WO2006045286A1

WO2006045286A1 - Devices for conversion of buoyancy forces of bodies in fluids into usable energy

Info

Publication number: WO2006045286A1
Application number: PCT/DE2005/001908
Authority: WO
Inventors: Georg Lösing
Original assignee: Loesing Georg
Priority date: 2004-10-28
Filing date: 2005-10-25
Publication date: 2006-05-04
Also published as: DE102004052381A1

Abstract

The invention relates to air pressure and the buoyancy forces of bodies in fluids. As a result of being able to alternately atmospherically pressurize the system of containers devices and fluids from above and below and then from below only, pressure and weight differences within the system can be achieved, which may be used to establish and terminate buoyancy bodies. The above is achieved by means of a double piston, whereby each piston displaces the same volume. The air pressure can thus push, for example, the liquid upwards by means of the piston such that the liquid takes up the space required by the buoyancy body. Work entering the system in this position can also be supplied from the system in other positions. It is also possible for work to be introduced to the system acting from below, which can be later removed in differing stages of the system.

Description

DEVICES TO TRANSFORM XJM DRIVERS OF BODIES IN LIQUIDS INTO NUTABLE ENERGY

Description:

Containers and devices to economically generate buoyancy forces of bodies in liquids, and then convert them into usable energy. It is known that the body, which are specifically lighter than liquids in these are distended until they swim. So far, no method has been shown to make economic sense buoyancy, which could then be converted into usable energy. Through the special construction of containers and devices, it is possible to economically generate the buoyancy of bodies and then convert them into usable energy.

For this one needs z. B, containers and devices which are characterized in that a liquid container has a top closable opening and below a height-adjustable slider which retains the liquid in the container (when the opening is closed at the top of the container), since the air pressure this Push slider from bottom to top. In addition, an expandable buoyancy body can be locked in the container by a push rod. Here, the weight of the liquid and the slider is about as high as the air pressure acting on the slide from the outside. Further, the slider can be coupled to the bottom of the buoyant body, so that a lowering of the slider pulls a lowering of the buoyant body Bodeπs when opening the opening at the top of the container. This is possible because the upper end of the buoyant body can be locked by a push rod. Further, the expanded buoyant body can be fixed in this state so that the state as an extended body is maintained.

After closing the opening, decoupling the buoyant body and releasing the locking of the push rod, the buoyant body can rise in the liquid upwards.

Hereby, the ascension body releases energy, which can be collected and utilized via the push rod.

The buoyant body can be shrunk back up in the container when you solve his fixation, the air pressure on the slider pushes the liquid back up to the starting position. Since the buoyancy body in this state is specifically heavier than the liquid, it sinks down and can be locked by means of the push rod at the same point as at the beginning of the process and also be coupled to the slider.

The invention thus consists in that with the help of certain containers, devices and liquids alternately the

Air pressure from below and above or only from below can act so that thereby buoyancy (vacuum content) can be formed and re-formed and this is possible without much additional energy. In addition, the energy gained by the buoyancy of the buoyant body can be absorbed and used.

Assuming, for example, that the buoyancy body has a volume of 1.1 m ³ and the liquid is water and the buoyant body together with the push rod weighs 100 kg, then the push rod can push up to about 1000 kg with the aid of the buoyant body.

• The process of lowering and lifting the buoyant body can be performed as often as desired. So there is a way to produce buoyancy economically. The subsequent conversion to usable energy can be accomplished by well-known means. This type of energy production is characterized by the fact that it is economically viable and ecologically harmless and can be implemented in various sizes and designs.

Claims

claims:

Containers and devices in order to economically generate buoyancy forces of bodies in liquids, in order then to convert them into usable energy, characterized in that with the help of certain containers, devices and liquids alternately the air pressure from below and above or only from below can act so that buoyancy (vacuum content) can be formed and re-formed and this is possible without much additional energy. In addition, the energy gained by the buoyancy of the buoyant body can be collected and used.

So you can z. B. retain a liquid in a container by a lockable slide and coupled to the side of the slide, which faces the liquid, an expandable buoyant body. The buoyant body is also connected to a push rod which can be locked. The structure is such that the air pressure acts from below on the slide and the weight of the liquid and the slide together correspond approximately to this air pressure.

Furthermore, the liquid in the container and thus also the buoyancy body by means of a closable opening at the top of the container and the slider down alternately the air pressure both from below and above, as well as only be exposed from below. In this way, one can create the prerequisite for the formation of a buoyant body or for its regression. With the slider to which the buoyant body can be coupled, the air pressure is collected from below and a closable

The opening at the top of the container allows the air pressure from above or not.

The buoyant body can also be locked with a push rod at the bottom of the container. Further, the expanded buoyant body can be fixed in this state so that the state as an extended body is maintained.

If you now open the container above, then the air pressure from above the liquid pushes the slider down to the locking at the bottom of the container. As a result, the buoyant body is formed at the same time by this expands (vacuum content). This is achieved by the fact that the bottom of the buoyancy tank is coupled to the slide and this floor is pulled down, wherein the buoyant body is locked at the top by means of the push rod. The buoyant body is then fixed in its expanded state.

Then you close the container opening above, now decouples the buoyancy of the slider and releases the locking of the push rod and the buoyancy can rise. By means of the push rod can absorb the buoyancy forces and use.

At the top of the container you release the fixation of the extended buoyancy body and you shrink it again. In this case, the slider pushes the liquid back into the starting position by means of the air pressure, with only small additional energy must be expended.

Since the shrunken buoyancy body is specifically heavier than the liquid, it sinks down and the starting position is reached again after locking the push rod and coupling the buoyancy tank with the slide. By means of certain containers and devices, buoyancy forces can therefore be obtained economically, which can then be converted into economically usable energy with the aid of generally known means.