Self-disinfecting drain trap having a coating
The invention relates to a self-disinfecting drain trap in wastewater drains, having an automatic cleaning through an electromagnetic oscillator and an automatic disinfection through heat, UV-C radiation, antibacterial coating, or ultrasound. The inner wall of the drain trap may be coated with a titanium dioxide nano-coating, on which a catalytic oxidizing reduction of organic substances that can be oxidized takes place, and microorganisms are killed. The titanium dioxide nano-coating may be activated through irradiation with at least one light source located inside or outside the drain trap. When the cleaning and disinfection functions are inactive, a retrograde microbial contamination of the barrier fluid is prevented, both on the part of the wastewater drain as well as through the ambient air, through the oxidizing disinfecting effect of the titanium dioxide nano-coating.
1. A self-disinfecting drain trap for providing a fluid barrier in wastewater drains, comprising
a drain trap body having an inner wall coated with a catalytic oxidizing, super-hydrophilic titanium dioxide nano-coating;
an electromagnetic oscillator for automatic disinfection and cleaning the drain trap body during use and without disruption of the fluid barrier;
a device for disinfecting the drain trap, the device selected from the group comprising heating elements, UV-C lamps, antibacterial coating, and ultrasonic transducers;
a light source arranged inside or outside the drain trap body,
where the catalytic oxidizing, super-hydrophilic titanium dioxide nano-coating may be activated by the light sources.
2. The self-disinfecting drain trap of claim 1 , where the titanium dioxide nano-coating is chemically altered through doping with chemical additives, such that the coating is also activated by light radiation with wavelengths above the UV-A range.
3. The self-disinfecting drain trap of claim 1 , where the wall of the drain trap is made of opaque materials, where said opaque materials is one of either metal or ceramics.
4. The self-disinfecting drain trap of claim 1 , where one or more surface enlargers are disposed in the drain trap interior, where the surface enlargers are made of either opaque material, transparent material, or both, and where the surface enlargers have a titanium dioxide nano-coating on the interior, the exterior, or both.
5. The self-disinfecting drain trap of claim 1 , where titanium dioxide nano-coated baffles are placed in the drain trap interior.
6. The self-disinfecting drain trap of claim 1 , where the self-disinfecting drain trap is connected to the sanitary component by valves, where the valves are either relief valves, bleeder valves, or both, and where the valves have an interior having a titanium dioxide nano-coating.
7. The self-disinfecting drain of claim 6 , where the titanium dioxide nano-coating in the valves is activated either from
the interior through light sources installed therein,
the exterior through an irradiating unit comprising at least one light source placed on the opening of the valve,
or from both simultaneously.
8. The self-disinfecting drain trap of claim 1 , where the wall of the drain trap body is first provided on the inside with a primer coating, to which the titanium dioxide nano-coating is applied.
9. The self-disinfecting drain trap of claim 1 , where the wall of the drain trap is made of materials through which UV-C and/or UV-A radiation can pass, where said materials are selected from the group comprising silica glass, glass, and plastic.