Multiple row seed planter with common seed storage

• US 4,286,530 A
• Filed: 07/26/1979
• Issued: 09/01/1981
• Est. Priority Date: 07/26/1979
• Status: Expired due to Term

• Current Assignee: Richard L. Conley
• Original Assignee: Richard L. Conley
• Inventors: Conley, Richard L.
• Primary Examiner(s): FEYRER, JAMES
• Application Number:
  US06/062,153
• Time in Patent Office: 768 Days
• Field of Search: 111/1, 111/10, 111/11, 111/12, 111/34, 111/63, 111/73, 111/85, 111/52, 198/530, 198/537, 198/312, 198/662, 198/362, 414/505, 414/504, 414/523, 414/526, 414/345, 414/512, 414/528, 414/531, 414/538, 193/21, 193/22, 193/30
• US Class Current: 111/200
• CPC Class Codes: A01C 15/003 Bulk fertiliser or grain handling in the field or on the farm
• CPC Class Codes: A01C 15/006 Hoppers

Abstract

A multiple row seed planter is disclosed having common seed storage with lines feeding individual planter hoppers. A receiving bin is mounted on the side of a truck near the top outside, and the bin receives grain or seed from the seed bed of the truck as delivered by a conventional auger inside the truck. Grain from the bin enters a telescoping pipe and controllably flows through the pipe to a common feed tank located on the planter. From the common feed tank, lines extend to each individual planter hopper. In operation, planting of grain crops is expedited and simplified. Fertilizer, as well as a variety of seed grains, can be dispersed with the invention.

Claims

1. An agricultural implement for dispensing grain, seeds or fertilizer from a mobile storage receptacle having an open top and upwardly extending sidewalls comprising receiving bin means mountable on one of said sidewalls and having filling means for transferring seed or fertilizer from the receptacle to the receiving bin means, and connecting means for transfer of said seed or fertilizer from the receiving bin means to a planter means, said connecting means comprising a telescoping feed pipe having at least one pipe slidable within a second pipe, whereby the longitudinal extent of the feed pipe is adjustable, the planter means comprising a towable frame on which is mounted a common feed tank for receiving seed or fertilizer from the connecting means, the feed tank having distributing means for transfer of seed or fertilizer to a plurality of individual planter hoppers for dispensing the seed or fertilizer into the ground, said telescoping feed pipe being further swivelable about a swivel housing connected by a transition pipe to the receiving bin, whereby the telescoping feed pipe is movable in a horizontal plane by swivelling about the swivel housing, said filling means comprising a powered auger consisting of a spiral auger blade fittingly rotatable in an auger housing for upward lifting of said seed or fertilizer from the receptacle into the bin, said powered auger being controllable in operation from a location remote from said auger, whereby filling of said bin is facilitated, said location being on the outer pipe of said telescoping feed pipe, said distributing means comprising a Y-shaped feed line having a common segment connected to said common feed tank and a pair of terminal segments connected to the common segment and located between the common segment and a pair of the plurality of plant hoppers, whereby gravity flow of seed or fertilizer from said common feed tank to the hopper is facilitated, and further wherein said telescoping feed pipe is provided with a feed pipe flow control gate, whereby the rate of flow of seed or fertilizer therethrough into the feed tank is adjustably controllable.

2. The implement of claim 1 wherein said feed line is provided with a feed line flow control gate in the common segment thereof, whereby an adjustable control of a flow of seed through the feed line is permitted during planting operations.

3. The implement of claim 2 wherein said towable frame is connected by a 3-point hitch to a towing vehicle.

4. The implement of claim 3 wherein said feed pipe flow control gate comprises a liftable plate insertable transversely to the longitudinal extent of said outer pipe of the telescoping feed pipe, said plate being guidingly mounted on the pipe by a gate housing mounted on the pipe, the gate housing including fastening means for adjustably securing the plate at a selectable position within the housing, the plate having attached at the upper end thereof a lifting lip to facilitate manual lifting thereof.

5. An agricultural implement for dispensing grain, seeds or fertilizer from a mobile storage receptacle having an open top and upwardly extending side walls, comprising receiving bin means mountable on one of said side walls and having filling means for transferring seed or fertilizer from the receptacle to the receiving bin means, planter means, and connecting means for transfer of said seed or fertilizer from the receiving bin means to the planter means, the planter means comprising a towable frame on which is mounted a common feed tank for receiving seed or fertilizer from the connecting means, the feed tank having distributing means for transfer of seed or fertilizer to a plurality of individual planter hoppers for dispensing the seed or fertilizer into the ground, said connecting means comprising a telescoping feed pipe having an interior pipe slidable within an exterior pipe, whereby the longitudinal extent of the feed pipe is adjustable, the telescoping feed pipe being swivelable about a swivel housing connected by a transition pipe to the receiving bin, whereby the telescoping feed line is movable in a horizontal plane by swiveling about the swivel housing, said filling means comprising a powered auger consisting of a spiral auger blade fittingly rotatable in an auger housing for upward lifting of said seed or fertilizer from the receptacle into the bin means, said powered auger being controllable in operation from a location remote from said auger, whereby filling of said bin is facilitated, said location being on the outer pipe of the telescoping feed pipe, said distributing means comprising a Y-shaped feed line having a common segment connected to said common feed tank and a pair of terminal segments connected to the common segment and located between the common segment and a pair of the plurality of planter hoppers, whereby gravity flow of seed or fertilizer from said common feed tank to the hoppers is facilitated, said telescoping feed pipe being provided with a feed pipe flow control gate, whereby the rate of flow of seed of fertilizer therethrough into the feed tank is adjustably controllable, said Y-shaped feed line being provided with a feed line control gate in the common segment thereof, whereby control of a flow of seed through the Y-shaped feed line can be adjustably controlled during planting operations, said towable frame being connected by a 3-point hitch to a towing vehicle, said feed pipe flow control gate in said telescoping feed pipe comprising a liftable plate insertable transversely to the longitudinal extent of said outer pipe of the telescoping feed pipe, said plate being guidingly mounted on the pipe by a gate housing mounted on the pipe, the gate housing including fastening means for adjustably securing the plate at a selectible position within the housing, the plate having attached at an upper end thereof a lifting lip to facilitate manual lifting thereof, said transition pipe being connected to said receiving bin means by a mounting flange attached to the receiving bin means, the flange having a throat mounted near a lowermost portion of the bin means, whereby transfer of seed or fertilizer from the bin means through the flange and into the telescoping feed pipe is facilitated.

6. The implement of claim 5 wherein said flange comprises an upper flange half and a lower flange half, the upper and lower flange halves being securable together by securing means, the lower flange half being affixed to the receiving bin means, and the upper half being re-movable from said bin means, whereby disconnection of the telescoping feed pipe from the receiving bin means is facilitated.

7. The implement of claim 6 wherein said flange is provided with adjusting holes, whereby the angular orientation of said transition pipe with respect to said receiving bin means is adjustable.

8. The implement of claim 7 wherein said adjusting holes provide approximately 60°

of potential adjustment.

9. The implement of claim 8 wherein said receiving bin means is attachable to said receptacle by a receiving bin bracket comprising a gusset for support of the receiving bin means against an exterior portion of said side walls and a bracket portion for support of the receiving bin means along top and inside surfaces of the side walls.