US432008A

US432008A - Boot and shoe blacking and brushing machine

Info

Publication number: US432008A
Authority: US
Publication date: 1890-07-15
Anticipated expiration: 1907-07-15

Description

(No Model.) a ShetsSheet 1 W. S. BADGER. BOOT 0R SHOE BLAGKING AND BRUSHING MACHINE.

Patented Ju1y15, 1890..

W12 JVE'S'SES IWVEWZOI? (No Model.) 3 Sheets-Sheet 2. W. S. BADGER.

BOOT 0R SHOE BLAGKING AND BBUSHING MACHINE. No. 432,008. Patented July 15, 1890.

(No Model.) 3 Sheets-Sheet. 3.

W. S. BADGER. BOOT OR'SHOE BLAGKING AND BRUSHING MACHINE. No. 432,008.' Patented July 15, 1890.

UNITED STATES PATENT OFFICE.

WALTER S. BADGER, OF ST. JOSEPH, MISSOURI.

BOOT AND SHOE BLACKING AND BRUSHING MACHINE.

SPECIFICATION forming part of Letters Patent No. 432,008, dated July 15, 1890.

Application filed $eptember 23, 1889. Serial No. 324,851. (No model.)

To all whom it may concern.-

Be it known that I, TVALTER S. BADGER, a citizen of the United States, residing atSt. Joseph, in the county of Buchanan and State of Missouri, have invented certain new and useful Improvements in Shoe-Blacking Machines; and I do hereby declare the following to be a full, clear, and exact description of the invention, such as will enable others skilled in the art to which it appertains to make and use the same.

This invention relates-to blacking-machines; and it consists in the novel construction and combination of the parts, hereinafter fully described and claimed. 7

In the drawings, Figure l is a vertical section through the machine. Fig. 2 is a front View of the machine, partly in section. Fig. 3 is a longitudinal section through one of the blacking devices drawn to a larger scale; and Fig. 4 is a plan view of the foot-rest, drivewheels, and drive-chain from above.

A is a foundation-plate, having rear uprights A and front uprights a secured to it, and provided with steps a upon each side of the uprights.

B is a chair provided with guide-pulleys I), which bear against the uprights and permit the chair to have free Vertical motion.

B is a shaft journaled in brackets 6, secured to the under side of the chair.

0 is a heavy weight, which slides vertically between the uprights, and G is a cord, which is wound upon the shaft and passes over guide-pulleys 0, having its other end secured to said weight.

D are cords, which are wound upon the shaft B in the opposite direction from cord 0'. These cords-D pass through the stationary pulley-blocks D, secured to the top of the front uprights, then through the moving pulley-blocks d, again through the pulley-blocks D, and have their ends secured to the moving pulley-blocks d. The moving pulley-blocks (Z are connected to the chair by the cords cl.

E is a frame secured to the chair for carrying the brush-actuating mechanism, which moves vertically with the chair.

. E are handles secured to the moving pul- Icy-blocks. The weight is very heavy, and in its descent it causes the cord 0' to revolve the shaft B, thereby winding the cords D upon said shaft and raising the chair between the U uprights. The chair is shown in its lowest position and about to be raised automatically by the weight. Any other equivalent means for raising the chair may be used. WVhen the chair is at its highest position,the platform 6 of frame E comes about level with the top of the steps. Any one desiring to use the machine mounts the steps and sits down in the chair, first grasping the handles E, which prevent the chair from descending. The feet being placed in proper position forthe shoes to be blacked, the handles are let go andthe weight of the person in the chair causes said chair to descend, raising the weight and revolving shaft B, which actuates the blacking mechanism, which will hereinafter be described.

O are springs secured to uprights upon the foundation-plate, and 0 are brake-blocks, which bear against the shaft B just before fully the chair reaches its lowest point, so that both chair and revolving shaft are gradually brought to rest.

F are beveled-tooth wheels secured 011 shaft 13, which gear into the beveled t0oth-pinions F, which are secured on shafts f, journaled in brackets secured to the frame E.

N are fly-wheels also secured to shaft B. G are shafts which are also journaled in frame E. The shafts f have chain-wheels f secured to them, and the shafts G have similar chain-wheels g. G is a drive-chain, which passes around said wheels f and g, thereby causing them to revolve simultaneously.

H are foot-rests secured to frame E, between the drive-chains. H are the side brushes, which are secured to the links of said drivechains by handles h, formed of spring-steel, so that the brushes adapt themselves to the shoes. Only two of these brushes are shown in Fig. 3 for clearness. When the links of the drive chain are of moderate length, a separate brush may be attached to each link, if long links are used more than one brush may be attached to each link, and if very short links are used the brushes may be attached to the chain at intervals as found convenient. T V

I are the heel-brushes, secured upon shafts i, which are j ournaled between the drivechains. Cords I communicate the rotary motion of shafts f to shafts 2', both of said shafts being provided with drive-pulleys r" for said cords to pass around.

J are the toe-brushes splined upon shafts G, so that they may move vertically and adapt themselves to the shoes, against which they are pressed by their own weight.

J are receptacles for blacking, secured uponshafts G, below the toe-brushes. The blacking is mixed with the cotton j or other absorbent material and placed in said receptacles, whence it oozes out through the perforationsj, in the sides of said receptacles, onto the side brushes II.

K are heavy washers in the receptacles for compressing the absorbent material.

K are bosses on toe-brushes J for further compressing the cotton.

L are daubers sliding vertically in pockets formed in the toe-brushes J. These daubers consist of hollow cups filled with blacking, and having sponges Z at their .lower ends, which sponges are consequently kept saturated with blacking. The tops of the daubers are beveled and project slightly above the backs of the toe-brushes.

M are levers pivoted to uprights upon the frame E by pins m, and M are inclined projections supported from any convenient standard upon the foundation-plate or from the steps. The ends of the levers M are adapted to engage with these proj ections as the frame E descends, and the projections depress the bent ends m of the levers so that the daubers strike against said ends and the blackingsponges are pressed against the shoe-tops. The elasticity of the sponges raises the daubers as soon as they leave the ends of levers M. The projections M are so located that the chair will descend for a certain distance before the levers M strike them, an d the brushes clean the shoes from dirt during this portion of the descent of the chair.

The blacking is applied to the shoes while the levers are in contact with the projections, and the downward pressure of the bent ends of the levers upon the backs of the revolving toe-brush may also cause the bosses of the said toe-brushes to press out the blacking in receptacles J onto the side brushes, if desired, as well as to operate the toe-daubers during that time. When the levers leave the projections, the shoes are polished by the brushes until the chair arrives at its lowest position, when the operation is complete.

I do not confine myself to the use of the blacking devices in combination with the vertically-movable chair, as these devices can be used separately.

What I claim is 1. The combination, with the stationary u prights, of the chair sliding verticallybetween said uprights, a shaft journaled in bearings secured to the chair, intermediate driving mechanism connecting the chair and shaft, whereby the said shaft may be revolved by the vertical motion of said chair, and revoluble shoe-brushes operatively connected with said shaft, substantiallyas and for the purpose set forth.

2. The combination, with the stationary uprights, of the chair sliding vertically between said uprights, a shaft journaled in bearings secured to the chair, cords wound upon said shaft and connected to the uprights, a second cord wound upon said shaft in the reverse direction from the aforesaid cords, a mechanical device for pulling the second cord and thereby raising the chair, and revoluble shoebrushes operatively connected to said shaft and operated by the motion of the chair, substantially as and for the purpose set forth.

3. The combination, with the stationary uprights, of the chair sliding vertically between them, a shaft journaled in bearings secured to the chair, the moving pulley-blocks connected to the chair, the stationary pulleyblocks secured to the uprights, the cords wound upon said shaft and passing through said pulley-blocks, a cord wound upon said shaft in the reverse direction from the aforesaid cords, the cord-guide pulleys, a mechanical device for pulling the cord, and thereby raising the chair, and revoluble shoe-brushes operatively connected to said shaft and operated by the vertical motion of the chair, substantially as and for the purpose set forth.

4. The combination, with the chair, of the revoluble shaft journaled iii-bearings secured to the chair, a beveled toothed wheel secured on said shaft, a beveled toothed pinion mounted on a vertical shaft and gearing into said bevel-wheel, and the revoluble side, heel, and toe shoe-brushes operatively connected to said vertical shaft, substantially as and for the purpose set forth.

5. The combination, with the foot-rest, of the drive-chain encircling said foot-rest, the revoluble vertical shafts provided with drivewheels for said chain, and a series of side brushes provided with spring-handles connectin g them to the drive-chain, substantially as and for the purpose set forth.

6. The combination, with the foot-rest, of the drive-chain encircling said foot-rest, the revoluble vertical shafts provided with drivewheels for said chain, the toe-brush splined to one of said shafts, and the revoluble heelbrush mounted on a vertical shaft and also encircled by the said drive-chain, substan tially as and for the purpose setforth.

7. The combination, with the side brushes, the drive-chain, the chain-wheels, and the vertical shafts for operating them, of a perforated receptacle for the brushes to bear against secured to one of said shafts and filled with absorbent material and blacking, and a Washer for compressing said absorbent material in the receptacle, substantially as and for the purpose set forth.

v8. The combination, with the revoluble toebrush provided with a pocket, of the dauber sliding vertically in said pocket and provided with a beveled upper end, a pivoted lever ICC IIS

adapted to depress the danber When the said and the vertical motion of the chair and shaft beveled end strikes against it, and an inclined are retarded just before the chair reaches its projection adapted to operate said lever at lowest position, substantially as set forth. intervals, substantially as and for the pur- I I11 testimony whereof Iaffix my signature in 5 pose set forth. presence of two Witnesses.

9. The combination, with the verticallymovable chair and the revolnble shaft jonr- WVALTER S. BADGER. naled under the chair, of the springs and the j WVitnesses:

brake-blocks secured to the foundation, HERBERT W. T. JENNER, 10 whereby both the rotary motion of the shaft CHARLES ARDERY.