Intelligence level classification

industrial robots

It can only work rigidly according to the program given to it by humans. No matter how the external conditions change, it cannot adjust the program, that is, the work it performs. If you want to change the work done by the robot, you must make corresponding changes to the program. Therefore, it has no intelligence.

Primary Intelligence

Unlike industrial robots, these robots possess human-like abilities to perceive, recognize, reason, and judge. They can adapt to changing external conditions, modifying their programming within certain limits. However, the principles for modifying these programs are predefined by humans. These rudimentary intelligent robots possess a certain level of intelligence. While they lack autonomous planning capabilities, they are beginning to mature and reach a practical level.

Smart Agriculture

The shark-shaped intelligent agricultural robot adopts aerodynamics and forms a shark-shaped appearance structure according to the characteristics of aerodynamic layout. The crawler chassis is made of industrial-grade polymer materials and has a special departure angle design, which can ensure that the robot can move smoothly in orchards with various complex terrains and protect farmland from damage; the unique mechanical design combined with the streamlined structure can maximize the use of equipment space, with a maximum load capacity of up to 600 kg; the dual-engine layout ensures the robot's good operating ability, and the use of fly-by-wire technology combined with the independently developed hydraulic system enables the robot to break through the problem of short battery life and has ultra-long battery life; using 300M very high frequency wireless remote control and 5.8G image transmission technology, it can implement the detection of product operation data and images, and can perform path planning at the terminal, truly realizing automatic control, and can quickly realize function expansion and product innovation; the intelligent spray system captures the crown of the fruit tree in a direction

Smart home care

Companion robots are used in nursing homes or community service stations, and have functions such as physiological signal detection, voice interaction, telemedicine, intelligent chat, and autonomous obstacle avoidance and roaming.

The robot can autonomously navigate and avoid obstacles in nursing homes, interacting via voice and touchscreen. In conjunction with relevant monitoring equipment, the robot can detect and monitor physiological signals such as blood pressure, heart rate, and blood oxygen levels. It can wirelessly connect to the community network and transmit information to the community medical center, enabling it to promptly alert the police or notify family members in emergencies. The robot also features an intelligent chat function, assisting with the psychological recovery of the elderly. Companion robots offer solutions to the significant social challenges posed by an aging population.

Advanced Intelligence

Like basic intelligent robots, advanced intelligent robots possess the abilities of perception, recognition, reasoning, and judgment. They can also modify their programs within certain limits based on changes in external conditions. The difference is that the principles for modifying these programs are not set by humans, but rather the robots themselves acquire these principles through learning and summarizing their experience. Therefore, their intelligence surpasses that of basic intelligent robots. These robots possess a certain degree of automatic planning capability, able to arrange their own tasks. These robots can operate completely independently without human supervision, hence the name advanced autonomous robots. These robots are also beginning to find practical application.