Harvesting machine capable of automatic adjustment
A harvesting machine capable of automatic adjustment, comprising a plurality of acoustic material flow sensors, a control system, a processor, and application software, wherein the plurality of acoustic material flow sensors are mounted internal to the harvesting machine at points of crop material flow and are capable of sensing an amount of crop material passing by them. The control system operates in a cause-and-affect mode for interactively enabling manual or automatic responses to Mass Material Distribution (MMD) information and equipment-related performance parameters. An interactive combine control method is also provided.
1. An automated combine including:
a combine drive system;
a crop material handling system including a grain material intake at a front of the combine, an onboard reservoir configured for receiving grain material from the intake and retaining a quantity of grain material received from the intake and a grain material discharge configured for discharging grain material from the reservoir;
said combine including: multiple operating parameter sensors each sensing a respective combine operating parameter including speed, grain intake quantity, grain loss quantity and grain quality;
said operating parameter sensors including a predictive sensor capable of sensing a respective operating parameter associated with said grain prior to said grain entering said combine;
a control system configured for receiving input from said operating parameter sensors and providing output representing said operating parameters;
a graphical user interface (GUI) connected to said control system and configured for displaying said operating parameters;
said GUI including a touchscreen for operator input to said control system;
said control system configured for adjusting said combine operating parameters in response to operator input via said touchscreen and displaying combine operating parameter results of said combine operating parameter adjustments; and
said operating parameter results associated with said display include crop quality, combine speed and crop loss.
2. The combine according to claim 1 , which includes:
said GUI being configured for displaying multiple colors each corresponding to a respective operating parameter.
3. The combine according to claim 1 wherein:
said GUI touchscreen includes a pop-up window with a polygonal configuration, each polygon side corresponding to a respective operating parameter; and
said pop-up window includes a slider input button configured for operator manipulation emphasizing and deemphasizing respective operating parameters associated with said pop-up window.
4. The combine according to claim 3 , which includes:
said pop-up window including a centralized control circle with a first color depicting a first level of control system emphasis, said control circle including said slider input button, a middle area surrounding said control circle and depicting a second level of control system emphasis and a perimeter surrounding said middle area and depicting a third level of control system emphasis; and
said control system displays colors representing corresponding levels of control system attention devoted to each operating parameter.
5. The combine according to claim 4 , which includes:
an operating parameter representing a Mass Material Distribution (MMD) corresponding to one or more of material volume, combine efficiency and combine effectiveness.
6. The combine according to claim 1 , which includes:
said GUI graphically displaying a current balance with a polygonal display having multiple display sides each representing a respective combine operating parameter.
7. The combine claim 6 , which includes
a central location in said polygonal display wherein a respective color display indicates balance of operating parameters optimizing combine performance.
8. The combine according to claim 1 , which includes:
said control system being configured with optimum operating parameter values and automatically maintaining said operating parameter values with said combine in operation.
9. The combine according to claim 1 , which includes:
said GUI including a first curve representing a projected operating parameter and a second curve representing an actual operating parameter displayed in real-time.
10. The combine according to claim 1 wherein said GUI includes:
a first output display screen section showing MMD graphs and combine performance including one or more of operating parameters chosen from the list consisting of: cracked grain percentage, MOG percentage, moisture content, loss percentage, rotor speed, concave spacing, chaffer spacing, and sieve spacing; and
a second output display screen section showing the latest combine operating parameter control settings.
11. The combine according to claim 10 , which includes:
said second output display screen section including displays indicating broken grain percentages, MOG percentages and grain loss percentages; and
said second output display screen section including increase and decrease touchscreen inputs for controlling said broken grain percentages, MOG percentages and grain loss percentages.
12. The combine according to claim 1 , which includes:
look-ahead and look-aside crop mass predictive sensors connected to said control system;
wherein the look-ahead and look-aside crop mass predictive sensors are capable of providing an estimate of the mass of the crop that is immediately in front of and alongside the combine respectively before it actually enters the combine; and
wherein the estimate of the mass of the crop is provided to the control system as an additional input for optimizing combine performance.