A system and method for attaching a dental water supply bottle to a bottle mounting bracket associated with dental equipment. The system includes a collar configured to be attached to a neck region of a dental water supply bottle, one or more attachment openings defined by the collar, and a quick release adapter. The adapter may include one or more mounting bracket attachment slots and one or more quick release structures. Thus, the adapter can be mounted to the collar by placing the one or more quick release structures into the one or more attachment openings, and the adapter can be disengaged and removed from the collar by manually articulating the quick release structures without the use of tools. The bottle, collar, and quick release adapter may be mounted to a new or existing dental water supply mounting bracket using the mounting bracket attachment slots.

The invention relates to a medical treatment unit, in particular a dental treatment unit, comprising a water leading system and a measurement unit for the quantitative measurement of an antimicrobial agent content in water contained in the water leading system.

A water treatment dispensing apparatus has a container for holding water from a water supply and a water disinfectant cartridge located within the container. A housing attached to the container and connected to the cartridge directs water from the cartridge to a remote location, such as a dental instrument. An air pressure device supplies water under pressure to the container to force water to flow through the cartridge and to the remote location.

An aqueous solution for intraoral cleaning via irradiation with ultraviolet ray and/or near-ultraviolet visible ray and/or ray in an 800-900 nm near-infrared region is employed as the hydrogen peroxide aqueous solution, wherein a concentration of hydrogen peroxide is 1 w/v % to 7 w/v %, and a concentration of a hydrogen peroxide stabilizer is 81 ppm (mg/L) or less in the aqueous solution.

A dental instrument water supply filter includes a hollow cylindrical body which bounds an interior area. The interior area houses a plurality of iodinated resin particles. A pair of water permeable discs are positioned in the interior area of the body at opposed axial ends. End caps close the interior area of the body at the respective opposed ends, and each end cap includes a respective removable fluid fitting. Water that is used in connection with the operation of a dental instrument is passed through the filter. The filter provides filtration and reduces microorganisms in the water that is passed therethrough and also releases ions into the water that are effective reduce the growth of contaminants in the water lines to the instrument.

Method for treating a service water supply unit of a dental treatment unit, wherein the method has the following sequence of treatment steps: cleaning the service water supply unit using a cleaning agent, preferably a cleaning liquid or a cleaning foam; disinfecting the service water supply unit using a disinfecting agent, preferably a disinfecting liquid.

A disposable dental valve device is disclosed having a valve body having an interior, a tip receiving end for receiving a tip, a socket hose receiving end for receiving a tube having a beaded end, a lumen formed between the tip receiving end and the socket hose receiving end, and a partial opening formed in the valve body, a rotatable valve sealing body adapted to be inserted into the partial opening, and the rotatable valve sealing body having a bore for alignment with the lumen formed between the tip receiving end and the socket hose receiving end.

A dental irrigator water tank and a dental irrigator are disclosed. The dental irrigator water tank is detachably attached to a side of a dental irrigator body, and the dental irrigator water tank extends below a lower surface of the dental irrigator body when the dental irrigator water tank is attached to the dental irrigator body. The dental irrigator includes the dental irrigator water tank and a dental irrigator body. The water tank of the dental irrigator reasonably uses the structure of the body of the dental irrigator, and increases a capacity of an inner cavity of the water tank. Further, the dental irrigator water tank is provided with a water pressure stabilizing unit to ensure that when the water level in the water tank changes, the dental irrigator can also ensure that the water output is uniform.

Process water supply unit for supplying a medical treatment unit with process water (BW), containing biocide, comprising: a container receptacle for receiving a pressurised water container; a compressed air inlet for connecting the process water supply unit to a compressed-air source; a compressed-air connection, via which compressed air (DL) originating from the compressed-air inlet can be introduced into the pressurised water container; and a process water connection, via which the process water (BW) which is to be delivered out from the pressurised water container by the compressed air (DL) introduced into the pressurised water container can be dispensed to the medical treatment unit, wherein the process water supply unit has a sterile air filter which is integrated into a compressed-air path between the compressed-air inlet and the compressed-air connection or into a compressed-air path between the external compressed-air source and the compressed-air connection.

A disposable dental valve device is disclosed having a valve body having an interior, a tip receiving end for receiving a tip, a socket hose receiving end for receiving a tube having a beaded end, a lumen formed between the tip receiving end and the socket hose receiving end, and a partial opening formed in the valve body, a rotatable valve sealing body adapted to be inserted into the partial opening, and the rotatable valve sealing body having a bore for alignment with the lumen formed between the tip receiving end and the socket hose receiving end.