KR20010104586A - Apparatus for detecting fault in the electric equipment via the Internet - Google Patents

Abstract

The present invention provides a second connector 21 electrically connected to a first connector 14 to which data output from the device 10 having a self-diagnostic device is output, and data supplied through the second connector 21. The controller 22 and the control signal output from the controller 22 to control the overall operation of the peripheral device in accordance with the failure-measurement data transmitted from the server 70 at the same time to the server 70 to be described later According to the display unit 26 for displaying the method of troubleshooting, the memory unit 23 for storing the information necessary for the diagnosis and processing for processing the failure diagnosis data output from the device 10, the mobile phone ( 30) or a mobile phone connection unit 24 connected to the input / output port of the controller 22 to transmit to the server 70 through the mobile phone base station 5 and the public Internet network 60 using a wired telephone 40; Landline Phone Connection It is composed of a section 25, the diagnostic results of all the devices for self-diagnosis by using the wired or wireless telephone network to determine the details of the failure and the treatment of the Internet site connected to the Internet network and then send this information An apparatus failure diagnosis apparatus using an internet network to be displayed.

Description

Apparatus for detecting fault in the electric equipment via the Internet}

The present invention relates to a device failure diagnosis apparatus using the Internet network, and more specifically, the results of the failure in the Internet site connected to the Internet network using a wired or wireless telephone network, the diagnostic results of all the devices for self-diagnosis The present invention relates to an apparatus for diagnosing a failure of a device using an internet network which transmits and displays the contents after determining the treatment of the medical treatment.

In general, in order to precisely control the operation of the car or other devices, the electronic control device is mounted to efficiently use the operation of the car or the device.

The electronic control device that automatically controls the operation mounted on the vehicle or the device has a self-diagnosis function so that when a failure occurs in a specific part (position), data indicating the specific part is outputted and displayed. It is very useful for repairing.

However, as the complexity of the devices used in the modern society increases and the release of new products is accelerated, the user can operate the driver or the operator even if the device fails due to the lack of information on such devices. There was a difficulty not to cope quickly.

Therefore, the present invention has been created to solve the above-mentioned decision, an object of the present invention is to remotely operate the device using a server with a built-in failure diagnosis program when a device having a self-diagnosis function occurs. The present invention provides an apparatus for diagnosing device failure using an internet network capable of diagnosing and correcting a failure.

In order to achieve the above object, a device failure diagnosis apparatus using the Internet network according to the present invention is a device that diagnoses a failure by itself and outputs the result to the outside through a first connector, and a failure with a first connector of the device. It is characterized in that it comprises a fault diagnosis display means for displaying a method for correcting the failure of the device by connecting a server with a built-in diagnostic program and a wired or wireless communication device connected to the communication network.

1 is a block diagram showing a device failure diagnosis apparatus using the Internet network according to the present invention

FIG. 2 is a diagram showing a fault diagnosis display unit shown in FIG. 1; FIG.

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

10 ... instrument 20 ... fault diagnostic indicator

30 cell phones 40 wired phones

50 cell phone base station 60 public internet network

70 ... server

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

1 is a block diagram showing a device failure diagnosis apparatus using the Internet network according to the present invention, Figure 2 is a view showing a failure diagnosis display unit shown in FIG.

1 and 2, the device 10 diagnoses a failure by itself and transmits data output from the failure diagnosis unit 12 and the failure diagnosis unit 12 to output data corresponding to the result to the outside. It is comprised by the 1st connector 14.

The fault diagnosis display means 20 may include a second connector 21 electrically connected to the first connector 14 of the device 10, and a server to describe data supplied through the second connector 21, which will be described later. 70 and a controller 22 for overall control of the operation of the peripheral device according to the failure-measurement data transmitted from the server 70, and the failure response method according to the control signal output from the controller 22. A display unit 26 for displaying the information, a memory unit 23 for storing information necessary for diagnosing a problem and data necessary for processing the same, and the diagnostic data outputted from the device 10 for a mobile phone 30 or a wired telephone. A mobile phone connection unit 24 and a wired telephone connection unit 25 connected to an input / output port of the controller 22 to transmit to the server 70 through the mobile phone base station 5 and the public Internet network 60 using the reference numeral 40. It consists of).

Referring to the operation of the apparatus according to the present invention having the embodiment as described above as follows.

If a device 10 adopting a device according to the present invention, that is, a failure occurs while driving a vehicle, the failure diagnosis unit 12 mounted inside the device 10 detects a failure part and removes the corresponding data. It is supplied to connector 1.

The fault diagnosis display means 20 shown in FIG. 2 is supplied to the first connector 14 in a state in which data corresponding to a fault portion (for example, data 0001 is output when the timing belt is broken) is supplied. After connecting the second connector 21 to the first connector 14, the cellular phone 30 or the wired telephone 40 connected to the cellular phone connection 24 or the wired telephone connection 25 as shown in FIG. When connected to the Internet network 60 through the mobile phone base station 50, etc. using the () to connect to the server 70, the built-in fault response program, the data (0001) output from the device 10 is public Internet network It is supplied to the server 70 through 70.

When the data (0001) corresponding to the failure part of the device 10 is supplied to the server 70 as described above through the Internet network, the server 70 may determine the supplied data and then act on the failed part Is supplied to the fault diagnosis display means 20 through the Internet network.

When data corresponding to the corrective method is supplied to the fault diagnosis display means 20 through an internet network and a communication device (mobile phone or wired telephone), the controller 23 of the fault diagnosis display means 20 is a memory unit 23. By using the data stored in the display unit 26 to display a method for correcting the failure.

According to the present invention of the above configuration, by connecting to the Internet network through a wired or wireless telephone network to remotely diagnose the device and directly inform the user of the method of action, the device provider can build an effective service network and the consumer to the operation of the device In the event of an abnormality, the diagnosis can be promptly performed in the field, which can prevent accidents and greatly improve the life of the device.

Claims (2)

Diagnose the failure by itself and connect the device that outputs this result to the outside through the first connector, the first connector of the device and the server equipped with the failure diagnosis program, and the wired / wireless communication device that is connected to the communication network. Device failure diagnosis apparatus using the Internet network, characterized in that the fault diagnosis display means for displaying a method. The method of claim 1, The fault diagnosis display means 20 includes a second connector 21 electrically connected to the first connector 14 of the device 10; The controller 22 which supplies the data supplied through the second connector 21 to the server 70 which will be described later, and simultaneously controls the operation of the peripheral device according to the troubleshooting data transmitted from the server 70. Wow, A display unit 26 for displaying a failure countermeasure method according to a control signal output from the controller 22; A memory unit 23 storing information necessary for diagnosing a problem and data necessary for processing the same; The controller 22 to transmit the failure diagnosis data output from the device 10 to the server 70 through the mobile phone base station 5 and the public Internet network 60 using the mobile phone 30 or the wired telephone 40. Device failure diagnosis apparatus using the Internet network, characterized in that consisting of the mobile phone connection portion 24 and the wired telephone connection portion 25 is connected to the input and output port of the).