Update README.md

Author: mcbanana3

README.md

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 **Overview:**
 This repository contains the codebase for a water level monitoring and control system using ESP-8266 modules. The system employs ultrasonic sensors to measure water levels at a specific site. If the water level surpasses a defined threshold, the ESP-8266 module initiates a series of actions, including controlling a servo motor and notifying the user via SMS without the need for a GSM module. Additionally, the system utilizes IFTTT webhooks to send messages and illuminate an LED when the water level exceeds 30 units.
 
+![Sender-ESP-DIAGRAM](https://github.com/mcbanana3/ESP-8266/assets/146920196/5474a119-c7e9-4be6-9706-3634cabc36ed)
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 **Key Features:**
 - **Ultrasonic Sensor Integration:** Measures water levels accurately using ultrasonic sensors connected to an ESP-8266 module.
 - **Remote Servo Motor Control:** Controls a servo motor over the internet to manage water flow or gates based on water level conditions.
@@ -14,21 +16,24 @@ This repository contains the codebase for a water level monitoring and control s
 
 ![image](https://github.com/mcbanana3/ESP-8266/assets/146920196/abb162bf-d552-490f-9e83-a0d8fbac18fd)
 
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 **Repository Structure:**
 - **/src:** Contains the source code for ESP-8266 modules.
   - **/ultrasonic_sensor_module:** Code for reading data from the ultrasonic sensor.
   - **/servo_control_module:** Code for controlling the servo motor based on water level conditions.
   - **/ifttt_integration:** Integration with IFTTT webhooks for SMS notification and LED control.
 - **/hardware_diagrams:** Schematics and diagrams illustrating the hardware connections.
 
+![image](https://github.com/mcbanana3/ESP-8266/assets/146920196/08527158-f01a-4234-89e3-d481b623ccf1)
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 **Getting Started:**
 1. Clone the repository to your local machine.
 2. Set up the ESP-8266 modules with the necessary connections as per the provided diagrams.
 3. Configure the system parameters and Wi-Fi credentials in the code.
 4. Flash the code to the ESP-8266 modules using the Arduino IDE or your preferred platform.
 5. Monitor water levels and observe the system's actions based on the defined thresholds.
 
+![Reciever-ESP-Diagram](https://github.com/mcbanana3/ESP-8266/assets/146920196/2a953a29-5d7f-4ad3-9ce1-5d512c4ce0bb)
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 **Note:**
 Ensure proper safety precautions and adherence to local regulations when deploying the system. This project serves as a starting point and can be extended for specific use cases.