TH75816B - - Google Patents

Abstract

DC60 (29/11/56) and various invention figures. Today's invention focuses on valve devices, systems and methods for controlling the distribution of materials to multiple locations. The improved valve devices, material distribution systems and material distribution methods disclosed here are ideal for use. In an application where the material is distributed is, for example But they are not limited to non-gaseous fluid materials (such as raw liquids, slurry, slurries, colloids, flocculants, and the like) and sticky materials, Moisture content, or similar properties, to some extent, valves, systems and methods disclosed here can be operated without any interference. The material flow is stopped through it in order to change the position of the valve from one outlet to the One more exit, as well as the valve and system, which are revealed here, are a few switch directions. So there are a few If there will be that Points within the system where materials can jam and / or accumulate, forming various fabrications. Today's invention focuses on valve devices, systems and methods for controlling the distribution of materials to multiple locations, valve devices, material distribution systems and improved material distribution methods, which are disclosed in the This place is perfect for use. In the application where the material is distributed is For example But they are not limited to non-gaseous fluid materials (eg raw liquids, slurry, colloidal liquids, sludge and the like) and the like. Sticky material Moisture content or similar properties are, to some extent, valves, systems, and methods disclosed here can be operated without the The material flow is stopped through it in order to change the position of the valve from one outlet to the One more exit, as well as the valve and system, which are revealed here, are a few switch directions. So there are a few If there will be that A point within the system where materials can jam and / or accumulate.

Claims (3)

Disclaimer (all) which will not appear on the advertisement page. : ------ 27/08/2018 ------ (OCR) Page 1 of the number 3 pages The claim I. The rotary valve lupus consists of an inlet. And a tapered exit, a number of curved design discharge rails were placed between the entrances And the number of exits Cone groove above the slender number of outlet, the conical groove is structured to direct the material flowing out of the discharge chute into the outlet or over the outlet. And the main shaft is connected to the discharge rail And the gear box, the main shaft that leads out through the ball bearing is located nearby the top of the shaft. And the gearbox that is located near the bottom of the shaft 2. The device of the right claim 1 at the exit number of the same distance from each other 3. The device of the right claim 1 at the way 4. The device of claim 1 at the top of the discharge rail is tapered. 5. The device of the right claim 1 is further assembled by the enclosed gasket ring. Around the upper part of the release rail 6.The device of claim 1 at the gear box locator consists of a gear reducer that is optimized to rotate the main shaft, where the rail is subsequently released. 7. Device of claim 6, where the gearbox name is truly shrouded. 8. Device of claim 6 at the name of the main shaft. And the gearbox adjusted accordingly in such a way that the additional connection is invalid to connect the main shaft. And the gear box 9. The equipment of the claim 6 is further composed of an electric motor that is structured to transmit power. Gearbox 1 0. Device of claim 9 that is called the electric motor It is connected to the gearbox at right angles II. The device of claim 1 is further equipped with an encoder connected to the main shaft, a structured encoder to indicate the position of the ejection rail at any predetermined position of the ejection rail. 1 2. The device of claim 11, where the encoder provides a precise retraction at any specified position. Of the discharge rail With less than 1? 1 accuracy. 3. The device of the right claim 1 that the release rail has an angle of 10? To 80? Compared with the vertical 1 4. The device of the 13th right-handing rail has an angle of approximately 22.5? Compared with the vertical. 1. 5. The device of the 13th claim that the release rail has an angle of approximately 45? Page 2 of the number 3 Page 1 6. The device of claim 1, which left at least some of the internal components of the continuous rotary valve device, was surface treated by itself! Corrosion, abrasion resistance And wear, surface traction, eye friction, non-conductivity, conductive coatings or Combination of them 1 7. The equipment of claim 16 includes further surface treatment of at least one component layer by cleaning, degreasing, surface milling, surface treatment. Primer coating, roughing, grit blasting, sand blasting, planing, etching, acid washing, base washing, nitriding reaction, reaction with Carbonitride, card deck plating, diamond surface treatment, frame spray including high speed application, heat spraying, plasma spraying, Sintering, Dip coating, Powder coating, Vacuum deposition, Chemical vapor deposition, Physical vapor deposition, Spotting technique, Spray coating Jersey, roller coating, stick coating, extruding, rotational molding, flow molding And the coating reacts using heat, irradiation and / or curing techniques, initiating photometric reactions, reaction with nitrides, reaction with carbonitrides, reaction with phosphates or Combination of them 1 8. The device of claim 16, where the surface treatment is, is at least one type in metal, inorganic salt, inorganic oxidation, Inorganic carbide, Inorganic nitride, Inorganic carbonide, Corrosion inhibitor, Corrosion electrode, Primer, Conductor, Reflectors, pigments, protective film-forming agents, irradiation converters, primers, surface coatings, adhesives and polymers including urethanes and foams. Fluoro-urethane, polyolefins and polyolefins replaced, polyester, polyamine, fluoropolymer, poly Carbonate, polyacetal, polysulfone, polysulfone, polyamide-imile, polyether, polyether ketone, silicone or aggregate. 1 9. The equipment of claim 1, which further includes the inlet pipe assembly, the discharge ramp, rotates with the discharge ramp, is positioned around the discharge ramp. Out and was t The name is connected to the release ramp and the main shaft 2 0. The device of the first right holder on the arc-design release ramp has only one direction change. Continue to assemble with a lid between the entrance And one number of tapered exits, a cap consisting of one or more gates, one or more gates that allow external access to the rotary valve device. And one piece of the yoke that can be removed or over the brew can provide access to the cassette, climb page 3 of the number 3, page 2 2. The device of claim 1 at the exit. The number of exits I lean into the bagging system 2 3. The equipment of claim 1 at the exit or more of the outlet is slender number one!] In the pretreatment system ------------ Amendment 16/3/2015 1. Rotary valve device which consists of a number of tapered inlet and outlet. A curved release ramp, which is positioned between the entrances. And a number of exits A conical rail above a number of tapered exits, a conical rail that is structured to determine The direction of the material flowing from the ramp is discharged in one or more exits of a number of tapered exits, and the main shaft is connected to the discharge ramp. And the gear box, the main shaft leading out through the cartridge The ball bearings were located nearby above the shaft. And the gearbox that was located near the bottom of the shaft 2. The device of the right claim 1 where a number of exits are equal distance from each other 3. the device of the right claim 1 where the entrance has a rail Build a tapered interior 4. Device of claim 1 where the top part of the release ramp is tapered 5. Device of claim 1 which is further assembled by a gasket ring that surrounds the side part. on Of the release ramps 6. Device of claim 1 where the gearbox is equipped with a modified gear reducer It is suitable to rotate the main shaft, which rotates the subsequent reducer. 7. Device of claim 6, where the gearbox is truly enclosed. 8. Device of claim 6, where the main shaft. And the gearbox adjusted in a consistent manner That the additional connection is not required to connect the main shaft And gear box 9. Device of claim 6, which is further composed by a structured electric motor. To power the gearbox 1 0. Device of claim 9 where the electric motor is connected to the gearbox at right angles 1 1. The device of claim 1, which is further assembled by the encoder connected to Main shaft, encoder structured to indicate the position of the ejection ramp at any predetermined position of the discharge ramp 1 2. Device of the 11th claim where the encoder provides the feed. Inverted position precisely at Any set position Of the discharge ramp 1 3. The device of the 1st right holder, where the discharge ramp has an angle of 10 to 80, compared to the vertical 1 4. The device of the right wrist 13, where the release ramp has an angle Approximately 22.50 vertical against 1 5. The device of the 13th claim, where the discharge ramp has an angle of approximately 45 ° compared to the vertical 1 6. The device of the 1st right holder, where at least some of the One internal component of The continuous rotary valve device is surface treated with anti-corrosion, abrasion and wear resistance, surface drag, low friction, non-conductive, conductive coatings or Combination of them 1 7. Equipment of claim 16, which is further incorporated by surface treatment. At least one component by cleaning, degreasing, surface milling, primer coating, roughing, grit blasting, rough blasting, planing, surface milling, cleaning with Acid, Base Wash, Nitride Reaction, Carbonitride Reaction, Electroplating, Electroplating, Frame Spray Including Speed Height, thermal spraying, plasma spraying, sintering, dip coating, dip coating, powder coating, vacuum deposition, chemical vapor deposition, It causes vapor deposition, sputtering technique, spray coating, roller coating, rod coating, extrusion, rotational molding, flow forming and coating. Reacts using heat, irradiation and / or curing techniques: initiate photometric reactions, react with nitrides, react with carbonitrides, react with phosphates or a combination. 1 8. Device of claim 16, where surface treatment is at least one type in metals, inorganic salts, inorganic oxoons, carbides. Inorganic, nai Inorganic Grid, Inorganic Carbonitrile, Corrosion Inhibitor, Anti Corrosion Electrode, Primer, Conductor, Reflector, Pigment, Protective Film Forming Agent , Radiation modifiers, primers, sealants, adhesives and polymers including urethane and fluorourethane, polyolepins And replaced polyolefins, polyester, polyamide, fluoropolymer, polycarbonate, polyacetal, poly Lysulfide, polysulfone, polyamide-imide, polyether, polyether ketone, silicone or their aggregates 1 9. Device Of claim 1, which further includes the inlet pipe assembly which receives the discharge ramp, rotates with the release ramp, is placed around the discharge ramp. And was connected to The release ramp and the main shaft 2 0. The device of the 1st right holder, where the arc release ramp has only one direction change 2. 1. Equipment of claim 1, which is also included. The cover between the entrance And a number of tapered exits, a cover consisting of one or more gates, one or more gates that allow external access to the rotary valve assembly and one or more removable protectors that can make There is access to the bearings 2 2. Device of claim 1 where one or more exits of a certain number of slender exits Feed into the bagging system 2 3. Device of claim 1 where one or more exits of a certain number of slender exits Entered into the conditioning system -------------------------------------------------- ---------- 1. Rotary valve device assembled including inlet and multiple tapered outlet numbers. Curved release rails which are placed between the inlet and the multiple exits. The main shaft extends from the discharge chute through the bottom valve drive, and the decoder, which is attached to the bottom valve drive, and which is fixed to the With the main shaft