Water quality antibacterial system during dental treatment

Abstract

A dental treatment water quality sterilization system includes: a water purification device, a microflow detector, a control circuit, and an ozone generator. The water purification device is used to filter impurities in the water source to obtain purified water. The water purification device is electrically connected to the ozone generator via the microflow detector and the control circuit. The ozone generator is connected to the water purification device so that the filtered water can mix with the ozone generated by the ozone generator during operation to become oxygenated water, which is then provided to the dentist for use in treatment.

Claims

1. A water quality antibacterial system for dental treatment, comprising: a water purification device, a micro-flow detector, a control circuit, and an ozone generator, wherein: The water purification device is used to filter impurities from the water source to obtain purified water. This device is electrically connected to the ozone generator via a microflow detector and a control circuit. The microflow detector monitors the flow state of the fluid in the dental treatment water antibacterial system. When water is used, the signal emitted by the microflow detector notifies the control circuit to issue a start command to the ozone generator, allowing it to operate smoothly. The control circuit is connected to a power source to power both the control circuit and the ozone generator. The generator provides power; the ozone generator is connected to the water purification device, allowing the filtered water to mix with the ozone generated by the ozone generator during operation. When the ozone dissolves in the filtered water to become oxidized water, the ozone molecules in the oxidized water have high oxidizing properties, which can inhibit bacterial growth and kill bacteria without leaving harmful residues. The oxidized water can be sprayed or flowed out from dental instruments and used as a dental water for antibacterial purposes, ensuring that patients do not come into contact with water that is not adequately antibacterial or sterilized, making the entire treatment process relatively safe.

2. The dental treatment water antibacterial system as described in claim 1, wherein, The water purification device has at least one filter element.

3. The water quality antibacterial system for dental treatment as described in claim 1, wherein, The water purification device is directly connected to the ozone generator, allowing the filtered water to mix with the ozone in the ozone generator to form the oxygenated water.

4. The water quality antibacterial system for dental treatment as described in claim 1, wherein, The water purification device is connected to the ozone generator through an air-water mixing device, so that the filtered water can be mixed with ozone in the air-water mixing device to form oxygenated water.

5. The dental treatment water quality antibacterial system as described in claim 4, wherein, When the air-water mixing device provides the filtered water for flow, it generates a negative pressure, allowing the ozone generated by the ozone generator to be drawn into the air-water mixing device by the negative pressure and then fully mixed with the filtered water.

6. The water quality antibacterial system for dental treatment as described in claim 1, wherein, The dental instrument is equipped with a sensor connected to a display screen. The sensor detects the number of bacteria in the oxygenated water, and the detected results are displayed on the display screen as actual values, allowing the dentist to monitor the water quality at any time during the procedure.

7. The dental treatment water quality antibacterial system as described in claim 1, wherein, The water source is tap water.

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