US398846A - Heel-nailing machine - Google Patents

Heel-nailing machine Download PDF

Info

Publication number
US398846A
US398846A US398846DA US398846A US 398846 A US398846 A US 398846A US 398846D A US398846D A US 398846DA US 398846 A US398846 A US 398846A
Authority
US
United States
Prior art keywords
templet
rod
lever
heel
block
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 US398846A publication Critical patent/US398846A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • AHUMAN NECESSITIES
    • A43FOOTWEAR
    • A43DMACHINES, TOOLS, EQUIPMENT OR METHODS FOR MANUFACTURING OR REPAIRING FOOTWEAR
    • A43D79/00Combined heel-pressing and nailing machines

Definitions

  • HEEL NAILING MACHINE.
  • the invention relates to a machine organized to fasten heel-seats, spring-heels, or low heels to the soles ofboots or shoes by a gang or group of fasteningssim ultaneousl y driven;
  • Figure 1 is a view in vertical section of a machine having the features of my invention.
  • 2 is a front elevation thereof.
  • Fig. 3 is a section upon the lineocw of Fig. 2 and a plan view of the parts below i said line. fication.
  • A is the jack; a, the last or work support. ably, is adapted to be moved horizontally upon the bed a.
  • E is a block supporting a gang or group of drivers, 6. It is mounted upon a block, 6, which is made vertically movable in the head or guideway e by the lever 6 which is pivoted to the standard or support 72 at c. It
  • Figs. 4c and 5 show a slight modii slide-ba r c with a flange or head, 0 and the rod G with a yoke, c", the arms of which extend by the head 0 and are turned inward upon the slide rod or bar 0*.
  • This provides the slide bar or rod 0 with a movement on the end of the rod C, which movement, however, not communicated to the rod C, unless the slide-block D is caused to be inserted between the upper surfaces, d, of the horizontal section of the yoke c and the under surface of the head 0 when the head is in its highest position, or in the position represented in 1.
  • the block D which is made in two parts, (Z d,
  • Fig. 1 can be moved between these two parts, and upon the downward movement of downward.
  • the slide bar or block D is moved into place by the lever (Z which is pivoted at (1*, and it is automatically disengaged upon the upward end of the stroke of the slide bar or rod 0 by means of the spring (1
  • the rod C is connected by a pin, 0, directly to the lever 6 back of its front end or point where it engages the slide-block e.
  • the rod C is connected with the templet-lever b in a I manner to permit the rod to be moved to is also operated by the rod 0.
  • the rod 0 is 5 templet, the rod C is moved downward, there- 0' is made separate from the rod 0, and is 1 adapted to be connected and disconnected therewith, in order that the shaft 0 may be constantly rotated, without, however, imparting movement to the drivers and the templet B except when desired.
  • the connection between the rod C and the slide bar or rod 0 is represented as obtained by providing the l l l some extent in relation to the lever without actuating it.
  • This connection I have represented as obtained by forming a hole in the lever or pivoted plate I), through which the rod C extends, and mounting a spring, a between a collar fixed to the rod and the upper surface of the lever or plate, and a spring, 0
  • the templet-lever b and the lever a to reciprocate the block carrying the drivers may be pivoted, respectively, at the points f, (see Fig. 4,) and the power for operating them applied at their ends.
  • This power may be by means of a rod and cams such as I have already described, or by means of the camsf f as represented in Fig. at.
  • the cam f in this "form of construction operates the lever by means of its cam-groove anda cam-pin on the end of the lever, which enters the groove, and
  • a movable loader such. as represented in Fig. 3, and movable laterally from one side of. the templetinto; position over the templet to deliver,
  • control carrier block G guides control carrier block G. the direction, of movement: of the block G, andv suitable stops limit the extent of move.- ment' in both directions.
  • the machine provides a simple, compact, and cheap organization for nailing heel-seats, spring-heels; or, attaching low heels, or heels that" do not require to be pricked or. very 4o much compressed before attaching.
  • the cams are mounted upon a verti There maybe. used and it,is for this reason that I prefer to use the carrier G, operated by the lever g, as above 3 specified, and to feed nails to the carrier G automatically, the operator, standing at the l front of the machine, can by a quick movement move the carrier from the nail-feeding 1 device to the templet and allow it to discharge nails and innnediately return it before the machine is set in operation.

Landscapes

  • Portable Nailing Machines And Staplers (AREA)

Description

(No Model.)
IE. I. RAYMOND, 2d.
HEEL NAILING MAOHINE.
Patented Mar. 5, 1889.
JEE- UNiTEn STATES PATENT OEEICE.
FREEBORN F. RAYMOND, 2]), OF NEWTON, MASSACHUSETTS.
HEEL=NAILING MACHINE.
SPECIFICATION forming part of Letters Patent No. 398,846, dated March 5, 1889.
Application filed July 23,1887. Serial No. 245,040. (No model.)
of which the following is a full, clear, and e.
act description, reference being had to the accompanying drawings, forming a part of this specification, in explaining its nature.
The invention relates to a machine organized to fasten heel-seats, spring-heels, or low heels to the soles ofboots or shoes by a gang or group of fasteningssim ultaneousl y driven;
and it comprises various details of organization whereby a cheap and rapidly-operating 1 the slide bar or rod 0 the rod 0 will be drawn machine is produced.
In the drawings, Figure 1 is a view in vertical section of a machine having the features of my invention. 2 is a front elevation thereof. Fig. 3 is a section upon the lineocw of Fig. 2 and a plan view of the parts below i said line. fication.
' Referring to the drawings, A is the jack; a, the last or work support. ably, is adapted to be moved horizontally upon the bed a.
B is the templet. It is supported upon a lever or hinged plate, I, which is pivoted at it is rear end, I), to the standard or support 12 and is made vertically movable 'bymeans of the rod C, as hereinafter described.
E is a block supporting a gang or group of drivers, 6. It is mounted upon a block, 6, which is made vertically movable in the head or guideway e by the lever 6 which is pivoted to the standard or support 72 at c. It
The last, prefer- Figs. 4c and 5 show a slight modii slide-ba r c with a flange or head, 0 and the rod G with a yoke, c", the arms of which extend by the head 0 and are turned inward upon the slide rod or bar 0*. (See Fig. 1.) This provides the slide bar or rod 0 with a movement on the end of the rod C, which movement, however, not communicated to the rod C, unless the slide-block D is caused to be inserted between the upper surfaces, d, of the horizontal section of the yoke c and the under surface of the head 0 when the head is in its highest position, or in the position represented in 1. At that time the block D, which is made in two parts, (Z d,
' (see Fig. 1,) can be moved between these two parts, and upon the downward movement of downward. The slide bar or block D is moved into place by the lever (Z which is pivoted at (1*, and it is automatically disengaged upon the upward end of the stroke of the slide bar or rod 0 by means of the spring (1 The rod C is connected by a pin, 0, directly to the lever 6 back of its front end or point where it engages the slide-block e. The rod C is connected with the templet-lever b in a I manner to permit the rod to be moved to is also operated by the rod 0. The rod 0 is 5 templet, the rod C is moved downward, there- 0' is made separate from the rod 0, and is 1 adapted to be connected and disconnected therewith, in order that the shaft 0 may be constantly rotated, without, however, imparting movement to the drivers and the templet B except when desired. The connection between the rod C and the slide bar or rod 0 is represented as obtained by providing the l l l some extent in relation to the lever without actuating it. This connection I have represented as obtained by forming a hole in the lever or pivoted plate I), through which the rod C extends, and mounting a spring, a between a collar fixed to the rod and the upper surface of the lever or plate, and a spring, 0
between the lever and a collar fixed to the rod below it.
In opera-tion the block D having been moved by the lever into position to cause a reciprocation or movement of the block c and the by drawing the templet B with it until the templet comes into contact with the upper surface of the sole or with the heel blank placed thereon, when it comes to a rest, but the rod C continues to move, drawing the block 6 downward, causing the drivers to en ter the holesin the templet and drive the nails therefrom into the heel and soles of the boot or shoe.
In lieu of the construction above described the templet-lever b and the lever a to reciprocate the block carrying the drivers, may be pivoted, respectively, at the points f, (see Fig. 4,) and the power for operating them applied at their ends. This power may be by means of a rod and cams such as I have already described, or by means of the camsf f as represented in Fig. at. The cam f in this "form of construction operates the lever by means of its cam-groove anda cam-pin on the end of the lever, which enters the groove, and
To the cam f operates the lever 17, the lever havi ing a cam-pin, which enters a cam-groove in the cam-disk. A lever for thus operating the templet is described in my former applica tion. 7
1'; cal shaft, f", which rotated in any desired way, and I have represented it turned by means of a horizontal shaft, f", carrying a 1 clutch and pulley, and which is connected with the vertical shaft by bevel-gears. (See .1
Figs. 4: and 5.)
For loading the templet B, I use a movable loader, G, such. as represented in Fig. 3, and movable laterally from one side of. the templetinto; position over the templet to deliver,
2 5 nai'l's'thereto bymeansiof' alever,1g, pivoted] at 9,, and loosely connected with the nail; Suitable. guides control carrier block G. the direction, of movement: of the block G, andv suitable stops limit the extent of move.- ment' in both directions.
to supply the block G-with nails'any suitable nail making and. distril'iuting or naildistrib-- I uting or nail-feedin g mechanism, an d in any'of. thosedescribedin my various patents or pend- 3 5 ing applications; can bejemployed.
The machine provides a simple, compact, and cheap organization for nailing heel-seats, spring-heels; or, attaching low heels, or heels that" do not require to be pricked or. very 4o much compressed before attaching.
Iiroperation the hoot'orishoe is placed upon. thelast. or work supportand moved beneath the templet, and the" templet providediwith nails. The extentioffmovement of the templet is comparatively slight, so; that' th e; nails: may
be fed thereto, an dthe nail-carrierremoved beforetheinacliin'eissetiin operation, if desired;
The cams are mounted upon a verti There maybe. used and it,is for this reason that I prefer to use the carrier G, operated by the lever g, as above 3 specified, and to feed nails to the carrier G automatically, the operator, standing at the l front of the machine, can by a quick movement move the carrier from the nail-feeding 1 device to the templet and allow it to discharge nails and innnediately return it before the machine is set in operation. \Vhichever way is used, before the starting of the machine the templet is moved downward slightly, and this is followed immediately by the entrance of the drivers into the templet-holes and the driving of the nails, so that the templet reaching the end of its downward movement substantially at the same instant the nails are forced from the tem jilet-holes by the drivers into the sole or heel. The drivers then lift,
templet comes to rest.
l i removable rand-holding block like that described in mypatentJVo. 342,039. Having thus'f'u'lly described myinv'ention, I claim and desire to: secure by Letters: Patent of the United States 1. The combinationof a lastiorworltsupi port, the vertically-movable templet B, the vertically-movable block 0', the gang ofdrivers'e, carriedtherehy, and an actuating cam 5 or'crank'conn ected With saidblock or templet l by meansof a connecting-rod having a yielding connection with the templet-supportand l connected with the block 6, tocommunic'a'te its full movement thereto, substantially as described.
support, the lever 12, carrying the. templet B, the lever b carrying the head 6: and drivers 6, and devicesfor simultaneously moving the said levers in the same direction, substantially as'described.
FREEBORN F. RAYMOND, 21:1; Vitnesses:
FRED. B. DoLAN, E. A. PHALENL the templet moves upward slightly, and the If a rand is to be attached, I prefer to use a.
2. The combination of'the. templet or'work
US398846D Heel-nailing machine Expired - Lifetime US398846A (en)

Publications (1)

Publication Number Publication Date
US398846A true US398846A (en) 1889-03-05

Family

ID=2467808

Family Applications (1)

Application Number Title Priority Date Filing Date
US398846D Expired - Lifetime US398846A (en) Heel-nailing machine

Country Status (1)

Country Link
US (1) US398846A (en)

Similar Documents

Publication Publication Date Title
US398846A (en) Heel-nailing machine
US1157688A (en) Heeling-machine.
US341169A (en) Heel-nailing machine
US316661A (en) Heel-nailing machine
US356553A (en) Heel-nailing machine
US341689A (en) Heel-nailing machine
US570437A (en) Trustees
US322562A (en) Sole-nailing machine
US1009710A (en) Heel-attaching machine.
US624539A (en) raymohd
US624538A (en) Heel-nailing machine
US446885A (en) Machine
US694665A (en) Heel-nailing machine.
US410196A (en) Heel-nailing machine
US413973A (en) Heel-nailing machine
US745971A (en) Heel-attaching machine.
US326779A (en) Heel-attaching machine
US316894A (en) Heel-nailing machine
US347062A (en) Heel-nailing machine
US379029A (en) Method of forming and attaching heels
US322560A (en) Heel-nailing machine
US329951A (en) Heel-nailing machine
US343339A (en) Heel-nailing machine
US335242A (en) Heel-nailing machine
US346125A (en) Heel-nailing machine