Soil tilling and planting implement
A mount for carrying a plurality of field-conditioning implements selected from trash whipping implements, rolling baskets and coulters for connection to a planter is disclosed. A height and force adjustable mounting system is also disclosed for use with a planter that enables the force of such an implement on the soil to be modulated as desired.
1. A mounting system for carrying combinations of field-conditioning implements comprising:
(a) a mounting structure adapted to carry and selectively deploy one or more field-conditioning implements; and
(b) a separate pneumatic actuator arrangement coupled to a linkage arrangement between the mounting structure and each of said one or more field-conditioning implements wherein each said pneumatic actuator arrangement is selectively operable to deploy and lift an associated field conditioning implement.
2. A mounting system as in claim 1 further comprising a connected structure designed to fix the mounting structure in spaced relation to a prime agriculture implement.
3. A mounting system as in claim 2 wherein said prime agriculture implement is a seed planter or tow bar adapted to be drawn by a tractor.
4. A mounting system as in claim 2 wherein each said pneumatic actuator arrangement includes downward force and lifting air bags.
5. A mounting system as claimed in claim 1 wherein the plurality of field-conditioning implements are selected combinations from the group consisting of trash whipping devices, rolling baskets, coulter devices and row seeding units.
6. A mounting system as in claim 1 wherein each said pneumatic actuator arrangement includes downward force and lifting air bags.
7. A mounting system as in claim 6 wherein said one or more field conditioning implements combines a trash whipping implement with a rolling basket.
8. A mounting system as in claim 6 comprising a pneumatic actuator arrangement further comprising down force and lift air bags that are axially aligned in opposed relation such that the forces exerted by inflation of the down force and lifting air bags directly oppose each other.
9. A mounting system as in claim 8 wherein opposed air bags operate to displace a member located therebetween, based on exertion of unequal force, to modulate a net force on said linkage arrangement.
10. A mounting system as in claim 9 wherein the opposed air bags operate to displace a steel plate located therebetween that is connected to transfer force to a linkage that carries an implement to adjust the vertical position or down force exerted by the implement.
11. A mounting system as in claim 6 comprising a pneumatic actuator arrangement further comprising down force and lifting air bags that are connected to operate different linkage arrangements connected by at least one common link.
12. A mounting system for carrying combinations of field-conditioning implements comprising:
(a) a mounting arrangement adapted to carry and selectively deploy a plurality of field-conditioning implements;
(b) a connecting structure designed to fix the mounting arrangement in spaced relation to a self-propelled prime agriculture implement;
(c) a separate, selectively operable pneumatic actuator arrangement coupled to a linkage arrangement between the mounting structure and an assembly adapted to pivot and deploy and lift each of said plurality of field conditioning implements; and
(d) wherein the plurality of field-conditioning implements are selected combinations from the group consisting of trash whipping devices, and rolling baskets.
13. A method of conditioning a field for planting comprising treating a field using a plurality of separately controlled, pneumatically operated field-conditioning implements in a combination selected from the group consisting of trash whipping devices, rolling baskets and coulter devices attached to and ahead of a seed planter in a single pass.