US1113772A - Magnetic skelp-charging machine. - Google Patents

Description

W. T. GARLITZ.

MAGNETIC SKELP CHARGING MACHINE.

APPLICATION TILED rum. 101 1.

Patented Oct. 13, 1914..

Q SHEEIS--SHEET 1.

\ INVENTOR 14 TGar/lij- W. T. GARLITZ.

MAGNETIC SKELP CHARGING MACHINE.

APEHLH'IUN J'ILLI'I'EB.7.19H.

1 1 1 8,772. Patented 001:. 13. 1914.

2 SHEETS SHEET 2 WITNESSES INVEN OR MTQaPI/ZZ ATTORNEY FFICE.

WILLIAM THOMAS GARLITZ, OF MCKEES ROCKS, PENNSYLVANIA. I

MAGNE'ITC SKELP-CHARGING MACHINE l. items.

Specification of Letters Patent.

Patented Oct. 155 191%..

Application filed February 7, 1914. Serial No. 817,251.

To all whom it may concern:

lie it known that l, WILLIAM THOMAS (launrrz, a. citizen of the United States of America, residing. at McKecs Rocks, in the county of Allegheny and State of Pennsylvania, have invented certain new and useful Imprmemeuts in ltlagnctic Shhlp-Charging lii achiucs, of: which the following is a specification, reference being had therein to the accompanying drawing.

This invention relates to a magnetic skelp charging machine, and has for its object to provide a machine of such class with means, in a manner as hereinafter set forth, whereby pipe slrelp can he quickly charged to a furnace for the purpose of heating the skelp.

A further object ot' the invention is to provide a machine of such class with pairs of continuously operated feed rollers, formed of non-magnetic material. and having arranged therein stationary magnets for attracting the slrelp to engage the periphery of the rollers to up sutiicient friction hetween'the slrelp and the rollers during the feeding of the slcelp so that during the charge of the skelp there will he no slipping thereof, under such circumstances expedi tiously and rapidly feeding the skelp.

A further object of the invention is to provide a machine for the piu'pose set forth includingmeans for supporting the skelp above the feed rollers, during the operation of the latter whereby the skclp can be properly positioned to he charged without the skelp being engaged hjzthe feed rollers until. the operator has shifted the slrelp in position to be charged, and said means capable of being actuated to lower the slrelp to engage the periphery of the feed rollers so that the slrelp will he charged.

A further object of the invention is to provide a means for the purpose set forth, including pairs of feed rollers, the rollers of each pair being formed of non-magnetio material and having arranged thereina stationary magnet for attracting the skelp to engage the periphery of the feed rollers to cause Soilicicnt friction whereby the charge of a slrelp will be continuous, the skelp, during the charging operation being utilized to close the circuit provided by the magnets of each pair of iced rollers.

Further objects oi? the invention are to provide a magnetic slrelp charging means, which is simple in its construction and a1- rangemcnt, strong. durable efficient and convenientin its use, readily set up and com paratigely inexpensive to manufacture.

Vvith the foregoing and other objects in view, the invention consists of the novel construction combination and arrangement of parts as hereinafter more specifically de scribed and illustrated in the accompanying drawings, wherein is shown an embodiment of the invention, but it is to be understood that changes, variations and modifications can be resorted to which come within the scope of the claims hereunto appended.

In the drawings, wherein like reference characters denote corresponding parts throughout the several views: Figure 1 is a top plan view of a magnetic skelp charjng machine in accordance with this inveni ion, Fig. 2 is a side elevation, Fig. 3 is a perspective view of one of the skelp elevating and lowering members, Fig. a is a sectional plan of a pair of feed rollers, Fig. 5 is a vertical sectional View of a pair of feed rollers, and Fig. 6 is a vertical sectional view of a feed roller taken at right angles to the section shown in Fig. 5.

. Referring to the drawings in detail, 7 and 8 denote a pair of rails to provide a track arranged forwardly of a furnace, the latter being illustrated diametrically as at 9. Upon the track rails 7 and 8 is adapted to be shifted the 'magnetic skelp charging machine in accordance with this invention. whereby the slrelp, when charged can be fed to the furnace at different points of the latter.

Mounted upon a truck 10, which travels upon the rails 7 and 8 is the machine frame 11 carryinga constant s eed motor 12, for operating a driving mec ianism 13 for the truck 10. The driving mechanism for the truck 10 may be ofany suitable construction; The controlling lever for the driving mechanism is indicated at 14- The frame 11 is provided with bearings 1 h having journaled therein hn operating shaft 15, which is driven from a constant speed motor-'16. The shaft 15 is op'eratirely connected with the said motor in any suitable manner and said shaft 15 is provided with pairs of beveled gears, the gears of one pair being-"indicated at 16, and the gears of the other pair at 1-7. Two pairs of gears are illustrated, but it is obvious that the number of pairs can be increased depending upon the number of feed rollers employed. The shaft 15 extends longitudinally with respect to the frame 11, and is arranged in.proximity to one sideof said frame 11, the said side being indicated by the reference character 18. The gears 16 are positioned near one end of the shaft 15, and the gears 17 near the other end of the shaft 15:

Connected to the side 18 of the frame 11 and projecting at right angles with respect thereto is a longitudinally disposed table 19 provided with a longitudinally extending angle'shaped member 20, wh1ch projects above the table 19 and constitutes a stop. Projecting from the side 18 of the frame 11 and disposed at right angles with respect thereto is a longitudinally extending plate 21 carrying on its upper face a pair of angle- shaped members 22 and 23, which are disposed longitudinally with respect to the plate 21 and each other and the said mem-- bers 22 and 23 in connection with the plate 21 provide a guide for the skelp as the latter is fed to the furnace. The guide 21 is spaced from the table 19, but arranged in longitudinal alinement with respect thereto. Projecting from the side 18 of the frame 11,at the inner end of said frame is a plate 24 having. arranged on its upper face a pair of longitudinally extending angle- shaped members 25 and 26, which in connection with the plate 24 provide a guide for the skelp as it.

side 18 of the fi nine 11. The stem of the member 27 has 'pivotally connected thereto as at 30 a pair of depenc ing spaced parallel links 31, which have their lower ends pivotally connected as at 32 to a pair of links 33 and to a head 34. The links 33 are pivotally attached to a bracket 35, secured to a plate 36 spaced from the side 18 of the frame 11. The heads 31 are connected together by a longitudinally extending rod 36 and the head 3d of that element which is arranged at the inner end of the table 19 has attached thereto a longitudinally extending rod 37, which is pivotally connected as at 38 to an arm 39 actuated by a lever 40 pivotally attached as at 41 to a bracket 42 carried by the T-bar The members QT'project above the table 19 and plate 21, as clearly illustrated in Fig. 2 and are maintained in such position when the lever 4-0 is in the position illustrated in Fig. 2. If the lever is swung toward the roar cud of the plate 19, the Supporting elements are lowered.

The members 27 are employed to hold a skelp above the feed rollers so that the skelp can be properly positioned prior to the charging of the skelp into the furnace. After the skelp has been properly positioned, the lever 40 is shifted toward the rear end of the plate. 19 lowering the elements 31, so that the skelp will engage the feed rollers and he charged-into the furnace.

As before stated, two pairs of feed rollers are illustrated in connection with the machine, but the number of feed rollers can be increased if desired. The feed rollers of one pair are indicated by the reference char acters -13 and 14 and the feed rollers of the other pair are indicated by the reference characters 45 and 16. The feed rollers 43 and 14 are positioned between the table 19 and plate 21 and the feed rollers 15 and 116 are positioned between the plates 21 and 21. Associated with and fixed to each of the feed rollers is a spindle 47, which is mounted in a .bearing 48 carried by the side 18 of the frame 11 and is provided with a beveled gear 119. The gears 49 mesh with the gears 16 and 17.

Each of the feed rollers consists of a hollow bod portion 50 formed of non-magnetic materia, prefer 'rtbly brass and one end of: the body portion 50 has a hub 51 which is interiorly threaged and engages with the threaded stemfi .of the spindle :17 whereby the body portion 50 is fixed to the spindle 17 so that said jbod portion will rotate with said spindle. 'Tiiecther end of the body portion 50 has SQClncd therein anannnlar member 53 formed with a hub 54.

Arranged in the feed rollers of each pair are magnets 55 and 5G. The pole piece of the magnet 55 is indicated at 57 and the pole piece of the magnet 56 is indicated at 58 and the said pole pieces are permanently out of engagement .with the inner face of the rolls in which their respective magnets are arranged. The magnets 55 and 56 are stationary and each magnet is supported through the medium of a U-shaped member 59, which is. fixedly secured as at (30, to the lower end of a pole piece. One arm of the member 50 is loosely mounted as at (31 upon the stem 52, whereby the said stem will rotate in the arm of the said member 59. The other arm of said member 59 has formed integral therewith a stub shaft 62, which projects through the hub 54 and said shaft provides what may be termed a bearing for the hub 5-1. while the feed roller and spindle rcvolrc. By the foregoing arrangenicnt, it is obvious that the magnets are sus cndcd in a stationary manner within the cod rolls.

The connection between the pole pieces 0 a pair of magnets is had through the medium of an arm 63 of conducting material and the said arm, has secured in its ends, as at 64-, the stub shaft 62 carried by a pair of supporting members 59. The circuit in con nection with a pair of magnets, when feeding the skelp is from the slrelp, through roller =33, pole piece 57, member 59, stub shaft 62, arm 63, other stub shaft 62, through member59, pole piece 58 through roller 44 to skelp. The elevating and lowering device which associates with the rollers is also employed to take the jar and weight of the slrelp oil the rollers until one is ready to charge the slcelp, and after being ready to charge the skelp, the lever is shifted, which lowers the skelp on to the rollers and as the rollers are revolved, the slrclp is charged through the guides into the heating furnace. The magnets in the rollers cause the skelp to be attracted toward the pole pieces which provides traction between the rolls and the skelp and under such conditions there is no slip of the slcelp the same is charged to the furnace. The plate 36 has connected thereto a pickers trough of ordinary construction.

What I claim is 1. A magnetic skelp charging machine comprising a frame, feed rollers carried thereby, and stationary traction magnets 11? ranged Within said rollers.

' 2. A magnetic skelp charging machine comprisingfeed rollers constructed of nonmagnetic'material, and traction magnets arranged within said rollers.

3. A. magnetic slrelp charging machine comprising feed rollers constructed of nonmagnetic material, and stationary traction magnets arranged Within said rollers.

4. A magnetic skelp charging machine comprising feed rollers constructed of nonmagnetic material, and traction magnets arranged within saiid rollers, the pole pieces of said magnets spaced from the inner faces of said rollers.

5. A magnetic slrelp charging machine comprising feed rollers constructed of nonmagnetic material, and stationary traction magnett arranged Within said rollers, the pole pieces of said maghets spaced from the inner faces of said rollers.

6. A. magnetic skelp charging machine comprising pairs of feed rollers, supporting means therefor, and traction magnets arranged in each pair of feed rollers, the mag-- nets being stationary and the magnets associated with each pair of rollers being coir nected together, said rollers formed of nonmagnetic material and having the pole pieces of their respective magnets spaced from the inner laces thereof.

9. A magnetic 'skelp charging machine comprising a pair of feed rollers, means for revolving said rollers, stationary magnets arranged within said rollers, and means for connecting said magnets together, said means including elements upon which said rollers revolve.

10. A magnetic skelp charging machine comprising a pair of feed rollers, means for revolving said rollers, stationary magnets arranged within said rollers, means for connecting said magnets together. said means including elements upon which said rollers revolve, each of said rollers formed of non-magnetic material, and said magnets having their pole pieces spaced t'rom the inner facesoif' said rollers.

11. A magnetic slrelp charging apparatus comprising hollow l'eednrollcrs constructed of nonmagnetic material, means for revolving said rollers, stationary traction magnets arranged Within said rollers and having the pole pieces spaced from the inner "face of the rollers, and supporting means within said rollers for said magnets, said supporting means including elements upon which said rollers revolve.

12. A magnetic skelp charging apparatus comprising hollow feed rollers constructed of non-magnetic material, means for revolving said rollers, stationary traction magnets arranged within said rollers and having: the pole pieces spaced from the inner face oi the rollers, siuiporting means within said rollers for said magnets, said supporting means in cluding elements upon which said rollers revolve, and said supporting means loosely connected with the means for revolving the rollers.

13. A magnetic slcclp charging machine comprising feed rollers, stationary traction magnets arranged thercingand supporting means within the rollers For said magnets, said supporting means connected to the pole pieces of the magnets.

M. A magnetic skclp charging machine comprising feed rollers, stationary traction magnets arranged therein, and sup 'iorting moans Within the rollers for said magnets, said supporting means connected to the pole 'ieces oi the ma nels said rollers formed of said rollers, means associated with said rollera for supporting a skelp there above prior to the chargin of the skelp, and operating means for sai supporting means to lower the latter whereby the skelp will engage the rollers to be charged.

16. A; magnetic skelp charging machine comprising a frame, feed rollers carried thereby, stationary traction magnets arranged within said rollers, means associated with said rollers for supporting a skelp there above prior to the charging of the skelp, and operating means for said supporting means to lower the latter whereby the skelp will engage the rollers to he charged.

17. A magnetic skelp charging machine comprising feed rollers constructed of nonmagnetic material, traction magnets arranged within said rollers, means associated with said rollers for supporting a skelp there above prior to the charging of the skelp,and operating means for said supporting means to lower the latter whereby the skelp will engage the rollers to be charged.

18. A. magnetic skelp charging machine comprising feed rollers constructed of nonmagnetic material, stationary traction magnets arranged within said rollers, means associated with said rollers for supporting a skelp there above prior to the charging of the skclp, and operating means for said supporting means to lower the latter whereby the skelp will engage the rollers to be charged.

19. A magnetic skelp charging machine provided with a pair of skelp guides, feed rollers positioned at one end of each of said guides, traction finagnets arranged within said rollers, said rollers formed of non-magnetic material, and the pole pieces of said magnets spaced from the inner faces of said rollers.

20. A magnetic skelp charging machine provided with a pair of skelp guides, feed rollers positioned at one end of each of said guides, traction magnets arranged within said rollers, and a skelp elevating and lowering device associated with said rollers and capable of supporting a skelp above the rollers prior to the charging ofthe skelp and further capable of lowering the skelp to be engaged by the rollers whereby the skclp will be charged.

21. A magnetic skelp charging machine provided with a pair of skelp guides, feed rollers positioned at one end of each of said guides, traction magnets arranged within said rollers, said rollers formed of non-1n agnetic material, the pole pieces of said magnets spaced from the inner faces of said rollers, and a skelp elevating and lowering device associated with said rollers and capahle of supporting a skclp above the rollers prior to the charging of the slrelp and further capable of lowering the skelp to be engaged by the rollers whereby the skelp will be charged.

22. A magnetic skelp charging machine comprising feed rollers arranged in pairs, said rollers formed 01"". non-magnetic ma terial, traction magnets arranged within said rollers, the magnets of each pair of rollers being connected together, and a skelp supporting and lowering device associated with said rollers.

23, A magnetic skelp chargin machine comprisingfeed rollers arrange in pairs, said rollers formed of non-magnetic material, traction magnets arnanged within said rollers, the magnets of each pair of rollers being connected together, a skel supporting and lowering device associate wita said rollers, and a plurality of skelp guides associated with said rollers.

v in testimony whereof I ailix my signature in the presence of two witnesses.

WILLIAM THOMAS GARLITZ.

' \Vitnesses:

NIoHoLAs L. BOGAN, MAX H. Snorovrrw

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