JP2019082174A5 - - Google Patents

Description

Improvement of "Improvement and utilization of" buoyancy power generator ""

A "new principle" improved from the "Liquid level increase / decrease method" of the prior art / patent 6232530, a "buoyancy power generator" improved by the "new principle", and an output adjustment and output expansion method And improvement of the prior art “utilization invention”.

Patent document 1 and 2 “buoyancy power generation method”

Japanese Patent No. 5789231 Japanese Patent No. 6232530

None

(0001) of Prior Art / Patent No. 6232530, “This invention is an improved invention of Prior Art / Patent No. 5789231“ Buoyant Power Generation Method ”” Further, the present invention relates to a self-contained power generation method and apparatus for generating usable power, and a use invention in which the prior art and the improved invention are applied. "a.

It is desirable that the “industrially available power” has two characteristics, that is, a large output capable of responding to a large-scale electric power demand and an easy adjustment of power supply and demand. However, the “liquid level increasing / decreasing method” of the prior art has a problem that the description regarding the two features is insufficient, and the “output adjustment” and “output expansion” methods need to be improved.

Also, there is a problem that there is room for improvement in the output transmission method and the prior art utilization invention.

Assignment 1
Improvement of “Liquid level increase / decrease method”: “New principle”
An object is to present a “new principle” obtained by improving the “liquid level increasing / decreasing method” of the prior art.
The “new principle” has the following characteristics.
“Relationship of generated power> drive power” is established, characterized by “constant drive power / expanded generated power”.
It is easy to understand by showing the quantitative basis for the “establishment”.
The “buoyancy power generator” improved by utilizing the “new principle” is easy to carry out “output adjustment” and “output expansion”.

Issue 2
"Output adjustment method" of the "buoyancy power generator"
An object of the present invention is to present a method for adjusting the output of the “buoyancy power generation device” for the purpose of adjusting the supply and demand of electric power.

Issue 3
"Output expansion method" of the "buoyancy power generator"
It is an object of the present invention to present a method of expanding the output of the “buoyancy power generation device” for the purpose of providing a large output capable of meeting a large-scale power demand.

Exercise 4
It is an object to present a method and apparatus for transmitting the output generated by the “buoyancy power generation device” to a prime mover or a generator.

Exercise 5
It is an object to improve the “utilization invention” of the prior art and to present a new utilization invention.

Problem 1 ... Improvement of the "Liquid level increase / decrease method" ... "New principle"
The combination of “minimal fluid”, “vertical expansion of floating body”, and “insertion and removal of object” increases the generated power while keeping the driving power constant.

"Minimal fluid"
As shown in FIGS. 1 and 2, the space between the floating body side surface and the inner wall of the container is extremely narrow, and even if the amount of fluid present in the space is very small, buoyancy according to the Archimedes principle is generated in the floating body.

The above-mentioned law of nature is referred to as “redefinition of Archimedes 'principle” in the prior art / patent 5789231, and the “redefinition of Archimedes' principle” in the prior art / patent 6232530 is changed to a more specific expression “minimal fluid”. "

Definition of “minimal fluid” The “minimal fluid” means to reduce the amount of liquid floating in the container as much as possible, in other words, to reduce the “ratio of the liquid volume to the floating body volume” as much as possible. By doing so, the driving power for operating the liquid is made as small as possible.

Specific Description of “Minimal Fluid” The water in the gap between the bottom of the floating body and the bottom of the container is 1 cubic meter. The floating body rests underwater with a weight on it. Here, as a method of driving the floating body, a method of pouring and draining water in the gap and moving the floating body up and down is used. In this case, the distance between the floating body side surface and the inner wall of the container is substantially equal to zero, and the weight of the floating body is not considered.

Fig. 1
Floating body: Cubic buoyancy of 1 meter in height and 1 cubic meter in volume ... Weight on 1 ton floating body ... When 1 ton of water is discharged by 1 cubic meter, the floating body descends by 1 meter.
Next, when water is injected 1 cubic meter, the floating body rises 1 meter. That is, a 1-ton weight is lifted 1 meter.
Work (W = FS) ... 1 ton x 1 meter = 1

Fig. 2
Floating body: rectangular parallelepiped with a height of 2 meters and a volume of 2 cubic meters ... a weight on a 2-ton floating body ... When 2-ton water is discharged by 1 cubic meter, the floating body descends 1 meter.
Next, when water is injected 1 cubic meter, the floating body rises 1 meter. That is, lift a 2-ton weight by 1 meter.
Work ... 2 tons x 1 meter = 2

2 and 3
Floating body: cuboid buoyancy with a height of 100 meters and a volume of 100 cubic meters ... A weight on a 100-ton floating body ... When 100-ton water is discharged by 1 cubic meter, the floating body descends by 1 meter.
Next, when water is injected 1 cubic meter, the floating body rises 1 meter. That is, lift a 100-ton weight 1 meter.
Work: 100 tons x 1 meter = 100

“Minimal fluid” and efficiency In the above “FIGS. 1 and 1”, “FIGS. 2 and 2” and “FIGS. 2 and 3”, the ratio of liquid volume to floating body volume is 1: 1, 1: 2, 1: 100 Yes, the ratio values are 1, 0.5, and 0.01. Thus, it can be seen that by reducing the “ratio of the liquid volume to the floating body volume”, the ratio between “work” and the driving power required for the “work”, that is, “efficiency” is improved. Needless to say, the relationship “generated power> drive power” is established in this process.

"Minimal fluid" = "Maximum efficiency"
Therefore, “minimal fluid” is a method aimed at minimizing drive power by minimizing “ratio of liquid volume to floating body volume”, that is, maximizing efficiency, and “minimal fluid” = “maximum efficiency” Become.

Advantages of “minimal fluid” When the container contains a floating body with a hollow interior and a liquid characterized by “minimal fluid” , the “device” is mostly a hollow workpiece. However, the energy density increases in correlation with the floating body volume and the density of the liquid. On the other hand, the driving power used for pouring / draining becomes smaller in correlation with the amount of liquid.

Use of “In-gap bellows” By utilizing the “in-gap bellows” (see FIGS. 6 and 18) described in the prior art, the liquid existing between the bottom of the floating body and the bottom of the container can be reduced.

“Vertical enlargement of floating body”: the core of “new principle” In the comparison of “FIGS. 1 and 1”, “FIGS. 2 and 2” and “FIGS. 2 and 3”, the floating body is vertical with the bottom area constant. It is enlarged upward. Although the amount of drained water is constant, buoyancy increases in proportion to the volume of the subsidence of the floating body, confirming the effect of increasing “work”. This is “vertical expansion of the floating body”.

Definition of “Vertical Expansion of Floating Body” The “vertical expansion of floating body” is a method for expanding a floating body volume by expanding a columnar floating body vertically upward to increase generated buoyancy.

Features of “Vertical Expansion of Floating Body” The above-mentioned “increasing the floating body vertically upwards to increase the floating body volume and increase the generated buoyancy” more specifically fixes the bottom area of the floating body and increases the height of the floating body. This means that the bottom area of the floating body is a constant and the height is a variable. The “generated buoyancy” is proportional to “the volume of the subsidence of the floating body”.

Effect of “Vertical Expansion of Floating Body”: Standardization of “Apparatus” The methods of expanding the volume of a columnar floating body are “expansion of bottom area” and “expansion of height”. “Vertical enlargement of floating body” is easy to standardize “apparatus” because “variable” is limited to height. The method of setting both the bottom area and height of the floating body as “variables” is an individual design that matches the target output scale and is not suitable for standardization.

Standardization of “equipment”: “base of vertical expansion”
It is recommended to use a “vertical expansion base” (FIGS. 6 and 18) that standardizes the bottom area, height, “bellows in the gap”, and the like below the “device”. The standardized parts (FIGS. 6 and 19) are stacked on the “base of vertical expansion” to execute vertical expansion (FIGS. 6 and 20).

Expansion of the bottom area by “expansion of the number of installations” In the above “vertical expansion of floating body”, the bottom area per “equipment” is fixed, but standardized “equipment” is increased, that is, “installation” By increasing the number, the sum of the bottom areas can be expanded.

Expansion ie total output of the system, the "floating vertical expansion" definitive to "expand height", and the standard of "device", according to "expand installation number", "expansion of the sum of the bottom area", by The total output can be expanded as a system rather than an individual design of the power generation equipment. The system in this case is to assemble the whole (power generation equipment) using a common element (standardized “device”).

By the way, the above-mentioned driving method by water pouring / draining has the following problems.
It takes time to drain water and it is difficult to increase the work rate.
In the method of circulating and pouring water in the container, the power to move the water from the lower part to the upper part of the container increases as the floating body is expanded vertically.
The method of making water disposable rather than circulating requires a large amount of water resources.
In order to solve the above problem, the present invention uses “insertion and removal of object” as a driving method.

"Pseudo liquid amount increase / decrease method" by "insertion and removal of object" ... Driving power is constant Prior art · Patent 5789231 (0138) describes "Pseudo liquid amount increase / decrease method" by "insertion and removal of object" Has been. When the liquid storage part (0106) (FIGS. 3 and 4) is provided in the container and an object is inserted therein, the apparent liquid amount increases, the liquid level rises, and the floating body rises. When the object is removed, the liquid level is lowered and the floating body is also lowered. Although the floating body makes one rotation (up and down movement) by one operation (insertion and removal), the driving power used for the operation is constant regardless of the size of the floating body.

This driving method is also described in the prior art, Japanese Patent No. 6232530, and Claim 4.

Definition of “insertion and removal of object” The “insertion and removal of object” means that the liquid level is increased or decreased by inserting and removing the object (Fig. 4) into the liquid, and the floating body floating in the liquid moves up and down. This is a driving method of a “buoyancy type power generation device” for the purpose of leading to

"Driver"
The device that executes the “drive method” called “object insertion and removal” is the “drive device”, and the “buoyancy power generation device” is driven by starting, stopping, and adjusting the object insertion and removal. . The configuration includes a mechanism for inserting / removing an object, a prime mover (such as an electric motor) that drives the mechanism, a “control device”, and the like.

"Drive power"
The power for driving the “drive device” is “drive power”. Although it is mainly electric power, running water, compressed air, human power, etc. can also be used.

"Control device"
A device that controls the “drive device” is a “control device”. Start / stop / output adjustment of “drive power” is executed.

Features of "inserting and removing objects"
The driving power used for each “insertion and removal of an object” is constant, but the generated power expands in proportion to “the volume of the subsidence of the floating body”. According to this principle, when “the generated power to be expanded” exceeds “the constant driving power”, “the relationship of generated power> driving power” is established.

The effect of “insertion and removal of objects”: The power operating principle and structure are very simple, and the operation is easy. By increasing the number of operations of the object per unit time, the output can be expanded.

Novelty of "new principle" ... "Increasing generated power"
The “new principle” of the present invention is an improvement of the “liquid level increasing / decreasing method (0012)” of the prior art patent No. 6232530. Here, the “minimum fluid” in the “liquid level increasing / decreasing method” of the prior art is compared with the “new principle” of the present invention.

There are the following two basic principles for establishing the relationship “generated power> drive power”.
The prior art “minimal fluid” that establishes “relationship between generated power> driving power” by increasing the generated power that establishes “relationship between generated power> driving power” by reducing drive power is operated The “driving power” is reduced by reducing the amount of liquid to be reduced as much as possible. When “driving power” falls below “generated power”, “relationship between generated power> driving power” is established.

The “new principle” of the present invention is that the amount of liquid is reduced as much as possible by “minimal fluid”, the driving power is kept constant by “insertion and removal of objects”, and “generated power is increased by“ vertical expansion of floating body ”. Is increased. When “generated power” exceeds “driving power”, the relationship “generated power> driving power” is established.

That is, the feature of the prior art is “reducing driving power”, whereas the feature of the present invention is “increasing generated power”. This is the novelty of the present invention.

Issue 2
Output adjustment method: "Insertion and removal of objects" and "Increase / decrease in number of operations"
“Insertion and removal of object”: Increase / decrease in the insertion volume = Increase / decrease in the rising width of the floating body By keeping the number of rotations of the object per unit time (number of insertions) constant and increasing / decreasing the insertion volume of the object, The liquid level and the width of the vertical movement of the floating body increase and decrease, and the generated output also increases and decreases.

“Insertion and removal of objects”: Increase / decrease in the number of rotations The number of times the floating body moves up and down by increasing / decreasing the number of rotations (number of insertions) of the object per unit time while keeping the insertion volume of the object constant. The number of rotations) increases and decreases, and the generated output also increases and decreases.

The “increase / decrease in the insertion volume” and “increase / decrease in the number of rotations” are the increase / decrease in the power and the method of expanding the output.

Adjustment of total output of power generation equipment by “increase / decrease in number of operations” The “insertion and removal of objects” is a method of adjusting the output per “device”. In this case, the total output can be adjusted by increasing or decreasing the number of operations of the “device”.

By combining the increase / decrease in the number of operations and the “insertion / removal of object”, the total output of a large-scale power generation facility can be adjusted quickly and accurately.

In the case of the “gap operation type floating body”, the output can be adjusted by increasing / decreasing the number of opening / closing of the opening per unit time.

The output can be adjusted by controlling the “output transmission device” (Problem 4).
The prime mover or the generator can be controlled by transmitting / blocking the output to / from the prime mover or the generator and adjusting the transmission.
Electrical control: “Storage battery”: Adjusts the output voltage and current to start and stop discharging.
Fluid control: “Compressed air cylinder”, “Solution cylinder / mixture cylinder”: Start / stop discharge, increase / decrease / maintain discharge pressure or discharge volume.
Mechanical control: “Transmission”: Transmits rotation, cuts off transmission, shifts.

Issue 3
Method of expanding output "Vertical expansion of floating body" ... Expansion of floating body volume "Specific gravity of liquid" ... Utilization of heavy liquid and mercury "Insertion and removal of object" ... Rise of floating body motion or rotation of floating body Increase number of installation methods

"Vertical expansion of floating body" (Fig. 6)
From “F (buoyancy) = ρVg”, the buoyancy is increased by increasing the volume (V) of the floating body. The floating body is expanded in the vertical direction according to the target output. Even after the “device” is completed, the output can be further expanded by extension.

Specific gravity of liquid: Use of heavy liquid and mercury From “F (buoyancy) = ρVg”, buoyancy is increased by using a liquid with a large specific gravity (ρ). Sodium polytungstate aqueous solution (saturated aqueous solution about 3), mercury (about 13.5), etc. are effective.

“Inserting and removing objects”: Insertion volume and number of rotations in “Inserting and removing objects” Increase the vertical width of the floating body motion by increasing the insertion volume of the object, or the number of insertions of the object per unit time by enlarging the increase the rotational speed of the floating body.

Installation method: “Three-dimensional installation method” by “expansion of the number of installations” and “vertical expansion of floating bodies” (Fig. 5)
Use "expand number of installations" and "vertical expansion of floating bodies" together. If the “devices” are increased in a square, the total output can be increased to the third power. This is the “three-dimensional installation method” of the “buoyancy power generation device”.

Total output (per unit time)
Buoyancy (ρVg) × Floating body rise width × Floating body rotation speed (per unit time) × Number of operations = Total output When converting the above total output into electric power, a constant and efficiency are multiplied.

Exercise 4
Output transmission method and "output transmission device"
The output of the “buoyancy power generator” can be transmitted to the prime mover or the generator using fluid (compressed air or liquid) . (The whole, from "buoyancy-type power generating device" in the motor-generator and be referred to as "power generation device".)

Use of compressed air: "buoyancy compressor"
This is an “output transmission device” that combines the “buoyancy power generation device” of the prior art or the present invention, a compressor, and a compressed air cylinder.
A compressor is driven by the “buoyancy power generation device” to compress air and fill a compressed air cylinder. Compressed air is discharged from the cylinder, and a prime mover ( compressed air engine or the like) or a generator is driven.

Power transmission and stored compressed air are media that transmit the power generated by the “buoyancy power generation device” to the prime mover and the generator. Moreover, the compressed air with which the cylinder was filled is power storage. This has a very simple structure and low cost compared to a storage battery. Large cylinders such as buildings are also feasible.

Buoyant Compressed Air Engine The “buoyant compressor” is combined with a compressed air engine. The compressed air engine is driven by the compressed air. The output is controlled by increasing or decreasing the pressure or amount of air to be discharged. Applications range from automotive, marine, mechanical power, and others.

“Buoyancy type compressed air generator”: A generator that uses a “buoyancy type compressor” and a generator combined with a “buoyancy type compressor”. A turbine type (or piston type) generator is driven by compressed air to generate electricity. The output is controlled by increasing or decreasing the pressure or amount of air to be discharged. The structure is simpler than the prior art generator. It is also possible to convert a thermal power plant into a buoyant power plant by replacing an existing thermal power plant boiler with the “buoyant compressor”. A compressed air cylinder has the same function as a storage battery.

A “buoyancy type compressed air engine” and a “buoyancy type air generator” can be used in combination . The compressed air is branched into a compressed air engine and a generator. In the case of an automobile, it is good to run with an engine and to supply power to the electrical system with a generator.

Utilization of liquid: Combining the buoyancy fluid pump prior art or the “buoyancy power generator” of the present invention with a fluid pump. The fluid pump is driven by the “buoyancy power generator” to create a liquid jet. The output is controlled by increasing or decreasing the jet pressure or volume.

Power is stored in a liquid in which gas is dissolved and mixed. Solution bombs and liquid bomb liquids cannot be compressed, so power cannot be stored like compressed air. Therefore, a large amount of gas is dissolved in the liquid by pressure, or compressed by mixing bubbles in a sol or pulverized fine gel. Energy is stored in a compressed gas in a liquid, sol, or gel.

"Buoyancy fluid engine": A prime mover buoyancy fluid pump driven by the "buoyancy fluid pump" and a prime mover are combined. The prime mover uses a turbine type, a turbine type, a piston type, or the like. The output is controlled by increasing or decreasing the jet pressure or volume.

"Buoyancy fluid generator": A generator "buoyancy fluid pump" driven by a "buoyancy fluid pump" is combined with a generator. A “buoyancy fluid pump” is driven, and a turbine generator or a turbine generator is driven by the water pressure of the jet to generate electricity. The output is controlled by increasing or decreasing the jet pressure or volume.
Since the structure is simple and the liquid has a high density, it is possible to reduce the size of a prime mover such as a turbine or a turbine. A certain amount of water can be recycled. It is effective to use a liquid having a specific gravity greater than that of water.

The “buoyancy fluid engine” and the “buoyancy fluid generator” can be used in combination . The jet flow from the pump is branched into a prime mover and a generator.

Exercise 5
Improvement of Prior Invention Utilization Invention and New Use Invention Prior art or the “buoyant power generator” of the present invention is used to drive the prior art utilization invention group.

The reason why it is described as “prior art or“ buoyancy power generation device ”of the present invention” is that when both are connected to the grid, it is impossible to use both powers separately. is there.
A “power supply system” comprising the “power generation equipment” group and the “power transmission equipment” group of claim 10 of the invention of the prior art,
The “pump” or “compression pump” of claim 11;
The “mobile wired aircraft” of claim 13;
The "fixed-position wired aircraft" of claim 14,
The “fixed-position wired aircraft” of claim 15;
"High-temperature bubble-injection type water generator" of claim 16,
Claim 18 “Business method of mining and manufacturing”
The "agricultural farm equipment group or equipment group" of claim 19;
The “fishing gear group or equipment group” of claim 20;
“Building group or building equipment group” of claim 21;
“Suspension-type seismic isolation device” according to claim 22;
The “transport system” of claim 23;
"Transportation group" of claim 24;
"Tandem passenger car" of claim 25;
The “hydrofoil train” of claim 26;
“Electrical product” of claim 27;
Use invention group consisting of.

Use of “output transmission device” “buoyancy type compressor” “buoyancy type compressed air engine” “buoyancy type compressed air generator” “buoyancy type fluid pump” “buoyancy type fluid engine” “buoyancy type fluid generator” etc. Using the generator, various devices and equipment are driven.

"Heat exchanger" using "buoyancy type compressor".
The “heat exchanger” is used to drive a refrigerator, a freezer, an air conditioner, a water heater, and the like.

Large-scale cooling system using “buoyancy compressor” By using a large “buoyancy compressor”, an extremely large-scale cooling system can be easily constructed. By releasing compressed air in a large cylinder, it is possible to cool urban spaces such as indoors of large facilities, roads, parks, and sports facilities. Compressed air may be used as a heat source.

“Wired Aircraft” Control Device and Operation Management Device Claim 13 “Moving Wired Aircraft” and Claims 14 and 15 “Fixed Position Wired Aircraft” for Control and Operation Management This is a device.

The “control device” appropriately controls takeoff, landing, speed, stability, current collecting drone, and the like. In some cases, it may be necessary to stop or turn back during the flight. A normal airplane stays in the same airspace by turning, but a “wired aircraft” can be stopped by a mounted rotor wing.

Operation management is performed by a receiver, a transmitter, a radar, and the like. The operation management device connects the aircraft and the base, receives the command from the base, and outputs it to the “wired aircraft”.

Applying the “movable wired aircraft” of claim 13 to an aerial launch facility of a transportation equipment rocket, a “floating overhead wire” laid in the air, and an improved “movable wired aircraft” to a “rocket aerial launch” Combined with "device". The “air launch device” equipped with a rocket receives power from the “floating overhead wire”, transports the rocket to a high altitude, and launches it. After launch, glide and return.

Combining the "carriage system", which is an improvement of the "mobile wireline aircraft" and the "carriage type fixed line" or "floating type". Cars are loaded, transported to the destination, and unloaded . You may use for conveyance of a container, a wagon, a small ship, a barge, etc.

The improvement of the "takeoff and landing assistance" service using the "fixed position type wired aircraft" of claim 15.
The "mobile wired aircraft" can also be utilized. The "fixed-position type wired aircraft" and "mobile wired aircraft" as take-off and landing aids will be equipped with a communication device for operation management, a control device, and a "hook variable hook-and-loop fastener" (Fig. 7). The airfield, as strong winds measures at the time of landing, it is preferable to install a windbreak equipment.

"Hook variable hook and loop fastener" that is easy to put on and take off
The hook-and-loop fastener is bonded by the hook (21) and the ring (22), but the hook is made variable to facilitate peeling. The hook is bent and bonded (23) to the ring, and the hook is extended and peeled off (24).

In the case of take-off, the airplane is mounted and takes off, and after confirming the take-off success, the “surface fastener” is released to release the airplane. If there is a problem with takeoff, the aircraft is mounted and returned to the takeoff start point to take off again. Both the “fixed-position type wired aircraft” and the “movable type wired aircraft” have rotor blades.

In the case of landing, an airplane that has entered a landing posture enters the planned airspace, the take-off and landing auxiliary machine approaches the airplane and coalesces by the `` loop fastener '', turns while staying together to reduce the flight speed, When it reaches a stop state in the air, it descends and landes to release the “loop fastener”. The hook of the “hook variable hook-and-loop fastener” is preferably provided on the take-off and landing assist aircraft.

Communication equipment, communication equipment, and software improved from the "communication service" using the "fixed-position wired aircraft" according to claim 15.
A relay base station using a "fixed-position wired aircraft" connects the relay bases wirelessly or by wire,
A communication device using the relay base station and a communication facility including a function of the base station is capable of executing “expression and communication using pictograms”,
The communication device includes a mobile phone, a smart phone, a wireless phone, a computer having a communication function, can use software using “pictograms”, and uses “compressed air cylinder” and “generator” as power sources. And a combination of “storage battery” can be used.

The “pictogram” is composed of pictograms having the following characteristics, numerals, natural language, and concrete expressions including pictures and photographs,
The pictograph consists of a `` regular pictograph '' in which the applicant of the present invention has defined a picture and meaning, or a `` random pictograph '' that the user arbitrarily created a picture or selected from existing pictographs,
The syntax of the “pictogram” is composed of “regular syntax” configured according to the rules determined by the applicant of the present invention, or “arbitrary syntax” arbitrarily configured by the user,
The annotation of the pictogram can be displayed in various natural languages or concrete expressions,
Having the characteristics
A sample sentence prepared in advance for creating the “regular syntax” is referred to as a “regular sample syntax”;
A sample sentence prepared in advance for creating the “arbitrary syntax” is referred to as “arbitrary sample syntax”;

The “software that executes expression and communication using pictograms has the following functions.
A function to create “emoticon text” using pictograms, numbers, natural language, and concrete expressions including pictures and photos,
A function including a dictionary having a function of displaying the meaning of the pictograms in various natural languages, and optionally displaying in a concrete expression / pronouncing the natural language;
A function for converting a pictograph into a designated natural language using the dictionary, and a function for converting a designated natural language into a pictograph.

As an optional feature,
The caller uses the dictionary to display and pronounce the meaning of pictographs sent in the natural language or concrete expression selected by the caller, or the natural language or concrete expression prepared by the caller To display or pronounce as annotations,
A function for the receiver to display and pronounce the meaning of the received pictogram in the natural language selected by the receiver using the dictionary;
The function of moving emoji for the purpose of conveying meaning more accurately or emphasized,
A function to display a sign with the annotation displayed on the pictograph with the annotation, and to display and pronounce the annotation by designating the pictograph;
A function by which the caller can use concrete information or voice information prepared by the caller for the annotation,

A function for automatically creating and automatically translating the “emoji sentence” of the “regular syntax”,
When a natural language word is entered in each word part of a sample syntax using “regular syntax” expressed in various languages, prepared in advance, an “emoji sentence” is automatically created. When a pictograph candidate is displayed, it can be arbitrarily selected, and the received “pictographic text” in the regular syntax is automatically translated into a natural language selected by the recipient. Automatic creation / translation function of “Emoji sentence” of “Regular syntax”,

A function for automatically creating and automatically translating the “pictogram” of the “arbitrary syntax”
The natural language word group of the “arbitrary syntax” is converted into pictograms for each word, and when a plurality of pictograph candidates are displayed, it can be arbitrarily selected, and the “pictogram sentence” of the received “arbitrary syntax” Is a function of automatic creation / translation of “pictograms” of the “arbitrary syntax” with the feature of converting each pictogram into a natural language word,

A function for outputting the translation by voice;
A function of arbitrarily coloring the pictograms, numbers, natural language, and concrete expressions;
A function of arbitrarily scaling the pictograms, numbers, natural language, and concrete expressions;
Displaying pictograms by natural language voice input, a function that can be arbitrarily selected when multiple pictograms are displayed,
The ability to display advertisements on the screen of emoji documents,
Functions that can use various document templates created using "Regular Emoji" and "Regular Syntax"
Functions that can use electronic signatures and electronic authentication for the purpose of preventing forgery of private documents or official documents using pictographs,
The contract using the pictograph is a function that allows the communication carrier to save the exchanged contract in the database according to the request of the parties to the contract, a function that can be disclosed by an offer from the party,
A function that allows a contract created using "Regular Emoji", "Regular Syntax", and "Model" to be a fair certificate.

Using the “pictogram”, mail order, auction, advertising, publication of newspapers / magazines / books, Internet site, manual creation, etc. can be managed.

Application of "High-temperature bubble-injection type water generator" of claim 16
It can also be used as a concentrator / dryer. In the case of an operation of “injecting / discharging / reinjecting” the raw water, a device for controlling the injection / discharging of the raw water is provided. If the raw water is injected and not reinjected, it will be used as a concentrator / dryer. In the case of a drier, it can be used for drying a dissolved material containing “salt production” or drying the contents of sewage / drainage. When handling sewage such as manure, it is recommended to install a deodorizing / deodorizing device. The taken-out dried product can be easily used and discarded as a resource. In the case of exclusive use for a concentrator / dryer, there is no need for a “condenser”.

Improvement of prior art and “business method of mining industry” in claim 18.
Coal, methane hydrate, and organic substances can also be used as a carbon dioxide supply source in the “Business Methods for Manufacturing Hydrocarbon Products”.
Communication equipment using sound waves can be used in "submersibles" used in "business methods for marine resource development".
The “submarine” is used as a movable factory. For the purpose of executing processing of the mined resources at the submarine resource mining site, a moving means is provided in a factory installed on the water, in the water, or on the bottom of the water, and it is possible to move and work. When resources are scattered over a wide area, transportation means are essential, and it is more cost-effective to transport with added value than transport with resources. Methane hydrates should be processed and commercialized at the mining site .

Improvement of “fishing gear or equipment” of prior art / claim 20.
The “aeration device” must be capable of generating microbubbles and micronano bubbles.
The “submersible fish boat” must be able to use a communication device that uses sound waves.
A fishery management facility on the ground for the purpose of managing information in the fishing ground, including fishery information equipment , artificial reefs and marine ranches, including fishing boats, submersible fishing boats, and fish finders; A fishery management facility, characterized in that the information in the fishing grounds is managed by connecting the devices with a communication device.
A system and equipment that connects consumers and fishermen with a communication line for the purpose of buying and selling fish, and delivers the goods through a “transportation system” when a fish sale is signed.

Use of “Suspension-type seismic isolation device” A factory that uses “buoyancy-type power generation device” as a private power generation device will be installed in “Suspension-type seismic isolation device”.
The factory keeps the voltage constant, removes noise from the power supply, removes vibrations from roads, etc., manages the temperature and humidity in the factory, keeps the air in the factory clean, It has strict norms etc., and other plants that share the norms, to share information and be using "transport system" linkage, and wherein. Work with extremely high machining accuracy can be performed, and each factory that works together functions as one factory.

Improvement of the transportation system and work "Mobile Wired Aircraft" will be equipped with a communication device for operation management.
"Mother machine for mobile wired aircraft"
The purpose is to carry a large number of "mobile wired aircraft" and transport them to a relay point. The “mother machine” carries the multiple “mobile wired aircrafts” and transports them to a relay station, and each “mobile wired aircraft” flies from the relay base to its destination.

Delivery of ingredients and dishes using the “transport system”.
Deliver ingredients and dishes just in time. Since the delivery destinations are small and many, the “mobile wired aircraft” used in the system has a high rate of self-flight. Payment is cashless.

Stores that use food / dish delivery operations using the “transport system” can greatly reduce the risk of purchasing food. Shop side, after receiving an order from a customer, it is possible to order the amount of food required. There is no risk that expensive ingredients will remain unsold and cause losses. In addition, it is possible to purchase and provide dishes of any genre in response to customer requests. Cooking facilities and skills are not necessary, and business opportunities are not missed. The business can also be applied to private homes.

The food / cooking provider stocks a variety of foods, receives orders, and ships the required amount. Alternatively, cooked finished or semi-finished dishes are shipped. Ingredients are selected and shipped from the supplier's stock or the stock of affiliated companies. When many users are secured , mass production of dishes is possible, and it becomes easy to secure profits by rationalizing the cooking method by introducing cooking machines.

Parts delivery using "transport system".
The parts are delivered from the parts seller to the purchaser.
In the delivery work of parts manufactured at the factory installed in the “suspended type seismic isolation device”, parts with extremely high work accuracy can be handled. By connecting the plant and factory "transportation system", it is extremely accurate finished product.

Improvement of "transportation" of claim 24,
Utilizing “power generators” such as “buoyancy compressor” “buoyancy compressed air engine” “buoyancy compressed air generator” “buoyancy fluid pump” “buoyancy fluid engine” “buoyancy fluid generator” Drive the "transportation group".

The “power generation device” is mounted on a transportation system such as an automobile (including a motorcycle), a train, a ship, an aircraft, a “tandem passenger car” according to claim 25, a “hydrofoil train” according to claim 26, and the like. The traveling distance can be extended by traveling while filling the gas in the cylinder / solution cylinder / mixed liquid cylinder.

Compressed air filling equipment The ship can be equipped with a large "buoyancy type compressed air engine", and can be navigated by full self-charging. However, small transportation may require supplemental filling from the outside. Therefore, it is advisable to install air filling stands in parking lots, convenience stores, supermarkets, bus stops, stations, highway rest areas, etc. as infrastructure to assist filling.

Improvement of "automobile".
A car that runs by pulling a generator.
Depending on the traction system, a large "buoyancy power generator" is used. The "mobile power generator" in the "power supply system" of the prior art or claim 10, or the "buoyancy type compressed air engine", "buoyancy type air generator", "buoyancy type fluid engine", "buoyancy" of the present invention. traveling tow formula fluid generator "or the like, the.

It is a well-known fact that a vibrating object moves for the purpose of turning or laterally moving a vehicle. The vehicle body is turned or moved laterally by vibrating part or all of the wheels. A method in which the wheels are slightly inclined and vibrated is also effective. Toys such as “Taiko Sumo” use similar principles.

Improvement of “barge tow ship”, “barge”, “submersible barge tow ship” and “submersible barge”.
In order to reduce the frontal resistance of the barge, the towed vessel or barge injects bubbles in front of the subsequent barge. The barge can also be self-propelled by mounting the “power generation device”. Shore is towing a plurality of different barge, to cut away each barge in the vicinity of the port of call of purpose. Each barge sails by itself and berths.

Improvement of tandem automobiles In addition to the electric drive of the prior art, the driving method by “buoyancy type compressed air engine”, “buoyancy type fluid engine”, “buoyancy type air generator” is adopted as an option. By always charging and charging, the travel distance can be extended significantly.

Improvement of hydrofoil trains Hydrofoil trains are light in weight because they do not use heavy trucks, and are affected by crosswinds when they are lifted by hydrofoil. As countermeasures, wheels for posture stabilization that rotate horizontally are installed on the side of the vehicle body, and fence-like tracks that receive the wheels on both sides of the vehicle. The track supports the vehicle body by receiving the posture stabilizing wheel, and prevents rolling. During normal driving, the wheel and the track are not in contact with each other, and it is preferable to make contact when a vibration occurs. The wheel is preferably a rubber tire.

Improving "aircraft" or "flying boat" Compressed air injection using "buoyancy type compressor" , "buoyancy type compressed air engine", "buoyancy type compressed air generator", storage battery, electric motor, and fixed Fly with wings or rotors. Although the cruising distance and load capacity are not sufficient, fuel is unnecessary, maintenance is easy, and the operation cost is very low. Suitable for small-lot and short-distance high-speed transportation. An “internal combustion engine” as an option may be used.

The “flying boat” can inject bubbles into the water using a “buoyancy compressor” and a “compressed air cylinder”.

Using a “hook variable hook-and-loop fastener” method for extending the cruising distance, the “compressed air cylinder” or “storage battery” or the optional “fuel tank” is replaced.

In the “exchange base” in the air using the “fixed-position type wired aircraft” and the “exchange base” on the ground, the “hook variable surface fastener” is used for replacement.
Alternatively, an aircraft having an air exchange function is used, and the aircraft is exchanged using the “hook variable surface fastener” while flying.

The following is a novel use invention.
Agricultural equipment and facilities using the prior art or the “buoyancy power generator” of the present invention.

Agricultural work robot: Performs agricultural work such as sowing and harvesting by using AI.
Insect trapping machine: It is characterized by attracting insects by lighting and capturing them with a suction device for the purpose of capturing insects and using them as feed for poultry farming.
“Aeration device”: It is characterized by generating microbubbles and micronanobubbles.

It can cope with the cultivation of all crops including fruit trees in the cultivation building. It is not limited to forcing cultivation. To be a robust house that can withstand storms, to manage growth conditions such as temperature, humidity, water, and lighting, to be able to use the “agricultural robot” for the purpose of labor saving, and to assist agricultural work in high places Agricultural work assistance devices such as lifts can be used .
Growth and harvesting are not hindered by bad conditions such as lack of sunshine, rain, typhoons, pests, etc., and planned farming is possible.

Floating farmland It is a “floating farmland” in the form of a mega float that floats on the sea. Automate farming operations such as sowing, watering, and harvesting for the purpose of thorough labor saving. It is equipped with a power generation device and can be moved, freshwatered, etc. by power.

It is a tower for the purpose of water culture tower cultivation. Install on the float . Standard mass production is possible, and the yield per unit area is excellent. A number of the “ water culture towers” are installed, and each tower is maintained at an appropriate interval so that there is sufficient sunshine. For farm work, it is preferable to use the “agricultural work robot”, “agricultural work assistance device”, and “cultivation management facility” including the power generation device. Each “ water culture tower” individually has a power source or supplies power to each “ water culture tower” using a “cultivation management facility”.

This is a barn for the purpose of labor saving.
Use a robot that automatically handles temperature, humidity, odor management, routine work including feeding, excretion and cleaning, and excrement and wastewater should be treated with the “aeration device” and subcritical water. Or, it is characterized by incineration by electricity.

Commercial facility using the prior art or the “buoyancy power generator” of the present invention, a store using the “buoyancy power generator”,
Coin laundry using the “buoyancy power generator”
Bathhouse using the “buoyancy power generator”
A store with the "refrigerator" and "freezer"
Vending machines that sell refrigerated foods or frozen foods using the "refrigerator" and "freezer"
A store comprising the "vending machine", a thawing device and an internet for customers;
A mobile store comprising the “vending machine” and a thawing device; a dining room comprising the “vending machine” and a thawing device;

Recycling equipment using the prior art or the “buoyancy power generator” of the present invention.
Perform disassembly and recycling .
A “supercritical water treatment device” or “subcritical water treatment device” is used as a decomposition device.
Buildings , automobiles, and ships including houses, buildings, and factories are equipped with the “decomposing device that uses supercritical water / subcritical water” to treat waste.
Waste is decomposed and resources are separated and extracted by “decomposing equipment using subcritical water or supercritical water ”.
Use an “aeration device” that generates microbubbles and micronanobubbles.

Since this invention is comprised as mentioned above, it has the following effects.
The reason is that "new principle" ... "drive power is constant / generated power expansion" and "generated power> drive power relationship" is established, and that "floating body vertical expansion" can perform large work. Easy to understand because it is explained with a quantitative basis. Implementation is difficult without the understanding of the parties involved.

The “buoyancy-type power generation device” composed of “buoyancy-type power generation device”... “New principle” has an extremely simple structure and operation principle, and is easily standardized. By using standard mass-produced “vertical expansion base” and vertical expansion parts, high output and low cost can be realized as a system.

Output adjustment method “object insertion and removal” has a very simple structure and operating principle, and is easy to start, stop, and adjust output. By using both “insertion and removal of objects” and “increase / decrease in number of operations”, power supply and demand can be adjusted almost in real time even in a large-scale power generation facility.

Output enlargement method: A very large energy density can be achieved by using "three-dimensional installation method" that uses both "vertical expansion of floating bodies" and "expansion of installation number" and heavy liquid / mercury. . This energy density is not quantitative. In the existing power generation method, the energy density is limited by the amount of water, wind, light, fossil fuel, etc. received, but the “device” of the present invention expands the output according to the number of rotations of the floating body per unit time. be able to.

"Emoji" and "World"
What makes people understand each other is, above all, "words". It is difficult for us today to imagine the excitement and awe of the ancient people who invented "Kotoba". Now, does the world consist of things or “something invisible”? This question was actually obvious to the ancients. If we paraphrase “something that is invisible” to create the world, we today will be obvious. Plato's “idea”, “words in the beginning”, and “god” are all “soft”. “Hard”, which is the shadow of “soft”, arises and eventually disappears. However, as long as “soft” really exists, “hard” revives repeatedly with “meat”. Attention should be paid to "something" lurking in the center of this revolving. If we have software that connects different languages, races, and cultures with “intuition”, that software will inevitably create a “mutually understandable world”. That is the expectation for “Emoji”.

"Change the weight of the earth to electricity"
Even if the floating body rises and generates an output, the buoyancy of the floating body is not exhausted. As long as the combination of the floating body and the fluid is established, the floating body always generates buoyancy according to Archimedes' principle. If there is no limit to the number of rotations of the floating body, there will be no limit to the output per unit time. The source of buoyancy is the gravity of the earth, and no matter how much the power extracted from it is in our sense, it is less than a single cattle. “Change the weight of the earth to electricity” is a revolutionary feature of the present invention, which is the materialization of gravity-free non-substantive energy.

The “fire” that Prometheus stealed for the benefits brought great harm to humanity and various disasters that began in the war,
Prometheus himself was chained as a punishment and exposed to endless agony. It is a metaphor of various contradictions of energy and human beings that cannot be overcome. It must be said that the price of "fire" made "human and made people", but the price of keeping being "human" is harsh.

"New human"
Here is a “reasonable way” of obtaining inexhaustible and free energy, relying on value-neutral natural laws. The “blue bird” that Chilchill and Michil searched for was actually in the “birdcage”. Energy is also with us as a given infinite good, as the air is there. Don't be trapped only by what you see. Careful attention and observation to invisible things and reverence can lead to unexpected gifts. What makes man a “true man” is a “method” as a gift. Satisfying the various conditions of survival by infinite creation of value through “reasonable methods” rather than plotting or robbing. In this process, the relationship between value and desire is gradually recombined. And a true awakening will appear to us who have been freed from paranoid spells of secular values. This is the invention of “new human beings”.

It is a basic figure of "vertical expansion" of a floating body. It is a basic view of "vertical expansion" of a floating body, and is a "vertical expansion" of a floating body. It is a figure which drives a motive power generator by insertion and extraction of an object. It is a seesaw type and rotation type figure used for insertion / extraction of an object. It is a figure which expands a power generator to three dimensions. It is a figure of "the foundation of vertical expansion". It is a figure of the vertical expansion using the parts of vertical expansion. It is a figure of a hook and a ring of "hook variable surface fastener". It is a figure of peeling of a hook and a ring. It is a figure of a "water culture tower" and a "cultivation management tower". It is a figure of "a hydrofoil train".

Claims (24)

A “buoyancy power generation device” which is improved by the “liquid level increasing / decreasing method” described in the prior art / patent 6232530 and driven by the improved “liquid level increasing / decreasing method”,

The improved “liquid level increase / decrease method”
In the combination of a floating body and a liquid that floats the floating body, the “minimum fluid” is characterized by reducing the “ratio of the liquid volume to the floating body volume” for the purpose of reducing the driving power for operating the liquid. ,
`` Vertical expansion of floating body '' characterized by increasing the power generated by buoyancy by expanding the floating body vertically and expanding the volume of the floating body;
In the operation of increasing or decreasing the liquid level by inserting and removing the object from the liquid, the driving power used for the operation is kept constant, and the floating body is guided to the vertical movement by the operation. Insertion and removal "
By the above, “generated power> drive power relationship” is established ,

The “buoyancy power generation device”
A "container", a "floating body", a "liquid", an "object", and a "drive device" that performs the "insertion and removal" of the object ,
The “container” contains the “floating body” and the “liquid”;
The “liquid” is stored in the “container” with the characteristics of the “minimal fluid”, water or heavy liquid or mercury is used,
The “floating body” floats in the “liquid”, moves up and down by increasing or decreasing the liquid level of the “liquid”, and can increase buoyancy by the “vertical expansion of the floating body”.
The “object” is inserted and removed from the “liquid” ;
Providing the container or the floating body or the container and the floating body with a “liquid storage part” that is a space for inserting and removing the “object”;
The “driving device” uses the “object” and executes the “insertion and removal of the object” in the “liquid storage unit”;
Featuring,

By using the “driving device” and inserting and removing the “object” into and from the “liquid”, the liquid level of the “liquid” is increased and decreased, and the “floating body” floating in the “liquid” is moved up and down. Generating power by moving to,
"Buoyant power generator" characterized by
"Minimum fluid", "Vertical enlargement of floating body" of claim 1, "Drive device" for executing "Operation" described in "Claim 4" of the "prior art / patent 6232530", A buoyancy-type power generator using

A "container", a "floating body", a "liquid", and the "drive device",
The “container” contains the “floating body” and the “liquid”;
The “liquid” is stored in the “container” with the characteristics of the “minimal fluid”, water or heavy liquid or mercury is used,
The “floating body” floats in the “liquid”, moves up and down by increasing or decreasing the liquid level of the “liquid”, and can increase buoyancy by increasing the volume of the floating body by the “vertical expansion of the floating body”.
The “driving device” performs one or more operations selected from the group of “operations” described in the “claim 4”;

Performing the “one or more operations” by the “driving device”, moving the “floating body” up and down by increasing or decreasing the liquid level of the “liquid”, and generating power;
"Buoyant power generator"
Using "vertical expansion of the floating body" according to claim 1, which is "buoyancy-type power generating device" of the "prior art, Patent No. 6,232,530," "gap-operated floating", an improvement of,

Increasing the output by expanding the volume of the floating body by the “vertical expansion of the floating body”,
The output can be adjusted by controlling the number of openings, and the open per unit time closure of the "gap-operated floating"
" Improved gap operation type floating body".
Claim 1 or claim 2 or claim 3 or the "prior art / patent 6232530" group of "buoyancy power generator" and the output generated by the "buoyancy power generator" A "power generation device" consisting of an "output transmission device" group that transmits to a machine, and a "device that combines the" output transmission device "and the" motor or generator ",

The “output transmission device” group includes:
A device that converts the vertical motion of the “floating body” of the “buoyancy power generation device” into a rotational motion;
A "compressor" driven using the "buoyancy power generator";
A "buoyancy compressor" comprising a combination of the "compressor" and a "compressed air cylinder" or "tank";
A “buoyancy fluid pump” driven using the “buoyancy power generator”;
A combination of the “compressor” and a “solution cylinder” for storing a solution obtained by compressing and dissolving a gas into a liquid;
A combination of the “compressor” and a “mixed fluid cylinder” for storing a mixed fluid obtained by compressing and dissolving or mixing a gas in a sol or pulverized gel;
A "transmission", a "storage battery", the "compressed air cylinder", a device for controlling the discharge of the "compressed air", the "solution cylinder", and a device for controlling the discharge of the "solution" , The “mixed fluid cylinder”, and a device for controlling discharge of the “mixed fluid”;
Consisting of,

The “device” group that combines the “output transmission device” and the “prime motor or generator”
A prime mover driven by a device that converts the vertical motion of the “floating body” into a rotational motion;
A generator driven by a device that converts the vertical motion of the “floating body” into a rotational motion;
The "compressed air cylinder", or the "solution cylinder" or the "mixed fluid cylinder" and a combination of a prime mover,
The "compressed air cylinder", or the "solution cylinder", or the "mixed fluid cylinder" and a generator combination;
A "buoyancy type compressed air engine" comprising the "compressor" and a prime mover, or the "buoyancy type compressor" and a prime mover;
A "buoyancy type compressed air generator" comprising the "compressor" and a generator, or the "buoyancy type compressor" and a generator;
The “buoyancy type compressed air” is characterized in that compressed air discharged from the “buoyancy type compressor” or the “compressed air cylinder” is branched into a prime mover and a generator to drive the prime mover and the generator. A combination of the "engine" and the "buoyancy type compressed air generator",
A “buoyancy fluid engine” comprising the “buoyancy fluid pump” and a prime mover;
A "buoyancy fluid generator" comprising the "buoyancy fluid pump" and a generator;
The “buoyancy fluid engine” and the “buoyancy fluid” are characterized in that the fluid discharged from the “buoyancy fluid pump” is branched into a prime mover and a generator to drive the prime mover and the generator. Combination with `` generator '',
"Buoyancy type fluid engine / solution type" comprising the "compressor", the "solution cylinder" and a prime mover,
A "buoyancy fluid engine / fluid type" composed of the "compressor", the "mixed fluid cylinder" and a prime mover;
"Buoyancy fluid generator / solution type" consisting of the "compressor", the "solution cylinder" and a generator;
"Buoyancy fluid generator / mixed fluid type" comprising the "compressor", the "mixed fluid cylinder" and a generator;
The “buoyancy fluid engine” and the “buoyancy fluid generator” are characterized in that the “solution” or the “mixed fluid” is branched into a prime mover and a generator to drive the prime mover and the generator. ”And a combination of
A combination of the “storage battery” and “prime mover” charged by the “generator”;
Consisting of,
Generating power from the “buoyancy power generation device” group, the “output transmission device” group, and the “device combining the output transmission device and a prime mover or a generator”. "Power generation device" consisting of a combination of one or more devices selected for the purpose.
The “output expansion method” and “output adjustment method” of the “buoyancy power generation device” according to claim 1, claim 2, or claim 3 ,

The “output expansion method”
For the purpose of enlarging the volume of the floating body, a method using the “vertical expansion of the floating body”;
A method of using heavy liquid or mercury for the purpose of increasing the specific gravity of the liquid,
For the purpose of enlarging the rising range of the floating body motion, the method of enlarging the volume of the object to be inserted into the liquid in the “insertion and removal of the object”
For the purpose of increasing the number of rotations of the floating body, a method of increasing the number of insertions and removals of objects per unit time in “insertion and removal of objects” ;
For the purpose of expanding the volume of the floating body, by expanding the number of installed "buoyancy power generators", the method of expanding the total volume of the floating bodies of the "buoyancy power generator" group ,
Performing one or more methods selected from the group consisting of :

The “output adjustment method”
A method of increasing or decreasing the volume of an object inserted into the liquid;
A method of increasing or decreasing the number of insertions and removals of the object per unit time ;
A method for increasing or decreasing the number of operating `` buoyancy power generators ''installed;
A method of increasing or decreasing the transmission amount of power generated by the buoyancy power generator that is transmitted to the prime mover or generator;
Performing one or more methods selected from the group consisting of:
The “output expansion method” and “output adjustment method” of the “buoyancy power generation device”.
A method of manufacturing a "buoyancy power generation device" characterized by "vertical expansion of a floating body" according to claim 1 or claim 2 or claim 3 ,

"Part of container", "Part of floating body", optional "bellows in gap", "Part for floating body expansion" created for the purpose of expanding the floating body upward, and expanding the container upward "Parts for enlarging the container" made for the purpose of, and including the "part of the container", the "part of the floating body", and the optional "bellows in the gap", Of the vertical expansion of
Combining the "floating body expansion part" and the "container expansion part" to the "floating body vertical expansion base" to expand the floating body and the container vertically upward;
"A manufacturing method of a buoyancy-type power generation device".
Claim 1 or Claim 2 or Claim 3 or the "prior art / patent 6232530""buoyancy power generator" group and the "power generator" apparatus group of claim 4 Use of one or a plurality of devices as “characteristics”, the “prior art” “use invention” group,

Using the “power generation device” as a “feature”
A "power supply system" comprising the "power generation facility" group and the "power transmission facility" group of claim 10,
The “pump” or “compression pump” of claim 11;
The “mobile wired aircraft” of claim 13;
The "fixed-position wired aircraft" of claim 14,
The “fixed-position wired aircraft” of claim 15;
"High-temperature bubble-injection type water generator" of claim 16,
Claim 18 “Business method of mining and manufacturing”
The "agricultural farm equipment group or equipment group" of claim 19;
The “fishing gear group or equipment group” of claim 20;
“Building group or building equipment group” of claim 21;
“Suspension-type seismic isolation device” according to claim 22;
The “transport system” of claim 23;
"Transportation group" of claim 24;
"Tandem passenger car" of claim 25;
The “hydrofoil train” of claim 26;
“Electrical product” of claim 27;
" Improved use invention group" consisting of .
A power plant, a heat exchanger, a device using the heat exchanger, and an outdoor / building cooling system using the “buoyant compressor” according to claim 4,

A power plant using the "buoyancy compressor" to generate power by driving a turbine-type or piston-type generator by discharging compressed air; and
A "buoyancy type compressed air power plant" characterized by using the "buoyancy type compressor" to generate power by driving a generator of a thermal power plant by discharging the compressed air;
A heat exchanger using the “buoyancy compressor”;
"Refrigerator, freezer, air conditioner, water heater" using the heat exchanger,
A cooling device for cooling one or both of the outdoors and buildings using the “buoyancy compressor”, wherein the “buoyancy compressor” comprises a “compressor” and a “tank”. A cooling device for outdoor / building, wherein the “tank” is filled with compressed air by the “compressor” and is cooled by discharging the filled compressed air;
A device that uses the compressed air of the “tank” as a heat source;
The “buoyancy type power plant, heat exchanger, device using the heat exchanger, and outdoor / building air conditioner” using the “buoyancy compressor”.
A transportation facility using the "movable wired aircraft of claim 15 " of claim 7 ,

A rocket air launch facility,
A power source using the “power generation device” according to claim 4, a floating overhead wire, and a rocket aerial launcher using a “mobile wired aircraft”, wherein the “rocket aerial launcher” is equipped with a rocket And, while receiving electricity from the “floating overhead line”, the rocket is transported to the high sky and launched in the air,

Transportation equipment for transported goods including automobiles, containers, wagons, ships, and barges,
A power supply using the “power generation device” according to claim 4, a floating overhead wire, a fixed overhead wire, and a transport device using a “movable wired aircraft”, wherein the “transport device” is the “transport device”. Carrying a `` conveyed item '' and conveying the `` conveyed item '' while receiving power from the `` floating type overhead line '' or `` fixed type overhead line '';
Conveying equipment using mobile wired aircraft .
"Takeoff and landing assistance service" improved from "Takeoff and landing assistance service" described in "Fixed position type wired aircraft of claim 15 " of claim 7 ,

A power source using the “power generation device” of claim 4, a floating overhead wire, a fixed overhead wire, a storage battery, a “fixed wired aircraft”, a “movable wired aircraft”,
A “hook variable hook-and-loop fastener” for the purpose of facilitating installation and release of an aircraft, comprising a hook and a ring, and the hook is variable, and the hook is bent and bonded to the ring. , A device intended to extend the hook and peel it from the ring, to determine the correct bonding position between the hook and the ring and to perform the bonding, provided on one or both of the hook side and the ring side Using the sensor information, a device that moves and attaches an object with a hook to the ring-side expected bonding position, or a device that moves and attaches an object with a ring to the expected bonding position on the hook-side "Hook variable surface fastener" characterized by using ,
An optional airfield with storm facilities and performing take-off and landing assistance operations ;

"Fixed-position type wired aircraft", "Mobile wired aircraft", and aircraft that take off and landing assistance include the "hook variable hook-and-loop fastener",
Take-off means that a "fixed-position type wired aircraft" mounts an aircraft using the "hook variable hook-and-loop fastener", ascends using the floating overhead wire, and releases the plane;
Or, a “mobile wired aircraft” is equipped with an aircraft using the “hook variable hook-and-loop fastener”, takes off using a “fixed overhead wire” or the “floating overhead wire” or a storage battery , Releasing the plane,
As for landing, “fixed-position type wired aircraft” uses the “floating overhead wire” to ascend, uses the “hook variable hook-and-loop fastener” to capture, mount, descend, and land And releasing the plane,
Or, the “mobile wired aircraft” rises using the “ fixed overhead wire” or the “floating overhead wire” or a storage battery , captures the aircraft using the “hook variable hook and loop fastener”, and is mounted that is, it lowered, landed, to release the plane,
" Equipment for improved take-off and landing assistance".
"Communication equipment, communication equipment and software" improved from "communication service" described in "fixed-position wired aircraft of claim 15 " of claim 7 ,

The communication facility includes a base station using a “fixed-position wired aircraft” and a communication facility having the function of a base station, the base station and the base station, the base station and the communication facility, The communication equipment and the communication equipment are connected by radio or wire;

The communication device includes a computer which includes a cellular telephone, smartphone radiotelephone and communication functions, and said base station, said the "Communication equipped with functions of the base station equipment", communicate using one or both, The power source using the “power generation device” of claim 4 can use a combination of a “compressed air cylinder” or “solution cylinder” or “mixed fluid cylinder” with a generator and a “storage battery”.

The software is installed in a device having a communication function, and the “pictogram”, the “pictogram” dictionary, the function of creating the “pictogram” using the “pictogram”, and the transmission of the “pictogram” And a software for expression and communication using pictograms, including a function of receiving and a function of translating the “pictogram”.
A communication facility, a communication device, and software improved from the “communication service”.
The “pictogram”, the “pictogram” dictionary, the function of creating the “pictogram text” using the “pictogram”, the function of sending and receiving the “pictogram text”, "Emoji text software for expression and communication" including the function of translating "emoji text"
The “emoji”
To the inventors of the present invention defining the meaning picture "pictograms", the term "normal pictogram"
The user arbitrarily creates a picture or uses an existing picture , and defines the meaning of the “pictogram” as “arbitrary pictogram” .
The meaning of the “pictogram” can be displayed using one or both of natural language and “representative expression including a picture / photograph ” ;
Having one or more features selected from the group of features consisting of:

The dictionary of “Emoji”
Storing and displaying one or a plurality of expressions selected from the group of expressions consisting of the “regular pictogram”, the “arbitrary pictogram”, and the “concrete expression including a picture / photograph”;
The meaning of the “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” is defined as a natural language selected from various natural languages and the “representative expression including a picture / photograph”. Display by one or both,
Storing and pronunciation the natural language pronunciation;
Converting a natural language selected from a variety of natural languages into the “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” and displaying it,
Having one or more features selected from the group of features consisting of:

The “pictogram”
The “regular pictogram”, the “arbitrary pictogram”, the “representative expression including a picture / photograph”, a number, and a natural language can be used,
The syntax of the “pictogram” is a “regular syntax” that is configured in accordance with the rules established by the inventors of the present invention .
The syntax of the “pictogram” is that the user arbitrarily configures “arbitrary syntax” ;
A sample sentence of various syntaxes expressed in a natural language used to create the “regular syntax” is referred to as a “regular sample syntax”;
A sample sentence of various syntaxes expressed in a natural language defined by a user and used to create the “arbitrary syntax” is referred to as an “arbitrary sample syntax”;
Having one or more features selected from the group of features consisting of:

The function of creating the “pictogram”
Using the “dictionary” to convert a natural language selected from various natural languages into the “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” ;
In the "conversion", and this in the case where a plurality of candidates for expression is displayed, which optionally representation can be selected,
By inputting a word in a natural language to be converted into the “regular pictogram” or the “arbitrary pictogram” or the “concrete expression including a picture / photograph ” into each word portion of the “regular sample syntax”, Converting natural language into “emoji text” in “regular syntax”;
In the "conversion" in the "normal samples Syntax", and this in the case where a plurality of candidates for expression is displayed, which optionally representation can be selected,
A word group of sentences in a natural language formed by a sender is converted into the “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” for each word to create a pictogram sentence ,
In the "conversion", and this in the case where a plurality of candidates for expression is displayed, which optionally representation can be selected,
In each word part of the “arbitrary sample syntax”, by inputting a word in a natural language to be converted into the “regular pictogram” or the “arbitrary pictogram” or the “concrete expression including a picture / photograph” , Converting natural language into "emoji text" with "arbitrary syntax";
When a plurality of expression candidates are displayed in the “conversion” in the “arbitrary sample syntax” ,
And any to this you can select the expression,
Displaying the meaning of the “pictogram” of the “pictogram” using one or both of a natural language prepared by the caller and “ a concrete expression including a picture / photograph” ;
The natural language to be converted into the “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” is input by voice, so that the natural language is converted into the “regular pictogram” or the “arbitrary pictogram”. and the child display is converted into a concrete expression "including" or the "painting, photography,
By the voice input, if the candidate of the plurality of representations is displayed, optionally being able to select a representation,
Consisting of one or more functions selected from the group of functions

The function of sending and receiving the “pictogram”
A function of transmitting the created “emoticon”;
A function of receiving and displaying the transmitted “emoticon”;
Consisting of,

The function of translation of the “emoji sentence”
The “regular pictogram” or the “arbitrary pictogram” or the “representative expression including a picture / photograph” of the “pictogram” is converted into a natural language selected from various natural languages using the “dictionary”. and conversion child,
In the “conversion”, when meanings in a plurality of natural languages are displayed, the meaning can be arbitrarily selected;
Pronunciation the converted natural language;
The "emoticons statement" due to received the "regular syntax" or "any syntax", using the "dictionary", in natural language the recipient was selected, and the translation child by one or both of automatic and manual,
In the “translation”, when the meanings of a plurality of natural languages are displayed, the meaning can be arbitrarily selected;
Outputting the translated natural language by voice;
Comprising one or more functions selected from the function group of

The optional functions of the “Software”
With the "emoticons", with the "concrete expression, including painting, photography", and numbers, and a natural language, and a Ugokasuko, or be colored, or be expanded, or be reduced,
Displaying an advertisement on a screen of a document using the “pictogram”;
The use of “templates” of various documents created using the “regular pictograms” and the “regular syntax”;
Private document or official document using the "pictograph statement" is for the purpose of preventing forgery, the availability of electronic signature and electronic authentication,
The contract using the "emoticons statement", by the hope of agreement of the parties, and be saved telecom operators in the database,
Publishing the contract at the request of the party;
A contract created using the “regular pictograph”, the “regular syntax”, and the “model” is used as a fair certificate;
Comprising one or more functions selected from the function group of
And said, "representation and of communication software using emoticons".
Improvement of the transportation means group consisting of "transportation group of claim 24 ", "tandem passenger car of claim 25 " and "hydrofoil train of claim 26 " of claim 7 ,

1. An improvement of the “transportation group according to claim 24” and the “tandem passenger car according to claim 25”, wherein the “power generation device” device group according to claim 4 and the “internal combustion engine” An improved car, train and tandem passenger car, which is mounted or towed and used by one or more devices selected from the device group consisting of:

2, “vibrating car moving device”
The position of the "improved automobile and tandem passenger car" and the "automobile" by vibrating part or all of the wheels of the "improved automobile and tandem passenger car" and the "automobile". Moving in any direction, "vibrating car moving device",

3. An improvement of the “submarine vessel towing a barge and the submersible vessel towing a submersible barge” in the “transportation group of claim 24”, and the “power generation device” device group of claim 4; The purpose is to mount or tow one or more devices selected from the device group consisting of `` engines '' and to reduce the front resistance of subsequent `` barges or diving barges '' A "submarine vessel towing a barge and a submarine towing a submersible barge, characterized in that it can comprise a device for injecting air bubbles in front of the subsequent " barge or submersible barge ""When,

4. Improvement of “ barge and submersible barge ” of “transportation group of claim 24 ”, comprising: a device group of “power generation device” of claim 4; and an “internal combustion engine”. selected from among, it is utilized in mounting the one or more devices or traction, with the aim of reducing the frontal resistance of the subsequent "barge or submersible barge", the subsequent "barge or submersible barges device for injecting air bubbles in front of ", that may comprise a, that it comprises a device for the" barge or submersible barge "is to travel under its own power using the" one or more devices ", and wherein, " Improved barge or diving barge"

5. Improvement of the hydrofoil train of claim 26 ,
Mounting or using one or more devices selected from the device group consisting of the device group of the “power generation device” and the “internal combustion engine” according to claim 4, and rolling An apparatus for preventing the vehicle, comprising: horizontally rotating wheels provided on both sides of the "hydrofoil train"; and a fence-like track that receives the wheels, and the track supports the wheel. " Improved hydrofoil train", characterized by comprising a "rolling prevention device" that prevents rolling by

6. Improvement of the “aircraft or flying boat” in the “ transportation group of claim 24 ”,
A fixed blade, a rotary blade, or a fixed blade using one or a plurality of devices selected from the device group consisting of the device group of the “power generation device” and the “internal combustion engine” of claim 4 Flying with a combination of rotor blades,
A, a function of using the “compressed air cylinder” of claim 4 to fly by injection of compressed air discharged from the “compressed air cylinder”;
B, using the “hook variable surface fastener” of claim 10, “replacement” of “compressed air cylinder” or “storage battery” or “fuel tank” and continue flight;
C, Oite the "replacement base" of air using "place wireline aircraft", performing the "exchange", or, in the ground of the "replacement base", the "exchange" The function to perform,
D, a function of executing the “replacement” during flight using an aircraft intended to replace the “compressed air cylinder” or “storage battery” or “fuel tank” in the air;
E, the “flying boat” is one selected from the group of functions A to E, and the function of injecting bubbles into water using the “compressed air cylinder” of claim 4, "Improved aircraft or flying boat" characterized by having multiple functions;
7. Compressed air filling equipment,
Using the “power generation device” of claim 4 , a “compressed air filling facility” for filling compressed air cylinders provided in the “transportation means” with compressed air ;
" Improved means of transportation " consisting of
It is improvement of the "hook variable surface fastener" of Claim 10 ,
The stretch and bending of the "hook", a device for execution by the manual,
A device that performs bending and stretching of the "hook" by power,
Claim 10 "Apparatus intended to perform bonding by judging the correct bonding position between the hook and the ring"
Comprising one or more devices selected from the group consisting of:
Adhering equipment other than “transport equipment” according to claim 9, “takeoff and landing assistance service” according to claim 10, and replacement of “compressed air cylinder”, “storage battery”, “fuel tank” according to claim 13 Can also be used for peeling,
" Improved hook variable hook-and-loop fastener".
An improvement of the "hot bubble water generator of claim 16" of claim 7,
“Equipment for controlling the injection and discharge of raw water” is provided, and the apparatus is used , and the raw water is injected, discharged, and reinjected, and is used as a water generator by the characteristic operations . " Improved high-temperature bubble-injected water generator" , characterized in that it is used as a concentrator or dryer by an operation characterized by injection and non-re-injection of the raw water ;

The “high-temperature bubble injection type concentrator / dryer” is characterized in that it is used as the “concentrator or dryer” by omitting the condensing unit of the “hot bubble injection type fresh water generator ”.
Improvement of claim 7 " business method of mining industry of claim 18 ",
In the “business method of manufacturing hydrocarbon products”, using “coal, organic matter including methane hydrate” as a raw material for carbon dioxide, “an improved business method of manufacturing hydrocarbon products” ,

In the “Marine Resource Development Business Method”, it is a “submarine” and includes a private power generation device using one or more devices selected from the device group of the “power generation device” of claim 4. it, that it comprises a function of the plant, using a "submersible" characterized by, mined seabed resources, processing the resources and the mining, characterized by, "improved marine resource development Business method ".
An improvement of the "transport system of claim 23" of claim 7 , comprising:
In addition to the means of transportation used in the "transportation system", a "mobile wired aircraft mother machine" intended to carry and carry a plurality of "mobile wired aircraft", a car, and a claim A means of transportation selected from the "improved means of transportation" of Item 13 ,
Utilizing, characterized by, "Improved transport system".
A combination of the “suspended type seismic isolation device of claim 22” of claim 7 and a factory,

Installing the factory in the “suspended seismic isolation device”;
The norm of the factory,
Comprising a private power generation device using one or a plurality of devices selected from the device group of the “power generation device” of claim 4;
Keeping the voltage constant, managing power supply noise ,
Manage the temperature, humidity and lighting in the factory, keep the air in the factory clean,
A plurality of factories sharing one or more norms selected from the norms and information using the “improved transport system” of claim 17,
“A combination of a suspension type seismic isolation device and a factory” .
A business using the "improved transportation system" of claim 17 ,
Food and food delivery business,
Carried out by the distributor, seller and purchaser of the ingredients and dishes,
The purchaser places an order of “foodstuff or dish or foodstuff and dish” with the seller, and the delivery person sends the ordered “foodstuff or dish or foodstuff and dish” to the “improved transportation system” And “delivery of ingredients / dish” , which is delivered from the seller to the purchaser ,

Parts delivery business,
Executed by a distributor, a seller, and a purchaser of a part, and the purchaser places an order for a “part” with the seller, and the distributor sends the ordered “part” to the “ “Parts delivery service”, characterized in that delivery is made from the seller to the purchaser using an improved transportation system .
An improvement of claim 7 "fishing gear or equipment of the fishery of claim 20",
"Aeration device" that generates micro bubbles or micro nano bubbles,

It is a fishery management facility for the purpose of managing the information in the fishing ground, and it connects the fishing information equipment , artificial reefs, marine ranches, including fishing boats, submersible fishing boats, fish finders, and the fishery management equipment by communication . , "Fishery management equipment", characterized by collecting and managing information in the fishing grounds,

A catch sales facility, which connects a fisherman, a purchaser of a catch, and a deliverer of a catch via a communication line, and when a catch contract for the catch is established , the deliverer of the catch is the using the "improved transport system," according to claim 17, as a "fishing goods sold equipment" to be delivered to the purchaser from the fishermen,
Consisting of, "have been improved, fishing, fishing gear and equipment."
The “agricultural equipment group and equipment group” using the “power generation apparatus” of claim 4,
"Agricultural work robot", which is characterized by performing agricultural work including sowing, watering and harvesting,
"Agricultural work assistance device" characterized by being operated automatically or manually for the purpose of assisting agricultural work;
“Insect catcher” characterized by attracting insects with lighting and capturing them with a suction device for the purpose of capturing insects

It is a “cultivation building” that is a building for the cultivation of agricultural products,
It is characterized by having robustness capable of withstanding storms, having a device for controlling temperature, humidity, water, and lighting, and having one or both of the “farming robot” and the “farming assistance device”. And “cultivation building”

A “water farm” for cultivating crops on the water, comprising a private power generation device using one or a plurality of devices selected from the device group of “power generation device” of claim 4 thing,
The “high-temperature bubble injection type fresh water generator” according to claim 7, the “improved high-temperature bubble injection type water generator” according to claim 15, and the “water generator” using the “power generation device” according to claim 4. Including one or a plurality of devices selected from the “agricultural work robot”, the “agricultural work assistance device”, and a device that moves the “floating farmland”;
"Floating farmland" characterized by

It is a "water culture tower" that is a tower for the purpose of cultivating crops,
"Floating cultivation tower", characterized by being installed using a float and having one or more "floors" that are parts for cultivating crops;

"Cultivation management equipment" for the purpose of managing agricultural work in the "water culture tower",
Using a power source using the “power generation device” of claim 4, or a private power generation device using one or more devices selected from the device group of “power generation device” of claim 4, Supplying power to the “water culture tower”;
Including one or both of the “farming robot” and the “farming assistance device”;
Comprising a device for moving the "water culture tower";
`` Cultivation management equipment '' characterized by

A barn,
“Livestock” characterized by having a device for managing temperature, humidity and odor, and having a livestock work robot characterized by carrying out routine work including feeding and cleaning,

Using the insects captured by the "insect trapping machine" as feed, and performing livestock operations including poultry farming,
"Agricultural equipment and equipment ".
A “ commercial facility group” using the “power generation device” of claim 4 ,
A store comprising a private power generation device using one or a plurality of devices selected from the device group of “power generation device” of claim 4 ;
A store comprising one or both of the refrigerator and freezer of claim 8;
A vending machine that sells refrigerated food using the refrigerator of claim 8;
A vending machine that sells frozen foods using the freezer of claim 8;
A store or mobile store equipped with the "vending machine", and a canteen equipped with the "vending machine";
Laundry , coin laundry, bathhouse,
Including "commercial facilities " .
A “ recycling equipment group” using the “power generation device” of claim 4 ,
Using the subcritical water to decompose the waste as "sub-critical water treatment device"
Decomposing waste using supercritical water as "supercritical water treatment apparatus",
Buildings including houses, buildings and factories comprising the “ subcritical water treatment device” or the “supercritical water treatment device” ;
An automobile or a ship carrying or towing the "subcritical water treatment apparatus" or the "supercritical water treatment apparatus" ;
An apparatus for separating and extracting resources from the decomposition product obtained by the “subcritical water treatment apparatus” or the “supercritical water treatment apparatus” ;
A combination of the “subcritical water treatment device” or the “supercritical water treatment device” and the “hot bubble injection dryer / concentrator ” according to claim 15, wherein the “subcritical water treatment device” or “ The “subcritical water treatment device” is characterized in that the waste is decomposed by the “supercritical water treatment device” , and the decomposition product is dried or concentrated by the “high-temperature bubble injection type concentrator / dryer”. Or a combination of "supercritical water treatment device" and "high-temperature bubble injection type concentrator / dryer"
"Aeration device" that generates micro bubbles or micro nano bubbles,
"Recycling equipment group" .
A business group using the “expression and communication software using pictographs” according to claim 12,
Business group including mail order, auction management, advertising, newspaper, publishing, Internet site management, and manual creation.