KR19990019605U - Vehicle remote control system - Google Patents

Abstract

The present invention relates to a vehicle remote control system, and more particularly, to a remote control that can be confirmed by a signal transmitted from the vehicle to the remote control state made by the adjustment of the remote control, and further performs a command sent from the remote control The present invention relates to a remote control system for causing a lamp to emit light so as to be directly visible from a vehicle body, the remote control system comprising: an input panel for instructing a vehicle installed in the remote controller to command a desired operation state; To detect and detect when the drive is completed. It includes a receiving device for transmitting a drive detection status signal to the remote controller, it characterized in that the remote controller operator to check whether or not the input command of the remote controller.

Description

Vehicle remote control system

The present invention relates to a remote controller for a vehicle, and more particularly, to a remote controller capable of confirming a remote control state made by a remote controller by a signal transmitted from a vehicle, and furthermore, after executing a command sent from the remote controller. It relates to a remote control system for causing the lamp to emit light so that it can be directly seen from the vehicle body.

The use of remote controls is common in winter preheating or when a large number of cars are parked to locate their cars.

However, the average remote controller is simply configured to enable one-way communication, which simply instructs the vehicle to execute a specific command. Therefore, when a specific command is input from the remote controller, a method of confirming that the execution is properly completed is given. This did not exist.

The present invention is conceived to remedy the above problems, and the object of the present invention is to confirm the vehicle status by enabling the driver to check the specific display means or the remote controller after the command transmitted through the remote controller is completed in the vehicle. It is to make it possible.

1 is a block diagram of one embodiment of a system of the present invention.

2 is a perspective view of a temporary example of a remote controller of the present invention.

<Description of Symbols for Main Parts of Drawings>

10: input panel 20: confirmation panel

30: first micom 50: first transmitter

60: first receiving unit 80: second micom

90: drive part 100: lighting drive part

120: second transmitter 130: second receiver

In order to achieve the above object, the present invention is a remote control system having a remote controller for remotely controlling a vehicle operation state and a receiving device for processing data received by the remote controller in the vehicle, the remote controller An input panel for instructing a desired operation state to a vehicle installed in the vehicle; and a desired driving operation by a command of the input panel to perform a desired driving operation; It includes a receiving device for transmitting a drive detection status signal to the remote controller, it characterized in that the remote controller operator to check whether or not the input command of the remote controller.

Preferably, the remote controller generates an input panel for indicating an operation state of the vehicle, a first code for generating a specific code according to the operation state indicated by the respective input keys on the input panel, and controlling the remote controller as a whole. A micom, a first transmitter for transmitting a specific code transmitted from the first micom as wireless data, and a driver for extracting and receiving a driving detection state signal wirelessly transmitted from the receiver, and transmitting the same to the first micom. And a confirmation panel for displaying the vehicle operation state according to the command of the first micom based on the driving detection state signal transmitted from the second receiving unit and the second receiving unit.

Preferably, the receiving apparatus further includes a control command for a first receiving unit for receiving a specific code transmitted to the first transmitting unit, and a driving unit for driving each control element according to the specific code transmitted from the first receiving unit. A second micom for controlling the receiving device as a whole, and a specific code transmitted from the second micom according to a driving detection state signal transmitted from the driving unit according to the driving state of the control element to the remote controller. And a second transmitter.

In addition, the receiving apparatus further includes respective status display lamps that are turned on by the lighting signal transmitted from the second micom based on the driving detection state signal supplied from the driving unit when the driving unit stops driving.

The above objects and features of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of one embodiment of a system of the present invention.

The input panel 10 of the remote controller is provided with input keys for performing various operations of the vehicle. For example, when a key is pressed to determine the position of the vehicle, a position key for the sound coming from the speaker prepared for the vehicle, a start key for starting or turning off the door, a door key for locking or opening the door, and a headlamp Headlight key for turning on / off, taillight key for turning on / off the taillight may be provided.

The first microcomputer controls the control object of the remote controller as a whole, and sends a specific control signal to the amplifying unit 40 by the input signal of the input panel 10 and amplifies it, and then supplies it to the first transmitting unit 50. do. The first transmitter 50 converts the wired data supplied from the amplifier 40 into wireless data and transmits the data to the outside through an antenna.

The first receiver 60 receives the wireless data transmitted from the first transmitter 50, removes the noise through the filter 70, and sends the second data to the second microcomputer 80.

The second microcomputer 80 supplies an overall control command with respect to a control object controlled by a signal sent from a remote controller in the vehicle, and receives data from the control objects.

In addition, the second microcomputer 80 transmits a control command to the driving unit 90 so that the driving unit 90 can be operated according to the command supplied from the first receiving unit 60. In the driving unit 90, the first driving element D1, the second driving element D2, and the third driving element D3 are directly driven. In addition, the driving unit 90 senses the completion of the operation of the driving elements and, upon completion of operation, transmits a driving completion signal of each control target to the second microcomputer 80. In addition, the second microcomputer 80 supplies a lighting signal to the lighting driver 100 according to the driving completion signal supplied from the driving unit 90, and the lighting driver 100 supplies the respective lamps L1, L1, according to the lighting signal. L2 and L3) are turned on. At this time, each of the lamps (L1, L2, L3) is installed on the outside of the vehicle, so that the operator of the remote controller can check whether the execution of the command directly input to the lighting state of the lamp.

In addition, the second microcomputer 80 supplies the driving completion signal of each driving element through the amplifier 110 to the second transmitter 120, the second transmitter 120, the second receiver ( 130, the signal from the second microcomputer 80 is transmitted. After receiving the wireless data transmitted from the second transmitter 120, the second receiver 130 removes noise and supplies data of a specific band to the first microcomputer 130 by the filter 140. The confirmation panel 20 is connected to the first microcomputer 30 and driven by a signal supplied from the first microcomputer 130.

As shown in FIG. 2, the input panel 10 and the confirmation panel 20 may be configured in the same body as a two-stage switch capable of performing two-stage operation with one switch.

2 is a perspective view showing an embodiment of an input panel and a confirmation panel of the present invention.

On the front of the main body of the remote controller 200, a plurality of input keys 201, 202, 203, and 204 are provided. The headlight key 202, the door lock key 203, the start key 204, and the like can be set to perform an operation when pressed and not to perform the operation when not pressed or vice versa.

Further, the respective input keys 201, 202, 203, and 204 can be turned on so that the respective keys are turned on in accordance with the driving state of the drive in accordance with the confirmation input of the confirmation key 201. Consists of.

Hereinafter, according to the accompanying drawings, the operation of the present invention will be described in detail.

As an example of performing the operation will be described with respect to the door lock.

The operator of the remote controller 200 presses the door lock key 203 installed in the input panel 10 of the front side of the remote controller 200 to lock the door. At this time, when the door lock key 203 is pressed, the pressed state signal is supplied to the first microcomputer 30, and the first microcomputer 30 converts the state signal into a specific code to convert the state signal into a specific code. 1 is supplied to the transmitter 50. The first transmitter 50 converts the specific code supplied from the first microcomputer 30 into wireless data and transmits the converted code through the antenna 205. The first receiver 60 on the vehicle side receives the transmitted wireless data and supplies the received wireless data to the second microcomputer 80 through the filter 70. The second microcomputer 80 transmits a driving command to the driving unit 90 according to the received specific code command, and the driving unit 90 performs a task for locking the door.

The driver 90 continuously performs the door lock operation, and supplies an operation completion signal to the second microcomputer 80 in its completed state. At this time, when the confirmation key 201 is pressed from the remote controller 200 and a confirmation operation is input, the confirmation key 201 is reached through the command transfer process in the state where the door lock key 203 is pressed. In the second microcomputer 80, the driving completion signal supplied from the driving unit 90 is coded and supplied to the second transmitting unit 120. The second transmitter 120 transmits a specific code of the driving completion signal to the wireless data, and the second receiver 130 receives the same and transmits the data to the first microcomputer 30. The first microcomputer 30 transmits a lighting signal to the door lock key 203 based on the specific code of the received drive completion signal, thereby turning on the door lock key 203.

On the other hand, the second microcomputer 80 transmits a lighting command signal to the door lock status lamp to the lighting driver 100 according to the driving completion signal of the driver, and the door lock status lamp is turned on according to the lighting signal.

The process of inputting and confirming other keys is also the same as that of the door lock key 203, and when there is an input of a specific key, the first microcomputer can automatically perform a confirmation function without inputting the confirmation key 201. It is possible to execute the program of 200, and this function is an improved content that can be naturally obtained from the present invention.

As described above, according to the present invention, when the key of the remote controller is operated to execute each command, it is possible to check the end of the operation performance or the malfunction state directly on the remote controller, and to fix the lamp attached to the outer surface of the vehicle body. Because it can be observed through the remote control, the operator of the remote controller can feel relieved and can feel confident about the operation status.

Claims (5)

A remote control system having a remote controller for remotely controlling a vehicle operation state and a receiving device for processing data received by the remote controller in a vehicle: An input panel for instructing a desired operation state to the vehicle installed in the remote controller; In accordance with the command of the input panel to perform the desired drive operation, and detects the completion of the drive. By including a receiving device for transmitting a drive detection state signal to the remote controller, A remote control system for a vehicle, characterized in that the operator to check whether or not the input command of the remote control unit. The remote control of claim 1, wherein the remote controller comprises: An input panel for indicating an operation state of the vehicle; A first micom that generates a specific code in accordance with an operation state indicated by respective input keys on the input panel and controls the remote controller as a whole; A first transmitter to transmit a specific code transmitted from the first microcomputer as wireless data; A second receiving unit for extracting and receiving a driving detection state signal wirelessly transmitted from the receiving device and transmitting the received driving detection state signal to the first micom; And And a confirmation panel for displaying a vehicle operation state according to a command of the first micom based on the driving detection state signal transmitted from the second receiver. The method of claim 2, wherein the receiving device A first receiver for receiving a specific code sent to the first transmitter; A second micom which transmits a control command to a driver for driving each control element according to a specific code transmitted from the first receiver and controls the receiver as a whole; And a second transmitter for wirelessly transmitting a specific code transmitted from the second microcomputer to the remote controller according to a driving detection state signal transmitted from the driver, in accordance with the driving state of the control element. system. The method of claim 3, wherein the receiving device And a status display lamp which is turned on by a lighting signal transmitted from the second micom based on a driving detection state signal supplied from the driving unit when the driving unit stops driving. The vehicle remote control system according to any one of claims 2 to 4, wherein the input panel and the confirmation panel are integrally formed so that one key can perform an input function and a confirmation function.