Скачать или смотреть DIY Shop Billing System with Arduino and Python | Electronics For You

Check the Complete Project Details here along with the Circuit and Code: https://www.electronicsforu.com/elect...

Creating a Shop Billing System that combines Python for a user-friendly graphical interface and Arduino for efficient thermal printing. This innovative system is designed to streamline transaction management in retail environments, allowing you to seamlessly input customer details, manage inventory, handle a cart, and print bills. Whether you run a small shop or a large retail store, this project will help you improve efficiency and enhance the customer experience.

👉 Components Required:
~ Arduino Uno (MOD1): Development board for controlling the thermal printer.
~ USB Type C Adaptor: For connecting the Arduino to your computer.
~ RP203 Thermal Printer (MOD2): For printing bills.
~ 12V, 1A Power Adaptor: A power source for the thermal printer.
~ Jumper Wires (Male to Female): For connecting components.
~ Printer Paper: Ensure you have this if it’s not included with the thermal printer

👉 Working:
The shop billing system streamlines retail transactions using a user-friendly Python GUI and an Arduino-controlled thermal printer.

Here’s how the project works:

1. Customer Information Input:

Users enter customer details, such as name and phone number, into the GUI for personalized billing.

2. Inventory Management:

The GUI allows users to select items from a predefined inventory.

For each item, users can specify the quantity and unit of measurement.

3. Cart Management:

As items are added to the cart, they are displayed in the GUI.

Users can easily delete items from the cart if needed.

The system instantly calculates the total amount of the items in the cart.

4. Handling Unknown Items:

If an item is not in the inventory, users can add it directly through the GUI by entering the item's name and price.

The system automatically calculates the amount for these items.

5. Bill Printing:

Once the cart is finalized, users click the 'Send' button in the GUI.

The data is sent to the Arduino Uno, which controls the thermal printer.

The thermal printer then prints the bill with all the details provided in the GUI.

6. User Interaction with the GUI:

The GUI is developed using Tkinter in Python, making it intuitive and easy to navigate.

Users can manage all aspects of the billing process, from customer details to final bill printing, through this single interface.

By leveraging this system, retail environments can enhance transaction efficiency and accuracy, providing a seamless experience for staff and customers.

Check the Complete Project Details here along with the Circuit and Code: https://www.electronicsforu.com/elect...
----------------------------------------------------------------------------------------------------------
1500+ Electronics Projects For You, https://www.electronicsforu.com/categ...

You can visit https://www.electronicsforu.com/forums to connect with the community of DIYers, Electronics Hobbyists, and Engineers
----------------------------------------------------------------------------------------------------------
You can also find us at:
👉 Website: https://www.electronicsforu.com/
👉 Instagram:   / efy_design_community  
👉 Telegram: https://t.me/joinchat/82pYGTSKG-U1MTM1
👉 Facebook:   / designelectronics  
👉 Twitter:   / efycon  
👉 Pinterest:   / electronics4you  
👉 LinkedIn:   / 13580888  
----------------------------------------------------------------------------------------------------------
#diy #engineeringprojects #diyelectronics