US280325A

US280325A - Baling-press

Info

Publication number: US280325A
Authority: US
Publication date: 1883-06-26
Anticipated expiration: 1900-06-26

Description

0. B.- ORTON.

BALING PRESS.

(No Model.)

No. 280,325, Patented June 26, 1883.

Invent 5074 v N. PETERS Plmo-Lima a ber. Washinlhn. Dv C.

I 3 5 corners.

UNITED STATES PATENT OFFI E.

CHESTER B. OBTON, OF LAWRENGEVILLE, PENNSYLVANIA, ASSIGNOB TO B. H. WILLIAMS, OF SAME PLACE, BENJAMIN F. ORTON, OF EAST SAGI- NAVV, AND CHARLES F. OBTON, OF BAY CITY, MICHIGAN.

-' SPECIFICATION forming part of Letters Patent No. 280,325, dated June 26, 1883.

Application filed December 8, 1882. (No model.)

To all whom it may concern 9 Be it known that I, CHESTER B. ORTON, of the city of Lawrenceville, county ofTioga, and State of Pennsylvania, have invented certain 5 new and usefullmprovements in Hay-Presses, which improvements are fully set forth and described in the following specification, reference being had 'to the accompanying draw 'ings.

10 My improvements relate to that class of presses by means of which hay, straw, or other commodities of a similar nature are compressed in order to facilitate the handling, shipping,

and storing of the same. My immediate object is to produce a hay-press which shall be simple in its construction, of great power, strong in all its parts, easily and quickly operated, portable, if so desired, and at a mod-- -erate cost of construction.

In the annexed drawings, Figure 1 is an end view in section of my device, showing the press ready for use. Fig. 2 is alsoa sectional end view, showingthe position of the several parts when the act of compressing the bale is .completed. Fig. 3 is a side view of the same, and serves to show more fully and clearly the method of applying the necessary power, and also the device which closes the opening in'the upper box, and at the same time forces the hay o downward in the act of compressing. Fig. 4 is a perspective view of the bale-box of my device, showing the door through which the finishedbale is removed. Fig. 5 illustrates my device for supporting the sliding boxes at the Fig. 6 is a view of the cross-bar,

which connects the two screws, and on which hangs the cap which closes the opening in the upper sliding box.

The cases or boxes which contain themate- 4o rial to be pressed are constructed and operated on the general principle of a telescope that ing against four strong pillars of wood, said.

pillars being rigidly fastened to a solid base and forming the frame of my press. Assum ing that there' are three cases, the central one (in which the bale is formed) may, for convenience,be called the bale-box and the others sliding boxes.

Near the top of my device is a cross-bar of round iron, supportinga-swinging cap, which cap closes the opening in the upper sliding box and forces the boxes and hay downward in the act of compressing. The iron cross-bar referred to is provided with an eye at each end, both of said eyes being tapped out to engage with upright screw-shafts. These upright screw-shafts are moved by beveled gears on a horizontal shaft at the base of the press, and when set in motion the crossbar travels downward, carrying with it the swinging cap, -6 5 sliding boxes, and hay.

Having thus described my device in general terms, I'will proceed to describe it in detail, so that any one not specially'skilled in this branch of mechanics could readily construct and operate such a press.

In the accompanying drawings, B represents the base of the press, into which are 11101 tised four corner-posts, A.

The boxes .6, O, and D are constructed with 7 5 neither top nor bottom. The central box, D, is the one in which the bale is formed, and is of such size that the sliding boxes 0 and C may easily slide inside of it. On the top and bet tom of the ends of D are slight flanges project- So ing inward. On the bottom edge of O and top edge of .C/ are flanges projecting both outward and inward, the outer flanges on C and G en gaging with the inward-proj ecting flanges of D, their office being to prevent the several cases from leaving each other when drawn out to their fullest extent. These several flanges may extend across the entire end of the cases,

or may be simply small metallic lugs secured to the edges of the cases. V 0

Near the bottom of my device, and fastened rigidly to the base B, is a table, E, of such size and shape that the case may easily slide down over it; but it (E) must nearly fill the case 0. This table E, when the'cases are forced downward in the act of compressing a bale, engages with the inner flanges of 0, thereby preventing the top edge of C from passing below the surface of the table E.

At each end of my improved press arean ranged upright screw-shafts a, having bear ings at top and bottom in the frame and base, each of said screws having at a proper point near its lower end a beveled gear, a. These gears engage with and are actuated by other similar gears, h, on a horizontal shaft, k, secured in proper bearings to the base B.

Horse, steam, or other power may be utilized, as most convenient, to operate my device.

Above the sliding case 0, and near the top of the press, is a metallic bar, 0, having at either end an eye, (I, threaded as above noted, to receive the screwshafts a. When the screws 60 are rotated the bar 0 must, of necessity,

travel upward or downward, its speed and power being" regulated by the pitch of the screws and size of the gears h z.

Swinging 011 the bar 0 is my device, F, for closing the upper opening in the case 0, and also for forcing the hay downward in the act of compressing. This device F is made preferably of cast metal, and consists of a frame supporting a platen or base of the general shape and size of the opening in O. The base of F, when the act of compressing is nearly completed, engageswith the inner flanges of the case 0. (See Fig. 2.)

When it is desired to fill the press with hay preparatory to compressing abale, the piece F is swung to one side, as shown in Fig. 1. It (F) may be secured either in this or its normal horizontal position by a set-screw, as shown at c, Fig. 8, or by a pin passed through the hole f, also shown in Fig. 3.

To prevent the sliding cases from swaying or getting out of line, I have provided at the corners of each case V- shaped metallic bearings, (see m, Fig. 5,) which travel on the posts A, thus tending to keep the sliding cases always in line.

'After the bale of hay has been compressed into the bale-box D, it becomes necessary to secure it with wire or other suitable binding,

and after having bound it to remove it from the bale-box. By referring to Fig. 4 it will be seen that I have provided a door of the length of a perfect bale and a little wider, through which the bale is removed. This door H may be hinged to the box, as shown at s s, Fig. 4, and secured by the bolt q, or it may be held in place by a bolt at either end, thereby allowing it tov be entirely removed from the box, if so desired. I11 the door H and in the opposite side of the bale-box I have cut slits 0, through which to introduce wire for binding. These slits run nearly to the top and bottom of the door, and are enlarged at each end, (see n,-Fig. 4,) to allow alight iron rod to pass through, carrying with it one end of the binding-wire.

When the boxes 0, O, and D are drawn out to their greatest extent and the piece F swung aside to admit the hay, it is evident that the boxes without anything to support them would collapse by their own weight. To prevent such a result I insert strong pins win the corner-posts A, under the V- shaped guides which support the upper sliding box. After the press has been filled and the piece F returned to its place the pins 20 are removed.

To operate my device, raise the boxes, as shown in Fig. 1, insert the pins w, and swing thepiece F aside, securing it with the set screw 6. Then fill all the boxes with the ma terial to be pressed, return F to its place, and remove the pins w. Now, having set the shaft in motion, the crossbar 0 begins to travel downward, taking with it the piece F, the base of which forces the hay before it. When F has forced all the hay out of the box 0 and reaches the inner flanges of 0, it then begins to force the boxes downward, and the box 0 begins to slide down over the table E, thus forcing all the hay up into the middle or bale box D. The bale is then wired, as before described, the door H is opened, and the perfect bale removed. The machinery is then reversed, and the boxes soon assume the positions shown in Fig. 1, when the press is again ready for business.

I claim' 1. In a hay-press, the sliding'boxes G, C, and D, having flanges or lugs t, as described, in combination with therigidly-fixed table E,

said table E being of such shape and size that the box 0 can readily slide down over it, as and for the purpose specified.

2. In combination with the sliding boxes 0, O, and D, having flanges or lugs t, the swinging plate F and crossbar c, said cross-bar being provided at each end with a threaded eye to engage with upright screw-shafts, as described, and for the purpose specified.

3. I11 combination with the cross-bar 0, sliding boxes 0, C, and D, and swinging plate F, the set-screw 6, whereby the 'plate F maybe secured when turned aside, as and for the object specified.

4.. The base B, the pillars A, the sliding boxes 0, C, and D, and the V-shaped metallic guides m, whereby the sliding boxes are retained in line, as described, and for the purpose specified.

5. The combination of the pillars A, the sliding boxes 0, C, and D, the V-shaped guides m, and the pins 20, by means of which the sliding boxes are prevented from collapsing, as and for the purpose specified.

6. In a hay-press containing a series of sliding boxes provided with flanges or lugs t and V-shaped guides m, the combination, with its central or bale box, D, of the door H, whereby TOC) the perfect bale may be removed, said door plate F, the fixed table E, and the series of beingprovidedwith slits oandopenings n, to sliding boxes 0, G, and D, said boxes being 10} facilitate the binding of the bale, as hereinbesupported at the corners by the guides m, as fore described, and for the object specified; and for the purpose specified.

5 7. In a hay-press, the combination-of the CHESTER B. ORTON.

following partsi' the base B, the pillars A, the Witnesses horizontal shaft is, the upright screw-shafts a, G. S. MATHER, the gears h i, the cross-bar c, the swinging J. E. SWEETLAND.