System for the deployment of marine payloads
First Claim
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1. An underwater vehicle for deployment of at least one payload in water, comprising:
- a. a carrier, comprising a deployment chamber, comprising;
i. an electrical port;
ii. at least one valve;
iii. an actuator;
iv. at least one actuator switch;
v. electronics and circuitry;
vi. a vacuum port;
vii. an internal wet space; and
viii. a portal connecting the internal wet space to an external environment; and
b. at least one payload;
c. a vacuum actuation mechanism;
wherein the carrier is connected to the vacuum port;
wherein the vacuum port is connected to the vacuum actuation mechanism;
wherein when the deployment chamber is fully sealed, a vacuum force is created within the deployment chamber;
wherein the payload is held solely by the vacuum force;
wherein fluid is allowed to flood the internal wet space, releasing the vacuum force;
wherein the electrical port is capable of receiving power or data information; and
wherein the actuator and the actuator switch are controlled by the electronics and circuitry.
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Abstract
The present invention involves a system for the release of low relief, self-orienting deployable payloads from a platform such as an underwater vehicle and a mechanism of passive buoyancy compensation of the vehicle. The system secures one or more payloads by a vacuum force without an additional mechanical restraining mechanism and deployment of a payload is accomplished by disengaging the vacuum hold to release the payload for its intended function. Once deployed, the payload may reorient itself to a functional orientation without additional assistance.
20 Citations
17 Claims
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1. An underwater vehicle for deployment of at least one payload in water, comprising:
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a. a carrier, comprising a deployment chamber, comprising; i. an electrical port; ii. at least one valve; iii. an actuator; iv. at least one actuator switch; v. electronics and circuitry; vi. a vacuum port; vii. an internal wet space; and viii. a portal connecting the internal wet space to an external environment; and b. at least one payload; c. a vacuum actuation mechanism; wherein the carrier is connected to the vacuum port; wherein the vacuum port is connected to the vacuum actuation mechanism; wherein when the deployment chamber is fully sealed, a vacuum force is created within the deployment chamber; wherein the payload is held solely by the vacuum force; wherein fluid is allowed to flood the internal wet space, releasing the vacuum force; wherein the electrical port is capable of receiving power or data information; and wherein the actuator and the actuator switch are controlled by the electronics and circuitry. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. An underwater vehicle for deployment of at least one payload in a body of water, comprising:
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a. carrier, comprising a deployment chamber, comprising; i. an internal wet space; and ii. a portal connecting the internal wet space to the external environment; and b. at least one payload, comprising; i. a water-tight body housing; ii. payload circuitry within the water-tight body housing; iii. a power source; and iv. a self-orienting assembly, comprising; (1) a leg assembly; (2) at least one leg attachment point; and (3) a leg release mechanism; wherein the leg assembly is comprised of at least one leg; wherein each of the at least one legs is connected to the water-tight body housing at a leg attachment point; and wherein the leg assembly remains in a stowed position until the leg release mechanism releases the at least one leg; and wherein said payload is capable of supporting a vacuum force within the chamber therein; and wherein the self-orienting assembly is attached to the water-tight body housing; wherein when the deployment chamber is fully sealed, the vacuum force is created within the deployment chamber; and wherein the payload is held solely by the vacuum force within said chamber and wherein fluid is allowed to flood the internal wet space, releasing the vacuum force.
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11. A method for the underwater deploying of at least one payload in a body of water comprising:
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a. placing a carrier that contains a deployment chamber comprising; i. an electrical port; ii. at least one valve; iii. an actuator; iv. at least one actuator switch; v. electronics and circuitry; vi. a vacuum port; vii. an internal wet space; and viii. a portal connecting the internal wet space to an external environment; b. placing at least one payload comprising a self-orienting assembly, comprising; i. a leg assembly; ii. at least one leg attachment point; and iii. a leg release mechanism; into the deployment chamber through the portal; c. holding said payload in said chamber through the use of a vacuum force; d. placing the carrier in a location where the payload will be deployed; and e. triggering a release of the payload; f. wherein, upon triggering the release of the payload, fluid is allowed to flood the internal wet space, releasing the vacuum force; and g. wherein upon deployment of the payload, the self-orienting assembly reorients the payload after deployment; h. wherein the body of water comprises a water bottom floor; and i. the leg assembly digs into the water bottom floor. - View Dependent Claims (12, 13, 14, 15, 16, 17)
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Specification