Idea - FICS

Roboomnic

Team and Contact Details

Student Name School Degree Year Email
Muhammad HarisSMMEUndergraduateSecond[email protected]
Moazzam HussainSMMEUndergraduateSecond[email protected]
Arsal MuradSMMEUndergraduateSecond[email protected]
Umar ShahbazSMMEUndergraduateFourth[email protected]
Ansar KhalilSMMEUndergraduateSecond[email protected]

Inter School Idea ? No
Do you need expertises from another area: Yes
If Yes please provide details of expertises you need: software, programming, electronics, mechanical.

Idea Details

Idea Name: Roboomnic
Slogan: Innovative Industrial Production System
Supervisor Name: Ali Hassan
Supervisor Designation: L. E
Supervisor School: SMME
Supervisor Department: SMME
Contact number: 03366333996
Email ID: [email protected]
Abstract:
    The present industries need execution of industrial robots due to standard in mass and batch size production. Design of Mecanum vehicles will be now revolutionizing the industries. Mecanum wheels allow robot designers to create drivetrains capable of moving in any direction using a standard chassis. Whether industries or warehouses, it would cost no more space for a forklift to turn.
What is the unmet need in society that your idea will fulfill ?
    Industrial requirements easy for maneuverability of vehicles have attracted much attention recently. However, vehicles with a conventional wheel are restricted to only one directional movement. The design of these mecanum based vehicles would allow multi directional motion in a very compact space.
Who needs it ? How many would benefit ?
   Mecanum wheels give robots autonomous omnidirectional capabilities, while regular wheels don
How will the solution works
    Mecanum wheels involve a central wheel with a number of rollers placed at 45
Who are your competitors ? How is your solution different
    Among our competitors, CaserBot, KUKA, RoboCT are the leading chinese companies currently working on these drive systems. What makes us different is our approach towards decreasing the vibrations caused, roller curvature design for optimum performance, modified fork design using dynamic simulations.   dewi88
Status: new
Entry Date & Time: 2022-12-30 (2109)