US1312567A

US1312567A - ordway

Info

Publication number: US1312567A
Authority: US
Publication date: 1919-08-12
Anticipated expiration: 1936-08-12

Description

I. H. ORDWAY.

MACHINE FOR USE IN MANUFACTURING STIFFENERS FOR BOOTS AND SHOES.

APPLICATION FILED AUGJY, I916.

Patented Aug. 12, 1919.

3 SHEETS-SHEET I.

J. H. ORDWAY. MACHINE FOR USE IN MANUFACTURING STIFFENERS FOR APPUCATION FILED AUG.I7, 1916. 1,312,567.,

BO'OTS AND SHOES- Patented Aug. 12, 1919.

3 SHEETS-SHEET?- WVf/VTUU J. H. ORDWAY. MACHINE FOR USE IN MANUFACTURING STIFFENERS F0 R BOOTS AND SHOES. APPLICATION FILED AUG.I7, I916.

Patented Aug. 12, 1919.

3 SHEETS-SHEET 3.

q law UNITED STATES PATENT OFFICE.

JOSEPH H. ORDWAY, 0F BROOKLIN'E, MASSACHUSETTS, ASSIGN'OR' TO BOSTONBLACKING COMPANY, OF CAMBRIDGE, MASSACHUSETTS, A CORPORATION OF MAINE.

- MACHINE FOR USE IN MANUFACTURING STIFFEN'ERS FOR BOOTS AND SHOES.

Specification of Letters Patent. Patented Aug, 112, R919.

Application filed August 17, 1916. Serial No.'115,534.

To all whom it may concern:

Be it known that I, JOSEPH H. ORDWAY,

a citizen of the United States, residing at Brookline, in thecounty of Norfolk and State of Massachusetts, have invented certam Improvements in Machines for Use in Manufacturing Stifl'eners' for Boots and Shoes, of which the following description, in

connection with the accompanying drawings,

is a specification, like reference characters on the drawings indicating like parts in the several figures.

This invention relates to the manufacture of stiffeners for parts of the uppers of boots and shoes and is herein illustrated in connection with a machine for applying stiffening material to box toe blanks.

In the patent to Knipe No. 1,127,641 there is disclosed a box toe or shoe boxing made by saturating with melted wax all of a blank of fabric except the margin thereof, said margin being left unsaturated so as'to facilitate the stitching operation and the pulling over and lasting operations in which said margin is gripped by pincers. Hitherto 'it' cause the wax to permeate the blank. The

general object of the present invention is to obviate this hand operation and at the same time to cause the blank to be permeated thoroughly by the stiffening material.

' One feature of the invention comprises in a machine of the class described, a reservoir for stiffening material, a member against which the blank may be pressed, a carrier having a material-holding depression in its upper face, and means for causing the carrier to raise material from the reservoir and apply it to the blank. With this construction a definite measured amount of material is forced into each blank to impregnate it.

It isdesirable that the blank be thorr oughly impregnated with the stiffening mapregnation can then be obtained by applying stiffening material to both sides of the blank underpressure. Another feature of the invention comprises a pair of opposed carriers, means forsupplying said carriers with 'stiifening material, and means for causing said carriers to press material into both sides of a blank. These and other features of the inventio including certain details of construction and combinations of parts will be described in connection with an illustrative machine and pointed out in the appended claims. Referring now to the accompanying drawin l igure 1 is a perspective of a machine in which the present invention is embodied;

Fig. 2 is a detail partly in section showing in full lines the normal positions of the carriers with respect to the level of the stiffening material and in dotted lines their positions when one is applying stifiening material to the other;

Fig. 3 is a detail principally in elevation of the clutch and cams; and

Fig. 4 is a perspective of a piece of work which has been operated upon.

Mounted on a suitable frame is a reservoir 5 for the stiffening material. This material is solid at ordinary temperatures and in the illustrative machine I is melted and maintained in liquid form by electric heat units, not shown, which are carried in the walls. of' the reservoir and to which electricity is conducted through wires 7. The

particular means for applying heat to the reservoir is immaterial, and the specific -means used will not be described further.

is adjustably held in place by a screw bolt 17 threaded through said carrier and contacting with said rod. Normally this carrier is located beneath the level of the stiffening material; and'its upper-operative face is concave to provide a pocket or depression which is designed to hold a small amount of stiffening material when the carrier is forced up out of the liquid. Located above the 23, said carrier having stretched over its op- .erative face a piece of fabric 25 held in place by a band 27. A heat unit of suitable form to which electricity may be led'by w1res 29 keeps this carrier at a proper temperature.

Located between the pair of carriers and in their paths of movement is a hollow support 31, the outside dimensions of which are less than those of the upper carrier 19 while the inside dimensions at the extreme top are slightly greater than those of the lower carrier '15.. The opening through the support 31 is tapering, and a guide-33 1s fastened to the lower edge to assist in guiding the surplus liquid back into the reserv oir.

In the illustrative machine, which is designed to operate upon box toe blanks, the outline of the face of the lower carrier is similar to but somewhat smaller than the outline of the blank so that the stifiening material will be applied to the under side of the middle portion of the blank as indicated at 35 in Fig. 4, leaving the margin 37 in its original state. The upper carrier has the same general outline as the lower carrier but is slightly larger so as to contact with the rim of the hollow support 31.

Assuming that the parts 'of the machine thus far described are 1n the positions shown in full lines in Fig. 2 and that the upper carrier has been loaded with stiffening material, a box the blank is placed upon the hollow support 31 with. its margin, which is not to be saturated, projecting beyond the edge or rim of said support. The two carriers are then moved into approximately the positions shown in dotted lines, the upper carrier reaching its position first and clamping the blank firmly in place, and the lower carrier reaching its operative position a moment later. The middle portion of the blank is thus gripped firmly, and the stiffening material forced thoroughly into the interstices of the fabric. The carriers then return to the full line positions to permit the operator to remove the blank and to prepare for the application of another load of stiffening material to the u-p-per carrier. The cycle of movements, which has been described above, is then repeated but with no blank in place, the lower carrier supplying stiffening material to the upper carrier as shown in dotted lines in Fig. 2; and the parts come to rest in the full linepositions preparatory to operating upon a second Referring now more particularly to Figs. 1 and 3, the mechanism by which the carriers are operated will be described.

The square rod 23, to which the upper carrier is fast, slides in a bearing in a stationary bar or bracket 39. A rocker arm 41 angularly movable about a stationary rod 43 is attached at its forward end by a link 45 to the rod 23 and at its rear end is pivoted to an upright rod 47. The loWer end of this rod 47 passes through a slot in a cam lever 49 and is held in place with respect to this lever by a collar 51, a second collar 53 and a coiled spring 55 located between the collar 53 and the cam lever 49, the purpose the driving shaft 65. llhese two cams are rigid with each other as well'as with a gear 67 and a clutch member 69. A second clutch member 71 slidably keyed to the shaft 65-is provided with a groove to receive a pin 73 on a lever" 7 5,'the hub of which is fast to a rod 77 loosely mounted in bearings in the frame of the machine. Near the buter end of this rod is fastened an arm 79 which is connected as shown to a tre-adle 81. Power having been applied to the driving shaft 65 will throw the clutch members 69, 71 into engagement. This will cause rotation of the cam 59 and reciprocation of the upper carrier 19. As has been explained above, it is desirable that the carrier be' given two complete reciprocations and then brought through a pulley 83 depression of the treadle to rest. To accomplish this a gear 85 hav- H ing twice the number of teeth o fthe gear 61 meshes with said gear 61 and is provided with a projecting portion 87 which acts against a small roll on'the arm 75 .to throw out the clutch after two revolutions'of the shaft 65. The lower carrier rod 13 is yieldingly connected with a cam lever 89 by means similar to that connecting the rod 47 with the cam lever 49 comprising a collar 91, a coiled spring 93 and a second coll-ar on the lower end of the rod. The cam lever 89 swings about a stationary rod 95 and is held in contact with the cam 63 by a spring 97.

The illustrative machine is equipped with two pairs of carriers and with two box toe supports, the members of one set being larger than those of the other for the reason that two sets are usually sufiicient to take care of all the sizes in a case of shoes, the

smaller support and carriers being used, forv now ready for use.

ladies or childrens, andto provide supports and carriers of different shape than those' shown for use with counters or other stifif- "that, as has been stated above, each support, irrespective of its size or shape, is centered with respect to the paths of movement of the carriers. It will be understood that a set of several interchangeable supports are provided with each machine.

Inasmuch as the two supports and the two.

sets of carriers and their operating mechanisms are substantially alike, only one has been described in detail. To the other support, carriers, etc, reference numerals increased by one hundred have been applied in order to identify the corresponding parts.

In the operation of the machine the operator depresses the treadle 81 whereupon the shaft 65 makes two revolutions thereby causing the carriers to contact twice. In this way the upper carrier is given a preliminary load of stifiening material. The machine is The box toe blank may be operated upon either before or after it has .been incorporated in .the upper of a shoe. In the latter case the operator first draws back the leather tip, the lining and the reinforcing pieces as shown in Fig. 4.

In either case the box toe blank is placed on .the hollow support with its margin projecting'beyond the. rim of said support, and the treadle is depressed. The carriers first grip the box toe blank to impregnate it with stiflening material as has been described. After they hag separated, the blank is removed. The carriersthen come together so as to load the upper carrier, and finally come to. rest in the position shown. Meantime the operator has picked up a new blank and is ready to present it on the support and depress the treadle again.

' Although the invention has beendescribed in connection with a particular machine, it

should be understood that the invention'is not limited in the scope of its application to ,the particular machine which has been .shown and described.

Having thus described my invention, what I claim as new and desire to secure by Letters Patent of the United States is 1. A machine of the class described, having in combination, a'reservoir for stifi'ening material, a pair of carriers and means including the reservoir for supplying said carriers with stifiening material and for causing said carriers to apply material to both sides of a blank.

2. A machine of the class described, hav- 1 ing in combinatlon, a pair of carrlers, means for supplying. said carriers with stiffening material, and means for causing said carriers to apply material to both sides of a blank; 3. A machine of the class described, having in combination, a pair of carriers, a reservoir for stiffening material, and means for causing said carriers to apply material from said reservoir to both sides of a blank.

4. A machine of the class described, having in combination, a reservoir for stiffening material, a support for a blank, said support being constructed to expose the middle portion of the blank, a pair' of carriers and means for causing the carriers to grip said middle portion. a r

5. A machine of the class described, having in combination, a reservoir for stiffen -ing' material, a pair of opposed carriers,

means including the reservoir for supply- 1ng said carriers w1th stiffening materlal,

' and meansfor causing said carriers to apply material to both sides of a blank.

6. A machine of the class described, having in combination, a reservoir for stiffening material, a pair of opposed carriers, springs through which said carriers are operated, means including the reservoir for supplying said carriers with stiffening material, and means for causing said carriers to apply material yieldingly to both sides of a blank.

7. A machine of the class described, having in combination, a reservoir for stiflening material, a pair of opposed carriers adapted to hold such material, a support for a blank located in the paths of movement of the carriers, and means for causing the carriers to grip the blank between them.

8. A machine of the class described, having in combination, a reservoir for stifi'ening material, a pair of opposed carriers adapted to hold such material, springs through which said carriers are operated, a support for a blank located in the paths of movement of the carriers, and means for causing the carriers to grip the blank yieldingly between them.

9. A machine of the class described, having in combination, a reservoir for stiffening material, a pair of opposed carriers normally located respectively in the stiffening mate rial and above it, a support for a blank located above the material and in the path of movement of the carriers, and means for causing the .carriers to-grip the blank between them.

10. A machine of the class described, having in combination, a reservoir for stiffening material, a pair of opposed carriers normally located respectively in the stifi'ening material and above it, springs through which 11. A machine of the class described, having in combination, a reservoir for stifl'ening material, a pairof opposed carriers movable toward and from each other, means including the reservoir for supplying said carriers with stilfening material, a support for a blank, said support being hollow to permit one of said carriers to move through it, and means for causing Said carriers to apply material to both sides of a blank placed on said support.

12. A machineof the class described, having in combination, a reservoir for stiffening material, a pair of opposed carriers movable toward and from each other, springs through which said carriers are operated, means including the reservoir for supplying said carriers with stiffening material, a support for a blanln said support being hollow to permit one of said carriers to move'through it, and means for causing said carriers to apply material yieldingly to both sides of a blank. laced on said support.

13. machine of the class described, having in combination, a reservoir for stiffening material, opposed carriers adapted to hold a supply of said material, springs through which said carriers are operated, a hollow support for a blank located between said carriers, means for causing one carrier to hold the blank upon the support, and means for causing the other carrier to raise stiffening material from said reservoir and apply it yieldingly to the blank so held.

.14. A machine of the class described, having in combination, a reservoir for stiifenin material opposed carriers adapted to hold a sup-ply of said material, a hollow support for a blank located between said carriers, means for causing one carrier to hold the blank upon the support and means for causing the other carrier to raise stiffening material from said reservoir and apply it to the blank so held.

15. Amachine of the class described,hav-

ing in combination, a reservoir for stifi'ening material, opposed carriers normally located respectively in said stiliening material and above it, a hollow support for a blank 1o cated between said carriers, means for causing the upper carrier to descend upon the blank and hold it against the support, and means for causing the lower carrier to rise and apply material to the under side of the blank s0 held.

16. A machine of the class described, having in combination, a reservoir for stiffening material, opposed carriers normally located respectively in said stifiening material and relate? above it, a hollow support for a blank located between said carriers, springs through which said carriers are operated, means for causing the upper carrier to descend upon the blank and hold it against the support, and means for causing the lower carrier to rise and apply material yieldingly to the under side of the blank so held.

17. p A machine of the class described, having in combination, a reservoir for sti-flening material, carriers for said material, means for loading one carrier from the other, and means for causing the loaded carriers to grip a blank placed between them.

, 18. A machine of the class described, having in combination, a reservoir for stiffening material, opposed carriers adapted to'hold suchmaterial, means for causing said carriers to grip a blankplaced betweenthem, and means for causing one carrier to apply stifi'ening material to the other preparatory to gripping the blank.

19. A" machine of the class decribed, having in combination, a reservoir for stifiening blank'between them, and means for causing one carrier to apply stifieningmaterial to the other preparatory to gripping a subsequently presented blank. I a 20. A machine ofthe class described, hav

ing in combination, a reservoir for stifl'ening material, a pair of opposed carriers adapted to hold such material, said carriers being capable of movement first to cause one carrier to raise stiffening material from said reservoir and apply it to the other carrier and" then to return the carriers to their normal positions of rest, and treadle controlled means for imparting two such movements to the carriers and then bringing them to rest.

21. A machine of theclass described, having in combination, a reservoir for stifiening materialya pair of opposed carriers adapted to hold such material said carriers being capable of movement rst to cause one carrier to raise stifl'ening material from said.

reservoir and apply it to the other carrier and then to return the carriers to their normal positions of rest, and means for imparting two such movements to the carriers and then bringing them to rest.

' 22. A machine of the class described, having in combination, a reservoir for stifiening material, a pair' of opposed carriers normally located one in the material and one above it, saidcarriersbeing capable of reciprocation first-to bring them into contact and then to return them to normal position, and means for imparting two reciprocations to the ficariliers and then bringing them to rest in their normal positions.

23. A machine of the class described, having in combination, a reservoir for stifiening material, a pair of opposed carriers normally located one in the material and one above it, said carriers being capable of reciprocation firstfto bring them into contact and then to return them to normal position, and treadle controlled means for imparting two reciprocations to the carriers and then bringing them to rest in their normal positions.

24:. A machine of the class described, having in combination, a reservoir for stiffening material, a support for ablank located above said material, a carrier having a material holding depression in its upper face, and means for causing said carrier to raise material from said reservoir and apply it to a blank.

25. A machine of the class described, having in combination, a reservoir for stiffening material, a support for a blank located above said material, a carrier having a material holding depression in its upper face, and treadle controlled meansfor causing said carrier to raise material from said reservoir and apply it to a blank.

26. A machine for applying stiffening material to a box toe blank having a member against which the blank may be pressed, a reservoir for the stiffening material, a carrier normally submerged in thematerial, the operative face of the carrier having a pocket therein the outline of which is similar to that of the blank but of smaller dimensions,

and means for raising the carrier out of the material and pressing it against the blank wlth the center of the material carrying pocket in the carrier against the approximate center of the blank.

27. A. machine for applying stifl'ening material to. a box-toe blank having, in combination, a member having a yielding face against which the blank may be pressed, a

reservoir for the stiffening material, a carrier normally submerged in the material the operative face of the carrier having an outline similar to that of the blank but of smaller dimensions, and means for raising the carrier outof the material and pressing it against the blank with the center of the material-carrying face of the carrier against the approximate center of one face of the blank.

28. A machine for applying liquid stifi'ening material to an absorbent box-toe blank having, in combination, a member against which the blank may be pressed, a reservoir for the stiffening material, and treadlecontrolled means for taking a measured quantity of material from the reservoir nd forcing it into the blank. 29. A machine ofthe class describ d, having, in combination, a reservoir for stiffening material, a member against which a blank may be pressed, said member being located above the level of the stiffening material, a carrier having a material-holding pocket at its upper portion, and means for causing the carrier to raise material from the reservoir and to press it against the blank.

In testimony whereof I have signed my name to this specification.

JOSEPH H. ORDWAY.