Abstract: The present disclosure relates to an oral testing assembly and method comprising a head portion, an elongated handle attached to the head portion, and a testing strip configured to be positioned on a scraping surface of the head portion. A cover member including a detection window is configured to be attached to the head portion to support the testing strip to the head portion such that portions of the testing strip are exposed through a sample inlet and the detection window. The head portion and testing strip are arranged to collect a sample from the mouth or tongue of a patient to be received at the sample inlet and results displayed at the detection window. The head portion includes a scraping wall protruding from the scraping surface. The head portion may include a reservoir positioned along the scraping surface adjacent the scraping wall.

Abstract: A portable, self-contained vacuum tongue cleaning device uses a removable cleaning head so that different heads can be used with different users. The device includes a debris and saliva separator that removes the debris and saliva from the vacuum flow. This separator is carried by the cleaning head in order to minimize required cleaning of the base of the device. The base carries a vacuum pump, a power supply, a switch, and an inlet that allows the power supply to be recharged. The device is configured for emergency use in an oral surgeon's office wherein vacuum flow is required during surgeries.

Abstract: A tongue cleaning device includes a tool head defining a trough that delivers the vacuum flow from an inlet to the inner surface disposed above a working edge for efficient removal of debris. The trough has a defined rear wall giving it a defined width. This allows the vacuum flow to be directed to where it is needed to remove debris. One configuration of the device has a head that defines a liquid distribution channel with an outlet disposed in front of the working edge with a supply of liquid being removably in fluid communication with the liquid distribution channel. The liquid supply being a bulk supply or a hand held bottle with a supply tube extending down the handle of the device. Another configuration of the device includes vacuum control openings controlled by the user's finger.

Abstract: This disclosure relates to a device to break down biofilm and selectively supply liquid in the mouth. An examples head for a dental tool includes body, a front surface, and a back surface. The body define a chamber to contain a substance and a vacuum channel separate from the chamber to fluidly connect to a vacuum supply. The front surface includes a brush plate with brush teeth. The brush plate defines a wall of the chamber. The front surface also defines distribution holes in fluid connection with the chamber. The back surface is opposite the front surface. The back surface defines a vacuum port in fluid connection with the vacuum channel.

Abstract: Provided is a tongue cleaning device that can be attached and detached from a typical vacuum flow generating tool provided in dental examining rooms, surgical suites, and hospital rooms. A small amount of medication may be stored in and dispensed from a head of the tongue cleaning device while a trough may be configured to collect substances thereon and vacuumed through a cavity defined within a handle of the device. The device may be configured to release the medication against the tongue of a patient by capillary action and through one or more dispensing vents, scrape against the surface to clean the tongue, and vacuum out the debris through the body of the device.

Abstract: A tongue cleaning device includes a tool head defining a trough that delivers the vacuum flow from an inlet to the inner surface disposed above a working edge for efficient removal of debris. The trough has a defined rear wall giving it a defined width. This allows the vacuum flow to be directed to where it is needed to remove debris. One configuration of the device has a head that defines a liquid distribution channel with an outlet disposed in front of the working edge with a supply of liquid being removably in fluid communication with the liquid distribution channel. The liquid supply being a bulk supply or a hand held bottle with a supply tube extending down the handle of the device. Another configuration of the device includes vacuum control openings controlled by the user's finger.

Abstract: A tongue cleaning device includes a tool head defining a trough that delivers the vacuum flow from an inlet to the inner surface disposed above a working edge for efficient removal of debris. The trough has a defined rear wall giving it a defined width. This allows the vacuum flow to be directed to where it is needed to remove debris. One configuration of the device has a head that defines a liquid distribution channel with an outlet disposed in front of the working edge with a supply of liquid being removably in fluid communication with the liquid distribution channel. The liquid supply being a bulk supply or a hand held bottle with a supply tube extending down the handle of the device. Another configuration of the device includes vacuum control openings controlled by the user's finger.

Abstract: A portable, self-contained vacuum tongue cleaning device uses a removable cleaning head so that different heads can be used with different users. The device includes a debris and saliva separator that removes the debris and saliva from the vacuum flow. This separator is carried by the cleaning head in order to minimize required cleaning of the base of the device. The base carries a vacuum pump, a power supply, a switch, and an inlet that allows the power supply to be recharged. The device is configured for emergency use in an oral surgeon's office wherein vacuum flow is required during surgeries.

Abstract: A tongue cleaning device includes a tool head defining a trough that delivers the vacuum flow from an inlet to the inner surface disposed above a working edge for efficient removal of debris. The trough has a defined rear wall giving it a defined width. This allows the vacuum flow to be directed to where it is needed to remove debris. One configuration of the device has a head that defines a liquid distribution channel with an outlet disposed in front of the working edge with a supply of liquid being removably in fluid communication with the liquid distribution channel. The liquid supply being a bulk supply or a hand held bottle with a supply tube extending down the handle of the device. Another configuration of the device includes vacuum control openings controlled by the user's finger.

Abstract: A golf club preferably in the form of a golf putter includes a hard stainless steel club head having a striking surface for contacting a golf ball with a recess formed therein. A softer brass plate and an advertising insert closely fit within the recess, and are covered by transparent epoxy which hardens to form a portion of the striking surface through which advertising printed on the insert is visible. The club head further includes a rear recess behind the front recess, between which is defined a thin perforated wall. The stainless steel body, the brass plate, the transparent epoxy, and the perforated wall provide a golf putter which has a large sweet spot and which provides for advertising.

Abstract: A golf club preferably in the form of a golf putter includes a hard stainless steel club head having a striking surface for contacting a golf ball with a recess formed therein. A softer brass plate and an advertising insert closely fit within the recess, and are covered by transparent epoxy which hardens to form a portion of the striking surface through which advertising printed on the insert is visible. The club head further includes a rear recess behind the front recess, between which is defined a thin perforated wall. The stainless steel body, the brass plate, the transparent epoxy, and the perforated wall provide a golf putter which has a large sweet spot and which provides for advertising.