CN111878333A - Internal energy power generation device - Google Patents
Internal energy power generation device Download PDFInfo
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- CN111878333A CN111878333A CN202010778229.3A CN202010778229A CN111878333A CN 111878333 A CN111878333 A CN 111878333A CN 202010778229 A CN202010778229 A CN 202010778229A CN 111878333 A CN111878333 A CN 111878333A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
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Abstract
The internal energy power generation device is a device which utilizes extraction and development of gas molecular kinetic energy, geocentric gravitational energy and liquid buoyancy energy, the device utilizes the gas molecular kinetic energy, the geocentric gravitational energy and the liquid buoyancy energy which are extracted and developed from nature as energy sources of the device, energy is continuously transmitted to the device, and the device is formed by reasonably matching multiple aspects by combining the natural characteristics of electric power, electric appliances, liquid and liquid buoyancy, a water column with 1 standard atmospheric pressure equal to 10.336 meters or a mercury column with 0.76 meters. The device utilizes the extracted and developed gas molecular kinetic energy, the ground gravitational energy and the liquid buoyancy energy to be ubiquitous in the nature, has huge storage capacity in the nature, can be recycled, is not limited by energy sources in the aspect of energy output, and can determine the output electric energy of the device according to the size of the device and the number of the device groups.
Description
The internal energy power generation device is a device which utilizes extraction and development of gas molecular kinetic energy, geocentric gravitational energy and liquid buoyancy energy, the device utilizes the gas molecular kinetic energy, the geocentric gravitational energy and the liquid buoyancy energy which are extracted and developed from nature as energy sources of the device, energy is continuously transmitted to the device, and the device is formed by reasonably matching multiple aspects by combining the natural characteristics of electric power, electric appliances, liquid and liquid buoyancy, a water column with 1 standard atmospheric pressure equal to 10.336 meters or a mercury column with 0.76 meters. The device is mainly used for power plants, and the kinetic energy generated by the operation of the device can be used for other devices needing the kinetic energy. The device has simple structure, utilizes extracted and developed gas molecular kinetic energy, gravitational energy and liquid buoyancy energy as energy sources, almost everywhere in nature, so that the device has few limitations and is not restricted by environments, places and the like wind power, tidal power, water power and solar power stations. The device utilizes the extracted and developed gas molecular kinetic energy, the ground gravitational energy and the liquid buoyancy energy to be ubiquitous in the nature, has extremely large storage capacity in the nature, can be recycled, is not limited by energy sources in the aspect of energy output, and can determine the output electric energy of the device according to the size of the device and the number of the device groups;
drawings
FIG. 1 is a longitudinal cross-sectional view of the float as a whole floating in a position where the liquid in the sealed vessel and the liquid container are at the same level before the device is activated;
figure 2 is a longitudinal section through the device during operation with the float floating to a position where it floats to the top of the sealed vessel at maximum displacement;
detailed description of the device components:
1. a liquid container: the liquid container is a container for holding liquid, and the liquid container must have enough liquid volume to ensure the normal operation of the device. The container is used for containing liquid, and the device must have enough liquid to work normally. The liquid of choice for the device is water. The present specification describes an apparatus using water as a representative liquid. The device may take a river, lake or sea as the liquid container. How large the area of the bottom surface of the liquid container is and how much the total amount of liquid in the liquid container is depends on the final requirements of the production design of the device;
2. sealing the container: in the device, the sealed container is a rectangular container, the sealed container is vertical to the horizontal plane, and the opening of the sealed container is required to be positioned in the water below the water level in the sealed container and the liquid container and below the same horizontal plane of the water level. Such a structure is a standard structure that uses the natural characteristic of 1 standard atmosphere of water equal to 10.336 meters, or 0.76 meters of mercury. The effect is that the sealed container forms a relatively sealed container to air or gas with the aid of the liquid when the vent valve is closed. A row of teeth are arranged in the sealed container and correspond to the flywheel, so that the flywheel can rotate when moving upwards. The teeth are recessed into the sealed container and are designed so as not to interfere with the normal up and down vertical movement of the float. Because the drawing is not large, the teeth recessed into the sealed container are not shown on the drawing. The shape of the sealed container depends on the final requirement of the production design of the device on the premise of ensuring that the floating body can normally move vertically and ensuring that the floating force of the floating body can be maximally utilized;
3. a floating body: the floating body is a pair of sealed hollow cuboids and is positioned in a sealed container. The floating body is used for converting the power of water rising into the buoyancy used by the generator set for generating electricity. The periphery of the floating body is provided with a plurality of small wheels which are used for ensuring that the floating body can normally move vertically and does not have excessive friction with the sealed container. Because the figure is not large, the small wheels on the float are not drawn above the figure. The isolation cabin and the generator set are part of the floating body. The shape of the float depends on the final requirements of the production design of the device;
4. an air extractor: the air extractor is an electrical appliance. When the air valve is closed, the air pump pumps out the air in the sealed container to generate pressure difference between the sealed container and the liquid container, so that the water flows to the empty space at the top of the sealed container with small pressure under the action of the internal energy of the gas molecules, and the water flow level rises to generate the buoyancy of the water. The device has no special requirement, the air extractor only needs to extract air with corresponding volume by the design of the extraction device, and the device does not require high vacuum degree in the sealed container. What type and model of air extractor is available on the market today, depending on the ultimate requirements of the plant production design. Of course, a special air extractor meeting all requirements of the device can be designed by the air extractor;
5. a vent valve: the vent valve is an electrical appliance. When the vent valve is closed, the sealed container is in a relatively sealed state, and when the vent valve is opened, the sealed container is not in a sealed state. The vent valve switch determines whether the sealed container is in a relatively sealed state. The device may use multiple vent valves simultaneously. The device uses a small vent valve and a vent valve with large power, does not influence the energy obtained by the device after working, but influences the time when the floating body falls to the position of the same level with the water in the sealed container and the liquid container when the vent valve is opened. How many vent valves are used by the device, and the aperture of the vent valve depends on the final requirement of the production design of the device;
6. an isolation bin: the isolation bin is a floating body with a bin door, and the isolation bin is surely guaranteed to be sealed after the bin door is closed and water is drained. The function is to isolate liquid and the generator set, and ensure that the generator set can normally work and generate electricity without water. The isolation bin is provided with a bin door so that workers can repair the isolation bin when the generator set has problems. The isolation cabin is connected with the floating body and is one part of the floating body;
7. flywheel: the flywheel is a part of the generator set, the flywheel is arranged in the water outside the isolation bin and at the position corresponding to the teeth of the sealed container, when the floating body moves upwards, the flywheel rotates, the flywheel is connected with the generator set in the isolation bin, and the flywheel rotates to drive the generator set in the isolation bin to work. The flywheel drives the generator set when the floating body moves upwards, and the flywheel idles and does not drive the generator set when the floating body moves downwards;
8. a balance bin: the balance cabin is a floating body which is always kept under the water surface and is used for supporting the floating body, so that the position of the floating body is kept above the water surface before the device is operated. The function is to offset or control the self weight and the floating state of the floating body, the isolation bin, the flywheel, the generator set and the balance bin in water. Because the maximum height of the floating body in the device is limited, when the balance bin is not used, the buoyancy of the floating body which can be used for generating electricity is the buoyancy which is equal to the volume of the floating body and floats upwards, and the total weight of the floating body, the isolation bin, the flywheel, the generator set and the balance bin is subtracted, so that the working efficiency of the device is reduced. After the device uses the balance cabin, the buoyancy of the volume of the floating body can be maximally utilized by the floating body in the sealed container. The balance cabin is connected with the floating body, and the balance cabin is positioned below the floating body or at a position capable of completely offsetting the weight of all parts of the floating body in water under the condition that the balance cabin ensures that the floating body can normally move vertically. In the device, the total weight of the floating body, the isolation bin, the flywheel, the generator set and the balance bin is two tons, and the size of the balance bin is two cubic meters. The volume of the balance cabin can control the floating body and all the parts on the floating body, and the total weight of the balance cabin in water. How large a surge bin is to be used by the device depends on the ultimate requirements of the device production design;
9. liquid: the liquid of choice in the device is water, because water is the most abundant of all the liquids available to the device, and the cost is low. Other liquids are also possible, as long as they are buoyant. The more dense the device is to work with the more efficient the liquid. Such as brine, mercury, etc., both of which can improve the efficiency of the device, but mercury is too expensive to be generally used on a commercial basis. What liquid the device is to use depends on the ultimate requirements of the device production design;
10. a generator set: the function is to convert the buoyancy obtained when the floating body moves upwards for a certain distance into electric energy. The device needs a plurality of large-power generator sets, and depends on the size of the floating body of the device, because the generator sets are designed to drive the generator sets to move upwards for a certain distance when the buoyancy of the floating body reaches the maximum, the design can maximize the buoyancy of the floating body moving upwards and convert the buoyancy into electric power;
11. sealing the bin: the sealed cabin is a sealed container enclosing the whole device, the sealed cabin is provided with an inflator and an air outlet, and the inflator is used for injecting air into the sealed cabin through the inflator so as to increase the pressure of the air in the sealed cabin. The air outlet is a valve which is used for discharging the air in the sealed cabin through the valve so as to reduce the air pressure in the sealed cabin. The whole device is enclosed by a sealed bin, then air is injected into the sealed bin to enable the pressure in the sealed bin to rise, the pressure in the sealed bin rises, the kinetic energy of gas molecules in the sealed bin is larger, the device can increase the corresponding pressure by utilizing the sealed bin, and the correspondingly increased kinetic energy of the gas molecules is obtained to improve the power generation efficiency of the device. How much pressure the device adds to the gas in the capsule depends on the requirements of the device's production design. The sealed cabin, the inflator on the sealed cabin and the air outlet are not shown in the figure;
detailed description of device component design:
1. the design of the bottom surface area of the liquid container is that the bottom surface area of the liquid container is the key for determining the water surface fall of the sealed container and the liquid container on the premise that the liquid container is required to contain enough liquid to ensure the normal work of the device. The larger the area of the bottom surface of the liquid container is, the larger the water surface fall of the sealed container and the liquid container is under the action of the internal energy of gas molecules after the air in the sealed container is pumped out by the air pump. In a standard atmospheric environment, when the liquid used in the apparatus is water, the maximum head is 10.336 meters. The device can take rivers, lakes or seas as the liquid container, so that the fall of the sealed container and the liquid container can have the maximum height of 10.336 meters. How large the area of the bottom surface of the liquid container is, depends on the final requirements of the production design of the device;
2. the height of the sealed container is designed, and the height of the sealed container which is most cost-saving is equal to the height of the action of 1 standard gas molecule internal energy on liquid. If the liquid used in the device is water and 1 atm equals 10.336 m of water column, the height of the sealed container is 10.336 m. It is also possible that the height of the sealed container is higher than the most cost effective height, if other design requirements dictate. How high the sealed container is used for filling depends on the final requirements of the production design of the device;
3. the floating body is designed into the shape same as the bottom surface of the sealed container, the area of the bottom surface of the floating body is as close as possible to the area of the bottom surface of the sealed container, and the height of the floating body is as high as possible, so that the design can fill the space between the floating body and the sealed container with the least liquid, and the floating body can achieve the maximum water discharge. The floating body reaches the maximum displacement, so that the floating body can obtain the buoyancy equal to the volume of the floating body, and the floating body can utilize the buoyancy to the maximum extent. However, the height of the floating body in the present device is limited by the characteristic of a column of water with a pressure of 10.336 meters at 1 atm. The height of the floating body in the device is equal to the height of the water surface drop of the sealed container and the liquid container, and a distance for the floating body to vertically move up and down is subtracted. For example, the drop height of water between the sealed container and the liquid container is 10.336 m, the distance for the floating body to vertically move up and down is 1 m, and the height of the floating body is 9.336 m at most. The distance for vertically moving the floating body up and down is different, so that the working efficiency is different, and the distance for vertically moving the floating body up and down for a long time depends on the final requirement of the production design of the device;
4. the horsepower of the generator set is designed to be smaller than the buoyancy of the floating body, so that the floating body can normally float upwards when the device works. Under the condition of ensuring that the floating body can float upwards normally and has a certain floating speed, the horsepower of a generator set used by the device is better as being closer to the volume buoyancy of the floating body, and the design can convert the buoyancy which maximally utilizes the upward floating of the floating body into electric power;
5. the generator set and the isolation bin are designed to be part of the floating body, and under the condition that the floating body can float upwards normally, the generator set with corresponding horsepower is used as a switch for controlling the floating body not to float upwards when the maximum buoyancy is not reached. The generator set can be driven to move upwards only when the buoyancy of the floating body reaches the maximum, so that the buoyancy of the floating body can be maximally utilized to drive the generator set to generate electricity;
6. when the float floats to a position at the top of the sealed container during operation of the device, as shown in figure 2. The space between the float and all the parts of the float and the sealed container, into which water can enter, is designed to be as small as possible. Because the space between the floating body and all the parts on the floating body and the sealed container is smaller, the air suction machine can suck less air to ensure that the floating body can achieve the maximum displacement and the maximum buoyancy. The design can reduce the time and the electric quantity of the air pump used once the air pump works back and forth in the device, so that the efficiency of the device is improved. The spaces capable of allowing water to enter comprise 1, spaces capable of allowing water to enter between the sealed container and the floating body, wherein the floating body needs to ensure normal vertical movement up and down and needs to have some spaces without excessive friction with the sealed container; 2. a row of teeth on the sealed container, wherein the teeth are spaces for water to enter; 3. the space between the flywheel and the floating body, which can be filled with water, needs to have some space to ensure that the flywheel does not have any friction with the floating body when the flywheel rotates normally; 4. the small wheels around the floating body have certain space for ensuring the normal rotation of the small wheels without any friction with the floating body;
the working principle of the internal energy power generation device is as follows:
before the device works, the whole floating body (3) floats on the same horizontal plane of the water (9) in the sealed container (2) and the liquid container (1), as shown in figure 1. The device starts to operate, the vent valve (5) is closed at the moment, the air extractor (4) works to extract air in the sealed container (2), after the air is extracted, the pressure in the sealed container (2) is reduced, pressure difference is generated between the sealed container (2) and the liquid container (1), water (9) in the liquid container (1) has power of the water (9) flowing to the vacant space at the top of the sealed container (2) under the action of gas molecular kinetic energy, and the water (9) in the sealed container (2) rises to the top of the sealed container (2) under the power of the water (9). The water (9) in the sealed container (2) rises to the top of the sealed container (2), and the floating body (3) floats to the top of the sealed container (2) with the buoyancy of the maximum displacement under the action of the buoyancy energy of the water (9), and the device is shown as figure 2. From the position before the device works, the floating body (3) floats on the same horizontal plane of water (9) in the sealed container (2) and the liquid container (1) as a whole, to the position when the device starts to operate, the floating body (3) floats to the top of the sealed container (2) by the buoyancy of the maximum displacement, in the process, the floating body (3) floats upwards for a certain distance, and the buoyancy equal to the volume displacement of the floating body (3) is obtained. The buoyancy drives the flywheel (7) to rotate, and the flywheel (7) drives the generator set (10) to generate electricity while rotating. After the generator set (10) is driven to generate electricity by utilizing the buoyancy of the floating body (3), the floating body (3) floats to the top of the sealed container (2) and stops, and the device is shown as figure 2. At the moment, the vent valve (5) is opened, no pressure difference exists between the sealed container (2) and the liquid container (1), the water (9) in the sealed container (2) and the liquid container (1) returns to the same horizontal plane under the action of gas molecular kinetic energy and gravitational attraction energy of the water (9), and the floating body (3) also returns to the same horizontal plane position of the water (9) in the sealed container (2) and the liquid container (1), and the device is shown as the figure 1. Therefore, the device can continuously extract and develop gas molecular kinetic energy, ground gravity energy and liquid buoyancy energy from the nature by continuous cyclic operation to obtain buoyancy which is equal to the volume of the floating body (3) and moves for a certain distance, the device drives the generator set (10) to generate electricity by utilizing the buoyancy which is the distance that the floating body (3) moves upwards, and the gas molecular kinetic energy, the ground gravity energy and the liquid buoyancy energy from the nature are extracted and developed during the operation of the device, so that the electricity generated during each operation of the device is far greater than the electricity used during each operation of the air extractor (4) and the vent valve (5), and the rest electricity can be provided to the social electricity, thereby forming the internal energy generating device. And the natural gas molecular kinetic energy, the earth core gravitational energy and the liquid buoyancy energy are rich in reserves, and can continuously provide energy for the device. The device is not limited in energy output, and the output electric energy of the device can be determined by the size of the device and the number of the device groups;
the device extracts and develops the explanation by utilizing the kinetic energy of gas molecules, gravitational attraction energy and liquid buoyancy energy:
the device enables the floating body to maximally extract, develop and utilize buoyancy energy through the design of a specific structure. The air pressure imbalance in the nature is caused by the air pump and the artificial manufacturing device of the vent valve, so that the kinetic energy of gas molecules, gravitational energy and liquid buoyancy energy can be extracted, developed and utilized in the nature. The structure of the device is simple, but the device with the structure can extract, develop and utilize gas molecular kinetic energy, gravitational energy and liquid buoyancy energy through the result obtained by scientific verification. Just like the solar power generation panel on the market at present, the solar energy can be continuously utilized as long as specific materials and specific structures are found. Like the nuclear power generating station in the current market, the nuclear power generating station can be continuously developed and utilized as long as a method and specific equipment are found;
therefore, a device capable of extracting, developing and utilizing gas molecular kinetic energy, geordic gravitational energy and liquid buoyancy energy does not exist in the human society at present, and a calculation result of energy consumption generated after the operation of a scientific and accurate device is obtained through scientific and accurate calculation by using related physical formulas according to related physical formulas in related physics textbooks. However, under such difficult conditions, i have found some scientific, accurate and verifiable calculation methods which can generate energy consumption results after the device operates, and such calculation methods are called simulation experiment calculation results. Because the textbook does not have related physics formulas to scientifically and accurately calculate the result of energy consumption in the device action process, when the result of energy consumption in the device action process is calculated in a simulation experiment calculation mode, some electric appliances sold for many years in the market have to be used, parameters of the electric appliances are given according to electric appliance manufacturers, and the scientific calculation result is obtained by combining calculation verification according to the related formulas in the physics textbook in the calculation process. The results thus calculated demonstrate that the device generates more electricity during operation than it consumes during operation. According to the law of conservation of energy: "energy is neither generated nor lost by the void, it only transforms from one form to another. "why the device generates more electricity during operation than it consumes during operation is because the device has a second or third energy input in addition to the electrical energy input. Otherwise, the device will generate less electricity during operation than it consumes during operation, according to the law of conservation of energy. Through the proving mode, the device can be provided with a second energy input or a third energy input, the floating body floats upwards by using the natural characteristic that the water column with the standard atmospheric pressure of 1 is equal to 10.336 meters or the mercury column with the standard atmospheric pressure of 0.76 meters in the operation process of the device, the characteristic comes from the kinetic energy of gas molecules, and the floating body floats upwards while extracting, developing and utilizing the buoyancy energy of liquid. When the floating body falls down to the water level and returns to the same plane, the internal energy of the upper gravitational force is utilized, so that the device is proved to be a device capable of extracting, developing and utilizing the kinetic energy of gas molecules, the gravitational force energy and the liquid buoyancy energy;
in the explanation of the energy source of the device, only the detailed result of the simulation experiment calculation and the simple result of the simulation experiment calculation are evidence that the device is proved to be practical. The explanation except the contents of the detailed results of the simulation experiment calculation and the simple results of the simulation experiment calculation is only a logic reasoning hypothesis made according to the results of the two calculations, and the obtained logic reasoning hypothesis is only used for explaining the operation process of the device to a person with less advance cognition. The detailed results of the simulation experiment calculation and the simple results of the simulation experiment calculation are calculated according to a scientific method, namely the calculation mode is advanced, but the obtained results are that the electricity generated in the action process of the device is more than the electricity consumed in the action process of the device, and the rest electricity is provided for the social electricity. Meanwhile, the device is a super novel, super creative and super practical invention device;
the simulation experiment calculated detailed results:
setting the parameters of a simulation experiment, setting the volume of a floating body to be 8 cubic meters, setting the top area and the bottom area of the floating body to be 1 square meter, setting the height of the floating body to be 8 meters, setting the floating body to be a cuboid, setting the upward and downward movement distance of the floating body to be 1 meter, setting the weight of the floating body, a separation bin, a flywheel, a balance bin and a generator set to be 2 tons, setting the liquid used by the device to be water, setting an air extractor used by the device to be a JZPX1200-44 Roots rotary vane vacuum unit, setting a vent valve used by the device to be an electric stainless steel flange ball valve with the model number of Q941F, and setting the energy conversion rate of;
detailed description of the device components:
1. the floating body is a cuboid, the area of the bottom surface and the area of the top surface are 1 square meter and 8 meters high, the volume is 8 cubic meters, the upward and downward moving distance of the floating body in water is 1 meter, and 8 tons of buoyancy can be obtained as long as the floating body floats for 1 meter in the device. In reality, the maximum height of the floating body can be higher than 8 meters, which is 10.336 meters minus 1 meter of the floating body needing to move up and down, and the maximum height of the floating body can be 9.336 meters;
2. all components on the floating body weigh 2 tons on the ground, and the components comprise the floating body, an isolation bin, a flywheel, a balance bin and a generator set. One might think that such a multipart 8 cubic meter volume would be as much as 2 tons, and that it would be set to 5 tons, i go further, and that it would not matter if it were more than 10 tons, simply by weight on the ground. If all the parts on the floating body weigh 2 tons in 8 cubic meters, a balance cabin with the volume of 2 cubic meters is arranged under the floating body, and if all the parts on the floating body weigh 10 tons in 8 cubic meters, a balance cabin with the volume of 10 cubic meters is added, so that the weight of the floating body and all the parts on the floating body in water can be completely offset. Because the floating body can be in a weightless state in water like in space, the weight loss is only called in space, and the floating body is called in water as suspension, so long as the weight of the drained water of the floating body is equal to the self weight of the floating body. Therefore, by using the balance bin in the water, the number of tons of all components on the floating body can be controlled in the water;
3. the liquid is water, the density of the water is 1.0 x 10^3
4. The air extractor is a JZPX1200-44 Roots vane vacuum unit, the air extraction speed is 1200 (L/s), namely 1.2 cubic meters per second, the matched power is 20.5 (kW), and the air extractor runs for 1 hour at 20.5 degrees. The air extractor (namely, a vacuum pump unit) is a pump extractor (namely, a vacuum pump unit) of Taizhou Lixin vacuum equipment Limited company, which is found on the Internet by I, and the parameter of the air extractor is that the Roots rotary vane vacuum unit is sold on the existing market. In order to calculate, the air extractor only needs to extract 1000 (L/s) per second, which is equivalent to that the electricity used by the air extractor per hour is 17.08 degrees, and the air extracted per second is 1 cubic meter. The air extractor extracts 1000 (L/s) per second, and if the extraction of 1000L per time can make the device successfully perform one round on the part of the air extractor, then 17.08 degrees can make the device successfully perform 3600 rounds on the part of the air extractor;
5. the air extraction efficiency of the JZPX1200-44 Roots rotary vane vacuum unit is much higher than that of other vacuum units, so that the diffusion pump unit can be seen. The maximum pumping rate of the diffusion pump unit with the model number of JK-800 is 6500 (L/s), namely 6500L of gas is discharged per second. The diffusion pump unit is preferably used when the device is used for power generation in real production. I do not use the unit as an air extractor, only because the manufacturer does not digitally and clearly mark the power of the unit in the same list, and the electricity utilization parameters of 1 electromagnet valve are not clearly marked, but the valve does not use much electricity. The valve was not charged, the pumping rate was 6500 (L/s), and the main pump used only 19.8 degrees/hr +5.5 degrees/hr of the backing pump. I find a large-caliber electromagnet valve on the Taobao network, and the power of a double valve of a large-caliber combined electromagnetic valve of a Honeyville electromagnetic valve VQ480AB2206 series is 72 w. Like the large-caliber Q941F electric stainless steel flange ball valve, the drift diameter is 200DN, and 150w is also needed every hour. The final pumping rate was 6500 (L/s), and the electricity usage per hour was 19.8 degrees +5.5 degrees +0.072 degrees =25.372 degrees. The 1000 (L/0.15 s) pumping with the JK-800 diffusion pump unit only uses 3.903 degrees. The parameters of the diffusion pump assembly are only better described for you, and different technologies for delivering air are not as efficient. The method for conveying or pumping cubic meters of air at 1 ℃ mainly depends on the kinetic energy of gas molecules and the energy absorption of the gas molecules (the working efficiency of a vacuum machine is different between 30 ℃ below zero and 30 ℃, particularly the technical method for the diffusion pump unit, the key link of the diffusion pump unit is that the unit can normally work by heating special oil to 200 ℃ by using electricity) and the technology for the unit, and as long as the air and the gas do not have enough energy input to be changed into liquid, the working efficiency of the vacuum units can only be 0 when the electricity is used, and the vacuum units can only be changed into copper-breaking iron-rotting. In the market, a plurality of vacuum units are suitable for the device, so that I can take various cases;
6. the general power generation rate of the generators on the market is about 80%, the good power generation rate of the generators can reach about 90%, and I uses the general power generation conversion rate of 80% as the best rate. The general power generation rate of the generator is calculated by kilogram, 102kg of the generator moves upwards for 1 meter per second, the power generation conversion rate is 80%, the generator can generate 0.8 degree per hour, and the generator can generate 0.6 degree per hour by 1 horsepower, which has the result only if the unit is different;
according to this formula (1 PS =75kg. m/s =0.7355KW,1KW =102kg. m/s =1.36 PS)
7. The electric stainless steel flanged ball valve is of type Q941F, the purpose of the vent valve is only to vent the float as well as with a small vent valve, i use here a drift diameter of 32DN, with a rated power of 32DN of 15W. Since the time for opening the valve is 3-5 seconds, the time for opening or closing once is set to 5 seconds. The device is operated once each time in one turn, the common time is 10 seconds, the one hour is 3600 seconds, the valve with the rated power of 15W can be switched for only 360 turns in 1 hour, and the valve is switched for each 3600 to use 150W. Of course, the valve of the model cannot be used in the production and the use of the device later, the time for opening or closing the valve once is 3-5 seconds, and the point is that the actual parameters of the product marked by a manufacturer on the market can only be calculated by the valve. When the device is used as a power station, the electric valve is designed according to the requirement of the device;
8. the formula for the resistance of water is f = uFN. The friction coefficient of the liquid is approximately equal to 0.001-0.01, because the floating energy of the floating body of the device comes from the internal energy of gas molecules, and the energy source of the internal energy of the gas molecules is solar energy, the resistance of water can certainly affect the work of the device under the continuous action of a solar energy source, but the resistance of the water only affects the floating and sinking speed of the floating body of the device, and the total energy obtained under the condition that the moving distance of the floating body is not changed is not affected by the water resistance. Theoretically, the energy obtained when the floating body of the device floats upwards cannot be changed due to the resistance of water, but under the condition that the existing human beings still can not do work by the internal energy of gas molecules, on the premise that the operation of any device is influenced by certain resistance, I move back to talk, now, the situation that the device is really influenced by the resistance of water to consume a part of energy is assumed, and the maximum friction coefficient of the resistance of water recorded in a textbook is 1%;
9. the floating body of the device is afraid of the buoyancy of only 1kg after driving the generator, the floating body is floated upwards as well, only the floating body can float slowly under the frictional resistance of water, in order to ensure that the floating speed of the floating body is not too slow, the floating body of 0.1 ton is not used for the power of power generation, but the floating body has the buoyancy of 0.1 ton to ensure the speed of the floating body when the floating body floats upwards;
10. let the gap between the sealed container and the floating body be 2.5 mm, the height of water rising between the gaps be 10 m, and the water inlet space of the 4-face gap be 2.5 mm × 10 × 4 m =0.1 m. Thus, the air extractor needs to extract 1.1 cubic meter of air when the floating body moves upwards by 1 meter. The power for a 0.1 cubic meter air extractor alone is 17.08 degrees x 0.1=1.708 degrees. The height of the gap water rise is 10 meters, while the height of the gap water rise is only 8 meters in the following calculation, and the data for the position is not optimal data, and a point can be well calculated by using an integer;
the model JZPX1200-44 Roots vane vacuum unit is used as an air extractor, the air extractor works for 17.08 degrees of electricity consumption in one hour in the operation of the device, and the air extractor which uses 17.08 degrees of electricity in one hour can extract 1 cubic meter of air in one second by calculation. The electric stainless steel flange ball valve is turned on or off every 5 seconds, and the electricity consumption is 15W every hour. This is emphasized because the air extractor is operated 1 second after the vent valve is closed, and the device can be operated one round each of 1 switch of the electric stainless steel flanged ball valve. The air pump works for 1 second, the floating body has 8 tons of buoyancy, and the stainless steel flange ball valve switch is used for 10 seconds for 1 time respectively, so that the device works for one round. The electric energy of the air pump working per hour can lead the device to work for 3600 rounds of calculation. However, the floating speed of the floating body under the action of the floating force is determined by considering the speed of air flowing out of the sealed container and the speed of water flowing into the sealed container, and if the floating speed of the floating body is 1 meter per second. The speed of the floating body sinking is determined by the speed of air flowing into the sealed container and the speed of water flowing out of the sealed container after the vent valve is opened, because the vent valve with less electricity is small, the air passing through the vent valve is small, and finally the time for the air pressure of the sealed container to rise to the standard atmospheric pressure is longer. If the float is supposed to descend for 10 seconds. The air suction of the air pump is 1 second, the air suction is carried out for 10 seconds respectively by the electric stainless steel flange ball valve opening and closing, and the common time of one round of the device is 21 seconds. If the floating speed of the floating body is 0.5 meter per second, the floating speed is 1 meter per second, the floating body takes 2 seconds, the sinking speed of the floating body is 30 seconds, the air suction of the air suction machine is 1 second, the electric stainless steel flange ball valve switches are respectively used for 10 seconds, and the common time of one round of the device is 42 seconds. Because the air pump, the electric stainless steel flange ball valve and the floating body float upwards and sink for different time, but the electric energy for floating and sinking the floating body of the device to return is the same, the electric energy used by the device to float upwards and sink is calculated according to the electric energy used by the device to return 3600 round and the electric energy obtained by the device to float upwards and sink, so that the electric energy used by the calculation result after 3600 round is 17.08 degrees +0.15 degrees =17.23 degrees, the time for the device to return in the actual operation of 3600 is much longer than 1 hour, but the consumed energy is the same as the electric energy consumed by the air pump and the ventilation valve in 1 hour, and finally, the electric energy consumed by the air pump and the ventilation valve 3600 round is calculated, and the electric energy consumed by 1 hour is equivalent to the electric energy consumed by the air pump;
the device uses water as liquid, the air extractor works every second, the floating body can obtain 8 tons of buoyancy to move 1 meter upwards, 1% of resistance of the water is reduced, 7.9 tons multiplied by 1% =0.079 ton, 7.9 tons-0.079 ton =7.821 ton, and after all parts which can consume energy are subtracted, the air extractor works every second to obtain 7.821 tons of buoyancy which moves 1 meter upwards. 7.821 ton buoyancy, according to (1 KW =102 kg), 7.821 ton is 7821kg ÷ 102kg =76.676KW =76.676 degrees, the power generation rate with a general generator is 80%, 76.676 degrees × 80% =61.34 degrees;
this is when the device uses water as the liquid, the device runs 3600 rounds, the electricity for the air extractor of the device is 17.08 degrees, and the electricity for the device is 17.23 degrees in total by adding 0.15 degrees for the vent valve. The power generated by 3600 device turns is 61.34 degrees, i.e. the power generated by the device is 61.34-17.23-1.708 =42.402 degrees greater than the power used by the device. Under the condition that the device moves upwards for 1 meter in each round, 42.402 degrees of electricity is provided for the life electricity of the society in 3600 rounds (which is equivalent to 1 hour of electric energy consumed by the air pump and the ventilation valve). This is my calculation result. The result can be much better than today if the device is all calculated with optimal data. The parameters of the electrical equipment used in the calculation process are all given by manufacturers, the used physical formula is also accurately calculated according to the physical formula on a textbook, and the calculation result is scientific, accurate, error-free and amenable;
in the calculation result, the used electric product is not the optimal parameter, and the optimal effect that the height of the floating body is not the maximum height is better than the electric product used in the calculation result in the market. In reality, the floating body floats upwards and the generator set can not be influenced by resistance, and energy obtained by floating the floating body with the same volume cannot be influenced, because the floating body floats upwards and is continuously supplemented by gas molecular kinetic energy, gravitational energy and liquid buoyancy energy except electric energy, the resistance generated in the running processes of the floating body and the generator set only influences the floating speed of the floating body in the running process of the device, and the floating body floats upwards to obtain the buoyancy with the same volume in the running process of the device has no influence. The reason why the detailed results are calculated in the simulation experiment is not the results which are not influenced by the resistance in reality, but the results are too advanced to be accepted and understood by people without the advance acceptance;
simple results were calculated by simulation experiments:
the parameters used by the calculation method are the same as those in the detailed calculation result of the simulation experiment;
this is when the device uses water as the liquid, the device runs 3600 rounds, the electricity for the air extractor of the device is 17.08 degrees, and the electricity for the device is 17.23 degrees per hour in total by adding 0.15 degrees for the vent valve. In addition, an air extractor needs to extract 0.1 cubic meter of air in a gap between the sealing and dissolving device and the floating body, and the electricity consumption is 1.708 ℃. 17.23 degrees +1.708 degrees =18.938 degrees;
the device uses water as liquid, the air extractor works every second, the floating body can obtain 8 tons of buoyancy, the buoyancy is subtracted to ensure that 0.01 ton of the speed of the floating body when the floating body floats upwards is equal to 7.99 tons, and the floating body moves upwards for 1 meter. Finally, the buoyancy of 7.99 multiplied by 1=7.99 tons is obtained;
finally, the above data is converted by the formula. 1PS =75kg.m/s =0.7355KW,1KW =102kg.m/s =1.36 PS;
the apparatus was run for 3600 rounds, i.e. equivalent to 1 hour, with the air pump and vent valve power usage being 17.08 degrees +0.15 degrees +1.708 degrees =18.938 degrees/hour. The 18.938 degree electrical conversion results in 18.938KW x 102kg =1931.676kg =1.931676 tonnes, i.e. a maximum of 1 metre can be moved up a 1.931676 tonne weight per second with 18.938 degree electrical conversion. The device can obtain 7.99 tons every time when the electricity of 18.938 degrees is used, namely the device moves upwards for 1 second and finally obtains 7.99 multiplied by 1=7.99 tons, and the result of conversion of the device by the energy conversion formula by 18.938 degrees is 7.99-1.931676=6.058324 tons. This demonstrates that a maximum of 17.23 degrees can only be converted to 1.75746 tons at 1 m/s if the device is used solely with electrical energy, again without calculating frictional resistance. It is not possible at all to achieve the result of a movement of 7.99 tonnes upwards of 1 metre/equivalent of 1 second, so that the calculation also yields a second or more energy input, other than electrical energy, into the apparatus.
Claims (8)
1. The internal energy power generation device is a device for extracting and developing gas molecular internal energy, gravitational internal energy and liquid buoyancy internal energy, the device is used as an energy source of the device by extracting and developing gas molecular internal energy, gravitational internal energy and liquid buoyancy internal energy from nature, energy is continuously transmitted to the device, and the device is further formed by combining the natural characteristics of electric power, electric appliances, liquid and liquid buoyancy, a water column with 1 standard atmospheric pressure equal to 10.336 meters or a mercury column with 0.76 meters, and a floating body design which maximally utilizes the liquid buoyancy, and the multiple aspects are reasonably matched to work.
2. The internal energy power generation device consists of a liquid container, a sealed container, a floating body, an air pump, a ventilation valve, an isolation bin, a flywheel, a balance bin, liquid and a generator set.
3. In the internal energy power generation device, when the floating body can normally move up and down in the direction vertical to the horizontal plane, the bottom surface of the floating body is the same as the bottom surface of the sealed container, and the floating body is a cube symmetrical to the upper surface and the lower surface under the condition that the floating body does not have redundant friction with the sealed container, the closer the area of the bottom surface of the floating body to the area of the bottom surface of the sealed container is, the better the height of the floating body is, and the better the floating body is, so that the floating body can maximally utilize the buoyancy of the liquid when the floating body.
4. When the internal energy power generation device works, the floating body floats to the top of the sealed container, and the smaller the space between the floating body and all the components on the floating body and the sealed container, which can be filled with water, is, the better the space is; the design can reduce the time and the electric quantity of the air pump used once the air pump works in the device, so that the working efficiency of the device can be improved.
5. The design of a balance bin is used in the internal energy power generation device, the balance bin is always kept below the water surface to support a floating body, so that the position of the floating body is kept above the water surface before the device runs; balance bins with different sizes can be used in the device to offset or control the floating state of the floating body, the isolation bin, the flywheel, the generator set and the balance bins in water; after the device uses the balance bin, the balance bin offsets the weight of each part installed on the floating body, the floating body and the balance bin in liquid, and the floating body in the sealed container can maximally utilize the buoyancy of the floating body.
6. In the internal energy power generation device, a generator set and an isolation cabin are designed to be part of a floating body; under the condition of ensuring that the floating body can float upwards normally, a generator set with corresponding power is used as a switch for controlling the floating body not to float upwards when the maximum buoyancy is not reached; therefore, the buoyancy of the floating body can be utilized to the maximum extent to drive the generator set to generate electricity.
7. In the internal energy power generation device, the sealing bin is a sealing container enclosing the whole device, the sealing bin is provided with an inflator and an air outlet, and the inflator is used for injecting air into the sealing bin through the inflator so as to increase the pressure of the air in the sealing bin; the air outlet is a valve which is used for discharging the air in the sealed bin through the valve so as to reduce the air pressure in the sealed bin; the whole device is enclosed by a sealed bin, then air is injected into the sealed bin to increase the pressure in the sealed bin, the pressure in the sealed bin is increased, the kinetic energy of gas molecules in the sealed bin is increased, and the device can utilize the correspondingly increased pressure in the sealed bin to obtain the correspondingly increased kinetic energy of the gas molecules so as to improve the power generation efficiency of the device; how much pressure the device is to add to the gas in the sealed bin depends on the requirements of the device production design; the capsule, the inflator and the gas outlet on the capsule are not shown in the figure.
8. The working principle of the internal energy power generation device is that before the device works, the whole floating body (3) floats on the same horizontal plane of water (9) in the sealed container (2) and the liquid container (1), as shown in figure 1; the device starts to operate, the vent valve (5) is closed at the moment, the air extractor (4) works to extract air in the sealed container (2), after the air is extracted, the pressure in the sealed container (2) is reduced, pressure difference is generated between the sealed container (2) and the liquid container (1), water (9) in the liquid container (1) has power of the water (9) flowing to the vacant space at the top of the sealed container (2) under the action of gas molecular kinetic energy, and the water (9) in the sealed container (2) rises to the top of the sealed container (2) under the power of the water (9); the water (9) in the sealed container (2) rises to the top of the sealed container (2), and the floating body (3) floats to the top of the sealed container (2) with the buoyancy of the maximum displacement under the action of the buoyancy energy of the water (9), and the device is shown as figure 2; from the position that the floating body (3) floats on the same horizontal plane of water (9) in the sealed container (2) and the liquid container (1) before the device works to the position that the device starts to operate, the floating body (3) floats to the position of the top of the sealed container (2) by the buoyancy of the maximum displacement, and in the process, the floating body (3) floats upwards for a certain distance, and the floating body (3) floats upwards for a certain distance, so that the buoyancy which is equal to the volume of the floating body (3) and moves for a certain distance is obtained; the buoyancy forces drive the flywheel (7) to rotate, and the flywheel (7) drives the generator set (10) to generate electricity while rotating; after the generator set (10) is driven to generate electricity by utilizing the buoyancy of the floating body (3), the floating body (3) floats to the top of the sealed container (2) and stops, and the device is shown as figure 2; at the moment, the vent valve (5) is opened, no pressure difference exists between the sealed container (2) and the liquid container (1), the water (9) in the sealed container (2) and the liquid container (1) returns to the same horizontal plane under the action of gas molecular kinetic energy and gravitational attraction energy of the water (9), and the floating body (3) also returns to the same horizontal plane position of the water (9) in the sealed container (2) and the liquid container (1), and the device is shown as figure 1; therefore, the device can continuously extract and develop gas molecular kinetic energy, ground center gravitational energy and liquid buoyancy energy from the nature by continuous circulation to obtain buoyancy which is equal to the volume of the floating body (3) and moves for a certain distance, the device drives the generator set (10) to generate electricity by utilizing the buoyancy which is the distance that the floating body (3) moves upwards, and the gas molecular kinetic energy, the ground center gravitational energy and the liquid buoyancy energy from the nature are extracted and developed in the operation of the device, so that the electricity generated by each operation of the device is far greater than the electricity used by each operation of the air extractor (4) and the vent valve (5), and the rest electricity can be provided to the social electricity, so that an internal energy generating device is formed; the gas molecular kinetic energy, the earth core gravitational energy and the liquid buoyancy energy in nature are rich in reserves, and can continuously provide energy for the device; the device is not limited in energy output, and the amount of the output electric energy of the device can be determined by the size of the device and the number of the device groups.
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