Method for marking positions on map by address numbers

Abstract

The invention relates to a map marking method, in particular to a method for marking positions on a map by address numbers. According to the method, the earth is used as a main body; on the surface of the earth, a position of 0 degree northern latitude is used as a starting point, and one line is drawn every 5 latitude degrees from north to south to divide the surface of the earth into 36 annular regions; then, a 0-degree meridian is used as a starting point, and one line is drawn every 10 longitude degrees in a clockwise direction to divide the surface of the earth into 36 olivary regions; each of 36 numbers (0-9) or letters (A-Z) is used for representing one region; the number or letter of the annular region is used as the first bit of an address number, and the number or letter of the olivary region is used as the second bit of the address number; and the earth surface positions are uniformly divided. The map marking method has the advantages that the implementation is convenient; the searching is fast and convenient; and the positioning is accurate. An ordinary person can accurately express the self position and can be accurately found by others such as family members, friends, couriers and search and rescue persons.

Description

(1) Technical field [0001] The invention relates to the technical field of map coordinate positions, in particular to a method for marking a position on a map with an address number. (2) Background technology [0002] A map is a graph drawn based on certain mathematical rules, using a cartographic language, and integrated on a certain carrier through cartography to express the spatial distribution, connection, and development and change status of various things on the earth (or other celestial bodies) over time. With the advancement of science and technology, the concept of maps is constantly evolving and changing. For example, maps are regarded as "images and models reflecting natural and social phenomena", and maps are "carriers of spatial information" and "transmission channels of spatial information". Wait. The carrier of traditional maps is mostly paper. With the development of science and technology, various carriers such as electronic maps have appeared. [0003] El...

AI Technical Summary

Problems solved by technology

Many people have a very low ability to recognize roads, and they don't even know or explain their exact location, let alone the specific latitude and longitude.

[0007] (2) When meeting friends, class reunions, family dinners, visiting friends from other places, business visits, travel, etc., the addresses of restaurants or event venues carefully recommended by friends will not be indicated by latitude and longitude, and many businesses with the same name will appear when searching on the electronic map , so it is impossible to determine whether it is the one you are looking for

[0008] (3) When an earthquake or disaster occurs, the person calling for help cannot accurately locate their location due to language expression (such as deaf-mute) or environmental influence (closed location), which will increase the difficulty of rescue and reduce the chance of being rescued

[0009] (4) When seeking help in other situations in life, such as mentally handicapped people getting lost, children being abducted, being robbed, cars breaking down on the road, getting lost in the wild, etc., it is impossible to describe the current location to others

[0010] (5) Some addresses are lonely characters, which are not easy to input. In the case of foreign languages ​​and characters, inaccurate address names will lead to positioning errors and other disadvantages.

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