Artificial intelligence diagnostic device for automobile and control device for the same
First Claim
1. An artificial intelligence diagnostic device for diagnosing a malfunction of an automobile, comprising:
- an electronic time and alarm control system diagnostic unit for diagnosing the state of an electronic time and alarm control system which controls electric devices of the automobile;
a junction box diagnostic unit for diagnosing the states of the various fuses and relays included in a junction box;
a diagnostic central processing unit for receiving and analyzing diagnosis signals output from the electronic time and alarm control system diagnostic unit, the function box diagnostic unit, and an engine control unit, and generating a signal corresponding to an abnormal state; and
output means for receiving the signal output from the diagnostic central processing unit and reporting the abnormal state to the driver.
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Accused Products
Abstract
An artificial intelligence diagnostic device is provided for performing concentrated management on electric devices and control devices of an automobile using a separate diagnostic central processing unit to diagnose the malfunction of the automobile in real time and for reporting the diagnosis result to a driver through a visual display or a voice. The artificial intelligence diagnostic device includes an electronic time and alarm control system diagnostic unit for diagnosing the state of an electronic time and alarm control system which controls electric devices of the automobile; a junction box diagnostic unit for diagnosing the states of the various fuses and relays included in a junction box; a diagnostic central processing unit for receiving and analyzing diagnosis signals output from the electronic time and alarm control system diagnostic unit, the junction box diagnostic unit, and an engine control unit, and generating a signal corresponding to an abnormal state; and an output unit for receiving the signal output from the diagnostic central processing unit and reporting the abnormal state to the driver. Since the normal or abnormal state of the electric devices is reported to the driver, the driver can easily know which part of an automobile has a malfunction while driving the automobile. Consequently, the automobile can be easily repaired in considerably less time at a low cost, and rapid measures can be taken when the automobile malfunctions. Moreover, since the automobile is automatically examined daily for malfunctions, accidents due to poor maintenance can be prevented.
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Citations
21 Claims
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1. An artificial intelligence diagnostic device for diagnosing a malfunction of an automobile, comprising:
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an electronic time and alarm control system diagnostic unit for diagnosing the state of an electronic time and alarm control system which controls electric devices of the automobile;
a junction box diagnostic unit for diagnosing the states of the various fuses and relays included in a junction box;
a diagnostic central processing unit for receiving and analyzing diagnosis signals output from the electronic time and alarm control system diagnostic unit, the function box diagnostic unit, and an engine control unit, and generating a signal corresponding to an abnormal state; and
output means for receiving the signal output from the diagnostic central processing unit and reporting the abnormal state to the driver. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. An artificial intelligence diagnostic device for diagnosing a malfunction of an automobile, comprising:
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a diagnostic circuit for diagnosing the state of an electronic time and alarm control system which controls devices provided to increase the convenience to a driver, the states of the various fuses and relays included in a junction box, the state of an engine control unit which checks and controls the state of an engine, and the state of an antilock break system;
a central processing unit for receiving and analyzing a diagnosis signal output from the diagnostic circuit and outputting the result of diagnosis;
an output unit for reporting the diagnosis result output from the central processing unit to the driver; and
a communication output unit for outputting the diagnosis result in the form of a communication signal. - View Dependent Claims (9, 10, 11, 12)
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13. An artificial intelligence diagnostic device for diagnosing a malfunction of an automobile, comprising:
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a code analyzer for receiving and analyzing signals from an electronic time and alarm control system for controlling devices provided for the convenience of a driver, an engine control unit for checking and controlling the state of an engine, a transmission control unit, and a general electric device;
a diagnosis unit for diagnosing the states of fuses and relays included in a junction box and outputting the diagnosed result, and for receiving a signal output from the code analyzer and outputting the result of diagnosing the state of the engine control unit, the transmission control unit, the electronic time and alarm control system and the general electric device;
a lamp output unit for indicating a specific fuse or relay having a malfunction according to the diagnosis result output from the diagnosis unit;
a data communication converter for receiving the diagnosis result from the diagnosis unit and converting it into a communication signal; and
a diagnosis result output unit for receiving the signal output from the data communication converter and outputting the result of diagnosing the state of each electric device so that a driver can easily recognize the diagnosis result. - View Dependent Claims (14, 15)
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16. An artificial intelligence control device for controlling electric devices of an automobile, comprising:
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a controller for receiving signals from a variety of sensors and switches of an automobile, controlling an electric device in accordance with the signals received from each corresponding sensor or switch, and outputting a warning signal related to a particular electric device;
a diagnosis unit for diagnosing a malfunction of each electric device; and
an output unit for outputting the control state of the controller and the result the diagnosis by the diagnosis unit to allow a driver to recognize the result of diagnosis. - View Dependent Claims (17, 18, 19, 20, 21)
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Specification