Abstract: An automated cooking system and method that provides an efficient process for automatically dispensing at least one ingredient, agitating the at least one ingredient, and cooking the at least one ingredient to form a predetermined meal. Each ingredient rests in an interchangeable container, indicia on each container identifies the ingredient, and an indicia sensor detects the desired ingredient for dispensing. Upon command from a processor, a plurality of blades cut the film protecting the ingredients to dispense the ingredients through separate funnels into a pressure cooker and a sauce cooker. A processor regulates cooking parameters, such as duration, temperature, and order of ingredients. The sauce cooker dispenses the sauce into the pressure cooker with a tilting mechanism. A handle facilitates transport of the cooking system. A Wi-Fi reception and a USB port allow the system to receive new recipes, and other cooking related commands.

Abstract: A digital RF Kit used to control the lights of a commercial truck. The digital RF Kit comprises of a digital master RF device that is housed in a cabin of a commercial vehicle (the commercial vehicle has a front and rear side and it has a DC electrical system and a transmission), at least one front digital RF device that is positioned in the front of the vehicle that communicates with the digital master RF device and at least one front light of the vehicle, at least one rear digital RF device that is positioned in the rear of the vehicle that communicates with the digital master RF device and at least one rear light of the vehicle, and a transmission RF device that is connected to the vehicles transmission so that when the vehicle is placed in reverse, a signal is transmitted to the digital master RF device.