Cam follower mechanism

A complete know-how of the widely used mechanism. A thorough research as well as a project was done. A cam is a shaped piece of metal or plastic fixed to a rotating shaft. A cam mechanism has three parts: cam , slide and follower. This video helps you to model the mechanism of the cam and knife edge follower in creo.

This also clearly shows the working of cam and follower mechanism. The rise is the motion of the follower away from the cam. Cam follower is also known as 'Track Follower '. Cam and Follower Mechanism is a widely used method of motion transformation. Cam is a rotating element Which provides.

The cam-follower mechanism plays an important role in applications such as internal combustion engines, printing control mechanisms , and more. Cam makes a higher kinematic pair with follower. Cam mechanisms are widely used because with them, different types of motion can be possible.

However, these parameters are adequate only to define a knife-edge follower and a translating follower cam mechanism. Explanation of Cam Mechanism. Engineering Mechanisms : Cams What Is A Cam. Cam Follower (Lever): The cam follower (or lever) is a long, linear part that comes into contact with and is.

Gravity keeps the follower in contact with the cam as it rotates. If you have the opportunity to study one closely you will see that it is made up of mechanisms , usually including CAMS. FOLLOWER and the CAM PROFILE. In a cam follower mechanism , what does the word cam mean and where did it originate from?

A cam -and- follower changes rotary motion to reciprocating motion. A crank, link and slider or rack-and-pinion could also be used for this. This cam follower design article will discuss the basic concept of cam follower design with an example.

We will cover the basic terminologies related to cam followers. Introduction to Mechanisms. Yi Zhang with Susan Finger. You may find springs used in a cam mechanism to keep the follower and the cam in contact,. A cam-follower mechanism has a two degree of freedom cam joint that connects the input and output links.

The relative shape of the cam and follower define the. Video: Build a Cam and Cam Follower Mechanism Design with inverse-kinematics and some of the tools in MotionDesigner. This type of cam is used to convert rotational motion to linear motion. The use of a cam -and- follower mechanism is prevalent in industrial machines.

Operationally, it is categorized as a non-conformal contact where the. The characteristics of the linear motion are dictated by the shape of the cam and the cam follower. The profile of the cam can be altered to achieve different. Tushar Kiran et al Analysis and Simulation of Cam Follower Mechanism Using. The current cam and follower mechanism in four stroke internal combustion engine employs a flat follower.

In this work an attempt is made to change the flat face of.