Vitamin ion generator

Abstract

The present invention discloses a vitamin ion generator. The ion generator including a discharge electrode, a ground electrode and vitamins housed in the discharge electrode is installed inside a discharge hole of an air conditioner. A power supply for applying power is connected to the discharge electrode. A reservoir for storing water generated in a heat exchanger of the air conditioner supplies water to the discharge electrode. According to the operation of the air conditioner, the water housed in the reservoir is filled in the discharge electrode. The vitamins housed in the discharge electrode are dissolved in the water and exposed to the surface of the discharge electrode. The vitamin solution exposed to the surface of the discharge electrode is discharged to the direction of the ground electrode by power applied to the discharge electrode. The discharged vitamin ions are externally discharged from the air conditioner by a ventilator of the air conditioner. The vitamin C ions are coupled with the electrons from the discharge electrode. As a result, the vitamin ion generator prevents the electrons discharged from the discharge electrode from generating a large quantity of OH−, neutralizes OH− generated by electron collision to prevent free radical operations in a human body, and transmits the vitamin C ions to the human body for anti-oxidization.

Dependencies are inferred from the claim text.