TH128888A - Vehicle information management system - Google Patents

Abstract

DC60 (15/01/56) Vehicle information management system that eliminates the need for an organizing unit. Store with large capacity And makes it easy to identify faults and failures Will be held The new tuning unit 235 does not store information about the adopted diagnoses. When the engine tripped in the storage unit 24, if the engine was determined that Interrupted due to operating a vehicle by driving And store information about the diagnosis The receiving loop when the engine tripped in the storage unit 24 if it is decided that Engine tripping is not caused by the use of the vehicle by the driver Detection results from operational detector 233 and engine state detector 232.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page. : ------ 28/02/2018 ------ (OCR) Page 1 of 5 pages. 1. Vehicle information management system Which manages information about the diagnosis, which Indicates vehicle status The vehicle information management system consists of an engine status detector which is provided to detect whether the engine tripped or not. Operational detectors which are provided to detect the use of the vehicle by the rider; Multiple parameter detectors that are provided to detect the corresponding parameters. On the vehicle status The unit produces information about the diagnosis. It has been programmed to produce a database of diagnostic parameters detected by more than one number of detectors, storage parameters that are stored to store diagnostic information and modulation units. Be present Programmed \ 'by the test result 1 Detect 1 from detector, operating detector and engine state detector 1 Not stored in storage. Information about the diagnosis received When a tripping occurs on a motor if it is determined that a tripping of the engine due to Work of the vehicle by the driver, and to store it in a storage unit Where to get diagnostic information An engine tripping occurs if it is determined that an engine interruption was caused by Operate the vehicle by the driver on page 2 of 5 pages. 2. Vehicle information management system According to claim 1, where the state detectors of The engine motor includes a rotational speed detector. That was arranged to detect the velocity in The engine rotation and engine status detectors are programmed to determine whether The engine will trip if the engine rotational speed is not greater than the first shift. 3. Vehicle information management system According to claim 1, where the detector operates Will include a detector switch That was organized to determine whether the kill switch Is the vehicle being operated and the operating detector programmed to determine if the engine is tripped in a manner that Responding to kill switch operations Engine interrupted due to use by the rider and the current adjustment unit. Diagnostic data is not stored in storage. 4. Vehicle information management system According to claim 1, where the detector operates Will include a stand status detector To determine the stand Of the vehicle supporting the suspension The vehicle?, And programmed operating detectors to determine if the engine tripped due to the stand Change its state to a state where the vehicle is supported. Then the engine Stumble due to Use by the driver and the adjustment unit to the current It does not store information About diagnostics in storage 5. Vehicle information management system According to claim 1, which also includes a rod detector Which was arranged to detect the clutch lever operation That was provided on the vehicle page 3 of the number 5 pages, where the detector consists of a timer. Which was set to check the time from the operation of the clutch lever until the time there was Tripping of the engine When the engine tripped and the judgment unit determined the cause Which is programmed to determine whether the detection result from the timer is not greater than the second starting value or \ '. Not greater than the second starting value Reactive detector Will determine that the engine Interrupted due to use by the rider And the update unit does not store diagnostic information in the storage. 6. Vehicle information management system According to claim 1, the operational detector consists of a reversal detectors. Which was arranged to detect that The vehicle flips over, and the fault detector will be programmed to determine if the engine tripped due to Vehicle turning and engine interruption due to use by the driver and the adjustment unit. Diagnostic data is not stored in storage. 7. Vehicle information management system According to claim 6, the flip detectors consist of an angle detector. Which is provided to detect the tilt angle of the vehicle 8. Vehicle information management system In accordance with claim 1, it also includes a reader which is programmed to read information about diagnostics stored in the 5 page archive of pages and a display device. Which displays diagnostic information read by the system. Manage information About vehicles 9. A vehicle that sits on the saddle. It consists of a vehicle information management system that manages diagnostic information indicating the vehicle status. The Vehicle Information Management System consists of an engine status detector that is provided to detect whether the vehicle is tripped. , An operational detector which is provided to detect the use of the vehicle by the rider. Multiple parameter detectors that are provided to detect parameters related to Vehicle status The unit produces a database about diagnostics. That was programmed to produce information about the diagnosis. By means of parameters that are detected by more than one number of detectors, the storage parameters that are stored are stored diagnostic information and the updated unit is stored. Sit and program the results of the detections from the operational detectors. And engine status detectors, not stored in the storage unit of diagnostic data received when tripping occurs. If the engine tripping has been determined due to the use of the vehicle by page 5 of the number 5 of the driver page, and to store in a storage unit of diagnostic information received when tripping occurs, Motor vehicle, if it is determined that the tripping of a vehicle is not caused by the use of the vehicle by the driver 1 0. According to the claim It also consists of an alarm unit organized to alert drivers of a malfunction in the vehicle and an alarm unit. Which shines when detecting an abnormality by Diagnostic information ------------ Revision 23/02/2015 1. Vehicle information management system Which manages information about the diagnosis, which Indicates vehicle status Vehicle information management system consists of engine status detectors which are organized to detect whether the engine tripped or not. Operational detector which is provided to detect the use of the vehicle by the driver; Parameter detectors More than one number of related parameters to be detected. On the vehicle status The unit produces information about the diagnosis. That is programmed to produce diagnostic information Based on the parameters that are detected by more than one number of detectors, the storage parameters are stored to store diagnostic information and update units. Programmed based on the results from the operational and engine status detectors, not stored in storage. Information about the diagnosis received When an engine tripping occurs, if it is determined that an engine tripping due to Work of the vehicle by the driver, and to store it in a storage unit Information about the diagnosis was obtained on Engine tripping if it is determined that an engine trip was not caused by a Operate the vehicle by the driver 2. Vehicle information management system As per claim 1, the engine state detector includes a rev detector. That was arranged to detect the velocity in Engine rotation And the engine status detector is programmed to determine whether The engine will trip if the rotational speed of the engine Not greater than the first change. 3. Vehicle information management system According to claim 1, where the detector operates Will include a switch detector That was organized to determine whether the kill switch Of the vehicle being operated and programmed operational detectors to determine if the engine tripped in such a way that Responded to kill switch operations Engine tripped due to using 5 Work by driver And the update unit Diagnostic data is not stored in storage. 4. Vehicle information management system According to claim 1, where the detector operates Will include a stand status detector To determine the stand Of the vehicle supporting the chassis Vehicle or not, and the operating detectors are programmed to determine whether If the engine Tripped due to the stand Change its state to a state where the vehicle is supported. Then the engine Stumble due to Usage by driver and unit updated It does not store information About diagnostics in storage 5. Vehicle information management system According to claim 1, which also includes a rod detector Which was arranged to detect the clutch lever operation That was held on the vehicle Where the operating detector consists of a timer Which was set to check the time since the clutch lever operating. Until the time there is Tripping of the engine When the engine tripped and the judgment unit determined the cause Which is programmed to determine whether the detection result from the timer is not greater than the second default value, provided that if the detection result from the timer Not greater than the second starting value Operating detectors Will determine whether the engine Interrupted due to use by the driver And the update unit does not store diagnostic information in the storage. 6. Vehicle information management system According to claim 1, the operational detector consists of a tipping detectors. Which was arranged to detect that Whether the vehicle is overturned or not, and the operating detector will be programmed to determine if the engine Stumble due to Overturning of the vehicle then the engine Interrupted due to use by the driver and the unit. Diagnostic data is not stored in storage. 7. Vehicle information management system According to claim 6, the tilting detector consists of an angle detector. Which is provided to detect the tilt angle of the vehicle 8. Vehicle information management system As per claim 1, it also includes a reader, which is programmed to read diagnostic information stored in the storage and display devices. Which displays diagnostic information read by the system. Manage information About vehicles 9. Saddle-type vehicles It consists of a vehicle information management system that manages diagnostic information indicating vehicle status. Vehicle information management system includes engine status detectors that are provided to detect engine tripping or not. Operational detector, which is provided to detect the use of the vehicle by the driver Parameter detectors More than one number is provided to detect parameters related to Vehicle status The unit produces information about the diagnosis. That is programmed to produce diagnostic information Based on the parameters that are detected by more than one number of detectors, the storage parameters are stored, storing diagnostic information and the updated unit that is being stored. Programmed to rely on the detection results from the operational detectors And engine status detectors, not stored in the storage unit of diagnostic information received when tripping occurs. If the engine has been determined that tripping is due to the use of the vehicle by the driver, and to store in a storage unit the diagnostic information received when the tripping occurs. Engine if it is determined that an engine trip was not caused by the use of the vehicle by the driver 1 0. Saddle-type vehicles According to claim 9, it also includes an alarm unit organized to alert drivers of a malfunction in vehicles and an alarm unit. Which emits light when an abnormality is detected by Diagnostic information -------------------------------------------------- ------- 1. Vehicle information management system Which manages information about the diagnosis, which Indicates vehicle status Vehicle information management system consists of engine status detectors which are organized to detect whether the engine tripped or not. Operational detector which is provided to detect the use of the vehicle by the driver; Parameter detectors More than one number of related parameters to be detected. On the vehicle status The unit produces information about the diagnosis. That is programmed to produce diagnostic information Based on the parameters that are detected by more than one number of detectors, the storage parameters are stored to store diagnostic information and the update unit. That is programmed based on the results from the operational and engine status detectors, not stored in the storage unit. Information about the diagnosis received When an engine tripping occurs, if it is determined that an engine tripping due to Work of the vehicle by the driver, and to store it in a storage unit Information about the diagnosis was obtained on Engine tripping if it is determined that the tripping was not caused by Operate the vehicle by the driver 2. Vehicle information management system As per claim 1, the engine state detector includes a rev detector. That was arranged to detect the velocity in Engine rotation And the engine status detector is programmed to determine whether The engine will trip if the rotational speed of the engine Not greater than the first change. 3. Vehicle information management system According to claim 1, where the detector operates Will include a switch detector That was organized to determine whether the kill switch Of the vehicle being operated and programmed operational detectors to determine if the engine tripped in such a way that Responded to kill switch operations Engine tripped due to using 5 Work by driver And the update unit Diagnostic data is not stored in storage. 4. Vehicle information management system According to claim 1, where the detector operates Will include a stand status detector To determine the stand Of the vehicle supporting the chassis Vehicle or not, and the operating detectors are programmed to determine whether If the engine Tripped due to the stand Change its state to a state where the vehicle is supported. Then the engine Stumble due to Usage by driver and unit updated It does not store information About diagnostics in storage 5. Vehicle information management system According to claim 1, which also includes a rod detector Which was arranged to detect the clutch lever operation That was held on the vehicle Where the operating detector consists of a timer Which was set to check the time since the clutch lever operating. Until the time there is Tripping of the engine When the engine tripped and the judgment unit determined the cause Which is programmed to determine whether the detection result from the timer is not greater than the second default value, provided that if the detection result from the timer Not greater than the second starting value Operating detectors Will determine whether the engine Interrupted due to use by the driver And the update unit does not store diagnostic information in the storage. 6. Vehicle information management system According to claim 1, the operational detector consists of a tipping detectors. Which was arranged to detect that Whether the vehicle is overturned or not, and the operating detector will be programmed to determine if the engine Stumble due to Overturning of the vehicle then the engine Interrupted due to use by the driver and the unit. Diagnostic data is not stored in storage. 7. Vehicle information management system According to claim 6, the tilting detector consists of an angle detector. Which is provided to detect the tilt angle of the vehicle 8. Vehicle information management system As per claim 1, it also includes a reader, which is programmed to read diagnostic information stored in the storage and display devices. Which displays diagnostic information read by the system. Manage information About vehicles 9. Saddle-type vehicles It consists of a vehicle information management system that manages diagnostic information indicating vehicle status. Vehicle information management system includes engine status detectors that are provided to detect engine tripping or not. Operational detector, which is provided to detect the use of the vehicle by the driver Parameter detectors More than one number is provided to detect parameters related to Vehicle status The unit produces information about the diagnosis. That is programmed to produce diagnostic information Based on the parameters that are detected by more than one number of detectors, the storage parameters are stored, storing diagnostic information and the updated unit that is being stored. Programmed to rely on the detection results from the operational detectors And engine status detectors, not stored in the storage unit of diagnostic information received when tripping occurs. If the engine has been determined that tripping is due to the use of the vehicle by the driver, and to store in a storage unit the diagnostic information received when the tripping occurs. Engine if it is determined that an engine trip was not caused by the use of the vehicle by the driver 1 0. Saddle-type vehicles According to claim 9, it also includes an alarm unit organized to alert drivers of a malfunction in vehicles and an alarm unit. Which emits light when an abnormality is detected by Diagnostic information