瑞典专利SE1130052A1 Liquid mountable hydropower with sliding / expanding pillars

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专利摘要:
The present invention contains design as well as a technical solution on how river and / or open canal can be utilized through its fate and how fate can be converted into rotating motion and general energy with success in a long-term perspective. The present invention is described in the patent application in a simple embodiment and its size can be expanded or expanded down to efficient industrial plants, adaptable, to prevailing needs. The present invention can replace dangerous production facilities that do not meet the environmental requirements according to current and future needs. The present invention does not emit any environmentally hazardous substances. The fate of the river and / or the open canal is used continuously as the present invention is not dependent on sun, wind, coal, oil, wood etc. With this patent application, there is a hope of replacing environmentally hazardous production of electrical energy with the help of an environmentally friendly and safe process. There is also hope that the present invention can have a positive effect on unemployment.
公开号:SE1130052A1
申请号:SE1130052
申请日:2011-05-31
公开日:2012-12-01
发明作者:Tomislav Brajkovic；Tea Brajkovic
申请人:
IPC主号:

专利说明:

Finally, we have nuclear energy which is very modem but at the same time very dangerous to produce, as Tesla said “I can produce a force that can divide our planet into two parts, but since this force can get into the wrong hands and be used negatively, j ag not even think about the idea of manufacturing this ... ”An example is the abuse of dynamite that Nobel invented for the construction of roads and the facilitation of tunnel demolition. Today, the Nobel invention is used as a weapon of mass destruction where human and animal health is adversely affected, ora destruction and air pollution that are only increasing and increasing on our planet.
We can conclude that the present invention has many advantages over the above mentioned electric power producers. The present invention is adaptable to the increase of the river and / or the open channel and the decrease of the water level, in addition, the present invention can be mounted quickly and cheaply and if necessary disassembled as needed to be moved to another location.
Problem Solving The present invention solves the problems of the prior art by having the features set forth in the appended claims. The present invention solves our environmental problems because the invention is, and works, environmentally friendly. The present invention can also reduce electricity costs because it produces a large amount of electrical energy in an environmentally friendly manner which then consumers can obtain at a low price. Other problems that the present invention may solve are unemployment, since labor is required to manufacture this invention and then labor is also required to maintain the invention itself. In addition, the investment money is easy to pay back because when you place the invention in reality, you do not need more than three years to get your investment money back.
Figure 5 The presently proposed embodiment, presented with the present invention and its significant features, will now be described in more detail, by way of example, with reference to the accompanying drawings, in which; Figure 1 shows the finished construction.
Figure 2 shows the specially built pillar.
Figure 3 shows the shape of the turbine.
Figure 4 shows the appearance of the platform.
Figure 5 shows the finished construction seen from the side.
Figure 6 shows the finished construction seen from the front.
Figure 7 shows the finished construction seen from behind.
Figure 8 shows the finished construction seen from above.
DETAILED DESCRIPTION OF THE INVENTION Function: Energy from the den ode and / or open channel first meets the front tip of the structure which has the task of preventing the collection of twigs, branches and other objects ﬂ surface in the ﬂ ode and / or open channel which can destroy or affect the work process. Then the flow of the ﬂ od and / or the open channel meets the specially built columns that have the task of directing the flow towards the turbine. The flow from the ﬂ ode and / or the open channel is captured by the two rotating turbines. The rotation is converted into electrical energy with the help of electricity generators which further transmit the electrical energy to transformers. Electricity energy begins to be produced and output to predetermined consumers. The process continues as long as the river and / or open channel ﬂ desert is available.
The present invention consists of: 4 pcs Pillars 2 pcs Turbines l pcs Platform l pcs Workroom 1 to 3 pcs Domes (4 pcs Electricity generator) (X meters Fence) The pillar according to the present invention has the shape of a parallelogram 2 whose lower part has an expanding position so that it has a so-called "seating function" for the platform. It is important to take into account the placement of the columns because with the right placement the columns facilitate the guidance of the water, with the correct guidance of the water the turbines get more power from the water to process into electrical energy via the generators. The pillars have a lower foot with a large area (about ten times ten meters with a thickness of about thirty centimeters) which minimizes the depth of sinking of the pillars and the rest of the construction that the pillars hold up. Other functions of the column are that it enables up and down movement of the platform, that during drying the columns will protect the turbine from sinking and avoid damage and any repairs that would have been needed, this saves both time and money. The pillars enable this protection via their "seat function" because when the den ode and / or the open duct are dried out, the pillars allow the platform to sit comfortably on the "seat function" / "chair", thus protecting the platform and the turbine. The platforms are also not affected by flooding, because in the event of a flood, the platform may slide up with the level of the ﬂ odor and / or open channel along the tapered upper part of the columns. The pillars can withstand large floods (eg withstand floods of more than six meters).
The turbine of the present invention has the form of a cylinder 3 and is constructed so as to comprise six or eight (depending on the speed of the iodine and / or open channel) easily bent longitudinal blades of 60 ° (length twelve meters with a radius of five meters) where the turbine according to the attached pictures needs a minimum of two meters of water depth to function. At the end of the turbine there is a ball bearing on each side to facilitate rotation. This construction of the turbine is more adapted to the movement of the odor and / or open channel, which means that the risk of damage to the fauna of the odor is minimized and / or avoided.
The platforms according to the present invention have the shape of a triangle + a rectangle 1 (length fifty meters with a width of twenty meters) where the tip of the triangle is turned countercurrently along the desert och and / or open channel ﬂ. The platform has two large openings for the turbines and four smaller rhomboid-shaped openings for the pillars.
A workroom is located in the middle of the platform where workers can read the production of electrical energy and perform other chores. The workroom is fixed to the platforms and follow the up and down movement of the platform in the ﬂ oden and / or open the duct.
To protect, insulate and, among other things, reduce noise, a dome is placed on the entire platform. The dome provides the platform and staff with protection against all weather, everything from rain and wind to sun. If necessary, smaller domes are also installed on the turbine for noise prevention. For illustration, please see picture l. The dome is fixed in the platforms and follows the up and down movement of the platforms in the ﬂ oden and / or open channel.

权利要求:
Claims (1)
[1]
A surface mountable Hydropower for generating electrical energy, comprising; a; river and / or open channel, b; a platform, c; a workroom, d; one or more, (optionally) transparent, domes, e; two turbines, water turbines when they are dependent on the flow of ﬂ oden and or the open channel, f; the rotating motion of the two turbines is drivable via four generators, for generating said electrical energy, g; four belts connect the two turbines with the four generators (one turbine comprises two belts and two generators), h; four special pillars that support the surface-mountable hydropower and enable the platform to move up and down, also protect the turbines from sinking in the event of drying out of the ﬂ od and / or open channel. A surface mountable hydropower according to claim 1, characterized by sliding / expanding said pillar and its structure is characterized by shaped as a chair on both sides (2), characterized in that said pillar and its structure have a rectangular shaped foot, characterized in that said pillars and their structure have a lower / expanding part which is cubic shaped whose tip faces the ﬂ fate of the ﬂ ode and / or the open channel, characterized in that said column and its structure have a tapered rectangular upper part whose tip faces the ﬂ fate of the ﬂ ode and / or open channel, said pillars, four pcs, are adapted to cooperate with the platform (4) and the turbine (3), characterized in that said pillar and its structure where placement of pillars is basic, characterized in that said pillar and its structure ( 2) and said placement of the pillars directs the fate of the ﬂ oden and / or open channel ﬂ towards the turbine (3), characterized in that said pillar and its structure hold the platforms at the water level of the ﬂ oden and / or open channel, characterized in that said pillar and its structure, its “sitting structure”, protects the platform from collapsing on the bottom of the ﬂ oden and / or open channel when the ﬂ odor and / or has dried out open channel, characterized in that said column and its structure hold one half of the turbine above the water level of the ﬂ od and / or open channel, and the other other half below the water level of ﬂ oden and / or open channel, characterized in that said column and its structure, its " seat structure ', protects the turbine from collapsing on the bottom of the ﬂ odor and / or opening the duct when there has been drying out of the ﬂ odor and / or open the duct, characterized 10 15 20 25 30 3. 4. 5. that said column and its structure keeps the entire structure, the ﬂ surface mountable hydropower, at the water level of the ﬂ oden and / or the Open Canal, characterized in that said pillar and its structure enable the ﬂ surface mountable hydropower to up and down with ﬂ odens and / or open channel increase and decrease of water level, characterized in that said pillar and its structure enable the platform to be moved up and down with ﬂ odens and / or open channel increase and decrease water level, characterized in that said pillars and their structure enables the turbine to be moved up and down with the increase and decrease of water level of the ﬂ od and / or open duct, characterized in that said pillar and its structure have a rectangular foot with a large area which prevents sinking of pillars holding the various the parts of the surface mountable hydropower. A surface mountable hydropower according to any one of the preceding claims, characterized in that said turbines and their structured blades receive a rotating movement from the ﬂ odens and / or open channel ﬂ which in turn creates energy, characterized in that said turbines and their structured blades where ball bearings clamped to both axes of the tubing which facilitates and increases the rotational movement of the tubing from the fate of the ﬂ odor and / or the open channel ﬂ. The turbine blade prevents fauna from being damaged. A floating mountable hydropower according to any one of the preceding claims, characterized in that said platform has a triangular front part, the front tip of which is directed towards the fate of the ﬂ odor and / or the open channel ﬂ, in order to prevent branches, twigs m.m. from gathering and destroying the platforms. A surface mountable hydropower according to one of the preceding claims, where said dome is placed over the entire platforms in order to reduce noise and protect the platforms from all weather, it is also possible to place domes over the turbine in order to protect the turbine and promote noise. A surface mountable hydropower according to any one of the preceding claims where the fence is placed along the edge of the platforms in order to protect the employees from falling down from the platforms. A surface mountable hydropower according to any one of the preceding claims, wherein the rotation of said turbine takes place via the belt which in turn is assembled with a generator which produces energy. A surface mountable hydropower according to one of the preceding claims, where the size of the entire platform depends on the force and size of the ﬂ odor and / or the open channel.

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同族专利:

公开号 | 公开日

SE538153C2|2016-03-22|

引用文献:

公开号 | 申请日 | 公开日 | 申请人 | 专利标题

RU2511950C1|2012-12-27|2014-04-10|Федеральное государственное бюджетное образовательное учреждение высшего профессионального образования "Иркутская государственная сельскохозяйственная академия"|Hydro-electric pontoon power plant|

法律状态:
2021-10-05| NUG| Patent has lapsed|

优先权:

申请号 | 申请日 | 专利标题

SE1130052A|SE538153C2|2011-05-31|2011-05-31|Liquid hydroelectric power station with pillars that direct the water towards the turbines|SE1130052A| SE538153C2|2011-05-31|2011-05-31|Liquid hydroelectric power station with pillars that direct the water towards the turbines|

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