More efficient vibro-compressor drive

The vibrating motor works on the principle that when it is switched on, it is generated by rotating eccentric weights sinusoidal centrifugal force. A wide range of vibration motors are available on the market, with a centrifugal force ranging from 2,800 N to 6,000 N. They are used on various vibrating machines for many purposes. For example, for screening, sorting, compaction or transport. They find application in many industries. At present, the combination of the vibration motor and the compressor elements where the effects are used is not known generated by centrifugal force by a vibrating motor, for compressing air. The vibratory compressor developed by a private inventor from Slovakia in Surany is designed as a device that consists of a vibratory motor containing an eccentric weight, from a system of swinging arms with an output vertical arm movably connected to the connecting rods compressor pistons, with the cylinders of the compressor with chambers, with a frame structure which is stationary mounted on a solid floor, while the vibration motor is fixedly mounted in a system of swinging arms with an output vertical arm, movably mounted on a frame stationary structure. Centrifugal force generated by the eccentric weight is transmitted via a vibration motor and a vertical arm to the connecting rods of the compressor pistons. The compressor pistons perform a rectilinear movement in the compressor cylinders. The compressor cylinders are located against each other. The compressor pistons perform a rectilinear movement alternately to the left and right, with one cylinder sucking in air and the other expelling air in the compressor cylinder chambers. The generated centrifugal force is preferably adjustable by an eccentric weight and thus the power input is also adjustable devices. The inventor is seeking an industrial partner for licensing for the further development and commercionalization of the mentioned technology.