A vertical wind power generator comprises a tower column, at least one generator unit, at least two blades, an excitation control device, a rotation rectifying device, a bidirectional frequency converter, flanges, bearings, a cooling system, a crane and a lift system. It can create high-resolution, large-scale, moving, three-dimensional images that can be viewed by people in different locations, with full parallax, without special eyewear. The microprocessor also includes an access shaper coupled to the processing element and configured to shape storage requests for the processing of the application. A protruding annular lip is arranged between the converging inlet passage and the wiping passage, and the annular lip defining a passage for the coated wire that is narrower than the wiping passage so that the gas outlet means in the wiping passage is protected by the protruding annular lip against direct contact with the coated wire which is axially drawn through the passages of the wiping gas. A second update interconnect is coupled to the second state inverter and configured such that altering a voltage applied to the second update interconnect causes the second actuator to respond to a voltage state of the first inverter. A falling edge of a horizontal synchronization signal is detected, and the time difference between an actual frame code and a predefined frame code is determined.