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Automatic Cup Filling Machines are most commonly used in beverages and soft drink industries. These machines use a conveyor belt which is an economical and fast way to fill bottles. Mostly PLCs are used for Automatic bottle filling machines, but you can make a very basic and versatile bottle filler using a microcontroller. You can program the microcontroller to automatically detect the bottle using positon sensor and allow the bottler to fill by stopping the conveyer belt for some time. (Refer Table 01 for time values) Then again move the belt and stop when the next bottle is detected.  As a Design Engineer prepare Suitable block diagram for the above design

Automatic Cup Filling Machines are most commonly used in beverages and soft drink industries. These machines use a conveyor belt which is an economical and fast way to fill bottles. Mostly PLCs are used for Automatic bottle filling machines, but you can make a very basic and versatile bottle filler using a microcontroller. You can program the microcontroller to automatically detect the bottle using positon sensor and allow the bottler to fill by stopping the conveyer belt for some time. (Refer Table 01 for time values) Then again move the belt and stop when the next bottle is detected.  As a Design Engineer prepare Suitable block diagram for the above design

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Automatic Cup Filling Machines are most commonly used in beverages and soft drink industries.
These machines use a conveyor belt which is an economical and fast way to fill bottles. Mostly
PLCs are used for Automatic bottle filling machines, but you can make a very basic and versatile
bottle filler using a microcontroller. You can program the microcontroller to automatically detect
the bottle using positon sensor and allow the bottler to fill by stopping the conveyer belt for some
time. (Refer Table 01 for time values) Then again move the belt and stop when the next bottle is
detected. 

As a Design Engineer prepare Suitable block diagram for the above design

 

 

 

50 ml 75 ml 100 ml 150 ml Volume Table 1: Timing Details 5s 10s 15s 25s Time
Transcribed Image Text:50 ml 75 ml 100 ml 150 ml Volume Table 1: Timing Details 5s 10s 15s 25s Time
Problem Specification Volume Selector Position Sensor Controller Figure 1: System Block Diagram Solenoid Valve Conveyer Motor
Transcribed Image Text:Problem Specification Volume Selector Position Sensor Controller Figure 1: System Block Diagram Solenoid Valve Conveyer Motor
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what are the Suitable sensors for design and the Appropriate actuators for design.

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