SMART TEMPERATURE AND HUMIDITY-CONTROLLED FAN FOR SINUS RELIEF

Abstract

The Smart Temperature and Humidity-Controlled Fan for Sinus Relief is an innovative device designed to enhance comfort for individuals suffering from sinus issues. This fan integrates advanced features including a temperature sensor to adjust fan speed, a humidity sensor paired with a built-in humidifier to maintain optimal moisture levels, and an adjustable airflow mechanism for gentle air circulation. An integrated air purification system filters allergens and pollutants, ensuring cleaner air quality. The device is operated via a user-friendly control panel and a smartphone application, allowing for remote monitoring and customization of settings. Additionally, a sleep mode function minimizes noise during night-time use. By combining these functionalities, the fan effectively alleviates sinus discomfort while promoting a healthier indoor environment.

Specification

Description:The Smart Temperature and Humidity-Controlled Fan for Sinus Relief is an innovative device specifically designed to address the unique needs of individuals suffering from sinus issues. Unlike ordinary fans that intensify sinus conditions due to blowing cold and dry air, the present invention smart fan promotes comfort while maintaining healthy surroundings. It mainly works by continuously monitoring ambient situations through sensors on temperature and humidity. The fan automatically adjusts its speed to ensure the users are not exposed to discomfort brought about by air that is too cold, thereby preventing irritation in the sinuses. It is being used as a cooling appliance and also a preventative tool for sinus discomfort without losing its balance in microclimate inside the house.
One of the distinguishing features of this fan is its built-in humidifier, which operates seamlessly in conjunction with the humidity sensor. When the ambient air becomes too dry, the humidifier activates to add moisture, thus preventing the drying of the nasal passages and sinuses-a common problem during dry seasons and in air-conditioned environments. This dual-functionality not only enhances comfort but also actively contributes to maintaining optimal humidity levels crucial for sinus health. The integration of a humidifier within the fan design is a significant advancement over standalone humidifiers, providing users with a consolidated solution for air quality management.
Another embodiment of this invention is the inclusion of an air purification system, which filters out allergens, dust, and other airborne pollutants. When the air passes through the fan, it ensures that particles that cause irritation in sinus are caught by a high-efficiency filter; thus this is better for the sensitive with regard to allergens as it ensures that they breathe clean air. The air purifier works continually, unlike in the case of most wind turbines where the speed settings of the fan are dependent on some setting or the other so that fresh air is always circulated to rooms either at a point of cooling or just circulating the air.
A smart fan, in addition to having functional benefits, has an easily operable control panel and an application installed in the user's smartphone. These smart fans provide control to the users to set their comfort range within which they like to operate, including temperature and humidity, the intensity of airflow, and real-time environmental conditions provided through the app. This level of personalization allows each user to tailor the device to meet their specific comfort needs, thereby becoming a versatile solution for various conditions of living. The application also implements alerts and notifications, which improve user engagement and control over their indoor environment.
This Smart Temperature and Humidity-Controlled Fan has been designed with an emphasis on quiet operation. The noise-reducing technology of the fan encourages unbroken nocturnal sleep - in other words, exactly what sinus sufferers need to get back in full swing. That even at higher speeds the fan operates quietly make it welcome in bedrooms everywhere. This, combined with a separate "Sleep Mode," minimizes the interruption of night-time hours and fosters a restful and curative atmosphere. With comfort, air quality, and personal control, this is an impressive leap in home comfort technology that has been adopted to ensure the best interests of sinus-sensitive individuals.
Key Parts of Device and Their Functionality
• Temperature Sensor: The ambient room temperature is constantly monitored by the temperature sensor, which, in turn, gives a communication to the fan's motor. It automatically adjusts its speed when the temperature surpasses and falls below the comfort zone set by the user. This feature came out clearly and stood out among traditional types because it ensures automatic regulation of optimally suitable conditions that is being ideal for sinus health.
• Humidity Sensor and Built-In Humidifier: This dual-component system features a humidity sensor that detects moisture levels in the air. When that decreases below the specified threshold, the humidifier integrated within will switch on and release moisture to the atmosphere. This humidification alleviates the vacuum and deficit left by the dryness in the air while indirectly alleviating sinus discomfort, thus encouraging general nasal wellness. The humidity sensor continuously monitors moisture in the surrounding air and gives real-time feedback to the control system of the fan. Therefore, with an integration of these parts, it adjusts automatically to keep the environment comfortable without requiring human intervention.
• Fan Motor with Adjustable Airflow: The Fan Motor with Adjustable Airflow is a critical component of the Smart Temperature and Humidity-Controlled Fan for Sinus Relief, designed to provide customizable air circulation tailored to individual comfort needs. This device functions on dynamic, real-time-captured data from sensors of temperature and humidity. In this manner, using a variable speed, the fan is able to produce varied airflow intensity levels: soft, medium, and strong. This flexibility is helpful particularly to sinus patients as it enables soft diffused air flow which impacts minimal direct airflow through the airways; the latter bother sensitive sinuses. Its ability to control airflow would facilitate comfort since moisture being evenly spread throughout the room to ensure optimal humidity levels.
• Integrated Air Purifier: The air purification system is designed to filter out harmful particles, allergens, and pollutants from the circulating air. With the multi-stage filtration process, it guarantees that only clean, allergen-free air goes back to circulation in the room. That is very essential for sinus patients as it reduces the patient's exposure to all those irritants and just enhances the quality of air in the living space in general.
• Smart Control Panel and App Integration: The fan features a sophisticated control panel that allows users to input their desired temperature, humidity, and airflow settings. Coupled with smartphone app integration, users monitor room conditions and adjust settings remotely. This seamless connectivity enhances user experience and provides real-time control, making it easier to maintain a sinus-friendly environment.
• Quiet Motor with Noise Reduction Technology: The fan is equipped with a specially designed quiet motor that minimizes operational noise, ensuring it runs quietly even at higher speeds. This feature is a great advantage to those people who require quiet surroundings for rest and sleep. The noise reduction technology gives the fan its key feature in the design since it addresses the need for a quiet atmosphere that facilitates healing.
• Power Supply Unit: The Power Supply Unit is an essential component of the Smart Temperature and Humidity-Controlled Fan for Sinus Relief, responsible for providing reliable and efficient power to all the fan's integrated systems. It ensures that the temperature and humidity sensors, fan motor, built-in humidifier, air purifier, and control systems operate seamlessly and efficiently. Designed for optimal energy consumption, the power supply unit minimizes waste while maintaining performance, allowing the fan to function effectively without incurring high energy costs. By delivering stable power, it supports the continuous monitoring and adjustment capabilities of the device, enabling real-time responsiveness to changing environmental conditions. This reliability ensures that users depend on the fan for consistent comfort and air quality management, making it an indispensable part of the overall system.
The Sequential Working Process of the Smart Temperature and Humidity-Controlled Fan for Sinus Relief begins with the initialization phase, where user preferences for temperature and humidity are set, and the sensors are activated.
Figure 1 illustrates the flow-chart (100) for the sequential working of the smart temperature and humidity controlled fan for sinus relief detailing start (initialization) (101), set user preferences (102), activate sensors for temperature and humidity detection (103), check the temperature and humidity in range (104), operate the air purifier (105), then followed by sending the real-time updates to smartphone app (106), then enable the quiet/ sleep mode (107) and marks the end (108) of the cycle.
Figure 2 illustrates the flow-chart (200) for step-by-step process explanation of how the software functions in the smart temperature and humidity controlled fan for sinus relief detailing start (201) of the process, then initiate the cycle (202), collection of sensor data (203), checking for the temperature and humidity ranges (204), if the temperature and humidity is in range then maintain the current settings (205), and if the temperature and the humidity is not in range then adjust the speed of the fan/ activate the humidifier (206), then the process is further followed by the air quality checking (207) if it is poor of not? If the air quality is poor then activate the air purifier (208), if the air quality is fine the continue the monitoring (209), then the further follows up the real-time updates to apps/control panel (210) then the user input changes (apply the new settings) and continuation of monitoring (211) and marks the end of the working (212).
This process ensures continuous optimization of the indoor environment, providing consistent comfort and relief for sinus patient and is detailed below:
1. Initialization: The controlling software installed on this fan start activating both the temperature and humidity sensors once it is turned on. Users define their zone of comfort, both in terms of temperature and humidity levels using a smart control panel and application, marking these parameters.
2. Real-Time Data Monitoring: The fan continuously collects data from the sensors, monitoring environmental conditions. The software analyzes this data in real time, ensuring it remains aligned with the user's preset comfort settings.
3. Decision Making (Logic Control): The software uses pre-programmed logic about the monitored conditions in making necessary adjustments. For example, in case the temperature exceeds the set threshold, it is being possible to increase the fan speed. In case humidity drops below the set level, the humidifier activates.
4. Automated Adjustment: The software communicates with the fan's motor, humidifier, and air purifier to make real-time adjustments based on sensor feedback. This automatic control ensures that the environment remains within the user's comfort range without manual intervention.
5. User Interaction via Smartphone App: The app provides users with real-time updates on room conditions and allows them to make adjustments remotely. Users modify settings, receive alerts, and view historical data on temperature and humidity, enhancing the overall user experience.
6. Feedback and Updates: The system operates with a continuous feedback loop, constantly adjusting settings based on changing environmental conditions. When conditions return to the desired range, the software reduces the fan speed and deactivates the humidifier as needed.
7. Sleep Mode Activation: When activated, Sleep Mode optimizes the fan's operation by lowering speed and noise levels. This ensures a quiet, restful environment ideal for sleeping, further supporting the recovery process for sinus patients.
According to the various embodiments of the present invention, the Smart Temperature and Humidity-Controlled Fan for Sinus Relief is, in fact a completely new innovation in the realm of air quality management but designed precisely for those who suffer from sinus. With features such as temperature control, humidity control, air purifier, and preset settings all under one device, this addresses the specific sinus issues of any individual. All these combined features, user-centric design, and smart technology make this fan a comfort-enhancing sinus-friendly device. Beyond its improved indoor environment, this invention empowers the users to take control of their comfort, and it has become a necessary addition to any house.
, Claims:1. A smart fan system designed for sinus relief, comprising:
a temperature sensor configured to monitor ambient room temperature and adjust fan speed based on the detected temperature;
a humidity sensor coupled with a built-in humidifier to maintain optimal humidity levels by adding moisture to the air;
an adjustable airflow mechanism providing multiple airflow settings, including soft, medium, and strong;
an integrated air purification system that filters allergens, dust, and pollutants from the air;
a smart control panel for user-defined comfort settings including temperature, humidity, and airflow preferences;
a sleep mode;
a smartphone application enabling remote monitoring and control of the fan's settings; and
a quiet motor designed for low noise operation.
2. The smart fan system of claim 1, wherein the embedded software automatically processes data from the temperature and humidity sensors to dynamically adjust fan speed and humidifier output, maintaining user-defined comfort levels.
3. The smart fan system of claim 1, further including a sleep mode feature that reduces fan speed and operational noise during night-time use to promote restful sleep.
4. The smart fan system of claim 1, wherein the integrated air purification system continuously operates to ensure consistent air quality improvement, independent of fan speed settings.
5. The smart fan system of claim 1, further comprising a memory function that stores user-defined temperature, humidity, and airflow preferences for quick access and automatic adjustment upon user activation.
6. A method for operating a smart fan system designed for sinus relief, comprising the steps of:
monitoring ambient room temperature using a temperature sensor;
adjusting the fan speed based on the detected temperature to prevent exposure to excessively cold air;
measuring ambient humidity levels using a humidity sensor;
activating a built-in humidifier when humidity levels fall below a predefined threshold;
providing adjustable airflow settings based on user preferences;
filtering circulating air through an integrated air purification system to remove allergens and pollutants;
displaying real-time conditions and allowing adjustments through a smart control panel or a smartphone application; and
enabling a sleep mode to reduce fan speed and noise during night-time operation.
7. The method of claim 6, further including the step of continuously collecting and analyzing real-time data from the temperature and humidity sensors to maintain optimal user-defined comfort levels.
8. The method of claim 6, wherein user adjustments to temperature, humidity, and airflow settings are facilitated through a smartphone application connected to the smart fan system.
9. The method of claim 6, including the step of continuously operating the air purification system regardless of fan speed settings to ensure a consistent improvement in air quality.
10. The method of claim 6, wherein the system utilizes feedback from the sensors to adaptively modify the operation of the fan and humidifier in real time, enhancing user comfort.

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