1. A submersible electronics device for use in a body of water and a substratum floor below the body of water, the submersible electronics device comprising:
a submersible housing;
an operational electronics system mounted in andor on the housing, wherein the operational electronics system is adapted to communicate with another device andor to sense at least one of a physical signal and an environmental parameter; and
a mobility system selectively operable to fluidize the substratum, vibrate the housing, andor adjust a buoyancy of the submersible electronics device to selectively move the housing into the substratum to at least partially bury the housing in the substratum andor to selectively move the housing out of the substratum to at least partially unbury the housing from the substratum;
wherein the mobility system includes:
a migration system that is selectively operable to fluidize the substratum andor vibrate the housing; and
a buoyancy system that is selectively operable to adjust a buoyancy of the submersible electronics device.
2. (canceled)
3. The submersible electronics device of claim 1 wherein the buoyancy system is selectively operable to adjust a buoyancy of the submersible electronics device by releasing at least one ballast member having either a negative buoyancy or a positive buoyancy.
4. The submersible electronics device of claim 1 wherein the buoyancy system is selectively operable to adjust a buoyancy of the submersible electronics device by expanding a volume of the housing or a volume of a supplemental volume expandable housing.
5. The submersible electronics device of claim 1 wherein the migration system is selectively operable to fluidize the substratum.
6. The submersible electronics device of claim 1 wherein the migration system is selectively operable to vibrate the housing to migrate the submersible electronics device into the substratum.
7. The submersible electronics device of claim 1 wherein the housing has top and bottom opposed ends and is adapted to preferentially orient the housing toward an upright position, wherein the top end overlies the bottom end, as the housing is migrated into the substratum.
8. The submersible electronics device of claim 7 wherein the submersible electronics device has negative buoyancy and a shape that provides inertial migration of the submersible electronics into the substratum in use.
9. The submersible electronics device of claim 1 wherein the operational electronics system includes a communications system operative to send andor receive communications signals tofrom another device.
10. The submersible electronics device of claim 1 wherein the operational electronics system includes a sensor system operative to sense a parameter of the environment of the submersible electronics device.
11. A submersible electronics device for use in a body of water and a substratum floor below the body of water, the submersible electronics device comprising:
a submersible housing;
an operational electronics system mounted in andor on the housing, wherein the operational electronics system is adapted to communicate with another device andor to sense at least one of a physical signal and an environmental parameter; and
a displacement device selectively operable to displace substratum overlying the housing;
wherein the displacement device includes a subhousing; and
wherein the subhousing is volume expandable and is retained on the housing when the volume of the subhousing is expanded.
12. (canceled)
13. The submersible electronics device of claim 12 wherein the subhousing is releasable.
14. (canceled)
15. The submersible electronics device of claim 11 wherein the subhousing forms a part of a secondary submersible electronics device that is releasable from the housing.
16. The submersible electronics device of claim 15 wherein the secondary submersible electronics device further includes the operational electronics system andor a secondary operational electronics system.
17. The submersible electronics device of claim 16 including a plurality of secondary electronics devices, each of which is releasable from the housing.
18. The submersible electronics device of claim 11 wherein the operational electronics system includes a communications system operative to send andor receive communications signals tofrom another device.
19. The submersible electronics device of claim 11 wherein the operational electronics system includes a sensor system operative to sense a parameter of the environment of the submersible electronics device.
20-27. (canceled)
28. A submersible electronics device for use in a body of water and a substratum floor below the body of water, the submersible electronics device comprising:
a submersible housing;
an operational electronics system mounted in andor on the housing, wherein the operational electronics system is adapted to communicate with another device andor to sense at least one of a physical signal and an environmental parameter; and
a mobility system selectively operable to fluidize the substratum, vibrate the housing, andor adjust a buoyancy of the submersible electronics device to selectively move the housing into the substratum to at least partially bury the housing in the substratum andor to selectively move the housing out of the substratum to at least partially unbury the housing from the substratum;
wherein the mobility system includes a migration system that is selectively operable to fluidize the substratum.
29. A submersible electronics device for use in a body of water and a substratum floor below the body of water, the submersible electronics device comprising:
a submersible housing;
an operational electronics system mounted in andor on the housing, wherein the operational electronics system is adapted to communicate with another device andor to sense at least one of a physical signal and an environmental parameter; and
a displacement device selectively operable to displace substratum overlying the housing;
wherein the displacement device includes a subhousing; and
wherein the subhousing forms a part of a secondary submersible electronics device that is releasable from the housing.
30. The submersible electronics device of claim 29 wherein the secondary submersible electronics device further includes the operational electronics system andor a secondary operational electronics system.
31. The submersible electronics device of claim 30 including a plurality of secondary electronics devices, each of which is releasable from the housing.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. An application for storage in a memory of a mobile computing device, the mobile computing device including an SMS program module, the application comprising: text secretary logic in the SMS program module, the text secretary logic being configured to create a library connected with the SMS program module, and optionally create a calendar application, which library comprises at least one text message.
2. An application according to claim 1, further comprising:
logic which permits access to the text secretary from the SMS program module.
3. An application according to claim 1, further comprising:
logic configured to coordinate the SMS program module and the library with a calendar program when stored in the memory of the mobile computing device.
4. An application according to claim 1, further comprising:
logic configured to coordinate time and date with the SMS program module.
5. An application according to claim 1, further comprising:
logic configured to generate and send a text message in response to an event, or when the computing device is switched off, in a flight mode, or in reply to any incoming text.
6. An application according to claim 1, further comprising:
logic configured to generate a text message from the library or from the calendar.
7. An application according to claim 5, wherein the event is an event marked in the calendar.
8. An application according to claim 1, wherein the mobile computing device is selected from the group consisting of a mobile handset and a tablet computer.
9. A mobile computing device comprising a memory and the application according to claim 1 stored in the memory.
10. A method for establishing communication between a text program module, a calendar program, and a contact database in a mobile computing device, comprising:
installing an application in the mobile computing device;
creating a text secretary with the application;
creating a library with the application; and
connecting the library and the text secretary with the SMS program module, the calendar program, and the contact database.
11. A method according to claim 10, further comprising
storing messages in the library.
12. A method according to claim 11, further comprising:
sending a message stored in the library in response to an event.
13. A method according to claim 10, further comprising:
automatically sending a reply SMS message when the SMS program module receives a SMS message.
14. A method according to claim 13, wherein automatically sending a reply SMS message comprises sending when the telephone is off, in flight mode, or Auto reply is set on in said application.