mhurhangee/ep-ind-claims huggingface dataset:
A spray device (300, 400) for spraying a liquid, the device comprising: • a tank containing the liquid for spraying; • at least one liquid ejector member in communication with said tank; and • a pyrotechnic gas generator (230; 330) for pressurizing the liquid inside said tank and propelling it under pressure out from said tank; the device being, in at least one mode of operation, the ejector member is in communication with the gas generator (230; 330) in such a manner as to enable it to be fed with the gas generated by said generator (230; 330), characterized in that the gas generator (230; 330) has a first gas generator unit having a first combustion chamber housing at least one first pyrotechnic charge, and a second gas generator unit comprising a second combustion chamber housing at least one second pyrotechnic charge, said first chamber gas generator unit being arranged in such a manner that the gas generated in said first combustion chamber acts on the liquid to pressurize it and to propel it out from the tank, and said second gas generator unit being arranged so that, in at least one mode of operation, the gas generated in said second combustion chamber feeds the liquid ejector member, and in that the pyrotechnic gas generator (230; 330) includes a first ignitor adapted to fire the first pyrotechnic charge, and a second ignitor adapted to fire the second pyrotechnic charge independently of the first. • a tank containing the liquid for spraying; • at least one liquid ejector member in communication with said tank; and • a pyrotechnic gas generator (230; 330) for pressurizing the liquid inside said tank and propelling it under pressure out from said tank;
A dialysis acid precursor composition for use during preparation of a dialysis acid concentrate solution and for mixing with water and a bicarbonate containing concentrate into a ready-for-use dialysis solution, wherein said dialysis acid precursor composition consists of powder components comprising sodium chloride, at least one dry acid and at least one magnesium salt, and optionally potassium salt, calcium salt, and glucose, wherein said optional glucose is present as anhydrous component in said dialysis acid precursor composition, said at least one magnesium salt is present as magnesium chloride 4.5-hydrate (MgCl 2 ·4.5H 2 O) and wherein said dialysis acid precursor composition is sealed in a moisture-resistant container with a water vapour transmission rate less than 0.2 g/m 2 /d at 38°C/90%RH.
A clutch servo for boosting a hydraulic clutch-pedal foot force by means of pneumatic pressure, comprising: - a piston rod having a distal end to which hydraulic pressure can be applied via a hydraulic chamber arranged in a housing in order to directly actuate the clutch; - a pneumatic booster piston that is mounted on the piston rod and to which compressed air from a pneumatic chamber arranged in a housing can be applied in order to further boost clutch force; - a hydraulic control element whose position is hydraulically influenced by the clutch-pedal force and controls the actuation of the booster piston by means of compressed air; - the hydraulic chamber being sealed with respect to the adjacent pneumatic chamber by dynamic sealing means arranged in the region of the piston rod, these dynamic sealing means comprising: - a hydraulic seal that is arranged in the region of the distal end of the piston rod and has an external sealing effect with respect to the hydraulic chamber, and - a pneumatic seal that is arranged on the housing and has an internal sealing effect with respect to the piston rod, characterised in that the secondary hydraulic chamber located between the hydraulic seal and the pneumatic seal along the piston rod is vented to the atmosphere by connecting the secondary hydraulic chamber via a drilled hole, itself connected to the secondary hydraulic chamber, in the piston rod to a secondary pneumatic chamber located opposite the pneumatic chamber on the booster piston. - a piston rod having a distal end to which hydraulic pressure can be applied via a hydraulic chamber arranged in a housing in order to directly actuate the clutch; - a pneumatic booster piston that is mounted on the piston rod and to which compressed air from a pneumatic chamber arranged in a housing can be applied in order to further boost clutch force; - a hydraulic control element whose position is hydraulically influenced by the clutch-pedal force and controls the actuation of the booster piston by means of compressed air; - the hydraulic chamber being sealed with respect to the adjacent pneumatic chamber by dynamic sealing means arranged in the region of the piston rod, these dynamic sealing means comprising: - a hydraulic seal that is arranged in the region of the distal end of the piston rod and has an external sealing effect with respect to the hydraulic chamber, and - a pneumatic seal that is arranged on the housing and has an internal sealing effect with respect to the piston rod,
An open-mouth modular bagging system for packaging a bulk product into a plurality of bag or pouch type containers, comprising at least one module adapted to successively fill each container with a determined amount of product, which module comprises at least its own control means, characterised in that the bagging system comprises securing means adapted to secure the so-called main module to at least one complementary module (3, 4, 5) which comprises at least its own control means and is adapted to participate in packaging the bulk product into each container, and in that the bagging system comprises means for transmitting data between the control means of the main module and the control means of the complementary module, the control means of the complementary module being able to detect a master configuration of the control means of the main module, and being configured to • in case of a detection of said master configuration, operate in a slave configuration, according to a master-slave model in which the control means of the main module are master and the control means of the complementary module (3, 4, 5) are slave, and • in case of no detection, autonomously operate and be driven. • in case of a detection of said master configuration, operate in a slave configuration, according to a master-slave model in which the control means of the main module are master and the control means of the complementary module (3, 4, 5) are slave, and • in case of no detection, autonomously operate and be driven.
Control system for a domestic electrical appliance, comprising: - a detection surface and/or detection area, which is preferably horizontally oriented, - a camera, which is oriented towards the detection area in order to monitor it, - a separate, freely movable input device (24, 124), which can be held in the hand and is designed to be freely movable, wherein - the input device (24, 124) comprises a lighting means (31, 131), of which the luminescence or lighting effect is detectable by the camera when it emerges from the input device (24, 124), - a controller is provided for the camera and is designed to recognize and spatially associate a lighting effect of the lighting means (31, 131) detected by the camera, - the input device (24, 124) comprises a switch means (34, 134), the activation of which causes the lighting means (31, 131) to be switched, characterized in that the input device (24, 124) is a cooking utensil. - a detection surface and/or detection area, which is preferably horizontally oriented, - a camera, which is oriented towards the detection area in order to monitor it, - a separate, freely movable input device (24, 124), which can be held in the hand and is designed to be freely movable, wherein - the input device (24, 124) comprises a lighting means (31, 131), of which the luminescence or lighting effect is detectable by the camera when it emerges from the input device (24, 124), - a controller is provided for the camera and is designed to recognize and spatially associate a lighting effect of the lighting means (31, 131) detected by the camera, - the input device (24, 124) comprises a switch means (34, 134), the activation of which causes the lighting means (31, 131) to be switched, characterized in that the input device (24, 124) is a cooking utensil.
A metal nanobelt having a length of 500 nm or more, a length/width ratio of 10 or more, and a width/thickness ratio of 3 or more and comprising connected fine metal particles and a conductive polymer, characterized in that the fine metal particles are connected through the conductive polymer.
A method of modifying the rheology of a lime slurry comprising the steps of: providing a lime slurry; and adding 0.1 ppm to 70 ppm of a rheology modifying agent to the lime slurry, wherein the rheology modifying agent comprises a copolymer of acrylic acid and acrylamide having a molecular weight of greater than 1,000,000 and optionally a chelating agent. providing a lime slurry; and adding 0.1 ppm to 70 ppm of a rheology modifying agent to the lime slurry, wherein the rheology modifying agent comprises a copolymer of acrylic acid and acrylamide having a molecular weight of greater than 1,000,000 and optionally a chelating agent.
A spatial audio processing apparatus comprising: a receiver for receiving audio scene data describing an audio scene, the audio scene data comprising audio data describing spatial audio components and position data describing positions in the audio scene for at least some of the spatial audio components; a distance unit for providing a variable focus distance being indicative of a distance from a reference position in the audio scene; an adapter for adapting a perceptual emphasis property of at least a first spatial audio component of the spatial audio components relative to at least one other spatial audio component of the audio scene in response to a difference measure reflecting a difference between the variable focus distance and a distance in the audio scene from the reference position to a position of the first spatial audio component; an audio renderer for rendering the spatial audio components including the first spatial audio component, the rendering being subsequent to the adapter adapting the perceptual emphasis property and the rendering being in response to the position data. a receiver for receiving audio scene data describing an audio scene, the audio scene data comprising audio data describing spatial audio components and position data describing positions in the audio scene for at least some of the spatial audio components; a distance unit for providing a variable focus distance being indicative of a distance from a reference position in the audio scene; an adapter for adapting a perceptual emphasis property of at least a first spatial audio component of the spatial audio components relative to at least one other spatial audio component of the audio scene in response to a difference measure reflecting a difference between the variable focus distance and a distance in the audio scene from the reference position to a position of the first spatial audio component; an audio renderer for rendering the spatial audio components including the first spatial audio component, the rendering being subsequent to the adapter adapting the perceptual emphasis property and the rendering being in response to the position data.
A traveling vehicle system comprising: a track sectioned into a plurality of areas; a plurality of traveling vehicles (V, V1 to V10) that travel on the track; and a controller that controls, in each of the plurality of areas, the traveling vehicles (V, V1 to V10) within the area, wherein the controller includes a determiner that determines, upon receiving from the traveling vehicle (V, V1 to V10) an entry permission request for the area under control, whether or not the remaining number of vehicles (Nr) to the maximum number of vehicles allowed to enter the area is equal to or less than a predetermined number (Ns), and an entry permitter that temporarily holds the entry permission request from the traveling vehicle (V, V1 to V10) if the determiner determines the predetermined number (Ns) as not having been exceeded, and upon arrival of the traveling vehicle (V, V1 to V10) of the transmission origin of the entry permission request at an entry region for the area, grants the traveling vehicle permission to enter the area if the sum of the number of traveling vehicles (V, V1 to v10) present within the area of the entry target and the number of traveling vehicles (v, v1 to V10) already permitted to enter the area is less than the maximum number of vehicles, but does not grant entry permission if the sum has reached the maximum number of vehicles. a track sectioned into a plurality of areas; a plurality of traveling vehicles (V, V1 to V10) that travel on the track; and a controller that controls, in each of the plurality of areas, the traveling vehicles (V, V1 to V10) within the area, wherein the controller includes a determiner that determines, upon receiving from the traveling vehicle (V, V1 to V10) an entry permission request for the area under control, whether or not the remaining number of vehicles (Nr) to the maximum number of vehicles allowed to enter the area is equal to or less than a predetermined number (Ns), and an entry permitter that temporarily holds the entry permission request from the traveling vehicle (V, V1 to V10) if the determiner determines the predetermined number (Ns) as not having been exceeded, and upon arrival of the traveling vehicle (V, V1 to V10) of the transmission origin of the entry permission request at an entry region for the area, grants the traveling vehicle permission to enter the area if the sum of the number of traveling vehicles (V, V1 to v10) present within the area of the entry target and the number of traveling vehicles (v, v1 to V10) already permitted to enter the area is less than the maximum number of vehicles, but does not grant entry permission if the sum has reached the maximum number of vehicles.
A method for forming fuel and lubricant products, comprising: exposing a feedstock comprising 5 to 50 vol% of ethylene to a catalyst comprising a zeolite with 10-member rings under effective oligomerization conditions to produce an oligomerized effluent, wherein the feedstock consists of an off-gas from a fluid catalytic cracking process, wherein the off-gas comprises H 2 S, organic sulfur, and/or other sulfur compounds, and wherein the oligomerized effluent comprises organic sulfur in an amount of at least 25 wppm; hydroprocessing at least a portion of the oligomerized effluent under effective hydroprocessing conditions to form a hydroprocessed effluent, wherein hydroprocessing at least a portion of the oligomerized effluent comprises hydrotreating at least a portion of the oligomerized effluent under hydrotreating conditions including temperatures of 200°C to 450°C, pressures of 250 psig (1.8 MPag) to 5000 psig (34.6 MPag), liquid hourly space velocities (LHSV) of 0.1 hr -1 to 10 hr -1, and hydrogen treat rates of 200 scf/B (35.6 m 3 /m 3) to 10,000 scf/B (1781 m 3 /m 3); and separating the hydroprocessed effluent to form a fraction having a boiling point of 350°F (177°C) or less, one or more lubricant base oil fractions, and at least one diesel fuel fraction having a lower boiling range than at least one lubricant base oil fraction. exposing a feedstock comprising 5 to 50 vol% of ethylene to a catalyst comprising a zeolite with 10-member rings under effective oligomerization conditions to produce an oligomerized effluent, wherein the feedstock consists of an off-gas from a fluid catalytic cracking process, wherein the off-gas comprises H 2 S, organic sulfur, and/or other sulfur compounds, and wherein the oligomerized effluent comprises organic sulfur in an amount of at least 25 wppm; hydroprocessing at least a portion of the oligomerized effluent under effective hydroprocessing conditions to form a hydroprocessed effluent, wherein hydroprocessing at least a portion of the oligomerized effluent comprises hydrotreating at least a portion of the oligomerized effluent under hydrotreating conditions including temperatures of 200°C to 450°C, pressures of 250 psig (1.8 MPag) to 5000 psig (34.6 MPag), liquid hourly space velocities (LHSV) of 0.1 hr -1 to 10 hr -1, and hydrogen treat rates of 200 scf/B (35.6 m 3 /m 3) to 10,000 scf/B (1781 m 3 /m 3); and separating the hydroprocessed effluent to form a fraction having a boiling point of 350°F (177°C) or less, one or more lubricant base oil fractions, and at least one diesel fuel fraction having a lower boiling range than at least one lubricant base oil fraction.
A nasal cannula assembly comprising a face mount part including a pair of nasal prongs (33, 34) integrally molded with or removably attached to the face mount part, and a gases flow manifold part that is integrally molded with or attached to tubing, said face mount part comprises an open tubular recess extending below the nasal prongs (33, 34) that is capable of receiving said gases flow manifold part, wherein said gases flow manifold part is blocked at a first end and attached to said tubing at a second end, with an elongate opening as an exit for gases received from said tubing; and wherein, in use, gas supplied flows through said tubing and into said gases flow manifold part, and exits through said elongate opening and said tubular passageways of said nasal prongs (33, 34) for delivery to a patient's nares. wherein said gases flow manifold part is blocked at a first end and attached to said tubing at a second end, with an elongate opening as an exit for gases received from said tubing; and wherein, in use, gas supplied flows through said tubing and into said gases flow manifold part, and exits through said elongate opening and said tubular passageways of said nasal prongs (33, 34) for delivery to a patient's nares.
A mold for molding a fiber reinforced polymer material utility vault lid comprising: a cavity die; a core die having a telescoping shear edge for interfacing the core die within the cavity die, wherein the lid is molded between the cavity die and the core die; and a lid ejection mechanism for removing the molded lid from the mold, wherein the cavity die forms a textured surface on an upper surface of the lid having bosses by having a pattern of features at different depths in a mold surface of the cavity die, which pattern of features creates a protrusion into the surface which pushes individual fibers of the fiber reinforced polymer material utility vault lid away from the upper surface to create a resin rich surface above the individual fibers. a cavity die; a core die having a telescoping shear edge for interfacing the core die within the cavity die, wherein the lid is molded between the cavity die and the core die; and a lid ejection mechanism for removing the molded lid from the mold, wherein the cavity die forms a textured surface on an upper surface of the lid having bosses by having a pattern of features at different depths in a mold surface of the cavity die, which pattern of features creates a protrusion into the surface which pushes individual fibers of the fiber reinforced polymer material utility vault lid away from the upper surface to create a resin rich surface above the individual fibers.
A surface cleaning apparatus comprising a foot movable along a surface to be cleaned, a handle coupled to the foot for maneuvering the foot along the surface to be cleaned, and a cleaning pad adjacent to a lower surface of the foot and positioned to contact the surface to be cleaned, an applicator roller carried by the foot and positioned to contact the surface to be cleaned; a supply reel rotatably carried by the foot; and a grout cleaning tape wound around the supply reel; wherein the grout cleaning tape wraps around the applicator roller such that advancement of the foot along a surface to be cleaned advances the grout cleaning tape around the application roller and into contact with the surface to be cleaned.
A power management system (250, 350) for managing power of a climate control unit, CCU (115, 133, 152, 166, 192), configured to be at least partially powered by an electric vehicle and further configured to be used with at least one of the electric vehicle, a trailer, or a transport container, comprising: a power distribution system, including: a power input, a plurality of power distributors (270A, 270B, 270C) electrically connected in parallel to the power input, a plurality of fault detecting and isolating circuits (275A, 275B, 275C) electrically connected to the power input, and a plurality of connection points for receiving a respective electrically powered accessory (280A, 280B, 280C), wherein one of the plurality of connection points is for receiving the CCU, each of the plurality of connection points being electrically connected to a respective fault detecting and isolating circuit; and a power controller electrically connected to the power distribution system, the power controller including a processor and a memory, wherein the plurality of fault detecting and isolating circuits correspond to the plurality of connection points such that there is a one to one relationship of fault detecting and isolating circuits and connection points, and the plurality of fault detecting and isolating circuits are connected in series. a power distribution system, including: a power input, a plurality of power distributors (270A, 270B, 270C) electrically connected in parallel to the power input, a plurality of fault detecting and isolating circuits (275A, 275B, 275C) electrically connected to the power input, and a plurality of connection points for receiving a respective electrically powered accessory (280A, 280B, 280C), wherein one of the plurality of connection points is for receiving the CCU, each of the plurality of connection points being electrically connected to a respective fault detecting and isolating circuit; and a power input, a plurality of power distributors (270A, 270B, 270C) electrically connected in parallel to the power input, a plurality of fault detecting and isolating circuits (275A, 275B, 275C) electrically connected to the power input, and a plurality of connection points for receiving a respective electrically powered accessory (280A, 280B, 280C), wherein one of the plurality of connection points is for receiving the CCU, each of the plurality of connection points being electrically connected to a respective fault detecting and isolating circuit; and a power controller electrically connected to the power distribution system, the power controller including a processor and a memory, wherein the plurality of fault detecting and isolating circuits correspond to the plurality of connection points such that there is a one to one relationship of fault detecting and isolating circuits and connection points, and the plurality of fault detecting and isolating circuits are connected in series.
An electric power generating submarine tool comprising a hydraulic engine provided with a mechanical coupling characterized in that the mechanical coupling interconnects the hydraulic engine and an electric power generator of the tool which, in turn, is sequenced by a hydrostatically balanced electric delivery box of the tool and which is provided with a hydrostatically balanced submarine electric cable that extends outside the box and is provided in its end with a wet-mate-type submarine electric connector, in addition the box is provided with serial cables: for amperage reading and a dummy plug, the tool is provided with hydraulic hoses provided with hydraulic connectors for interconnecting the hydraulic engine and the hydraulic system of a ROV and hence hydraulically driving the hydraulic engine with the hydraulic power of the ROV, the power generator has a pressure compensator interconnected with the power generator adjacently, and the tool has an amperage reading system adapted to be interconnected to an electric interface of the ROV.