The company Clone Robotics has unveiled Clone Alpha, a humanoid #robot with artificial muscles and a skeleton faithfully reproducing human anatomy, aiming to imitate human movements with impressive realism.
1 – Choose a sustainable travel destination
The development of Clone Alpha marks a significant step forward in the evolution of humanoid robotics. With its blend of artificial muscles, human-like anatomy, and advanced AI, it represents the future of robots that are not only functional but capable of interacting with humans in meaningful ways. While still in the early stages, the potential applications of Clone Alpha are vast, from healthcare and entertainment to education and customer service. As Clone Robotics continues to refine and develop its technology, Clone Alpha could become an essential part of many industries, fundamentally changing the way we interact with robots.
One who does not do any work except to get some benefit from it. Do not be angry with pain in scolding. In happiness he wants to become hairy with pain in the hope that reproduction will not occur. Unless they are blinded by lust, they do not move forward; The culprits are those who abandon their duties and soften their hearts, that is, their hard work.The Vision Behind Clone Alpha
Clone Robotics’ primary goal with Clone Alpha is to bridge the gap between robotics and human-like interaction. Unlike traditional robots that are typically designed for industrial or specific use cases, Clone Alpha aims to perform a broader range of tasks that require sophisticated mobility and adaptability, closely resembling human gestures and movements. This vision includes applications in healthcare, entertainment, service industries, and beyond.
The robot’s design is centered around the concept of artificial muscles, which are meant to provide it with a greater range of motion and flexibility than traditional robotic actuators. These artificial muscles replicate the function of human muscles and tendons, enabling Clone Alpha to perform nuanced and dynamic movements with a fluidity and naturalness not seen in many previous humanoid robots.One who does not do any work except to get some benefit from it. Do not be angry with pain in scolding. In happiness he wants to become hairy with pain in the hope that reproduction will not occur. Unless they are blinded by lust, they do not move forward; The culprits are those who abandon their duties and soften their hearts, that is, their hard work.
2 Clone Handor
Clone Hand is a high-power density, biomimetic, anthropomorphic robotic hand developed by Clone Robotics. Its design and functions are designed to simulate the dexterity and manipulation capabilities of human hands, and it is capable of performing a variety of complex manipulation tasks.
Main functions and features
1. High Simulation and Multiple Degrees of Freedom
Size and Biological Characteristics : The Clone Hand has the same size and biological characteristics as a human hand, including half an arm bone, a complete forearm and palm.
Degrees of freedom : It has 24 degrees of freedom, enabling it to achieve a variety of hand movements.
2. McKibben muscle
Performance : These muscles are capable of withstanding high loads, have a long lifespan and efficient contraction performance.
Number : 37 McKibben muscles, providing powerful driving force.
Performance : These muscles are capable of withstanding high loads, have a long lifespan and efficient contraction performance.
3. Materials and manufacturing
- Polymers : Use polymer materials developed by Clone that are softer, lighter, cheaper and perform better than traditional metals.
- – Integrated Tendon Muscle : Adopts an integrated design to improve the stability and durability of the structure.
4. Electro-hydraulic system
- Electro-hydraulic valve : Each arm corresponds to an independent electro-hydraulic valve system, which can achieve precise force and flow control.
- Control system : Built-in electro-hydraulic valve with proprioceptive pressure feedback, providing efficient control frequency (100Hz) and communication frequency (200Hz).
5. Battery and Power
- Battery life : 2 hours of battery life, suitable for long-term operation tasks.
- Power system : Equipped with a 500W brushless DC motor, providing powerful power output.
6. Flexibility and strength
- Operating load : Able to withstand an operating load of 7 kg, suitable for various scenarios requiring strong operating capabilities.
- Contraction ratio and contraction time : The contraction ratio of muscle fibers is 27% and the contraction time is 0.3 seconds, ensuring quick response and flexible operation.
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