mhurhangee/ep-ind-claims huggingface dataset:
A method for chemical-looping combustion of a hydrocarbon feedstock of solid particles, wherein an oxygen-carrying material circulates in form of particles, comprising: - contacting hydrocarbon feedstock particles with the oxygen-carrying material particles in a reduction zone R0, - contacting oxygen-carrying material particles from reduction zone R0 with an oxidizing gas stream in a reactive oxidation zone R1, - sending transported phase from reactive zone R1 comprising gas and solid to a gas-solid separation zone S2 so as to separate: a predominantly gaseous transported phase comprising fly ashes and oxygen-carrying material fines, and a solid stream comprising the major part of the fines, the fly ashes and the major part of the oxygen-carrying material particles, characterized in that the method comprises: - sending solid stream from gas-solid separation zone S2 to a dense phase elutriation separation zone S3 fluidized by a non-reducing gas allowing to separate the fines and the fly ashes from the oxygen-carrying material particles so as to send a particle stream comprising the major part of the oxygen carrier particles to reduction zone R0, and to discharge through a discharge line a predominantly gaseous effluent comprising the major part of the fly ashes and of the oxygen-carrying material fines. - contacting hydrocarbon feedstock particles with the oxygen-carrying material particles in a reduction zone R0, - contacting oxygen-carrying material particles from reduction zone R0 with an oxidizing gas stream in a reactive oxidation zone R1, - sending transported phase from reactive zone R1 comprising gas and solid to a gas-solid separation zone S2 so as to separate: a predominantly gaseous transported phase comprising fly ashes and oxygen-carrying material fines, and a solid stream comprising the major part of the fines, the fly ashes and the major part of the oxygen-carrying material particles, characterized in that the method comprises: - sending solid stream from gas-solid separation zone S2 to a dense phase elutriation separation zone S3 fluidized by a non-reducing gas allowing to separate the fines and the fly ashes from the oxygen-carrying material particles so as to send a particle stream comprising the major part of the oxygen carrier particles to reduction zone R0, and to discharge through a discharge line a predominantly gaseous effluent comprising the major part of the fly ashes and of the oxygen-carrying material fines. - sending solid stream from gas-solid separation zone S2 to a dense phase elutriation separation zone S3 fluidized by a non-reducing gas allowing to separate the fines and the fly ashes from the oxygen-carrying material particles so as to send a particle stream comprising the major part of the oxygen carrier particles to reduction zone R0, and to discharge through a discharge line a predominantly gaseous effluent comprising the major part of the fly ashes and of the oxygen-carrying material fines.
Antenna construction for an antenna circuit, which comprises - a conductive ground plane on a first surface, - a first transmission line on at least one second surface, the first transmission line being connected to the ground plane through a fold in the edge of the antenna construction, - an insulation layer arranged between the first and the second surfaces, and - an electronic component attached to the second surface of the antenna construction, wherein - the electronic component comprises a double-terminal antenna connector, connected to the antenna construction, wherein the electronic component is connected from the first antenna terminal to the first transmission line and from the second antenna terminal to a second transmission line on the second surface, the length of the transmission line connected to the first antenna terminal of the electronic component being λ*(2n-1)/4 characterized by the length of the second transmission line being λ*n/2 or λ*(2n-1)/4, where n is an integer larger than zero. - a conductive ground plane on a first surface, - a first transmission line on at least one second surface, the first transmission line being connected to the ground plane through a fold in the edge of the antenna construction, - an insulation layer arranged between the first and the second surfaces, and - an electronic component attached to the second surface of the antenna construction, wherein - the electronic component comprises a double-terminal antenna connector, connected to the antenna construction, wherein the electronic component is connected from the first antenna terminal to the first transmission line and from the second antenna terminal to a second transmission line on the second surface, the length of the transmission line connected to the first antenna terminal of the electronic component being λ*(2n-1)/4 characterized by the length of the second transmission line being λ*n/2 or λ*(2n-1)/4, where n is an integer larger than zero.
A refrigerator comprising: a main body defining a freezing compartment and a refrigerating compartment; doors (20,30) respectively opening or closing the freezing compartment and refrigerating compartment; a hinge unit rotatably coupling the door opening or closing the freezing compartment to the main body; an ice making unit that is configured to make ice; a water supply unit that is disposed in the refrigerating compartment to store water, the water supply unit including: a housing detachably coupled to the refrigerating compartment; a water tank detachably coupled to the housing; and a pump pumping the water stored in the water tank; and a water supply passage unit connected to the water supply unit and the ice making unit to supply the water pumped by the pump of the water supply unit to the ice making unit, the water supply passage unit configured to be connected to the ice making unit via the hinge unit, characterized in that the ice making unit is disposed in the door opening or closing the freezing compartment and in that the water supply unit further comprises a coupling state identifying unit including: a catching unit disposed on an upper portion of the water tank; and a locking unit disposed on an upper portion the housing to fix the catching unit when the water tank is completely inserted in the housing. a main body defining a freezing compartment and a refrigerating compartment; doors (20,30) respectively opening or closing the freezing compartment and refrigerating compartment; a hinge unit rotatably coupling the door opening or closing the freezing compartment to the main body; an ice making unit that is configured to make ice; a water supply unit that is disposed in the refrigerating compartment to store water, the water supply unit including: a housing detachably coupled to the refrigerating compartment; a water tank detachably coupled to the housing; and a pump pumping the water stored in the water tank; and a housing detachably coupled to the refrigerating compartment; a water tank detachably coupled to the housing; and a pump pumping the water stored in the water tank; and a water supply passage unit connected to the water supply unit and the ice making unit to supply the water pumped by the pump of the water supply unit to the ice making unit, the water supply passage unit configured to be connected to the ice making unit via the hinge unit, characterized in that the ice making unit is disposed in the door opening or closing the freezing compartment and in that the water supply unit further comprises a coupling state identifying unit including: a catching unit disposed on an upper portion of the water tank; and a locking unit disposed on an upper portion the housing to fix the catching unit when the water tank is completely inserted in the housing. a catching unit disposed on an upper portion of the water tank; and a locking unit disposed on an upper portion the housing to fix the catching unit when the water tank is completely inserted in the housing.
A light-emitting device comprising: a conductive support substrate; an adhesion layer on the conductive support substrate; a reflective layer on the adhesion layer; wherein the conductive support substrate is adhered to the reflective layer by the adhesion layer; a first electrode layer on the reflective layer and provided with a step in at least one region of the edge thereof; a protective layer on the step; and a light-emitting structure on the first electrode layer and the protective layer, the light-emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer interposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer, wherein a region of the reflective layer and the first electrode layer vertically overlaps the protective layer, wherein a width of the region of the reflective layer and the first electrode layer is 0,11 to 0,23 times a width of the protective layer, wherein the protective layer is in direct contact with the adhesion layer and the light-emitting structure at the periphery of the first electrode layer and the reflective layer. a conductive support substrate; an adhesion layer on the conductive support substrate; a reflective layer on the adhesion layer; wherein the conductive support substrate is adhered to the reflective layer by the adhesion layer; a first electrode layer on the reflective layer and provided with a step in at least one region of the edge thereof; a protective layer on the step; and a light-emitting structure on the first electrode layer and the protective layer, the light-emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer interposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer, wherein a region of the reflective layer and the first electrode layer vertically overlaps the protective layer, wherein a width of the region of the reflective layer and the first electrode layer is 0,11 to 0,23 times a width of the protective layer, wherein the protective layer is in direct contact with the adhesion layer and the light-emitting structure at the periphery of the first electrode layer and the reflective layer.
A vehicle panel assembly comprising: a vehicle panel having at least one hole; a push plug for installation in said at least one hole that is movable between a pre-installed position where said push plug is offset from said at least one hole and an installed position where said push plug is aligned with said at least one hole; a fastening post extending outwardly from said vehicle panel that has a geometric cross-section; said push plug including a plug tab defining an aperture that extends through said plug tab and that receives said fastening post; said fastening post having an engagement member projecting from at least one side of said fastening post that engages said plug tab and retains said push plug in a fixed orientation on said fastening post when said push plug is in said pre-installed position; and said aperture being larger than said geometric cross-section of said fastening post in at least one dimension such that said engagement member does not engage said plug tab and does not retain said push plug on said fastening post when said push plug is in said installed position to allow said push plug to fall from said vehicle panel in response to improper installation of said push plug in said at least one hole. a vehicle panel having at least one hole; a push plug for installation in said at least one hole that is movable between a pre-installed position where said push plug is offset from said at least one hole and an installed position where said push plug is aligned with said at least one hole; a fastening post extending outwardly from said vehicle panel that has a geometric cross-section; said push plug including a plug tab defining an aperture that extends through said plug tab and that receives said fastening post; said fastening post having an engagement member projecting from at least one side of said fastening post that engages said plug tab and retains said push plug in a fixed orientation on said fastening post when said push plug is in said pre-installed position; and said aperture being larger than said geometric cross-section of said fastening post in at least one dimension such that said engagement member does not engage said plug tab and does not retain said push plug on said fastening post when said push plug is in said installed position to allow said push plug to fall from said vehicle panel in response to improper installation of said push plug in said at least one hole.
A pressure sensor, comprising a flexible printed circuit board and multiple pressure sensitive adhesive resistors, wherein the multiple pressure sensitive adhesive resistors comprise a pressure sensitive adhesive resistor, a pressure sensitive adhesive resistor, a pressure sensitive adhesive resistor, a pressure sensitive adhesive resistor, a pressure sensitive adhesive resistor, and a pressure sensitive adhesive resistor; characterized by the flexible printed circuit board comprises a first surface and a second surface that are opposite each other; the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are disposed on the first surface, and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are disposed on the second surface; the flexible printed circuit board is provided with a through hole that allows the first surface to communicate with the second surface, and the through hole is at least partially covered by the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor; and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are electrically connected to form a first Wheatstone bridge, and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are electrically connected to form a second Wheatstone bridge. the flexible printed circuit board comprises a first surface and a second surface that are opposite each other; the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are disposed on the first surface, and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are disposed on the second surface; the flexible printed circuit board is provided with a through hole that allows the first surface to communicate with the second surface, and the through hole is at least partially covered by the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor; and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are electrically connected to form a first Wheatstone bridge, and the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, the pressure sensitive adhesive resistor, and the pressure sensitive adhesive resistor are electrically connected to form a second Wheatstone bridge.
A composition comprising an effective amount of at least one lithium compound or a pharmaceutically acceptable salt thereof; an effective amount of at least one glycyrrhizic triterpenoid compound or a pharmaceutically acceptable salt thereof, and an effective amount of at least one retinoic acid compound or a pharmaceutically acceptable salt thereof.
A method for reconstructing railroad ties for railroad vehicles, comprising the steps of: a. identifying cavities or air bubbles in a tie, b. pre-treating a joint directly along the perimeter of the tie to be treated in the threshold area between the tie and the reinforced concrete slab below, c. attaching inlet openings for introducing a filling material and outlet openings for discharging air in the joint area and insulating the joint with an insulating material, d. venting the cavities by injecting a compressible filling material into the inlet openings formed at the joint under pressure, wherein the venting is completed until the filling material emerges at the outlet openings of the joint, e. sealing the outlet openings attached to the joint, f. grouting the filling material in the tie by further injecting filling material via the inlet openings under a pressure between 8 and 16 bar, g. allowing the filling material to harden. a. identifying cavities or air bubbles in a tie, b. pre-treating a joint directly along the perimeter of the tie to be treated in the threshold area between the tie and the reinforced concrete slab below, c. attaching inlet openings for introducing a filling material and outlet openings for discharging air in the joint area and insulating the joint with an insulating material, d. venting the cavities by injecting a compressible filling material into the inlet openings formed at the joint under pressure, wherein the venting is completed until the filling material emerges at the outlet openings of the joint, e. sealing the outlet openings attached to the joint, f. grouting the filling material in the tie by further injecting filling material via the inlet openings under a pressure between 8 and 16 bar, g. allowing the filling material to harden.
An electrical switch, the electrical switch comprising a plurality of electrical switch modules (100, 200), each electrical switch module (100, 200) comprising - a contact assembly (104, 204), the contact assembly (104, 204) comprising at least one pair of stationary contacts (116, 216) and at least one movable contact (118, 218), the at least one movable contact (118, 218) being displaceable relative to the corresponding at least one pair of stationary contacts (116, 216), and - a carrier assembly (106, 206), the carrier assembly (106, 206) coupled to the at least one movable contact (118, 218) and configured to displace the at least one movable contact (118, 218) to a first position and a second position, relative to the at least one pair of stationary contacts (116, 216), to disconnect and to establish an electrically conductive path between the pair of stationary contacts (116, 216) respectively, the electrical switch further comprising at least one actuating assembly, the at least one actuating assembly selectively providing an actuating force to effect a displacement of the carrier assembly (106, 206) in at least one of the plurality of electrical switch modules (100, 200) in a first direction resulting in displacement of the movable contact (118, 218); characterised by a coupling means for coupling the plurality of electrical switch modules (100, 200) and the at least one actuating assembly such that the displacement of each carrier assembly (106, 206) in each of the plurality of electrical switch modules (100, 200) is substantially synchronized. - a contact assembly (104, 204), the contact assembly (104, 204) comprising at least one pair of stationary contacts (116, 216) and at least one movable contact (118, 218), the at least one movable contact (118, 218) being displaceable relative to the corresponding at least one pair of stationary contacts (116, 216), and - a carrier assembly (106, 206), the carrier assembly (106, 206) coupled to the at least one movable contact (118, 218) and configured to displace the at least one movable contact (118, 218) to a first position and a second position, relative to the at least one pair of stationary contacts (116, 216), to disconnect and to establish an electrically conductive path between the pair of stationary contacts (116, 216) respectively, the electrical switch further comprising at least one actuating assembly, the at least one actuating assembly selectively providing an actuating force to effect a displacement of the carrier assembly (106, 206) in at least one of the plurality of electrical switch modules (100, 200) in a first direction resulting in displacement of the movable contact (118, 218);
Use of a treated fabric for the manufacture of a garment for protecting the wearer against molten metal, wherein the treated fabric comprises a base fabric comprising non-melting fibres, the base fabric being treated on one or both sides with a composition comprising a cross-linkable polymer cross-linked to form a matrix with the fibres of the base fabric, and ceramic particles suspended in the matrix, wherein the ceramic particles are silicon carbide.
Stretcher for transporting individuals requiring medical care, comprising main bars and a collapsible lying surface arranged between the main bars, wherein the main bars comprise at least one accommodation compartment for accommodating medical instrumentation (114, 1141, 1 142, 1143, 1144, 115, 116) and/or drugs, characterized in that the main bars comprise at least one door and at least one opening which allow access to the at least one accommodation compartment.
Forward converter having a transformer, comprising a primary winding, which can be shifted to an input voltage by means of a power switch element, wherein for flux phase limitation an RC integrator (Int) is connected to an auxiliary supply voltage which is dependent on the input voltage, wherein a non-linear voltage divider is arranged between the RC integrator (Int) and the auxiliary supply voltage, which voltage divider converges a non-linear voltage ramp of the RC integrator (Int) to a linear course, characterised in that the non-linear voltage divider comprises two main resistors (R5, R6) which are connected in series with the auxiliary supply voltage and that a series circuit comprising an additional resistor (R7, R8) and a Zener diode (D3, D4) is arranged parallel to each main resistor (R5, R6).
A MAP kinase p38α binding compound comprising the amino acid sequence HKSRALLIFQKIMWLRRQ (SEQ ID No: 1) or comprising a part of said amino acid sequence of 10 or more contiguous amino acids, or comprising a variant of said amino acid sequence or of said part thereof in which from 1 to 2 amino acids have been altered, wherein compared to the positions in SEQ ID No:1, position 2 is K, position 4 is R, position 8 is I, position 9 is F, position 10 is Q, position 13 is M and position 16 is R.