TW201231803A - Barrel-type wind turbine to cascade tornado-type wind turbine - Google Patents

Abstract

The present invention packs the wind turbine in a cylinder, and a flange installed at both the front and rear ends to cascade multiple wind turbines to a fixed length. A wind channel formed naturally by winds blowing across from the ground to the mountaintop, and a tornado channel can be formed naturally by the atmosphere pressure between the ground and the high-altitude regions. So that the air flowed in the pipeline can drive the wind turbines to generate power. Due to a large number of wind turbines are built in the tornado channel and the air flow is really steady all year. it is an inexhaustible natural energy. The waste heat from the thermal power plants, nuclear power plants and different types of power stations can be converted to electric energy by the tornado-type wind turbine. So that the potential classification of heat in the atmosphere can be consumed and the global worming problem can be effectively eliminated if we comprehensive globally install this device.

Description

201231803 Supplementary amendment date: 2011.7.28 Environmental protection engineering, power generation and transformation engineering, wind power generation VI. Description of the invention: [Technical field of invention] The invention belongs to a combination of fluid machinery, civil engineering, and other technologies and automatic control systems. [Prior Art] [Summary of the Invention]

The main spirit of the death f 2 is to use the structure shown in Figure 14. The wind turbine generator inlet end is connected to the wind turbine body with a connecting pipe with a balancing valve, and then one has an exhaust: Formed to form a whole wind turbine, the wind turbine can be started, accelerated, fixed speed, parallel, lifted, unloaded, uncoupled, decelerated, stopped by the change of the balance valve opening. The wind turbines to be operated can be used in single or multiple groups: ly use: can be used to mount high-rise walls or use the airflow of the high-rise atrium, using its chimney effect to install it at the top, in sufficient convection The power generated by wind power depends on its height. When the group is used in series: it can be used for the fixed surface or narrow valley of the wind channel. The wind turbine can be connected from the ground to the top of the mountain by the support of the topography of the mountain, forming a tornado air duct and using the flat air pressure. The difference between temperature and high mountain produces a steady stream of airflow to drive the wind turbine (as shown in Figure 21). The airflow is more concentrated due to the limitation of the outer cylinder. It should be able to generate more power and can be used for large-scale Large-scale development will be a new generation of green energy for human beings. This tornado duct must be assembled to at least 1200 meters. If the tornado generator air duct combination is 2000 meters high, 'because a wind turbine assembly is about 6 feet (the balance valve connection tube at the front end is about 20 meters). The ruler's generator body is 20 meters, and the exhaust pipe at the rear end is connected to the pipe 20 meters, so a wind turbine generator is about 60 meters, so 2 00 meters and 〇 meters = 33.3 machines , calculated by 34 machines. Due to the concentrated wind power, wind turbines should produce a large output. If each machine is calculated at 2500 kW, it can produce 34x25〇〇kw = 85,000 KW. This power generation is considerable. If it is installed at 3000 meters high, 3000 meters + 60 meters = 50 machines, 50x2500KW = 125,0O0KW. This energy source is continuous and can be used as the base power source of the power system. It is pollution-free and environmentally friendly. It will become the mainstream of power sources in the world in the future. 201231803 Supplementary amendment date: 2011.7.28 By the setting of the tornado duct, high-altitude and ground convection will be formed, which can lower the ground temperature and inhibit the warming of the earth. Under the action of convection, it will be high-altitude carbon monoxide, Carbon dioxide, toxic gases, nitrogen, hydrogen, helium, etc., so that the gas purification equipment can be added to the flow path, and the gas accumulated in the atmosphere can be stopped and separated, thereby continuously purifying the function. Improve the quality of the air in the atmosphere, when the transparency increases and pollution, low ^ 'the warmth of the earth can be welcomed. Solving the problem of global warming is directly exempted from the drought, flooding, sea level rise, flooding surrounding towns and towns, and causing food shortages. The economic benefits and meaning of life are invaluable. Earth's warming caused damage caused by natural disasters, especially designed as a group Ο Ο = two can run power generation ‘I hope that the first unit can generate electricity in one to one and a half years, and hope to complete global installed power within five years. The whole set of wind power generation of the invention can be divided into the following equipments: 1. Who is painful when the air filter is used in the air filter cleaning tank, the intake air shelter is toxic gas Zhao and various gas trapping machine intake shut-off valve intake control valve Connecting pipe wind turbine with balancing valve 连接. Connecting pipe with exhaust pipe 11. Connecting pipe 12. Exhaust port 13. Lightning collection system engineering 16. Lifting of each equipment maintenance ^| Travel step wide 18. Main transformer and switchyard 19. Induced draft fan page 4 201231803 Supplementary correction period: 2011.7.28 The various equipments are described as follows: 1. Intake room: Heyi point (the soil is not soft, the drainage is good Mountain, the whole 2 inlet chamber needs to support the thrust of the rear end tornado duct sliding downward by the air duct, including the civil 314 repairing plate combined alkali of the air inlet chamber itself, and the inner partitioning ^ branch is made into the sound absorbing panel' It reduces the noise filter group, toxic gas, various gas trapping machines, intake shut-off valves, and rolling and regulating valves that are emitted when a large amount of air flows.

In order to prevent the tornado wind tunnel from being established, a tornado will be formed in the air intake chamber, affecting the surrounding flying islands = smart, splitting, so in front of the air intake, because of the type of house, (as shown in Figure 21-11). This round house foundation mining! ^Structure, the whole house is reinforced with steel bars ίί3 round * roof, 36 °. The inlet round surface is divided into 12 equal parts, and the partition wall is a rectangular block wall with a barrier block type. The base frame adopts RC structure, the main body skeleton is composed of steel structure, the surface of the partition wall is composed of stainless steel SS304 steel plate, and the wall surface is drilled densely. A small hole and a sponge are provided in the sound-absorbing panel to reduce noise when a large amount of air flows. 2. Air filter: As shown in Figure 2-2, the transition piece is made of a perforated mesh, which combines the front and rear weaving nets into a circular filter. Each side of the filter has a chain. The chain and the net are the same. The group body has a reel on each of the upper and lower sides, and a ratchet wheel is arranged at each end of the shaft to drive the chain, and the whole filter net group is controlled by the motor to rotate the filter combination of the imported air to filter the foreign matter floating in the inlet air. The debris under the barrier is rolled up to the lower oil filter tank, and the oil filter is used to remove the debris and then re-rolled to continue the air filtration work. 3. Inlet filter cleaning tank: As shown in Figure 2-6. The cleaning tank is an oil tank filled with lubricating oil, and the bottom of the tank is made to be inclined at an angle to the middle on both sides, which is convenient for collecting garbage and easily draining dirty oil when replacing new oil. This tank is mainly used to block the debris (such as wood chips, paper scraps, bees and flying black) filtered in the air. After the oil is caught in the oil tank, the oil will be infiltrated by the oil. The object is removed, and the cleaned filter can continue to be rolled for filtration. 4 4. Intake shelter: As shown in Figure 1-1. The intake awning is made into an elevation angle, which can increase the intake area. In addition, it can prevent rainwater from being poured into the intake chamber. The structure is made of steel structure, and the material can be installed with stainless steel SS304. Page 5 201231803 Supplementary amendment date: 2011.7.28 5. There are Qin gas and various gas trapping machines: as shown in Figure 5. Due to the large amount of air flowing through the intake port, a large amount of oxygen, nitrogen, hydrogen, CO 2 , N0, N 〇 x and some toxic gases are generated, and the intake port can be separated and captured and stored separately. When the airflow enters the air duct in a columnar manner, the trapping tank of Fig. 5-2 is used to let the air naturally flow into the receiving pipe of Fig. 5_3, and then the receiving pipe connects the airflow to the gas cracking device, and the gas can be cracked. come out. Oxygen, nitrogen, hydrogen, helium, etc. are captured and stored for use. They are captured by various capture machines and stored for liquefaction. They can be used after bottling. 6. Intake Guansi valve:

As shown in Figure 2-3. The intake shut-off valve is mainly used to open or cut the airflow of the tornado. When the wind turbine is started, the shut-off valve must be opened first, and then the air intake regulating valve is used to control the airflow to start the wind turbine one by one. With the stepping off of the balancing valve, the air volume entering the power generator is started to start the wind power generator, and the motor can be inspired by adjusting the opening degree of the balancing valve, and the operation of the wind power generator can be completely controlled. The shut-off valve is operated in full-open mode. The main butterfly-type valve is driven by the drive motor to drive the gear set to rotate the valve body for full-open and full-close operation. The position of the switch is controlled by the limit switch (UmitSwitch). . 7. Intake control valve: 3 ϋ J 3, as shown in Figure 4. This regulating valve is mainly used to adjust and open the small dragon roll ίϊϊί. When the wind turbine is to be started, the intake shut-off valve must be opened first, and the control valve is used to control the opening degree to make the air flow into the air duct, and then each The start and stop of the wind turbine front-end brake motor is combined with the increase in the number of wind turbines. When all the generators are connected in parallel and the balancing valves are closed, the lift of all the wind loads is completely controlled by the regulating valve. . Because this energy source can continue to be loaded = 3 'If there is a fault, it needs to be shut down for maintenance. The shutdown process first turns off the small regulating valve. The balance valve of the wind turbine is turned on from top to bottom to make the generator reduce load and disengage. After the hair (each balance valve touches the start) == adjust the "and = drive motor to drive the umbrella gear (as shown in Figure 3_2) J with the lin = pole (Figure 3.4) 'by the worm The reverse can be 8: S piece mouth picture 3_6 to do clockwise or counterclockwise rotation, thus the connection pipe of the 8·balance valve: ϊ ϊ ΐ as the intake end of the barrel type wind turbine, stop using the balance valve to open Keep it open. This / balance valve should be used to start gas (4) ^ Page 6 201231803 Supplementary correction period: 2011.7.28 9-7) Acting" let the compressed gas enter the cylinder to push the diaphragm (Figure 1〇_2 ) Move the valve ^ (as shown in Figure 10-5) to close and close the action 'Reducing the opening of the valve body so that the air intake of the wind turbine is increased, and the speed increases accordingly. With this control mode, the wind turbine can be fully controlled. 1 and the adjustment of power generation. If there is a sudden situation that is harmful to the system or the wind turbine, the balance valve will be fully opened, so that the wind turbine will naturally reduce the load to the reverse power caused by insufficient output. The wind turbine will automatically operate with 86G and reverse power. Cut off the system. 9. Wind turbine: a) Barrel wind turbine: as shown in Figure 12. The wind turbine is installed in a giant cylinder. The design of the cylinder type is mainly to concentrate the wind to improve the output of the unit. In the cylinder, the flange is connected with other equipment, and the body of the wind turbine is connected. (Fig. 12) It is connected to a connecting barrel with 4 sets of balance jaws, and its outlet end is connected with a connecting barrel with 4 exhaust pipes (as shown in Fig. 13), which is directly connected with the exhaust pipe. The balance valve is connected Ο The balance valve is deflated. The generator body is 120 by the inside of the cylinder. The support tube of the angle supports the positioning. The support tube adopts a hollow design, and the main circuit of the generator and its control lines can be pulled into the junction box outside the cylinder by the hollow design, and then connected to the main power busbar respectively. Or various control power boxes. This propeller for wind power generation is 12 inches. Angle installation, the combination of the propeller and the shaft and the shaft of the generator set is assembled by means of a coupling. The assembly needs to be correctly aligned before assembly. The rear end of the generator set is composed of an exciter, and the carbon brushless type (including AVR) Automatic voltage regulator and brake composition) β This generator winding adopts 1△ connection method (as shown in Figure 15), and the three-phase power supply line of the generator output terminal is directly connected to the main transformer through a group of shut-off devices, and then boosted. The synchronous parallel meter can be connected in parallel with the system. The function of fine adjustment can control the generator speed and load, speed regulation, parallel connection and load regulation by adjusting the balance valve opening degree of the wind power generator. The excitation system consists of permanent magnets and voltage auto-regulators for regulating generator voltage and reactive power. This power generation system also accepts 86G and 64G power protection. 〇 b) The tubular wind turbines are formed into Wei Zhenfeng wind turbines: as shown in Figure 14. The barrel type is easy to assemble and can be assembled in multiple stages to form a giant wind turbine. The support of the alpine terrain supports the air passage from the flat to the top of the mountain at least 12 (8) meters (Figure 21). The difference in air pressure and temperature at the top of the mountain creates a constant flow of air that can drive wind turbines to generate electricity. The control method is described in detail in the intake control valve. Since multiple sets of tornado wind turbines are installed in the same settlement, the long-term power generation of the wind turbine can be cooled by the operation of the latent heat contained in the atmosphere, and the surrounding airflow and temperature will have a cooling effect. If the temperature difference between the temperature of the settlement and the adjacent area increases, it is easy to cause regional earthquakes. In order to prevent such problems, it is necessary to spread evenly along the equator to the north and south poles, so that the change of atmospheric temperature can be moderated and fully controlled. Earth's warming is harmful and can reduce the occurrence of earthquakes. 10. Connecting pipe with exhaust pipe: as shown in Figure 13. The connecting pipe is used to connect the outlet end of the wind power generator set, and the air discharged from the front end balance valve of the generator is discharged to the rear end of the wind power generator by the discharge pipe. Page 7 201231803 Supplementary amendment period: 2011.7.28 Inside, it is a necessary component of the tubular wind turbine. 11. Connection tube: No. As a transition between the wind turbines or the balance valve, exhaust passage, and intake port angle, the connecting pipe can be made into a straight-through or curved connection to match the terrain requirements. It is used to connect the whole set of airflows. The flakes are still flanged (Flange} way, the two flange joints need to be lined, and the airflow side seals will not leak. In the terrain deformation, it is not suitable to install the cylinder. Wind turbines. 12. Exhaust port:

As shown in Figure 19. The formation of a tornado, the shape of the cloud top and the cloud layer are often funnel-shaped, so the exhaust of the tornado wind turbine of the present invention is also made into a funnel type, but the funnel is easily flooded in a rainy day, so it must be covered (see Figure 19_5). Shown). The exhaust port is made into a funnel type and is also assembled. The connecting barrel at the front end can be connected with the connecting pipe of the exhaust pipe or the connecting tube. The inside of the funnel is made of I-shaped steel plate as shown in Fig. 19 • The shape shown in Figure 2 is used to support the roof with four corners. The base is bolted to the inner wall of the funnel. The upper part of the bracket is shaped as shown in Figure 19-2, and the roof is bolted. Locked on this support frame 'The roof and the funnel form a nozzle-type smooth gas discharge. 13. Lightning collection system: as shown in Figure 20. The top surface of the roof is made of copper tube and copper ball and fixed on the roof. The fixing frame needs to be insulated by the insulator. The copper ring locks one copper ball in 1 inch to connect the lightning power. The center of the roof is equipped with a tower-shaped copper cone, which is connected with a series of round copper balls. The round copper balls are mainly used to bridge the lightning bolts of the alpine clouds, so that the copper balls can connect the energy of the lightning to the battery. The group collects the solar energy source contained in the cloud layer, and the copper wire to be connected needs to be insulated, and the guide is integrated: a resistor is needed in the middle to reduce the voltage, and the battery pack receives the electric energy. 14. Support for civil engineering of wind turbines: as shown in Figure 18. Each piece of equipment of the tornado duct assembly must be supported by the bridge bracket and fixed. The bridge bracket must be made to dig deep into the ground so that the steel reinforcement of the floor can be deepened to the ground. The high-pressure-resistant concrete is cast and integrated into one piece. After the bracket is completed, the air duct assembly can be installed as a section, and then assembled to form an entire air passage, in order to prevent the destruction of the earth and stone and the collapse of the mountain. Both soil and water conservation and drainage systems must be prepared. 15·Dragon sowing wind channel Zhouyuan's drainage system: It adopts inclined armored drainage equipment. The so-called inclined armored drainage equipment (shown in Figure 21): hook-type slabs are installed from the bottom up (as shown in Figure 22), so that the rainwater can not hit the soil at all, and all the rainwater is collected from the deck. Introduce a vertical drainage system. The deck is fixed by a support frame, and the support frame is fully fixed around the air duct, so that the rainwater does not cause the earth and rock flow to cause damage to the structure. This armored drainage system can also be installed in general housing. Generally, the walls of the house are often painted with dangling or paint. However, on rainy days, the water is fully infiltrated into the concrete wall due to the infiltration of water, and then it is exposed to sunlight. The water contained in the wall retreats to the inner wall, and the person in charge of 201231803 is added to the revised date: 20丨丨_7_28. If you want to completely eliminate the short title, shame-tilt

Hi has this problem, when the rainwater collected by the τ plate flows into the vertical drainage system, 16. The hoisting equipment for each section of the wound repair:

The operation during the fault or update is smooth, and the sling is attached to the air duct. The sling scale equipment and the control center are set in the wind σ. When a certain equipment is inspected, the control center will drop the trolley to the proper place. Position the rear brake fixed position, after the equipment bracket and lifting equipment to be replaced, the flanges of the front and rear flanges of the object to be inspected can be removed, and the object to be repaired is lifted, then the lifting object is used to lift the object. By shifting the entire set of inspection objects onto the trolley by the upper track, the support bundle can be hoisted or hoisted to the inspection field for repair and repair, and the spare parts are locked and locked. The whole set of machinery should be It can resume operation and generate electricity immediately. This trolley can also carry personnel in addition to items or equipment that can be transported. Enveloping equipment is used throughout the line to protect the availability of equipment. 17. Pedestrian trails (tourism trails): Tornado generators are based on the needs of operation and maintenance. They can also have the functions of tourism and sightseeing. There are pedestrian walkways next to the lifting and lowering of equipment and equipment, which can be used for on-duty inspections and visitors. Climb the mountain road, along with the topographical features, you can set up a rest station or a rest room. This trail can also provide forestry personnel for mountaineering inspections, so that forest and ecological conservation can achieve better conditions. 18. Main transformer and switchyard:

After the three-phase power output of the wind turbine generator is connected, the main switch (Main BKR) and the parallel equipment are connected to the main transformer to increase the voltage to 13.8KV, and then the main circuit breaker of the switchyard is connected to the busbar, and then The secondary main transformer raises the voltage to 161KV (or 6 9KV) and can be connected to the system. The wiring of each wind turbine is connected to the outside of the cylinder, and the external main switch 'via parallel device' enables parallel and uncoupled operation with the system. 19. Induced draft fan: as shown in Figure 23 and Figure 24. The induced draft fan is installed at the front end of the tornado wind outlet, which is used to increase the suction force of the whole group of tornado ducts. It can be used for high-altitude air ducts to increase the output of the whole set of tandem tornado wind turbines. The road can be equipped with the induced draft fan, or it can be installed;; ^ The induced draft fan can be used for the series of tornado wind turbines of the present invention for low-altitude mountainous areas or Shanglou. The lead-fan is driven by an electric motor and is coupled to the medium impeller group via a coupling section. The impeller assembly has three impellers each having a length of 120. The angle of the front end of the impeller group is designed to reduce the wind resistance. The drive motor casing is also fixed by the bullet-type outer casing. The weight of the induced draft fan is supported by the support columns at an angle of 120°, and the support frame is hollow. , the power cable and control circuit of the induced draft fan drive motor are connected through this channel. The induced draft fan is also a cartridge type device. The whole machine and the outer tube are assembled. If the maintenance is required, the bolt can be removed by removing the front and rear flanges (flanges). The spare parts (induced draft fan) will be removed. Put it back in the whole machine to start and stop. Page 9 201231803 Supplementary amendments: 2011.7.28 [Implementation] Is this SKiSS'r, engineering planning 2 can be tested, and the whole age is transferred: fresh machine & ^ load, full load, load reduction, untie , deceleration and full stop, full machine liter = commercial operation, after the official business transfer operation and maintenance ί is now running as follows _, the smaller change in the ring). (10) non-fault slope

(2) After ^^^, the information is sewed and smashed, and it can be mixed, and the environmental assessment has been carried out. (3) Engineering planning and design • Commissioned by experienced engineering consultants to design and design details, according to civil engineering, Construction planning and design for electromechanical maintenance, warehousing and environmental protection projects. 4) ΐ: First make the ground noise test and then evaluate the details of the guard according to the actual material. When special tools or implements are needed. Firstly, the foundation drilling is carried out, and the steel bar that has been completed by the gas-making is completed. Then the concrete slurry is driven into the λ by the special machine, and the steel bar is broken. The steel bar of the extension bracket is erected and the column mold is replaced. Can be - the specification of the concrete grout, to make the volatile motor group (5) $ ί 作 and i frequency test 4 wood king money rules _ when the implementation of the real Na, this, by Shi Cheng Gu - ask the company The specifications of the single-cylinder wind turbine combination components are made by special specialized production companies. For example, the cylindrical steel pipe structure is inherited by the company of specialized components. The main shut-off valve group and the balanced gas control valve group are handed over to the special The main generator and turbine are divided into turbine blade sets, couplings, exciters and outer casings, which are respectively sent to the assembly company assembly after the production is completed. ίϊΚΐϊί balance 'vibration test' dynamic operation balance 2, 70 pieces of vibration test and insulation are sent to the assembly workshop after the production and testing are completed, and the components are assembled. Secondly, the rust-removing paint and various anti-embroidery and waterproofing facilities are implemented. Functional test, if necessary, need to make a similar wind environment to understand the function of the whole machine. After each is completely determined, it will be transported to the site for installation. The transportation process needs to be prepared for the transportation unit, and the prevention facilities of the second, the statement and the insurance will be sent to the construction site. After the on-site installation work, after the completion of the civil engineering, the pillars and the beam erection, the single "cylinder wind turbine" will be positioned and locked at the predetermined position, and then the other units will be erected. After the installation of the series of tornadoes, force, and unit, with the completion of various power wiring and control circuit erection, P can perform various machine action tests, such as balancing gas control valve group opening and closing test, main shut-off valve opening ίοPage 201231803 Supplementary correction date: 2〇丨丨728 Closed test, intake control valve opening and closing test, insulation test of each wiring, generator insulation b Various protection electric 驿 test, the test run can be started.试 and single machine and full machine for trial operation: When starting the wind turbine, the main air intake must be turned off first, and the air intake should be flowed into the air duct by using the air intake to adjust the airflow from the bottom to the top. The wind turbine of the layer is closed to increase the air volume flowing into the wind turbine. By controlling the opening of the balancing valve, the start, speed, constant speed, parallel connection and lifting of the generator can be controlled to the wind turbine. The balance of the wind turbine has been completed. Then start the lowest second wind turbine, starting the same way as before, until the whole machine (all series of wind turbines) is completed. In conjunction with the increase in the number of wind turbines running, the opening of the large regulating valve is opened. When all the generators are connected in parallel and the balancing valves are closed, the lifting of all the wind turbine loads is completely controlled by the gas regulating valve. Since this energy source can be used as the base load continuously, if it is faulty, it needs to be shut down for maintenance. 'The shutdown process firstly closes the small adjustment valve opening degree, so that the whole unit output is reduced to a certain load. 'The wind turbine is turned on from top to bottom. The balance valve causes the generator to be de-loaded and uncoupled. 'This method will reduce and uncouple the units'. When all the wind turbines are uncoupled (each balancing valve is open), the intake control valve is closed. Intake main shut-off valve, the whole machine will stop here, and the maintenance work can be carried out. The tornado wind turbine of the present invention was originally designed for high-altitude mountainous installations, but in order to enable the apparatus of the present invention to be used in low-altitude mountainous areas or installed in high-rise interiors, exterior walls and structures, low-altitude areas are also The invention can be used to generate electricity as much as possible to save energy and reduce carbon. In order to achieve the purpose, the present invention is equipped with an induced draft fan, and the suction of the air blower can also have the function of high altitude. In the use, as long as the main shut-off valve of the air flow is first opened after starting, the airflow of the entire line is confirmed. Start the induced draft fan first in the case of bypass, and then start the whole unit according to the above starting mode. When stopping the Q machine, the air blower should be stopped only after stopping the whole unit as described above. After the air blower is stopped, the main shut-off valve can be fully closed. The switch of the main shut-off valve and the start and stop of the induced draft fan have interlock control. Overspeed trip test: The “tubular wind turbine” of the single unit must perform the overspeed trip test before commercial operation. The method is to perform this test when the single unit starts paralleling and after a small load. De-testing the main shut-off valve, the closing of the intake regulating valve and the opening speed of the balancing valve group are enough to lower the speed of the main engine. The over-speed trip of the whole machine is to first maintain the low-level parallel connection of the whole machine. When the operation is running, 'press the emergency stop button to make the main shut-off valve, the speed of the intake control valve close and the speed of the balance group open enough to lower the speed of the main engine and adjust if necessary. Each machine's generator and converter's protection and translation test: Each machine can carry out various translation translation tests when the test is carried out until the generator is connected in parallel with low load. Or can be tested after unlinking. Month's description of various starting, rising speed, constant speed, parallel, pick-up, full load, load reduction, de-linking, deceleration, page 11 201231803 Supplementary correction, friend-stop test, after completion of the test, continue to run for one month After that, you can declare commercial operation "m* : Macro n AA. _ Maintenance after commercial operation: Due to the design of the "cylinder wind turbine", the single-piece assembly can be removed and replaced. The spare parts can be locked and continue to operate. The faulty part fg repair or f spare parts can make the whole section of the machine parts and accessories within the available range can be converted into ^ 备 事故 的 的 检 及 及 及 及 及 及 及 及 及 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故 事故: When the unit has been running for one year, it must be carried out. If the part has to be renewed, the bearing such as the main shut-off motor must be renewed. The horse armature wears off. The whole motor is torn, __ turns or Ο 2 needs to be replaced, balance If the parts of the valve group are needed or updated, the Mas+^ oil should be strictly checked to avoid frequent failures affecting the operation of the unit. ~ For the purchased machine • The main part of the wind turbine is overhauled in two parts: (1) Turbine blade part: Check if the blade body is worn or not, and if it is not angled, is it necessary? (2) ίί machine ii: 2iSS is now: 3⁄4; if necessary, the exciter carbon ship is replaced. (4) Necessary renewal, 〇 page 12 201231803 Supplementary amendment date: 2011.7.28 [Simple diagram of the diagram] Figure 1: Intake chamber Figure 2: Intake port Figure 3: Intake regulation _ section valve front side view Figure 4: Figure 5: Various gas traps Figure 6: Three-dimensional view of various gas traps Figure 7: Front side view of the balance valve connection tube Figure 8: Three-dimensional diagram of the balance valve connection tube Figure 9: Balance valve air-driven air connection tube Figure 10: Balance valve structure diagram Figure 11: Cartridge wind turbine Figure 12: Stereo diagram of the barrel wind turbine Figure 13: Stereogram of the exhaust pipe connection barrel Figure 14: Stereo connection diagram of the straight wind turbine generator Figure 15: Wind power Motor winding and wiring diagram Figure 16: Front side view of the connecting barrel Figure 17: Front side view of the various angle connecting barrel Figure 18: Schematic diagram of a straight wind turbine generator into a tornado wind turbine Figure 19: Exhaust port Figure 20: Lightning collection System Figure 21: Schematic diagram of the actual installation of the tornado wind turbine and its drainage system Figure 22: Schematic diagram of the drainage system Figure 23: Front side view of the induced draft fan Figure 24: Stereoscopic view of the induced draft fan Page 13 201231803 Supplementary correction Period: 2011.7.28 [Description of main components] Figure 1: Intake chamber 1 Intake shelter 2 Intake port 3 Intake port 4 Intake chamber base fixing bolt 5 Intake chamber base Figure 2: Intake Lane 1 Intake 2 Air Filter 3 Intake Shutoff Valve 0 4 Intake Regulator 5 Various Gas Traps 6 Intake Filter Cleaning Tank Figure 3: Intake Regulating Valve Front View Figure 1 Regulating Valve Drive Motor 2 Adjustment Valve-driven bevel gear 3 Regulating valve transmission bevel gear 4 Regulating valve drive worm 5 Regulating valve drive worm gear 6 Regulating valve plate 7 Regulating valve plate drive gear set Q 8 intake port Figure 4: Intake control valve stereo view 1 Adjustment Valve body 2 Regulating valve disc 3 Regulating valve disc drive gear set Figure 5: Various gas traps 1 Capturer housing 2 Various gas capture cylinders 3 Various gas capture tubes 4 Air inlets Figure 6: Various gas traps Stereogram 1 Capturer Enclosure 2 Various gas trapping tanks Page 14 201231803 Supplementary correction date: 2011.7.28 3 Various gas receiving pipes 4 Exhaust port Figure 7: Front side of balanced pipe connecting pipe Figure 1 Balance Body 2 Connecting pipe casing 3 Balance valve venting port © venting pipe Figure 8: Balanced valve connecting pipe 3D diagram 1 Balanced valve body 2 Connecting pipe casing 3 Connecting pipe support frame 4 Balance valve vent 5 Exhaust pipe Figure 9: Balance Valve air driven air connection pipe 1 1 balance valve 2 2 balance 闽 3 3 balance valve 4 4 balance valve 5 drive air pipe 6 compressed air source 7 electromagnetic control valve Figure 10 : balance valve structure Balance valve drive diaphragm 3 Balance valve return spring 4 Balance valve stem 5 Balance valve body 6 Balance valve seat 7 Balance valve exhaust port 8 Drive air connection pipe Figure 11: Cylinder wind turbine 1 Housing 2 Support frame 3 Drive impeller 4 Impeller coupling page 15 201231803 Supplementary correction date: 2011.7.28 5 Generator coupling 6 Generator set 7 Conductor and control - Line take-out box Figure 12: Stereo diagram of tubular wind turbine _ 1 Shell 2 Support frame 3 Drive impeller 4 Generator set 5 Conductor and control line connection box Figure 13: Exhaust pipe connection barrel perspective view 1 Connection tube housing 2 1 exhaust pipe 3 second exhaust pipe 4 third exhaust pipe 5 fourth exhaust pipe 6 support frame Fig. 14: straight-type wind turbine set vertical connection diagram 1 connected pipe with balance valve 2 balance valve 3 support Rack 4 Balance valve Exhaust pipe 5 Cylinder wind turbine 6 Drive impeller 7 Generator 8 Conductor and control line Outlet box 9 Exhaust pipe connecting pipe 10 Exhaust pipe Figure 15: Wind turbine winding and wiring diagram 1 Generator rotor winding 2 Generator stator winding 3 Generator main breaker 4 Generator primary transformer 5 Synchronizer 6 Busbar connection main breaker 7 Busbar Page 16 201231803 Supplementary correction date: 2011.7.28 8 permanent magnet diagram 16 : Connecting the front side of the connecting tube Figure 1 Connecting the outer casing Figure 17: Front side of the various angle connecting barrel Figure 1 Connecting the barrel housing 2 Flange Figure 18: Straight-tube wind turbines twisted into a tornado wind turbine schematic round 1 Inlet 2 Intake chamber 3 Intake chamber base 4 Support frame 5 Bridge support frame 6 Connection tube with balance valve 7 Tubular wind turbine 8 Connection tube with exhaust pipe 9 Multi-angle ⑩ vent communication pipe 19: exhaust port connected to an exhaust flange ① ② ③ bracket funnel-shaped exhaust port ④ ⑤ roof exhaust connection pipe ⑥ ⑦ copper ball copper ball lightning collecting pipe coupling ⑧ copper ball lightning collecting column

9 Wire connection JI 10 wire Figure 20: Lightning collection system 1 Exhaust port 2 Lightning collection copper ball set 3 Wire connector 4 Wire 5 Insulation insulator 6 Resistor Page 17 201231803 Supplementary correction date: 2011.7.28 7 Battery pack © load 9 Grounding wire 10 Connecting terminal Figure 21: Actual installation of tornado wind turbine and its drainage system 1 Intake room 2 Straight wind turbines are twisted into a tornado wind turbine 3 Exhaust port 4 Lightning collection system 5 Rainwater drainage deck 6 Rainwater longitudinal discharge pipe 7 Rainwater inclined discharge pipe 8 Balanced pipe communication pipe 9 Barrel wind turbine 10 Exhaust pipe communication pipe 11 Large intake round house Figure 22: Drainage system schematic 1 Rainwater drainage deck 2 Rainwater vertical Drain tank 3 Rain drain tank 4 Rain drain deck fixed support 5 Rain drain deck fixing hole Figure 23: Draft fan side view 1 Shell 2 Impeller 3 Coupling 4 Drive motor group 5 Support frame 6 Power cable and control line Outlet box Figure 24: Steering fan perspective view 1 Shell 2 impeller Group driving motor bracket ④ ⑤ power cables and control lines 18 connected to the tank page

Claims (1)

201231803 Supplementary amendment period: 2011.7.28 VII. Patent application scope: h Unit ··Intake terminal _Main shut-off valve group, and then connect with the balance between the force of force, the body becomes the cylinder wind 3· It is a multi-stage wind turbine with a main switch _ series-type dragon-cast wind turbine set at the intake end, which can control the use of the same-gas channel with strong δ force such as single start, stop, and 4, which is the invention. Special Spear & ϊ ϊ s 龙 龙 龙 龙 风力 风力 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙 龙Road, air intake, air trap and funnel type: ΐίίίΐ= ί ί ί ί ί ί ί ί 麟 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 《 = = = = = = = 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜 倾斜And ==== around the wind tunnel and various buildings, ^ 7· = ί ί ί ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ ̄ The copper ring and the cymbal are connected to the $^ containing ^% energy, and the energy of the cloud is connected by the electric power of the copper ball. 'The lowering of the C-retreating H-high insulation protects the money, and the electricity is saved. The human door H to the surrounding 'can be introduced into this battery pack storage Q Ζ田 use 'this lightning collection system is the patent right of the invention. , "Electrical series connected into artificial tornado air duct" can be used to generate electricity, reduce the atmosphere = the ball and the climate, and operate the gas and toxic gases in the atmosphere, the exhaust gas pollution from the gas industry, can use this tornado wind channel The effective height of 1〇it Zhang’s should be the nine patents for this. i wind wind turbines are also in the mountains or high-rises of low altitude, in the low-altitude mountainous areas and high-rise buildings, fully play the function of this dragon roll ^ phoenix generator set, which is the tenth item of the invention. . Eight, the pattern: a total of 24 maps page 19