mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing puffed rice for an instant food product, the method comprising: adjusting the moisture content of boiled or steamed rice by primary drying, wherein the primary drying is performed by ventilation at 100 °C or lower until the boiled or steamed rice is dried to a moisture content of 20 mass % or more but 30 mass % or less; subjecting the rice from primary drying to pressing and flattening; adjusting the moisture content of the pressed and flattened rice by secondary drying, wherein the secondary drying is performed by ventilation at 100 °C or lower until the rice is dried to a moisture content of 10 mass % or more but 25 mass % or less; and puffing and drying the rice from secondary drying at a temperature of 130 °C or higher but lower than 160 °C until the rice has a bulk specific gravity of 0.55 g/ml or more, wherein the puffing and drying uses a high temperature airflow having an air velocity of 40 m/s or more. adjusting the moisture content of boiled or steamed rice by primary drying, wherein the primary drying is performed by ventilation at 100 °C or lower until the boiled or steamed rice is dried to a moisture content of 20 mass % or more but 30 mass % or less; subjecting the rice from primary drying to pressing and flattening; adjusting the moisture content of the pressed and flattened rice by secondary drying, wherein the secondary drying is performed by ventilation at 100 °C or lower until the rice is dried to a moisture content of 10 mass % or more but 25 mass % or less; and puffing and drying the rice from secondary drying at a temperature of 130 °C or higher but lower than 160 °C until the rice has a bulk specific gravity of 0.55 g/ml or more, wherein the puffing and drying uses a high temperature airflow having an air velocity of 40 m/s or more.
A stator vane of a stator assembly configured to be supported by a turbine casing of a gas turbine engine, the stator vane comprising: a front wall configured to be in front of a rear wall in an axial direction of the gas turbine engine; an air passage defined in the stator vane, the air passage having a portion positioned on an upstream side and configured to extend in a radial direction of the gas turbine engine; an inlet defined in the stator vane to open radially outwardly in communication with the upstream portion of the air passage; an adjustment plate covering the inlet, the adjustment plate having two apertures (30a, 30b) defined therein for introducing a cooling air radially inwardly into the inlet, and characterized in that the two apertures being positioned and spaced away from each other on a camber line of the stator vane, the camber line comprising a line formed between points halfway between the front wall and the rear wall of the stator vane, the inlet being elongated along the camber line and having a length along the camber line, one of the two apertures (30a, 30b) on the upstream side being positioned L/4 to L/3 away from an upstream end of the inlet and the other on the downstream side being positioned 2L/3 to 3L/4 away from the upstream end of the inlet; and a radially outward flange defined in the stator vane, the flange having the inlet formed therewith and a radially outward surface on which the adjustment plate is fixed. a front wall configured to be in front of a rear wall in an axial direction of the gas turbine engine; an air passage defined in the stator vane, the air passage having a portion positioned on an upstream side and configured to extend in a radial direction of the gas turbine engine; an inlet defined in the stator vane to open radially outwardly in communication with the upstream portion of the air passage; an adjustment plate covering the inlet, the adjustment plate having two apertures (30a, 30b) defined therein for introducing a cooling air radially inwardly into the inlet, and characterized in that the two apertures being positioned and spaced away from each other on a camber line of the stator vane, the camber line comprising a line formed between points halfway between the front wall and the rear wall of the stator vane, the inlet being elongated along the camber line and having a length along the camber line, one of the two apertures (30a, 30b) on the upstream side being positioned L/4 to L/3 away from an upstream end of the inlet and the other on the downstream side being positioned 2L/3 to 3L/4 away from the upstream end of the inlet; and a radially outward flange defined in the stator vane, the flange having the inlet formed therewith and a radially outward surface on which the adjustment plate is fixed.
Use of an empty container having a connecting unit with at least one dedicated shutoff device and having a multiway system with two or more shutoff devices, wherein the multiway system has a dedicated immersion tube and the shutoff device is a valve (6a, 6b or 6c), preferably a membrane valve, or a tap, and the connecting unit can be connected to a distillation column, wherein the empty container has a cylindrical shell and, at either end of the cylindrical shell, a curved base and a curved upper end, a support and a capacity of at least 300 litres, and the material from which the empty container and the connecting unit are formed is 316L stainless steel and the stainless steel has been electropolished, for storage, handling and/or transport of compounds of high purity and ultrahigh purity selected from silicon tetrachloride, trichlorosilane, dichlorosilane, monochlorosilane, hexachlorodi-silane, monosilane, hexamethyldisilazane, tetraethoxysilane, methyltriethoxysilane, dimethyldimethoxysilane, germanium tetrachloride and monogermane.
Carrier device for conveying a batch of product items between two or more processing stations in a product processing system, wherein: the carrier device comprises a substantially rigid frame comprising a substantially planar array of product accommodating regions, each of the product accommodating regions comprising a support surface for bearing at least one of the product items during the conveying, wherein the array comprises a plurality of rows and a plurality of columns of product accommodating regions; each of the product accommodating regions is provided with a first access opening in a front face of the array, through which access opening a product item can be introduced into or removed from the product accommodating region; and the substantially rigid frame comprises one or more transport attachment points (4, 5) for engaging with a carrier conveying means (11, 13); the carrier device being characterized in that the substantially rigid frame comprises a front face and a rear face and closed side walls wherein the one or more transport attachment points (4, 5) are provided at the closed side walls for engaging with the carrier conveying means (11, 13), and each of the product accomodating regions in addition to the first access opening in the front face is provided with a closed rear face except of a pusher opening, provided that through which a pusher bar is inserted so as to expel a product item from the product accommodating region by sliding the said product towards the front face and out of the product accommodating region through the access opening. the carrier device comprises a substantially rigid frame comprising a substantially planar array of product accommodating regions, each of the product accommodating regions comprising a support surface for bearing at least one of the product items during the conveying, wherein the array comprises a plurality of rows and a plurality of columns of product accommodating regions; each of the product accommodating regions is provided with a first access opening in a front face of the array, through which access opening a product item can be introduced into or removed from the product accommodating region; and the substantially rigid frame comprises one or more transport attachment points (4, 5) for engaging with a carrier conveying means (11, 13); the carrier device being characterized in that the substantially rigid frame comprises a front face and a rear face and closed side walls wherein the one or more transport attachment points (4, 5) are provided at the closed side walls for engaging with the carrier conveying means (11, 13), and each of the product accomodating regions in addition to the first access opening in the front face is provided with a closed rear face except of a pusher opening, provided that through which a pusher bar is inserted so as to expel a product item from the product accommodating region by sliding the said product towards the front face and out of the product accommodating region through the access opening.
Centrifugal pump comprising: - a suction conduit and a related suction mouth, - a pumping chamber lodging a respective impeller provided with a plurality of blades, and which rotates around a respective rotation axis, - an out-flow conduit which branches out from said pumping chamber in a direction which is basically tangent to the outer perimeter of said pumping chamber, - an out-flow mouth connecting said pumping chamber to said out-flow-conduit, said pumping chamber comprises: - an outer sector - an inner diffuser oriented inwards and integrally formed by: - a centering ring placed on a plane orthogonal to the rotation axis, - a first partially cylindrical portion formed to said centering ring and having its axis substantially coaxial to said rotation axis of said impeller, - a second portion, formed to the first partially cylindrical portion, said first and second portion (13, 15) being arranged and lined so as to superimpose to each other, said first and second portion (13, 15) angularly extending for a common development angle (a) with respect to said rotation axis such that the respective ends lie substantially on the same planes passing through said rotation axis, characterized in that said second portion comprises: - a plane annular band, - a generally waved surface when viewed in axial direction, and - on an end of said common angle (a), the corresponding end of said plane annular band is oriented towards said centering ring forming a related inclined surface. - a suction conduit and a related suction mouth, - a pumping chamber lodging a respective impeller provided with a plurality of blades, and which rotates around a respective rotation axis, - an out-flow conduit which branches out from said pumping chamber in a direction which is basically tangent to the outer perimeter of said pumping chamber, - an out-flow mouth connecting said pumping chamber to said out-flow-conduit, said pumping chamber comprises: - an outer sector - an inner diffuser oriented inwards and integrally formed by: - a centering ring placed on a plane orthogonal to the rotation axis, - a first partially cylindrical portion formed to said centering ring and having its axis substantially coaxial to said rotation axis of said impeller, - a second portion, formed to the first partially cylindrical portion, - a plane annular band, - a generally waved surface when viewed in axial direction, and - on an end of said common angle (a), the corresponding end of said plane annular band is oriented towards said centering ring forming a related inclined surface.
A drilling rig for cutting a vertical trench from the surface of the ground, the rig comprising: - a frame having a top portion secured to a support device for carrying the frame; and - a verticality measurement device comprising at least a first cable and at least a first inclinometer, one end of the first cable being connected to the top portion of the frame and to the first inclinometer; the drilling rig being characterized in that it further comprises at least one first connection device comprising: - a support fastened to the frame; and - a body connected to the support via a swivel link; and in that the first inclinometer and the first cable are fastened to the body while being arranged on opposite sides of the swivel link. - a frame having a top portion secured to a support device for carrying the frame; and - a verticality measurement device comprising at least a first cable and at least a first inclinometer, one end of the first cable being connected to the top portion of the frame and to the first inclinometer; - a support fastened to the frame; and - a body connected to the support via a swivel link;
Method for pressure relief in a nuclear power plant comprising a containment structure for enclosing activity carriers and having an outlet for a relief flow, the relief flow being guided out of the containment structure into the atmosphere via a relief line provided with a filter system, the filter system comprising a filter chamber having a filter-chamber inlet, a filter-chamber outlet and a sorbent filter which is arranged therebetween, the relief flow in a high-pressure portion of the relief line being guided, at least in part, past the filter chamber and the filter chamber being heated by means of heat transfer, and the relief flow being expanded at the end of the high-pressure portion by expansion at a throttle, and being dried, characterised in that the relief flow - is then guided through a sand-bed filter or a gravel-bed filter; - is then guided in a superheating portion past the high-pressure portion of the relief line and in the process is heated by means of heat transfer; - is guided in this state directly thereafter through the filter chamber having the sorbent filter, and - is finally blown out into the atmosphere. - is then guided through a sand-bed filter or a gravel-bed filter; - is then guided in a superheating portion past the high-pressure portion of the relief line and in the process is heated by means of heat transfer; - is guided in this state directly thereafter through the filter chamber having the sorbent filter, and - is finally blown out into the atmosphere.
A method of fabricating a three-dimensional object made from poly-4-hydroxybutyrate, wherein the object is fabricated by a computer aided additive manufacturing approach and wherein the object is fabricated by a method selected from the group comprising: (i) fused pellet deposition, (ii) melt extrusion deposition, (iii) selective laser melting, (iv) printing of slurries and solutions using a coagulation bath, and (v) printing using a binding solution and granules of powder.
A split loading funnel (10, 110, 210) for guiding a gob of molten glass from an inlet of the funnel (10, 110, 210) to an outlet of the funnel (10, 110, 210), the split loading funnel (10, 110, 210) being characterized by: two or more individual funnel segments (12, 14, 112, 114, 212, 214) coupled together, each of the individual funnel segments including an upper portion and a lower portion, the upper portions of the individual funnel segments together providing the inlet of the funnel, and the lower portions of the individual funnel segments together providing the outlet of the funnel, and wherein each of the lower portions of the individual funnel segments has a concave interior guide surface (28, 30, 128, 130), the concave interior guide surfaces being positioned relative to one another and cooperating to define a guide passage (38, 138, 238) extending along a longitudinal axis and terminating at the outlet of the funnel.
A power machine having a frame, a tractive element operably coupled to the frame, a work element operably coupled to frame, an engine mounted to the frame, the engine providing a source of power to the tractive element and the work element, and a control system for controlling operation of the tractive element, work element, and engine, the control system comprising: a first user input, capable of being manipulated to provide a signal indicative of an intent to control the tractive element; a second user input, capable of being manipulated to provide a signal indicative of an intent to control the work element; and a controller for providing a control signal to control an engine operating speed, the controller in communication with the first and second user inputs to receive the signals from the first and second user inputs and being configured to determine a desired engine operating speed by determining a baseline engine operating speed and calculating an offset based at least in part on at least one of the signal from the first user input and the signal from the second user input and provide a control signal to the engine based on the determined desired engine operating speed. a first user input, capable of being manipulated to provide a signal indicative of an intent to control the tractive element; a second user input, capable of being manipulated to provide a signal indicative of an intent to control the work element; and a controller for providing a control signal to control an engine operating speed, the controller in communication with the first and second user inputs to receive the signals from the first and second user inputs and being configured to determine a desired engine operating speed by determining a baseline engine operating speed and calculating an offset based at least in part on at least one of the signal from the first user input and the signal from the second user input and provide a control signal to the engine based on the determined desired engine operating speed.
A rotating electrical machine apparatus for generating a propulsion force or generating electric power comprising: a cylindrical duct; and a rim arranged to be rotatable in a radial inward direction of the cylindrical duct, including a cylindrical portion, a blade provided in a radial inward direction of the cylindrical portion from an inner surface of the cylindrical portion, and a rotor portion (23, 23a, 23b, 23c) provided in the cylindrical portion, wherein the cylindrical duct is provided with a recessed portion recessed radially outwardly from an inner surface the cylindrical duct, in which the rotor portion (23, 23a, 23b, 23c) is housed, in the recessed portion, a stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) is provided to face the rotor portion (23, 23a, 23b, 23c) of the rim along a rotation axis, and the rotor portion (23, 23a, 23b, 23c) and the stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) are aligned along the rotation axis of the rim, the apparatus being characterised in that it further comprise a controller for adjusting electric power supplied to the stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) according to a magnitude of a generated propulsion force or generated electric power such that a force is generated in a direction opposite to a direction of a load that acts along the rotation axis of the rim of loads that act on the rim following rotation of the blade. a cylindrical duct; and a rim arranged to be rotatable in a radial inward direction of the cylindrical duct, including a cylindrical portion, a blade provided in a radial inward direction of the cylindrical portion from an inner surface of the cylindrical portion, and a rotor portion (23, 23a, 23b, 23c) provided in the cylindrical portion, wherein the cylindrical duct is provided with a recessed portion recessed radially outwardly from an inner surface the cylindrical duct, in which the rotor portion (23, 23a, 23b, 23c) is housed, in the recessed portion, a stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) is provided to face the rotor portion (23, 23a, 23b, 23c) of the rim along a rotation axis, and the rotor portion (23, 23a, 23b, 23c) and the stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) are aligned along the rotation axis of the rim, the apparatus being characterised in that it further comprise a controller for adjusting electric power supplied to the stator portion (12a, 12b, 14, 14a, 15, 15a, 17, 17a, 18) according to a magnitude of a generated propulsion force or generated electric power such that a force is generated in a direction opposite to a direction of a load that acts along the rotation axis of the rim of loads that act on the rim following rotation of the blade.
An intrusion detection device, comprising: a state transition information storage section to hold a system state rule, wherein predefined combinations of states of a plurality of devices (300, 400) included in a communication system are defined by the system state rule; a state detection section to detect states of the plurality of devices (300, 400) included in the communication system and to determine whether the combination of the detected states of the plurality of devices (300, 400) corresponds to one of the predefined combinations of states; a selection section to select, from among a plurality of whitelists each of which is associated with one of the predefined combinations of states, a whitelist associated with the combination of the states of the plurality of devices detected by the state detection section when the combination of the states of the plurality of devices (300, 400) is determined to correspond to one of the predefined combinations of states; and an attack detection section to detect an attack on the communication system by using the whitelist selected by the selection section, wherein an attack is detected when communication data does not conform to the whitelist selected by the selection section. a state transition information storage section to hold a system state rule, wherein predefined combinations of states of a plurality of devices (300, 400) included in a communication system are defined by the system state rule; a state detection section to detect states of the plurality of devices (300, 400) included in the communication system and to determine whether the combination of the detected states of the plurality of devices (300, 400) corresponds to one of the predefined combinations of states; a selection section to select, from among a plurality of whitelists each of which is associated with one of the predefined combinations of states, a whitelist associated with the combination of the states of the plurality of devices detected by the state detection section when the combination of the states of the plurality of devices (300, 400) is determined to correspond to one of the predefined combinations of states; and an attack detection section to detect an attack on the communication system by using the whitelist selected by the selection section, wherein an attack is detected when communication data does not conform to the whitelist selected by the selection section.