This document presents a project to design a torque generator mechanism. The mechanism aims to provide greater torque output using relatively small electric motors and gear assemblies. This would make manufacturing processes requiring high torque, such as bending metal sheets and structural profiles, more affordable. The proposed design uses two meshed gears of different diameters, along with a motor or crank handle, mounted on a wooden base. It is intended to be simple to manufacture locally at low cost. Testing of prototypes will evaluate torque multiplication capabilities. The goal is a compact, affordable solution for applications needing high torque.

1. PROJECT TITLE
B
Y
1.XYZ (PRN)
2.XYZ (PRN)
3.XYZ (PRN)
4.XYZ (PRN)
GUIDEDB
Y
Prof.
SIESGRADUATESCHOOLOFTECHNOLOIGY
DEPARTMENTOFMECHANICALENGINEERING
2020-2021
Grp:-

2. • Torque generator mechanisms form the basics of vehicle transmissions as
well as high torque motors. For this purpose we use a combination of gears
to transfer motion in a way to generate more torque. Using this technique
many industrial machines and system generate high torque using small
motors and gear mechanisms.
INTRODUCTION
(with picture)

3. • To move heavy and giant goods requires more torque especially in hilly
region, so that it requires more no. of power sources to produce that much
torque.
• The manufacturing industry is in need of torque producing devices for the
bending of pipes structural profiles, metal sheets which need again big
machines that has capability to bend steel in desired aspect.
• The cost to manufacture these structural profile due to huge machinery are
much expensive.
PROBLEM DEFINITION

4. • To achieve greater torque.
• To show how torque increase/decrease with resect to speed.
• Making it more simpler than existing.
• To make manufacturing process cheaper for bending of pipes structural
profiles, metal sheets, etc.
• Making it more compact
• Easy maintenance
• Suitable for all kind of machines
OBJECTIVE AND SCOPE

5. The design and assembly of a mechanism to provide more torque top wheel of
vehicle and industrial machines . The use of a relatively small electric motor,
coupled with a small gear or driving gear which is meshed with bigger gear or
driven gear to produce the torque, is a novel approach to the process. The
torque generator method uses two gears and a motor/ crank handle in order to
accomplish the rotational movement. The strongest restriction upon the design
is that it could be manufactured in small shops, with a cost low enough to be
profitable even for a small production volume.
SUMMERY OF LITERATURE REVIEW

6. • One of the simplest method to generate more torque than any other method.
•
• XYZ
INNOVATIVENESS

7. • 2 Gears of different diameters
• Input gear/driving gear
• Output gear/driven gear
• Shafts
• Supporting Frame and base
• Crank Handle or motor
• 2 Ball bearings
COMPONENTS LIST

8. COST
Sr. No Component Specification Quantity Cost
1. Driving gear - 1 220
2. Driven gear - 1 240
3. Shafts - 2 350
4. Wooden member - 2 -
5. Handle or motor - 1 430
6. Bearings Ball bearing 2 450
7. Plywood - 1 200
Total 1890

9. METHODOLOGY
(With flowchart)
Choosing topic for
project
Gathering
information about
project
Designing and
assembling project
in 3D software
Animating and
testing in software
Actual parts and
components made
All component
assembled on
wooden base
Final testing of
project
Aesthetic finishing

10. • Divide the diameter of the output gear by the diameter of the input gear. Multiply the
torque of the motor by the gear ratio to get the output torque. For example, a
motor that puts out 10 Nm of torque used with a gear reducer with a 10:1 gear ratio
will give you 100 Nm.
DESIGN

11. • https://nevonprojects.com/torque-generator-mechanism/
• https://www.researchgate.net/figure/Passive-torque-generator-a-and-
orientation-mechanism-b_fig2_258029022
• http://www.mbotsprojectsindustry.com/MECHANICAL-
PROJECTS/TORQUE-GENERATOR-MECHANISM.html
References

12. THANK YOU
Questions???