Orion Star Robot - 10 main application fields of intelligent robots

1. Warehousing and logistics

In recent years, robot-related products and services have been rapidly promoted and frequently applied in various warehousing and logistics scenarios such as e-commerce warehouses, cold chain transportation, supply chain distribution, and port logistics. Warehousing robots have been able to use artificial intelligence algorithms and big data analysis technology for path planning and task collaboration, and are equipped with sensors such as ultrasonic ranging, laser sensing, and visual recognition to complete positioning and obstacle avoidance, and finally realize the rapid parallel advancement of hundreds of robots to put on the shelf, picking, replenishment, return, inventory and other tasks.

2. Processing and manufacturing of consumer goods

Industrial robots have begun to show a trend of miniaturization and lightweightness, the cost of use has been significantly reduced, and the requirements for the deployment environment have been significantly reduced, which is more conducive to expanding application scenarios and carrying out human-machine collaboration. At present, a number of consumer goods industries have begun to promote the transformation of production lines around miniaturized and lightweight industrial robots, and gradually realize the automation and intelligent operation of the whole process life cycle of processing and manufacturing, and some fields of human-machine collaboration have also made some progress.

3. Surgery and medical rehabilitation

In the field of surgery, with advanced control technology, robots are significantly better than humans in terms of force control and control accuracy, which can better solve the problem of doctors reducing surgical accuracy due to fatigue. Through the operation of professionals, surgical robots have been able to obtain a certain degree of clinical application in specialized surgical fields such as orthopedics, thoracic surgery, cardiology, neurology, abdominal surgery, and urology. In the field of medical rehabilitation, the emerging exoskeleton robot provides users with wearable external mechanical devices by integrating sophisticated sensing and control technology.

4. Building and indoor distribution

The growing demand for immediacy delivery of small items provides sufficient prerequisites for the emergence of corresponding professional service robots. Relying on advanced technologies such as map construction, path planning, machine vision, and pattern recognition, robots that can provide cross-floor-to-home delivery services have begun to appear in various large shopping malls, restaurants, hotels, hospitals and other scenarios. At present, some places have begun to apply mobile robots that can communicate and interconnect with elevators and access control, providing real point-to-point distribution services for users in the venue, completely replacing manual labor.

5. Intelligent companionship and emotional interaction

Based on functions such as speech recognition, natural semantic understanding, visual recognition, emotion recognition, scene cognition, and physiological signal detection, the robot can fully analyze human facial expressions and intonation, and make feedback through gestures, expressions, touch, and other interactive methods, greatly improving the user experience effect and meeting the user's companionship and communication demands.

6. Professional cleaning of complex environments and special objects

It has become an inevitable trend to gradually replace humans with robots to carry out professional cleaning work in various complex environments and special objects. In terms of urban construction, robots can complete the cleaning task of wall surfaces by climbing on skyscrapers and viaducts, effectively avoiding the safety hazards of cleaners' high-rise operations. In the field of high-end equipment, robots can be used for surface maintenance and rust removal of high-speed rail, ships, and large passenger aircraft, reducing the cost and difficulty of manual maintenance. In special scenarios such as underground pipelines, underwater cables, and nuclear power plants, robots can enter environments that are not suitable for humans to stay for a long time to complete cleaning tasks.

7. Urban emergency security

There are many kinds of robot subdivisions that can be used for urban emergency security, and they have a fairly high degree of professionalism, which are generally composed of mobile robots equipped with special thermal imaging, material detection, explosion-proof emergency and other modules, including security explosion-proof robots, drug monitoring robots, rescue and disaster relief robots, under-vehicle inspection robots, police anti-riot robots, etc.

8. Shooting and production of film and television works

At present, the robots widely used in the field of film and television entertainment mainly use microelectromechanical systems, inertial navigation algorithms, visual recognition algorithms and other technologies to achieve system attitude balance control and ensure that the shooting lens is clear and stable.

9. Energy and mineral gathering

With the continuous improvement of robot's environmental adaptability and self-learning ability, abandoned oil wells and mines that were no longer suitable for human activities due to natural disasters and environmental changes are expected to be reactivated, which is of great significance for expanding the scope of human resource utilization and improving resource utilization efficiency.

10. National defense and military

The world's major developed countries have invested money and energy to actively develop military robots that can meet the needs of modern national defense and military affairs. At present, a variety of military robots represented by military drones, multi-legged robots, unmanned surface vehicles, unmanned submarines, and exoskeleton equipment are rapidly emerging, with advanced sensing, new materials, biomimicry, scene recognition, global positioning and navigation systems, data communication and other technologies, they have been able to realize the "perception-decision-behavior-feedback" process and independently complete the scheduled tasks on the battlefield.

Orion Star Robot - 10 main application fields of intelligent robots

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