US19510A - Machine eoe - Google Patents

Machine eoe Download PDF

Info

Publication number
US19510A
US19510A US19510DA US19510A US 19510 A US19510 A US 19510A US 19510D A US19510D A US 19510DA US 19510 A US19510 A US 19510A
Authority
US
United States
Prior art keywords
disk
bar
shaft
cutters
fastened
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
Publication date
Application granted granted Critical
Publication of US19510A publication Critical patent/US19510A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B27WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27BSAWS FOR WOOD OR SIMILAR MATERIAL; COMPONENTS OR ACCESSORIES THEREFOR
    • B27B5/00Sawing machines working with circular or cylindrical saw blades; Components or equipment therefor
    • B27B5/12Cylinder saws

Definitions

  • Figure 1 is the elevation of the front of the machine; Fig. 2, an elevation of one side.
  • my invention consists in some devices for traversing the disk cutters so as to operate upon the heading either at the same time or alternately.
  • A are front posts; A A back posts connected by the bars B, B, B, B, and the front posts by the bar C, and top rail C', and the back posts by the bar D, and top rail D', the whole forming a quadrangular frame, to which the other parts are attached or connected.
  • the disk E is a round stationary shaft with a square end clamped by the cap E', to the bar C, to prevent it from turning.
  • the disk E2 is fastened to the upper end of the shaft E, and may be provided with spurs to hold the heading while it is being shaped, as will be hereafter described.
  • This shaft F is a hollow shaft turning on the shaft E, and supported by the bar F, fastened to the front posts.
  • This shaft F is provided with a pulley F2, to turn it and carry the planing disk G fastened to its upper end.
  • This disk G may have one or more bevel-
  • the piece I2 is fastened to the top bar to form the fulcrum of the lever I, and the rod J, connects the opposite end of said lever to the lever J which vibrates on a screw in the bar B, and is pressed down by the operator to clamp the heading between the disks E2 and H, and pressed into one of the notches in the piece J2, on the post A, so as to hold the heading, until the head is formed when the lever may be pulled out and raised up to release the head H.
  • K is a hollow shaft turning on the shaft H2, and supported by the bar K, fastened to the posts A, A.
  • This shaft is provided with a pulley K2, for a band to turn it and carry the disk L, fastened to its lower end.
  • the disk L may have one or more cutters like L2, fastened to its underside to shape the upper side of the head H, and complete it.
  • the shaft M carries the pulley M2, and band P, to turn the disk L, in the direction of the arrow upon it.
  • the shaft N carries the pulley N2 and band P, to turn the disk G in the direction of the arrow marked upon it opposite to the direction in which the disk L, is turned, so that the heading may be held easier, than if both of the cutting disks turned in one direction.
  • the disk L is held up by the springQ, between the bar K and pulley, K2, and the disk G descends after it is raised by its own weight.
  • the crooked forked lever W vibrates on a pin in the bar C, andis connected to the slotted bar X, which is operated by the cam T so as to raise the disk G and bring the cutters in contact with the heading to form the head, and then let it descend again.
  • JThe crooked forked lever a vibrates on a staple in the top bar C', and is connected to the bar b, which is traversed by the cam U, so as to depress the disk L, and bring its cutters in contact with theheading to form the upper side of the head and cut into the score formed by the cutter on the disk G, after that disk has descended, so as to sever the superfluous portion of the heading from the head.
  • the bars X and G have long slots in them in which the cams T, and U, Work so as to traverse the disks.
  • the cams T, and U are shaped so as.
  • the cams are so arranged as to raise the lower disk and cutters, and let them finish their work and drop down betore the upper disk and cutters come down, and cut into the score made by the lower disk, so that the upper cutter may separate the superfluous portion of the wood from the head, without coming in contact with the lower cutter.
  • my invention may be used for cutting circular pieces of wood for other purposes, besides the heads of casks.

Description

JAS. H. MATTISON, OF SOVRIBA,
NEW YORK.
MACHINE FOR CUTTING- BARREL-HEADS.
Specification of Letters Patent No. 19,510, dated March 2., 1858.
To all whom t may concern:
Be it known that I, JAMES H. MATTIsoN, of Scriba, in the county of Oswego and State of New York, have invented a new and useful Mfachine for Cutting the Heads of Oasks andOircular Pieces of Wood for other Purposes; and I do hereby declare that the same is described and represented in the following specifications and drawings.
To enable others skilled in the art to make and use my invention I will proceed to describe its construction and operation referring` to the drawings in which the same letters indicate like parts in each of the figures.
Figure 1 is the elevation of the front of the machine; Fig. 2, an elevation of one side.
The nature of my invention consists in some devices for traversing the disk cutters so as to operate upon the heading either at the same time or alternately.
In the accompanying drawings A, A, are front posts; A A back posts connected by the bars B, B, B, B, and the front posts by the bar C, and top rail C', and the back posts by the bar D, and top rail D', the whole forming a quadrangular frame, to which the other parts are attached or connected.
E, is a round stationary shaft with a square end clamped by the cap E', to the bar C, to prevent it from turning. The disk E2, is fastened to the upper end of the shaft E, and may be provided with spurs to hold the heading while it is being shaped, as will be hereafter described.
F, is a hollow shaft turning on the shaft E, and supported by the bar F, fastened to the front posts. This shaft F, is provided with a pulley F2, to turn it and carry the planing disk G fastened to its upper end. This disk G, may have one or more bevel- |ing cutters G, fastened to it to bevel the under edge of the head; and one or more spur cut-ters G2 to form the edge of the head H, on the disk E2, against which it is clamped by the disk H', on the stationary traversing shaft H2, which traverses under the cap I, on the top bar C', and is prevented from turning by the lever I connected to it and by which it is operated to clamp the heading and release the head H,
after it is formed or cut as desired. The piece I2 is fastened to the top bar to form the fulcrum of the lever I, and the rod J, connects the opposite end of said lever to the lever J which vibrates on a screw in the bar B, and is pressed down by the operator to clamp the heading between the disks E2 and H, and pressed into one of the notches in the piece J2, on the post A, so as to hold the heading, until the head is formed when the lever may be pulled out and raised up to release the head H.
K, is a hollow shaft turning on the shaft H2, and supported by the bar K, fastened to the posts A, A. This shaft is provided with a pulley K2, for a band to turn it and carry the disk L, fastened to its lower end.
The disk L, may have one or more cutters like L2, fastened to its underside to shape the upper side of the head H, and complete it.
In order to turn the disks which carry the cutters, I make two short shafts M, and N, and fit them to turn in boxes fastened to the bars D,-D, and middle bar D2 one right over the other and fasten the bevel gears M and N', to them which gears are acted upon by the gear O, on the shaft O', which turns in boxes fastened to the posts A', and bar D2; to which shaft a pulley may be applied for a band, to operate the machine.
The shaft M, carries the pulley M2, and band P, to turn the disk L, in the direction of the arrow upon it. And the shaft N, carries the pulley N2 and band P, to turn the disk G in the direction of the arrow marked upon it opposite to the direction in which the disk L, is turned, so that the heading may be held easier, than if both of the cutting disks turned in one direction. The disk L, is held up by the springQ, between the bar K and pulley, K2, and the disk G descends after it is raised by its own weight..
In order to traverse the disks G, and L, and bring the cutters in contact with the heading, I fasten the screw S, an the shaft M, to turn the gear R, and cams T, and V, which gear and cams are fastened to a shaft fitted to turn in two stands on the bar one of which stands is shown at o, Fig.
l 2. The crooked forked lever W, vibrates on a pin in the bar C, andis connected to the slotted bar X, which is operated by the cam T so as to raise the disk G and bring the cutters in contact with the heading to form the head, and then let it descend again.
JThe crooked forked lever a vibrates on a staple in the top bar C', and is connected to the bar b, which is traversed by the cam U, so as to depress the disk L, and bring its cutters in contact with theheading to form the upper side of the head and cut into the score formed by the cutter on the disk G, after that disk has descended, so as to sever the superfluous portion of the heading from the head. The bars X and G, have long slots in them in which the cams T, and U, Work so as to traverse the disks. The cams T, and U, are shaped so as. to -traverse the disks and cutters fast when they begin to cut, and gradually slower until they have finished the head; and the cams are so arranged as to raise the lower disk and cutters, and let them finish their work and drop down betore the upper disk and cutters come down, and cut into the score made by the lower disk, so that the upper cutter may separate the superfluous portion of the wood from the head, without coming in contact with the lower cutter. By changing the position of the pins, that connect. the barsV to the crooked levers, the edges of the heads may be made thick or thin as desired.
I contemplate that my invention may be used for cutting circular pieces of wood for other purposes, besides the heads of casks.
I believe I have described and represented the machine which I have invented, so as to enable any person skilled in the art to make and use it, I will now state what I desire to secure by Letters Patent.
I claim- Automatically transversing the disk cutters, in any manner substantially as described, for the purpose of operating upon the heading, either at the same time or alternately.
JAS. H. MATTISON.
US19510D Machine eoe Expired - Lifetime US19510A (en)

Publications (1)

Publication Number Publication Date
US19510A true US19510A (en) 1858-03-02

Family

ID=2083685

Family Applications (1)

Application Number Title Priority Date Filing Date
US19510D Expired - Lifetime US19510A (en) Machine eoe

Country Status (1)

Country Link
US (1) US19510A (en)

Similar Documents

Publication Publication Date Title
US19510A (en) Machine eoe
US28308A (en) Lathe
US26113A (en) Machine foe rabbeting wooden soles fok shoes
US18402A (en) Device fob guiding the logs in sawing given curvatures
US22108A (en) Machine fob splitting- leather
US20660A (en) Method for clamping and laterally feeding the log in sawmills
US16108A (en) photo-lit ho
US21769A (en) Machine fob chamfering and crozing barrels
US15302A (en) Shingle-machine
US18506A (en) And geo
US21937A (en) Tool for chamfering leather straps
US19293A (en) William gkegoe
US16814A (en) Circular sawing machine
US13225A (en) Machine for cutting screws on bedsteads
US19461A (en) Shoe-peg machine
US12449A (en) Steele
US12429A (en) Machine fob manufacturing hoops
US19711A (en) Tool-handles
US17557A (en) Cork-machine
US21944A (en) Machine fob
US17254A (en) Rotary shingle-cutter
US21453A (en) story
US19199A (en) Shingle-machine
US14347A (en) Shingle-machine
US16402A (en) Hub-box