Hydraulic Circulator

Abstract

The present invention discloses a hydraulic circulation machine. The hydraulic pressure has the main principle of amplification function. In addition, the author creates and utilizes bionics, such as the principle that the legs of a person riding a bicycle can be stretched and retracted to make the main shaft rotate continuously. That is, the two hydraulic seats of the present invention act as the two legs of a person riding a bicycle. The currently known intelligent Internet of Things technology and intelligent chip technology act as the main coordinating organ for the person riding a bicycle, that is, the human brain. Its main ultimate purpose is to release all the energy of at least one set of hydraulic pressure to a main shaft in a gear-like manner. Since the hydraulic pressure has a strong amplification function principle, the main shaft can not only easily provide self-consumption energy, but also continue to provide strong output energy. Among them, the author also creates and quotes the Archimedean lever principle in the key technology of the present invention. The major role is to make the two heavier hydraulic seats in the present invention must be separated and aligned, which is the key and regular mechanical action of the present invention. The role is to use this creation to make the separation and alignment of the present invention very easy or reduce its own energy consumption to the lowest point, so that the amplification energy or output energy of the hydraulic circulation machine of the present invention can be transformed into a more powerful one.

Description

1. Technical field:

[0001] The present invention belongs to another new energy source today, and mainly involves the current technical fields including: hydraulic professional technology, gear speed change technology, mechanical innovation technology, intelligent Internet of Things and intelligent chip technology, etc. 2. Technical background:

[0002] Energy acquisition refers to obtaining common energy. Before understanding the principle of the mutual circulation movement of the hydraulic circulation machine of the present invention, we should first understand other power energy sources that are widely used today. Please remember the keyword component "spindle" to know how any power source is generated. It is known that the principle of today's fuel engine is that the mechanical parts such as the oil pump, nozzle, cylinder, etc. that consume fuel, and their energy consumption produces the main result of making the crankshaft become the "spindle". Installing a belt pulley at one end of this crankshaft or spindle becomes the power source output by humans; it is known that the principle of today's electric engine or motor is to consume positive and negative electric energy to make the "spindle" in the middle of the motor rotate continuously in a cycle, and one side of this spindle is installed with an output power rotating disk or belt pulley, which can serve humans; it is also known that the principle of today's hydroelectric power station is that the water flow drives the fan-shaped blades installed on the "spindle", so that the "spindle" rotates continuously up and down at the same time, and the belt pulley installed on this "spindle" drives the generator to transmit electrical energy. 3. Summary of the invention:

[0003] 1. Where does the amplified power source come from? Please remember that the key word is the "spindle" that can circulate continuously. A power rotating disk or a belt pulley is installed on this spindle to form a power. The hydraulic circulation machine invented by the inventor must also have the same "spindle". The main component structure is of great significance in the present invention. It is the key technology of mechanical and regular repetitive circulation in the present invention. You must remember and understand four key words, which are extension, separation, contraction, and alignment. These four keywords must be repeatedly mechanically moved in the hydraulic circulation machine of the present invention to ensure the main key and important role of the continuous circulation movement of the spindle.

[0004] The reason why the hydraulic circulation machine of the present invention can rotate continuously and circulate is the same as the principle of the human brain controlling the two legs to ride a bicycle to rotate the main shaft. Please remember that the two legs of a person are like the hydraulic columns in the two hydraulic seats, which extend the gears of the straight toothed rods interchangeably, and simultaneously push the circular gear plate installed on the main shaft during the extension process, so that the "main shaft" can rotate for the same amount of time as the hydraulic "extends". However, the hydraulic column with telescopic function is not very long, so it must cooperate with the hydraulic column in the second hydraulic seat next to it to extend energy without any empty points, so as to ensure that the main shaft can rotate continuously and circulate. Everyone knows in the well-known reality that the hydraulic column in the hydraulic seat is often extended when working and then retracted when needed. The two keywords "extend" and "retract" are easy to understand in the well-known reality.

[0005] The explanation of the other two keywords, "off" and "on", is: off means that the heavier hydraulic seat is completely off, that is, the hydraulic column rod inside the hydraulic seat is a whole, that is, the hydraulic column rod inside the hydraulic seat and the straight toothed rod added to the rod, they all leave the circular gear plate on the main shaft at the same time, or leave the straight direction position line calibrated in the laboratory standard at the same time. Please remember that the calibrated standard straight direction position line is very important, so that the hydraulic seat or the other hydraulic seat can give the main shaft to do the regular mechanical movement of extension, separation, contraction and alignment, so as to achieve the continuous and normal rotation of the main shaft.

[0006] The exchange movement of "leaving" is followed by "aligning". The explanation of "aligning" here means aligning. That is, when one hydraulic seat has been extended, or there is no more extension after adding energy to the main shaft, it has to leave the straight-ahead position line. Then the hydraulic rod "leaves" and "retracts" back into the hydraulic seat, and must be "aligned" with the straight-ahead position line. In this way, after the other hydraulic seat of the companion has extended and added energy to the main shaft, the aligned hydraulic seats have sufficient time to give each other energy for continuous rotation of the main shaft again.

[0007] Specifically, it works like this: After each of the two movable hydraulic seats cooperates with each other to extend the hydraulic column inside, that is, after the movable hydraulic completes the "extending" action, it must continue to "leave", then "contract" and then "align", a total of four words of regular mechanical movement. That is, when a hydraulic seat has extended the hydraulic column inside, because the hydraulic column has added a straight toothed rod created by the inventor, it has also left the straight toothed rod clamping the circular gear plate between the two. The function is to allow the hydraulic seat that is being prepared next to it to cooperate and continue to provide the main shaft with rotational energy. What is pointed out is the straight direction position line, which cannot be seen in the real object in the product, that is, the dotted line in the middle of the gear card gears in the laboratory calibration standard. Special tip: The distance should not exceed 5 cm, that is, when the entire hydraulic seat is stretched out, the straight tooth height of the straight toothed rod added by the hydraulic rod inside it is 3 cm, and the circular tooth height of the circular gear plate on the main shaft that it needs to clamp must also match 3 cm. Even if the gear with a tooth height of 3 cm is an extra-large device, even if it is such an extra-large device, the entire night press seat only needs to leave the straight gear and the circular gear for a total of 5 cm, because the extra 2 cm is enough.

[0008] When a hydraulic seat has completed its extension, that is, the task of adding energy to the spindle, the hydraulic rod of the hydraulic seat that has left should also be quickly retracted. After the hydraulic column is retracted, the entire hydraulic seat is aligned, and the designed and calibrated straight toothed rod is clamped in the middle of the circular gear plate. The straight direction position line they jointly set is in a waiting state. While waiting for the hydraulic column rod in the hydraulic seat next to it to be extended, the hydraulic seat continues to cooperate with each other to perform the same actions of extension, separation, retraction and alignment like a relay race. These four actions must be perfect and advanced, just like the human brain directing two legs to ride a bicycle. It must be achieved through repeated experiments, designs and verifications in the laboratory, and this key technology is the core technology of the well-known smart Internet of Things and smart chips.

[0009] 3. How the single-group hydraulic circulation machine was born: The above is an understanding that the hydraulic seat in the present invention is a mechanical and intelligent system that circulates with each other, relying on the key words of action extension, separation, retraction, and alignment. However, it is also necessary to have a deeper understanding of the hydraulic circulation machine invented by the inventor, which generally moves in a continuous cycle with each other; first of all, at least one group must be installed on a main shaft, that is, at least two sets of hydraulic seats must be installed to form a group of circulating power sources, also called a single-group hydraulic circulation machine. The two hydraulic seats form a group that "extends" and "retracts" back and forth with each other, and also perform regular mechanical actions of "separation" and "alignment". The straight toothed rods added to the hydraulic rods in the two hydraulic seats cannot be equal, that is, they cannot be extended together, but must be staggered and extended to move the circular gear plate on the main shaft.

[0010] Let's have a clear understanding of how the hydraulic seat can move the main shaft: the hydraulic rod of the known hydraulic seat has the function of extending and retracting back and forth. In order to move the main shaft, the inventor created and designed a straight toothed rod with the same length as the hydraulic rod welded or processed at the most protruding end of the hydraulic rod. For example, the hydraulic rod in this hydraulic seat can extend or retract 1.2 meters back and forth. In addition, the length of the straight toothed rod designed and added by the inventor must also be 1.2 meters, and the hydraulic rod inside and the newly added straight groove rod must form a long straight column rod as a whole. It is pointed out that welding to form a whole column rod is not as firm as a seamless whole column rod forged in a furnace in the factory. When the newly added straight toothed rod is extended at the beginning of the installation, it must just be able to clamp the circular gear plate installed on the main shaft, and when the whole one is stretched out and no longer needed, it is required to quickly leave the straight direction position line. It is pointed out that before research and development, a standard straight direction position line must be calibrated in the laboratory, that is, between these two gears of different shapes. The important function of the standard straight-ahead direction line, which is essentially a dotted line, is that the two coordinated hydraulic seat systems can be extended, separated, retracted and aligned at any time according to a computer program.

[0011] When a hydraulic rod in a hydraulic seat is newly added with a straight toothed rod designed by the inventor, for example, it can extend 1.2 meters. When extended, it is designed to just catch the circular gear plate installed on the main shaft, which can allow the two gears of different shapes to jointly ensure the rotation of the main shaft. When the 1.2-meter straight toothed rod extends out or the working movement ends, there is no gear to move the circular gear plate, and it must automatically leave the straight-line position line according to the set program. After the hydraulic seat leaves or is lifted out, it must command the hydraulic rod to retract according to the set program. After the retraction is completed, it must align with the straight-line position line according to the program requirements. Since the retraction action does not consume energy, the retraction action is faster than the extension action. In this way, the entire retracted hydraulic seat temporarily stops and remains in a waiting state to work at any time, allowing another hydraulic seat in the same row combination that has been working 2 microseconds ahead of time, and the other hydraulic seat that also stops but remains in a waiting state to work, to start working in advance about 2 microseconds due to the electrical signal of the touch sensor in the intelligent controller. Why do the two hydraulic seats exchange energy to work? It is necessary to give the spindle rotation power a little bit in advance. The main purpose is to allow the two to "overlap" for 2 microseconds when the spindles are exchanged. The important function is to ensure that the spindle does not pause at all. Only by keeping the spindle in a continuous rotation working state can we ensure that another original new power creation of mankind today can be completely successful.

[0012] There is a scientific basis for the two hydraulic seats to overlap and work for 2 microseconds. The reason is that the hydraulic seat extending the hydraulic rod is in the working state, which also means it is in the state of outputting force. This phenomenon can be clearly observed with the eyes in any known hydraulic machine site. That is, when the hydraulic rod in the hydraulic seat is extended, it is in the working energy-consuming state, so it is slow, and when the hydraulic rod is retracted, it does not consume energy, so it is fast. Because the faster one has extra waiting time, the two hydraulic seats exchange the extended energy with each other, rotate the main shaft in a gear manner, and have sufficient "overlap" time, which is scientifically based on ensuring that the main shaft of the present invention can continuously rotate in a cycle.

[0013] Although the hydraulic circulation machine of the present invention extends slowly during hydraulic operation, the energy of the hydraulic rod extending out is stored in the main shaft, which can be accelerated by the intermediate gear speed changer. That is, a straight toothed rod is added to the hydraulic rod that can be extended or retracted, and the straight toothed rod is used to drive the circular gear plate installed on the main shaft, that is, the huge energy of the hydraulic rod extending out is transmitted by the gear shifting method, and the hydraulic energy is completely released and rotated to the main shaft. It is the same as the main shaft head end of a large wind turbine has a slow speed, but the main shaft has a large amount of energy stored in the main shaft due to the large blades. The main shaft can be completely increased in rotation speed by the gear speed changer installed in the middle. If a generator or a working belt pulley and other equipment are installed at the head end of the main shaft that has been accelerated, the harvested amplified energy can be used to serve mankind.

[0014] The present invention is mainly based on the principle that the inventor discovered that hydraulic pressure has an amplification function, and the inventor also created the bionics principle that the two legs of a person can extend or retract back and forth on a bicycle to make the main shaft rotate continuously for a long time. It also borrows the lever principle of the predecessor physicist Archimedes. His classic language is: give me a fulcrum, and I can tilt the whole earth. The nature and characteristics of the pursuit of the lever principle are particularly labor-saving or greatly reducing energy consumption. Among them, the seesaw for recreational activities in parks or kindergartens is a typical reference object like the present invention. The design of the inventor is to design a fixed support movable bearing in the middle of the heavier set of hydraulic seats, which is also like a seesaw that cannot swing left and right and is fixed, but can only move up and down easily. And the key is that the middle movable bearing can fully act as a lever principle, a supporting point that can easily move up and down in the middle, and the fulcrum designed and installed in the middle is also a movable bearing. The ultimate effect is to require the hydraulic circulation machine of the present invention to be able to perform regular mechanical circulation motion when started, and to achieve very light electrical energy to drive a repeated regular power system. That is, this method consumes very little energy, and can allow at least two heavier hydraulic seats to easily perform the key "separation" and "alignment" regular mechanical repeated actions with each other, so that the "spindle" is turned to achieve continuous circulation to form new power.

[0015] In order to make the hydraulic cycle machine of the present invention successfully tested, please remember to borrow the previous or current technology and boldly apply it in the present invention, so as to achieve the purpose of rapid development of the hydraulic cycle machine of the present invention. In this way, a lot of energy and time can be reduced in the laboratory, and human resources and funds are wasted in useless waste. For example, please remember the current technology, a set of main equipment on the known large wind turbine, borrowed in the hydraulic cycle machine of the present invention, and it is very suitable to be the main equipment, because the rotation nature principle of the main shaft of the large wind turbine and the hydraulic cycle machine of the present invention is basically the same. That is, the characteristics of their main shaft head end are all manifested as a relatively slow speed, but the main shaft has a strong energy storage force. Moreover, a gear transmission must be added in the middle of the main machine on the column of the large wind turbine to change the speed of the main shaft from slow to fast, so that the purpose of outputting energy can be achieved through the generator. The characteristics of the main shaft head end of the hydraulic cycle machine of the present invention are also slow speed, but the hydraulic energy storage force is strong, and it also completely requires the known gear transmission equipment to greatly increase the speed set by the main shaft, so that the hydraulic cycle machine can output energy to serve mankind.

[0016] That is, in the initial early experimental development of the hydraulic circulation machine of the present invention, in order to increase the success time speed, it is necessary to extract the technical achievements that have been completely successfully passed by predecessors. In the present invention, the well-known mature technology can be used today, that is, only the main equipment on the top of the large wind turbine column is needed, that is, only the three large blades on it are removed or not needed, and the length position of the head end main shaft space occupied by the three large blades is replaced with the position of the wide circular gear plate. The purpose is to change the natural wind force to rotate the main shaft in the past, and replace it with two matching intelligent hydraulic systems to provide the main shaft with enough energy for circulation and rotation. In this way, only a small part of the generated electricity needs to be circulated to the self-supply consumption system. The key hydraulic has the characteristic of amplification function, which can convert most of the excess electricity into human contribution energy, thus achieving the normal effect of the hydraulic circulation machine of the present invention.

[0017] The two hydraulic seats are exchanged with each other and the main shaft is driven by gears to form a group of power, which is called a single group hydraulic circulation machine. How they drive the main shaft to rotate continuously and cyclically according to the standard method is to use the currently known smart chip and smart Internet of Things technology. And the premise of obtaining the currently known advanced smart chip and smart Internet of Things technology is that the electric signal sensor device must be set in the standard position of the present invention. The important role of setting the electric signal sensor in the important position is to act as the function of the smart chip and the smart Internet of Things, such as the eyes, ears and hands on the human body, which can completely avoid many shortcomings of manual control. It is that people do the same mechanical action for a long time, and they will inevitably make careless mistakes when they are tired. However, the currently known smart chip and smart Internet of Things technology are applied to the hydraulic circulation machine of the present invention. With the electric signal sensor set in the correct position like their eyes, ears and hands, the intelligent mechanical system will not be afraid of fatigue at all, and it will be safe and efficient according to the design standards to keep the hydraulic circulation machine of the present invention in normal circulation motion for a long time and continuously as required.

[0018] Of course, the automatic circulation control technology of the present invention can also be developed like the mechanical control automatic circulation technology of watches, but the development of mechanical automatic control technology is more complicated than the current known intelligent computer type control technology. For example, the development of mechanical mutual circulation control technology also requires setting the mechanical signal switch device in the correct position. In this aspect, the inventor of the technology suggests using the brake lines on cars, motorcycles, bicycles, etc. as mechanical point-to-point switch control activity lines, which can also allow the present invention to circulate mutually. That is, when a hydraulic rod reaches the end of its extension energy, it will hit the mechanical signal device, which can be designed as an action part like a handbrake line. The function is that the extension force hits this part, and the steel wire in the brake line tube pulls the other hydraulic rod extension switch that cooperates. Finally, the two hydraulic seats can repeatedly toggle the main shaft to keep rotating continuously, which basically forms the mechanical hydraulic circulation machine invented by the inventor. However, the use of handbrake cables and other devices to transmit mechanical signals requires innovative design of various matching movable switches during development, which is relatively complicated and requires more time to slowly explore and develop. In addition, the device has disadvantages such as many parts that are more prone to wear and damage. Therefore, the inventor still focuses on promoting the automatic circulation control system technology of the present invention, using today's well-known smart chips and smart Internet of Things technologies, which is more practical and advanced in terms of development time and speed, especially the final development results.

[0019] 4. What are the multiple hydraulic circulation machines? The hydraulic circulation machines of the present invention are available in various sizes, just like the currently known ones.

[0020] Like fuel engines, there are single-cylinder fuel engines and multi-cylinder fuel engines. It is emphasized that the hydraulic circulation machine of the present invention also has single-group hydraulic circulation machines and double-group or multi-group hydraulic circulation machines. Their main principles are: a single-group hydraulic circulation machine is a circulation power formed by the hydraulic rods that can be extended and retracted in two hydraulic seats and the like, and cyclically move a main shaft to form a circulation power. The main principle of a double-group or multi-group hydraulic circulation machine is: a double group is a circulation power formed by the hydraulic rods in two pairs or a single 4 hydraulic seats that are extended and retracted and move, and cyclically move a long main shaft to form a circulation power. A multi-group is at least two pairs or more but must be an even number, such as a single 6 or a single 8 or a single 10, etc. The hydraulic rods that can be extended and retracted in the hydraulic seat and the like move together to form a circulation power, which is called a multi-group or a hydraulic circulation machine composed of specific numbers such as 3 groups or 5 groups.

[0021] It is pointed out that only when a single-group hydraulic circulation machine is successfully developed, can the development of dual-group or multi-group hydraulic circulation machines, including the N-fold hydraulic circulation machine described later, be based on the successful and reliable data material experience of the single-group hydraulic circulation machine, so that the development can be smoother and more successful.

[0022] 5. What is a more powerful N-fold hydraulic circulation machine? In order to allow the inventor to invent the unique phenomenon of the hydraulic circulation machine, that is, the hydraulic amplification function is more powerful and can produce higher-intensity driving force, and can make a greater contribution to our mankind, I have invented an upgraded version of the hydraulic circulation machine, which is the N-fold hydraulic circulation machine.

[0023] To know the structural principle of the inventor's invention of the N-fold hydraulic cycle machine, we must first understand the structural principle of the main source of amplified power generated by the single hydraulic known today: most of the hydraulic known today is composed of hydraulic pumps, which generate hydraulic driving energy by driving the hydraulic oil through high-speed rotation, and hydraulic kinetic energy generated by manually pressing the hydraulic pump up and down, just like the principle of the syringe type, which ultimately allows the hydraulic oil enclosed in the tube to generate a strong driving force, which will forcefully push the hydraulic rod in the hydraulic seat, thus generating hydraulic amplification power. To retract, just operate the corresponding switch, then the hydraulic oil in the extended hydraulic pipe will stop, and the corresponding hydraulic oil in the retracted hydraulic pipe will start, then the hydraulic rod in this hydraulic seat will retract as required.

[0024] The inventor has newly invented the hydraulic power principle of the N-fold hydraulic circulation machine, changing the structural principle of the conventional mechanical rotation known today, and adopting the same principle as the syringe type. The manual hydraulic amplification principle known today is also the syringe type principle, but the key difference is that the hydraulic principle of the N-fold hydraulic invented by the inventor is not artificial force, but a hydraulic column is installed to act as the middle movable injection column, and another hydraulic seat acts as an outer sleeve like an injection tube, so that these two hydraulic seats of different shapes cooperate with each other, and the ultimate goal is to allow the hydraulic oil to generate a stronger hydraulic driving force in the closed pipeline. The specific structural principle of the N-fold hydraulic circulation machine is: using the retractable hydraulic rod in the hydraulic seat to act as the retractable propulsion column in the middle of the syringe, and upgrading it to an N-fold hydraulic propeller. The matching injection-type outer sleeve is redesigned, so that the powerful driving force of the N-fold hydraulic pressure of the syringe type is formed, which will be a newer and more powerful amplification power source, or explained as the driving force of the N-fold hydraulic pressure. It does not rely on the driving force of the hydraulic pump's motorized rotation, but on the hydraulic oil in the pipe to push the hydraulic rod in the hydraulic seat to generate the working power of the hydraulic pump.

[0025] In order to expand more powerfully, the inventor invented an N-fold hydraulic circulation machine. The structure relies on the powerful driving force of a hydraulic rod in a hydraulic seat to push the hydraulic oil in a closed syringe-type space, allowing this powerful hydraulic oil to pass through the pipeline and push the hydraulic rod in another hydraulic seat. This hydraulic rod acts as a movable injection rod in the syringe type. Of course, the upper end of the real steel hydraulic rod must be designed to be able to install a special round rubber plug ring. They also designed an outer steel tube to act as a syringe-type syringe barrel. The function is to prevent oil and air leakage in a closed space, but also allow this steel hydraulic rod to be telescopic and movable like a syringe. It is emphasized that the special hydraulic oil in the tube cannot leak oil or air at all, so that a stronger expansion driving force can be generated.

[0026] For example, the original driving force of the entire hydraulic seat is 2 tons, and the inventor uses this 2 tons of driving force not to promote other work, nor to rely on the traditional mechanical rotary hydraulic pump type as driving force, but to redesign the syringe type hydraulic pump as a new creation, which will strongly promote the important role of hydraulic oil. Through a special pipeline, this strong hydraulic oil is used to push the hydraulic rod in another hydraulic seat, which will generate a particularly strong N times power. In this way, this 2 tons of hydraulic driving force, through N times hydraulic equipment, will produce at least 10 times or even 50 times the new amplified power, and the 2 tons of driving energy will be converted into at least 20 tons or even 50 tons of amplified power source. And how much to get the standard data of the increase in the amplification multiple requires the joint efforts of more relevant scientific research talents, especially craftsman-type professional and technical talents, to obtain standard specific scientific data.

[0027] The single-group hydraulic circulation machine of the present invention is like a single group formed by two ordinary people, which rotate a main shaft in a circular motion, and the output energy obtained is generalized; and the multiple-group hydraulic circulation machines are like multiple people who are also ordinary people, forming more than one group and rotating a main shaft in a circular motion together, so the output energy of the main shaft of the multiple-group hydraulic circulation machine will be great; and the N-fold hydraulic circulation machine is like specially hiring more than two supermen with great strength, and forming a single group or multiple groups in the same way as above, which also rotate a main shaft in a circular motion together, and the output amplified energy of the N-fold main shaft will be even greater.

[0028] If the upgraded version of the N-fold hydraulic circulation machine of the present invention is to be successfully developed, it is necessary to use the scientific ladder effect of predecessors to enter the fast track, just like the single or multiple hydraulic circulation machines of the present invention described above, that is, it is completely possible to borrow the mature, successful and advanced scientific data of predecessors known today to achieve the scientific highway that the present invention can be developed successfully relatively quickly. However, there is no relevant example of the N-fold hydraulic circulation machine of the present invention, which is an original invention. It is hoped that a special department will be established to formulate specific plans and recruit a large number of top talents related to the present invention. It is believed that the hydraulic circulation machine invented by the inventor, especially the N-fold hydraulic circulation machine, will gradually succeed.

[0029] As long as the principles of the various types of hydraulic circulation machines of the present invention are correct and reliable, once successfully developed, they will have the following huge beneficial effects on mankind.

[0030] The present invention is mainly based on the author's discovery, that is, the principle that hydraulics has a unique function of amplification. What is known is that the hydraulic circulation machine of the present invention still requires hydraulic oil when working, as well as gear oil, engine oil and other maintenance oils. The difference is that it does not require consumable types such as petroleum at all.

[0031] When the first step of the single-group hydraulic circulation machine is successfully developed, congratulations to mankind for having obtained another original invention, that is, a new energy source that basically does not consume a large amount of fuel. The single-group hydraulic circulation machine can be used for light energy, such as driving small and medium-sized generators to supply all household appliances for people's high-quality life, as well as various small machines used by farmers and workers, and of course small cars, motorcycles, transportation vehicles, etc. The hydraulic circulation machine of the present invention produces another new energy source with various indicators and effects, which is better than the petroleum energy and coal-fired power generation energy that people are using today, which seriously rely on earth resources and damage the environment, and the single output total energy is greater than the known hydropower energy, wind power energy, solar energy, and even better than the known nuclear energy and other energy sources that are powerful but have various serious pollution and damage, and have many characteristics such as strong, clean, practical, safe, and efficient.

[0032] The hydraulic circulation machine of the present invention has three major advantages when starting and working: ① no oxygen is needed at all; ② the output energy is strong; and ③ the endurance is very long.

[0033] IV. Description of the drawings and implementation methods:

[0034] The present invention is further described below with reference to the accompanying drawings and embodiments.

[0035] Figure 1 , Figures 1-16 are schematic diagrams of the principle of mutual movement of hydraulic circulation machines.

[0036] in,

[0037] Figure 1 Figure 1 is a schematic diagram of the spindle

[0038] Figure 1 Figure 2 is a schematic diagram of a straight toothed rod

[0039] Figure 1 Figure 3 is a schematic diagram of the straight-ahead direction position line

[0040] Figure 1 Figure 4 is a schematic diagram of a circular gear plate

[0041] Figure 1 Figure 5 is a schematic diagram of the bearing

[0042] Figure 1Figure 6 is a schematic diagram of a gear transmission

[0043] Figure 1 Figure 7 is a schematic diagram of the power pulley of the self-supply system

[0044] Figure 1 8 in the middle is the output energy power belt pulley sound diagram

[0045] Figure 1 Figure 9 is a schematic diagram of a hydraulic seat (Note: a hydraulic seat is also called a cylinder)

[0046] Figure 1 Figure 10 is a schematic diagram of a hydraulic rod

[0047] Figure 1 Figure 11 is a schematic diagram of a hydraulic telescopic switch

[0048] Figure 1 12 in the figure is the schematic diagram of hydraulic disconnect switch

[0049] Figure 1 13 in the figure is a schematic diagram of the lever support point bearing

[0050] Figure 1 Figure 14 is a schematic diagram of a generator

[0051] Figure 1 Figure 15 is a schematic diagram of a battery

[0052] Figure 1 Figure 16 is a schematic diagram of the chip intelligent control system

[0053] Figure 1 Figure 17 is a schematic diagram of an electrical signal sensor

[0054] Figure 2 , 18-20 full picture is a single N times hydraulic principle diagram

[0055] in,

[0056] Figure 2 18 in the middle is a schematic diagram of the N-fold hydraulic injection rod

[0057] Figure 2 19 is a schematic diagram of N times hydraulic injection cylinder Figure 2 20 in the middle is a schematic diagram of N times injection rubber ring

[0058] Please refer to the schematic diagram to understand how the hydraulic circulation machine of the present invention begins to circulate in a mutual manner.

[0059] Figure 1To start the hydraulic circulation machine of the present invention, first press the start button on the chip intelligent control system 16 box. They all transmit electrical signals through wires. Because the matching battery 15 is required to provide starting power before starting, the first signal command hydraulic pump must be turned on to ensure that energy is provided at any time according to the standard procedure. Then the hydraulic seat telescopic switch 11 next to the hydraulic seat will receive an electrical signal to start the hydraulic rod 10 in the hydraulic seat 9 and extend it. Since the straight toothed rod 2 created by the inventor is installed on this hydraulic rod 10, it is reminded that this straight toothed rod can be directly welded on, but in order to make the two steel columns more solid without leaving welding points, they must first be smelted in the factory furnace to form an integral steel column that is more solid according to standard equipment.

[0060] When the straight toothed rod 2 is extended, it is extended to the straight direction position line 3 according to the calibration program command, and the function is to make the straight rod gear just clamp the circular gear plate 4 installed on the main shaft 1, and the strong hydraulic pressure of the extension will make the long main shaft 1 rotate at the same time. Since the hydraulic rod extended by a hydraulic seat is not long, when the straight toothed rod 2 is stretched out and there is no gear to push the main shaft to rotate, and at the same time, this rod just touches the electric signal sensor 17, then this electric signal will start the hydraulic seat separation switch 12, so that the straight toothed rod of the hydraulic seat quickly leaves the gear clamping gear straight direction position line 3. The inventor wants to explain that the hydraulic separation switch 12 in the schematic diagram is a motor that uses gears like a seesaw, and uses the lever principle to move the heavier hydraulic seat 9, which does not consume electrical energy, and mainly relies on the lever support point bearing 13, so that it can easily make regular mechanical cycles of separation and alignment.

[0061] After the hydraulic rod 10 leaves, it retracts back into the hydraulic seat and aligns with the straight-line position line 3 at the same time to prepare again. The straight toothed rod in the other hydraulic seat 9 next to it, in order to ensure the continuous rotation of the long main shaft 1, requires setting a common overlap time of 0.2 microseconds for the exchange of the two hydraulic seats when the straight toothed rod in the previous hydraulic seat has not been fully extended. The two hydraulic seats perform mechanical movements of extension, separation, contraction and alignment according to the chip intelligent program, so as to ensure the continuous and cyclic rotation of the main shaft. As long as the electric energy of the battery 15 can be used to start the hydraulic circulation machine of the present invention normally for less than one minute, the hydraulic circulation machine of the present invention can output excess energy due to the amplification function, so the intelligent system will automatically shut down the transmission of the electric energy of the battery 15, and in turn charge the battery.

[0062] In order to more vividly understand the important roles of the four keywords of stretch, leave, retract and align in the present invention, the inventors explain again: stretch means "extending" and releasing energy onto the main shaft; leave means that after stretching, there is no gear, and you have to "leave" the two gears; retract means that after leaving, you have to "retract" and prepare again; align means that after retracting, you have to "align" the middle of the two gears or the straight direction position line 3, waiting for the next cycle of extension.

[0063] In order to ensure the stability of this long main shaft 1, it is necessary to install a fixed bearing 5. This main shaft 1 is matched with two hydraulic seats 9 to allow it to rotate continuously. The speed of this main shaft will be the same as that of the large wind turbines known today. The main shaft head end rotates slowly, but the energy stored in this rotating main shaft is huge. In order to release the energy of the slow main shaft at the head end, it is necessary to design and install a gear speed changer 6 around the middle of the main shaft. In this way, after the main shaft is changed in speed, it will increase to the ideal fast-rotating main shaft, and this fast-rotating main shaft can be installed with a belt pulley to serve mankind. In the schematic diagram of the inventor, there are two belt pulleys 7 and 8, which have important functions. Among them, the small belt pulley of the main shaft is the power belt pulley 7 of the self-supply system. The direction of its alignment is the belt pulley on the generator 14, and its function is to generate electrical energy after the belt is installed. Of course, it can be replaced by not installing a belt pulley, just like using a long shaft rod at the bottom of the car to rotate the generator in a gear manner, which can also meet the design requirements.

[0064] When the self-supply system generator 14 obtains electric energy through the above two optional transmission methods, the electric energy is transmitted to the hydraulic expansion switch 11 and the hydraulic separation switch 12 by the wire. Of course, the battery for the start function is charged in turn. This generator also supplies electric energy to the chip intelligent control system 16 at the same time. This box 16 system is a real commander. It applies the current well-known standard advanced computer chip intelligent program to the various mechanical controls of the present invention, and finally ensures that the main shaft can be continuously circulated. If you want to shut down, the intelligent control system will turn off the hydraulic expansion switch 11 or the hydraulic separation switch 12 according to the program. The main shaft cannot circulate and stop immediately, so the hydraulic circulation machine of the present invention will be in the shutdown state as required. Based on the important discovery that hydraulic pressure has an amplification function, the small belt pulley 7 on the main shaft can not only guarantee the energy consumed by the self-supply, but also store all the key amplified energy in the output energy power belt pulley 8 on the main shaft. The large belt pulley on the main shaft can drive other machines and truly serve mankind.

[0065] As to how the multi-group hydraulic circulation machines move continuously, the inventor did not draw a schematic diagram, but the inventor has already introduced it in the previous specification, that is, only after the single-group hydraulic circulation machine is successfully developed, the multi-group hydraulic seats formed by multiple even numbers also move together on a long main axis. They are designed and installed in exactly the same way as the single-group hydraulic circulation machine. Only after all the technologies of the former have passed the test, the latter multi-combination hydraulic circulation machine can succeed easily.

[0066] The N-fold hydraulic cycle machine is different. In order to make it more vivid, the inventor drew a schematic diagram Figure 2 , to tell the construction principle of a single N-fold hydraulic circulation machine. It is pointed out that as long as the construction principle of a single N-fold hydraulic is thoroughly understood, that is, as long as a single N-fold hydraulic can release a greater amplification energy, when the former single-group and multi-group hydraulic circulation machines are successfully developed, the N-fold hydraulic circulation machine is also designed in the same way and installed on a long main shaft, it will also be easy to succeed.

[0067] See Figure 2 The hydraulic seat 9 is a common type, and the hydraulic rod 10 is extended. The rod is installed with the N-fold hydraulic injection rod 18 innovatively designed by the inventor. Of course, the injection rod 18 moves in a telescopic manner in the metal N-fold hydraulic injection cylinder 19. The head end of the N-fold hydraulic injection rod 18 is installed with an N-fold hydraulic injection rubber ring 20, which acts as a seal inside. In this way, the hydraulic oil in the injection cylinder 19 is not the driving force generated by squeezing out the hydraulic oil by motorized rotation, but the hydraulic power energy of the powerful hydraulic injection rod 18 is used to inject the hydraulic oil into another N-fold hydraulic seat 21 through the injection cylinder 19, thus generating a higher and more powerful amplified driving force. Only after the single N-fold hydraulic seat is successfully developed, the process of assembling and installing to form an overall N-fold hydraulic circulation machine indicates that the design and installation method is the same as the principle structure of a single or multiple hydraulic circulation machine. As long as the former is successful, the latter will follow the same installation technology, thus transforming into an N-fold hydraulic circulation machine type with super amplified energy, which will bring brighter happiness to mankind.

Claims

1. A hydraulic circulation machine, Features The invention comprises a main shaft (1), a gear speed changer (6), a belt pulley (8), a small belt pulley (7), a circular gear plate (4), a straight toothed rod (2), a hydraulic seat (9), a hydraulic rod (10), a lever support point bearing (13), a hydraulic seat telescopic switch (11), a hydraulic separation switch (12), a storage battery (15), a chip intelligent control system (16), and a generator (14); the driving mechanism comprises a main shaft (1) equipped with a circular gear plate (4), a straight toothed rod (2) installed on the hydraulic rod (10), a hydraulic seat (9) driving the hydraulic rod (10) to telescopic movement, the hydraulic seat (9) being installed on the lever support point bearing (13), and the hydraulic seat (9) being able to rotate around the lever support point bearing (13) under the control of the hydraulic separation switch (12). The invention relates to a hydraulic pressure release switch (12). When the hydraulic rod (10) is extended, the straight toothed rod (2) cooperates with the circular gear plate (4) to drive the main shaft (1) to rotate; when the hydraulic rod is retracted, the straight toothed rod (2) is disengaged from the circular gear plate (4); two driving mechanisms are provided to enable the two hydraulic rods (10) to extend and retract alternately so that the main shaft can rotate continuously, and the main shaft (1) is equipped with a gear speed changer (6) to increase the speed; the small belt pulley (7) drives the generator (14) to generate electricity, which is stored in the storage battery (15). Under the control of the chip intelligent control system (16), the electric energy is supplied to the hydraulic seat extension switch (11) and the hydraulic pressure release switch (12); the belt pulley (8) is used to output the rotation of the main shaft (1) to the outside.

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