US368395A - heron - Google Patents

Description

3 Sheets-Sheet 1. F. HERON. INGOT MANIPULATOR.

(No Model.)

Patented Aug. 16, 1887.

| l l l L x I 4| (No Model.) 3 Sheets-Sheet 2. F. HBRON. INGOT MANIPULATOR. No. 368,395. Paten-ted Aug. 16, 1.887.

(No Model.) 3 Sheets-Shet 3. F. HERON. INGOT MANIPULATOR.

N0. 368,395. Patented Aug. 16, 1887.

N. PETERS. Phowmhagnphnr, wnmmgvon. D. :2.

UNITED STATES PATENT OFFICE,

FRED HERON, OF PHCENIXYILLE, PENNSYLVANIA, ASSIGNOR OF ONEIIALF TO THE PHOENIX IRON COMPANY, OF SAME PLACE.

INGOT- MANI PU LATO R.

SPECIFICATION forming' part of Letters Patent No. 368,395, dated August 16, 1887.

Application filed June 3, 1887. Serial No. 240,184. (No model.)

To all whom, it may concern.I prefer to make the plunger hollow, as shown, o Be it known that I, FRED HERON, a subject and secured to it is a cross-head, J, which ts of the Queen of Great Britain and Ireland, reover the reduced portion I', and is held in siding at Phoenixville, Chester county, Pennplace by a suitable nut. This cross-head J 5 sylvania, haveinvented certainlmprovements has two guide-rods, J J', at each side-of the in Hydraulic Manipulators, of which the folcylinder H. These guide-rods pass through 5 5 lowing is a specification. corresponding openings in the carriage G, as The object ofmy invention is to construct a shown in Figs. l and 3, and guide the cross hydraulic manipulator for handling ingots in vhead J in its vertical movement.

ro the process of rolling so that it will be sim- A number ofiingers, K,'are secured to the ple and powerful in construction and can be upper surface of the cross-head J. I have 6o readily examined and repaired, as fully deshown four in the present instance, and they scribed hereinafter. are secured by suitable bolts, j, passing In the accompanying drawings, Figure l is through flanges L of the ingers into the crossa sectional View of a portion of a rolling-mill, head J. These fingers extend up between showing in side View my improved maniputhe small feeding-rolls d, so that the top ofthe 65 lator. Fig. 2 is a transverse section on the fingers may come in contact with the ingot to line l 2, Fig. l. Fig. 3ds a plan view with be manipulated.

the rolls removed, showing only the manipu- The carriage is moved laterally under the 2o lator; and Figs. 4 and 5 are views of modificaframe D by means of a plunger, M, connected tions of parts of the -apparatus. at one end to the carriage,and having a piston, 7o

Ais the housing of the rolls, B B the upper M', working in a hydraulic cylinder, N, se-

and lower rolls, and O C the bearing-plate. cured to any permanent fixture on the founda D is the frame,on which are the feeding-rolltion. This hydraulic cylinder has inlet and ers d for carrying the metal to the rolls. outlet ports n a, and is also provided with a Directly under the frame D is a pit Sufsuitable stuffing-box, a'. By forcing water 75 eiently deep to contain myirnproved manipuunder pressure into this cylinder at the rear lator, and I provide suitable tracks, e c, on of the piston M' the carriage is moved laterwhich the manipulator can be traversed. ally under the frame D in the direction of its 3o G is a suitable frame or carriage provided arrow, Fig. 2, and when Water is forced into with traction-wheels g g, adapted to the rails the cylinder in front ofthe pistou the move- 8o e e. These rails are preferably V-shaped and ment of the carriage is reversed. The hyrun transversely in respect to the line of feed draulic cylinder H is connected with a cy1into the rolls. This carriage G supports the der, S, by a pipe, s. The cylinder S is severtical hydraulic cylinder H, which passes cured to the foundation and provided with an through an orifice in the carriage, and is seinlet-port, s', and with a stuffiugbox si. The S5 cured thereto by bolts y', passing through a pipe s travels to and froin this cylinder on the iiange on the cylinderand through the carriage, movement of the carriage by the piston-rod M, as snown in Fig. 2. The cylinder H is prefso that the cylinder H is alwaysin connection 4o erably made in' two parts, H H27 the lower with the water-supply, dispensing with the portion, H', being removable for repairs, &e., troublesome rubber tubing used in' most ma- 9o while the upper portion, H2, is provided with nipulators. The pipes connecting with the the usual stufiing-box, 7L. The portion H' of ports aand s' are provided with suitablevalves the cylinder is a trifle larger in diameter than by which pressure can be supplied to and cut the portion H, forming a shoulder, 71,2.. A offfrom the two hydraulic cylinders H and N.

plunger, I, working in this cylinder has a The operation of the device is as follows: flange, t', at its lower end, which limits the Referring to Fig. 2, I have shown theingot x upward movement ofthe plunger by striking in dotted lines l on the feed-rollers directly against the shoulder h' on the portion H2. I above the manipulator. Vhen it is required only to raise the ingot, the Water under pressure is turned into the cylinder H, forcing the plunger I up, so the fingers K lift the ingot clearvof the feed-rollers. After the ingot is raised clear of the feed-rollers water under pressure is allowed to flow into the cylinder N, and the carriage G can be moved from one side or the other of the frame D, depending upon the positionthat the ingot is to be placed in, and by allowing the water to escape from the cylinder H the plunger I falls, allowing the ingot to again rest on the rollers in its proper position. When an ingot is to be turned, the fingers are moved to a position in vrespect to the ingot, as-shown by dotted lines 2 in Fig. 2-that is, toward one side of the ingot--so that when the plunger I is raised the fingers will tilt the ingot over, as shown also by dotted lines 3, and turn it over on its side.

By the mechanism above described I place the lifting-cylinder and its plunger directly under the work, and not at one side, as is usual in this class of machinery. 2 5 Y, In Fig. 4 I have shown the manipulator provided with two cylinders, dispensing with the guide-rods J. v

`In Fig. 5 I have illustrated a 'cylinder and piston that may be used in place of the cylin- 30' der H and plunger I, if preferred. I claim as my invention-y 1. The combination of the tableof a rollingmill with a manipulator mounted on a suitable carriage and composed of a cylinder and 3 5 a plunger, carrying fingers situated directly-v under theload to be manipulated, and devices for moving the carriage laterally, all substantially as set forth..

2. The combination of the traversing carriage with a cylinder, H, a cylinder, H', of 4o larger diameter than the cylinder H, and a plunger, I, carrying the operating-fingers K, the said plunger having stops to limit its movement, substantially as set forth.

3. The combination of the traversing carriage with cylinder, the plunger carrying a cross-head, J, provided with suitable fingers, K, substantially as and for the purpose set forth.

4. The combination of the traversing carriage, cylinderl H, plunger having cross-head, and fingers K, With guide-rods J J for the cross-head, all substantially as specified.

5. The combination of thecarriage, the cylinder H, and plunger I, with a stationary cylinder, N, and a piston-rod, M, connected to one side of the carriage to move it transversely, substantially as set forth. 4

6. The combination of the carriage Gr, cylinder H, and the plunger carrying operatingngers, with a stationary cylinder, S, and a feed-pipe, s, for the ycylinder H, adapted to the said cylinder S, all substantially as set forth. Y In testimony whereof I have signed my name to this specification in the presence of two sub- 65 scribing witnesses'.

FRED HERON.

Witnesses: K

HUBERT HoWsoN, HENRY HoWsoN.

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