V-slice insert for row crop planters

• US 9,675,005 B1
• Filed: 10/17/2014
• Issued: 06/13/2017
• Est. Priority Date: 10/18/2013
• Status: Active Grant

• Current Assignee: RCB Bank (RCB Holding Co., Inc. (Oklahoma))
• Original Assignee: Shield Industries, Inc.
• Inventors: Bergmeier, Mike J
• Primary Examiner(s): TORRES, ALICIA M
• Application Number:
  US14/517,269
• Time in Patent Office: 970 Days
• Field of Search: 111119, 111120, 111123, 111124
• CPC Class Codes: A01B 49/06 for sowing or fertilising
• CPC Class Codes: A01C 21/002 Apparatus for sowing fertiliser; Fertiliser drill
• CPC Class Codes: A01C 23/025 Continuous injection tools
• CPC Class Codes: A01C 5/062 Devices for making drills or furrows
• CPC Class Codes: A01C 5/064 with rotating tools
• CPC Class Codes: A01C 7/06 Seeders combined with fertilising apparatus
• CPC Class Codes: Y02P 60/21 Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures

Abstract

A v-slice insert for row crop planters includes a precision cast insert body which extends from an upper forward attachment end to a lower trailing end. The v-slice insert features a precision cast internal fertilizer tube receiving channel which protects a fertilizer tube, which, in turn delivers fertilizer to soil that eventually lies directly under planted seeds. The v-slice insert also includes a step feature near the fertilizer tube outlet to prevent the obstruction of the fertilizer tube with soil should the v-slice insert be moved in a reverse direction through soil during a turn. Further, side bulges in the sides of the v-slice insert fracture seed planting furrow side walls to facilitate closure of the furrow and complete covering of the planted seed.

Claims

1. A v-slice insert for use with a row crop planter, the row crop planter being of the type having a pair of inclined discs suitable for creating a furrow, the row crop planter also being of a type having a seed tube, the v-slice insert comprising:

a v-slice insert body having a leading edge and a trailing edge and sidewalls extending between the leading edge and the trailing edge, the leading edge presenting a lower leading edge portion that curves rearwardly thereby extending from the leading edge of the insert body to the trailing edge of the insert body, the v-slice insert body presenting a fertilizer tube channel, the fertilizer tube channel extending from an inlet defined in the leading edge of the insert body to an outlet that is defined in the trailing edge of the insert body at a location which is above the lower end of the trailing edge of the insert body, the fertilizer tube channel suitable for receiving and protecting a fertilizer tube, the fertilizer tube, when received by the fertilizer tube channel, being located for delivering fertilizer to pre-selected location in the soil, the v-slice insert being arranged such that when the v-slice insert is mounted between the discs of the row crop planter, the lower leading edge portion of the leading edge of the v-slice insert extends below the discs of the row crop planter, the lower leading edge of the leading edge of the v-slice insert also being located in relation to the discs and being shaped so that the v-slice insert is able to draft through soil at the bottom of a furrow formed by the discs of the row crop planter and thereby shape the bottom of the furrow, the resulting furrow formed by the discs and the v-slice insert, suitable for receiving fertilizer from the fertilizer tube and seeds from the seed tube in rapid succession.

2. The v-slice insert of claim 1, wherein:

the lower trailing edge of the v-slice insert body also presents a rearwardly protruding step immediately below the outlet end of the fertilizer tube channel, the protruding step operable for breaking and crumbling soil when the v-slice insert is moving in a reverse direction through the soil for preventing the introduction of soil into a fertilizer tube carried by the tube channel.

3. The v-slice insert of claim 1, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

4. The v-slice insert of claim 2, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

13. The v-slice insert of claim 1, wherein:

the lower leading edge of the v-slice insert is v-shaped for forming a v-shaped portion at the very bottom of the furrow which is formed by the discs and the v-slice insert.

5. A v-slice insert for use with a row crop planter, the row crop planter being of the type having a pair of inclined discs which are able to rotate about disc centers and a seed tube for delivering seeds, the v-slice insert comprising:

a precision cast v-slice insert body having a leading edge and a trailing edge and sidewalls extending between the leading edge and the trailing edge, the leading edge presenting a lower leading edge portion that curves rearwardly thereby extending from the leading edge of the insert body to the trailing edge of the insert body, the v-slice insert body presenting a fertilizer tube channel, the fertilizer tube channel extending from an inlet defined in the leading edge of the insert body to an outlet that is defined in the trailing edge of the insert body at a location which is above the lower end of the trailing edge of the insert body, the fertilizer tube channel suitable for receiving and protecting a fertilizer tube, the fertilizer tube, when received by the fertilizer tube channel, being located for delivering fertilizer to pre-selected location in the soil, the v-slice insert being arranged such that when the v-slice insert is mounted between the discs of the row crop planter, the lower leading edge portion of the leading edge of the v-slice insert extends below the discs of the row crop planter, the lower leading edge of the leading edge of the v-slice insert also being located in relation to the discs and being shaped so that the v-slice insert is able to draft through soil at the bottom of a furrow formed by the discs of the row crop planter and thereby shape the bottom of the furrow, the resulting furrow formed by the discs and the v-slice insert, suitable for receiving fertilizer from the fertilizer tube and seeds from the seed tube in rapid succession.

6. The v-slice insert of claim 5, wherein:

the lower trailing edge of the v-slice insert body also presents a rearwardly protruding step immediately below the outlet end of the fertilizer tube channel, the protruding step operable for breaking and crumbling soil when the v-slice insert is moving in a reverse direction through the soil for preventing the introduction of soil into a fertilizer tube carried by the tube channel.

7. The v-slice insert of claim 5, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

8. The v-slice insert of claim 6, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

9. The v-slice insert of claim 5, wherein:

the v-slice insert body is cast from chromium cast iron.

10. The v-slice insert of claim 9, wherein:

the lower trailing edge of the v-slice insert body also presents a rearwardly protruding step immediately below the outlet end of the fertilizer tube channel, the protruding step operable for breaking and crumbling soil when the v-slice insert is moving in a reverse direction through the soil for preventing the introduction of soil into a fertilizer tube carried by the tube channel.

11. The v-slice insert of claim 9, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

12. The v-slice insert of claim 10, wherein:

the lower back portions of the sidewalls of the v-slice insert body present flared out portions operable for fracturing the soil of a planting furrow to facilitate the crumbling of the soil of a planting furrow over planted seeds when the planting furrow is closed by the row crop planter.

14. The v-slice insert of claim 5, wherein:

the lower leading edge of the v-slice insert is v-shaped for forming a v-shaped portion at the very bottom of the furrow which is formed by the discs and the v-slice insert.