US454043A - Feeding mechanism for sewing-machines - Google Patents

Feeding mechanism for sewing-machines Download PDF

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US454043A
US454043A US454043DA US454043A US 454043 A US454043 A US 454043A US 454043D A US454043D A US 454043DA US 454043 A US454043 A US 454043A
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needle
eccentric
arm
shaft
sewing
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    • D—TEXTILES; PAPER
    • D05—SEWING; EMBROIDERING; TUFTING
    • D05B—SEWING
    • D05B3/00—Sewing apparatus or machines with mechanism for lateral movement of the needle or the work or both for making ornamental pattern seams, for sewing buttonholes, for reinforcing openings, or for fastening articles, e.g. buttons, by sewing
    • D05B3/02—Sewing apparatus or machines with mechanism for lateral movement of the needle or the work or both for making ornamental pattern seams, for sewing buttonholes, for reinforcing openings, or for fastening articles, e.g. buttons, by sewing with mechanisms for needle-bar movement

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  • Figure 1 is a perspective of the machine; Fig. 2, an elevation of the side opposite to the balance-wheel; Fig. 3, a view of the front end.
  • the general objects of my invention are to obtain enormously high rates of speed with but little cost of maintenance, ready adjustment and simplicity of repairs, direct connections with no multiplied motions, and to make the needle-carrying arm carrying a needle feed the goods being operated upon.
  • the machine is particularly adapted to sew edge seams.
  • 1 is a round base carrying two bearings 2 2 of the main shaft 3, and an extendedbearing 4, supporting at its outward end a rigid shaft 5, parallel to said main shaft 3, but in a lower plane.
  • the shaft 5 is secured to extension 4 by set-screw 6; but said parts may be made in one casting.
  • Pivoted upon said shaft 5 by conical screws 7 7 and jam-nuts 8 8 is a yoke 9, havingaslotted upward projection 1.0, to which is attached an eccentric-rod 11, by means of a stud 12 and nut 13.
  • Said eccentric-rod embraces with its strap 14 afeed-eccentric on main shaft 3, for the purpose of vibrating backward and forward the feed-yoke 9.
  • feed-eccentric in the present instance is fastened to main shaft 3 by an extended collar 15 and screw 16; but numerous modifications of such attachment will readily occur to a skilled mechanic.
  • Said feed-yoke 9 carries another shaft 17 parallel to and above shaft 5. 17 is the needle-carrying arm 18, pivoted by conical screws 19 19 and jam-nuts 2O 20 to.
  • Said needle-carrying arm 18 extends forward to the line of main shaft 3,, and then takes an upward turn. Pivotally fixed to the upper portion of said needle-carrying arm by stud 21 and nut 22 is a connect- Spanning said shaft.
  • - 27 is the cloth-plate, fastened to the forward 6 5 bearing of the main shaft 3.
  • Fastened to said clothplate 27 is a bracket 28 to support a flatleafed pressure-spring 29.
  • the loop-forming mechanism can be either a the rear bearing2 of the main shaft'3,and to avoid snapping the thread it is led up through the perforated L-standard 34 on the same bearing. After passing the tension 31 the thread passes to the needle 26 through a perforation in the stud 21 and-the needle-fasteu- 8 5 ing.
  • a balance-wheel 35 At the rear end of the main shaft 3 is a balance-wheel 35, with go groove 36 to receive a driving-belt.
  • go groove 36 By merely sliding the stud 12 up and down in the slotted projection 10 the length of the stitch can be regulated at will.
  • the slot may be omitted,
  • stitch 5 but in that case only one length of. stitch 5 can be used.
  • the lateral adjustments of the needle are made with equal ease by means of the conical screws and jam-nuts on the ends of the shafts 5 and 17. Compensation for wear can also be effected in the same way.
  • the eccentric 24 transmitting motion to the needle-carrying arm,raises and lowers the needle.
  • the feedeccentric by means of its eccentric-rod transmits motion toslotted projection on yoke, to which yoke sald needle-carrying arm is conically pivoted. Since the feed-eccentric is set diametrically opposite to the eccentric 24, the following order of action takes place.
  • the action of the large eccentric 24 draws the needle down through the cloth, and while the needle is still in the cloth the action of the small eccentric draws the cloth forward.
  • the action of the large eccentric now raises the needle, and while raised the action of the small eccentric moves back the needle into position for the next stitch.
  • the machine is almost indestructible; but if ingured is readily repaired by an ordinary mechanic without special tools. It is compact, cheap, direct-acting, and precisely fast. Moreover, all bearings needing oil can be easily protected by oil-guards, so that the operator may have no fear of injuring his fabric. Since the feed operates while the needle is thrust through both pieces of cloth, both upper and lower pieces will be advanced evenly and together.
  • I claim- 1 In an organized sewingmachine, the combination of the following parts: a drivingshaft, an eccentric upon said shaft, an eccentricrod whose lower end embraces said eccentric, a needle-carrying arm whose forward end is pivotally secured to the upper end of said eccentric-rod, a feed mechanism suitably connected with the rear end of said needle-carrying arm, and a needle, substantially as set forth.
  • a driving-shaft two eccentrics secured to the said shaft and extending in substantially diametrically-opposite directions, a needle-carrying arm, a needle, and connections between the needlecarrying arm and the said eccentric, whereby the said arm is given an up-and-down and a back-and-forth motion, for the purpose substantially as described.
  • a drivingshaft a feed-eccentric upon said shaft, an eccentric-rod, one end of which embraces said feed-eccentric, the other end being secured to a vibrating yoke suitably pivoted, a shaft suitably mounted on said yoke, a needle-carrying arm spanning and suitably mounted upon said last shaft, an eccentric-rod embracing an eccentric upon the di'ivingshaft, said eccentric-rod being pivotally fastened to the forward end of said needle-carrying arm, and a needle, substantially as set forth.
  • a drivingshaft an eccentric upon said shaft, an cecentric-rod whose lower end embraces said eccentric, a needle-carrying arm whose forward end is pivotally secured to the upper end of said eccentric-rod and whose rear end spans and is pivoted to a rigid shaft by conical screws and jam-nuts, said rigid shaft being carried by a vibratiu g yoke, suitable fecdmotion mechanism connected with the abovedescribed stitching mechanism, and a needle, substantially as set forth.
  • a driving-shaft two eccentrics placed thereon, a needle-carrying arm, a needle, a connection between the forward end of the said arm and one of said eccentrics for raising and lowering the said arm at its forward end, and a connection between the other eccentric and the rear end of the said arm for moving it horizontally and feeding the material, substantially as specified.
  • a driving-shaft two eccentrics placed thereon, which extend in diametrically-opposite directions, a needlecarrying arm supported transverse the said shaft, a needle, a connection between the forward end of the arm and one of the eccentrics for moving it vertically, and a connection between the other eccentric and the opposite end of the said arm for moving it horizontally and feeding the goods, substantially as set forth.
  • a base In a sewing-machine, a base, a drivingshaft journaled thereon, a needle-carrying arm, a connection pivotally connected to the rear end of the said arm and the base, a needle at the opposite end of the said arm, a reciprocating mechanism connected to the forward end of the said arm, and a reciprocating mechanism connected to the said pivoted connection for feeding the goods, for the purpose substantially as set forth.
  • a driving-shaft a needle-carrying arm extending at an angle thereto, the forward end of the said arm extending substantially over the said drivingshaft, a needle connected thereto, a reciprocating mechanism connecting the forward end of the arm and the shaft, and a feeding mechanism connecting the opposite end of the said arm and the shaft, substantially as shown.
  • a driving-shaft a needle-carrying arm having one end extend.- ing over the said shaft, two eccentrics upon the shaft, a bar connecting one eccentric and the forward end of the arm for reciprocating it vertically, a rearwardly-extending eccentric rod connecting the other eccentric and the rear end of the said needle-carrying arm, and a needle connected to the forward end of the said arm, substantially as described.
  • a driving-shaft a needle-carrying arm extending at right angles thereto, a needle, a reciprocating mechanism connecting the forward end of the arm for moving it vertically, and a reciprocating mechanism connecting the shaft and the arm for moving it longitudinally toward and away from the shaft, the parts combined to operate in the manner substantially as shown and described.
  • a base In a sewing-machine, a base, a drivingshaft, tWo eccentrics thereon, a needle-carryposite end with the said upwardly-extending IO ing arm extending at an angle thereto, a needle, a connection between one of the eccentrics and the inner or forward end of the arm, a connection pivotally connecting the rear end of the arm and the base and having an upwardly-extending arm, and an eccentricrod connected at one end With the other eccentric and adjustably connected at its oparin, substantially as specified.

Description

(No Model.)
' G. M. HINE. FEEDING MECHANISM FOR SEWING MACHINES.
N0.464,043. Patented June 16,1891.
WZMGSSGS:
UNITED STATES PATENT OFFICE.
CHARLES M. HINE, OF PITTSBURG, ASSIGNOR, BY MESNE ASSIGNMENTS, OF TVVO-THIRDS TO THOMAS L. SHIELDS, OF ALLEGHENY, PENNSYLVANIA.
FEEDING MECHANISM FOR SEWING-MACHINES.
SPECIFICATION forming part of Letters Patent No. 454,043, dated June 16,1891.
Application filed May 7, 1890.
To all whom it may concern.-
Be it known that I, CHARLES M. HINE, a citizen of the United States, residing at Pittsburg, county of Allegheny, and State of Pennsylvania, have invented or discovered a certain new and useful Improved Sewing-Maphlne, of which the following is a specificaion.
In the accompanying drawings, which make part of this application, Figure 1 is a perspective of the machine; Fig. 2, an elevation of the side opposite to the balance-wheel; Fig. 3, a view of the front end.
7 The general objects of my invention are to obtain enormously high rates of speed with but little cost of maintenance, ready adjustment and simplicity of repairs, direct connections with no multiplied motions, and to make the needle-carrying arm carrying a needle feed the goods being operated upon.
The machine is particularly adapted to sew edge seams.
In the construction shown, 1 is a round base carrying two bearings 2 2 of the main shaft 3, and an extendedbearing 4, supporting at its outward end a rigid shaft 5, parallel to said main shaft 3, but in a lower plane. For convenience of construction the shaft 5 is secured to extension 4 by set-screw 6; but said parts may be made in one casting. Pivoted upon said shaft 5 by conical screws 7 7 and jam-nuts 8 8 is a yoke 9, havingaslotted upward projection 1.0, to which is attached an eccentric-rod 11, by means of a stud 12 and nut 13. Said eccentric-rod embraces with its strap 14 afeed-eccentric on main shaft 3, for the purpose of vibrating backward and forward the feed-yoke 9. The feed-eccentric in the present instance is fastened to main shaft 3 by an extended collar 15 and screw 16; but numerous modifications of such attachment will readily occur to a skilled mechanic. Said feed-yoke 9 carries another shaft 17 parallel to and above shaft 5. 17 is the needle-carrying arm 18, pivoted by conical screws 19 19 and jam-nuts 2O 20 to.
said shaft 17. Said needle-carrying arm 18 extends forward to the line of main shaft 3,, and then takes an upward turn. Pivotally fixed to the upper portion of said needle-carrying arm by stud 21 and nut 22 is a connect- Spanning said shaft.
Serial No. 350,873. (No model.)
' ing-rod 23, embracing an eccentric 24 on the main shaft 3, placed side by side with the feed-eccentric. These eccentrics may be made either separately or in one piece. At a point on said needle-carrying arm 18, slightly back of the line of the main shaft 3, is an outwardly-proj ecting L-shaped piece 25, to which the needle 26 is secured in any proper manner.
39 is a spur or false needle back of the sewing-needle secured in any suitable way to the needle-carrying arm. This false needle entering the cloth takes the strain off the neodle by helping to advance the cloth.
- 27 is the cloth-plate, fastened to the forward 6 5 bearing of the main shaft 3. Fastened to said clothplate 27 is a bracket 28 to support a flatleafed pressure-spring 29.
The loop-forming mechanism can be either a the rear bearing2 of the main shaft'3,and to avoid snapping the thread it is led up through the perforated L-standard 34 on the same bearing. After passing the tension 31 the thread passes to the needle 26 through a perforation in the stud 21 and-the needle-fasteu- 8 5 ing.
The constructions set forth in the last paragraph may be infinitely varied and do not concern my invention. At the rear end of the main shaft 3 is a balance-wheel 35, with go groove 36 to receive a driving-belt. By merely sliding the stud 12 up and down in the slotted projection 10 the length of the stitch can be regulated at will. The slot may be omitted,
but in that case only one length of. stitch 5 can be used. The lateral adjustments of the needle are made with equal ease by means of the conical screws and jam-nuts on the ends of the shafts 5 and 17. Compensation for wear can also be effected in the same way.
In operation the eccentric 24, transmitting motion to the needle-carrying arm,raises and lowers the needle. The feedeccentric by means of its eccentric-rod transmits motion toslotted projection on yoke, to which yoke sald needle-carrying arm is conically pivoted. Since the feed-eccentric is set diametrically opposite to the eccentric 24, the following order of action takes place. The action of the large eccentric 24 draws the needle down through the cloth, and while the needle is still in the cloth the action of the small eccentric draws the cloth forward. The action of the large eccentric now raises the needle, and while raised the action of the small eccentric moves back the needle into position for the next stitch.
The machine is almost indestructible; but if ingured is readily repaired by an ordinary mechanic without special tools. It is compact, cheap, direct-acting, and wonderfully fast. Moreover, all bearings needing oil can be easily protected by oil-guards, so that the operator may have no fear of injuring his fabric. Since the feed operates while the needle is thrust through both pieces of cloth, both upper and lower pieces will be advanced evenly and together.
Having fully described my invention, I claim- 1. In an organized sewingmachine, the combination of the following parts: a drivingshaft, an eccentric upon said shaft, an eccentricrod whose lower end embraces said eccentric, a needle-carrying arm whose forward end is pivotally secured to the upper end of said eccentric-rod, a feed mechanism suitably connected with the rear end of said needle-carrying arm, and a needle, substantially as set forth.
2. In a sewing-machine, a driving-shaft, two eccentrics secured to the said shaft and extending in substantially diametrically-opposite directions, a needle-carrying arm, a needle, and connections between the needlecarrying arm and the said eccentric, whereby the said arm is given an up-and-down and a back-and-forth motion, for the purpose substantially as described.
3. In an organized sewingmachine, the combination of the following parts: a drivingshaft, a feed-eccentric upon said shaft, an eccentric-rod, one end of which embraces said feed-eccentric, the other end being secured to a vibrating yoke suitably pivoted, a shaft suitably mounted on said yoke, a needle-carrying arm spanning and suitably mounted upon said last shaft, an eccentric-rod embracing an eccentric upon the di'ivingshaft, said eccentric-rod being pivotally fastened to the forward end of said needle-carrying arm, and a needle, substantially as set forth.
4. In an organized sewingmachine, the combination of the following parts: a drivingshaft, an eccentric upon said shaft, an cecentric-rod whose lower end embraces said eccentric, a needle-carrying arm whose forward end is pivotally secured to the upper end of said eccentric-rod and whose rear end spans and is pivoted to a rigid shaft by conical screws and jam-nuts, said rigid shaft being carried by a vibratiu g yoke, suitable fecdmotion mechanism connected with the abovedescribed stitching mechanism, and a needle, substantially as set forth.
5. In a sewing-machine, a driving-shaft, two eccentrics placed thereon, a needle-carrying arm, a needle, a connection between the forward end of the said arm and one of said eccentrics for raising and lowering the said arm at its forward end, and a connection between the other eccentric and the rear end of the said arm for moving it horizontally and feeding the material, substantially as specified.
(i. In a sewing-machine, a driving-shaft, two eccentrics placed thereon, which extend in diametrically-opposite directions, a needlecarrying arm supported transverse the said shaft, a needle, a connection between the forward end of the arm and one of the eccentrics for moving it vertically, and a connection between the other eccentric and the opposite end of the said arm for moving it horizontally and feeding the goods, substantially as set forth.
'7. In a sewing-machine, a base, a drivingshaft journaled thereon, a needle-carrying arm, a connection pivotally connected to the rear end of the said arm and the base, a needle at the opposite end of the said arm, a reciprocating mechanism connected to the forward end of the said arm, and a reciprocating mechanism connected to the said pivoted connection for feeding the goods, for the purpose substantially as set forth.
8. In a sewing-machine, a driving-shaft, a needle-carrying arm extending at an angle thereto, the forward end of the said arm extending substantially over the said drivingshaft, a needle connected thereto, a reciprocating mechanism connecting the forward end of the arm and the shaft, and a feeding mechanism connecting the opposite end of the said arm and the shaft, substantially as shown.
9. In a sewing-machine, a driving-shaft, a needle-carrying arm having one end extend.- ing over the said shaft, two eccentrics upon the shaft, a bar connecting one eccentric and the forward end of the arm for reciprocating it vertically, a rearwardly-extending eccentric rod connecting the other eccentric and the rear end of the said needle-carrying arm, and a needle connected to the forward end of the said arm, substantially as described.
10. In a sewing-machine, a driving-shaft, a needle-carrying arm extending at right angles thereto, a needle, a reciprocating mechanism connecting the forward end of the arm for moving it vertically, anda reciprocating mechanism connecting the shaft and the arm for moving it longitudinally toward and away from the shaft, the parts combined to operate in the manner substantially as shown and described.
11. In a sewing-machine, a base, a drivingshaft, tWo eccentrics thereon, a needle-carryposite end with the said upwardly-extending IO ing arm extending at an angle thereto, a needle, a connection between one of the eccentrics and the inner or forward end of the arm, a connection pivotally connecting the rear end of the arm and the base and having an upwardly-extending arm, and an eccentricrod connected at one end With the other eccentric and adjustably connected at its oparin, substantially as specified.
In testimony whereof I have hereunto set my hand. I
CHARLES M. HINE.
Witnesses:
O. (1 LEE, WM. L. PIERCE.
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