US584543A - Island - Google Patents

Island Download PDF

Info

Publication number
US584543A
US584543A US584543DA US584543A US 584543 A US584543 A US 584543A US 584543D A US584543D A US 584543DA US 584543 A US584543 A US 584543A
Authority
US
United States
Prior art keywords
shuttle
needle
hook
line
thread
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 US584543A publication Critical patent/US584543A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • D—TEXTILES; PAPER
    • D05—SEWING; EMBROIDERING; TUFTING
    • D05B—SEWING
    • D05B15/00—Machines for sewing leather goods
    • D05B15/02—Shoe sewing machines
    • D05B15/04—Shoe sewing machines for lock-stitch work

Definitions

  • the invention relates to the class of sewingmachines known as lck-stitch wax-thread sewing-machines, and is especially adapted to welt-sewing machines; and it consists in the i peculiar construction and arrangement by which the vamp and welt may be easily stitched to the inner sole of the shoe while on the last however sharp the toe or deeply curved the shank of the last may be, as will be more fully set forth hereinafter.
  • Another object of my invention is to simplity the construction and the operation of the 3 5 stitch-forming part of lock-stitch wax-thread sewing-machines.
  • My invention consists in an improvement in that type of wax-thread lock-stitch sewingmachines in which the circular path of the point or nose of the shuttle is crosswise of the circular path of the point of the curved hookneedle to enable the point of the shuttle to enter the loop of needle-thread drawn out by the hook-needle, two examples of this class or type being shown in the United States Patent No. 432,011, to J. E. Bertrand, and in the British Patent No. 10,025 of 1892, to Mark Thomas Denne. In both these examples the circular path of the shuttle-point lies in a plane substantially at right angles to the plane which contains the circular path of the nee- Serial No. 504,867. (No model.)
  • Albrecht No. 13,352, of 1887, in which a straight hookneedle is combined with a shuttle so that the continued motion of the shuttle frees the loop of thread from the hook of the needle, and I disclaim all that is shown'in Albrechts patent, for Albrecht shows a straight hook-needle and not a curved hook-needle, and his shuttle is substantially parallel to the line of feed instead of crosswise of the line of feed.
  • the needle can be made to perform the work of an'awl, as well as of the needle, when sewing welts and turned shoes.
  • the hook on the needle can be placed under or on either side of the needle, and in connec- 0 tion with my shuttle and needle I can use a stationary channel-guide.
  • Figure 1 of the drawings is a side view of so much of my improved welt-sewing machine as is necessary to illustrate my invention.
  • FIG. 2 is a front view of the same.
  • Fig. 3 is a horizontal section through the line X X in Fig. 2.
  • Fig. 4 is also a side view like Fig. 1, with the difference in the relative position of the parts.
  • the hook or nose of the shuttle is about to enter the loop drawn out by the needle, While in Fig. 4 the needle-is at its rearward point of oscillation while the shuttle has carried the shuttle-thread through the loop.
  • Figs. and 6 show in front and side elevations means for actuating the shuttle.
  • segmental section between the points 2 2 is left open.
  • a segmental section of the circle in front of the hook or nose is also left open.
  • A designates the nose of the shuttle; 1', the needle-holder; 3, the needle-guide; 4, the needle; 5, the shuttle-thread; 6, the upper thread; 7, the lasted shoe; 8, a stationary channel-guide.
  • B designates the part of the frame supporting the needle-holder and the shuttle.
  • the line C G indicates the edge of the plane which contains the circular path of the point of the curved needle, and the line D D the edge of the plane which contains the circular path of the shuttle-point.
  • the curved needle 4 is oscillated in the bearing 1 and provided with the needle-guide 3, the oscillation of the needle-holder causing the needle to penetrate the vamp and the proper portion of the sole in order that the needlethread may be laid in the hook of the needle and so that the needle on its return shall draw a loop of needle-thread, all in the usual way.
  • the circular path in which its point travels (dotted in Fig. 1) lies in the plane 0 C
  • the circular path in which the point of the shuttle-nose travels also dotted in Fig. 1 lies in the plane D D the shuttle is cut away (see Fig.
  • I preferably give to the shuttle an oscillat- (1 which meshes with pinion (1 ing motion and to the needle an oscillating the shuttle moves, and both these planes are substantially crosswise of the line of feed.
  • the means shown for actuating the shuttle consists, essentially, of a cam-groove d in a cam-wheel, Fig. 5, cam-roll d, connectinglever d link 01 and lever 01 on the end of rock-shaft d
  • Rock-shaft 61 carries segment Pinion d is fast to shaft d and the shuttle-driver d is fast to one end of shaft 01 and engages the shuttle 2, mounted in the shuttle-race 2 in the well-known way.
  • the operation is as follows: The rotation of the cam wheelmoves rock-shaft 01 through connections d d 61 giving an oscillating motion to the shaft. Through the segment d and pinion d this motion is transferred to shaft d
  • the shuttle-driver d fast to shaft d communicates the oscillating motion to the shuttle 2, moving in its race.

Landscapes

  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Sewing Machines And Sewing (AREA)

Description

2 Sheets-Sheet 1.
S. H. DYER. SEWING MACHINE.
No. 584,548. Patented June 15,1897.
(No Model.) 2 Sheets-Sheet 2.
S. H. DYER.
SEWING MACHINE.
No. 584,543. Patented June 15,1897.
INVENTOH WITNESSES.
A 7'TORNEY.
YHi norm; vzrzns co. moroumon wAsumcrou. 11c
NIIED STATES PATENT OFFICE.
SILAS HENRY DYER, OF PAWVTUCKET, RHODE ISLAND, ASSIGNOR TO THE CAMPBELL MACHINE COMPANY, OF RHODE ISLAND.
SEWING-MACHINE.
SPECIFICATION forming part of Letters Patent No. 584,543, dated June 15, 1897.
Application filed March 23, 1 94- To all whom it may concern:
Be it known that I, SILAs HENRY DYER, of the city of Pawtucket, in the county of Providence and State of Rhode Island, have in- 5 vented a new and useful Improvement in Sewing-Machines; and I hereby declare that the following is a full, clear, and exact description of the same, reference being had to the accompanying drawings, forming part of this to specification.
The invention relates to the class of sewingmachines known as lck-stitch wax-thread sewing-machines, and is especially adapted to welt-sewing machines; and it consists in the i peculiar construction and arrangement by which the vamp and welt may be easily stitched to the inner sole of the shoe while on the last however sharp the toe or deeply curved the shank of the last may be, as will be more fully set forth hereinafter.
In welt-sewing machines it is desirable to sew the welt around the sole no matter how deeply curved the shank or how pointed the toe of the last may be. To do this and per- 2 5 mit perfect freedom in the movement of the lasted shoe, the stitch-forming part of the machine must project so that the lasted shoe will not come in contact with any other part.
of the machine so as to obstruct the free operation required. To accomplish this end more fully than has been done in welt-sewing machines is one of the objects of my invention.
Another object of my invention is to simplity the construction and the operation of the 3 5 stitch-forming part of lock-stitch wax-thread sewing-machines.
My invention consists in an improvement in that type of wax-thread lock-stitch sewingmachines in which the circular path of the point or nose of the shuttle is crosswise of the circular path of the point of the curved hookneedle to enable the point of the shuttle to enter the loop of needle-thread drawn out by the hook-needle, two examples of this class or type being shown in the United States Patent No. 432,011, to J. E. Bertrand, and in the British Patent No. 10,025 of 1892, to Mark Thomas Denne. In both these examples the circular path of the shuttle-point lies in a plane substantially at right angles to the plane which contains the circular path of the nee- Serial No. 504,867. (No model.)
dle-point, and the needle carries a loop of thread directly into the path of the hook or nose of the shuttle, but as soon as the hook has taken the loop the motion of the needle must be reversed to free the loop from the hook of the needle. This compound motion of the needle requires complicated mechanism, which it is the object of my invention to avoid.
In my machine the shuttle and curved hookneedle are arranged in planes so slightly inclined that the continued motion of the shuttle-nose will of itself free the hook of the needle, and, moreover, by this slight inclination of these two planes both shuttle and curved needle are brought practically edgewise to the line of feed, while in all prior machines in which a hook-needle was used the shuttle has beenpractically fiatwise to the line of feed that is, the shuttle and its race were in a plane substantially parallel with the line of feed instead of substantially crosswise of the line of feed, as in my machine, and this is the distinguishing characteristic of my invention.
I am aware of the British patent to Albrecht, No. 13,352, of 1887, in which a straight hookneedle is combined with a shuttle so that the continued motion of the shuttle frees the loop of thread from the hook of the needle, and I disclaim all that is shown'in Albrechts patent, for Albrecht shows a straight hook-needle and not a curved hook-needle, and his shuttle is substantially parallel to the line of feed instead of crosswise of the line of feed.
In my machine the needle can be made to perform the work of an'awl, as well as of the needle, when sewing welts and turned shoes. The hook on the needle can be placed under or on either side of the needle, and in connec- 0 tion with my shuttle and needle I can use a stationary channel-guide.
Figure 1 of the drawings is a side view of so much of my improved welt-sewing machine as is necessary to illustrate my invention. 5 Fig. 2 is a front view of the same. Fig. 3 is a horizontal section through the line X X in Fig. 2. Fig. 4 is also a side view like Fig. 1, with the difference in the relative position of the parts. In Fig. 1 the hook or nose of the shuttle is about to enter the loop drawn out by the needle, While in Fig. 4 the needle-is at its rearward point of oscillation while the shuttle has carried the shuttle-thread through the loop. Figs. and 6 show in front and side elevations means for actuating the shuttle.
In the drawings, 2 indicates the shuttle,-
' which is supported in the shuttle-race 2. The
segmental section between the points 2 2 is left open. On the shuttle a segmental section of the circle in front of the hook or nose is also left open.
A designates the nose of the shuttle; 1', the needle-holder; 3, the needle-guide; 4, the needle; 5, the shuttle-thread; 6, the upper thread; 7, the lasted shoe; 8, a stationary channel-guide.
B designates the part of the frame supporting the needle-holder and the shuttle.
The line C G indicates the edge of the plane which contains the circular path of the point of the curved needle, and the line D D the edge of the plane which contains the circular path of the shuttle-point.
In the construction shown in the drawings (which is the best now known to me) the curved needle 4 is oscillated in the bearing 1 and provided with the needle-guide 3, the oscillation of the needle-holder causing the needle to penetrate the vamp and the proper portion of the sole in order that the needlethread may be laid in the hook of the needle and so that the needle on its return shall draw a loop of needle-thread, all in the usual way. During this forward and backward motion. of the needle the circular path in which its point travels (dotted in Fig. 1) lies in the plane 0 C, and as the circular path in which the point of the shuttle-nose travels (also dotted in Fig. 1) lies in the plane D D the shuttle is cut away (see Fig. 4) and the motions are so timed that after the needlepoint has passed through the path of the pointof the shuttle (both paths are indicated in Fig. 1) the point of the nose of the shuttle passes into the loop of the thread 6 (see Figs. 1 and 3) and the continued motion of the shuttle casts the loop off and carries the shuttle-thread 5 through the loop of needlethread 6. (See Fig. at.)
I preferably give to the shuttle an oscillat- (1 which meshes with pinion (1 ing motion and to the needle an oscillating the shuttle moves, and both these planes are substantially crosswise of the line of feed.
The means shown for actuating the shuttle consists, essentially, of a cam-groove d in a cam-wheel, Fig. 5, cam-roll d, connectinglever d link 01 and lever 01 on the end of rock-shaft d Rock-shaft 61 carries segment Pinion d is fast to shaft d and the shuttle-driver d is fast to one end of shaft 01 and engages the shuttle 2, mounted in the shuttle-race 2 in the well-known way. The operation is as follows: The rotation of the cam wheelmoves rock-shaft 01 through connections d d 61 giving an oscillating motion to the shaft. Through the segment d and pinion d this motion is transferred to shaft d The shuttle-driver d fast to shaft d communicates the oscillating motion to the shuttle 2, moving in its race. v
Having thus described my invention, I claim as new and desire to secure by Letters Patent In a lock-stitch sewingmachine the com bination of a needle-holder and a curved hook-needle on an axisapproximately' parallel 'with the line of feed, so that the plane in which the curved hook needle moves is crosswise of the line of feed; means tooscillate the curved hook-needle in that plane; a discoidal shuttle on an axis approximately par allel with the line of feed but slightly in- :clined to the axis about which the curved hook-needle moves; a shuttle -'race for the shuttle; and means to move the shuttle in its race in a plane crosswise of the line of feed, but slightly inclined to the plane in which the curved hook-needle moves; all substantially as described. V
S. HENRY DYER. Witnesses: I
FREDERICK LUECKERT, ELIZ. M. AULIFF.
US584543D Island Expired - Lifetime US584543A (en)

Publications (1)

Publication Number Publication Date
US584543A true US584543A (en) 1897-06-15

Family

ID=2653213

Family Applications (1)

Application Number Title Priority Date Filing Date
US584543D Expired - Lifetime US584543A (en) Island

Country Status (1)

Country Link
US (1) US584543A (en)

Similar Documents

Publication Publication Date Title
US520775A (en) Tack-pulling attachment for sewing-machines
US567888A (en) Sewing-machine
US2354730A (en) Shoe sewing machine
US1194515A (en) Oscar l
US469374A (en) Island
US464383A (en) Shoe-sewing machine
US765120A (en) Chain-stitch sewing-machine.
US251195A (en) Sewing-machine
US790997A (en) Shoe-sewing machine.
US532344A (en) smith
US457578A (en) Doucet
US665376A (en) Shoe-sewing machine.
US528782A (en) Fourth to edward hathaway
US466559A (en) Chinen gesellschaft
US1390808A (en) Inseam sewing-machine
US233626A (en) keith
US646594A (en) Shoe-sewing machine.
US369563A (en) Shoe sole sewing machine
US644619A (en) Shoe-sewing machine.
US419541A (en) Loop-taking apparatus for sewing-machines
US545625A (en) Island
US930542A (en) Shoe-sewing machine.
US1301336A (en) Machine for operating upon leather.
US470891A (en) griffin
US1030736A (en) Attachment for chain-stitch sewing-machines.