Solrisen High-Tech Co., Limited |
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Robot lawn mower Intelligent garden cutter with APP control safety sensors adjustable cutting height
1. Preset working time and rest time
The robot mower can set the working time and rest time in advance
2. Anti theft password
The user can set the anti-theft password of the robot mower to
prevent loss
3. Intelligent operation
The robot mower can control the basic operation of wheels, forward,
backward, left and right through embedded intelligent software
Intelligent operation, which can be adjusted automatically
according to different mowing methods.
4. Automatic obstacle avoidance
Built in automatic ultrasonic sensor detects obstacles in front and
automatically avoids collision.
5. Safety control of blade
After entering the mowing area, start adjusting the blade for
cutting When someone or animal approaches the blade, the robot
mower will stop automatically.
6. Intelligent detection
Automatically detect grass and density and control the length of
cutting process.
7. Electronic fence (set up work area)
The connecting line between electronic fence and electronic
components can effectively control the cutting range.
8. Intelligent security detection
It can estimate whether the circuit is overloaded If the circuit
load is overloaded, the robot mower will stop working to protect
the internal circuit.
9. Automatic return charging
When the battery is low, it will automatically return to the
charging mode, which is non-contact electromagnetic induction
charging.
10. Automatic rain shelter
When it rains, the robot mower will automatically return to the
automatic charging mode to avoid the rain.
11. App WiFi remote control function
Other functions such as grass cutting and obstacle avoidance can be
realized through directional switch, Wi Fi, etc.
In recent years, the lawn mower market and technology are developing in two different trends. One is to upgrade fuel power to lithium-electric power; the other is to change from manual operation to artificial intelligence work, so as to achieve full automation without manual intervention.
Our lawn robots currently use electronic fences to set the mowing area, and the robot plans the mowing path independently. Further, with the continuous development and maturity of AI perception, positioning, navigation and driving technologies, the application of new technologies, such as: GPS-based (Real-time dynamic measurement and positioning technology) multi-sensor fusion algorithm to realize boundary virtualization, etc., is a new technical challenge for manufacturers.
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