Metal fusion bonding – Process – Using explosive energy
Patent
1990-10-02
1991-11-12
Heinrich, Samuel M.
Metal fusion bonding
Process
Using explosive energy
228 25, B23K 2008
Patent
active
050641115
ABSTRACT:
The invention is an apparatus and method for wire splicing using an explosive joining process. The apparatus consists of a prebent, U-shaped strap of metal that slides over prepositioned wires. A standoff means separates the wires from the strap before joining. An adhesive means holds two ribbon explosives in position centered over the U-shaped strap. A detonating means connects to the ribbon explosives. The process involves spreading strands of each wire to be joined into a flat plane. The process then requires alternating each strand in alignment to form a mesh-like arrangement with an overlapped area. The strap slides over the strands of the wires, and the standoff means is positioned between the two surfaces. The detonating means then initiates the ribbon explosives that drive the strap to accomplish a high velocity, angular collision between the mating surfaces. This collision creates surface melts and collision bonding results in electron-sharing linkups.
REFERENCES:
patent: 2131766 (1938-10-01), Temple, Jr.
patent: 2494137 (1950-01-01), Martines
patent: 4708280 (1987-11-01), Bement et al.
Bement Laurence J.
Kushnick Anne C.
Heinrich Samuel M.
Helfrich George F.
The United States of America as represented by the Administrator
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