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Solving the core problem of human-machine collaboration factory 1：
How to efficiently cross collaborate between humans and various types of robots to complete tasks？
Solving the core problem of human-machine collaboration factory 2：
After the call, which robot should be assigned the task to？
Solving the core problem of human-machine collaboration factory 3：
How to perform global path planning and traffic control for multiple robots？
Local or Cloud Based Robot Collaboration Modes
Futural Robot Control system（RCS）
Based on the self-developed scheduling platform of Futural Robotics, with high-performance industrial grade scheduling algorithms
Capable of efficiently supporting large-scale robot hybrid scene scheduling, with high universality and ease of use, perfectly adapting to the robot scheduling needs of multiple locations and regions in factories
Modern Human-machine Collaboration Factory
Efficient collaboration between humans and robots to achieve cost reduction and efficiency improvement in factories
RCS Product Composition
A complete system solution integrating transfer robots, web management clients, robot call systems, delivery butlers, large screen observables, central dispatch systems, door control systems, and elevator control systems
Elevator Control
In situations where cross floor transportation is required, such as logistics centers, warehousing facilities, or manufacturing factories, allowing robots to autonomously control elevators for cross floor transportation tasks expands the application scope of robots.
Central Dispatch System
Supports two modes of collaborative work: local collaborative work and cloud based centralized management of collaborative work. Based on potential collision risks such as environment, order tasks, IoT status, and vehicle movement trajectory, it can predict possible conflicts in advance, dynamically adjust vehicle speed, and achieve efficient, safe, and reliable multi-point delivery.
Factory transfer robot
Newly upgraded algorithm, multi-sensor fusion data achieves high-precision positioning and navigation. Equipped with and integrating rich sensor data, high-precision composition for large scenes. Accurately respond to dynamic and low obstacles, achieve stable and reliable positioning, navigation, and obstacle avoidance.
Delivery Butler
The delivery manager calls the delivery robot through the touch screen and can check the call status at any time. After the robot arrives, a notification message is transmitted in the form of sound and light.
By connecting with the central dispatch system or delivery robots through wireless networks, the workstations can call or assign delivery robots, form delivery task orders, and thus achieve delivery scheduling.
Caller
Connect to the existing network of the project and cooperate to achieve unmanned delivery task orders.
Gate control box
Intelligent Scheduling Leader Efficient and Stable New Paradigm
RCS, Easy to implement, strong robustness, scalable cluster size, efficient intelligent algorithm engine core, optimized job efficiency,
providing powerful assistance for intelligent scheduling
Real Time Scheduling
Artificial intelligence algorithm based on global optimization, timely avoiding congestion and quickly solving congestion
Stable support for scheduling
10+robots and 10+call modules on the same site; The cluster size can be flexibly scaled online and adapted to the business scale.
Compatible with the Internet
Support multi-dimensional summoning of multiple devices, compatible with different models of robots, and support external devices
Strong robustness
Single point failure and global emergency isolation plan, real-time obstacle avoidance, prevention of lock up, and reduction of error rate
Material handling
and warehousing scenarios
In complex factory environments, RCS can dispatch robots to complete the transportation of raw materials to production lines and finished products to storage areas, achieving efficient material flow and efficiency improvement.
Production line collaboration scenario
On the production line, robots undertake various process tasks, and RCS coordinates their collaborative sequence and rhythm, dynamically adjusting according to real-time conditions to ensure stable operation of the production line.
Equipment maintenance and inspection scenarios
Factory equipment requires maintenance and inspection. RCS can dispatch inspection robots to collect data, identify problems, and schedule maintenance robot repairs to improve equipment reliability.
Application Scenarios
RCS empowers factory material management, production process optimization, and inspection operations, achieving a dual leap of efficiency and intelligence
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Let's enter the world of robots together！
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Dual-Engines Technology (Hangzhou) Co., Ltd.
WeChat/WhatsApp：+86-14751729689
Email：tommy@futuralrobotics.com
Add：No.3 Building of Zhonghao International Center,
No.672 Xintang Road,Hangzhou,China
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