US616537A

US616537A - honigmann

Info

Publication number: US616537A
Authority: US
Publication date: 1898-12-27
Anticipated expiration: 1915-12-27

Description

Patented Dec. 27, I898.

F. HONIGMANN. TRANSPORT 0B CDNVEYANCE OF MATERIALS.

(Application filed Dec. 14, 1897) 2 SheetsSheet I.

(No ModeL) ZUzlineszs-es.

(No Model.)

117 i/Guwses Paiented Dec. 27, I898. F. HBNHGMANN.

TRANSPORT 0R CONVEYANCE 0F WIATERIALS.

(Application fi1ed,Dec. 14. 1897.)

2 Sheets-Sheet 2.

FRIEDRICH H ONIGMANN, 0F AIX-LA-CHAPELLE, GERMANY.

TRANSPURT OR CONVEYANC E OF MATERIALS SPECIFICATION forming part of Letters Patent No. 616,537, dated December 27, 1898, Application filed December 14, 1897. Serial No. 661,812. (No model.) I

and automatic-acting device of this sort, as

hereinafter specified.

In the drawings forming part of this specification, Figure 1 represents such an arrangement for the transport of minerals between two places of the same level; Fig. 2, such a one for the transport from a place situated low to one of a higher level; Fig. 5, such a one for the transport from a place situated high to one of a lower'level; Fig. 4, such a one for raising minerals from mines.

As shown in Fig. 1, the material to be transported is introduced at J into the pipe-conduit. It is taken up by the current coming from the pipe B and carried along the pipe A to its place of destination, where it is separated from the water by means of a sieve S or falls in the box K. The box K has a sloping floor, as shown at E, below at the place of delivery, and at the top and bottom sides are slide-valves G and F. The slide F remains closed when material falls into the box, and the valve G is opened till the box K is filled. Then the valve F is opened and the valve G closed that the material slides over the sloping floor E in the car H. The current of water returns through the pipe B in order to take up again fresh material at J.

The movement of the water in the pipes is produced by the difference of pressure in the pipes A and B, which can be attained in various ways. The simplest and best is to introduce air through the pipe 7 into the branch of the pipe A, whereby the pressure of water in this branch becomes lighter and constant inflowing of water from the pipe B is caused.

in order to attain a higher velocity of the stream in the pipe A, the branch of A is first bent downward, as shown atD,so that alarger quantity of air can be introduced at a greater height in the vertical branch L.

If it is desired to transport the material to a higher level, as shown in Fig. 2, or to raise minerals from mines, as in Fig. 4, then the pipe is provided at the place where the material is introduced with a special filling device. This device consists of a receiver 0 with two openings or valves aand 1), Figs. 2 and-4, for connecting it to the pipes and for closing the whole. The receiver 0 is filled with the material to be transported through the opening a, the superfluous Water from said receiver being allowed to escape. completed, the opening a is closed and the receiver placed under the pressure of the cir culating stream of waterby means of the pipe 0. Then the valve 1) isopened, whereupon the material contained in the receiver 0 is discharged into the stream and is carried upward through the pipe A The valve 1) is again closed, the pressure in O relieved by opening the cock e, and then the-valve a is opened in order to again fill the receiver 0, and so on.

The Water displaced from the receiver 0 by the material introduced and escaping through the'overfiow-pipe (1 into the reser- When the filling is v voir R can be again introduced into the pipe A or B by means of a pump P, this being the work required to lift a corresponding volume of water to the desired height instead of the material transported. The compressed air introduced into the pipe A must also perform the work of causing the water to circulate besides the work required to lift the higher specific weight of the material to this height. If, say, coal of specific gravity of 1.3 is to be transported, 1 part of the work must be performed by the pump and 0.3 parts by the compressed air. Ifthe specific gravity of the circulating water is 1.2, owing to its being dirty, then only O.1=(1.3-1.2) part of the work is to be performed by compressed air.

In case of raising minerals from mines, as shown in Fig. 4, thepipes in theshaftmay be arranged so that the pipe A in which the minerals are raised to the surface by the stream of Water, may be arranged within the pipe 13 for the downward flow of water. The

filling device is the same as described in Fig. 2, and it can be arranged at diderent heights of the shaft, as desired, Fig. 4. If the minerals are to be transported to a lower level, as shown in Fig. 3, then the material is oh arged at J directly into the stream of water.

The stream flowing downward in the pipe A attains, owing to-the material added, a

' greater pressure than the head of water in the pipe B which does not contain said material after it has been deposited at its destination in the emptying device M, and this while the valve 9 is closed. 1 For discharging the material which is in the box M the-valve f is closed and the valve 9 opened.

Material can be transported in the manner described to any distance and to any height,

and it can be introduced or. discharged at any desired place.

Having now fully described my invention,

what I claim, and desire to secure by Letters Patent, is- V 1. .Means for transporting coal and kindred material, comprising a receiving-hopper, a main conveying-pipe connected therewith, filled with water, and having a delivery-opening, a return-pipe extending from said delivery-opening back to a point adjacent the said receiving-hopper, and a pipe to supply air, whereby the water is caused to circulate and convey the material, substantially as described.

2. Means for elevating coal and kindred material from mines, comprising a hopper, a receiving-chamber beneath said hopper and provided with valves, a main conveying-pipe and a return-pipe filled with water, a reser voir adjacent the said receiving-chamber, a pump to empty the reservoir, pipe-and-valve connections between the reservoir and the chamber and water-pipes, and a pipe to supply -air'to the main conveying-pipe, whereby the water is caused to circulate and elevate the material, substantially as described.

In testimony that I claim the foregoing as my invention I have signed my name in presence of two subscribing witnesses.

FRIEDRICH HON IGMANN VV'itn esses:

WILLIAM C. EMMET, JEAN HECKMANNS}.