Intelligent Mining Calculation and Analysis Integrated Machine-Minivision Technology (Jiangsu) Co., Ltd

Minivision’s Lingque calculation and analysis integrated machine MV-SM4T

Mine Eyes - Insight into mine safety risks

Minivision’s Lingque calculation and analysis integrated machine is an industrial-grade video computing integrated machine specifically designed for the mining industry. Its main purpose is to deeply understand mining scenarios, cover the full range of mining visual algorithms, and maximize the utilization value of computing power. It creates the "eyes of wisdom" for mines, detects risks and hidden dangers, and assists in mine safety supervision.

Based on AI and cloud-edge fusion technology, this device is equipped with built-in video analytics software that can analyze and calculate surveillance video in mining production scenes. It turns traditional surveillance cameras into safety inspectors, automatically identifying violations and risk events. Its features include video aggregation, intelligent analysis, risk alerts and event management.

Product Functions

Converged video access

It supports multiple device connections and is compatible with popular high-definition network surveillance platforms and devices. It supports the GB/T28181-2016 national standard protocol, RTSP protocol, RTMP, HLS multiple protocols and also supports H.264/265 video encoding, enabling direct streaming analysis from video platforms, NVRs, cameras and other devices.
01
Real-time video analysis

It is capable of analysing real-time video data in mine production, operations and safety management, detecting risks and hidden dangers such as personnel "three violations" in a timely manner, and issuing automatic alarms and proactive push notifications. It also supports the addition of multiple algorithmic tasks for a single device.
02
Event center management

It aggregates all alarm records for easy viewing and retrieval by users, while supporting the classification and pushing of alarm events based on different levels.
03
Algorithm task round robin

It supports round-robin scheduling of multiple tasks according to different time templates, significantly improving the utilization of computing resources and maximizing the use of limited resources, further enhancing business value and efficiency.
04
Management of computing resources

It supports the visualization of computing resources, allowing managers to easily understand the overall usage of computing resources and facilitate operations and maintenance.
05

Open standard interfaces

Devices support open standard API interfaces, making it easy to connect to third-party systems, completing business closed-loop and helping to realize business value.
06
Intelligent algorithm for mining

The algorithm incorporates more than 70 types of scene algorithms for both surface and underground mines, including factory entrances and perimeters, internal factory roads, production workshops, major hazard sources, mine entrances, roads, equipment management areas, belt transport areas, maintenance work areas, material storage areas, emergency shelters, mine faces and special positions. This comprehensively covers the most important hidden hazard scenarios in mine production and safety management.
07

Product parameters

The following data are all under the standard experiment of Minivision Tech.

Typical scenario algorithm

Core advantages

Scene algorithm mature

01

Scene algorithm mature

The professional mining scene artificial intelligence provider has applied more than 70 kinds of algorithm scenes in more than 30 mining parks of a large domestic group, with good algorithm accuracy and continuous iteration.
Powerful and stable performance

02

Powerful and stable performance

With software-defined hardware, a single machine can support at least 100 channels of 1080P video and concurrent computational analysis of multiple algorithms.
Efficient computation performance

03

Efficient computation performance

Flexible configuration and scheduling policies are supported. Multiple algorithm services can be configured for a single camera, and task scheduling and policy configuration can be used across multiple devices to effectively improve computational efficiency and save 25% of computing resources compared to similar products.
Open and compatible with extensibility

04

Open and compatible with extensibility

Compatible with the most popular branded devices on the market, it supports open API interfaces and can access various third-party platforms. At the same time, it adapts to mining operations of different sizes and requirements, supporting single-machine and multi-machine cluster deployments, as well as single-tier and cascading deployment architectures.

Customer value

Digital intelligence upgrade of safety supervision

Applying AI technology to the mine safety surveillance business, gradually replacing the traditional human monitoring mode of video surveillance, and accelerating the construction process of intelligent mines.
Work safety to cut costs and improve efficiency

The algorithm covers key risks and hidden dangers in the mine and underground, enabling 24/7 risk monitoring, reducing the workload of management personnel and improving the efficiency of existing video surveillance equipment.
Stable and reliable cost-intensive

The robust and reliable plug-and-play modular product design enables unmanned operation and maintenance as well as flexible task scheduling and computing power allocation, resulting in a 25% reduction in computing power resources and a lower investment in computing power costs.

The application solution is being upgraded