Rotator cutter machine for large paper rolls

• US 4,579,025 A
• Filed: 05/02/1983
• Issued: 04/01/1986
• Est. Priority Date: 05/02/1983
• Status: Expired due to Fees

• Current Assignee: Ambrozy J. Fasolak
• Original Assignee: Ambrozy J. Fasolak
• Inventors: Fasolak, Ambrozy J.
• Primary Examiner(s): Husar, Francis S.
• Assistant Examiner(s): Kearns, Jerry
• Application Number:
  US06/490,297
• Time in Patent Office: 1,065 Days
• Field of Search: 82/83, 82/101, 82/46, 82/47, 82/48, 82/52, 82/53, 83/801, 83/574, 83/159, 83/160
• US Class Current: 82/83
• CPC Class Codes: B23D 45/124 the workpieces turning about their longitudinal axis during the cutting operations
• CPC Class Codes: B27B 17/005 with the saw mounted on a carriage
• CPC Class Codes: B27B 27/02 arranged laterally and parallel with respect to the plane of the saw blade
• CPC Class Codes: Y10T 82/16 Severing or cut-off
• CPC Class Codes: Y10T 82/16655 with means to rotate tool[s]
• CPC Class Codes: Y10T 82/16967 with means to support and/or rotate work
• CPC Class Codes: Y10T 83/2205 Reciprocating means
• CPC Class Codes: Y10T 83/7145 By motor-driven mechanism

Abstract

A rotator cutter machine for cutting an end off rolls of paper which comprises a chain saw for cutting the paper roll, a vertical travel carriage for supporting the chain saw, a horizontal travel carriage connected to the vertical travel carriage by vertical guide posts, horizontal guide rails for guiding the horizontal carriage movements, a worm mechanism for moving the horizontal travel carriage back and forth horizontally, a vertical drive pulley and chain for moving the chain saw vertically into cutting position and into release position, a power roll and a free riding roll supporting the paper roll and separated by a groove which receives the paper roll, kick out mechanism for kicking the paper roll out of the groove between the power and free riding rolls after the paper roll has been cut, a pair of core end supports each having a swivel ball joint for aligningly supporting the paper roll while being cut, and a stabilizer attached to both ends of the chain saw to stabilize the chain saw as it cuts through the paper roll.

Claims

1. A rotator cutter machine for cutting an end off a roll of paper, comprising

a frame supporting a horizontal travel carriage which supports vertical guide posts,

a chain saw for cutting the paper roll,

means adjustably mounted on the vertical guide posts for supporting the chain saw,

horizontally adjustable means mounted on the frame and connected to the horizontal travel carriage for moving the chain saw horizontally to a desired horizontal position for cutting,

means on the vertical guide posts connected to the chain saw support means for moving the chain saw vertically into cutting position and into release position,

means operatively connected to the chain saw for driving the chain saw,

means supported by the frame for supporting and rotating the paper roll while it is being cut,

means including a pair of core end supports mounted on the frame for holding the paper roll in cutting position while it is cut,

said means for supporting and rotating the paper roll including a power roll and a free riding roll mounted on the frame for supporting the paper roll and separated by a groove which receives the paper roll, and

means connected to the power roll for driving the power roll,

whereby to cut an end off the paper roll with a clean fresh cut that is squared to the axis of the paper roll.

2. The machine of claim 1, including

kick out means mounted on the frame for kicking the paper roll out of the groove between the power and free riding rolls after the paper roll has been cut,

said kick out means including a hydraulically operated kick out roll adapted to contact the paper roll and push it out of said groove and over the free riding roll.

3. The machine of claim 1,

said means for supporting the chain saw including a vertical travel carriage.

4. The machine of claim 1,

said horizontally adjustable means for moving the chain saw horizontally to a desired horizontal position for cutting including

horizontal guide rails mounted on the frame for guiding the horizontal carriage movements, and

worm means for moving the horizontal travel carriage back and forth horizontally.

5. The machine of claim 1,

said means for moving the chain saw vertically into cutting position and into release position including

a vertical drive pulley and chain.

6. The machine of claim 1,

said means for supporting and rotating the paper roll while it is being cut including

a power roll and a free riding roll mounted in the frame and supporting the paper roll and separated by a groove which receives the paper roll.

7. The machine of claim 1,

said means for holding the paper roll in cutting position including

a pair of core end supports each having a chuck portion that is inserted into each end of the core, a flat plate mounted on the outer end of the chuck portion, and a swivel ball joint extending outwardly from the plate to make the core end supports self-aligning so that the plates lie flat against the paper roll.

8. The machine of claim 1, including

stabilizer means attached to both ends of the chain saw to stabilize the chain saw as it cuts through the paper roll.

9. The machine of claim 8,

said stabilizer means being curved to the shape of the paper roll so as to stay clear of the paper roll as it is being cut.

10. A rotator cutter machine for cutting an end off rolls of paper, comprising

a frame supporting a horizontal travel carriage which supports vertical guide posts,

a chain saw for cutting the paper roll,

means including a vertical travel carriage mounted on the vertical guide posts for supporting the chain saw,

horizontally adjustable means mounted on the frame and connected to the horizontal travel carriage for moving the chain saw horizontally to a desired horizontal position for cutting,

means on the vertical guide posts connected to the vertical travel carriage for moving the chain saw vertically into cutting position and into release position,

means operatively connected to the chain saw for driving the chain saw,

means supported by the frame for supporting and rotating the paper roll while it is being cut,

means mounted on the frame for holding the paper roll in cutting position while it is being cut,

said paper roll support means being positioned beneath the chain saw and including a power roll and a free riding roll mounted in the frame for supporting the paper roll and separated by a groove which receives the paper roll,

kick out means mounted on the frame for kicking the paper roll out of the groove between the power and free riding rolls after the paper roll has been cut,

said kick out means including a hydraulically operated kick out roll adapted to contact the paper roll and push it out of said groove and over the free riding roll,

said horizontally adjustable means for moving the chain saw horizontally to a desired horizontal position for cutting including horizontal guide rails mounted on the frame for guiding the horizontal carriage movements, and worm means for moving the horizontal travel carriage back and forth horizontally,

said means for moving the chain saw vertically into cutting position and into release position including a vertical drive pulley and chain,

said means for holding the paper roll in cutting position including a pair of core end supports each having a chuck portion that is inserted into an end of the core, a flat plate mounted on the outer end of the chuck portion, and a swivel ball joint extending outwardly from the plate to make the core end supports self-aligning so that the plates lie flat against the paper roll,

and stabilizer means attached to both ends of the chain saw to stabilize the chain saw as it cuts through the paper roll,

said stabilizer means being curved to the shape of the paper roll so as to stay clear of the paper roll as it is being cut,

whereby to cut an end off the paper roll with a clean fresh cut that is squared to the axis of the paper roll.