Four-side squeeze mechanism for extrusion-type square baler
First Claim
1. In an extrusion-type square baler having a bale chamber for forming bales therein, the bale chamber presenting an inlet end and a discharge end, the discharge end having a discharge opening, the improvement comprising:
- a pair of elongated and vertically spaced top and bottom rails extending between the inlet and discharge ends of the bale chamber;
a pair of elongated and horizontally spaced left and right siderails extending between the inlet and discharge ends of the bale chamber; and
a squeeze mechanism positioned proximate the discharge end of the bale chamber for adjusting the size of the discharge opening of the bale chamber, the squeeze mechanism includinga vertical squeeze assembly including a first fluid power assembly for selectively shifting the top and bottom rails towards and away from one another for adjusting the vertical distance between the top and bottom rails near the discharge opening of the bale chamber, anda horizontal squeeze assembly including a second fluid power assembly for selectively shifting the left and right siderails towards and away from one another for adjusting the horizontal distance between the left and right siderails near the discharge opening of the bale chamber,said first and second power assemblies being at least essentially simultaneously actuatable to simultaneously adjust all four sides of the bale chambers.
6 Assignments
0 Petitions
Accused Products
Abstract
A bale chamber 22 includes a pair of elongated top rails 72,74, a pair of elongated bottom rails 80,82, an elongated right siderail 80, an elongated left siderail 90, and a squeeze mechanism 24 positioned proximate the discharge end of the bale chamber 22 for symmetrically adjusting the cross-section size of the discharge opening by simultaneous movement of all the rails. The squeeze mechanism 24 includes a vertical squeeze assembly 92 for adjusting the vertical distance between the top and bottom rails 72,74,80,82 and a horizontal squeeze assembly 94 for adjusting the horizontal distance between the left and right siderails 88,90. Each squeeze assembly 92,94 includes a jaw-type lever assembly 96,116 surrounding its respective rails and a cylinder assembly 98,118 that selectively shifts its lever assembly 96,116 and its respective rails towards and away from one another near the discharge end of the bale chamber 22.
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Citations
6 Claims
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1. In an extrusion-type square baler having a bale chamber for forming bales therein, the bale chamber presenting an inlet end and a discharge end, the discharge end having a discharge opening, the improvement comprising:
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a pair of elongated and vertically spaced top and bottom rails extending between the inlet and discharge ends of the bale chamber; a pair of elongated and horizontally spaced left and right siderails extending between the inlet and discharge ends of the bale chamber; and a squeeze mechanism positioned proximate the discharge end of the bale chamber for adjusting the size of the discharge opening of the bale chamber, the squeeze mechanism including a vertical squeeze assembly including a first fluid power assembly for selectively shifting the top and bottom rails towards and away from one another for adjusting the vertical distance between the top and bottom rails near the discharge opening of the bale chamber, and a horizontal squeeze assembly including a second fluid power assembly for selectively shifting the left and right siderails towards and away from one another for adjusting the horizontal distance between the left and right siderails near the discharge opening of the bale chamber, said first and second power assemblies being at least essentially simultaneously actuatable to simultaneously adjust all four sides of the bale chambers. - View Dependent Claims (2, 3, 4)
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5. In an extrusion-type square baler having a bale chamber for forming bales therein, the bale chamber presenting an inlet end and a discharge end having a discharge opening, the improvement comprising:
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a pair of elongated and vertically spaced top and bottom rails extending between the inlet and discharge ends of the bale chamber; a pair of elongated and horizontally spaced left and right siderails extending between the inlet and discharge ends of the bale chamber; and a squeeze mechanism positioned proximate the discharge end of the bale chamber for adjusting the size of the discharge opening of the bale chamber, the squeeze mechanism including a vertical squeeze assembly including a first lever assembly including a top lever arm coupled with the top rail, a bottom lever arm coupled with the bottom rail, and a first power assembly for selectively shifting the top and bottom lever arms towards and away from one another for adjusting the vertical distance between the top and bottom rails near the discharge opening of the bale chamber, and a horizontal squeeze assembly including a second lever assembly including a left lever arm coupled with the left siderail, a right lever arm coupled with the right siderail, and a second power assembly for selectively shifting the left and right lever arms towards and away from one another for adjusting the horizontal distance between the left and right siderails near the discharge opening of the bale chamber. said first and second power assemblies being at least essentially simultaneously adjustable to simultaneously adjust all four sides of the bale chamber. - View Dependent Claims (6)
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Specification