US476264A - Eugen hackxi - Google Patents

Eugen hackxi Download PDF

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Publication number
US476264A
US476264A US476264DA US476264A US 476264 A US476264 A US 476264A US 476264D A US476264D A US 476264DA US 476264 A US476264 A US 476264A
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magnesium
eugen
light
particles
hackxi
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    • CCHEMISTRY; METALLURGY
    • C06EXPLOSIVES; MATCHES
    • C06BEXPLOSIVES OR THERMIC COMPOSITIONS; MANUFACTURE THEREOF; USE OF SINGLE SUBSTANCES AS EXPLOSIVES
    • C06B21/00Apparatus or methods for working-up explosives, e.g. forming, cutting, drying
    • C06B21/0083Treatment of solid structures, e.g. for coating or impregnating with a modifier

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  • the present invention relates to the production of magnesium light for photographic and signaling purposes; and its object is to achieve a complete utilization of the entire illuminating power of magnesium powder by preventing the particles of the same from remaining in close contact with each other-- 4 e., loosening the same, so that the oxygen of the air may have access to each and every particle of the powder.
  • I attain the result that every particle of the mag nesium powder is brought to a white glow, producing the effect of an intense perfectlywhite flame. 1 effect the separation of the particles of the magnesium powder by thoroughly mixing or combining the same with some fibrous material.
  • Long carded unspun wool is preferably employed for this purpose, the fibers or threads of which said wool should cross each other to form a sort of net.
  • the latter In order to attain a good adhesion of the particles to the wool, the latter should be soaked in a mixture of two parts vegetable oil, two parts benzine, and one part Venice turpentine. It should be then wrung or pressed out and dried to such an extent that the wool retains a thin oily coating, not sufficient to be visible, but just enough to be slightly felt.
  • the magnesium powder is then shaken over the wool or other suitable fibrous material thus prepared and kneaded or treated in other suitable manner until the threads or fibers of wool are thickly covered with particles of the powder.
  • the oxygen necessary for combustion will now have easy access to each and every one of the particles of magnesium thus arranged or deposited on the fibers or threads.
  • the fibers thus covered with powder can then be twisted together like a rope to concentrate the source of light and the twist coiled to a spiral.
  • the amount of light produced will vary with the diameter and length of the twisted fibers, while the duration and intensity of the'light may be regulated by twisting the fibers or the coil more or less tightly. If, for instance, the coil is wound and twisted tightly, the light produced will last longer, but have less illuminating power. If loosely wound, the illuminating power will be greater, but the duration shorter.
  • the magnesium-coils should be preferably burned in an apparatus in which the light produced by the explosive combustion of the particles of magnesium can be concentrated to one point or in one direction.
  • the coil can be mounted on a coarse-meshed wire-netting, which is stretched over a concave metal plate and on which a funnel- -shaped casing having both ends open is arranged.
  • Such casing causes the glowing particles of magnesium to be thrown out in the form of a cone, so that in the open space, sufficient oxygen having access to the particles, a perfect combustion of the same at a whiteglow heat takes place. By this means every particle in burning will give off its full illuminating power.
  • the apparatus above mentioned also enables the direction of the light to be altered in any desired manner, as the plate supporting the illuminating-coil, together with the funnel or other shaped casing, maybe revolved and, if desired, easily so arranged that the illuminating-coil may be adjusted in the vertical plane.
  • a magnesium light of the kind described can be used for photographic purposes, as also for signaling purposes of every description at sea and for field purposes, as also for various other purposes where a very intense white and eventually enormously-powerful light is of importance. 7
  • the illuminating-coils can be made in any variety of size and form, according to the purpose for which they are designed. Packed in suitable manner the same will last any length of time, they are easy to manipulate,
  • the magnesium-light composition consisting of the fibrous material impregnated with vegetable oil, two parts, benzine, two parts, and

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  • Chemical & Material Sciences (AREA)
  • Crystallography & Structural Chemistry (AREA)
  • Organic Chemistry (AREA)
  • Luminescent Compositions (AREA)

Description

,w UNrrE TATES ATENT Enron.
EUGEN HAOKI-I, or STUTTG-ART, GERMANY.
MAGNESlUlVl-LIGHT COMPOSITION.
SPECIFICATION forming part of Letters Patent No. 476,264, dated June 7, 1892. Application filed May 14:, 1891. Serial No. 392,796; (No specimens.)
To all whom it may concern:
Be it known that I, EUGEN HACKH, a subject of the King of Wiirtemberg, and a resident of Stuttgart, in the Kingdom of Wiirtemberg, Germany, have invented certain new and useful Improvements in Magnesium Lights -for Photographic and Signaling Purposes, of
which the following is a full, clear, and exact description.
The present invention relates to the production of magnesium light for photographic and signaling purposes; and its object is to achieve a complete utilization of the entire illuminating power of magnesium powder by preventing the particles of the same from remaining in close contact with each other-- 4 e., loosening the same, so that the oxygen of the air may have access to each and every particle of the powder. By this means I attain the result that every particle of the mag nesium powder is brought to a white glow, producing the effect of an intense perfectlywhite flame. 1 effect the separation of the particles of the magnesium powder by thoroughly mixing or combining the same with some fibrous material. Long carded unspun woolis preferably employed for this purpose, the fibers or threads of which said wool should cross each other to form a sort of net.
In order to attain a good adhesion of the particles to the wool, the latter should be soaked in a mixture of two parts vegetable oil, two parts benzine, and one part Venice turpentine. It should be then wrung or pressed out and dried to such an extent that the wool retains a thin oily coating, not sufficient to be visible, but just enough to be slightly felt. The magnesium powder is then shaken over the wool or other suitable fibrous material thus prepared and kneaded or treated in other suitable manner until the threads or fibers of wool are thickly covered with particles of the powder. The oxygen necessary for combustion will now have easy access to each and every one of the particles of magnesium thus arranged or deposited on the fibers or threads. The fibers thus covered with powder can then be twisted together like a rope to concentrate the source of light and the twist coiled to a spiral. The amount of light produced will vary with the diameter and length of the twisted fibers, while the duration and intensity of the'light may be regulated by twisting the fibers or the coil more or less tightly. If, for instance, the coil is wound and twisted tightly, the light produced will last longer, but have less illuminating power. If loosely wound, the illuminating power will be greater, but the duration shorter.
The magnesium-coils should be preferably burned in an apparatus in which the light produced by the explosive combustion of the particles of magnesium can be concentrated to one point or in one direction. For this purpose the coil can be mounted on a coarse-meshed wire-netting, which is stretched over a concave metal plate and on which a funnel- -shaped casing having both ends open is arranged. Such casing causes the glowing particles of magnesium to be thrown out in the form of a cone, so that in the open space, sufficient oxygen having access to the particles, a perfect combustion of the same at a whiteglow heat takes place. By this means every particle in burning will give off its full illuminating power.
The apparatus above mentioned also enables the direction of the light to be altered in any desired manner, as the plate supporting the illuminating-coil, together with the funnel or other shaped casing, maybe revolved and, if desired, easily so arranged that the illuminating-coil may be adjusted in the vertical plane.
A magnesium light of the kind described can be used for photographic purposes, as also for signaling purposes of every description at sea and for field purposes, as also for various other purposes where a very intense white and eventually enormously-powerful light is of importance. 7
The illuminating-coils can be made in any variety of size and form, according to the purpose for which they are designed. Packed in suitable manner the same will last any length of time, they are easy to manipulate,
and the fibrous matter burns entirely, leaving no residue whatever.
Having now particularly described and ascertained the nature of my said invention and the manner in which the same is to be performed, I declare that What I claim, and desire to secure by Letters Patent, is-
The magnesium-light composition consisting of the fibrous material impregnated with vegetable oil, two parts, benzine, two parts, and
-Venice turpentine, one part, and sprinkled with magnesium powder, substantially as de- 10 scribed.
In witness whereof I have hereunto signed my name in the presence of two subscribing witnesses.
EUGEN HAOKH.
Witnesses:
ARTHUR BAERMANN, W. H. EDWARDS.
US476264D Eugen hackxi Expired - Lifetime US476264A (en)

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