Abstract: This invention describes an electronic skin care device including therein a specimen dispenser. Specimens are dispensed from the device after the specimen information stored in the storage component located in the dispenser is processed by the device. The user skin information stored in another storage component located in the device may also be utilized so that dispensed specimens have desired properties for the user's skin care need.

Abstract: An electronic skin treatment device with an integrated specimen dispenser is disclosed, with which specimen dispense can be concurrently applied to target skin area while ultrasonic vibrations, mechanical massaging motions, galvanic stimulations, or light illuminations are used and as such a customizable, easier and better skin beautification can be achieved.

Abstract: This application teaches a novel ultrasonic skin care device with a built-in specimen containment and a dispensing mechanism to enable easy application of the specimen for hygiene operation of the device for skin beautification purpose. The device provides portability for usage anywhere and anytime and provides a flexibility of multi-purpose skin care treatment with a unique design of multiple specimen containment structures.

Abstract: A novel specimen dispensing device for skin care and skin treatment is disclosed. Methods to utilize the embedded memory and electrical interface of the device to produce customizable skin care products and give better skin treatment results are presented. The invention has applicability to other health care and personal care needs.

Abstract: An electronic skin treatment device with an integrated specimen dispenser is disclosed, with which specimen dispense can be concurrently applied to target skin area while ultrasonic vibrations, mechanical massaging motions, galvanic stimulations, or light illuminations are used and as such a customizable, easier and better skin beautification can be achieved.

Abstract: A device for skin treatment by concurrently applying a series of physical movement such as ultrasound vibration and dispensing a specimen to a target kin area is disclosed. The device includes a skin treatment surface for treating the target skin area, a cartridge containing specimen to be dispensed to the target skin area, an ultrasound generator, a control unit and a power supply. A specimen outlet is on the kin treatment plate. The outlet is coupled to the cartridge.

Abstract: The invention teaches a palm-held massage device which includes a driver that drives one or more massage elements which provides massage vibrations in one or more ultrasonic and subsonic frequencies, a controller that provides commands to the driver, a signal generator that provides frequency references to the driver, a power supply coupled to a contactless charger, and a specimen dispensing system.

Abstract: This application teaches a novel ultrasonic skin care device with a built-in specimen containment and a dispensing mechanism to enable easy application of the specimen for hygiene operation of the device for skin beautification purpose. The device provides portability for usage anywhere and anytime and provides a flexibility of multi-purpose skin care treatment with a unique design of multiple specimen containment structures.

Abstract: The present invention teaches an ultrasonic device for skin care massage, comprising one or more ultrasonic vibration transmission plates, each of which having a backside and a smooth surface for contacting human skin; and at least two different ultrasonic vibration transducers coupled to a backside of each of the ultrasonic vibration plates. Each of the ultrasonic vibration transducers generates an ultrasonic wave with a unique frequency between 20 kHz to 25 MHz. Each of the ultrasonic vibration transducers has a bottom surface paralleling to the smooth surface. A distance between the bottom surface of any of the ultrasonic vibration transducers to the smooth surface is approximately an integer times of the half wavelength of the ultrasonic wave generated by the ultrasonic vibration transducer.