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Intelligent Mobile Chassis
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Stability
1、It can work completely independently without human intervention, recharge itself automatically, and achieve continuous operation for 7x24 hours.
2、The software modules and hardware modules support self-diagnosis and redundant safety.。
Interconnection
1、It is capable of establishing Internet of Things connections with elevators, wooden doors, turnstiles, safety doors and other equipment of all brands and various models.
2、It supports scheduling management on the cloud platform, along with remote upgrading, diagnosis and monitoring.
General
1、Achieve flexible reuse of the chassis. One chassis can be connected to multiple different types of cabins, enhancing the utilization efficiency.
2、It is applicable to various complex and narrow indoor space areas. Meanwhile, it supports movement within an extremely large range.
3、It has an ultra-large load capacity of 150 kg.
Easy To Use
1、It has simple and clear mechanical, electronic, communication, and software interfaces.
2、It features a foolproof API instruction set and Android SDK.
3、There is a one-stop SLAM toolkit, which is easy
for secondary development.
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Superior Visual Perception
Flexible Obstacle Avoidance, Safe and Reliable
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Adapt to All terrains within the Hospital, Show Advantages in Narrow Passages
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1、13°Super Climbing Ability：The design of ultra-low center of gravity counterweight + independent suspension system + high-torque motor enables it to achieve super climbing ability. It has strong environmental adaptability and requires no secondary modification.
2、Maximum Curb Climbing Height of 20 mm and Maximum Curb-to-Curb Distance of 40 mm: It can stably enter and exit elevators of various specifications within the hospital.
3、Minimum Passing Distance of 55 cm：With a compact internal structure + cantilever-supported cabin frame design,
the chassis is small in size. It can reverse in narrow areas, which is more conducive to entering and exiting elevators, narrow doors, and narrow passages. It has obvious advantages when walking in narrow and crowded passages.
4、It Can Operate Freely on Tiles, Cement, Wood Floors, Thick Carpets, etc. |
Flexible Reuse to Meet Peak-hour Delivery Needs,
One Machine with Multiple Uses. Multi-functional at Different Times. Improve Delivery Efficiency.
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1、Improve Delivery Efficiency：The modular design for delivery enables the chassis to correspond to multiple delivery cabins, reducing waiting time at both ends of receiving and shipping and meeting the peak-hour delivery demand within the
hospital.
2、One Machine with Multiple Uses：At different times, it can automatically match different functional cabins such as delivery disinfection, and waste clearance, maximizing the utilization
efficiency of the robot.
3、Super Strong Load-bearing Capacity：The chassis can lift 150 kg and can meet the needs of most functional designs.
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Automatic Map Building,
Low Deployment Cost Updating
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1、One-click deployment, automatic mapping, and closed-loop
automatic exploration and scanning of maps by algorithm sensors.
The map is automatically updated, and the algorithm 2.0 is designed for environmental change recognition.
2、SLAM enables super-large mapping, making hospital-wide delivery effortless. The actual measurement shows that it can move without obstacles in an area of 200,000 square meters. The theoretical data supports an infinitely large area.
3、The map supports resuming scanning from the breakpoint. The closed-loop scene can be autonomously closed, and in complex
scenes, it can be closed with the assistance of tools. It is a one-stop mapping tool, and the cloud-based H5 page does not require installation.
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Intelligent Scheduling of Multiple Machines/Multiple Tasks, Task Success Rate is Above 99.9%.
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1、Mobile Scheduling：In a multi-machine scenario, the cloud is interconnected to share locations. Intelligent avoidance
is implemented in conflict areas to prevent machines from encountering each other and being unable to pass through narrow passages.
2、Task Scheduling：In the same scenario, one-click cloud
alling is available to intelligently assign machines to perform tasks. When machines of different priorities meet, those
with lower priorities give way to those with higher priorities.
3、Weak Network Dependency：It can switch operators according to the environmental network signal. The dual-WiFi chip design enables streaming services, multi-machine location sharing,
and multi-machine avoidance in a weak network environment.
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Intelligent Internet of Things
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1、The chassis integrates elevator logic internally. One-click elevator calling is safe and reliable. It can be
interconnected with all brands and models of elevators.
2、It can automatically open fire doors, safety doors, and gates in the hospital.
3、Intelligent Internet of Things without redundant development. Simple installation, low cost, and no need for secondary reconstruction.
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Rich API Interfaces and Comprehensive Development Documentation
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1、Support multiple connection methods such as network port, serial port, parallel port, and USB port.
2、String request and JSON string reply without the need for escaping.
3、Foolproof API instruction set, simple and easy to use, easy to get started.
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The Chassis Has Comprehensive Functions, The Cabin Can Change as Needed
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1、The chassis and upper cabin are designed with modularity.
2、High cohesion and low coupling.
3、Complete perception and cognition function components.
4、Mature positioning and navigation function components.
5、Concise and clear application interfaces.
6、Both software and hardware modules support self-diagnosis and redundant safety.
7、Support cloud platform scheduling management and can be remotely upgraded, diagnosed, and monitored.
—Bring Infinite Possibilities for Customization
