System and method for delivering information at inaccessible locations

A system for providing information directly relating to individual ones of a plurality of substantially immovable dedications each at a substantially inaccessible location, the information including details concerning reasons for individual ones of the dedications, comprising:

• (A) a plurality of permanently spatially fixed processors and memory devices, wherein at least one permanently spatially fixed processor and memory device is affixed proximate to each of the individual ones of the plurality of substantially immovable dedications, the information uniquely and directly relating to each one of the substantially immovable dedications to which the memory device is affixed;
• and
• (B) a portable memory reading device, separate from the plurality of memory devices, capable of uploading and downloading the dedication information to and from individual ones of the memory devices, via a non-permanent wireless proximity link while the associated processor and memory device are affixed proximate to the associated substantially immovable dedication, and communicating received ones of the dedication information to a user of said portable memory reading device,
• wherein each of said processors processes the information to and from the associated memory device, including processing for forwarding of the information from the associated memory device to said memory reading device.

An information generator for use at a plurality of substantially inaccessible locations, comprising:

• a plurality of permanently spatially fixed processors and memory devices, wherein at least one permanently spatially fixed processor and memory device is affixed at least one of the plurality of substantially inaccessible locations, wherein each associated memory device includes thereon a plurality of information uniquely and directly related to the associated substantially inaccessible location;
• a portable memory reading device, wherein said portable memory reading device is physically separate from each of said plurality of memory devices, wherein said portable memory reading device is capable of being communicatively connected to multiple ones of said plurality of memory devices, via a non-permanent wireless proximity link while the associated processor and memory device are affixed at the associated substantially inaccessible location;
• and
• wherein, said portable memory reading device is capable of loading the plurality of information directly related to the associated substantially inaccessible location onto the associated memory device, and
• wherein, upon establishing a communicative connection with said associated memory device at a request of at least one user, said portable memory reading device receives the plurality of information uniquely and directly related to the associated substantially inaccessible location for display to the user, and
• wherein said associated processor processes the information to and from said associated memory device, including processing for forwarding of the information from the associated memory device to said memory reading device.

A method for providing information related to individual ones of a plurality of substantially inaccessible locations, wherein individual ones of the plurality of substantially inaccessible locations is at least one selected from the group consisting of a cemetery site, a dedication site, an equipment site, and a historically notable site, comprising:

• (A) storing and retrieving the information directly related to individual ones of the plurality of substantially inaccessible locations on a permanently spatially fixed processor and memory device uniquely and directly associated with the individual locations in a format that can be written to and retrieved from multiple ones of the memory devices each associated with the individual ones of the plurality of substantially inaccessible locations at different points in time by a user of a single portable memory reading device separate from the associated memory devices, via a non-permanent wireless proximity link, while each processor and memory device are permanently spatially fixed, and wherein the information is displayed to a user using the portable memory reading device upon request of the user while in proximity of individual ones of the processors and memory devices;
• and
• (B) substantially immovably affixing each of the plurality of memory devices at individual ones of the plurality of inaccessible locations,
• wherein each of said processors processes the information to and from the associated memory device, including processing for forwarding of the information from at least one of the plurality of memory devices to said memory reading device.