Abstract:
An agricultural system including a vehicle, a controller; and a display mounted in the vehicle. The display is coupled to the controller and has a display area. The controller is configured to: present a left hand area (LHA) along at least a portion of a left side of the display area; section the LHA into an upper LHA drawer and a lower LHA drawer; and expand either the upper LHA drawer or the lower LHA drawer with a rightward swiping motion or a rightward dragging motion of the drawers.
Abstract:
A method of operating an agricultural implement in a geographic area using data representing at least one attribute associated with seed, includes the steps of:transferring data including at least one attribute associated with seed to a remote computer which is located remote from the geographic area;editing the data at the remote computer;uploading the analyzed data to an electrical processing circuit associated with the implement; andoperating the implement under control of the electrical processing circuit within the geographic area, using the uploaded data.
Abstract:
A work equipment system includes a control module coupled to a display to present a virtual control on the display upon receipt of an activation code. The activation code is provided in an activation tag on an activation display. An activation tag reader is coupled wired or wirelessly to the control module and is configured for reading the activation tag and sending a signal representative of the activation code to the control module.
Abstract:
An agricultural system including a vehicle, a controller; and a display mounted in the vehicle. The display is coupled to the controller and has a display area. The controller is configured to: present a bottom bar along at least a portion of a bottom of the display area; section the bottom bar into a status drawer and a shortcuts drawer; and expand either the status drawer or the shortcuts drawer with an upward motion or a tap on a portion the drawers.
Abstract:
A yield monitoring system for an agricultural harvester has an in-cab display. The in-cab display has at least one configurable user defined window operable to view at least two parameters simultaneously and comparatively in graphical format and in real time. The at least two parameters include data from at least one yield monitoring sensor or vehicle sensor. The in-cab display may have a menu allowing the choice of paired data sources to be viewed simultaneously and comparatively. Data sources may include quantity of crop yielded, moisture content of crop yielded, rate of flow of crop through the agricultural harvester, protein content of crop yielded, ground speed, speed of operation of the grain elevator, and height of the header above the ground.
Abstract:
An overlap control system includes an agricultural vehicle control system operable to utilize a product delay (PD) value in seconds, a start early (SE) distance, and/or a stop late (SL) distance to determine at least one offset edge from a location of an agricultural implement. The agricultural vehicle control system is operable to look ahead along a guidance swath or at least one predicted path of the agricultural implement, and to determine that an intercept will occur between the at least one offset edge and a boundary along the guidance swath or predicted path. The agricultural vehicle control system is further operable to calculate a distance or time to the intercept, and to send a command to change an on/off state of the agricultural implement in the calculated distance or time.