Self drilling Screw made of 410 stainless steel, high hardness (40 Rockwell C), steel process.
Drilling screw is also very strong hardness, compared to the ordinary screw up, not only to maintain the ability is good, the connection object effect is also very strong, for the performance of the screw, are generally does not need auxiliary processing, can be directly on the object directly drill a Kong Sue into objects, not just use rise very convenient, Also can greatly improve the efficiency of work. This kind of drilling screw can be said to be the first choice of workers in various fields.
So what is the use of drilling screws? Self drilling screw,hex Self drilling screw,truss Self drilling screw,flat Self drilling screw,pan Self drilling screw Shenzhen Lanejoy Technology Co.,LTD , https://www.brassinsert.net
1 stainless steel plate, metal plate, galvanized steel plate, engineering installation.
2 metal curtain wall metal light compartment and other indoor and outdoor installation.
General Angle steel, channel steel, iron plate and other metal materials combined installation.
4, automobile, container, shipbuilding, refrigeration equipment and other assembly projects.
According to media reports here, American scientists have recently created a robot with four legs and a starfish shape. This smart robot can detect the damage suffered by the body and independently think about the repair method.
According to reports, Hod Lipson and Victor Zikoff of Cornell University and Josh Bongard of the University of Vermont have jointly developed the robot, which can observe its actions through sensors embedded in the joints. Then form a concept about yourself or the body structure in the built-in computer.
Lipson said the robot used this internal model to figure out how to walk with 4 legs and 8 motorized joints. It first makes assumptions through various actions of its own joints, and then conceives accurate concepts about itself.
The researchers then tested the strain capacity of the robot. To test its ability to respond to injuries, the researchers shortened one of its legs and found that the robot could feel "unlike."
Researchers believe that animals can take care of injuries by changing their movements, such as changing their legs to limp, so the robot can be designed to handle problems in a specific way. The robot first independently forms a new concept of its own structure, accurately detects that it has changed, and then comes up with a new way of walking, taking care of the wound by changing the gait.
Researchers hope that in the future, robots with random strains can be used to explore the ocean floor.