faculty of engineering & technologyngivbt.edu.in/wp-content/uploads/2019/03/project_fair...2...

Noble Group of Institutions – Junagadh

Faculty of Engineering & Technology

“PARTH VATIKA” , Junagadh-Bhesan Road, Via :Vadal, Nr. Bamangam, Dist. : Junagadh 362310

Contact: 98242 99961/71/81 Ext: 3208 E- Contact: [email protected] Web: www.ngivbt.edu.in

Report

on

Project Fair – 2019

by

(Degree Engineering)

Noble Group of Institutions,

Junagadh

on

9th March,2019.





Open for Junagadh

200+ Participates

100+ Projects

100+ Academicians

50+ Industry Executives

600+ Parents

1500+ Students Visitors





Date: 09th March, 2019

Place: Noble Group of Institutions, Junagadh.

College:

The Noble Group of Institutions – Junagadh is meant for imparting knowledge and

skill. The institute is the first of its kind in Saurashtra region, Gujarat state. It is a non-profit

organization dedicated to the cause of social service, knowledge dissemination of youth of the

world. Academia and Industry are embedded in, and reliant upon, the broader context of society.

The main aim of the NGI family is to impart to the students a high quality technical &scientific

knowledge with ethics, so as to serve the society and the mankind with full devotion, dedication

and commitment. It is the dream of the management to take this institute to a greater height in

order to achieve “Centre for Excellence” in teaching learning, research and innovative activities

within and outside the campus.

Outline of the event

Sr.

No.

Timings Particulars

1. 10:00 am Official Inauguration of Project Fair.

2. 10:00am to 04:00pm Mentors, Experts from industries, parents, Students and

Faculty members visit project fairs.

3. 04:00pm to 05:00pm Prize distribution to students who got 1st, 2nd and 3rd rank

in every branch.





Expert Panel (Review Project)

Sr.

No.

Branch Internal

Judge

External Judge Designation College

1.

Mechanical Prof. Pranav

Bhatt

Prof. B.D.Parmar HOD

Govt.

Polytechnic -

Junagadh

Prof. A.D.Modi Lecturer

Govt.

Polytechnic -

Junagadh

2. Civil

Prof.

Kishan

Vekariya

Prof. R.G.Parmar Principal

Govt.

Polytechnic -

Junagadh

Prof. V.R.Ghoda Lecturer

Govt.

Polytechnic -

Junagadh

3. CE/IT Prof. Deep

Patel Prof. H.K.Gajera HOD

Om Engg.

College -

Junagadh

4. Electrical

Prof.

Deepak

Varu

Prof. R.K.Parmar HOD

Govt.

Polytechnic -

Junagadh

Prof.B.C.Vaghasiya Lecturer

Govt.

Polytechnic -

Junagadh

Number of Teams presented in Particular branch

Sr.

No. Branch No. of Team

1. Mechanical 11

2. Civil 24

3. CE/IT 13

4. Electrical 24





Feedback from industry mentors/experts

Sr.

No.

Name Designation Feedback

1. Kadivar sehejad Site Engineer

Good idea if it works on large

basis

2. Dr. K. B. Jhala Associate Professor

Each and Every projects seems to

be good and as per the today’s

requirement.

3. Parsotam Padalia Sr. Br. Manager

(BOB Bank) Very Good Ideas.

4. Abhishek Singh

Senior Developer

(I-Soft

Technologies)

Nice Fair, most effective for

student & company keep it up.

5. Nikunj Bhalodiya Eicher company

parts manager Excellent

6. Vaibhav Chokshi CAD/CAM Center

Manager

Very Good and Creative Ideas by

students which meets actual need

of industries.

7. Bhavesh Parmar

Manager Personnel

at Austin

Engineering

Company Limited

Creative and innovative work by

students.

8. Maksud khan NobleFuture Tech

Software Developer

Nice Fair and innovative ideas are

implemented by students.





Feedback from final year teams

Sr.

No.

Feedback

1. We want to implement these creative and innovative ideas for society level as

per people’s need.

2. We will implement in industries with real scenarios.

3. Our projects solve some problems like threat detection, crime management etc.

4. Reduce some work of farmers like harvesting and Corn De-Seeding from corn.

Feedback from Parents and visitors

Sr.

No.

Feedback

1. Overall very good and very hard work by all the students.

2. Good Excellent Models.

3. Excellent and nice work done by students.

4. Innovative and creative work by students.

5. Very good projects and ideas implemented by students.

6. Creative Project by students.





Feedback from faculty members

Sr.

No. Name Designation Feedback

1. Dr. Vipul Vekariya Principal

Productive Work done by

students, Innovative and new

ideas implemented by final year

students which are very useful

for society current need and

industry current scenarios.

2. Dr. Daxa Vekariya Head of Department Excellent and innovative work

by students

3. Tanmay Vyas Head of Department Creative and Productive Work.

4. Dipesh Bhogayata Head of Department Good Work, Excellent, Keep it

up.

5. Vasim Machhar Head of Department

Excellent work and concepts are

very creative.

6. Rakesh Akabari Head of Department Hard Work and Creative ideas

by Students.

7. Deep Patel Assistant Professor

Projects are very creative and

will useful in society’s routine

life.

8. Pratixa Badelia Assistant Professor

Innovative ideas, creative work,

Conceptually Very Good Well

performed by Student.

9. Vipul Parmar Assistant Professor Very Good Work. Keep it up.

10. Komal Dhudesia Assistant Professor Excellent and Applicable Work.

11. Shradhdha Bhalodia Assistant Professor

Very Creative and Productive

work done by students which

meets the requirement of

industries and societies as well.





Noble Group of Institutions, Junagadh

Inauguration place of Project Fair





Inauguration of Project Fair

Trustee members and Industry expert at project fair





Trustee members, Industry expert and principal sir at project fair

Projects





Trustee members and principal sir at project fair

Visitors at project Fair





Prize Distribution

Prize Distribution





Different department work committee for project fair

Project Incharge: Sr. No.

Faculty Name Branch Designation

1 Vasim G. Machhar Mechanical Co-Ordinator

2 Akabari Rakesh P. Electrical Co-Ordinator

3 Prakash Parmar Diploma -Mechanical Co-Ordinator

4 Suresh Tank Diploma - Electrical Co-Ordinator

5 Birju Tank Computer Member

6 Deep Patel Computer Member

7 Divyesh Yoganand Diploma - Computer Member

8 Pranav B. Bhatt Mechanical Member

9 Ravi K. Popat Mechanical Member

10 Abheysinh Padhiyar Diploma -Mechanical Member

11 Pranav Pandya Diploma -Mechanical Member

12 Manishkumar Makawana Civil Member

13 Vandit Bhatt Diploma - Civil Member

14 Kirit Bhalsod EC Member

15 Jay Saliya Electrical Member

16 Kaushik Narshana Diploma - Electrical Member

Parking Committee: Sr. No.


1 Ujash Vachhhani Diploma - Electrical Co-Ordinator

2 Vyas Bhavesh Bhanubhai Computer Member

3 Prashant Modha Electrical Member





4 Vishal Gohel Diploma - Civil Member

Printing Design Media & Promotion Committee: Sr. No.


1 Vasim G. Machhar Mechanical Co-Ordinator

Publicity Committee: Sr. No.


1 Tanmay Vyas EC Co-Ordinator

2 Daxa Vekariya Computer Member

3 Hetal Anuvadiya Diploma - Computer Member

Invitation Card & Distribution Committee Guest Sr. No.


1 Rohan Kariya Mechanical Co-Ordinator

2 Vipul Parmar Computer Member

3 Ravi Popat Mechanical Member

4 Kankesh Dave Diploma - Electrical Member

Invitation Card & Distribution Committee Parents Sr. No.


1 Pradip Maradiya Civil Co-Ordinator

2 Shradhdha Bhalodiya Computer Member

3 Akash Raiyani Mechanical Member





4 Manish Makwana Civil Member

5 Deepak Varu Electrical Member

6 Divyang Shah EC Member

7 Jignesh Godhwani Diploma - Electrical Member

8 Hiral Shah Diploma - Computer Member

9 Kankesh Dave Diploma -Mechanical Member

10 Aksash Poojari Diploma - Civil Member

Walk Way Management Committee: Sr. No.


1 Dipesh Bhogayata H&S Co-Ordinator

2 Ishan Bhatt Mechanical Member

3 Faizal Patel Diploma - Electrical Member

4 Nishant Danidhariya Diploma - Civil Member

5 Hardik Talaviya Mechanical Member

1 Keval Vanpariya Civil Member

2 Dharmendra Sondarva Civil Member

Food & Water Committee: Sr. No.


1 Nilesh Kanada Mechanical Co-Ordinator

Hospitality Committee: Sr. No.


1 Ashutosh Abhangi Computer Co-Ordinator

2 Himalay Raval Diploma - Mech Member

3 Heera Rajwani H&S Member





Decoration & Inauguration Committee: Sr. No.


1 Meena Patel Diploma - Civil Co-Ordinator

2 Pratixa Badeliya Computer Member

3 Krupa Vaniya Diploma -Mechanical Member

4 Darshna Odedara H&S Member

5 Khushbu Savsani H&S Member

ICT Committee: Sr. No.


1 Parth Bbhalani Network admin Co-Ordinator

2 Amit Vaja Network admin Member

Judge & Result Preparation Committee: 1

Tanmay Vyas EC

Co-Ordinator

2 Daxa Vekariya Computer Member

3 Hetal Anuvadiya

Diploma - Computer Member

Electricity & Maintanance Committee: Sr. No.


1 Akash Raiyani Mechanical Co-Ordinator

2 Nilesh Kanada Mechanical Member

3 Kapil pipliya Mechanical Member

4 Narendra Bagda Electrician Member





Press Note Committee: Sr. No.


1 Ravi K. Popat Mechanical Co-Ordinator

Report Preparation Committee:

Sr. No.


1 Shradhdha Bhalodiya Computer Co-Ordinator

2 Ashwini Jani Diploma Computer Member

Web Site Committee:

Sr. No.


1 Briju Tank Computer Co-Ordinator

Feedback from 3rd year students

Sr. No. Feedback

1. We got new ideas and inspirations.

2. Projects are very nice and students work very hard.

3 They motivate us to fulfill industrial and society needs.

4. They guide us in way where we were lacking.

5. They taught us the way to present our project and documentations.





Key insights/ benefit/learning from the event

The project fair is an important factor to motivate the students toward science,

engineering, need of societies and need of industries.

The project fair contributes their social developments.

The project fair increases the interest in being scientist and engineer.

The project fair increases the skills of the presentation.





Winners of Project Fair-2019 from different department

Rank Title of

Project

Name of

Students

Enrollment

No. Email Id Mobile No.

1 Threat

Intelligence

Dhaval

Zala

150350107004 dhaval.zala@ngivb

t.edu.in

8980791593

Bapodara

Krunal

160353107003 krunal.bapodara@n

givbt.edu.in

7984603595

Ankur

Savaliya

150350116003 savalia.ankur@ngi

vbt.edu.in

8140416979

2

Developme

nt of DNA

fingerprinti

ng tool for

animals

Vyajkhora

Fazilat

150350107016

fazilat.vyajkhora@

ngivbt.edu.in

9824137226

Vara

Monika

150350107013 monika.vara@ngiv

bt.edu.in

9824393874

Mavani

Krisha

150350116002

krisha.mavani@ngi

vbt.edu.in

8200655535

3

student

attendance

system with

face

recognition

for NGI

Acharya

Heli

160353107001 heli.acharya@ngiv

bt.edu.in

6351721529

Boghara

Disha

160353116003 disha.boghara@ngi

vbt.edu.in

6352659951

Gondaliya

Vanashree

160353107007 vanshri.gondaliya

@ngivbt.edu.in

6352659951

Bhayani

Priya

160353116002 priya.bhayani@ngi

vbt.edu.in

6353041128





Rank-1

THREAT INTELLIGENCE

Our Project is based on the computer security which is working as the threat detection

system as firewall. It detects threats and vunrabilities available in your computer and gives some

details about it. As the technology increased in this aera of world, everyone must be aware of

their data. So by using this system anyone can protect themselves like using antivirus software.

This project is created in node.js and express.js as framework. It provides user centric

view and components display by which any user can easily understand the available risk in the

system and take action based on that.





Rank-2

Development of DNA fingerprinting tool for animals

DNA fingerprinting, or DNA typing, is the use of DNA analysis to identify an individual.

A common technique used to fingerprint DNA is based upon the variability between

individuals of several noncoding regions of DNA in the genome, called VNTRs (variable

number of tandem repeats). DNA samples can include blood, skin, fecal matter, hair or

fur, semen, saliva and anything else that comes off the animal’s body while going about

its daily business. In particular, urban and wild authorities can use DNA testing to

identify animals that have attacked humans. Biologists will often use DNA fingerprinting

for tracking the migration habits of animals or even identifying whole new species of

animals. DNA samples are kept in laboratories and new samples can be compared to the

old by breaking down the genetic strands in each and comparing their helixes. Radically





unfamiliar DNA strands may be an indication of a new species. Perhaps most important

for the preservation of animals on Earth.

Screen Shots:





Rank-3

Student Attendance System with Face Recognition for NGI

Attendance is the basic need of every educational sector, whether it is school, college or classes.

It is manually taken by every teacher in every class. To make teacher’s job of taking attendance

automatic. The proposed system would give the facility to take the attendance automatically. Our

Project takes the student's attendance automatically through the cameras available in every class.

It detects all the faces from the class or lab and recognizes it from the database and automatically

updates the database.





Branch: Electrical Degree

Ran

k

Title of

Project

Name of

Students

Enrollment No. Email Id Mobile No.

1

Automatic

plant

Irrigation

system

using GSM

and Arduino

Goyani Tushar

D. 150350109012

goyanitushar17

@gmail.com 7874034725

Bhuva Ashish D. 150350109008

ashish.bhuva@

ngivbt.edu.in 8347337742

Dudhat Gautam

K. 150350109010

gautam.dudhat

@ngivbt.edu.in 9727952353

Jagani Nikunj S. 150350109015

nikunj.jagani@

ngivbt.edu.in 8154902269

2

Single

Phase

Preventer

Gohil

Shivrajsinh N. 150350109011

shivrajsinh.gohi

[email protected] 9574021155

Rathod Jaydeep

A. 150350109025

jaydeep.rathod


Nakum Yogesh

P. 150350109021

yogesh.nakum


Sojitra Vaibhav

130350109062

vaibhavsojitra0


Ramana Namrata

D. 160353109014

namrata.ramana


3

Reducing

waiting time

in elevator

Hingora Rahin

A. 150350109013

hingorarahin@g

mail.com 8347468221

Jotangiya

Jignesh M. 150350109017

jignesh.jotangiy

[email protected]

n

9979951476

Khatri

Sazmabanu J. 150350109034

sazmabanu.khat

[email protected]

n

7621966133





Chauhan Aakib

F. 150350109501

aakib.chauhan


Rank-1

Automatic plant Irrigation system using GSM and Arduino

The main purpose of this project is that, according to the moisture levels, the controller actives

the solenoid valve using the battery. The controller also generates signal corresponding to the

moisture levels, and then the signal can be transmitted through the GSM modem to mobile.

When the solenoid valve ON the corresponding message will be forward to our mobile number

which was already programmed in controller unit. In this plant Irrigation system, soil moisture

sensor the soil and if level is low then Arduino switches ON a solenoid valve to provide water to

plant. Solenoid valve gets automatically OFF when system finds enough moisture in the soil.

Whenever system switched ON or OFF the valve, a message is sent to the user via GSM module,

updating the status of solenoid valve and soil moisture. This system is very useful in Farms,

gardens, home etc.





Rank-2

Single Phase Preventer

In three phase power supply system the given phase are R, Y and B respectively. Due to

unbalanced load or phase distribution and not equality voltage supply any one phase may be cut

or breakdown the phase it is called single phasing. Like these types of condition a machine

receive in supply only two phase.so voltages is down this cause the motor is working very slowly

and voice fully.it protect the motors against single phasing or reverse phasing or unbalance

supply is one of the major problems in electrical system. It operates on the principle of sensing

negative frequency component of the system.so this type circumstances the electrocution supply

automatically off.





Rank-3

Reducing waiting time in elevator

Now days the elevators are necessity these days whether it comes to commercial or residential

building. The elevator must provide a special link between the demand by the users and available

access. It is important to have a mechanism through which we can reduce the wait time for

human beings while entering elevator. The purpose of this project is to reducing the ideal waiting

time for the elevator by using the Arduino UNO and Infrared sensor and developing a method in

which when elevator cage is loaded it runs at normal rated speed & when the elevator cage is

empty it’s run at high desirable speed.





Civil Model

RANK - 1

RANK

TITLE OF PROJECT

NAME OF

STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.

1

REDEVELOPMENT OF

NARSINH MEHTA LAKE

Dasa Bhagirath

166920306018

[email protected]

9904982380

Gandhi Yash

166920306022

[email protected]

7405101378

Karelia Akshat

166920306034

[email protected]

9265723743

Chorvada Mihir

166920306017


05





Project Description:

Project aim is attract a tourism in junagadh. so concept about of redevlopment of a side in narsinhmehta lake using a modern techniques with reflected of our history.

RANK - 2

RANK

TITLE OF PROJECT

NAME OF

STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.

2

PLANING & DESIGN OF

CRICKET STADIUM

Maheta Jaydip

Narendrabhai

160353106011


428





AT MADHUPU

R. (PORBAND

AR-SOMNATH HIGHWAY)

Solanki Paresh

Bharatbhai

160353106023

[email protected]

7383703962

Singala Virat

Prafulkumar

150350106027

[email protected]

7383703962


Stadiums are more than just facilities for organized sports. They provide economic benefits

to the surrounding community. As this project will point out, there is multitude of

structural system that has been employed in the design of stadiums. As a very big structure

attracting lot of attraction. The ground which held 30000 capacity under the massive

construction projects almost buildings around the ground was add with roof structure and

concrete steel structure. The natural duty of site surrounding, the advantage is tourist

attraction of the country. The scope of development of city decentralization of the

cricketing structure.





RANK - 3


Earthquake Resistant Structures Are Structures Designed To Protect Building From

Earthquakes. An Earthquake Is A Phenomena Resulting From The Sudden Release Of

Stored Energy In The Earth’s Crust Which Creates Seismic Waves. Earthquake proof

buildings...one way to make a simple structure more resistant to these lateral forces is to tie

the walls, floor, roof and foundations into a rigid box that holds together when shaken by a

quake. Base isolation, also known as seismic base isolation or base isolation system, is one

of the most popular means of protecting a structure against earthquake forces. It is a

collection of structural elements which should

substantially decouple a superstructure from its substructure resting on a shaking ground

thus protecting a building or non-building structure's integrity. Base isolation is one of the

RANK

TITLE OF PROJECT

NAME OF STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.

3

DESIGN AND ANALYSIS OF

BASE ISOLATION TECHNIQUES

FOR EARTHQUAK

E RESISTANCE

BUILDING

Foram Chhaya 16692030601

5 [email protected]

om 799098912

1

Minal Dhadhal 16692030602

0 [email protected]

9106024458

Khushboo J. Makavana

166920306040

[email protected]

7069421037

Khushbu R. Makwana

166920306042


3





most powerful tools of earthquake engineering pertaining to the passive

structural vibration control technologies.

Civil Poster

RANK - 1

RANK

TITLE OF PROJECT

NAME OF

STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.

1

MATERIAL PROCUREME

NT IN CONSTRUCTI

ON INDUSTRY: PROBLEMS

AND SOLUTIONS

Jigar Narendra

Bhuva

150350106005

[email protected]

9409353449

Bharai Hardev

Rajabhai

150350106002

[email protected]

9426442444

Kamani Ravi Hasmukhbhai

150350106017

[email protected]

7405994692


This project indicates the material procurement practices in construction industry. We

have chosen Junagadh city for this project, as the procurement practices in Junagadh are

not so effective. Aim of the research begins by the examining the current procurement

services performed by the service providers, agencies and the contractors. It is important

to minimize the cost price of project and fraud in construction projects by better

procurement system. We need to achieve an alternate process of procurement for

betterment of small scale construction industry in the region.





RANK - 2

RANK

TITLE OF PROJECT

NAME OF STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.

2

ANALYSIS & DESIGN

OF REINFORC

ED CONCRETE

BRIDGE STRUCTUR

ES

Dalsaniya Rajkumar

Mohanbhai

160353106003

[email protected]

8469073836

Parmar Nileshkuma

r Jagdishbhai

160353106018

[email protected]

9913449626

Pandya Sagarkumar Jitendrabha

i

160353106016

[email protected]

9725717508

Dethadiya Ankit

Mahendrabhai

160353106004

[email protected]

9157573735






The Project covered in these recommendations are: common terms; general considerations; materials; construction: loads and load combinations; preliminary design: ultimate load analysis and strength design; service load analysis and design: prestressed concrete; superstructure systems and elements; substructure systems and elements; precast concrete: and details of reinforcement. The quality and testing of materials used in construction are covered by reference to the appropriate AASHTO and ASTM standard specifications. Welding of reinforcement is covered by reference to the appropriate AWS standard.

RANK - 3

RANK

TITLE OF PROJECT

NAME OF

STUDENT

ENROLLMENT NO.

E-MAIL ID MOBILE

NO.





3

EFFECT OF SEA SAND

ON PROPERTI

ES OF CONCRETE

AND ITS REMEDIES

Dhaval vadher.

166920306070

[email protected]

9978394899

Jadav Satish

166920306028


35 Jadav Rahul

166920306026


85

Visavadiya harsh

156920306064

[email protected]

9537943032


The removal of salt content present in the sea sand is mandatory because it affects the

durability and workability of the structural. Sea sand can be use after its purification by

desalination method and after process addition of mineral admixture with replacement of

cement . It can improve performance of concrete .the research is shows that we can use sea

sand as natural sand.





Mechanical Degree

Rank Enrollme

nt no. Student name Mobile No. Email Id Title

1st

15035011

9014

Khant Vikas

D. 7819913304 [email protected]

Constructio

n Of

Ornithopter

By Using

Linkage

Mechanism

15035011

9036

Vadhiya

Jayesh H. 7202081844

[email protected].

in

15035011

9010

Ghetiya

Atman D. 9033578498

[email protected]

n

15035011

9030

Bukhari

Sajidali M. 9724860072

[email protected]

.in

14035011

9080

Yusufzai

Shahrukhkhan 7016626745 [email protected]

2nd

15035011

9007

Daki

Vijaybhai

Bachubhai

7567933473 [email protected]

Developme

nt Of Low

Cost

Portable

Chair To

Provide

Support For

Factory

Worker

15035011

9011

Jagani

Shubham

Vasantbhai


u.in

13035011

9059

Kapupara

Chirag

Jaysukhlal


16035311

9007

Kapadiya

Darshan 9974418587

kapadiyadarshan12@gmail.

com

14035011

9073 Trivedi Pranav 9662951934

[email protected]

n

15035011

9020

Mori Bhavya

Sharadbhai 9033759883 [email protected]

3rd

15035011

9019

Mandal

Chandankuma

r Manojbhai


u.in

Constructio

n Of Low

Cost Cotton

Wicks

Machine

15035011

9016

Kotila

Sureshbhai

Alkubhai


16035311

9012

Makvana

Parth 8530927618 [email protected]

15035011

9013

Katariya

Harshkumar

Nirmalbhai

9662627683 harshkumar.katariya@ngivb

t.edu.in

15035011 Madhudiya 9586868275 [email protected]





9018 Jasat

Mansukhbhai

u.in

Rank-1

Construction of Ornithopter By Using Linkage Mechanism

Meaning of “Ornithopter”

An ornithopter is an aircraft that flies by flapping its wings.

Ornithopter word takes From Greek ornithos "bird" and pteron "wing"

Objectives

To develop a battery-powered ornithopter and prolong flight time.Use linkage

mechanism.

Historical Data

The first ornithopters capable of flight were constructed in France.

Gustavetrouve scientist was developed an ornithopter using IC engine and his 1890

model flew a distance of 80 m in a demonstration.

Innovation in ornithopter

The new innovation is that the use of small flappig wings at both side of body which

provide thrust and this innovation eliminated the need of for gear reduction, therefore it converts

into simple construction.

Applications

In military application without alerting enemies that they are under

surveillance.

Inspection of forest and help bird & animal by Division of Wildlife.

Components

Li-poly RC Battery

Gear box

ServoMotor *1





Easy electronicMotor *2

Brushless motor speed controller

Connecting rods (Universal) *2

Flapping wings *2

RC transmitter with Receiver

Working

In our project model we use one crank and connecting rods. The flapping wings are

assembled to the connecting rod.

The wings are hinged at the two different slots at both sides. When the current is

passing through this device by use of remote. The crank shaft and connecting rods oscillates.

This oscillation motion of connecting rod leads to flapping of wings. Movement of

wings generates thrust. It can lift ornithopter.





Project Model

Rank-2

Development of low cost portable chair to provide support

for factory worker

INTRODUCTION

This chairless chair is design for manufacturing environ ment friendly and where worker

are required to stand for long periods of time and where traditional chairs would be an obstacles.

First time Sappeti designed this chair for swiss company noonee, which describes itself

as the world’s first supplier of “wearable ergonomic mechatronic device” the chair is its first

product.





In our project concept is almost same but we have improved its cost and simple design.

So that every man can purchase our project cost around 2000 RS. So it is low cost every man can

be purchase them. It is our main purpose.

This project is so useful for factory worker and when worker has to working as standing

for a long time, it is used to support for factory worker, he can sit at anytime and anywhere when

he is working.

Project Model.

Objective

Main objective of our project is the comfortless of the factory worker, by this wearable

chair factory worker can be sitting everywhere when he tired.

It is also used for the ergonomics purpose for factory worker so that we can increase the

efficiency of the worker.





This chair is working on jack motion and it is simple to operate.

It is low cost project so have it is available for any person.

It is a one type of ergonomics related project for comfortless of the worker.

Support injured workers to return to work faster.

Give a wider range of employees (such as older or smaller workers) the ability perform

tasks safely.

Rank-3

Construction of Low-Cost Cotton Wicks Machine

1. INTRODUCTION

1.1 DEFINITION

Developmentof Low Cost Cotton Wicks Machine.

1.2 HISTORY

Cotton wicks for divas are mostly prepared women using their hands. Though machines

for making long cotton wicks are available however, there is no machine available for making

cotton wicks with bulbous base. The modernisers have developed a machine to automate the

process of making round cotton wicks.

1.3 PURPOSE

Machines for production long cotton wick are available in the shop for industries

however there is no machine available for making round cotton wick for small scale production

or for cottage industries. Usually, it is being made as a house hold activity by women in rural and

urban areas during their spare time to generate additional income to support their family.





1.4 OBJECTIVE

The economic situation of cotton wick industry and increasing demand of wicks has

forced the wick industry to use all possibilities of increasingprductivity. Our aim is reduce cost,

simple construction and increase production rate.

2. CONSTRUCTION

In the terms of long cotton wicks or slivers production generally made by hand and long

cotton wicks machine is available but not preferable for every production unit. In this era

bubble base wicks is more require in market. Bubble base cotton wicks machine also

available in market but it is costly as compare to its productivity, cause of its complicated

mechanism and costly components.

As per our aim of project we need economical components and due to reduce cost of our

project as compare to market. E.g. in market product body of CWM is made of metal and we

will use wooden body for it, advantage of it will reduce cost and weight also.





For making of bubble base of wicks we require a component “wick box”. horizontal

rectangular grooved at bottom and vertical rectangular groove from top of wick box to top of

horizontal rectangular groove. Metal rod will rotate in vertical groove through DC motor for

making of brick shape of wick. Shown in fig.

Fig. 3.1 Through help of wicks box generate two wicks at a time, there will be two wicks box

work in this machine. A single motor located on top of each wick box to rotate metal rod.

After generation of wicks need to remove wicks from box, at that time a slide remove from

wicks box, slide will operated through manually handle.

Vertical

rectangular

groove

Horizontal

rectangular

groove

groove





This mechanical construction (DC motor, wicks box, slide mechanism, handle) located

on vertical surface of machine. Machine need DC power source for working therefore we can

use transformer circuit to convert AC power to DC power for working of CWM.

3. COST ANALYSIS

Market product Our project

Body cost Rs.3500/- Rs.1050/-

Slider Rs.1000/- Rs.450/-

Spring Rs.300/- Rs.200/-

Transformer Rs.1500/- Rs.1000/-

Handle mechanism Rs.1500/- Rs.400/-

Motor Rs.1600/- Rs.1100/-

Wiring Rs.250/- Rs.240/-

Flipper Rs.1000/- Rs.260/-

Colour Rs.500/- Rs.250/-

Additional Rs.1000/- Rs.500/-

Total cost Rs.12150/- Rs.5450/-





4. CONCLUSION

With the help of this mechanized system, wicks can be produced more efficiently &

economically. In case of manual method one man can able to produce 12 wicks per minutes. This

Mechanized system enables the worker to produce 42 to 44wicks per minutes with uniform

quality it has advantage of low cost compare to market. Our CWM (Cotton Wicks Machine) will

useful increase production rate in the low cost. The main objective of project is devolution of

CWM and to provide a easy mechanism specially for small production unit of cotton wicks. So

that they will directly able to mass production of cotton wicks and get more profit.





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