Low-carbon elliptical focusing lighter

Abstract

The invention relates to a low-carbon elliptical focusing lighter. In order to overcome a series of defects that traditional lighters on the market have flame burning hidden dangers, are narrow in application range, are not environment-friendly and the like, a reflection focusing optical principle of an elliptical structure is skillfully utilized to be combined with a strong light reflection and heat radiation reflection coating material on the inner wall of an elliptical cavity, light energy converted by electric energy and heat radiation are directly utilized for focusing temperature rise for heating ignition, and the novel environment-friendly lighter which does not discharge greenhouse gases such as carbon dioxide and adapts to severe environments such as strong wind is designed and invented . The lighter is mainly composed of an energy supply device, namely a battery, a light-emitting and heating device such as a high-energy bulb at an oval lower focus, an ignition point at an oval upper focus, an oval cavity structure coated with the light reflection and heat radiation reflection coating material, a circuit and a circuit switch. The lighter is high in safety and adaptability, the low-carbon and environment-friendly characteristics of ignition equipment can be effectively improved, unsafe factors such as flame accidental injuries are reduced, and a brand new measure is provided for heating and ignition in daily life.

Description

technical field [0001] The invention relates to the technical field of lighters, and belongs to an environment-friendly, electric, heat-generating, light-gathering and high-energy lighting device. Background technique [0002] Lighter as a mechanical device using traditional energy. Generally, lighters are conventionally divided into six types: flint steel wheel lighters, piezoelectric ceramic lighters, magnetic induction lighters, battery lighters, solar lighters, and microcomputer lighters. The main components of a traditional lighter are the ignition mechanism and the gas storage tank. The principle of ignition is to trigger the action of the ignition mechanism, bursting out sparks to the gas area, and igniting the gas. This traditional way of lighting will produce a series of greenhouse gases, such as carbon dioxide, methane and so on. [0003] In recent years, people's research on new lighters mainly lies in replacing the traditional flammable gas energy with electric...

AI Technical Summary

Problems solved by technology

[0004] The present invention aims at a series of deficiencies such as potential flame burns, narrow scope of use, and non-environmental protection of traditional lighters on the market. It breaks through the traditional thinking of only using gas combustion or conductive heating to ignite, adopts a more flexible device, and utilizes the advantages of the device itself. Structural design features to achieve the purpose of heating and ignition

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