Agricultural product storage compartment assembly having a weight monitoring system

A weight monitoring system for an agricultural product storage compartment assembly, comprising:

• a controller having a processor and a memory, wherein the controller is configured to:
• receive one or more first sensor signals collectively indicative of a weight of a first storage compartment of the agricultural product storage compartment assembly;
• receive one or more second sensor signals collectively indicative of a weight of a second storage compartment of the agricultural product storage compartment assembly;
• receive one or more third sensor signals collectively indicative of a weight of a third storage compartment of the agricultural product storage compartment assembly;
• determine the weight of the first storage compartment based on the one or more first sensor signals, determine the weight of the second storage compartment based on the one or more second sensor signals, and determine the weight of the third storage compartment based on the one or more third sensor signals;
• receive one or more selection signals indicative of whether the third storage compartment is fluidly coupled to the first storage compartment or the third storage compartment is fluidly coupled to the second storage compartment;
• determine whether the third storage compartment is fluidly coupled to the first storage compartment or the third storage compartment is fluidly coupled to the second storage compartment based on the one or more selection signals;
• determine a first combined weight of the first storage compartment and the third storage compartment based on the weight of the first storage compartment and the weight of the third storage compartment in response to determining the third storage compartment is fluidly coupled to the first storage compartment, and determine a second combined weight of the second storage compartment and the third storage compartment based on the weight of the second storage compartment and the weight of the third storage compartment in response to determining the third storage compartment is fluidly coupled to the second storage compartment;
• and
• output one or more first output signals indicative of the first combined weight and the weight of the second storage compartment in response to determining the third storage compartment is fluidly coupled to the first storage compartment, and output one or more second output signals indicative of the second combined weight and the weight of the first storage compartment in response to determining the third storage compartment is fluidly coupled to the second storage compartment.

An agricultural product storage compartment assembly, comprising:

• a first storage compartment configured to couple to a frame, wherein the first storage compartment is configured to provide a first agricultural product to a first metering assembly;
• a second storage compartment configured to couple to the frame independently of the first storage compartment, wherein the second storage compartment is configured to provide a second agricultural product to a second metering assembly;
• a third storage compartment configured to couple to the frame independently of the first storage compartment and the second storage compartment;
• a first flexible link configured to facilitate flow of the first agricultural product from the third storage compartment to the first storage compartment;
• a second flexible link configured to facilitate flow of the second agricultural product from the third storage compartment to the second storage compartment;
• a first valve configured to selectively block flow of the second agricultural product from the third storage compartment to the first storage compartment while the first valve is closed;
• a second valve configured to selectively block flow of the first agricultural product from the third storage compartment to the second storage compartment while the second valve is closed;
• and
• a weight monitoring system, comprising:
• one or more first weight sensors coupled to the first storage compartment and configured to couple to the frame, wherein the one or more first weight sensors are configured to output one or more respective first sensor signals collectively indicative of a weight of the first storage compartment;
• one or more second weight sensors coupled to the second storage compartment and configured to couple to the frame, wherein the one or more second weight sensors are configured to output one or more respective second sensor signals collectively indicative of a weight of the second storage compartment;
• one or more third weight sensors coupled to the third storage compartment and configured to couple to the frame, wherein the one or more third weight sensors are configured to output one or more respective third sensor signals collectively indicative of a weight of the third storage compartment;
• and
• a controller comprising a processor and a memory, wherein the controller is configured to:
• receive the one or more first sensor signals from the one or more first weight sensors;
• receive the one or more second sensor signals from the one or more second weight sensors;
• receive the one or more third sensor signals from the one or more third weight sensors;
• determine the weight of the first storage compartment based on the one or more first sensor signals, determine the weight of the second storage compartment based on the one or more second sensor signals, and determine the weight of the third storage compartment based on the one or more third sensor signals;
• and
• output one or more output signals indicative of the weight of the first storage compartment, the weight of the second storage compartment, the weight of the third storage compartment, or a combination thereof.