Automatic Pneumatic Door Opener Project

Lcn pneumatic powered systems utilize the power of air under pressure to automatically open the door.

Automatic pneumatic door opener project.

Where as soon as a person approaches the door at about 2 or 3 feet the door. Automatic garage door opening system. In this arduino based project we have tried to replicate the same system by using a pir sensor. There are many mechanisms fabricated to automate sliding doors but this mechanism can be used to automate swing doors.

The pneumatic system is built around a standard closer so you can manually operate the door with ease or utilize the automation provided by the pneumatic cylinder. Automatic pneumatic door serves to automate and make easy your door operation mechanism by using pneumatic cylinder and piezo sensor. We have designed a pneumatically operated automatic door using ir sensors and arduino. 30 x 30 x 15 centimeters here we propose a fully automatic garage door opener project system.

You might have seen automatic door opener systems at shopping malls cinemas hospitals etc. Opening and closing of doors have been always a boring job especially in places where a person is always required to open the door for visitors such as hotels shopping malls and theaters. A number of technologies are available to design automatic door openers like pir sensors radar sensors laser sensors infrared sensors etc. This was a cool design we came up to demonstrate pneumatic or hydraulic action with the brief being to design a garage door mechanism.

Pneumatic systems provide motive power in a cheaper safer more flexible and more reliable way than the orthodox electric motors and actuators. An automatic door opener system is a simple project based on pir sensor and arduino which automatically opens and closes the door by detecting a person or object. To achieve the design and fabrication of an automated garage door opener system we use a large screw with fabricated door belt pulley connecting rods fixtures mounts motor and supporting frame.