US273849A - jaeger - Google Patents

Description

(No Model.) 2 Sheets-Sheet 1.

G. L. JAEGER.

MATCH MAKING MACHINE. No. 278,849. Patented Ma.1'.13,1883.

INVENTOR ATTORNEYS N. PETERS. mo-Lixhognpnr. wnhingtun. D. C.

2 Sheets-Sheet 2.

(No Model.)

G. L. J AEGEE.

MATCH MAKING MACHINE.

No. 273,849. Patented Mar..13,1888.

fio A INVENTOR @www L. 3cm/@w WITNESSES:

BY MAM/ ATTORNEYS n. Panna Prwm-Liwgnpnef. wan-mgm". D. c.

ATENT Erice..

Gustav L. JAEGER., or NEW YORK, N. Y.

lVlATCl-leMAKlNG MACHINE.

SPCFCATION forming part of Letters Patent No. 273,849, dated March 13, 1883.

Application filed January 24, 1883. (No model.)

To all whom it may concern Be it known that I, GUs'rAV L. JAEGER, a citizen of the United States, residing at New York, in the county and State of New York, have invented new and useful Improvements in Match-Making Machines, of'which the following is a specification.

This invention relates to a machine for making matches from a roll of paper, pasteboard, straw-board, or woodboard,` or any other equivalent material, and it is designed to satura-te or coat the web with oleic acid, then to apply to one surface of the same the lighting composition, either in detached spots or in ridges, then to split the same, and to cut it also transversely, then to dry it.

The peculiar construction of my machine is pointed out in the following specification and illustrated in the accompanying drawings, in which- Figure l represents a longitudinal vertical section in the 'plane xm, Fig. 3. Fig. 2 is a section in the plane y y, Fig. showing the gear-connections of the various parts. Fig. 3 is a plan or top view, partly in section. The remaining figures are details, which will be referred to as the description progresses.

Similar letters indicate corresponding parts.

In the drawings, the letter A designates a roll of paper, pasteboard, straw-board, or other equivalent material suitable for the manufacture of matches. From this roll the web is drawn off and passed successively through an apparatus for coating or saturating the same with oleic acid or equivalent material, then through an apparatus for printing or applying on its surface spots or ridges of a suitable lighting compound, then through a slitting `mechanism, and finally through a transverse eutting mechanism.

The apparatus for coating or satnrating the web with oleic acid consists of a trough, B, a feed-roller, C, a delivery-roller, l), and apressing-roller, E. The trough B contains the oleic acid, and the feed-roller C is mounted on a shaft, c, which has its bearings in the side of the trough, and is geared together by cogwheels c d', Fig. 2, with the shaft d of the delivery-roller, which in its turn is geared together, by cog-wheels d e', with the shaft e of the pressing-roller E. The shafts d e have their bearings in the frame F, which supports all the working parts of my machine.

n the example shown in the drawings the web passes beneath the feed-roller C, then through between this feed-roller and the delivery-roller D, and finally over this deliveryroller, and between it and the pressing-roller E, to the printing apparatus. This course is given to the web if it is desired to saturate the same with oleic acid; but if it is desired to coat the same only on one side with such acid the web is carried from the roll directly through between the delivery-roller D and the pressingroller E, and in this case the delivery-roller is covered with an absorbent material, or made in the form of a series of brushes, which sweep over the surface of the feed-roller and transfer the oleic acid from this surface to the surface of the web. Instead of the oleic acid other suitahle'materinls may he used-such as a solution of resin in tnrpentine-and such material may be applied to the web in sections, in which case the roller D must have the form shown iu Fig. 7.

The printing or composition-applying apparatus consists of a trough, Gr, which contains the lighting compound in a inelted or semifluid condition, a feed-roller, ll, a printingroller, I, lbrtransferring the lighting compound from the feed-roller to the web, and a roller, J, for pressing on the web. The feed-roller is mounted on a shaft, h, which has its bearings in the sides ofthe trough G, and is geared together, by cog-wheels It' t', with the shaft t' of the printing-roller. The shaft is geared together, by cog-wheels tj, with the shaftj of the pressing-roller, and this shaft is geared together with the cog-wheel c of the pressingroller E by an intermediate gear-wheel, j", mounted on ashaft,f. (See Fig. 2.) The shafts z,j, andj'have their bearings in the frame F. 'lhe lniuting-roller l is provided on its circumference with a series of projections, t2, which may be made in the form ot continuous ribs, as shown in Fig. 4, or in the forni of detached peaks, as shown in Fig. 3. These projections take np the lighting compound from the surface of the feed-roller and transfer it to the surface of the web either in the form of ridges, which extend clear across the web if the projections have the form shown in Fig. 4, or in IOO the form of detached spots if the projections have the form shown in Fig. 3.

From the printing apparatus the web passes to the slitting mechanism, which consists of a series of knives. K, which are mounted on a common shaft, k, and of a smooth, roller, L, mounted on a shaft, l. The shaft l is geared together with the shaft 7c by cog-wheels l 7c', and with the shaftj by the cog-wheels Z'j and an intermediate cog-wheel, m', mounted on a shaft, m. The supercial velocity of the roller L is the same as the superficial velocity of the knives K, and as `the web passes through between the knives and said roller L the cuttingedges of the knives produce creases of such a depth that the web can be readily separated into strips whenever it may be desired. I prefer this method of cutting partially through the web to a slitting mechanism which cuts the webinto detached strips,because thestrips, when still .hanging together, can be more read# ily subjected to the subsequent operations than they can if they are entirely separated. After having been subjected to the action of the slitting mechanism, as above described, y the web is acted upon by the transverse cutter N, which is mounted on a shaft, at, and geared together with the shaft j by a large f cog-wheel, n', and pinion u2, Fig. 2, so that it i makes one revolution for ten (more or less) revolutions of the shaft l, or of the roller L. By the action of this cutter the web is cut or creased transversely into pieces of the required length. In the example shown in the drawings this cutter is arranged, like the knives K, so that it produces deep creases, only without completely detachin g the parts from each other. The superficial velocity of the cutter N'being much less than that of the roller L, it is neces- 3 lsary to' arrange said cutter so that it can move, a short distance independent of its shaft. For this reason the cutter is secured in a roller, n2, which turns loosely on the shaft 71Within the limits of a groove, n3, into which projectsa key, n, which is firmly secured in the shaft n.

(See Fig. 8.) After the web haspassed the transverse cutting mechanism it is hung up to dry. For this purpose a hanging Vapparatus may be employed-such as commonly used,for o instance, in the manufacture of paper-hangings, and well known in the arts. After the web has dried it can be separated into strips of the desired length, each strip, when coiled up, being t to be introduced into a match-box 5 of suitable construction, to ignite the pellets of lighting compound deposited thereon as the strip is drawn out. The pellets on the strips, when produced by a printin g-roller.L such as shown in Fig. 3, will have the appearance o shown in Fig. 5, and when produced by a print-- ing-roller such as shown in Fig. 4 said pellets will have the appearance shown in Fig. 6.

If desired, the'web may be saturated or coated separately, then rolled up and drawn from the roll through the printing mechanism, the slitting mechanism, and the transverse cutter.

The lighting compound which I use is one of the compounds commonly used in the mauufacture ot' friction-matches.

What I claim as new, and desire to secure by Letters Patent, is

1. The combination, in the manufacture of matches from pasteboard orequivalent material, ofan apparatus for satura-ting or coating the web with oleicfacid or equivalent material, an apparatus for transferring the lighting compound to the surface of the web, a slitting mechanism, and a transverse cutter, constructed and operating substantially as herein shown and described.

2. A machine for manufacturing matches from a continuous web, combining in its structure the following elements, arranged inthe order named, to wit: a receptacle for containing the lighting compound, an apparatus for taking up the lighting compound within the receptacle and transferring it to the ,surface of the web, and mechanism t'or slitting the web as it leaves the transferring apparatus, substantially as described. i

3. A machine for manufacturing matches from a continuous web, combining in its structure the following elements, arranged in the order named, to wit: a receptacle for containing the lighting compound, an apparatus for taking up the lighting compound within the receptacle Aand transferring it to the web, mechanism for providing the web with a series of closely-arran ged slits as it leaves the transt'erring apparatus, and a transverse cutter for creasing or slitting the web transversely as it leaves the slitting mechanism, substantially as described.

4. The combination, in the manufacture of matches from a continuous web, of an apparatus for saturating or coating the web with oleic acid or equivalent material, an apparatus for transferring the lighting compound to the surface of the web, and a slitting mechanism,

IOC

IIO

all constructed and operating substantially as hereinbefore shown and described'.

,In testimony whereofl have hereunto set my hand and seal in the presence of two subscribing witnesses.

GUSTAV L. JAEGER.

in. s]

Images