Bale starting gate for rotary baler

Claim 2

In a rotary baler having a baling chamber that is provided with a crop outlet between a pair of spaced members, means for selectively opening and closing said outlet comprising: a gate; means at said outlet mounting said gate for movement within the path of crop flow therethrough between a closed position substantially opposed to said flow and an opened position substantially edgewise to said flow, said gate remaining at the outlet in both of said positions; and means for controlling said movement.

Claim 3

In a rotary baler as claimed in claim 1, wherein said mounting means includes a pivot for said gate.

Claim 4

In a rotary baler as claimed in claim 2, wherein said pivot is located within the area occupied by said chamber and said outlet.

Claim 5

In a rotary baler as claimed in claim 3, wherein said outlet is generally vertically defined, said gate being generally vertically disposed when in said closed position and being generally horizontally disposed when in said open position.

Claim 6

In a rotary baler as claimed in claim 1, wherein said chamber is defined at least in part by means that permit the chamber to enlarge as a bale is formed therein, said control means and said chamber-defining means being operably interconnected for closing said outlet when the chamber is smaller than a predetermined size and for opening said outlet when the chamber is larger than said predetermined size.

Claim 7

In a rotary baler as claimed in claim 5, wherein said chamber-defining means includes a drivable web stretch that is extendible under resistance to effect said enlargement of the chamber, said stretch having a shiftable device associated therewith for use in storing and paying out additional lengths of the web for extending said stretch, said control means including linkage between said gate and said device.

Claim 8

In a rotary baler as claimed in claim 6, wherein said linkage and said device are provided with a lost-motion connection therebetween for permitting continued shifting of said device after the gate has been moved to said opened position.

Claim 9

In a rotary baler as claimed in claim 7, wherein said gate is provided with a pair of limit stops associated therewith corresponding to opposite ones of said positions for precluding movement of the gate beyond said positions.

Claim 10

In a rotary baler as claimed in claim 1, wherein at least one of said members comprises a crop-engaging roller; and a scraper associated with said gate in close proximity to the periphery of said roller for clearing said periphery of collected crop materials.

Claim 11

In a rotary baler as claimed in claim 9, wherein said scraper is fixed against movement with the gate, there being a hinge connection between the gate and the scraper.

Claim 12

In a rotary baler as claimed in claim 10, wherein said chamber is defined at least in part by means that permit the chamber to enlarge as a bale is formed therein, said control means and said chamber-defining means being operably interconnected for closing said outlet when the chamber is smaller than a predetermined size and for opening said outlet when the chamber is larger than said predetermined size.

Claim 13

In a rotary baler having a baling chamber that is provided with a crop outlet between a pair of spaced members, at least one of which is a crop-engaging roller, a crop flow control assembly comprising: a first part disposed across said outlet for closing the same against crop flow therethrough; a second part disposed closely adjacent the periphery of said roller for discouraging the wrapping of crop materials around the roller; a hinge connection between said parts, rendering said first part swingable out of said closing relationship with the outlet; and means for controlling said swinging, said first part being swingable between a pair of extreme positions within the path of crop flow through the outlet, said first part in one of said positions being opposed to said crop flow and in the other of said positions being substantially edgewise to the crop flow, said first part comprising an at least substantially imperforate panel.

Claim 14

In a rotary baler having a baling chamber that is provided with a crop outlet between a pair of spaced members, at least one of which is a crop-engaging roller, a crop flow control assembly comprising: a first part disposed across said outlet for closing the same against crop flow therethrough; a second part disposed closely adjacent the periphery of said roller for discouraging the wrapping of crop materials around the roller; a hinge connection between said parts, rendering said first part swingable out of said closing relationship with the outlet; and means for controlling said swinging, said first part being swingable between a pair of extreme positions within the path of crop flow through the outlet, said first part in one of said positions being opposed to said crop flow and in the other of said positions being substantially edgewise to the crop flow, said first part comprising an at least substantially imperforate panel.

Claim 15

In a rotary baler having a baling chamber that is provided with a crop outlet between a pair of spaced members, at least one of which is a crop-engaging roller, a crop flow control assembly comprising: a first part disposed across said outlet for closing the same against crop flow therethrough; a second part disposed closely adjacent the periphery of said roller for discouraging the wrapping of crop materials around the roller; a hinge connection between said parts, rendering said first part swingable out of said closing relationship with the outlet; and means for controlling said swinging, said chamber being defined at least in part by means that permit the chamber to enlarge as a bale is formed therein, said control means and said chamber-defining means being operably interconnected for closing said outlet when the chamber is smaller than a predetermined size and for opening said outlet when the chamber is larger than said predetermined size, said chamber-defining means including a drivable web stretch that is extendible under resistance to effect said enlargement of the chamber, said stretch having a shiftable defice associated therewith for use in storing and paying out additional lengths of the web for extending said stretch, said control means including linkage between said first part and said device,

Claim 16

In a rotary baler having a baling chamber that is provided with a crop outlet between a pair of spaced members, at least one of which is a crop-engaging roller, a crop flow control assembly comprising: a first part disposed across said outlet for closing the same against crop flow therethrough; a second part disposed closely adjacent the periphery of said roller for discouraging the wrapping of crop materials around the roller; a hinge connection between said parts, rendering said first part swingable out of said closing relationship with the outlet; and means for controlling said swinging, said chamber being defined at least in part by means that permit the chamber to enlarge as a bale is formed therein, said control means and said chamber-defining means being operably interconnected for closing said outlet when the chamber is smaller than a predetermined size and for opening said outlet when the chamber is larger than said predetermined size, said chamber-defining means including a drivable web stretch that is extendible under resistance to effect said enlargement of the chamber, said stretch having a shiftable defice associated therewith for use in storing and paying out additional lengths of the web for extending said stretch, said control means including linkage between said first part and said device,

Claim 17

In a rotary baler as claimed in claim 13, wherein said first part is swingable between a pair of extreme positions within the path of crop flow through the outlet, said first part in one of said positions being opposed to said crop flow and in the other of said positions being substantially edgewise to the crop flow.