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Publication numberUS463753 A
Publication typeGrant
Publication dateNov 24, 1891
Filing dateJan 5, 1891
Publication numberUS 463753 A, US 463753A, US-A-463753, US463753 A, US463753A
InventorsMatthew F. Connett
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Fabric-turfing implement
US 463753 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

(NoJMociel.)

M.v P. CONNETT. FBRIU-TURFING IMPLE'MENT.'

No. 463,753. Patented Nov. 24, 1891.

NiTnD STATES MATTHEW F. CONNETT, OF PINE BLUFF, ARKANSAS, ASSIGNOR TO M. F.

OONNETT, OF DAVENPORT, IOA.

FABRIC-TURFING IIVIPLEIVI ENT.

SPECIFICATION forming part of Letters Patent No. 463,758, dated November 24, 1891.

Application filed January 5, 1891. Serial No. 376,758. (No model.)

To all whom t may concern:

Be it known that I, MATTHEW F. CONNETT, a citizen of the United States, residing at Pine Bluff, in the county of Jefferson and State of Arkansas, have invented a new and useful Improvement in Fabric-Turfing Implements, of which the following is a speciiication..

My invention relates to an improvement in fabric-turiing implements of the class which produce a turf upon the reverse side of the fabric operated upon and in which a threaded needle is operated to puncture and reciprocate through the fabric in its forward movement and in its backward movement withdraw only a part of the thread to leave a loop upon the reverse side of the fabric, a number of which loops when cut and trimmed form the turf.

My object is to provide an implement of the above class which shall be of a more sirnple construction and more effective in its operation than the devices of the same class hitherto employed.

In thedrawings, Figure l is a perspective view of my improved device; Fig. 2, a longitudinal section of the same; Figs. 3, 4, and 5, perspective views of details, and Fig. 6 a section taken on the line 6 of Fig. 2 and viewed 'in the direction of the arrow.

A is the outer casing or sheath of the device, which also operates as the holder and is formed with a presser-foot A.

B is a hollow needle-bar, open at its forward side and provided at one end with a knob or handle B. At the lower end of the forward side ofthe needle-bar is a fiat hook-shaped extension t with approximately parallel sides t t2 and socket 153 between. The extension t may be formed, as shown, by an extension of the back of the needle-bar, which is Iirst bent across the lower end of the latter to afford the base s. The sides t t2 are provided with coincident openings through them,which afford the eye r. Through the base s is an opening s', elongated in the direction from front to back of the needle-bar. In one side of the latter, toward the top, is a series of openings q, and the edges of its sides at the front are formed with coincident elongated recesses p and coincident projecting stops o, which latter are near the base of the needle-bar. A short distance above the base port-ion sa section of the back of the needle-bar is cut out on three sides and bent inward at right angles to the back to afford a needle-bearing n. The needle-bearing fn, has an opening n through it to receive the top or reduced head portion of the needle, as hereinafter described. The needle-bar and the features thereof mentioned, with the exception of the handle B', may be stamped and formed from au integral sheet of metal, thereby materially limiting the cost of its production. The top m of the needle-bar is formed of an ex- -tension of the back thereof, which is bent over upon the sides, as shown, and provided centrally with a perforation m', through which a screw m2 is passed to secure the handle B in place.

O is a clamping-strip preferably in the form of a stirrup and comprising a single strip of stiff springy wire bent to the shape shown.

D is an adjustable spring-stop, curved, as shown, and provided at the top with the projections Z l. The needle 'E has au eye near its point and a longitudinal groove on one side extending to the eye, being of a construction common to sewing-machine needles. Near its upper end the needle is provided with a socket lo, and at its said end'it is reduced in circumference to enter the opening` fa and afford a shoulder 7c. In adjusting the parts together the upper portion of the needle is passed through the opening s and its reduced upper end into the opening a in the needle-bearing with its shoulder k against thelunder side thereof. Extending from the back and base portion of the inner side of the needlebar is a leaf-spring t', which presses into the socket 7c of the needle, operating to hold the latter in the bearing n and against withdrawal, and operating, also, to maintain it normally against the forward end of the opening s', whereby the needle extends normally obliquely downward and forward from the needle-bar. The needle-bar is then passed upward through the sheath A and its handle B fastenedv in position. The spring D is then inserted in the needle-bar with its projection Z extending through one of the openings q,

IOO

where it is held by pressure of the spring against the opposite sides of the needle-bar. rlhe spring-stirrup C is then inserted in position, rst pressing the ends /L against the resistance of the spring toward each other to enable them to pass between the sides of the needle-bar. Then in position, the ends hextend through the recesses p of the needle-bar against the adjacent sides of the sheath and its stirrup end 7L projects into the socket 3.

The device is threaded by passing the thread from the forward side through the eyes o" under the end 7L of the intervening stirrup, and thence down to and through the eye of the needle. The device is held perpendicular to the fabric which is to be embroidered upon with the presser-foot Aupon the fabric. A downward pressure upon the handle plunges the needle-bar down in its sheath and the needle through the fabric, and raising the needle-bar by its handle in the sheath withdraws the needle from the fabric. The oblique position of the needle causes it in its downward plunge to enter the fabric at an angle, so that as it descends it draws the device forward. As the needle is withdrawn from the fabric the pressure of its forward side against the fabric causes the needle to vibrate backward against the resistance of the spring /L' and ascend in a direct line with the needle-bar, whence it springs again to its oblique position when released from the fabric. This action of the needle causes the device to travel forward with each downward plunge of the needle-bar without corresponding backward movement when the needle ascends.

' travel with each plunge of the needle is governed by the extent of its plunge through the fabric, and this may be regulated by adjustment of the spring-stop device D. When it-s projection l is inserted through any one of the openings q, its projection Z extends (and the projection Z may also extend) beyond the sides ot' theneedle-bar to impinge against the top of the sheath and limit the downward plunge of the needle-bar, the distance of the plunge being greatest when the projection l is in the upper opening q and least when it is in the lowest opening q. The upward movement of the needle-bar is limited by the stops o, which impinge against the lower forward end of the sheath. The friction produced by The distance which the device will the pressure of the ends 7L of the spring-stirrup against the inner sides of the sheath is sufficient to maintain the stirrup and needlebar when raised against dropping of their own weight in the sheath.

In operation the initial lowering of the needle-bar causes its eye to drop below the lower end h of the stirrup before the upper ends of its recesses p strike the ends h of the stirrup to carry the latter down against the retarding effect of the friction of the ends h against the sheath. This causes the thread to pay out through the eyes r in the downward plunge of the needle through the fabric without obstruction from the' stirrup. As the needlebar is raised with the initial movement, the lower end of its socket t3 is drawn against the end 7b of the stirrup, thus operatingto clamp the thread between it and the stirrup. In the ascent of the needle-bar, therefore, the thread is locked, preventing further feed of the material and causing the ascending needle to withdraw part of the thread that has been carried through the fabric and leave a loop of the thread on the reverse side of the latter.

That I claim as new, and desire to secure by Letters Patent, is

In a fabric-turiing implement, the combination of a sheath A, provided with a presserfoot A', a needle, a hollow needle-bar B, reciprocating within the sheath and provided with a needle-bearing n, an opening s in its `base through which the needle extends, a

spring e', operating to maintain the needle normally in an oblique position, an extension t, affording-a clamping-surface and having an eye o' through it for the passage of the thread and coincident recesses p on opposite sides, and a spring-clamping strip C, movable with the needle-bar and extending at one end to the extension t and at its opposite end projecting through the recesses p into frictional contact with the sheath, the needle-bar having limited play independent of the clamping-strip, whereby it moves in advance of the clamping-strip and clamps the thread as the needle is withdrawn and releases it as the needle is advanced, substantially as described.

MATTHEV F. CONNETT. In presence of- GEORGE R. WELLS, S. WRIGHT.

lCO

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US6126651 *Aug 11, 1998Oct 3, 2000Mayer; Paul W.Motorized motion-canceling suture tool holder
Classifications
Cooperative ClassificationD05C15/06