USRE496E - Improvement in coating water-pipes - Google Patents

Improvement in coating water-pipes Download PDF

Info

Publication number
USRE496E
USRE496E US RE496 E USRE496 E US RE496E
Authority
US
Grant status
Grant
Patent type
Prior art keywords
pipe
pipes
cement
improvement
cone
Prior art date
Application number
Inventor
Jonathan Ball
Publication date
Grant date

Links

Images

Description

UNITED STATES JONATHAN BALL, OF ELMIRA, NEW YORK.

IMPROVEMENT IN COATING WATER-PIPES.

Specification forming part of Letters Patent No. 3,375, dated December 15, 1843; Reissue No. 496, dated September 15, 1857. p

To all whom/ it 11i/wy con/cern.-

Be it known that I, JONATHAN BALL, formerly of the city of New York, in the State of New York, but now of IElmira, in said State, have invented certain new and useful Improvements in the Manner of Coating or Lining MetallicWater-Pipes with Hydraulic Oement 5 and I do hereby declare the following to be a full, clear, and exact description of the same, reference being had to the accompanying drawing, in which are represented one of the pipes in question, and the cone for spreading the cement with certainty and expedition on the inside of the pipe.

It is well known that metal pipes will affect the taste of water, and in a short time so corrode or gather carbuncles or tubercles'in the bore as to almost, if not entirely, close them up and render them useless. Hydraulic or Roman cement, if properly applied, will entirely prevent this destruction of water-pipes, but if even the smallest portion of the metal surfacebeleft unprotected by the cement, these tubercles will form and eventually ll the bore of the pipe, or so much so as to materially diminish the iiow of water through them. It is therefore of the utmost importance that the cement should be uniformly laid on, and with great certainty, because a defective spot would be difficult to detect in the interior of the pipe, and one such defect would allow the accretions a place to commence to gather on, and the tubercle would rapidly follow. This coating or lining of cement must also, to make the pipes economical, be put on with rapidity. These objects I have effected by the most simple means.

The nature of my invention consists in drawing through the pipe that is to be lined or coated a cone of smaller diameter than the pipe, and furnished with spurs or guides to keep it in the center of the pipe, the diii'erence of diameter between the base of the cone and the bore of the pipe designating the'thickness of cement that is thus to be put on.

To enable others skilled in the art to make and use my invention, I will proceed to describe the same with reference to the drawing.

I rst prepare a metallic pipe, A, of suitable size. I then take hydraulic cement made into a paste of the desired consistency, and force it into the metallic pipe in such quantities as may be necessary to prevent the oxidation or corrosion of the metal when spread upon the interior surface ofthe pipe.

B represents the cement on the inside of the pipe.

A small cone, O, of wood or other hard material, of one or more inches in length, is inserted into the end of the pipe into which the cement has been forced. The diameter of the base of this cone should be as much less than ,the diameter of the bore of the pipe as will be required for the thickness of the cement. Into this cone, a short distance from its base, are inserted three or more small spurs, D, projecting as far as the bore of the pipe will admit, ior 'the purpose of keeping the cone in the center and producing an equal coating upon the pipe. To this apex of this cone is attached a thread or wire, by means of which it is drawn through the pipe, leaving upon its interior surface the required thickness of cement. The base of the cone as it passes through the pipe, eiectually closes the traces of the spurs and leaves the cement with a smooth surface. The pipes thus prepared before the cement hardens may be bent into any shape required, and in from twenty to thirtysix hours be ready to admit under any pressure the meta-l of the pipe is competent to bear. The water hardens the cement and passes through the pipe as sweet and pure as though it stood in a marble or china vessel. By this means the poisonous effects of the oxidation and corrosion of metals, as well as the disagreeable taste imbibed by water passing in metallic pipes, are entirely prevented. The cement being compressed or forced between the two unyielding bodies-viz., the metal of the pipe and the coneit is driven into every crevice, crack, or opening, and thus the pipe is lined with accuracy and dispatch.

Having thus fully described the nature and object of my invention, what I claim therein as new, and desire to secure by Letters Patent, 1s-

Lining metallic pipes with hydraulic cement by means of a cone or its equivalent guided through the pipe so as to lay on the cement of equal thickness and with great certainty and economy, substantially as described.

JONATHAN BALL.

Witnesses:

A. B. S'roUenToN, Trios. H. UPPERMAN.

Unknown

Family

ID=

Similar Documents

Publication Publication Date Title
US3568746A (en) Self-locking threaded fastener
US3508302A (en) Clip device for adjustment of suspended ceilings,and ceiling incorporating the same
Obert et al. Standardized tests for determining the physical properties of mine rock
US4536115A (en) Anchor apparatus for insertion into a pre-formed hole
US2876154A (en) Means and methods for attaching connectors to plastic pipe ends
US4614120A (en) Determination of the make-up torque for pipe joints
Wajda Grain boundary self-diffusion in zinc
US4156793A (en) Ground rod assembly
US3528689A (en) Tube joint
US4241490A (en) Method of applying metal sleeve to concrete reinforcing bar, metal sleeve and swaged connection
US3325198A (en) Building structure including threadless tie bolt
US6428258B1 (en) Non cutting hole-shaping and thread-forming stainless screw and process with impact for driving in the same
Adams et al. XI. An experimental investigation into the flow of Marble
Morton et al. The cracking of composites consisting of discontinuous ductile fibres in a brittle matrix—effect of fibre orientation
US2381113A (en) Blind rivet
US3414420A (en) Oil well cement and method of making the same
US1889974A (en) Method of joining telescoped tubular members
US3126182A (en) Pipe clamp or hanger
USRE27954E (en) Anchor for post-tensioning frestressed concrete
US4696499A (en) Mechanical pipe joint and method of forming the same
US4784531A (en) Bendable roof bolt without notch
US3040427A (en) Method of uniting copper and aluminum tubes
US3274680A (en) Method of tying together a plurality of bodies
US1114013A (en) Concrete-insert.
Murakami et al. Existence of the coaxing effect and effects of small artificial holes on fatigue strength of an aluminum alloy and 70-30 brass