Ultrasonic cleanser
A ultrasonic cleanser includes: a housing; a ultrasonic sprayer, configured inside the housing; a ultrasonically vibrational scraper, coupled to the housing and extended out of the housing partly; a main circuit board, configured inside the housing, an output end of the main circuit board being in connection with the ultrasonic sprayer and ultrasonically vibrational scraper, and providing high frequency vibration signals; a button, configured on the housing and in electric connection with the main circuit board; and a power source, configured inside the housing, in electric connection with the main circuit board and providing power needed for the action of the main circuit board. The structure mention above combines two kinds of face cleansing manners; users may clean their faces with spray or scrape dirt on their faces by means of the physical approach with a scraper, thereby achieving a function combination and good clean effect.
1. A ultrasonic cleanser, comprising:
a housing;
a ultrasonic sprayer, configured inside said housing, an atomization jet of said ultrasonic sprayer being positioned on a surface of said housing;
a ultrasonically vibrational scraper, coupled to said housing and extended out of said housing partly;
a main circuit board, configured inside said housing, an output end of said main circuit board being in connection with said ultrasonic sprayer and ultrasonically vibrational scraper, and providing high frequency vibration signals;
a button, configured on said housing and in electric connection with said main circuit board, said button controlling the on-off of said ultrasonic sprayer and ultrasonically vibrational scraper; and
a power source, configured inside said housing, in electric connection with said main circuit board and providing power needed for the action of said main circuit board.
2. The device according to claim 1 , wherein said housing accommodates a water box, a first sealing ring adapted to strengthen a leak stoppage effect is configured on a bottom opening of said water box, a sealing cover is configured on a top opening of said water box for the sealing thereof, and an atomization piece is inlaid in said first sealing ring and configured on said bottom opening, said atomization piece being in electric connection with an output end of said main circuit board.
3. The device according to claim 2 , wherein said housing comprises a bottom shell, electroplated shell, upper cover and water box cap, said bottom shell and electroplated shell constitute an inner cavity of said cleanser, said ultrasonic sprayer, ultrasonically vibrational scraper, main circuit board and power source are all positioned in said inner cavity, said upper cover is attached to said electroplated shell closely, a spray jet corresponding to said atomization piece is configured on one side of said upper cover, a through hole is configured on a position at the electroplated shell where said spray jet corresponds to said atomization piece, allowing the atomized spray to be sprayed out via said through hole, said water box cap is configured on an end opening configured additionally on said bottom shell and corresponds to said sealing cover, a second sealing ring is put around the sealing cover, and said button is configured on said bottom shell.
4. The device according to claim 1 , wherein said ultrasonically vibrational scraper comprises a plurality of vibrating sheets configured inside said housing and in electric connection with an output end of said main circuit board and a blade fixed to said plurality of vibrating sheets and extended out of said housing partly.
5. The device according to claim 1 , wherein said power source is a rechargeable battery, said main circuit board is configured with a charging port, and an opening is formed on a place at said housing corresponding to said charging port.