US884138A

US884138A - Cask-planing machine.

Info

Publication number: US884138A
Application number: US33909606A
Authority: US
Inventors: Ludwig Drexler
Original assignee: Individual
Current assignee: Individual
Priority date: 1906-10-15
Filing date: 1906-10-15
Publication date: 1908-04-07
Anticipated expiration: 1925-04-07

Description

PATENTED APR. -'7, 1908..

L. DREXLBR. y GASK PLANING MACHINE. APPLIUATION FILED OCT. 15.1906.

2 SHEET8-SHEET 1.

PATENTED APR. 7, 1908.

L. DBEXLER. v GASK PLANING MACHINE. -APPLIOATION FILED 001.15,1906,

c Z-SHEETS-SHEET 2.

LUDWIG DREXLER, OF MUNICH, GERMANY.

CASK-PLANING MACHINE.

Specification of Letters Patent.

' Application filed October 15, 1906.

Patented April 7, 1908.

Serial No. 339,096.

T call whom it may concern:

Be it known that I, LUDWIG .DRExLER, citizen of Germany, residing at Munich, Bavaria, Germany, have invented certain new and useful Improvements in Cask-PlaninghIachines; 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 machines for dressing the interior of casks by planing the same.

The object of the invention is a construction in which the cask may be readily placed in position to be operated upon or removed therefrom, and in which the tool is readily brought to bear upon the interior surface of the cask as may be required by the circumstances of the case.

With these objects in view the tool bearing shaft is so arranged as to be readily adjustable in a manner to bring the tool to bear in varying degrees upon different portions of the cask surface and to ermit the insertion and removal of the cask 1n its holders.

The invention as hereinafter more fully described and as particularly set out in the accom anying claims will be readily understood 'rorn an inspection of the accompanying drawings illustrating certain embodiments of the'invention, in which drawings Figure 1 is a longitudinal section through the machine and cask; Fig. 2 is a transverse section; Fig. 3 is an end elevation; Fig. 4 is a transverse section of a portion of the device on an enlarged scale; and Fig. 5 is a longitudinal section throu h Fig. 4.

Referring to the rawings in detail the tool a, carrying the blades 1) is mounted upon a tubular shaft 0 rotating in bearings d. In line with the shaft 0 is a stub shaft e of a diameter designed to fit the interior of the tool shaft 0 and likewise mounted in a bearing 1;. The bearings 11 and o are mounted upon pivots so as to permit of swinging latera ly in unison, the bearing o being pivoted to a standard carried by the machine frame and the bearing cl pivoted to standards formed on a slide to mounted on a carriage longitudinally movable on the machine frame by means of a screw spindle g driven by bevel gears g from the hand wheel S. Two cask holders h and i are provided, the former being carried by the carriage {4 and the latter fixed upon the machine ame,

The carriage f is' whereby the two holders h and 71 may by means of the hand wheel S be moved to and from each other to receive and grip the opposite ends of a cask within their central opening as shown in Fig. 1. These cask supports h and i are provided with peripheral teeth is and Z rotected by housings m and n, and the gears c and Z are arranged in gear with pinions o and a which pinions are so driven from a suitable source of power as to cause the cask holders to rotate in a direction opposite to that of the tool shaft whereby the tool blades 1) and the cask t rotate in opposite directions, the speed of the tool belng much greater than that of the cask.

To permit of lateral positioning of the tool relative to the cask interior the bearin s (Z are rovided with' a lever p which is held 111 any c esired position by a pawl r engaging a toothed sector g. A hand lever 2 connected with the slide w provides for the adjustment of the tool longitudinally of the cask by shifting of the slide w and with it the tool bearing shaft 0 in telescopic relation to .the stub shaft 6.

The operation of the device is as follows By the turning of the hand wheel S in the direction of the arrow in Fig. 1 the carriage f and the slide to with the cask holder h and the tool shaft and tool are moved bodily to the left away from the cask holder 1'. and the stub shaft e, whereupon the finished cask t is released by the holders and may be removed between the tool shaft 0 and stub shaft e which latter are separated in an axial direction.

An unfinished cask being placed by the reverse operation over the tool shaft, the

lation of the tool shaft and stub shaft being' resumed. The tool and the cask holders being set in motion, the operator by the roper adjustment of the hand levers Z and 1) rings the rotating tool a with its blades 1) into pro or relation with the oppositely rotating cas t so as to dress the interior of the cask. WVhen completed the cask is released and a new one inserted by a manipulation of the hand wheel S as previously described.

It 1s in some cases found desirable to retain of a greater thickness that stave which contains the bung hole or tapping hole so that the same shall not be too greatly weakened. In order to accomplish this result a device is provided as in Figs. 4 and 5 whereby the tool is automatically lifted from the cask surface at that point so as to cut to a less depth or leave untouched the particular stave. As shown, an abutment 0c is adj ustably mounted in the slot y of the cask holder h against which abutment an inclined arm w carried by the tool shaft 0 impinges at the proper moment whereby the laterally swinging tool shaft 0- and the tool are retracted and prevented from cutting the stave in question. To effect this the cask must obviously be placed in the holder with such stave in proper relation to the abutment x.

In order to cause the tool to swing back of its own accord when the hand lever p is released the bearings and 1) may be provided with counter weights, which have, however, been omitted to avoid confusion, the construction and application of such being well known.

Having thus described my invention what I claim as new is:

1. In a cask planing machine, the combination, with two cask holders relatively movable to and from each other, of a tool shaft comprising two parts, one associated with each of the holders and arranged to be coupled and uncoupled as the holders are moved to and fro from each other to grip and release the cask.

2'. In a cask planing machine, the combination, with two cask holders relatively movable to and from each other, of a tool shaft comprising two parts having telescopic relation one to the other, one of the parts associated with each of the holders, and means to move the cask holders and shaft members to and from each other, coupling and uncoupling the shaft members.

3. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a stub shaft carried by the frame, of a carriage movable on the frame, a second cask end holder fixed on the carriage opposite the first holder, a tool shaft carried by the carriage in line with the stub shaft, and means to move the carriage longitudinally to cause the holders to grip a cask and to couple the shaft members.

4. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a laterally adjustable stub shaft carried by the frame, of a carriage movable on the frame, a second cask end holder sup- 1ported on the carriage opposite the first older, a tubular laterally adjustable tool shaft carried by the carriage in line with the stub shaft, and means to move the carriage longitudinally to cause the holders to grip a cask and to bring the shaft members into telescopic relation.

5. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a laterally adjustable stub shaft carried by the frame of a carriage movable on the frame, a second cask end holder su ported on the carriage opposite the first ho der', a slide longitudinally movable on the carriage, a laterally adjustable tool shaft mounted on the slide in line with the stub shaft, means to move the slide and tool shaft on the carriage, and means to move the carriage longitudinally to simultaneously cause the holder to grip a cask and to bring the shaft member into telescopic relation.

6. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a laterally adjustable stub shaft carried by the frame of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a slide longitudinally movable on the carriage,

a laterally adjustable tool shaft mounted on the slide, a hand lever connected with the slide to adjust the position of the slide longitudinally relative to the carriage, and a hand wheel and a screw spindle to move the carriage longitudinally of the frame to simultaneously cause the holders to grip a cask and to bring the shaft members into telescopic relation.

7. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a stub shaft pivoted on the frame to swing laterally, of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a tubular tool shaft mounted on the carriage in line with the stub shaft and arranged to swing laterally through the same are, a lever to control the swinging of the tool shaft, a toothed segment to fix the lever in an adjusted position, and means to move the carria e longitudinally to simultaneously cause t e holder to grip a cask and to bring the shaft members into telescopic relation.

8. I11 a cask planing machine, the combination, with two cask holders relatively movable to and from each other, of a tool shaft comprising two parts having telescopic relation one to the other, one of the parts associated with each of the holders, and means to move the cask holders and shaft members to and from each other coupling and uncoupling the shaft members, means to cause the rotation of the cask holders in unison in one direction and means to cause the rotation of the shaft and its tool in the opposite direction at a greater speed.

9. In a cask planing machine, the combination, with a frame, a cask end holder fixed thereon, and a stub shaft pivoted on the frame to swing laterally, of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a tubular tool shaft mounted on the carriage in line with the stub shaft and arranged to swing laterally through the same are, a lever to control the swinging of the 6 speed.

10. In a cask planing machine, the combination, wlth a frame, a cask end holder fixed thereon, and a laterally adjustable stub shaft carried by means of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a slide longitudinally movable on the carriage, a laterally adjustable tool shaft mounted on the slide, a hand lever connected with the slide to adjust the position of the slide longitudinally relative to the carriage, and a hand wheel and a screw spindle to move the carriage longitudinally of the frame to simultaneously cause the holders to grip a cask and to bring the shaft members into telescopic relation, the cask end holders provided with toothed rims, pinions geared with said rims, and means to drive the tool shaft and pinions to cause the rotation of the tool and cask holders in opposite directions.

11. In a cask planing machine, the combination, with a frame, a cask end holder supported thereon, and a laterally adjustable stub shaft carried by the frame of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a tubular tool shaft carried by the carriage in line with the stub shaft, means to move the carriage longitudinally to simultaneously cause the holder to grip a cask and to bring the shaft members into telescopic relation, means to cause a rotation of the tool shaft and cask holders in opposite directions, means to swing the tool shaft laterally to bring its tool into operative relation to the interior of the cask, and means to retract said tool from the cask surface at predetermined intervals.

12. In a cask planing machine, the combination with a frame, a cask end holder supported thereon, and a laterally adjustable stub shaft carried by the frame of a carriage movable on the frame, a second cask end holder supported on the carriage opposite the first holder, a tubular tool shaft carried by the carriage in line with the stub shaft, means to move the carriage longitudinally to simultaneously cause the holder to grip a cask and to bring the shaft members into telescopic relation, means to cause a rotation of the tool shaft and cask holders in opposite directions, means to swing the tool shaft laterally to bring its tool into operative relation to the interior of the cask, an abutment carried. by one of the cask holders, and an inclined arm mounted on the tool shaft and arranged to impinge against the abutment to retract the tool from the cask surface at that point.

In testimony whereof I hereunto affix my signature in the presence of two witnesses. LUDIVIG DREXLER.

Witnesses I LoUIs MUELLER, ABRAHAM SOHLESINGER.