Low-energy-consumption combined lever generator

Abstract

The invention discloses a low-energy-consumption combined lever generator. The low-energy-consumption combined lever generator comprises a frame, an outer rotor driving motor, two or more than two combined lever mechanisms and an outer rotor generator, the motor, the combined lever mechanism and the generator are all installed in the frame, the frame is of a steel structure, stator shafts extending from the two ends of the motor are installed at one end in the frame, a set of power pressing rods are fixed to a shell of the motor at equal intervals according to the circumference, and the combined lever mechanism comprises a lever, a fulcrum, a return spring and a spring hanging rod. Stator shafts extending from the two ends of the generator are installed at the other end in the frame, and a set of stress arms are fixed to a generator shell in a circumferential equally-divided mode. The low-energy-consumption combined lever generator is easy and convenient to produce, free of pollution and easy to construct, single generator and multiple generators can be used in parallel for output, independent power supply stations can be established in cities and residential areas as long as power supplies for driving motors to work exist, and a remote power supply network does not need to be erected.

Description

Technical Field

[0001] The invention relates to the field of power generation equipment, in particular to a low-energy consumption combined lever generator utilizing a labor-saving lever. Background Art

[0002] The invention and application of electricity have promoted the progress of human civilization and enabled the rapid development of industry and agriculture in society. The use of electricity is ubiquitous in today's society, and the demand for electricity in industrial and agricultural production and people's lives is increasing. At present, the main sources of electricity are thermal power generation, hydropower generation, wind power generation, photovoltaic power generation, and nuclear power generation. All of the above power generation have the following shortcomings: 1. Thermal power generation consumes coal and other energy sources, and the exhaust gas and smoke generated during combustion seriously pollute the environment and air. 2. Hydropower generation is a clean energy, but the construction of a hydropower station is expensive and the project is huge, and it also affects the original ecology. 3. Wind power generation and photovoltaic power generation are also clean energy, but they are affected by the climate and the power generation is unstable, and large-capacity energy storage facilities are also required. 4. The above power generation equipment requires the construction of a huge long-distance power transmission network, and the construction and maintenance of the power transmission network is a huge project. Summary of the invention

[0003] The problem to be solved by the present invention is: in view of the problems of large energy consumption and pollution in the operation of existing thermal power stations, large and high cost of hydropower generation projects, and the influence of climate on wind power generation and photovoltaic power generation, and the need for large-capacity energy storage equipment, and the need to set up a remote transmission network, the present invention is a combined lever generator with simple structure, easy installation, energy saving and consumption saving. The present invention adopts the principle of labor-saving lever; commonly used labor-saving levers are used for lifting work to make objects move up and down and move forward, etc. The present invention utilizes the mechanical advantage of the lever, the ratio of force to power arm, and the power arm is lengthened under the condition of unchanged power. The ratio of force to power arm output force is greater than the force required by the load, and the work done by a small force to do a large force is obtained. The present invention adopts an outer rotor generator, and the shafts extending from both ends of the generator stator are fixed on a bracket in a frame. The corresponding force arms set on the generator housing are pried up one by one with a combined lever, and the up and down movement of the object is converted into rotational movement by lever. The lever pries the force arm generator to rotate, and there is inertia when rotating, which is more labor-saving. The generator set consists of four major parts, 1 frame, 2 outer rotor drive motor, 3 combined lever mechanism, 4 outer rotor generator. The frame is a steel structure.

[0004] The stator shaft of the outer rotor driving motor extending at both ends is installed at one end of the frame, the motor power line is introduced into the hole at one end of the stator shaft, and the motor shell is fixed with power pressure rods with the same number and equal spacing as the levers according to equal divisions of the circumference.

[0005] The combined lever mechanism includes a lever, a fulcrum, a return spring and a return spring hanging rod. The combined levers are arranged in parallel, and the lever fulcrums are set on the same horizontal line. In order to obtain a large ratio, the length of the power arm is set to be a multiple of the length of the resistance arm. It is an unbalanced lever mechanism. The power arm is subjected to the force of the power pressure rod on the housing of the driving motor, and rotates through the fulcrum, so that the resistance arm pries up the corresponding force arm on the generator housing.

[0006] The stator shaft extending from both ends of the outer rotor generator is fixedly installed in the frame at the other end corresponding to the motor, and the generator output power line is led out from the hole at one end of the stator shaft. A group of force arms corresponding to the same number and spacing as the levers are fixed on the generator housing in equal parts of the circumference. The force arms are subjected to force by resistance arms, and the resistance arms pry up the force arms on the generator housing one by one, so that the generator rotates.

[0007] Compared with the existing generators, the advantages of the present invention are: the low-energy combined lever generator of the present invention has low energy consumption and is pollution-free, has a simple structure, and appropriately sets the fulcrum position to lengthen the power arm to obtain a large ratio, thereby acting as a low-consumption and high-output generator mechanism. The low-energy combined lever generator can be used independently, and if the power demand is large, multiple units can be connected in parallel to form a complete power supply system.

[0008] The low-energy combined lever generator of the present invention operates stably, is not affected by external climate, has a simple structure and is easy to construct and install. An independent power station can be established in cities and residential areas as long as there is a power source that can meet the needs of motor operation, thereby reducing the construction of long-distance power transmission networks. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 This is a schematic diagram of the structure of the low energy consumption combined lever generator set of the present invention.

[0010] Figure 2 This is a schematic diagram of the lever mechanism structure of the low energy consumption combined lever generator set of the present invention.

[0011] Figure 3 This is a schematic diagram of the low energy consumption combined lever generator housing of the present invention.

[0012] Figure 4 This is a schematic diagram of the low-energy combined lever generator housing force arm of the present invention

[0013] Figure 5 This is a schematic diagram of the power line output of the low-energy combined lever generator of the present invention.

[0014] Figure 6 This is a schematic diagram of the housing of the low-energy combined lever-driven motor of the present invention.

[0015] Figure 7 This is a schematic diagram of the low energy consumption combined lever driving motor power pressure rod of the present invention

[0016] Figure 8 This is a schematic diagram of the power line introduction of the low-energy combined lever generator of the present invention DETAILED DESCRIPTION

[0017] The present invention will be further described in detail below with reference to the accompanying drawings.

[0018] like Figure 1 and Figure 2 As shown, an embodiment of a low-energy combined lever generator of the present invention includes a frame 1, an outer rotor driving motor 2, a combined lever mechanism 11 with two or more combined levers and an outer rotor generator 8. The motor 2, the combined lever mechanism 11 and the generator 8 are all installed in the frame 1, and the frame 1 is a steel structure. The stator shaft 17 extending from both ends of the driving motor 2 is installed in the frame 1, and the power line 5 of the motor 2 is introduced into the hole at one end of the stator shaft 17. A group of power pressure rods 18 are fixed on the outer shell of the rotor 16 of the motor 2 according to the circumference. The spacing and number of the power pressure rods 18 are equal to the lever 6 of the combined lever mechanism 11, and the power pressure rods 18 output power to the power arm of the lever 6. The combined lever mechanism 11 includes a lever 6, a fulcrum 7, a return spring 3 and a spring hanging rod 4. The levers 6 are arranged in parallel combination, and the fulcrum 7 is arranged below the same horizontal line of the combined arrangement of the levers 6. The power arm of the lever 6 is subjected to force from the power pressure rod 18, and the resistance arm of the lever 6 pries up the force arm 10 on the rotor 13 of the generator 8. The stator shaft 12 extending from both ends of the stator 14 of the outer rotor generator 8 is installed at the other end of the frame 1 corresponding to the motor 2. The power output line 9 of the generator 8 is led out from the wire outlet hole 15 at one end of the stator shaft 12 extending from both ends. A group of force arms 10 are fixed on the outer shell of the rotor 16 of the generator 8 in equal parts of the circumference. The number and spacing of the force arms 10 are the same as the number and spacing of the levers 6 in the combined lever mechanism 11, and the force arms 10 are subjected to force from the resistance arms of the lever 6.

[0019] How it works

[0020] The theoretical basis of this low-energy combined lever generator is designed based on a labor-saving lever. The ratio of the power arm to the product of the force is actively amplified to obtain the work done by using a small force to do a large force. The existing lever work is to move the object forward or up and down. This design uses the characteristics of the rotation of the outer rotor motor housing to reduce the rotating mechanism, and uses the lever resistance arm to pry up the force arm on the generator rotor to rotate the generator. The two ends of the stator shaft of the generator are equipped with bearings installed in the frame. Because this design is to rotate the object instead of lifting the object, the generator has a certain inertia when rotating. Initially, the motor 2 is driven to rotate under the action of the external power supply. A power pressure rod 18 is fixed on the outer shell of the rotor 16 of the motor 2. The power pressure rod 18 presses down the corresponding lever 6 in the combined lever mechanism 11. The power arm of the lever 6 moves downward under the pressure of the power pressure rod 18. The resistance arm at the other end of the fulcrum 7 pries up the force arm 10 fixed on the rotor 13 of the generator 8. The generator starts to rotate. When the power arm of the first lever 6 is pressed down by the power pressure rod 18 for a certain distance, the power pressure rod 18 is separated from the power arm. The power arm returns to its original position under the action of the return spring, ready to accept the next round of action. The motor 2 continues to rotate without power failure. The power pressure rod 18 on the rotor 16 presses down the power arm one by one in an orderly cycle. The resistance arm at the other end of the fulcrum 7 pries up one by one, prying up the force arm 10 on the rotor 16 of the generator 8. The stator shaft 12 extending at both ends of the generator 8 is installed in the frame 1. The force arm 10 pried up one by one by the resistance arm moves upward, driving the rotor 13 of the generator 8 to rotate, until the generator generates electricity normally. The low-energy combined lever generator can be used alone or in parallel to form a complete power station.

Claims

1. A low energy consumption combined lever generator, characterized in that: It comprises a frame (1), an outer rotor driving motor (2), two or more combined lever mechanisms (11) and an outer rotor generator (8) installed in combination. The motor (2), the combined lever mechanism (11) and the generator (8) are all installed in the frame (1), and the frame (1) is a steel structure.

2. The low energy consumption combined lever generator according to claim 1 is characterized by: The stator shaft (17) extending from both ends of the outer rotor driving motor (2) is installed in the frame (1), and the power line (5) of the motor (2) is introduced into a hole at one end of the stator shaft (17). A group of power pressure rods (18) are fixed on the outer shell of the rotor (16) of the motor (2) at equal circumferences. The spacing and number of the power pressure rods (18) are equal to the lever (6) of the combined lever mechanism (11). The power pressure rods (18) output power to the power arm of the lever (6).

3. The low energy consumption combined lever generator according to claims 1 and 2 is characterized in that: The combined lever mechanism (11) comprises a lever (6), a lever fulcrum (7), a return spring (3) and a spring hanging rod (4); the levers (6) are arranged in parallel combination; the fulcrum (7) is arranged below the same horizontal line of the combined arranged levers (6); the power arm of the lever (6) is subjected to force by a power pressure rod (18); and the resistance arm of the lever (6) pries up a force arm (10) on a rotor (13) of a generator (8).

4. The low energy consumption combined lever generator according to claims 1 and 3 is characterized by: The stator shaft (12) extending from both ends of the stator (14) of the outer rotor generator (8) is installed at the other end of the frame (1) corresponding to the motor (2), and the power output line (9) of the generator (8) is led out from the outlet hole (15) at one end of the stator shaft (12) extending from both ends. A group of force-bearing arms (10) are fixed on the outer shell of the rotor (16) of the generator (8) at equal circumferences. The number and spacing of the force-bearing arms (10) are the same as the number and spacing of the levers (6) in the combined lever mechanism (11), and the force-bearing arms (10) are subjected to force from the resistance arms of the levers (6).

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