Actuating device for a drive arrangement
View Patent ↗An actuating device for a drive arrangement having a drive transmission operatively connected to a metering structure where a clutch is mounted adjacent to drive transmission, an actuating device is positioned to selectively engage the clutch such that the rotational force transferred from the drive transmission to the metering structure is selectively deactivated when the actuating member engages the clutch.
1. An actuating system for a planter, comprising:
a drive arrangement including an implement shaft operatively connected to a drive gear that is operatively connected to a drive shaft;
a center member that rotationally engages a bore in the drive gear;
a clutch having a driver member and a driven member positioned within a release ring such that the driver member rotationally engages the implement shaft and the driven member rotationally engages the center member; and
pneumatic actuating member positioned to engage the release ring.
2. The system of claim 1 wherein the actuating member is connected to a source of compressed air through a valve.
3. The system of claim 2 wherein the source of compressed air is connected to a controller that activates the source of compressed air.
4. The system of claim 3 wherein the controller activates the source of compressed air based on a manual command.
5. The system of claim 3 wherein the controller activates the source of compressed air based on a geographic location determined by a GPS system.
6. The system of claim 1 wherein more than one actuating member is positioned to engage more than one clutch, and the actuating members connected to more than one valve.
7. An actuating system for a planter, comprising:
a drive arrangement including an implement shaft operatively connected to a drive gear that is operatively connected to a drive shaft;
a center member that rotationally engages a bore in the drive gear;
a clutch having a driver member and a driven member positioned within a release ring such that the driver member rotationally engages the implement shaft and the driven member rotationally engages the center member; and
an actuating member positioned to engage the release ring;
wherein the actuating member is connected to a controller and the controller activates the actuating member based on a geographic location determined by a GPS system.