mhurhangee/ep-ind-claims huggingface dataset:
A mixer apparatus comprising: a first mixer circuit configured to generate a first output signal from an input signal, based on repeatedly clocking through a sequence of sample values representing one period of a sinusoidal local oscillator waveform and having a sequence length corresponding to an oversampling rate; a second mixer circuit configured to generate a second output signal from a second input signal, based on repeatedly clocking through a shifted sequence, which is the sequence as shifted by an integer number of sequence positions that is equal to one quarter of the sequence length for a first case where the sequence length divides by four. or is as close to one quarter of the sequence length as possible for a second case where the sequence length divides by two but not by four; and a control circuit configured to maintain a quadrature phase relationship between the first and second mixer circuits (30, 32) independent of whether the first or second case applies by controlling the second mixer circuit to clock coincident with the first mixer circuit if the first case applies, and to clock a half clock cycle out of phase with the first mixer circuit if the second case applies. a first mixer circuit configured to generate a first output signal from an input signal, based on repeatedly clocking through a sequence of sample values representing one period of a sinusoidal local oscillator waveform and having a sequence length corresponding to an oversampling rate; a second mixer circuit configured to generate a second output signal from a second input signal, based on repeatedly clocking through a shifted sequence, which is the sequence as shifted by an integer number of sequence positions that is equal to one quarter of the sequence length for a first case where the sequence length divides by four. or is as close to one quarter of the sequence length as possible for a second case where the sequence length divides by two but not by four; and a control circuit configured to maintain a quadrature phase relationship between the first and second mixer circuits (30, 32) independent of whether the first or second case applies by controlling the second mixer circuit to clock coincident with the first mixer circuit if the first case applies, and to clock a half clock cycle out of phase with the first mixer circuit if the second case applies.
Method of communication in a broadcast group, the said group comprising a set of real-time data emitter sources composed of at least two sources (201, 202) and a server, the said method comprising the following steps carried out by a first source of the group: - transmission, by broadcasting to the members of the group, of a first RTCP SR control datum comprising temporal information relating to an exchange of RTCP SR control data between the server and the first source; - reception, from a second source, of a second RTCP SR control datum comprising temporal information relating to an exchange of RTCP SR control data between the server and the second source; - reception, from the server, of a third RTCP SR control datum and of a fourth RTCP SR control datum, the third RTCP SR control datum comprising temporal information relating to the first RTCP SR control datum, and the fourth RTCP SR control datum comprising temporal information relating to the second RTCP SR control datum; - determination, on the basis of the said RTCP SR control data (601, 602, 501, 502) of a transmission time between the first and second sources; the said temporal information being contained in an RTCP SR control datum, relating to an exchange between a first emitter source and a second emitter source, one of the two emitter sources being the server, and comprising: - in a field NTP, an instant of transmission by the first emitter source of the control datum; - in a field LSR, an instant of transmission by the second emitter source of another control datum received by the first emitter source; - in a field DLSR, a duration elapsed between an instant of reception of the other control datum and the instant of emission of the control datum. - transmission, by broadcasting to the members of the group, of a first RTCP SR control datum comprising temporal information relating to an exchange of RTCP SR control data between the server and the first source; - reception, from a second source, of a second RTCP SR control datum comprising temporal information relating to an exchange of RTCP SR control data between the server and the second source; - reception, from the server, of a third RTCP SR control datum and of a fourth RTCP SR control datum, the third RTCP SR control datum comprising temporal information relating to the first RTCP SR control datum, and the fourth RTCP SR control datum comprising temporal information relating to the second RTCP SR control datum; - determination, on the basis of the said RTCP SR control data (601, 602, 501, 502) of a transmission time between the first and second sources; - in a field NTP, an instant of transmission by the first emitter source of the control datum; - in a field LSR, an instant of transmission by the second emitter source of another control datum received by the first emitter source; - in a field DLSR, a duration elapsed between an instant of reception of the other control datum and the instant of emission of the control datum.
A process for the preparation of raw materials of functional food, characterised in that a) the enzymes of the edible plant seeds are activated at a temperature of 10-35 °C for a period of 5-72 hours with oxygen and water until reaching the maximum nutritional value of the seeds, then b) the seeds thus obtained together with their sprouts are treated in the aqueous solution or suspension or emulsion of material selected from the group of ions, trace elements, vitamins, poly-unsaturated fatty acids, L-carnitine, coenzyme Q10, antioxidants, lecithin, gamma orisanol, folic acid, gamma amino butyric acid and koline, between 60-100 °C for a period of 10-180 minutes, and then the thus obtained raw material containing said biological active materials in enhanced concentration is separated and dried.
A method of feeding a fuel gas into the reaction shaft of a suspension smelting furnace, comprising using a concentrate burner that comprises a fine solid matter supply device for feeding fine solid matter into the reaction shaft, a gas supply device for feeding reaction gas into the reaction shaft, and a dispersing device for directing a stream of dispersing gas towards fine solid matter in the reaction shaft for directing fine solid matter towards reaction gas in the reaction shaft, the method comprising feeding fine solid matter into the reaction shaft by means of the fine solid matter supply device, feeding reaction gas into the reaction shaft by means of the gas supply device, and feeding fuel gas into the reaction shaft by means of the concentrate burner to constitute part of a mixture containing fine solid matter and reaction gas, so that a mixture containing fine solid matter, reaction gas and fuel gas is formed in the reaction shaft characterized in that fuel gas is mixed with dispersing gas outside of the reaction shaft, and in that that mixture of fuel gas and dispersing gas is fed into the reaction shaft.
A gas turbine comprising: a compressor for compressing air; a combustor for burning the compressed air with fuel; and a turbine to which generated combustion gas is supplied for obtaining rotary power, wherein the turbine includes turbine vane elements and turbine blade elements that are alternately positioned in a direction in which the combustion gas fluidizes, the turbine vane elements and turbine blade elements being arranged in a turbine cylinder having a cylindrical shape, and a flue gas diffuser having a cylindrical shape and connected to a rear portion of the turbine cylinder, each of the turbine vane elements includes a plurality of turbine vanes positioned at equal intervals in a circumference direction and each of the turbine blade elements includes a plurality of turbine blades fixed at equal intervals in a circumference direction, characterized in that the turbine blades of a last stage of the turbine blade elements upstream of the flue gas diffuser have a throat width on a base end side fixed on a turbine shaft and a throat width on a tip side made larger than a throat width on an intermediate portion side between the base end side and the tip side, and the throat width on the tip side is made larger than the throat width on the base end side. a compressor for compressing air; a combustor for burning the compressed air with fuel; and a turbine to which generated combustion gas is supplied for obtaining rotary power, wherein the turbine includes turbine vane elements and turbine blade elements that are alternately positioned in a direction in which the combustion gas fluidizes, the turbine vane elements and turbine blade elements being arranged in a turbine cylinder having a cylindrical shape, and a flue gas diffuser having a cylindrical shape and connected to a rear portion of the turbine cylinder, each of the turbine vane elements includes a plurality of turbine vanes positioned at equal intervals in a circumference direction and each of the turbine blade elements includes a plurality of turbine blades fixed at equal intervals in a circumference direction, characterized in that the turbine blades of a last stage of the turbine blade elements upstream of the flue gas diffuser have a throat width on a base end side fixed on a turbine shaft and a throat width on a tip side made larger than a throat width on an intermediate portion side between the base end side and the tip side, and the throat width on the tip side is made larger than the throat width on the base end side.
A snuff container having a height (h) in a height direction and having a circumference (c) in a circumferential direction in a plane perpendicular to said height direction and comprising a container base having a bottom wall and a base side wall and a container lid having a top wall and a lid side wall, said container lid being removably attached to said container base with an outer surface of said lid side wall aligned with an outer surface of said base side wall, a split-line being arranged between a lower edge of said lid side wall and an upper edge of said base side wall said split-line extending in said circumferential direction of said snuff container, said snuff container comprising a sealing label for sealing said snuff container, wherein said sealing label is attached to said snuff container with said length direction of said sealing label coinciding with said circumferential direction of said snuff container and with said height direction of said snuff container coinciding with said width direction of said sealing label, said sealing label comprising a structural layer and having first and second side edges (3,4) extending in a length direction and first and second end edges (5,6) extending in a width direction said sealing label being divided in said width direction into a container lid attachment area being attached to said lid side wall, a container base attachment area being attached to said base side wall and a tear strip area arranged between said container lid attachment area and said container base attachment area, said tear strip area being terminated by a pull tab arranged at said first end edge, said tear strip area completely covering said split line between said lower edge of said lid side wall and said upper edge of said base side wall, said sealing label having a length in said length direction and a width (w) in said width direction, a ratio (l/w) between said length and said width (w) being from 7 to 25, said structural layer of said sealing label consisting of a mono oriented polymer film having a direction of orientation coinciding with said length direction of said sealing label, said structural layer of said sealing label being a single structural layer of said sealing label, characterized in that said split-line between said lower edge of said lid side wall and said upper edge of said base side wall has a width (w s) in said height direction of said snuff container of from 0.5 to 2.5 millimetres, such as from 0.7 millimetres to 1.5 millimetres and in that a width of said tear strip area of said sealing label is from 0.5 millimetres to 2.5 millimetres, such as from 0.6 millimetres to 1.5 millimetres, wherein said tear strip area has the same width as said split-line or is at most 0.7 millimetres wider than said split line such as at most 0.5 millimetres wider than said split line or at most 0.3 millimetres wider than said split line, wherein tear initiation cuts (14,15) are arranged in said structural layer on each side of said pull tab at said first end edge of said sealing label, a distance between said tear initiation cuts (14,15) corresponding to said width of said tear strip area.
A hand-held portable printer comprising: a housing having an upper main body and a handle extending therefrom; a rotatably driven platen roller supported in the upper main body of the housing; a supply roll holder (312a, 312b) that holds a supply roll of media in the upper main body of the housing; and a print module assembly including a printhead that selectively prints on media routed between the printhead and the platen roller from the supply roll held by the supply roll holder (312a, 312b), said print module assembly being attached to the upper main body of the housing such that the print module assembly is movable between a closed operational position in which the printhead is proximate the platen roller and an open loading position in which the printhead is spaced apart from the platen roller; wherein the media comprises a liner which carries at least one label thereon, said label being peeled from the liner after the media advances past the printhead, said peeled label being passed by an application roller, such that a user may selectively manipulate the hand-held printer by its handle to apply the peeled label to a desired surface and press the peeled label to said surface by rolling the application roller over the peeled label, characterised in that the application roller is rotatably supported on the print module assembly. a housing having an upper main body and a handle extending therefrom; a rotatably driven platen roller supported in the upper main body of the housing; a supply roll holder (312a, 312b) that holds a supply roll of media in the upper main body of the housing; and a print module assembly including a printhead that selectively prints on media routed between the printhead and the platen roller from the supply roll held by the supply roll holder (312a, 312b), said print module assembly being attached to the upper main body of the housing such that the print module assembly is movable between a closed operational position in which the printhead is proximate the platen roller and an open loading position in which the printhead is spaced apart from the platen roller; wherein the media comprises a liner which carries at least one label thereon, said label being peeled from the liner after the media advances past the printhead, said peeled label being passed by an application roller, such that a user may selectively manipulate the hand-held printer by its handle to apply the peeled label to a desired surface and press the peeled label to said surface by rolling the application roller over the peeled label, characterised in that the application roller is rotatably supported on the print module assembly.
Apparatus for disinfecting and sanitizing brushes, comprising a case covered by a tilting lid and supported by a base, and, inside the said case, a water tank, a chamber with system for steaming the water contained in the tank, a support for brushes, a shielded resistance heating system for heating the water, a protection screen fitted to a tank base, a thermostat and a control and operation system, characterized in that the chamber, together with the case and the lid allow the said brushes to be arranged in the apparatus in a horizontal position, contacting the steam emanating from the bottom to the top of the said chamber, and to hold the handles of the brushes through semicircular or concave accommodations molded in the chamber, the case and the lid such that the handles protrude outside the apparatus and are free of heating.
Heat-insulating wall comprising at least approximately gas-tight delimiting walls for a refrigerating appliance which has a refrigeration unit and a cooled internal space, which is delimited by heat-insulating delimiting walls, wherein provided between the delimiting walls is at least one honeycomb-shaped support frame (8, 9) which is surrounded by a gas-tight outer skin, wherein the support frame (8, 9) has a plurality of layers (8, 9), which are arranged offset relative to one another, characterised in that the honeycomb cells of the support frame (8, 9) are filled with bulk material.
A blade pitch system for a wind turbine, the wind turbine comprising one or more blades, the blade pitch system comprising: one or more motors configured to pitch the one or more blades of the wind turbine; and a power source comprising: a plurality of energy storage devices coupled in series, the plurality of energy storage devices configured to provide power to the one or more motors during a power loss event; and at least one bypass current device configured to allow a bypass current to provide power from at least one of the plurality of energy storage devices to the one or more motors; wherein the bypass current comprises a current that bypasses one or more failed energy storage devices in the plurality of energy storage devices; characterized by a fuse coupled between at least one energy storage device in the plurality of energy storage devices and the at least one bypass current device; wherein the bypass current flows through the fuse, and wherein the fuse is configured to protect against a short circuit in the bypass current device or an incorrectly installed bypass current device. one or more motors configured to pitch the one or more blades of the wind turbine; and a power source comprising: a plurality of energy storage devices coupled in series, the plurality of energy storage devices configured to provide power to the one or more motors during a power loss event; and at least one bypass current device configured to allow a bypass current to provide power from at least one of the plurality of energy storage devices to the one or more motors; a plurality of energy storage devices coupled in series, the plurality of energy storage devices configured to provide power to the one or more motors during a power loss event; and at least one bypass current device configured to allow a bypass current to provide power from at least one of the plurality of energy storage devices to the one or more motors; wherein the bypass current comprises a current that bypasses one or more failed energy storage devices in the plurality of energy storage devices; characterized by a fuse coupled between at least one energy storage device in the plurality of energy storage devices and the at least one bypass current device; wherein the bypass current flows through the fuse, and wherein the fuse is configured to protect against a short circuit in the bypass current device or an incorrectly installed bypass current device.
A method for preventing, retarding, and/or reducing the formation and/or growth of gas hydrates that comprises: selecting a polymer derived at least from: (a) one N - vinyl amide-based unit, and one unit comprising: (i) at least one hydroxyl group, and/or (ii) at least one functional group convertible to a hydroxyl group wherein at least one group is converted to hydroxyl functionality in the final polymer product and provided that the final polymer product does not include an ester group; and introducing a composition comprising said polymer into a petroleum-containing fluid from about 0.01% to about 3% of said polymer based on the weight of the water present in said petroleum-containing fluid being treated. selecting a polymer derived at least from: (a) one N - vinyl amide-based unit, and one unit comprising: (i) at least one hydroxyl group, and/or (ii) at least one functional group convertible to a hydroxyl group wherein at least one group is converted to hydroxyl functionality in the final polymer product and provided that the final polymer product does not include an ester group; and (a) one N - vinyl amide-based unit, and one unit comprising: (i) at least one hydroxyl group, and/or (ii) at least one functional group convertible to a hydroxyl group one N - vinyl amide-based unit, and one unit comprising: (i) at least one hydroxyl group, and/or (ii) at least one functional group convertible to a hydroxyl group (i) at least one hydroxyl group, and/or (ii) at least one functional group convertible to a hydroxyl group introducing a composition comprising said polymer into a petroleum-containing fluid from about 0.01% to about 3% of said polymer based on the weight of the water present in said petroleum-containing fluid being treated.
Light-emitting diode device, comprising at least one carrier and at least one light-emitting diode arranged on the carrier, wherein the carrier comprises a plurality of polymer layers (4, 5, 6) arranged one above another, and wherein an electrical component (7, 17, 18, 19) is embedded into at least one of the polymer layers (4, 5, 6), in which the electrical component (7, 17, 18, 19) is arranged in a centred fashion with respect to the light-emitting diode with respect to a lateral direction, characterized in that the polymer layer into which the electrical component (7, 17, 18, 19) is embedded is more easily mechanically deformable than another of the polymer layers (4, 5).