Classifications

• • H—ELECTRICITY
  • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
  • H02K—DYNAMO-ELECTRIC MACHINES
  • H02K53/00—Alleged dynamo-electric perpetua mobilia
• • 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
  • F03B—MACHINES OR ENGINES FOR LIQUIDS
  • F03B17/00—Other machines or engines
  • F03B17/02—Other machines or engines using hydrostatic thrust
  • F03B17/04—Alleged perpetua mobilia

Definitions

• Present invention is related to the electricity generator that reduces the consumed energy by using buoyancy of liquid and gravity.
• the present invention is related to the electricity generator, which consists of the main elements; the mass direction system, mass, alternator, mass lifting system and liquid discharge system, which continuously generates energy using potential energy, kinetic energy and mechanical energy.
• a problem with the systems used to generate energy in the present art is that energy consumption is high.
• the reason for the high energy consumption is that the laws of physics are not used sufficiently and serious motor power is required in production.
• Another problem in the power plants used in the present art is the excessive consumption of fuel due to the excessive use of mechanical parts.
• Another problem in the systems used in the present art is that they require battery and similar electricity storage devices and they consume energy from these devices during initial start-up of the system.
• Another problem encountered in power plants used in the present art is the area required for the installation of fixed power plants. The installation of these power plants in a large area avoids saving space.
• the present invention solves all of the above-mentioned problems at the same time.
• the present invention is generally related to the electricity generator that produces energy using the buoyancy of liquids and gravitational force.
• the purpose of present invention is to ensure that these masses are loaded into a rotating system by using masses and to produce electrical energy as a result of the rotational movement that becomes continuous using the force created by the masses via the effect of gravity.
• the potential energy of the masses is used under the influence of gravity.
• Another purpose of present invention is to enable the masses to be carried upwards by using the buoyancy of the liquids to provide reuse of the masses loaded in the rotating operation. This way, masses are carried upwards using the buoyancy of liquids and energy is saved.
• the most important purpose of present invention is to provide significant energy savings by using two separate forces in both upwards and downwards movement of the used masses.
• Another purpose of present invention is that the space required for its installation is small compared to other power plants. In this way, space is saved, infrastructure costs and installation costs are reduced.
• Another purpose of present invention is to operate in the load and discharge logic and to ensure the continuity of energy production via regular load distribution.
• Another purpose of present invention is that it can be controlled by an automation system that can adjust the loading speed according to the instantaneous capacity of the plant, and can be operated and paused optionally.
• Another purpose of present invention is that it is a power plant with low production and labor costs due to its energy and space savings, easy maintenance and few components.
• the present invention will become a preferred product in the sector with its present form and simple structure. Thus, it will gain a commercial success.
• FIG. 2 It is the drawing that shows the mass direction system in the generator subject to the invention.
• FIG. 3 It is the drawing that shows the mass positioning cabin while unloading the masses in the generator subject to the invention.
• Figure - 5 It is the drawing that shows the loading of the masses to the mass positioning cabin in the generator subject to the invention.
• FIG. 8 It is the drawing that shows the mass positioning cabin with the cabin cover open in the generator subject to the invention.
• the energy generator (100) subject to the invention shown in Figure-1 consists of its main elements; the mass direction system (110), the mass (120), the alternator (130), the mass lifting system (140) and the liquid discharge system (150).
• the mass lifting system (140) there exists the mass positioning cabin (141) into which the masses (120) are positioned and the cabin cover (141.1) that can be opened and closed during the loading and unloading of the masses (120), the cabin stabilizer (142) used to stabilize the mass positioning cabin (141) in the mass lifting system (140) in the lower position, mass positioning cabin guidance area (143) used to ensure that the mass positioning cabin (141) is referenced in its upwards and downwards movements, and mass positioning cabin direction element (144) used to provide an angle to the mass positioning cabin (141) during unloading of the masses (120).
• the mass lifting system (140) is filled with liquid to utilize the buoyancy of the liquids.
• the liquid discharge system (150) used in the generator (100) the liquid that fills into the mass positioning cabin (141) shown in Figure-8 is discharged, and the mass positioning cabin (141), which is filled with air after being discharged, is ensured to be lifted upwards via the influence of buoyancy of liquid.
• the liquid discha rge pipe (151) with a check valve is used in the liquid discharge at the bottom extending from downwards to upwards.
• the mass positioning cabin (141) which was previously stabilized with the cabin stabilizer (142), starts to move upwards after the cabin stabilizer (142) is brought to the open position.
• the force used at this stage is the buoyancy of liquids.
• motion is provided on the mass positioning cabin guidance area (143). In this way, the motion is provided in one direction and the orientation to the target area is realized.
• the mass positioning cabin (141) goes up, the mass positioning cabin contacts the direction element (144) and the mass positioning cabin (141) is angled downwards in the direction in which the masses (120) will be unloaded.
• the cabin cover (141.1) is opened and the masses (120) are loaded on the mass loading elements (111) with the angle given to the mass positioning cabin (141).
• the masses (120) loaded on the mass loading elements (111) move downwards due to the effect of gravity.
• the motion is regulated by the moving carrier (112) and the moving carrier support elements (113).
• the moving carrier (120) which moves with the loading of the masses (120), relays the motion it receives to the alternator (130) and electrical energy is started to be generated.
• the masses (120) loaded on the mass loading elements (111) from above go down, they are accumulated in the mass accumulation area (145). After the mass positioning cabin (141), which stayed aloft, empties the masses (120) there, again the liquid is filled instead of the masses (120) and it again goes down to the lower position automatically due to the difference of gravity and density.
• the cabin stabilizer (142) locks and stabilizes the mass positioning cabin (141).
• the cabin cover (141.1) is opened again and the liquid inside the mass positioning cabin (141) is discharged with the liquid discharge system (150).
• the force consisting of the weight of the masses (120) coming into the mass drop apparatus (152) is used.
• the masses (120) that have previously accumulated in the mass positioning area (145) enter the mass positioning cabin (141), the cabin stabilizer (142) is opened again and the mass positioning cabin (141) is brought to the upper position under the influence of the buoyancy of liquids.
• the present invention is, in summary, an electricity generator (100) that reduces the energy consumed by using the buoyancy of liquid and gravity.
• the generator (100) there exists the mass direction system (110), which contains mass loading elements (111) on it for loading the masses (120), which is used to provide the motion of the masses (120) with the influence of gravity and to direct the masses (120) to the desired target, the mass lifting system (140), which is filled with liquid, which is used to lift the descending masses (120), that went down with the mass direction system (110), up again under the influence of the buoyancy of liquids, and the liquid discharge system (150) used to provide the air required for the masses (120) to be raised upwards in the mass lifting system (140) and to discharge the liquid in the area where the masses (120) will be located.
• the mass direction system (110) which contains mass loading elements (111) on it for loading the masses (120), which is used to provide the motion of the masses (120) with the influence of gravity and to direct the masses (120) to the desired target
• the mass positioning cabin (141) which moves within the mass lifting system (140), where the masses (120) are loaded and unloaded, and which automatically moves upwards with the effect of the buoyancy of the liquids, also the cabin cover (141.1) that can be opened and closed depending on the automation during the loading and unloading of the masses (120) in the mass positioning cabin (141), the cabin stabilizer (142), which is used to hold the mass positioning cabin (141) steady in the mass lifting system (140) in the lower position, that releases the mass positioning cabin (141) after filling mass (120), the mass positioning cabin guidance area (143) used to reference the downwards and upwards linear movement of the mass positioning cabin (141) within the mass lifting system (140), the mass positioning cabin direction element (144), which touches the mass positioning cabin (141) first when mass positioning cabin goes up (141) and which angles the mass positioning cabin (141) downwardly towards the direction of unloading of masses (120), and the mass accumulation area (145) where the masses (120) are accumulated before
• the mass drop apparatus (152) used to remove the liquid in the mass positioning cabin (141) using the force created by the weight of the incoming masses (120), and the gear set used to carry the force coming from the mass drop apparatus (152).
• the discharge operation can be carried out with pneumatic elements, hydraulic elements and vacuum.
• the mass positioning cabin (141) goes up, contacts the mass positioning cabin direction element (144) and angles the mass positioning cabin (141) downwardly in the direction in which the masses (120) will be unloaded,
• the cabin stabilizer (142) locks and stabilizes the mass positioning cabin (141), • after the mass positioning cabin (141) is stabilized, cabin cover (141.1) opens again and the liquid in the mass positioning cabin (141) is discharged with the liquid discharge system (150),

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• Engineering & Computer Science (AREA)
• Power Engineering (AREA)
• Chemical & Material Sciences (AREA)
• Combustion & Propulsion (AREA)
• Mechanical Engineering (AREA)
• General Engineering & Computer Science (AREA)
• Other Liquid Machine Or Engine Such As Wave Power Use (AREA)

Applications Claiming Priority (2)

Publications (2)

Family

ID=67901987

Family Applications (1)

Country Status (2)

Family Cites Families (5)

• 2019
  • 2019-05-07 TR TR2019/06753A patent/TR201906753A2/tr unknown
• 2020
  • 2020-05-07 WO PCT/TR2020/050393 patent/WO2020226597A2/en active Application Filing

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