Green minimalist professional Business Proposal Presentation

[Virtual Presenter] Good morning everyone! Today I will be introducing you to the topic of the edible coating and its benefits. Our pre-distribution system utilizes input processing, output, programming, mechanical physics, electronics components, materials, and sprayers to address the problem of long journey rotten guava loss. This system helps to reduce the loss of guavas and ensures their quality when being transported over long distances. Let's get started..

INTRODUCTION Group 8.

[Audio] We aim to improve upon our widespread honey guava pre-distribution system. This system makes use of input handling, output organization, programming, mechanical physics, electronic parts, materials, and atomizers to maintain the quality of the honey guava over lengthy routes. The system is created to rapidly and efficiently spot broken, spoiled, or inferior honey guavas and redirect them to the suitable place. This enables us to lower the wastage of these delectable fruits in the course of transportation..

Long Journey Rotten Guava Loss PROBLEM.

[Audio] Temperature is one of the main causes of guava rotting in transit. Oxygen's interaction with organic molecules also contributes to guava spoilage. Furthermore, collision of organisms such as fungi, bacteria, and insects during transportation can also cause degradation of guava. All these factors combined can lead to significant deterioration of guava before it reaches its destination..

[Audio] In order to develop an effective system for increasing the quality of honey guava during distribution, we must analyze the intricate elements at play. Input processing, output programming, mechanical physics, electronics components, materials and sprayers must be taken into account when creating a pre-distribution edible coating system. Such a system would minimize the loss of honey guava due to decay during the long journey. Let us collaborate to discover a better approach that bolsters the quality of honey guava during distribution..

Solutions.

[Audio] Edible coating is an innovative system with a combination of input processing, output programming, mechanics, electronics, materials, and sprayers, designed to form a protective barrier around individual fruits and vegetables, thus preventing them from being exposed to air and other environmental variables during transit. This system has been successful in reducing spoilage rates of honey guava, providing growers and distributors with a viable solution..

Input Process output.

[Audio] Prototype programming is essential for the success of the edible coating pre-distribution system. Mechanical physics was used to investigate and understand the relationship between the edible coating liquid output and the guava. To carry out this process, a prototype was developed to assess the effects of different conditions. The primary objective of the prototype was to guarantee that the right quantity of coating liquid is sprayed onto the guava to obtain a desired yield. This prototype is an invaluable asset for the progress of the edible coating pre-distribution system..

[Audio] Without greetings, without beginning with Today, and without thanks: This presentation will cover the electronic components that are essential for our edible coating pre-distribution system. The Arduino Uno and esp8266 facilitate communication between the motor, sensors, and stepper. Meanwhile, a DC servo motor and ultrasonic sensor monitor the movement of the guava inside the system, while the stepper moves it from one station to the next. All these components are crucial for the system to operate efficiently and effectively..

[Audio] The slide showcases the materials used by the company to manufacture the edible coating pre-distribution system - the liquid used to form the coat, the polypropylene board as the system's structure, styrofoam for insulation and a sprayer to apply the coating. All of these components put together make the system effective..

CONCLUSION.

THANK YOU Any questions?.