Intelligent robots are intelligent systems that combine the modules of perception, planning, decision-making and action. Their application areas are also becoming more and more widespread. So how is the robot's intelligence level divided? Let's take a look at Xiaobian. The grace of industrial robots can work in a rigid manner in accordance with the procedures stipulated by people. No matter how the external conditions change, they can not make corresponding adjustments to the procedures, that is, the work done. If you want to change the work done by the robot, it must be changed by people's symmetrical order, so it is not intelligent. Primary intelligent robots are different from industrial robots in that they have the ability to feel, recognize, reason, and judge like people, and can modify the program within a certain range according to changes in external conditions, that is, how it can adapt to changes in external conditions. Adjust accordingly. However, the principle of modifying the program is prescribed by the person in advance. This kind of primary intelligent robot has a certain amount of intelligence. Although there is no automatic planning capability yet, this kind of primary intelligent robot also begins to mature and reach a practical level. Advanced intelligent robots, like primary intelligent robots, have the ability to sense, identify, reason, and judge. They can also modify the program within a certain range based on changes in external conditions. The difference is that the principle of modifying the program is not stipulated by the person, but the principle that the robot obtains the modified program through learning and summing up experience. This kind of robot has a certain ability of automatic planning and can arrange its own work. This type of robot can not take care of people and work completely independently, so it is called advanced self-discipline robot. This kind of robot also began to become practical. The above is the division of the intelligent level of robots. The development of robotics technology is an important symbol and embodiment of a country's high-tech level and industrial automation level. In the current production and life are replacing people playing an increasingly important role. Article: Intelligent Cooking Robots Working Principles Intelligent Cooking Robots Benefits Recommended: GQY Video Robot Hotel Service Robot GQY-02
HD Slip Ring is an electromechanical device. It allows the transmission of power and signals from a stationary to a rotating structure. It consists of an electrically conductive rotating ring, with one or more stationary contacts. They are called "stations" or "spokes". Electrical signals (power and/or data) are transmitted through the slip ring. This is done by means of brushes that make contact with the ring.
It is typically used where there is a need to rotate one object relative to another. Especially for passing power and/or signals from the stationary object to the rotating object.
Regarding it's application in conjunction with other equipment, we'll need high-quality production. Oubaibo uses components imported from the United States and high-frequency signal processing. Which has the characteristics of small size, lightweight, good insulation performance, stable transmission, and so on. Its unique design makes it an ideal choice for many applications.
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Industrial robot
Primary intelligent robot
Advanced Intelligent Robot
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