JP2022106305A - Reduction of costs etc. in life - Google Patents

Abstract

To improve costs etc. for energy etc., and to provide a method for building a stable society.SOLUTION: A sled or the like is used. A structure for properly arranging water etc. is made or created.SELECTED DRAWING: Figure 1

Description

Global environment

Land aquaculture

Patent No. 6092454

JP-A-2018-93852 The University of Tokyo Geothermal Data, Public Interest Incorporated Association Japan Groundwater Society, Kyoto University Osaka Gas Joint Research Succeeded in converting thermal energy into light of a wavelength that can be efficiently generated by solar cells. Published on December 24, 2016 science advances Nano resonator made from silicon. www. ky oto-u. ac. jp Vegetable growth conditions www. atariya. net A daylighting system that utilizes the blessings of the sun Himawari www. himawari-net. co. jp Fuel calorific value www. hakko. co. jp

Improving costs such as energy, etc.

Improving costs such as energy.

Use a sled, etc. Create a structure to properly arrange water.

Drawing 1

Tree etc.

Drawing 2

Vehicle etc.

Drawing 3

Water etc.

Drawing 4

Power generation, etc.

Drawing 5

Power unit, etc.

An independent industry can be created even in depopulated areas.

Claims (1)

A sled or the like is used to replace the wheels of a train or the like with an object that carries an object such as an object. And instead of railroad tracks
Just make a width through which the sled etc. can pass, place water etc. in that part and use electricity etc. to cool it
On the contrary, reduce friction by freezing it to reduce energy loss as much as possible. Between the rails
It is used when accelerating or decelerating by bringing wheels etc. into contact with parts. This wheel etc. has speed
In order to reduce resistance, etc., it can be pulled into the vehicle body using electricity etc. so as not to come into contact with the outside etc.
It can also take a structure. The sled part slides on frozen roads, but do not derail sideways
It has a rail structure with a protruding shape. Ray to reduce impact etc. on curves etc.
Tires, etc. that are in contact with the side of the rail may be attached to the sled, etc., or the bank angle, etc. may be attached to the rail body.
You can also kick it. Attach another wheel etc. to the car body etc. like a course in the place of Mini 4WD
You can also handle it when it is a curve. Usually inside the vehicle considering air resistance etc.
A support for a structure that can be stored in a unit and instantly deployed by gas pressure or spring force when needed, such as in an emergency.
Walls, etc. provided on the side walls of the vehicle with tires, etc. attached to the pillars, etc. (Continued in the form of a mini 4WD course)
There is a method to install it only in the structure or the curve etc.)
-You can also make it easier to bend. Side walls, etc. at a certain position from the side of the vehicle, etc.
Provide a wing that looks parallel to (consider the structure that is always put out, air resistance, etc.
Only when necessary, go out mechanically, etc., and when not necessary, store it on the floor, side, etc. of the vehicle.
It is also possible to have a similar structure. ) And run in a fashion that keeps a slight distance from it and the side walls, etc.
If so, the ground effect due to air resistance will occur there, and the force that repels the left and right walls will work and the vehicle will turn outward.
It can counter the force it receives and the vehicle can turn the curve stably. The road to go down little by little
Design a line and use gravitational energy to make it an accelerating force. It is also possible to design the route without height difference
You can do it, but even if you calculate the construction cost and go up the route, the sled reduces friction.
It can be used as an energy source to move an object to a high altitude using the energy of inertia. circle
Even if the vehicle is slightly downhill, the resistance of the contact part such as the car body is extremely low, so the vehicle etc. has a slight energy.
You can accelerate steadily just by giving it from the tires that are in contact with the ghee. Linear motor
The same can be said even when the car is not in contact with the ground. Also the tube that surrounds the vehicle
By making the inside of the tunnel as vacuum as possible, the generation of air resistance is prevented. About the stop
A method such as opening the hatch attached to the vehicle etc. and providing a communication passage with the outside or dividing inside the tunnel
A door that opens and closes up and down, such as a hatch, is provided to partially inject air in sections such as stops.
It is conceivable to allow the occupants to come and go there. Cooled contact
A place where rainwater etc. enters the structure on the lane where the ice etc. is kept warm at a temperature with low resistance etc.
A hollow hole party is provided at the end of the lane so that it can be quickly removed, and rainwater is constructed on the aisle.
Etc. should flow out. Ground to maintain the temperature of the lane in a cooled and frozen state
A pie made from PET bottles, etc. using the temperature of a tank installed about 5 meters below
To reduce the energy to control the temperature of the lane by circulating it around the lane using a device or the like.
You can also do it. A pie near the liquefied carbon dioxide to freeze the water in the cooling lane.
It can be washed away or cooled. Rainwater etc. with a roof on the top
Make a structure that can prevent and shield everything around. A substance that is transparent and allows light to pass through when shielding,
Cover with strong plastic or PET bottle etc. (It may be a special one separately
) Is connected, and water etc. is placed in the place where the juice was originally contained in the PET bottle.
In a place that is kept at about 15 degrees (depending on latitude, etc.) throughout the year, about 5 meters underground
Pumps, etc. from the installed underground tank (if it is underground in a mountainous area, it will naturally fall under the pressure of gravity.
If you use (there is energy) to let it flow in and circulate it, there will be 1 space for cars, etc.
If the temperature approaches 5 ° C and the flow rate of the liquid is adjusted, the cost of the air conditioner of the vehicle or the like can be saved. Car etc.
Pressure resistance when depressurizing the running space to reduce air resistance and approaching a vacuum state
Reinforced plastic, glass, etc.
It can also be reinforced. Even when water is circulated by a pump, liquids such as water are outside.
The pump does not boil suddenly even if it is exposed to sunlight from the part, so the pump is operated frequently.
The energy cost is low because it does not have to be done. Get energy from solar panels, etc.
In some cases, solar on the roof of this equipment or in an empty space such as the side or lane
Install panels, etc. Underground space that circulates above to cool solar panels, etc.
Water, etc., which is kept at a constant temperature in the ink, is allowed to flow on the panel, or is made of a substance that allows light to pass through.
An ip-shaped structure may be installed nearby, and water at about 15 ° C may flow from the underground tank.
To control the temperature of the solar panel and make the solar panel waterproof and airtight.
Raise the panel and attach it to a tub where shallow water is collected, and install it about 5 meters underground.
Pour water or the like at about 15 ° C as it is placed and collect it in an underground tank or the like. Natural groundwater
If the positional relationship is such that it flows naturally, it may be flushed and the temperature of the panel etc. is controlled.
Roll. Using a PET bottle, for example, cut out the mouthpiece to make a rectangular cube.
A structure is constructed in which water from an underground tank is put into the part by adhering multiple pieces.
The inside is a structure that contains water, etc. using a substance that allows light, etc. to pass through, such as PET bottles, and does not allow water, etc. to pass through.
Create an empty structure. And control the temperature of the solar panel etc. in the hollow part etc.
Be able to put things you want. This is also the case with solar panels installed at home
The amount of power generation is increased by providing a similar device. Solar panels pretend to be hot
Because the amount of power generation will decrease if it is squeezed. In addition, the above underground tongue is used to efficiently air-condition the space.
Use water of about 15 degrees Celsius. The ground temperature around the underground tank varies depending on the depth, so the depth
It is possible to install a plurality of tanks by changing the above, and it is also possible to mix the water and the like. In need
Depending on the material, the structure made of PET bottles can be moved by draining water.
Since it is light, it can be done manually, but the ceiling part is constructed in advance so that it can be opened and closed by driving a motor etc.
You can also build it. Water in the underground tank that is heated to about 15 ° C
Provide a tube of about 5 cm in length and width (the standard scale can be changed freely)
A structure with a passage through which water can flow is provided around it, and the above underground tank is provided there.
And let the water flow and attach a fan etc. to the end of the pipe to send the wind. Air etc. is piped by the power of fans etc.
When you move inside, it exchanges heat with the surrounding water (for example, if it is a thin material such as a PET bottle).
It is easy to conduct heat) and it is gradually cooled in the summer. If the length of the pipe is increased to some extent, the pipe
The temperature from the outlet of is close to the temperature of water etc. from the underground tank. It's cold in the summer and the air is 15
It becomes warm when it is lower than about ℃. For example, connecting PET bottles to make a structure
You can also do it. Fans such as electric fans consume less power, which saves energy. The tube is not straight
It may be curved so that the distance can be obtained. Through a thinner tube in the tube there
It is also possible to make it easier to exchange heat when a cold or the like hits by circulating water or the like.
A rod made of metal with high thermal conductivity is passed between a passage and a pipe through which water, etc., which circulates, etc. 1
It is also possible to increase the area of contact with the temperature of water or the like around 5 ° C. and the flowing air. Fans, etc.
Was installed not only at the entrance of the pipe but also at the other outlet or in the middle to improve heat exchange efficiency.
You can also do it. This device can be installed indoors, but at a constant ground temperature of about 5 meters underground.
Can be installed on anyone. Air is taken in and out with a pipe. The ground temperature around 5 meters underground is 15 ° C.
If air is sent into the pipe through a pipe to a certain depth, it will be on the ground in the summer as well.
When the air etc. sucked in the part goes underground and goes out from the outlet of the pipe again, the temperature is on the ground
It is the same regardless of the season even in winter when the temperature is close to 15 ° C. All sides or specific parts of the pipe
Water etc. is flowing, but in the case of a two-tiered structure, the lower part is water by gravity without blocking the ceiling part
Etc. are maintained, so it may not be necessary to attach the ceiling part, and water etc. may come into direct contact with the air etc.
The heat exchange efficiency is improved. When the ground temperature of most of the installation sites around the pipe was around 15 ° C
The temperature of Heyuan air, etc. approaches 15 ° C. Artificially boil in hot springs or boilers
Compressed air is used when using hot water for air conditioning in each home / facility. First, pour hot water etc.
Pour it into a space made with a bottle, etc., and with the above method, the temperature is about 15 degrees underground.
About 15 degrees Celsius where the temperature of air etc. is brought closer to 15 degrees Celsius by exchanging heat using
If you add hot water instead, it will reach that temperature and keep it warm when you send it.
I put a PET bottle etc. in a connected kudzu and compressed it into a space surrounded by it
It is flushed in a state (or slightly changed depending on the situation such as the degree of ventilation). On the air such as warm air
The location of the above space is underground or above ground, but if the ground is very cold, dig underground.
Considering the cost, a heat insulation system that uses water from a tank about 5 meters underground at about 15 degrees Celsius.
You may use the Underground tanks, etc. have a depth that fluctuates according to the time according to the depth.
It is also possible to prepare multiple tanks and mix water and the like. With this PET bottle etc. as needed
Use a heat insulating material (such as expanded polystyrene that has a heat insulating effect) on the outer circumference of the device that sends the created air, etc.
Increase efficiency by covering. It is also possible to send cold air or the like. Pet bot
Create a certain rectangular space by connecting the plastic bottles, etc., and connect the PET bottles, etc. again in it.
Let's make a structure etc. Then, make it possible to pour liquid etc. as described above, and in the above
Put things you want to dry or damp in the place where you were sending air. This time
It can be packed tightly so that the air etc. is not delayed, and there is a certain gap and it is warm there
You can also let the wind flow. For example, when seawater is evaporated to remove salt, etc., seawater is added.
Space, space on which warm air can flow, etc. Plate-shaped made using PET bottles, etc. underneath
Create a space above the passage (which may be slightly inclined) for water to flow. Pet around the perimeter
It can be surrounded by a bottle or the like and the entire inside can be pressurized with a compressor or the like. The power of sunlight and the flow of warm water
Accelerates the evaporation of seawater by sending warm air, etc. When the humidity becomes high
The inside pressurized by the compressor is returned to the normal atmospheric pressure, and cold water from an underground tank or the like flows through the pipe.
Water droplets, etc. that came out of the air at once were installed due to the humidity dropping and the nearby temperature being cooled.
It flows through the plate and moves to the lowest position. By adopting such a structure, seawater etc. evaporates
For example, increase the speed. The outer circumference constructed with PET bottles etc. can withstand pressure
If necessary, cover it with a transparent film or plastic. Air inside this device
When taking it out, place a filter for salt damage countermeasures on the fan for taking in and discharging outside air.
It can also be installed. In salt damage, fine particles generated when the waves break are blown up by the wind.
Since it is caused by being carried, this device does not generate fine particles in the first place, so in the unlikely event
It is only installed with that in mind. When the inside is pressurized with a hatch where it can be ventilated
Be prepared to withstand. Make this device out of transparent materials such as PET bottles
The power of sunlight can be transmitted efficiently. Black material (black sheet, etc.) at the bottom of the device
To use energy such as sunlight more efficiently. This device is a solar panel
Salt is installed in a space that requires sunlight, etc. to prevent the temperature of the solar panel from rising.
Etc. can also be obtained. The lower part is transparent for PET bottles, etc. depending on the installation angle of the solar panel.
Make a pedestal etc. from Ming material etc. and adjust the angle of the device. Attached to the upper part of such a structure
Water can also be used to clean garbage. And a specific poi with water etc.
If you install a filter, etc. that collects dust when you come to the office, you can reduce the trouble of cleaning.
To. Near objects such as solar panels where efficiency increases when the temperature is close to a certain level
Through a thin pipe, water etc. that uses the ground temperature such as about 5 meters underground can be circulated or temporarily
You can also stop. In addition, after placing it in such a state, devices such as solar panels (
Control the temperature, etc. by eliminating the influence of the outside air (including equipment to be squeezed if necessary)
Therefore, in a structure made of a material that connects PET bottles, etc., the outer peripheral part, etc.
The temperature of the inside of the structure can be adjusted by pouring water using the ground temperature such as 5 meters underground.
It may be installed in a controllable structure, or the solar panel etc. may become excessively hot.
It can also be prevented. Water circulated in a structure made by connecting PET bottles, etc.
It can be stationary and the flow rate of water etc. can be changed by adjusting the pump, such as PET bottles.
The water that has passed through returns to the underground tank and its temperature is controlled by the ground temperature. underground
Multiple tanks may be installed depending on the depth. Control the temperature of solar panels, etc.
Therefore, the circulating water can be passed through a finer pipe, and the solar panel can be used in advance.
Such a pipe may be installed in a device such as a wheel. Underground in a tube made of a material that allows thin light to pass through
It is used for temperature control by pouring water from a tank or the like and arranging it around a solar panel or the like. Electrical machinery
Take waterproof measures for pipes, solar panels, etc. to prevent water from entering the area. PET bottles, etc.
Instead, it is possible to make water etc. flow through it with a thinner material made exclusively from the beginning.
For example, apply the outer circumference of a solar panel, etc. to a wall of thin water, etc. with a heat of about 2 cm.
Control the temperature of the lar panel, etc. Use a pump to pump water from the underground tank to a certain height.
If you raise it to that point, it will flow around the solar panel through a pipe due to the force of gravity and into the underground tank.
return. Do you blow water like mist (not necessarily mist) on the upper part of the solar panel etc.
The temperature can be lowered by any means, and at this time as well, the water is collected and circulated using the water in the underground tank.
You can also let it. PET bottles, etc. (Even if it is not a PET bottle, it may be a dedicated one
A space created by connecting good), such as a PET bottle, is 20 meters long and 10 meters wide.
Arrange them side by side in the area of the tor and arrange them side by side in the same way as the ceiling part.
Put soil in between to make it a rice-producing area. By doing this, the fertilizer etc. that have been sown will escape into the ground.
Can be reused without. If you sprinkle water on the soil, the pet will see the inside of the soil and have the lowest fertilizer content.
Since it comes to the bottle, make some holes in that part and peck from there
The end of the PET bottle, etc. that oozes out inside the bottle and is connected to it
Fertilizer etc. is pumped out from the part and stored in an underground tank for reuse or processing.
make. Make multiple PET bottles below, or fill them with water at first to increase their strength.
After putting soil etc. in the water etc. contained in the PET bottle etc. of the part that receives the fertilizer etc. of the part
It can also be pulled out to a certain extent. A structure made of PET bottles, etc. in consideration of the influence of the ecosystem, etc.
The bottom part etc. (Assuming that the floor surface etc. made with the lower PET bottle etc. was a three-tiered PET bottle
Water, oxygen, etc. can be circulated in the bottom of the bottle, etc.)
By making a hole in the lower part of the structure such as a PET bottle that is passed through it
It soaks into the soil. Fertilizer is poured into the space constructed with PET bottles and collected.
Make it divided into multiple layers such as functions and layers that allow water, oxygen, etc. to soak underground.
It is also possible to construct a structure such as a bottle. Sealed by covering the top with a similar structure
If a state is created, fertilizers, pesticides, etc. will not be scattered to the outside. By reusing fertilizer etc.
You can also reduce costs. When taking in outside air, attach a door to the top etc. and open it with a fan
You can let in the wind and make doors for humans to enter. like this
It is also possible to prevent the diffusion of fertilizer, which is used for agriculture, etc., to the outside by using a shield.
For example, if the stream around the house is made of concrete, most of the water will be in the dry season.
It may be the case that the water is not flowing or the water is not flowing. Pet bot in such a place
It is possible to bury the above-mentioned structure made using le etc. in the basement and allow water etc. to flow between them.
If it is possible, the ground etc. can be used effectively. Country and city for river water management
In the case of towns and villages, there are many cases where gutters are made with concrete, but if you do that
If there is almost no water flowing, the space on the ground will be wasted and the boundary of the land will be
When it comes to rivers, the rivers are originally thin and there is a lot of water for a short time.
Even though the land is fixedly occupied all year round, it is like an unfair occupation of the landowner.
There is a possibility that it will lead to. Also, in the design of gutters, etc., water etc. flows almost normally.
It is irrational that the width is too large or the gutters are shallow even though it cannot be done. Haba
When making gutters with a depth of 1.5 meters and a depth of 50 cm, etc.
If this is done, the part above the ground can be used effectively as much as 1 meter, and the landowner of the land next to the river in the registration is a book.
It can be said that the land that can be used next is close to the size of the original landowner. The registered river is a ground
It doesn't exist, but the administrator is set, so nothing needs to be passed through as it is.
In many cases, this is not the case. For rivers that normally have a width of only about 10 cm
If a gutter with a width of 1.5 meters is created, the landowner will have the problem.
Use this underground water conveyance mechanism to notice and hide the original right to use the land.
You can also do it. The internal space is the above space constructed using PET bottles, etc.
Create a tunnel-like space that humans can barely pass through, and use rails and tires there
Pull in a dolly-shaped object. In hydroponics, the solution should be poured inside the space.
You can also do it, and if you are cultivating plants, add water of the size prepared according to the growth of the roots.
It is also possible to put a tub or the like on a trolley and move it inside the space. For plants, rails, etc.
You can use it to move it on a pallet, so lay a rail in a sunny place.
You can move it to any place by rolling it with a tire. A place where plants are hydroponically cultivated
The upper part from the root of the equal plant can be moved by the upper dolly etc., so the force to pull
Is less. Similarly, use PET bottles, etc. to create a space for cars, etc.
You can also control the temperature of the space using circulating water, etc. Park in a car etc. and rest inside
You can also relax. On top of that, a structure made using PET bottles for growing crops etc. is also placed.
You can also grow crops. Also, make a structure made of such PET bottles, etc.
It is also possible to provide a shield with the part and put a bed etc. in which a human can sleep. Old
In the case of people, etc., attach a device that gives a shower on the spot, and put the toilet etc. in the shielded space.
You can also make it. Regularly put water etc. in the shielded inside and wash it cleanly
It is also possible to remove harmful substances contained in the air through an air filter on a daily basis. hospital
If it is installed in the hospital, the airspace in the hospital can be cleaned from ammonia. Move depending on physical condition
It is especially effective when you cannot take a shower by yourself when there are many people who cannot do it.
And the medical practitioner can pass through the shielded space and come into contact with the inpatient.
If you add shower equipment etc. to the space shielded by PET bottles etc., shower etc. will be there
It can also be used to clean the space and save the trouble of moving to the bathroom. Futon between showers etc.
Etc. can be collected and replaced with new ones. In short, the ammonia concentration is likely to rise
Avoiding the situation, it is said that the part is shielded with a PET bottle etc. like the inside of a spaceship
thing. You can also attach fitness equipment to this device and wash my patented body
A device can also be attached. It is also possible to attach wheels to this device so that it can be moved.
can. The space between the surgery space and the sleeping space is a space made of PET bottles, etc.
It can also be connected in a shielded form. Ammonia is the source of such an odor, even in trace amounts
Since it is a substance, its impact on ecology should be considered to be enormous, and it is important for society to consider it.
It is also important. Remove coffee grounds etc. to remove ammonia etc. inside the space
It can also be used as a filter. When breeding fish etc., the space is
It has a poop-shaped structure and accelerates in a direction close to the vertical direction to the wall of the space where fish etc. are filled with water etc.
To avoid collision. Create a space, etc. using a PET bottle, etc.
Etc. The upper part may also be made of a material such as a PET bottle. And with a pump
The water in it is sucked out and pressure is applied to eject it, or compressed air is blown in one direction.
Gives water etc. rotation in a certain direction by sending it to. Fish are swimming in a looped structure
However, the width should be about 50 cm to 100 cm (as a guide only). Stop the water flow
You can also do it. Objects with buoyancy, etc. with bait (floating by buoyancy or moving the bottom part
By rotating the hands of a clock (which can be shaving) and chasing it by the action of a fish, etc.
Control movement. You can make the flow of water clockwise or counterclockwise, and how to move the bait
The direction can be changed freely. Make the flow of water and the flow of bait the same and speed up the movement of bait a little
If you do so, fish etc. can eat food etc. with a little movement, and slow down the speed of the water flow to eliminate the movement of food etc.
If you move it in the opposite direction of the water stream or put the bait in and out of the water, the fish etc. will get it.
It takes longer to concentrate and stay in almost the same place. If the above method doesn't work, breathe
This is especially true for fish that cannot. Place a net, etc. in a place where there is water, etc. and where there are fish, etc.
It can also be used to control the movement of fish, etc. in combination with water flow and food.
If you use power etc. to move a bait attached to any place in the space where fish etc. are (aquarium etc.)
Pull the bait by power or move it with a belt etc. along the rail arbitrarily attached to the upper part or lower part of
You can also make a circular motion (such as giving force and sticking food etc. to it), depending on the shape of the aquarium etc.
You can also go straight. In addition, fish are used in the space where fish are bred, using walls that move automatically.
Etc. can be moved from a water tank that loops in a circle to another water tank space. And that
Install the above doors, etc. to return the fish, etc. from the space to the circular loop-shaped aquarium, etc.
From the circular loop, put it in an isolated space without water flow, and use that pressure from another outlet, etc.
How to return to the circular loop aquarium or make the wall around the aquarium with no water flow higher than that of the circular loop
Incorporate water, etc. into it with a pump, etc. so that fish, etc. can rise to a slightly higher place, and feed, etc.
Automatically move the fish to guide the fish and flow through the door of the aquarium etc. toward the circular loop.
By using the waterways designed to flow water, etc. by the force of gravity, fish, etc. that were in a specific place can be watered.
Follow the flow and move towards the circular loop. Usually electric when compressing air industrially
A compressor, etc. is used, but the energy of the gear that is hydraulically driven by the power of the compressor
Using ghee or transmitting the rotational energy of the windmill with gears to power the compressor
And use it. And the tank that stores the compressed air is one of the ground temperature of about 5 meters underground.
Blow into the water in a tank installed in a fixed place or 5 meters underground
Bring the temperature to 15 ° C. Air compression compressor for natural energy such as hydraulic power
By using it as a power source and accumulating it in a cylinder installed underground, etc., you can take it at any time like a battery.
You can use it to move gears. When compressing air etc. with a compressor etc.
Once cooled in an underground tank, etc., it is compressed to adjust the humidity and the air, etc. is stored underground.
To lower the humidity. It is also possible to lower the temperature of a tank containing compressed air etc. underground
To. Even if it is a large tank, if it is underground, there is no problem with the installation location. Compressed air using the above mechanism
Adjust the temperature, humidity, etc. and let the air flow from the facility through underground pipes, etc. for general household use, etc.
High efficiency. Compressed air, etc. (like gas shape or dry ice) instead of storing electricity
Store as (may be in a state). It is also possible to install a water wheel-shaped object beside a river or the like.
If the waves of the sea are ria coasts, the tsunami will rush to a high place, so such a structure
Artificially created to hold seawater up to 10 meters or higher than the coastline with the power of sea waves
Come on. And then, by accumulating it, this time, turn the turbine of hydroelectric power generation using gravity to generate electricity.
It is used as a power source for turning a compression compressor such as air and as various power sources. A large amount of sea
By obtaining the potential energy of water semi-permanently using the energy of ocean waves
Useful for life. By such a method, compressed air is stored in a cylinder or the like and stored 20 underground.
Move the cylinder to a place such as a truck or leave it at a diameter of 20 meters.
Such a method is also conceivable. Then, prepare a water tank, etc. that is installed underground and is filled with water, etc.
.. If you install rotating wheels etc. there and let out compressed air from below, depending on the energy at the time of ascent
The wheels rotate. The deeper this water tank is, the more wheels etc. can be installed.
The buoyancy causes the water turbine and wheels to rotate. The rotational energy of the turbine and wheels
It is very effective because you can use it to move the compressor to create compressed air or move the generator.
It is rational. Deep port where water pressure is applied to a vertically long tank filled with liquid water, etc.
Into compressed air (gas), dry ice, etc. and Daisei gas (Omasa gas, HHO)
・ Set GAS etc.) and add heat etc. due to chemical reaction of electricity or chemical substances to it.
Ignite Daisei gas etc. (a mixture of hydrogen and oxygen may be used separately) and expect dry ice with the heat.
The compressed air also expands and generates upward kinetic energy with respect to water pressure (gravity).
Turn the water wheel, etc. by allocating this to the water wheel, etc. Recover the energy and generate a generator
To move. Movable wings of the turbine to improve efficiency when the turbine rotates
Make it a shape that can be opened and closed with. Then when it is pushed by gas, it opens and its motion
As much as possible, the wings of the water wheel hit the liquid that receives energy and become resistance, slowing down the rotation speed.
It can also be prevented. The wings open and close, but they may open a little without closing completely.
Or an object that has buoyancy even when it is completely closed is attached to a part of the wing, and when it is in a specific direction, it depends on the buoyancy.
A structure that opens a little is also conceivable. Air etc. can enter there and spread it out.
A plate or the like is attached to a specific part of the tank so that the air can easily collect in the wings of the water turbine.
Then, the water flow and the air flow may be controlled. The shape of this blade is the energy that gas such as air rises
If a water wheel of this shape is installed in a tunnel where there is no water pressure and water pressure is applied, it will be affected by the water flow.
Where it is being pushed, the wings open and close when the pressure of the water stream or the like weakens. Large-scale dams, etc.
Some of the hydroelectric power plants have a head of 100 meters and pipes of hundreds of meters.
If the propeller for hydroelectric power generation is attached to the downstream part, the energy of the water stream can be sufficiently recovered.
Because the turbine of the generator cannot be turned and a loss occurs, the head is about 10 meters and more.
A thin pipe-shaped tunnel, distributed in tubes, while there was only a stream of water until now
A water turbine or a propeller for hydroelectric power generation will be installed in this section as well. By doing this, the position of the water flow
Energy can be recovered efficiently. In addition, compressed air is ejected from a deep place with high water pressure.
When turning a water wheel, etc. with the force of air climbing up, design this water tank and tank by devising it.
When the water wheel etc. is rotating clockwise, let the compressed gas etc. be ejected to the part around 1 o'clock.
For example, deceleration of propellers, turbines, etc. due to water pressure can be suppressed. Compressed gas etc. is sprayed from the direction of 6 o'clock etc.
Since it is emitted, the force that rotates clockwise always continues, and the energy and density of compressed air, gas, etc.
The buoyancy force, etc. due to the difference between the two is converted into the rotational energy of the water turbine, etc. Inside the shaft of a water wheel, etc.
When making a hollow state and injecting compressed gas etc. into it, it gets stuck at the temporary or 6 o'clock position.
The hole of the shaft is caught in it and the door opens and the door where gas blows out is caught.
A method of closing with a force such as a spring when it comes to a position where there is no hook, or a hollow part in the shaft
Pass gas etc. through and cover it with a cap made of metal etc. on the cover.
When a specific part of the cap has a hole, the gas outlet of the rotating shaft, etc. is in a specific position.
It is possible to have a structure that allows gas to be ejected when it comes to the storage, and the ejection of compressed gas is linked with the position of the water turbine.
Consider a method such as controlling the valve so that compressed gas is emitted only when it comes to a specific position.
Be done. The shaft part that transmits energy such as a water wheel is extended horizontally as it is, and the water tank and tank
How to improve the airtightness so that water does not come out from the tank and let it pass through to the part where there is no water such as the tank
Use gears, etc. in the shaft to change the direction and transmit the rotation to the shaft that extends upward, and the tank
When it reaches a height that allows it to come into contact with the outside air at the top, the energy is transmitted to the gears, etc., and the power source
And so on. A number of water turbines, etc. can be connected and installed in the vertical direction. Deep underground
There are various ways to extend the ink and to raise it to the ground. In water such as air
In order to transmit rising energy and buoyancy to power, it is connected with a belt etc. and supported in some place
Etc. (The angle is adjusted by the resistance to receive buoyancy in something like a bicycle chain
Plates that can be changed (due to installation costs, the angle of the plate does not necessarily change due to resistance, etc.
It doesn't have to change))) You can also use the structure. Also in this way by buoyancy
Connect the obtained energy with a shaft and use it as upward kinetic energy to hold water etc.
It can also be used for pumping and pumping. Divide these by 10 meters etc. and adjust the water pressure etc.
It can also be used by connecting a number of them in the vertical direction. Air etc. is regenerated from the lower structure to the upper structure
Effective ascending energy such as air injected by reusing using a structure that flows through a pipe or the like
It can also be used efficiently. The energy, etc. associated with the rise of air, etc. in each structure is
It can also be changed to drive energy with a yaft or the like. As for water etc., the air etc. of this device rises
Since the water etc. is in a place where it comes into contact with the waiting on the ground etc., it is possible to pump them up.
.. Water along the rotation using a similar structure such as a bicycle chain
Etc. can be carried up. Air by stacking such devices in multiple layers in the vertical direction
Etc. (carbon dioxide, etc. may be used) ascending energy is efficiently used to convert it into energy.
You can also control the water pressure. Collected in a tank, etc. without releasing air, etc. to the outside
And reuse it. Contact with the atmosphere so that there is no leakage to the outside after once putting compressed air etc.
A cover etc. can be attached to the surface etc., and if necessary, a pie that allows compressed air to escape to the atmosphere etc.
It is also possible to install a device. Sensors that detect pressure on the path connecting compressed air, etc.
It is also possible to install a valve that opens and closes in conjunction with it, and each part where air etc. flows
It is also possible to optimally control the pressure of. The valve that opens and closes is an electronically controlled one or a spring.
It may be an analog one that opens and closes according to the pressure. Place the device horizontally instead of vertically
It can be connected to the other side or it can be made into a small size. Of course, this kind of clothing is used for ships, etc.
It can also be used as a propulsion force by attaching a stand. Water etc. to use energy efficiently
Once at a high position such as 60 meters above the ground, pumps, elevators, vehicles, etc.
Move it by a method that intervenes the buoyancy of, and drop water etc. from there with the direction of the pipe etc. facing down.
The kinetic energy, etc., is used as the power to move the propeller, etc. for power generation. Mochiro
This energy can be used in various ways as power. If such a device is loaded on a ship
It can also generate electricity or reduce direct propulsion energy. Constant without using pipes, etc.
The amount falls to a limited point. It can be pumped up using the principle of this device
can. Kinetic energy increases in proportion to the square of the moving speed of the object, so energy is efficiently used.
You can get ghee and so on. Kinetic energy at a height of about 60M compared to a speed of 1M / S
-Is about 625 times. A considerable amount of power can be generated even at 40 L / s. Water etc. fall vertically
By doing so, energy is efficiently increased. Efficiently increase the energy that substances move
Use it as power for generators, etc. (For example, turn a turbine for hydroelectric power generation.) Baseball ball
It may be something with iron inside. From a large number of balls, for example, to a turbine for power generation
When transmitting energy, the ball falls on a pipe, etc. for regular fall at the upper position.
The ball rolls on the rail and the flow is controlled by a stopper such as an openable type.
You can also do it. By making it a ball shape and providing a slight inclination, even without power
It can be easily moved by gravity. Prepare multiple pipes on which balls etc. fall and energy
By transmitting energy such as balls independently to, for example, turbines that receive ghee
Make it possible, for example, even if you do not attach wings such as water wheels in a horizontal row, each position is delicately
By shifting, energy such as balls is efficiently transmitted to wheels, water wheels, turbines, etc.
be able to. The movement of the ball controlled by the upper drop position and the rotation of the lower turbine etc. are the most effective.
The return commission device, etc. that can be collected at the upper position is adjusted and controlled mechanically so as to be efficient.
If it is water at the lower position, make sure that water etc. collects in a certain place and move it mechanically from there
If the bucket or the like moves upward, the water or the like moves upward. Ball-shaped objects are also in place
If you move by gravity or control the direction with a lane etc., it will be like a batting machine
The ball or the like moves up according to the movement. Balls, etc. are surrounded by rubber, leather, etc. to maintain strength.
It can also be covered with a shock-resistant material. When installing, for example, natural land such as mountains and valleys
Use the shape to reduce the cost of building large-scale equipment from scratch by using spring water, if any.
You can also do it. It is also possible to use an existing building or modify a part of the edge. Mountain mountain
When a certain amount of spring water is boiling from the vicinity of the top, etc., use a pipe etc. to use the water etc. at altitude
It is also possible to pull to a specific point while maintaining. If the amount of water is small
It is also possible to use power to pump up water and carry it from below for reuse. With the top of the mountain
Even if there is a difference of 50 meters in the nearby lowlands, there is the original altitude of the mountain, so that part is 50
Since it is only kept at about a meter, there may be less scaffolding. People usually enter the mountains
It may be easy to install pipes etc. in that part. Wood, concrete, etc.
It is also possible to make a stand or the like that supports a pipe or the like by using the scaffolding of. Hydroelectric power generation such as dams is in the surrounding mountains
Use the altitude of the waterway in the lower part to collect the water that has once flowed down from etc.
Although we are getting energy, we can make use of the terrain of the mountain itself and reduce the cost of construction work while maintaining high energy.
You can also get ruggy. If you dig down the lowland part and put a generator etc. underground
It is also possible to avoid noise and widen the height difference. Water etc. below for power generation etc. with pipes etc.
When dropping in the direction, connect a pipe etc. that can send compressed air etc. to the upper part of the pipe and it will be faster
Dropping water, etc. downward, or a structure in which multiple thin pipes are bundled instead of a single pipe, etc.
The inner pipes that are bundled together have a number of holes for ventilation, and the empty space is compressed there.
Send qi from the high part of the pipe so that it will fall smoothly when water etc. falls in the pipe
You can also do it. If there is no spring water, carry a certain amount of water or collect rainwater.
You can also use it. Efficient vehicle using the above-mentioned structure that slides on the cooled ice
It can be moved in a targeted manner, and accelerated using gravitational energy, engine, etc. to some extent.
If you make a rail etc. so that it will move upward later, when you move water etc. to a high position
The energy required for propulsion power can be obtained by accelerating with gravity.
-You can keep costs down. Of course, by attaching such a device to a ship etc. for propulsion
You can also do it. The area around 5 meters underground in the mainland of Japan is kept at about 15 degrees throughout the year.
If a tubular tunnel is grounded there using the natural providence of being, it will take cooling.
You can save energy. Or when the structure is grounded to the ground and cooled, the tube
A structure that covers the outer peripheral part with liquid water etc. is also possible, and the outer circumference of the tube is made of plastic or glass.
You can also see the scenery from inside the car as long as it allows light to pass through. Water etc. in similar tunnels etc.
It is also possible to run a ship that is sealed inside the ship by putting it in and vacuuming the inside of the tunnel when moving
Increase energy efficiency (anything that can run in a tunnel can be applied). Electric train
Even if it is not a big one like, energy cost by taking the same structure in a car etc.
Can be reduced. Increase the certainty of automatic driving of cars. Similar platform for automobiles, etc.
By connecting to a dolly installed on the machine, the weight of the car etc. is mainly received by the sled and rolling resistance etc. is reduced.
I will lose it. Assemble a motor, etc. to transmit power by contacting the road surface, etc. with this dolly, etc.
The state where the car etc. is on the dolly etc. with the power of the engine and motor of the car etc.
Connect the tires, engines, motors, etc. of automobiles to the power parts of trolleys, etc.
Various things such as giving a dolly a device to transmit the rotational force of the wheel to the road surface etc. as needed
There is a method. Also, even if you don't use an existing car, if it's a four-wheeled vehicle, you can add about two wheels in advance.
Attach it to the center of the car body, etc., and that part does not come into contact with the ground, etc. during normal driving, but hydraulic pressure, etc.
If the angle etc. can be changed or the angle etc. can be changed, the structure will be in contact with the ground.
By doing so, you can use the four-wheel part to ride on a dolly, etc., and the remaining two wheels, etc. (rubber, iron, etc. wheels)
Etc.) to contact the upper part of the cooling rail using hydraulic pressure, etc. as necessary, or to the trolley.
A car that has the function of a hydraulic jack and gets on the dolly with hydraulic pressure after the car etc. gets on the dolly
The height of the tires of the car is changed so that it can be raised and lowered so that it does not come into contact with the ground.
Can be done. Install a motor, etc. to obtain the driving force during running on this dolly.
You can also make a part of the bogie powered and pull or push it to connect with other bogies like a train
It is also possible to reduce the installation cost by connecting or arranging a powered trolley appropriately. Bogie (Yu
By monitoring the movement of the knit) with a sensor or installing a camera etc. around the cooling lane,
It is also possible to dynamically control the dolly unattended. Such cooling lanes, etc.
Install a solar panel, etc. near the space where you are installing, and use the power from that in the lane.
Leading from a metal part to a motor such as a dolly, or direct contact between the lane and the electric receiving part of the dolly
It is also possible to use non-contact power transmission or the like so that it is not necessary. Installed on the side of tires of automobiles, etc.
The upper part of the road surface and the cooling rail where there is no ice etc.
Contact with tires (or iron wheels) that can be prevented from being installed
Next, how to convert the energy of automobile engines, motors, etc. into running energy, etc.
, Rotate the engine etc. on the spot and turn the tires etc. without changing the position of the passing car at the time of vehicle inspection
Attach the device of the roller part that rotates according to it under the dolly etc. to the trolley etc. and the roller part
A car with a mechanism that can change the rotational energy of the car so that it does not come into contact with the road surface with the wheels of the bogie.
There are multiple methods for connecting to a ring or the like. The road surface for transmitting running energy freezes
Water, etc. that has reached about 15 degrees due to geothermal heat stored 5 meters underground to prevent things like that
To prevent this by guiding the water to the vicinity of the road surface with a pipe, etc.
It should be collected and circulated. Install stakes, etc. at the rear of the dolly for emergency stop, etc.
If necessary, stop it promptly by lowering it on the road surface, etc.
.. Even when using technology such as a linear motor car to obtain energy in the direction of travel, linear motor
Cool a part of the magnetic field of the track of the tarker and make it so that it is covered with ice.
If you install something that can reduce resistance when moving, such as a sled, you can save the force of floating vertically by the power of electricity and proceed
It is efficient because most of the electrical energy can be concentrated on the energy in the row direction. Lini
A magnetic force that applies levitation energy when the motor car is running and energy that accelerates in the direction of travel
Floating energy to adjust the direction of energy and save electrical energy etc. as much as possible
-Is adjusted so that the power consumption and speed during movement are balanced to the maximum efficiency.
Arrange. Even if it is not actually floating, there is a warp etc., so resistance can be reduced and it is possible to run. Riding spirit
It is also possible to sprinkle a small amount of water on the frozen person from the point of the ground. Linear motor
-The sled and the above power wheels may be attached to the car. Wind with the inside of the tunnel close to a vacuum
It is also possible to eliminate the loss due to noise and reduce noise. Magnetic force in a linear motor car
An energy transfer part using a sled and a sled device may be installed separately. Put wings on the top of the vehicle
By gaining lift and controlling air resistance, friction with the freezing lane can be reduced or adjusted.
Cooling the vehicle, etc. Reduces the frictional force applied to the vehicle's warp, etc. with respect to the lane, or conversely cools the vehicle.
You can also push it down towards the lane. Cool so that the sled etc. does not derail from the cooling lane
A shape like a fastener to prevent the sled etc. from coming off the cooling lane by sandwiching the sled in the lane
It can also be shaped so that the sled fits into it. Change the direction of the wings or lift
Adjust the balance left and right to make it easier to bend when making a curve. When decelerating
The flaps can also be adjusted to increase air resistance. Parashu at the time of emergency stop
You can also keep the parachute out of the vehicle to prevent the parachute from getting entangled
The device with the parachute is separated from the rear of the vehicle so that it can move along the lane.
You can safely stop while getting the effect of a parachute. The parachute device is on the cooling lane
It is connected with a wire etc. through a device that moves, and the device and the vehicle are also connected with a wire etc.
.. As kinetic energy for such vehicles, such as wheel drive, jet engine, etc., propellers, etc.
Can be considered in various ways, such as attaching the to the side or rear of the vehicle. After accelerating considerably, the direction of travel
It jumps out toward the sky as it is, and from there it glides or is attached to a moving body as power.
Move at high speed or hit artificial satellites by using rockets such as engines and lift by wings.
It can also be put on track while saving fuel. Accelerate sufficiently with cooling rails
At that time, only the satellite etc. is cut off (cut by the pressure of compressed gas etc.)
There is a method such as further accelerating using a jet engine or the like. jet
You may accelerate on the cooling rail by using an engine or rocket from the beginning. Sled
To cool the part that is in contact with the part, make the heat absorbing plate of the freezer elongated and install it there.
It is an endothermic device for use, a large compressor, etc. and the effect of using water at a constant temperature underground.
Efficient temperature control is conceivable. The waste heat of the compressor etc. is secondarily used and Sterling En
It is also possible to move gin and the like. I pulled the compressor from 5 meters underground
Water, etc. circulates around it using pipes, etc., and heat is exchanged where necessary to remove heat.
Use it as a measure. A pipe is installed near the cooling lane to cool the water, etc., and the humidity is there.
Put in gas etc. that is not in the state. Then, cool air such as dry ice can be blown using a fan, etc.
You can also inhale using a tank filled with carbon dioxide in a low atmospheric pressure at the outlet of the pipe etc.
can. After recovering carbon dioxide at the end, use another pipe etc. in the same direction for cooling etc.
By flowing gas, it is possible to save storage space for carbon dioxide and the like. Fans
It can be installed in the middle of a pipe if necessary. The carbon dioxide recovered through the pipe is de
It can be reused as rye ice. Dioxide by giving heat to dry ice in a vacuum state
It is also possible to obtain a carbon gas and introduce it into a pipe or the like. When sending to a pipe etc., compression etc.
And speed up. Measures against freezing and lowers the temperature of the road surface in summer even on the current road
For this purpose, pie the water etc. in the tank installed 5 meters underground at the bottom of the road or passage.
By circulating it 10 cm below the asphalt of the road (as a guide) using a device, etc.
Therefore, prevent the road surface from freezing and excessive heat. Circulating water etc. around the sled part
It is also possible to improve the cooling efficiency, etc. in the summer, etc. by allowing it to flow with an ip or the like. Using PET bottles, etc.
Futon-sized space (the size can be changed, either larger or smaller)
Keep the temperature in the space so that it will be cool in the summer and will not freeze even in the winter. Underground 5
Put water from a tank, etc. installed about a meter into the inside of a PET bottle, etc. through a pipe.
Connect the bottles, etc. so that the water circulates and returns to the tank. Use a motor etc.
Large underground data that can be pumped up, installed in the ground of high mountains, or linked to large-scale facilities such as water purification plants.
Even if the temperature is close to 15 ° C even in the summer, if you send cold water to each household, you can pump water with only tap pressure.
To. Attach a cover such as a sealed structure on the cooling rail (lane) etc. and put underground tank water there
The cost of the cooling tower can be reduced by circulating water of about 15 degrees. Cooling rail,
The upper cover is electrically closed, especially in summer, so that heat is not exchanged in the lanes as much as possible.
However, when the vehicle is passing, it can be opened and closed automatically by a motor etc. as soon as it is detected by a sensor etc.
I will do it. To prevent the white part from burning when baking fried eggs, etc.
, Add functions to cooking utensils, etc. Provide a space for water etc. in the upper part of the lid etc.
From the hole around the lid. The size of the hole should be adjustable with a screw type or the like.
Make a streak in the lower part of the frying pan to allow the water that has fallen down to flow there. Yellow in the middle
It is true by putting 12 streaks etc. like the hands of a clock and making the inclination deep in the middle.
You can also make it easy to move in the middle. The flame of the stove goes toward the white meat and the yolk
In case you want to concentrate the heat on the part, the center is dedicated to the gas outlet of the stove.
Prepare a shape that emits the most gas and hardly or does not emit the surroundings. With a lever etc.
Switch gas pipes, etc. Most of the heat goes between normal and the middle, do not go only in the middle
Be able to divide into any. HH to increase efficiency when cutting wood etc.
Cut at high speed using O gas or Omasa gas. Apply gas etc. locally at high speed.
After cutting, sprinkle some nearby water on it to cool it completely. No water, etc. is discharged to the gas outlet, etc.
Provide a slur to prevent heat from flowing around more than necessary due to water spouted from it.
You can also do it. It is also possible to make the shape of the nozzle elongated so that water can be applied only to a small area. Than
In order to increase efficiency, it is possible to cut a plurality of gases and the like in a short time. Circle
You can shape it and set it around a tree, or cut about 70% of a tree in the shape of a crescent moon.
can. Holding a chainsaw so that humans do not have to support it
Put out a strong rod-shaped object that can be fixed to a tree, etc. near your hand, and then remove the tree, etc.
Fix it with bolts. And the part that supports the rotary blade such as a chainsaw and wood etc.
Apply pressure with hydraulic pressure between the rod and the rod fixing the chainsaw body to check in a certain direction.
It is possible to make the blade of the saw pressed against it. Support for applying hydraulic pressure
Parts can be changed as needed to improve efficiency. Emergency stop of trains, etc.
Therefore, pipes, etc. are installed at the bottom of the train line, and oil, etc. (gas, etc. that have been considered for clay), etc.
(It may be fine) is poured. And make a hole in the top of the pipe and stake it there
Drop something like that from a train and hook it. The place where the stakes fell is an air gun.
The inside of the pipe is in contact with a round plate made at the very limit of the pipe so that the pressure does not escape.
It is possible to slow down the speed of trains while increasing the pressure. Install multiple pipes
If there are multiple stakes for trains, etc., first one stake (a rod for hooking the outside with the vehicle, etc.)
Adjust the braking force applied to the train, such as the second and third trains after catching something like that.
can. Make holes in the pipe to release the pressure, and the pressure will be constant.
Then, the stopper etc. will come off and the pressure will be suddenly applied too much to prevent the pipe from breaking.
In order to reduce the air resistance of the train, the train door is flipped up and you get on and off from there to get on and off the train height.
Lower. The pressure of pipes containing liquids such as oil and gases used for brakes is constant.
When the above is reached, it will come off (or a structure that mechanically removes the stopper (remotely liquid inside the pipe, etc.)
, A device that can open and close doors, etc. provided for passing gas, etc.) or another pipe
By providing a hole, etc. in the pipe, connect a pipe, etc. that allows liquids, gases, etc. to pass through, and connect it to the pressure of the adjacent section, etc.
A stopper for decompression of the section with a plate etc. to convey the information and another dedicated hole are provided in the adjacent section.
If pressure is applied by connecting them, liquids and gases will move to that section.
The braking force can be further increased. Liquid, qi in a moderate proportion in the pipe at normal times
It is also possible to prevent a sudden shock from being given to a vehicle or the like due to the presence of the body or the like. Also if necessary
Prepare a dedicated device (hydraulic pump, etc.) that can send liquid, gas, etc. to the pipe.
It is also possible to quickly send oil, liquid, solids, etc. to the required section when needed.
When connecting a vehicle such as a pile to a pressure pipe, etc. from the vehicle, etc., the impact on the vehicle, etc. is relaxed.
Spring etc. or hydraulic type etc. between the vehicle etc. and something like a pile (hooking structure) for harmony
It is also possible to install a shock absorber such as a shock absorber. Of the cooling lane
However, when freezing a liquid such as water, a pipe or the like is filled with a gas such as carbon dioxide.
Something like vaporized dry ice that has been compressed or blown there
It can also be pressurized and sent. Then collect it at the end of the pipe and dry ice again
Return to the original direction using another pipe, such as putting it in a very cold state before it hardens.
Reuse it by doing it. Using materials such as PET bottles, planting saplings such as cedar on mountains etc.
The role of laying it on the ground around it to protect it from plants that become a barrier when cedar grows.
Can also be. At that time, PET bottles, etc. are processed to make them closer to a single plate, such as stakes (
It can be fixed with wood, etc.), and water can be obtained from it by making an appropriate number of holes.
Etc. can also be passed through soil. Even materials such as PET bottles that change naturally
By using it, you can save time and effort later. Even if it is not a PET bottle, surrounding plants etc.
To prevent the growth of seedlings such as cedar, to prevent them from growing, etc.
If it can be installed, a special vinyl sheet etc. may be used, but the cost may be different.
.. When fixing a plate-shaped PET bottle, etc., you can make it as close as possible to the ground.
You can dare to create a space between it and the ground, so you can stretch the surrounding plants a little.
It can also be adjusted by adjusting the amount of space where there is a plate-shaped object such as a bottle.
Wear. For example, wood, etc. from forests, etc. that have a downward slope from the forest road (separate wood)
It doesn't have to be, or it may be a special material).
Build a constant pipe-like structure that can withstand the pressure of water and prevent water leakage.
You can also put wood etc. in it. You can also put wood etc. in the net and connect it
It is possible to pass a large net from the entrance to the end of the pipe in advance and the necessary part
There is a hole only in it, and you can close it by tying it after putting wood etc. And pa
Pour water etc. into the ip and use buoyancy etc. to winch the wood etc. inside from the top, human power
For example, pull it. After carrying up wood etc., water is returned to the tank or pump etc.
It can be used when giving buoyancy to wood etc. by using a pump again.
You can also use spring water in the mountains or store rainwater in a tank. Of course mountains
Even when moving wood etc. in the downward direction, use this pipe structure and use buoyancy etc.
Move wood etc. with low energy. Use buoyancy when pulling even in a flat place
If you connect pipes in a place that is inclined from the top of the mountain, you can use the water pressure from the top
Therefore, wood and the like can be moved more efficiently. Water is stored in tanks, etc. (store wood, etc. along with water, etc.)
You can also do it. Save it in a waiting place for transportation means using this pipe, etc.)
Can be reused. It is easy to reuse water etc. by providing a break in the tank etc. using a net etc.
You can also sea urchin. Shave fuel such as wood or charcoal near a rolling sphere Compress or crush
It is made by reprocessing it into a spherical shape. Spherical mold for necessary items when processing fuel
Etc. (Work to put a work piece etc. in a hollow inside like a broken ball and return the mold to a spherical shape
You can also put it in (you can) and press it. Fuel etc. absorbs moisture or changes
To prevent quality, put it through a hole that allows air to pass through the inside of the fuel, hygroscopic agent, preservative, gradual
It is also possible to mix an odorant or the like or coat the outside. And rolling and burning due to gravity etc.
A certain number can be easily moved to the baking place, and it is also effective as an interior.
.. You can also use the heat of the combustion device to heat a certain space, such as PET bottles.
Create a certain space inside with a structure that combines (although it may be a special material)
It is also possible to send warm air to the structure that heats the liquid etc. with heat and makes it with a PET bottle etc.
It was circulated in the middle or poured into a place such as a PET bottle where the juice was originally contained.
You can also control the temperature of the internal space surrounded by it. For example, go
Put combustibles such as wood and charcoal processed into ruf balls in a place higher than the burning place, etc.
Put it in the box and connect it to the burning place with a pipe etc. to stop or pass the rolling thing on the way
Combustion chamber, etc. with a device that can be used (for example, a stopper that raises and lowers electrically)
You can also control the movement of fuel to. By being able to automate the time and effort of putting firewood
It is also possible to use forest energy more efficiently. Fuel uses gravity etc. to save space
If it rolls and moves automatically, refueling will be easier and it will be easier to use. Conventional air
You can handle it with a single switch like a computer, and you don't have to refuel so often, so you can save time and effort.
To. When fuel etc. rolls, it spirals and passes through a loop-shaped wrinkle etc.
There are also interior elements such as. After processing the fuel on the sphere, slip on the surface etc.
Adhesive glue, etc. (rice glued, etc.) to improve and make it easier to store
Naturally-derived starch or starch that does not easily emit harmful gas during combustion) or plastic
Coat with a stick (naturally-derived raw material that does not easily emit harmful gas when burned, etc.). Ahn
For all purposes, attach a stopper or the like to block the flow at the fuel supply passage. One of the spaces
A device to measure the carbon oxide concentration is also attached and linked with it, and the stopper automatically operates in an emergency.
In this way, safety etc. are enhanced. Attach a seismograph and operate the stopper etc. automatically in the same way.
You can also do it. Where to store fuel and the route through which fuel rolls, etc.
The fuel stock should be hermetically sealed so that it does not come into contact with the outside air as much as possible.
If a vent is to be provided, a moisture proofing agent or the like should be attached to isolate the outside air from the fuel or the like. Stopper
-It can be opened when it passes through, but it can also be closed to prevent outside air from entering.
For example, next to a cedar tree to secure a living space and use it more efficiently.
In addition (it does not have to be next to the cedar), a space with a diameter of 4 meters that can accommodate a human is made of wood.
It looks like a small tower by making it up to 20 meters in height using concrete etc.
Make something. If the height is about 2 meters, you can secure a space of about 40 square meters.
To. At the end of the space, attach an elevator that humans can use to move up and down. Ground
You can use a pump, etc. to pump water, etc., whose temperature is adjusted using the ground temperature, etc., about 5 meters below.
Pets that use the natural height (in the case of mountainous areas, the water naturally rises to a high position due to gravity)
Papa that looks like it was made from a bottle (you can also use a special material instead of a PET bottle)
It is useful for keeping the living space etc. at an appropriate temperature by pouring it into the ip. Can pipe
You can efficiently control the outside temperature and the temperature of the living space while just sticking them together.
Devise to. As for the installation of pipes, once water is raised, it will flow downward, so energy
Ruggy efficiency is good. A room is set up on the top floor that looks like this outer circumference is made of PET bottles, etc.
If so, you can see the stars at night, and if you take a bath there, you can relax very much. Don't get hot again
Water, etc. in a structure made of PET bottles, etc. attached to the surrounding area of the roof, which is easy to access, is exposed to sunlight.
Stop it on the roof so that it reaches a certain temperature, and use it as conventional water for air conditioning.
It is also possible to isolate it from the circulation route such as, store it, and use it in a shower or the like. ancestor
Since each space is finely divided, it is only necessary to provide auxiliary air conditioning for the necessary parts.
The strike will be cheaper. A perfect interior is provided for each space in each room, and humans are required.
Depending on the situation, it may be difficult for the space to be cluttered because it is only moved there by an elevator or the like.
In terms of security, the entrance is limited, so it can be said that it will be higher by that amount.
From the entrance to the structure made of PET bottles on this tower, make it with PET bottles etc.
If you attach a remote surveillance camera etc. to the entrance or passage in a tunnel like this, it will be a security aspect.
It is possible to further improve the entrance of multiple towers, etc. in such a tunnel shape (ground or underground, etc.)
If you tie it in an isolated space and give it a lock function at the entrance, intruders will be limited.
It also has the effect of To grow wasabi, etc., connect PET bottles, etc.
About 15 degrees using the ground temperature around 5 meters underground in the space constructed so that the space can be created
It is also possible to use water kept in the water. Cut the mouth of a 2 liter PET bottle for beverages, etc.
You can also arrange eight of them to make one space in the middle. (Because it is transparent
Allows light to pass through. (It may be a special material instead of a PET bottle.) Air is taken into the space as needed.
Pass through a hole for a container or a pipe for draining water. In addition, spaces where such plants can be grown, etc.
Water, etc. is also poured to the place, and depending on the temperature of the water, etc., it flows through the surrounding PET bottles, etc.
It can also heat and cool the temperature of liquids, etc., thereby creating space.
It is possible to control the internal temperature, etc., and warm the space where such plants etc. enter.
The temperature of the space can be adjusted by blowing air from the bunch or air conditioner. Also put this plant etc.
Use the water, etc. that has flowed into the space where you can make a smaller PET bottle, etc.
You can also see it like this. Connect it with a rope etc. and pull it or its float
It is also possible to move a large number of objects by attaching a propeller for propulsion to the object. The water etc.
Put hydroponics equipment, soil, stones, etc. in objects that can float in the above so that plants can grow.
You can also. Small for cultivation using PET bottles, etc. to efficiently cultivate wasabi, etc.
You can also create a space and connect it as described above. Sideways objects such as PET bottles
A partition is provided inside while lying down, and the upper part is transparent such as marbles and does not deteriorate due to water etc.
It is also possible to add such a material to make wasabi medium. Water etc. enters the lower part and it is easy to flow
It's open. Marbles and other items may be specially processed so that the inside is hollow.
stomach. The size of the marbles is also suitable depending on the positional relationship with the wasabi, from large to small.
Allows you to choose the size. Lay a PET bottle on its side and compare it to a ship.
The part is cut out so that wasabi can grow. Preventing pests without making holes more than necessary
Make use of it. I connected many of these ships and made the surroundings with PET bottles so that the ship would float.
Make something like a waterway by connecting PET bottles etc. again. Among the connected PET bottles
Make spring water flow by using the height difference. This is used for harvesting and maintenance.
The destination place by floating and pulling the connected ship that cultivates wasabi etc. with the buoyancy of water
You can also carry it to and be able to work there. By cultivating wasabi like this
You can also stack the devices that can be used vertically, so you can aim to increase the yield. Dry seawater with the above salt etc.
You can also put wood etc. in it and dry it to reduce the moisture content of the wood in the same way as you dry it and take it out.
As a result, the efficiency of using wood as fuel will be improved. This pe to dry more efficiently
A vent is provided in the structure constructed using a bottle, etc., and air is blown from there with a blower to dry.
You can do it, or you can close it and install a dehumidifier. Attach a string to the drone
Lay rails (lanes) etc. at the points you want to fly while limiting the range of action
Make it possible to transmit and receive radio waves for identification, etc., and use it as a mark to place drones, etc. on a certain rail
Etc. can fly. Accurate flight and cheapness of drones etc. in forest areas where GPS does not reach
Ensuring integrity, etc. Accurate with lanes, etc. using radio waves emitted from drones, etc.
Grasp the positional relationship and prevent the drone from coming off a certain lane. Reflected radio waves, etc.
Can calculate the distance, altitude, speed, etc. of the drone from the lane. In the mountains, etc.
When carrying out trees etc., it is advantageous to use a bicycle etc. that can run completely with the power of the motor instead of human power
To use. Attach training wheels to a fully electric bicycle to prevent it from tipping over. And make rails etc.
Allow tires to run there. Like the drone above, this self using a sensor etc.
It is also possible to determine the position of the turntable etc. and operate it remotely using a computer etc. based on it
It can also be operated automatically. For terminals that can transmit information by wireless signals instead of lanes, etc.
Place the required number of objects up to the ground, and based on that, the moving object will have its own position speed and the land
It is possible to read the tilt angle, etc. and operate the steering wheel while using the information. Fully electric
It does not have to be a bicycle but a dedicated car. Carry a lot of luggage if it has horsepower such as buggy
Bell. Brake operation can also be performed automatically. If the motor is driven on a slope, use a motor
You can also apply the force of turning in the direction of baking so that you can descend slowly. Connect PET bottles, etc.
Place such a structure on the roof of the house in the same way as cooling the solar panels etc.
By lining up with and letting water etc. flow into it or storing it there, the temperature inside the residential building etc. can be adjusted.
You can also control it. Water, etc. has a ground temperature of about 15 degrees throughout the year, about 5 meters underground.
Install tanks, etc. at places, etc. to circulate the water, etc. Water etc. is warm on the roof
A structure made of PET bottles, etc. that can stop the flow for a certain period of time, such as while changing degrees (
It doesn't have to be a PET bottle) can be designed to be embedded under roof tiles, etc.
Wear. Prepare multiple underground tanks and connect underground tanks etc. to set the depth to different positions and adjust the temperature.
You can make fine adjustments, and if you can use natural cold spring water or hot spring water, use it.
It can also be pumped as it is. It is possible to prevent snow from accumulating on the roof in winter. devil
The outer surface of this structure can be cleaned by pouring water over the structure of the octopus. Car etc.
It seems that PET bottles etc. are connected to control the temperature of the space etc. where humans are
Create a structure that allows water to circulate and stay around, such as the temperature of the space inside it.
To control. Prepare water, etc. and pour it into a structure made of PET bottles, etc. to make it warmer.
You can also put ice made in the freezer to reduce the degree. Described above inside the freezer
Put tap water, etc. into it through a long and narrow tube to freeze it. The air inside the car is blown there
Cold air, etc. is sent into the car by inflowing, discharging, etc. by using a fan or the like. Cool dry ice etc.
A structure that can be put in a freezer or made from a PET bottle and has a hollow interior that humans can enter.
You can also put it in a place that contains water. (Do not add water, just dry ice
You can put it in the freezer, etc.) It is powered by a battery or solar, and the engine of a car, etc.
It can be driven even if it is turned off. Install a pressure valve, fan, etc. to let carbon dioxide, etc. into the atmosphere
It is also possible to put it out, and this is the same mechanism in the freezer as carbon dioxide etc. to the atmosphere
It is also possible to add a mechanism to put it out. Use this mechanism for transportation trucks, etc.
It is also possible to control the temperature inside the car or container with. Carbon dioxide such as wood
Create a space where humans can live by using the materials that store such things. Wood etc. is in the atmosphere
Since carbon dioxide is fixed, I used it as a space construction material without burning it.
To do. Use this wood etc. in places where water is accumulated such as large dams like building blocks
Fill the space and create a space where humans can work. Egypt's Three Great Pyramids
It is possible to construct a wooden pillar or the like tightly like a do and provide an appropriate space inside.
(You can also create more space than Central Park in New York. Airplanes there
You can also make runways. ) If you utilize places such as dams in the mountains in this way, it will be vast.
Space can be obtained. PET bottles, etc. between the ground and the wood so that the wood does not rot.
It can also be coated with a substance that does not allow water to pass through. A big dam like Kurobe Dam
If you replace it with a space where humans can live with such technology, people in about one city
Since you can live in the meantime, the purchase price of timber that accompanies it can be adjusted to match the fare, etc.
To. The water of the dam can be put in with a space below the structure or above the structure.
I made a small dam at the end of the dam by providing a space around the part and the inside.
You can also do it. In addition, a space created by using PET bottles etc. on the upper part of such a structure
It can also be used to control the room temperature inside, or with the outside air.
By shielding, the temperature of the lower part becomes excessively hot due to solar heat, and in winter it becomes the atmosphere
It is possible to prevent the temperature from dropping due to being cooled. Moisture-proof and corrosion to prevent deterioration of timber, etc.
It is also possible to appropriately arrange chemicals and materials for the purpose. 50 meters high or 100 meters high
A place where urban functions can be integrated in a structure such as a tor (the scale can be freely selected) and the air is clean.
A vast space can be created in the place, and carbon dioxide etc. can be stored semi-permanently.
.. If carbon dioxide emitted by humankind is stored in this way, new clean houses and jobs will be available.
Space can be cultivated and both climate change and energy problems can be solved. Weeks against earthquakes, etc.
It collapses with a much stronger structure because it can take a structure that is in contact with the mountain surface etc.
There is almost no fear of. Air is also controlled by pipes from the outside for housework
There is no danger of burning and spreading. Appropriately circulates water from underground tanks, etc. to the space
It can be used for air conditioning as well as for extinguishing fires. Pyramid wood etc.
The space inside the space is provided inside with a structure that is combined like a stone.
Use materials such as PET bottles to circulate water from the underground tank, and then empty it.
It can be useful for temperature control inside and around the room. Of course, wood etc. is sawn and stands
It can also be assembled into a square. Steel frames can also be combined to reinforce
We also use pillar bonding technology that does not use nails (such as making pillars uneven and fitting them in).
By creating a vast flat space at the top, etc., sports and recreation can be extended.
You can also create a spacious space. You can store timber etc. in a large land (you do not have to saw it)
I) You can build a space where humans can live. In Antarctica and the Arctic, the land is large and climatically
Hard to rot. (You can store it for a long time by taking it with you. You may or may not saw it.
) Take advantage of the fact that the temperature is kept at about 15 ° C all year round at about 5 meters underground, or to the depth of the underground.
Take advantage of the fact that the temperature changes accordingly. About 5 meters underground on slopes of mountains, etc.
A tongue made up of PET bottles, etc., with a depth determined according to the required soil temperature such as shallow depth.
Put water etc. in advance and control the temperature etc. of air etc. made with the PET bottle etc. shown above
Construct a structure for. Provide a space for air to pass through inside the PET bottle, etc.
We will build something that can control the temperature of the air by letting the air pass through. And that
PET bottles installed on the ground, etc. through pipes, etc. made using PET bottles, etc.
It connects to the space where plants, etc., made up of sardines, etc. grow. Outside air is taken in from a specific intake
It is circulated in the underground space and the space for growing plants. Dedicated air by shutting off the outside air
You can circulate your body and purify the air by using an air filter etc. for the outside air intake part.
.. The underground tank part is higher than the structure for plant cultivation etc. by utilizing the altitude difference of the mountain etc.
It is also possible to prepare a plurality of stationary ones and ones in a low position. Then use the temperature difference with the outside air
It is also possible to naturally cause convection to reduce the cost related to air circulation, if necessary.
Install a fan that runs on a motor, etc., and let air flow into the space where plants, etc. are cultivated.
The plant cultivation space can be designed so thin that it is impossible for humans to stand and pass through.
You can make the most of your space. Put a pallet with plants etc. on the trolley
It can also be taken in and out of the cultivation space using tires and rails. Instead of sunlight
Use LEDs or other elements that convert heat into light (announced by Kyoto University, etc.), mirror sunlight, etc.
It is also possible to draw into a space such as a plant by using an optical fiber or an optical fiber. Allocate to conversion element
If heat affects plants, etc., set a pipe-shaped device between them and circulate water there.
You can also cool the plant cultivation space by letting it cool, and originally the plant cultivation space etc.
Since the surroundings are constructed of PET bottles, etc., there is water with a constant temperature such as 5 meters underground.
It is also possible to prevent excessive temperature fluctuations by circulating the above. System using underground temperature
In the space for plant cultivation, etc., the air adjusted by the underground temperature from the underground space
The water that is circulated in the water and stored about 5 meters underground is also circulated at about 15 degrees.
You can let it. In the plant cultivation space, make it large enough for humans to enter, and in addition to plant cultivation
Is also available. The plant cultivation space is separated from the outside world by a structure made of PET bottles, etc.
From the underground structure that uses the ground temperature to control the temperature, humidity, etc. in it
Air, etc. adjusted by the soil temperature is moved to the cultivation space for plants, etc. through pipes, etc.
At that time, you can move only the air, or you can move the water along with the air and peck the water.
If you pour it all the way into the place where the juice of the bottle will enter, it will also be a space for plant cultivation etc.
You can also control the temperature. In some cases, only water can be circulated and only air can be circulated. Cultivation space for plants, etc.
If the space is designed to be long and slender so that humans cannot enter it, the space will be effectively used and multiple plants will be placed on the upper part.
It is also possible to stack equal cultivation spaces. Humans take care of plants from the plant cultivation space
Up to the work place for doing things such as
Set the plant on the rail or something on the tunnel and pull it with an electric tow truck etc.
Or pull it with a winch to move it. And was cut off from the outside world
If the workplace is also sealed so that you can work until now, bacterial invasion from the outside, seed mating, etc.
It is possible to prevent such an event. Humans can change the size of the space for plant cultivation, etc.
Make it large enough to accommodate the space and work there, or use the solar power generation system in that space.
If a stem is installed, the temperature of the solar panel can be controlled to efficiently generate electricity.
You can also. Based on these inventions, services can be exchanged with those that can communicate with each other.
Useful for such a society. Use the invention technology as basic collateral to help build a rational society
Operation of service network for continuation of services while mutually accommodating services
The person who agrees with the inventor entrusts the rights, etc. to the contract and has the inventor manage them. Typhoon and tension
Typhoons and hurricane eyes occur to prevent canes from occurring or to change course.
Water that is maintained at about 15 degrees throughout the year in underground tanks in large tankers, etc. before and after the outbreak.
Or artificially cooled water, etc. is carried to the target point and discharged. And below the sea surface temperature etc.
Preventing the development of typhoons and hurricanes and preventing the expansion of power of typhoons and hurricanes
Change the course. Large tankers can be dispatched by multiple units and released in large quantities at the same point
It can be flushed or released in long straight lines or circles. I used dry ice instead of water
You can also use ice cubes. A freezing facility is provided by preparing ice and dry ice on board and at facilities.
Freezing, cold storage, manufacturing and storage of dry ice for large transportation means such as tankers and storage in tankers
A device for a pipe or the like can also be provided. For example, 10 cubic meters for ice and dry ice
-Slice the blocks horizontally into 10 equal parts and throw them sequentially from the tanker etc.
As you enter, even 300,000 tons of ice will cover a considerable range, and typhoons and harikes will cover it.
It is possible to prevent a large amount of high-temperature water from being absorbed by the eyes of the awn. Transport ship
Adjust the last left and right and slide ice etc. sequentially using the slope and drop it overboard or oil
Speedy by lifting with a pressure jack and tilting it to slide it offboard
Can work. Dedicated to the sea to shorten the time it takes for transport vessels to arrive at their destination
Prepare a large facility in advance that can manufacture and store floating ice and dry ice.
If a typhoon or hurricane starts to occur from there, ice or dry ice will reach the destination.
It can also be carried by using a transport ship. Tags to adjust the position of ice on the sea
You can also use hovercraft to carry ice etc. to the destination at high speed or a boat-like ship
Wear. It is also possible to fix the surroundings with a rope etc. to keep ice and dry ice together at sea
can. It is also possible to notify the presence of ice etc. around by using GPS or the like. For the progress of typhoons, etc.
It is also possible to continue adjusting by pulling ice etc. to the position such as the eyes of the typhoon using the power of the ship.
Move or set ice etc. in advance at points where typhoons and hurricanes are likely to occur
You can also leave it. In the means of transportation such as tankers, the outer wall of the hull and the storage place for ice etc.
It is also possible to put an ice pack or the like in between to enable efficient cold insulation and storage. general
The principle of using this ice, dry ice, cold water, etc. for dealing with rainfall fronts, etc. and rainfall phenomena, etc.
You can also use it. Power when sliding a vehicle etc. using a sled etc. using a cooling rail etc.
Coating with rough material such as lanes so that the wheels etc. can be gripped securely
It is also possible to cover the wheels with rubber or use rubber tires. Also of the vehicle
By installing superconducting magnets, magnets, etc. on the sides and bottom, carp on the sides and center of the lane.
It is also possible to install a power generator and generate electricity. Install magnets etc. on the lane such as coils on the vehicle side
It can also be placed. A battery is installed in the vehicle to move the drive motor or generate electricity.
You can also charge your mind. Also, like a linear motor car, it uses electromagnetic force on the side surface.
You can also balance with and use this cooling lane etc. Vehicles and linear motor cars
A linear motor car that uses the electric power generated by a vehicle that operates as a set and uses a cooling lane.
Can also be driven. The above water etc. is dropped vertically and the movement of the generator etc. below
As an application of the method of making force etc., instead of water, a magnet etc. processed to roll is dropped and dropped
A certain place using the lane by installing a coil around the road line such as a lane to generate electricity
It rolls to a place based on gravitational energy and is powered by the compressed air shown above.
A, it will be returned to the upper position by the movement of the gears that are moving the shaft etc.
You can also do it. When it reaches the upper position, it rolls on the upper part of the lane with gravitational energy and connects downward
You can do this as if you were going to the lane and falling again. Collect magnets, etc. that have a rolling mechanism
Set a certain amount of space in the upper part or near the drop point and let it stand by there.
If you control it with a stopper that opens and closes with air etc. and releases it, it will roll again due to gravity etc.
You can also keep going up. This is to drop the water etc. shown above vertically etc.
The same can be done with a device that transmits the energy to the wings of the generator below to generate electricity.
A tank is provided in the upper part, lower part, etc., and water, etc. is stored there, and if necessary, the stored water, etc.
Can be used as energy by dropping the water, and natural water can be stored there.
You can also use water. There are various pumps for power to raise water etc.
You can also use it.
Magnets (electromagnets) on the tire installation surface of moving objects such as cars, their surroundings, and near or on the side of the vehicle installation surface.
, Superconducting magnet, etc.) and attach the coil to the ground, side lane, etc.
It is also possible to generate electricity when passing through it. Coil for cars, etc. Magnets, electromagnets, superconductivity on the ground
A combination of magnets and the like is also possible. Directly charging or transmitting power to the battery connected to the coil
It can be used on the spot.




The ones surrounded by ▼ as in ▲ A ▼ are the symbols used by the Japan Patent Office, and the characters in between are completely enclosed.
It goes without saying that the description example related to the invention as described in this document is an example and can be carried out by appropriately applying the material, substance, size, etc.

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