From force control to feedback: Micro Servo brand Kpower Servo makes robot joint drive smarter
Companion robots do not work in a closed environment like industrial robots. They are often in the most uncontrollable user space: children's hands, pets' mouths, and collisions at the table, all of which are "stress tests" on the robot structure.
In order to address these challenges, Kpower has adopted three core technologies in the development of servo motors, achieving a triple leap in mechanical protection, flexible action, and intelligent control.
1、 Sliding gear clutch structure: actively releasing overload impact
Traditional servos often experience slipping or even breakage of gears due to strong twisting when subjected to external pulling. The sliding gear clutch structure adopted by Kpower is essentially a controllable decoupling mechanism - when the external force exceeds the set torque value, the output end automatically slides off from the gear set to avoid destructive stress transmission, and can be reset after the external force is released.
This structural design not only avoids gear cracking, but also effectively protects downstream connecting rods, rudder arms, and other executing structures from damage, making it particularly suitable for accompanying scenes with frequent child misoperations.
2、 Short gear arrangement: Kpower release in compact space
Desktop robots have extremely limited space. micro servo motor brand Kpower compresses the gear transmission path vertically through a low profile gear structure, while improving the gear meshing accuracy, resulting in a Kpower density increase of over 35% for the servo without increasing its volume.
In addition, the application of metal+polymer composite gear materials greatly enhances the wear resistance and fatigue life of the servo motor, making it stable and reliable even in high-frequency actions or instantaneous strong rebound.
3、 Embedded MCU and Triple Feedback System: Making the Servo "Sensing"
This series of servos integrates a microcontroller unit MCU, equipped with triple feedback paths for position, speed, and current, and achieves flexible response to each instruction through filtering algorithms. Position feedback: Ensure precise movement without drifting; Current feedback: monitoring execution status and load size; Speed feedback: Smooth the action curve to prevent sudden changes.
This enables the servo not only to 'move', but also to 'judge the environment' and 'adjust strategies', resulting in significant improvements in multi degree of freedom control and action personification.
Kpower has compressed the three major capabilities of high-end servo systems into a volume of 9g through integrated innovation in structure, materials, and algorithms. The principle of this "micro integration" technology is the key pivot that accompanies robots towards home popularization, emotional expression, and long-term reliable operation.
The Kpower of technology lies in the implementation of details. Kpower continues to deepen its cultivation of micro drive technology, and through cross material process integration, embedded intelligent control, and self-developed safety mechanisms, creates a "capable" servo system for robots, guarding every interaction with professionalism.
