mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for producing a cyclic carbonate comprising: an adiabatic reactor to be filled with a solid catalyst having an ionic organic compound immobilized on a support as a heterogeneous catalyst for reacting an epoxide with carbon dioxide, wherein the ionic organic compound is a quaternary organic ammonium salt having a halide anion as a counter ion or a quaternary organic phosphonium salt having a halide anion as a counter ion; a circulation path for returning at least a portion of a fluid mixture in a liquid form flowed out through a reactor outlet into the reactor; a carbon dioxide supply means for continuously supplying carbon dioxide in a liquid form or a supercritical state into the circulation path; and an epoxide supply means for continuously supplying an epoxide in a liquid or solution form into the circulation path, wherein the circulation path comprises a heat exchange means for removing heat from a circulating fluid by indirect heat exchange, a mixing means for mixing carbon dioxide supplied by the carbon dioxide supply means with the circulating fluid in a path, a gas-liquid separation means for conducting a gas-liquid separation treatment by reducing the pressure of a circulating fluid containing carbon dioxide obtained by the mixing means, a pressurization means for pressurizing a circulating fluid after the gas-liquid separation treatment to a predetermined pressure, and a mixing means for mixing the epoxide supplied by the epoxide supply means with the circulating fluid in a path. an adiabatic reactor to be filled with a solid catalyst having an ionic organic compound immobilized on a support as a heterogeneous catalyst for reacting an epoxide with carbon dioxide, wherein the ionic organic compound is a quaternary organic ammonium salt having a halide anion as a counter ion or a quaternary organic phosphonium salt having a halide anion as a counter ion; a circulation path for returning at least a portion of a fluid mixture in a liquid form flowed out through a reactor outlet into the reactor; a carbon dioxide supply means for continuously supplying carbon dioxide in a liquid form or a supercritical state into the circulation path; and an epoxide supply means for continuously supplying an epoxide in a liquid or solution form into the circulation path, wherein the circulation path comprises a heat exchange means for removing heat from a circulating fluid by indirect heat exchange, a mixing means for mixing carbon dioxide supplied by the carbon dioxide supply means with the circulating fluid in a path, a gas-liquid separation means for conducting a gas-liquid separation treatment by reducing the pressure of a circulating fluid containing carbon dioxide obtained by the mixing means, a pressurization means for pressurizing a circulating fluid after the gas-liquid separation treatment to a predetermined pressure, and a mixing means for mixing the epoxide supplied by the epoxide supply means with the circulating fluid in a path.
A device for cleaning a tip of a rotary kiln burner consisting of a support tube having an axis X intended to pass through said burner and characterized in that the support tube comprises a metal cable connected at one of its ends to a scraper and at the other end to a system for positioning and holding the position of the scraper, in that the scraper is articulated on the support tube between a first position aligned with the axis X in the extension of the support tube and a second position perpendicular to the axis X, in that the scraper has a beveled portion on its profile and in that the support tube is connected to a means for rotating the entire device, the cleaning device being intended to be introduced into the burner until the scraper exits completely from said burner on the kiln side.
Apparatus comprising: a catheter; an upstream pump disposed on the catheter, the upstream pump including a first impeller comprising impeller blades and configured to pump blood by rotating; a downstream pump disposed on the catheter, proximally to the upstream pump, the downstream pump including a second impeller comprising impeller blades and configured to pump blood by rotating; and a control unit configured to control activation of the first and second pumps (24U, 24D), the impeller blades of the first and second impellers (28U, 28D) of the upstream and downstream pumps (24U, 24D) being configured, when activated, to pump blood in opposite directions from one another or in the same direction as one another; characterized in that the first and second impellers (28U, 28D) are configured to be rotated either at respective rotation rates, in order to cause the pumping of blood to be performed at respective rates, or alternatively at the same rotation rate, but the impellers are sized, shaped, and/or oriented such that the rate at which blood is pumped by the respective impellers is not equal. a catheter; an upstream pump disposed on the catheter, the upstream pump including a first impeller comprising impeller blades and configured to pump blood by rotating; a downstream pump disposed on the catheter, proximally to the upstream pump, the downstream pump including a second impeller comprising impeller blades and configured to pump blood by rotating; and a control unit configured to control activation of the first and second pumps (24U, 24D), the impeller blades of the first and second impellers (28U, 28D) of the upstream and downstream pumps (24U, 24D) being configured, when activated, to pump blood in opposite directions from one another or in the same direction as one another; characterized in that the first and second impellers (28U, 28D) are configured to be rotated either at respective rotation rates, in order to cause the pumping of blood to be performed at respective rates, or alternatively at the same rotation rate, but the impellers are sized, shaped, and/or oriented such that the rate at which blood is pumped by the respective impellers is not equal.
A processing apparatus comprising: a tank having at least one wall, wherein the tank defines an interior for containing a liquid and one or more parts to be processed, the wall of the tank being substantially planar and coming into contact with the liquid; one or more ultrasonic transducers for providing ultrasonic energy to the interior of the tank; an air blanket reflector placed in the tank, wherein the air blanket reflector includes a first face panel located adjacent to the wall of the tank, the first face panel being substantially parallel to the wall of the tank such that the first face panel is oriented toward the interior of the tank, and a cavity filled with gas and containing no liquid located between the first face panel and the wall of the tank, and wherein the thickness of the first face panel is less than the thickness of the walls of the tank. a tank having at least one wall, wherein the tank defines an interior for containing a liquid and one or more parts to be processed, the wall of the tank being substantially planar and coming into contact with the liquid; one or more ultrasonic transducers for providing ultrasonic energy to the interior of the tank; an air blanket reflector placed in the tank, wherein the air blanket reflector includes a first face panel located adjacent to the wall of the tank, the first face panel being substantially parallel to the wall of the tank such that the first face panel is oriented toward the interior of the tank, and a cavity filled with gas and containing no liquid located between the first face panel and the wall of the tank, and wherein the thickness of the first face panel is less than the thickness of the walls of the tank.
A device for controlling climate parameters of a plurality of racks (305, 310) arranged such as to form at least one aisle between them and so that for each of the at least one aisle, one of supply sides and removal sides of all racks adjacent to the aisle face towards the aisle, wherein at least one cover element seals the aisle at a top end, the cover element comprising a bleeding opening, and wherein ends of the aisle are closed by at least one of racks and termination elements, the device being characterized by - at least one sensor (335; 345) adapted to determine a direction of medium flow at the bleeding opening arranged for bleeding the medium from or into the aisle so that the direction is indicative of excess of air inside the aisle or a pressure drop inside the aisle, wherein the medium is air; and - a control unit connected to the at least one sensor and adapted to control performance of a conveyor conveying the medium along a path along which the medium is exchanged between a climate control unit and the plurality of racks. - at least one sensor (335; 345) adapted to determine a direction of medium flow at the bleeding opening arranged for bleeding the medium from or into the aisle so that the direction is indicative of excess of air inside the aisle or a pressure drop inside the aisle, wherein the medium is air; and - a control unit connected to the at least one sensor and adapted to control performance of a conveyor conveying the medium along a path along which the medium is exchanged between a climate control unit and the plurality of racks.
Inspection lamp for inspecting surface structures, having an elongate housing which extends in a longitudinal direction (x) and in which an LED arrangement and elongate collimator optics which extend in the longitudinal direction (x) are arranged, wherein the collimator optics are adapted to bundle light emitted from the LED arrangement into a light bundle extending in the longitudinal direction (x) whose aperture angle (α) in a width direction (y) orthogonal to the longitudinal direction (x) is less than 20 degrees, characterized in that the inspection lamp is designed as a freely movable and positionable hand lamp, wherein the housing has lateral longitudinal sides (5, 6) which run perpendicularly to the width direction (y) and are adapted such that the directional beam of the light bundle runs parallel to the wall when the lateral longitudinal sides (5, 6) rest against a substantially flat wall in a tilting-stable manner, the housing having a substantially cuboid, elongated basic shape, the depth of which is less than its width.
A method comprising: determining that a network interruption has occurred at an active node of a communication system comprising a geographically distributed collection of nodes interconnected by communication links and segments for transporting data between end points, wherein the active node is facilitating a first communication dialog between a first end point and a second end point; in response to the network interruption, initiating a stateful switchover between the active node and a standby node of the communication system; and transmitting a reroute message to the first end point and the second end point, the reroute message instructing the first end point and the second end point to cease use of the first communication dialog and begin use of a second communication dialog, the second communication dialog facilitated by the standby node, the reroute message including at least a header field comprising instructions for the respective endpoint to cease use of the first communication dialog. determining that a network interruption has occurred at an active node of a communication system comprising a geographically distributed collection of nodes interconnected by communication links and segments for transporting data between end points, wherein the active node is facilitating a first communication dialog between a first end point and a second end point; in response to the network interruption, initiating a stateful switchover between the active node and a standby node of the communication system; and transmitting a reroute message to the first end point and the second end point, the reroute message instructing the first end point and the second end point to cease use of the first communication dialog and begin use of a second communication dialog, the second communication dialog facilitated by the standby node, the reroute message including at least a header field comprising instructions for the respective endpoint to cease use of the first communication dialog.
An antibody, or antigen-binding fragment thereof, having specific binding affinity for 4,6-diamino-5-(formylamino)pyrimidine (FAPY-adenine), wherein the antibody or antigen-binding fragment specifically binds to an epitope on the base portion of FAPY-adenine and does not significantly cross-react with other nucleotide bases nor with carbohydrate or protein portions of carbohydrate or protein conjugates of FAPY-adenine or other nucleoside bases.
A method for producing a positionable sealing profile for vehicle doors, with a first profile (2, 2', 2"), characterised in that the first profile (2, 2', 2") is inserted into and held to a tool (3a, 3b, 3', 3"), in particular a receiving device and/or a form for the holding reception of sealing profiles and to the processing thereof, in particular for the injecting of further profiles and/or profile parts in a injecting machine and/or for the cutting to size of the sealing profiles, and then at least two injection processes are carried out before the tool (3a, 3b, 3', 3") is opened again and/or without the sealing profile being instead encompassed in another tool, wherein, during one of the at least two injection processes, a further profile part (4, 5, 6, 7, 4', 4") is injected onto the first profile (2, 2', 2") and, during another of the at least two injection processes, a positioning pin (8, 8', 8") is laterally injected onto the first profile (2, 2', 2") and/or onto the further profile part (4, 5, 6, 7, 4', 4"), which is designed for being used as a stop for positioning on the vehicle and/or in a tool (3', 3").
An apparatus comprising: an electromagnet having a bottom end, a top end, and a central axis extending therebetween, the width perpendicular to the central axis at the top end being less than the width perpendicular to the central axis at the bottom end defining a wedge shape for the electromagnet, the electromagnet comprising: a nest (N7L, N8L) with a plurality of nested freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8), each of the freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8) having a height in a direction parallel to the central axis; and electrically conductive wire wrapped around the outsides of the freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8) to define a multilayer electrical coil in which adjacent layers of the multilayer electrical coil are spaced apart by intervening freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8); wherein electrically energizing the multilayer electrical coil generates a magnetic field inside the multilayer electrical coil. a nest (N7L, N8L) with a plurality of nested freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8), each of the freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8) having a height in a direction parallel to the central axis; and electrically conductive wire wrapped around the outsides of the freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8) to define a multilayer electrical coil in which adjacent layers of the multilayer electrical coil are spaced apart by intervening freestanding electrically insulating former layers (FL1, FL2, FL3, FL4, FL5, FL6, FL7, FL8); wherein electrically energizing the multilayer electrical coil generates a magnetic field inside the multilayer electrical coil.
A β-crystal form nucleating agent composition for polypropylene, comprising a β-crystal form nucleating agent carboxylic acid metal salt of tetrahydro phthalic anhydride and at least one adjuvant selected from the group consisting of calcium carbonate, hydrotalcite and talc powder.
A multithreaded processor comprising a plurality of arithmetic units (104-1 to 104-m) and an accumulator unit, the processor comprising: a reduction unit (102, 102') for coupling between m arithmetic units included in the plurality of arithmetic units and the accumulator unit, the reduction unit being configured to receive input operands (P to P [m]) from the m arithmetic units and a first accumulator value (P) from a source location of the accumulator unit specified in an instruction, the input operands associated with a thread of the multithreaded processor, the reduction unit further comprising m inputs for receiving the input operands, m adders and an m stage pipeline; wherein the reduction unit is operative to sum the input operands and the first accumulator value, and to generate a second accumulator value for delivery to a destination location of the accumulator unit specified in an instruction; and wherein the reduction unit is controllable to support saturation and wrap-around arithmetic; characterised in that the reduction unit includes one or more pipeline registers, such that each of the m inputs is coupled to a corresponding adder by means of N-1 pipeline registers, where N is a stage number greater than or equal to 1; wherein multiplications of a dot product are performed by the arithmetic units; and wherein multiplications and reductions for one dot product are configured to execute concurrently with operations from other threads; and wherein the accumulator unit is configured to store accumulator values for dot products of different threads. a reduction unit (102, 102') for coupling between m arithmetic units included in the plurality of arithmetic units and the accumulator unit, the reduction unit being configured to receive input operands (P to P [m]) from the m arithmetic units and a first accumulator value (P) from a source location of the accumulator unit specified in an instruction, the input operands associated with a thread of the multithreaded processor, the reduction unit further comprising m inputs for receiving the input operands, m adders and an m stage pipeline; wherein the reduction unit is operative to sum the input operands and the first accumulator value, and to generate a second accumulator value for delivery to a destination location of the accumulator unit specified in an instruction; and wherein the reduction unit is controllable to support saturation and wrap-around arithmetic; characterised in that the reduction unit includes one or more pipeline registers, such that each of the m inputs is coupled to a corresponding adder by means of N-1 pipeline registers, where N is a stage number greater than or equal to 1; wherein multiplications of a dot product are performed by the arithmetic units; and wherein multiplications and reductions for one dot product are configured to execute concurrently with operations from other threads; and wherein the accumulator unit is configured to store accumulator values for dot products of different threads.
Polymer comprising vinylidene fluoride, trifluoroethylene and chlorotrifluoroethylene structural units, in which the vinylidene fluoride-to-trifluoroethylene molar ratio in the polymer is from 55:45 to 65:35, and the molar proportion of chlorotrifluoroethylene structural units in the polymer is from 1.5% to 4.5%.
A system for multiframe image enhancement, the system comprising: a camera assembly configured to capture a plurality of image frames of a scene during a video capture; an optical image stabilizer, OIS, configurable to maintain a same field-of-view of the scene by holding the scene steady over successive image frames during the capture of the plurality of image frames; and a processing module configured to detect a request to generate a still image during the video capture, and to capture the successive image frames of the plurality of image frames in response to the request, the successive image frames having the field-of-view of the scene maintained by the OIS when the OIS is configured to maintain a same field-of-view, wherein the processing module is further configured to generate the still image from the captured successive image frames. a camera assembly configured to capture a plurality of image frames of a scene during a video capture; an optical image stabilizer, OIS, configurable to maintain a same field-of-view of the scene by holding the scene steady over successive image frames during the capture of the plurality of image frames; and a processing module configured to detect a request to generate a still image during the video capture, and to capture the successive image frames of the plurality of image frames in response to the request, the successive image frames having the field-of-view of the scene maintained by the OIS when the OIS is configured to maintain a same field-of-view, wherein the processing module is further configured to generate the still image from the captured successive image frames.
A system suitable for providing beneficial insects or mites in a protected cropping environment, comprising a carrier ribbon and a plurality of substantially planar sachets carried on the ribbon, wherein each sachet comprises a dispensing compartment for beneficial insects or mites and a first emergence hole on one side of the compartment and a second emergence hole so that insects or mites can emerge and be dispensed in the protected cropping environment, wherein the position of the second emergence hole mirrors the position of the first emergence hole on an opposite side face of the sachet, and wherein the sachets are arranged along the carrier ribbon in a regularly spaced arrangement said spacing being in the range from 10cm to 90cm; and wherein the carrier ribbon is of a length in the range of 10m to 200m.
Synergistic fungicidal active compound combinations comprising the carboxamide N -[2-(1,3-dimethylbutyl)phenyl]-5-fluoro-1,3-dimethyl-1 H- pyrazole-4-carboxamide (group 1) and at least one active compound of group, where the active compounds are selected from the list below: prothioconazole tebuconazole, characterized in that the mixing ratio, expressed in weight ratios, of the active compound of the formula to the active compound or is as follows: 50:1-1:50. prothioconazole tebuconazole,
A cataphoretic and electrolytic electrodeposition system for small metal parts, comprising a tank for containing a treatment bath, a receptacle for containing the parts to be treated, a first electrode applied in the said tank, a second electrode applied to the receptacle, an electric direct current generator at whose opposite poles said first and second electrode are connected, and rotation actuation means for the receptacle, said receptacle having a perforated hollow longitudinal body closed at a first longitudinal end thereof and open at a second longitudinal end thereof defining a mouth for loading and unloading parts, there being further provided means for tipping the receptacle from a position of immersion in the tank for the treatment of the parts to a position for gravity unloading of the treated parts through said mouth, wherein the rotation actuation means comprises a motor-driven rotation shaft that is rigidly joined to a base of the hollow longitudinal body coaxially with a longitudinal axis of said hollow longitudinal body, characterized in that said second electrode comprises one or more loop electrical conductors applied along the outer perimeter of said body, one or more longitudinal electrical conductors applied to the external side of the said body and intersecting said one or more loop electrical conductors, and electrically conductive pins in contact with said one or more loop conductors and/or said one or more longitudinal conductors, said pins being disposed through the wall thickness of the said body and extending into the internal cavity of said body, a contactor board of said direct current generator being keyed to said rotation shaft.