US1948257A

US1948257A - Guide track for wood heel turning machines

Info

Publication number: US1948257A
Application number: US567933A
Authority: US
Inventors: Clausing George
Original assignee: Vulcan Corp
Current assignee: Vulcan Corp
Priority date: 1931-10-09
Filing date: 1931-10-09
Publication date: 1934-02-20
Anticipated expiration: 1951-02-20

Description

Feb. 20, 1934. G. CLAUSING 1,948,257

GUIDE TRACK FOR WOOD HEEL TURNING MACHINES Filed Oct. 9, 1931 2 Sheets-Sheet 1 INVENTOR.

ATTORNEYS um'rr. STATES PATENT orrics GUIDE TRACK FOR WOOD HEEL TURNING MACHINES George Clausing, Portsmouth, Ohio, assignor to The Vulcan Corporation, Portsmouth, Ohio, a corporation of Ohio Application October 9, 1931. Serial No. 567,933 1'7 Glaims. (Cl. 12--87) My invention relates to wood heel turning Figure 4 is a side elevation of a slightly modimachines and to the mounting for a guiding fied type of wedge mounting. device for the blank holder of the machine. Figure is a plan view of the auxiliary wedge There has been considerable development in shown in the mounting illustrated in Figure 4.

b the mechanical construction of machines for Figure 6 is a detail view of a further modifica- Q turning wood heels. Wood heel turning mation in the wedge mounting for the guiding track. chines have, in the past, been provided with a In the drawings, I have indicated in Figure rotary cutter, with a blank holder for carrying 1 a rotary cutter 3 of ordinary confirmation, the wood heel, arranged to swing into different which is mounted for rotation upon a shaft 4.

mi positions about the cutter, so that the heel may The shaft 4 is supported in a carriage 5 which is G5, be cut in a desired contour. For guiding the adapted to be moved vertically for adjustment heel holder, a curved guide is provided which W en other than ba l be r n s a e u d- A extends from points adjacent the cutter and is head 6 is mounted on the upper end of the verarranged to engage the holder to tilt it with tical shaft 7. The shaft '7 is journaled in brackrelation to the axis of the cutter during its moveets fastened to the machine frame, and when the ment about the cutter, Heretofore, curved heel holder which is mounted thereon is held guide has been used, which is pivotally mountin operative relation to the cutter, the shaft '7 ed at its end adjacent the cutter, so that it may is ld n th v t a pl n of h a t a d be swung into different positions of adjustment as far as the present invention is concerned, it

to vary the tilting movements of the blank holder will be understood, if it be considered that the 7 in apredetermined ratio. shaft 7 is journaled in fixed. hearings in the It is the object of my invention t provide a position noted. A cam 8 is also mounted on the guide for a blank holder in a wood heel turning Shaft '7 d ct y be eath t e head 6. The Cam machine, in which the angle of inclination of is positioned so as to be n a d by a member 95 t guiding track is m u by a wedge 9, which is secured on the machine frame. The

Another object f my invention is to provide cam is controlled by the position of the member a mounting for a guiding track of a wood heel 9, which allows the 9am to yield against the turning machine, in which calibrations of a memberwedge member may be employed to accurately The base 10 of the blank holder may be pivot- 8 gauge the angle of inclination of the guiding ally connected on the head 6, as by means of a track. pivot pin 11. The base is provided with suitable Another object of my invention is the provision hes-1 ctamping means h in the illustration of a guide track mounting in which additional g g a 1Wer g f g 12 mounted fl J -r H on e ase 10, an an adjus a e upper clamp- 85 8X1 1 my and of adJu-stmem 1s pelmhtpd ing member 13, whicis adapted to be moved particularly in the case of duplicating set-ups,

because of the elimination of a fixed pivotal mounting.

The above objects and other objects to which 40 reference will be made in the ensuing disclosure,

I accomplish by that certain combination and to different positions of adjustment by means of a cam lever 14. The general description of the machine thus far given constitutes no part of my invention, it being merely described to enable those skilled in a the art to understand the general construction z igigg g zgg f of Whlch I have shown of the machine to which my invention relates. e A Movement is imparted to the heel holder clamping Flgure 1 IS Such portlons device, and a foot 15 bears on the curved track 45 of Wood h ee1 tummg machme as I E 16. The position of the heel in its presentation pedient to illustrate, so that one skilled in the to the Cutter is therefore determined by means art may understand the particular feature of my of the curved am track invention in its relation to the general type of Mounted on the machine I h Shown th Wood heel tunng machme to Whlch 15 P- right support 1'? which has a laterally extending 5o plicable. I support 18. A block 19 is secured to the side 1 5 Figure 2 1s a bottom plan view of a preferred of th rved track 16. yp of the Wedge- As one mounting for a track, I have shown in Fi ure 3 is a i e eleva i n o an n a d Figures 1 and 3,abo1t 20, having a threaded nut al of a d ta of th wedge m unt n f the. 21 thereon. The clamping bolt extends up holder guide. through an opening in the wedge 25 and an open- 1 0 ing 22 in the block 19, and a head 23 is secured on top of the bolt 20 to permit vertical movement of the block 19. p

A wedge block 25 having a cut-out slot 26 therein, and with serrations 27 preferably on its lower face, is mounted between the block 19 and the arm 18. An adjustable screw 28 having a calibrated head 29 is journaled in the arm 18, and can be elevated to a desired position to seat within one of the narrow teeth 27 of the lower surface of the wedge member. The side of the wedge 25 may be calibrated, and when the nut 21 is released, the wedge member may be moved readily to a desired position.

The wedge 25 has its lower side arching around the upper side of the support member 18. This is best seen in Figs. 4 and 6, where the wedgev 25 has been adjusted back from its position in Fig. 3. This is because the notched portion of this lower side of the wedge and the forward unnotched portion of the wedge are not in a straight line but divergent at a wide angle. If these portions were in a straight line, adjustment of this wedge 25 merely would vary the elevation of the guide and not its inclination. The wedge 25 thus has a combined rocking and elevating or lowering action when adjusted, so that it is efiective for moving said guide in a series of non concentric arcs.

In the modification illustrated in Figure 4, there is the same support 17 having a lateral arm 18. I have shown a bolt 20a extending through the arm 18 and passing through the groove of the wedge member 25, which is similar to the wedge member illustrated in Figures 2 and 3. The guide track 16 has a block 19a secured to its outer side, and the bolt 20a passes through a tapered aperture 30 and has a head 31. An auxiliary wedge 32 having a slot 33 through which the bolt passes, is illustrated in this modification, which, as will be obvious, permits the guiding track to be clamped down at a predetermined inclination. In Figure 6 I have shown the upright arm 17 mounted on the machine frame, and the side arm 18 extends out from the upright 17 in a manner similar to the mounting shown in the other figures. The track 16 is held in position by means of a wedge member 25 in the same manner as in the other modifications. In Figure 6, instead of providing an adjustable screw, the end of which seats Within the serrations within the lower surface of the wedge, I have merely provided a ridge or elongated tooth 33.

In Figure 6 I have indicated in dotted lines the position which the track will assume upon the advancement of the wedge to increase the angle of inclination of the track. In order to increase the inclination of the track, the wing nut 21a, must first be backed off and the wedge 25 can then be pushed, as indicated, to the right or left.

It will be obvious that with the wedge mounting which I have provided, more accurate con trol of the angle of inclination of the track and a greater range of adjustments to various angles of inclination may be provided and recorded. With the wedges provided with calibrations as indicated, an operator can readily set up the machine for a given heel, be instructed as to how far in to insert the wedge, and the contour which will be given to the heel can thus be very accurately controlled. The calibrations being extended along the side of the wedge member, can be much farther apart and thus more readily visible when an auxiliary calibrated screw is used.

Having thus described my invention, what I claim as new and desire to secure by Letters Patent, is:-

1. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to saidcutter, a guiding track for said blank holder, and mounting means movable relatively to said track comprising a wedge adjustable to hold the track in different guiding positions.

2. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to said cutter, a guiding track for said blank holder, and mounting means movable relatively to said track comprising a wedge adjustable to hold the track in difierent guiding positions, said wedge having calibrations on its side by which different positions of said track may be determined.

3. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to said cutter, a guide for said blank holder and means for supporting said guide in different angular positions, said means being movable relatively to said guide and eifective for moving said guide in a series of non-concentric arcs.

l. In a machine of the character specified having a rotary cutter and a blank holder arranged V to be swung into diiferent positions relative to said cutter, a guide for said blank holder and means for supporting said guide in difierent angular positions, said means being movable rela tively to said guide and effective for moving said 7 guide in a series of non-concentric arcs, said means comprising a movablezwedge shaped member afiecting the adjustment by its movement.

5. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to 1125 said cutter, a guide for said blank holder and means movable relatively to said guide for holding said guide in different angular positions, said means eifective for moving said guide in a series of non-concentric arcs, said means comprising a 1-20 movable wedge shaped member afiecting the adjustment by its movement and calibrated to indicate the degree of adjustment.

6. In a machine of the character specified havinga rotary cutter and a blank holder arranged 1-25 to be swung into difierent positions relative. to said' cutter, a guide for said blank holder, and means for adjustably mounting said guide comprising a supporting arm, a wedge member movable relative to said supporting arm, said guide having a mounting block and a clamping bolt securing said guide on said arm, said mounting block being provided with a tapered hole though which said bolt extends.

'7. In a machine of the character specified having a rotary cutter and a blankholder arranged to be swung into different positions relative to said cutter, a guide for said blank holder, and means for mount-ing said guide comprising a supporting arm, a wedge member movable relative to said supporting arm, said guide having a mounting block and a clamping bolt securing said guide on said arm, said mounting block being provided with a tapered hole through which said bolt extends, said wedge being calibrated.

8. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to said cutter, a guide for said blank holder, and means for mounting said guide comprising a sup- 15D porting arm, a wedge member movable relative to said supporting arm, said guide having a mounting block and a clamping bolt securing said guide on said arm, said mounting block being provided with a tapered hole through which said bolt extends, said wedge being calibrated and having a serrate lower surface.

9. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to said cutter, a guide for said blank holder, and means for mounting said guide comprising a supporting arm, a wedge member movable relative to said supporting arm, said guide having a mounting block and a bolt securing said guide on said arm, said mounting block being provided with a tapered hole through which said bolt extends, said wedge being slotted providing clearance for the passage of the bolt therethrough.

10. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different positions relative to said cutter, a guide for said blank holder, and means for mounting said guide comprising a supporting arm, a wedge member movable relative to said supporting arm, said guide having a mounting block and a bolt securing said guide on said arm, said mounting block being provided with a tapered hole through which said bolt extends, said wedge being calibrated and having a. serrate lower surface, and an auxiliary adjust ment screw extending into contact with the serrate lower surface of said wedge.

11. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, means to support said holder and guide its swinging, comprising at least two members with mutually engaging sides, one of which members is adjustable relatively to the other, and one of which sides arches around the other one of said sides along the line of adjustment to effect a combined rocking and raising or lowering adjustment of the path of swinging of the holder relative to the cutter when said members are relatively adjusted.

12. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of said holder, a supporting member, a wedge interposed between said members and adjustable relatively to said members, and means adjustable to hold said members together in differently spaced relations established by adjustment of said wedge.

13. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of the holder, a supporting member, a wedge adjustably interposed between said members, said wedge and at least one of said members having mutually engaging sides, one of which sides arches around the other along the line of wedge adjustment, and means adjustable for holding said members together in differently spaced relations established by the adjustment of said wedge.

14. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of the holder, a supporting member, a plurality of wedges interposed in series between said members, one of said wedges and one of said members having mutually engaging sides, one of which sides arching around the other along the line of wedge adjustment to effect a combined rocking and raising or lowering of the guide member when said one of said wedges is adjusted, the other wedge supplementing the raising or lowering effect when adjusted, and means adjustable forholding said members together in differently spaced relations established by adjustment of said wedges.

15. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of the holder, and a supporting member, a wedge adjustably interposed between said members whereby said wedge and at least one of said members have mutually engaging sides, one of which sides arches around the other along the line of wedge adjustment to effect a combined rocking and raising or lowering of the guide member, supplementary means for varying the spacing of said wedge and one of said members to modify the effect of the wedge adjustment, and means adjustable for holding said members together in differently spaced relations established by said wedge and said supplementary means.

16. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of the holder, a supporting member, a wedge adjustably interposed between said members, varying the spaced relation of the members by its adjustment, an adjusting screw varying the angle of the wedge to one of said members, supplementary to the adjustment by said Wedge, and means adjustable for holding said members together in differently spaced relations established by said wedge and said screw.

17. In a machine of the character specified having a rotary cutter and a blank holder arranged to be swung into different angular positions relative to the cutter, a member to guide the swinging of the holder, and a supporting member, a wedge shaped element in adjusting relation to said guide member on said supporting member, adjustable to hold said guide member at various inclinations and elevations relative to the cutter, and a bolt and nut device holding said members together, permitting their various spacing and having engagement with one of the members, and allowing the various inclinations of said guide member.

GEORGE CLAUSING;