OpenAI Supported 1X NEO Robot Grows With New Smart Hands

The greatest physical barrier to human robots from industrial areas and to be solved in the process of entering our homes was able to imitate that tremendous narration and strength of human hand at the same time. 1X Technologies, one of the most remarkable actors of the robotic world, and powered power with OpenAI investment, has taken a revolutionary step in this field. The company has developed the home-type human robot from scratch for NEO and introduced a new generation of smart hands that can not be almost distinguished from a biological hand.

The new hands of 1X NEO; with the ability of finger structure, flexibility and feel, the slat in the robotic world carries another point. This new design allows robots to take initiatives like human in variable home environments by far beyond they do not only pre-programmed tasks. Practically practical 1X NEO first human home robot experience Home This ecosystem aims to offer is completely redefined the limits of the ability in the physical world along with new announced smart hands.

Win from Mechanical Gears: Strength of Tendon System

Hard motors and metal gears are used in traditional robotic designs to the joints to move fingers. However, this structure creates serious safety risks in the case of collision or jamming in the home environment as it can not give a millimetric flexibility to the robot. 1X Technologies engineers HomeIn order to completely eliminate this problem, the human anatomy inspired by tendon driven robot hand architecture.

Tendon Technology:

In this system, there are high-strength special cables that work as not motors in the fingers, but only in human hand tendons.

Power Transfer:

Engines are placed in more sheltered areas (front arm part) in the robot and transferring power to fingertips through these cables.

Passive Compatibility (Passive Compliance):

In this way, the hands are both incredibly light and can stretch against bumps.

As a result, the resulting fluency and flexibility give natural movements to create an unusual sense of visual illusion in the following.

25 Degree of Independence and Anatomic Settlement

1X New hands of NEO Home full 25 degree of release (DoF - Freedom of Freedom). There are 3 full moving joints if the fingers and palms are 22 wrists. When the human hand is thought to have an average of 27 freeness, it is more clearly understood how much NEO approaches our biological limits. The engineering team has given weight to a strong thumb design, which can be fully positioned to the opposite of the fingers, rather than evenly distribute this mobility to the fingers.

Also instead of high gear rates such as 100:1 or 200:1 in traditional robots, very low gear rates ranging from 5:1 to 15:1 are preferred. These low rates:

• It allows the robot to instantly stretch the fingers when there is a physical contact from the outside.

• When it tightens a hand drawer or strikes a hard mist, it prevents the motor itself.

• Elin physically stretches safety at the highest level.

Millimetric Sensitivity and Tactile Feedback

It is necessary to measure in milliseconds that a robot can be applied to the table without breaking the egg or crushing a plastic glass. The new hand developed was equipped with high-precision pill (tissuensal) sensors integrated into fingertips. These sensors instantly comb the hardness, slippery and weight center of the surface when contact with the object.

Cognitive algorithms instantly optimize the tension of tendons in the fingers by processing these data from sensors. Thanks to this integration, NEO is able to serve as a real sensitive object grip robot, and it can change the grip angle, which feels instantly lost by an object that receives the eline.

With Useful Features: 1X NEO

One of the most remarkable explanations during the introduction came directly from the kitchen of the work. Bernt Børnich, founder and CEO of 1X, expresses his goals not only produce a robot hand that stands out with technical specifications:
"Our goal was not to develop a hand that looks impressive on paper. These hands are the result of the intensive engineering work that we are doing to really make human robots useful. We developed a system that can fulfill the work done by people with their hands, or even bring it to a level and overcome human limits. Neo has now passed a critical threshold. "

The company also shared the tasks that the new hand can be undertaken directly in the daily life to support these practical usage claims:

Door Opening:

One of the most basic physical obstacles of daily routines is smooth.

Using Screwdriver:

Manage tools requiring fine motor skills and precise torque control.

Load handling:

Optimize fingers resistance and grip strength according to different weights.

Small objects grip:

Milimetric objects can be kept delicately with fingertips.

Using hand tools:

Can work compatible with mechanical tensions in home and workshop environment.

Pushing shopping cart:

Ability to adjust wrist balance simultaneously according to continuous changing direction and push force.

Combining Physical World with OpenAI: Somuted Mindhin

With the development of artificial intelligence technologies, it is located in the physical world human robot models Home is more varied every day. One of the most important rings of this conversion, NEO also adds power to the mental process support of OpenAI. "Embodied AI" is the most advanced example of the smart system concept, the robot uses deep learning models while managing these smart hands. The objects in the environment do not only see with their cameras; how to touch those objects, they have to grasp them with the deep nerve networks that need to grasp.
We see in the old-generation robots "the necessity of writing separate code for each object" and date. NEO can grasp even an object that has never been encountered before, from the shape and surface texture to the most accurate force.

Home Friend That Can Make Yourself: IP68 and Food Compliability

One of the most unusual details in the design of NEO’s new hands is durability standards. Hands have water and dust proof certificate at IP68 level. This means that the robot can wash its own hands with soap after working in the kitchen or completely put it under the water. Materials used at the same time in food safety standards (food-safe) fully compatible. In this way, NEO can fully protect hygiene standards while eating vegetables in the kitchen, preparing food or stringing dishes.

Touch the Future

This flexibility brought by Tendon system shows that homework in the near future will turn into ordinary routines for robots. However, this situation is not just about a technical development; the main change will begin with our home to accept a physical stranger for the first time into the most cellrem limits.

The idea of entering a robot to our everyday life is still creating a mixed urperti with excitement. It’s a huge, cold metal handles in the factories; it won’t be an easy process to get a home friend that carries our vegetable swan or coffee side by side with us in the kitchen. For many of us, this situation means getting rid of boring home affairs and devote time to ourselves, it seems inevitable to trust and privacy discussions that will bring you to live under the same roof with a device that follows us and learns.

It’s exciting to see how easily NEO’s work with her delicate hands in the published promotional videos. Yet the most important detail is that this robot is flexible and safe designed to harm people or pets around. Perhaps very soon we will begin to accept artificial intelligence as a reality that refreshs tea with us in the full middle of our salonu hall from screens.