TW202221664A - Driving monitoring system - Google Patents

Abstract

A driving monitoring system includes a cloud management platform and a plurality of image processing devices connected to the cloud management platform. Each image processing device mainly has a camera lens adapted to shoot images and a storage unit adapted to record the images to thereby discriminate a driving data. The driving data is then uploaded to the cloud management platform to allow a manager to manage the driving data of each vehicle. When an abnormal driving data is caused, a reminder of the image processing device can also remind the driver to thereby reduce an incidence rate of traffic accident. Further, the manager can proactively control a driving state of a driver according to the driving data to thereby increase benefits of occupational safety management and contingency management.

Description

driving monitoring system

The present invention relates to an activation system, in particular to a vehicle activation management system.

Generally speaking, the causes of traffic accidents are closely related to the driving state when driving. In addition to their own physiological states such as fatigued driving, drunk driving, etc., which affect the concentration of the driving process, resulting in the occurrence of traffic accidents, especially For professional drivers, except for taxis, they basically drive large vehicles. Whenever a traffic accident occurs, the relative damage caused is more serious. Therefore, if the driver can be reminded during the driving process, The driving status can even be known from the control center, and the driving status can be known remotely, and then processed or reminded in real time, which will reduce the occurrence of accidents.

In addition, for fleets and transportation operators, when the driver gets out of the car, he usually only uses GPS positioning to know the driving route and stay time of the vehicle. The real-time driving behavior (such as whether there is a deviation from the lane, not keeping the distance between vehicles), etc., and whether the driver's driving behavior is good or not, often only through whether there is a complaint, or whether there is a violation ticket, or even After an accident, it can only be learned passively through contact, and it is difficult to know the driver's driving status immediately, and it is difficult to control the driver's driving behavior, which needs to be improved.

Therefore, the purpose of the present invention is to provide a driving monitoring system, which enables managers to actively understand the driving status of each vehicle, thereby improving the efficiency of work safety management and response.

Therefore, the driving monitoring system of the present invention includes a cloud management platform and a plurality of image processing devices connected to the cloud management platform; wherein each image processing device is installed on a vehicle, and the image processing device has a The processing module in the vehicle, a camera lens mounted on the vehicle and connected to the processing unit, a storage unit connected to the processing module and storing images captured by the camera lens, and a connection to the processing module Therefore, the image captured by the camera lens can be used to determine the driving data through the driving state comparison program of the processing module, and when the driving data is judged to be abnormal, the processing module will send Send a message to the reminder device to remind the driver through the reminder device to increase the assistance and safety of driving; in addition, the driving data identified by the driving state comparison program will be sent to the cloud management platform by the processing unit in real time. On the cloud management platform, managers can view the driving data of each vehicle in real time, and then actively know the driver's physiology and driving status of each vehicle, and can also directly contact each driver to improve industrial safety management and response efficiency. .

The foregoing and other technical contents, features and effects of the present invention will be clearly understood in the following detailed description of the preferred embodiments with reference to the drawings.

Referring to FIG. 1 and FIG. 2, a preferred embodiment of the driving monitoring system 3 of the present invention, and the driving monitoring system 3 includes a cloud management platform 31, and a plurality of image processing devices 32 connected to the cloud management platform 31; wherein, Each image processing device 32 is installed on a vehicle 4 , and the image processing device 32 has a processing module 321 installed in the vehicle 4 , and a processing module 321 installed on the vehicle 4 and connected to the processing module 321 . The camera lens 322, a storage unit 323 connected to the processing module 321 and storing images captured by the camera lens 322, and a reminder 324 connected to the processing module 321; in addition, in this embodiment, the camera lens 322 has a front lens 3221, a left blind lens 3222, a right blind head lens 3223, a rear lens 3224 and an interior lens 3225 respectively connected to the processing module 321, and the aforementioned front lens 3221 records the state in front of the vehicle 4, The left blind spot lens 3222 captures the left side of the vehicle 4 , the right blind spot lens 3223 captures the position on the right side of the vehicle 4 , the rear lens 3224 captures the rear position of the vehicle 4 , and the interior lens 3225 captures the vehicle 4. The driver; in addition, the reminder 324 can be a sound or a light-emitting device in actual production to remind the driver through sound or light.

Continuing the above, the processing module 321 has a built-in vehicle status comparison program 3211, and the processing module 321 compares and analyzes the image captured by the camera lens 322 with the travel status comparison program 3211 and outputs a line vehicle data, and when the driving data is abnormal, the reminder 324 sends out a warning signal to remind the driver, and the processing module 321 transmits the driving data to the cloud management platform 31, and in this embodiment, the image The processing device 32 further includes a signal line 325 that can be connected to the vehicle 4 to read the data of the vehicle and connect it to the processing module 321 , and the signal line 325 can be OBD2 specification, or can be changed according to the type of the vehicle 4 to In accordance with the specifications of the vehicle 4, the trip computer information of the vehicle 4 can be read, and in this embodiment, the read vehicle data are the vehicle speed, left turn signal, right turn signal, etc., so that the vehicle data For the processing module 321 to determine, for example, when the front camera 3221 captures the deviation of the driving route, the image captured by the front camera 3221 determines the deviation of the driving route through the processing module 321, and the processing module 321 It will be possible to compare the vehicle data at the same time whether the left and right direction lights are operated. If the vehicle data shows that the left direction light or the right direction light is executed, and the vehicle is lane deviation, it will be judged as normal operation, and vice versa. If the processing module 321 judges the lane deviation, the left turn signal or the right turn signal is not executed, it will be judged as an abnormal operation, etc., and no matter the normal operation or abnormal operation obtained by the processing module 321 after the judgment, it will be transmitted. to the cloud management platform 31 for the cloud management platform 31 to record, so that the administrator can directly control the operation of the reminder 324 through the processing module 321 through the cloud management platform 31 .

Continuing the above, the left blind spot lens 3222 and the right blind spot lens 3223 can respectively capture the blind spots on both sides of the vehicle 4 in the driver's line of sight, and when there are other moving vehicles in the captured image, the processing module 321 The reminder 324 can be used to remind the driver to prevent the driver from not paying attention due to the left and right blind spots. In addition, the rear camera 3224 can capture the position behind the car, and can also be written in the driving state comparison program 3211 It can be used for the function of comparing the distance of the rear vehicle, that is, when the rear camera 3224 captures that the distance of the rear vehicle is less than the distance set by the driving state comparison program 3211, the processing module 321 can pass the reminder 324. Remind the driver and the vehicles behind with lights or sounds to achieve the warning effect.

Referring to FIGS. 1 , 2 and 3 , when the present invention is implemented, the image processing device 32 may be installed on each vehicle 4 to be monitored, and the image captured by the camera lens 322 can be compared through the driving state. The program 3211 performs comparison. For example, after the driving image captured by the front camera 3221 is sent to the processing module 321, in addition to storing the driving image in the storage unit 323 first, the processing module 321 will immediately store the driving image in the storage unit 323. The image is compared and analyzed to confirm whether there is driving data of lane deviation. At the same time, through the speed of the vehicle, it can also calculate whether there is driving data that maintains a normal distance with the preceding vehicle, and when the driving data is judged to be abnormal, it will be possible. The driver is reminded through the reminder 324 to improve the driver's attention. At the same time, whether each driving data is normal or abnormal, it is transmitted to the cloud management platform 31 for storage, so that the manager can actively know each The driving data of the vehicle, thereby improving the efficiency of industrial safety management and response.

Therefore, the present invention can indeed achieve the following effects, which are described in detail as follows:

1. For the driver, when the driving monitoring system 3 immediately determines the abnormal driving data from the driving image, the reminder 324 can be used to remind the driver to reduce the accident caused by the driver's inattentiveness.

2. For the company, the cloud management platform 31 can instantly know the driving data of each vehicle, and when abnormal driving data or continuous abnormal driving data occurs, the management personnel can also immediately contact the driver of the vehicle they belong to. In addition, each driving data can also be used as statistical data, which can be used as a reward and punishment coefficient for judging the driver to achieve the effect of standardized management.

3. In addition, when an accident occurs, in addition to using the image stored in the storage unit 323 to clarify the accident, it is also matched with whether the driving data is abnormal or normal, etc., and the auxiliary driving image is used as the judgment basis to make the accident happen. The follow-up responsibilities can be clarified later.

Summarizing the foregoing, the driving monitoring system of the present invention includes a cloud management platform and a plurality of image processing devices connected to the cloud management platform; wherein, the image processing device is installed on the vehicle to be monitored, and the image processing device is installed through the camera lens. The captured images will be stored in the storage unit, and at the same time, the driving data will be identified by the driving status comparison program of the processing module, and the driving data will be uploaded to the cloud management platform for managers to understand each The driving data of a vehicle, and when the driving data is abnormal, the reminder can also remind the driver, thereby reducing the occurrence of accidents, and providing managers with immediate response to various driving data. In order to reward and punish the driver's driving status in the follow-up, improve the efficiency of industrial safety management.

However, the above descriptions are only to illustrate the preferred embodiments of the present invention, and should not limit the scope of implementation of the present invention. , shall still fall within the scope covered by the patent of the present invention.

[this invention] 3: Driving supervision system 31: Cloud Management Platform 32: Image processing device 321: Processing Modules 322: camera lens 323: Storage Unit 324: Reminder 325: signal line 3211: Driving state comparison program 3221: Front Lens 3222: Left dead angle shot 3223: Right dead angle shot 3224: Rear Lens 3225: In-car lens 4: Vehicles

FIG. 1 is a structural diagram of a preferred embodiment of the present invention. FIG. 2 is a structural diagram of a preferred embodiment of the present invention. FIG. 3 is a flow chart of a preferred embodiment of the present invention.

3: Driving monitoring system

31: Cloud Management Platform

32: Image processing device

321: Processing Modules

322: camera lens

323: Storage Unit

324: Reminder

325: signal line

3211: Driving state comparison program

3221: Front Lens

3222: Left dead angle shot

3223: Right dead angle shot

3224: Rear Lens

3225: In-car lens

Claims (4)

A driving monitoring system includes a cloud management platform and a plurality of image processing devices connected to the cloud management platform; wherein each image processing device is installed on a vehicle, and the image processing device has an image processing device on the vehicle The processing module inside, a camera lens installed on the vehicle and connected to the processing module, a storage unit connected to the processing module and storing the image captured by the camera lens, and a reminder connected to the processing module The above-mentioned processing module has a driving state comparison program built in, and the processing module compares the image captured by the camera lens with the driving status comparison program to obtain the driving data, when the driving data When abnormal, the reminder device sends out an alarm signal to remind the driver, and at the same time, the processing module transmits the driving data to the cloud management platform. The driving monitoring system according to claim 1, wherein the image processing device further includes a signal line that can be connected to the vehicle, so as to read the vehicle data for the processing module to determine. The driving monitoring system according to claim 1 or claim 2, wherein the photographing lens has a front lens, a left blind lens, a right blind lens, a rear lens and an in-vehicle lens respectively connected to the image processing computer, The aforementioned front lens records the state in front of the vehicle, the left blind lens records the left side of the vehicle, the right blind lens records the position on the right side of the vehicle, the rear lens records the rear position of the vehicle, and the right blind lens records the position on the right side of the vehicle. The in-car camera captures the driver of the vehicle. The driving monitoring system according to claim 1, wherein the cloud management platform controls the operation of the reminder via the processing module.

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