DE102010047964A1 - Hydraulic pulse motor for power generation application, moves liquid in pipeline by displacing piston, and generates lifting force to move liquid again based on mass and velocity of liquid, over float element arranged in pipeline - Google Patents

Abstract

The motor (1) has loop-shaped pipeline (2) in which liquid (4) flows, which has loop-shaped lower portions (9), loop-shaped upper portions (3) and open ends. A displacing piston (5) provided at the open end side, moves the liquid of fixed amount in the pipeline using displacement principle by mechanical, pneumatic, hydraulic or electronic motion pulse (6) provided to the liquid. The lifting force (8) is generated to move the liquid again based on mass and velocity of liquid, over float element (7) which is arranged in the pipeline and engaged with compressor piston (10).

Description

The present invention relates to a hydraulic pulse motor (Abbreviated: HI motor) with at least one pipe which is equipped with at least one pipe loop and which is partially filled with some kind of liquid and these pipes are kept open to the atmosphere on both sides can and this HI engine is designed so that it has any kind of device on one side of the pipe and or attached here by means of the displacement principle, the liquid in the pipeline by mechanical and or pneumatic and or electronic and / or hydraulic pulse vibrates out of the device these liquid in the pipeline, so that this liquid can perform a corresponding work on as always designed and mounted components and or components in or on the pipeline and wodurc Now this work is led into a kind of energy form which can be used. Due to the arrangement of the components on the HI engine, a liquid movement is initiated via at least one pulse from the exemplary piston-shaped device mounted on one side of the pipeline by its movement of the exemplary piston into the liquid and the resulting partial fluid displacement in the loop-shaped tube which continues throughout the loop-shaped pipe and thus in each loop arranged so that only partially filled is now in this tube loop liquid in motion which then due to the mass of the liquid and its liquid velocity on the example arranged in this liquid float device here Do a definable work that can then be used from the HI engine out. One of the decisive factors for the performance of the HI engine is not the force and strength of whatever impulses for liquid displacement at the beginning and / or in the middle and / or at the end of the loop-shaped pipeline but the number of loops in the pipeline, since the respective loop already processes a pulse and converts it into another form of energy such as current pulses.

Thus, by an exemplary mechanical impulse by a piston penetrates into the located at the beginning of the loop-shaped liquid due to the arrangement of ten downstream tube loops each example only half filled with liquid and being above this part liquid example, air is this one mechanical impulse ten-fold carried out in the loop-shaped pipeline as rising in a tube loop liquid vorverdübergt above him above the air in the loop-shaped tube and then in turn co-displaced above this mitverdrängte above air the next part liquid in the next downstream tube loop and thus again thereafter switched above lying air entrained and so on and so on, so that it comes to a correct chain reaction in the loop-shaped pipes similar to the Ke a water wave is arranged since the water wave principle is based on a chain reaction and also here in the HI engine this input energy pulse an energy increase of the introduced force and energy entails that can also be used and in the pipe loops with their associated components such as the floatation devices in turn is transferred to a direct energy output.

From the current state of the art, such hydraulic pulse motors are not known as drive systems for any kind of power generation.

The components and components required for a conventional drive system, such as the electric motor as a power source, the hydraulic pump for generating pressure oil, or the internal combustion engine, generate permanent energy losses. This is a significant disadvantage to the overall energy balance of a conventional drive system and leads to tremendous energy inputs in power generation.

The present invention is therefore based on the object to provide a drive system in which the disadvantages described above are avoided and no longer exist.

These above-mentioned problems of power generation are avoided by the generation of energy in combination with the in the hydraulic pulse motor and its contained therein and already described above chain reaction as this hydraulic pulse motor returns many times its energy invested in him and this in any desired form of energy such as electricity that can be obtained directly from the energy field of the chain reaction in the loop-shaped tubes when, for example, a current generator is connected downstream of the ever-moving floatation devices on the loop-shaped tubes via an exemplary mechanical linkage which is connected to the moving floatation devices.

The entire drive unit of the hydraulic pulse motor is depending on the use and Purpose intended preferably for driving power generators of all kinds. In this case, it can be arranged in a housing with a favorable shape and or else arranged in individual elements so that a staggered energy system is formed from which staggered energy strengths and / or staggered force intensities can be removed. Under a hydraulic pulse motor is understood, for example, a drive for self-sufficient power generators in a family home but also for industrial purposes or the like.

The hydraulic pulse motor may preferably be arranged directly in the family house as a drive system for power generation and or as a drive element for heaters. This has the advantage that the self-sufficient energy generation with a comparatively low expenditure of energy and energy from the existing hydraulic impulse engine out many opportunities for energy production, which will result in an absolute emission-free power generation and also guaranteed. Another advantage is that the complete hydraulic impulse motor unit can be produced very cost effectively, which in turn significantly improves the overall energy balance of the entire HI engine by eliminating the need for any primary energy sources such as gasoline, gas or uranium.

In a further development of the hydraulic pulse motor according to the invention, the drive unit can be equipped with several hydraulic pulse motors and include where it can be used directly as energy stations of whole regions and the energy production is absolutely free to conditions as the hydraulic pulse motor its energy as an open system directly from the The gravitational pressure (formerly gravity) of the atmosphere refers to this as the input pulses in the HI engine simply amplified.

Embodiments of the invention will be explained in more detail in the following description with reference to the accompanying drawings. Showing:

1 a schematic diagram of a first embodiment of the hydraulic pulse motor according to the invention with five loop-shaped pipe systems

On 1 Reference: This shows the basic representation of a hydraulic pulse motor ( 1 ) in a schematic representation as a drive system for the compressed air generation.

The hydraulic impulse motor ( 1 ) comprises by way of example five loop-shaped pipe systems ( 2 ), wherein one pipe system is connected downstream of the other and thus in direct connection via the upper air chambers ( 3 ) and at one end of the loop-shaped pipe system ( 2 ) the exemplary pulse generator ( 5 ) for the internal liquid ( 4 ) as displacer ( 5 ) in uniform pulses repeatedly into the internal liquid ( 4 ) is immersed around the motion impulse ( 6 ) and then directly to all downstream loop-shaped pipe systems ( 2 ) acts. This movement impulse ( 6 ) of the internal liquid ( 4 ) is now using a in the internal liquid ( 4 ) float ( 7 ) and or buoyancy bodies ( 7 ) but this float / buoyancy body ( 7 ) always has an excess of buoyancy ( 8th ) in the liquid ( 4 ) must have the motion impulse ( 6 ) of the internal liquid ( 4 ) in any case to brake, otherwise this motion impulse ( 6 ) to the next downstream loop-shaped pipe system ( 9 ) and even tearing off, causing a considerable loss of energy in the entire drive system of the hydraulic impulse motor ( 1 ) would entail. Now that the motion impulse ( 6 ) from the liquid ( 4 ) directly onto a buoyant body ( 7 ) in the internal liquid ( 4 ), this buoyancy body ( 7 ) an exemplary compressor piston ( 10 ) via a mechanical and airtight linkage ( 11 ) downstream, and wherein now this compressor piston ( 10 ) here on the example according to the invention in the same cycle as the buoyant body ( 7 ) in the internal liquid ( 4 ) emotional. Thus, this compressor piston ( 10 ) by its buoyancy ( 8th ) in the internal liquid ( 4 ) is moved corresponding force and this then air ( 12 ) sucked from the outside and compressed, which then as compressed air ( 13 ) for further use as potential energy in a pressure vessel ( 14 ) is stored.

LIST OF REFERENCE NUMBERS

1

Hydraulic pulse motor in the housing

2

Loop-shaped pipe system / pipeline

3

Upper air chambers with air reservoir

4

Internal fluid

5

displacer

6

movement impulse

7

Float / float

8th

buoyancy

9

Downstream loop-shaped pipe system

10

pistons compressor

11

Mechanical and airtight linkage

12

air

13

compressed air

14

pressure vessel

Claims (4)

Hydraulic pulse motor ( 1 ) with internally movable liquid ( 4 ) characterized in that this hydraulic pulse motor ( 1 ) with at least one loop-shaped pipeline ( 2 ) is equipped with at least one tube loop and this loop-shaped pipe system ( 2 ) partly with some kind of fluid ( 4 ) so filled is this liquid ( 4 ) in this lower loop-shaped part of the pipe system ( 2 ) and wherein above this inner liquid ( 4 ) the upper air chambers ( 3 ) with an air reservoir ( 3 ) is enclosed here in these upper parts of the tube loops and wherein the ends of the loop-shaped pipeline ( 2 ) are kept open to the atmosphere on both sides and this hydraulic impulse motor ( 1 ) is designed so that this on one side of the open pipeline ( 2 ) some kind of device ( 5 ) and or is attached here with the help of the displacement principle in the loop-shaped pipeline ( 2 ) and movable liquid ( 4 ) by mechanical and or pneumatic and / or electronic and / or hydraulic impulse delivery from the device ( 5 ) Out these in the pipeline ( 2 ) located liquid ( 4 ) moving ( 6 ) and thus vibrated so that this liquid ( 4 ) a corresponding performance on as always designed and mounted components and or components such as compressor pistons ( 10 ) and / or linear generators and / or liquid turbines inside and / or outside of the loop-shaped pipeline ( 2 ) and how this work can now be converted into an energy form of whatever kind, which can thus be considered as an excess on the hydraulic impulse motor ( 1 ) is used because at least one pulse from the on one side of the pipeline ( 2 ) mounted exemplary piston-shaped device ( 5 ) by its movement of the exemplary piston ( 6 ) into the liquid ( 4 ) and the resulting partial fluid displacement in the loop-shaped pipe system ( 2 ) a liquid movement ( 6 ) is started in the entire loop-shaped pipeline ( 2 ) and thus in each so arranged pipe loop ( 9 ) which only partially with liquid ( 4 ) is now filled in this tube loop ( 9 ) located liquid ( 4 ) is then set in motion which is then conditioned by the mass of the liquid ( 4 ) and their liquid velocity over that in this liquid ( 4 ) arranged exemplary float device ( 7 ) here a definable buoyancy force ( 8th ) and, in turn, makes a definable work from it. Hydraulic pulse motor with internally movable liquid according to the preceding claim, characterized in that serve as a pulse generator for the movement of the internal liquid and a higher or lowered volume of liquid in an external container that connected via at least one flexible fluid line with at least one pipe end What is now either the inner liquid supplying more liquid or liquid again withdraws from the loop-shaped pipe system in order to trigger at least one pulse in the liquid inside and this liquid volume is simply raised and / or lowered what now a direct Movement impulse in the internal fluid causes the then can be used. Hydraulic pulse motor with internally movable liquid according to the preceding claim, characterized in that the internal liquid and its liquid movement is used by means of buoyancy bodies in a usable form of energy such as power generation when these buoyancy bodies are for example made of plastic with internal permanent magnets and These permanent magnets move up and down in time with the liquid inside, and a current is induced in this copper winding via the linear movement of the permanent magnet via at least one copper winding inside and outside the loop-shaped tube. Hydraulic pulse motor with internally movable liquid according to the preceding claim, characterized in that the internal liquid and its liquid movement by means of at least one submerged buoyant body at least one end of the pipe already by immersing the buoyant body triggers at least a motion pulse in the internal liquid and wherein this submerged buoyancy body is lifted by the back flowing fluid pressure of the internal fluid again automatically on top.

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