Simultaneous linear initiation mechanism
First Claim
1. A simultaneous linear initiation mechanism, the simultaneous linear initiation mechanism comprising:
- a first layer, wherein the first layer;
includes a port, wherein the port;
passes through the first layer; and
is configured to receive a first high explosive; and
the first layer is composed of a first low sound speed material;
a second layer, wherein the second layer;
includes;
one or more traces, wherein the one or more traces include channels within the second layer configured to receive a second high explosive; and
two or more destination points, wherein the two or more destination points are the terminal ends of the one or more traces; and
the second layer is composed of a second low sound speed material;
wherein a portion of each of the one or more traces in the second layer is adjacent the port in the first layer; and
one or more saddle blocks, wherein the one or more saddle blocks;
include;
one or more traces, wherein the one or more traces include channels within the saddle block that are configured to receive a third high explosive; and
multiple outlets, wherein the multiple outlets are configured to receive the third high explosive; and
the one or more saddle blocks are each;
configured to spread a detonation wave into a simultaneous shaped stimulation on a main high explosive surface wherein a main explosive is connected intimately to the multiple outlets; and
the saddle blocks are composed of a third low sound speed material; and
wherein each destination point in the second layer is adjacent a portion of one of the one or more traces in the saddle block.
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Abstract
A simultaneous linear initiation mechanism (SLIM). The SLIM includes a first layer. The first layer includes a port, where the port passes through the first layer and is configured to receive a first high explosive. The SLIM also includes a second layer. The second layer includes one or more traces, where the one or more traces include channels within the second layer configured to receive a second high explosive and two or more destination points, where the two or more destination points are the terminal ends of the one or more traces. The SLIM further includes one or more saddle blocks. The one or more saddle blocks include one or more traces, where the one or more traces include channels within the saddle block configured to receive a third high explosive and multiple outlets, where the multiple outlets are configured to receive the third high explosive.
10 Citations
20 Claims
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1. A simultaneous linear initiation mechanism, the simultaneous linear initiation mechanism comprising:
- a first layer, wherein the first layer;
includes a port, wherein the port;
passes through the first layer; and
is configured to receive a first high explosive; and
the first layer is composed of a first low sound speed material;
a second layer, wherein the second layer;
includes;
one or more traces, wherein the one or more traces include channels within the second layer configured to receive a second high explosive; and
two or more destination points, wherein the two or more destination points are the terminal ends of the one or more traces; and
the second layer is composed of a second low sound speed material;
wherein a portion of each of the one or more traces in the second layer is adjacent the port in the first layer; and
one or more saddle blocks, wherein the one or more saddle blocks;
include;
one or more traces, wherein the one or more traces include channels within the saddle block that are configured to receive a third high explosive; and
multiple outlets, wherein the multiple outlets are configured to receive the third high explosive; and
the one or more saddle blocks are each;
configured to spread a detonation wave into a simultaneous shaped stimulation on a main high explosive surface wherein a main explosive is connected intimately to the multiple outlets; and
the saddle blocks are composed of a third low sound speed material; and
wherein each destination point in the second layer is adjacent a portion of one of the one or more traces in the saddle block. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
- a first layer, wherein the first layer;
-
11. A simultaneous linear initiation mechanism, the simultaneous linear initiation mechanism comprising:
- a first layer, wherein the first layer;
includes a port, wherein the port;
passes through the first layer; and
is configured to receive a first high explosive; and
the first layer is composed of a first low sound speed material;
a second layer, wherein the second layer;
includes;
one or more traces, wherein the one or more traces include channels within the second layer configured to receive a second high explosive; and
two or more destination points, wherein the two or more destination points are the terminal ends of the one or more traces; and
the second layer is composed of a second low sound speed material;
wherein a portion of each of the one or more traces in the second layer is adjacent the port in the first layer;
a third layer, wherein the third layer;
includes two or more ports configured to receive a third high explosive; and
the third layer is composed of a third low sound speed material;
wherein each port in the third layer is adjacent at least one of the destination points in the second layer;
one or more saddle blocks, wherein the one or more saddle blocks;
include;
one or more traces, wherein the one or more traces include channels within the saddle block that are configured to receive a fourth high explosive; and
multiple outlets, wherein the multiple outlets are configured to receive the fourth high explosive; and
are each;
configured to spread a detonation wave into a simultaneous wide line of stimulation on a main high explosive surface wherein a main explosive is connected intimately to the multiple outlets; and
the saddle blocks are composed of a fourth low sound speed material; and
wherein each port in the third layer is adjacent a portion of one of the one or more traces in the saddle block. - View Dependent Claims (12, 13, 14, 15)
- a first layer, wherein the first layer;
-
16. A simultaneous linear initiation mechanism, the simultaneous linear initiation mechanism comprising:
- a first layer, wherein the first layer;
includes a port, wherein the port;
passes through the first layer; and
is filled with a first high explosive; and
the first layer is composed of a first low sound speed material;
a second layer, wherein the second layer;
includes;
one or more traces, wherein the one or more traces include channels within the second layer configured to receive a second high explosive; and
two or more destination points, wherein the two or more destination points are the terminal ends of the one or more traces; and
the second layer is composed of a second low sound speed material;
wherein a portion of each of the one or more traces in the second layer is adjacent the port in the first layer;
wherein the destination points are all equidistant from the port in the first layer;
a third layer, wherein the third layer;
includes two or more ports filled with a third high explosive; and
the third layer is composed of a third low sound speed material;
wherein each port in the third layer is adjacent at least one of the destination points in the second layer; and
one or more saddle blocks, wherein the one or more saddle blocks;
includes;
one or more traces, wherein the one or more traces include channels within the saddle block that are filled with a fourth high explosive; and
multiple outlets, wherein the multiple outlets are filled with the fourth high explosive; and
the one or more saddle blocks are each;
configured to spread a detonation wave into a simultaneous wide line of stimulation on a main high explosive surface wherein a main explosive is connected intimately to the multiple outlets; and
the saddle blocks are composed of a fourth low sound speed material; and
wherein each port in the third layer is adjacent a portion of one of the one or more traces in the saddle block; and
a linear liner. - View Dependent Claims (17, 18, 19, 20)
- a first layer, wherein the first layer;
Specification