The invention relates to a
system for the
nanofluid minimal quantity
lubrication electrostatic atomization controllable
jet flow inner cooling technology. According to the
system for the
nanofluid minimal quantity
lubrication electrostatic atomization controllable
jet flow inner cooling technology, based on the electrostatic atomization principle, minimal quantity
lubrication cutting fluid
fog droplets can be controllably distributed during jetting, the evenness of a
fog droplet spectrum can be improved, the deposition efficiency can be improved, the fluid effective
utilization rate can be increased, the motion law of the
fog droplets can be effectively controlled, in this way,
pollution to the environment is reduced, and better health security is provided for workers. The
system comprises an adjustable high-
voltage direct-current power supply, an inner-cooled cutter converter, a high-
voltage electricity converting device and an integrated
spray nozzle. A minimal quantity lubrication system supplies minimal quantity lubrication
cutting liquid to an inner-cooled
drill bit through the inner-cooled cutter converter. The adjustable high-
voltage direct-current power supply conducts positive
electricity to a
needle electrode of the integrated
nozzle through the high-voltage
electricity converting device, the adjustable high-voltage direct-current power supply makes negative electricity be grounded and transmits the negative electricity to a workpiece through an electromagnetic connector, and then a
corona charging field is formed in the
needle electrode-workpiece area; in this way,
corona charging is conducted on the minimal quantity lubrication
cutting fluid, and then electrostatic atomization function is achieved.