The obtained oral mounting fixture can be used in public such as during conversation with other people when halitosis is of particular concern and can be used at any time with no limit to the timing of use, and thus further effectively promotes the secretion of saliva. The oral mounting fixture configured to be mounted inside an oral cavity of a human and promote the secretion of saliva has a main body section 1 that can be detachably mounted on a part in the oral cavity, and having a shape arranged so that the main body section 1 conforms to the shape of a portion on which the oral mounting fixture is mounted, and plural protrusions 2 that are integrally formed in the main body section 1 and protruding from the surface of the main body section 1. This oral mounting fixture is mounted so that the tips of the plural protrusions 2 press on a mucosa in the oral cavity.

A travel kit and method of use for an oral irrigator that includes: a case, where the case includes a lid and a base; a cradle within the base, where the cradle receives the oral irrigator for storage; a water supply tube extending from the oral irrigator; an irrigation tube adapted to connect to the oral irrigator during use; and a water supply connector, where the water supply connector connects the irrigator to a water bottle during use.

A head unit configured to couple to a handle of an electric toothbrush, wherein the handle generates vibrational energy transferred to the head unit, the head unit comprising a proximal end and a distal end; a base adjacent to the proximal end, an exterior wall extending from the proximal end to the distal end, wherein the exterior encases a plurality of hollow chambers, wherein each of the plurality of hollow chambers are separated by a scaffold, wherein the scaffold connects to the exterior wall; and a bulb having an exterior surface configured to transfer the vibrational energy to an object.

A head unit configured to couple to a handle of an electric toothbrush, wherein the handle generates vibrational energy transferred to the head unit, the head unit comprising a proximal end and a distal end; a base adjacent to the proximal end, an exterior wall extending from the proximal end to the distal end, wherein the exterior encases a plurality of hollow chambers, wherein each of the plurality of hollow chambers are separated by a scaffold, wherein the scaffold connects to the exterior wall; and a bulb having an exterior surface configured to transfer the vibrational energy to an object.

An oral cavity washing device according to the present disclosure includes: a nozzle having a flow passage structure including a flow passage that includes an inlet port and an outlet port; and a pump to feed washing liquid to the inlet port such that a flow rate of the washing liquid ejected from the outlet port falls within a range of 200 mL/min to 350 mL/min. The flow passage structure includes a first component, a reducer, and a second component. The first component, the reducer, and the second component are configured to generate cavitation in the washing liquid flowing through the flow passage when the flow rate of the washing liquid ejected from the outlet port falls within the range of 200 mL/min to 350 mL/min.

An oral irrigator has a separate high pressure water system and low pressure mouth rinse system to deliver two different fluids to a pick or other accessories. The water system and mouth rinse system are combined in a handle. The pick is connected to the handle. The water system has a blocking valve located in the handle and the mouth rinse system has a hand pump located in the handle. The hand pump sits next to a valve button for closing the blocking valve. When the hand pump is pressed, it presses against the valve button of the blocking valve to shut off the source of high pressure water to the pick. The pressure in the pick drops so that the hand pump can then introduce mouth rinse into the pick. When the hand pump is released, the blocking valve opens up and high pressure water returns to the pick.

An apparatus for providing a pressurized water stream for cleaning gums and teeth. The embodiment includes a base unit defining a cavity. The cavity contains a pump, which may move pressurized water from a reservoir to a tip in fluid communication with the pump. The pump may be secured within the cavity by at least one vibration reduction mount. Fluid may flow from the reservoir and ultimately into the tip to provide oral irrigation and/or cleaning of the teeth, gums, and tongue. The base may include a plurality of footings that elevate the base unit above a surface supporting the base unit. Also, the base may include a basin for receiving a reservoir. The basin may include a reservoir valve initially biased to a closed position and operationally attached to the reservoir, and a tube projection connected to the base unit and opening the valve when the reservoir is received within the basin. The basin and the reservoir are configured to guide the reservoir valve adjacent to the tube projection.

A method of activating the brain of a subject by delivering at least one gas pulse or fluid pulse of a predetermined amplitude and duration to a predetermined area or areas on the subject's body.

A method of activating the brain of a subject by delivering at least one gas pulse or fluid pulse of a predetermined amplitude and duration to a predetermined area or areas on the subject's body.

A periodontal cleaning device, including a cleaning head having a fluid outlet for releasing a cleaning fluid and a suction member for suction of a waste fluid, a cleaning fluid source, connected to the fluid outlet, a controllable suction device connected to the suction member, fluid feeding device for controlling a flow of the cleaning fluid from the cleaning fluid source to the fluid outlet. The periodontal cleaning device further has a control unit, the control unit being arranged for controlling the controllable suction device in generating a vacuum pulse in the suction member, controlling controllable fluid feeding device in generating a fluid flow pulse in the fluid outlet in response to the vacuum pulse, and controlling the controllable suction means in generating a subsequent vacuum pulse in the suction member, and the control unit being arranged for introducing a time period between the cleaning fluid flow pulse and the subsequent vacuum pulse in the suction member.