mhurhangee/patent-ind-claim-en huggingface dataset:
A can production factory management and monitoring system for one or more can production factories , wherein each can production factory comprises a can production line formed from multiple machines including a cupper , a necker and a bodymaker : characterised in that the can production factory management and monitoring system comprises: a processing unit structured to receive data from a plurality of sensors structured to monitor one or more of said can production factories or said multiple machines included in the factories, to analyze the received data, and to generate a user interface including the received data or information resulting from analysis of the received data; a display structured to display the user interface; and an input device structured to receive input from the user, and wherein the user interface is interactive responsive to inputs received via the input device, wherein the user interface includes a plurality of views, wherein the processing unit is structured to switch between the plurality of views based on input received via the input device, and wherein the plurality of views includes a first view including received data or information resulting from analysis of the received data associated with a cupper or a necker in a single one of said one or more can production factories and a second view including received data or information resulting from analysis of the received data associated with at least said cupper , said necker , and said bodymaker in said single one factory. a processing unit structured to receive data from a plurality of sensors structured to monitor one or more of said can production factories or said multiple machines included in the factories, to analyze the received data, and to generate a user interface including the received data or information resulting from analysis of the received data; a display structured to display the user interface; and an input device structured to receive input from the user, and wherein the user interface is interactive responsive to inputs received via the input device, wherein the user interface includes a plurality of views, wherein the processing unit is structured to switch between the plurality of views based on input received via the input device, and wherein the plurality of views includes a first view including received data or information resulting from analysis of the received data associated with a cupper or a necker in a single one of said one or more can production factories and a second view including received data or information resulting from analysis of the received data associated with at least said cupper , said necker , and said bodymaker in said single one factory.
A method to be performed in a system comprising a User Equipment, UE, and a Broadcast Multicast Service Centre, BM-SC, for initiating a file repair procedure following a Multimedia Broadcast/Multicast service session, characterized in that , the method comprises: - receiving , from the BM-SC, a status update message comprising information on load and capacity of available File Repair Servers for the UE, wherein the status update message is received by means of an Association Delivery Procedure Description, ADPD, instance, wherein the ADPD instance is transmitted by the BM-SC to the UE when there is a change associated with at least one of the available File Repair Servers, and wherein the change comprises that a new File Repair Server is made available due to load corresponding to the new File Repair Server dropping below a threshold, - selecting at least one File Repair Server from the available File Repair Servers, to send a file repair request for the file repair procedure, based on the information carried in the status update message, and - sending the file repair request to the selected at least one File Repair Server. - receiving , from the BM-SC, a status update message comprising information on load and capacity of available File Repair Servers for the UE, wherein the status update message is received by means of an Association Delivery Procedure Description, ADPD, instance, wherein the ADPD instance is transmitted by the BM-SC to the UE when there is a change associated with at least one of the available File Repair Servers, and wherein the change comprises that a new File Repair Server is made available due to load corresponding to the new File Repair Server dropping below a threshold, - selecting at least one File Repair Server from the available File Repair Servers, to send a file repair request for the file repair procedure, based on the information carried in the status update message, and - sending the file repair request to the selected at least one File Repair Server.
A polarizer protecting film, comprising a substrate and a photocurable resin layer provided on at least one face of the substrate, wherein the photocurable resin layer comprises a cured product of a photocurable binder and a dye, wherein the dye has: - a maximum absorption wavelength of 520 nm to 540 nm and a maximum excitation wavelength of 540 nm to 600 nm; or - a maximum absorption wavelength of 610 nm to 660 nm and a maximum excitation wavelength of 640 nm to 680 nm, wherein the maximum absorption wavelength and the maximum excitation wavelength are determined as described in the description. a substrate and a photocurable resin layer provided on at least one face of the substrate, wherein the photocurable resin layer comprises a cured product of a photocurable binder and a dye, wherein the dye has: - a maximum absorption wavelength of 520 nm to 540 nm and a maximum excitation wavelength of 540 nm to 600 nm; or - a maximum absorption wavelength of 610 nm to 660 nm and a maximum excitation wavelength of 640 nm to 680 nm, - a maximum absorption wavelength of 520 nm to 540 nm and a maximum excitation wavelength of 540 nm to 600 nm; or - a maximum absorption wavelength of 610 nm to 660 nm and a maximum excitation wavelength of 640 nm to 680 nm, wherein the maximum absorption wavelength and the maximum excitation wavelength are determined as described in the description.
A method of producing an optical fiber comprising: providing a preform having a consolidated glass core and a first porous glass cladding layer ; exposing the preform to a first gas atmosphere at a first temperature, the first gas atmosphere comprising a chlorine source material, the chlorine source material providing chlorine for doping the first porous glass cladding layer ; exposing the preform to a second gas atmosphere at a second temperature; the second gas atmosphere comprising a reducing agent; and heating the preform in the presence of the second gas atmosphere at a third temperature; the heating causing sintering of the first porous glass cladding layer, the sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; wherein the first temperature is at least 800 °C, the second temperature is greater than or equal to the first temperature, and the third temperature is greater than or equal to the second temperature; and drawing the fiber. providing a preform having a consolidated glass core and a first porous glass cladding layer ; exposing the preform to a first gas atmosphere at a first temperature, the first gas atmosphere comprising a chlorine source material, the chlorine source material providing chlorine for doping the first porous glass cladding layer ; exposing the preform to a second gas atmosphere at a second temperature; the second gas atmosphere comprising a reducing agent; and heating the preform in the presence of the second gas atmosphere at a third temperature; the heating causing sintering of the first porous glass cladding layer, the sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; wherein the first temperature is at least 800 °C, the second temperature is greater than or equal to the first temperature, and the third temperature is greater than or equal to the second temperature; and drawing the fiber.
Condensate extraction device for a heat exchanger , comprising: - a condensate discharge opening ; - a lock device having a condensate collection chamber , it being possible for the lock device to be arranged in a collection position and in a discharge position; it being possible for the condensate extraction device to be attached to a heat exchanger in such a way that the condensate collection chamber is opened in the collection position toward an interior of the heat exchanger and is closed toward the condensate discharge opening , and in that the condensate collection chamber is closed in the discharge position toward the interior of the heat exchanger and is opened toward the condensate discharge opening , the lock device having a lock capsule in which the condensate discharge opening is formed and which can be connected to the heat exchanger , and the lock device having a lock head element which is arranged in the lock capsule and in which the condensate collection chamber is formed, and which is pivotable in the lock capsule between the collection position and the discharge position, characterized in that the lock device has at least one flushing recess which extends from an outer face of the lock head element toward the condensate collection chamber and is designed to guide a flushing fluid into the condensate collection chamber . - a condensate discharge opening ; - a lock device having a condensate collection chamber , it being possible for the lock device to be arranged in a collection position and in a discharge position;
A vacuum pump system for evacuating a chamber, in particular a lock or a process chamber, comprising a main vacuum pump configured as a screw pump whose inlet is adapted to be connected to the chamber to be evacuated, an auxiliary vacuum pump downstream of said main vacuum pump as seen in the direction of flow, wherein the main vacuum pump comprises an outlet area which is connected to a main outlet on the one hand and an inlet of the auxiliary vacuum pump on the other hand, and wherein an outlet of the auxiliary vacuum pump is connected to the main outlet , characterized in that the auxiliary vacuum pump is configured as a Roots, claw or side channel pump, and the suction capacity of the auxiliary vacuum pump is smaller than 1 10 of the suction capacity of the main vacuum pump .
A homopolypropylene having a melt flow rate of at least 20 g/10 min, measured in accordance with ASTM D1238, using 2.16 kg at 230°C, an Mw/Mn within a range from 7 to 16, an Mz/Mw within a range from 7 to 16, and comprising 1.1 wt% or less of atactic polypropylene based on the total weight of the homopolypropylene and atactic polypropylene wherein the homopolypropylene has a flexural modulus, measured according to JIS K 7171, of at least 1800 MPa, preferably without a nucleating agent, the homopolypropylene being obtained by conducting olefin polymerization using a catalyst that is obtained by bringing at least a magnesium compounds, a titanum halide compound, a phtalate and an alkylidene malonate compound in contact with each other.
A system, comprising: an ablation device including a set of electrodes disposable near tissue of a subj ect; a signal generator configured to generate a voltage pulse waveform for irreversible electroporation, the signal generator coupleable to the set of electrodes and configured to deliver the voltage pulse waveform to the set of electrodes to ablate the tissue by irreversible electroporation, the set of electrodes configured to induce currents and voltages in an intracardiac device disposed in proximity to the ablation device in response to receiving the voltage pulse waveform; and a protection device coupleable between the intracardiac device and an external electronic device, the protection device configured to reduce the currents and voltages induced in the intracardiac device. an ablation device including a set of electrodes disposable near tissue of a subj ect; a signal generator configured to generate a voltage pulse waveform for irreversible electroporation, the signal generator coupleable to the set of electrodes and configured to deliver the voltage pulse waveform to the set of electrodes to ablate the tissue by irreversible electroporation, the set of electrodes configured to induce currents and voltages in an intracardiac device disposed in proximity to the ablation device in response to receiving the voltage pulse waveform; and a protection device coupleable between the intracardiac device and an external electronic device, the protection device configured to reduce the currents and voltages induced in the intracardiac device.
Method of controlling a cooling device which is arranged for temperature control of rolling material, preferably metal strip (B), running through the cooling device along a conveying direction (F), wherein the cooling device is preferably arranged in front of a rolling train and wherein the method comprises: determining a total enthalpy of the system formed by the rolling material; determining a measure for the scale formation, which measure preferably comprises a scale factor dependent on the chemical composition and the surface temperature of the rolling material; calculating a temperature distribution and/or average temperature in the rolling material on the basis of a temperature computation model into which the determined total enthalpy and the measure for the scale formation enter; and setting a cooling performance of the cooling device with consideration of the calculated temperature distribution and/or average temperature in the rolling material. determining a total enthalpy of the system formed by the rolling material; determining a measure for the scale formation, which measure preferably comprises a scale factor dependent on the chemical composition and the surface temperature of the rolling material; calculating a temperature distribution and/or average temperature in the rolling material on the basis of a temperature computation model into which the determined total enthalpy and the measure for the scale formation enter; and setting a cooling performance of the cooling device with consideration of the calculated temperature distribution and/or average temperature in the rolling material.
A method for the simultaneous production of a fermented, solid product and ethanol comprising the following steps: 1) providing a mixture of milled or flaked biomass or biomass disintegrated by means of acid or alkaline pressure cooking or ultrasonic treatment, comprising oligosaccharides and/or polysaccharides and live yeast in a dry matter ratio of from 2:1 to 100:1, and water; 2) fermenting the mixture resulting from step under conditions where the water content in the initial mixture does not exceed 65 % by weight, for 1-36 hours at a temperature of 25-60°C under anaerobic conditions; 3) incubating the fermented mixture resulting from step for 0.5-240 minutes at a temperature of 70-150°C; and 4) separating wet fermented, solid product from the fermented mixture resulting from step ; further comprising that the fermentation in step is performed in one or more interconnected paddle worm or continuous worm conveyers with inlet means for the fermentation mixture and additives and outlet means for the ferment as well as control means for rotation speed, temperature and pH, and further comprising a step of 5) separating crude ethanol from the fermented mixture in step by vacuum and/or in step by vacuum or by injection of steam and condensing the surplus stripping steam. 1) providing a mixture of milled or flaked biomass or biomass disintegrated by means of acid or alkaline pressure cooking or ultrasonic treatment, comprising oligosaccharides and/or polysaccharides and live yeast in a dry matter ratio of from 2:1 to 100:1, and water; 2) fermenting the mixture resulting from step under conditions where the water content in the initial mixture does not exceed 65 % by weight, for 1-36 hours at a temperature of 25-60°C under anaerobic conditions; 3) incubating the fermented mixture resulting from step for 0.5-240 minutes at a temperature of 70-150°C; and 4) separating wet fermented, solid product from the fermented mixture resulting from step ; further comprising that the fermentation in step is performed in one or more interconnected paddle worm or continuous worm conveyers with inlet means for the fermentation mixture and additives and outlet means for the ferment as well as control means for rotation speed, temperature and pH, and further comprising a step of 5) separating crude ethanol from the fermented mixture in step by vacuum and/or in step by vacuum or by injection of steam and condensing the surplus stripping steam.
A heat exchanger suitable for recovering heat from bed material of a fluidized bed boiler , the heat exchanger comprising - first heat exchanger tubes , - second heat exchanger tubes , - a first feeding chamber configured to supply bed material to the first heat exchanger tubes , and - a second feeding chamber configured to supply bed material to the second heat exchanger tubes , wherein - the first heat exchanger tubes are arranged only on a first side of a plane (P) that intersects with the first feeding chamber and that is in use configured to be vertical and the second heat exchanger tubes are arranged only on a second side of the plane (P), wherein - the first feeding chamber is configured to supply bed material to the second feeding chamber . - first heat exchanger tubes , - second heat exchanger tubes , - a first feeding chamber configured to supply bed material to the first heat exchanger tubes , and - a second feeding chamber configured to supply bed material to the second heat exchanger tubes , wherein - the first heat exchanger tubes are arranged only on a first side of a plane (P) that intersects with the first feeding chamber and that is in use configured to be vertical and the second heat exchanger tubes are arranged only on a second side of the plane (P), wherein - the first feeding chamber is configured to supply bed material to the second feeding chamber .
A medical probe , comprising: a tubular shaft including a proximal end and a distal end, the tubular shaft extending along a longitudinal axis ; an expandable basket assembly proximate the distal end of the tubular shaft, the basket assembly comprising a first unitary tripodic structure and a second unitary tripodic structure , each tripodic structure formed from a respective planar sheet of material that includes three linear spines converging at a respective central spine intersection , each spine of each tripodic structure including a respective end connected to the distal end of the tubular shaft, the central spine intersection of each tripodic structure being positioned on the longitudinal axis at a distal end of the basket assembly; and one or more electrodes (40, 740A-740E) coupled to each of the spines, each electrode defining a lumen through the electrode so that the spine extends through the lumen of each of the one or more electrodes. a tubular shaft including a proximal end and a distal end, the tubular shaft extending along a longitudinal axis ; an expandable basket assembly proximate the distal end of the tubular shaft, the basket assembly comprising a first unitary tripodic structure and a second unitary tripodic structure , each tripodic structure formed from a respective planar sheet of material that includes three linear spines converging at a respective central spine intersection , each spine of each tripodic structure including a respective end connected to the distal end of the tubular shaft, the central spine intersection of each tripodic structure being positioned on the longitudinal axis at a distal end of the basket assembly; and one or more electrodes (40, 740A-740E) coupled to each of the spines, each electrode defining a lumen through the electrode so that the spine extends through the lumen of each of the one or more electrodes.
A gearbox for a rotorcraft, the gearbox comprising: a planetary gear set ; an input shaft coupled to a sun gear of the planetary gear set ; a mast coupled to a carrier of the planetary gear set and coaxially aligned with the input shaft ; a seal adapter support housing coupled to the mast ; and a seal positioned between an end of the input shaft and an end of the seal adapter support housing . a planetary gear set ; an input shaft coupled to a sun gear of the planetary gear set ; a mast coupled to a carrier of the planetary gear set and coaxially aligned with the input shaft ; a seal adapter support housing coupled to the mast ; and a seal positioned between an end of the input shaft and an end of the seal adapter support housing .
A device for selectively separating a granular material comprising a fraction of massive particles comprising filiform particles and coarse particles and a fraction of fine particles , said device comprising a feed of said granular material, a rotating member, a first collection area of said fraction of massive particles and a second collection area for said separated fraction of fine particles , characterised in that said rotating member is a rotating circular plate having a bottom inclined with respect to a horizontal plane and a peripheral edge extending in a flared manner upwards therefrom, said second collection area of said fraction of fine particles being located in a central area of said rotating circular plate , said rotating circular plate has four quadrants, a first quadrant extending from 0° to 90°, a second quadrant extending, in a trigonometric reference, from 90° to 180°, and a third quadrant extending from 180° to 270° with respect to a point 0 corresponding to a highest point of said rotating circular plate when the latter is stopped, said device being characterized in that said first collection area of said massive particles comprising filiform particles and coarse particles is a ramp fixedly descending along an arc comprised between 180° and 270°.
Folding device for fully unfolded cardboard boxes in flat form, preferably pizza boxes, which can be vertically accommodated in a magazine frame in the flat state for the purpose of being folded, characterized in that the folding device has an angle frame comprising at least two angle elements arranged at a distance from one another, which distance corresponds at least to the width of the cardboard box to be fed in, which angle elements each have an adjustable foot , the adjustable feet resting on an installation plane of the folding device , to each of which angle elements a vertical strut is hinged, preferably at right angles, the magazine frame , which is open at the lateral surface facing the vertical struts , being arranged on these vertical struts at a distance from the installation plane of the folding device , which distance corresponds at least to the width of the cardboard box to be fed in, the magazine frame being defined at least by the vertical struts , an installation surface which closes the magazine frame at its bottom, a belt drive and at least one hollow tube which is integrally formed on one of the two vertical struts and is preferably arranged at the top of the installation surface , an at least substantially L-shaped insertion tube being inserted into the integrally formed hollow tube such that this hollow tube and the inserted insertion tube can at least partially surround the vertical cardboard boxes , and the preferably electromotively driven belt drive (11 being assigned to the installation surface such that a foremost vertical cardboard box accommodated in the magazine frame can be fed into a folding frame , which is arranged below the installation surface and secured to the vertical struts , by means of the preferably electromotively driven belt drive and/or by means of a sensor-controlled propulsion of the belt drive , the folding frame comprising at least one lower folding tool and two lateral folding tools arranged on the right- and left-hand side, and such that the lower edge of this cardboard box to be fed in can rest on a surface of the folding frame which protrudes toward the cardboard box and, moreover, can be folded by means of the folding frame and its associated folding tools into a predefined spatial shape.