This document outlines the design of an automatic conveyor and counter system. It lists the group members and states the objective is to save time, reduce human effort, and speed up processes. It describes the basic parts which include a hopper, conveyor belt, motor, guide arm, and sensor connected to a digital counter. It provides specifications for the conveyor belt size and speed, and notes the motor speed can be adjusted. A beam photoelectric sensor will be used, and cost estimates are provided for the materials.

1. Design of automatic counter
Conveyer with sensor

2. Group members
 Muhammad Farhan yousaf (2014-ME-356)
 Umair (2014-ME-392)
 Muhammad Talha malik (2014-ME-357)
 Ahmad Mustafa (2014-ME-393)

3. Objective and benefits
 Time saving
 Reduce human effort
 More economical
 Speed up the porocess
To make a automatic conveyor and counter system
It will be;

4. Operation

5. Basic parts
 Hopper
 Conveyer belt
 Motor
 Guide arm
 Sensor connected with digital counter

6. Design specifications
 Conveyer belt
 Belt
 We will use two belts
i. One with the slow speed under hopper
ii. Other with the relatively high speed under sensor
 Speed
 O.5 to 0.75 m/sec
 Size
 400 mm

7. Design specifications
 Conveyer arm

8. Motor
 Belt speed is influenced by many factors, importantly the loading, discharge and
transfer arrangements, maintenance standards, lump size etc.
 Motor whose speed can be adjusted

9. Sensor
beam photoelectric counter

10. Cost factors
Material Quantity Material cost
Conveyer belt 1 7$
Motor 2 15$
Sensor 1 5$
Gear, pulleys and other
equipment.
Depends upon design 10$
Total= approx 40$

11. ?
Questions

12. Thank you!!