An ignition device for electrolyzing water

Abstract

The invention relates to an ignition device adopting water electrolysis. The ignition device adopting water electrolysis comprises a body outer shell, a machine cover and a top cover, wherein the top cover is provided with a first ignition device body and a second ignition device body; the first ignition device body and the second ignition device body are each connected with a crow plate; a hydrogen storage cavity, an oxygen storage cavity and a control cavity are arranged in the body outer shell; the first ignition device body is connected with the oxygen storage cavity and the second ignition device body is connected with the hydrogen storage cavity; the hydrogen storage cavity and the oxygen storage cavity are each connected with a gas introduction guide pipe; an electrolysis strip is arranged in each gas introduction guide pipe; a circuit control assembly and a battery are arranged in the control cavity; and the electrolysis strips are electrically connected with the positive electrode and the negative electrode of the battery correspondingly. Hydrogen and oxygen generated by water electrolysis serve as a fuel source of the ignition device to replace non-renewable energy resources. Meanwhile, two flames are adopted, so that the energy generated by electrolysis is fully used. In addition, a pushing block and the crow plates are used cooperatively, so that the purposes that electrolysis work begins when the machine cover is opened and ends when the machine cover is closed are achieved.

Description

technical field [0001] The invention relates to the technical field of ignition equipment, in particular to an ignition device for electrolyzing water. Background technique [0002] Ignition device such as lighter is a kind of small and exquisite fire starter, is mainly used in smoking or cooking fire etc., is widely used in the life because of its anti-wind, anti-humidity performance because match. Existing lighters can be divided into liquid lighters and gas igniters according to different fuels. At present, these lighters all have the following defects: [0003] (1) Most igniters are for one-time use, and there is waste. [0004] (2) Recyclable igniters: the fuel used has not been improved much, most of which are butane, propane and petroleum liquefied gas, and fuel needs to be purchased. With the rise in prices, the prices of oil and natural gas have also increased All in all, this is a big expense for the user, and the fuel used is also a non-renewable raw material. ...

AI Technical Summary

Problems solved by technology

[0003] (1) Most igniters are disposable and there is waste

[0004] (2) Recyclable igniters: the fuel used has not been improved much, most of which are butane, propane and petroleum liquefied gas, and fuel needs to be purchased. With the rise in prices, the prices of oil and natural gas have also increased In addition, it is a big expense for the user, and the fuel used is also non-renewable raw materials

[0005] (3) Safety in use: when in use, the burning gas inside the igniter will be inhaled into the body, which will affect people. At the same time, these gases are easily burned by heat, and often cause the lighter to explode due to the hot environment. situation, there is a great security risk

[0006] (4) Some igniters are inconvenient to carry, such as gas stoves. For those users who like to travel, it is very inconvenient to carry these things

[0007] (5) Ignition devices using butane, propane and liquefied petroleum gas will produce waste gas. When the amount of use reaches a certain level, these waste gases will cause great harm to the environment, such as the greenhouse effect, the ozone layer hole caused by the destruction of the ozone layer structure, etc.

[0008] At present, there is no igniter on the market that can be recycled, has renewable energy, and has high safety performance.

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