Tailor made mechanism for Push and Pull action

The push mechanism involves applying force in a linear direction along the axis of an object or component. When a force is exerted in this manner, it causes the object to move away from the source of the force. The push mechanism is often employed when a direct and straightforward motion is required. Examples of push mechanisms include a person pushing a door open or a piston pushing fluid in a hydraulic system.
On the other hand, the pull mechanism involves applying force in a linear direction away from an object or component. When a force is exerted in this manner, it causes the object to move towards the source of the force. Pull mechanisms are commonly utilized when a pulling action is necessary, such as pulling a rope to lift an object or using a cable to open a gate.
Both push and pull mechanisms rely on the application of force to create motion or transmit force. The specific design and implementation of these mechanisms depend on the intended application and the desired outcome. Engineers carefully consider factors such as efficiency, reliability, and safety when selecting and designing push and pull mechanisms.
This video explains fundamentals of following topics:
Mechanical Engineering
Mechanical Mechanism
3D Design Software
mechanical engineering course

[@dhruvipatel8163]

Excellent👍👏

[@learnEngineerings]

Thanks

[@marcosanchez9911]

Que maravilloso cuando no había plc ni pistones neumáticos y todo se hacía con mecánismos

[@gianfrancoanelli4422]

Very professional!

[@learnEngineerings]

Thank you very much.

[@user-jz4zu8ln5y]

기계적원리가 대단하십니다

[@amazingfunny3292]

This work is good ❤❤❤❤❤❤❤❤❤❤❤❤❤

[@learnEngineerings]

Thank you so much

[@AsifGoldy2289]

Nice work

[@learnEngineerings]

Thanks

[@ak9793]

Can you upload the tutorial of how you made it and on which software you work?

[@learnEngineerings]

This was made using solidworks

[@user-ep3zd5gh4v]

Did you design the mechanisms?

[@DimasDimas-hk1sm]

Aku suka ini