JPH01212697A - Aerotransport method - Google Patents

Abstract

PURPOSE:To perform safe aerotransport, by a method wherein a flying object, e.g. an airship, having an engine for propulsion is movably supported to a ground linear body, installed on a ground along a given route, through a grip means and an antenna body. CONSTITUTION:A flying object 1 is formed with a flying object body 1A formed with a plurality of independent chambers filled with some kind of gas, a plurality of engines 1B, a boarding cage 1C formed with a cock pit, a control room, and a passenger room, main wings 1D, and a direction rudder, not shown. Meanwhile, a number of poles 2 are erected at intervals of a given distance along the moving route of the flying object 1, and a ground line body 3 is suspended and supported by means of the poles 2. The lower ends of an antenna body 4 and a vertical line body 5 are supported to a gripping member 4A movably mounted to the ground line body 3, and the upper ends of the line bodies 4 and 5 are connected to the flying object 1 to movably support the flying object 1 in a floating state in the air.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention 1 is an aerial transportation method, more specifically, a safe and reliable aerial transportation using a flying object that moves sideways using a floating blade using a certain type of gas and a driving force. The present invention relates to aerial transportation methods that place emphasis on economic efficiency and prevention of natural destruction, especially in areas where there are no routes or return routes.

[Original technology] For example, the present invention is applied to a navigation system in which a flying vehicle such as an airship can freely fly over a ground-based route determined linearly on a map even in bad weather. The idea I came up with was as follows.

Constructing new transportation, return routes, and railways; turning this into a social problem is the destruction of nature.

Second, these means of transportation require a large amount of capital invested in land acquisition and ground equipment.

Because the rental books are large, the fees for using the route and the fare become expensive, and this results in a social gap.

Therefore, the tZ, U-con model system was the inspiration for this invention.

That is, by attaching a whip wire to a fence-type flying truss with an engine,
In addition to this wire, a flight attendant on the ground holds the wire t4 while enjoying the next flight i+'+i using the same wire. There was a strong demand for social improvements that required some ingenuity in response to the social concerns raised regarding conventional means of transportation.

[The problem that invention is trying to solve] Electric trains that create new return routes and FI roads require a huge amount of calculations and greatly destroy nature. In terms of maintenance, it doesn't cost a lot of money (if you do...
Transport at night is difficult, and even worse in bad weather.
This is a poor performance, and transport operations are forced to consume a large amount of P1 costs due to snowfall.

Furthermore, even if the number of uses of these means of transportation is zero, the above-mentioned costs remain the same, so it is economically efficient (or worse).

When deciding on a route, it is important to consider areas with unfavorable topography or land that cannot be purchased, depending on the condition of the ground surface. , it is a straight line to the destination on the map (this route cannot be decided, and it is very unfavorable in terms of construction and usage11)
However, it is not the most effective or economical means of transportation.

In the case of an airship, it is greatly affected by the weather such as strong winds, making it impossible to navigate the set course exactly at the set time, resulting in an unstable configuration.

Therefore, the discomfort caused by the turrets while the airship is navigating has a drawback, such as spoiling one's mood.

This was done by focusing on the n points between the two points, and the purpose is to eliminate these shortcomings by 11 points.

[Means and actions for solving the n-point problem] For example, in a navigation system in which a flying vehicle such as an airship can freely fly over a ground-based route determined in a straight line on a map, even at night or in bad weather. , a plurality of poles erected facing the sky from the earth's surface, and the ends of the poles facing the sky,
The above-mentioned above-ground construction route consists of an elastic body such as a wire connected to the sky-side end of the pole at the next position erected at an appropriate interval. an aerial wire body made of an elastic body such as a wire that anchors the ground wire body and the above-mentioned flight object to prevent the flight object from deviating from the set route; To stop the flight and repeat ascending and descending in the vertical direction,
-Finger up! 2. An upper and lower wire body made of an elastic body such as a wire, whose other end is attached to the ground wire body to each of the Mτ inside the aircraft, and which also serves as a backup role in place of the aerial wire body for safety. , the vertical wire body and the aerial wire body are rotatably wound and unwound simultaneously or individually while being illuminated by the above-mentioned aircraft for controlled navigation, preventing the aircraft from shaking and causing discomfort. In addition to the wire controller that prevents the antenna from causing damage, and the antenna body on the side of the wire controller, there is also a gripping member that is movable with the ground wire and securely grips it. It is designed to ensure the safest and most reliable transportation possible.

[Example] The present invention will be explained below with reference to an illustrated embodiment.

FIG. 1 is a three-dimensional diagram showing an embodiment of the present invention.

The flying object 1 consists of a flying object main body IA having a plurality of independent chambers, each of which is filled with a certain kind of gas with a certain volume. A plurality of engines IB are suspended from the flight main body IA, and the lower portion includes a tower passenger compartment IC1 consisting of a cockpit, a control room, and a cargo compartment, a main wing ID, and a rudder (not shown).

The flying object 1 with this structure obtains a levitation blade by the gas filled with air, navigates by the propulsion force from the engine IB, and has a plurality of independent rooms with 8
The product, the levitation blade, and 1. Even if one of the rooms in the same room loses its levitation power, even if it falls, it is configured so that the impact will be minimal so that it will not receive any damage. has been done.

On the other hand, was it erected from the earth's surface toward the sky? ! The number pole 2 is configured to withstand the force necessary to fly while holding the stray flying object 1 and withstand all kinds of weather, and it is designed to withstand the force required to fly while holding the stray flying object 1, and to move it as appropriate along the route determined in a straight line on the map. They are arranged in rows at certain intervals. At the sky-side end of each pole 2 (the holding member 2A is not fixed), the ground wire body 3 made of an elastic body such as a wire is attached to the holding member 2A.
It is attached to each holding member 28.

In other words, the ground wire body 3 is the aerial transportation route itself. An aerial wire body 4 is interposed to anchor the ground wire body 3 and the flying object 1 even when flying over this aerial transportation route between 7f of safe smokers or under bad weather conditions. This antenna body 4 is composed of an elastic wire body such as a wire. Similarly,
A wire-like bullet that connects the ground wire body 3 and the flying body 1 +
! The vertical wire body 5, which is a wire body, literally ascends and descends in the vertical direction once in order to stop the flight of the aircraft 1 and get on and off the aircraft 1. The purpose is to further improve safety as a precautionary measure.

On the other hand, a wire controller IE (not shown) is installed inside the aircraft 1. The first function of the main body hunt roller IE is to rotatably wind the aerial body 4 while grasping the attitude of the flying object 1 and the weather conditions, and repeat the U-winding and U-winding operations to ensure safe and stable navigation. conduct. This frame body O-
The other end of the aerial wire body 4, which is attached to the radio IE side, is connected to the ground wire body 3, and a gripping member 4A is fixed thereto, which grips the ground wire body 3 freely. The second action is to wind up and unwind the upper and lower wire bodies 5, one end of which is fixed to the gripping member 4A, at the same time as the antenna body 4, or individually. By installing an aerial wire body and an upper and lower wire body, it is possible to fly above the surface wire body, which is the navigation route, just like a train is running on rails, without being blown away by the wind even in strong winds, and even at night. It is possible to navigate reliably.Since the navigation altitude is close to the surface, in an emergency, if you wind up either the aerial body or the upper or lower body, you can land within a short time and perform evacuation or special operations. Since the main body of the aircraft is equipped with multiple independent rooms, even if the levitation ability of one of the same rooms is lost due to a number of factors, and the same room is replaced, the remaining room will be at F1 o'clock.
l! This has the effect of not making l fatal.

In addition, it is possible to navigate by using power transmission line towers and railway shackles as poles, and if existing roadsides are used as poles, it can greatly contribute to relieving traffic congestion. And, there is a special mention to the branches of the power transmission lines that are being laid across the country.
It's hard work in this winter, and the costs are huge.
However, if you use this power transmission 11 bottle as a pole, it will greatly contribute to the improvement of point 4 above! It is possible to obtain effective usage effects.

In addition, if this route is chosen, it will have the remarkable effect of being able to be used as an unconventional means of transportation for things such as saving lives in traffic jams, urgently transporting sick people, and transporting VIPs.

[Effects of the Invention] 'As explained above, the aerial transportation method of the present invention has the following effects.

Route determination according to the present invention is completely different from roads and railways, and occupies an extremely small area of land, requiring only the installation of poles! It can be carried out in the morning, in a corner of a broken land or public land in an urban area, and it can be transported to a completely remote area outside the city, so the cost of purchasing the land can be extremely small.

Since the number of poles dedicated to the above-mentioned pole installation is one to one, the proportion of natural order is extremely small.

Under strong winds, it will not be blown away by the aerial body,
Since the ship is sailing above the ground, it is not affected by the snow on the ground, so it can be transported during bad weather or at night.

81 During periods of low usage, the aerial antenna and upper/lower antenna elements are removed and a completely different flight is carried out, for example, when flying a command tower or a rescue team over the site of a major disaster. Directive or non! ! As a central AM system in areas where guidance and radio sensitivity is poor, it is possible to drop exactly one drop of extinguishing agent into the center of a wildfire, use aerial photography, advertising, leisure activities, roads, and other means of transportation. It has a high economic rate because it can be used endlessly as a transportation mirror to a veritable paradise created in the midst of 78 beautiful nature.
In addition, maintenance costs are extremely low because the flying object itself can descend to the ground surface and carry out various operations when it comes to making objects such as balls and surface wires.

Regardless of the ground shadow on the ground surface, for example, it is possible to construct a surface wire body even in a deep valley, so that you do not have to decide the route by avoiding the same cedar trees.
It can be said to be the most economical means of transportation. As explained above, by being able to fly over the legal route at all times, it is possible to create a stable timetable for established air routes and practice transportation as planned.

And since the line body can be controlled by line body control, the weather situation 1 IS: lfl
Since the turret of the aircraft can be controlled to a minimum, it does not cause any discomfort to the human body.

[Brief explanation of the drawing]

FIG. 1 is a solid (2) showing an embodiment of the present invention. １、、、、、Aircraft 2, , , , Paul ３、、、、Surface linear body ４、、、、Aerial body 5,,,,, upper and lower line body IE, , ring body controller patent employee Sexual behavior Direct

Claims (1)

[Scope of Claims] For example, in a navigation system that allows a flying vehicle such as an airship to fly freely over a ground-based route determined linearly on a map, even at night or in bad weather, from the ground surface to the sky. A plurality of balls are erected, and a holding member is attached to the sky-side end of the ball and the sky-side end of the next ball that is erected at appropriate intervals on the above-mentioned ground construction route. A ground line body made of an elastic body such as a wire is connected in series; an aerial line body made of an elastic body such as a wire is attached to the ground line body and the above-mentioned flying object; a vertical wire body made of an elastic wire body such as a wire, which is anchored at one end to the above-mentioned ground wire body and the other end to the interior of the above-mentioned flying body, for repeatedly ascending and descending in the direction; and this vertical wire body. a wire body controller built into the above-mentioned flying vehicle for controlled navigation while rotatably winding and unwinding the wire body and the aerial body simultaneously or individually; An aerial transportation method characterized by comprising: a ground wire body and a gripping member that can move freely and reliably grip the ground wire body.