What force is needed to collapse this spring-loaded pair of arms?

In summary, The conversation involves a person seeking help in determining the necessary force to return hinged arms to a closed position. The person provides a schema and explains that the arms are attached to a system with springs. They also mention wanting to understand the function of the arms and how the springs work in all three modes. Another person responds by asking for more information about the purpose of the arms, to which the first person explains that the system is similar to an awning with arms that open and close with the help of the springs. The person expresses their gratitude for the help and provides their name, Daniel.
  • #1
beashayyael
8
0
Hello .
The goal is to look for what force F I need to apply in order to return the arms to the closed position. Attached is a schema in the hope that my purpose will be understood
I want to know what forces are acting on the system of the arms as well as the springs
Many thanks in advance
 

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  • #2
Can you say what the function of the two hinged arms is? What is this used for?
 
  • #3
Arm release: The system release is like an awning to the sun that has arms.
When the awning opens the arm opens and because the spring is stretched the arm tends to open. And when I want to return the awning to the closing position with the help of the spring force the arms are returned to their original place
I added again the agreement in which there is the spring in all three modes
Thank you very much for your reference. Daniel
 

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FAQ: What force is needed to collapse this spring-loaded pair of arms?

What is a spring-loaded pair of arms?

A spring-loaded pair of arms is a mechanical device that uses the force of a compressed spring to move and exert pressure on objects.

How does a spring-loaded pair of arms work?

A spring-loaded pair of arms works by using a spring to store potential energy when it is compressed. When the spring is released, the potential energy is converted into kinetic energy, causing the arms to move and exert force.

What factors affect the force needed to collapse a spring-loaded pair of arms?

The force needed to collapse a spring-loaded pair of arms depends on the stiffness of the spring, the distance it is compressed, and the weight or resistance of the object being pushed or pulled by the arms.

How can I calculate the force needed to collapse a spring-loaded pair of arms?

The force needed to collapse a spring-loaded pair of arms can be calculated using Hooke's Law, which states that the force exerted by a spring is directly proportional to its stiffness and the distance it is compressed. The formula is F = -kx, where F is the force, k is the stiffness constant, and x is the distance the spring is compressed.

What are some common applications of spring-loaded pair of arms?

Spring-loaded pair of arms are commonly used in various mechanical devices such as door hinges, car suspensions, and toys. They are also used in medical equipment, such as prosthetics and surgical instruments, to provide controlled and precise movements.

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