DK200500708A - Lindhagen method 1 - Google Patents

Description

Claims.

The patent claim is characterized by and relates to a method named hereinafter = Lindhagen Method 1. characterized by calculated and physically listed, as a general rule, a given number of Lindhagen Method 1. machine modules, the number of which is virtually limitless, both in sizes and numbers, for each power plant where the Lindhagen Method 1. applies, must be pre-calculated in size numbers and design,. constructional, prior to physical construction.

The characteristic and novel feature of the invention is that the feature does not use any of the previously known and used forms of fuel / combustion, resulting in pollution globally, but is a new totally unknown method which must be said to be included in the group of alternative methods, such as solar energy wind power and hydroelectric power, but where the new and characteristic is that in Lindhagen Method 1. alone, the ever-present gravity used as an energy source, in a new and revolutionary way, to produce = Constant power / electricity and electricity production, as needed 24 hours a day, which is characteristic of this new and very unknown method

The Lindhagen Method 1. is characterized in that the function consists of a method invention where 9. FACTORS are necessarily included in the method for the method to function at all, as a whole.

The Lindhagen Method 1. is characterized by being able to conduct water / fluids, from underneath or below basins, to over-rows or over-basins, using only the ever-present gravity.

The Lindhagen Method 1, as a whole, is characterized by the fact that two, cooperating machines, with different functions, end up as a result,

to utilize gravity for power - electricity production, where one machine could be one, of the methods that can today be briefly described and referred to as the old known methods. = hydro turbine power, or turbine power, BUT

The Lindhagen Method 1. is characterized, in this nv method, to use, instead of using one of the old known methods, another and nv co-invented method, called the Lindhaqen Method 1 .. characterized by being included in the Lindhagen Method 1. and is described in this, as the second part, where at the same time the Lindhagen Method 1. is itself described as the first part.

The Lindhagen Method 1 is characterized by the new part, which feeds fluid, from sub-basins to over-pools, after which the second part is characterized, in a new, unknown way, by using the listed liquid, for the production of electricity, after which the liquid automatically ends in the sub-basins again from which the liquid is re-introduced to the upper basins, in a constant and continuous liquid up and after use, the liquid is down again, in a constant and continuous cycle again and again and again, incessantly, while continuously producing electricity and electricity that is characterized by the act of gravity alone, by means of the new and previously unknown methods, = both for the first part and for the second part functions.

The Lindhagen Method 1. is characterized as a whole = first part and second part, characterized by being capable of being physically built up, using, and using / applying the following: 1. - known factors. 2. - known technique 3. - known professional knowledge = liquid flow effect downwards 4. - injector co-flow fluid effect effect = on up and down liquid flows and bodies. 5. - connected vessel effect. 6. - Water tower effect = gravity, fluid flow, fluid flow control. 7. - displaced fluid weight effect in a new way, including the density of bodies neutralized to weightlessness and subsequent gravitational pull from the weight of atmospherically free hanging bodies; 8. - fluid gravity, as gravity. 9. - Weight of bodies, such as gravity. 10. - multiple, design, physical structure ways / physical method structures, all of which are characterized by containing the 9 physical factors described above, = each of which may consist of even more cooperative physical factors composed according to the for:

Lindhagen Method 1. hallmarking principles, in order to function. 11. - characteristic, unlimited physical build-up: plant sizes / quantities = modules / mergers / compositions / results s unlimited production sizes. 12. collectively, they exploit physical heaviness laws, in every respect. 13 physically known co-operative factors. 14. - electronic / computer control of any kind and for any function to which it may apply. 15. known general knowledge. 16. - no solid / specific choice of material = characterized by composition, = free choice of material = free choice of components that can functionally be used, (eg pumps, automatic, etc. and etc. liquid type, where it should be noted that water is the all factors, etc., which are subsequently characterized by being included in this new and previously unknown method = the Lindhagen method 1. as a whole = the first part and the second part, which alone, by the co-operation of gravity, now characteristic of this invention, constant = incessant, can bring liquids up from lower located basins to higher located basins, to constant = incessant recycling cycle, liquid up / down liquid = energy gravity transfer to generators, using the Lindhagen Method 1, as a whole, is characteristic for this new method.

In order to understand the Lindhagen Method 1. this following drawing no. where the Lindhagen Method 1. is itself illustrated from left to right, to the double dotted vertical line, where it is clearly seen written Lindhagen Method 1. first part. The right side of the double dotted line is clearly visible Lindhagen Method 1, the second part, which could easily be another of the old known methods, but here is shown a new and improved method, which in collaboration with Lindhagen Method 1 becomes the Lindhagen Method The second part, but which should be noted is a new method in itself, the characteristic method, which is simultaneously patent-pending alone, under the name Lindhagen Method 2..

Since the Lindhagen method 2. here in Lindhagen Method 1, is characterized as being part = other part of this, this Patent application's application = description, drawings etc. as part of the written information material, as well as the effect and result obtained, is included in Lindhagen The method 1 and 2 in collaboration, as a collaborative two shared entity, which together is the Lindhagen method 1 here, achieves this new method.

It should be noted here that the brand new in the first part is the method many over the years have sought to invent, but probably only hereby invented = the utilization of gravity, to / as a usable energy source = electricity and electricity production,

But all ideas and experiments have so far been stranded.

The new characteristic (which no one has previously managed / found out) is the composition of two cooperative machine functions, characteristic / containing the factors that are = the constant, power-producing part which, if you can say subsequently, supplies the ingredients = the liquid for recycling back again and again incessantly, characteristically, together the set of, the + FACTORS in the first part exceeding the MINUS FACTOR in function, and in a way that the MINUS FACTOR is eradicated to be / constitute friction minus the resistance so that the first part, incessantly over and over again, by its own power, = + THE FACTORS, can constantly supply the fluid delivered by the second part without the use of other forms of energy than the ever-present gravity, again and again incessantly constant, as needed, which is the characteristic of Lindhagen Method 1. as a whole.

As can be seen from the aforementioned drawing no. 1, it must be understood that the Lindhagen Method 1. is characterized by being started, as a whole at one and the same time / time simultaneously, while at the same time it must be made clear that the Method subsequently ongoing, likewise, contemporaneous functions and FACTORS that are constantly keeping the Lindhagen Method 1. up and running, which is also the new and characteristic of the method of invention, as a whole.

The Lindhagen Method 1st part is started by starting power transfer from the second part, characterized by activating / releasing the gearing systems, which are in locked standby and the gearing system G1, the entire Lindhagen method 1. function runs at one and the same time , simultaneously running as follows: = illustration drawing no. l Lindhagen Method 1. is primarily followed constantly during the review, secondly the illustration drawings no. 1. and 2. Lindhagen is followed method 2. and these will be briefly referred to in brackets (T. no. 1 and T. # 2.) Are described hereinafter the characteristic processes of the invention numbered from FACTOR to FACTOR, all of which are one characteristic of the Lindhagen Method 1. 1. - characteristic FACTOR 1. 22. the chain of slices is no longer maintained, liquid heavy pressure the weight of the 23 heavy fluid weight pickup tube activates the 22 in a downward motion, causing the 24.wheel gripper wheel (best seen in T. # 1) to be subjected to heavy traction and sets this in motion, while at the same time, liquid is released at the bottom outlet 4. in the 2nd sub-basin, each time a disc slides / leaves the bottom outlet, and passes the open area 4., before the further course of the disc chain, the sub-basin passes through an open tight feed tube (unnumbered) ), in which the slice chain is horizontally transmitted for restoration, trimmed on guide roller bands, which is best seen on (T. number 1.).

The disc chain's re-construction through the basin occurs, as seen, in primary drawing like the down ice, up through open 20th through-pipe. (Inserted remark applicable to the Undhagen Method 1. and as a whole characteristic, for this).

But it should be noted here that this is not a binding part of the method of invention, since the physical structure which, as a whole is illustrated in the drawings, is not binding on the method of invention which will be highly variable and variable in the physical structure, for example it will be more likely to use fluid ends, instead of basins = greater flexibility, such as, the bass entry tubes, which in the primary method * the understanding drawing = three places are indicated 20. these can be completely avoided as fluid length systems will be routed outside, these slice / body up / down guide areas.

It is only the Method FACTORS that as a whole are valid / binding for the invention and conditionally binding for the Lindhagen Method 1. to function in its entirety, = characteristic of the method.

Ended very important remark at the end.

The above FACTOR 1st description continues: with the above horizontal transfer of slices, automatic liquid drainage occurs, which ends in the 3rd reserve sub-basin, from where the liquid is constantly inflated to the 2nd sub-basin for constant (very important for function), to keep the same height level liquid level in this, which at the same time replaces the preceding liquid drainage and evaporation fluid loss on the system. the disc chain is carried up vertically and on the disc grip wheel, where it is seen that this characteristic is = a continuous, interconnected chain of discs on the system in the second part, where it is to be understood that FACTOR 1 is = the traction force the disc chain gets, by vertical hanging through fluid-filled, gravity pressure receiving tube receiving and retaining the vertical fluid suction allowance measured from fluid surface in the 1st upper basin to the bottom outlet of the fluid-filled gravity receiving tube, (= characteristic of FACTOR 1.) where characteristic narrowing of the lower portion , together with the discs on which the markers are mounted around the edge, which causes the liquid column at the bottom characterizing, to give a large constant liquid weight pressure = great traction on the discs, (= also characteristic of FACTOR 1.) and put them downwards movement, while at the same time, this traction at the top constantly keeps the disc grip wheel running round and round, at by means of the constant downwardly moving disc chain, (also characteristic of FACTOR 1.) where at the sub-basin at the same time, liquid is constantly supplied every time a disc slides through the bottom outlet, which is part of the total liquid cycle needed for the Lindhagen Method 1 . = function important and therefore (included as an important characteristic of FACTOR 1.)

The characteristics of FACTOR 2. are continued as follows: 2. FACTOR 2. = 24. The size of the disc gripper wheel is an important part of FACTOR 2.

The larger the disc grip wheel, the greater the force is transferred to the 25th axle, whereupon the 24th disc grip wheel is fixedly mounted. (Characteristic of FACTOR 2.)

The size of FACTOR 2 is measured in and on 24. The radius of the dial grip wheel is characterized by this. For example: FACTOR 1. provides a traction of 15 tonnes on the 24th wheel grip wheel. The 24th wheel grip wheel has a radius of 40 m to the center of the 25th shaft. In doing so, they multiply from FACTOR 1. = 15 tonnes of transmitted constant moving forces, to a total = a total constant moving transformed, raw strength traction in the center of the 25th axle of 300 tonnes FACTOR 2. is thus identical to the magnitude of the radius of 24. the disc grip wheel, -the greater the radius, the greater the number of doubled raw strength. (characteristic of FACTOR 2.)

The characteristics of FACTOR 3. are continued as follows: 3. FACTOR 3. = fusion power = module structure of the second part of the Lindhagen Method 1. = which is characteristic of the entire Lindhagen Method 1., both in the first part and in the second part. FACTOR 3. CAN (especially seen on T. # 2) = two illustrations = bottom part large illustration - top smaller illustration. - the 25th shaft mentioned earlier is = the one shown on T. 2. and described in the drawing: FACTOR 3. = Fusion - force - strength - receiver - transfer shaft, - and MASSIVE SHELF FACTOR 3. = bottom illustration, -on in the upper left illustration, it is indicated as AXLE only -

Bottom drawing: SK. M.5. stands for disc grip wheels MODULE # 5 etc. for SK. M. 10., - The shaft is cut in the described ball bearings, could also be roller bearings that would probably be better for this purpose and the weight taken into account, the bearings on the top illustration are indicated in small, with L and numbers - the chain drive sprockets are indicated by Tl chain chain is indicated by K.l. - on generators this is clearly indicated.

As seen in the drawings of the above illustration, it is characteristic of FACTOR 3. that this factor is = transmitted tractive forces, on one and the same shaft from the disc gripper wheels, whereby the tractive forces are merged on the shaft in one and total raw strength force. (characteristic of FACTOR 3.)

For example, if the force from the above description ^ the multiplied FACTOR 2. total force of 300 tons, is used here as an example and for example assumes that the upper illustration on the left, as seen in the drawing T. 2. having 2 x 7 = 14 disc grip wheels mounted on the same shaft that are identical in size to the example of 300 tons x 14 disc grip wheels on the same axle, then the merger would be = 4200 tons of raw strength thrust on and in the center of this shaft,

Therefore, the gears further mounted on the shaft for starting traction to the first part gearing system must be, as small as possible, for transmission of maximum possible raw tensile force, which also applies to the gears that subsequently disengage the starting drag, the gearing system is connected, which subsequently operates and draws the generators constantly with merged raw power traction so that they produce electricity / electricity, constantly as needed. which last, as a whole, is characteristic of the second part's primary function, (can be seen clearly on T. 1 and T.2 at the top of the TV and at the bottom, as well as on the primary illustration drawing Lindhagen Method The first part. as well as subsequent start-up, this function is switched off and switched on only for generator power supply, with subsequent electricity / electricity production as a result of this FACTOR 3.'s use.

Hereinafter is again seen in primary drawing # 1 Lindhagen method 1,

The start of the first part is characterized by the fact that it is activated and started by and from the second part, at the same time as the second part is started, which is characteristic of the Lindhagen Method l., As a whole, all functions run simultaneously = also the liquid cycle, at the same instant liquid is released from the bottom outlet of the second part, the second part immediately initiates the first part to supply at least the same amount of liquid to the upper pool. The first part is characterized by the fact that, as the speed increases, the + FACTORS in this part automatically take over and deliver the force needed to keep the speed running, at the first part of the Lindhagen Method, at least the same amount. liquid used by the second part.

The Lindhagen Method is then characterized by the fact that starting the help from the second part to the first part can be completely disengaged and at the same time subsequently switched generator generator, as seen on the second part, via T.2. fixed sprocket on 25th axle, which via k.3. chain pull pulling G.2. leverage system from which via k.4. chain pull pulling 6th generator, which then produces electricity / electricity only by gravity pull from second part FACTOR 1 FACTOR 2. and FACTOR 3. = many double / merged forces constant, the only propellant being the ever-present gravity, and constant fluid consumption that is reused in a constant cycle, characterized by the fact that at least a little more liquid quantity of the first part is consumed than the second part consumes in function, furthermore, the characteristic is that the excessively high amount of liquid, from the first part, automatically ends up in the sub-basin in the sub-basin. , via the 26 overflow pipe, which at the same time provides the same level of liquid surface height in the basin, which will thus always be constant = the top of the overflow pipe. hereby it should be made clear that the invention is not, or is to be understood as a PERPITUM MOBILE, or registered as such that is characteristic, only a new invented method according to which gravity power plants can be physically built up, after prior projects. and calculations, as desired = performance. characteristic, basic explanation / description of, Lindhagen Method 1., = method of invention, physical factors, physical effects, physical structures, economic resource benefits, production benefits, global benefits, etc. v: = The method of building, water / liquid gravity transfer works / machinery, for the production of, electricity / electricity, where two new combined collaborative methods of invention form the basis, for the production of electricity / electricity, by gravity alone.

The two new methods of invention were invented simultaneously, = characteristic of, the first part of the invention is that it would not work without start-up grants and since it was estimated that existing methods could be well used, but were too poorly invented here at the same time. new and substantially better method, thus included in the overall Lindhagen Method 1., and is thus characteristic of the second part of Lindhagen Method 1., = both parts are therefore subsequently characterized as one for: LINDHAGEN METHOD 1.. there doa. as described above, the distinguishing feature is broken down /. first part and second part.

Characteristic of this second part of the new invention method is that it can function alone and physically build and be used separately, is therefore also called: LINDHAGEN METHOD 2.

The two new methods of invention, patent are separately filed simultaneously, each with their own description, and separate claims.

But here in the description of the LINDHAGEN METHOD 1. the description of the LINDHAGEN METHOD 2. will be included as annex material, the entire physical function of which is included, and is the second part, of the LINDHAGEN METHOD 1., at the same time 2 Illustrations drawings, from The Lindhagen Method 2., which in part, is also characteristic of and relates to the UNDHAGEN METHOD 1. second part. In the following written, the part of the Lindhagen method 2. included in the Lindhagen Method 1. will be called the second part and the actual first part of the invention to the Lindhagen Method 1., which is the basis for the making of this invention method, will be called first part. = Lind hagen Method 1. and is Lindhaaen Method 1. In sio itself, using Lindhaaen Method 2 .. which is considered the most suitable method, and is described, therefore, characteristically contained in Lindhagen Method 1. as the second part.

The difference between the two of the two new method inventions is as follows: 1. The Lindhagen Method 1. contains the function factors of both methods of the invention, and can therefore be physically built up largely, wherever this is desirable, and only works, by means of the gravity always present, in that method the same fluid re-uses constantly and repeatedly, except for evaporation, where this shrinkage must, of course, be replaced, but of less importance. 2. The Lindhaoen Method 2. not only works with the Lindhaaen Method 1. but also works by using water / inflowing water resources from higher-lying areas, similar to the well-known methods that, as you know, already work this way and of these resources. Whereas the new method in this method, compared to the methods known in the past and still used today, is that this new method, characterized by many doubles the output / efficiency = greater production of electricity / electricity, from the above areas per year. m3. water used. = greater utilization of the resources available.

Areas that today are not considered usable for one or more reasons / profitability, for example, may become relevant and profitable and utilize this new method, for example by either conveying water from higher lying areas over shorter distances in horizontal high lying pipelines to lower located areas where the mask will even be profitable to carry the water after utilization in shorter excavated canal systems to lower-lying areas, to which it previously followed the natural waterways, due to the substantially greater utilization of resources.

So there really needs to be new thinking, and there will be many financial considerations about which of these two new methods should be used. If the conditions are met, the Lindhagen Method 2. is the cheapest to run alone if the water flows from the surrounding area in sufficient quantities to produce the amount of electricity needed to cover the consumption in the supply area concerned.

In any case, it would also be an advantage to consider using / building the Lindhagen Method, 1 where less water resources are present so that replenishment / evaporation compensation does not have to be taken from the drinking water supply.

The Lindhagen Method further:

The invention relates to a new method of building gravity transfer power plant, for the production of electricity electricity.

The characteristic characteristic of the invention is that the function does not use any of the previously known and used forms of fuel / combustion, resulting in pollution globally, but is a new totally unknown method, which must be said to be included in the group of alternative methods, such as solar energy wind power and hydropower, but where the new is that in Lindhagen Method 1. it is alone, characterizing the ever-present gravity used as an energy source, in a new and revolutionary way. Constant power / electricity production as needed 24 hours a day.

The most well-known is the utilization is hydroelectric power stations that utilize water from high-lying rivers, lakes and built-up dams, etc., limited by rainfall amounts / resources from higher-lying areas, where the characteristic new is that there are no restrictions in the Lindhagen Method 1.

The new thing is that the idea / invention method - does not depend on the following energy supplies used so far, such as. Cool, gas. Oil, Uranium, Hydrogen production = combustion products, all of which are unhealthy for the earth's creatures and not least the ecological balance and ozone layer that everyone relies on, and which everyone should work hard to limit their use before it is late and the light goes out, either by the global situation coming into complete disarray, or by the resources being used up, which time can be calculated from the known resources. BRINT is claimed to be an inexhaustible resource that simply needs to be extracted from water, and not harmful, this last must be a misconception.

If BRINT takes over the ever-increasing burning, this will, regardless of many explanations, later prove to be an incorrectly created = dream / assumption in every direction globally. (Per is fire, with allegedly non-harmful / harmful effects). (There are plenty of good reasons to use the Lindhagen Method 1.).

The new thing is that the Lindhagen method 1. does not depend on the alternative and more widely used energy methods, such as:

Unstable solar energy that is only usable a few hours a day,

Unstable wind power energy that comes and goes in different strengths, very varying, Unstable rainfall amounts = water gravity energy of water from higher-lying areas, which, however, with the Lindhagen Method 2. / Lindhagen Method 1. second characteristic is calculable and applicable.

The three alternative energy forms mentioned above will, irrespective of more distribution, never be able to meet the rising energy needs stable enough and will always be useful when coupled with more stable energy forms, production / accounting

The new characteristic, totally revolutionary, is that the Lindhagen Method 1. can produce electricity - electricity constantly around the clock, using the constant gravity energy, without polluting it, and thereby earth the globe globally. There is plenty of water for this purpose and will never disappear. {indisputably hallmark great advantage).

The hallmark new is that water or heavier liquids can be used = the method of invention, not bound by the type of liquid used, in the Lindhagen Method 1.

The characteristic new is that the idea / invention method, functionally, = Lindhagen Method 1. The second part physically builds on the utilization, gravity of the applied fluid, down from liquid filled basins, = rubbing the entire Lindhagen Method 2. = same factors used = function , but without reuse of the water after utilization. - also seen alone, without the Lindhagen Method 1. limited in using only water, from hilly areas !.

Lindhagen Method 1. continued:

The characteristic above from the upper pool, gravity gravity traction, from the second part, subsequently ends, after utilization in the sub-pool, from which simultaneous constant, from the first part, upward is applied, at least the same amount of liquid up through the riser to the upper pool, in a constant upward controlled fluid flow, which is characteristic of the Lindhagen Method 1 as a whole. (see drawing # 1, where in the drawing horizontal is written the Lindhaoen Method in the first part, going from left to right to the double dotted line and further from this still to the right is described Lindhaoen Method 1. second deh.

Lindhaoen Method 1. and LINDHAGEN Method 2 apply, as it should be understood after reading and reviewing Lindhagen Method 2., that the FACTORS 1 "FACTORS 2 .. FACTORS 3" are characteristically used in both LINDHAGEN Methods, since these are the simultaneous factors physical functions that multiply and multiply the effect, to substantially greater raw power which simultaneously characterizes, is transmitted via leverage and applied to the generator's features, with simultaneous power / electricity production, as a result of both methods.

Lindhagen Method 1. The second part uses the characterizing factors 1. - 2. and 3.s power, for start-up and any subsequent minor additional performance on the first part of the method, which is characteristically used for the buildup of the liquid to the upper pool, from the sub-basin after use. in the second part where the liquid is after Jarug_ender in the sub-basin · (this can be done, is later shown in the following described about Lindhagen Method 1.)

The Lindhagen Method 2. can characteristically be used in connection with the utilization of water resources from higher-lying areas and does not reuse the water, like existing power plants in this area.

Evade Method 1. continued:

For example, a system is constructed for the following: 2 tonnes of liquid are supplied to the upper pool from the lower pool or. of the first part only by means of the ever-present gravity, = Lindhagen Method's first part = first part-characterizing machine plant function, = (fluid construction), = Lindhagen Method first part purpose itself, while simultaneously being released, characteristic by Lindhagen Method 1. Part Two. 2 tonnes of liquid into the sub-basin from, the second part of the Lindhagen Method, after gravity utilization from the upper basin, = in the same sec .. = constant the same amount of liquid, in both basins.

For example, if the amount of construction fluid is wanted to increase and the size of the plant allows this, gravity increases the speed of force i = first part, this can be done, for example, in several ways, for example: point 1. by the construction of several similar continuous machine fluid construction modules by Lindhagen Method 1. first share stomach. see first part, drawing 1. fder is none with the following drawings. showing the module composition of the first part machine assuming that this is not deemed necessary for the understanding, but it is characteristic of the method of the invention that module composition is part of the method, just as subsequent points, point 2. the fluid performance rate is increased, = more speed on Lindhagen Method 1. first part. - point 3. machine fluid construction modules first part, is built up in larger sizes. if, for example, the raw strength - forces in the second part are desired to increase, this can be characterized by: point 1. larger dimensions of gravity take up, = greater volume of fluid = higher tensile weight performance, in the second part / s FACTOR 1, point 2. larger disc grip wheels = larger radius, = greater raw strength traction = lever principle increases in size in the second part of FACTOR 2, point 3. more modules are put into drag on the shaft = more joined drag idios on the same axle, = fusion raw power increases in second part * s FACTOR 3. point 4. several other part's Modules. point 5. larger second part's Modules.

The number of basins / sub-basins or above-basins / droughts, dryings, etc., is calculated as required, for example, the basins can, for example, be substantially minimized in size by division and river basin systems in between basins, which is applicable to both above and below basins. Instead of larger basins, characteristically, also only larger fluid ends associated with between longitudinal and transverse trench systems can be used, whereby these projections can, for example, be carried out in the sides in such a way that the bodies part 1 and the discs in the second part are allowed free passage, downward and upward, respectively, but characteristically conditional on it being part of the function that this takes place in an atmospheric free state, here in particular the second part is the construction of discs seen on the left-hand drawing, where waterproofing characteristic passage passage pipes over and Sub-basins can be completely avoided, just as the body reduction passage in the first part upper-pool can be completely avoided = a greater cost savings in construction, rather than the larger individual basins.

Only the imagination and the distinguishing factors which, as a matter of course, functionally necessary for the method, set limits on the design of the physical structure, which is otherwise variable, in virtually every sense. (see Lindhagen Method 1. drawing # 1, where a completely larger upper pool 1. is shown as a whole basin with the letter mark VSF, which stands for and is to be understood as fluid-filled, and is indicated in several places on the drawing,) (2. - VSF completely larger sub-basin) = these could characteristically be fluid-filled trenches (3. VSF reserve / necessary drainage basin, from which the evaporation shrinkage of the system is pumped into the bottom of the second sub-basin and thus maintains the same level of liquid level, which is important and characteristic of function). = later described + factor 5.

The escape method 1. is characterized, as a whole, that could be variable and design-wise, calculated and constructed as needed, physically structurally limitless in performance, = smaller and larger power plants can be built according to this new method = characteristic no fixed framework, other than the characteristic a new method in itself, which must and must necessarily contain, the distinguishing factors that are decisive for the function and the characteristic alone by means of the ever-present gravity.

Even the performance of the previously known electricity power plants, the Lindhagen Method l., Together with the Lindhagen Method 2. can characteristically, with ease, vary according to the physical size of the structures, together the distinguishing module quantity / number etc. and characterizing combined produce electricity - without contaminate the earth, the atmosphere, the ozone layer, etc. .

The new thing is that:

See and follow the exemplary Lindhagen Method 1. Drawing # l.

The idea / invention ^ Lindhaaen method l. = A characteristically new thought method, whereby, for example, physically and for example, completely new forms of machine / plant using fluid weight are calculated and constructed for forced traction.

The machine / plants can physically before the start of the first part, which is for example calculated / physically designed to have a characteristic minus resistance factor, for example 20 tons, in the machine system's ffresfe dgl, but at the same time also an example characteristic + Plus FACTOR of 15 tons in this part = minus the FACTOR. has a force and strength that is 5 tonnes greater than + The factor, so immediately characteristic, the first part can not work without supply start pulling power supplement. = (5 tonnes in deficit in Lindhaaen Method first part before start-up), (it is very important to understand that first part always before start-up has a characteristic minus FACTOR and a hallmark + FACTOR), where the difference FACTOR's characteristic will be within 25 % to Approx. 50%, = in the above example, there is a characteristic of 25% (just as it is very important later to understand) that this characteristic difference later in the course completely disappears and is turned to the minus Factor of the 20 tons disappears to the negligible and that the + FACTOR, characteristically, together with other + factors is activated in such a way that the water characteristically, from below the basin at high velocity, is carried to the upper basin, constantly and incessantly, at current speed. of the first and foremost total characterizing FACTORS, of gravity services currently comprised of:

Look at the Lindhagen Method 1. Drawing # 1, first part. There is the Lindhaa Method 1. For example, overall, the hallmark in sio itself and consists of the following factors, which are the second part, the hallmarks are subsequently numbered in the order from the second part. , however, with a + sign which characteristically indicates + FACTOR the forces in relation to the minus the force in Lindhagen

Method 1, first part = the undeniable physical laws there, which allow fluid to flow from sub-basins to over-basins or channels.

Subsequently, a description of the characteristics • »• factors that are Llndhaqen Method 1. first part of sia itself, and will, for each of the incoming + FACTOR descriptions, start initially with either one or more of the drawings in Lindhagen The numbering method 1 provided.

Celebrity trends + factors + Factors: = 7th chain of free atmospheric vertical downward = + FACTOR 4. = eg characteristic undeniable + power = 10 pcs. x 1.5 tons vertical downward coherent bodies in effective downward traction freely atmospheric vertical downward. indisputable effect, downward hanging chain of bodies. = +15 tons = + FACTOR 4 indisputably predictable power. =

The above bodies are on the first part of the system, = a smaller part, of a continuous connected chain of bodies which, as seen in drawing # 1, is mounted hanging distinguishingly connected above 18 body gripping wheels mounted on 19. horizontal shaft , which in turn must be mounted and cut into bearings. THE INSIDERABLE + FACTOR 4 = THE EXAMPLE +15 TONS, SIGNIFICANT, WEIGHT THE DIFFERENCE ON THE LEFT SIDE, PENDING BODIES IN THE VSR, THE FLOWERED RISE, WHERE THE VEHICLE IS HERE. THE WEIGHT FREE ATMOSPHERIC DOWN HANGING BODIES IN THE RIGHT SIDE THIS LOST WEIGHT MORE BECAUSE THEY STILL HAVE THEIR OWN WEIGHT = EXAMPLE + FACTOR 4 WEIGHT STRENGTH POWER THE EFFECT OF THE +15. THEREFORE IT IS IMPORTANT TO UNDERSTAND / KNOW:

THE ELEMENTS INSIDE LEFT = THE LIQUID riser, ONLY LOSE THE liquid WEIGHT they displace AND THAT THE WEIGHT ELEMENTS DUE TO THEIR HIGHER DENSITY heavier than the displaced liquid WEIGHT STILL PRESENT EXAMPLE = STARTING POINT FOR invention APPROACH TO CHARACTERIZING USED: 1 THE BODIES USED ARE SIGNIFICANTLY AVAILABLE IN SIZE, BUILDING AND WEIGHT. 2. THE BODIES ON THE CHAIN ARE FITTED FEATURES WITH ACCURATE ACCURATE DEPARTURE. 3. A BODY WEIGHS INCLUDING THE TRANSMISSION Pull Rod THROUGH THE BODY eg 2.5 TONS. 4. A BODY FILLS 1.5 M3. AND REPLACES 1.5 M3. LIQUID WHICH IN THE EXAMPLE IS WATER = 1.5 TONS OF REPLACED LIQUID WEIGHT PR. IN THE BODY RISK, 5. hallmarks for example = THIS REPLACED LIQUID WEIGHT IS LOST PR. BODY = for example, A BODY WEIGHS NOW ONLY 1.0 TONS SURFACE OF LIQUID IN THE LIQUID RISK, BUT THEN 6 CHARACTERISTICS FOR EXAMPLE, A BODY PENDING FREE IN THE ATMOSPHERE STATE, WEIGHT 2.5 TONS BETWEEN 2.5 TONS IN THE WATER-FILLED PIPE THAT HAS A DRAWBACK BACK OF 1.0 TONS, 7. THIS ONE TON PR. BODY WEIGHTED, BY 1 TONS PR. BODIES FROM THE ATMOSPHERIC FREE HANGING BODIES, 8. THERE ARE SIMILAR BODIES IN THE LIQUID FILLED RISK TO BE CONSIDERED AS WEIGHTLY, BECAUSE LIKE TO LIKE ANY DIFFERENCE BECAUSE THEY DID LIKE THAT LIKE TO WORK.

9. LOST 1 TONS OF THEIR WEIGHT PR. BODY = TREATMENT PR. BODY IS REDUCED TO 1.5 TONS PR. BODY, BUT

10. SET IN Counterbalance for the weightless bodies in the liquid-filled stirrer, the difference is 1.5 TONS X 10 BODIES = 15 TONS + FACTOR PULL WEIGHT STRENGTH. = THE CHARACTER + FACTOR 4 EFFECT

11. + FACTOR 4.. IS HEREBY COMPLIED WITH THE USE OF, THE WEIGHTS OF THE BODIES IN THE LIQUID RISK, CONTRADUATE THE WEIGHT OF THE ATMOSPHERIC RELEASING DAMAGES, THE DESCRIPTION FURTHER EXPOSED + REMOVED FURTHER EXPOSED: liquid-filled sub-basin and the bottom of the basin, in a manner as seen in the illustration drawing Lindhagen Method 1. Drawing no. 2., 2. where it is characteristically clear how the total free atmospheric gravity chain of bodies, due to the design thereof, Down / through pipe system, is increased by several gravitational bodies in the free atmospheric state, 3. down through this new COUNTING METHOD invented system = part of Lindhagen Method l, which can also be increased downwards in length, with increase in gravity + power to follow. 4. Characteristically, the problem of air resistance is solved at high speeds on the system, by vent pipe system, as seen arrow-wise in the lower right at pipe insertion, which should characteristically be understood that there are more of vent duct no. 28, seen illustrated, both th. and TV. in drawing 2. Lndhagen Method 1. th., is seen up above the water line on the right. 5. The more detailed technical embodiment is not shown in the drawing, nor should it, but characterizing, consist of approx. 4 -5 adapted for the purposes of technical pipe systems, 6. with characteristic between pipe systems without each other, 7. characterized by the funnel with body down pipe, is the innermost and smallest, serving as body down control pipe and 8. where characteristic length down therefrom is = the computable + factor, the length of which is characteristic of the magnitude of this + effect FACTOR, = 9. depending on the characteristic, how many continuous vertical downward atmospheric cohesive bodies, which in turn consecutively characterize, exert extra + FACTOR tree performance on , the 10th under + FACTOR 4 freely atmospheric downward-sloping hanging portion, 7. which may be, for example, + 8 tonnes, for the exemplary + FACTOR 4. described + 15 tonnes, = 11. overall, for example, 23 + tonnes of timber allowance, but first after the Lindhagen Method 1. as a whole is ongoing. The 12 + 8 tons + FACTOR effect, can be characteristic, more or less, depending on the length of the downpipe, which is calculated in advance and is absolutely characteristic = an indisputable computable = + FACTOR S. + power = 13. can therefore characterize undeniable for example, in this example, a + FACTOR S. = of + 8. tons = going together with the example + factor 4. of +15 tons = a total of +23 tons of undeniable total + FACTOR gravity effect on current system. Thus, minus the resistance factor's previous excess weight of, say, minus 5 tonnes is broken, and changed to a + FACTOR surplus of +3 tonnes; (then there is indisputably +3 tons more TV node + traction__and_the exemplary_minus factor of 20 tons_i_iarsLe_ deL which this computationally physical characteristic can be built up to I.- {minus the resistance factor = the downward fluid column pressure in the 8.VSR liquid-filled body and riser pipes which are characteristically measurable = corresponding to the square at the top of the upward, GFR9 body and liquid feed pipe, which in this characteristic example is set, for example, to 1 m2 = 10,000 cm2 x 20 m water column pressure measured from water surface in over-basin elves surpassing = the exemplary undisputable 20 tonnes minus resistance pressure, which, unquestionably following the merger of + FACTOR 4, and + FACTOR 5, is currently exceeded by indisputable +3 tonnes, two tensile force.

But there are even more characteristic undeniable + FACTORS to be added in the LINDHAGEN METHOD 1. when this is ongoing = = the characteristic + FACTOR 6. 2. - 12. - 13. - 27. - V.L. - UR.FB.l. m. v. = illuminating characteristic points = +, FACTOR 6. see LINDHAGEN METHOD 1. Drawing No. 1. and especially LINDHAGEN METHOD 1. Drawing No. 2. = the same illustration drawing used to illustrate the above characteristic + Factor 5. med. 1. 27. Open downward piping from below the bottom of the basin, where the arrow-directed fluid gravity pressure is shown from the surface of 2. the liquid-filled sub-basin down through 27. with downwardly inclined insertion on KLR = 2. a short straight pipe connecting piece just before UR.FB. l. The U-pipe connection, in which, in particular, the gravitational force of gravitational pressure is shown downward, both on liquid from downwardly directed liquid flow from, 3. 12. liquid downpipe, and on the body having just downwardly equal, the fluid gravity has introduced the pressure flow, 4. from 27. thus characterizing, providing downward compressive flow force = injector gravity influence, on both fluid and body passing through this area, s = large co-current effect that is, = 5. the characteristic. + FACTOR 6-, in the LINDHAGEN METHOD 1st part. 6. The ±, FACTOR 6. the above-mentioned is large, but not more predictable before testing in prototypes, therefore this + FACTOR is not yet included in this patent claim, description and example calculation, but 7. However, is characterized as: , this + FACTOR 6. is of great importance as a running + FACTOR ongoing, but does not in any way need to be included in the 8. Easier Computable and More Visibly Properly Computable Examples + FACTORS here in the patent claims description, which amply forms the defining basis, for the whole of the LINDHAGEN METHOD l.'s function, relative to the characteristic minus FACTOR, 9. since this already above the description of. + FACTOR 5. has + 3 tons of undeniable surplus efficiency, as well as even more undeniable physical + FACTORS that hereinafter described

The description of the LINDHAGEN METHOD 1. first part, + FACTOR 7. 1. 2. - 27. - K.L.R. - UR.FB.1. - G.F.R.9. - 10. - V.L. - m. v. = illuminating points, = + FACTOR 7. = less water mist / power measured from liquid surface in 2nd liquid-filled sub-basin, 2. distinguishing down through 27. open pipe connection, down to and inclined downwards introduced in open liquid-filled connection on K.L.R. short liquid-filled straight vertical downward connection between pipes, 3. characteristic of liquid-filled UR.FB.1. downward to upward U-tube connection, in which a fluid flow is automatically reversed from downward gravity force fluid flow to subsequent, 4. characteristic upward, fluid pressure flow up into the G.F.R.9 connected to the U-tube. conduit pipe, through which there is still upward fluid flow effect, 5. characteristic of / via connected vessel pressure flow, all the way from the liquid surface in the 2. the liquid-filled sub-basin; 6. the characteristic because the liquid surface in the basin must always be approx. at least 1 m above G.F.R.9. the top of the conduit where this is mounted at the bottom of 8.V.S.R. the fluid-filled riser, the 7th characteristic, which is always systemically in the LINDHAGEN METHOD 1. the first part always as a starting point will be a fixed rule. 8. With the above characteristic fluid pressure flow explanation, it is made quite clear that the liquid pressure from the surface of the sub-basin exerts an indisputably calculated downward fluid gravity pressure 9. via connected vessels down through the U-pipe connection, where also the liquid pressure from downward characteristics continues upward, where the power can be measured and calculated - the characteristic undeniable here described + FACTOR 7 gravity effect = 10. approx. in the level difference that is from the liquid surface in sub-basin ten! and on the bottom of the body upwardly penetrating at any time, 11. which, via the U-tube UR.FB.l., characteristically, has contact with the lower 10th packing ring in body and liquid G: F: R: 9. = the calculated characteristic level difference from the liquid surface of the sub-basin to the bottom of the body mentioned above, before start-up and later on, which is set here, for example, 4.0 m. = 13. if, for example, the square of the bottom of the body is = 1 m2. = 10,000.0 cm2, then the pressure on the bottom of the body = 14. characteristic, for example, 0.4 kg / cm2. x 10,000.0 cm2. = undeniable +4 tons. + FACTOR 7. gravitational force effect here, 15. this + Factor 7. of +4 tonnes of upward unquestionable fluid with the flow force compressive power must be added to the above exemplary characteristics, total + factors of + 23 tons -t power = total +27 tons ± fif £ gotL = 16. an undeniable + gravity effect, of + 27 tons when the system = LINDHAGEN METHOD 1. first part, first running, = characteristic fluid gravity pressure current, incl. the chain of bodies on the Lindhagen Method 1 first part, automatically kept running at great speed, 17. Seen characteristic, for example, in conjunction with the total combined simultaneously acting indisputable + Total factors + 27 tons + power, which is = +7 tons effective gravity surplus effect = in relation to the example minus FACTOR of minus 20 tons. = end + FACTOR 7. description. Continuation with + FACTOR 8. + FACTOR 8. 1. 1. - 15. - 16. - G.F.R.9. - 17. - 8.V.S.R.- 29. - V.L. - etc. = illuminating points which together, at the same time, are physically acting = + Factor 8. = 2. Characterized as a whole by consisting of in particular several factors simultaneously physically cooperating factors = 3. Fluid / Water effect - 4. Liquid weight effect - 5. gravity force effect - 6. downstream fluid flow to upwardly facing fluid flow effect- 7. connected vessel effect - upward injector fluid pressure force impact effect on, 8. upward fluid and bodies in riser = 9. total co-operative factors / effects combined is = 10. + FACTOR 8. EXPLANATION PROCESS / EFFECT -I- Factor 8. = part of the first part Lindhagen Method 1. see and follow drawing 1. Lindhagen Method 1. first part .: 11. Characteristic is calculated from the liquid surface in the 1st upper basin, down through it at Drawing 1. Lindhagen Method 1., first part, showed the 15 open liquid-filled downward gravity pressure tube connection, which is open, connected to the bottom of the upper basin and from this it is sloped to 1 2. Characteristic UR.FB.2., An open liquid-filled U-pipe, in which gravitational force the current flowing is turned from downward to upward liquid pressure current force, which 13 is furthermore connected upwards / inwards on a shorter fluid pressure force rising riser. at the bottom of this is tightly sealed on / to the bottom = the onset of GFR9. fluid upstream and body through-flow tubes. 14 Characteristic at the top of the tightening riser, horizontally off the top of G.F.R.9. is upwardly executed 15. 29. fluid flow inward / upward constriction fluid flow control transition piece, 16. characteristic where it is here, injector pressure current influence from the basin, upwardly provides co-current injector influence, bodies and fluid flow, 17. characteristic of GFR9. constantly ongoing being drawn up through this and 18. further up in through, 8.VSF the liquid-filled riser which is fluid tightly mounted on the above-mentioned 19th character 29. the narrowed fluid flow control piece, wherein the two vertically upwardly described, 20, joined fluid streams together with the bodies and the upward fluid pressure flow injector influence, with high speed, 21. characteristic, aside, totally illuminates the minus factor of 20 tons minus resistance, = 20. the pre-start => minus the resistance pressure on the top of the upper body, which is ready for start position at the top of the GFR9 before starting. 21, That the above-mentioned minus 20 tonnes of resistance FACTOR disappears in progress is again a subsequent consequence of simultaneously acting + FACTOR 9. which is subsequently described this description of + FACTOR 8. 1. See and follow the Lindhagen Method 1 Drawing in the first one! and second part. 2. The Lindhagen Method 1. the first part and the second part, as a whole, must be understood initiated and at full running speed, to better understand + FACTOR 9. 3. + FACTOR 9. is = a / a characteristic that simultaneously created a physical suppression reaction in 8 .VSF the body and fluid-filled riser created by the fact that the whole of the first part of the Lindhagen Method 1 is started simultaneously, either 4. by characterizing, being able to be initiated, by the methods already known today, but also as here 5. characterizing by the new and at the same time patent Lindhagen method 2., = 6. characteristic of the Lindhagen Method 1. second part = The factors, 7. FACTOR 1. - FACTOR 2. and FACTOR 3. are initiated at the same time / time, and 8 The characteristic is simultaneously connected to the Lindhagen Method 1. first part, 9. that characterizing simultaneously geared from T.2 on 25th shaft, starting raw power is transferred from this 25th shaft, 10. characteristic raw power the power is transferred by means of Kl. chain pull, or kadangled rod pull for 6.1., gearing system, from which 11. distinguishing at the same time that G.l. via k. 2, chain pull or kadangled rod pull simultaneously transmits start-up pull of 12. characteristic 21. the fixed sprocket of 19th shaft, thereby simultaneously rotating the shaft, which 13 characteristic simultaneously pulls the 18 body gripping wheel fixed on the 19th shaft. simultaneous rotation, which at the same time immediately characterizes the chain of bodies connected on the 18th body gripping wheel in rotation on the Lindhagen Method 1. first part, 15th characteristic is the first part then running running up all the VL marked bodies from 8.VSR, using 16. the characteristic forces of the second part, and the forces on the body gripper wheel automatically merged with them from the first part, = 17. the characteristics previously described + FACTORS, +4 ,, - +5. - +6., - +7., Even + 8-, force automatically, is activated = also those of the factors that were not active until start-up, 18. characteristic is thereby activated simultaneously with the start-up + FACTOR 9. this 19th characteristic + FACTOR 9. is = that all VL bodies are simultaneously pulled upwards, in 8.VSR, the fluid-filled body and liquid stirrer, 20. which immediately characterizes all the fluid buoyant in the fluid and the body stirrer, whereby 21 characteristically a fluid underpressure is created in the body and the fluid stirrer, whereby, 22. characteristic + FACTOR 8. is active, = the buoyancy in the stirrer is facilitated - 23. the characteristic velocity increases and increases = under pressure becomes larger and larger = 24. all + factors in the first part, eventually take over at high speed = eventually the speed at which the liquid and the body's speed up through the liquid and the body tube = become so large, 25. that the characteristic minus the FACTOR on the minus the resistance = the exemplary 20 tons disappear and alone 26. the characteristic + FACTORS from +4 up to and including the last-mentioned +9 FACTOR completely characteristic has taken over and thus can constantly and continuously apply alone, 27. the characteristic accompanying liquid from under the basin, to the upper basin which automatically with in particular follows with the + FACTORS + 4- + 5- + 7- + 6- + 8- +9. which, as previously described, 28. can characteristically be measured by x the amount of fluid that is between two bodies in G.F.R.9. through the transfer tube,

29. characteristically, the second starting power supply is switched off and connected to generator power as previously described, 30. Accordingly, the Lindhagen Method 1 in its entirety functions to produce electricity and electricity, continuously as needed and desired, and it 31. quintessentially indisputable according to. those in the Lindhagen Method in. = one and only followed incontestable physical laws and the consequent in fixed physical rules on gravity = gravity influences, = utilized and contained in the LINDHAGEN METHOD 1.

Further characterized by:

Control of the Lindhagen Method 1. (technical jmHJlfiiitft_ + computer control variable. Regulating the gearing systems, brakes and clutches = speed stvrino = production control variable as needed, js control panel illustrated in the upper right here SPX p3. Cube no. 1, Modhagen Method X,

Further Features:

Performance measurement of the build-up of fluid volume from the sub-basin to the upper basin is characterized by - the amount of fluid that is between two bodies on the way up through G.F.R.9. and thus inevitably included from the sub-basin, by the constant upward movement of bodies each time a new body passes through, = the size of the known amount of liquid x bodies in sec / minute / hour passing up through G.F.R.9. = further characterized by:

Lindhagen Method 1. first part sole purpose is = construction of liquid, for use of second part for recycling for electricity and electricity production = only by gravity constant as needed, without use, of other forms of energy supply than utilization of it always present gravity, which will constantly hold this if you can write cycle continuously, as long as it is desirable, only in the case of gasket replacements repairs, etc. it is necessary to stop the process.

Further characterized by:

As can be seen in illustration drawing # 1 Lindhagen method 1. the first part is linked together with the second part functionally, and the method here is an overall devised method from the beginning, the first part largely alone, further characterized by: 1. nothing would be nothing without the supply function of the second part to start it, 2. nothing would be without constant supply of the same liquid quantity for the buildup of liquid which the second part constantly uses from the first part to gravity transfer, which automatically happens from the second part to the first. part, In a constant cycle = at least the same amount of fluid is applied by the first part, which is used downwards in the second part, excess liquid behavior automatically ends in the sub-basin via the 26 overflow pipe = constant computable fluid level in the upper basin, which causes the gravity pressure of the liquid columns to 23. Pressure recorder pipes will constantly be similar and exploitable. further characterized by:

The drawing is intended to illustrate, Lindhagen Method 1 in function: Further characterized by: 1. second part is started, fluid column weight gravity in 23. pulls the chain of washers downwards, each time a disc leaves the bottom outlet 4. this ends in the sub basin 2.

The downward constant pulling chain 22. = FACTOR 1 pulls on the disc gripper wheel 24. and keeps this constant going by pulling the shaft 25. = FACTOR 3, pulling the shaft 25.,

Further characterized by: where at the same time there are several connected modules, further characterized by the inserted explanation: (see drawing 2 Lindhagen Method 2, = second part of method 1. where two illustrations are seen = joined modules on one and the same shaft = fusion power on the same shaft = FACTOR 3. power). (Skm. 5. - 6. - 7, - 8. m. V. Indicates assembled disc gripper wheel modules mounted on the same shaft). further characterized by (where it is simultaneously shown T. 1. smaller cogs from which K1 traction chain, FACTOR 3 transfers merged traction to gearing system, where from k.2 chain traction transfers the merged traction to generator, (could be multiple generators), why it should be emphasized that the drawing is merely an understanding illustration drawing, which is intended to promote the understanding of the diversity of sizes, quantities / quantities / compositions. In both Lindhagen Methods 1 - 2.).

Further characterized by:

In particular, the illustration at the top left should show and be understood so that the disc gripper wheels are fixedly joined together as a transverse wheel, whereby the weight of the composite disc gripper wheels is distributed on the shaft, as a wide wheel fixed on the shaft distributes the weight of the shaft, at the same time be made rigid in a way where the weight distributed is carried close to the outer surfaces of the bearings, in a way so that bending of the shaft is completely avoided = less smaller shaft dimension can be calculated, see the illustration which shows

Further features are: 2x7 composite disc grip wheels = 14 disc grip wheels, for example, these disc grip wheels, each having a radius of 40 m. = FACTOR 2, each loaded with 15 tons FACTOR 1. pillar fluid weight, multiplies these 15 tons to a 40 m radius a raw strength of 300 tons each in the center of the shaft, x with 14 disc gripper wheels, merged on the same shaft, = combined merged

Further characterized by: raw strength tensile at the center of the shaft of 300 tons x 14 = 4,200 tons = approx. comparable weight of approx. 300 - 400 person cars = a raw power force that can be distributed over several generators, but reduced less according to T.l. gear size of the shaft, gearing distribution m. v., but there is, after starting, talk about real ongoing raw strength forces, subsequent calculations, for each m3 of liquid / water used, where, as a matter of course, speeds = m3 used per day. sec., system sizes, all resistors, for example leverage / free run / acceptable frictional resistors, etc., must be pre-calculated to go up into a higher unit, for maximum efficiency.

Explained end.

Further characterized by:

The traction from the second part is transmitted current simultaneously on the first part via T2. gears and on via k.l. chain link for G.L. generator, and on from G.l. via k.2. chain pull for the 21 fixed sprocket on the 19th shaft, simultaneously pulling it to this fixed 18 body grip wheel, simultaneously pulling the ongoing 7th assembled chain of bodies on the first part. The chain of bodies must then be understood as being in progress on the system, (G. 1. disconnect the chain drive from the second part, which is then connected to the generator drive according to the previous description Lindhagen Method 2. m. v).

Further characterized by:

The now ongoing Lindhagen Method 1. then runs constantly, the VL bodies pulls down from the body grip wheel on the right side and thus pulls the bodies up through the fluid-filled 8.VSR, hereafter the entire system is understood to be ongoing and the aforementioned FACTORS 4. 5. 6. 7. 8. 9. together provide the Lindhagen Method 1, by constant application of fluid to high-speed upper pools, where it is understood that an indefinite number of modules of the Lindhagen Method 1. simultaneously perform this function simultaneously, as previously described according to the need for fluid behavior, which during the 24 hours of the day is, of course, variable, with no appreciable resistance, + the FACTOR taken into account in view of the Resistance FACTOR almost disappearing.

Further characteristic is that of detail in design, the method is free from locking, all details can almost be done differently, and at the same time adhere to the characteristics of Lindhagen Method 1. as a whole = to mention a detail that was under consideration, and with a completely different design appearance: 15. + 8.VSR, could very well have been shown, as an 8.VSR riser = inside pipe and externally larger 15 pipe, with an outward detail in the entire circumference of the U-stream liquid turnover on the outside of GF: R.9 . with the same effect, = the method. Thus, many other details which adhere to the pervasive characterization method of Lindhagen Method 1. and are designed differently, are those shown and described in the drawings.