AUTOMATIC FEEDING MACHINE WITH CD-ROM MECHANIC

Summary of AUTOMATIC FEEDING MACHINE WITH CD-ROM MECHANIC


This article describes an automatic wedge feeding machine utilizing a CD-ROM mechanism and an Attiny13 microcontroller. The system features a 9V power supply with a 78L05 regulator, an LED indicator for over-voltage, and a button interface to set timer intervals of 12, 24, 36, or 48 hours. It also includes manual control for opening or closing rails without affecting the timing settings.

Parts used in the Automatic Feeding Machine:

  • CD-ROM mechanism
  • Plastic container
  • Attiny13 microcontroller
  • Driver circuit
  • 9V power supply
  • 78L05 regulator
  • D2 LED
  • Button
  • Timer ready modules

For the author, the automatic feeding machine for the wedge is the easiest mechanical part for the application. they insert a plastic container all of which is placed on the CD present on the… Electronics Projects, Automatic Feeding Machine With CD-ROM Mechanic “avr project, microcontroller projects, “

Automatic feeding machine with cd rom mechanic

For the author, the automatic feeding machine for the wedge is the easiest mechanical part for the application. they insert a plastic container all of which is placed on the CD present on the CD-ROM and put the ready-made cat here.

Attiny13 Automatic feeding circuit A simple driver circuit is used for engine control based on the Attiny13 microcontroller. The operating voltage of the feeding circuit is 9v Attiny13 supply 78L05 regulator provided with the project’s proteus simulation scheme, source codevision avr c, hex code files are available.

When the over voltage is applied, the D2 LED flashes. By pressing the button briefly, the sled opening time can be selected as 12, 24, 36, 48 hours. The time setting is indicated by led: 12 hours, 2 times 24, 3 times – 36, led light without pause. Pressing the button for a long time, if necessary, opens or closes the rails. This does not affect the Timing setting.

Timer ready modules are sold more easily to control the application. This circuit can be done by using CD-ROM mechanism with different circuit, devices and automatic feeding system.

AUTOMATIC FEEDING CIRCUIT SCHEMATIC

Schematic automatic feeding machine with cd rom mechanic

Circuit automatic feeding machine with cd rom mechanic

source: AUTOMATIC FEEDING MACHINE WITH CD-ROM MECHANIC

Quick Solutions to Questions related to Automatic Feeding Machine:

  • What is the easiest mechanical part for this application?
    The automatic feeding machine for the wedge is considered the easiest mechanical part.
  • How does the user insert materials into the device?
    Users insert a plastic container placed on the CD present on the CD-ROM.
  • What microcontroller is used for engine control?
    An Attiny13 microcontroller is used based on a simple driver circuit.
  • What is the operating voltage of the feeding circuit?
    The operating voltage is 9V provided by a 78L05 regulator.
  • What happens when over voltage is applied?
    The D2 LED flashes to indicate over voltage.
  • How can the sled opening time be selected?
    Pressing the button briefly selects times of 12, 24, 36, or 48 hours.
  • How is the time setting indicated by the LED?
    The LED lights 2 times for 12 hours, 3 times for 24 hours, and stays on without pause for 36 hours.
  • What is the function of pressing the button for a long time?
    It opens or closes the rails without affecting the timing setting.
  • Are timer ready modules available for this project?
    Yes, timer ready modules are sold more easily to control the application.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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