Iot Based Recycling Paper Transformation Machine

H. Mohammed Ali, Suraj R Nair, Karan Singh Sokhi, Ankur Goswami, Samyak Choudhary

Assistant Professor, Department of Mechanical Engineering, SRM IST- Ramapuram, Chennai, India.

Final Year, Department of Mechanical Engineering, SRM IST- Ramapuram, Chennai, India.

*Corresponding Author E-mail: mohammeh@srmist.edu.in

ABSTRACT:

Institutions like schools, colleges, offices, banks, etc. where the use of paper is quite high and larger the amount increase the need of new papers. So there's an effective way to recycle those used papers instead of buying more new papers. Used papers mostly get dumped in the trash or used by vendors and ultimately into the trash. In today's world numerous big machines are there for the recycling of paper but must higher in the cost to get afforded by a small unit. So designing a simple and cheap machine will eradicate all the problems. Such a recycling machine will help us to produce noncomplex, simple and cheap papers where the institution can use the same paper instead of buying again and again. The designing of the machine will be prepared with the vital component needed. The project will find a way to stabilize and organize the papers produced into a finite paper with proper adjustments. Currently the focus is mainly to get a fine paper followed by the cutting machine to get desired product. Also the designing and fabricating of the machine will be simple enough for a person who have less knowledge in technology will also be able to operate it. Thus focusing on the employment opportunity in the today's world. The machine is designed basically following the protocol of industry 4.0. It's an automatic machine where papers will be recycled through the help of an application starting from the grinder to the cutter in order to receive a fine paper with proper dimensions. Here the user can remotely switch on the system from any part of the world over internet. Also length of paper and number of paper can be adjusted from anywhere in the world using the IoT.

KEYWORDS: Paper Transformation Machine, Microcontroller, Automation application.

1. INTRODUCTION:

Every year we happen to see that a lot of trees are being cut for the production of paper. Also we can’t deny that after production and moving into the marked a lot of papers end in the drains hence polluting the environment. So, inorder to overcome such problem we have designed and fabricated the “IOT based Recycling Paper Transformation Machine”. In this machine there consist of two units where one recycles the paper and the other creates paper as per the users wish. But the most interesting fact to this system is that it can be operated from any part of the world using the IOT technology. Also no waste is neither produced nor created. Environment friendly since its electronic. Thus more or less cutting of trees can be reduced through it.

1.1 Problem Identification:

Paper being most commonly used and also the important product ever made. For the production of paper the primary raw material used is pulp fibres obtained from chemical process from natural materials mainly from wood. Looking from environment perspective at the manufacturing process there are many chemical problems that arises. So the project aims to recycle the waste paper.

In Schools, Colleges and other institutional areas and clerical offices too paper after being used is thrown which leads to cutting down of trees. In order to avoid these circumstances we have made our project so that it will be very useful for them rather than wasting paper they can recycle the paper and reuse it at the same time.

1.2 Problem Solution:

Here we plan to design a paper recycling as well as paper cutting machine. The waste paper is fed as input to the system which is recycled and passed to paper cutting mechanism which is capable of cutting paper of desired length and quantity.

Along with that, the remaning paper after passing the cutting mechanism (left overs) can be recycled again and again.

No wastages produced during the process.

Hence it will help maintaing the stablitily in the environment as more trees are cut every year to produce paper can be minimised upto a certain extent.

Also with the introduction of IoT to the System, it will help to operate

from anywhere in the world, helping to keep the records much easier, and montioring the work.

2. METHODOLOGY:

The system uses ESP32 Microcontroller. It has inbuilt Wi-Fi which makes it suitable for our automation application. The ESP32 connects to an Internet Access Point and hence it can be controlled from anywhere in the world using custom built Android App. The system comprises of an inlet water pump and paper grinder motor which are operated using relays. The relay switches on both pump motor and paper grinder motor as per requirement and then switches off. Once the pulp is ready it is then passed through the outlet for drying purpose. The system also comprises of paper cutting mechanism.

The Android App can send commands to this mechanism for number of papers to be cut with the desired length. A stepper motor along with stepper motor driver is used to slide the paper through the paper cutting mechanism. Linear lead screw is used to cut the paper as per requirement.

3. MATERIALS USED:

3.1 Header:

The female connector is generally a receptacle that receives and holds the main connector. When a female socket is attached to a circuit board, pin headers are used to connect the female end of the socket to the circuit board. While pin headers (also known as PH or headers) are by definition male, female counterparts are extremely frequent and are referred to as female headers (FH) or header connectors. These pin headers are held together by a plastic framework. Although female headers are typically manufactured with a set number of pins, this construction is often engineered to snap apart as needed.

3.2 Jumper Wires:

Jumper wires are wires that come with connector pins on each of their end that allow them to be used to connect two points elimating the need for soldering. These wires are traditionally used with breadboards and other tools used for prototyping making it easier to change the circuit on demand, these wires comes in coatings of different-colored plastics which by default denotes nothing but can be used by the programmer for certain specific denotations for different types of connections such as ground or power.

3.3 ESP 32 Microcontroller:

3.4 6x4 PCB General Purpose Printed Circuit Board:

Zero printed Circuit boards are layman purpose boards that are also circulated under the name perf board or DOT PCB. The structure consists of a thin and rigid sheet of copper with pre-drilled cavities at standard intervals across a grid consisting of very small and negligible spacing between the holes. A round or square copper pad encircles each hole to ease the insertion of the component lead and also prevent any short-citcuit of nearby pads or leads when soldering. The process of soldering is used to connect the lead of a component with another lead using a suitable conductive wire.

3.5 A4988 Stepper Motor Driver:

The A4988 includes comprehensive micro stepping motor drive as well as a translator for easy operation. Additionally, it is designed to operate the bipolar stepper motor in full, half, quarter, eight, or sixteenth step modes in order to interface with an output driver with a capability of 35 V to 2A. The A4988 now includes a fixed off time current regulator that can function in either the slow or mixed decay modes.

Now, if we observe during the stepping operation, the A4988's chop control directly selects either the slow or mixed manner of current decay. In mixed decay mode of form, the system should take the initiative to rapid decay for a portion of the specified off time and then slow decay for the rest of the off time. The mixed decay caused by current control will result in lower audible motor noise, higher step accuracy, and lower power dissipation.

3.6 STEPPER MOTOR

A stepper motor turns a electric current which is controlled by a stepper motor drive into a exact one step movement for the gear like component which is around the central shaft. Each stepper motor pulse moves the rotor function through a one precise and complete fixed increment to make a full turn.

3.7 Roller Setup:

In order to adjust the pressure where one offsets press ink or dampening roller would generate on an adjacent rolling or cylinder. The vital rolling are to set in the form of ductor rolling to its adjacent oscillator, a form roller to its adjacent oscillator, and also a form rolling to the plate cylinder. The required amount of pressure that one roller exerts on to another has serious consequences on the ultimate press performance and also the quality of the printing. When we look toward the setting of the roller it can be performed using a strip method or a roller gauge. The ultimate setting could be tested and evaluation can be done using the picture method or the ink strip method. It is also somewhat similar to gauge the rolling setting by noting the degree of bounce made by the form rollers as they cross over the plate cylinder gap, although this bounce can be the result of a host of other factors. One more problem which may be seen in this end part is the lateral movement of the form rollers caused by the improper fitting between the rolling of the shaft and brackets. Also the lateral movement is formed from the movement of the oscillators.

3.8 Cutter Setup:

The Plotter/Cutter Setup dialog is dynamic according to the driver format you select; therefore some fields may be disabled when a specific driver is selected. This occurs for all tabs in the dialog. Some fields are dependent on other fields, for example the field becomes enabled, only after selecting a specific field.

3.9 2 Channel Relay Module:

The single-channel relay is an expedient board that is used to control elevated voltage and elevated current loads such as a motor, a solenoid valve (like the one we have used in our current project), lamps, alternative current load, etc through interfacing with different kinds of micro-controller such as Arduino, PLC, ESP 32, etc. It finds its major uses in the automatic control circuit. To put it into layman terms; it works as an automatic switch for contolling large current circuits with low current signals. The relay uses a 5V indication charge given to close and open switch links. Treaditionally, this process is done through a coil to magnetize the switch contacts and merges them once activated, a different coil separates them after the weakening of the copper coil.

4. APPLICATION:

The project will find a way to stabilize and organize the papers produced into a finite paper with proper adjustments. Currently the focus is mainly to get a fine paper followed by the cutting machine to get desired product. Also the designing and fabricating of the machine will be simple enough for a person who have less knowledge in technology will also be able to operate it. Thus focusing on the employment opportunity in the today's world. The machine is designed basically following the protocol of industry 4.0. It's an automatic machine where papers will be recycled through the help of an application starting from the grinder to the cutter in order to receive a fine paper with proper dimensions. Here the user can remotely switch on the system from any part of the world over internet. Also length of paper and number of paper can be adjusted from anywhere in the world using the IoT.

5. CONCLUSION:

The project is designed in order to save the trees from cutting down for paper making instead how it can be recycled easily and also with the help of IoT how it can be controlled easily. Also all the possible results of this project has been collected and the fabrication has been completed. The sole purpose of the machine we created is to install it to all the office and small or bigger institutions where the use of paper is absolute, so that same paper can be reused and wastage of paper can be reduced upto a certain amount.

Along with that the application makes the machine operation far easy and also helps to monitor the work. Depending upon the need of paper an institution can take care of its paper needs by recycling it and saving the environment and also the money towards new.

6. REFERENCES:

1. Qiong chen; Yuanjun LV, 2008, Design of paper cutter machine, 9^th International Conference on Computer Aided Industrial Design and Conceptual Design, 2008.

2. Binpeng Wang; Haiying Lin, “Control System of paper Cutting machine based on Motor feed forward PID strategy”, IEEE International Conference on Information and Automation, Volume 3, Aug 2013, ISBN-978-1-4799-1334-3.

3. Wang Xinxiang; Guoqing, “Analysis and study on a novel type of fully auto-cros paper cutting machine”, IEEE International Conference on Mechatronics and Automation, 9-12 Aug 2009.

4. Zhiming Yang; Lepeng Song; “Fuzzy-PI control system for speeding of paper cutting machine Based on PLC”, International Conference on Electric Information and Control Engineering (ICEICE), 15-17 April 2011.

5. Hujdur Mulrindin ; Kaknjo Admir; “ Construction and control implementation of material Cutting Machine” , Proceedings of the International Convention MIPRO, 23-27 May 2011.

6. Fam Feiran ; Ding Huiyao , “ The research and the application for the rotary die-cutting Machine drive technology”, International Conference on Mechanism Automation and Control Engineering(MACE), 26-28 June 2010.

7. Zhiqin Yin, Lianjiang Xu, “Finite Element Analysis and Optimization Design of Paper Cutter Cutting Blade Based on Ansys”, International Conference on Robots Intelligent System (ICRIS), 26-27 May 2018.

8. Pengfei Hao, Sue Wang, “Analysis on Cutter Machine Driving Technology Process and Control Strategies”, International Workshop on Intelligent Systems and Applications, ISA 22-23 May 2010.

9. Arshya Bamshad, Hyoung Jin Cho, “Disposable Sensor Devices Fabricated by Paper crafting Tools”, IEEE Sensors Applications Symposium (SAS), March 2020.

10. Cheng Tiao Hsieh, “Developing Low Costs and Smart Laser- based paper cutting based on Open Source 3D Printer”, IEEE International Conference on Advanced Manufacturing (ICAM), 16-18 November 2018.

11. Kudzai L. Shava; Carolline Hlakudi; Michiel Postema; Craig S. Carlson, “Finetuning a single-blade sonic paper-cutter as an energy-saving sharpening instrument”, 2021 International Conference on Electrical Computer and Energy Technologies (ICECET), Dec 2021.

12. Amelia Nuraisyah Quinsi Jemy; Astrid Vanya Octary; Kusherdarsyah Saptaji; Tasya Diana Septiani; Sylvania Mulia, “Design and Modelling of shredding Machine for recycling Plastic Waste”, International Conference on Computing, Engineering and design (ICCED), Aug 2021

13. Ajinkya Edlabadkar, Shivam Suroshe, Tarun Yelne, Roshan Jogi, Saurabh Karekar, Dnyaneshwari Gatmane, “Development and Fabrication of Paper Recycling Machine”, International Journal of Engineering Research and Technology (IJERT), Volume 10, Issue 01, January 2021.

14. Wai Ming Cheung, Vedant Pachisia, Reaz Hasan; “Facilitating Waste Paper Recycling and Remanufacturing via a cost Modelling Approach”, Resources, Conservation and Recycling, 2015.

15. M.A. Olutoye; “Design of a Manually Operated Paper-Recycling Machine”, Leonardo Electronic Journal of Pracices and Technologies, ISSN 1583-1078, December 2005.

Received on 11.05.2022 Accepted on 05.08.2022

Research J. Engineering and Tech. 2022;13(1):30-36.

DOI: 10.52711/2321-581X.2022.00004