mhurhangee/ep-ind-claims huggingface dataset:
A method for producing products from a feedstock containing free fatty acids comprising: a. reacting said feedstock with glycerin in a reactor to produce a first glyceride stream; b. reacting said first glyceride stream with alcohol to produce a reaction mixture; c. separating said reaction mixture to produce a crude fatty acid alkyl ester stream and a crude glycerin stream, wherein said crude fatty acid alkyl ester stream is a first light phase; d. processing at least a portion of said crude glycerin stream to produce a second glyceride stream, wherein the processing step comprises separating the crude glycerin stream into a secondary light phase and a second crude glycerin stream, and separating the secondary light phase into a first secondary light phase comprising alkyl esters, free fatty acids and glycerides, and a second secondary light phase comprising glycerin, and reacting the first secondary light phase with glycerin to produce said second glyceride stream. a. reacting said feedstock with glycerin in a reactor to produce a first glyceride stream; b. reacting said first glyceride stream with alcohol to produce a reaction mixture; c. separating said reaction mixture to produce a crude fatty acid alkyl ester stream and a crude glycerin stream, wherein said crude fatty acid alkyl ester stream is a first light phase; d. processing at least a portion of said crude glycerin stream to produce a second glyceride stream, wherein the processing step comprises separating the crude glycerin stream into a secondary light phase and a second crude glycerin stream, and separating the secondary light phase into a first secondary light phase comprising alkyl esters, free fatty acids and glycerides, and a second secondary light phase comprising glycerin, and reacting the first secondary light phase with glycerin to produce said second glyceride stream. wherein the processing step comprises separating the crude glycerin stream into a secondary light phase and a second crude glycerin stream, and separating the secondary light phase into a first secondary light phase comprising alkyl esters, free fatty acids and glycerides, and a second secondary light phase comprising glycerin, and reacting the first secondary light phase with glycerin to produce said second glyceride stream.
An omni-directional spherical image capturing apparatus comprising: a tilt parameter detection unit configured to detect a tilt (α) of the image capturing apparatus in a vertical direction being the direction of the gravity vector, and a gradient angle (β), wherein the gradient angle (β) is the angle formed between the x-axes of the world and image capturing apparatus coordinate systems; conversion data used for transforming plane coordinates into spherical coordinates; a plurality of image capturing units (109, 110); a coordinate transformation unit configured to transform plane coordinates of a plurality of pixels included in fisheye images captured (S 303) by the image capturing units into spherical coordinates according to the conversion data; and a combining unit configured to combine (S 305) the images in order to generate an omni-directional spherical image, the images including the pixels transformed into spherical coordinates by the coordinate transformation unit, wherein a plurality of conversion data is provided in advance, wherein each conversion data provides different values depending on the tilt parameter of the image capturing apparatus, and the conversion data corresponding to the tilt parameter closest to the tilt parameter detected is extracted out of the conversion data provided in advance. a tilt parameter detection unit configured to detect a tilt (α) of the image capturing apparatus in a vertical direction being the direction of the gravity vector, and a gradient angle (β), wherein the gradient angle (β) is the angle formed between the x-axes of the world and image capturing apparatus coordinate systems; conversion data used for transforming plane coordinates into spherical coordinates; a plurality of image capturing units (109, 110); a coordinate transformation unit configured to transform plane coordinates of a plurality of pixels included in fisheye images captured (S 303) by the image capturing units into spherical coordinates according to the conversion data; and a combining unit configured to combine (S 305) the images in order to generate an omni-directional spherical image, the images including the pixels transformed into spherical coordinates by the coordinate transformation unit, wherein a plurality of conversion data is provided in advance, wherein each conversion data provides different values depending on the tilt parameter of the image capturing apparatus, and the conversion data corresponding to the tilt parameter closest to the tilt parameter detected is extracted out of the conversion data provided in advance.
A lighting module comprising: a first and a second light source units (130a, 130b) which are disposed to face each other; a first case in which the first light source unit is disposed; a second case in which the second light source unit is disposed; a first plate of which one side is connected to the first case, of which the other side is connected to the second case and which includes a plurality of first holes through which light emitted from the first and the second light source units (130a, 130b) passes; and a second plate which is disposed to face the first plate and includes a plurality of second holes through which the light emitted from the first and the second light source units (130a, 130b) passes, Characterized in that: the amount of the light emitted through the first plate is not the same as the amount of the light emitted through the second plate, the lighting module comprises a reflector (160, 160', 160") which is disposed between the first light source unit and the second light source unit and includes a reflective surface reflecting the light emitted from the first and the second light source units (130a, 130b) toward the first and the second plates (110a, 110b), and the reflector (160, 160', 160") has a cylindrical shape or a polygonal box shape. a first and a second light source units (130a, 130b) which are disposed to face each other; a first case in which the first light source unit is disposed; a second case in which the second light source unit is disposed; a first plate of which one side is connected to the first case, of which the other side is connected to the second case and which includes a plurality of first holes through which light emitted from the first and the second light source units (130a, 130b) passes; and a second plate which is disposed to face the first plate and includes a plurality of second holes through which the light emitted from the first and the second light source units (130a, 130b) passes, Characterized in that: the amount of the light emitted through the first plate is not the same as the amount of the light emitted through the second plate, the lighting module comprises a reflector (160, 160', 160") which is disposed between the first light source unit and the second light source unit and includes a reflective surface reflecting the light emitted from the first and the second light source units (130a, 130b) toward the first and the second plates (110a, 110b), and the reflector (160, 160', 160") has a cylindrical shape or a polygonal box shape. the amount of the light emitted through the first plate is not the same as the amount of the light emitted through the second plate, the lighting module comprises a reflector (160, 160', 160") which is disposed between the first light source unit and the second light source unit and includes a reflective surface reflecting the light emitted from the first and the second light source units (130a, 130b) toward the first and the second plates (110a, 110b), and the reflector (160, 160', 160") has a cylindrical shape or a polygonal box shape.
System for secure authentication of a user's identity in an electronic system for banking transactions, said system comprising at least one first user apparatus subject to said secure authentication, and one or more further apparatuses bidirectionally communicating with each other and with said first apparatus, characterized in that: - said first apparatus (α) and a second apparatus (β), belonging to said one or more further apparatuses, comprise an equal system generating a random number composed of any number of digits, and dividing said random number into a first part and, respectively, a second part (SGN, CSGN), which are complementary and subsets of said random number; - said first apparatus (α) comprises means for generating, through said generating system, said first part and sending only said first part to said second apparatus (β); - said second apparatus (β) comprises means for generating, through said generating system, said second part (CSGN) via generation of one or more of said random number, each one characterized by a corresponding first part (SGN'), and means for comparing said corresponding first part (SGN') thus generated with said first part received from said first apparatus (α), determining said second part (CSGN) associated with the corresponding first part (SGN') equal to the first part received, and means for sending only said second part (CSGN) to said first apparatus (α), said first apparatus and said second apparatus not sending said random number entirely, thereby attaining said secure authentication of the identity of a user associated with said first apparatus. - said first apparatus (α) and a second apparatus (β), belonging to said one or more further apparatuses, comprise an equal system generating a random number composed of any number of digits, and dividing said random number into a first part and, respectively, a second part (SGN, CSGN), which are complementary and subsets of said random number; - said first apparatus (α) comprises means for generating, through said generating system, said first part and sending only said first part to said second apparatus (β); - said second apparatus (β) comprises means for generating, through said generating system, said second part (CSGN) via generation of one or more of said random number, each one characterized by a corresponding first part (SGN'), and means for comparing said corresponding first part (SGN') thus generated with said first part received from said first apparatus (α), determining said second part (CSGN) associated with the corresponding first part (SGN') equal to the first part received, and means for sending only said second part (CSGN) to said first apparatus (α), said first apparatus and said second apparatus not sending said random number entirely, thereby attaining said secure authentication of the identity of a user associated with said first apparatus.
A polypropylene resin, obtained by melt mixing a linear polypropylene resin, not less than 0.05 parts by weight and not more than 10 parts by weight of a radical polymerization initiator and not less than 0.01 parts by weight and not more than 5 parts by weight of a conjugated diene compound, each based on 100 parts by weight of the linear polypropylene resin, wherein said polypropylene resin has a melt flow rate of more than 30 g/10 min and not more than 250 g/10 min as measured at 230°C under a load of 2.16 kg (measured according to ASTM D1238); a melt tension at 200°C of not less than 0.3 cN; and a loss tangent, tanδ, of not more than 6.0, the loss tangent being a ratio of loss modulus to storage modulus at an angular frequency of 1 rad/s in dynamic viscoelasticity measurement at 200°C, wherein the amount of the radical polymerization initiator added is not less than the amount of the conjugated diene compound added.
A pharmaceutical composition comprising a monoclonal chimerized, or humanized anti CD 19 antibody that (a) is of the IgG1 or IgG3 human isotype, or (b) mediates human antibody-dependent cellular cytotoxicity (ADCC), in a pharmaceutically acceptable carrier, wherein the antibody comprises the sequences as set out as amino acids 33 to 37, amino acids 51 to 68 and amino acids 101 to 115 of SEQ ID NO:2 and the sequences as set out as amino acids 43 to 58, amino acids 74 to 80 and amino acids 113 to 121 of SEQ ID NO:16, or the sequences as set out as amino acids 33 to 37, amino acids 51 to 68 and amino acids 101 to 114 of SEQ ID NO:4 and the sequences as set out as amino acids 44 to 58, amino acids 74 to 80 and amino acids 113 to 121 of SEQ ID NO:18, wherein one amino acid substitution is introduced into one or more of said sequences and wherein the antibody is able to deplete CD 19 expressing B cells from the bone marrow.
A rope lifting tool for belt-shaped ropes provided with an uneven surface pattern on one or both of its opposing wide sides (S1,S2), comprising a first guide for guiding the rope lifting tool along a first guide rail; a second guide for guiding the rope lifting tool along a second guide rail; an upright plate, and an inclined plate at an acute angle relative to the upright plate, the upright plate and the inclined plate having a wedge shaped space between them; a plurality of wedge members placed adjacent each other inside the wedge-shaped space; wherein a rope gap for receiving an end of a belt-shaped rope is formed between each wedge member and the upright plate, which rope gap is narrowable by wedging of the wedge member in the wedge shaped space, and wherein each said rope gap is delimited by a vertical face of a wedge member and a vertical face of the upright plate or a vertical face of a liner (p) attached thereon, and one or both of the vertical faces (8a, 6a;8a,6a') delimiting the rope gap is provided with an uneven surface pattern for forming a counterpart for the uneven surface pattern of said belt-shaped rope.
An underground carpark for electric vehicles, the carpark comprising: • a plurality of parking places, each having an electrical power supply device; • a plurality of parking interfaces, each parking interface being adapted to be electrically connected to a vehicle in such a manner as to cooperate therewith to form a parking module; and • automatic means for moving each parking module between each at least one parking place and a user zone; the carpark being configured in such a manner that when a parking module is on a parking place, the parking interface of said module is automatically electrically connected to the electrical power supply device of the parking place; and the carpark being characterized in that it further comprises a system for detecting the state of charge of the vehicle of each parking module. • a plurality of parking places, each having an electrical power supply device; • a plurality of parking interfaces, each parking interface being adapted to be electrically connected to a vehicle in such a manner as to cooperate therewith to form a parking module; and • automatic means for moving each parking module between each at least one parking place and a user zone;
Screw press, preferably for removing liquid from a material to be conveyed, comprising a screw shaft complete with a helical conveying flight mounted on the screw shaft and a housing shell surrounding it, where a transport channel is formed for the material to be conveyed between the screw shaft, the conveying flight and the housing shell, where the screw shaft has a surface profile, at least in one section of the transport channel, characterised in that the surface profile has grooves and elevations that run on an incline to a generatrix of the helical conveying flight observed in a side view of the screw shaft.
Method for returning empty containers, in particular bottles and cans, with a bulk feed, wherein the empty containers are transported out of an input space by means of a transport device rotating around their longitudinal axis past a detection unit, and the empty containers are parallelised by the transport device out of the input space and fed to a detection field of the detection unit in a field arrangement, wherein the transport device exhibits a plurality of drivers arranged transversely to the transport direction, which rotate around a contact surface of the transport device and are designed as counter-clockwise rotationally driven rollers, on which the empty containers conveyed from the input space are supported, which are supported at the same time by the contact surface, characterised in that for at least one roller, which in its rotation around the contact surface is located directly in a region between the input space and the detection field, a temporary reversal of rotation occurs.
A process for preparing melamine by converting urea in the presence of a solid catalyst in one reactor or in a plurality of reactors connected in series in the temperature range from 370 to 430°C, cooling and filtering the gas formed in the urea conversion, removing the melamine by desublimation and recycling a portion of the gas present after the melamine removal ("cycle gas") into the reactor or the reactors, which comprises performing all of the above stages at a pressure in the range from 4 [0.4 MPa] to 10 bar abs [1 MPa] and feeding this portion of the hot cycle gas, an amount of gas in the range from 5% to 50%, based in each case on the total amount of gas from the cyclone - after the melamine separation, without passing through the area scrubber, back into the melamine synthesis reactor as fluidizing gas.
A propulsion system for an aircraft, the propulsion system comprising: an engine; an outer cover associated with the engine, the engine and the outer cover configured for coupling to the aircraft; an external engine component; and a coupler operatively coupling the external engine component to the engine, wherein the external engine component is configured to be coupled to the aircraft at a location spaced apart from the engine, characterized in that the engine is free of external engine components, wherein a gap is defined between an internal surface of the outer cover and an entire outer surface of the engine, and wherein a maximum magnitude of the gap is smaller than a minimum external dimension of the external engine component. an engine; an outer cover associated with the engine, the engine and the outer cover configured for coupling to the aircraft; an external engine component; and a coupler operatively coupling the external engine component to the engine, wherein the external engine component is configured to be coupled to the aircraft at a location spaced apart from the engine, characterized in that the engine is free of external engine components, wherein a gap is defined between an internal surface of the outer cover and an entire outer surface of the engine, and wherein a maximum magnitude of the gap is smaller than a minimum external dimension of the external engine component.
An industrial process variable transmitter, comprising: a process variable sensor configured to sense a process variable; measurement circuitry coupled to the process variable sensor configured to provide a measured output as a function of the process variable; output circuitry, comprising: a loop connection (172, 174) configured to couple to a process control loop; an optical sensor (200, 202) configured to receive the measured output from the measurement circuitry; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor (200, 202); power supply circuitry configured to power the optical sensor (200, 202) with power received from a power source through the process control loop and loop connection (172, 174); wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor(200, 202) when the switching device is in an on condition. a process variable sensor configured to sense a process variable; measurement circuitry coupled to the process variable sensor configured to provide a measured output as a function of the process variable; output circuitry, comprising: a loop connection (172, 174) configured to couple to a process control loop; an optical sensor (200, 202) configured to receive the measured output from the measurement circuitry; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor (200, 202); power supply circuitry configured to power the optical sensor (200, 202) with power received from a power source through the process control loop and loop connection (172, 174); wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor(200, 202) when the switching device is in an on condition. a loop connection (172, 174) configured to couple to a process control loop; an optical sensor (200, 202) configured to receive the measured output from the measurement circuitry; characterised in that the output circuitry further comprises: a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor (200, 202); power supply circuitry configured to power the optical sensor (200, 202) with power received from a power source through the process control loop and loop connection (172, 174); wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor(200, 202) when the switching device is in an on condition. a switching device configured to apply pulses to the process control loop in response to an output from the optical sensor (200, 202); power supply circuitry configured to power the optical sensor (200, 202) with power received from a power source through the process control loop and loop connection (172, 174); wherein the power supply circuitry includes a capacitor arranged to provide power to the optical sensor(200, 202) when the switching device is in an on condition.
Car for an elevator in an elevator shaft, which is suspended substantially in the center of gravity thereof at least in a ratio of 2:1 by means of carrying means guided via pulleys, and which is guided via car guides, wherein the car comprises a car base, a car roof, car walls, and a passenger space in between that can be accessed by the passenger, characterized in that a first part of at least one pulley is located in the region between the car base and the car roof and a second part of the pulley is located in the car base.
A variant of a parent subtilisin with SEQ ID NO: 1 comprising the substitutions 9{R,K,H}, 15{G,A,S,T,M}, 68{G,A,S,T,M}, 218 {D,S,G,V} and 245 {R,K,H}, wherein the variant further comprises at least one of the following modifications: 61{D,E}, 62{D,E}, 76{D,E}, *97aG, 98{G,S}, 99G, 101G, 120{V,Q,D}, 131{T,S}, 137H, 194P, 228V, 230V, 261D, wherein the positions correspond to the positions of the mature polypeptide of SEQ ID NO: 2 [BPN'], wherein variant comprises an amino acid sequence having a degree of amino acid sequence identity to SEQ ID NO: 1 of at least 80 % and wherein the variant has improved egg removal capabilities.