Embodiments presented provide for an oral hygiene apparatus and method of cleaning such that a consumer may effectively clean dental apparatus with a water based solution to prevent recontamination of the oral cavity.

Embodiments presented provide for an oral hygiene apparatus and method of cleaning such that a consumer may effectively clean dental apparatus with a water based solution to prevent recontamination of the oral cavity.

The subject invention comprises methods and an apparatus for making a non-electric dental water flosser. It connects a water flosser tip to a household faucet. The water flosser tip is an outlet for pressurized water to floss teeth. The flosser comprises only eight major parts: a water flosser tip (10), a quick connect fitting (20), a flexible plastic tubing (30), a faucet diverter valve (40), a faucet adapter (50), a supplement tubing (60), a water flosser tip rest holder (70), and an U-shaped shim (80).

The uniqueness of this flosser is its simplicity. All of its parts are commercially available in many hardware or online stores, and each part has many vendors. The parts are inexpensive, easy to assemble, easy to fix/replace, and it does not use electricity. For consumers, it costs less to own and to operate. If it breaks, there are multiple vendors for replacement parts.

The subject invention comprises methods and an apparatus for making a non-electric dental water flosser. It connects a water flosser tip to a household faucet. The water flosser tip is an outlet for pressurized water to floss teeth. The flosser comprises only eight major parts: a water flosser tip (10), a quick connect fitting (20), a flexible plastic tubing (30), a faucet diverter valve (40), a faucet adapter (50), a supplement tubing (60), a water flosser tip rest holder (70), and an U-shaped shim (80).

The uniqueness of this flosser is its simplicity. All of its parts are commercially available in many hardware or online stores, and each part has many vendors. The parts are inexpensive, easy to assemble, easy to fix/replace, and it does not use electricity. For consumers, it costs less to own and to operate. If it breaks, there are multiple vendors for replacement parts.

An apparatus for performing dental hygiene includes a concave support member integrally coupled to an upper end of a handle portion, and a floss attachment coupled to the concave support member between a first end and a second end of the concave support member. A hollow passage extending from a lower end of the handle portion to the second end of the concave support member is provided, which receives a water flosser tip such that water from the water flosser tip traverses and exits from an aperture shaped end of the hollow passage at the second end of the concave support member onto the floss attachment in a direction substantially parallel to the floss attachment for the apparatus to work as a water floss pick.

An apparatus for performing dental hygiene includes a concave support member integrally coupled to an upper end of a handle portion, and a floss attachment coupled to the concave support member between a first end and a second end of the concave support member. A hollow passage extending from a lower end of the handle portion to the second end of the concave support member is provided, which receives a water flosser tip such that water from the water flosser tip traverses and exits from an aperture shaped end of the hollow passage at the second end of the concave support member onto the floss attachment in a direction substantially parallel to the floss attachment for the apparatus to work as a water floss pick.

An oral cavity cleaning device, which comprises a body, a water jet tip, a first motor, a second motor, a brush, and a water suction assembly. A rotating shaft extends out of an upper end surface of the body. The first motor drives the rotating shaft to vibrate to drive the brush to vibrate. The upper end surface of the body further comprises a water outlet, and the water jet tip is disposed on the upper end surface of the body and is in communication with the water outlet. Further, the water jet tip is disposed on a side of the brush facing a user, and the water jet tip is disposed below bristles of the brush. The second motor drives the water suction assembly to pump water from a built-in or external container, and water from a water passage disposed in the body sprays out of the water outlet and the water jet tip.

An oral cavity cleaning device, which comprises a body, a water jet tip, a first motor, a second motor, a brush, and a water suction assembly. A rotating shaft extends out of an upper end surface of the body. The first motor drives the rotating shaft to vibrate to drive the brush to vibrate. The upper end surface of the body further comprises a water outlet, and the water jet tip is disposed on the upper end surface of the body and is in communication with the water outlet. Further, the water jet tip is disposed on a side of the brush facing a user, and the water jet tip is disposed below bristles of the brush. The second motor drives the water suction assembly to pump water from a built-in or external container, and water from a water passage disposed in the body sprays out of the water outlet and the water jet tip.

The present invention relates to a comprehensive oral care system. The oral care system provides users with an improved dental cleaning system to ensure people can practice optimal oral care routines. The system has an extendable mouthpiece for receiving the teeth and the tongue of a user. The mouthpiece has a plurality of brushes, and more specifically, three brushes for each tooth for brushing. The mouthpiece also releases water, dental rinse agents, and mouthwash for providing complete oral care. The system has a touch panel that can be used for configuration of parameters like speed and pressure of brushes, amount of water, dental rinse agents and mouthwash and other solutions for meeting requirements of individual users. The system uses a digitized dental mold for configuration and generation of the mouthpiece to create a replica of the jaw of users.

The present invention relates to a comprehensive oral care system. The oral care system provides users with an improved dental cleaning system to ensure people can practice optimal oral care routines. The system has an extendable mouthpiece for receiving the teeth and the tongue of a user. The mouthpiece has a plurality of brushes, and more specifically, three brushes for each tooth for brushing. The mouthpiece also releases water, dental rinse agents, and mouthwash for providing complete oral care. The system has a touch panel that can be used for configuration of parameters like speed and pressure of brushes, amount of water, dental rinse agents and mouthwash and other solutions for meeting requirements of individual users. The system uses a digitized dental mold for configuration and generation of the mouthpiece to create a replica of the jaw of users.