UV sanitizing apparatus
A portable sanitizing apparatus, such as a case, includes a first case portion arranged to receive an object to be sanitized, and a second case portion connected to the first case portion and including at least one UV light source configured to emit UV electromagnetic radiation. The second case portion includes an expansion member having a collapsed configuration and an expanded configuration. When the expansion member is in the expanded configuration, a distance between the second case portion and the first case portion is increased compared to when the expansion member is in the collapsed configuration, thereby increasing a distance from the at least one UV light source to the object to be sanitized.
1. A portable sanitizing case, comprising:
a first case portion arranged to receive an object to be sanitized, the first case portion including a base and a sidewall structure extending upwardly from the base and defining a cavity; and
a second case portion connected to the first case portion via a hinge connected to the sidewall structure, the second case portion movable via the hinge to a closed position overlying the cavity, the second case portion including at least one UV light source configured to emit UV electromagnetic radiation, the second case portion including an expansion member having a collapsed configuration and an expanded configuration, the expansion member extending around an entire perimeter of the second case portion;
wherein when the second case portion is in the closed position and the expansion member is in the expanded configuration, a distance between the second case portion and the first case portion is increased compared to when the expansion member is in the collapsed configuration, thereby increasing a distance from the at least one UV light source to the object to be sanitized, the expansion member configured to position the at least one UV light source at a controlled distance from the object to be sanitized in the expanded configuration.
2. The portable sanitizing case of claim 1 , wherein the second case portion includes a microcontroller unit and a battery disposed therein.
3. The portable sanitizing case of claim 2 , wherein the at least one light source includes a UV-C LED powered by the battery and controlled by the microcontroller unit.
4. The portable sanitizing case of claim 2 , wherein the second case portion includes a power button in electrical communication with the microcontroller unit for activating the at least one UV light source.
5. The portable sanitizing case of claim 1 , wherein the first case portion is secured to the second case portion via a zipper around a perimeter of the case.
6. The portable sanitizing case of claim 5 , wherein the zipper includes a magnetic zipper pull member and the case includes a corresponding magnet thereon in electrical communication with a microcontroller unit for controlling activation of the at least one UV light source.
7. The portable sanitizing case of claim 6 , wherein continued engagement of the magnetic zipper pull member and the magnet is required in order to maintain activation of the at least one UV light source.
8. A portable sanitizing case, comprising:
a first case portion arranged to receive an object to be sanitized, the first case portion including a base and a sidewall structure extending upwardly from the base and defining a cavity; and
a second case portion connected to the first case portion via a hinge connected to the sidewall structure, the second case portion movable via the hinge to a closed position overlying the cavity, the second case portion including at least one UV-C LED configured to emit UV electromagnetic radiation, the second case portion including an expansion member having a collapsed configuration and an expanded configuration, the expansion member extending around an entire perimeter of the second case portion, wherein the second case portion includes a mode button for activating a first sanitizing mode and a second sanitizing mode of the at least one UV- C LED,
wherein when the second case portion is in the closed position and the expansion member is in the expanded configuration, a distance between the second case portion and the first case portion is increased compared to when the expansion member is in the collapsed configuration, thereby increasing a distance from the at least one UV-C LED to the object to be sanitized, the expansion member configured to position the at least one UV-C LED at a controlled distance from the object to be sanitized in the expanded configuration,
wherein in the first sanitizing mode the at least one UV-C LED is supplied with a first current, and wherein in the second sanitizing mode the at least one UV-C LED is supplied with a second current which is greater than the first current and which overdrives the at least one UV-C LED to increase a radiant flux energy created for sanitizing the object.
9. The portable sanitizing case of claim 8 , wherein the second case portion includes a microcontroller unit and a battery disposed therein.
10. The portable sanitizing case of claim 9 , wherein the second case portion includes a power button in electrical communication with the microcontroller unit for activating the at least one UV-C LED.
11. The portable sanitizing case of claim 8 , wherein the first case portion is secured to the second case portion via a zipper around a perimeter of the case.
12. The portable sanitizing case of claim 11 , wherein the zipper includes a magnetic zipper pull member and the case includes a corresponding magnet thereon in electrical communication with a microcontroller unit for controlling activation of the at least one UV-C LED.
13. The portable sanitizing case of claim 12 , wherein continued engagement of the magnetic zipper pull member and the magnet is required in order to maintain activation of the at least one UV-C LED.