KR20100128894A - Service system and method for calling car driver simply - Google Patents

Abstract

PURPOSE: A service system for calling car driver simply and a method thereof are provided to implement use convenience by remarkably reducing the number of key inputting times of a sender when calling a vehicle driver. CONSTITUTION: A vehicle driver calling display panel(100) is attached to a vehicle, and includes an RFID(Radio Frequency IDentification) tag storing vehicle driver calling information. A sender phone(200) includes the RFID tag reader, and read the stored vehicle driver calling information. The sender phone responds to the read calling information to automatically perform the call connection for calling the vehicle driver. A driver calling service server(300) relays the call between the driver phone and the sender phone.

Description

Service System and Method for Calling Car Driver Simply}

The present invention relates to a vehicle driver call service system and a service method thereof, and more particularly, to a service system and a method capable of greatly increasing convenience in use by greatly reducing the number of key inputs for inputting information for a vehicle driver call. will be .

In general, the vehicle is equipped with an emergency contact number plate for calling a driver of a parked vehicle. Typically, the mobile phone number of the driver of the vehicle is written on the telephone plate, which inadvertently exposes his mobile number to an unspecified number. Therefore, the phone numbers exposed for emergency contact could be misused for prank calls, advertising calls or other crimes.

Therefore, in order to prevent such exposure of the phone number, a telephone number relay service for automatically relaying emergency contact through a virtual phone number or a vehicle number rather than a driver's phone number has been introduced.

In Korean Patent Publication No. 2009-16230 (Vehicle Owner Connection System via Vehicle Number Plate), a three-digit key number, local information, sequence, etc. is provided after calling a service system or through a mobile Internet connection according to an answering machine or an agent's guidance. Dozens of key inputs are required, such as entering a number of information such as notation and serial number.

In Patent Publication No. 2009-10246 (Card embedded with a radio frequency identification chip containing the driver's virtual phone number), the user dials the virtual phone number attached to the vehicle through a telephone connection system and automatically connects to the driver when the number of the vehicle is entered. Doing so requires dozens of keystrokes.

In Korean Patent Laid-Open Publication No. 2009-4333 (Vehicle Driver Auto Calling Method), if a user calls a specific phone number and inputs a 6-digit unique identification number, the driver is automatically connected to the driver and dozens of key inputs are required.

However, the conventional driver call service is inconvenient in use because it requires a dozens of key inputs again in response to an answering machine or counselor's announcement after pressing an 8 to 11 digit phone number.

An object of the present invention for solving the above problems is to provide a simple vehicle driver call service system and a service method thereof that can simplify the driver call.

Another object of the present invention is to provide a simple vehicle driver call service system and a service method thereof capable of automatically selecting a direct call mode and a text call mode.

The apparatus of the present invention for achieving the above object is provided with a vehicle driver call display plate having an electronic identification tag attached to the vehicle, the vehicle driver call information is stored, and a vehicle driver having an electronic identification tag reader and stored from the vehicle driver call display plate The caller phone leads the call information and automatically makes a call connection for the vehicle driver call in response to the read call information, and performs the call connection to the registered vehicle driver phone number in response to the vehicle driver call provided from the caller phone. And a driver call service server for relaying calls between the caller phone and the driver phone.

Here, the vehicle driver call display panel is preferably configured of a plastic credit card type including an advertisement display area on the front surface.

In the present invention, the vehicle driver call identification information includes an alternative telephone number for calling a service server and a driver unique identification number.

In the present invention, the caller phone automatically performs a telephone connection to the service server with the service server call phone number of the vehicle driver call identification information that is read, and when a call connection is made, the vehicle driver call service program for transmitting the driver's unique identification number. Include.

The service method of the present invention reads the vehicle driver call information from the electronic identification tag of the driver call display plate attached to the parking vehicle through the electronic identification tag reader of the caller phone and automatically responds to the vehicle driver call information read from the caller phone. The caller is connected to the vehicle driver call service server, and the vehicle driver call service server performs a telephone call to the vehicle driver call phone number registered in the service server in response to the vehicle driver call information requested from the caller phone. It is characterized by relaying the call between the phone and the driver phone.

In addition, in the present invention, the vehicle driver call display plate having an electronic identification tag attached to the vehicle and storing the vehicle driver call information and call type information, the vehicle driver call information stored in the vehicle driver call display plate, A caller phone that reads call type information and automatically makes a call connection for a vehicle driver call in response to the read call information, and a driver call in the direct call mode type in response to a vehicle driver call type provided from the caller phone. In response to the information, a telephone connection is made to the registered vehicle driver's phone number to relay a direct call between the caller's phone and the driver's phone, and in the case of the text call mode type, a text message to move the vehicle to the registered vehicle driver's phone number. Has a driver call service server to transmit the And that is characterized.

Service system and method according to an embodiment of the present invention is very convenient in use because it can significantly reduce the number of key input of the caller when the vehicle driver calls.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in more detail with reference to the accompanying drawings. As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

1 is a schematic diagram of a driver call service system using an electronic identification tag according to the present invention.

Referring to FIG. 1, a service system includes a driver call display panel 100, a caller phone 200, a service server 300, and a driver phone 400 exchange system 500.

2 shows the front and back of the driver call display panel 100 according to the present invention.

Referring to FIG. 2, the driver call display panel 100 includes a call text area 102 and an advertisement area 104 on the front surface. The call text area 102 displays a 14-digit driver call number (1688-9579-123456) and the phrase "Parking for a while. If you bring the RFID reader mobile phone close, the driver will be automatically contacted." The electronic identification tag 106 is stored. The rear surface of the driver call display panel 100 is provided with the entire surface as the advertisement area. Therefore, in the present invention, since the call number does not need to be printed largely on the front of the driver call display panel 100, a part of the front surface may be used as an advertisement surface. The driver call display panel 100 may be formed of a credit card type.

The caller phone 200 reads data from the electronic identification tag mounted on the driver call display panel 100, including the electronic identification tag (or RFID tag) 106 reader, and automatically performs a telephone connection in response to the read data. do.

The service server 300 is a server operated by the driver call service provider and assigns a 6-digit unique identification number corresponding to the driver call phone number by registering the service subscription of the driver and stores the registration information in the subscriber database. The service server 300 is capable of dialing up the caller phone 200 and the driver phone 400 via the exchange system 500.

Here, the unique identification number may be a serial number or a vehicle number.

3 shows a configuration of a caller phone 200 having a driver call service function according to the present invention.

Referring to FIG. 3, the caller phone 200 includes an electronic tag reader 210, a controller 220, a wireless communication unit 230, a display unit 240, and an input unit 250. The electronic tag reader 210 may be configured as a mobile phone built-in or detachable external type (aka Dongle; broad band wireless adapter) and read information implanted in the electronic tag 106.

The controller 220 includes a vehicle driver automatic call program module 222, a phone number memory 224, and an identification number memory 226. The vehicle driver automatic call program module 222 stores a program stored in a memory by software and stored in a central processing unit (CPU) in the control unit 220 according to a predetermined procedure. The control unit 220 receives the tag data provided from the reader 210, separates the phone number and the identification number stored in the tag data, stores them in the phone number memory 224 and the identification number memory 226, respectively, and automatically calls the vehicle driver. The module executes the module to control the telephone connection with the service server through the wireless communication unit 230 and transmits the identification number when the telephone connection is established.

The wireless communication unit 230 controls a call connection by wirelessly communicating with a wireless base station using a normal cellular phone wireless communication unit.

The display unit 240 displays screen information related to the vehicle driver auto call operation provided from the control unit 220 on a conventional mobile phone LCD display.

The input unit 250 converts a caller's key input into a key signal using a conventional mobile phone key input unit and provides the same to the controller 220.

4 is a diagram illustrating a preferred embodiment of tag data for automatically calling a vehicle driver according to the present invention, and FIG. 5 is a code table for describing the type of tag data.

Referring to the drawings, the tag data of the present invention has a total length of 11 bytes, 1 byte (111) representing a start and data type, 2 bytes 112 representing a 4-digit station number of an alternative telephone number, and a “-” delimiter. 1 byte 113 for indicating, 2 byte 114 for indicating the 4-digit subscriber number of the alternative telephone number, 1 byte 115 for indicating the "-" delimiter, and 3 bytes (116 indicating the 6-digit Driver Call Service Subscription Unique Identification Number). ), And one byte 117 indicating the end of data.

The code values of "1010, 1011, 1100, 1101, 1110, 1111", except for the BCD code values 0-9, which represent numbers, indicate the direct call, character call, reserve, reserve, end, '-' delimiter, etc. .

Tag data “10101010 00010110 10001000 11111111 10010101 01111001 11111111 00010010 00110100 01010110 11101110” of the embodiment of FIG. 4 is a direct call service type and represents an alternative telephone number of 1688-95790 and a driver call unique identifier of 123456.

6 is a flowchart illustrating an operation of a caller phone according to the present invention, and FIGS. 7 to 10 show screen display states of the caller phone.

Referring to FIG. 6, when the caller turns on the caller's phone, the system is initialized (S100) and when the menu selection key is input through the input unit 250 (S102), the menu selection screen of FIG. 7 is displayed on the display unit 240. .

When the caller selects the driver call menu on the displayed menu selection screen, the controller 220 enables the vehicle driver automatic call identification tag reader 210 (S104). In addition, the controller 220 provides the screen display data of FIG. 8 to the display unit 240 and outputs a voice along with the phrase "Please bring the mobile phone to the driver call display panel 100" (S106). When the caller approaches the caller phone 200 to the driver call display panel 100 attached to the parked vehicle, the tag information implanted in the tag 106 of the display panel 100 is transmitted to the tag reader 210 (S108). . The tag data read by the tag reader 210 is divided into an alternative telephone number and a unique identification number in the controller 220 and stored and stored on the display unit 240 as the screen of FIG. 9. S110). In front of the unique identification number, a call method indication indicating "1-" (direct call mode) or "2-" (text call mode) is added. When the caller presses the call key through the input unit 250, the vehicle driver automatic call service connection is performed to the alternative phone number 1688-9579 read through the wireless communication unit 230 (S112). When connected to the service server 300 through the exchange system 500, the service server 300 is required to enter a unique identification number by the answering machine or counselor. In response, the controller 220 transmits the unique identification number 1-123456 read in response to the request of the service server 300 through the wireless communication unit 230 (S114). The service server 300 analyzes the provided "1-123456" data, finds the subscriber's mobile phone number corresponding to the identification number "123456" in the subscriber database, and performs a call connection with the driver's phone 400 through the switching system 500. . The service server 300 connects the driver phone and the caller phone to the call connection mode in the direct call mode when the call mode is "1-". However, if the call mode is " 2- ", the text call mode is transmitted to the driver's phone 400.

When a call connection is made with the driver phone 400 from the service server 300, a direct call is dropped with the caller phone 200, and the control unit 220 displays the screen of the call of FIG. 10 and makes a direct call (S116). ).

The service of the present invention can greatly reduce the number of key inputs within a few times, so it is very easy to use, which can promote the activation of the service business. Revenue and advertising with display boards can be increased. In addition, by adopting the electronic tagging tag, it is possible to activate the mobile phone market and the electronic tagging tag market with the electronic tag reader.

1 is a schematic diagram of a driver call service system using an electronic identification tag according to the present invention.

2 shows the front and back of the driver call display panel 100 according to the present invention.

3 shows a configuration of a caller phone 200 having a driver call service function according to the present invention.

Figure 4 shows a preferred embodiment of the tag data for the vehicle driver automatic call according to the present invention.

5 is a code table for explaining the type of tag data.

6 is a flowchart illustrating the operation of the caller phone according to the present invention.

7 to 10 show screen display states of the caller phone.

Claims (6)

A vehicle driver call display plate attached to the vehicle and having an electronic identification tag storing vehicle driver call information; A caller phone having an electronic tag reader, which reads stored vehicle driver call information from the vehicle driver call display board and automatically makes a telephone connection for a vehicle driver call in response to the read call information; And A simple vehicle driver call service comprising a driver call service server configured to relay a call between the caller phone and the driver phone by performing a telephone connection to a registered vehicle driver phone number in response to a vehicle driver call provided from the caller phone. system. The simple vehicle driver call service system of claim 1, wherein the vehicle driver call display board is a plastic credit card type including an advertisement display area on a front surface thereof. The simple vehicle driver call service system of claim 1, wherein the vehicle driver call identification information comprises a service server call phone number and a driver unique identification number. The method of claim 1, wherein the caller phone is And a vehicle driver call service program which automatically performs a telephone connection to the service server using a service server call phone number among the vehicle driver call information read and transmits a driver's unique identification number when a call connection is made. Easy Vehicle Driver Call Service System. Reading vehicle driver call information from the electronic identification tag of the driver call display panel attached to the parking vehicle through the electronic tag reader of the caller phone; Automatically dialing a vehicle driver call service server in response to vehicle driver call information read from the caller phone; And Relaying a call between the caller phone and the driver phone by performing a telephone connection to the vehicle driver call phone number registered in the service server in response to the vehicle driver call information requested from the caller phone at the vehicle driver call service server. Simple vehicle driver call service method characterized in that. A vehicle driver call display plate attached to the vehicle and having an electronic identification tag storing vehicle driver call information and call type information; A caller phone having an electronic tag reader, which reads stored vehicle driver call information and call type information from the vehicle driver call display board and automatically performs a telephone connection for a vehicle driver call in response to the read call information; And In the case of the direct call mode type in response to the vehicle driver call type provided from the caller phone, in response to the driver call information, a telephone connection is made to the registered vehicle driver phone number to relay a direct call between the caller phone and the driver phone, In the case of a text call mode type, a simple vehicle driver call service system comprising a driver call service server for transmitting a text message to move a vehicle to a registered vehicle driver telephone number.

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