MULTIFUNCTIONAL HEAT EXCHANGER FOR DIGITAL DEVICES

Abstract

The invention relates to a multifunctional heat exchanger designed to enhance the versatility, mobility, and operational efficiency of heat exchangers in various applications. The features an adjustable support mechanism that accommodates different sizes, allowing for customizable positioning and optimal performance. Equipped with suction cup, the provides easy mobility and repositioning while maintaining stability through locking mechanisms, a robust base structure and storage compartments, further enhancing its functionality. Constructed from durable material of , the ensures long-term reliability and minimal maintenance. This invention offers a significant advancement over traditional stationary supports, addressing the need for flexible and heat exchanger management.

Specification

Description: a multifunctional heat exchanger (100), consists of a spherical shaped dome of 25 mm outer radius 23mm inner radius and height 54mm, with the bottom base diameter 38mm. Flat varying cross section inclined at 810(103) and having a cap size of 16mm diameter and height 7mm fitted at the top of hollow container. A vacuum gripper is placed at the bottom of the spherical dome (100) to support the multifunctional heat exchanger on to the . The whole structure is made up of transparent to have corrosion resistance, durability and multiple applications. , Claims:1. A multifunctional heat exchanger (100) comprising of : (i) a Spherical shaped dome (101) (ii) a bottom suction cup (102) (iii) a flat surface inclined at 810 to the base (103) and (iv) a screwed cap at the top (104);
2.A multifunctional heat exchanger (100) of Claim 1, wherein the supporting structure is the main part of the design, which serve the purpose of heat exchanger;
3.A multifunctional heat exchanger (100) of Claim 1, wherein a Spherical shaped dome (101) has inner radius of 23mm and outer radius 25mm and total height of 54mm with one side flat face inclined at 810 (103). The said Spherical shaped dome (101) is uded to absorb the entire heat of the digital devices based on thermosyphon effect. Due to this effect the device gets cooled and maintain the temperature between 36°C to 43°C;
4.A multifunctional heat exchanger (100) of Claim 1, a bottom suction cup (102) has a height of 6mm and has a contact surface diameter of 38mm with the spherical dome; and
5.A multifunctional heat exchanger (100) of Claim 1, a screwed cap at the top (104) having the diameter of 16mm and height of 7mm is provided in order to top-up the coolant.

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