KR20000017125U - Aaaaa - Google Patents

Abstract

The personal navigation system corresponds to the vehicle navigation system, which uses GPS or radio waves to determine the location of the current (or target point), and an easy-to-understand location (address) in terms of latitude and longitude or cell (CELL, range). Transceiver with or without built-in GPS or semiconductor memory for information from the SUB DB and SUB DB that maps to cell number (CELL NO) or road name (road number) Transceiver 10 consisting of (PCS, PAGER, cellular phone, etc.) to receive and use the required SUB DB wirelessly or a system using the SUB DB in real time

Cell positioning system using cell position identified by radio waves and GPS positioning system using GPS positioning

Description

Personal Navigation Device {AAAAA}

The personal navigation system corresponds to the vehicle navigation system, which uses GPS or radio waves to determine the location of the current (or target point), and an easy-to-understand location (address) in terms of latitude and longitude or cell (CELL). ) Or a sender device (PCS, PAGER, cellular with or without GPS or semiconductor memory) that maps information from the SUB DB to a cell number (CELL NO) or a road name (road number) representative feature. System that uses SUB DB to receive and use SUB DB wirelessly with the transceiver device 10 configured as a phone or the like or in real time

Cell positioning system using cell position identified by radio wave and method of GPS positioning system to grasp position by GPS

Personal navigation device using cell positioning system

Recognize your current location as a range or representative feature using GPS or radio waves from your terminal (PCS, PAGER, cellular phone, etc.), or map it with CELL MAP of your current location Easily match your location to your current location

Additional information (information guide, directions) providing system.

Rather than recognizing the precise latitude and longitude of the location information necessary for daily life, the function of grasping the location by the representative geographical feature name (signboard) of the vicinity (CELL) where it is located is useful.

The cell positioning system is a system that provides a location (CELL), which is determined by radio waves, to be processed by data such as a cell number (CELL NO) and representative features at a base station or a central station.

Current location guide

Cell No. Guide

Representative feature guide

Nomination Guide

Road name, road number guide

Components of a Personal Navigation Device Using Cell Positioning System

Personal Transceiver (PAGER etc) (10)

CELL SUB DB Transceiver (ASR) (20)

CELL MAP (30)

Central Office (40)

Base station (50)

Antenna (60)

Main Antenna (70)

How to locate the air path (80)

Position calculation method

Latitude, longitude (500) grasp with GPS (130)

The public cannot use the map because they need to know the precise map and Dokdo law.

Triangulation methods for positioning (520)

Determine the location by calculating the angle and length of radio reception.

Compare and calculate the received data of three or more base stations or antennas.

How to measure position by strength of data reception (530)

Specify CELL as the transmit / receive area of the base station antenna that receives the strongest signal

Position calculation method by time difference between DATA transmission and reception (540)

Position calculation based on the difference in transmission / reception time received by one or more base stations or antennas)

Distance calculation method due to difference in transmission and reception wave strength (550)

How to Receive CELL NO Sent from a CELL NO Transceiver (ASR) (560)

(CELL NO of corresponding transmit / receive range)

How to Specify CELL NO (600)

City-How to specify the range of transmission / reception of existing antenna by CELL NO

Method of Specifying Transmit / Receive Range of Primary Branch Auxiliary Antenna by CELL NO (610)

Local-Specify the transmit / receive range of the existing antenna as CELL NO

How to specify the transmission / reception range of branching auxiliary antenna by CELL NO (620)

Propagation redundancy point

-Possible to find the direction of movement (C2C3 → C2 to C3)

-Move around and easily find your cell

Check Location (CELL NO Check)

-Terminals (PCS, etc.)

Self Positioning Method (700)

1) DB using GPS (latitude longitude)

Matching with Beacon Light (600) (710)

2) CELL NO identified by radio wave

How to map a CELL map (720)

How to get location on CELL MAP (800)

1) Magnetic Position CELL NO 810

2) Confirm your CELL NO in CELL MAP (820)

How to check the target position (900)-1) Check the nearby (CELL ZIPCODE) (Check the range)

ZIPCODE input (910) 2) Check Point (Check Point)

CELL NO IN (920)

CELL MAP construction method (900)

Road Criteria Indication (by number or named road) (910)

BLOCK reference indication (designation) (911)

Representative Feature Reference Display (3-D Shape) (912)

Granting CELL NO (actual measurement of radio wave reception strength determines CELL range) (913)

How to find goal CELL instead of goal point (1OOO)

Instead of finding the target point, first find the cell NO including the target point and solve the detailed position point with TEL.

(Precision latitude and longitude indication like GPS data is useless for the general public because it can be understood only by knowing detailed map and Dokdo method of map.)

Major place names

Road name

Road junction

CELL NO

Directions Method (260)

Enter start and target point ZIPCODE (CELL NO)

Route name (road number) information (261)

Via road CELL number guide (262)

Junction Precision Guide (263)

Goal Spot Notice (264)

Destination Guide (265)

Estimated Time of Arrival (266)

Intermediate guide (via CELL number at noon) (267)

Confirm by CELL MAP (30) or voice

Routing, noon guidance by periodic data transmission (268)

All types of transceivers (10) available

PCS

PAGER

Cellular phone

Etc

Information guide SUB DB (270)

Urgent Notice (Hospital, 119) (271)

Convenience Information (Business Directory) (272)

Instant Call Function (280)

Immediately connect by the name (phone number) displayed on the screen-> "Call" button (281)

SUB DB information in CELL

Information Security (ARS) (Antenna, Base Station) Method (270)

DIRECTIONS MODE (271) (CELL NO, Representative Topographic Features)

Emergency Information Mode (272) (Display hospital name TEL number, 119)

Tourist Information Mode (273) (Scene name TEL number display, foreign language selection)

Restaurant Information MODE (274) (Display TEL No. Name)

Accommodation Info MODE (275) (Display TEL No.)

Gas Station, etc.Other Information Mode (276) (Show business name TEL number)

Features voice guidance

How to change the guide data (280)

Wired / wireless remote change to PAGER, PCS, PC, etc.

How to repair breakdown

Replace all

Management and Import (Advertisement)

Information Paid Advertising

How to Automatically Connect Your Phone (290)

The name of your business TEL number LCD display

Call BUTTON ON

DATA transceiver (10)

PCS

PAGER (bidirectional, voice, text, graphics)

CELLULAR PHONE

Other transceiver

Key Elements and Functions of Cell Positioning System (CPS)

GPS-based personal navigation device

The latitude and longitude 500 received by the transceiver 10 and the GPS 130 such as a PCS or a PAGER having the GPS 130 and the semiconductor memory 140 built in the address (address, road name, road number, building number), etc. Partial database (SUB DB) (210) (310) containing the data converted to (600) and SUB DB (210) (310) is composed of a combination of (310), geographic information DB ( 200) (300) and the base station 50, such as PCS, the central station 40, and the Internet 120, etc. geographic information portion DB (210) (310) to all transceivers 10, PCS, PAGER, etc. Transmitting / receiving, the necessary partial geographic information (SUB DB) 210, 310 is stored in the semiconductor memory device 140 built in the PCS, etc. (10) to obtain and use a variety of geographic information or database 200 Transmitting and receiving in real time with the 300 to obtain a variety of information

Transceiver 10 with GPS 130 and semiconductor memory 140 built-in

Partial geographic information DB (SUB DB) 210, 310 corresponding to latitude and longitude 500 corresponding to the number 600, etc., and comprehensive geographic information database 200, 300

How to send and receive SUB DB (210) (310) by wired or wireless

How to use SUB DB (210) (310) in real time

Instead of building the geographic information database 200, 210, 300, 310, a computer navigation system 1200 converts the latitude and longitude 500 into an address 600 to transmit and receive data in real time. system

Geographic Information Partial Database (SUB DB)

A system that displays a map near the required latitude and longitude on the screen or guides various information by voice text

In the DIGITAL SUB DB (210) (310), voice guidance of the address, address, etc. (600) corresponding to the specific latitude and longitude (500) and various information voice text graphic guidance

Partial database (SUB DB) 210 and 310, which corresponded to the latitude and longitude 500 that can be acquired by GPS with the number 610, the address 620, the place name, the representative terrain feature 670, and the like 600 A method of acquiring and using partial geographic information (SUB DB) 210 and 310 using wireless or the Internet

The CAR NAVIGATlON SYSTEM using GPS stores the data of the geographic information in the DISK, displays the location information acquired using the GPS on the map, and replaces the DISK when necessary to obtain the necessary geographic information.

Conventional car navigation system using GPS is a bulky and heavy device, which is impossible to carry and expensive due to the use of DISK as a storage device for geographic information, and it is impossible to modify the data in the DISK. It was difficult to obtain and use information SUB DB.

Geographic information database (DB) corresponding to longitude and latitude (500), roll number (600), etc., using a semiconductor memory device (140) and a transmitter / receiver (10) such as a PCS or a PAGER with a built-in GPS 130 ( How to acquire the necessary partial geographic information (SUB DB) 210, 310 in the 200 (300) by wireless, storing the geographic information (210) (310) in the semiconductor memory device 140 or search in real time

Receives the latitude and longitude 500 of a particular location from PAGER et al. 10 and the paging exchanger has a partial geographic information corresponding to the latitude and longitude 500 of the required location of the pager call data) SUB DB 210 The data of 310 is transmitted to the data transmission device to the subscriber number, and wirelessly transmits data of each partial geographic information DB (SUB DB) 210 and 310 through an antenna.

The pager etc. 10 receive this, generate a received signal, store and utilize the partial geographic information database (SUB DB) 210, 310 in the embedded semiconductor memory device 140, or search and utilize in real time. system

Missing technical challenges for the design

1 is a cell positioning system function

2 is a block diagram of a personal navigation device using GPS.

Missing composition and action of the devise

Missing the effect of the devise

Claims (18)

In the first degree Recognize your current location as a range (CELL NO) or representative feature using GPS or radio waves from your terminal (PCS, PAGER, cellular phone, etc.), or map it with CELL N0 identification of your current location (CELL MAP) Easily match your location to your current location Additional information (information guide, directions) providing system. Do not recognize the precise latitude and longitude for location information necessary for everyday life, The function of grasping the location by the representative geographical feature name (signboard) of the vicinity (CELL) where one is located is useful. The cell positioning system is a system that provides a location (CELL), which is determined by radio waves, to be processed by data such as a cell number (CELL NO) and representative features at a base station or a central station. In claim 1 Triangulation method for positioning (520) Determine the location by calculating the angle and length of radio reception. Compare and calculate the received data of three or more base stations or antennas. How to measure position by strength of data reception (530) Specify CELL as the transmit / receive area of the base station antenna that receives the strongest signal Position calculation method by time difference between DATA transmission and reception (540) Position calculation based on the difference in transmission / reception time received by one or more base stations or antennas) Distance calculation method due to difference in transmission and reception wave strength (550) How to Receive CELL NO Sent from a CELL NO Transceiver (ASR) (560) (CELL NO of corresponding transmit / receive range) In paragraph 1 How to Specify CELL NO (600) City ---- How to specify the range of transmission / reception of existing antennas by CELL NO How to specify the transmission / reception range of main branch auxiliary antenna by CELL NO (610 Region ---- Specify the range of transmission / reception of the existing antenna by CELL NO How to specify the division of transmit / receive range of branch auxiliary antenna by CELL NO (620) In paragraph 1 Self-Location Checking Method 700 ---- 1) Using GPS (Latitude Longitude) DB Matching with house number (600) (710) 2) CELL NO identified by radio wave How to map a CELL map (720) In paragraph 1 How to get location on CELL MAP (800) 1) Magnetic Position CELL NO 810 2) How to check the CELL NO in CELL MAP (820) How to check the target position (900) ---- 1) Check the vicinity (CELL ZIPCODE) (Check the range) ZIPCODE input (910) 2) How to check the point (check the point) CELL NO IN (920) CELL MAP construction method (900) Road Criteria Indication (by number or named road) (910) BLOCK reference indication (designation) (911) Representative Feature Reference Display (3-D Shape) (912) Granting CELL NO (actual measurement of radio wave reception strength determines CELL range) (913) In paragraph 1 How to find goal CELL instead of goal point (1OO0) Instead of finding the target point, find the CELL NO including the target point first, and solve the detailed position point in TEL In paragraph 1 Directions Method (260) Enter start and target point ZIPCODE (CELL NO) Route name (road number) information (261) Via road CELL number guide (262) Junction Precision Guide (263) Goal Spot Notice (264) Destination Guide (265) Estimated Time of Arrival (266) In paragraph 1 Information guide SUB DB (270) Emergency Notification (Hospital, 119) (271) Convenience Information (Business Directory) (272) Instant Call Function (280) Immediately connect by the name (phone number) displayed on the screen-> "Call" button (281) How to use SUB DB information in CELL In paragraph 1 Information Security (ASR) (Antenna, Base Station) Method (270) DIRECTIONS MODE (271) (CELL NO, Guide to Featured Features) Emergency Information MODE (272) (Display hospital name TEL number, 119) Tourist Information Mode (273) (Scene Name TEL Number Display, Foreign Language Selection) Restaurant Information MODE (274) (Show business name TEL number) Accommodations Mode MODE (275) (Show name of TEL) Information on Gas Stations, etc. How to Use Information in Mode (276) How to change the guide data (280) How to change wired / wireless remotely with PAGER, PCS, PC, etc. In paragraph 1 How to Automatically Connect Your Phone (290) The name of your business TEL number LCD display How to connect a call with BUTTON ON Bus, subway and TAXI stops Travel speed calculation Estimated Arrival Time Route guide (noon guidance) Short distance travel (GPS) Long distance travel (GPS, handset) How to use the city phone antenna In the second degree The latitude and longitude 500 received by the transceiver 10 and the GPS 130 such as a PCS or a PAGER having the GPS 130 and the semiconductor memory 140 built in the address (address, road name, road number, building number), etc. Partial database (SUB DB) (210) (310) containing the data converted to (600) and SUB DB (210, 310) is composed of a combination of (310), and geographic information DB ( 200) (300) and the base station 50, such as PCS, the central station 40, and the Internet 120, etc. geographic information portion DB (210) (310) to all transmitters and receivers 10, PCS, PAGER, etc. Transmitting / receiving, the necessary partial geographic information (SUB DB) 210, 310 is stored in the semiconductor storage device 140 built in the PCS etc. (10) to obtain and use a variety of geographic information or database 200 Transmitting and receiving in real time with the 300 to obtain a variety of information In paragraph 15 Transmitting and receiving device 10 having GPS 130 and semiconductor memory 140 built-in Partial geographic information DB (SUB DB) 210, 310 with latitude and longitude 500 corresponding to number 600, etc. Construction method and comprehensive geographic information database 200, 300 construction method In paragraph 15 How to send and receive SUB DB (210) (310) by wired or wireless In paragraph 15 How to use SUB DB (210) (310) in real time