De-icing apparatus

A de-ice apparatus comprising:

• a de-ice component including:
• a support structure that includes a base and a support stand projected outward from the base;
• a first trigger mechanism coupled directly or indirectly to the support stand, the first trigger mechanism configured to receive fluid that is pressurized by a pressure washer and to selectively translate a first trigger valve between an open state to allow flow of the fluid through the first trigger valve and a closed state to prevent flow of the fluid through the first trigger valve;
• at least one nozzle coupled to the base and in fluid communication with the first trigger valve, the at least one nozzle to disburse the fluid in an outward direction from the base when the first trigger valve is in the open state;
• and
• a regulator valve coupled to the support stand and in fluid communication with the first trigger valve, the regulator valve to modify pressure of at least some of the fluid prior to disbursing the fluid from the at least one nozzle;
• a vacuum component including:
• a second trigger mechanism configured to receive the fluid that is pressurized by the pressure washer, the second trigger mechanism to selectively translate a second trigger valve between an open state to allow flow of the fluid through the second trigger valve and a closed state to prevent flow of the fluid through the second trigger valve;
• a high pressure nozzle in fluid communication with the second trigger valve, the high pressure nozzle including a reducer to increase a pressure of the fluid after passage of the fluid through the high pressure nozzle;
• and
• a coupling joint in fluid communication with the high pressure nozzle, an inlet shaft, and an outlet shaft, the coupling joint to receive the fluid from the high pressure nozzle and waste fluid from the inlet shaft while being configured to disperse the fluid and the waste fluid out of an output shaft, wherein the high pressure nozzle creates a negative pressure in a suction inlet of the inlet shaft to cause suction through the inlet shaft to extract the waste fluid from a container or other location, and wherein the inlet shaft is configured to stow in the support structure of the de-ice component.