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jet aip rotary hydrocarbon engine

A jet and engine technology, applied in the direction of machines/engines, mechanical equipment, etc.

Active Publication Date: 2017-10-13
大同市壬生科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Completely different from all conventional existing engine types and styles

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0032] Embodiment 1: including a central shaft 1, an anode 2, a cathode 3, and a tornado cage 4. Among them, the central axis 1 is divided into the inner layer 1.1 that transports the cathode and anode energy bodies to enter and exit, and the outer layer 1.2 that wraps the inner layer 1.1 but does not contact the inner layer 1.1 and is connected to the output active force of the cathode 3. The layers are separated or retained by vacuum Air contact; the anode 2 is a hollow spiral ring, and the center point of the spiral ring is the junction of the hydrogen pipeline 2.1, the oxygen pipeline 2.2 entrance and the igniter. After being ignited by the igniter, the ignited hydrogen burns along the spiral all the way outward Go, and go back to the inner layer 1.1 of the central axis 1 of the anode at the end. The residual gas and combustion products are discharged from the outer port 1.3 of the central axis 1 through the residual gas pipeline 2.3. The outlet and inlet of the pipeline fo...

Embodiment 2

[0033] Embodiment 2: including a central shaft 1, an anode 2, a cathode 3, and a tornado cage 4. Among them, the central axis 1 is divided into the inner layer 1.1 that transports the cathode and anode energy bodies to enter and exit, and the outer layer 1.2 that wraps the inner layer 1.1 but does not contact the inner layer 1.1 and is connected to the output active force of the cathode 3. The layers are separated or retained by vacuum Air contact; the anode 2 is a hollow spiral ring, and the center point of the spiral ring is the junction of the hydrogen pipeline 2.1, the oxygen pipeline 2.2 entrance and the igniter. After being ignited by the igniter, the ignited hydrogen burns along the spiral all the way outward Go, and go back to the inner layer 1.1 of the central axis 1 of the anode at the end. The residual gas and combustion products are discharged from the outer port 1.3 of the central axis 1 through the residual gas pipeline 2.3. The outlet and inlet of the pipeline fo...

Embodiment 3

[0035] Embodiment 3: a jet-type AIP rotary hydrocarbon engine, characterized in that it includes a central axis 1, an anode 2, a cathode 3, and a tornado cage 4, wherein the central axis 1 is divided into an inner layer 1.1 and a package for transporting the energy body of the cathode and anode. The inner layer 1.1 does not contact the inner layer 1.1 and is connected to the outer layer 1.2 of the output active force of the cathode 3, and the layers are separated by vacuum or kept in contact with air; the anode 2 is a hollow spiral ring, and the center point of the spiral ring is The inlet of the hydrogen pipeline 2.1, the oxygen pipeline 2.2 and the junction of the igniter, after being ignited by the igniter, the ignited hydrogen burns along the spiral all the way outwards, and then wraps back to the inner layer 1.1 of the anode central axis 1 at the end , the residual gas and combustion products are discharged from the outer port 1.3 of the central axis 1 through the residual...

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Abstract

Provided is a rotating hydrocarbon engine using a principle that dry ice expands to do work under exposure to heat. By using an anode to provide a heat source and using the principle that dry ice expands to do work under exposure to heat, the dry ice is heated to expand in a cathode to drive the cathode to rotate so as to provide power. The engine can achieve the beneficial effects of having wide raw materials, a high fuel heat value and a strong power, being environmentally friendly and free of pollution, having a simple structure, having a low energy loss in the operation process, being easier to realize the manufacture of high-pressure and ultrahigh-pressure engines, and providing a power option, which is stronger and more advantageous than traditional machinery, for equipment, operations and other items needing special high power. Even ultrahigh-power and supersized equipment that does not exist at present can also be constructed so as to deal with a huge demand in the aspects of some mega-projects or highest grade equipment in the future, etc.; in addition, according to the design, the output super power is in an n+ mode, and theoretically, this is an engine capable of outputting infinite power.

Description

field of invention [0001] The invention relates to a brand-new engine field, in particular to a rotary hydrocarbon engine in which hydrogen burns and releases heat, and dry ice absorbs heat and expands to do work, and the two can be combined with a reciprocating cycle closed reaction. Background technique [0002] With the rapid development of society, traditional energy use and massive consumption have caused serious harm to the environment and the survival and development of human beings, and they also bear a huge burden. The demand for new energy is becoming increasingly urgent, and new energy methods are also emerging in an endless stream. I invented a simple endothermic dry ice engine a few years ago to solve these problems, but the structure of the endothermic dry ice engine I invented is complex and outdated, difficult to manufacture, and slightly lower in energy conversion. [0003] Now facing the future, we will realize a more advanced, healthy, environmentally frie...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): F02B75/00
CPCF02B75/00
Inventor 李伟
Owner 大同市壬生科技有限公司
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