Industry Overview:

With the accelerated development of urban construction , the construction of high-rise buildings and the paving of roads have sprung up like mushrooms after rain, resulting in a sharp increase in the amount of slag generated, and the number of construction site transportation vehicles has also increased . Therefore, the phenomenon of stealing and dumping slag often occurs in society . Slag trucks are often overloaded and speeding, driving illegally, and often do not drive according to the prescribed route . At the same time, due to overloading and speeding, and poor coverage, dust is raised along the road during the entire driving process. After investigation, slag residue was found, causing serious pollution to the urban environment and threatening people’s lives. The management of slag vehicles is complex and difficult. At this stage, the management department cannot grasp the real-time status of slag vehicles at any time, and lacks effective vehicle in-transit management and vehicle control means. In addition, it is impossible to control whether the slag vehicles are driving at the specified time and on the specified route, and it is impossible to monitor whether the slag vehicles are dumping construction waste at will. Illegal acts such as. Therefore, it is necessary to build a slag truck management system that can effectively supervise the slag trucks during the work process, and record the illegal acts in the process of slag, garbage disposal, and transportation operations, so as to improve the city’s appearance and sanitation level.

Pain point analysis:

Traffic accidents occur frequently

Due to poor supervision, overloading, speeding, running red lights, fatigue driving and other driving behaviors that do not comply with traffic rules often occur, which greatly increases the risk of traffic accidents. The vehicles are long and wide, and the drivers have large blind spots, which makes it easy for them to suffer crushing accidents in the right rear blind spot.

Transporting slag causes secondary environmental pollution

During vehicle transportation, illegal transportation, deviation from preset routes, spillage, and illegal dumping often occur, causing serious secondary pollution to the urban environment and damaging the living environment of surrounding residents.

The illegal removal of garbage cannot be traced back

In order to solve the problems of illegal transportation of construction waste and unlicensed construction waste trucks with incomplete procedures, it is necessary to verify the legality of each construction waste truck entering the construction waste backfill point and record it. Only vehicles with legal construction waste operations can enter the backfill point, and records must be kept of which construction site the construction waste comes from.

Full real-time monitoring

It is necessary to conduct full real-time monitoring of vehicles involved in construction waste disposal, including real-time monitoring of location, speed, compartment sealing, whether mud is carried on the road, spillage, and other behaviors.

How to carry out refined management

How to use the big data of IT systems to solve the government’s standardized operation of construction sites, waste transportation, and landfills, and provide data support for local governments to optimize urban construction and governance.

Solution:

By installing a 4G wireless video intelligent vehicle terminal kit on the muck truck , high-precision vehicle positioning, real-time audio and video dispatching, compartment sealing detection, compartment lifting detection, real-time vehicle oil volume collection, RFID electronic tags, blind spot radar detection and early warning can be achieved, and the back-end data monitoring cloud platform can be integrated to realize the safety supervision and operation management of urban smart muck trucks.
System functions:

Full-process monitoring: Real-time video monitoring of vehicles, remote viewing of various on-site conditions and historical video data. When the vehicle turns left or right, the corresponding video images can be dynamically switched inside the vehicle to provide driving assistance to the driver. The location and current status of each vehicle can be understood in real time through high-precision GPS positioning . 

Once the preset route is exceeded, an alarm can be issued, and the historical trajectory of the vehicle can be retrieved .

Refined fuel consumption management: transparently display the entire fuel consumption process, timely alarm for abnormal consumption, prevent fuel theft, and output reports on fuel consumption and kilometer fuel consumption data;

Abnormal lifting status monitoring: By installing a lifting sensor, the lifting status of the carriage can be monitored in real time. If the carriage is lifted in an unspecified area, the system will automatically alarm the back-end platform to prevent illegal acts such as random dumping of debris.

Box body closed loading monitoring: Installing box body loading detection sensors on the muck truck can provide real-time information on the closed state of the compartment cover and the empty and loaded data. Once an abnormality occurs, an alarm will be issued immediately to prevent dust from flying during the transportation of muck.

Safety driving assistance system: The built-in safety module of the vehicle terminal can realize the driver’s driving status monitoring DSM system, such as yawning, closing eyes, smoking, talking on the phone, drinking water, looking around; at the same time, the vehicle’s forward-looking auxiliary driving ADAS system, such as front vehicle collision warning FCW, vehicle distance warning HMW, lane departure warning LDW ;

Vehicle driving status detection: The vehicle terminal has a built-in unique GSensor algorithm to realize dynamic detection of vehicle driving, such as sudden acceleration, sudden deceleration, sudden left and right turns, and rollover collision detection alarm;

Blind spot detection: high-precision radar sensors can be installed on the right side and rear side of the vehicle to detect and warn of vehicle blind spots and reduce traffic accidents;

Identification of muck trucks: muck transport vehicles are equipped with anti-disassembly RFID electronic tags and the relevant information 

of the muck truck (such as: vehicle model, driver’s name, license plate number, load capacity, company to which it belongs, etc.) is recorded. RFID readers ( fixed readers , and handheld readers can be used in temporary places ). The arrival or departure time of the muck transport vehicle and other information will be automatically read and transmitted to the background service .

Data statistics: attendance report, operation report, alarm report;

Information management: basic information management, vehicle maintenance information, maintenance;