US196227A - Improvement in horseshoe-nail-finishing machines - Google Patents

Improvement in horseshoe-nail-finishing machines Download PDF


Publication number
US196227A US196227DA US196227A US 196227 A US196227 A US 196227A US 196227D A US196227D A US 196227DA US 196227 A US196227 A US 196227A
United States
Prior art keywords
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 US196227A publication Critical patent/US196227A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current




    • B21G3/00Making pins, nails, or the like


. 5 Sheets'8heet 1. R. HERYSEY.
Horseshoe-Nail Finishing-Machine. No. 196,227. Patented Oct. 16,1877.
5 Sheets8heet Z,
R. HERSEY. Horseshoe-Nail Finishing-Machine. No. 196,227. Patented Oct. 16,1877. 17632 1763.3
5 Sheets-Sheet 3. R. HERSEY. Horseshoe-Nail Finishing-Machine.
No. 196,227. "Patented Oct. 16, I877.
5 Shgets-Sheet 4.
R. HERSBY. Horseshoe-Nail Finishing-Machine. No. 196,227. Patented Oct. 16, 1877.
ad Hz;
.F/lfl. VIZ 7611.
Specification forming part of Letters Patent No. 196,227, dated October 16, 1877; application filed May 1, 1877.
To all whom it may concern:
Be it known that I, RANDOLPH HERsEY, of the city and district of Montreal, Province of Quebec, Canada, have invented ccrtain'new and useful Improvements in Machines for Finishing Horseshoe-Nails; and I do hereby declare that the following is a full, clear, and exact description of the same.
This invention has reference to a machine to be used in completing the operation of manufacturing horseshoe nails, by clipping and beveling the points of the same.
I would here explain that blank nails are first formed, either by shearing from a plate or working from a rod of iron a partlyformed nail which partly-formed nail is called a blank nail. The blankn ail isthen elongated by suitable mechanism, forming it into an elongated blank. The elongated blank is then beveled and clipped at the point, forming it into a complete and finished nail and it is for the purpose of performing these two last operations that my present invention is arranged.
In nearly all the machines at present in use for this purpose, wheels with notches in them are provided and arranged for the reception of the nails, or a band with notches in it, carried on wheels; and in a great measure the accuracy'of the operation of such machines is dependent upon that with which these notches are cut or formed in the wheels or bands, as the case may be, and as these notches are very numerous, the machinery is very expensive and complicated.
' By my invention a vibrating slide, requiring little comparative expense to construct, is arranged to accomplish the object of the abovementioned wheels or bands, which is to present the nail to the beveling and clipping dies.
In the drawings hereunto annexed, similar letters of reference indicate like parts.
Figure 1 is a plan of a machine embodying my invention. Fig. 2 is a side elevation of Fig. 1. Fig. 3 is a longitudinal sectional elevation of Fig. 1. Fig. 4 is an elevation of vibrat-ing slide, feed-tube, and rest for attaching the same to the frame of the machine, as removed from the same, and viewed on the side facing to the driving-shaft when in place. Fig. 5 is an elevation of vibrating slide, &c.,
showing the reverse side of Fig. 4. Fig. 6 is an elevation of Fig. 4. Fig. 7 is a sectional elevation taken on line A, Fig. 4. Figs. 8, 9, 10, and 11 are details of nail-guide. Fig. 12 is afront view of beveling and clipping dies. Fig. 13 is a side elevation of Fig. 12. Fig. 14 is a plan of Fig. 12. Fig. 15 is afront-endview of slide 6, with dies, 850., in place. Fig. 16 is a plan of Fig. 15. Fig. 17 is a side elevation of Figs. 15 and 16. Fig. 18 is a detail of vibrating or sliding bar.
Letter a is any suitable frame work for holding the moving parts together. I) are plumber blocks, or bearings formed in the same, for carrying the shaft 0, the center part of which is set eccentrically, so that by attaching to it a connecting-rod, d, it will impart motion to a slide, 0, guided by forming the frame a suitably for that purpose.
On the back end of the frame a are formed brackets f, for carrying a shaft, 9, on one end of which is secured a gear-wheel, h, intermeshing with and revolved by a gear-wheel, 1', secured onthe shaft 0, the proportions of the gears being two in diameter of h to one in diameterof i, so that the shaft 0 will make two revolutions for one of the shaft 9. On the shaft 0 is also secured the ordinary pulley k. On the opposite end of the shaft g to that at which the wheel h is secured, a disk, I, is attached, having an adjustable crank-pin, m
arr. nged to be set or adjusted in distance of position from the center of the disk to suit the throw required. To this is attached one end of a connecting-rod, n, and the other end, 0, of the connecting rod n is thus constructed: It is provided with a butt-end, p, and cap q, attached together by screws, and having a balland socket recess contained within the butt and cap to receive the ball end r of the lever s. This lever is pivoted-to the frame a at t, and further supported and maintained in place by a guide, a, situated on the opposite side of the frame a to the pivot t.
On the lover s a projection, c, is formed, to which is attached a spring-arm, w. This is provided with an eye, 00, at its extremity.
Returning to the connecting-rod (I, it is provided with the ordinary brasses and straps for attaching it to the eccentric part of the shaft the 'followcnp 1 1 1 1 i 1 m is a set-screw, inserted in the yoke l for 1 '6. Its other extremity has a pin,a attaching to it two links, b whichare attached by a pin, 0, to the extremity of the slide 0. The
' imest hod of carrying the slide 6 in the frame a is clearly shown in Fig.15, theslide: candi frame a havin g the ordinary dovetail form.
In the slide a are secured two adjustable hammers, d, and a punch, e; f are blocks; for securing and carrying the punch a, in the 1 ordinarymanner. The whole is arranged as clearly shown in Figs. 15, 16, and 17; i
g are back' set-screws for 1 sn morting and adjusting the hammers d an d Jil is a similar.
screw for adjusting and supporting the punch cl.
wi isa ibllowenattached to the slide 0 by a :screw, it, passing through the slotted .cinl ofi 27 thus allowing of longitudinal; adj ustnicnt in V s I theposition of the follower. At the other end 1 -it is securcdby a yohe,'l attached to theslide 0 :bymeansof thimbles o and bolts p 1 'which hold and support the ibrward end of holding downthe follower 11 and punch (3 n are side set-screws for adjusting and maintain ing its position laterally 1 1 1 1 1 1 1 1 The extrcmcpoint of the .iollowerxzi is ar- 1 ranged to enter between the ends of the nail- (shown in 8, 1 to be hereinafter 1 more fully described. 1 1 1 1 1 1 1 1 is a rest formed in the bed a, to receive guides i 1 and hold in position thebevcling and clipping dies. These dies themselves are more clearly I shown inFigs. l2, l3, and 14. 1 1 a are the. two beveling-dies, and N are two their ends to be acted upon by these projcc tions in conjunction with the movable hammers (1 above described, to give the required length of the nail.
The position of the dies I) is also arranged forthe samepurposc. These consist of flatbars of steel with a bevel, (P, formed on each, giving the exact shape that the point of the nail isto be clippcdto. They are also formed so that when placed together an open space, a, will be formed forthe nails to drop through. This space is continued in the rest (1 by an opcning,f", (see Fig; 3,) made to correspond, so that the nails at once fall through the space 6 and f out of the machine. are ordinary set-screws, one of which is provided at the end of each of the dies a and each of the dies N, for adjusting and maintaining the same in position; and h are set-screws for securing and adjusting the dies laterally, any number of which screws may be provided.
The nail-guides i are attached by pivots c to the die-rest q. Having the relative position with the dies shown clearly in'Figs; 1, 2, and 1 1 1 13, their. particular construction will be more: clearly seen in Figs. Sandi). They consist ;of two flat plates of steelhaving a projection, 1 on each-of thcirends. i The edges m ofzthei nail-guides are made straight, with the excep- 1 I ticn oi the projections at P, so that when a' nail has passed the proj cctions: 2 it is loose bc- 1 tween the edges m 1 To the guides i necks and eyes Ware proeach of which terminates in an eye, through which a bolt, 11 provided with a nut, passes, 1 the bolt and nut being for thepnrposc of hcld1- 1 .ing the jaws i at any desired distance apart toallow the nail to enter with the: required 1 amount of freedom, while the guides or jaws are acted uponby elastic springs arrangedior the purpose, to give any desired amount of re sistancc; 1 1
'These are constructed as follows: On the 1 bed q projections g are formed, in each of 1 which arecess'is madefor the reception of a follower-plate, 4*", a plate of elastic matcriahs 1 1 1 anda-pressor-p1ate,:t 'The plates Ware set;
up to compress the :plate of elastic. material .9
between thenr and the plates t (which rest di- 1 root upon the hack of the guides i by means of setscrews a so that by the screws c and the bolt p thedistancebctwcen :the :projcc- 5 tions. 1" may be; setto any amount required, whereby the nails passing in maybe adjusted to meet with any desired amount of resistance.
1 It will be observed that the bolt 12 is arranged 1 to hold the guides i apart, and that any slight variation in the size of the nails pushed into the proj cctions Z by the end of the follower i and punch a will be compensated for by the elasticity of the cushions s Between the guides and o is placed a collar or washer, 00, so that the movement of the lower guide does not affect the upper guide or,
in other words, the movement of the lower.
guide is independent of the upper guide. equivalent means may be used to give the lower guides an independent movement from the upper guide.
By reference to Fig. 1, it will be seen that the ends of the guides i come over the openings in the dies, and f in the bed, so that at this point the nails are pushed out of the guides (after they are once filled with nails) at the one end by the nails coming in at the other end, and fall through the openings 0 andf out of the machine. 2: are auxiliary guides placed upon the guides 6 Thesearc omitted in Fig. 8, but are shown in position in Fi 9, and shown separately in plan in Fi 10, and in side elevation in Fig. 11. They are provided with an eye, 10 to be received on the pivot W, and with jaws 00 to come over the guides 6 The object of these jaws w is to take up the nail passing through the projections Z of the guides i and carry it free from any danger of displacement should a nail, by
accident, be forced in a wrong position be tween the projections P, (which, by actual experiment, I have found to take place at times, but not often,) and cause the guides '5 to be forced apart farther than their proper amoinit.
The jaws a, asthey extend back from their points a to b (see Figs. 10 and 11,) are slightly raised. This is for the purpose of clearing the nail from the clipping-groove formed between the two dies b I will now proceed to describe the feeding mechanism for conveyin g, supporting, or holding the elongated blan {S to be acted upon by the above-described dies.
To the frame a are attached two brackets,
I c, which are united together by a yoke, (1
and to this yoke two tubes, 6 and e, are secured.
f are passages formed in the tubes, of such size that the elongated blank can fall freely through them, but not larger than is required for that purpose. At the bottom of the passage f is a plate, 9 attached on a sliding bar, k This plate might be made in one and the same piece with the bar, if desired, only for the extra expense. This sliding bar is carried in dovetail grooves formed in the bracket 0 the bar being dovetailed to agree therewith in the parts sliding within the brackets.
The plate g is provided with openings 1 and i These are situated so that when the opening 2' is brought under the passage f of the tube 6 the opening will be opposite to the center of the clipping-dies b and nailguides & ready to receive the action of the punch e, which now acts upon it.
7: is a pin, situated, as shown, 'on the bar 7L3, to which the eye a; of the spring-lever w is attached, so that by the action of the gears i and h, shaft 9, crank-pin m, connecting-rod a,
' lever s, and spring-lever w, the slide-bar 72. is
moved back and forth once. for two revolutions of the shaft 0 and two strokes of the slide 0,- or, in other words, the slide k moves a stroke in one direction for each revolution of the shaft 0, and consequent double stroke of the rest 0.
' The tubes 0 and e are shown as constructed with plates attached by screws to their faces, forming the front of the tubes. This is simply for the purpose of facilitating the construction of the tube, and for the removal of any malformed blanks that may have been wrongly placed in the tubes.
Between the tubes e 'and e is suspended a pendulum, 1 of the configuration clearly shown in the drawings, provided with proj ections on and m, which, by openings in the tubes 6 and 6, enter the tubes and form stops to the descent of the nail-blanks. This pendulum is actuated by knees or stops a attached by screws to the slide-bar 7& as shown clearly in Figs. 4 and 5.
It will be observed that the lower portion of this pendulum is made thin, to spring or yield in case any nail should be fouled in the tubes.
0 are standards passing through the bar 7L3. They are adjustable, being secured in place by'set-screws in the bar, and are provided with plates 11 which are for the purpose of pushing over the nail to freeit from the beveling dies and anvils, should the nails have any inclination to stick to the dies, &c.
g are stops attached on the under side of the slide-bar h. These are acted upon by setscrews 17 set in the brackets c to govern and adjust the travel of the slide-bar h, the springlever 10 yielding according to the amount that these screws o are set in and out.
The machine having been constructed as described, and set in motion, its operation is as follows The shaft 0, through the connectin g-rod (1, causes the rest 0, with hammers d, punch e, and follower i, to move backward and forward at each revolution of the shaft 0, thereby entering the end of the punch between the dies b b e, and the follower between the projections l of the nail-guides 6 thereby causing the clipping of the nail which stands in front of the prmch-die and follower, as will be herein after more particularly described.
As the rest 0 slides backward and forward, the slide-bar k vibrates or slides transversely from side to side of the machine, bringing the openings 1 and i alternately one to the center and one to the side. This sliding of the bar k operates the pendulum Z by the knees a.
The elongated blanks to be treated are fed to the passages f by hand; and supposing this part of the mechanismi. 0., the feed apparatusto be in the position shown in Fig. 5, the blank is stopped by the projection on in the tube 6 at about half-height, as indicated by dotted lines, while in the tube 6 the blank is allowed to descend and rest upon the plate 9 The slidebar h being now moved over to cause the opening 5 to come under the passage f of the tube 0 the blank in it falls into the opening i In the meantime the blank in the tube 0 is allowed to descend and rest upon the plate g. The blank in i being now opposite one of the beveling dies' 0 the hammers d on that side come forward with the rest 0, and bevel the nail. The slide h is then drawn backto theposition shown in Fig. 5, bearing the blank that was in e to the center, where it is exactly opposite the clipping-dies b (see Fig. 5,) and opening between the guides The blank that was before in the tube 0 now falls into the opening i the slide 0 again coming forward, causing the blank in t to be clipped and pushed into the guides t thereby freeing the nail from the plate '9 and emptying the recess in it to receive another blank, while the blank in i is beveled, and by continuously feeding the tubes 0 and 6 with an elongated blank nail at each motion of the bar k blanks are brought down, and one beveled and one clipped and pushed into the guides i at each stroke of the machine or revolution of the shaft 0.
It is evident that the machine might be made with but one tube, 6 or 8 but such machine would only be able to do half the work of the double-tubed machine.
WVith regard to the stops 5? and screws 12 it mu be seen that the travel of the bar k may be governed by them, and adjusted to a very great nicety; and by setting the pin m in the disk 1 to have a little larger throw than that required for the travel of the bar h it causes the spring-lever w to bring the stops g forcibly up against the ends of the screws '22, the extra motion being allowed for by the spring of the lever 10. This causes a sufficient pause or stop of the bar h at each end of its strokes to allow the rest e to bring forward the punch e and hammers (1 to perform their functions, and retire a sufficient amount before the bar k begins to move in the opposite direction.
Itwill be well understood that, if the machine is constructed with only one tube, 6 or e, the GOIIBSIlOIIdlllg hammers d Will be dispensed With.
What I claim is as follows 1. The combination of the rest 0, having one or two hammers, al and punch 0, With the vibrating slide 71f, having openings i3 and i and With the bev'eling-dies a and clippingdies 12 substantially as and for the purposes set forth.
2. The combination of the spring-arm w, sliding bar h, having openings '5 and '5, and tube 6", substantially as and for the purposes set forth.
3. The combination of the sliding bar h, having openings i and i, with plates 19 sub stantially as and for the purposes described.
4. The combination of the guides i with the auxiliary guides o and cuttingdie b, substantially as and for the purposes set forth.
5. The combination of the sliding bar k pendulum 1 having projections on and m, and tube 0 substantially as and for the purposes set forth.
6. The combination of the guides 73 with springs .9 substantially as and for the purposes set forth.
. 7 The combination of the guides vi springs .9 and bolt 10', substantially as and for the purposes set forth,
8. The dies 1), having recesses forming the openings 6 and rest q, having openings f, with guides 5 and m substantially as and for the purposes set forth.
9. In an elongated blank beveling and clipping machine, the combination of a sliding or w'brating bar, k for holding the blank, substantially as described, with the beveling and clipping dies, substantially as set forth.
Montreal, 25th day of April, A. D. 1877.
US196227D Improvement in horseshoe-nail-finishing machines Expired - Lifetime US196227A (en)

Publications (1)

Publication Number Publication Date
US196227A true US196227A (en) 1877-10-16



Family Applications (1)

Application Number Title Priority Date Filing Date
US196227D Expired - Lifetime US196227A (en) Improvement in horseshoe-nail-finishing machines

Country Status (1)

Country Link
US (1) US196227A (en)

Similar Documents

Publication Publication Date Title
US196227A (en) Improvement in horseshoe-nail-finishing machines
US106419A (en) Improvement in machines for making chain-links
US102418A (en) Improved bolt and rivet-machine
US353584A (en) Machine for heading bolts and rivets
US103376A (en) Improved nail-machine
USRE4641E (en) Improvement in bolt-heading machines
US843790A (en) Upsetting-machine.
US94544A (en) Improved machine for making railroad-spikes
US353585A (en) Wire-nail machine
US309446A (en) Wire-nail machine
US8677A (en) Samuel g
US82679A (en) peters
US149185A (en) Improvement in machines for finishing horseshoe-nails
US58520A (en) whittemore
US409890A (en) Machine for forging horseshoe-nails
US6160A (en) Spike-machine
US9051A (en) Uj-njli
US125423A (en) Improvement in machines for making horseshoe-nails
US496389A (en) Wire-nail machine
US220497A (en) Improvement in bolt-heading machines
US98444A (en) Improved machine for making railroad-spikes
US94290A (en) Improved nail-machine
US551887A (en) Andrew bchaham
US307056A (en) Rivet-heading machine
US422918A (en) Wire-nail machine