US35593A - Improvement in the exploding device of shells - Google Patents

Improvement in the exploding device of shells Download PDF

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US35593A
US35593A US35593DA US35593A US 35593 A US35593 A US 35593A US 35593D A US35593D A US 35593DA US 35593 A US35593 A US 35593A
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plunger
tube
projectile
improvement
shells
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F42AMMUNITION; BLASTING
    • F42CAMMUNITION FUZES; ARMING OR SAFETY MEANS THEREFOR
    • F42C1/00Impact fuzes, i.e. fuzes actuated only by ammunition impact
    • F42C1/02Impact fuzes, i.e. fuzes actuated only by ammunition impact with firing-pin structurally combined with fuze

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  • T0 (tZZ whom it may concern:
  • the invention which I have developed is a sliding exploder,which is controlled by ayielding friction induced by a spring or springs or their equivalent between it and the guide or plunger tube in which it works, and by the wedging impact of the exterior of the plunger against the interior surface of the conicalfornied portion of the plunger-tube, such friction being suiiicient to withstand the rebound of the plunger, which occurs when the projectile is fired out of the cannon, and likewise to retain the plunger out of contact with the capnipple until the projectile is suddenly arrested in its flight.
  • A represents a projectile with its front end conical, and with a charge-chamber, B, formed between its cone end a and its rear cylindrical portion, 1).
  • a socket, C is cast, and through the metal forming the base of said socket a vent, c, for the insertion of a cap-nipple, d, is formed.
  • a shoulder, c is formed around the circumference A of the projectile by reducing the diameter thereof, as shown. against this shoulder lead packing is intended to abut.
  • the socket a cylindrie tube, E, with its upper end open, is inserted up to the capnipple, the open end of the tube admitting the said cap-nipple into the tube, as shown.
  • This tube is cylindric to the extent of that portion of its length which enters the socket O, and below the lower portion, A, of the projectile said tube commences to taper, forming between the lower and upper extremities of the tapered portion of the tube a configuration in the likeness of a truncated cone.
  • a conical plunger, H which is made of metal, and havingone or more elliptic springs, c, secured in grooves 9 cut longitudinally in the plunger, and into which the springs are fitted, as shown.
  • These springs in their greatest expansion will come in frictional contact with the greatest diameter of the tube, and when the plunger His forced down into the part E, as shown in the figure, will become compressed so as to exert a considerable degree of frictional contact with the conical sides of the lower portion of the plunger-tube.
  • the rear portion of the plunger-tube being made of thin metal and of a diameter slightly less than its inclosing parts permits of its expansion when the conical plunger H is forced therein.
  • the plunger is thus held by an elastic wedging impact within the conical portion of the tube, so that when the projectile is suddenly arrested in its flight and the plunger commences tomove forward toward the nipple (Z, the springing action of the conical portion of the tube itself will tend not only to relieve it from contact with the plunger, but impart an impulse to its forward movement.
  • a plunger-tube, E having a tapered portion, E, and a conical spring-plunger, H, working therein,substantially in the manner and for the' purpose set forth.
  • a conical spring-plunger, H working therein,substantially in the manner and for the' purpose set forth.

Description

ifrvrrno nterns Parent Unmet.
JOHN J. DRESBAGH, OF OIRGLEVILLE, OHIO.
BMPROVEMENT iN THE EXPLODING DEVICE OF SHELLS.
Specification forming part of Letters Patent No. 335,593., dated June 17,1862.
T0 (tZZ whom it may concern:
Be it knownthat I, Jornv J. DRESBAOH, of Uircleville, in the county of Pickaway and State of Ohio, have invented a new and useful Improvement in Explosive Projectiles for Ordnance; and I do hereby declare that the following is a full, clear, and exact description thereof, reference beinghad to the accompanying drawing, forming part of this specification, in which the figure is a vertical central section of the lower half of a hollow projectile with my improvement applied to it.
The design of my improvement is to obviate objections to the use of sliding plugs and exploding magazines now proposed in connection with hollow projectiles for the purpose of exploding the cap or primer. The objection urged is the liability of premature explosion of the projectile either in handling transporting, or in the firing of them from the cannon.
The invention which I have developed is a sliding exploder,which is controlled by ayielding friction induced by a spring or springs or their equivalent between it and the guide or plunger tube in which it works, and by the wedging impact of the exterior of the plunger against the interior surface of the conicalfornied portion of the plunger-tube, such friction being suiiicient to withstand the rebound of the plunger, which occurs when the projectile is fired out of the cannon, and likewise to retain the plunger out of contact with the capnipple until the projectile is suddenly arrested in its flight.
To enable others skilled in the art to make and use my invention, I will proceed to describe its construction andoperation with reference to the drawing.
A represents a projectile with its front end conical, and with a charge-chamber, B, formed between its cone end a and its rear cylindrical portion, 1). In the center of the said cylindrical portion a socket, C, is cast, and through the metal forming the base of said socket a vent, c, for the insertion of a cap-nipple, d, is formed. Slightly in rear of the chamber B a shoulder, c, is formed around the circumference A of the projectile by reducing the diameter thereof, as shown. Against this shoulder lead packing is intended to abut.
\Vithin the socket a cylindrie tube, E, with its upper end open, is inserted up to the capnipple, the open end of the tube admitting the said cap-nipple into the tube, as shown. This tube, it will be seen, is cylindric to the extent of that portion of its length which enters the socket O, and below the lower portion, A, of the projectile said tube commences to taper, forming between the lower and upper extremities of the tapered portion of the tube a configuration in the likeness of a truncated cone.
Within and to fit the tapering portion E of the plunger-tube I have shown a conical plunger, H, which is made of metal, and havingone or more elliptic springs, c, secured in grooves 9 cut longitudinally in the plunger, and into which the springs are fitted, as shown. These springs in their greatest expansion will come in frictional contact with the greatest diameter of the tube, and when the plunger His forced down into the part E, as shown in the figure, will become compressed so as to exert a considerable degree of frictional contact with the conical sides of the lower portion of the plunger-tube. Between the bottom of the plunger H, as shown in said figure, and the bottom at of the plunger-tube, it will be seen that a com cal space, i, is left after the whole length of the plunger has been inserted in said conical portion E, so thatif power he applied to force the plunger any nearer to the bottom on, the plunger will be wedged tightly within said conical portion, but without being forced against said bottom m. N ow, supposing the projectile to have been just thrust into a cannon with the front end of the plunger coincident with the line a: x, and while in such position that the cannon be fired. The consequence will be that the sudden forward movement of the projectile will cause the'plunger to fly back toward the rear end of the tube, and if the rear end of the plunger is permitted to strike the rear end of the tube, the rebound of the plunger will be liable to force it forward against the nipple-cap, and so cause a premature explosion of the projectile. This liability at taches under circumstances where the plunger F is permitted to strike against the rear end of the tube, the action of the springs alone not being sufficient to restrain a powerful rebound tion the plunger cannot strike against the botd'rical part A of theshell, so'a's to protect the rotation of the projectile.
shell or projectile having a T-shaped socket,
. the extremity of the cylindrical part A of the of the plunger. But by my mode of constructube and also compress the lead packing in a manner to insure the riflin g of the leadand the The red outlines show a section, A of a aa a cast in it, said socket inclosing the lower portion of the plunger-tube, and a portion of shell, and said section being so formed and fitted as to permit of a longitudinal movement upon the main portion of the shell when an explosion in rear of it takes place. By this movement of the section Aithe packing around i the cylindrical portion AT between the shoull der 0 of section A and shoulder c of section 1 A is compressed and forced into the rifling of the cannon. 2
The rear portion of the plunger-tube being made of thin metal and of a diameter slightly less than its inclosing parts permits of its expansion when the conical plunger H is forced therein. The plunger is thus held by an elastic wedging impact within the conical portion of the tube, so that when the projectile is suddenly arrested in its flight and the plunger commences tomove forward toward the nipple (Z, the springing action of the conical portion of the tube itself will tend not only to relieve it from contact with the plunger, but impart an impulse to its forward movement.
Having thus described my invention, what I claim as new and desire to secure by Letters Patent of the United States, is-
In combination with an exploding projectile, a plunger-tube, E, having a tapered portion, E, and a conical spring-plunger, H, working therein,substantially in the manner and for the' purpose set forth. Witness my hand and seal in the matter 0 my application for a patent for my improved projectile this 18th day of January, A. D. 1862.
JOIIN J. DRESBAOPI. [L- 8.]
In presence of- Gnsriivns DIETERIOH, E. S. JACOB.
US35593D Improvement in the exploding device of shells Expired - Lifetime US35593A (en)

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