mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for purifying CO and NOx in sintering flue gas, comprising: a desulfurization unit, a CO combustion unit, and a denitrification unit connected in sequence, the CO combustion unit comprises a CO catalytic combustor, the denitrification unit comprises a SCR reactor, and an outlet of the CO catalytic combustor is connected to an inlet of the SCR reactor; wherein the apparatus further comprising a dust removal unit comprising a first dust removal means and a second dust removal means, a gas outlet of the first dust removal means is connected to a gas inlet of the desulfurization unit, a gas inlet of the second dust removal means is connected to a gas outlet of the desulfurization unit, and a gas outlet of the second dust removal means is connected to a gas inlet of the CO combustion unit; wherein the apparatus further comprising a heat exchange unit comprising a heat exchanger, a cold source inlet of the heat exchanger is connected to a gas outlet of the second dust removal means, a cold source outlet of the heat exchanger is connected to a gas inlet of the CO catalytic combustor, and a heat source inlet of the heat exchanger is connected to a gas outlet of the SCR reactor. wherein the apparatus further comprising a dust removal unit comprising a first dust removal means and a second dust removal means, a gas outlet of the first dust removal means is connected to a gas inlet of the desulfurization unit, a gas inlet of the second dust removal means is connected to a gas outlet of the desulfurization unit, and a gas outlet of the second dust removal means is connected to a gas inlet of the CO combustion unit; wherein the apparatus further comprising a heat exchange unit comprising a heat exchanger, a cold source inlet of the heat exchanger is connected to a gas outlet of the second dust removal means, a cold source outlet of the heat exchanger is connected to a gas inlet of the CO catalytic combustor, and a heat source inlet of the heat exchanger is connected to a gas outlet of the SCR reactor.
A method of manufacturing surface-mounted device, SMD, diodes, comprising the following steps:: soldering multiple diode chips and corresponding copper pins thereon simultaneously, the copper pins comprising a positive pin and a negative pin connected respectively with the upper and lower surfaces of the chip, wherein each copper pin in step is a sheet copper pin bent twice at an angle of 90°;: placing the multiple soldered diode chips and the corresponding copper pins thereon side by side into an elongated runner groove of an injection mold, and then injecting a plastic-packaging material into the elongated runner groove, and curing and packaging the multiple diode chips and the corresponding copper pins thereon simultaneously, thus obtaining a plastic-packaged body comprising the multiple diode chips and the copper pins thereon extending out of the bottom of the plastic-packaged body in two opposite directions;: taking out the plastic-packaged body with the multiple diode chips and the copper pins thereon, and dipping the part of the copper pins extending out of the plastic-packaged body into liquid tin, wherein after the tin dipping is finished, a tin-dipped layer having a cambered surface is formed on the part of the copper pin extending out of the plastic-packaged body due to the surface tension of the tin liquid;: cutting the plastic-packaged body with the multiple diode chips and the copper pins thereon in turn into multiple single-chip SMD diodes; and: testing and packaging the single-chip SMD diodes in turn.: soldering multiple diode chips and corresponding copper pins thereon simultaneously, the copper pins comprising a positive pin and a negative pin connected respectively with the upper and lower surfaces of the chip, wherein each copper pin in step is a sheet copper pin bent twice at an angle of 90°;: placing the multiple soldered diode chips and the corresponding copper pins thereon side by side into an elongated runner groove of an injection mold, and then injecting a plastic-packaging material into the elongated runner groove, and curing and packaging the multiple diode chips and the corresponding copper pins thereon simultaneously, thus obtaining a plastic-packaged body comprising the multiple diode chips and the copper pins thereon extending out of the bottom of the plastic-packaged body in two opposite directions;: taking out the plastic-packaged body with the multiple diode chips and the copper pins thereon, and dipping the part of the copper pins extending out of the plastic-packaged body into liquid tin, wherein after the tin dipping is finished, a tin-dipped layer having a cambered surface is formed on the part of the copper pin extending out of the plastic-packaged body due to the surface tension of the tin liquid;: cutting the plastic-packaged body with the multiple diode chips and the copper pins thereon in turn into multiple single-chip SMD diodes; and: testing and packaging the single-chip SMD diodes in turn.
A closure latch for a vehicle door, comprising: a ratchet movable between an open position and a closed position; a first door release lever operatively connected to the ratchet; a second door release lever operatively connectable to the first door release lever through, a lock link that is movable by a lock lever movable along a lock lever path including a first lock lever position, wherein the second door release lever is operatively disconnected from the first door release lever, a second lock lever position, wherein the lock lever operatively connects the second door release lever to the first door release lever, and a third lock lever position, wherein the lock lever carries out an additional function, characterised in that at a selected point along a portion of the lock lever path between the second lock lever position and the third lock lever position, the lock lever disengages from the lock link so as to reduce the time to unlock the vehicle door. a ratchet movable between an open position and a closed position; a first door release lever operatively connected to the ratchet; a second door release lever operatively connectable to the first door release lever through, a lock link that is movable by a lock lever movable along a lock lever path including a first lock lever position, wherein the second door release lever is operatively disconnected from the first door release lever, a second lock lever position, wherein the lock lever operatively connects the second door release lever to the first door release lever, and a third lock lever position, wherein the lock lever carries out an additional function, characterised in that at a selected point along a portion of the lock lever path between the second lock lever position and the third lock lever position, the lock lever disengages from the lock link so as to reduce the time to unlock the vehicle door.
A method of manufacturing a three-dimensional article comprising: loading a metal platen into a build chamber, the metal platen defining an upper surface; performing concurrent processes for calibration including: operating a movement mechanism to vertically translate the platen; operating a laser system to impinge a radiation beam directly upon the upper surface of the platen; and receiving a signal from an acoustic sensor that is positioned within the build chamber; analyzing the signal including determining a height of maximum laser convergence for the platen; and based upon the analysis, adjusting the maximum laser convergence height to a build plane height. loading a metal platen into a build chamber, the metal platen defining an upper surface; performing concurrent processes for calibration including: operating a movement mechanism to vertically translate the platen; operating a laser system to impinge a radiation beam directly upon the upper surface of the platen; and receiving a signal from an acoustic sensor that is positioned within the build chamber; operating a movement mechanism to vertically translate the platen; operating a laser system to impinge a radiation beam directly upon the upper surface of the platen; and receiving a signal from an acoustic sensor that is positioned within the build chamber; analyzing the signal including determining a height of maximum laser convergence for the platen; and based upon the analysis, adjusting the maximum laser convergence height to a build plane height.
A process for producing a polyhydroxyurethane comprising; in the first step, synthesis of semi-product in the presence of a catalyst, and this semi-product contains in the structure cyclic carbonate groups; and in the next step obtained semi-product is reacted with amines, characterized in that in the first step epoxy resin is reacted with glycerol carbonate, wherein reaction of said reactants comprise reaction of 1 mol of epoxy groups with at least 1 mol of cyclic carbonate groups, wherein the first step is realized in temperature range from 60 do 120°C in atmosphere of inert gas to the full conversion of epoxy groups, and after that the excess of glycerol carbonate is removed by vacuum distillation and obtained semi-product, which contains in the chemical structure two cyclic carbonate groups, is cooled to room temperature, while in the second step, prepared semi-product is reacted with polyamines, what permit to obtain polyhydroxyurethane, which is further seasoned for at least 24 hours at temperature from 80 to 120°C.
Multimeric ribonucleoproteins (RNPs) obtainable by a process, wherein said process comprises the steps of: (i) obtaining a recombinant yeast, which is recombined with a polynucleotide encoding a fusion protein and which constitutively or transitorily or inducibly expresses multimeric RNPs, or recombinant yeast lysate thereof, and (ii) recovering the multimeric RNPs from the recombinant yeast or recombinant yeast lysate; and wherein the multimeric RNPs have a quaternary structure containing at least 200 fusion proteins assembled with a cellular ribonucleic acid, wherein the fusion protein comprises a nucleoprotein of a non-segmented negative-strand RNA virus of the Paramyxoviridae family fused directly or indirectly with a heterologous polypeptide carrying one or a plurality of epitopes, and wherein the cellular RNA is transcribed from the genome of the recombinant yeast cell. (i) obtaining a recombinant yeast, which is recombined with a polynucleotide encoding a fusion protein and which constitutively or transitorily or inducibly expresses multimeric RNPs, or recombinant yeast lysate thereof, and (ii) recovering the multimeric RNPs from the recombinant yeast or recombinant yeast lysate; and
An opioid agonist compound comprising a residue of an opioid agonist covalently attached to a water-soluble, non-peptidic oligomer, the compound having the formula: wherein: R 1 is methyl; R 2 is OH; R 3 is methyl; R 4 is hydrogen; Y 1 is oxygen; and n is an integer from 1 to 30. R 1 is methyl; R 2 is OH; R 3 is methyl; R 4 is hydrogen; Y 1 is oxygen; and n is an integer from 1 to 30.
An automated inspection system for monitoring a manufacturing process comprising: a core platform to operatively coupled with a plurality of subsystems via one or more interfaces; a sensor system operatively coupled with the core platform to monitor one or more characteristics of a composite article being manufactured, the core platform configured to: receive a first measurement of the one or more characteristics of a composite article from the sensor system during layup of the composite article; receive data regarding a second measurement of the one or more characteristics from the sensor system after curing the composite article; and generate an alert in response to a determination that a defect exists in the composite article based on the first or second measurement; and characterized in that a state manager is operatively coupled with the core platform and configured to determine that a defect exists in the composite article, wherein determining that a defect exists in the composite article comprises comparing data acquired by one or more sensors to one or more stored threshold values, said threshold values having been learned through a machine learning process by a trend analysis manager. a core platform to operatively coupled with a plurality of subsystems via one or more interfaces; a sensor system operatively coupled with the core platform to monitor one or more characteristics of a composite article being manufactured, the core platform configured to: receive a first measurement of the one or more characteristics of a composite article from the sensor system during layup of the composite article; receive data regarding a second measurement of the one or more characteristics from the sensor system after curing the composite article; and generate an alert in response to a determination that a defect exists in the composite article based on the first or second measurement; and receive a first measurement of the one or more characteristics of a composite article from the sensor system during layup of the composite article; receive data regarding a second measurement of the one or more characteristics from the sensor system after curing the composite article; and generate an alert in response to a determination that a defect exists in the composite article based on the first or second measurement; and characterized in that a state manager is operatively coupled with the core platform and configured to determine that a defect exists in the composite article, wherein determining that a defect exists in the composite article comprises comparing data acquired by one or more sensors to one or more stored threshold values, said threshold values having been learned through a machine learning process by a trend analysis manager.
A thermal interface material comprising: at least one polysiloxane; at least one thermally conductive filler in an amount between 80 wt.% to 95 wt.%; and at least one adhesion promoter including both amine and alkyl functional groups; wherein the adhesion promoter has the formula: wherein: A comprises an amine group; B comprises an alkyl group; each R is independently selected from methyl and ethyl; and a and b are integers independently selected between 1 and 100; and wherein the adhesion promoter was a weight average molecular weight between 800 Daltons and 100,000 Daltons. at least one polysiloxane; at least one thermally conductive filler in an amount between 80 wt.% to 95 wt.%; and at least one adhesion promoter including both amine and alkyl functional groups; A comprises an amine group; B comprises an alkyl group; each R is independently selected from methyl and ethyl; and a and b are integers independently selected between 1 and 100; and wherein the adhesion promoter was a weight average molecular weight between 800 Daltons and 100,000 Daltons.
A method of identifying a compound comprising an epitope from a synthetic peptide library or peptide collection that induces immune tolerance in a human patient suffering from an autoimmune disease, comprising (a) exposing isolated human CD4 + CD25 + cells to the compound, (b) measuring the proliferation (Reg 1) of the human CD4 + CD25 + cells in the presence of the compound, (c) measuring the proliferation (Reg 2) of the human CD4 + CD25 + cells in the absence of the compound, wherein the compound that induces Reg 1 /Reg 2 >1 is identified as the compound that induces immune tolerance in the patient; (d) using the compound identified in step (c) as a reference sequence to search a library or collection of compounds for one or more compounds having homology to the reference sequence; (e) identifying one or more compounds having homology to the reference sequence; and (f) repeating steps (a)-(c) with one or more compounds identified in step (e). (a) exposing isolated human CD4 + CD25 + cells to the compound, (b) measuring the proliferation (Reg 1) of the human CD4 + CD25 + cells in the presence of the compound, (c) measuring the proliferation (Reg 2) of the human CD4 + CD25 + cells in the absence of the compound, wherein the compound that induces Reg 1 /Reg 2 >1 is identified as the compound that induces immune tolerance in the patient; (d) using the compound identified in step (c) as a reference sequence to search a library or collection of compounds for one or more compounds having homology to the reference sequence; (e) identifying one or more compounds having homology to the reference sequence; and (f) repeating steps (a)-(c) with one or more compounds identified in step (e).
A portable device suitable for dislodging particulate matter from a surface, the portable device comprising: a body segment that is movable with respect to a surface from which particulate matter is dislodgable; a high-pressure assembly operably connected to the body segment and generating a high-pressure airflow for being emitted toward the surface from which the particulate matter is dislodgable; and a nozzle assembly operatively connected to and suitable for receiving the airflow from the high-pressure airflow assembly, the nozzle assembly including multiple nozzles that are spaced from each other and configured to emit the airflow as a series of discrete pulses such that each of the multiple nozzles defines a blast diameter upon the surface from which the particulate matter is dislodgable, and wherein a cumulative blast pattern is defined by the combined blast diameters of the multiple nozzles, the cumulative blast pattern defining a coverage area that corresponds in size to an area value of a downwardly facing area of the nozzle assembly; characterized in that the high-pressure airflow assembly further comprises a rotary valve discretely delivering volumes of air to the multiple nozzles and the rotary valve further comprises an inner sleeve that is provided concentrically inside of and supporting a manifold sleeve and a rotating component extending axially into the inner sleeve and being supported by a support shaft that is suitable for accepting pressurized air from the high-pressure assembly. a body segment that is movable with respect to a surface from which particulate matter is dislodgable; a high-pressure assembly operably connected to the body segment and generating a high-pressure airflow for being emitted toward the surface from which the particulate matter is dislodgable; and a nozzle assembly operatively connected to and suitable for receiving the airflow from the high-pressure airflow assembly, the nozzle assembly including multiple nozzles that are spaced from each other and configured to emit the airflow as a series of discrete pulses such that each of the multiple nozzles defines a blast diameter upon the surface from which the particulate matter is dislodgable, and wherein a cumulative blast pattern is defined by the combined blast diameters of the multiple nozzles, the cumulative blast pattern defining a coverage area that corresponds in size to an area value of a downwardly facing area of the nozzle assembly; characterized in that the high-pressure airflow assembly further comprises a rotary valve discretely delivering volumes of air to the multiple nozzles and the rotary valve further comprises an inner sleeve that is provided concentrically inside of and supporting a manifold sleeve and a rotating component extending axially into the inner sleeve and being supported by a support shaft that is suitable for accepting pressurized air from the high-pressure assembly.
Floor arrangement for the interior of a vehicle, comprising: a bottom base plate; a first planar element; and a cover plate; wherein: the bottom base plate, the first planar element and the cover plate are each designed as a lightweight panel with a first cover layer, a second cover layer opposite the first cover layer, and an intermediate core layer; the first planar element extends transversely to the bottom base plate and is attached thereto; characterised in that the cover plate is attached to the first planar element; the first planar element is attached to the bottom base plate using one of the attachment methods selected from the group consisting of butt joint, interlocking, bonding, bolting; and the cover plate is attached to the first planar element using one of the attachment methods from the group consisting of butt joint, interlocking, bonding, screwing. a bottom base plate; a first planar element; and a cover plate; wherein: the bottom base plate, the first planar element and the cover plate are each designed as a lightweight panel with a first cover layer, a second cover layer opposite the first cover layer, and an intermediate core layer; the first planar element extends transversely to the bottom base plate and is attached thereto; characterised in that the cover plate is attached to the first planar element; the first planar element is attached to the bottom base plate using one of the attachment methods selected from the group consisting of butt joint, interlocking, bonding, bolting; and the cover plate is attached to the first planar element using one of the attachment methods from the group consisting of butt joint, interlocking, bonding, screwing. the bottom base plate, the first planar element and the cover plate are each designed as a lightweight panel with a first cover layer, a second cover layer opposite the first cover layer, and an intermediate core layer; the first planar element extends transversely to the bottom base plate and is attached thereto; characterised in that the cover plate is attached to the first planar element; the first planar element is attached to the bottom base plate using one of the attachment methods selected from the group consisting of butt joint, interlocking, bonding, bolting; and the cover plate is attached to the first planar element using one of the attachment methods from the group consisting of butt joint, interlocking, bonding, screwing.