Code 506 Mini Elevator Using Arduino

In today`s society technology is growing at an exponential rate, and elevator is very common example of technology for consuming time. An elevator is a platform that can move up and down in vertical direction by a mechanical mean. In the past elevators drive mechanism were powered by stream and water hydraulic piston. In today`s world, there are intricate governors and switching schemes to control elevators. In our project, the arduino microcontroller based elevator system is constructed to simulate as an actual elevator, and it’s designed for multi-storage buildings.

The elevator design process involves description of a series of steps taken to make the logic for the 3 level elevators. Since design depends on the particular designer‟s interests and objectives, there is no single universally accepted design procedure thus each engineer has their own twist for how the process works.

However, the most important thing is provision of a solution to a defined issue; in this case design of the elevator design process involves description of a series of steps taken to make the logic for the four level logic for a 4 level elevator. In this particular design, the following assumptions will be taken as a preference and also to simplify the project and keep it to the scope.

The elevator starts and rests on the last floor of destination whenever there no more requests to be serviced. This is a one-way elevator thus it operates on a first come first serve basis ensuring that the first person to make request is attended to together with those in same direction but on the way of cab (UPWARD and DOWNWARD).

Speed used is constant since floor number is small (3 levels). This is a sensor less elevator. Though sensors are used in the case of real life lifts to ensure safety for users. The dc motormotor has given it this ability. v. This elevator accepts multiple requests and destinations while at rest on a floor.

The input sends signals to the controller which processes the signal send to determine the necessary action. The action taken depends on the command issues at input and also the input signal received from the motor and the cab i.e. cab level/floor information which determines the necessary action by the  controller.

Thus all the logic operations are performed by the controller to enable up and down elevator motion, in order to determine the priorities in servicing the requests. The motor is connected to the cab through a belt-pulley system. This ensures movement of the cab to effect the logic operations of the elevator.

Note

Mini elevator using arduino is the project of last year’s engineering projects, BE final year engineering project. This project is used for the BE last year’s core Electronics department students. This project is used for the Electrical department students. This project is used for the electronics department and mechanical students is use.

Mini elevator using arduino the project of a good price for the engineering projects. It is a very comparative engineering project. It is a very good BE final year project. It is a project for Arduino based project. This project is sensor based project.

The engineering projects give in the ELECTROSAL HI- TECH PVT.LTD. The best place for the degree final year engineering projects as well as for core Electronics, Electrical and student’s final year for mechanical students for the golden opportunity.

Mini elevator using arduino it is easy project and idea for the core electronics and electrical and core electronics base students and 100% output is done.