Mechanical self-gravity difference circulation driving power generation device

Abstract

The invention discloses a mechanical self-gravity difference circulation driving power generation device which mainly comprises a fixed rack, an electric control cabinet, a water circulation structure and an irrigation counterweight roller structure. The continuous strong gravity difference generated by the gravity difference increased through cyclic automatic continuous stretching and overturning and deflection irrigation of the multiple irrigation counterweight rollers with mechanical control serves as the rotation driving force of the device, the operation is repeated, efficient and stable power generation is achieved, time is controllable, size is controllable, and cost-free automatic operation is achieved. The safety problem of clean and environment-friendly energy can be solved, operation is safe, faults are few, and the ultra-long operation life is basically achieved as long as the service life of the bearing is guaranteed.

Description

Technical Field

[0001] The present invention relates to the technical field of clean, environmentally friendly and safe new energy, in particular to a mechanical self-gravity difference cycle-driven power generation device without energy consumption. Background Art

[0002] With the progress of society and the development of economy, electric energy has become inseparable from economic development and all aspects of human life. Except for hydropower, the existing electric energy, including thermal power, nuclear power, oil power, solar power and wind power, has various pollution risks and high costs, which are insufficient to meet the actual needs of human economic activities and life. Therefore, there is an urgent need for a new power generation method and device with low operating cost, environmental protection, cleanliness, safety, reliability and cost-effectiveness to permanently solve the energy problem of mankind. Summary of the invention

[0003] The purpose of the present invention is to provide a mechanical self-gravity difference cycle driven power generation device and method without energy consumption. It has good mechanical manufacturing performance and low operating cost, and can be installed at any location, with any design specifications and no special manufacturing materials. It can completely solve the energy problem of mankind.

[0004] The present invention solves the technical problem by adopting the following technical scheme: a mechanical self-gravity difference circulation driven power generation device, characterized in that it includes a fixed frame, more than two control cabinets, a water pump motor, multiple sets of wires and pipelines, a lower water collecting tank with a filter screen, multiple sets of circulating water pump pipelines, multiple sets of lower water collecting tank water level controllers, multiple water filling counterweight rollers with mechanical control valves, multiple sets of mechanical control valves, force arms with water-passing pipelines, multiple sets of gear ring slewing bearings, a cylindrical bracket with pipeline support, an equally divided turntable, multiple sets of support buffers, multiple sets of coil water distribution pipes, two sets of water filling counterweight roller traction rails, one or two generator sets, multiple sets of wire and pipe fixing clamps, multiple sets of water inlet pipelines, multiple sets of upper water collecting tank water level controllers, a water collecting tank with a filter screen, multiple sets of water inlet pipes, pipeline connecting flanges, generator wires and pipelines, multiple sets of upper water collecting tank covers, multiple sets of water filling counterweight roller machines Mechanical valve closing controller, a set of water diversion plates, multiple sets of reset tension springs, multiple sets of water pumps, multiple sets of small water pump wires and pipelines, multiple sets of connecting flanges with filter screens, a supporting shaft, multiple sets of counterweight roller mechanical valves to open water controllers, multiple sets of counterweight roller drainage valve ports, generator transmission pinions, multiple sets of needle bearings, multiple sets of counterweight roller mechanical valves to open water controller fixing brackets, generator fixing brackets, multiple water outlets, multiple sets of water filling counterweight roller mechanical valve opening controllers, multiple sets of turntable equal water distribution systems, two cylindrical brackets with pipeline support to redistribute water tank isolation seals, water collection tank drainage pipelines with filter screens, multiple sets of water inlets with nets, multiple sets of mechanical sealing systems, multiple water inlets for redistributing water tanks, two cylindrical brackets with pipeline support to support ribs, redistributing water tanks, multiple sets of counterweight support shafts with water system, synchronous pulleys with ratchet mechanisms, speed regulating synchronous belts, and speed regulating motors.

[0005] In several embodiments, a fixed frame is placed in the middle bottom; more than two control cabinets are placed at the bottom; more than two water pump motors are placed on both sides of the bottom of a lower water collecting tank with a filter screen, and are connected to multiple sets of wires, pipes, water pumps, motors and water pumps; a lower water collecting tank with a filter screen is placed in the middle position below the water diversion plate, and is connected to the water diversion plate of the water pump motor and water pump fixed frame; multiple sets of circulating water pump pipelines are placed between the lower water collecting tank and the upper water collecting tank, and are connected to the water pump motor and water pump fixed frame; multiple sets of lower water collecting tank water level controllers are placed in the upper interior of the lower water collecting tank with a filter screen, and are connected to the lower water collecting tank; multiple water filling counterweight rollers with mechanical control valves are equally divided and placed on an equally divided turntable, and are rotatably connected to multiple sets of mechanical control valves and multiple water filling counterweights with mechanical control valves. The drum is connected with a force arm with a water pipeline; multiple sets of mechanical control valves are equally placed on multiple water-filling counterweight drums with mechanical control valves and connected to them; the force arms with water pipelines are equally placed on equally divided turntables and are sealed and rotatably connected to them, and are equally connected to multiple water-filling counterweight drums with mechanical control valves; multiple sets of gear ring slewing bearings are placed on a cylinder bracket with pipeline support and are rotatably connected to an equally divided turntable; a cylinder bracket with pipeline support is placed on a fixed frame and fixed to it, and connected to an equally divided turntable; an equally divided turntable is placed on an equally divided turntable and fixed to it; multiple sets of coil water distribution pipes are equally placed on an equally divided turntable and welded to it; two sets of water-filling counterweight drum traction The guide rail is placed on a fixed bracket and fixed thereto; one or more generator sets are placed on a fixed bracket and fixed thereto; multiple sets of wire pipe fixing clamps are placed on multiple sets of water inlet pipes; multiple sets of water inlet pipelines are placed on a cylindrical bracket with pipeline support, connected through flanges, and connected to the upper water collecting tank through flanges; multiple sets of upper water collecting tank water level controllers are placed inside the upper part of the upper water collecting tank and connected thereto; a water collecting tank with a filter net is placed on the top of the fixed bracket and fixed thereto, and connected to multiple sets of water inlet pipes and multiple sets of water inlet pipes; multiple sets of water inlet pipes are placed under the upper water collecting tank and connected to a cylindrical bracket with pipeline support; the pipeline connection flange is placed on the water inlet pipe and fixed thereto; the generator wire pipeline is placed on the fixed bracket and connected to The upper water collecting tank cover is placed on the upper water collecting tank and fixed thereto; multiple sets of water filling counterweight drum mechanical valve closing controllers are placed on the fixed bracket and fixed thereto; a set of water diversion trays are placed on the lower water collecting tank, connected to and fixed to the fixed bracket; multiple sets of reset tension springs are placed on the fixed bracket and fixed thereto; multiple sets of water pumps are placed on both sides of the lower water collecting tank, connected to and fixed to the fixed bracket water pump motor; multiple sets of water pump wires and pipelines are placed between the water pump motor and the control cabinet, connected to and fixed to the fixed bracket; multiple sets of connection flanges with filter screens are placed on both sides of the lower water collecting tank, connected to the water pump; a support shaft is placed in the middle of the cylindrical bracket with pipeline support, connected and fixed thereto; multiple sets of counterweight drum mechanical valve opening and water release controllers are placed on the fixed bracket and fixed thereto;Multiple sets of counterweight drum drainage valve ports are placed on the walls of multiple water-filling counterweight drums with mechanical control valves and are connected and fixed thereto; generator drive pinions are placed on the input shafts of one or more generator sets and are connected and fixed thereto; multiple sets of needle bearings are placed on the walls of multiple water-filling counterweight drums with mechanical control valves and are connected and fixed thereto; multiple sets of counterweight drum mechanical valve opening water release controller fixing brackets are placed on the fixing brackets and are fixed thereto; generator fixing brackets are fixed thereto; multiple water outlets are placed in the redistribution water tank and are fixed thereto; multiple sets of water-filling counterweight drum mechanical valve opening controllers are placed on the fixing brackets and are fixed thereto; multiple sets of turntable equal-division waterway systems are placed on an equal-division turntable and are welded thereto; two redistribution water tank isolation seals with pipeline support cylinder brackets are placed on the pipeline support cylinder brackets and are connected thereto; the water collection tank drain pipe with filter net is placed on the upper water collection tank The bottom of the box is connected and fixed to the cylindrical bracket with pipeline support; multiple sets of water inlets with nets are placed inside the upper part of the upper water collecting box and fixed to it; multiple sets of mechanical sealing systems are placed on the cylindrical bracket with pipeline support and connected to it; multiple water inlets of redistribution tanks are placed inside the redistribution tank and fixed to it; two supporting ribs of the cylindrical bracket with pipeline support are placed on the cylindrical bracket with pipeline support and connected to it; the redistribution tank is placed inside the cylindrical bracket with pipeline support and connected to it; multiple sets of counterweight support shafts with water system are equally divided and placed on an equally divided turntable, connected to the force arm with water pipeline, and rotatably connected and fixed to it; the synchronous pulley with ratchet mechanism is placed on the cylindrical bracket with pipeline support and fixedly connected to the equally divided turntable; the speed regulating synchronous belt is placed on the synchronous pulley with ratchet mechanism and connected to the small synchronous pulley on the speed regulating motor; the speed regulating motor is placed on the fixed bracket and fixed to it. ;

[0006] In several embodiments, a fixed frame is placed at the middle bottom to support and fix the entire device; more than two control cabinets are placed at the bottom to control the output power; more than two water pump motors are placed on both sides of the bottom of a water collecting tank with a filter net, and are connected to multiple sets of wires and pipelines, water pump motors and water pumps for water circulation; multiple sets of wires and pipelines are placed on the fixed bracket to protect the transmission wires; a water collecting tank with a filter net is placed in the middle position below the water diversion pan, and is connected to the water diversion pan of the water pump motor water pump fixed frame to collect water released by multiple water-filled counterweight rollers with mechanical control valves; multiple sets of circulating water pump pipelines It is placed between the lower water collecting tank and the upper water collecting tank, and is connected to the water pump motor and water pump fixed frame to provide water circulation for the upper and lower water collecting tanks; multiple sets of lower water collecting tank water level controllers are placed in the upper inner part of the lower water collecting tank with a filter, and are connected to the lower water collecting tank to control and ensure the safety of the water level alarm of the water collecting tank; multiple water-filling counterweight rollers with mechanical control valves are equally placed on an equally divided turntable, and are rotatably connected to multiple sets of mechanical control valves and multiple water-filling counterweight rollers with mechanical control valves, and are connected to the force arm of the water pipeline. The huge gravity generated by automatic flipping and water filling is used to differentially drive the turntable to rotate and drag the generator to generate electricity.

[0007] In several embodiments, multiple sets of gear ring slewing bearings are placed on a cylindrical bracket with pipeline support, and are rotatably connected to an equally divided turntable to support the rotation of the equally divided turntable and reduce friction consumption; a cylindrical bracket with pipeline support is placed on a fixed frame and fixed thereto, and is connected to an equally divided turntable to support the safe operation of the entire equally divided turntable system; an equally divided turntable is placed on multiple sets of gear ring slewing bearings, and are connected to multiple sets of force arms with water pipes on a cylindrical bracket with pipeline support; multiple sets of support buffers are respectively placed on the equally divided turntable, connected to and fixed to multiple sets of force arms with water pipes; multiple sets of coil water distribution pipes are equally placed on an equally divided turntable and welded thereto to ensure smooth water circulation.

[0008] In several embodiments, two sets of water-filling counterweight roller traction guide rails are placed on a fixed bracket and fixed thereto, so as to guide multiple water-filling counterweight rollers with mechanical control valves to flip in advance so as to offset the gravity and produce a gravity difference; one or more generator sets are placed on a fixed bracket and fixed thereto, and connected with the turntable gear to convert mechanical energy into electrical energy output; multiple sets of wire pipe fixing clamps are placed on multiple sets of water inlet pipes to fix the water pipes; multiple sets of water inlet pipes are placed on a cylindrical bracket with pipe supports, connected by flanges, and connected to the upper water collecting tank by flanges; multiple sets of upper water collecting tank water level controllers are placed inside the upper part of the upper water collecting tank and connected thereto to control the water level safety of the water tank; a water collecting tank with a filter net is placed on the top of the fixed bracket and fixed thereto, and connected to multiple sets of water inlet pipes and multiple sets of water inlet pipelines to ensure the normal operation of the water supply system.

[0009] In several embodiments, multiple sets of reset tension springs are placed on the fixed bracket and fixed thereto to reset the controller; multiple sets of water pumps are placed on both sides of the lower water collecting tank, connected and fixed to the fixed bracket water pump motor to control water circulation; multiple sets of water pump wires and pipelines are placed between the water pump motor and the control cabinet, connected and fixed to the fixed bracket; multiple sets of filter screen connection flanges are placed on both sides of the lower water collecting tank and connected to the water pump; a support shaft is placed in the middle of the pipeline support cylinder bracket and connected and fixed thereto; multiple sets of counterweight drum mechanical valve open water controllers are placed on the fixed bracket and fixed thereto to control multiple mechanical control Multiple sets of mechanical control valves are opened on the water-filling counterweight drum with valve control to release water and reduce weight; multiple sets of counterweight drum drainage valve ports are placed on the walls of multiple water-filling counterweight drums with mechanical control valves, and are connected and fixed thereto, so as to quickly release water and reduce weight; the generator transmission pinion is placed on the input shaft of one or more generator sets, and is connected and fixed thereto, mainly to input the torque of the turntable ring gear into the generator for power generation; multiple sets of needle bearings are placed on the walls of multiple water-filling counterweight drums with mechanical control valves, and are connected and fixed thereto, so as to reduce the friction resistance when the multiple water-filling counterweight drums with mechanical control valves are in rolling contact with the traction guide rails of the two sets of water-filling counterweight drums.

[0010] In several embodiments, multiple sets of counterweight roller mechanical valve opening and water release controller fixing brackets are placed on the fixing brackets and fixed thereto to fix the counterweight roller mechanical valve opening and water release controller; on the generator fixing bracket and fixed thereto; multiple water outlets are placed in the redistribution water tank and fixed thereto to ensure that the water in the upper water collecting tank is quickly replenished into the redistribution water tank to meet the counterweight water replenishment of multiple water-filling counterweight rollers with mechanical control valves; multiple sets of water-filling counterweight roller mechanical valve opening controllers are placed on the fixing brackets and fixed thereto; multiple sets of turntable equal-dividing water circuit systems are placed on an equal-dividing turntable and welded thereto; two redistribution water tank isolation seals with pipeline support cylinder brackets are placed on the pipeline support cylinder brackets and connected thereto; the water collection tank drain pipe with filter net is placed under the upper water collecting tank, connected to and fixed to the pipeline support cylinder bracket.

[0011] In several embodiments, multiple sets of mechanical sealing systems are placed on a cylindrical support with pipelines and connected thereto; multiple water inlets of redistribution tanks are placed inside the redistribution tanks and fixed thereto; two supporting ribs of the cylindrical support with pipelines are placed on the cylindrical support with pipelines and connected thereto; the redistribution water tank is placed inside the cylindrical support with pipelines and connected thereto; multiple sets of counterweight support shafts with water systems are equally divided and placed on an equally divided turntable, connected to the force arms with water pipelines, and rotatably connected and fixed thereto, so as to support the rotational connection and water supply of multiple sets of force arms with water pipelines; a synchronous pulley with a ratchet mechanism is placed on the cylindrical support with pipelines and fixedly connected to the equally divided turntable; a speed regulating synchronous belt is placed on the synchronous pulley with a ratchet mechanism and connected to the small synchronous pulley on the speed regulating motor; the speed regulating motor is placed on a fixed bracket and fixed thereto.

[0012] In several embodiments, multiple sets of mechanical control valves are equally placed on multiple water irrigation counterweight rollers with mechanical control valves and connected thereto for controlled and automatic opening of water and closing of water collection; force arms with water passages are equally placed on equally divided turntables and sealed and rotatably connected thereto, and are equally connected to multiple water irrigation counterweight rollers with mechanical control valves for supporting the counterweights of multiple water irrigation counterweight rollers with mechanical control valves to flip and extend to generate gravity pressure difference to drive the turntable to rotate automatically.

[0013] In several embodiments, multiple sets of water inlet pipes are placed under the upper water collecting tank and connected to a cylindrical bracket with pipe support; the generator wire pipeline is placed on the fixed bracket and fixed to it; multiple sets of water filling counterweight roller mechanical valve closing controllers are placed on the fixed bracket and fixed to it; a set of water diversion trays are placed on the lower water collecting tank, connected and fixed to the fixed bracket, so as to collect the water released by weight reduction and introduce it into the lower water collecting tank.

[0014] The beneficial effects of the present invention are:

[0015] The advantage of the present invention is that it can generate clean, environmentally friendly, safe and powerful gravity difference circulation to drive the generator to generate electricity without the need for external energy consumption. It completely solves the energy problem that has troubled mankind. In the future, mankind can design and manufacture various sizes of power generation devices according to energy needs and install them anywhere where electricity is needed. One-time installation will always bring benefits at no cost. From now on, mankind will no longer be troubled by energy shortages in life and economic development. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] The drawings described herein are for illustrative purposes only of selected embodiments and do not represent all possible implementations, and should not be considered to limit the scope of the present invention.

[0017] Figure 1 The structural front view of this embodiment is schematically shown;

[0018] Figure 2 The left side view of this embodiment is schematically shown;

[0019] Figure 3 A top view of this embodiment is schematically shown;

[0020] Figure 4 A bottom view of the present embodiment is schematically shown;

[0021] Figure 5 A cross-sectional view of this embodiment is schematically shown. DETAILED DESCRIPTION

[0022] Below, embodiments of the present invention are described in detail with reference to the accompanying drawings. To make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all of the embodiments.

[0023] Therefore, the following detailed description of the embodiments of the present invention provided in conjunction with the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. All other embodiments obtained by ordinary technicians in the field based on the embodiments of the present invention without making any creative work are within the scope of protection of the present invention.

[0024] As Figure 1-Figure 5As shown, the mechanical self-gravity difference circulation driven power generation device in this embodiment mainly comprises a fixed frame 1, more than two control cabinets 2, a liquid pump motor 3, multiple sets of wires and pipelines 4, a lower liquid collecting box with a filter screen 5, multiple sets of circulating liquid pump pipelines 6, multiple sets of lower liquid collecting box liquid level controllers 7, multiple liquid filling weight rollers with mechanical control valves 8, multiple sets of mechanical control valves 9, a force arm with a liquid pipeline 10, multiple sets of gear ring slewing bearings 11, a cylindrical bracket with pipeline support 12, and an equally divided turntable 1 3, multiple sets of support limit buffers 14, multiple sets of coil liquid distribution pipes 15, two sets of liquid filling counterweight roller traction guide rails 16, multiple generator sets 17, multiple sets of wire pipe fixing clamps 18, multiple sets of liquid inlet pipelines 19, multiple sets of upper liquid collecting tank level controllers 20, a liquid collecting tank with a filter net 21, multiple sets of liquid inlet pipes 22, pipeline connection flanges 23, generator wire pipelines 24, multiple sets of upper liquid collecting tank covers 25, multiple sets of liquid filling counterweight roller mechanical valve closing controllers 26, a set of liquid guide plates 27, multiple sets of reset tension springs Spring 28, multiple sets of liquid pumps 29, multiple sets of liquid pump wires and pipes 30, multiple sets of connection flanges with filter screens 31, a support shaft 32, multiple sets of counterweight roller mechanical valves to open and release liquid controllers 33, multiple sets of counterweight roller discharge valve ports 34, generator transmission pinion 35, multiple sets of needle bearings 36, multiple sets of counterweight roller mechanical valves to open and release liquid controller fixing brackets 37, generator fixing brackets 38, multiple liquid outlets 39, multiple sets of liquid filling counterweight roller mechanical valves to open controllers 40, multiple sets of turntables and other liquid path systems 41, two cylindrical supports with pipelines to support the redistribution liquid bin isolation seal 42, a liquid pipeline 43 below the liquid collecting box with a filter net, multiple sets of liquid inlets with nets 44, multiple sets of mechanical sealing systems 45, multiple liquid inlets 46 for the redistribution liquid bin, two cylindrical supports with pipelines to support ribs 47, a redistribution liquid bin 48, multiple sets of counterweight support shafts 49 with pipeline systems, a synchronous pulley 50 with a ratchet mechanism, a speed-regulating synchronous belt 51, a speed-regulating motor 52, etc., constitute an automatic circulation driven rotation power generation system device and method.

[0025] A fixed frame 1 is placed in the middle bottom; more than two control cabinets 2 are placed at the bottom; more than two liquid pump motors 3 are placed on both sides of the bottom of a lower liquid collecting box 5 with a filter screen, and are connected to multiple sets of wires and pipelines 4, liquid pump motors 3, and liquid pumps 29; a lower liquid collecting box 5 with a filter screen is placed in the middle position below the liquid draw plate, and is connected to the liquid pump motor 3, liquid pump 29 fixed frame 1 liquid draw plate 27; multiple sets of circulating liquid pump pipelines 6 are placed between the lower liquid collecting box 5 and the upper liquid collecting box 21, and are connected to the liquid pump motor 3, liquid pump 29 fixed frame 1; multiple sets of lower liquid collecting box liquid level controllers 7 are placed in the upper interior of the lower liquid collecting box 5 with a filter screen, and are connected to the lower liquid collecting box 5; multiple liquid filling weight rollers 8 with mechanical control valves are equally placed in an equal It is placed on the dividing turntable 13 and is rotatably connected to multiple sets of mechanical control valves 9, multiple water filling weight rollers 8 with mechanical control valves, and a force arm 10 with a liquid pipeline; multiple sets of mechanical control valves 9 are equally placed on multiple liquid filling weight rollers 8 with mechanical control valves and are connected thereto; the force arm 10 with a liquid pipeline is equally placed on the equally divided turntable 13 and is sealed and rotatably connected thereto, and is equally connected to multiple liquid filling weight rollers 8 with mechanical control valves; multiple sets of gear ring slewing bearings 11 are placed on a cylinder bracket 12 with pipeline support and are rotatably connected to an equally divided turntable 13; a cylinder bracket 12 with pipeline support is placed on a fixed frame 1, fixed thereto, and connected to an equally divided turntable 13.

[0026] Multiple sets of support limit buffers 14 are respectively placed on the equally divided turntable 13, and are connected and fixed to multiple sets of force arms 10 with liquid pipelines; multiple sets of coil liquid distribution pipes 15 are respectively equally placed on an equally divided turntable 13 and are welded to it; two sets of liquid filling counterweight roller traction guide rails 16 are placed on a fixed bracket 1 and fixed to it; one or more generator sets 17 are placed on a fixed bracket 1 and fixed to it; multiple sets of wire pipe fixing clamps 18 are placed on multiple sets of liquid inlet pipes 22; multiple sets of liquid inlet pipelines 19 are placed on a cylindrical bracket with pipeline support 12, connected by flanges, and connected to the upper liquid collecting tank 21 by flanges; multiple sets of upper liquid collecting tank level controllers 20 are placed inside the upper part of the upper liquid collecting tank 21 and connected to it; A liquid collecting box 21 with a filter screen is placed on the top of the fixed bracket 1 and fixed thereto, and is connected to multiple sets of liquid inlet pipes 22 and multiple sets of liquid inlet pipelines 19; multiple sets of liquid inlet pipes 22 are placed under the upper liquid collecting box 21 and are connected to a cylindrical bracket 12 with pipeline support; the pipeline connection flange 23 is placed on the liquid inlet pipe 22 and fixed thereto; the generator wire pipeline 24 is placed on the fixed bracket 1 and fixed thereto; the upper liquid collecting box cover 25 is placed on the upper liquid collecting box 21 and fixed thereto; multiple sets of water-filling counterweight roller mechanical valve closing controllers 26 are placed on the fixed bracket 1 and fixed thereto; a set of liquid guide plates 27 are placed on the lower liquid collecting box 5, connected and fixed to the fixed bracket 1; multiple sets of reset tension springs 28 are placed on the fixed bracket 1 and fixed thereto. Fixed; multiple sets of liquid pumps 29 are placed on both sides of the lower liquid collecting tank 5, connected and fixed to the liquid pump motor 3 of the fixed bracket 1; multiple sets of liquid pump wires and pipelines 30 are placed between the liquid pump motor 3 and the control cabinet 2, connected and fixed to the fixed bracket 1; multiple sets of filter screen connection flanges 31 are placed on both sides of the lower liquid collecting tank 5, connected to the liquid pump 29; a support shaft 32 is placed in the middle of the cylindrical bracket 12 with pipeline support, and is connected and fixed thereto; multiple sets of counterweight roller mechanical valve opening and liquid release controllers 33 are placed on the fixed bracket 1 and are fixed thereto; multiple sets of counterweight roller discharge valve ports 34 are placed on the walls of multiple liquid-filled counterweight rollers 8 with mechanical control valves, and are connected and fixed thereto; the generator transmission pinion 35 is placed on the input shaft of one or more generator sets 17, and Connected and fixed thereto; multiple sets of needle bearings 36 are placed on the walls of multiple liquid-filled counterweight rollers 8 with mechanical control valves, and connected and fixed thereto; multiple sets of counterweight roller mechanical valve opening and liquid-release controller fixing brackets 37 are placed on the fixing bracket 1, and fixed thereto; generator fixing brackets 38 are placed on the fixing bracket 1, and fixed thereto; multiple liquid outlets 39 are placed in the redistribution liquid bin 48, and fixed thereto; multiple sets of liquid-filled counterweight roller mechanical valve opening controllers 40 are placed on the fixing bracket 1, and fixed thereto; multiple sets of turntable equal-division liquid path systems 41 are placed on an equal-division turntable 13, and welded thereto; two cylinder brackets with pipeline support redistribution liquid bin isolation seals 42 are placed on the cylinder brackets with pipeline support 12, and connected thereto;The lower liquid pipeline 43 of the liquid collecting box with a filter net is placed under the upper liquid collecting box, connected to and fixed with the pipeline supporting cylinder bracket 12; multiple sets of belt net liquid inlets 44 are placed inside the upper part of the upper liquid collecting box and fixed thereto; multiple sets of mechanical sealing systems 45 are placed on the pipeline supporting cylinder bracket 12 and connected thereto; multiple redistribution liquid bin liquid inlets 46 are placed inside the redistribution liquid bin 48 and fixed thereto; two pipeline supporting cylinder bracket support ribs 47 are placed on the pipeline supporting cylinder bracket 12 and connected thereto; the redistribution liquid bin 48 is placed Inside the cylindrical support 12 with pipelines, connected thereto; multiple sets of counterweight support shafts 49 with pipeline systems are equally divided and placed on an equally divided turntable 13, connected to the force arm 10 with liquid pipelines, and rotatably connected and fixed thereto; a synchronous pulley 50 with a ratchet mechanism is placed on the cylindrical support 12 with pipelines, and is fixedly connected to the equally divided turntable 13; a speed regulating synchronous belt 51 is placed on the synchronous pulley 50 with a ratchet mechanism, and is connected to the small synchronous pulley on the speed regulating motor 52; the speed regulating motor 52 is placed on the fixed support 1 and fixed thereto. ;

[0027] When the present invention is installed and used, a fixed frame 1, more than two control cabinets 2, a liquid pump motor 3, multiple sets of wires and pipelines 4, a lower liquid collecting box with a filter screen 5, multiple sets of circulating liquid pump pipelines 6, multiple sets of lower liquid collecting box liquid level controllers 7, multiple liquid filling counterweight rollers with mechanical control valves 8, multiple sets of mechanical control valves 9, force arms 10 with liquid pipelines, multiple sets of gear ring slewing bearings 11, a cylindrical support with pipeline support 12, an equally divided turntable 13, multiple sets of support limit bearing buffers 14, multiple sets of coil liquid distribution pipes 15, two sets of liquid filling counterweight roller traction rails 16, one or two generator sets 17, multiple sets of wire pipe fixing clamps 18, multiple sets of liquid inlet pipelines 19, multiple sets of upper liquid collecting box liquid level controllers 10, multiple sets of gear ring slewing bearings 11, a cylindrical support with pipeline support 12, an equally divided turntable 13, multiple sets of support limit bearing buffers 14, multiple sets of coil liquid distribution pipes 15, two sets of liquid filling counterweight roller traction rails 16, one or two generator sets 17, multiple sets of wire pipe fixing clamps 18, multiple sets of liquid inlet pipelines 19, multiple sets of upper liquid collecting box liquid level controllers 11, multiple sets of gear ring slewing bearings 11, multiple sets of pipeline support cylinder ... multiple sets of pipeline , a liquid collecting box 21 with a filter screen, multiple sets of liquid inlet pipes 22, pipeline connecting flanges 23, generator wire pipelines 24, multiple sets of upper liquid collecting box covers 25, multiple sets of liquid filling counterweight roller mechanical valve closing controllers 26, a set of liquid guide plates 27, multiple sets of reset tension springs 28, multiple sets of liquid pumps 29, multiple sets of liquid pump wire pipelines 30, multiple sets of filter screen connecting flanges 31, a support shaft 32, multiple sets of counterweight roller mechanical valve opening and liquid release controllers 33, multiple sets of counterweight roller discharge valve ports 34, generator transmission pinions 35, multiple sets of needle bearings 36, multiple sets of counterweight roller mechanical valve opening and liquid release controller fixing brackets 37, generator fixing brackets 38, multiple liquid outlets 39, multiple sets of filling The mechanical valve of the liquid counterweight drum opens the controller 40, multiple sets of turntables and equally divided liquid path systems 41, two cylinder brackets with pipeline support to redistribute the liquid warehouse isolation seal 42, the liquid pipeline 43 of the liquid collecting box with a filter net, multiple sets of net liquid inlets 44, multiple sets of mechanical sealing systems 45, multiple liquid inlets 46 of the redistribution liquid warehouse, two cylinder brackets with pipeline support to support ribs 47, the redistribution liquid warehouse 48, multiple sets of counterweight support shafts 49 with liquid path systems, synchronous pulleys 50 with ratchet mechanisms, speed-regulating synchronous belts 51, speed-regulating motors 52, etc., which constitute the automatic circulation drive rotation power generation system device and method. After the power distribution box, control circuits and safety measures are fully checked and everything is qualified, confirm that all personnel and tools are After evacuating to the safe area, the professional technician will unlock the car. Driven by the strong gravity difference generated by the counterweight drum, the equally divided circular turntable will slowly and continuously rotate. At the beginning, the speed is relatively slow, and the speed will continue to accelerate after running slowly. When multiple water-filling counterweight drums 8 with mechanical control valves are turned to the water tank angle, they start to fill water one by one, increasing the corresponding gravity difference, allowing the turntable to accelerate continuously. After a few minutes, the speed increases and runs smoothly and constantly, and then test whether the speed matches the speed requirement of the generator. If there is a difference, start the speed regulating servo motor to adjust the speed according to the generator matching requirements, and guide the inspection of various indicators until they reach the set standard indicators. It is more economical to fill multiple water-filling counterweight drums 8 with mechanical control valves with water.

[0028] The present invention mainly realizes efficient and stable power generation through the circulation of multiple water-filling counterweight rollers 8 with mechanical control valves, which automatically and continuously extend, retract, flip and deflect the water to increase the gravity difference, and use the strong gravity difference as its own rotation driving force, over and over again, and realizes automatic operation with controllable time and size and no cost, which can solve the permanent clean and environmentally friendly energy safety problem of mankind, and has safe operation and few faults. As long as the bearing life is guaranteed, an ultra-long operating life can be basically achieved.

[0029] All the methods described herein can be performed in any suitable order. Any and all examples used, or exemplary language (such as "for example") provided herein are merely to better illustrate the present invention and are not intended to limit the scope of the present invention, unless the claims are included. The language in the detailed description should not be construed as indicating any essential factors for practicing the present invention that are not claimed.

[0030] The present invention describes preferred embodiments, including the best mode of carrying out the invention known to the inventors. Of course, variations of these preferred embodiments will be apparent to those skilled in the art. The inventors anticipate that the skilled artisan may use such variations as appropriate, and the inventors indicate that the present invention may be implemented in other ways than those specifically described herein. Therefore, the present invention includes all modifications encompassed by the spirit and scope of the invention as defined by the claims. Furthermore, unless otherwise stated or clearly contradictory in context, the present invention includes any of the above-described factors and all possible variations thereof.

Claims

1. A mechanical self-gravity difference cycle driven power generation device, characterized in that: The invention comprises a fixed frame (1), two or more control cabinets (2), a water pump motor (3), multiple sets of electric wires and pipelines (4), a lower water collecting tank with a filter screen (5), multiple sets of circulating water pump pipelines (6), multiple sets of water level controllers for the lower water collecting tank (7), multiple water-filling weighted rollers with mechanical control valves (8), multiple sets of mechanical control valves (9), force arms with water pipelines (10), multiple sets of slewing bearings with gear rings (11), a cylindrical support with pipeline support (12), an equally divided rotating disk (13), multiple sets of support buffers (14), and multiple sets of disks. The invention comprises a water distribution pipe (15), two sets of water filling counterweight roller traction guide rails (16), one or two generator sets (17), multiple sets of wire pipe fixing clamps (18), multiple sets of water inlet pipes (19), multiple sets of upper water collecting tank water level controllers (20), a water collecting tank with a filter net (21), multiple sets of water inlet pipes (22), pipeline connection flanges (23), generator wire pipes (24), multiple sets of upper water collecting tank covers (25), multiple sets of water filling counterweight roller mechanical valve closing controllers (26), a set of water diversion discs (27), and multiple sets of reset tension springs. (28), multiple sets of water pumps (29), multiple sets of water pump wires and pipes (small 30), multiple sets of connection flanges with filter screens (31), a support shaft (32), multiple sets of counterweight roller mechanical valves to open and release water controllers (33), multiple sets of counterweight roller drainage valve ports (34), generator transmission pinions (35), multiple sets of needle bearings (36), multiple sets of counterweight roller mechanical valves to open and release water controller fixing brackets (37), generator fixing brackets (38), multiple water outlets (39), multiple sets of water filling counterweight roller mechanical valves to open and release water controllers (40), A plurality of sets of rotating discs for equally distributing waterway systems (41), two cylindrical brackets with pipeline support for redistributing water tank isolation seals (42), a water collecting tank downpipe with filter net (43), a plurality of water inlets with nets (44), a plurality of mechanical sealing systems (45), a plurality of water inlets for redistributing water tanks (46), two cylindrical brackets with pipeline support for supporting ribs (47), a redistributing water tank (48), a plurality of counterweight support shafts (49) with waterway systems, a synchronous pulley with a ratchet mechanism (50), a speed regulating synchronous belt (51), and a speed regulating motor (52).

2. A mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A fixed frame (1) is placed at the middle bottom; more than two control cabinets (2) are placed at the bottom; more than two water pump motors (3) are placed at both sides of the bottom of a lower water collecting tank (5) with a filter screen, and are connected to multiple sets of wires and pipelines (4), water pump motors (3), and water pumps (29); a lower water collecting tank (5) with a filter screen is placed at the middle position below the water diversion plate, and is connected to the water pump motor (3), water pump (29), fixed frame (1), and water diversion plate (27); multiple sets of circulating water pump pipelines (6) are placed between the lower water collecting tank (5) and the upper water collecting tank (21), and are connected to the fixed frame (1) of the water pump motor (3), water pump (29); multiple sets of lower water collecting tank water level controllers (7) are placed in the upper interior of the lower water collecting tank (5) with a filter screen, and are connected to the lower water collecting tank (5); A plurality of water-filling weight rollers (8) with mechanical control valves are equally placed on an equally divided turntable (13) and are rotatably connected to a plurality of sets of mechanical control valves (9) and a plurality of water-filling weight rollers (8) with mechanical control valves, and a force arm (10) with a water pipeline; a plurality of sets of mechanical control valves (9) are equally placed on a plurality of water-filling weight rollers (8) with mechanical control valves and are connected thereto; a force arm (10) with a water pipeline is equally placed on an equally divided turntable (13) and is rotatably connected thereto in a sealed manner, and is equally connected to a plurality of water-filling weight rollers (8) with mechanical control valves; a plurality of sets of gear ring slewing bearings (11) are placed on a cylindrical support (12) with a pipeline support and are rotatably connected to an equally divided turntable (13); A cylindrical support with pipeline support (12) is placed on a fixed frame (1), fixed thereto, and connected to an equally divided turntable (13); multiple sets of coil water distribution pipes (15) are equally divided and placed on an equally divided turntable (13) and welded thereto; two sets of water filling counterweight roller traction guide rails (16) are placed on a fixed support (1) and fixed thereto; one or more generator sets (17) are placed on a fixed support (1) and fixed thereto; multiple sets of wire pipe fixing clamps (18) are placed on multiple sets of water inlet pipes (22); multiple sets of water inlet pipelines (19) are placed on a cylindrical support with pipeline support (12), connected thereto by flanges, and connected to an upper water collecting tank (21) by flanges; multiple sets of upper water collecting tank water level control The filter (20) is placed inside the upper part of the upper water collecting tank (21) and connected thereto; a water collecting tank (21) with a filter screen is placed on the top of the fixed bracket (1) and fixed thereto, and connected to multiple sets of water inlet pipes (22) and multiple sets of water inlet pipelines (19); multiple sets of water inlet pipes (22) are placed under the upper water collecting tank (21) and connected to a cylindrical bracket (12) with pipeline support; the pipeline connection flange (23) is placed on the water inlet pipe (22) and fixed thereto; the generator wire pipeline (24) is placed on the fixed bracket (1) and fixed thereto; the upper water collecting tank cover (25) is placed on the upper water collecting tank (21) and fixed thereto; multiple sets of water filling counterweight roller mechanical valve closing controllers (26) are placed on the fixed bracket (1) and fixed thereto;A set of water guide pans (27) are placed on the lower water collecting tank (5), connected to and fixed to the fixed bracket (1); multiple sets of reset tension springs (28) are placed on the fixed bracket (1) and fixed thereto; multiple sets of water pumps (29) are placed on both sides of the lower water collecting tank (5), connected to and fixed to the water pump motor (3) of the fixed bracket (1); multiple sets of water pump wire pipelines (30) are placed between the water pump motor (3) and the control cabinet (2), connected to and fixed to the fixed bracket (1); multiple sets of connection flanges (31) with filter screens are placed on both sides of the lower water collecting tank (5), connected to the water pumps (29); a support shaft (32) is placed in the middle of the cylindrical support with pipeline support (12), connected thereto and fixed thereto; multiple sets of counterweight drum mechanical valve opening and water release controllers (33) are placed on the fixed bracket (1); The invention relates to a method for manufacturing a water-filling counterweight drum (8) comprising: placing a plurality of counterweight drum drainage valve ports (34) on the wall of a plurality of water-filling counterweight drums (8) with mechanical control valves, and connecting and fixing the same thereto; placing a plurality of generator transmission pinions (35) on the input shaft of one or more generator sets (17), and connecting and fixing the same thereto; placing a plurality of needle bearings (36) on the wall of a plurality of water-filling counterweight drums (8) with mechanical control valves, and connecting and fixing the same thereto; placing a plurality of counterweight drum mechanical valve opening and closing controller fixing brackets (37) on the fixing bracket (1), and fixing the same thereto; placing a plurality of generator fixing brackets (38) on the fixing bracket (1), and fixing the same thereto; placing a plurality of water outlets (39) in the redistribution water tank (48), and fixing the same thereto; placing a plurality of water-filling ... water-filling counterweight drum mechanical valve opening and closing controller fixing brackets (37) on the fixing bracket (1), and fixing the same thereto; placing a plurality of water-filling counterweight drum mechanical valve opening and closing controller fixing brackets (37) on the fixing bracket (1), and fixing the same thereto; placing a plurality of water-filling counterweight drum mechanical valve opening and closing controller fixing brackets (37) on the fixing bracket (1), and fixing the same thereto; placing a plurality of water-filling counterweight drum mechanical valve opening and closing controller fixing brackets (37) on the fixing bracket The heavy drum mechanical valve opening controller (40) is placed on the fixed bracket (1) and fixed thereto; multiple sets of turntable equally divided waterway systems (41) are placed on an equally divided turntable (13) and are welded thereto; two redistribution water tank isolation seals (42) with pipeline support cylindrical brackets are placed on the pipeline support cylindrical bracket (12) and are connected thereto; the water collection tank drain pipe (43) with filter net is placed under the upper water collection tank and is connected to and fixed to the pipeline support cylindrical bracket (12); multiple sets of mesh water inlets (44) are placed inside the upper part of the upper water collection tank and are fixed thereto; multiple sets of mechanical sealing systems (45) are placed on the pipeline support cylindrical bracket (12) and are connected thereto; multiple redistribution water tank water inlets (46) are placed on the redistribution tank. The water tank (48) is inside the water tank (48) and fixed thereto; two supporting ribs (47) of the cylindrical support with pipelines are placed on the cylindrical support with pipelines (12) and connected thereto; the redistribution water tank (48) is placed inside the cylindrical support with pipelines (12) and connected thereto; multiple sets of counterweight support shafts (49) with water system are equally divided and placed on an equally divided turntable (13), connected to the force arm (10) with water pipelines, and rotatably connected and fixed thereto; the synchronous pulley (50) with ratchet mechanism is placed on the cylindrical support with pipelines (12) and fixedly connected to the equally divided turntable (13); the speed regulating synchronous belt (51) is placed on the synchronous pulley (50) with ratchet mechanism and connected to the small synchronous pulley on the speed regulating motor (52);The speed regulating motor (52) is placed on the fixed bracket (1) and fixed thereto. ; 3. A mechanical self-gravity difference cycle driven power generation device according to claim 1. Characterized in that: The fixed frame (1) is placed at the middle bottom to support and fix the whole device; more than two control cabinets (2) are placed at the bottom to control the output power; more than two water pump motors (3) are placed on both sides of the bottom of a water collecting tank (5) with a filter screen, and are connected to multiple sets of wires and pipelines (4), water pump motors (3) and water pumps (29) for water circulation; multiple sets of wires and pipelines (4) are placed on the fixed bracket (1) to protect the transmission wires; a water collecting tank (5) with a filter screen is placed in the middle position below the water diversion plate, and is connected to the water pump motor (3), water pump (29), fixed frame (1) and water diversion plate (27) to collect water released by multiple water-filled counterweight rollers (8) with mechanical control valves; multiple sets of circulating water pump pipelines (6 ) is placed between the lower water collecting tank (5) and the upper water collecting tank (21), and is connected to the fixed frame (1) of the water pump motor (3) and the water pump (29) to provide water circulation for the upper and lower water collecting tanks; multiple sets of lower water collecting tank water level controllers (7) are placed in the upper interior of the lower water collecting tank (5) with a filter screen, and are connected to the lower water collecting tank (5) to control and ensure the safety of the water level alarm of the water collecting tank; multiple water filling weight rollers (8) with mechanical control valves are respectively placed on an equally divided turntable (13) in equal parts, and are rotatably connected to multiple sets of mechanical control valves (9) and multiple water filling weight rollers (8) with mechanical control valves, and are connected to the force arm (10) with a water pipeline, and the huge gravity generated by automatic turning and water filling is used to differentially drive the turntable to rotate and drive the generator to generate electricity.

4. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of sets of gear ring slewing bearings (11) are placed on a cylindrical support (12) with pipeline support, and are rotatably connected to an equally divided turntable (13), so as to support the rotation of the equally divided turntable (13) and reduce friction consumption; a cylindrical support (12) with pipeline support is placed on a fixed frame (1), fixed thereto, and connected to an equally divided turntable (13), so as to support the safe operation of the entire equally divided turntable (13) system; an equally divided turntable (13) is placed on a plurality of gear ring slewing bearings (11), and connected to a cylindrical support (12) with pipeline support, and a plurality of sets of force arms (10) with water pipes; a plurality of sets of support buffers (14) are respectively placed on the equally divided turntable (13), and are connected to and fixed to a plurality of force arms (10) with water pipes; a plurality of sets of coil water distribution pipes (15) are respectively equally placed on an equally divided turntable (13), and are welded thereto, so as to ensure smooth water circulation.

5. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: Two sets of water-filling counterweight roller traction guide rails (16) are placed on a fixed bracket (1) and fixed thereto, and are used to guide multiple water-filling counterweight rollers (8) with mechanical control valves to flip in advance to allow gravity to deviate and generate gravity difference; one or more generator sets (17) are placed on a fixed bracket (1) and fixed thereto, and are connected to the turntable gear to convert mechanical energy into electrical energy output; multiple sets of wire pipe fixing clamps (18) are placed on multiple sets of water inlet pipes (22) to fix the water pipes; multiple sets of inlet pipes (22) are used to fix the water pipes. The water pipeline (19) is placed on a cylindrical support (12) with pipeline support, connected by a flange, and connected to an upper water collecting tank (21) by a flange; multiple sets of upper water collecting tank water level controllers (20) are placed inside the upper part of the upper water collecting tank (21) and connected thereto to control the water level safety of the water tank; a water collecting tank (21) with a filter net is placed on the top of a fixed support (1) and fixed thereto, and connected to multiple sets of water inlet pipes (22) and multiple sets of water inlet pipelines (19) to ensure the normal operation of the water supply system.

6. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of reset tension springs (28) are placed on the fixed support (1) and fixed thereto to reset the controller; a plurality of water pumps (29) are placed on both sides of the lower water collecting tank (5) and connected and fixed to the fixed support (1) and the water pump motor (3) to control water circulation; a plurality of water pump wires and pipelines (30) are placed between the water pump motor (3) and the electric control cabinet (2) and connected and fixed to the fixed support (1); a plurality of connection flanges (31) with filter screens are placed on both sides of the lower water collecting tank (5) and connected to the water pump (29); a support shaft (32) is placed in the middle of the cylindrical support with pipeline support (12) and connected and fixed thereto; a plurality of counterweight drum mechanical valve opening and water release controllers (33) are placed on the fixed support (1) and fixed thereto to control water circulation; Control multiple sets of mechanical control valves (9) on multiple water-filling counterweight rollers (8) with mechanical control valves to open to release water and reduce weight; multiple sets of counterweight roller drainage valve ports (34) are arranged on the walls of multiple water-filling counterweight rollers (8) with mechanical control valves and are connected and fixed thereto, so as to quickly release water and reduce weight; a generator transmission pinion (35) is arranged on the input shaft of one or more generator sets (17) and is connected and fixed thereto, mainly for inputting the torque of the turntable gear ring into the generator for power generation; multiple sets of needle bearings (36) are arranged on the walls of multiple water-filling counterweight rollers (8) with mechanical control valves and are connected and fixed thereto, so as to reduce friction resistance when multiple water-filling counterweight rollers (8) with mechanical control valves are in rolling contact with two sets of water-filling counterweight roller traction guide rails (16).

7. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of sets of counterweight drum mechanical valve opening and water release controller (33) fixing brackets (37) are placed on the fixing bracket (1) and fixed thereto, so as to fix the counterweight drum mechanical valve opening and water release controller; a generator fixing bracket (38) is placed on the fixing bracket (1) and fixed thereto; a plurality of water outlets (39) are placed in the redistribution water tank (48) and fixed thereto, so as to ensure that the water in the upper water collecting tank is quickly replenished into the redistribution water tank (48), so as to meet the counterweight replenishment of a plurality of water-filling counterweight drums (8) with mechanical control valves. water; multiple sets of water-filling counterweight drum mechanical valve opening controllers (40) are placed on the fixed bracket (1) and fixed thereto; multiple sets of turntable equally divided waterway systems (41) are placed on an equally divided turntable (13) and are welded thereto; two cylindrical brackets with pipeline support and redistribution water tank isolation seals (42) are placed on the cylindrical bracket with pipeline support (12) and connected thereto; the water collection tank downpipe (43) with filter net is placed under the upper water collection tank and is connected to and fixed to the cylindrical bracket with pipeline support (12).

8. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of mechanical sealing systems (45) are placed on the cylindrical support with pipelines (12) and connected thereto; a plurality of water inlets (46) for redistributing water tanks are placed inside the redistributing water tank (48) and fixed thereto; two supporting ribs (47) for the cylindrical support with pipelines are placed on the cylindrical support with pipelines (12) and connected thereto; the redistributing water tank (48) is placed inside the cylindrical support with pipelines (12) and connected thereto; a plurality of counterweight support shafts (49) with water system are equally divided and placed on an equally divided turntable (13) respectively. ) and connected to a force arm (10) with a water pipeline and rotatably connected and fixed thereto, so as to support the rotatable connection and water supply of multiple force arms (10) with water pipelines; a synchronous pulley (50) with a ratchet mechanism is placed on a cylindrical support (12) with pipeline support and fixedly connected to an equally divided turntable (13); a speed regulating synchronous belt (51) is placed on the synchronous pulley (50) with a ratchet mechanism and connected to a small synchronous pulley on a speed regulating motor (52); and the speed regulating motor (52) is placed on a fixed support (1) and fixed thereto.

9. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of sets of mechanical control valves (9) are respectively and equally disposed on a plurality of water-filling counterweight rollers (8) with mechanical control valves and connected thereto, so as to control and automatically open and close water collection; force arms (10) with water-passing pipelines are respectively and equally disposed on an equally divided turntable (13), so as to be sealed and rotatably connected thereto, and respectively and equally connected to a plurality of water-filling counterweight rollers (8) with mechanical control valves, so as to support the counterweights of the plurality of water-filling counterweight rollers (8) with mechanical control valves to flip and extend, so as to generate a gravity pressure difference and drive the turntable to rotate automatically.

10. The mechanical self-gravity difference cycle driven power generation device according to claim 1, characterized in that: A plurality of water inlet pipes (22) are placed below the upper water collecting tank (21) and connected to a cylindrical support (12) with pipeline support; a generator wire pipeline (24) is placed on the fixed support (1) and fixed thereto; a plurality of water filling counterweight drum mechanical valve closing controllers (26) are placed on the fixed support (1) and fixed thereto. a set of water guide tray (27) is placed on the lower water collecting tank (5), and is connected and fixed to the fixed bracket (1), It is used to collect the water released by weight loss and guide it into the lower water collecting tank (5).

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