KR100544332B1 - Antenna module for remote engine starting of vehicle and method for displaying vehicle information using the antenna module - Google Patents

Abstract

The present invention provides an RF transceiver for receiving a vehicle control signal from a remote controller and transmitting operation result information received from the main unit to the remote controller, an input unit for inputting a user command, and a vehicle control signal or user command. A display unit for displaying the information, a control unit for changing the vehicle state setting information to correspond to the vehicle control signal or a user command, a wired or wireless connection to the main unit, and transmitting the changed vehicle state setting information to the main unit, A method of displaying vehicle information using an antenna module and an antenna module for remotely starting a vehicle, including a main unit coupling unit for receiving operation result information from a unit, and a car call detector detecting an impact or door opening of a vehicle body; , Change the function settings of the main unit and the vehicle It is possible to provide convenience to the user by adding a display function such as information.

Anti-theft, remote start, antenna, RF

Description

ANTENNA MODULE FOR REMOTE ENGINE STARTING OF VEHICLE AND METHOD FOR DISPLAYING VEHICLE INFORMATION USING THE ANTENNA MODULE}             

1 is a view schematically showing the overall configuration of a remote start and alarm system of a vehicle according to an embodiment of the present invention.

Figure 2 is a block diagram of a vehicle antenna according to an embodiment of the present invention.

3A and 3B are flowcharts illustrating an operation process of a vehicle antenna according to an exemplary embodiment of the present invention.

4 is a front view of a vehicle antenna according to an embodiment of the present invention.

Figure 5 is a block diagram of a vehicle antenna according to another embodiment of the present invention.

6 is a front view of a vehicle antenna according to another preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

120: remote controller 130: vehicle antenna

140: main unit 210: power supply

220: input unit 230: car call detection unit                 

240: main unit coupling portion 250: oscillation circuit portion

260: display unit 270: RF transceiver

280: control unit 510: user recognition unit

610: fingerprint input unit 620: key button cover portion

The present invention relates to a method for displaying vehicle information using an antenna module and an antenna module for remote start of a vehicle, and in particular, by providing vehicle information through an antenna module of a remote start and alarm system of a vehicle, it is possible to operate a user easily and conveniently. The present invention relates to an antenna module for remotely starting a vehicle and a vehicle information display method using the antenna module.

In general, a remote start and alarm system of a vehicle is a system that allows the driver to start immediately after boarding the vehicle by driving an engine equipped with the vehicle when the driver operates the transmitter from outside the vehicle.

In the conventional vehicle remote start and alarm system, a remote controller carried by a user (for example, a driver) and a main unit installed in the vehicle to control the vehicle are bidirectionally or unidirectionally communicated with each other. It is configured to be. At this time, an antenna is provided between the remote controller and the main unit to transmit one signal to the other party.

If the user controls the operation of the vehicle (eg, remote start, etc.) using the remote controller, the main unit receives the remote control signal of the remote controller through the antenna and corresponds to the received remote control signal. Do this.

That is, when a user presses a button of the remote controller in a predetermined method (for example, long, short, singular or plural), a predetermined signal for remote control is generated by a microprocessor mounted on the remote controller. The generated signal is transmitted as a radio transmission signal via the RF circuit and received by the antenna. When the antenna transmits the received signal waveform to the main unit, the main unit performs vehicle control corresponding to the received signal waveform. If necessary, the main unit transmits the operation result information to the remote controller through the antenna.

In addition, the main unit of the conventional remote start and alarm system generates a warning sound and transmits the corresponding information to the remote controller when the vehicle has a concern such as theft, thereby preventing the vehicle from being stolen.

As described above, in the conventional remote start and alarm system of the vehicle, the antenna relays signals between the remote controller and the main unit, and does not provide any information about the state of the vehicle or the current setting state of the alarm. In addition, the user who lost the remote controller was not easy to change the function settings of the main unit. In addition, even when the function setting of the main unit is changed by using a remote controller, there is a possibility that a problem occurs in recognition of transmission / reception data due to limitation of transmission / reception distance and communication error.                         

In addition, in the conventional remote starting and alarming system of the vehicle, the antenna has a problem in that it is necessary to separately connect a car call function sensor (ie, an anti-theft sensor) to the main unit in order to use the caller's calling function due to its simplicity.

Accordingly, an object of the present invention is to provide a vehicle information display method using an antenna module and an antenna module for remote start of a vehicle to which a function setting change function of a main unit and a display function such as vehicle information are added.

Another object of the present invention is an antenna for remote starting of a vehicle that can reduce the cost and maximize the purchase effect by combining a module equipment (for example, a car call performance device, etc.) that can be additionally set in the main unit with a vehicle antenna. A vehicle information display method using a module and an antenna module is provided.

Still another object of the present invention is to provide a vehicle information display method using an antenna module and an antenna module for remote starting of a vehicle, which enables a user to easily and conveniently operate a function by adding various functions to a vehicle antenna.

In order to achieve the above objects, according to an aspect of the present invention, in a vehicle antenna of a remote start and alarm system, wherein the remote start and alarm system includes a remote controller, the vehicle antenna and a main unit, and the vehicle The antenna and the main unit are provided in a vehicle, an RF transceiver for receiving a vehicle control signal from the remote controller and transmitting operation result information received from the main unit to the remote controller, and inputting a user command. An input unit, wherein the user command is a vehicle state information display command or a vehicle state setting information change command; a display unit for displaying vehicle state information or vehicle state setting information corresponding to the vehicle control signal or the user command; Vehicle status to correspond to the vehicle control signal or the user command A control unit for changing information, a main unit coupling unit configured to be coupled to the main unit by wire or wirelessly, to transmit the changed vehicle state setting information to the main unit, and to receive the operation result information from the main unit; And, a vehicle antenna is provided comprising a car call detection unit for detecting the impact or the door opening of the vehicle body of the vehicle, and requesting a predetermined anti-theft operation when the impact is more than a predetermined size.

The charcoal detection unit may include a sensor unit for detecting the impact or the door opening of the vehicle body of the vehicle and a carcol sensitivity control unit for adjusting the sensitivity of the sensor unit. When the impact of the vehicle body is greater than or equal to a predetermined size, the car call detector requests the anti-theft operation including at least one of a vehicle call, a warning sound, and a flashing warning light to the controller, and the controller controls the main. The unit may instruct the anti-theft operation.

The charcoal detection unit may further include a charcoal LED unit for indicating that the charcoal function is being performed.                     

The vehicle antenna according to the present invention includes a data converter for converting vehicle state information or vehicle state setting information corresponding to the vehicle control signal or the user command into an effect sound or an audio signal, and a speaker for outputting the converted effect sound or the audio signal. It may further include wealth.

In addition, the vehicle antenna according to the present invention further comprises a storage unit for storing at least any one of the sensing data detected by the car call detection unit, vehicle state information, vehicle state setting information, vehicle driving record, user fingerprint data Can be.

In addition, the vehicle antenna according to the present invention includes a key button cover unit for opening and closing the input unit, a fingerprint input unit for receiving a user's fingerprint, the fingerprint input through the fingerprint input unit and the user fingerprint data stored in the storage unit The apparatus may further include a fingerprint recognition unit determining whether or not a coincidence is matched. In this case, the key button cover part is opened only when the fingerprint inputted through the fingerprint input unit matches the user fingerprint data stored in the storage unit.

The command for changing the vehicle state setting information is for changing setting information of the main unit.

According to a preferred embodiment of the present invention, in a vehicle antenna of a remote start and alarm system, wherein the remote start and alarm system includes a remote controller, the vehicle antenna and a main unit, and the vehicle antenna and the main unit Is provided in a vehicle, an RF transceiver for receiving a vehicle control signal from the remote controller and transmitting operation result information received from the main unit to the remote controller, and an input unit for inputting a user command, wherein the The user command is a vehicle state information display command or a vehicle state setting information change command, a display unit which displays the vehicle control signal or the vehicle state information or the vehicle state setting information corresponding to the user command, and the vehicle control signal or the Change the vehicle status setting information to correspond to user commands, A control unit for requesting a predetermined anti-theft operation to the main unit when the impact amount information included in the sensed data transmitted from the car call detection unit is greater than or equal to a predetermined size, and a wire or wireless connection to the main unit; A main unit coupling unit which transmits the changed vehicle state setting information or the anti-theft operation request to a main unit and receives the operation result information from the main unit, and detects a shock or door opening of a vehicle body of the vehicle, and detects Provided is a vehicle antenna comprising a car call detection unit for generating and transmitting data.

In addition, the vehicle antenna according to the present invention further comprises a storage unit for storing at least any one of the sensing data detected by the car call detection unit, vehicle state information, vehicle state setting information, vehicle driving record, user fingerprint data Can be.

In addition, the vehicle antenna according to the present invention includes a key button cover unit for opening and closing the input unit, a fingerprint input unit for receiving a user's fingerprint, the fingerprint input through the fingerprint input unit and the user fingerprint data stored in the storage unit The apparatus may further include a fingerprint recognition unit determining whether or not a coincidence is matched. In this case, the key button cover part is opened only when the fingerprint inputted through the fingerprint input unit matches the user fingerprint data stored in the storage unit.

According to another aspect of the present invention, there is provided a method for displaying vehicle status control and vehicle status information performed by a vehicle antenna of a remote start and alarm system, wherein the remote start and alarm system includes a remote controller, the vehicle antenna and a main unit. Wherein the vehicle antenna includes a display unit and an input unit, and the vehicle antenna and the main unit are provided in a vehicle, and, when a vehicle control signal is received from the remote controller, the vehicle control included in the vehicle control signal. Analyzing a command, wherein the vehicle control command is a vehicle state display command or a vehicle state setting information change command; and when the vehicle control command is the vehicle state display command, a vehicle state corresponding to the vehicle control command. Displaying information on the display unit, and the vehicle control command is displayed on the vehicle. Transmitting a vehicle state change request corresponding to the vehicle control command to the main unit when the state setting information change command or the vehicle state setting information change command is input through the input unit, and the vehicle state setting information change command Displaying vehicle state change information corresponding to the display unit and requesting the anti-theft operation to be performed by the main unit when an abnormality is detected on the vehicle body of the vehicle, wherein the abnormality signal is displayed on the vehicle body. And shock or door open, wherein the anti-theft operation comprises at least one of a vehicle call, a warning sound, and a flashing warning light. Of the vehicle state control and vehicle state information display method in the vehicle antenna The system, apparatus, and recording medium that allows a row is provided.

The requesting of the anti-theft operation to the main unit may be performed when the abnormality sign is a door open or the impact of the vehicle body is greater than or equal to a predetermined size.

In addition, the vehicle status control and vehicle status information display method in a vehicle antenna according to the present invention, if the vehicle call is not normally performed, storing the abnormal indication information in a storage unit, from the remote controller or the input The method may further include transmitting the abnormality indication information to the remote controller or displaying the display unit when the request for providing the storage record is received through the unit.

In addition, the vehicle state control and vehicle state information display method in the vehicle antenna according to the present invention includes receiving operation result information according to the vehicle state change request or the anti-theft operation from the main unit and the operation result information The method may further include transmitting to the remote controller.

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

1 is a view schematically showing the overall configuration of a remote start and alarm system of a vehicle according to an embodiment of the present invention.

Referring to FIG. 1, a remote start and alarm system of a vehicle according to the present invention includes a remote controller 120, a vehicle antenna 130, and a main unit 140.                     

The remote controller 120 is a portable device for a user (eg, a driver) to control a remote start of the vehicle 110, opening / closing a car door, setting an alarm function, and the like from the outside of the vehicle. The remote controller 120 may include a display unit for displaying setting state information of the vehicle 110 received by the two-way communication with the main unit 140 in the vehicle.

The vehicle antenna 130 performs a function of relaying bidirectional communication between the remote controller 120 and the main unit 140. That is, the vehicle antenna 130 transmits the vehicle control signal received from the remote controller 120 using the RF transmission and reception method to the main unit 140 through a cable, and transmits the operation result information received from the main unit 140. It performs the function of transmitting to the remote controller 120 using the RF transmission and reception method. In addition, the vehicle antenna 130 includes a display unit for displaying vehicle status information, and a key button for adjusting the vehicle status (eg, anti-theft setting, alarm setting, window lock, trunk opening, etc.). Detailed configuration and operation of the vehicle antenna 130 will be described in detail with reference to the accompanying drawings.

The main unit 140 displays the state of the vehicle 110 in response to a vehicle control signal received from the remote controller 120 through the vehicle antenna 130 or a vehicle control signal input using a key button provided in the vehicle antenna. Function to control. The main unit 140 is connected to a door lock / open device, a start on / off switch, etc. to perform a vehicle control operation corresponding to the vehicle control signal. However, since the connection between the main unit 140 and the components of the vehicle 110 that enables the remote control is well known, a detailed description thereof will be omitted.

2 is a block diagram of a vehicle antenna according to an exemplary embodiment of the present invention.

Referring to FIG. 2, the vehicle antenna 130 according to the present invention includes a power supply unit 210, an input unit 220, a charcoal detector 230, a main unit coupling unit 240, an oscillation circuit unit 250, and a display unit ( 260, an RF transceiver 270, and a controller 280.

The power supply unit 210 performs a function of supplying power to the vehicle antenna 130. The power supply unit 210 may receive power from a power source (eg, a battery, etc.) or its own power source (eg, a battery, a rechargeable battery, etc.) in the vehicle 110. In addition, the vehicle 110 may be selectively supplied with power by dividing the driving and the parking.

The input unit 220 allows the user to display desired vehicle status information (for example, vehicle temperature, remaining amount of self-power, etc.) or vehicle status setting information (for example, sensitivity of the Kacol sensor, current time setting, and temperature display). One or more buttons for changing the method, etc.). The use of the buttons included in the input unit 220 will be described in detail with reference to the accompanying drawings.

The charcoal detection unit 230 includes a charcoal LED unit, a charcoal sensitivity control unit, a sensor unit. The car call function that can be performed by the vehicle antenna 130 according to the present invention notifies the user of the vehicle information using the main unit 140 when an impact of a predetermined size or more occurs in the vehicle 110 and at the same time the vehicle 110. ) To generate a warning sound (ie anti-theft) through the speaker. The Cacol LED unit indicates that the door is open (theft) or shock is detected while blinking. In addition, the Kakol LED unit warns by blinking when a shock of a predetermined size or more is detected by the sensor unit. Of course, the car call LED unit may be included in the display unit 260 without being provided separately. The cacall sensitivity control unit is a means for allowing a user to adjust the sensitivity in performing the cacall function. For example, the kakol sensitivity control unit may include two selection modes of "LOW" and "HIGH". The sensor unit is a means for detecting an impact or door opening that is transmitted to the vehicle 110. The sensor unit transmits a detection signal to the control unit 280 when a shock or door opening of a predetermined size or more is detected to transmit the corresponding information to the remote controller 120, and at the same time, an alarm is triggered through the cacol LED unit or display unit 260. To be performed. In addition, a warning sound may be output through a speaker or the like coupled to the main unit 140. Of course, if the sensor unit detects whether the shock or the door is opened and transmits the corresponding information to the control unit 280, the control unit 280 determines whether or not the magnitude of the impact is greater than a predetermined size (for example, Beep output, owner call, etc.).

The main unit coupling unit 240 is a means for allowing the vehicle antenna 130 to be coupled to the main unit 140 provided in the vehicle 110 in a wired (or wireless) manner. That is, it transmits a control signal received from the remote controller 120 to the main unit 140, and receives the operation result information from the main unit 140.

The oscillation circuit unit 250 is a device for generating an alternating current necessary for the operation of the control unit 280. That is, the oscillator circuit 250 allows only a current of a specific frequency to flow through the circuit.

The display unit 260 performs a function of displaying vehicle state information so that the user can visually recognize the state of the vehicle 110 from the outside. Vehicle state information that may be displayed on the display unit 260 may include information such as the temperature inside the vehicle, the battery voltage of the vehicle, whether the engine is operating. In addition, the display unit 260 under the control of the controller 280 also controls selection data (eg, remote start, air conditioner start, headlight on, etc.) and operation result information corresponding to the vehicle control signal received from the remote controller 120. ) Is displayed.

The RF transceiver 270 receives the vehicle control signal from the remote controller 120, transmits the vehicle control signal to the controller 280, and transmits operation result information to the remote controller 120 under the control of the controller 280. Perform the function of sending.

The controller 280 performs a function of controlling the vehicle antenna 130 to transmit and receive vehicle control signals and operation result information, and display vehicle state information according to a user command through the input unit 220. The controller 280 may receive the relevant information through the main unit coupling unit 240 from the main unit 140 or a sensor coupled with the main unit 140 when necessary to display the vehicle status information on the display unit 260. have. In addition, when a change request of the vehicle state setting information is input through the vehicle control signal or the input unit 220, the controller 280 changes the vehicle state setting information to correspond to the change request and transmits the changed vehicle state setting information to the main unit 140. ) Function.

Although not shown in FIG. 2, the vehicle antenna 130 may further include a storage unit for storing changed vehicle state setting information, an emergency of the vehicle 110, a vehicle driving record, and the like. For example, when the vehicle 110 is in a location where it is difficult to deliver the emergency of the vehicle to the remote controller 120, the corresponding information may be displayed later through the remote controller 120 or the display unit 260. In addition, the user may also be used as an electronic car accounting unit by using the vehicle driving record stored in the storage unit of the vehicle antenna 130.

In addition, the vehicle antenna converts the vehicle control signal received from the remote controller 120, the vehicle state information or the vehicle state setting information corresponding to the user command input through the input unit 220 to the effect sound or voice signal to convert the data conversion The unit may further include a speaker unit.

3A and 3B are flowcharts illustrating an operation process of a vehicle antenna according to an exemplary embodiment of the present invention, and FIG. 4 is a front view of the vehicle antenna according to an exemplary embodiment of the present invention.

Referring to FIG. 3A, the vehicle antenna 130 is started in operation 310. The vehicle antenna 130 according to the present invention continuously performs a predetermined operation (for example, an antenna function, a vehicle status display function, a car call function, etc.) while power is supplied from a vehicle power source or its own power source.

In operation 315, the vehicle antenna 130 determines whether a vehicle state setting or display command is input by the user through the input unit 220. If a vehicle state setting or display command is input, the process proceeds to step 320 to perform a vehicle state setting or display operation and proceeds to step 315.                     

When a user inputs a vehicle state setting or display command using the input unit 220, a state in which related information is displayed on the display unit 260 will be briefly described with reference to FIG. 4. Of course, the following description is only an example of the function of the vehicle antenna 130 according to the present invention.

Referring to the front view of the vehicle antenna 130 shown in FIG. 4, the vehicle antenna 130 includes an input unit 220, a car call sensitivity adjusting unit of the car call detection unit 230, and a display unit 260.

The display unit 260 is a means for displaying vehicle status information to a user using a plurality of icons, numbers, images, and the like. The display unit 260 includes a car call function execution icon 410, a vehicle impact detection icon 415, a vehicle owner call icon 420, a sound output icon 425 during operation according to a vehicle control signal reception, and a function stop display icon 430. , Engine start state maintenance icon 435, automatic door lock icon 440, automatic door open / lock icon 445, numeric information display area 450, engine start state display area 455, battery level display area ( 460, the vehicle setting change area 465, and the like may be displayed. The user may check a function selected by the user through an icon, an image, etc. displayed on the display unit 260.

In the numeric information display area 450, an elapsed time after starting the engine of the vehicle 110, an elapsed time after stopping the start of the vehicle, and a temperature inside the vehicle (that is, degrees Celsius or Fahrenheit) are displayed.

The engine start state display area 455 displays the engine operating state through the movement of the road image.                     

In the battery remaining amount display area 460, the battery voltage of the vehicle 110 measured using the voltage sensor coupled with the main unit 140 is displayed.

The input unit 220 includes a plurality of key buttons and is configured to perform an independent operation for each key button. The user may switch to the option setting mode (ie, the setting change mode of the main unit 140), the vehicle status check, the vehicle travel time check, etc. using the key button included in the input unit 220.

When the user presses the first button, the vehicle temperature measured by the temperature sensor coupled with the main unit 140 is displayed in the numerical information display area 450. The vehicle temperature is displayed in degrees Celsius or Fahrenheit by the user's choice.

When the user presses the second button, the backlight of the display unit 260 may be turned on. Of course, the backlight turns off automatically after a predetermined time elapses.

When the user presses the third button, the vehicle state can be set (ie, option mode). In this case, the user may select and change an item to be set using the first button and the second button. In addition, when the fourth button is pressed after the vehicle state setting is completed, the updated vehicle state information is transmitted to the main unit 140, and the vehicle antenna 130 is switched to the reception function state.

Referring back to FIG. 3A, in step 325, the vehicle antenna 130 determines whether data (eg, a vehicle control signal, operation result information, etc.) is received from the remote controller 120 or the main unit 140. . If data is received, the process proceeds to step 330; otherwise, the process proceeds to step 360 (see FIG. 3B).                     

In operation 330, the vehicle antenna 130 determines whether the received data is a remote control signal (ie, a vehicle control signal received from the remote controller 120). In the case of the remote control signal, in step 335 the vehicle antenna 130 checks whether the code number of the remote controller 120 received with the remote control signal is valid. If the code number is invalid, go to step 315. If the code number is valid, in step 340, the vehicle antenna 130 analyzes the received control signal and updates the vehicle state setting information to correspond to the control signal and displays it on the display unit 260. The method of updating the vehicle state setting information by using the control signal received from the remote controller 120 is similar to the method of updating the vehicle state setting information according to a user command input through the input unit 220. Therefore, description thereof will be omitted.

In operation 345, the vehicle antenna 130 transmits the updated vehicle state setting information to the main unit 140 in response to the control signal received from the remote controller 120. The vehicle antenna 130 then proceeds back to step 315 or ends the step.

Referring back to step 330, if the data received in step 325 is not a remote control signal (ie, operation result information received from the main unit 140, a car owner call signal, etc.), the process proceeds to step 340.

The vehicle antenna 130 analyzes and displays received data in step 340. In operation 345, the vehicle antenna 130 determines whether data received in operation 325 needs to be transmitted to the remote controller 120. If it is necessary to transmit to the remote controller 120, the process proceeds to step 355 to transmit the information. The vehicle antenna then proceeds back to step 315 or ends the step.

Referring to FIG. 3B, in step 360, the vehicle antenna 130 determines whether to perform a car call function. For example, when the parking of the vehicle is completed and the vehicle is stopped, the vehicle antenna 130 may perform a car call function simultaneously with the antenna function.

When the car call function is performed, the vehicle antenna 130 (that is, the car call detection unit 230 of the vehicle antenna 130) determines whether an abnormal sign (eg, shock, vibration, etc.) has occurred on the surface of the vehicle. . If no abnormality occurs, the process proceeds to step 360 (or step 315). Otherwise, the caller function (eg, an alarm sound, a vehicle call, etc.) is performed. The vehicle antenna 130 then proceeds back to step 360 (or step 315) or ends the step.

On the other hand, when the car call function is not performed, the vehicle antenna 130 determines whether a command to perform other functions (for example, a backlight operation, driving time initialization, etc.) is input. If a command to perform other functions is input, the process proceeds to step 380 to perform the corresponding function. The vehicle antenna 130 then proceeds back to step 315 or ends the step.

5 is a block diagram of a vehicle antenna according to another preferred embodiment of the present invention, Figure 6 is a front view of a vehicle antenna according to another preferred embodiment of the present invention.

The vehicle antenna 130 according to the present invention may be attached to a predetermined point inside the vehicle (for example, the top of the dashboard) or to a predetermined point outside the vehicle (for example, an A pillar). That is, the attachment position of the vehicle antenna 130 according to the present invention is not limited as long as the user can check the vehicle state information displayed on the display unit 260 of the vehicle antenna 130 from the outside.

However, when the vehicle antenna 130 is attached to the outside of the vehicle, a third party may press the key button of the input unit 220. Therefore, it is necessary to hide the key button of the input unit 220 so that only the designated user can operate the input unit 220.

5 and 6, the vehicle antenna 130 according to the present invention includes a power supply unit 210, an input unit 220, a charcoal detector 230, a main unit coupling unit 240, and an oscillation circuit unit 250. The display unit 260 includes an RF transceiver 270, a controller 280, and a user recognizer 510.

The user recognition unit 510 includes a fingerprint input unit 610, a fingerprint recognition unit (not shown), and a key button cover unit 620. As shown in FIG. 6, the key buttons of the input unit 220 and the car call sensitivity adjusting unit of the call detection unit 230 are temporarily hidden by the key button cover unit 620.

When the user touches his or her finger on the fingerprint input unit 610, the user's fingerprint is input and transferred to the fingerprint recognition unit. Since the fingerprint input method of the user through the fingerprint input unit 220 is a known method, a description thereof will be omitted.

The fingerprint recognition unit checks whether the fingerprint of the user input through the fingerprint input unit 220 and the fingerprint of the user already designated in the storage unit (not shown) match. If both fingerprints match, the corresponding information is transmitted to the controller 280, and the controller 280 opens the key button cover 620 to expose the key button of the input unit 220.

Of course, if the vehicle antenna 130 is attached to the outside of the vehicle, it is natural that the vehicle antenna 130 should be waterproofed.

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

As described above, the antenna module for remotely starting the vehicle according to the present invention may provide convenience to the user by adding a function setting change function of the main unit and a display function such as vehicle information.

In addition, the antenna module for remote starting of the vehicle according to the present invention can maximize the cost reduction and the purchase effect by combining the module equipment (for example, a car call performance device, etc.) that can be additionally set in the main unit with the vehicle antenna. have.

Claims (14)

In the remote start and alarm system comprising a remote controller, a vehicle antenna and a main unit, the vehicle antenna for relaying signal transmission and reception between the remote controller and the main unit, An RF transceiver for receiving a vehicle control signal from the remote controller and transmitting operation result information received from the main unit to the remote controller; An input unit for receiving a user command corresponding to the vehicle status information display command or the vehicle status setting information change command; A controller configured to generate changed vehicle state setting information corresponding to the vehicle control signal or the user command; A main unit coupling unit which transmits the changed vehicle state setting information to the main unit coupled by wire or wirelessly, and receives the operation result information from the main unit; And And a display unit for displaying vehicle status information, the vehicle control signal received from the remote controller, the user command input through the input unit, and the operation result information. The method of claim 1, A car call detection unit for detecting the impact or the door opening of the vehicle body of the vehicle, and requesting a predetermined anti-theft operation if the impact is more than a predetermined size, The car call detection unit, Sensor unit for detecting the impact or the door opening of the vehicle body of the vehicle; And Vehicle antenna characterized in that it comprises a Kakohl sensitivity control unit for adjusting the sensitivity of the sensor unit. The method of claim 2, The car call detection unit, Charcoal LED section to indicate the charcoal function Vehicle antenna further comprises. The method of claim 1, A data converter converting the vehicle state information or the vehicle state setting information corresponding to the vehicle control signal or the user command into an effect sound or an audio signal; A speaker unit for outputting the converted sound effect or the voice signal Vehicle antenna further comprises. The method of claim 2, Storage unit for storing at least one of the sensing data, the vehicle state information, the vehicle state setting information, the vehicle driving record, the user fingerprint data generated by the detection of the car call detection unit Vehicle antenna further comprises. The method of claim 5, A key button cover part which opens and closes the input part; Fingerprint input unit for receiving a user's fingerprint; Fingerprint recognition unit for determining whether the fingerprint input through the fingerprint input unit and the user fingerprint data stored in the storage unit is matched Include more, Opening the key button cover unit when the fingerprint inputted through the fingerprint input unit and the user fingerprint data stored in the storage unit match with each other; Vehicle antenna, characterized in that. The method of claim 1, The command for changing the vehicle state setting information is for changing setting information of the main unit. Vehicle antenna, characterized in that. In the remote start and alarm system comprising a remote controller, a vehicle antenna and a main unit, the vehicle antenna for relaying signal transmission and reception between the remote controller and the main unit, An RF transceiver for receiving a vehicle control signal from the remote controller and transmitting operation result information received from the main unit to the remote controller; An input unit for inputting a user command corresponding to the vehicle status information display command or the vehicle status setting information change command; A car call detector which detects a shock or door opening of a vehicle body and generates and outputs sensing data; The vehicle state setting information is changed to correspond to the vehicle control signal or the user command, and when the impact amount information included in the sensing data input from the car call detection unit is equal to or larger than a predetermined size, a predetermined anti-theft operation is performed by the main unit. A requesting controller; A main unit combiner for transmitting the changed vehicle state setting information or the anti-theft operation request to the main unit coupled by wire or wirelessly and receiving the operation result information from the main unit; And And a display unit configured to display vehicle state information or vehicle state setting information corresponding to the vehicle control signal or the user command, and the operation result information. The method of claim 8, Storage unit for storing at least one of the sensing data, the vehicle state information, the vehicle state setting information, the vehicle driving record, the user fingerprint data generated by the detection of the car call detection unit Vehicle antenna further comprises. The method of claim 9, A key button cover part which opens and closes the input part; Fingerprint input unit for receiving a user's fingerprint; Fingerprint recognition unit for determining whether the fingerprint input through the fingerprint input unit and the user fingerprint data stored in the storage unit is matched Include more, Opening the key button cover part when the fingerprint inputted through the fingerprint input unit and the user fingerprint data stored in the storage unit match with each other; Vehicle antenna, characterized in that. In a remote start and alarm system comprising a remote controller, a vehicle antenna and a main unit, in a vehicle state control and vehicle state information display method performed by the vehicle antenna relaying signal transmission and reception between the remote controller and the main unit, wherein The vehicle antenna includes a display unit and an input unit. Analyzing a vehicle control command included in the vehicle control signal when a vehicle control signal corresponding to a vehicle state display command or a vehicle state setting information change command is received from the remote controller; If the vehicle control command is the vehicle state display command, displaying vehicle state information corresponding to the vehicle control command on the display unit; Transmitting a vehicle state change request corresponding to the vehicle control command to the main unit when the vehicle control command is the vehicle state setting information change command or the vehicle state setting information change command is input through the input unit; Displaying vehicle state change information corresponding to the vehicle state setting information change command on the display unit; Requesting the anti-theft operation to be performed by the main unit when an abnormality is detected on the vehicle body, wherein the abnormality is a shock or door opening of the vehicle, and the anti-theft operation is a vehicle call, a warning sound, And at least one of flashing warning lights. The method of claim 11, The step of requesting the anti-theft operation to the main unit, To be carried out when the abnormality sign is the door open or when the impact of the vehicle body is more than the predetermined size Vehicle status control and vehicle status information display method in a vehicle antenna, characterized in that. The method of claim 11, Storing the abnormality indication information in a storage unit when the borrower call is not normally performed; Transmitting the abnormality indication information to the remote controller or displaying on the display unit when a request for providing a storage record is received from the remote controller or through the input unit. Vehicle status control and vehicle status information display method in a vehicle antenna further comprising. The method of claim 11, Receiving operation result information according to the vehicle state change request or the anti-theft operation from the main unit; Transmitting the operation result information to the remote controller Vehicle status control and vehicle status information display method in a vehicle antenna further comprising.

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