each blower element comprises at least one carrier element, and at least one film-guiding element, • which is at least partially porous, preferably microporous, and • which is connected to the carrier element, characterized in that at least one fastening element is provided, with which the carrier element and the film-guiding element can be detachably fastened to each other and that the film-guiding element consists at least partially of sintered plastic material. • which is at least partially porous, preferably microporous, and • which is connected to the carrier element,
A method of operating an electronic device, the method comprising: driving a gas sensor and a camera for obtaining an image; recognizing an object or character included in an obtained preview image; collecting gas information associated with the recognized object or character; collecting and detecting components of air using the gas sensor; analyzing (330, 630) the detected components of air and determining whether abnormal gas components exist; and displaying information regarding the analyzed components of air, the determined existing abnormal gas components and the preview image on a screen of the electronic device, wherein the abnormal gas is at least one of a harmful gas, a dangerous gas, a gas of which a component ratio is excessively large or small when compared to an ordinary case, and a gas defined in advance by a user, characterized in that the analyzing (330, 630) of the detected components of air is performed based on the collected gas information. driving a gas sensor and a camera for obtaining an image; recognizing an object or character included in an obtained preview image; collecting gas information associated with the recognized object or character; collecting and detecting components of air using the gas sensor; analyzing (330, 630) the detected components of air and determining whether abnormal gas components exist; and displaying information regarding the analyzed components of air, the determined existing abnormal gas components and the preview image on a screen of the electronic device, wherein the abnormal gas is at least one of a harmful gas, a dangerous gas, a gas of which a component ratio is excessively large or small when compared to an ordinary case, and a gas defined in advance by a user, characterized in that the analyzing (330, 630) of the detected components of air is performed based on the collected gas information.
A fin- semiconductor structure, comprising: a first fin-semiconductor device disposed above a substrate, the first fin-semiconductor device having a conductivity type and comprising a gate electrode having a first workfunction layer; and a second fin-semiconductor device disposed above the substrate, the second fin-semiconductor device having the conductivity type and comprising a gate electrode having a second, different, workfunction layer different in composition than the first workfunction layer, wherein the second workfunction layer is not included in the first fin-semiconductor device and the first workfunction layer is not included in the second fin-semiconductor device, wherein the gate electrode having the first workfunction comprises a first workfunction metal layer having a total material composition and a thickness, the gate electrode having the second workfunction comprises a second workfunction metal layer having a total material composition and a thickness, and wherein both the total material composition and the thickness of the first workfunction metal layer are different than the total material composition and the thickness of the second workfunction metal layer. a first fin-semiconductor device disposed above a substrate, the first fin-semiconductor device having a conductivity type and comprising a gate electrode having a first workfunction layer; and a second fin-semiconductor device disposed above the substrate, the second fin-semiconductor device having the conductivity type and comprising a gate electrode having a second, different, workfunction layer different in composition than the first workfunction layer, wherein the second workfunction layer is not included in the first fin-semiconductor device and the first workfunction layer is not included in the second fin-semiconductor device, wherein the gate electrode having the first workfunction comprises a first workfunction metal layer having a total material composition and a thickness, the gate electrode having the second workfunction comprises a second workfunction metal layer having a total material composition and a thickness, and wherein both the total material composition and the thickness of the first workfunction metal layer are different than the total material composition and the thickness of the second workfunction metal layer.
A method for providing a frequency response for a combined cycle power plant connected to an electric grid, wherein the combined cycle power plant comprises a gas turbine engine and a steam turbine engine, the steam turbine engine comprises a boiler, a steam turbine, a pump, a condenser, a bypass for the steam turbine, a steam admission control valve, the steam turbine engine operates with the bypass closed or at least partly open to supply steam from the boiler to the condenser bypassing the steam turbine, and/or with the steam admission control valve at least partly open, the method comprising regulating the output load of the steam turbine engine in response to a frequency change of the electric grid by increasing steam flow through the bypass when the frequency of the electric grid increases; characterised in that also the gas turbine engine output load is adjusted and the regulation of the output load of the steam turbine engine includes at least a transient load variation phase a stabilisation phase a normalization phase, and at the end of the normalization phase the output load of the gas turbine engine and the output load of the steam turbine engine is the same as the output load of the gas turbine engine and the output load of the steam turbine engine before regulation.
A dental device for use in attaching crowns or overdentures in a patient's jaw, comprising a substrate body of biocompatible material having an outer surface and a multi-layer coating applied to at least part of the outer surface of the substrate, the multi-layer coating comprising: a plurality of layers comprising: at least a first, innermost layer of titanium nitride, TiN, applied to at least part of the outer surface of the substrate; a second layer of titanium carbo nitride, TiCN, applied to the first, innermost layer; a third layer of titanium nitride, TiN, applied to the second layer; and an outermost layer of titanium carbo nitride, TiCN, having a predetermined composition of carbon, nitrogen and titanium to produce a pink color similar to gum color; wherein the outermost layer contains a higher percentage of carbon than the second layer; and wherein the outermost layer has a thickness greater than the second layer. a plurality of layers comprising: at least a first, innermost layer of titanium nitride, TiN, applied to at least part of the outer surface of the substrate; a second layer of titanium carbo nitride, TiCN, applied to the first, innermost layer; a third layer of titanium nitride, TiN, applied to the second layer; and an outermost layer of titanium carbo nitride, TiCN, having a predetermined composition of carbon, nitrogen and titanium to produce a pink color similar to gum color; at least a first, innermost layer of titanium nitride, TiN, applied to at least part of the outer surface of the substrate; a second layer of titanium carbo nitride, TiCN, applied to the first, innermost layer; a third layer of titanium nitride, TiN, applied to the second layer; and an outermost layer of titanium carbo nitride, TiCN, having a predetermined composition of carbon, nitrogen and titanium to produce a pink color similar to gum color; wherein the outermost layer contains a higher percentage of carbon than the second layer; and wherein the outermost layer has a thickness greater than the second layer.
A luminescence sensor comprising an input reflector (103,253) capable of receiving input radiation with a first predetermined wavelength and an output reflector (104,254), wherein - a gap between the input reflector and the output reflector constitutes a resonant cavity (102,260) for the input radiation and for receiving luminescent particles and being capable of increasing a cavity excitation energy of radiation having the first predetermined wavelength, said resonant_cavity being capable of outputting luminescent radiation, - at least one of the input reflector and the output reflector is a wire-grid (270,1100) having apertures (211,212), wherein at least one dimension of the apertures in a plane of the wire-grid is below the diffraction limit of the input radiation, - the reflection coefficient of the input reflector is greater than 0.5 for radiation having the first predetermined wavelength and a polarisation of the input radiation, and - the reflection coefficient of the output reflector is greater than 0.5 for radiation having the first predetermined wavelength and the polarisation of the input radiation. - a gap between the input reflector and the output reflector constitutes a resonant cavity (102,260) for the input radiation and for receiving luminescent particles and being capable of increasing a cavity excitation energy of radiation having the first predetermined wavelength, said resonant_cavity being capable of outputting luminescent radiation, - at least one of the input reflector and the output reflector is a wire-grid (270,1100) having apertures (211,212), wherein at least one dimension of the apertures in a plane of the wire-grid is below the diffraction limit of the input radiation, - the reflection coefficient of the input reflector is greater than 0.5 for radiation having the first predetermined wavelength and a polarisation of the input radiation, and - the reflection coefficient of the output reflector is greater than 0.5 for radiation having the first predetermined wavelength and the polarisation of the input radiation.
A reverse-micellar composition comprising: a) a hydrocarbon continuous phase comprising a surfactant; and b) micelles of an aqueous disperse phase comprising cerium-containing nanoparticles and a free radical initiator. a) a hydrocarbon continuous phase comprising a surfactant; and b) micelles of an aqueous disperse phase comprising cerium-containing nanoparticles and a free radical initiator.
An agricultural combine, comprising: a chassis; at least one cage carried by the chassis; a rotor configured to rotate about an axis within the cage, the rotor and cage being a rotor /cage assembly for the separation of grain from crop material; a plurality of vanes movably coupled to an inside surface of the cage, the vanes engage the crop material and regulate the flow of crop material through the rotor /cage assembly; and a controller configured to control a speed of the crop material through the rotor /cage assembly by carrying out the steps of: monitoring a grain loss of the combine; and adjusting an orientation of the vanes, characterized in that the controller is configured to carry out the steps of: computing an engine power reserve value; and adjusting an orientation of the vanes responsive to the engine power reserve value and to at least one of the grain loss, a cleaning system load and straw length. a chassis; at least one cage carried by the chassis; a rotor configured to rotate about an axis within the cage, the rotor and cage being a rotor /cage assembly for the separation of grain from crop material; a plurality of vanes movably coupled to an inside surface of the cage, the vanes engage the crop material and regulate the flow of crop material through the rotor /cage assembly; and a controller configured to control a speed of the crop material through the rotor /cage assembly by carrying out the steps of: monitoring a grain loss of the combine; and adjusting an orientation of the vanes, characterized in that the controller is configured to carry out the steps of: computing an engine power reserve value; and adjusting an orientation of the vanes responsive to the engine power reserve value and to at least one of the grain loss, a cleaning system load and straw length. monitoring a grain loss of the combine; and adjusting an orientation of the vanes, characterized in that the controller is configured to carry out the steps of: computing an engine power reserve value; and adjusting an orientation of the vanes responsive to the engine power reserve value and to at least one of the grain loss, a cleaning system load and straw length. computing an engine power reserve value; and adjusting an orientation of the vanes responsive to the engine power reserve value and to at least one of the grain loss, a cleaning system load and straw length.
An electric household appliance comprising a casing with a wall, a coupling device for coupling an outer panel to said wall, said wall comprising a first side and a second side, said coupling device comprising: a hinge device for fixing in a pivotal manner the outer panel to the wall of the casing, and a retaining device for holding the outer panel in a position facing the wall of the casing in order to conceal at least partially the wall, at least one seat provided in each of the first side and the second side of the wall, each of said seats being configured for receiving at least partially the hinge device and the retaining device, so that the hinge device and the retaining device are interchangeable from the first side to the second side and viceversa; wherein each of said seats comprises a first slot, wherein the retaining device and the hinge device comprise a first sliding element (12, 22), suitable to be slidably inserted into said first slot, characterized in that the first sliding element (12, 22) comprises a hanging element, suitable to be inserted and hung in the first slot of the seat. a hinge device for fixing in a pivotal manner the outer panel to the wall of the casing, and a retaining device for holding the outer panel in a position facing the wall of the casing in order to conceal at least partially the wall, at least one seat provided in each of the first side and the second side of the wall, each of said seats being configured for receiving at least partially the hinge device and the retaining device, so that the hinge device and the retaining device are interchangeable from the first side to the second side and viceversa; wherein each of said seats comprises a first slot, wherein the retaining device and the hinge device comprise a first sliding element (12, 22), suitable to be slidably inserted into said first slot, characterized in that the first sliding element (12, 22) comprises a hanging element, suitable to be inserted and hung in the first slot of the seat.
A temperature gradient controller device in parts of machines for processing plastic materials, preferably to be used in an extruder and more preferably for manufacturing tubular articles and/or articles having at least one inner cavity, said device comprising heating means to be operatively activated on at least one part of a machine, said heating means comprising vector means adapted to transfer a predetermined amount of heat to said part of said machine by remote radiation, characterised in that: - said vector means is adapted to carry out said remote radiation without conductive heat fluxes through intermediate pieces or parts interposed between an energy source and said part, the vector means comprising an electromagnetic-radiation beam; - also present is an impact body operatively mounted in the machine part and adapted to receive said electromagnetic-radiation beam. - said vector means is adapted to carry out said remote radiation without conductive heat fluxes through intermediate pieces or parts interposed between an energy source and said part, the vector means comprising an electromagnetic-radiation beam; - also present is an impact body operatively mounted in the machine part and adapted to receive said electromagnetic-radiation beam.
A sealing device comprising: a stationary side installation ring adapted to be tightly fitted and fixed to a stationary side member; a rotation side installation ring adapted to be tightly fitted and fixed to a rotation side member; a stationary side lip integrally provided on said stationary side installation ring and slidably brought into close contact with said rotation side installation ring by its tip end portion; rotation side lips (14, 15) integrally formed on said rotation side installation ring and slidably brought into close contact with said stationary side installation ring by their tip end portions; and a pulsar ring for a rotary encoder made of a synthetic resin or rubber-like elastic material, mixed with magnetic powder, integrally formed on said rotation side installation ring, and magnetized to be multipolar, characterized in that the pulsar ring extends into a collar portion provided in an extending manner on an outer peripheral portion of the pulsar ring so as to be positioned at an outer side than the rotation side lips (14, 15) and to be close and oppose to the stationary side member or the stationary side installation ring. a stationary side installation ring adapted to be tightly fitted and fixed to a stationary side member; a rotation side installation ring adapted to be tightly fitted and fixed to a rotation side member; a stationary side lip integrally provided on said stationary side installation ring and slidably brought into close contact with said rotation side installation ring by its tip end portion; rotation side lips (14, 15) integrally formed on said rotation side installation ring and slidably brought into close contact with said stationary side installation ring by their tip end portions; and a pulsar ring for a rotary encoder made of a synthetic resin or rubber-like elastic material, mixed with magnetic powder, integrally formed on said rotation side installation ring, and magnetized to be multipolar, a collar portion provided in an extending manner on an outer peripheral portion of the pulsar ring so as to be positioned at an outer side than the rotation side lips (14, 15) and to be close and oppose to the stationary side member or the stationary side installation ring.
A mixer for an exhaust system of an internal combustion engine for mixing a reactant with an exhaust gas flow, the mixer comprising: a plurality of guide blade portions, each of the guide blade portions having a trailing edge adjacent to a trailing surface (46, 48) and axially spaced from a leading edge adjacent to a leading surface; fold webs, the guide blade portions being provided as guide blade pairs comprising a first blade portion connected to a second guide blade portion by at least one of the fold webs folded at the at least one of the fold webs such that the first blade portion is disposed extending adjacent to and spaced from the second guide blade portion; and spacer webs, each of the guide blade pairs being connected to at least one adjacent guide blade pair (22, 22) by at least one of the spacer webs, wherein the fold webs are disposed centrally and located adjacent to each other in an annular pattern of adjacent fold webs and the spacer webs are disposed peripherally spaced apart from each other about a circumference of the mixer, characterized in that the guide blade portions, the fold webs and the spacer webs are formed from a single integral flat blank and the guide blade pairs, comprising the first blade portion connected to the second guide blade portion by the at least one of the fold webs, are separated from adjacent guide blade pairs by one of the spacer webs, and that the trailing surface (46, 48) extends at a pitch angle relative to the leading surface. a plurality of guide blade portions, each of the guide blade portions having a trailing edge adjacent to a trailing surface (46, 48) and axially spaced from a leading edge adjacent to a leading surface; fold webs, the guide blade portions being provided as guide blade pairs comprising a first blade portion connected to a second guide blade portion by at least one of the fold webs folded at the at least one of the fold webs such that the first blade portion is disposed extending adjacent to and spaced from the second guide blade portion; and spacer webs, each of the guide blade pairs being connected to at least one adjacent guide blade pair (22, 22) by at least one of the spacer webs, wherein the fold webs are disposed centrally and located adjacent to each other in an annular pattern of adjacent fold webs and the spacer webs are disposed peripherally spaced apart from each other about a circumference of the mixer, characterized in that the guide blade portions, the fold webs and the spacer webs are formed from a single integral flat blank and the guide blade pairs, comprising the first blade portion connected to the second guide blade portion by the at least one of the fold webs, are separated from adjacent guide blade pairs by one of the spacer webs, and that the trailing surface (46, 48) extends at a pitch angle relative to the leading surface.