Description:Field of Invention
This invention pertains to the domain of electronic waste (e-waste) management and recycling. Specifically, it relates to an integrated system and method for locating nearby e-waste recycling facilities based on user location, estimating the recycling value of electronic devices, and incentivizing recycling behavior through a points-based rewards system. The system leverages web technologies and mappingAPIs to provide a user-friendly platform that not only facilitates the proper disposal of e-waste but alsoencourages community engagement through reviews and ratings of recycling centers. By addressing both the logistical and motivational aspects of e-waste recycling, this invention aims to promote environmental sustainability and responsible disposal practices.
Objectives of the Invention
The primary objectives of this invention are to facilitate the responsible disposal of electronic waste byenabling users to locate nearby e-waste recycling facilities, estimate the recycling value of their electronic devices, and incentivize recycling through a points-based rewards system. Additionally, the inventionaims to foster community engagement by allowing users to share reviews and ratings of recycling centers. By integrating these features into a user-friendly web application, the invention seeks to promote environmental sustainability, enhance user convenience, and encourage active participation in e-waste recycling efforts.

Background of the Invention
The widespread use of electronic devices has resulted in a substantial rise in electronic waste (e-waste)posing a major environmental challenge. US20050261917A1 discloses the E-waste comprises a variety of discarded electronic appliancessuch as computers, smartphones, televisions, and other gadgets. These devices often contain hazardous materials, including lead, mercury, and cadmium, which can cause severe environmental and health issues if not disposed of properly. As the lifespan of electronic devices shortens due to rapid technological advancements and consumer demand for the latest gadgets, the volume of e-waste continues to grow, exacerbating the problem. Currently, the disposal and recycling of e-waste are not as efficient or widespread as they should be. US10977622B2 discloses that many consumers are unaware of nearby recycling facilities or the propermethods for disposing of their electronic devices. Moreover, there is often little motivation for individuals to recycle their e-waste, leading to improper disposal methods, such as throwing devices in the trash,which contributes to environmental pollution.In addition to logistical challenges, the financial aspect ofe-waste recycling is often overlooked.However, US20170109704A1 discloses the consumers typically do not have access to information regarding the potential value of their e-waste, which could serve as an incentive for proper recycling.Toaddress these issues, there is a need for a comprehensive system that not only helps users locate e-waste recycling facilities but also provides an estimated value for their electronic devices. Furthermore, to encourage and reward recycling efforts, a points-based rewards system can be implemented, offering tangible incentives for users who recycle their e-waste responsibly.
The invention described in this document aims to meet these needs by providing an integrated web application. This platform allows users to input their location and find nearby e-waste recycling centers using a mapping API. US11386362B1 discloses the systemalso includes a valuation module that estimates the recycling value ofelectronic devices based on theirmodel number or name. To further incentivize users, the platform features points-based rewards systemwhere users can earn points by uploading recycling receipts, which can be redeemed for items offered on the website.
Additionally, the invention promotes community engagement by allowing users to leave reviews and ratings for recycling facilities, helping others make informed decisions. By addressing both the logistical and motivational aspects of e-waste recycling, this invention seeks to promote environmental sustainability, enhance user convenience, and foster a community-driven approach to responsible e-waste management.

Summary of the Invention

This invention provides an integrated web application designed to address the challenges of electronic waste (e-waste) disposal and recycling. The platform enables users to locate nearby e-waste recycling facilities based on their location, utilizing mapping APIs for accurate and user-friendly navigation. It includes a valuation module that estimates the recycling value of electronic devices based on their model number or name, providing users with financial incentives for recycling. To further encourage responsible disposal, the system features a points-based rewards mechanism where users can earn points by uploading recycling receipts, redeemable for items on the website. Additionally, the platform fosters community engagement through user-generated reviews and ratings of recycling facilities, helping others make informed decisions. By combining location-based services, financial incentives, and community feedback, this invention aims to promote environmental sustainability and responsible e-waste management.
A core feature of the application is its ability to help users easily locate nearby e-waste recycling facilities using their current location or a specified address. This is achieved through the integration of mapping APIs, which enable accurate, real-time navigation and mapping services, ensuring users can find the most convenient and certified recycling centers in their area.
To incentivize recycling, the platform includes a valuation module that estimates the financial value of electronic devices based on their make, model, or name. This feature informs users about the potential monetary benefits of recycling their devices, encouraging them to participate actively in e-waste disposal programs.
Further promoting user engagement and sustainability, the application incorporates a points-based rewards system. Users earn points by uploading proof of recycling transactions, such as receipts, which can then be redeemed for various products and services available on the website. This rewards mechanism not only motivates continued participation but also fosters a culture of responsible disposal.
Detailed Description of the Invention
The E-Waste Facility Locator and Recycling Reward System is built using modern web technologies, comprising both frontend and backend components. The frontend utilizes HTML, CSS, JavaScript, and aJavaScript framework (React.js or Angular.js) to create a responsive and user-friendly interface. Thebackend is developed using Node.js and Express.js, with MongoDB as the database to store user data, facility information, device details, and transaction records.
User Interface (UI) provides interactive elements such as search bars, forms, maps, and review sections. Mapping Integration Utilizes Google Maps API or Map box for displaying nearby e-waste facilities. Forms and Input Validation Ensures accurate data entry for device valuation and receipt uploads. API End points Handles requests for facility searches, device valuation, receipt uploads, and reviews. Data base Management manages data storage and retrieval using MongoDB. Authentication Ensures secure login and registration for users, protecting user data and transactions. Location-Based Facility Search is the primary feature of the system is the location-based search for e-waste recycling facilities. Users enter their location through a search bar or allow the website to access their current location via browser Geo location services. The system then queries a database of registered e-waste recycling facilities and displays them on map.
The E-Waste Facility Locator and Recycling Reward System is built using modern web technologies,comprising both frontend and backend components. The frontend utilizes HTML, CSS, JavaScript, and aJavaScript framework (React.js or Angular.js) to create a responsive and user-friendly interface. Thebackend is developed using Node.js and Express.js, with MongoDB as the database to store user data, facility information, device details, and transaction records.
User Interface (UI) provides interactive elements such as search bars, forms, maps, and review sections. Mapping Integration Utilizes GoogleMaps API or Map box for displaying nearby e-waste facilities. Forms and Input Validation Ensures accurate data entry for device valuation and receipt uploads. API Endpoints Handles requests for facility searches, device valuation, receipt uploads, and reviews. Data base Management manages data storage and retrieval using MongoDB. Authentication Ensures secure login and registration for users, protecting user data and transactions. Location-Based Facility Search is the primary feature of the system is the location-based search for e-waste recycling facilities. Users enter their location through a search bar or allow the website to access their current location via browser Geo location services. The system then queries a database of registered e-waste recycling facilities and displays them on map.
The user enters their address or enables geo location takes as user input. The frontend sends this data to the backend via an API call. Facility Query is the backend queries the database for facilities within a specified radius of the user's location. It retrieves the facility details, including address, contact information, and operational hours. Map Display The frontend uses the mapping API to display the retrieved facilities as markers on a map. Clicking on a marker shows detailed information about the facility. Device Valuation Module The device valuation module provides users with an estimated recycling value for their electronic devices. This feature encourages users to recycle by highlighting the potential monetary value of their e-waste.
The Process of User Input that the user enters the model number or name of their device in a designated form. 1) Valuation Algorithm: The backend contains an algorithm that uses predefined data about common electronic devices and their components. The algorithm calculates the estimated value based on key components such as metals, plastics, and functional parts. 2) Value Display The estimated value is displayed to the user on the frontend. Additional information about how the value was calculated may also be provided.
Receipt Upload and Points System is to further incentivize recycling, the system features a points-based rewards mechanism. Users can earn points by uploading receipts from successful recycling transactions. These points can be redeemed for items or discounts offered on the website. Receipt Upload for the user uploads a photo or PDF of their recycling receipt through a designated form. The frontend validates the file format and size before sending it to the backend. Verification The backend verifies the receipt, checking for authenticity and completeness. Verified receipts are logged in the user's transaction history.

Points Allocation Points are allocated based on the value of the recycled items and the facility used. The user’s points balance is updated and displayed on their profile. Redemption Users can view available items or discounts in a rewards section. They can redeem points for these items, with the transaction recorded in the database.
Receipt Upload and Points System is to further incentivize recycling, the system features a points-based rewards mechanism. Users can earn points by uploading receipts from successful recycling transactions. These points can be redeemed for items or discounts offered on the website. Receipt Upload for the user uploads a photo or PDF of their recycling receipt through a designated form. The frontend validates the file format and size before sending it to the backend. Verification The backend verifies the receipt, checking for authenticity and completeness. Verified receipts are logged in the user's transaction history. Points Allocation Points are allocated based on the value of the recycled items and the facility used. The user’s points balance is updated and displayed on their profile. Redemption Users can view available items or discounts in a rewards section. They can redeem points for these items, with the transaction recorded in the database.
Brief description of Drawing

In the figure, which illustrate exemplary embodiments of the invention.
Figure1-The Process of Proposed Invention
Detailed description of drawing
In addition to providing incentives and encouraging community involvement, the architecture of the suggested e-waste recycling and incentive system is made to lead users through a smooth process that encourages the appropriate disposal of electronic waste. In order to find recycling facilities in the area, the platform first asks the user for their location. Because it lays the groundwork for offering localized services and guarantees that consumers are referred to valid and easily accessible recycling facilities in their area, this step is essential.
Following the location input, the system proceeds to search and query a database of registered or verified e-waste recycling facilities. This backend operation filters available facilities based on proximity and possibly other parameters such as user ratings or facility capacity. The results of this query are then visually represented through a map display interface. This visual element enhances user interaction, allowing them to view, select, and navigate to facilities based on distance, directions, or features offered by each center. The intuitive map-based layout simplifies the selection process and helps users make informed decisions.
The user is asked to input the name or model number of their electronic gadget after selecting a facility. This input starts the valuation process, in which the system estimates the recycling value of the designated device by using clever algorithms or by accessing a pre-defined database. The brand, condition, material composition, and market demand for reusable components could all be factors in these computations. The valuation and calculation module ensures that users are transparently informed of the potential value of their e-waste, helping to build trust in the platform and its reward structure.
Once the recycling is completed at the selected facility, users are given the option to upload a recycling receipt or proof of transaction. To confirm that the user has actually finished the recycling procedure, this step is crucial. The uploaded receipt is processed and validated by the system, after which points are allocated to the user’s account based on the estimated value of the recycled item. This reward mechanism gamifies the recycling process and motivates continued participation. Users can redeem their accumulated points for discounts, vouchers, or other rewards available through the platform or its partners, thereby providing a tangible benefit for engaging in sustainable practices.
Along with the reward-based features, the system invites users to rate and review the facility they visited in order to offer feedback on their recycling experience. This user-generated material contributes to the
development of a reliable and community-focused platform. After being moderated to guarantee authenticity and pertinence, submitted evaluations are posted on the facility's profile for consideration by future patrons. In addition to assisting in preserving service quality, this evaluation system motivates institutions to maintain high standards in order to get favorable feedback.
Overall, the architecture integrates location services, data querying, user interaction, valuation logic, receipt verification, reward systems, and community engagement into a unified flow. Each component is interconnected to ensure a smooth user journey from initiating recycling to receiving rewards and contributing feedback. This system not only incentivizes proper disposal of electronic waste but also fosters an ecosystem of transparency, accountability, and sustainability. , Claims:The scope of the invention is defined by the following claims:
Claims:

1. A system/method for locating and incentivizing e-waste recycling, said system/method comprising the steps of:

a) The user location is received as input to identify nearby e-waste recycling facilities followed by querying a data base to find facilities within a specified radius of the user’s location.
b) The locations of nearby facilities are displayed on a map interface. The model number or name of an electronic device is received to calculate an estimated recycling value.
c) A set of algorithms is used to calculate the estimated recycling value based on key components of the device which allows users to upload recycling receipts.
2. As mentioned in Claim1, the invented system starts by receiving user location input to identify nearby e-waste recycling facilities. The system processes the model number or name of an electronic device to calculate its estimated recycling value, using predefined data and algorithms.
3. According to Claim1, the system includes a receipt upload feature, where users can upload recycling receipts to earn points. The system verifies uploaded receipts and allocates points to the user's account, which can be redeemed for items or discounts. The system allows users to submit and view reviews and ratings for recycling facilities, promoting community engagement.