Multi-stage ejection technology

Abstract

The invention relates to a multi-stage ejection technology, which belongs to the field of mechanical equipment, and is characterized in that multi-stage ejection main bodies are respectively, simultaneously and independently ejected in a multi-stage superposition manner, namely, a first-stage ejection main body is ejected on the basis of a main body base, and a second-stage ejection main body is ejected on the basis of the first-stage ejection main body; the third-stage ejection main body ejects on the basis of the second-stage ejection main body, and so on, the higher the stage number is, the higher the ejection speed is, and the material ejection device is applied to the aerospace field and can directly eject materials from the earth surface to the space; the device is applied to the field of aviation, and can eject bullets at a high speed to achieve ultra-long-distance striking. The system is applied to the logistics field and can be delivered to a designated area in an extremely short time. The device is applied to a heavy crossbow, can have an ultra-long-distance firing range and a killing radius exceeding ten thousand meters, has killing power by being matched with existing science and technology and sight lines, and can also be applied to a damping and buffering system to absorb kinetic energy and relieve impact through multi-stage superposition.

Description

Technical field:

[0001] The invention relates to a multi-stage ejection technology, which increases the ejection speed by a multi-stage superposition method and belongs to the field of mechanical equipment. Background technology:

[0002] Related technologies include electromagnetic catapult, heavy crossbow, rocket launch and other technologies. The present invention increases the ejection speed by multi-stage superposition, which is a new multi-stage ejection technology. Summary of the invention:

[0003] The present invention increases the ejection speed by means of multi-stage superposition, and is a brand-new multi-stage ejection technology.

[0004] The present invention is composed of a main body base, a first-stage ejection body, a second-stage ejection body, a third-stage ejection body and the like. The multi-stage ejection bodies are independently ejected simultaneously by multi-stage superposition, that is, the first-stage ejection body is ejected on the basis of the main body base, the second-stage ejection body is ejected on the basis of the first-stage ejection body, the third-stage ejection body is ejected on the basis of the second-stage ejection body, and so on. The more stages there are, the faster the ejection speed is.

[0005] The present invention is applied to the field of aerospace, and can directly launch materials from the surface into space; applied to the field of aviation, it can launch aircraft and aviation weapons at high speed to achieve ultra-long-range strikes; applied to the field of logistics, it can deliver materials to designated areas in a very short time; applied to heavy crossbows, it can have an ultra-long-range range, and a killing radius of more than 10,000 meters. With the existing technology, it can have lethality within the line of sight. It can also be applied to shock-absorbing and buffering systems, and can reduce impacts by absorbing kinetic energy through multi-stage superposition. Description of the drawings:

[0006] Figure 1 It is a schematic diagram of the structure of the present invention. The left side is a schematic diagram of the tubular ejection body structure, and the right side is a schematic diagram of the platform ejection body structure, A. main body base, 1. first-stage ejection body, 2. second-stage ejection body, 3. third-stage ejection body. Specific implementation method:

[0007] The present invention is composed of a main body base, a first-stage ejection body, a second-stage ejection body, a third-stage ejection body and the like. The multi-stage ejection bodies are independently ejected simultaneously by multi-stage superposition, that is, the first-stage ejection body is ejected on the basis of the main body base, the second-stage ejection body is ejected on the basis of the first-stage ejection body, the third-stage ejection body is ejected on the basis of the second-stage ejection body, and so on. The more stages there are, the faster the ejection speed is.

[0008] The power system of the present invention is applicable to a variety of power modes, such as: electromagnetic, motor, internal combustion engine, steam engine, hydraulic, air pressure, explosion, manpower, etc. can all be power sources, and the power mode and power source can be selected according to the application scenario.

[0009] For example: the ejection speed of the first, second and third stage ejection bodies are all 300 kilometers per hour. The first stage ejection body is ejected on the basis of the main body base at a speed of 300 kilometers per hour. The second stage ejection body is ejected on the basis of the first stage ejection body's speed of 300 kilometers per hour, and the superimposed speed is 600 kilometers per hour. The third stage ejection body is ejected on the basis of the second stage ejection body's speed of 600 kilometers per hour, and the superimposed speed is 900 kilometers per hour. And so on, the more superimposed stages there are, the higher the speed.

[0010] Applications in the aerospace field: electromagnetic, explosion, etc. can be used as power sources, with multiple levels of superposition to increase speed. Materials can be transported directly from the surface to space with extremely high efficiency. Satellites can be launched or materials and equipment can be ejected into space to build starships and space cities.

[0011] Application in the aviation field: Electric motors, internal combustion engines, hydraulics, air pressure, etc. can be used as power sources. UAVs, missiles, missiles, supplies, etc. can be launched to the designated area through multi-stage superposition of speed increase, and then their own power systems can be started to expand the combat radius.

[0012] Application in logistics: Materials can be delivered to designated areas in a very short time through the flight cabin. The flight cabin can be equipped with folding wings and landing gear. When the ejection speed reaches the limit, the wings can be opened, and the inertia can be used to glide to the destination, and the landing gear can be lowered to glide and land.

[0013] Applied to heavy crossbows: It can have an ultra-long range, with a killing radius of over 10,000 meters. Combined with existing technology, it can cause damage within sight.

[0014] Applied to shock absorbing and buffering system: it can absorb kinetic energy by multi-stage superposition with longer stroke, and reduce impact more effectively.

Claims

1. A mechanical device for increasing ejection speed by multi-stage superposition, characterized in that: This equipment is composed of a multi-stage ejection body, which is ejected independently and simultaneously by multi-stage superposition, that is, the first-stage ejection body is ejected on the basis of the body base, the second-stage ejection body is ejected on the basis of the first-stage ejection body, the third-stage ejection body is ejected on the basis of the second-stage ejection body, and so on. The more stages there are, the faster the ejection speed.

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