Control panel having UV disinfection
A control panel having a variety of potential applications that utilize ultraviolet-C (UV-C) light as a means of disinfection. In one embodiment, a human/machine interface (HMI) panel, such as a touchscreen or keypad uses a dynamically moveable multi-reflector assembly using UV-C light to disinfect its touch surfaces. The goal of integrating UV-C disinfection with an HMI works to provide a safe and effective dose of UV-C light to the panel's surface for the purpose of reducing the number of active pathogens.
1. A control panel having ultraviolet (UV) disinfection comprising:
a housing for configuring a liquid crystal display (LCD) screen there having touch screen control;
a least one light source, comprising at least one LED, operating in the UV-C spectrum; and
a dynamically moveable multi-reflector assembly for directing light from the at least one LED to a designated area of the LCD screen.
2. A control panel as in claim 1 , wherein the dynamically moveable multi-reflector assembly comprises:
a primary reflector partially surrounding the at least one light source for directing light in a first predetermined direction; and
a secondary reflector configured forward of the at least one light source for directing light in a second predetermined direction.
3. A control panel as in claim 2 , wherein the primary reflector is a U-shaped reflector.
4. A control panel as in claim 2 , wherein the at least one light source, primary reflector and secondary reflector move to direct UV-C light to a desired location on the LCD screen.
5. A control panel as in claim 2 , wherein the primary reflector and secondary reflector are both rotationally and transnationally moveable along an axis for directing UV-C light to a desired location on the LCD screen.
6. A control panel as in claim 2 , wherein the primary reflector and secondary reflector are moveable independent of one another.
7. A control panel as in claim 2 , wherein the secondary reflector reflects light from the light source to the primary reflector.
8. A control panel human machine interface (HMI) having surface disinfection comprising:
a housing having a liquid crystal display (LCD) touch screen therein;
at least one ultraviolet (UV) light source;
a moveable multi-reflector assembly for directing light from the UV light source; and
wherein the multi-reflector assembly can both rotate and/or move linearly along an axis for distributing UV light to a designated location on the LCD surface.
9. A control panel HMI as in claim 8 , wherein the multi-reflector assembly comprises:
a primary reflector partially surrounding the at least one light source for directing light in a first predetermined direction; and
a secondary reflector configured in front of the at least one light source for directing light in a second predetermined direction.
10. A control panel HMI as in claim 9 , wherein the primary reflector has a substantially U-shape.
11. A control panel as in claim 9 , wherein the primary reflector and secondary reflector are moveable independent of one another.
12. A control panel as in claim 9 , wherein the secondary reflector reflects light from the light source to the primary reflector.
13. A control panel as in claim 8 wherein the UV light emits light in the UV-C spectrum.
14. A control panel used in a human machine interface (HMI) for providing ultraviolet (UV) disinfection comprising:
a housing with a liquid crystal display (LCD) touch screen configured therein;
at least one light source for emitting light in the UV-C spectrum;
a primary reflector partially surrounding the at least one light source for directing light in a first predetermined direction; and
a secondary reflector configured forward of the at least one light source for directing light towards the primary reflector; and
wherein the primarily reflector and secondary reflector can rotate or move along a linear axis for directing UV-C light to a desired location on the touch screen.
15. A control panel as in claim 14 , wherein the primary reflector and secondary reflector are moveable independent of one another.
16. A control panel as in claim 14 , wherein the primary reflector is U-shaped.
17. A control panel as in claim 14 , wherein the secondary reflector is substantially flat.
18. A control panel as in claim 14 wherein the light source is a light emitting diode (LED).