2 GATHERING PERTINENT INFORMATION - Q-div-Engg-Exploration-2026-27-Odd/Repo-11 GitHub Wiki
Gathering Pertinent Information
| Sl. No. | Pertinent Information | Details |
|---|---|---|
| 1 | Type of Food | Fruits and vegetables |
| 2 | Washing Method | Water spraying / agitation |
| 3 | Water Requirement | Minimum water consumption |
| 4 | Washing Time | Short washing cycle |
| 5 | Food Capacity | Suitable quantity of food per cycle |
| 6 | Food Detection | Sensor to detect the presence of food |
| 7 | Motor | Geared motor for rotating/moving the washing mechanism |
| 8 | Water Filtration | Filter to remove dirt and impurities |
| 9 | Control System | ESP32-based control |
| 10 | Completion Indication | LED/Buzzer to indicate completion |
| 11 | Safety | Electrical components protected from water |
| 12 | Cost | Low-cost and easily available components |
| 13 | Size | Compact and easy to handle |
| 14 | Maintenance | Easy to clean and maintain |
Food Washing Machine
Gathering Pertinent Information
Gathering pertinent information is an important step in designing a food washing machine. Information is collected about the type of food to be washed, the amount of dirt present, the required washing time, water requirement, and suitable washing methods. Fruits and vegetables such as carrots, potatoes, tomatoes, apples, and leafy vegetables can be considered.
The machine should use a suitable washing mechanism to remove dirt, dust, and other impurities from the food. Water spraying, rotating brushes, or agitation can be used depending on the type of food. The washing process should be effective while preventing damage to the food.
Information about the required components is also gathered. A geared motor can be used to operate the rotating mechanism or conveyor, while a sensor such as an IR or photoelectric sensor can detect the presence of food. A microcontroller such as an ESP32 can be used to control the different operations of the machine.
Water management is another important consideration. A water filtration system can be used to remove dirt and suspended particles from the used water, allowing suitable water reuse and reducing water wastage. The machine should also be easy to clean and maintain.
Finally, information about cost, safety, efficiency, size, and ease of operation is considered. The machine should be affordable, compact, safe to use, and capable of washing food effectively with minimum human effort.
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