| 摘要 |
1. A method for compressing air using natural power source, comprising air compressing device for producing compressed air and high power by the action of gravity, gravitation of air compressing element inside air compressing device for it's spontaneous impulse down, namely, for spontaneous impulse down of air compressing element by the action of gravity. 2. A method for air compressing as claimed in claim 1, characterized in that the air compressing element is a solid and very heavy pistol, said pistol is not a hollow pistol of ordinary air compressor. 3. A method for compressing air using natural power source, comprising air compressing device for producing compressed air and high power by the action of gravity, gravitation of air compressing element inside air compressing device for it's spontaneous impulse down, namely, for spontaneous impulse down of air compressing element by the action of gravity and with driving gear, which can be driven by a very small power, considerably less than said high power, for brining the compressing element to a pre-determined height position, so that the air compressing element was subjected to gravitation by the action of gravity, and under control of monitoring device for dropping the air compressing element, which is attracted by the action of gravity from the pre-determined height position and for it's spontaneous impulse down, when air compressing element is actuated by driving gear. 4. A method for air compressing as claimed in claim 3, characterized in that the air compressing element is a solid and very heavy pistol, said pistol is not a hollow pistol of ordinary air compressor. 5. A method for air compressing as claimed in claim 3, characterized in that the driving gear and monitoring device further, accordingly, are able to operate automatically and in continuous reiteration regime so, that to provide for air compressing element a possibility to attract by the action of gravity automatically and in continuous reiteration regime and spontaneously impulse down for air compression. 6. A method for air compressing as claimed in claim 3 or 5, characterized in that the driving gear is efficient speed reducing device. 7. A method for air compressing as claimed in claim 3, characterized in that very low power is provided by a small portion of the compressed air. 8. Air compressor for compressing air using natural power source, comprising: efficient driving gear, comprising rotatable element and speed reducing device, thus the speed reducing device consumes few power to rotate a rotatable element and to drive the air compressing device, which is mounted on the rotatable element for rotation of air compressing device around rotatable element, following it's rotation, and sliding of air compressing element to a position, located on pre-determined height on or above vertical line, monitoring device, designed so, that while mounting the air compressing device on rotatable element the air compressing element moves down inside air compressing device by the action of gravity and spontaneously impulse down for air compressing, when the air compressing device with the help of efficient gear slides and turns to a position, located on pre-determined height, air compressing devices, mounted on rotatable element, receiving container for receiving and storing the compressed air, compressed by air compressing device, and base for mounting of rotatable element and air compressing device so, that they were driven by efficient driving gear and etc., owing to that air compressing devices can rotate, following the rotation of rotatable element, and moving down air compressing element inside the air compressing device, which attracts by the action of gravity, and spontaneously impulse down and big amount of compressed air is produced and thus very high power is provided when air compressing element turns to said position, located on pre-determined height on or above vertical line. 9. Air compressor as it is claimed in claim 8, characterized in that the air compressor comprises plurality of air compressing devices. 10. Air compressor as it is claimed in claim 9, characterized in that the plurality of air compressing devices are arranged in sequence and are mounted on rotatable element in a spoke like manner. 11. Air compressor as it is claimed in claim 8 or 9, characterized in that the plurality of air compressing devices comprise cylindrical elements, and inside cylindrical elements there are very heavy air compressing elements. 12. Air compressor as it is claimed in claim 8 or 11, characterized in that the air-compressing element is a solid and very heavy pistol, said pistol is not a hollow pistol of ordinary air compressor. 13. Air compressor as it is claimed in claim 8, characterized in that very low power is provided by a small portion of the compressed air. 14. Air compressor as it is claimed in claim 10, characterized in that air compressor additionally comprises at least two or more groups from the above-mentioned plurality of air compressing devices thus to produce much more compressed air. 15. Air compressor as it is claimed in claim 8, characterized in that additionally comprises monitoring device for monitoring and limitation of motion of air compressing element of air compressing device, thus the air compressing element of air compressing device to impulse down only when it turns till the position, located on pre-determined height on or above vertical axis. |
