Device for UV-LED liquid monitoring and treatment

A water treatment device comprises:

• a base housing comprising:
• a battery;
• a UV-LED module coupled to the battery and configured to provide UV-C band light in response to first power parameters during a UV sterilization process;
• a plurality of LEDs coupled to the battery and configured to provide visible light in response to second power parameters;
• a MEMS accelerometer coupled to the battery and to the processor, wherein the MEMS accelerometer is configured to provide motion data in response to physical perturbations of the water treatment device;
• and
• a processor coupled to the battery, the UV-LED module, and the plurality of LEDs, wherein the processor is configured to specify the second power parameters to the plurality of LEDs and configured to specify the first power parameters during the UV sterilization process and wherein the processor is also configured to determine an amount of water a user consumes and drinks from the water treatment device in response to the motion data, and wherein the usage data includes a number of UV sterilization processes;
• a translucent ring of material disposed upon a first top portion of the base housing, wherein the translucent ring is configured to receive the visible light from the plurality of LEDs and is configured to provide at least a portion of the visible light outwards towards the user in a radial direction;
• a first coupling structure disposed above the translucent ring;
• a first transmissive material disposed on a second top portion of the base housing above the UV-LED module, wherein the first transmissive material is configured to allow the UV-C band light from the UV-LED module to be transmitted upward from the UV-LED module;
• and
• a water storage housing removably coupled to the base housing comprising:
• a sidewall structure configured to radially confine water within the water storage housing;
• a second coupling structure disposed on a bottom portion of the sidewall structure, wherein the first coupling structure is configured to be removably coupled to the second coupling structure to thereby create a water-tight seal between the water storage housing and the base housing;
• a translucent material disposed upon an upper opening of the water storage housing, wherein the translucent material is configured to receive the visible light from the plurality of LEDs and is configured to provide at least a portion of the visible light outwards towards the user in the radial direction.