US378656A - Nail-making machine - Google PatentsNail-making machine Download PDF
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- US378656A US378656A US378656DA US378656A US 378656 A US378656 A US 378656A US 378656D A US378656D A US 378656DA US 378656 A US378656 A US 378656A
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- 239000000969 carrier Substances 0.000 description 26
- 210000000282 Nails Anatomy 0.000 description 17
- 239000002184 metal Substances 0.000 description 5
- 238000010276 construction Methods 0.000 description 4
- 230000000284 resting Effects 0.000 description 2
- 239000011435 rock Substances 0.000 description 2
- 206010022114 Injury Diseases 0.000 description 1
- 102100000672 SMPX Human genes 0.000 description 1
- 108060007673 SMPX Proteins 0.000 description 1
- 241000863032 Trieres Species 0.000 description 1
- 230000000881 depressing Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000003455 independent Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000006011 modification reaction Methods 0.000 description 1
- 230000001105 regulatory Effects 0.000 description 1
- 230000036633 rest Effects 0.000 description 1
- 230000013707 sensory perception of sound Effects 0.000 description 1
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21G—MAKING NEEDLES, PINS OR NAILS OF METAL
- B21G3/00—Making pins, nails, or the like
- B21G3/12—Upsetting; Forming heads
(-No Model.) 4 Sheets-Sheet 1.
NAIL MAKING MACHINE,
Patented Feb. 28, 1888.
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(No Model.) 4 Sheets-Sheet 2 F. BRYANT.
NAIL MAKING MACHINE. No. 378,656. Patented Feb. 28,1888.
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(No Moan. 4 Shets-Sheetfi. F. BRYANT.
NAIL MAKING MACHINE. No. 378,656. Patented Feb. 28, 1888.
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(NoModeL) P. BRYANT.
NAIL MAKING MACHINE.
No. 378,656. Patented Feb. 28,1888.
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FORRESTER BRYANT, OF HAVERHILL, MASSACHUSETTS, ASSIGNOR TO THE BRYANT NAIL COMPANY, OF PORTLAND, MAINE.
SPECIFICATION forming part of Letters Patent No. 278,656, dated February 28, 1888.
Application filed January 18, 1886. Renewed August 15, 1887. Serial No. 247,009. (No model.)
To all whom it may concern.-
Be itknown that I, FoRREsrER BRYANT, of Haverhill, county of Essex, and State of Massachusetts, have invented an Improvement in 5 Nail-Making Machines,of which the following description, in connection with the accompanying drawings, is a specification, like letters on the drawings representing like parts.
This invention relates to machines for making: nails from a continuous wire, and has for its object to improve the construction of the same.
My invention consists, essentially, of mechanism, as will be described, by which each of I the cutter-carriers may be adjusted vertically, of additional means by which each of said carriers may be adjusted longitudinally inde pendent of the other, and of means by which both cutter-carriers may be moved longitudizc nally together to vary the amount of metal left to form the head of a nail after the action of the cutters, as will be hereinafter fully set forth.
My invention further consists of a pivoted leverto support the upper die or gripper, and
a pivoted arm connected to said lever to prevent rocking of the same, thereby obtaining a perfect bind of the upper die upon the wire.
My invention consists, also, in combination with the upper die and the pivoted lever sup porting said die, of a pivoted arm adapted to rest on said lever, a second lever, and a cam on the main shaft to act on said second lever to depress the diecarrying lever, causing the die carried thereby to grip and hold the wire while the cutters are operatedto cut the nail, and thereafter the punch or header is operated to form the head of the next nail, as will be hereinafter fully set forth.
My invention also consists in details of con struction, to be hereinafter pointed out in the claims at the end of this specification.
Figure 1 is a plan view of a nail-making machine embodying my invention; Fig. 2, a 5 side elevation of Fig. 1; Fig. 3, a detail of a modification to be referred to; Fig. 4, a longitudinal section on line m at, Fig. 1; Fig. 5, a
section on line .cx, Fig. 1, to show the gripping-cutters; and Figs. 6 and 7, details to be referred to.
The main shaft A, having hearings in the top frame, A, of the machine supported upon standards A is provided with a crank, a, to which is secured the connecting-rod a provided with the usual strap, a", said shaft being provided with the usual flyrwheel, A and belt-pulley A.
The connecting-rod it has secured to it a head-piece, a, to which is secured the punch or header a, that forms the head of the nail, said head-piece having extended through it a pin, a to attach it to the said connecting-rod, the punch being secured in the head-piece by screw a said head-piece being adapted to be reciprocated in guides a" by the revolution of the crank-shaft, said guides being secured by bolts a a to cross-pieces a a of the machine. (See Fig. 1.)
The crank-shaft A has mounted, upon itoutside the frame-work a disk, I), provided with a preferably diametrical dovetailed slot, b, which receives in it the dovetailed head of a bolt or stud, b", said bolt or stud having upon it a loose block, b, and nut b, the said bolt being capable of being held firmly, in any usual manner, in adjusted position, the said loose block entering a slot, b, of a lever, b, pivoted on a rocker, I), supported in an arm,
'0 secured to the top frame,A, by bolts b. To the rocker b is secured one end of an arm, b (shown in Fig. -1,and partially in dotted lines, Fig. 2,) said arm being connected at its other end to a pitman, I), by a pin, 6 (see Figs. 1 and 2,) said pitman bcingjoined at its other end to aguiderod, b, by a pin, b (Showuin dotted lines, Figs. 1 and 2.)
The guide-rod b has secured to it, by screw 0, one end of acarriage, c, the other end of V which encircles and slides upon a supportingrod, 0 secured to the top frame, A. 0
The carriage 0, near its center and in line with the straightening-rolls cflcommon to this class of machines, supports,between upturned ears 0 0,a lever, 0 provided with a dog, 0 to engage the wire after passing the rolls 0" and 5 feed it forward, the said lever, dog, and carriage c constituting a feeding mechanism for the wire. The dog 0, herein shown as chiselpointed at the end,is connected to the lever by a screw, 0*. The rear end of the lever c is acted upon by a spiral spring, 0 encircling a stud, c, on the carriage c, said stud having pivoted to it a lifter, c, by means of which the feed mechanism may be rendered inoperative by turning said lifter into the dotted-line position shown in Fig. 4, said lifter when in said position compressing the spring 0 and raising the dog or chisel c away from the wire, thus stopping the feed of said wire, said feed being due to the movement of the lever b, which movement is communicated to the carriage 0 and lever c by the connecting mechanism described.
The wire fed forward by the feed mechanism described enters a guideway, d, (see Fig. 6,) formed in and extending across the plate B,attached to the frame A, said plate having secured to it metal pieces d, which are eX- tendcd across the said guideWay -One at each end-to prevent the wire coming out of the said guideway and out of the lower die, at, when the upper die, at, is raised in a manner, as will be hereinafter fully set forth.
The lower die, (1 (shown as anotched wheel, and upon which the wire rests,) is herein shown (see Fig. 5) as set in a recess, (1, of the plate B, and is secured to the said plate by bolt (1*, said die being vertically adjustable by means of the bolt (1 a cushion, d, being interposed between the die and bolt to prevent injury to said die. The bolt (1*, holding the die at", as well as the bolt 2, holding the die (1 is,within the said die, of smaller diameter than the central opening of the said die, so as to admit of its adjustment. The upper die, (1 by which the wire is gripped, is set in'a recess, d of a lever, d, pivoted at d to the plate B, referred to, the die al being made adjustable by a bolt, d, a cushion, d being interposed between said die and bolt, said die being secured to said lever by bolt 2. The lever 01 has resting upon it at one end an arm, 0, herein shown as pivoted on a bolt, 0, (see Figs. 1 and 4,) said bolt being extended through a lever, e pivoted on a stud, c of the top frame, A, and having its long arm 6" bearing upon a cam, 6 on the main shaft A. The cam 6", during part of the revolution of the shaft A, raises the long arm 6 of the lever e", turning said lever on its pivot and depressing the short arm 0 and the pivoted arm 6, thereby exerting a pressure on the lever 01, which pressure causes the upper die to grip the wire and hold the same firmly between it and the lower die, while the punch or header a strikes the end of the wire to upset the wire and form the head of the nail.
The lever d has secured to it near its pivoted end a second arm, d pivoted at d to the top frame, A, (see Figs. 1 and 2,) said pivot being in line with the'pivot d, said arm d preventing the lever d from rocking, thus obtaining an even or uniform bind or grip of the die (1 upon the wire. Asthe cam 6 recedes from the long arm 6 of the lever e a spring, 6*, herein shown as a spiral spring embedded in a socket in the top frame, A, as in dotted lines, Fig. 5, forces the lever d upward, thus lifting the die 01 and permitting the wire to be fed forward by the feed mechanism, said feed mechanism being so regulated as to begin to feed the wire forward as soon as the upper die has been raised, as above described. A flat or other usual-shaped spring may be used instead of the one shown.
A sufficient length of wire having been fed forward to form a nail of desired length, which length can be varied by varying the position of the bolt or stud b in the slot 1) of the disk I), the upper die, d grips the wire, and two cutting-dies, ff, (see Fig. 1,) are then open ated to cut the wire to form a substantially conical point for the nail. The cuttingdiesf f are secured to like cutter-carriers, OD, one on each side of the machine, and both being alike I will specifically describe but one of them.
The carrier 0 is shown separatelyin Fig. 7, and both carriers are shown enlarged and in section in Fig. 5. of a yoke-piece having armSf ff and an upright, J, to support the die, the die shown in Fig. 7 being markedf, said die being secured .in its adjusted position by means of the cap f and screw 3, screwed into said upright, the horizontal position of the die in the upright being controlled by the adjusting-screw 4. A threaded spindle, f is extended through a threaded opening in the arm f of the die-carrier, said spindle having its ends ball-shaped to enter sockets in metal slippers fi one at each end of said spindle, said metal slippers being adapted to slide on or between a lever, f", and a bent arm, f secured to said lever, the horizontal position of the dies carried by the said die-carriers being secured by adj usting the said threaded spindles. Each leverf is pivoted upon a stud, h, secured to the frame A, and arms h", one on each of said levers, are connected by a cross-piece, h (Shown in dotted lines, Fig. 1.)
The screw-threaded spindles enable the dies ff to be kept adjusted relatively to each other and in a horizontal position, or at an angle of one hundred and eighty degrees, to insure perfect working of the said dies.
The cutting-dies referred to are made to approach and recede from each other by means of an eccentric, h, on the shaft A, having an eccentric-rod, h of usual construction, connected by the pin h to an arm, h extended from the cross-piece 7?, before referred to, the said eccentric-rod being herein shown as secured to the pin h bysetscrew h". (See Fig.2.)
The arm f of the cutter-carrier G rocks upon a rod, supported in cross-pieces a a of the top frame, A, said rod being secured thereto by screws 8 9. (See Fig. 4.) The arm f of said carrier is provided with a threaded opening to receive a sleeve, k said sleeve being threaded on its outside to engage said threaded opening, and smooth on its inside to receive a rod, 70, one end of said rod resting in a recess, k in the plate Band main- Each cutter-carrier consists I tained in position by the screw 76*, the sleeve k b ing maintained in position by the screw it.
The arm f of the cutter-carrier D on the opposite side of the machine is supported by and rocks upon the same rod while the arm f* of said cutter-carrier has a threaded opening to engage thethreaded surface of the sleeve 70, said sleeve also having the spindle It extended through it and being maintained in position by the screw It. The spindle It is also extended through a sleeve, m, threaded. on its outside and supported by the cross-piece m of the top frame, A, said sleeve being secured by the screw m*, the said sleeves being kept together by a washer, m", and a nut, m, screwed on the threaded end m of the spindle, and the collar m securely fastened to the opposite end of said spindle.
The cutter-carrier C can be adjusted longitudinally by rotating the sleeve and the cutter D by rotating the sleeve is, while both carriers can be moved longitudinally together to allow more or less metal to be left to form the head of the nail by rotating the sleeve in.
In case the nail after being cut by the out ting-dies still clings to either the wire or the said cutting dies,a clearer or fin er, a, fastened to a roclcshaft, it, (see Fig. 1,) having bearings in hubs n it, secured on opposite sides of the top frame, A, is moved down to strike the said nail and project the same into a chute leading to a suitable receptacle (not shown) by.
means of an eccentric, a", on the shaft A, said eccentric being connected bya rod, a to a crank-pin, n, of a crank, 72], on the rockshaft n.
In the operation of my improved machine the wire, after being straightened by the rolls 0 and fed forward by the feed mechanism, is gripped between the grippingdies d d and firmly held while the head is formed by the punch or header a As soon as the head is formed, as in Fig. 4, the upper die or gripper is raised by the spring 6, thus permitting the wire to be fed forward. When the desired length of wire has been fed forward, the upper die or gripper, (1 again binds on the wire, thus holding it firmly while the cuttingdies are operated, as above described, to cut and point the nail, and thereafter the clearer or finger strikes said nail and projectsit into the chute leading to the receiver.
It will be noticed that the slotted lever I) is so bent that the slot therein is placed angularly with relation to a line intersecting the pivotal center of the said lever and the center of the shaft A, carrying the disk I), which has on it the crank-pin to move the said lever, the inclination of the slot b in the said lever be ing such as to insure a rapid movement of the feeding mechanism when feeding the wire, and a slower movement when returning to re-engage the wire.
It is evident that instead of operating both cuttercarriers by one eccentric each cuttercarrier may be operated by an independent eccentric, in which case the cross-piece h would not be needed; but I prefer the construction shown.
Instead of pivoting the levers f near the center of the machine, said levers may be pivoted at the front of the machine, as shown in Fig. 8.
I claim 1. In a nail-making machine, the cuttercarriers and cutters carried thereby, and means, substantially as described, to operate said carriers, combined with the roundended threaded spindles to adj ustsaid cutter-carriers to place the cutters in correct posit-ion each with relation to the other, as and for the purpose set forth.
2. In a nail-making machine, the cutter-carriers, cutters carried thereby, and means to operate said carriers, combined with the sleeves k and k, to adjust each of said cutter-carriers longitudinallyindependently of the other,substantially as specified.
3. Ina nail-making machine, the cutter-carriers and cutters carried thereby, and means to operate said carriers, combined with the sleeve m, to adjust both of said carriers longitudinally together, as and for the purpose set forth.
4. In anail-making machine, the feeding mechanism and the lever 11, having a slot located at an angle to a line intersecting the pivoted part of the said lever, and the shaft carrying the crank-pin to vibrate said lever, combined with intermediate connecting mechanism, substantially as described, to join the said lever operatively with the said feeding mechanism,whereby the forward stroke of the feeding mechanism is made at a faster speed than its return-stroke, as and for the purpose set forth.
The upper die, d and the pivoted lever d", to support said die, combined with the pivoted arm d, to prevent rocking of the upper die, substantially as described.
6. The upper die, (2, the pivoted lever d, and pivoted arm z, connected to said lever, combined with the lower die, (1", the plate B, and with the guideway d, and pieces d, extended across said guideway to keep the wire in said guideway, and to prevent said wire being disengaged from the lower die when the upper die is raised, substantially as described.
7. The lower die, (1, the upper die, d, and pivoted lever (1, combined with the pivoted arm 6, the lever 0 and cam 6 acting on said lever to turn it on its pivot to cause the up per die to grip the wire during one part of the revolution of the main shaft, and with means, substantially as described, to raise said upper die during another part of said revolution, as and for the purpose set forth.
8. The two pivoted cutter -carriers, their spindlesf slippersf leversf", and armf combined with means, substantially as de scribed, to vibrate the said levers, for the purpose set forth.
9. In a nail-making machine, the pivoted In testimony whereoflhavesigned my name cutter-carriers, cutters carried thereby, the to this specification in the presence of two sub- [0 roundended threaded spindle therein, the scribing witnesses. slippers, the lever f and arms f", and the 5 sleeves to effect the longitudinal adjustment FORRESTER BRYANT of the said carriers, combined with means, sub- Witnesses: stantially as described, for vibrating the said G. W. GREGORY, levers, as and for the purpose specified. J. H. CHURCHILL.
|Publication Number||Publication Date|
|US378656A true US378656A (en)||1888-02-28|
Family Applications (1)
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|US378656D Expired - Lifetime US378656A (en)||Nail-making machine|
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|US (1)||US378656A (en)|
- US US378656D patent/US378656A/en not_active Expired - Lifetime
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