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Publication numberUS628581 A
Publication typeGrant
Publication dateJul 11, 1899
Filing dateFeb 28, 1899
Priority dateFeb 28, 1899
Publication numberUS 628581 A, US 628581A, US-A-628581, US628581 A, US628581A
InventorsKilian Grosswyler
Original AssigneeKilian Grosswyler
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Apparatus for regulating the level of liquid.
US 628581 A
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Description  (OCR text may contain errors)

K. GROSSWYLER,

Patented July ll, I899.

APPARATUS FOR BEGULATING T-HE LEVEL OF LIQUID;

(Apylication filed Feb. 28, 1899.)-

(Ilo Model.)

f H W L i H W THE unnms PETERS 00., PnoYoLrma, WASHINGTON, n c.

UNITED ST TES P TENT OFFICE.

KILIAN GROSSWVYLER, OF ZURICH, SVITZERLAND.

APPARATUS FOR REGULATlNG-THE LEVEL OF LIQUID.

SPECIFICATION forming part 9f Letters Patent No. 628,581, dated July 11, 1899.

Application filed February 28,1899. Serial No. 707,207. (No model.)

To all whom it may concern:

Be it known that I, KILIAN GROSSWYLER, 1

a citizen of the Republic of Switzerland, and a resident of Zurich, Switzerland, have invented certain new and useful improvements in apparatus to regulate automatically the level of liquid of a supply vessel corresponding to the consumption of the liquid, (for which I applied for a patent in Switzerland on the 24th of December, 1898; in Germany on the 9th of January, 1899; in Austria on the 9th of January, 1899; in Belgium on the 9th of January, 1899; in Italy on the 9th of January, 1899; in France on the 12th of January, 1899; in Hungary on the 14th of J anuary, 1899; in Spain on the 16th of January,

1899; in Great Britain on the 19th of January, 1899, and in Russia on the 23d of January,

1899,) of which the following isa specification.

The present invention relates to an apparatus to regulate automatically the level of liquid of a supply vessel corresponding to the consumption of the liquid.

The preferred method of construction of this apparatus is shown in the inclosed drawing in vertical section.

The vessel in which the liquid is to be continually maintained at about the'same level is shown at a. This vessel is connected with a special vessel 6, which is divided into an upper compartment 1) and a lower compartment b by a partition I). The partition 11 is penetrated by a tube 0, which projects sufliciently far up into the upper compartment for themouth of the tube or pipe 0 to lie above the level of the liquid when the upper compartment is as full as it will hold, while the lower end a communicates with the atmosphere of the lower compartment, so that a constant equalization of the pressure of air over the liquid in the compartments 1) and 1) takes place. A tubular conductor his fastened into the partition. The largest part of this conductor is placed in the compartment I). Only the upper end of the conductor, which has the shape of a tubular projection of less diameter than the rest of it, passes through the partition t and projects into the upper compartment. A connection between the upper and lower compartments is thus formed through which the liquid can flow from the former to the latter when the lower opening h of theshort pipe his free. The part 77. serves as guide for a cylindrical body 70, which is hollow throughout and goes nearly its entire length and is fastened to a float Z, and the upper end of which, is in the form of a cone. This end serves as a valve for shutting the lower aperture 71 of the short pipe h.

Between the vessel a and the lower compartment b a double communication exists. One connected at the level of the liquid 1) will be maintained constant in the vessel ct, while the other is placed higher up to connect the airspace in vessel a and that in the compartment b with one another. The conducting-pipe (2 serves to carry liquid from the compartment b into the vessel a,'whi1e the pipe fequalizes the pressure between the vessel a and the compartment 19 The vessel is furnished with a valve 9 to let in air, so that when through the flowing out of the liquid through the outlet-cock 11 the level of the liquid in the vessel or lowers, and thereby the air-pressure in vessel or is reduced, air can be admitted through the valve 9 by the atmospheric surplus pressure. If, then, through the consumption of liquid the level of the liquid in vessel a sinks, a corresponding volume of air is admitted through the valve g into the vessel. This air distributes itself by the pipes f and e to all parts of the apparatus, so that equal pressure over all is continually maintained. Consequently the level of the liquid in the compartment D together with the float Z, sinks with the consumption of liquid in the vessel a, whereby the lower mouth of the short pipe h becomes released. A corresponding quantity of liquid can therefore flow from the compartment 1) into the compartment 19 until the level of liquid in the latter again rises to the same height as before, at which instant the mouth of the short pipe h closes again. The operation continues in this manner with the liquid constantly maintaining itself uniform in the vessel a, and in' the compartment 1) until all the liquid in the upper store-compartment is finally consumed or has reached the upper aperture of the short pipe it".

Having now particularly described and ascertained the nature of my said invention and in what manner the same is to be performed, I declare that what I claim is- 1. 1 Apparatus for the automatic regulation of the level of liquid in a supply vessel so as to correspond to the consumption of vthe liquid, characterized by a special vessel 1) with a receiving-chamber b above, containing the store of liquid, and a lower chamber b -which two chambers are separated from one another by a hermetically-closed partition b andin which in the lower chamber 6 (in which the same level as that in the supply vessel is to be maintained) there is a float which is provided with a closing device for an opening: in the aforesaid partition 19 for the exit of 5 theliq'uid, andin which between the lower cdmpajrtmett b and the upper space of the top compartment 1) an air-pipe is arranged so that the pipe projects above the highest level f of the liquid in the upper orstorech ambe'r b.

2.. Apparatus for the antematicregulation of the level of liquid corresponding to thefic'onsumption of liquid in a vessel to be supplied with liquid characterized by a special vessel 1 with upper. i'eceiviligrchamber 6 taking up the store of liquid, and a lower chamber 5 which two chambers areseparatedfrom each other by 'a hermetically-closed partition b and in which a pressure-equalizing pipe 0 is between the lower chamber and the upper space of the top chamber, and in the lower chamber afloat with a guide It having a conical end It enters in the lower opening H of the partition 17 and leavesthe opening more or less free according to the level of the liquid in the lower chamber.

3. Apparatus forthe automatic regulation of the level of liquid in a supply vessel so as to correspond with the consumption of the liquid, characterized by the provision of a special vessel 1) with an upper chamber b receiving the liquid, and a lower chamber 1) which two chambers are separated from each other by a hermetically-closed partition I)" with a float in the lower chamber which is provided with a closing device foran opening in the said partition, and with a pressure equalizing pipe 0 between the lowerchamber and the top compartment of the upper cham

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2427531 *Nov 13, 1941Sep 16, 1947Monmouth Products CompanyHumidification system with air seal means
US2886056 *Nov 2, 1956May 12, 1959Ratliff Lawrence CValve assembly
US3001397 *Jan 29, 1958Sep 26, 1961Leonard Joe HMethod and apparatus for measuring liquid flow-volume
US3329301 *Nov 21, 1963Jul 4, 1967Exxon Research Engineering CoFloating tank top
US4263932 *Aug 30, 1978Apr 28, 1981Agfa-Gevaert, A.G.Accurate dosing of regenerating fluid to processing-fluid-tank in film developing machine
US4753394 *Sep 2, 1986Jun 28, 1988Goodman Clarence RTrickle irrigation systems with improved emitters
Classifications
Cooperative ClassificationF16K31/22