COOLING PADS FOR LAPTOPS

Abstract

The present invention discloses an advanced cooling pad designed to keep the laptop charged and cool for extended periods, particularly catering to the needs of students and working professionals. It features two components, a built-in battery-powered charging mechanism, and a cooling mechanism with a dedicated control panel. The cooling mechanism, located in the cooling pad, comprises a rechargeable battery, fans for cooling, and a user-friendly control panel. Users charge the cooling pad using a standard charger or an inbuilt charger and adjust temperature settings as desired. The cooling elements ensure even cooling distribution throughout the surface, maintaining the temperature of the laptop during long working hours. Indicator lights on the control panel provide visual feedback on the status of the charging and cooling process. This innovative cooling pad ensures cooling and charging, making it ideal for school, meetings, and travelling.

Specification

Description:The present invention is a cooling pad designed to keep a laptop charged for an extended period, specifically catering to the needs of users. It incorporates a built-in battery-powered charging mechanism to address the common issue of users limited to work and cool laptops for longer hours. The detailed description of the invention, including its parts and functionality, is as follows:
Cooling Pad Design and Structure
The cooling pad consists of two main components, each designed for different operations. One component is for charging and the other is the standard cooling component. The outer casing is made of durable and heat-resistant material for safety and longevity.
Charging Mechanism
The charging mechanism is integrated into the cooling pad and is located in the center. It consists of a rechargeable battery, a charging element, and a control panel. The charging element is strategically positioned with a charging platform at different positions for different size of laptops and it works on the principle of docking the laptop on the charging panel.
Cooling Mechanism:
It is integrated into the cooling pad at the base of the bottom compartment. It consists of a battery, a cooling element, and a control panel. The cooling element is strategically positioned for even heat distribution.
Control Panel
The control panel is located on the exterior of the cooling pad and features a simple interface for users to operate the charging and cooling mechanism. It includes an on/off switch, temperature control settings, and indicator lights to display the status of the charging process.
The novel aspects of this invention include:
1. Integrated Charging Mechanism: The incorporation of a built-in battery-powered charging mechanism within the cooling pad represents a unique and innovative feature not found in traditional cooling pads. This allows for the retention of battery, addressing the common issue of students and working professionals not being able to work for longer hours simultaneously cooling their laptops.
2. Enhanced Portability: The invention offers a portable solution for keeping laptops charged, catering specifically to the needs of charging on the go. This aspect distinguishes it from earlier inventions, as it provides a practical way for users to ensure that they have access to charging in various settings such as school, meetings, and long conferences.
3. Improved User Experience: The invention significantly enhances the overall user experience by addressing the inconvenience of battery draining and the unmet need for portable charging, ensuring that charging and cooling are readily available.
4. Advancement in Cooling Pad Technology: This invention represents a significant advancement in cooling pad technology, introducing a novel approach to addressing the challenge of maintaining the battery, thereby setting it apart from the existing prior art and earlier inventions.
Working
Charging: The cooling pad is equipped with a charging port for the rechargeable battery. Users charge the battery using the inbuilt charger which allows them to charge the laptop without carrying any external laptop charger.
Operation: Once the cooling pad is charged, users activate the charging and cooling mechanism using the control panel. The temperature control settings allow users to adjust the level of fan speed based on their preferences. The cooling element activates to evenly distribute heat throughout the compartments.
Indicator Lights: The indicator lights on the control panel provide visual feedback, indicating when the charging mechanism is active and the desired fan speed and battery percentage.
The parts of the cooling pad invention, categorized as a product are outlined as follows:
Outer Casing:
- Made of durable and heat-resistant material to ensure safety and longevity.
- Provides protection for the cooling and charging mechanism.
Charging and Cooling Mechanism:
- Consists of a rechargeable battery, a charging element, and a control panel.
- Strategically positioned cooling and charging elements for even cooling distribution throughout the surface.
Control Panel:
- Located on the exterior of the cool pad.
- Features an on/off switch, temperature control settings, and indicator lights to display the status of the charging process.
Li-Ion Battery:
- The power source for the charging mechanism, providing the necessary energy for the charging element. , Claims:1. A cooling pad with an integrated charging mechanism for a laptop, comprising:
a durable outer casing made of heat-resistant material to ensure safety and longevity;
a rechargeable battery, positioned within the cooling pad, providing power to both the charging and cooling mechanisms;
battery level indicators to display the remaining charge of the rechargeable battery;
fan speed indicators to visually represent the cooling element's operation based on user-selected temperature control settings;
a charging platform, integrated into the central region of the pad, configured to allow the docking of laptops of varying sizes, and including a charging element electrically connected to the rechargeable battery to charge the laptop when docked;
a cooling mechanism, located at the base of the pad, comprising a cooling element that is powered by the rechargeable battery and is positioned to distribute heat evenly across the pad's surface; and
a control panel, positioned on the exterior of the pad, comprising an on/off switch, temperature control settings for regulating the cooling mechanism, and indicator lights displaying the status of the charging and cooling processes.
2. The cooling pad as claimed in claim 1, wherein the cooling element comprises multiple fans and a heat sink system configured for even heat dissipation across the surface of the pad.
3. The cooling pad as claimed in claim 1, wherein the rechargeable battery is removable, allows for easy replacement or upgrade by the user.
4. The cooling pad as claimed in claim 1, wherein the control panel includes a digital display for showing real-time data regarding the battery level, fan speed, and temperature settings.
5. The cooling pad as claimed in claim 1, wherein the charging platform is adjustable, allows for the positioning of the charging element to accommodate laptops of various sizes and align with their respective charging ports.
6. The cooling pad as claimed in claim 1, wherein the cooling mechanism operates independently of the charging mechanism, allowing the user to activate the cooling function without engaging the charging element, thereby providing flexible power management.
7. The cooling pad as claimed in claim 1, wherein the the rechargeable battery is a lithium-ion battery capable of sustaining both charging and cooling functions for extended periods, providing enhanced portability for users in remote and mobile work environments.
8. The cooling pad as claimed in claim 1, wherein the combination of the integrated charging mechanism and the cooling mechanism enables simultaneous laptop charging and cooling, improving user portability and working conditions without needing external charging devices.
9. The cooling pad as claimed in claim 1, wherein the charging platform includes multiple charging ports positioned at various locations on the pad, enabling simultaneous charging of multiple devices, such as laptops, tablets, and smartphones, and the laptop being cooled.
10. The cooling pad as claimed in claim 1, wherein the fan speed indicators visually represent the cooling element's operation based on user-selected temperature control settings.

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