Description:Title of Invention
A Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation

Field of Invention
The present invention pertains to the field of therapeutic devices, specifically introducing a novel fumigation system featuring a replaceable cartridge, temperature and airflow monitoring, automated time control, and interchangeable nozzle attachments, modernizing Ayurvedic Dhoopan therapy with enhanced precision, safety, and consistent effectiveness for diverse applications.

Background of Invention
Fumigation has been practiced widely across cultures for centuries, serving both spiritual and health-related purposes. It has played an integral role in maintaining hygiene, preventing diseases, and promoting wellness. In many traditional systems of medicine, fumigation is seen not just as a sanitary measure but also as a therapeutic intervention. One of the most notable examples is found in Ayurveda, where Dhoopan Chikitsa (fumigation therapy) is an established method for treating infections, wounds, and other health issues. By delivering medicated smoke infused with therapeutic properties, Dhoopan helps cleanse, heal, and protect both individuals and their environments. Its applications extend beyond the physical realm, contributing to spiritual purification, creating a harmonious atmosphere, and warding off negative influences.
Dhoopan involves the combustion of a carefully chosen mix of herbs, minerals, and other substances, formulated to produce smoke with both sterilizing and therapeutic attributes. These substances are often selected based on their unique properties, such as antimicrobial, anti-inflammatory, and aromatic qualities, which enhance both the physical and sensory experience. This practice has been especially valued in Ayurveda for purifying environments such as birthing rooms, where sanitation is critical for maternal and neonatal health. Beyond its physical health benefits, Dhoopan also serves a spiritual purpose. Ancient texts like the Kashyap Samhita, a cornerstone of Ayurvedic knowledge, dedicate entire chapters to fumigation practices. The chapter Dhoopa Kalpa underscores the importance of Dhoopan in maintaining cleanliness, fostering health, and preventing disease. It highlights how the combination of medicated smoke and its controlled application can protect living and medical spaces, ensuring a holistic approach to health and wellness.
Historically, Dhoopan was performed using simple tools, such as open containers, pots, or basic burners, to combust the ingredients. The resulting smoke was then directed manually toward the area needing treatment, whether it was an infected wound, a patient, or an entire room requiring purification. While effective within its traditional context, the success of this method depended heavily on several variables, including the quality and composition of the ingredients, the timing of the therapy, and the environmental conditions under which it was performed. This reliance on manual processes often led to inconsistency in smoke application and distribution. Moreover, the lack of precision and control made it less practical for targeted treatments. For example, applying fumigation specifically to a wound required intricate adjustments that traditional tools could not provide. These shortcomings have become increasingly apparent in modern settings, where precision, convenience, and efficiency are paramount.
Despite its benefits, traditional fumigation methods face several significant challenges, particularly in their adaptation to contemporary needs. Firstly, the tools used are often bulky and stationary, making them unsuitable for localized treatments, such as targeting wounds or disinfecting small areas. The inability to control smoke flow and intensity leads to inconsistent results, diminishing the effectiveness of the treatment. Furthermore, traditional fumigation setups are not ergonomic or user-friendly, which poses operational difficulties, particularly in healthcare environments where precision and cleanliness are crucial. For larger-scale tasks, such as sanitizing entire rooms or public spaces, traditional methods are inefficient due to their lack of portability and inability to disperse smoke evenly.
While Dhoopan’s traditional methods have proven effective over centuries, they face limitations when applied in modern contexts. A critical issue lies in the uneven distribution of smoke, which makes it difficult to ensure all areas receive the necessary exposure. Without precise control, some areas may receive excessive smoke, leading to discomfort or potential health issues, especially in poorly ventilated environments. For example, direct exposure to high concentrations of smoke can irritate the respiratory system, posing risks to individuals with pre-existing conditions. Additionally, the quality of the ingredients and the burning method directly influence the efficacy of the smoke, adding another layer of inconsistency. These limitations reduce the practicality of traditional Dhoopan methods in contemporary scenarios, where controlled, targeted, and efficient solutions are increasingly necessary.
Modern fumigation devices have been developed to address some of these challenges, but they often fall short in delivering a comprehensive solution. Many of these devices are bulky and only semi-portable, requiring external infrastructure or accessories for operation. This limits their practicality, particularly in settings that demand flexibility and ease of use. Furthermore, these devices typically lack critical features such as replaceable cartridges, which are essential for maintaining consistent smoke quality and simplifying the fumigation process. Other shortcomings include the absence of precise airflow controls to regulate smoke dispersal, ash collection mechanisms for clean operation, and customization options for specific applications, such as wound treatment or fumigation in confined areas. Moreover, they fail to achieve uniform smoke distribution, resulting in uneven treatment outcomes. These gaps highlight the need for a device that is portable, efficient, and capable of addressing the diverse requirements of both traditional and modern fumigation practices.
An invention mentioned in patent application number IN-MUM-2007-01410A discloses dhoopan or fumigation is a well-known method of Ayurvedic treatment practiced in India. Recently dhoopan has found its way in treatment of various diseases. Dhoopan is generally performed by burning a combination of drugs of herbal, animal and mineral origin. Drugs used for dhoopan include different gums, tree bark, roots, leaves, and animal products like snakeskin, hair, and dried excreta of different animals. Accordingly, a simple and portable apparatus utilizing a hollow medicinal stick for fumigation treatment was developed wherein the stick is lit like a cigar and used for localized treatment on any affected part of the body. The main benefit of the apparatus lies in the fact that due to the forceful fumigation; the fumes reach the targeted areas of the patient even in the lying down position, which is otherwise difficult in normal methods.
An invention mentioned in patent application number IN202241026298A discloses the present invention relates to an ayurvedic fumigation device (10) for directing medicated fumes to different body parts depending upon the disease or condition. The device (10) comprises of a top part (3), a middle part (2) and a lower part (1). The required amount of medicine, depending on the type of disease and the body part, is heated up in the middle part (2) with the help of heating element (4) in the lower part (1) and is then directed towards the top part (3) by fan (5) attached in the lower part (1). The medicated fumes are directed outside towards the affected body part from a nose (9) attached at the top part (3). The nose (9) is adjustable and removable for use in different body parts and easy replacement of the nose (9) helps in maintaining hygiene. Figure 1 on sheet no. 1 of the drawings may accompany the abstract when published.
An invention mentioned in patent application number IN202421003234A discloses a portable yoni dhoopan apparatus. This invention presents a multipurpose apparatus designed to administer medicinal smoke for therapeutic purposes in the vaginal area and beyond. The apparatus integrates traditional medicinal practices with modern technology, offering a portable, versatile, and user-friendly solution for women's health concerns. Utilizing a combination of a lithium-ion battery (103), Nichrome wire heating coil (101), blower (106), and insulated components, the device facilitates the controlled generation and directed delivery of medicinal smoke. The inclusion of renewable energy sources like solar power enhances its eco-friendliness and adaptability in diverse settings. The primary objective is to address a spectrum of health issues, including vaginal infections, wound healing, vaginal flora maintenance, and managing menstrual irregularities. Its multipurpose functionality extends to diverse applications, such as scalp health, postpartum care, and wound ulcers, presenting a holistic healthcare approach.
The present novel invention, A Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation, integrates traditional Dhoopan Chikitsa with modern technology to address fumigation challenges. Using a replaceable bead/stick cartridge for generating medicated smoke, dispersed evenly through a compact fan and precision nozzle, suitable for targeted treatments like wound fumigation or room sanitization. Lightweight and portable, it includes a detachable handle for single-handed use, adjustable airflow and smoke intensity controls, a power button, and an ash collection compartment for easy maintenance. The device’s rechargeable system, compatible with cords and portable chargers, enhances convenience. Advanced features include temperature monitoring, airflow rate measurement, and an automated time monitoring system for precision and efficiency. Customizable nozzles ensure tailored application and consistent smoke coverage. Combining traditional wisdom with modern innovation, this versatile device offers a practical, hygienic, and effective solution for healthcare, room disinfection, and public space sanitization.

Objective of Invention
• Principal objective of the present novel invention is to provide a portable fumigation device that integrates traditional Dhoopan Chikitsa with modern technology to deliver an efficient, versatile, and user-friendly fumigation solution.
• Another objective of the present novel invention is to create a device that uses a replaceable bead or stick cartridge for efficient generation of medicated smoke, ensuring ease of use and consistent performance.
• Further objective of the present novel invention is to ensure uniform smoke dispersal through a compact aeration compartment powered by a fan that operates on both battery and external power sources, and an interchangeable nozzle, allowing for both site-specific and broad applications.
• Another objective of the present novel invention is to offer portability through a lightweight construction and detachable ergonomic handle, enabling single-handed operation.
• Further objective of the present novel invention is to provide customizable fumigation settings with adjustable airflow and smoke intensity controls, ensuring tailored application for specific needs.
• Another objective of the present novel invention is to enhance usability and cleanliness with features such as a power on/off button and an ash collection compartment, minimizing maintenance.
• Still another objective of the present novel invention is to integrate advanced monitoring systems, including temperature monitoring, airflow rate measurement, and an automated time monitoring system, for precise and efficient fumigation.
• Yet another objective of present novel invention is to enable convenient charging options with a rechargeable system compatible with cords and portable chargers, ensuring easy use in diverse settings.
• Still another objective of present novel invention is to support multi-sector applications, including healthcare, wound fumigation, room sanitization, and public space disinfection, through innovative and adaptable design features.
Summary
The present novel invention introduces a portable, controllable, and lightweight device for targeted herbal fumigation that seamlessly blends the traditional principles of Dhoopan Chikitsa with modern technological innovations to deliver a precise, portable, and highly user-friendly solution. This novel device addresses the limitations of existing fumigation systems by incorporating replaceable formulation bead/stick cartridge for efficient medicated smoke generation, a compact aeration compartment with a battery/external electricity source-powered fan for uniform smoke dispersal, and an interchangeable precision nozzle for targeted application. The device is designed for single-handed operation with a detachable handle, lightweight construction, and intuitive controls, including aeration speed adjustment and airflow intensity settings. Additional innovations include a power on/off switch, an ash collection compartment also, equipped with integrated monitoring systems to adjust air flow, time as well as temperature, ensuring precise control and optimal performance during fumigation. It has rechargeable functionality compatible with both corded and power bank charging options. These features make the device highly versatile, suitable for applications ranging from healthcare wound fumigation to room sanitization and public space disinfection, providing a superior and adaptable solution to modern fumigation needs.

List of Components

1. Fumigation device
2. Cartridge Holder Cum Cover
3. Aeration unit
4. Control Button
5. Process Control Section
6. Nozzle Section
7. Nozzle attachments
8. Holding Grip Cover
9. Ash Collector Section
10. Detachable Handle
11. Ventilation slots
100. Cartridge Holder and Replaceable Cartridge System
200. System Activation
300. Process Control and Monitoring Mechanism
400. Medicated Smoke Expulsion Through Nozzle
500. Residue Management System
List of Drawings
Figure 1: Process Flow Chart
Figure 2: The isometric view of the fumigation device
Figure 3: The side view and intersectional view of the fumigation device
Figure 4: The cartridge holder cum cover of the fumigation device
Figure 5: The detachable handle of the fumigation device
Figure 6: The fumigation device with nozzle attachments

Detailed Description of Invention
The present novel invention is described herein with specific exemplary details to facilitate a comprehensive understanding of its functionality and application. However, it is important to note that the scope of the invention extends beyond these specific examples. A person skilled in the art will recognize that the principles and methods disclosed can be adapted, modified, or applied using alternative techniques, materials, or configurations. Thus, while the detailed description provides a clear example of how the invention can be implemented, it is intended to be illustrative rather than restrictive. The invention encompasses various modifications and adaptations that fall within the broader scope of the claims, reflecting the underlying principles and innovative concepts of the invention.
Fumigation device (1) has a replaceable cartridge holder cum cover (2), which securely accommodates medicinal formulations for customized applications. It is powered by an integrated aeration unit (3), activated via a control button (4), to generate and direct medicated smoke. A process control section (5) continuously monitors key parameters, including temperature, airflow rate, and operation time, ensuring optimal fumigation conditions. The smoke is dispensed through a nozzle section (6) equipped with interchangeable nozzle attachments (7) for precise, uniform, or multidirectional dispersal. For enhanced user comfort, the fumigation device (1) features an ergonomic holding grip cover (8) and an adjustable detachable handle (10), enabling effortless portability and manoeuvrability. Additionally, a rechargeable power system supports both corded and cordless operation, while an ash collector section (9) efficiently collects ash for easy maintenance and hygiene.
Cartridge holder cum cover (2) is a dual-function component that serves both as a holder for the cartridge and as a protective cover. It is designed to securely house the cartridge containing medicinal or therapeutic compounds, ensuring it is properly positioned within the fumigation device (1) for optimal functionality. Additionally, it acts as a cover, providing a physical barrier that protects the cartridge and internal elements from external contaminants and damage while also containing the medicated smoke to ensure it is directed through the fumigation device (1) efficiently. This integration of holding and covering functionalities simplifies the fumigation device's (1) design and enhances its operational efficiency.
The aeration unit (3) comprises two sections, each with a vital function. The upper section, located under the cartridge holder cum cover (2), houses the air exhaust fan, which facilitate the translocation of aerosolized medicated smoke towards nozzle. This section may also include one or more temperature probes. One of these probes monitors the smoke's temperature during generation, ensuring it stays within safe limits to prevent degradation of the compounds and maintain optimal fumigation efficiency. The lower section is hollow, directing the medicated smoke smoothly toward the nozzle section (6) for precise and controlled dispersion.
Control button (4) is referred to as the activation and adjustment interface. This interface typically consists of one or more control buttons (4) that enable the user to start and stop the fumigation device (1), as well as adjust operational settings such as airflow and temperature controls. This control button (4) is crucial for manually managing the fumigation process, allowing for immediate and responsive control over the fumigation device’s (1) functions.
Process control section (5) is essential for optimizing its operation and ensuring safety. It regulates airflow, temperature, and time by automatically adjusting these parameters based on real-time data from airflow sensor and temperature probe. These sensors are all wired to the process control section (5). Additionally, this section features a user interface that allows for setting adjustments and monitoring of the system's overall performance, including safety protocols that are triggered if any parameters exceed safe thresholds. Through these capabilities, the process control section (5) ensures the fumigation process runs efficiently, safely, and consistently.
Nozzle Section (6) is crucial for controlling the direction and dispersion pattern of medicated smoke. It includes interchangeable nozzle attachments (7) that allow users to customize the smoke output according to specific fumigation requirements. The section is equipped with an airflow sensor to regulate smoke flow and a temperature probe to monitor the temperature of the generated smoke before it is released. The nozzle attachments (7) offer flexibility, allowing users to adjust the smoke spread from a wide pattern for general coverage to a narrow one for targeted application. Constructed from durable materials that resist high temperatures and chemical exposure, the Nozzle Section (6) integrates seamlessly with the fumigation device’s (1) output system. Its user-friendly design allows for quick and easy changes between different nozzle attachments (7), ensuring efficient adaptation to varying environmental and operational conditions.
Nozzle attachments (7) enhance the fumigation device's (1) versatility by enabling customizable smoke flow for various applications. These interchangeable nozzle attachments (7) support both unidirectional flow for targeted delivery and multidirectional flow for broader coverage. With precision-engineered orifices and perforations, the nozzle attachments (7) ensure consistent, uniform smoke dispersion while minimizing wastage, making the device efficient and adaptable for diverse fumigation needs.
Holding grip (8) is an ergonomic component designed to provide a secure and comfortable grip for the user during operation. It is heat-resistant, enhancing safety and ease of use by preventing heat transfer and ensuring stable handling.
Ash Collector Section (9) serves as a residue management system, efficiently capturing and containing ash and byproducts generated during the fumigation process. Designed for easy cleanup and maintenance, it is both attachable and detachable, allowing users to conveniently remove and clean the collected residues. Additionally, this section provides a stable base for the fumigation device (1), enabling it to stand independently and offering structural support to the entire assembly.
Detachable Handle (10) refers to an ergonomically designed component that can be attached to or removed from the main body of the fumigation device (1). The Detachable Handle (10) enhances the fumigation device's (1) portability and ease of use by providing a comfortable grip for the operator, which facilitates the manoeuvring and orientation of the fumigation device (1) during operation. The detachable nature of the handle (10) allows for versatile use scenarios, adapting the fumigation device (1) for compact storage or for use in confined spaces where a handle may be cumbersome.
Figure 1 illustrates process flow chart of the present novel fumigation device, designed for efficient and controlled delivery of medicated smoke. The process starts with a cartridge holder and replaceable cartridge system (100), allowing easy insertion of medicinal cartridge. Upon system activation (200), key components like aeration unit (3) activates the air exhaust fan, which initiates the fumigation process. A process control and monitoring mechanism (300) ensures precise regulation of temperature, airflow, and time. The Nozzle Section (6) expels medicated smoke (400) uniformly and can be customized using interchangeable nozzle attachments (7). Finally, the residue management system (500) collects ash residues, ensuring cleanliness and minimal post-use maintenance. This fumigation device (1) offers a user-friendly solution with advanced features for various fumigation applications.
Figure 2 illustrates the isometric view of fumigation device, for efficient medicated fume delivery. The fumigation device (1) is topped with the cartridge holder cum cover (2), serving both as a holder for the medicated stick and protective cover for the fumigation device (1). Directly attached below is Detachable Handle (10) which surrounds the aeration unit (3) to facilitate ergonomic handling and precise fumigation device’s (1) orientation. Further it is attached to the holding grip (8) which supports the main body. Adjacent to this, the process control section (5) is integrated into the fumigation device (1), which is controlling operational parameters like airflow, temperature, and time crucial for customizing the fumigation process. At the base of whole fumigation device (1), the Ash Collector Section (9) captures cartridge byproducts, aiding in maintenance and cleanliness. After the Ash Collector Section (9) there is Nozzle Section (6) which directs medicated fumes for targeted treatment. Each component is strategically interconnected, ensuring the fumigation device (1) operates seamlessly and effectively.
Figure 3 illustrates the side view and intersectional view of fumigation device. It emphasizes the aeration unit (3) positioned between the cartridge holder cum cover (2) and the Nozzle Section (6). The aeration unit (3) consists of a vessel-like structure divided into two sections. The upper section includes an air exhaust fan strategically oriented towards the lower section to ensure efficient air circulation and the generation of medicated smoke. The lower section, designed as a conical structure which is hollow, mediates the directional flow of smoke generated by the aeration unit (3), optimizing airflow dynamics for uniform and targeted delivery. The aeration unit (3) features an insulator layering to shield the outer casing from elevated temperatures during operation, ensuring safe handling and maintaining fumigation device’s (1) durability. Additionally, it incorporates a temperature probe for real-time monitoring and regulation of smoke and temperature, enabling precise aerosolization of medicinal compounds. This integrated aeration unit (3) is designed to deliver consistent, temperature-controlled medicated smoke while preserving structural integrity and facilitating uniform and condensed output for enhanced fumigation efficiency.
Figure 4 illustrates the Cartridge Holder Cum Cover of fumigation device, which is protective cover on the top of the fumigation device (1), for aeration unit (3) as well as secure the cartridge. This component features a cylindrical design with ventilation slots (11) strategically positioned to facilitate optimal airflow. The cartridge holder cum cover (2) is designed to accommodate the fumigation stick in a vertical orientation, ensuring proper alignment. The ventilation slots (11), integrated into the cartridge holder cum cover (2), allows external air to enter and interact with the aeration unit (3), enabling a uniform, continuous, and standardized flow of medicated smoke. Positioned at the top of the aeration unit (3), the cartridge is inverted vertically, directing the medicinal fumes toward the air exhaust fan within the aeration unit (3).
Figure 5 illustrates the detachable handle of fumigation device, integrated around the aeration unit (3) cover, designed in a right-angle configuration and securely attached to the main body of the fumigation device (1). The detachable handle (10), engineered as an attachable and detachable component, provides enhanced flexibility for manipulating the fumigation device (1). Its ergonomic design allows users to orient the fumigation device (1) in various directions, facilitating precise navigation of the directional flow of fumigated medicated smoke. This adaptable handling capability significantly improves user experience, offering greater control and ease of operation during fumigation tasks.
Figure 6 illustrates the fumigation device with nozzle attachments, which is an attachable and detachable component designed to fit seamlessly at the Nozzle Section (6) of the portable fumigation device (1). The top section of the nozzle attachment (7) features a precision-engineered orifice that ensures a uniform and highly specific narrow flow of medicated smoke, enabling efficient delivery during fumigation. Surrounding the nozzle attachment (7) is a cylindrical structural framework, incorporating an internal vessel with strategically placed perforations. These perforations are engineered to facilitate both unidirectional and multidirectional flow, allowing the user to customize the fumigation pattern based on specific requirements.

Process of Working
The present novel invention introduces a portable, controllable, and lightweight device for targeted herbal fumigation, meticulously designed with components such as replaceable Cartridge Holder Cum Cover (2), precision airflow control, and real-time monitoring to ensure efficient and versatile medicated fumigation. Its lightweight and ergonomic design, along with detachable components and interchangeable nozzle attachments (7), enhances usability and allows for customizable smoke distribution. Addressing the limitations of traditional methods, the present novel fumigation device (1) offers a safe and effective solution for healthcare, sanitation, and various other applications. Below is an explanation of the working mechanism of the portable fumigation device (1).

Cartridge Holder and Replaceable Cartridge System (100)
The process begins with the insertion of a replaceable medicinal cartridge into the cartridge holder cum cover (2), a component precisely designed to ensure secure placement and optimal alignment. With the miscellaneous dimensions tailored for compatibility and suitability, the Cartridge holder cum cover (2) accommodates medicinal cartridges snugly, enabling efficient interaction with the aeration unit (3). Positioned in an inverted vertical orientation, the cartridge directs its medicated formulation downward toward the aeration unit (3), which has air exhaust fan, maximizing airflow exposure for uniform and efficient volatilization of active compounds. The Cartridge holder cum cover (2) features an integrated ventilation slot (11) to regulate airflow through the cartridge, ensuring consistent aerosol generation while preventing blockages. Constructed from heat-resistant materials, it safeguards the fumigation device’s (1) outer structure from elevated temperatures during operation. The quick-lock or snap-fit mechanism of the Cartridge holder cum cover (2) facilitates easy cartridge installation and removal without requiring tools. The cartridge is manually ignited before insertion, allowing its medicinal formulation to generate therapeutic smoke. This replaceable system offers remarkable flexibility, accommodating various medicinal formulations tailored for applications such as antimicrobial fumigation, therapeutic treatments, or aromatic sanitization etc.
System Activation (200)
After securely installing the cartridge, the fumigation device (1) is activated through a user-friendly control button (4) designed for ease of operation. Pressing this control button (4) powers the air exhaust fan within the aeration unit (3), which is essential for continuously generating and directing the medicated smoke. The air exhaust fan within the aeration unit (3) draws air through the cartridge holder cum cover (2), and drives the medicated smoke through the aeration unit (3), which is designed to optimize airflow dynamics for uniform and targeted delivery.
Process Control and Monitoring Mechanism (300)
The medicated smoke travels through the aeration unit (3), which is designed with an advanced insulating layer to protect the outer casing from excessive heat. This insulation not only ensures safe handling during operation but also enhances the overall durability and lifespan of the fumigation device (1), making it reliable for extended use in various applications.
Simultaneously, the process control section (5) actively monitors and manages the flow of smoke. Users can easily oversee and adjust critical parameters, such as temperature, airflow rate, and operation time, ensuring precise and efficient fumigation. Integrated sensors within the system are connected via wiring to the process control section (5), enabling real-time tracking and control. These sensors provide accurate data on key operational metrics, empowering users to make precise adjustments as needed.
This coordinated system between the aeration unit (3) and the process control section (5) ensures a steady, controlled output of medicated smoke, optimizing performance and maintaining safety and efficiency across diverse fumigation scenarios.
The fumigation device (1) may contain one or more temperature probes, with one specifically integrated into the aeration unit (3). This probe constantly monitors the temperature of the medicated smoke, ensuring it stays within an optimal range for effective fumigation. Positioned within the aeration unit (3), the probe sends real-time temperature data to the process control section (5), enabling precise temperature adjustment of generated smoke. This setup guarantees a consistently temperature-controlled output, preserving the integrity of the fumigation device (1) and maximizing fumigation efficiency.
Also, the process control section (5) of the fumigation device (1) integrates a time monitoring system designed to ensure precise control over the operation duration based on the time specific requirements of miscellaneous fumigation therapies. This system allows users to set and monitor the exact time required for fumigation, tailored to the specific application or target area. Real-time tracking ensures that the fumigation device (1) operates within the optimal timeframe, preventing overuse or underuse of medicinal formulations. By automating the process duration, the system enhances efficiency, reducing the need for manual intervention and ensuring consistent results. The time monitoring functionality, combined with other process control features like airflow and temperature management, contributes to a streamlined and reliable fumigation experience, maximizing therapeutic efficacy and operational convenience.
Medicated Smoke Expulsion Through Nozzle (400)
As the medicated smoke flows toward the Nozzle Section (6), the fumigation device (1) utilizes advanced integrated sensors, including a temperature probe to monitor the temperature of the outgoing smoke and an airflow sensor to regulate the flow. These sensors enable precise airflow rate and temperature monitoring, with real-time data related to the process control section (5). This system allows users to adjust the airflow rate, ensuring a consistent smoke output and uniform distribution tailored to specific application requirements.
The Nozzle Section (6) allows for the attachment of various nozzle attachments (7) of different sizes and shapes, offering versatility for site-specific fumigation applications in healthcare. These attachable and detachable nozzle attachments (7) seamlessly integrate with the portable fumigation device (1), enhancing its adaptability for targeted and effective fumigation. Each nozzle attachment (7) features a precision-engineered orifice at the top, ensuring a uniform and narrow flow of medicated smoke for efficient application.
Designed to accommodate a range of fumigation needs, the Nozzle Section (6) is compatible with diverse nozzle attachments (7), providing flexibility for various applications. Surrounding each nozzle attachment (7) is a cylindrical structural framework housing an internal vessel with strategically placed perforations. These perforations support both unidirectional and multidirectional smoke flows, allowing users to tailor the fumigation pattern to specific requirements.
The fumigation device (1) integrates advanced smoke dispersion mechanisms, supported by interchangeable nozzle attachments (7). For focused applications, nozzles with narrow openings deliver precise, directional smoke ideal for site-specific disinfection or therapeutic treatments. For broader coverage, multidirectional nozzles with multiple outlets ensure even smoke dispersion over larger areas, making them suitable for general sanitation.
The nozzle attachment’s (7) thoughtful design, including its cylindrical framework and perforated internal vessel, ensures a consistent and concentrated flow of medicated smoke. This design minimizes wastage while maximizing the effectiveness of the medicinal compounds. By combining customizable nozzle attachments (7) with the fumigation device’s (1) airflow control system, users gain a highly adaptable solution for optimal smoke dispersion tailored to diverse applications.
Residue Management System (500)
The final step in the operation of the fumigation device (1) is focused on efficient residue management, ensuring hygiene and ease of use after fumigation. The device features a strategically positioned ash collector section (9), designed to capture residual ash and debris generated during the process. This section ensures clean and contained collection, preventing contamination of the surrounding environment. The ash collector section (9) is easily attachable and detachable, enabling users to effortlessly remove and dispose of accumulated residues. This streamlined design minimizes the need for extensive cleaning, enhancing user convenience and keeping the device ready for repeated use. In addition to managing byproducts, the ash collector section (9) provides a stable base for the device, allowing it to stand independently while offering structural support to the overall assembly. This integration enhances the fumigation device's (1) functionality, efficiency, and reliability.
Ergonomic Grip and Detachable Handle:
Complementing the nozzle section’s (6) precision and adaptability, the holding grip cover (8) and Detachable Handle (10) further enhance the fumigation device’s (1) usability and ergonomic design. The holding grip cover (8) provides a secure and comfortable way to operate the fumigation device (1), ensuring precise control during fumigation. Crafted from durable, heat-resistant materials, it not only insulates the user’s hand from the elevated temperatures generated during operation but also protects the fumigation device’s (1) internal components. This feature proves particularly useful when the Detachable Handle (10) is not in use, offering a reliable standalone option for efficient handling.
The detachable handle (10), on the other hand, introduces an added layer of flexibility and convenience. Designed to integrate seamlessly with the fumigation device (1), it allows users to adjust the angle between 90 and 180 degrees, facilitating access to hard-to-reach areas and ensuring targeted application of medicated smoke. Its lightweight yet robust construction minimizes user fatigue, making it ideal for prolonged or large-scale fumigation tasks. Together, the holding grip cover (8) and Detachable Handle (10) enhance the overall functionality and user experience of the fumigation device (1), ensuring that it meets the demands of various environments and fumigation needs. Design a lightweight, rechargeable fumigation device (1) that can be used both corded (via power bank or mobile charger) and cordless for greater flexibility in use.
Portable and Sustainable Rechargeable Power System:
The fumigation device (1) incorporates a lightweight, rechargeable power system designed to deliver reliable and sustainable energy for seamless operation. This system consists of rechargeable batteries to power critical components such as the air exhaust fan, temperature probe within the aeration unit (3), as well as process control section (5) of the fumigation device (1). Featuring both corded and cordless functionality, the fumigation device (1) can operate via a rechargeable battery or be connected to an external power source, such as a power bank or mobile charger, for enhanced flexibility across various settings, including remote or off-grid locations.
The rechargeable battery is optimized for efficiency and durability, supporting multiple fumigation cycles on a single charge. Its user-friendly charging interface ensures compatibility with standard power outlets, allowing for quick and convenient recharging. For added safety and reliability, the system includes protective mechanisms against overcharging and short circuits, safeguarding both the fumigation device (1) and the user.
This dual-function power design not only enhances the fumigation device's (1) portability and adaptability but also reduces environmental impact by minimizing the reliance on disposable batteries. The integration of corded and cordless operation, combined with the fumigation device's (1) lightweight build and advanced functionalities, makes it a versatile, eco-friendly, and user-centric solution for diverse fumigation needs.
, Claims:Claims
I/We claim,
1. A Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation, comprising:
A cartridge holder cum cover (2), securely house a replaceable cartridge containing medicinal compounds, serving both as a holder and protective cover for the cartridge, with an integrated ventilation slots (11);
An aeration unit (3) comprising air exhaust fan, is a variable airflow generator that directs the airflow across the cartridge; the aeration unit (3) comprising of one or more temperature probe to monitor the smoke's temperature;
A control button (4), allowing manual activation and adjustment of fumigation device’s (1) operational parameters;
A Process control section (5) regulates operational parameters, based on real-time feedback from the temperature probe and air flow sensor;
A Nozzle Section (6), directs and control the dispersion pattern of the medicated smoke, with interchangeable and perforated nozzle attachments (7); the nozzle section (6) comprising one or more of airflow sensor to regulate smoke flow and the temperature probe to monitor the temperature of the generated smoke before it is released;
An ergonomic holding grip cover (8) provides safe and comfortable handling during operation;
An ash collector section (9), captures and contain ash from the fumigation process, enabling easy cleanup and provides structural support to the entire fumigation device (1);
A detachable handle (10), providing ergonomic portability and ease of use;
Wherein the said fumigation device (1) operates as follows:
The said fumigation device (1) begins its operation by manually lighting the fumigation cartridge containing medicinal compounds, followed by insertion of the said medicinal cartridge into the cartridge holder cum cover (2); Once the said cartridge is inserted, the user activates the fumigation device (1) by pressing the control button (4), which powers the air exhaust fan; The exhaust fan draws air across the said cartridge, converting the medicinal compounds into aerosolized medicated smoke; The temperature probe placed in aeration unit (3) continuously monitors the temperature of the generated smoke, and Real-time data from the temperature probe is sent to the process control section (5), which adjusts the airflow and temperature based on the temperature probe and air flow sensor feedback placed in the nozzle section (6); The medicated smoke is directed through the Nozzle Section (6); The ash generated during the fumigation process are captured by the ash collector section (9), which can be easily detached for disposal and cleaning; The ergonomic holding grip cover (8) ensures comfortable and safe handling, while the Detachable Handle (10) allows for increased manoeuvrability.
2. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the cartridge holder cum cover (2) has a quick-lock or snap-fit mechanism and is constructed from heat-resistant materials.
3. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the air exhaust fan allows the user to adjust the density and distribution of the medicated smoke according to fumigation needs.
4. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the process control section (5) allows users to set and track the duration of the fumigation process.
5. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the Nozzle Section (6) includes a cylindrical framework with perforations and allows for customization of the smoke output, including both unidirectional and multidirectional flows.
6. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the Ash Collector Section (9) is detachable for easy removal and disposal of ash residues generated during the fumigation process.
7. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the holding grip cover (8) is constructed from heat-resistant materials.
8. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the Detachable Handle (10) can be adjusted between 90 and 180 degrees.
9. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein the fumigation Device (1) can operate in both corded and cordless modes, using a rechargeable power system.
10. The Portable, Controllable, and Lightweight Device for Targeted Herbal Fumigation as claimed in claim 1, wherein operational parameter includes controlling airflow, temperature, and time.