Description:[0027]. Explore different design configurations and assembly methods to ensure the mini shed can be easily installed and secured onto various vehicle models and configurations.
[0028]. Conduct feasibility studies and prototype testing to evaluate the effectiveness of the ABS plastic mini shed in preventing rodent access to vehicle components while allowing for proper ventilation and maintenance access.
[0029]. Investigate the structural integrity and durability of ABS plastic in resisting rodent penetration and withstanding environmental factors such as temperature variations and exposure to moisture.
[0030]. Disseminate project findings and outcomes through technical reports, presentations, and promotional materials, raising awareness about the effectiveness of ABS plastic mini sheds as a solution for rodent protection in vehicles and encouraging adoption within the automotive industry.
[0031]. Develop guidelines and instructions for the installation and maintenance of the ABS plastic mini shed, providing clear and concise information for both automotive professionals and car owners.
[0032]. Rodent infestation in vehicles poses a persistent and costly issue for car owners, leading to damage wiring, insulation, and other essential components. Traditional methods of rodent control often prove inadequate in providing long-term solutions, leaving car owners vulnerable to recurring infestations and expensive repairs. In response to this challenge, the aim of this project is to develop a Mini Shed using ABS plastic as a car protector from rodents. The problem at hand is to design and implement an effective solution that can prevent rodent intrusion into vehicles by covering and securing vulnerable entry points such as engine compartments, wheel wells, and ventilation openings. The Mini Shed must be durable, easy to install, and compatible with various vehicle models and configurations. The project seeks to address the need for a reliable and cost-effective rodent protection solution for car owners, enhancing vehicle maintenance and minimizing associated expenses.
[0033]. Initially the down plate part is placed where the car is to be parked. Then the car is parked on the top of the ABS plastic plate. After that, we would assemble the 3 wall plates (2 side wall plate and 1 front wall plate) on the down plate. Then the car is parked into this area and the back side wall plate is closed which results in closure. After this the circular poles will be mounted on the respective holes provided. Then this area is enclosed with rubber cover to form mini shed that protects car from rodents, dusts, unnecessary tiny particles etc…
[0034]. The Rodent Repellent Car Protector is designed to effectively deter rodents from accessing and nesting within vehicles, thereby preventing damage to wiring, insulation, and other essential components. This detailed description outlines the various components and functionalities of the system.

[0035]. Ultrasonic Sound Emitter the system includes an ultrasonic sound emitter strategically positioned within the vehicle interior. This emitter emits ultrasonic waves at frequencies known to be effective in deterring rodents while being safe for humans and pets. The emitter covers all potential entry points for rodents, ensuring comprehensive protection throughout the vehicle.
[0036]. Natural Repellent Dispenser a natural repellent dispenser is integrated into the system to release natural repellents within the vehicle interior. These repellents, such as peppermint oil or castor oil, are known to be effective in repelling rodents without posing risks to human health or the environment. The dispenser may include a reservoir containing the repellent substance and a dispensing mechanism to release the repellent intermittently or continuously, depending on the user's preference.
[0037]. Physical Barrier System to further enhance protection, the system incorporates a physical barrier system. This system comprises various barrier elements strategically placed around wiring, insulation, and other vulnerable components within the vehicle. Barrier materials may include wire mesh, rubber seals, or other structures capable of blocking rodent access while allowing for proper ventilation and functionality of the vehicle.
[0038]. Power Source and Control Mechanism the Rodent Repellent Car Protector is powered by a suitable power source, such as the vehicle's electrical system or a separate battery pack. A control mechanism enables users to adjust settings and monitor the operation of the system, ensuring optimal performance and efficiency.
[0039]. Installation and Maintenance installation instructions are provided with the system to guide users through the installation process. The system is designed to be easily installed in various types of vehicles, requiring minimal tools and expertise. Regular maintenance, such as replenishing the natural repellent reservoir and checking the integrity of physical barriers, ensures continued effectiveness of the system over time.
[0040]. Overall, the Rodent Repellent Car Protector offers a comprehensive and environmentally friendly solution to mitigate the damages caused by rodent infestation in vehicles. By combining ultrasonic sound emissions, natural repellents, and physical barriers, this innovative system provides car owners with a cost-effective and sustainable alternative to traditional pest control methods.
[0041]. In conclusion, the development of the Mini Shed using ABS plastic as a car protector from rodents represents a significant advancement in addressing the persistent problem of rodent infestation in vehicles. Through thorough research, design, and testing, this project has successfully produced a practical and effective solution that offers numerous benefits to car owners.
[0042]. The Mini Shed provides a reliable barrier against rodent intrusion, preventing costly damages to vehicle components and reducing the risk of infestations. Its cost-effectiveness, ease of installation, and compatibility with various vehicle models make it a valuable addition to vehicle maintenance practices, leading to long-term financial savings and enhanced vehicle longevity.
[0043]. Furthermore, the use of ABS plastic ensures durability and environmental sustainability, contributing to responsible manufacturing practices and reducing waste. By promoting vehicle safety, customer satisfaction, and industry innovation, the Mini Shed sets a new standard for rodent protection solutions within the automotive industry.
[0044]. Overall, this mini project demonstrates the potential for innovative approaches to addressing common challenges faced by car owners, highlighting the importance of proactive measures in maintaining vehicle integrity and functionality. With the implementation of the Mini Shed, car owners can enjoy peace of mind knowing that their vehicles are protected against rodent damage, allowing them to focus on driving and enjoying their vehicles without the worry of potential infestations. , Claims:1.A rodent repellent system for vehicles comprising:
a) An ultrasonic sound emitter configured to emit ultrasonic waves within the vehicle interior to deter rodents.
b) A natural repellent dispenser configured to release natural repellents within the vehicle interior.
c) A physical barrier system configured to prevent rodents from accessing sensitive components within the vehicle.
2.The rodent repellent system as claimed in claim 1, wherein the ultrasonic sound emitter is strategically positioned within the vehicle to cover all potential entry points for rodents.
3.The rodent repellent system as claimed in claim 1, wherein the natural repellent dispenser comprises a reservoir containing a natural repellent substance and a dispensing mechanism configured to release the natural repellent intermittently or continuously.
4.The rodent repellent system as claimed in claim 1, wherein the physical barrier system comprises one or more barrier elements placed around wiring, insulation, and other vulnerable components within the vehicle to prevent rodent access.
5.A method for deterring rodents from accessing vehicles comprising:
a) Emitting ultrasonic waves within the vehicle interior using an ultrasonic sound emitter.
b) Dispensing natural repellents within the vehicle interior using a natural repellent dispenser.
c) Installing physical barriers around vulnerable components within the vehicle using a physical barrier system.
6.The method as claimed in claim 5, wherein the ultrasonic waves are emitted at frequencies known to be effective in deterring rodents without causing harm to humans or pets.
7.The method as claimed in claim 5, wherein the natural repellents comprise substances such as peppermint oil, castor oil, or other compounds known to repel rodents.
8.The method as claimed in claim 5, wherein the physical barriers comprise materials such as wire mesh, rubber seals, or other structures capable of blocking rodent access to vehicle components.