mhurhangee/ep-ind-claims huggingface dataset:
Electrostatic dust separator for a horizontal throughput of gas, comprising a cylindrical housing which is arranged to be horizontal and along the length dimension of which flue gas can flow, wherein provided within the housing is at least one precipitation field with, in particular, plate-shaped precipitation electrodes and emission electrodes arranged therebetween, at least one dust discharge opening formed in the base region of the housing, at least one scraping device arranged in the lower half cylinder of the housing and adjacent to the inner circumferential surface of the housing, wherein the scraping device is mounted to be rotatable about a pivot axis (A 1) extending in longitudinal direction of the housing, and drive means by which the scraping device is pivotable back and forth about the pivot axis (A 1) in such a way that when pivotation of the scraping device about the pivot axis (A 1) takes place dust particles deposited in the base region of the housing are detached by the scraping device and can thereby be successively introduced into the dust discharge opening, characterised in that the drive means are arranged outside the housing and operatively connected with the scraping device by way of at least one associated connecting element and the drive means have such a configuration that a linear setting force transmissible to the scraping device can be produced by the drive means, wherein the direction of this linear setting force extends tangentially to the housing circumference. at least one dust discharge opening formed in the base region of the housing, at least one scraping device arranged in the lower half cylinder of the housing and adjacent to the inner circumferential surface of the housing, wherein the scraping device is mounted to be rotatable about a pivot axis (A 1) extending in longitudinal direction of the housing, and drive means by which the scraping device is pivotable back and forth about the pivot axis (A 1) in such a way that when pivotation of the scraping device about the pivot axis (A 1) takes place dust particles deposited in the base region of the housing are detached by the scraping device and can thereby be successively introduced into the dust discharge opening, characterised in that the drive means are arranged outside the housing and operatively connected with the scraping device by way of at least one associated connecting element and the drive means have such a configuration that a linear setting force transmissible to the scraping device can be produced by the drive means, wherein the direction of this linear setting force extends tangentially to the housing circumference.
A porting block (102, 102', 102") for a ventilator, the ventilator including a housing, an inlet port, a flow generator structured to generate a flow of gas, an outlet port structured to discharge the flow of gas from the housing, and a plurality of sensors (46, 48, 50) structured to monitor a number of parameters with respect to the flow of gas wherein the sensors of the ventilator include a plurality of probes (52, 54, 56, 60, 62), the ventilator being operable among a plurality of modes of operation, the porting block characterised in that it comprises a removable routing element comprising a first side, a second side disposed opposite the first side, a first end, a second end disposed opposite and distal from the first end, and a plurality of passageways (104, 106, 108, 110, 112) extending from the first side toward the second side, the routing element being structured to be selectively coupled to the housing of the ventilator in order to configure the sensors in one of a plurality of different predetermined configurations corresponding to a desired one of the modes of operation of the ventilator, wherein, when the removable routing element is coupled to the housing of the ventilator, the passageways are structured to cooperate with the probes in order to establish the one of the predetermined configurations of the sensors and a fastening mechanism structured to fasten the removable routing element to the housing of the ventilator.
A nano-cellular polymer foam having: an average pore size of 10 nanometers to 500 nanometers; a foam density that is 1 percent to 50 percent of the bulk density of the material of the nano-cellular polymer foam; a cell density of greater than 10 9 cells per cubic centimeter; and wherein the polymer comprises a semi-crystalline polymer selected from the group consisting of polyphenylene sulfides, polyetheretherketones, polyetherketones, phthalamides, polyetherketoneketones, polybutylene terephthalates, and high temperature nylons or wherein the polymer is a thermoplastic polymer which comprises a polyetherimide or a polycarbonate. an average pore size of 10 nanometers to 500 nanometers; a foam density that is 1 percent to 50 percent of the bulk density of the material of the nano-cellular polymer foam; a cell density of greater than 10 9 cells per cubic centimeter; and wherein the polymer comprises a semi-crystalline polymer selected from the group consisting of polyphenylene sulfides, polyetheretherketones, polyetherketones, phthalamides, polyetherketoneketones, polybutylene terephthalates, and high temperature nylons or wherein the polymer is a thermoplastic polymer which comprises a polyetherimide or a polycarbonate.
Vector comprising nucleic acid sequences of genes encoding 4-1BB ligand, single chain IL-12 (scIL-12) and IL-2, wherein the nucleic acid sequence of the gene encoding IL-2 is located downstream of the nucleic acid sequence of the gene encoding 4-1BBL, and the nucleic acid sequence of the gene encoding scIL-12 is located downstream of the nucleic acid sequence of the gene encoding IL-2.
A method for producing a compound represented by formula wherein X represents a hydrogen atom, a fluorine atom, a chlorine atom or a bromine atom, and Y represents a hydrogen atom, a fluorine atom, a chlorine atom or a bromine atom, the method comprising either: a) reacting a compound represented by formula wherein X and Y represent the same meaning as described above, with a brominating agent and an alkanol having 1 to 6 carbon atoms represented by formula ROH wherein R represents a C1 to C6 alkyl group, in the presence of a base; and reacting the reaction product with hydrazine, or b) reacting a compound represented by formula wherein R represents a C1 to C6 alkyl group, and X and Y represent the same meaning as described above, with hydrazine. a) reacting a compound represented by formula wherein X and Y represent the same meaning as described above, with a brominating agent and an alkanol having 1 to 6 carbon atoms represented by formula ROH wherein R represents a C1 to C6 alkyl group, in the presence of a base; and reacting the reaction product with hydrazine, or b) reacting a compound represented by formula wherein R represents a C1 to C6 alkyl group, and X and Y represent the same meaning as described above, with hydrazine.
Water-guiding household appliance, in particular laundry treatment device for washing and/or drying laundry, having a treatment container and a water supply line via which water can be guided into the treatment container, wherein the water supply line has a Venturi pump, wherein at least one liquid medium can be sucked into the water supply line via a suction side of the Venturi pump, characterised in that the Venturi pump has an axial suction bore and that the suction side of the Venturi pump is formed by the axial suction bore, that the Venturi pump has a tubular base body and a nozzle body which is at least partially inserted into the tubular base body, and that the axial suction bore is formed in the nozzle body, that the tubular base body of the Venturi pump has an axial through-bore, and that the axial through-bore of the tubular base body is connected to the axial outlet bore of the nozzle body, such that a straight flow path is achieved over the whole length of the Venturi pump for the liquid medium that is sucked in.
A light applicator for a peritoneal dialysis conduit connection comprising: a housing having an inner surface; a plurality of ultraviolet ("UV") light-emitting diodes ("LED's") positioned on the inner surface of the housing; a circuitry connected to the plurality of UV-LED's and configured to deliver power to energize the plurality of UV-LED's; characterized in that the light applicator comprises a photocell; and the plurality of UV-LED's to provide at least 0.2 joules/cm 2 of radiant energy in less than 1 minute by accepting a measurement of the radiant energy from the photocell and shutting off the plurality of UV-LED's when the radiant energy reaches a predetermined overall desired exposure level. a housing having an inner surface; a plurality of ultraviolet ("UV") light-emitting diodes ("LED's") positioned on the inner surface of the housing; a circuitry connected to the plurality of UV-LED's and configured to deliver power to energize the plurality of UV-LED's; characterized in that the light applicator comprises a photocell; and the plurality of UV-LED's to provide at least 0.2 joules/cm 2 of radiant energy in less than 1 minute by accepting a measurement of the radiant energy from the photocell and shutting off the plurality of UV-LED's when the radiant energy reaches a predetermined overall desired exposure level.
A rechargeable magnesium battery electrode assembly, comprising: a corrosion resistant current collector comprising a core having an overlayer of material selected to inhibit a corrosion reaction that would take place between said core and a magnesium ion electrolyte when said electrolyte is present and said core lacking said overlayer of said material is collecting current; and an electrode layer disposed on said corrosion resistant current collector, said electrode layer comprising an electroactive material capable of reversible electrochemical insertion of a magnesium ion; in combination with a magnesium-ion electrolyte comprising a non-aqueous solvent and a halide-containing salt characterized in that said overlayer of said material comprises a material selected from the group of materials consisting of Group 4 elements, Group 5 elements, Group 6 elements, Group 4 carbides, Group 5 carbides, Group 6 carbides, Group 4 nitrides, Group 5 nitrides, and Group 6 nitrides, and combinations thereof a corrosion resistant current collector comprising a core having an overlayer of material selected to inhibit a corrosion reaction that would take place between said core and a magnesium ion electrolyte when said electrolyte is present and said core lacking said overlayer of said material is collecting current; and an electrode layer disposed on said corrosion resistant current collector, said electrode layer comprising an electroactive material capable of reversible electrochemical insertion of a magnesium ion; in combination with a magnesium-ion electrolyte comprising a non-aqueous solvent and a halide-containing salt characterized in that said overlayer of said material comprises a material selected from the group of materials consisting of Group 4 elements, Group 5 elements, Group 6 elements, Group 4 carbides, Group 5 carbides, Group 6 carbides, Group 4 nitrides, Group 5 nitrides, and Group 6 nitrides, and combinations thereof
A solid oral dosage form in the form of a tablet comprising: (a) the compound trisodium [3-((1S,3R)-1-biphenyl-4-ylmethyl-3-ethoxycarbonyl-1-butylcarbamoyl) propionate- -3'-methyl-2'-(pentanoyl{2"-(tetrazol-5-ylate)biphenyl-4'-ylmethyl}amino)butyrate]hemipentahydrate in a concentration from about 4% to about 60% by weight of the solid oral dosage form; and (b) at least one pharmaceutically acceptable excipient. (a) the compound trisodium [3-((1S,3R)-1-biphenyl-4-ylmethyl-3-ethoxycarbonyl-1-butylcarbamoyl) propionate- -3'-methyl-2'-(pentanoyl{2"-(tetrazol-5-ylate)biphenyl-4'-ylmethyl}amino)butyrate]hemipentahydrate in a concentration from about 4% to about 60% by weight of the solid oral dosage form; and (b) at least one pharmaceutically acceptable excipient.
Moisture sensor for being mounted on a first surface of a transparent pane to detect moisture on a second, opposing surface of the pane, said moisture sensor comprising: at least one radiation emitter for generating radiation be directed towards said second surface of the pane, at least one radiation detector for detecting radiation reflected by the second surface of the pane, and a beam shaping unit for shaping the radiation emitted by said emitter, wherein the beam shaping unit comprises at least one collimating lens for forming a first radiation beam from a first portion of the emitted radiation, and at least one parabolic mirror for forming at least one second radiation beam from a second part of the emitted radiation, wherein the parabolic mirror is formed by a mirror surface of a transparent mirror body, wherein the radiation enters the mirror body through an input surface and is reflected within the mirror body at the mirror surface by total internal reflection, and characterized in that: said input surface is shaped as a concave lens. at least one radiation emitter for generating radiation be directed towards said second surface of the pane, at least one radiation detector for detecting radiation reflected by the second surface of the pane, and a beam shaping unit for shaping the radiation emitted by said emitter, wherein the beam shaping unit comprises at least one collimating lens for forming a first radiation beam from a first portion of the emitted radiation, and at least one parabolic mirror for forming at least one second radiation beam from a second part of the emitted radiation, wherein the parabolic mirror is formed by a mirror surface of a transparent mirror body, wherein the radiation enters the mirror body through an input surface and is reflected within the mirror body at the mirror surface by total internal reflection, and characterized in that: said input surface is shaped as a concave lens.
An amplifier, comprising: an op-amp configured to receive at an input thereof a first electric current; a first MOS capacitor connected to the input and an output of the op-amp; characterized in that the amplifier further comprises an adjustable current source feeding a second electric current to the input, wherein the adjustable current source is adjustable by an electric signal; and wherein the adjustable current source comprises a second MOS capacitor and a third MOS capacitor in parallel to the second MOS capacitor; wherein a gate electrode of the second MOS capacitor is connected to the input and a bulk contact of the third MOS capacitor is connected to the input; and wherein a gate electrode of the third MOS capacitor is connected to the input of the op-amp and a bulk contact of the third MOS capacitor is connected to the electric signal. an op-amp configured to receive at an input thereof a first electric current; a first MOS capacitor connected to the input and an output of the op-amp; characterized in that the amplifier further comprises an adjustable current source feeding a second electric current to the input, wherein the adjustable current source is adjustable by an electric signal; and wherein the adjustable current source comprises a second MOS capacitor and a third MOS capacitor in parallel to the second MOS capacitor; wherein a gate electrode of the second MOS capacitor is connected to the input and a bulk contact of the third MOS capacitor is connected to the input; and wherein a gate electrode of the third MOS capacitor is connected to the input of the op-amp and a bulk contact of the third MOS capacitor is connected to the electric signal.
An information processing apparatus comprising: an image capturing control unit configured to acquire image capturing conditions from an operator through an input unit and configured to control an OCT device to (a) perform scanning of a fundus based on the image capturing conditions and (b) acquire a plurality of data sets, the image capturing conditions including a number of B-scans per data set (m) and a number of data sets (r); acquisition means configured to acquire the plurality of data sets from the OCT device, each data set including a plurality of pieces of tomographic data that represents a section of the fundus and obtained based on measurement light controlled to perform the number of B-scans (m) at the same position in the fundus in the same direction for the number of data sets (r), the plurality of data sets not including the same tomographic data as each other; first generation means configured to generate at least one motion contrast image from each of the plurality of data sets acquired by the acquisition means, without generating a motion contrast image from across the data sets acquired by the acquisition means; and second generation means configured to generate a single motion contrast image representing a cross section at a predetermined position in the fundus, based on the motion contrast image generated from at least one of the plurality of data sets. an image capturing control unit configured to acquire image capturing conditions from an operator through an input unit and configured to control an OCT device to (a) perform scanning of a fundus based on the image capturing conditions and (b) acquire a plurality of data sets, the image capturing conditions including a number of B-scans per data set (m) and a number of data sets (r); acquisition means configured to acquire the plurality of data sets from the OCT device, each data set including a plurality of pieces of tomographic data that represents a section of the fundus and obtained based on measurement light controlled to perform the number of B-scans (m) at the same position in the fundus in the same direction for the number of data sets (r), the plurality of data sets not including the same tomographic data as each other; first generation means configured to generate at least one motion contrast image from each of the plurality of data sets acquired by the acquisition means, without generating a motion contrast image from across the data sets acquired by the acquisition means; and second generation means configured to generate a single motion contrast image representing a cross section at a predetermined position in the fundus, based on the motion contrast image generated from at least one of the plurality of data sets.
A bearing housing for a bearing having an outer race, the bearing housing comprising: an annular wall extending about an axis and axially between a first end and a second end, the annular wall including: a plurality of holes spaced circumferentially from one another and spaced axially from the first end, the plurality of holes extending through the annular wall toward the axis; an exterior housing surface extending about the axis and defining exterior openings of the plurality of holes; and an interior housing surface extending about the axis and defining interior openings of the plurality of holes, the interior housing surface having a cylindrical portion defining a seat for radial engagement with the outer race, the cylindrical portion extending axially from a first location (L h1) proximate to the first end to at least a second location (L h2) between the first location (L h1) and the interior openings, wherein each hole of the plurality of holes extends toward the axis at a skew angle (Φ) relative to the axis, the skew angle (Φ) being acute toward the first end; and wherein the seat axially stops short of the interior openings and the exterior openings of the holes overhang a portion of the seat. a plurality of holes spaced circumferentially from one another and spaced axially from the first end, the plurality of holes extending through the annular wall toward the axis; an exterior housing surface extending about the axis and defining exterior openings of the plurality of holes; and an interior housing surface extending about the axis and defining interior openings of the plurality of holes, the interior housing surface having a cylindrical portion defining a seat for radial engagement with the outer race, the cylindrical portion extending axially from a first location (L h1) proximate to the first end to at least a second location (L h2) between the first location (L h1) and the interior openings, wherein each hole of the plurality of holes extends toward the axis at a skew angle (Φ) relative to the axis, the skew angle (Φ) being acute toward the first end; and wherein the seat axially stops short of the interior openings and the exterior openings of the holes overhang a portion of the seat.
A method for providing power control in a multiple-input and multiple-output (MIMO) communication system, the method comprising: measuring a plurality of signal strengths provided by a transmitter- side of the MIMO communication system, wherein the transmitter-side comprises a plurality of individual transmitters; correlating said plurality of signal strengths to corresponding transmitters of the plurality of individual transmitters; determining if any of the plurality of signal strengths of the plurality of transmitters exceeds a predetermined tolerance from the other transmitters; providing feedback regarding the plurality of signal strengths to the transmitter-side via a return channel; and adjusting a signal power offset for each of the plurality of individual transmitters corresponding to any of the plurality of signal strengths that exceed the predetermined tolerance. measuring a plurality of signal strengths provided by a transmitter- side of the MIMO communication system, wherein the transmitter-side comprises a plurality of individual transmitters; correlating said plurality of signal strengths to corresponding transmitters of the plurality of individual transmitters; determining if any of the plurality of signal strengths of the plurality of transmitters exceeds a predetermined tolerance from the other transmitters; providing feedback regarding the plurality of signal strengths to the transmitter-side via a return channel; and adjusting a signal power offset for each of the plurality of individual transmitters corresponding to any of the plurality of signal strengths that exceed the predetermined tolerance.
A vacuum apparatus equipped with an automatic transport mechanism for transporting a specimen and a sensor for detecting a state of the vacuum apparatus, the vacuum apparatus comprising: a determining unit which determines whether or not a recoverable error has occurred based on a signal from the sensor; and a display control unit which causes, when the recoverable error is determined to have occurred, a display unit to display procedure of a recovery operation in a wizard format, the display control unit determining whether or not the recovery operation has been performed according to the procedure displayed on the display unit based on a signal from the sensor, and causing the display unit to display next procedure of the recovery operation when the recovery operation is determined to have been performed according to the procedure. a determining unit which determines whether or not a recoverable error has occurred based on a signal from the sensor; and a display control unit which causes, when the recoverable error is determined to have occurred, a display unit to display procedure of a recovery operation in a wizard format, the display control unit determining whether or not the recovery operation has been performed according to the procedure displayed on the display unit based on a signal from the sensor, and causing the display unit to display next procedure of the recovery operation when the recovery operation is determined to have been performed according to the procedure.