Case: When algorithms are used in excavators!

Do you understand "algorithms"?

It's hard to imagine that in this day and age

Throw away your mobile phone and get off the Internet

What will life be like

Ordering food, navigation, watching TV series, shopping...

Your every move

It is turning into pieces of data

In some corner of the world

Subject to various operations and calculations

It was then sent back to the same mobile phone

Turn it into something like "Your Recommendation" or "Guess you like"

The entire process has an extremely fast response speed

People simply can't detect it

With the rapid development of big data technology

People have been officially declared to have entered the "algorithm era"

Algorithms make you more and more transparent

It can guess most of your thoughts

It also makes your life more and more convenient!

When an excavator also understands algorithms

What will happen?

In fact, it's right beside you

The thinking Case excavator

PCS™ Intelligent Hydraulic System

"Thinking" means that Case's "PCS™ Intelligent Control System" can control the power output in real time through the on-board computer, and optimize the operator's operation cycle and improve work efficiency by efficiently controlling and managing the output power of the engine and hydraulic pump. It's like an accurate algorithm, knowing exactly what you're going to do ~

CASE

Intelligent valve core travel control system

The computer system identifies the operation type of the excavator, such as digging and leveling, by monitoring the data from the pilot pressure sensor. Then, it adjusts the pressure by controlling the valve cores of the boom, bucket arm and bucket to optimize the operation of each mode. This will reduce unnecessary pressure and useless operations, and improve work efficiency.

CASE

Hill driving assistance control

When the system detects an uphill, the computer system will control the hydraulic pump to maximize output, providing strong climbing ability and so on!

CASE

Lowering the boom saves energy

The hydraulic system's self-driven boom descent regeneration function not only saves fuel but also speeds up the descent of the boom. At the same time, when the boom descenders and rotates, the engine speed is reduced. In short, the fuel-saving effect brought by the previous micro-operation by the operator is transformed into a continuous action automatically loaded by the system based on the operation prediction, achieving the micro-operation effect in one stop!

CASE

Automatic energy-saving idle speed

When the operator does not operate, the engine speed will automatically decrease. After 5 seconds, it will further reduce the speed to save fuel consumption. At the same time, it enables operators to constantly evaluate the energy-saving effect of their operations through simple ECO energy-saving measurements, develop good operating habits, and reduce unnecessary fuel consumption caused by misoperation!

When algorithms are applied to excavators, you have a thinking Case C series excavator! The thoughtful Case can summarize the fuel-saving actions of the operator into a fuel-saving instruction set. During the construction process, flexibly implementing the instruction set in different operation states enables operators to more easily achieve operation goals, improve operation efficiency, reduce fatigue, and automatically achieve the purpose of fuel saving at the same time!