this system is offered as a low-priced tool to perform some of the intelligent system services in small-scale mining activities with a low number of vehicles. besides, other organizations can also effectively use this system to monitor their different types of vehicles. Some of the significant features of this system are as follows.

Real-time information about vehicle last location and condition

Speed violations report on the map, based on defined speed limits for vehicles

Graphic representation of routes traveled by the vehicles

Ability to define areas and prepare reports related to these areas arrival and departure times

Graphic reports

Vehicle alarms representation

Fuel consumption reports

Online tracking of the vehicles

Velocity and distance reports

Lack of coordination between exploitation and crusher unit always causes serious problems. An increasing amount of trucks’ waiting time in the crusher area, when crushing facilities are temporarily unavailable, and

Feeding crusher irregularly due to sudden upstream problems could lead to a production decrease, an increase in depreciation rate of the equipment, and as a result, increasing costs of mine operation.

Bistun Kavir Yazd has developed Crusher panel to allow instant and effective communication between exploitation section and crushing unit. This can help dispatching operators and mine supervisors to stay up-to-date with the current status of crushing operation and can inform crusher operators about the upstream condition.

The most significant advantages of crusher panel system are as follows:

The possibility of an instant connection between mine supervisors and control center with the crushing unit

The precise and complete recording of downtime causes and other crusher information as well as displaying relevant reports instantaneously, which reduce human error in recording data

Take a quick action when a broken shovel’s nail is about to jam the crusher and causes serious damage.

Improving utilization by reducing the amount of delay in feeding the crusher as well as decreasing waiting time for trucks in case of a breakdown.

The information related to taken samples from crushing products is recorded in the crusher panel by operators. By transferring these recorded data to the laboratory unit, it is possible to directly import the grade analysis of these samples into the system. In other words, the laboratory panel is a program that allows users to enter the specification for each sample after observing currently taken samples in crusher. In this case, due to the direct connection between crushing and laboratory unit, sample analysis can be accessed by authorities as quickly as possible.

Stockpiles for blending different grades of extracted materials before processing is extremely important in mining operation. In large mines, due to the variety of ore grades, pile grade control is a difficult task. According to the recorded data related to taken samples in crusher panel and grade analysis information in laboratory panel, identifying the current pile status, including grade control and stockpile capacity is possible by using Bistun Kavir Yazd smart mining system. It is also feasible to determine the average grade for blocks and ore depots by considering the number of unloaded ore in crusher.

In Bistun Kavir Yazd smart mining system, aerial imaging is available using quadcopters and drones. There are several applications of this facility that can be spotted, such as preparing a map for mine and dumping sites, volume calculation and three-dimensional modeling for mine sites. Here are some of the advantages of this system.

• Improving operation safety
• Efficient management of the ore and waste dumps
• Real-time monitoring of the equipment and properties
• ۳D modeling of mine