Sany Milling Machine Auxiliary operation System - Making Milling easier

Make milling easier

Product positioning

The leading Sany milling machine auxiliary operation system, based on visual environmental intelligent perception technology, realizes three major functions: milling machine auxiliary driving, obstacle detection and alarm, and milling end point reminder.

Product selling points

1

Precise control

More accurate identification: Accurately identify reference lines and road surface milling prohibition units, such as manhole covers, bridge expansion joints, etc.

High tracking accuracy: Self-developed high-performance computing platform, fast computing speed, model recognition at the millisecond level, and tracking accuracy at the centimeter level.

2

Strong applicability

All-weather: It can adapt to working environments such as sunny days, cloudy days, nights, light rain, and light snow.

High fault tolerance: Lane maintenance is carried out in abnormal scenarios such as discontinuous lane lines (1m), milling boundary line coverage, and milling end points to ensure continuous construction.

3

Wide range of applications

All-scenario: It can be applied to linear milling and curved milling, single-layer milling and multi-layer milling, with a tracking speed of up to 30m/min.

Full range of services: Capable of adapting to the construction of all structural layers of highways of all grades and urban roads, such as asphalt surface layers, stabilized soil and roadbeds.

4

It saves you time and effort

One-click start and stop: One-click start of the guidance mode, automatically perform reference line tracking, obstacle and no-milling zone alerts. No need to operate steering or probe observation, making milling simpler and construction safer.

Flexible switching: Quick manual and automatic switching makes operation more convenient.

Technical features

High-precision recognition technology

Based on deep learning recognition technology, millimeter-level positioning is achieved;

Based on image classification and segmentation technology, improve the stability of recognition;

Based on the cutting-edge technology of object detection, the detection rate of obstacles has been increased to 95%.

2. High-precision control algorithm

Path tracking control technology based on the kinematic model of the milling machine, which controls the automatic steering of the milling machine with a tracking accuracy of 3cm.

A perfect abnormal feedback and protection mechanism makes intelligence more reassuring.

3. Humanized interactive interface

The UI interface displays the operating status of the host and auxiliary systems in real time and provides multiple interactive functions, making the system more intelligent.

Manhole cover inspection, expansion joint inspection, traffic cone inspection, and pop-up window alarm at the end of milling enable operators to have a clear understanding of the road conditions, making operations easier and construction safer.

4. High-performance computing platform

Adopting the "edge-side" intelligent computing platform Poseidon series products specially designed for construction machinery and engineering vehicles, it is suitable for harsh construction operation environments.

With 512 NVIDIA CUDA cores, 64 Tensor cores in the GPU and an 8-core Armv8.2 64-bit CPU, along with a "computing power expansion" board featuring multiple solutions, it can handle the inference of mainstream AI algorithms with ease.

Economic value

Intelligent assistance simplifies operations, reducing one construction worker and saving over 100,000 yuan in costs annually.

Precise operation can reduce the amount of work, fuel consumption and subsequent paving materials, and lower the cost of rework.