mhurhangee/ep-ind-claims huggingface dataset:
A method for heat integration in a sulfur recovery unit, the method comprising the steps of: introducing an acid gas stream to a reaction furnace, where the acid gas stream comprises hydrogen sulfide; introducing an air stream to the reaction furnace, where the air stream comprises oxygen; reacting the acid gas stream and the air stream in the reaction furnace to produce a reaction effluent, where the reaction effluent comprises elemental sulfur, where the hydrogen sulfide and oxygen react to produce the elemental sulfur; introducing the reaction effluent to a heating extension; reducing the temperature of the reaction effluent in the heating extension to produce an effluent stream; introducing the effluent stream to a waste heat boiler; reducing the temperature of the reaction effluent in the waste heat boiler to produce a cooled effluent stream; introducing the cooled effluent to a sulfur condenser; reducing the temperature of the cooled effluent in the sulfur condenser to produce a liquid sulfur stream and a cooled gases stream, where the liquid sulfur stream comprises the elemental sulfur; introducing the cooled gases stream to the heating extension; and increasing a temperature of the cooled gases stream to produce a hot gases stream, where the heating extension is configured to capture heat from the reaction effluent and release the heat to the cooled gases stream. introducing an acid gas stream to a reaction furnace, where the acid gas stream comprises hydrogen sulfide; introducing an air stream to the reaction furnace, where the air stream comprises oxygen; reacting the acid gas stream and the air stream in the reaction furnace to produce a reaction effluent, where the reaction effluent comprises elemental sulfur, where the hydrogen sulfide and oxygen react to produce the elemental sulfur; introducing the reaction effluent to a heating extension; reducing the temperature of the reaction effluent in the heating extension to produce an effluent stream; introducing the effluent stream to a waste heat boiler; reducing the temperature of the reaction effluent in the waste heat boiler to produce a cooled effluent stream; introducing the cooled effluent to a sulfur condenser; reducing the temperature of the cooled effluent in the sulfur condenser to produce a liquid sulfur stream and a cooled gases stream, where the liquid sulfur stream comprises the elemental sulfur; introducing the cooled gases stream to the heating extension; and increasing a temperature of the cooled gases stream to produce a hot gases stream, where the heating extension is configured to capture heat from the reaction effluent and release the heat to the cooled gases stream.
A gas turbine engine vane comprising: a first airfoil (62a 1); a second airfoil (62a 2) circumferentially spaced from the first airfoil (62a 1) relative to an engine center axis, wherein the vane comprises a doublet configuration associated with the first airfoil (62a 1) and the second airfoil (62a 2); an inner platform; an outer platform; a first baffle associated with the first airfoil (62a 1); a second baffle associated with the second airfoil (62a 2), wherein each of the first and second baffles extends between the inner and outer platforms (62b, 62c), and wherein each of the first and second baffles includes at least one radial baffle tab; a gap between the first and second baffles to define a cooling air inlet; a first coverplate associated with the first baffle to cover a first portion of the gap; and a second coverplate associated with the second baffle to cover a second portion of the gap, wherein the first and second coverplates are separate from each other, and wherein each of the first and second coverplates includes at least one coverplate radial tab that cooperates with an associated at least one baffle radial tab to prevent leakage gaps between the first and second baffles and the first and second coverplates. a first airfoil (62a 1); a second airfoil (62a 2) circumferentially spaced from the first airfoil (62a 1) relative to an engine center axis, wherein the vane comprises a doublet configuration associated with the first airfoil (62a 1) and the second airfoil (62a 2); an inner platform; an outer platform; a first baffle associated with the first airfoil (62a 1); a second baffle associated with the second airfoil (62a 2), wherein each of the first and second baffles extends between the inner and outer platforms (62b, 62c), and wherein each of the first and second baffles includes at least one radial baffle tab; a gap between the first and second baffles to define a cooling air inlet; a first coverplate associated with the first baffle to cover a first portion of the gap; and a second coverplate associated with the second baffle to cover a second portion of the gap, wherein the first and second coverplates are separate from each other, and wherein each of the first and second coverplates includes at least one coverplate radial tab that cooperates with an associated at least one baffle radial tab to prevent leakage gaps between the first and second baffles and the first and second coverplates.
An electronic device, comprising: a memory; and a processor configured to: transmit identification information to a database server, if encrypted identification information and an encryption key are received from the database server, encrypt a password using the encryption key and time information synchronized with the database server, transmit the encrypted identification information and the encrypted password in a broadcasting manner, receive user history information, generated according to off-line activity or online activity of a user, and based on a receiving time of the encrypted identification information, from the database server, transmit the user history information to a content server, receive content associated with the user history information from the content server; and provide the received content to the user. a memory; and a processor configured to: transmit identification information to a database server, if encrypted identification information and an encryption key are received from the database server, encrypt a password using the encryption key and time information synchronized with the database server, transmit the encrypted identification information and the encrypted password in a broadcasting manner, receive user history information, generated according to off-line activity or online activity of a user, and based on a receiving time of the encrypted identification information, from the database server, transmit the user history information to a content server, receive content associated with the user history information from the content server; and provide the received content to the user. transmit identification information to a database server, if encrypted identification information and an encryption key are received from the database server, encrypt a password using the encryption key and time information synchronized with the database server, transmit the encrypted identification information and the encrypted password in a broadcasting manner, receive user history information, generated according to off-line activity or online activity of a user, and based on a receiving time of the encrypted identification information, from the database server, transmit the user history information to a content server, receive content associated with the user history information from the content server; and provide the received content to the user.
A multiphase fluid flowrate metering device, comprising the following components: - a pipeline comprising at least one segment of arc shaped pipe, wherein the arc is a minor arc, and wherein at least the cross section of the arc shaped pipe being round, the plane where the arc shaped pipe is located being vertically oriented, and the arc shaped pipe having at least one vertically oriented cross section; - a gamma-ray monitor comprising a gamma-ray emitter and a gamma-ray detector arranged respectively on the upper and lower sides of the vertically oriented cross section of the arc shaped pipe, wherein gamma rays emitted by the gamma-ray emitter penetrate vertically and radially along the vertically oriented cross section of the arc shaped pipe to reach the gamma-ray detector, and the gamma-ray monitor is a dual-energy gamma-ray monitor; and - a total volume flowrate metering device located upstream or downstream of the arc shaped pipe for calculating the total volume flowrate of the multiphase fluid. - a pipeline comprising at least one segment of arc shaped pipe, wherein the arc is a minor arc, and wherein at least the cross section of the arc shaped pipe being round, the plane where the arc shaped pipe is located being vertically oriented, and the arc shaped pipe having at least one vertically oriented cross section; - a gamma-ray monitor comprising a gamma-ray emitter and a gamma-ray detector arranged respectively on the upper and lower sides of the vertically oriented cross section of the arc shaped pipe, wherein gamma rays emitted by the gamma-ray emitter penetrate vertically and radially along the vertically oriented cross section of the arc shaped pipe to reach the gamma-ray detector, and the gamma-ray monitor is a dual-energy gamma-ray monitor; and - a total volume flowrate metering device located upstream or downstream of the arc shaped pipe for calculating the total volume flowrate of the multiphase fluid.
A pipe retention device of moulded plastic, which comprises: a base; and an array of projections, which project from the base, each of the projections having a first end joined to the base and a second end distal the base, wherein the array of projections comprises a plurality of spaced parallel rows of the projections, the rows extending in a first direction and the projections in adjacent rows being offset from one another in the first direction, and wherein each of the projections projects from the base along an axis and comprises a plurality of protrusions (4, 5) that project radially outward from the projection for retaining a pipe, the protrusions (4, 5) being provided at or adjacent to the second end, wherein the protrusions (4, 5) comprise first protrusions and each of the first protrusions projects at an oblique angle to the first direction, characterised in that the protrusions (4, 5) further comprise a plurality of second protrusions, wherein each of the first protrusions projects radially outward by a greater distance than the second protrusions. a base; and an array of projections, which project from the base, each of the projections having a first end joined to the base and a second end distal the base, wherein the array of projections comprises a plurality of spaced parallel rows of the projections, the rows extending in a first direction and the projections in adjacent rows being offset from one another in the first direction, and wherein each of the projections projects from the base along an axis and comprises a plurality of protrusions (4, 5) that project radially outward from the projection for retaining a pipe, the protrusions (4, 5) being provided at or adjacent to the second end, wherein the protrusions (4, 5) comprise first protrusions and each of the first protrusions projects at an oblique angle to the first direction, characterised in that the protrusions (4, 5) further comprise a plurality of second protrusions, wherein each of the first protrusions projects radially outward by a greater distance than the second protrusions.
A fusion peptide comprising: (a) an HIV TAT sequence of SEQ ID NO: 6; (b) a MYC polypeptide sequence that is at least 95% identical to the sequence of NCBI Accession Number NP002458.2; and (c) at least two protein tags, wherein the protein tags comprise a 6-histidine tag and a V5 epitope tag comprising the sequence GKPIPNPLLGLDST, wherein the fusion peptide promotes cell survival and/or proliferation. (a) an HIV TAT sequence of SEQ ID NO: 6; (b) a MYC polypeptide sequence that is at least 95% identical to the sequence of NCBI Accession Number NP002458.2; and (c) at least two protein tags, wherein the protein tags comprise a 6-histidine tag and a V5 epitope tag comprising the sequence GKPIPNPLLGLDST,
A display device comprising: a display panel having a first side including a display area configured to emit light and a second side opposite the first side; an auxiliary layer disposed on the second side of the display panel and including an opening; a sensor overlapping the opening; and an adhesive layer connected between the sensor and the auxiliary layer characterized in that the auxiliary layer comprises an ultraviolet absorber, and in that the adhesive layer is an ultraviolet adhesive layer. a display panel having a first side including a display area configured to emit light and a second side opposite the first side; an auxiliary layer disposed on the second side of the display panel and including an opening; a sensor overlapping the opening; and an adhesive layer connected between the sensor and the auxiliary layer characterized in that the auxiliary layer comprises an ultraviolet absorber, and in that the adhesive layer is an ultraviolet adhesive layer.
A process transmitter with reduced sensitivity to electrical noise configured to measure a process variable of an industrial process, comprising: a process variable sensor configured to sense the process variable and responsively provide a process variable sensor output; sensor circuitry coupled to the process variable sensor; output circuitry configured to communicate with the sensor circuitry and which comprises a processor configured to provide the process variable sensor output to a control room; a housing which has an hermetically sealed cavity configured to both enclose the sensor circuitry and the output circuitry; a sensor circuit common connection which couples the sensor circuitry to the housing thereby reducing noise in the sensed process variable; and a wireless communication link between the sensor circuitry and the output circuitry, wherein the wireless communication link wirelessly carries a data signal related to the process variable sensor output from the sensor circuitry to the output circuitry. a process variable sensor configured to sense the process variable and responsively provide a process variable sensor output; sensor circuitry coupled to the process variable sensor; output circuitry configured to communicate with the sensor circuitry and which comprises a processor configured to provide the process variable sensor output to a control room; a housing which has an hermetically sealed cavity configured to both enclose the sensor circuitry and the output circuitry; a sensor circuit common connection which couples the sensor circuitry to the housing thereby reducing noise in the sensed process variable; and a wireless communication link between the sensor circuitry and the output circuitry, wherein the wireless communication link wirelessly carries a data signal related to the process variable sensor output from the sensor circuitry to the output circuitry.
A fine-particle sorting apparatus, comprising: a determination unit that performs sorting determination of a particle, the determination unit performing the determination using rule data defining, in accordance with a particle population to which a particle that is a sorting-determination target belongs and a particle population to which a different particle within a predetermined range around the particle belongs, a relationship between the particles, particle populations to which the particle that is a sorting-determination target and the different particle within the predetermined range may belong including the following particle populations of (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, characterised by the ignorable particles including red blood cells. a determination unit that performs sorting determination of a particle, the determination unit performing the determination using rule data defining, in accordance with a particle population to which a particle that is a sorting-determination target belongs and a particle population to which a different particle within a predetermined range around the particle belongs, a relationship between the particles, particle populations to which the particle that is a sorting-determination target and the different particle within the predetermined range may belong including the following particle populations of (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, (a) a particle population of particles to be sorted, (b) a particle population of particles that are not to be sorted but are ignorable in the determination, and (c) a particle population of particles that are neither the particles to be sorted nor the ignorable particles, characterised by the ignorable particles including red blood cells.
A method for producing a three-dimensional structure on a face of a flat substrate, comprising the following steps: - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face, such that selected positions of droplets are produced on the face; - applying a covering product to the face such that it forms a layer over the face; - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product; characterized in that the relief product and the covering product comprising properties, including different respective surface tensions, such that they are immiscible with each other in order to generate a removal of the covering product in correspondence with the droplets of the relief product. - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face, such that selected positions of droplets are produced on the face; - applying a covering product to the face such that it forms a layer over the face; - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product;
An electromagnetic detector for detecting one or more properties of a product, for example a rod-shaped article, or a semi-finished product of the tobacco industry, comprising a detecting channel which is open on three sides to allow the product to pass through the electromagnetic detector along a pass-through direction, wherein in the detecting channel is located an electromagnetic field oriented in a detecting direction parallel to the pass-through direction; wherein the electromagnetic detector comprises an emitting probe for creating the electromagnetic field and a receiving probe to receive an electromagnetic field altered by the presence of the product, the probes (4; 5) being positioned inside the electromagnetic detector, characterized in that the emitting probe and the receiving probe comprise, respectively, a terminal emitting portion and a terminal receiving portion which are parallel to the direction of the detection field, and an initial emitting portion and an initial receiving portion connecting the detector to the outside; and wherein the initial emitting portion forms an angle with the terminal emitting portion, the initial receiving portion forms an angle with the terminal receiving portion, wherein the initial emitting portion and the initial receiving portion are straight, and each extends along a respective single axis of extension.
An audiologic test apparatus for performing an audiologic test in an ear canal, the audiologic test apparatus comprising: a housing, a processing unit, a tone generator connected to the processing unit, and a probe interface for connecting the audiologic test apparatus to a test probe; wherein the apparatus is configured to: generate by the tone generator a first electrical signal representative of a first signal with a first primary frequency component at a first primary frequency; receive a first response signal; determine if a first insertion criterion is satisfied, wherein the first insertion criterion is based on the first signal and the first response signal; and initiate the audiologic test if at least the first insertion criterion is satisfied, the audiologic test comprising generating a second electrical signal representative of a second signal with a second primary frequency component at a second primary frequency; characterised by the first primary frequency being within a range from 30 Hz to 80 Hz and lower than the second primary frequency. a housing, a processing unit, a tone generator connected to the processing unit, and a probe interface for connecting the audiologic test apparatus to a test probe; wherein the apparatus is configured to: generate by the tone generator a first electrical signal representative of a first signal with a first primary frequency component at a first primary frequency; receive a first response signal; determine if a first insertion criterion is satisfied, wherein the first insertion criterion is based on the first signal and the first response signal; and initiate the audiologic test if at least the first insertion criterion is satisfied, the audiologic test comprising generating a second electrical signal representative of a second signal with a second primary frequency component at a second primary frequency; characterised by the first primary frequency being within a range from 30 Hz to 80 Hz and lower than the second primary frequency. generate by the tone generator a first electrical signal representative of a first signal with a first primary frequency component at a first primary frequency; receive a first response signal; determine if a first insertion criterion is satisfied, wherein the first insertion criterion is based on the first signal and the first response signal; and initiate the audiologic test if at least the first insertion criterion is satisfied, the audiologic test comprising generating a second electrical signal representative of a second signal with a second primary frequency component at a second primary frequency; characterised by the first primary frequency being within a range from 30 Hz to 80 Hz and lower than the second primary frequency.