CN113417895A

CN113417895A - Hydraulic circulator

Info

Publication number: CN113417895A
Application number: CN202011479868.6A
Authority: CN
Inventors: 刘永兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-12-10
Filing date: 2020-12-10
Publication date: 2021-09-21

Abstract

The invention discloses a hydraulic circulator. The hydraulic pressure has the main principle of expanding function, and the principle that the main shaft can continuously rotate by utilizing bionics such as the stretching of legs of a bicycle ridden by the inventor is added, namely the two hydraulic seats of the invention are used as two legs of the bicycle ridden by the person. The technology of the intelligent internet of things and the technology of the intelligent chip are known at present, and the main coordinating organ which is used for the bicycle riding person to control is used as the brain of the person. The main final purpose is to release all energy of at least one group of hydraulic pressure to a main shaft in a gear mode in a mutual circulation mode. The invention also relates to a key technology of the invention, and introduces a principle of four-two-dial Jacobian Archimedes lever, which has the important function that two heavier hydraulic seats are required to be separated from and combined with the hydraulic circulator, namely the key frequent mechanical action of the hydraulic circulator.

Description

Hydraulic circulator

The technical field is as follows:

the invention belongs to another new energy source at present, and mainly relates to the technical field at present, which comprises the following components: hydraulic professional technology, gear speed change technology, mechanical innovation technology, intelligent internet of things, intelligent chip technology and the like.

Secondly, the technical background is as follows:

obtaining energy refers to obtaining general energy sources and energy. Before understanding the principle of the present invention for the mutual cyclic motion of hydraulic circulators, it should be understood that other power sources are now widely used, and it should be understood how any power source is generated by remembering the keyword component "spindle". The principle of the known current fuel engine is that mechanical parts such as an oil pump, an oil nozzle, a cylinder and the like which consume fuel oil generate energy consumption, and the main result is that a crankshaft is used as a main shaft, and a belt pulley is arranged at one end of the crankshaft or the main shaft to be used as a power source for human output; the principle of the known current electric engine or called motor is that positive and negative electric energy is consumed to enable a main shaft in the middle of the motor to continuously and circularly rotate, and one side of the main shaft is provided with an output power rotating disc or called belt disc, so that the electric engine or called motor can serve human beings; it is also known that the principle of the present hydroelectric power station is that the water flow drives the fan-shaped blades mounted on the 'main shaft' to make the 'main shaft' rotate up and down continuously and simultaneously

Thirdly, the invention content:

1. from which the source of the amplified force originates. The hydraulic circulator is not scientific and fantasy, is not a main principle that various power energy sources are applied to the hydraulic circulator permanently, and the main principle that key words are 'main shafts' capable of continuously circulating is remembered, and the main shafts are provided with power rotating disks or belt pulleys to form power. The hydraulic circulator invented by the inventor also has to be the same as a 'main shaft', the main part structure has important significance in the invention, the key technology of the invention is a mutual mechanical repeated circulative key technology, four key words are remembered and understood, and the four key words are respectively extending, separating, contracting and pairing, and the four key words have to be repeatedly mechanically moved in the hydraulic circulator to ensure the main key important function of the main shaft for continuous circulative movement.

The hydraulic circulator of the invention can continuously rotate and circulate, just as the human brain controls the principle that two legs ride a bicycle to enable the main shaft to rotate, please remember that the two legs of the human are like hydraulic columns in two hydraulic seats, gears of straight fluted bars extend out in an interchangeable way, and a circular gear disc arranged on the main shaft is clamped and simultaneously pushed in the extending process, so that the main shaft can be transferred for a certain time when the hydraulic pressure is extended for a certain time. However, the telescopic hydraulic cylinders are not very long, and must be matched with each other to extend energy without empty points in the hydraulic cylinders in the second hydraulic seats beside each other, so as to ensure that the main shaft can rotate continuously and can be circulated. It is known in the known art that the hydraulic cylinder in the hydraulic mount is operated, often extended and then retracted as needed, and both of these keywords are extended and retracted as is well understood in the known art.

And the other two key word disjunction pairs are explained as follows: the separation means that the heavier hydraulic seat integrally leaves, namely, the hydraulic pole inside the hydraulic seat and the like are integrated, namely, the hydraulic pole inside the hydraulic seat and the straight flute rod added on the pole are integrated, and the whole body simultaneously leaves the circular gear disc on the main shaft or simultaneously leaves the straight direction position line calibrated in the laboratory standard. It is important to remember that the standard straight-going position line is calibrated so as to facilitate the other hydraulic seat to give the main shaft the normal mechanical motion of extension, separation, contraction and pairing, thereby achieving the normal continuous and cyclic rotation of the main shaft.

The "off" exchange motion is followed by "on" and the explanation here is that alignment means that when one hydraulic mount has been extended, or the spindle has not been extended by adding energy, the hydraulic rod has to leave the straight line, then the hydraulic rod has to "off" and empty "to retract into the hydraulic mount, and the" on "straight line position line must be" on "so that the aligned hydraulic mounts have sufficient time to again impart energy to the continuous rotation of the spindle after the companion hydraulic mount has added energy to the extension of the spindle.

The method specifically operates as follows: after each hydraulic seat of the two movable hydraulic seats is matched with each other respectively to stretch the hydraulic column inside, namely after the movable hydraulic pressure finishes the stretching action, the movable hydraulic pressure must follow to continue to separate, then contract and do the regular mechanical movement of four characters of right. When one hydraulic seat is completely extended out of the hydraulic column inside, the hydraulic column is additionally provided with the straight toothed groove rod created by the inventor, and the hydraulic column is separated from a straight-going direction position line between the straight toothed groove rod and the circular gear disc, so that the hydraulic seat which is prepared beside is matched with the straight toothed groove rod to continuously supply energy to the main shaft for rotating. It is pointed out that the straight position line is not visible in the product, i.e. the dashed line in the middle of the laboratory calibration standard gear latches. The following special indications are that: the distance between the two parts is not more than 5 cm, namely the whole hydraulic seat finishes the energy extension, the straight tooth height of a straight tooth groove rod added on a hydraulic rod in the hydraulic seat is 3 cm, the circular tooth height of a circular gear disc on a main shaft needs to be matched with the straight tooth height of the straight tooth groove rod, a gear with the tooth height of 3 cm is an oversize device, even the oversize whole night pressure seat only needs to be 5 cm away from the circular gear of the straight gear card, and the more 2 cm is enough

When a hydraulic seat is completely extended, namely, the task of adding energy to a main shaft is completed, a hydraulic rod of the separated hydraulic seat is quickly retracted, the whole hydraulic seat is aligned after being retracted into a hydraulic column, the designed and calibrated straight toothed groove rod is clamped in the middle of a circular gear disc, the straight running direction position lines which are jointly set are used as a waiting state, after the hydraulic rod in the hydraulic seat beside the waiting state is completely extended, the hydraulic seats are continuously matched with each other to perform the actions of extending, separating, retracting and pairing, the four actions need to be perfect and advanced, the four actions are perfect and perfect as same as that of a human brain commanding two-leg bicycle riding, the perfect internet of things can be achieved only by repeatedly experimental design and verification in a laboratory, and the key technology is the core technology of the currently known intelligent internet of things and intelligent chips.

3. How a single set of hydraulic circulator is born: the mechanical and intelligent systems of the hydraulic pressure base in the invention rotate in a mutual circulation manner, and stretch, separate, contract and pair by means of keyword actions, so that the hydraulic pressure circulator invented by the inventor is required to be deeply understood and continuously and circularly moved in the way; at first, at least one group of hydraulic seats, namely at least two groups of hydraulic seats, must be arranged on a main shaft to form a group of circulating power sources, also called a single-group hydraulic circulator. The two hydraulic seats form a group that "extend" and "retract" back and forth relative to each other, while also performing the "move away" and "align" mechanical movements that are frequent. The straight fluted rod added on the hydraulic rods in the two hydraulic seats can not be extended together but can be extended out of the circle on the poking main shaft in a staggered way

It is clear how the hydraulic seat can shift the main shaft again: the hydraulic rod of the known hydraulic seat has the function of stretching and contracting back and forth, and in order to poke the main shaft, the inventor creates and designs a straight tooth groove rod which is welded or processed into the same length as the hydraulic rod at the most protruding end of the hydraulic rod. For example, the hydraulic rod in the hydraulic seat can extend or retract back and forth by 1.2 meters, the length of the straight toothed groove rod which is designed by the inventor to be added must also be 1.2 meters, and the hydraulic rod in the straight toothed groove rod and the new hydraulic rod are added, and the straight toothed groove rod must form an integral long straight pole. The suggestion is that the welding forms a whole post rod, and a seamless whole post rod is not smelted in a furnace for factory processing and is firm. When a straight tooth groove rod which is newly added at the beginning of installation extends out, a circular gear disc which is arranged on a main shaft must be just clamped, and the whole straight tooth groove rod is required to quickly leave a straight-going direction position line when the whole straight tooth groove rod does not need to extend energy. It is pointed out that before development, a standard straight-going direction position line must be calibrated in a laboratory, namely between the two gears with different shapes. The important role of checking such a virtual broken line, and a standard straight line, is that two cooperating hydraulic seat systems can be extended or retracted at any time according to a computer program.

When a hydraulic rod in a hydraulic seat is newly added, the straight tooth groove rod designed by the inventor can extend for 1.2 meters, and the circular gear disc arranged on the main shaft is just clamped in the extending design, so that the main shaft can be ensured to rotate by the gears with different shapes. When the 1.2 m straight tooth groove rod stretches out energy or finishes working movement, no gear is used for poking the circular gear disc, and the straight tooth groove rod is required to leave the straight direction position line automatically according to a set program. After the hydraulic seat is separated or lifted, the hydraulic rod must be commanded to do retraction according to a set program, and after the retraction is finished, the hydraulic rod does the action of aligning the straight-going direction position line according to the program requirement. Since the contraction is energy-free, the contraction is faster than the expansion. Therefore, the retracted whole hydraulic seat is temporarily stopped and kept in a waiting working state at any time, and another hydraulic seat which is in the same row and combined with the hydraulic seat and starts to be stopped and kept in the waiting working state and works earlier by about 2 microseconds due to the fact that an electric signal of a touch sensor in the intelligent controller is obtained. The main function is to ensure that the main shaft does not have a pause of a few points, and the main shaft is only kept in a working state of continuous rotation all the time, so that the creation of another original and new power of human beings at present can be completely successful.

The two hydraulic seats work in a superposition mode for 2 microseconds, and the reason is that the hydraulic seats are known to be in a working state when extending out of a hydraulic rod and also in a power output state, and the phenomenon can be obviously observed by eyes in any field of known hydraulic machines. It is the hydraulic rod in the hydraulic seat that is slow in operation when extended and fast when retracted. Because the fast person has redundant waiting time, the two hydraulic seats exchange the extension energy mutually, the main shaft is rotated in a gear mode and sufficient 'coincidence' time is provided, and the main shaft can be ensured to continuously rotate circularly.

Although the hydraulic circulator of the invention has low extending speed during hydraulic operation, the energy extended by the hydraulic rod is stored on the main shaft greatly, and the main shaft can be accelerated if the hydraulic circulator passes through the intermediate gear. The method is characterized in that a straight tooth groove rod is added on a hydraulic rod capable of extending or retracting, a circular gear disc arranged on a main shaft is driven by the straight tooth groove rod, namely, the huge energy extending out of the hydraulic rod is transmitted by a method of completely releasing and rotating hydraulic energy to the main shaft through a gear shifting mode, and the principle is the same as that the rotating speed of the head end of the main shaft of a large-scale wind driven generator is very slow, but the energy stored by the main shaft is large due to large blades of the main shaft. The main shaft can be completely increased in rotation speed through the middle mounted gear transmission. If the head end of the main shaft which has been accelerated and accelerated to rotate is provided with a generator or a working belt pulley and other equipment, the harvested amplified energy can be served for human beings.

The invention mainly relates to a principle that an inventor finds that hydraulic pressure has an expansion function, and a bionic principle that the inventor creates bionics, namely two supporting legs of a person, and a main shaft can continuously rotate for a long time by stretching or retracting a bicycle back and forth is added. The lever principle of Archimedes of the former physicist is also used, and the classical language is as follows: the whole earth can be tilted by giving a pivot to the earth. The lever principle is sought to have the characteristic feature of being particularly labor-saving or greatly energy-saving, wherein teeterboards for playing activities such as parks or kindergartens are typical reference objects as same as the invention. The inventor designs that a fixed support movable bearing is designed in the middle of a heavier whole set of hydraulic seat, and the fixed support movable bearing can not swing left and right and is fixed just like a seesaw, but can move up and down easily. The hydraulic circulator can achieve frequent mechanical circulation movement when being started, can drive a repeated frequent power system by light electric energy, namely the method has extremely low energy consumption, can enable at least two heavy hydraulic seats to respectively and easily perform critical 'separating' and 'opposite' frequent mechanical repeated actions, and thus pokes a 'main shaft' to achieve continuous circulation to form new power.

In order to successfully and successfully carry out the preliminary test of the hydraulic circulator, please remember to apply the prior art or the prior art to the hydraulic circulator of the invention, the purpose of rapidly and successfully developing the hydraulic circulator of the invention is achieved. Thus, a great deal of energy and time can be reduced in a laboratory, and talent resources, funds and the like are wasted in useless waste. For example, bearing in mind the prior art, it is particularly well suited to use the known large wind turbine generator as a main unit, and to use the hydraulic circulator of the present invention as a main unit, since the principles of the rotating nature of the main shafts of the large wind turbine generator and the hydraulic circulator of the present invention are substantially the same. That is, the main shaft heads have the characteristic that the rotating speed is relatively slow, but the main shafts have strong energy storage strength. And a gear transmission case is also required to be added in the middle of the main machine on the large-scale wind driven generator column, so that the rotating speed of the main shaft is increased from slow to fast, and the purpose of outputting energy through the generator can be achieved. The main shaft head end of the hydraulic circulator is also characterized by slow rotating speed, but the strength of hydraulic stored energy is strong, well-known gear transmission equipment is completely needed, the set rotating speed of the main shaft is greatly increased, and the hydraulic circulator can output energy to serve people.

In the invention, the existing known mature technology, namely only the host equipment on the top of the large wind driven generator column, namely only the three large blades are needed to be removed or not needed, so that the length position of the three large blades occupying the space of the head end main shaft is changed into the position of the wide circular gear disc. The purpose is to change the original natural wind power to rotate the main shaft into energy which is enough for the main shaft to circularly rotate by two matched intelligent hydraulic systems, so that the generated electric energy only needs to be partially circulated to a self-supply consumption system, and the key hydraulic pressure has the characteristic of an expansion function, and most of redundant electric energy can be converted into human contribution energy, thereby achieving the successful normal effect of the hydraulic circulator disclosed by the invention.

The two hydraulic seats are mutually intersected and changed, and the main shaft is shifted in a gear mode to form a group of power, so that the hydraulic circulator is called a single group. The method is to use the current known intelligent chip and the intelligent Internet of things technology to stir the main shaft to continuously rotate circularly by using a gear mode according to the standard. And even if the current known advanced intelligent chip and the intelligent Internet of things technology are obtained, the electric signal sensor device is required to be set at the standard position of the invention. The important position setting electric signal sensor plays an important role in serving as an intelligent chip and an intelligent Internet of things, and can completely avoid many defects of manual control due to the functions of eyes, ears, hands and the like on a human body. The intelligent mechanical system can be free from worrying about the problems that people do the same mechanical action for a long time and the tiger makes mistakes if the people are tired, but the intelligent chip and the intelligent Internet of things technology are well known at present and are applied to the hydraulic circulator disclosed by the invention, the electric signal sensors which are set at the correct positions are like eyes, ears, hands and the like of the electric signal sensors, the intelligent mechanical system can be free from worrying about the problems, and the hydraulic circulator disclosed by the invention can be safely and efficiently kept to continuously perform normal circulating motion as required for a long time according to design standards.

Of course, the automatic circulation control technology of the invention can also be developed like a watch mechanical control automatic circulation technology, but the development of the mechanical automatic control technology is more complex than the development of the current known intelligent computer type control technology. For example, the inventor of the technology has proposed to use brake cables on automobiles, motorcycles, bicycles and the like as mechanical point-to-point switch control active cables, which also allow the present invention to be cycled, by developing a mechanical cycling control technology, which also requires setting a mechanical signal switch device at a correct position. Namely, when the work extension energy of one hydraulic rod is finished, the hydraulic rod can touch a mechanical signal device, the hydraulic rod can be designed into an action part like a hand brake wire, the action is that the extension force touches the part, wherein a steel wire in a brake wire pipe pulls another matched hydraulic rod extension switch, and finally, two hydraulic seats can mutually and repeatedly poke a main shaft to keep continuously rotating, and the mechanical hydraulic circulator invented by the inventor is basically formed. Therefore, the inventor also mainly advocates the automatic circulation control system technology, applies the current known intelligent chip and the intelligent internet of things technology, and is more practical and advanced in the development time speed, particularly the final result of development.

4. How to do multiple sets of hydraulic circulators: the hydraulic circulator of the invention has various specifications, like the prior known fuel engine, a single-cylinder fuel engine and a multi-cylinder fuel engine, and the emphasis is that the hydraulic circulator of the invention also has a single-group hydraulic circulator and a double-group or multi-group hydraulic circulator completely, and the main principles of the hydraulic circulator are as follows: the single group of hydraulic circulator is circulating power formed by mutually circularly poking a main shaft through movements of telescopic hydraulic rods in two hydraulic seats and the like. The main principle of the double-group or multi-group hydraulic circulator is as follows: the double-group is a circulating power formed by respectively extending and retracting the hydraulic rods in two pairs or 4 single hydraulic seats and mutually circulating and jointly stirring a long main shaft. The multiple groups are at least two pairs but have double even numbers, such as 6 or 8 or 10 single hydraulic rods, which can move telescopically and the like in the hydraulic seat, mutually circulate to jointly stir a long main shaft to form circulating power, and the circulating power is called as a multiple group or 3 or 5 specific digital group hydraulic circulator.

It is pointed out that only a single set of hydraulic circulator has been successfully developed, and that the development of a double set or multiple set of hydraulic circulator, including an N-fold hydraulic circulator described later, can be more successful and successful based on the successful and reliable data material experience of the single set of hydraulic circulator.

5. How to be the stronger N times hydraulic cycle machine of power: in order to enable the inventor to invent a unique phenomenon of a hydraulic circulator, namely that the hydraulic amplification function effect is stronger, a higher-strength driving force can be generated, and great contribution can be made to human beings, the inventor invents an upgraded version of the hydraulic circulator, namely an N-time hydraulic circulator.

It should be understood that the inventor's principle of construction of an N-fold hydraulic circulator is that the principle of construction of a single hydraulic circulator known today to generate the main source of amplification power is: at present, the known hydraulic pressure is mostly the hydraulic pump, and the hydraulic pressure pushing energy generated by the hydraulic oil pushed by the motorized high-speed rotation and the hydraulic kinetic energy generated by the manual up-down pressing of the hydraulic pump are the same as the injector type principle, so that the hydraulic rod in the hydraulic seat can be pushed out strongly by the energy of the strong pushing force generated by the hydraulic oil enclosed in the pipe, and the hydraulic amplification power is generated. When the corresponding switch is operated to retract, the hydraulic oil in the extended hydraulic pipe stops, the hydraulic oil in the corresponding retracted hydraulic pipe starts to be started, and the hydraulic rod in the hydraulic seat retracts as required.

The inventor newly invents the hydraulic power principle of the N-time hydraulic circulator, changes the structural principle of the prior known traditional mechanical rotation, adopts the principle like an injector, adopts the prior known manual hydraulic amplification principle like the injector, and only has the key difference that the hydraulic principle of the N-time hydraulic circulator invented by the inventor is not manually supplied, but installs a hydraulic column as a movable middle part like the injection column, and the other hydraulic seat as an outer sleeve like the injection pipe, so that the two hydraulic seats in different shapes are mutually matched, and finally aims to ensure that the hydraulic oil can generate stronger hydraulic driving force in a closed pipeline. The specific construction principle of the N-time hydraulic circulator is as follows: the telescopic hydraulic rod in the hydraulic seat is used as a telescopic propelling column in the middle of the syringe, and the syringe is upgraded to an N-time hydraulic propeller. The matched injection type outer sleeve is redesigned, so that an injector type N-time hydraulic pressure large driving force is formed, namely the injection type N-time hydraulic pressure large driving force is a more powerful amplification power source or is interpreted as an N-time hydraulic driving force, and the hydraulic oil in the pipe pushes a hydraulic rod in a pressure seat instead of relying on the driving force of the conventional known hydraulic pressure which mainly depends on the mechanical rotation of a hydraulic pump, so that the working power of the conventional known hydraulic pressure is generated.

In order to expand the stronger inventor and invent an N-time hydraulic circulator, the structure depends on the strong driving force of a hydraulic rod in one hydraulic seat to drive hydraulic oil in a closed injector-type space, so that the strong hydraulic oil passes through a pipeline to drive a hydraulic rod in another hydraulic seat. The hydraulic rod is used as a movable injection rod in an injector type, the upper end of a real steel hydraulic rod is designed to be provided with a special circular rubber plug ring, and an outer steel tube designed additionally is used as an injector type injection tube, so that the oil and gas can not leak in a closed space, but the steel hydraulic rod can also stretch and move like an injector. The special hydraulic oil in the forced-regulating pipe can not leak gas through the floor drain oil, so that stronger amplification driving force can be generated.

For example, the original driving force of the whole hydraulic seat is 2 tons, the inventor uses the 2 tons of driving force not to do other work, rather than relying on the traditional mechanical rotary hydraulic pump type to do the driving force, but newly and specially designing an injector type hydraulic pump to create a new one, the inventor can strongly drive the important function of the hydraulic oil, the strong hydraulic oil is used for driving a hydraulic rod in another hydraulic seat through a special pipeline, N times of power with special strength is generated, the 2 tons of hydraulic driving force is driven through N times of hydraulic equipment, and as a result, new expansion power of at least 10 times or even about 50 times is generated, and the 2 tons of driving energy is converted into at least 20 tons or even about 50 tons of expansion power source. This, in particular, results in standard data that increases the amplification factor by some degree, and requires the common effort of more related scientific researchers, especially craftsman-type professional technical talents, to obtain the standard specific scientific data.

The single-group hydraulic circulator of the invention is like a single group formed by two ordinary people, one main shaft rotates in a mutual circulation way, and the obtained output energy is generalized; the multiple groups of hydraulic circulators are also common people like multiple people, and the multiple groups of hydraulic circulators also rotate a main shaft mutually in a circulating manner, so that the output energy of the main shaft of the multiple people is much; the N-time hydraulic circulator forms a single group or a plurality of groups like specially hiring more than two supermans with huge force, and a main shaft rotates mutually in a circulating way, so that the output amplification energy of the N-time main shaft is more huge.

If the upgraded N-time hydraulic circulator is developed successfully, the same effect of the single-group or multi-group hydraulic circulator is explained to the front, the hydraulic circulator enters a fast channel by utilizing the scientific human ladder effect of the former, namely, scientific data which is mature and successful and advanced by the prior known former can be completely used, and a scientific expressway which can be developed successfully and rapidly is achieved. The N-time hydraulic circulator of the invention has no related examples, belongs to the original invention, is expected to establish a special department to make a specific plan, draws a large number of pointedness related to the invention, and believes that the hydraulic circulator invented by the inventor, particularly the N-time hydraulic circulator, is gradually successful.

The hydraulic circulator of each type has the following great beneficial effects on human once being developed successfully as long as the principle is correct and reliable.

The invention is mainly based on the discovery of the inventor that the hydraulic pressure has the unique function of amplification, and the invention informs that the hydraulic circulator of the invention still needs hydraulic oil when working, and also needs maintenance type oil such as gear oil, engine oil and the like, and the difference is that consumable type such as petroleum and the like are not needed at all.

When the first step single-group hydraulic circulator is developed successfully, people will be favored to obtain another original invention, namely new energy which basically does not consume a large amount of fuel. The single-group hydraulic circulator can be used for light energy, such as household appliances for driving small and medium-sized generators to supply all high-quality lives of people, various small machines used by farmers, workers and the like, and of course, scooter, motorcycle, traffic vehicles and the like. The hydraulic circulator of the invention generates various index effects of another new energy, which is superior to petroleum energy, coal thermal power generation energy and single output total energy which are commonly known at present and seriously depend on earth resources and destroy the environment, and is larger than the commonly known hydroelectric energy, wind power energy and solar energy, even superior to nuclear energy and other energy which are commonly known at present and have strong strength but serious pollution and destruction, and has the characteristics of strong force, cleanness, practicability, safety, high efficiency and the like.

When the hydraulic circulator starts and starts, firstly, oxygen is not needed at all, and secondly, the key is that the output energy is strong, and thirdly, the cruising ability is overlong.

Description of the drawings and embodiments:

the invention is further illustrated by the following figures and examples.

Fig. 1, 1-16 of the drawings are schematic views of the principle of the mutual movement of hydraulic circulators.

Wherein the content of the first and second substances,

FIG. 1 is a schematic view of the spindle 1

FIG. 1 is a schematic view of a straight spline shaft 2

FIG. 1 is a schematic view of the straight line 3

FIG. 1 is a schematic view of a circular gear plate 4

FIG. 1 is a schematic view of a bearing 5

FIG. 1, 6, is a schematic illustration of a gear transmission

FIG. 1 is a schematic view 7 of a power belt pulley of a self-supply system

In figure 1, 8 is a schematic diagram of a belt pulley with energy output power

FIG. 1 is a schematic view of a hydraulic mount at 9

FIG. 1 is a schematic view of a hydraulic ram 10

FIG. 1 is a schematic view of a hydraulic telescopic switch 11

FIG. 1 is a schematic diagram of a hydraulic pressure pair-separating switch 12

FIG. 1 is a schematic view of a lever support point bearing 13

FIG. 1 shows a schematic diagram of a generator 14

FIG. 1 is a schematic view of a secondary battery 15

FIG. 1 is a schematic diagram of a chip intelligent control system 16

FIG. 1 is a schematic view of an electrical signal sensor shown at 17

FIGS. 2, 18-20 are schematic diagrams of a single N-fold hydraulic schematic

Wherein the content of the first and second substances,

FIG. 2 is a schematic view of an N-fold hydraulic injection rod 18

FIG. 2 is a schematic view of an N-fold hydraulic injection cylinder 19

FIG. 2 is a schematic view of 20 times N injection rubber ring

Please refer to the schematic diagram to understand that the hydraulic circulator of the invention starts to move circularly mutually in this way.

In fig. 1, starting the hydraulic circulator of the invention, first, pressing a start button on the intelligent control system 16 box of the chip, transmitting electric signals through electric wires, since before starting, the matched storage battery 15 is needed to provide starting electric energy, and the start first signal instructs the hydraulic pumps to start up, so as to ensure that energy is supplied at any time according to a standard program. Then a hydraulic seat extension switch 11 beside the hydraulic seat is electrically connected to start the hydraulic rod 10 in the hydraulic seat 9 to extend. Because the straight toothed groove rod 2 created by the inventor is installed on the hydraulic rod 10, it is reminded that the straight toothed groove rod can be directly welded, but in order to make two steel columns more firm without leaving welding points, the two steel columns must be smelted in a factory smelting furnace to form an integral steel column which is firmer according to standard equipment.

When the straight flute rod 2 extends out, the straight flute rod extends to a straight direction position line 3 according to a calibration program command, so that the straight-rod gear is just clamped on a circular gear disc 4 arranged on the main shaft 1, and the extended strong hydraulic pressure can enable the long main shaft 1 to simultaneously and integrally rotate. Because the hydraulic rod extending from one hydraulic seat is not long, when the straight tooth groove rod 2 extends completely, no gear pushes the main shaft to rotate, and the rod just touches the electric signal sensor 17, the electric signal starts the hydraulic seat to leave the counter switch 12, so that the straight tooth groove rod of the hydraulic seat rapidly leaves the gear clamping gear straight-moving direction position line 3. The inventor explains that the hydraulic separation-pair switch 12 in the schematic diagram is in a gear mode like a seesaw by a motor, the whole heavy hydraulic seat 9 can be easily separated and separated from the common mechanical circulation motion by mainly relying on a lever supporting point bearing 13 without consuming electric energy by adopting the lever principle.

The hydraulic rod 10 is retracted into the present hydraulic mount after being moved away and simultaneously aligned with the movement of the straight direction position line 3 to be ready again. In order to ensure that the long spindle 1 rotates continuously, when the straight tooth groove rod in the previous hydraulic seat does not extend a little, the common coincidence time for exchanging the two hydraulic seats is required to be set to 0.2 microsecond, and the two hydraulic seats do mechanical motion of extending, separating, contracting and pairing according to the intelligent program of the chip, so that the spindle can be ensured to rotate continuously and circularly. As long as the electric energy of the storage battery 15 can be started normally for less than one minute by using the hydraulic circulator disclosed by the invention, the hydraulic circulator disclosed by the invention can output redundant output energy due to the amplification function, so that the intelligent system can automatically close the transmission of the electric energy of the storage battery 15 and reversely charge the storage battery.

In order to more vividly understand the important roles of the four keywords in the invention, the inventor explains again: stretching means that the energy is released to the main shaft; the separation means that the stretching is finished without gears, and the two gears are separated; retraction means having left, ready to be "retracted"; the right finger is contracted, and the right finger is aimed at the middle of the two gears or called a straight direction position line 3 to wait for the circular extension again.

In order to ensure the stability of the long main shaft 1, a fixed bearing 5 must be installed, the main shaft 1 is matched with two hydraulic seats 9 to enable the main shaft to continuously rotate, the rotating speed of the main shaft is the same as that of the conventional known large-scale wind driven generator, the head end of the main shaft rotates slowly, but the stored energy in the rotating main shaft is huge. In order to release the energy of the head-end slow spindle, a gear transmission 6 must be arranged at the left and right sides of the middle of the spindle, so that the spindle is increased to an ideal set fast-rotating spindle after speed change, and the fast-rotating spindle is provided with a belt pulley to serve people. And in the schematic diagram of the inventor, two belt discs 7 and 8 play an important role. The small belt pulley of the main shaft is a power belt pulley 7 of a self-supply system, and the small belt pulley is aligned to the belt pulley on the generator 14 and used for generating electric energy after a belt is installed. The design requirement can be met by changing the mode that the belt pulley is not installed, namely, the generator is rotated in a gear mode for a long shaft rod used at the bottom of an automobile.

When the self-supply system generator 14 obtains electric energy through the above two alternative transmission methods, the electric energy is transmitted to the hydraulic telescopic switch 11 and the hydraulic separation switch 12 through the electric wire. Of course, the battery for the start-up function is charged in reverse, etc. The generator also provides electric energy to the intelligent chip control system 16, the box 16 system is a real commander, and the current known advanced computer chip intelligent program according to the standard is applied to various mechanical controls of the invention, so that the main shaft is ensured to continuously rotate circularly. When the hydraulic circulator is required to be shut down, the intelligent control system turns off the hydraulic telescopic switch 11 or turns off the hydraulic release switch 12 according to a program, and the main shaft cannot rotate circularly and is stopped immediately, so that the hydraulic circulator disclosed by the invention is in a shutdown stop state according to requirements. The hydraulic pressure has the amplification function, so that the small belt pulley 7 on the main shaft can not only ensure the energy supplied and consumed by self, but also completely store the key amplification energy, the output energy on the main shaft powers the belt pulley 8, and the large belt pulley on the main shaft drives other machines to really serve the human beings.

The inventor does not intend about how to continuously move a plurality of groups of hydraulic circulators, but the inventor has introduced the above description, that is, only after a single group of hydraulic circulators is developed successfully, a plurality of groups of hydraulic seats formed by combining a plurality of double even numbers move together on a long main shaft, and the hydraulic seats are completely designed and installed in the same way as the single group of hydraulic circulators, and only after the technologies of the former are related, the later combined hydraulic circulators can easily succeed.

The difference between the N-times hydraulic circulator is that the inventor shows the intention 2 to inform the construction principle of the single N-times hydraulic circulator. It is pointed out that, as long as the single N-times hydraulic construction principle is understood, that is, as long as the single N-times hydraulic can release larger amplification energy, when the former single-group and multi-group hydraulic circulators are developed successfully, the N-times hydraulic circulators are also designed and mounted on a long main shaft, and the same manner can be easily successful.

Referring to fig. 2, a common hydraulic seat 9 extends out of a hydraulic rod 10, the rod is provided with an N-fold hydraulic injection rod 18 which is innovatively designed by the inventor, the injection rod 18 does telescopic motion in a metal N-fold hydraulic injection cylinder 19, and the head end of the N-fold hydraulic injection rod 18 is provided with an N-fold hydraulic injection rubber ring 20 for sealing. Therefore, the hydraulic oil in the injection tube 19 is not the driving force generated by extruding the hydraulic oil in a motorized rotation mode, but the hydraulic power energy of the strong hydraulic injection rod 18 is used, and then the hydraulic oil enters the other N times of hydraulic seat 21 through the injection tube 19, so that higher strong amplification driving force is generated. Only after the single N-time hydraulic seat is successfully developed, the process of assembling and installing the single N-time hydraulic seat to form the whole N-time hydraulic circulator shows that the installation mode is designed to be the same as the principle and structure of the single group or the plurality of groups of hydraulic circulators, and as long as the single group or the plurality of groups of hydraulic circulators successfully use the same installation technology, the single group or the plurality of groups of hydraulic circulators can be converted into the type of the N-time hydraulic circulator with super-strong amplification energy, which brings more bright happiness to human beings.

Claims

1. The hydraulic circulator disclosed by the invention is mainly characterized in that at least two hydraulic seats form a group according to the principle that hydraulic pressure has an amplification function, and the main shafts (2), (4) and (1) continuously rotate circularly in a gear mode in a mutually circulating manner.

2. The invention innovatively introduces an Archimedes lever principle, and is characterized in that a heavier hydraulic seat is enabled to perform frequent mechanical actions of separation and combination in a product (13), so that the hydraulic seat can be changed into a light and low-energy consumption structure.

3. In order to make the invention more powerful and more advanced, i.e. create the principle type of the injector, i.e. the way that the hydraulic rod extrudes the hydraulic oil and the like is an N-time hydraulic circulator (18) (19) (20), the function is to make the amplification effect of the hydraulic pressure more prominent in a doubling way.