Emitters specifically for sub-sea applications
First Claim
1. A submersible device, comprising:
- a casing;
circuitry;
a power source; and
fluid that fills a cavity formed by at least one of the circuitry and the power source.
2 Assignments
0 Petitions
Accused Products
Abstract
The present invention provides apparatuses and methods for alleviating impact of underwater pressure upon submersible devices and emitters. An interior space of the casing of a submersible device may be filled up with fluid to reduce the impact of underwater pressure. The submersible device may further comprise a pressure adjusting bladder attached to the casing through a structure that permits flow of fluid from the casing into the bladder. The bladder may enable the device to cope with varying degrees of fluid expansion due to changes in surrounding pressure or temperature. The submersible device may also comprise a special type of fluid and specially designed internal components so that the presence and flow of the fluid within the device do not affect the performance of the components.
3 Citations
15 Claims
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1. A submersible device, comprising:
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a casing;
circuitry;
a power source; and
fluid that fills a cavity formed by at least one of the circuitry and the power source. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A method for alleviating impact of pressure on a submersible device, comprising:
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providing a casing as part of the submersible device;
filling an interior space of the casing with fluid; and
sealing the casing so that water cannot get into the casing and so that the fluid cannot get out of the casing.
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14. A method for alleviating impact of pressure on a submersible device, comprising:
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providing a casing as part of the submersible device;
filling an interior space of the casing with fluid;
providing a bladder that is coupled to the casing to permit a flow of the fluid from and to the interior space of the casing; and
sealing the casing so that water cannot get into the casing and so that the fluid cannot get out of the casing except into the bladder.
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15. A method for alleviating impact of underwater pressure on an emitter device, comprising:
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providing a casing of the emitter device;
providing a power source;
providing an emitter that is coupled to the power source;
filling an interior space of the casing with fluid;
providing an antenna that is coupled to the emitter;
providing a bladder;
positioning the antenna so that the antenna is positioned within the bladder so that the fluid can flow from and to the interior space of the casing; and
sealing the casing so that water cannot get into the casing and so that the fluid cannot get out of the casing except into the bladder.
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Specification