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Methods, apparatus, and systems providing enhanced feed rate control of tubing and conduit feeds by a powered feeder to an in-ground placement device moved across the ground by a steerable vehicle. In one aspect, ground speed of the vehicle is sensed. Feed motor speed is correlated to length of tubi

Methods, apparatus, and systems providing enhanced feed rate control of tubing and conduit feeds by a powered feeder to an in-ground placement device moved across the ground by a steerable vehicle. In one aspect, ground speed of the vehicle is sensed. Feed motor speed is correlated to length of tubing or conduit estimated to be fed per feed wheel revolution by the feed motor. A controller adjusts feed motor speed to match ground speed to feed rate. In another aspect, instead of estimating feed rate by feed wheel rotation, actual speed of movement of the tubing or conduit is sensed. Feed motor speed is automatically and dynamically adjusted to match ground speed to tubing or conduit speed. In either embodiment, sensing of ground speed can be used to sense starting and stopping of the vehicle. This can be used to turn the feed motor on or off. In either embodiment, integration with a precision agriculture intelligent controller can allow operator control right from the precision ag display.

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1. A method of controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement with steerable vehicle comprising: a. monitoring movement or speed related to a steerable vehicle; andb. controlling rate of the powered feeding of the tubing or conduit based on the mon

1. A method of controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement with steerable vehicle comprising: a. monitoring movement or speed related to a steerable vehicle; andb. controlling rate of the powered feeding of the tubing or conduit based on the monitored movement or speed of the steerable vehicle;c. wherein the placement of the tubing or conduit is with a plow and boot moved by the steerable vehicle along the ground; and the monitored movement or speed comprises movement or speed of the plow and boot along the ground;d. wherein the controlled rate of powered feeding is by a motor rotating a wheel in abutment with the tubing or conduit;e. wherein the controlled rate of feeding is automatically proportional to the monitored movement or speed that: (1) if monitored movement or speed is zero, powered feeding is stopped: (2) if monitored movement or speed is zero to a positive value, powered feeding is started; andf. wherein if monitored movement or speed changes, powered feeding proportionally changes to substantially match rate of feeding to ground speed of the plow and boot. 2. The method of claim 1 wherein the monitored movement or speed is sensed by a GPS antenna. 3. The method of claim 1 wherein proportional changes in feeding rate is by: a. calibrating feed wheel diameter to linear length of tubing or conduit per feed wheel rotation;b. sensing speed of rotation of the feed wheel;c. adjusting motor speed to approximately match feed rate of linear length of tubing or conduit to sensed ground speed. 4. The method of claim 1 further comprising one or more of: a. providing feedback from the feed wheel, setting a gain value for the motor speed, and using the gain factor to adjust motor speed to deter the feed wheel from causing drag on the tubing or conduit;b. deriving a feed wheel slip factor, setting the slip factor, and using the slip factor to adjust motor speed. 5. The method of claim 1 wherein rate of the powered feeding of the tubing or conduit is based on monitoring motor speed of a motor used to rotate a feed wheel in abutment with the tubing or conduit. 6. The method of claim 1 wherein rate of the powered feeding of the tubing or conduit is based on monitored movement or speed of the tubing or conduit relative to the boot. 7. A method of controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement with a steerable vehicle comprising: a. monitoring movement or speed related to the steerable vehicle; andb. controlling rate of the powered feeding tubing or conduit based on the monitored movement or speed of the steerable vehicle, wherein rate of the powered feeding of the tubing or conduit is based on monitored movement or speed of the tubing or conduit relative to a boot along the ground;c. wherein the monitored movement or speed of the tubing or conduit is sensed: 1. optoelectronically; or2. electromechanically; andd. the controlled rate of powered feeding is by a motor rotating a wheel in abutment with the tubing or conduit. 8. The method of claim 7 wherein the controlled rate of feeding is automatically proportional to the monitored movement or speed of the tubing or conduit such that: a. if monitored movement or speed is zero, powered feeding is stopped;b. if monitored movement or speed changes from zero to a positive value, powered feeding is started. 9. The method of claim 7 further comprising: a. if monitored movement or speed changes, powered feeding proportionally changes. 10. A method of controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement with steerable vehicle comprising: a. monitoring movement or speed related to the steerable vehicle; andb. controlling rate of the powered feeding of the tubing or conduit based on the monitored movement or speed of the steerable vehicle, wherein rate of the powered feeding of the tubing or conduit is based on monitored movement or speed of the tubing or conduit relative to the boot;c. further comprising: 1. calculating length of tubing or conduit placed in the ground compared based on the monitored movement or speed,2. comparing the calculated length to a total supply of the tubing or conduit, and3. actuating an end-of-available-supply based on the comparison. 11. A method of controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement with vehicle comprising a. monitoring movement or speed related to the steerable vehicle; andb. controlling rate of the powered feeding of the tubing or conduit based on the monitored movement or speed of the steerable vehicle;c. wherein: 1. the tubing or conduit comprises flexible drainage tile;2. the in-ground placement is associated with a precision farming system that includes one or more of: i. mapping of in-ground placement of the flexible drainage tile;ii. communication of the mapping wirelessly to a remote computer or the cloud. 12. An apparatus for controlling a powered feeding of flexible drainage tubing or other conduits system for in-ground placement comprising: a. a plow apparatus operably connected to a motive force to move the plow apparatus relative to a ground area, the plow apparatus comprising: i. a knife for creating a slot in the ground area andii. a boot having an inlet, and outlet, and an intermediate section for guiding tubing or conduit into the slot;b. a power feeder for feeding the tubing or conduit from a bulk quantity to the inlet of the boot of the plow apparatus, the power feeder comprising: i. a driven wheel for abutting the tubing or conduit;ii. a motor for rotating the driven wheel;c. a sensor for sensing a parameter related to movement or speed related to the in-ground placement;d. a controller operably connected to the sensor and the motor of the power feeder, the controller adapted to rate of feeding of the tubing or conduit to the boot of the plow apparatus based on the sensed parameter related to movement or speed. 13. The apparatus of claim 12 wherein the parameter is movement or speed of the motive force or plow and boot relative the ground. 14. The apparatus of claim 12 wherein the sensor for sensing the parameter comprises a GPS antenna. 15. The apparatus of claim 12 wherein the parameter is movement of speed of the tubing or conduit relative the boot. 16. The apparatus of claim 15 wherein the sensor comprises an optoelectronic non-contact laser Doppler velocimeter. 17. The apparatus of claim 15 wherein the sensor comprises an electromechanical combination comprising: a. a contact wheel against the tubing or conduit, the contact wheel including tread that matingly engages ribbing on the tubing or conduit;b. an encoder to transduce velocity based on rotation of the wheel. 18. The apparatus of claim 12 further comprising one or more of: a. a manual bypass or override for user shut-off of the power feeder;b. a manual selector control for selecting direction of rotation of feeder motor, on/off, or automatic operation;c. a manual selector for matching speed of the feeder wheel to ground speed;d. a setting to allow a user to add a gain value so that the feeder wheel does not cause drag on the tubing or conduit;e. a setting for wheel slip factor to increase feeder wheel speed. 19. The apparatus of claim 12 wherein the controller is a stand-alone programmable controller. 20. The apparatus of claim 12 wherein the controller is associated with: a. a precision agricultural display and intelligent device;b. a remote computer;c. the internet;d. the cloud. 21. A system for controlling a powered feeding of flexible drainage tubing or other conduit for in-ground placement comprising: a. a plow and boot sub-system for opening a slot in the ground and guiding the tubing or conduit into the slot;b. a power feeder sub-system for feeding the tubing or conduit to the boot;c. a control sub-system for controlling rate of power feeding of the tubing or conduit to the boot comprising: i. a sensor for sensing a parameter related to movement or speed of one of: 1. the plow and boot sub-system relative the ground; or2. the tubing or conduit relative the boot;ii. an electronic controller programmable to: 1. instruct rate of feeding by the power feeder sub-system based on the sensed parameter;d. allowing automatic feed control of the tubing or conduit. 22. The system of claim 21 in combination with a precision ag display. 23. The system of claim 21 in combination with a tractor. 24. The system of claim 21 in combination with a supply of tubing or conduit.