| param_id_# |
Parameter value
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| event_# |
Event
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| alarm_flag |
Alarm flag (Bits1-32):
Bitwise setting: 0 means no, 1 means yes
Use Bitwise parameter control to control data of the specific bit.
For example, if you need to receive information about Bit12: Camera malfunction then use as the parameter alarm_flag:12
Bit1: Emergency alarm, trigger after triggering alarm switch Bit2: Over speed alarm Bit3: Driving alarm malfunction Bit4: Risk warning Bit5: GNSS module malfunction Bit6: GNSS antenna was notconnected or cut Bit7: GNSS antenna short circuited Bit8: The terminal main power undervoltage Bit9: The terminal main power is turned off Bit10: Terminal LCD or displaymalfunction Bit11: TTS module malfunction Bit12: Camera malfunction Bit13: Road transportcertificate IC card module malfunction Bit14: Over speed warning Bit15: Fatigue driving warning Bit16-Bit18: Reserve Bit19: The accumulated overspeed driving time of the day Bit20: Timeout parking Bit21: Enter and exit the area Bit22: Enter and exit the route Bit23: The driving time of theroute is not enough/too long Bit24: Off track alarm Bit25: Vehicle VSS malfunction Bit26: Abnormal fuel capacityof vehicle Bit27: The vehicle is stolen(through vehicle burglar alarm) Bit28: Illegal ignition of vehicle Bit29: Illegal displacement ofvehicle Bit30: Collision warning Bit31: Rollover warning Bit32: Illegal open doorsalarm (when the terminal not set up, it’s not judged illegal open doors)
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| state_flag |
Status (Bits 1-32): Bit1: 0: ACC off; 1: ACC on Bit2: 0: Not positioning; 1: Positioning Bit3: 0: North latitude; 1: South latitude Bit4: 0: East longitude; 1: West longitude Bit5: 0: Running status; 1: Stop running status Bit6: 0: Latitude and longitude are not encrypted by secret plug-ins; 1: Latitude and longitude are encrypted by secret plug-ins Bit7-Bit8: Reserve Bit9-Bit10: 00: Empty load; 01: Half load; 02: Reserve; 3: Full load (It can be used for empty/heavy passenger car and empty/full load status of the truck, manual input or sensor acquisition) Bit11: 0: Vehicle oil line is normal; 1: Vehicle oil line disconnect Bit12: 0: Vehicle circuit is normal; 1: Vehicle circuit disconnect Bit13: 0: Vehicle door unlocked; 1: Vehicle door locked Bit14: 0: Door 1 close; 1: Door 1 open (front door) Bit15: 0: Door 2 close; 1: Door 2 open (middle door) Bit16: 0: Door 3 close; 1: Door 3 open (back door) Bit17: 0: Door 4 close; 1: Door 4 open (door of driver’s seat) Bit18: 0: Door 5 close; 1: Door 5 open (user-defined) Bit19: 0: No GPS positioning; 1: GPS positioning Bit20: 0: No Beidou positioning; 1: Beidou positioning Bit21: 0: No GLONASS positioning; 1: GLONASS positioning Bit22: 0: No Galileo positioning; 1: Galileo positioning Bit23-32: Reserve
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| odometer |
Odometer
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| fuel_volume |
Fuel volume
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| speed_drvng_rec |
Speed driving rec
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| alarm_event_id |
Alarm event ID
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| overspeed_alarm |
Overspeed alarm
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| position_type |
Position type
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| section_id |
Section ID
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| route_alarm |
Route alarm
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| direction |
Direction
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| driving_time_alarm |
Driving time alarm
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| driving_time |
Driving time
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| driving_results |
Driving results
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| video_alarm |
Video alarm
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| video_signal_loss_alarm |
Video signal loss alarm
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| video_signal_block_alarm |
Video signal block alarm
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| memory_fault_alarm |
Memory fault alarm
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| abnormal_driving_alarm |
Abnormal driving alarm
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| veh_signal_status |
Veh. signal status
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| user_msg |
User mesage
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| alm_type |
Note: parameters are registered in DEC in Wialon, so you need to convert value from this table from HEX to DEC before checking values in Wialon. For example, to check information about the 0x11: Driver change event with info_id = 0x64, you need to use values alm_type=17, info_id=101. You can try to filter Messages by following parameters or use them in sensors.
Alarm type if info_id = 100 (0x64):
DEC (HEX): Definition
1 (0x01): Forward collision warning
2 (0x02): Lane departure warning
3 (0x03): Overly close vehicle warning
4 (0x04): Pedestrian collision warning
5 (0x05): Frequent lane change warning
6 (0x06): Exceeding road sign warning
7 (0x07): Obstacle warning
8 (0x08): Driver Assist Function Failure Warning
9~15 (0x09~0x0F): User customization
16 (0x10): Road sign identification event
17 (0x11): Active capture event
18~255 (0x12~0xFF): User customization
Alarm type if info_id = 101 (0x65):
DEC (HEX): Definition
1 (0x01): Fatigue driving warning
2 (0x02): Calling on hand-held mobile phone warning.
3 (0x03): Smoking warning
4 (0x04): Long time without looking ahead warning.
5 (0x05): No driver detected warning.
6 (0x06): Both hands leave steering wheel warning
7 (0x07): Driver behavior monitoring function failure warning
8~15 (0x08~0x0F): User customization
16 (0x10): Automatic capture event
17 (0x11): Driver change event
18~255 (0x12~0xFF): User customization
Alarm type if info_id = 112 (0x70):
DEC(HEX): Definition
1 (0x01): Sharp acceleration warning
2 (0x02): Sharp deceleration warning
3 (0x03): Sharp turn warning
4 (0x04): Idle speed warning
5 (0x05): Abnormal flameout warning
6 (0x06): Neutral taxi warning
7 (0x07): Engine overrunning warning
18~255 (0x12~0xFF): User customization
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| veh_stat |
Vehicle status, the same as state_flag
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| info_id |
Additional information ID DEC(HEX): Definition
100 (0x64): driving assist warning information
101 (0x65): driver behavior monitoring function warning information
112 (0x70): violent driving warning information
20 (0x14): Video-related alarm
21 (0x15): Video signal loss alarm
22 (0x16): Video signal blockage alarm
23 (0x17): Memory fault alarm
24 (0x18): Driving behavior alarm
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| alm_time |
Alarm time threshold
|
sec |
| alm_thre1 |
Warning threshold 1 When alm_type is 0x01~0x03, this bit is warning gravity acceleration threshold in 1/100g.
When alm_type is 0x04~0x07, this bit is warning speed threshold in km/h.
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| alm_thre2 |
Warning threshold 2 This bit is reserved when alm_type is 0x01~0x03; when alm_type is 0x04~0x07, this bit is warning engine speed threshold in RPM.
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| workstate |
Workstate
DEC(HEX): Definition
1 (0x01): normal work
2 (0x02): standby mode
3 (0x03): Upgrade maintenance
4 (0x04): Device is abnormal
16 (0x10): Disconnect
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| alarm_status |
Alarm status, bits(1-32) Bitwise setting: 0 means no, 1 means yes bit1: Camera abnormal bit2: Main memory exception bit3: Auxiliary memory exception bit4: Infrared fill light is abnormal bit5: Abnormal speaker bit6: Abnormal battery bit7~bit10: Reserved bit11: Communication module error bit12: The positioning module is abnormal bit13~bit32: Reserved
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| alm_lvl |
Warning level: DEC(HEX): Definition
1 (0x01): Level 1 warning
2 (0x02): Level 2 warning
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| alm_id |
According to the warning sequence, starting from 0 and accumulates circularly, without distinguishing warning types.
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| sign_stat |
Sign status.
This field is only applicable to warnings or events with start and end sign types.
DEC(HEX): Definition
0 (0x00): Not available
1 (0x01): Start sign
2 (0x02): End sign
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| veh_ah_spd |
Leading vehicle speed.
Range: 0~250, valid only when warning types are 0x01 and 0x02, and fill in 0x00 when not available.
|
km/h |
| veh_ah_dst |
Leading car/pedestrian distance
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| dev_type |
Deviation type.
Only valid when warning type is 0x02, fill in 0x00 when unavailable.
DEC(HEX): Definition
1 (0x01): Left deviation
2 (0x02): Right deviation
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| road_sign_t |
Road sign type.
Only valid when warning types are 0x06 and 0x10; fill in 0x00 when not available.
DEC(HEX): Definition
1 (0x01): Speed limit sign
2 (0x02): Height limit sign
3 (0x03): Weight limit sign
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| road_sign_d |
Road sign data. Data identified on road signs, fill in 0x00 when unavailable.
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| fat_deg |
Fatigue degree.
Range 1~10. The larger the value, the more severe the fatigue.
Only valid when warning type is 0x01, fill in 0x00 when unavailable.
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| timezone_str |
Terminal time zone information
Example: UTC+08:00 / UTC-08:00 can also be
sent to Asia/Shanghai (note: this time zone information can recognize
daylight saving time)
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| lte_mcc_[number] |
Mobile country code of [number] LTE base station
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| lte_mnc_[number] |
Mobile network code of [number] LTE base station
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| lte_tac_[number] |
Tracking area code of [number] LTE base station
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| lte_eci_[number] |
Encoded ID + Cell ID of the [number] LTE Base station
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| lte_psr_[number] |
The RSRP value of [number] LTE base station
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| alarm_evt_id |
Video alarms \ events (related to cameras and algorithms), 0x0001-0x03FF
0x0001: Camera failure alarm
Positioning alarms \ events (GPS, car, driving behavior related)
DEC(HEX): Definition
1024-3071 (0x0400-0x0BFF)
1024 (0x0400): Rapid acceleration
1025 (0x0401): Rapid deceleration
1026 (0x0402): Sharp turn
1027 (0x0403): Speed warning
1028 (0x0404): Timeout fatigue alarm
1029 (0x0405): Driving collision warning
1030 (0x0406): Parking vibration alarm
1031 (0x0407): Displacement alarm
1032 (0x0408): Fence entry warning
1033 (0x0409): Out of the fence alarm
1034 (0x040A): Left turn warning
1035 (0x040B): Right turn warning
1036 (0x040C): Open door alarm
1037 (0x040D): Close warning
1040 (0x0410): Sleep mode event
1041 (0x0411): Work mode events
Basic alarm(SOS, peripherals, battery, system itself related)
DEC(HEX): Definition
3072-65535 (0x0C00-0xFFFF)
3073 (0x0C01): SOS emergency alarm
3074 (0x0C02): External low power alarm
3075 (0x0C03): ACC ON alarm
3076 (0x0C04): ACC OFF alarm
3077 (0x0C05): Anti-theft alarm
3078 (0x0C06): Calibration abnormality alarm
3079 (0x0C07): Identity recognition alarm
3080 (0x0C08): Alarm triggered by door
3081 (0x0C09): Abnormal oil feeling alarm
3082 (0x0C0A): Abnormal temperature and humidity alarm
3083 (0x0C0B): DLT card swiping login alarm
3084 (0x0C0C): DLT card swiping logout alarm
3085 (0x0C0D): DLT non-registered card swipe alarm
3086 (0x0C0E): Power outage alarm
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| alm_evt_tm |
Time & Date of when Alarm & Event occured
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| alm_evt_serial_num |
Serial number of alarm or event.
The alarm serial number at the same time
point must be guaranteed not to be repeated at the same time point
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| alm_evt_add_id |
Additional ID of alarm
1:
Fence ID
2: Fence name
3:
DLT card data
4:
Adas calibration data
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| data_rep_mode |
DEC (HEX): Definition
0 (0x00): Timing reporting
1 (0x01): Fixed distance reporting
2 (0x02): Inflection point upload
3 (0x03): ACC status change upload
4 (0x04): After changing from motion to static state, the last positioning point is retransmitted
5 (0x05): After the network is disconnected and reconnected, the last valid upload point before reporting
6 (0x06): Reporting mode: star Calendar update forced upload of GPS points
7 (0x07): Reporting mode: Press button to upload positioning point
8 (0x08): Reporting mode: Power on and report location information
9 (0x09): Reporting mode: GPSON
10 (0x0A): Reporting mode: The device reports the last longitude and latitude after being stationary, but the time is updated
11 (0x0B): WIFI parses the longitude and latitude upload packet
12 (0x0C): Reporting mode : LJDW (immediate positioning) command reports
13 (0x0D): Reporting mode: reports the last longitude and latitude
14 (0x0E): after the device is stationary Reporting mode: GPSDUP upload (timed upload in stationary state)
15 (0x0F): Reporting mode: exits tracking mode
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| realtm_transmission |
0x00: real time upload
0x01: historic upload
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| pwr_ext_supply |
0x00: Not connected to the power supply for
charging
0x01: Connected to the power supply for charging
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| pwr_int_lvl |
0x00: Not connected to the power supply for
charging
0x01: The battery is extremely low (not enough to make
calls and send text messages, etc.)
0x02: The light is very low (low
battery alarm)
0x03: The battery is low (can be used normally)
0x04:
The battery is medium
0x05: The battery is high
0x06: The battery is
extremely high
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| gsm_lvl |
0x00: No signal
0x01: Very weak
signal
0x02: Weak signal
0x03: Good signal
0x04: Strong signal
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