US1163451A - Sediment-collecting device and water-inlet valve for kitchen-boilers. - Google Patents

Description

I. F. POLIVIANN.

SEDIMENT COLLECTING DEVICE AND WATER INLET VALVE FOR KITCHEN BOILERS.

APPLICATION FILED AUG. I3. I915.

Llfi fifilo Patent-ed Dec. 7*, 1915.

I/VI/E/I/TOR John FPoImann A TTOR/VEYS W/TNESSES JOHN FREDERICK POLMANN, OF EAST RUTHERFORD, NEW JERSEY.

SEDIMENT-COLLECTING DEVICE AND WATER-INLET VALVE FOR KITCHEN-BOILERS.

Specification of Letters Patent.

Patented Dec. 7, 1915,

Application 'filed August 13, 1915.. Serial No. 45,383.

To all whom it may concern Be it known that I, JOHN F. POLMANN, a citizen of the United States, and a resident of East Rutherford, in the county of Bergen and State of New Jersey, have invented a new and Improved Sediment-Collecting Device and VVater-Inlet Valve for Kitchen-Boilers, of which the following is a full, clear, and exact description.

This invention relates to a valve device for use in connection with kitchen and other boilers for preventing the circulation of sediment through the boiler system and for enabling the collected sediment to 'be drawn off from time to time in a simple,- convenient and eflicacious manner.

The invention has for its general objects to provide a comparatively simple, inexpensive and reliable device of the character referred to of such design that it can be applied to boilers already in use without any change in the latter or the piping system, the device including separate ports, one being normally closed and located directly at the bottom of the boiler and the other being normally open and located at a suitable level above the bottom of the boiler, so that sediment can collect at a point below the nor.- mally open port, and by means of a movable element or valve the normally closed port can be opened andthe normally open port closed, so that the sediment can be drawn off through the hot water service pipe when a faucet therein is opened and left open until the water runs clear, which indicates that the sediment has been removed.

With such objects in view, andv others which will appear as the description proceeds, the invention comprises various novel features of construction and arrangement of parts which will be set forth with particularity in the following description and claims appended hereto.

In the accompanying drawing, which illustrates one embodiment of the invention, and wherein similar characters of reference indicate corresponding parts in all the views, Figure 1 is a vertical section of a kitchen boiler with the sediment collecting and water inlet valve applied thereto; Fig. 2 is an enlarged sectional view of the device, showing the valve thereof in normal position; Fig. 3 is a perspective view of the ported valve inclosed tubular member forming the portion ofthe device located within the boiler; Fig. 4 is a horizontal section on the line 4%, Fig. 2; F ig, 5 is a detail view of the lower end of the valve stem or rod; and Fig. 6 is a section on the line 6-6, Fig. 5.

In the present instance the invention is shown in connection with an ordinary kitchen boiler, but it is to be understood that it may be used with other devices where it is desirable to collect sediment and draw it oft from time to time.

Referring to the drawing, A designates a boiler which at its bottom is provided with the usual threaded'opening 1, into which the sediment collecting and water inlet device B is inserted. The hot water outlet or service pipe a is connected with the top of the boiler and the opening 5 to which the inlet pipe is usually connected is closed by a plug 0. The pipe (11 connects the boiler with a water back (not shown), and the hot water from the latter flows into the boiler through the usual pipe e. This device B comprises a casting or other suitable body 2 having a horizontal arm 3 connected with the pipe (Z which leads to a waterback or other heater. The vertical arm 6 of the body 2 is provided with an upwardly extending tube 7 having its lower end screwed into or otherwise fastenedto the body 2, and in this tube 7 are upper and lower ports 8 and 9. Rotatably mounted and surrounding this hollow extension '7 of the body 2 is a valve 10 of tubular form, which has its lower end 11 bearing on the upper end 12 of the body 2, and the top of the valve 10 is provided with a head 12 secured by a pin or equivalentmeans 13. In this head is threaded or otherwise secured the upper end 14 of a valve stem'15 which extends vertically the full length of the device, and on the lower end of the stem which extends out of the body 2 is an operating handle or equivalent means 16. The valve 10 has ports 8 and 9 50 disposed that when one registers with its complementary port in the tube 7, the other will be out of register with its complementary port. and by turning the valve stem through the medium of the handle 16, the valve can be adjusted so that either the upper port 8 or the lower port 9 will be opened. The rotary movement of the valve is limited so that at the limit or" its movement in either direction the upper or lower ports will be open. This limiting means comprises a stop scribed the principle of operation,

formed by the pin 13, and on the tube 7 are spaced shoulders or abutments 18 and 19 formed by the ends of a slot S, Fig. 3, with either of which abutments the stop 13 is adapted to engage. \Vhere the valve stem 15 passes out of the body 2 there is formed an extension 20 that is externally threaded to receive the gland nut 21, which latter contains packing material 22, so that a watertight joint is provided. The stem 15 is provided with a collar 23 which engages a shoulder 2% in the extension 20, whereby longitudinal movement of the valve stem 15' is prevented. This collar 23 is in the form of a ring set into a groove 25 in the valve stem.

The cold water enters the boiler A through the-device B, and for this purpose the body 2 of the device B has a downwardly and laterally extending nipple orhranch 26 to which the water supply pipe 27 is connected. \Vhenever a valve in the hot water system is opened to draw off hot water, water flows into the boiler A through the pipe 27, device B, and out through the upper ports of the latter. WVhen, however, no water is flowing out of the boiler through the outlet pipe a, water circulates from the lower part of the boiler downwardly through the device B, through the pipe 03, waterback and return pipe 6. It will be noted that the water below the level of the upper ports in the device B is always in a quiescent state as long as the lower ports are closed, so as to be conducive to the settling of sediment. IVhen it is desired to clean out the boiler the valve 10 is rotated so as to open the lower ports and close the upper ports, and when a faucet is opened in the hot water supply pipe (1., cold water will rush into the boiler through the lower ports of the device B and thereby agitate the sediment in the bottom of the boiler. This causes the sediment to flow off with the water through the outlet pipe at which is left open for ten or fifteen minutes more or less until the water runs clear. This indicates that the sediment has been drawn off and the device B can now be restored to normal position so that water can flow into'and out of the device B through the upper ports thereof.

From the foregoing description taken in connection with the accompanying drawing, the advantages of the construction and method of operation will be readily understood bythose skilled in the art to which the. invention appertains, and while I have detogether with the device which I now consider to be the best embodiment thereof, I desire to have it understood that the device shown is merely illustrative and that such changes maybe made when desired as fall within the scope of the appended claims.

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

1. The combination of a boiler, a hot water outlet pipe, a combined cold water inlet and sediment collecting device applied to the bottom of the boiler and extending upwardly into the same, a cold water pipe connected with the device, apipe for connecting the device with a hot water heater, said device including a normally closed valve means at the bottom of the boiler and a normally open valve means above the first mentioned means, and an element for opening the first mentioned means and closing the second mentioned means to cause the water entering the boiler through the said device to stir up the sediment in the boiler when hot water is being drawn off through the outlet pipe.

2. The combination of a boiler, means for drawing off water therefrom, and a water inlet device discharging water into the boiler at a point slightly above the bottom under normal conditions and adjustable to discharge water into the boiler directly at the bottom to stir up any sediment when the said means is opened.

The combination of a boiler, means-for drawing off water therefrom, a device connected with the bottom of the boiler and extending upwardly therein, a water supply pipe connected with the device and supplying water to the boiler through the latter, said device having portsarranged respectively at the bottom of the boiler and above the same, valve means for the respective ports, and means connected with the valve means for closing the upper port and opening the lower port, whereby the inflow of water agitates the sediment in the bottom of the boiler to permit the sediment to be drawn off when the first mentioned means is opened.

4. The combination of a boiler having an opening in its bottom, a tubular member extending upwardly through the opening and provided with a lower port and an upper port, a supply pipe connected with said member, a valve controlling the ports, whereby water normally enters the boiler through the upper port, and means connected with the valve for moving the same to close the upper port and openthe lower port, whereby the inflow of water agitates the sediment in the bottom of the boiler, and means for drawing off the sedimentcarrying water.

5. The combination of a boiler having a single opening in its bottom, a tubular member extending into the boiler through the said opening and having a lower port disposed ad' j acent the bottom of the boiler and another port disposed above the bottom, a water supply pipe connected with the tubular member, a circulation pipe connected with the tubular member and through which water flows from the boiler to a heater, a valve controlling the ports and normally opening the upper port and closing the lower port, means for actuating the valve to close the upper port and open the lower port, and means for drawing off water from the boiler, whereby water entering through the lower port will agitate the sediment and cause it to flow out of the boiler when the said latter means is opened.

6. The combination of a hot water boiler out of the bottom of which water flows to a heater and to which water returns from the heater at a point considerably above the bottom, and a device connected with the bottom of the boiler and having two valvecontrolled ports arranged at different levels and disposed within the boiler, one being located directly at the bottomof the boiler and the other above the bottom of the boiler and being normally open, whereby the water in the bottom of the boiler below the upper port will be in a state of quiescence to permit sediment to settle, and means for opening the lower port and closing the upper port, or vice versa.

7. The combination of a hot water boiler, a device inthe bottom thereof, a pipe connected with the device by means of which water flows to a heater, said device comprising a body attached to the bottom of the boiler and extending below the same and having a tubular member extending upwardly into the boiler and provided with upper and lower ports, and a valve disposed within the boiler having upper and lower ports, whereby the upper and lower ports of the said member can be opened, the upper ports being normally 'openfor' permitting water to flow out of the boiler from a point above the bottom, whereby the water below the said ports is in a quiescent state to permit settling of sediment, means extending downwardly out of the device and boiler for operating the valve to open the lower ports and close the upper ports to permit the sediment to be removed, and means through whi the sediment flows from the boiler.

8. The combination of a water boiler of a hot water" heating system, having a single outlet opening at its bottom, a tubular member fastened at the outlet and extending upwardly into the boiler and having a lower port adjacent the bottom of the boiler and an upper port spaced suitably above the bottom of the boiler, a valve disposed wholly within the boiler and rotatably mounted on the tubular member and having upper and lower ports so arranged that one port in the valve will register with the corresponding port in the tubular member while the other ports of the valve and member are out of registry, means connected with the top of the valve and operable from a point below the boiler for turning the valve, and means between the valve and tubular member for limiting the movement of the valve, whereby one set of ports will register at the end of the valve movement in one direction and the other set will register at the end of the movement in the opposite direction.

9. The combination of a receptacle, a

tubular outlet member disposed vertically therein and having upper and lower outlet ports, a single valve arranged wholly within the receptacle for opening one port while closing the other, a conduit connected with the tubular member, a drain valve inthe conduit, a valve stem extending through the tubularmember and out of the conduit, and means for actuating the stem.

10. A device of the class described com: prising a body, an open ended tubular member fastened thereto and having spaced ports, a rotary valve open at one end and closed at the other, whereby the closed end closes one end-of the tubular member, the valve surrounding said member and having ports arranged respectively to register with the first-mentioned ports when the valve occupies two difi erent positions, a rod connected with the closed end of the valve and extending through the member and body, and means for actuating the rod.

In testimony whereof I have signed my name to this specification in the presence of two subscribing witnesses.

C. BRADWAY, PHILIP D. ROLLHAUS.

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