US661226A

US661226A - Safe.

Info

Publication number: US661226A
Application number: US655700A
Authority: US
Inventors: Howard A Post
Original assignee: WILLIAM H CRADDOCK
Current assignee: WILLIAM H CRADDOCK
Priority date: 1900-02-26
Filing date: 1900-02-26
Publication date: 1900-11-06
Anticipated expiration: 1917-11-06

Description

sAFE. (Appumion 'ined nb. 2e, moo.)

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SAFE.

(Application nl ed Feb. 26,. 1900.) (Ilo ludol.) {Sheds-Shoot 2.

UNITED STATES PATENT Ormea.

HOI/YARD A. POST, OF WICHITA, KANSAS, ASSIGNOR OF ONE-HALF TO WILLIAM I-I. ORADDOOK, OF KANSAS CITY, MISSOURI.

SAFE.

`SIIIEICIEICATION' forming 'part of Letters Patent No. 661,226, dated November 6, 1900. Application filed February 26, 1900i Serial No. 6,557. (No model.)

To all whom it may concern:

Be it known that I, HOWARD A. Posr,a citivzen of the United States, and a resident of Wichita, in the county of Sedgwick and State of Kansas, have invented certain new and useful Improvements in Safes, of which the following is a specification.

My invention relates to improvements in safes, and aims to provide a safe for the use of business houses, financialinstitutions,&c., for keeping valuable articles, money, duc., which shall be so constructed, located, and arranged as to be proof against tampering therewith by burglars or other unauthorized individuals and also secure against tire.

My invention relates especially to a safe located, when immediate access to it is not desired,within a depressed chamber or casing, which casing is itself inclosed-within a vault formed within a mass of masonry, concrete, or other protective material. I surround said casing with a body of water connected with the main of the city water-supply, so that said body of water is under pressure, and I provide means of locating a body of water, also under pressure, within a separate chamber above and connected to the safe itself. I also provide means, preferably hydraulic, for lowering the safe into said casing when not in use and raising it therefrom when it is desired to open it, the time of elevating and lowering being regulated by a time-lock device.

The parts of the device are so arranged that the safe cannot be raised from the casing or vault except at the hour coinciding with the adjustment of the time-lock, and if tampered with at any other time acopious discharge of water is insured, materially interfering with the operations of the burglar and leading to detection.

In the accompanying drawingsFigure lis a view of my device, partly in elevation and partly in vertical section, showing the safe in elevated position. Fig. 2 is a horizontal section, looking downward, on the line II II of Fig. l. Fig. 3 is a plan view of a portion of the upper ory inner side of the bottom of the safe, showing the time-lock, and also, in horizontal section, a portion of the cylindrical wall of the safe.- Fig. e is a view, partly in vertical section and partly in elevation, on the line IV IV of Fig. 3.

l designates a mass of masonry, concrete, or other protective and substantial material, which may be located underground or in any convenient part of a building. Within said masonry or body of concrete is formed a pref erably circular chamber or vault 2,and tightly fitted within said vault is a cylindrical metal tank 3. Over the top of said tank, which is located somewhat below the licor-level 4, is placed a horizontal metal plate 5, having its edges embedded in the surrounding'masonry and projecting partly over said vault and tank. The central portion of said plate contains a preferably circular opening, beneath and registering with which is suspended a cylindrical metallic casing 6, open at the top and closed at the bottom, and having also at the top a tlange-section 7, extending into the masonry or concrete, and also properly sea cured to the under surface of plate 5 by bolts or screws. (Not shown.) The space between said tank and casing forms an annular chamber 8 to be filled with water, conducted to the same through a pipe 9, leading from the city main and provided with a valve 9, said valve being manipulated by a hand-wheel 9c,mount ed on the top of vertical rod 9b, the object of which is to cut the flow of Waterthrough said pipe 9 in the event of a leak being sprung at any of the water-joints of the water-casing.

The safe l0 consists of a metal cylinder closed atthe top and bottom and provided with a convenient door ll for affording access to the interior; also, preferably, .a smaller door 12, near the bottom, to afford access to the time-lock, to be described.

Above the top of the safe and secured thereto is mounted a shallow cylindrical water chamber or cap 13 of a diameter greater 1 than that of the safe, and such that it will^,\i

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in said chamber when water is rst admitted to it. The pipes 14 are prolonged downward through the bottom of water-chamber 8 and into the manhole chamber 17, located be neath the safe, and beneath said last-mentioned chamber cylindrical cavities 18 are provided in the concrete to receive the lower ends of pipes 14 when the safe is lowered. Said pipes 14 also serve as guides and partial supports for the safe during its ascent or descent and are provided with collars 15a. These in conjunction with caps 16 serve as stops or checks to assist in stopping the safe at the proper place on its ascent, as shown. Chamber 8 is also provided with adrain-pipe 19, leading from a point near the bottom of said chamber to the sewer to serve as an outlet for water or air. Said pipe is controlled by a valve 19a, said valve being controlled by vertical stem 2O through the medium of a hand-wheel 20%, mounted on the top thereof. The tank 3 and casing 6 are supported underneath by columns 2l or other suitable support. It is obvious that if any attempt were made to tamper with the safe when in lowered position by drilling through the top of watercap a flood of Water from the main would immediately result.

It is to be understood that the safe when access to it is desired by authorized persons will occupy the position shown in Fig. 1, but at all other times it will be depressed within the casing 6, and the top of Water-cap13 will be level with the tloor 4 and making a tight joint therewith. To prevent the elevat-ion of the safe at improper hours or by unauthorized persons, I provide a device consisting of a time-lock 22, secured on the inside of the bottom of the safe and having a circular rotating disk 23 projecting horizontally therefrom toward casing 6. Said disk 23 contains a notch 24, adapted to engage at a predetermined hour a vertical guide and stop 25, firmly secured on the inner side of casing 6. The parts are so arranged that the safe can only be raised when notch 24is immediately below or in engagement with stop 25, said stop at other times overhanging the edge of disk 23, and thus forming an obstacle to the elevation of the safe. The time-lock may be set to permit the elevation of the safe at any desired hour. A bracket or brace 26 is provided to support the disk 23.

The safe may be elevated or lowered by the use of either hydraulic pressure or compressed air and I have shown devices for ett'ecting the same by water-pressure and in case of necesy sity, or, if preferred, for substituting air- Genese the safe is in lowered position, the cylinder 27- being empty, it' water is admitted through valve 30 the water will press against piston 28 and the safe will be raised; also, that when vthe safe is in raised position, as in Fig. 1, valve 30 being closed, if valve 35 is then opened the water contained in the cylinder will be discharged into the sewer through pipe 33 and the safe will be lowered.

To operate the safe by means of compressed air, all water should be withdrawn from cylinder 27 and the valves 30 and 35 closed. Air

is then forced into the cylinder through

pipes

38 and 29 by the pump 37 or other suitable apparatus, with the result of raising the safe. To retain the compressed air in the cylinder, the valve 39 in pipe 29 is closed by means of thehand-wheel 40-rotating the stem 41. The

pipe 38, leading to the force-pump, contains a check-valve 42 to prevent the return of air to the pump during the compressing process and also to exclude water 'from the air-pipe 38 when water is in use. When it is desired to lower the safe, the valve 35 is opened and the compressed air in'cylinder 27 escapes through pipe 33, lowering the safe. When waterpressure is used, the closing of valve 39 after cylinder 27 is filled with water prevents back pressure on the check-valve 42.

It is obvious that any preferred means may be adopted for locking the safe in lowered position for a definite interval and I do not limit my invention to the precise devices shown for that purpose..

Having described my invention, I claim as new and desire to secure by Letters Patent- 1. A safe apparatus comprising a vault or tank con tained within a body of masonry,con crete, or other protective material, a casing within said vault, a closed water-chamber, connected with a source of water-supply under pressure, between said casing and the inner walls of said vault, a safe removably located within said casing, a closed water-cap mounted on the upper end of said safe and secured thereto, pipes connecting said watercap with said water-chamber, whereby constant and equal pressure may be exerted on the water contained within said chambers, and meansfor elevating and lowering the safe from or within the casing, substantially as set forth.

2. A safe apparatus comprising a vault or tank contained within a body of protective material, a vertical casing within said vault or tank, a water-chamber, connected with a source of water-supply under pressure, be-

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tween said casing and the inner Walls of said vault, a safe located within said casing and vertically movable Jtherein,a closed water-cap mounted on the upper end of said safe and secured thereto,pipes connecting said water-cap with said water-cham ber, whereby constant and equal pressure may be maintained on water contained Within said chambers, means for elevating or lowering the safe from or Within the casing, and means for holding said safe in lowered position for a fixed period and permitting its elevation at the expiration of such p'eriod, the same consisting of a mechanicallyrotated disk mounted horizontally on the safe and havinga notchin itsedge,andaguidestop mounted on the inside of the casing, with which said notch registers at fixed intervals, substantially as set forth.

3. A safe apparatus comprising a tank contained within a body of protective material, a Vertical casing Within said tank, a waterchamber, connected with a source of Water; supply under pressure, between said casing and tank, a safe located Within said casing and vertically movable therein, a closed Water-cap secured on the upper end of said safe, pipes connecting said Water'- cap with said chamber, whereby constant and equal pressure may be maintained on Water contained within said chambers, means for elevating and lowering the safe from o'r Within said casing, and means for holding said safe in 10W- er'ed position for a iiXed period and permit# ting its elevation at the expiration of such period, substantially as set forth.

In testimony whereof I affix my signature in the presence of two Witnesses.

HOWARD A. POST.

Witnesses:

N. I-I. ALEXANDER, O. H. BoYLE.