KR100584208B1 - Navigation input system using RFID and the input method - Google Patents

Abstract

The present invention is conventionally provided with a contact (push-type) input device such as a control key (including remote control) and / or touch screen for inputting operation commands, such as search and setting used as a road guide while driving in a vehicle By establishing a non-contact input system that can transmit / receive and input location data anytime and anywhere, apart from the input device in the navigator, the destination data can be input without the complicated manipulation of the touch input device, so that the navigator can be easily and quickly. Navigation input system using RFID to improve usability and reliability according to data transmission / reception and input, and to transmit or share the same location information data to multiple users. It relates to the input method.

To this end, the present invention provides a navigator equipped with a touch (touch) input device such as an operation key and / or a touch screen for inputting a search / setting / operation command which is installed in a vehicle and used as a road guide while driving. ; A navigation system comprising a communication network receiving location information data from a location information database for providing location information data and allowing the navigator to implement the location information data.

A location information data processing means including an RF communication capable RFID reader / writer which interfaces with a known navigator for processing and outputs inputted location information data and reads the location information data transmitted from the outside and inputs the navigator to the navigator; ; Reads and stores location information data from a communication unit that is capable of transmitting / receiving to and from the outside through a communication network, an RFID reader / writer that receives location information data received through the communication unit, and records the RFID information to be described later, and an RFID reader / writer. User communication means including an RFID tag for transmitting the stored position information data to an RFID reader / writer of the position information data processing means; And a data processing unit configured to search for data in a coordinated location information database according to a request of a user communication means connected through a communication network, and to execute a preset program to transmit the retrieved location information data to a user communication means through a communication network. Characterized in that consisting of the location information service providing means.

Navigation, Remote Control, Vehicle, Mobile Phone, Telephone, RFID

Description

Navigation input system using RFID and its input method {Navigation input system using RFID and the input method}

1 is a device block diagram showing the configuration of a conventional navigation system.

2 is an apparatus block diagram showing the hardware configuration of the present invention.

Fig. 3 is a detailed block diagram showing the detailed configuration of the position information data processing means and the user communication means in the hardware configuration of the present invention.

Figure 4 is a block diagram showing the device configuration showing the configuration of the user communication means of the present invention

5 is a sequence block diagram illustrating the methodological steps of the present invention.

6 is a block diagram illustrating an embodiment of the method according to the present invention in further detail.

Fig. 7 is a block diagram of an apparatus showing another embodiment according to the hardware configuration of the present invention.

FIG. 8 is a block diagram showing the device configuration of the wired communication terminal in the configuration of FIG.

9 is a block diagram showing the device configuration of the wired communication terminal in more detail.

10 is a sequence block diagram illustrating another embodiment of a methodological progression of the present invention.

11 is a sequence block diagram illustrating another embodiment of a methodological progression of the present invention.

12 is a positional data table exemplarily showing a positional data input table according to the embodiment of FIG.

13 is an exemplary view showing an operation screen displayed on the output screen of the user communication means of an embodiment of the present invention.

<Description of Signs of Major Parts of Drawings>

100: location information data processing means 110: navigator

120: RFID reader / writer 121: interface

122: memory 123: control circuit

124: RF module 200: user communication means

200 ': mobile communication terminal 200-1,200-2: user communication means A, B

210: communication unit 220: RFID reader / writer

230: RFID tag 231: RF module

232 control circuit 233 memory

235: antenna 300: location information service providing means

310: location information database 320: data processing unit

400: communication network 410: wireless communication network

420: PSTN communication network 500: wired communication terminal

510: Landline Phone 510-1,510-2: Landline Phone A, B

511: ring detector 512: handset

513: hook switch unit 514: call circuit unit

515,515 ': DTMF receiver, transmitter 516: controller

517: memory 518: key input

519: GPS location data storage unit 520: RFID reader / writer

530: GPS location transmission button 600: RFID card

The present invention relates to a navigation input system using RFID and an input method thereof, and more particularly, an operation key (including a remote control) for inputting an operation command such as a search and a setting installed in a vehicle and used as a road guide while driving. And / or a non-contact input system capable of transmitting / receiving and inputting location data anytime and anywhere, apart from the input device, in a conventional navigator equipped with a touch (push type) input device such as a touch screen. By allowing destination data to be input without complicated operation, the navigation information can be easily and quickly provided through the navigator, improving usability and reliability according to data transmission / reception and input, and the same location information data. To allow you to send or share to multiple users A navigation input system using FID and an input method thereof.

In general, a navigation system, or navigator, refers to a device that easily guides a vehicle driver who is a destination to an unfamiliar area through a map or / and voice.

As shown in FIG. 1, the navigator 10 includes: a display device 14 for receiving a current position of a vehicle from a satellite and displaying it on a screen together with a road map of a pre-stored periphery; A control device 13 including a mask read only memory for storing at least one navigation program and various programs; A central processing unit (12) for executing the various programs; It is provided by the input device 11 for inputting a command so that each device can operate to form a single device, which is mounted on the vehicle.

In the conventional navigator as described above, the input device is inputted and executed by a touch type (touch type) through an operation key and / or a touch type (touch type) input device such as a touch screen. It is supposed to be.

However, the contact type (touch type) input through such an input device is complicated to use, that is, it is cumbersome to search for a destination by manually inputting an industry type, address, trade name, corresponding code, and the like. There was a problem that the time required is long.

In addition, there is a problem that the operation method is different for each manufacturer and the destination can not be set other than the location of the place supported by the navigator.

In particular, in case of sudden change of destination while driving, it is inconvenient to input destination search and route execution command after stopping.

Recently, due to the inconvenience of using the navigator input as described above, users have come to demand a navigator capable of easier and faster input.

The present invention created in consideration of the above problems is installed in the vehicle and the operation keys (including remote control) for inputting operation commands such as search and setting used as a road guide while driving and / or a touch screen such as a touch screen ( In addition to the above-mentioned input device, a non-contact input system capable of transmitting / receiving and inputting location data anytime and anywhere, in a conventional navigator equipped with a push type input device, can input destination data without complicated operation of the touch input device. By improving the usability and reliability of data transmission / reception and input, such as providing road guidance service easily and quickly through the navigator, the same location information data can be transmitted or shared to multiple users. Navigation input system using RFID and its input Providing a method is a technical challenge.

The present invention for achieving the above object is a touch (touch type) input device such as an operation key and / or touch screen for inputting a search / setting / operation command, etc. which is installed in a vehicle and used as a road guide guide while driving A navigator provided; A navigation system comprising a communication network receiving location information data from a location information database for providing location information data and allowing the navigator to implement the location information data.

A location information data processing means including an RF communication capable RFID reader / writer which interfaces with a known navigator for processing and outputs inputted location information data and reads the location information data transmitted from the outside and inputs the navigator to the navigator; ; Reads and stores location information data from a communication unit that is capable of transmitting / receiving to and from the outside through a communication network, an RFID reader / writer that receives location information data received through the communication unit, and records the RFID information to be described later, and an RFID reader / writer. User communication means including an RFID tag for transmitting the stored position information data to an RFID reader / writer of the position information data processing means; And a data processing unit configured to search for data in a coordinated location information database according to a request of a user communication means connected through a communication network, and to execute a preset program to transmit the retrieved location information data to a user communication means through a communication network. Characterized in that consisting of the location information service providing means.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

FIG. 2 is a block diagram showing the hardware configuration of the present invention, and FIG. 3 is a detailed device showing the embodiment of the location information data processing means and the user communication means in the hardware configuration of the present invention. 4 is an apparatus block diagram showing a configuration of a user communication means separately in the present invention, FIG. 5 is a sequence block diagram showing the method steps of the present invention, and FIG. 6 is a method of the present invention. FIG. 7 is a block diagram illustrating another embodiment according to the hardware configuration of the present invention, and FIG. 8 is a wired communication in the configuration of FIG. 7. 9 is a block diagram showing the configuration of a terminal, and FIG. 9 is a block diagram showing the configuration of a wired communication terminal in more detail. FIG. 11 is a sequence block diagram showing another embodiment of the row step, and FIG. 11 is a sequence block diagram showing another embodiment of the method progression step of the present invention, and FIG. 12 is a position data input according to the embodiment of FIG. FIG. 13 is an exemplary position data table showing a table, and FIG. 13 is an exemplary view showing an operation screen displayed on an output screen of a user communication unit in an embodiment of the present invention.

Referring to the present invention based on the accompanying drawings as described above, first, as shown in the accompanying drawings, Figures 2 to 4, the present invention is installed in a vehicle, such as a search / setting / operation command used as a road guide while driving A navigation system comprising a navigator equipped with a touch (touch) input device such as an operation key for input and / or a touch screen, comprising: a known navigator 110 and a navigator for processing and outputting input position information data; A position information data processing means (100) including an RF communication capable RFID reader / writer (120) for interfacing with the 110 and reading position information data transmitted from the outside and inputting the position information data to the navigator 110; A communication unit 210 capable of transmitting / receiving to and from the outside via the communication network 400, an RFID reader / writer 220 which receives the location information data received through the communication unit 210 and records the RFID information to be described later; A user including an RFID tag 230 that reads and stores the location information data from the RFID reader / writer 220 and transmits the stored location information data to the RFID reader / writer 120 of the location information data processing means 100. Communication means 200; And retrieving data from the location information database 310 installed in association with the request of the user communication means 200 connected through the communication network 400, and the retrieved location information data through the communication network 400. Location information service providing means 300 including a data processing unit 320 to perform a program set in advance to transmit to.

The RFID reader / writer 120 of the location information data processing means 100 includes an interface 121 for connecting to the navigator 110, a memory 122 for storing data, and a control circuit 123 for processing data. ) And an RF module 124 capable of communicating with the RFID tag 230 of the user communication means 200.

The communication unit 210 of the user communication means 200 is a communication circuit of a mobile communication terminal such as a cellular phone or a PCS phone, and the RFID reader / writer 220 is an RFID reader of the above-described location information data processing means 100. Like the writer 120, the interface 121 for connecting to the navigator 110, the memory 122 in which data is stored, the control circuit 123 for processing the data, and the RFID tag of the user communication means 200. The RF module 124 is configured to communicate with the 230, the RFID tag 230 is an RF module 231 to transmit / receive data with the RFID reader / writer 120, 220, Control circuit 232 for controlling the operation of the RF module 231 and the input / output of the memory, a memory 233 to store the location information data, and an antenna 235 for transmitting and receiving the RF signal .

The user communication means 200 is a portable communication terminal 200 ′, that is, a cellular phone such as a cellular phone or a PCS phone, and is provided with its own separate controller, interface, and memory.

In addition, the location information database 310 of the location information service providing means 300 is a storage device in which the location information according to the phone number and the address is stored as data, and the data processing unit 320 locates data of a condition required by the user. It is composed of software that is specially programmed to search and find in the information database 310 and hardware that is a computer system that processes it.

For reference, the location information service providing means 300 is a system built in a professional service company that provides 114 location information or GPS location information data.

Finally, the communication network 400 includes a wireless communication network 410 for providing a communication service of a mobile communication terminal and a PSTN communication network 420 for providing a communication service of a general wired communication terminal, and a wireless communication network 410 and a PSTN communication network 420. The mobile phone exchanger 411 and PSTN exchanger 421 are connected to each other.

The present invention configured as described above, as shown in Figure 5, first, the user communication means 200 calls the location information service providing means 300 via the communication network 400 (S10), GPS of the destination to drive When requesting the location information data (S11), the location information service providing means 300 searches the location information database 310 connected to the computer (S12), the same method as in the case of the caller ID or text message service. After transmitting the GPS position information data requested by the driver to the user communication means 200 (S13), the user communication means 200 receives the transmitted GPS position data (S14), this is the RFID reader / writer 220 (S14-1), the RFID reader / writer 220 transmits the location information data through the antenna 235 of the RFID tag 230 and stores it in the memory 233 (S14-2).

In this way, after storing the destination GPS location information data in the RFID tag 230 in the user communication means 200, if necessary, if the user communication means 200 is close to the location information data processing means 100 installed in the vehicle In operation S15, the RF GPS location information data signal transmitted from the RFID tag 230 of the user communication unit 200 is received by the RFID reader / writer 120 of the location information data processing unit 100 (S16). 110 reads the received data (S17), sets the acquired GPS location information data to the location of the destination to be traveled (S18), calculates an optimum path from the current location to the destination, and calculates the result. Display on the screen (S19).

The present invention as described above by constructing a non-contact input system capable of transmitting and receiving position data anytime, anywhere to input the destination data without complicated operation of the contact input device, through the navigator easily and quickly Road guidance service will be provided.

The user communication means 200 is a portable communication terminal 200 '.

In addition to such embodiments, the present invention may be derived from various configurations and method embodiments, which will be described in detail below.

First, two or more users may share information by providing location information data to each other using each user communication means 200.

That is, as shown in FIG. 6, the RFID reader / writer 220 embedded in the user communication means A 200-1 is operated to read the RFID tag 230 (S20), and the read tag data. Temporarily stores (S21), reads the GPS position information data to be transmitted stored in the memory 222 (telephone directory) in the user communication means A 200-1 (S22), and reads the data into an RFID reader / writer ( After storing in the RFID tag 230 of the user communication means A (200-1) by the operation of (S23) (S23), the user communication means A (200-1) is close to the user communication means B (200-2) To be made (S24).

Next, the user communication means B (200-2) operates its own RFID reader / writer, and when the user communication means A (200-1) is close (S25), the RFID of the user communication means A (200-1) The GPS location information data stored in the tag 230 is transmitted to the user communication means 200-2. At this time, the read location information data includes the tag data of the user communication means B 200-2. In step S26, if only the tag data of the pure user communication means A 200-1 is read-processed, it can be used for setting a destination when driving (S27).

In the above-described embodiment, a plurality of users may provide information to each other with location information data on the destination, and the information may be shared so that the destination can be accurately reached.

In addition, in the present invention, as described above, the mobile communication terminal 200 'is applied as the user communication means 200, but as shown in the accompanying drawings, the general wired communication terminal 500 and the RFID card 600. It can be applied as an alternative.

Referring to the configuration of the wired communication terminal 500 in detail, as shown in FIG. 8, a general wired telephone 510 includes an RFID reader / writer 520 and a GPS location transmission button 530. It is.

In addition, a detailed configuration of the general landline telephone 510 is shown in Figure 9, ring detection unit 511 for driving the speaker when the incoming ring signal is generated from the switchboard to notify the incoming call and output the ring detection signal to the control unit; And a hook switch unit 513 for forming and blocking a call path according to the open / closed state of the hook switch operated by the handset 512, and a call circuit unit 514 connected to the handset 512 and processing voice signals transmitted and received. ), A DTMF receiver 515 for converting the DTMF-type counterpart GPS position data signal received through the call circuit unit 514 into digital data and outputting the digital data to the controller 516, and a call output from the controller 516. DTMF transmitter 515 'which converts GPS position data of the person into DTMF signal and outputs it to call circuit unit 514, control unit 516 for controlling the operation of the overall telephone, and operation of the telephone. A memory unit 517 for storing RAM and related variables and data, a key input unit 518 including a number button for inputting a phone number and a GPS location transmission button for transmitting GPS location information of a caller to the other party; GPS location data storage unit 519 for storing GPS location data for the place where the phone is installed.

In addition, the RFID reader / writer 520 is an interface unit 521 for transmitting / receiving GPS position data to the control unit 516 of the wireline telephone 510 and a memory unit for storing program operations and various data of the RFID reader / writer. 522, the control unit 523 for the overall operation of the system, the antenna unit 524 receives an RF signal transmitted from an external RFID card, reads it, and outputs it to the control unit 523 or the control unit ( RF module 525 for converting the GPS position data output from the 523 to an RF signal and then transmitting to the outside through the antenna unit 524.

In the system using the wired communication terminal 500 configured as described above, a destination setting operation process using the wired telephone 510 is performed as shown in FIG. 10. In order to acquire a call to the wired telephone B (510-2) using a wired telephone A (510-1) (S30), if the other party asks the GPS position data of the other party (S31), the counterpart B is a wired telephone Pressing the GPS position transmission button 530 of the B (510-2) (S32), the user's wired telephone A (510) of the GPS position information data stored in the wired telephone B (510-2) as a DTMF signal -1) (S33), the wired telephone A (510-1) receives the transmitted GPS location information data (S34), the extracted location information data RFID reader / of the wired telephone A (510-1) The lighter 520 is operated (S35), and stored in the RFID card 600 possessed by the user A (S35). 36, the RFID card 600 is brought close to the position information data processing means 100 for the purpose of setting a destination in the navigator (S37).

As such, when the RFID card 600 is close to the position information data processing means 100, the RFID reader / writer 120 connected to the position information data processing means 100 causes the GPS of the RF type to the position of the counterpart B. After receiving the location information data signal (S38), it is read-processed (S38-1), set as the navigator's destination (S39), and the result is calculated by calculating an optimal path from the current location to the destination. Displayed on the screen (39-1).

The RFID card 600 used in the embodiment using the wired communication terminal 500 as described above is a medium for transmitting location information data from one means to another means, and as such a medium, the RFID tag 230 is Using the above-described portable communication terminal 200 ′, the position information data may be read and input to the RFID reader / writer 120 of the location information data processing means 100, and may be input to the portable communication terminal 200 ′. After transmitting the data in proximity to the RFID card 600, the position information data may be read and input to the RFID reader / writer 120 of the position information data processing means 100.

In addition to the present invention, the GPS location data for the place where the phone is installed may be transmitted. As shown in FIG. 11, first, the state of the GPS location data setting button provided in the landline 510 is determined. If the time when the button is pressed is large compared to the preset time T, it enters the GPS positioning mode (S40), and the landline telephone 510 that enters the positioning mode has a built-in RFID reader / writer 520 or After checking the state of the key button (S41), after determining the position setting method, if the position of the phone is set by the RFID card 600, the RFID reader / writer 520 is operated to operate the RFID card 600 close to the reader. Reads the content of (), processes it, and sets it as GPS location data of the phone (S43), or if the key button of the phone is used for positioning, input by the key button of the phone. After reading the position data value (S44), NN indicating south latitude and west longitude is changed to S and EE is changed to W in the character string of the read data, and the coded display of longitude and latitude is normally displayed (S45). To set the GPS position data of (S46).

When setting the GPS location data of the place where the phone is installed in the RFID phone, a table showing an example of data to be input through the keypad according to various locations where the phone is installed is shown in FIG. The special characters * (N) and # (E) except for numbers among the key buttons are used to display North and East, and the number of key buttons on the phone is limited. South, the EE W (West) allows you to display and set the GPS location data for any location without increasing the number of key buttons used in existing phones.

According to the present invention as described above, the position data can be inputted through the RFID phone to enable the position checking, and thus the position information not provided by the side providing the position information data can also be provided and acquired.

Finally, the accompanying drawings of the present invention, Figure 13 is a screen output to the user communication terminal 200 ', showing an embodiment of the operation display.

The present invention as described above is a contact (push type) input device such as an operation key (including a remote control) and / or touch screen for inputting operation commands, such as search and setting used as a road guide while driving in a vehicle By establishing a non-contact input system capable of transmitting / receiving and inputting position data anytime and anywhere, apart from the input device, the navigator can be input without the complicated operation of the touch input device. It improves the usability and reliability according to data transmission / reception and input, such as providing road guidance service easily and quickly, and has the effect of transmitting or sharing the same location information data to multiple users. .

Claims (13)

A navigator equipped with a touch key input device such as a touch screen and / or an operation key for inputting a search / setting / operation command which is installed in a vehicle and used as a road guide while driving; A navigation system comprising a communication network receiving location information data from a location information database for providing location information data and allowing the navigator to implement the location information data. An RFID reader / writer capable of RF communication for interfacing with the known navigator 110 and the navigator 110 to process and output the inputted position information data, and reading the position information data transmitted from the outside to input the navigator 110. Position information data processing means (100) consisting of (120); A communication unit 210 for transmitting / receiving with the outside via the communication network 400, an RFID reader / writer 220 for receiving the location information data received through the communication unit 210 and recording them in an RFID tag which will be described later; User communication consisting of an RFID tag 230 that reads and stores the location information data from the RFID reader / writer 220 and transmits the stored location information data to the RFID reader / writer 120 of the location information data processing means 100. Means 200; And According to the request of the user communication means 200 connected through the communication network 400, the data is retrieved from the cooperatively installed location information database 310, and the retrieved location information data is transmitted to the user communication means 200 through the communication network 400. Navigation input system using RFID, characterized in that it comprises a location information service providing means (300) consisting of a data processing unit 320 to perform a program set in advance to transmit. According to claim 1, wherein the RFID reader / writer 120 of the position information data processing means 100, the interface 121 for connecting to the navigator 110, the memory 122 is stored data, and the data processing Navigation input system using RFID, characterized in that the control circuit 123 and the RF module 124 is configured to communicate with the RFID tag 230 of the user communication means 200. According to claim 1, wherein the communication unit 210 of the user communication means 200 is a communication circuit of the portable communication terminal, the RFID reader / writer 220 is the RFID reader / writer of the above-described position information data processing means 100 As shown in 120, an interface 121 for connecting to the navigator 110, a memory 122 for storing data, a control circuit 123 for processing data, and an RFID tag 230 for the user communication means 200. And an RF module 124 configured to communicate with each other, and the RFID tag 230 is an RF module 231 for transmitting / receiving data with the RFID reader / writer 120 and 220, and an RF module. And a control circuit 232 for controlling the operation and input / output of the memory, a memory 233 for storing location information data, and an antenna 235 for transmitting / receiving an RF signal. Navigation input system using RFID. According to claim 1, wherein the location information database 310 of the location information service providing means 300 is a storage device for storing the location information according to the phone number and the address is stored, the data processing unit 320 is requested by the user Navigation input system using RFID, characterized in that it consists of a software that is specifically programmed to search and find the data of the condition in the location information database (310) and a computer system for processing it. delete delete delete delete The method of claim 1, wherein the user communication means 200 is configured to include a RFID reader / writer 520 and a GPS position transmission button 530 in the general landline telephone 510, the landline telephone 510 from the exchange Ring detection unit 511 for driving the speaker to inform the incoming call when the incoming ring signal is generated and outputting a ring detection signal to the control unit, and hooks for forming and blocking a call path according to the open / closed state of the hook switch operated by the handset 512. Digital communication data of the GPS unit data of the DTMF type and the call circuit unit 514 connected to the switch unit 513, the handset 512 and processing voice signals transmitted and received, and received through the call circuit unit 514 as digital data. A DTMF receiver 515 for converting and outputting to the control unit 516 a DTMF transmitter 515 'for converting GPS position data of the caller output from the controller 516 into a DTMF signal and outputting the DTMF signal to the call circuit unit 514; , Overall Control unit 516 for controlling the operation of the mobile phone, a memory unit 517 for storing operation programs and related variables and data of the phone, numeric buttons for inputting a telephone number, and GPS location information of the caller to the other party. Navigation input using RFID, comprising a key input unit 518 including a GPS position transmission button required to perform the operation, and a GPS position data storage unit 519 for storing GPS position data of a place where a telephone is installed. system. Calling the location information service providing means by the user communication means, requesting GPS location information data of the destination to be driven, the location information service providing means searching the location information database connected to the computer, the caller Transmitting the GPS location information data requested by the driver to the user communication means in the same manner as in the case of the number display service or the text message service, wherein the user communication means receives the transmitted GPS location data. In the position information data input method, Inputting the GPS location data to the RFID reader / writer 220, and the RFID reader / writer 220 transmits the location information data through the antenna 235 of the RFID tag 230 and stores the location information data in the memory 233. Step, bringing the user communication means 200 close to the position information data processing means 100 installed in the vehicle, the RF GPS position information data signal transmitted from the RFID tag 230 of the user communication means 200 is the position information data Receiving the RFID reader / writer 120 of the processing means 100, reading and processing the received data by the navigator 110, and setting GPS position information data of the obtained destination to the position of the destination to be driven. And calculating the optimum path from the current location to the destination and displaying the result on the screen. Calling the location information service providing means by the user communication means, requesting GPS location information data of the destination to be driven, the location information service providing means searching the location information database connected to the computer, the caller Transmitting the GPS location information data requested by the driver to the user communication means in the same manner as in the case of the number display service or the text message service, wherein the user communication means receives the transmitted GPS location data. In the position information data input method, Operating the built-in RFID reader / writer 220 in the user communication means A 200-1, reading the RFID tag 230, temporarily storing the read tag data, and again, user communication means A 200-. 1) reading the GPS position information data to be transmitted stored in the memory 222 (telephone book) in the RFID tag of the user communication means A 200-1 by the operation of the RFID reader / writer 220; Storing at 230, bringing the user communication means A 200-1 closer to the user communication means B 200-2, and the user communication means B 200-2 operates its RFID reader / writer. In step S200 of the user communication means A 200-1, GPS position information data stored in the RFID tag 230 of the user communication means A 200-1 is transferred to the user communication means B 200-2. In this case, since the read position information data includes tag data of the user communication means B (200-2), it is removed. The step of, the navigation input method using the RFID, characterized in that consisting of the step of reading the tag data of the user communication means A (200-1) used to set the destination when driving. Calling the location information service providing means by the user communication means, requesting GPS location information data of the destination to be driven, the location information service providing means searching the location information database connected to the computer, the caller Transmitting the GPS location information data requested by the driver to the user communication means in the same manner as in the case of the number display service or the text message service, wherein the user communication means receives the transmitted GPS location data. In the position information data input method, Calling the landline phone B (510-2) using the landline phone A (510-1) in order to obtain the location information of the other party B that user A wants to reach by driving the vehicle, and sends the other party's GPS position data to the other party B. Requesting, the counterpart B presses the GPS position transmitting button 530 of the wired telephone B 510-2, and uses the GPS position information data stored in the wired telephone B 510-2 as a DTMF signal. Transmitting to the wired telephone A 510-1 of A, the wired telephone A 510-1 receiving the transmitted GPS location information data, and transmitting the extracted location information data of the wired telephone A 510-1. Operating the RFID reader / writer 520, storing in the RFID card 600 possessed by the user A, and placing the RFID card 600 in the location information data processing means 100 to set a destination in the navigator. Proximity step, RFID connected to the position information data processing means 100 The reader / writer 120 receives a GPS position information data signal in the form of RF of the position of the other party B, reads it, sets it as a destination of the navigator, and thus optimally from the current position to the destination. The navigation input method using RFID, characterized in that it comprises the step of calculating the route to display the result on the screen (39-1). Calling the location information service providing means by the user communication means, requesting GPS location information data of the destination to be driven, the location information service providing means searching the location information database connected to the computer, the caller Transmitting the GPS location information data requested by the driver to the user communication means in the same manner as in the case of the number display service or the text message service, wherein the user communication means receives the transmitted GPS location data. In the position information data input method, Checking the status of the GPS location data setting button provided in the landline phone 510, the step of entering the GPS positioning mode when the time the button is pressed is larger than the preset time T, the landline phone entered the positioning mode 510 checks the state of the embedded RFID reader / writer 520 or the key button, determines the location setting method, and then, if the location of the phone is set by the RFID card 600, the RFID reader / writer 520 Operation of reading the contents of the RFID card 600 in proximity to the reader, processing the reading, and setting the GPS position data of the telephone, if the key button of the telephone is used for positioning. Reading position data value input by key button of NN. Change longitude and latitude coded by changing NN to S and EE to W in character string of read data. Stage indicating display properly, the navigation data input method using the RFID, characterized in that comprising the step of setting the GPS position data of the telephone.

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