mhurhangee/ep-ind-claims huggingface dataset:
A treatment method for removing Hg contained in a flue gas flowing from a boiler, comprising: suppling an NH 4 Cl solution to the flue gas discharged from the boiler; reducing NOx in the flue gas with NH 3 by a denitrification catalyst and oxidizing metal mercury (Hg 0) in the flue gas by using HCl, NH 3 and HCl having been generated from decomposition of the NH 4 Cl solution sprayed into the flue gas; performing heat exchange for the flue gas after reducing NOx in the flue gas and oxidizing Hg in the flue gas; removing soot dust in the flue gas; removing oxidized mercury Hg 2+ in the flue gas with alkali absorbent and also desulfurizing sulfur oxide in the flue gas; and suppling a Br compound into the flue gas or into the alkali absorbent, wherein enrichment of bromine in the alkali absorbent is set to predetermined enrichment or higher and the mercury is kept in Hg 2+ ionic state in the alkali absorbent. suppling an NH 4 Cl solution to the flue gas discharged from the boiler; reducing NOx in the flue gas with NH 3 by a denitrification catalyst and oxidizing metal mercury (Hg 0) in the flue gas by using HCl, NH 3 and HCl having been generated from decomposition of the NH 4 Cl solution sprayed into the flue gas; performing heat exchange for the flue gas after reducing NOx in the flue gas and oxidizing Hg in the flue gas; removing soot dust in the flue gas; removing oxidized mercury Hg 2+ in the flue gas with alkali absorbent and also desulfurizing sulfur oxide in the flue gas; and suppling a Br compound into the flue gas or into the alkali absorbent, wherein enrichment of bromine in the alkali absorbent is set to predetermined enrichment or higher and the mercury is kept in Hg 2+ ionic state in the alkali absorbent.
Method for producing a compressor blade, comprising the following steps: - forging a blank from an austenitic-ferritic steel; - uniaxially stretching and plastically deforming the blank, while at least the elongation and the deformation force of the blank are detected and monitored; and - ending the stretching after a defined limit value for the stress has been reached. - forging a blank from an austenitic-ferritic steel; - uniaxially stretching and plastically deforming the blank, while at least the elongation and the deformation force of the blank are detected and monitored; and - ending the stretching after a defined limit value for the stress has been reached.
Process for the production of a wood-plastic-composite board, comprising the following steps: • application of a mixture of wood particles and plastic to a first conveyor belt to form a preliminary web and introduction of the preliminary web into at least one first heat-conditioning oven for precompaction; • cooling of, and further operations on, the precompacted preliminary web after discharge from the heat-conditioning oven; • transfer of the precompacted preliminary web into at least one twin-belt press with simultaneous application of at least one decorative ply at least on the upper side of the preliminary web; • further compaction of the precompacted preliminary web to give a board made of a wood-plastic-composite material; and • cooling of the compacted board made of the wood-plastic-composite material in at least one cooling press, where the wood particles used are wood fibres, wood chips or wood flour and the envelope density of the compacted board after discharge from the cooling press is from 500 to 1500 kg/m 3. • application of a mixture of wood particles and plastic to a first conveyor belt to form a preliminary web and introduction of the preliminary web into at least one first heat-conditioning oven for precompaction; • cooling of, and further operations on, the precompacted preliminary web after discharge from the heat-conditioning oven; • transfer of the precompacted preliminary web into at least one twin-belt press with simultaneous application of at least one decorative ply at least on the upper side of the preliminary web; • further compaction of the precompacted preliminary web to give a board made of a wood-plastic-composite material; and • cooling of the compacted board made of the wood-plastic-composite material in at least one cooling press,
A window frame assembly for an aircraft, comprising: a window frame of composite material adapted for attachment in a window opening of an aircraft, the window frame including an outer flange having an exterior surface and an interior surface; and a metal erosion shield, of substantially constant cross-sectional shape, attached to the exterior surface of the outer flange; characterized by the window frame having a substantially constant thickness; and a polymer adapter ring, attached to the interior surface of the outer flange, having a sloped engagement surface configured for supporting a window pane assembly, the window pane assembly including a window pane and a perimeter frame, wherein the perimeter frame is to be mounted upon the sloped engagement surface. a window frame of composite material adapted for attachment in a window opening of an aircraft, the window frame including an outer flange having an exterior surface and an interior surface; and a metal erosion shield, of substantially constant cross-sectional shape, attached to the exterior surface of the outer flange; characterized by the window frame having a substantially constant thickness; and a polymer adapter ring, attached to the interior surface of the outer flange, having a sloped engagement surface configured for supporting a window pane assembly, the window pane assembly including a window pane and a perimeter frame, wherein the perimeter frame is to be mounted upon the sloped engagement surface.
A pumping-type cosmetic container having a metal applicator, comprising: a container body where contents are stored; a pumping member coupled to the upper portion of the container body and discharging the contents stored in the container body by means of pumping operation; a fixation body coupled as encasing the pumping member at the upper portion of the container body, and fixing the pumping member to the upper portion of the container body; and a button member disposed at the upper portion of the pumping member, and delivering pressure to the pumping member according to user's pressurization, and inducing the pumping operation, characterized in that a discharge outlet is formed in the button member such that contents can be discharged to the outside, that a securing part is provided at the inner side of the discharge outlet such that an applicator, made of metal, applying contents onto skin can be secured, and that a contents movement hole is formed at the bottom surface of the securing part such that the contents moving to the upper portion thereof through pumping operation of the pumping member can move to the discharge outlet. characterized in that at the inner side of the fixation body is provided a rotation-preventing tube extending to the upper portion thereof so as to prevent rotation of the button member, and that at the outer side of the rotation-preventing tube is provided a plurality of rotation-preventing protrusions formed with a predetermined distance apart along the outer circumferential surface thereof. a container body where contents are stored; a pumping member coupled to the upper portion of the container body and discharging the contents stored in the container body by means of pumping operation; a fixation body coupled as encasing the pumping member at the upper portion of the container body, and fixing the pumping member to the upper portion of the container body; and a button member disposed at the upper portion of the pumping member, and delivering pressure to the pumping member according to user's pressurization, and inducing the pumping operation, characterized in that a discharge outlet is formed in the button member such that contents can be discharged to the outside, that a securing part is provided at the inner side of the discharge outlet such that an applicator, made of metal, applying contents onto skin can be secured, and that a contents movement hole is formed at the bottom surface of the securing part such that the contents moving to the upper portion thereof through pumping operation of the pumping member can move to the discharge outlet. characterized in that at the inner side of the fixation body is provided a rotation-preventing tube extending to the upper portion thereof so as to prevent rotation of the button member, and that at the outer side of the rotation-preventing tube is provided a plurality of rotation-preventing protrusions formed with a predetermined distance apart along the outer circumferential surface thereof.
Functionalized impact modifier particles comprising: a) an elastomeric core, and b) a functionalized outer shell, wherein said impact modifier particles have a bimodal particle distribution and wherein the outer shell comprises one or more hard polymers having a Tg in the range from 40 to 150°C. a) an elastomeric core, and b) a functionalized outer shell, wherein said impact modifier particles have a bimodal particle distribution and wherein the outer shell comprises one or more hard polymers having a Tg in the range from 40 to 150°C.
A pump comprising: a first diaphragm assembly, wherein the first diaphragm assembly is disposed in a first chamber and includes a first diaphragm forming a first pumping chamber and a first diaphragm chamber within the first chamber; a second diaphragm assembly, wherein the second diaphragm assembly is disposed in a second chamber and includes a second diaphragm forming a second pumping chamber and a second diaphragm chamber within the second chamber, wherein a connecting rod is operatively connected to the first and the second diaphragms and allows the first and the second diaphragm assemblies to reciprocate together between a first diaphragm position and a second diaphragm position; a center section, wherein the center section at least partially causes compressed air to be alternately supplied to or exhausted from the first and the second diaphragm chambers (21, 22), characterized by: an integrated power supply, wherein the integrated power supply utilizes compressed air supplied to the pump to supply power to at least a first component of the pump, wherein the integrated power supply comprises: an impeller; a gear reduction assembly; and, an alternator having a rotor and a stator, wherein at least a portion of the compressed air entering into the pump passes over the impeller and causes the impeller to rotate at a first velocity and generate a first torque, wherein the impeller is operatively connected to the gear reduction assembly, wherein the gear reduction assembly causes the rotor to rotate at a second velocity and generate a second torque. a first diaphragm assembly, wherein the first diaphragm assembly is disposed in a first chamber and includes a first diaphragm forming a first pumping chamber and a first diaphragm chamber within the first chamber; a second diaphragm assembly, wherein the second diaphragm assembly is disposed in a second chamber and includes a second diaphragm forming a second pumping chamber and a second diaphragm chamber within the second chamber, wherein a connecting rod is operatively connected to the first and the second diaphragms and allows the first and the second diaphragm assemblies to reciprocate together between a first diaphragm position and a second diaphragm position; a center section, wherein the center section at least partially causes compressed air to be alternately supplied to or exhausted from the first and the second diaphragm chambers (21, 22), characterized by: an integrated power supply, wherein the integrated power supply utilizes compressed air supplied to the pump to supply power to at least a first component of the pump, wherein the integrated power supply comprises: an impeller; a gear reduction assembly; and, an alternator having a rotor and a stator, wherein at least a portion of the compressed air entering into the pump passes over the impeller and causes the impeller to rotate at a first velocity and generate a first torque, wherein the impeller is operatively connected to the gear reduction assembly, wherein the gear reduction assembly causes the rotor to rotate at a second velocity and generate a second torque.
A ground fault sensing device for a drive system that converts direct current electrical power from a direct current power supply into alternating current electrical power and drives an electric motor with that alternating current electrical power, comprising: an extraction circuit that is connected to a power supply line of the direct current power supply via a coupling capacitor, that detects an amplitude wave (101, 102) that is generated when an alternating current side including the electric motor is suffering a ground fault, and that extracts the envelope (111, 112) of the amplitude wave (101, 102); and a ground fault evaluation circuit that makes a decision as to whether or not a ground fault has occurred on the alternating current side (63, 64, 65, 10) by comparing together the voltage level of the envelope (111, 112) measured by the extraction circuit and a ground fault decision value, characterized in that the ground fault sensing device further comprises a table adapted to store a plurality of threshold values according to the rotation speed of the electric motor, wherein the ground fault decision value is set as the threshold value of the table corresponding to the rotation speed of the electric motor detected by a rotation speed sensor. an extraction circuit that is connected to a power supply line of the direct current power supply via a coupling capacitor, that detects an amplitude wave (101, 102) that is generated when an alternating current side including the electric motor is suffering a ground fault, and that extracts the envelope (111, 112) of the amplitude wave (101, 102); and a ground fault evaluation circuit that makes a decision as to whether or not a ground fault has occurred on the alternating current side (63, 64, 65, 10) by comparing together the voltage level of the envelope (111, 112) measured by the extraction circuit and a ground fault decision value, characterized in that the ground fault sensing device further comprises a table adapted to store a plurality of threshold values according to the rotation speed of the electric motor, wherein the ground fault decision value is set as the threshold value of the table corresponding to the rotation speed of the electric motor detected by a rotation speed sensor.
Circular knitting machine for hosiery and/or knitwear, comprising a rotating cylinder having a plurality of needles disposed and vertically movable on its periphery, and a dial made up of a dial body subject to rotation together with said cylinder around a vertical axis and a stationary ring or cover above said dial body, and where the dial carries a series of needles placed in radial grooves provided in said dial body and moveable horizontally on directrixes passing between the vertical needles of the cylinder, wherein each of at least one part of the needles on the dial is associated with a casting-off sinker adapted to be controlled and to interact with said horizontal needle during the formation and slipping of each stitch, when the needles on the dial are working independently from the cylinder needles; wherein each casting-off sinker is arranged to oscillate in a vertical plane relatively to its respective dial needle between two initial and final extreme work positions, and wherein each casting-off sinker has an oscillation fulcrum and at least a control sinker heel (25, 26) interacting with at least a cam track (27, 28) provided on a lower face of the stationary ring or cover of the dial to cause the casting-off sinker to oscillate, wherein each casting-off sinker has two sinker heels each one conducted in a respective cam track (27, 28), said cam tracks having courses opposite from each other, with a first cam track that has a depression while a second cam track has a hump and, on the contrary, while the first cam track has a hump (27") the second cam track has a depression (28"); said machine being characterized in that each casting-off sinker has a sinker foot which is inserted in a slot or recess provided on the top face of the dial body to prevent the radial translation movements of the casting-off sinker.
A process for producing ethylbenzene or cumene in a first reaction zone, comprising the steps of: (a) feeding a predominantly liquid phase first feedstock which is at least 95 wt % liquid and which comprises benzene and an at least partially vapor phase second feedstock which comprises at least one alkene compound to said first reaction zone, wherein said reaction zone is operated under conditions sufficient to ensure that the mixture of said first feedstock and said second feedstock is in mixed phase in at least a portion of said reaction zone; and (b) contacting said feedstock mixture and a first alkylation catalyst comprising a molecular sieve in said first reaction zone, to produce a first effluent which comprises said alkylated aromatic product and polyalkylated aromatic compounds, wherein said first effluent exits said reaction zone in predominantly liquid phase which is at least 95 wt % liquid; and wherein said conditions of said reaction zone are sufficient to ensure a phase change from mixed phase to liquid phase in at least a portion of said reaction zone; wherein the first effluent is the only effluent from the first reaction zone; wherein when the process is a process for producing ethylbenzene, the first feedstock comprises benzene, the second feedstock comprises a mixture of ethylene and methane and/or ethane, and the alkylate product comprises ethylbenzene and the polyalkylated aromatic compounds comprise a mixture of di-ethylbenzene and tri-ethylbenzene; and wherein when the process is a process for producing cumene the first feedstock comprises benzene, the second feedstock comprises a mixture of propylene, propane, methane and ethane, the alkylated product comprises cumene and the polyalkyated aromatic compounds comprise a mixture of di-isopropylbenzene and tri-isopropylbenzene. (a) feeding a predominantly liquid phase first feedstock which is at least 95 wt % liquid and which comprises benzene and an at least partially vapor phase second feedstock which comprises at least one alkene compound to said first reaction zone, wherein said reaction zone is operated under conditions sufficient to ensure that the mixture of said first feedstock and said second feedstock is in mixed phase in at least a portion of said reaction zone; and (b) contacting said feedstock mixture and a first alkylation catalyst comprising a molecular sieve in said first reaction zone, to produce a first effluent which comprises said alkylated aromatic product and polyalkylated aromatic compounds, wherein said first effluent exits said reaction zone in predominantly liquid phase which is at least 95 wt % liquid; and
A compound having the Formula or a stereoisomeric form thereof, wherein R 1 is CHF 2 or CH 3; A is a radical selected from (a-1) and (a-2) wherein R 2 is selected from 2-pyridyl, 1-isoquinolinyl, 4-quinazolinyl, 1H-pyrrolo[3,2-c]-pyridin-4-yl, and furo[3,2-c]pyridin-4-yl; each of which is optionally substituted with 1 or 2 substituents each independently selected from the group consisting of halo, OH, -CN; C 1-4 alkyl optionally substituted with 1, 2 or 3 independently selected halo substituents; C 1-4 alkyloxy optionally substituted with 1, 2 or 3 independently selected halo substituents; and 1-morpholinyl; or a pharmaceutically acceptable salt or a solvate thereof. R 1 is CHF 2 or CH 3; A is a radical selected from (a-1) and (a-2) wherein R 2 is selected from 2-pyridyl, 1-isoquinolinyl, 4-quinazolinyl, 1H-pyrrolo[3,2-c]-pyridin-4-yl, and furo[3,2-c]pyridin-4-yl; each of which is optionally substituted with 1 or 2 substituents each independently selected from the group consisting of halo, OH, -CN; C 1-4 alkyl optionally substituted with 1, 2 or 3 independently selected halo substituents; C 1-4 alkyloxy optionally substituted with 1, 2 or 3 independently selected halo substituents; and 1-morpholinyl;
Knife assembly for a size reduction machine, such as a shredder or a granulator, which comprises at least one fixed knife and a rotor with rotatable knives, arranged around the periphery of the rotor, a sacrificial piece is arranged between the rotor and each knife for positioning and fixing of the knife, characterized in that the sacrificial piece has a first, outer surface, which has a shape that is complementary to the shape of a seat on the rotor, and a second surface, which has a shape that is complementary to the shape of the knife, which tapers in the directions towards its center.
A transmitter for consistency measuring of pulp suspensions, comprising a measuring body, shaped as a blade, suspended in a vibration-producing apparatus, wherein the measuring body shaped as a blade shows wave-shaped side surfaces (9, 10) in its transverse direction, characterized in that the wave-shaped side surfaces (9, 10) in a cross-section shows a sinusoidal wave-shape with rounded-off and longitudinal wave crests and wave troughs or a wave-shape with saw-tooth shaped, slightly rounded-off wave crests and wave troughs, wherein the measuring body is adapted to vibrate in a frequency of oscillation between 20-80 Hz and with a predetermined amplitude of +/- 2-8 mm, that provides a combination of both shearing force measurement and a measurement of the resistance of conveyance of liquid through a fibre netting.
An oncolytic adenoviral vector comprising polypeptides attached onto the viral capsid wherein said polypeptides can stimulate a peptide-specific immune response in a subject, and further wherein the polypeptides have not been genetically encoded by said adenoviral vector but have been attached to the capsid covalently or non-covalently wherein the polypeptides attached onto the viral capsid are at the same time Major Histocompatibility Complex class I (MHC-I) specific or Major Histocompatibility Complex class II (MHC-II) specific and tumor specific polypeptides.