WO2009021361A1

WO2009021361A1 - System of digital gate number coding and querying

Info

Publication number: WO2009021361A1
Application number: PCT/CN2007/002592
Authority: WO
Inventors: Yiqun Wang
Original assignee: Yiqun Wang
Priority date: 2007-08-15
Filing date: 2007-08-28
Publication date: 2009-02-19
Also published as: CN101369326A

Abstract

A system of digital gate number coding and querying is disclosed. The system includes digital codes, an information center corresponding to digital gate number real-time geography position, local network section, a communication base station and a communication network. The digital code is a code for a unit, a house or a person coding by pure Arabic numerals. The combination manner of the digital code is country code of telephone number + area code + telephone number. The first identifying code is the digital code (country code of telephone number + area code + telephone number). The information corresponding to real-time geography position is a building gate number, a network address, an electronic mailbox and the updating information, separately. The digital gate number avoids repeat coding, skip coding and lack of coding in common gate number system. It is steady. Even when a person moves to another address the digital number is not change. When the telephone is changed, the information corresponding to real-time geography position of a unit can be achieved by querying in time.

Description

Digital numbering and query system for digital house number

The invention relates to an encoding system, in particular to a real-time geographic location-related information center based on a digital house, using an internet, a mobile network, a fixed-line network, a local area network and a GPS as a running platform, and obtaining a unit, a family and a natural person through a digital house number in real time. A digital numbering and query system for digital house numbers inquiring about geographic location information. Background technique

The text plus digitally encoded house number is currently the most common address identifier, such as "No. 66 Zhongguancun East Road". However, there are problems such as different national languages, different languages, and different coding rules. For the public, there are traditional house numbers, and even if you are holding a map to find a specific location of a house, it is not easy. There are more communication problems caused by language barriers in international exchanges.

First of all, the confusion of traditional house numbers is a problem that cities in many countries are currently facing. As the city develops faster and faster, the city looks new, new buildings continue to emerge, new high-rises, roads, and communities emerge in an endless stream. The order numbers of the original house numbers are often interrupted, causing the relevant management departments to shorten the coding cycle and cause the house numbers. The stability is poor, and even the phenomenon of skipping, missing and heavy numbers has formed a vicious circle. Sometimes the road name changed, but the house number is still the same. The starting order of the house number is mixed from east to west, and some houses are arranged from east to west, from south to north, from west to east and from north to south. Chaotic house numbers often make people unable to find directions in the city's forests.

Second, there are thousands of languages in the world, and the differences are great. National house numbers create great language barriers for people in other countries with different languages, and are generally unrecognizable.

Again, using paper map addressing to ask for directions, there are also many problems. Every lane, every building or every business in the city can only be listed on the map as only a few landmark buildings, public utilities, tourist attractions, famous businesses, etc. in the city, and can not be carried out in real time. Modified, so the city content contained in the paper map is not comprehensive or lagging. Although the emergence of electronic maps greatly enriches the content of the map, it introduces all kinds of information related to the geographical environment in an all-round and multi-angle manner, making the map more expressive, and it can freely regulate the detailed content of the map content. According to the actual situation, it is modified and updated in time, but the existing electronic maps do not have a uniform labeling code. Each electronic map and GPS operator sets the labeling code, the encoding is not uniform, and the data cannot be shared with other systems.

It can be seen that the coding of the house number urgently needs a coding system without the difference of the word language and the global unified coding rule, so that people can quickly and clearly query the real-time specificity of a certain unit, family or natural person when communicating and addressing the way. Location related information. Summary of the invention

The object of the present invention is to provide a digital numbering and query system for a digital house number, which realizes the unique number of the digital house number of different characters in the world, which represents the real-time geographic location information of a unit, family and natural person by pure Arabic numerals. The system query can obtain real-time geographic location related information of the owner of the digital house number. Use the Internet, electronic maps, GPS, mobile phones, and telephone call centers to obtain real-time geographic location information about the owner of the digital house number through the system query.

The invention is implemented by the following technical means:

A digital number encoding and query system for a digital house card, the system comprising: a digital code, a digital house real-time geographic location related information center, a local network server, a communication base station, and a communication network;

The digital code is a code for a unit, a family, and a natural person in pure Arabic numerals;

The combination of the digital codes is: telephone country code + area code + telephone number;

The digital code (phone country code + area code + telephone number) is the primary identification code;

The real-time geographic location related information is: building house number, website address, email address and change information. The foregoing digital house number geographical position related information has a one-to-one full mapping relationship with the actual address.

The aforementioned digital house number data information center further includes an information receiving unit, an information storage unit, an information processing unit, and an information transmitting unit.

The aforementioned information storage unit is a distributed database in which digital house cards contain electronic map information, and the data format of the database uses digital house cards as the primary search mark.

The aforementioned information storage unit includes electronic map annotation information corresponding to the digital house number one by one.

The aforementioned communication network includes: internet, mobile network, fixed line network, local area network, GPS;

The aforementioned mobile network, including the mobile phone, integrates the mobile phone MMS wireless network information interaction function, and with the support of related software, the two functions can realize seamless integration and automatic cooperation.

The aforementioned information storage unit further includes communication information, public information, traffic information, and path optimization information.

After querying the digital house number as "12345678XXXX", the network address building address "12345678XXXX network address" 12345678XXXX (network address) "email address" 12345678XXXX (email address) and the changed information will be found. The building address has been The coding system of the computer is coded according to different countries, provinces, regions, streets, and the format of the code is arranged in a pure Arabic digital sequence.

The invention has obvious advantages and beneficial effects compared with the prior art:

By combining the network, communication and GPS technologies, the present invention uses the telephone number as the main content of the digital house number as the identification, by means of the Internet, including electronic maps, mobile networks, including SMS MMS platforms, fixed line networks, including call centers, global Satellite positioning systems, including mature and well-known technologies such as GPS, use the most popular everyday electronic devices computers, mobile phones, telephones, and GPS as tools to enable people to find information about a real-time geographic location. As long as the digital house number is known, the information can be sent to the digital house real-time geographic location related information center, thereby obtaining detailed geographic location related information of the digital house owner. The invention can be applied to various fields such as units, families and natural persons, and is particularly suitable for businesses and enterprises.

1. The digital house number avoids the repeated numbering, skipping number, and missing number that often appear in traditional house numbers. It has strong stability, and even the digital house number owner does not have to change the digital house number. Even if the phone number changes, you can check the new house number and real-time location information of the unit in time, as long as the digital house owner keeps updating the relevant information.

2. As of the end of May 2005, China's Internet users exceeded 100 million, and mobile phone users exceeded 300 million. The fixed-line users are more popular, GPS is becoming more and more popular, and the development speed has attracted worldwide attention. Mobile phones have become a popular item in people's daily lives. As long as it can support the communication equipment of SMS MMS service, whether it is mobile communication, China Unicom or PHS, you can query the geographical position related information of the digital house number holder, which is highly operable.

3. Combining the advantages of paper maps and electronic maps, it requires no special equipment, and can be detailed and updated in time.

4. The query operation is simple and fast, and the query result is clear and clear.

5. The technology utilized is mature.

6. The cost of the digital house number holder and the inquirer is low. Each unit or household only needs to pay a small amount of registration fee at a time. The inquiry fee is only the general SMS and MMS fee.

7. It is especially meaningful for consumers and suppliers to find businesses or enterprises, and build bridges for business activities. DRAWINGS

1 is a block diagram of a network operation flow of the present invention;

2 is a schematic diagram of a network connection according to the present invention;

3 is a block diagram of the operation of the digital house real-time geographic location related information center according to the present invention;

Figure 4 is a block diagram of the data update unit operation. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, specific embodiments of the present invention will be described with reference to the accompanying drawings:

Please refer to FIG. 1 and FIG. 2 , which are schematic diagrams of network operation flow diagrams and network connections according to the present invention. As can be seen from the figure, the global unified coding system of the system for a unit, home and individual real-time addresses is based on numbers. Real-time geographic location related information center, using the Internet, mobile network, fixed line network, local area network, GPS as the operating platform; using local network server, mobile phone, telephone call center to realize real-time geographic location related information query of digital house number. The system that obtains the real-time geographic location related information through the digital house number will query the number in the database. The electronic map information of the word house is sent to the mobile phone 5 that sends the request address inquiry information in the form of a multimedia message; when the mobile phone base station 3 receives the inquiry signal of the input (area number + telephone number) 8 sent by the mobile phone 5 that sends the request address inquiry information, Sending the received signal to the local network server 2, the network server 2 transmits the signal to the digital house real-time geographic location related information center 1, the data center 1 queries the query information, and judges by the information determining unit 10 If the information is judged after the query, the positive signal is sent to the information center 1, and the information center 1 generates the query result information and sends the query result information to the local network server 2, and the server sends the information 100 through the mobile phone base station to the multimedia message. The method is sent to the user's mobile phone 4. If the information is not determined by the information judging unit 10, the information 101 is sent to the local network server 2, and the server generates the invalid screen information through the mobile phone base station in the manner of MMS. The mobile phone 5 is sent to the user who requested the address inquiry information.

The combination of the digital house number information is: a telephone country code, an area code, and a live number or a selected number of the country in which the unit, the family, and the country in which the individual is located; the number of the house number is "the number of the door holder" Country code + area code + phone number", for example, the phone number of a certain technology company in Beijing, China is "phone country code (86), area code (10), phone number is 8986XXXX", then the digital house number of the unit is: "86108986XXXX" . After querying the digital house number as "86108986XXXX", the network address building address is "86108986XXXX building address", the network address is "86108986XXXX (network address)", the email address is "86108986XXXX (email address)" and after the change For example, the original phone "86108986XXXX (original phone)". The building address has been coded by the computer's coding system according to different countries, provinces, regions, streets, etc. The format of the code is arranged in pure Arabic digital sequence.

Any person, unit or company that has a publicly announced telephone number, pays appropriate fees, and provides the necessary information can obtain the digital house number as the address of its address and obtain relevant services. To query the address of a digital house number holder, you only need to know the digital house number. In fact, you only need to know the phone number or the selected number, through the Internet, mobile network, fixed line network, local area network, GPS and other channels. Send the digital house number information to the digital house real-time geographic location related information center. The information center will immediately return the information related to the geographic location of the digital house holder, including the electronic map related information, to the terminal of the inquirer by MMS.

Please refer to FIG. 3, which is a block diagram of the operation of the digital house real-time geographic location related information center according to the present invention. As can be seen from the figure, the digital house real-time geographic location related information center 1 mainly receives the inquiry information requesting unit 11 and analyzes the user. The query request unit 12, the data update unit 15, the database query processing unit 10, the server response unit 14, and the transmission query result unit and the database connection unit 101 are composed.

The receiving query requesting unit 11 transmits the information received by the communication base station 3 to the analysis requesting unit 12, which transmits the information to the database query processing unit 10 via the connection database unit 101, and the processing unit 10 connects the information processed by the query. The database unit 101 passes to the transmission query result unit 13 and the server response unit 14, and after receiving the response signal from the server response unit, the transmission query result unit 13 receives the inquiry signal received by the server The information is sent to the communication base station 3. As can be seen from FIG. 3, the database query processing unit 10 has an information connection relationship with the data update unit 15 and the Internet 6, and the database query processing unit 10 communicates with the data update unit 15. The update unit 15 includes: address update information, original phone number update (for example, a phone changed by the user and a phone number changed by the telecommunication department), and a change information of the website to ensure the digital house number. The number information has a one-to-one full mapping relationship with the real geographical location and other related information. The building address code is arranged by the unit 18, and 18 sends its address code information to the database query unit 12 connected thereto, and the Internet 6 The contact is to ensure more accurate public information, traffic information, and path optimization information.

The digital house real-time geographic location related information center includes electronic map information as a core part of a distributed database system containing massive electronic map information, and the data content includes information such as digital doorplate electronic maps; and the data format uses digital house numbers as the primary retrieval identifier. The establishment and maintenance of the database is mainly done manually by the digital house data center staff. The operation of the database is carried out by means of a digital house data data server having a component structure.

The mobile phone is a client application terminal, and the wireless network information interaction function can realize information request and reception between the mobile phone and the local network database and other wireless network contents. With the support of related software, the two functions can achieve integration and automatic collaboration.

There are two ways to establish the database of the present invention: 1. The digital house name real-time geographic information related information center is self-registered; 2. The digital house number customer applies. The workflow is basically the same, including basic steps such as unit data collection and data storage.

The database maintenance of the present invention is mainly carried out in three ways: 1. The digital house real-time geographic location related information center periodically updates the changed data information; 2. The customer applies for data update due to information such as relocation or road name change. 3. The user logs in to the website to update himself according to the account password.

Referring to FIG. 4, a block diagram is executed for the data update unit. As can be seen from the figure, the get update unit 1500 sends the information of the user feedback information 151, the customer notice 152, and other paths 153 to the verification information unit 154. The information is judged by the judging unit 156, and the information is changed to the collected information update unit 157, sent to the digital house data center 1 via the information collating unit 158 and the update data unit 159, and another channel for collecting the change information. The subscriber unit 150 is periodically returned, and the changed information is transmitted to the collection change information unit 157 through the unit.

In addition, due to the connection between the real-time geographic information related information center 1 of the digital house and the Internet, the operation function of the inquiry system can be greatly expanded, so that the content of the query can be enlarged, reduced, moved, and displayed hierarchically; the query function includes regional search, public transportation. Search, street search, bus transfer, optimal route; personalized service function users can also edit the map, label personalized information, in fact, a piece of relevant information is expressed through the corresponding geographic coordinates The electronic map, with the landmark building or location as a number of radiant points, correlates the radiant points with the information of the digital house number in the radiant area, so that the digital house number becomes a stereoscopic electronic coordinate. This will further improve the accuracy and operability of the system for invoking the digital house number of the present invention.

It should be noted that the above embodiments are merely illustrative of the present invention and are not intended to limit the technical solutions described herein; therefore, although the present specification has been described in detail with reference to the various embodiments described above, It will be understood by those skilled in the art that the present invention may be modified or equivalently substituted without departing from the spirit and scope of the invention.

Claims

Claim

A digital number encoding and query system for a digital house card, characterized in that: the system comprises: a digital code, a digital real-time geographic location related information center, a local network server, a communication base station, and a communication network;

The real-time geographic location related information is: building house number, website address, e-mail address and change information; the building house number is composed of pure Arabic numerals.

2. The digital encoding and querying system for a digital house according to claim 1, wherein: the digital house number information has a one-to-one full mapping relationship with the actual address.

3. A digital number encoding and query system for a digital house according to claim 1, wherein: said building number of said building is based on: country, province, city, region, street.

4. The digital number encoding and query system for a digital house according to claim 1, wherein: the digital house real-time geographic location related information center further comprises an information receiving unit, an information storage unit, an information processing unit, and an information transmission. unit.

5. The digital code and query system for a digital house according to claim 1, wherein: the information storage unit is a distributed database of electronic map information for the digital house card, and the data format of the database is searched by the digital house code. Logo.

6. The digital encoding and querying system for a digital house according to claim 1, wherein: said information storage unit comprises electronic map annotation information corresponding to the digital house number one by one.

7. The digital number encoding and query system for a digital house according to claim 1, wherein: said communication network comprises: internet, mobile network, fixed line network, local area network, and GPS.

8. The digital code and query system for a digital house according to claim 1, wherein: the mobile network comprises a mobile phone integrated with a mobile phone short message and a multimedia message wireless network information interaction function, and is supported by related software, Great features enable seamless integration and automated collaboration.

9. The digital encoding and querying system for a digital house according to claim 1, wherein: said information storage unit further comprises communication information, public information, traffic information, and path optimization information.

Correction page (Article 91)