JPS6026500A - National land construction project - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] (1) An electric tower is a high tower facility of over 30,000 meters,
We will generate electricity, change the weather, and construct the country. Hokuriku, Tohoku,
In areas with heavy snowfall such as Hokkaido, this equipment can transform the weather to make it a snow-free area. Power will be supplied to these towers from equipment such as wind power plants, underwater power plants, and gravity power plants to develop industry. Winter life in this area is enriched by eliminating the severe difficulties of having to go to subcommittees.

We believe that this will contribute to the development of areas that experience heavy snowfall. I believe that a self-sufficient society and a well-managed cottage factory system are the devastation of society and are a relief policy.

Equipment, 1. Electric tower.

2 Saturn type Yumehashi (rocket type engine) No equipment fuel required. Large mirror device. proliferation bag ). Constant solar thermal energy (7 7524 hours) absorption, reflection, proliferation, Equipment at an altitude that transmits heat.

Electric tower construction equipment and construction methods are listed in Appendix (2) Ship shovel method and Appendix (3) Seawater building construction method.

(,2) The ship shovel method is a small-scale, small-scale national land construction method. The plan is to use large ship shovels to excavate the soil, sand, rubble, and rocks on the seabed and transport them along with the artificial rocks, burying and connecting the territorial waters of the islands to establish a new nation. Drilling methods include general offshore drilling, coal dust drilling,
Although it is similar to tunnel construction work, this project involves a large ship shovel with multiple equipment such as a rock drilling machine, a new type of prime mover, a new type of machinery, etc. The above is excavation using a large metal ship with a depth/kilometer. We believe that the economy of not requiring large-scale mechanical construction methods or large-scale engine fuel for large-scale construction is an excellent strategy for construction work.

The structure of a ship shovel vessel includes equipment such as port and starboard, foreboard, and bottom sections, which can move, move, rotate, and double in any direction such as up and down, left and right, and forward.

(Construction machinery, machinery, equipment, etc.) Motor type 1. Fuel-free prime mover. 2. Electric motor.

3. Diesel engine.

Ship 1. A new ship. 2. screw ship.

3. Submersible.

Machine 1. Hoist. 2. New spindle.

3. New gear. 4. Power booster.

5. Various - Excavator. 6. Catenary transport equipment.

Kenba 1. New joint, 2. New metal tube.

3. I-type metal rod. 4. New metal reinforced concrete. 5. New metal frame concrete.

6. Gunpowder, dynamite.

Electrical equipment 10 generators. 2. ps. 3. Power transmission and reception equipment 4
．． Electric board.

Aircraft 1. A new airplane. 2. propeller plane. 3 Jet row 4. Helicopter aircraft (terrain of the new national land) (+), new mountains, metal reinforcement, 9 artificial stones used, gravity power plant, rough ore warehouse, buildings, roads, common electrical pipelines, inspection building , management machinery, equipment room, etc. equipment. (2) (New mountain surface) This is the same type of surface as the current natural mountain surface. There is a reservoir, the surface of the ground is used for agriculture, some are used for industrial factories, high-quality waterways are constructed on mountain tops, etc., mountain and flood control construction is carried out without muddy water, windbreaks are built, windmill power plants are attached to gravity power plants, large A scale park has been established. The region is a self-sufficient society and a construction policy region.

(3 types for Shinkawa. Waterway type, pipe type, comprehensive development type, windbreak cup, windbreak car power plant, new type of equipment; etc.)

(4) Shinkai area. Undersea construction methods, power plant equipment, ports,
Tsunami and flood prevention equipment for bays, oceans, beaches, etc. windmill power plant,
Facilities such as new aircraft, large-scale underwater parks, straits, sea channels, etc.

(5) Shinchikoku area. Garbage disposal warehouses, crude ore warehouses, power plants, seismic exploration equipment, and inspection shafts will be constructed.

5) New plains, flat land. Strategies for constructing buildings with 700 floors or more, (high-rise residential buildings with the same level of utilization as single-family houses), measures for public installation at key locations, high-rise measures for new cultivated land, soundproofing, moisture proofing, effective use of solar thermal energy, gravity reduction devices, buildings, constructions,
Equipment, installation, and facility measures for transportation, etc.

(Hull type of the ship shovel vessel) The vessel is long-sword-elliptic, vertically long to 20 km/km, horizontally long to 70 km/km, and is equipped with a double layer and a carrier. The wing is a type of life-saving button that can disconnect safety equipment from the ship's propulsion engine equipment section, capsizing, sinking, and prevention of overturning and sinking. Lead-made materials are equipped with equipment for pulling up seabed excavation and sand/kilometer cubic meters due to the ship's safety fixing function and factory equipment on the ship's torso and hull. In the equipment factory, the management department has computer management with the excavation site, and the power department has multiple prime movers, engines that do not require fuel, electric motors, internal combustion engines, new cranes, new pumps, excavator repair equipment, generator equipment, electrical equipment, It is fully equipped with power boosting equipment, new metal reinforcing bars, metal-framed concrete aggregate, building material production equipment, etc., as well as accommodation rooms for sailors and business staff, and a cafeteria.

(3) Undersea building construction method This construction method is a policy project to construct buildings such as power plants, houses, warehouses, inspection machinery rooms, and administrative facilities such as ports under seawater in territorial waters. This is the basic division of the project to construct the land of the main store at the sea level location (Construction method 5!S) 1st. # Underwater assembly construction ceremony. Second. Seawater, above-ground construction type. Third. Construction ceremony inside the seawater exclusion shutter. Construction ceremony after burying the No. ＋ and S water sections. Fifth. Construction ceremony after seawater solidification.

(Construction site equipment) l、Multiple large hoist equipment. 2. Fixed, diving lock for business personnel.

3. Transport submersible. 4. Catenary transport equipment.

5. Pump equipment. 6. Power booster. 7. New engine 68, new machinery and equipment. 9. Ship shovel vessel.

10. Power transmission and reception equipment and power generation equipment.

(Seawater assembly construction building method) The foundation, structure,
Construct building assembly.

Foundation construction, first phase. Structure, construction ceremony for each floor, second construction period.

Structured multi-story construction ceremony. Second construction period. Construction ceremony for all floors of the structure, 2nd
Construction period. Fixed construction behind the structure, second construction period. Third construction period for individual buildings, divided buildings, compartmentalized buildings, and underwater assembly construction. Construction building fixed construction, 3rd construction period.

Seawater cutting, seawater protection M construction, 1st construction period. First stage of fixed construction buried behind the construction building. Construction work to eliminate stagnant water inside a construction building. Fifth
Construction period. Elevator-0 interior construction including ventilation, 5th construction period, completed building construction, 5th construction period.

(Il) Seawater improved solid method.

The temperature of Kai Kaikai 7X is from 0 degrees Celsius to 30 degrees, 100 degrees.
Due to the degree of sublimation and the nature of high-temperature fluids, seawater can be frozen using solid electrolytic refrigeration systems, solid refrigeration systems using chemical refrigeration systems, and extremely cold air from electric towers (30,000 meters high), solid refrigeration systems using cold air energy, etc. Build a new national land foundation department. We believe that the sea-open frozen 11L foundation and ditch equipment will create national policy as well as economic benefits in this small industry. (Construction of the New National Land) ], Submarine geological sphere basic division. (1) Fixed foundation.

(2) Sea-open water consolidation type structural fixed foundation. (3) Earthquake inspection vertical and horizontal shafts. (4) Rear fixed part of this basic section.

2. Kaikai Midsea Seawater Solid Division. (1) Solid, fixed, stable structural parts. (2) Exterior wall section. (3) Management equipment. (4) Audit vertical and horizontal shaft equipment. (5) Stable and fixed sector of sea-open solid sector. (
6) Electrical freezing: Freezing equipment using chemical freezing, solar thermal energy sent from an electric tower, and negative energy from extremely cold air. (7) 111J earthquake resistant equipment (gravity power plant pressure regulation equipment). (
8) Ground base/refrigeration equipment. (9) ft1l upper foundation No. 2, topography, national land construction basics division - ah, new metal reinforced concrete and metal frame concrete mountains. Yes, Hirano.

Uh, new river area. Scientific construction policy for the most effective utilization of ports, O3 gravity-reducing high-rise buildings of 100 floors or more, wide-area buildings (utilization of single-family houses), etc.

3. Construction site equipment. Described in Appendix (2) Ship-Chapelle method, formula and Appendix (3) Seawater building construction method (5) Improved raft method.

In this method, a structure is constructed in the middle of the open sea, and a stable and improved raft is constructed above the structure, that is, above the sea surface of the open sea. The raft is equipped with an engine, a pressure regulating device, a cutting machine, etc., and is a vibration-free facility that works in conjunction with a gravity power plant installed on the foundation ground.

First of all, the upper part of this raft section is the construction of the foundation ground for national land construction. The second part of the upper part involves creating and constructing the topography. The topography of the country in the upper maritime region follows the gravity reduction method, but this method is a special method for creating the topography of other regions, such as the existence of areas below sea level within the dams in the Netherlands. The construction methods and construction equipment for the foundation sector in the underground area, the foundations and structural sectors in the sea-opening sea-water area are described in Appendix (2) Electric construction method and Appendix (3) Seawater building construction method. Described in.

(Disaster prevention equipment) 1. Storm countermeasures: Windbreak cup, windbreak car power plant, and gravity power plant attached.

2. Flood countermeasures: Flood disaster prevention water turbine equipment, new river system.

3. Measures against waves Large water wheel (2000 meters in diameter) equipment,
Underwater power plant equipment.

4. Earthquake countermeasures Gravity power plant Pressure regulating device, underground inspection side for vertical and horizontal earthquake countermeasures. Earthquake investigation agency, binding machine equipment. Underground area exploration vehicle.

5. Fire prevention measures Fire prevention walls, roof panels, ceilings,
Hole-proof construction method for floors, fittings, etc. made of metal plates.

(Matter conversion method) This theory is a method in which ultra-high temperature materials are melted and atoms are converted using the electric tower equipment's large photothermal energy concentrator, light intensifier, etc. Atom conversion method that fixes the time at a position at an appropriate temperature and converts it into the required target substance. Buckling resistance is achieved through the application of theories such as atomic creation, cyclotons, synchrotron facilities, breeding facilities, etc. (such as neutron theory (atomic change theory, etc.), and new theories that utilize solar energy.

(Time-driven engine equipment) This theory is a method in which engines and equipment are rotated and driven by the energy of matter, the changing force of objects, the driving force, etc. Change force, driving force, etc. are multiplied and turned into rotational force and driving force that do not attenuate. Buckling resistance is achieved using the prime mover theory of a method in which the driving force is the force (energy) that has multiplied and become stronger in response to the operating force of the solar system.

? ) Saturn-type dream feeling.

Unnecessary 1 qiao uses solar thermal energy at all times (7 days 24 days)
Install the equipment in a position where it can absorb time). The solar energy is multiplied, reflected, and sent to the required point using a light and heat transmitting device. It houses the above-ground climate conversion equipment and electric tower. The light and heat energy from the electric tower is stored in the air, earth, and sea systems and equipment. Working together to transform the weather. This project aims to transform poverty in regions with heavy snowfall into regions and local societies where industries and companies can survive in warm climates with no snowfall, and where finances are abundant. It's the equipment.

(Equipment engine) 1. Rocket engine (no fuel required). 2. Solar energy photothermal absorption, multiplication, phototransmission device. 3. Cycloton.

4. Large mirror heat concentrator. 5. Yumehashi engine, machinery, equipment and equipment.

6. To'@machine-7. electrical equipment.

(#J Oxidation prevention construction for seawater, etc.) Buildings constructed on the seabed, underground, in seawater, power plants, and other structures are attacked by seawater, etc., and become collapsed or destroyed buildings due to oxidation, etc. This threatens the lives and survival of consumers.The science of the new era has created seawater-resistant construction, waterproofing, anti-oxidation construction technology, and new technologies to eliminate these harmful effects and ensure the safety, stability, and security of the infrastructure of our lives. I will enrich you.

#Seawater oxidation prevention construction (1) painting on steel materials, (a) enamel. (a) Metal painting. (
Boat) Lining painting. (1) Synthetic resin. (e) Paint. (power) glass.

2 hills Rutaru.

(3) Covering, (a) Asphalt. (a) Moguo (4) Steel materials, round steel. Deformed steel bar. Structural circle tI4゜Metal bars such as reinforcing bars, metal bones concrete 1, construction wings such as columns.

Ken Square steel. pc steel rod. Flat steel. Shaped steel. Lightweight section steel. steel plate.

Heir. Steel pipe pile. Steel pipe sheet piles. Steel sheet pile. Steel Yagi.

(5) Construction materials such as new reinforced concrete pillars made of seawater-resistant, waterproof, and anti-oxidation construction steel materials.

(a) Multilayer type. First, oxidation-resistant steel. Second, asphalt. 3. New plastics, new synthetic rubber. No. t. Waterproof concrete. Fifth, seawater resistance, waterproofing, anti-oxidation construction,
Painting, coating, coating

[Brief explanation of drawings]

☆ Fig. 1 Ship shovel ship Plan view Fig. 2 Ship shovel ship Side view Fig. 3 Carrier ship Plane mouth diagram Submarine drilling equipment 1 rotation type, capacity/kilometer cubic meter drilling Elevation view Fig. 5 Submarine drilling equipment No. 2 Parallel A type Elevation view (Figure 2) Submarine drilling equipment No. 3 vertical movement type Plan view Figure 7 Submarine drilling equipment No. 4 vertical movement 9 rotation type. Plan view Figure G Catenary carrier type Side view Figure 9 Gravity power plant Elevation view Figure Gravity power plant Plan view 0 Figure 11 New metal reinforced concrete columns, beams, and other skeletal construction materials Longitudinal cross-sectional view Figure 12 New metal Reinforced concrete cylinder cross section No. 13
Figure 14 New type of metal reinforced concrete prismatic column cross section Figure 14 New metal frame concrete ≠ Square column 1st cross section Figure 15 New metal frame concrete ≠ Square column 2nd cross section Cross section Figure 16 New metal frame concrete cylindrical cross section Figure 17
Figure: Cross-sectional view of new metal-reinforced asphalt seawater-resistant, waterproof, and oxidation-resistant concrete. /, The first new engine that does not require fuel! , a new type of engine that requires no fuel. 3. Internal combustion engine. t. Electric engine. S1 power generation equipment. B, electrical equipment. 7. New hoist, new pump. Wow. New power boosting equipment. 10. Hull type: Longitudinal and unloading kilometers: 2
0 kilometers. Horizontal length 10 kilometers, depth length 10 kilometers, forward and backward navigation, left and right, rotatable. //, wing. /2. Subsea drilling factory equipment. /3: Excavation site management computer equipment room. /1. Deck Concrete 1-@B, building materials production factory. /3. Multi-layer movable ship. / Otsu, multi-layer open/close type ship. /7
．． Safety fixed function ship side. 7g, hold. /9. Sailors, office workers, lodging and dining halls. 20, Excavation Department No. 1゜/, Excavation Department No. 2゜22, Automatic excavation equipment. 23. Automatic and semi-automatic drilling equipment.
, 2 are equipped with automatic and semi-automatic semi-automatic side panels. , 2S, automatic, semi-automatic milling machine drilling equipment. 2. Automatic semi-automatic large, medium, small, Chapelle engines. , 27° automatic belt conveyor complete conveyance equipment. ,,2. ! i'. Catenary automatic transport equipment. 29. Drainage, water supply, water pump equipment. 301 Gravity adjustment device. 3/. Air conditioning device. 32. Intermediate tip of rotary drilling equipment such as undersea, etc.
Center rotary transfer m depower device. 33. Hydraulic flotation equipment after excavation is completed. 3'4. Vise Kirin type 7 kiloton lifting equipment.
35. Factory equipment. 3B, overhead wire transport equipment pier. 37. Seawater resistant, waterproof, anti-oxidation coated wire rope. 3g
, Carrier ship No. 1゜39, Transport ship No. 2゜G0. Undersea ground. t/, in seawater. ≠! ,Sea. 3. waterline. /I
<Z, a building, construction. 4'5 underground row. 741
Gravity power plant. /17. pressure fluid. qg, pressure regulating equipment. t9. Pressure fluid pipe. SO1 building basement. ,! ;/, underground building pillar. 5.2. Protective concrete wall. 53. 65 tons of connecting beams at the base of cargo columns, building foundation. SS, construction wIJ basic tsuba fixed pillar. 5g3M 碕fixed pillar untied 粱. 57. Inspection shafts, lifting equipment. 5g0 strong union spring. Construction barber for 591 gravity power plant. Otsu 0. Earthquake investigation equipment. Construction materials such as seawater-resistant, waterproof, anti-oxidation construction reinforcing bars, metal bars such as steel frames, metal-framed concrete columns, etc. Otsu 2. Seawater resistant, waterproof, anti-oxidation construction reinforcing bars, steel frames, etc. on the steel side. Otsu 3゜Seawater resistant, waterproof, anti-oxidation airflow part. Otsu+, seawater resistant, waterproof, oxidation-resistant new plastic, new synthetic rubber part. Otsu S, seawater cutting, waterproofing, oxidation prevention construction concrete department. /3 Otsu, seawater resistant, shochu waterproofing, construction enamel, etc. painting section. Otsu 7. 'a Water resistant, waterproof, anti-oxidation coating. Second, seawater, waterproof, and anti-oxidation coating. Otsu? , seawater, waterproof, anti-oxidation construction coating. 70. Reinforcing bars, metal bars such as steel frames, connections with concrete sections such as metal bars in the outer section of the metal frame asphalt center column, fixing holes, metal bars, etc. Figure 7-522- Figure g

Claims (1)

[Claims] (1) Electric drawing construction method. (,2) Jeetbu, shovel method. (3) Seawater building construction method. (Ge) Seawater improved solid method. (J’) Improved raft method. (B) Material conversion method (7) Earth m type sister JiIi0 (J’) Disaster prevention equipment (Ii0 '7) Time prime mover.