DE2600627A1

DE2600627A1 - Wind-powered electricity generator - has funnel shaped housing fitted with drums carrying blades

Info

Publication number: DE2600627A1
Application number: DE19762600627
Authority: DE
Inventors: Georg Leide
Original assignee: Individual
Current assignee: Individual
Priority date: 1976-01-09
Filing date: 1976-01-09
Publication date: 1977-07-14

Abstract

Wind generator unit to generate electric current, has a housing funnel shaped in front (1) and of the same height in the centre and at the back. The generator is fitted with several drums carrying blades, which transmit the wind force. Several units may be built at a number of levels above each other. The generator unit is fitted with devices to automatically adjust the funnel wings and with rails which carry the entire wind generator unit. The funnel shaped housing ensures that the wind force is concentrated on to a smaller surface area and thus forces more quickly through the lower part of the generator housing. Within the flat housing section the drums are suspended in several rows on ball bearings, with the drums carrying the blades and separated from each other to the extent of two thirds of the blade length by separating blinds.

Description

Windaggregat Wind generator

Die Erfindung betrifft ein Windaggregat bzw. Windkraftwerk, das hohe Kapazitäten an elektrischem Strom liefert Mit einem derartigen in der Zeichnung schematisch dargestellten Windkraftwerk kann man die Wandströme um ein Hundertfaches mehr nutzbar machen, als es bisher gelungen ist0 Das Windkraftwerk besteht aus einem Windtrichter, der durch seine sich nach innen verjünrende Führung den Wind um ein mehrfaches verstärkt, aus dem Gehäuse, das die Windtrommeln und die darauf montierten Windschaufeln enthält. Die Windtrommeln ruhen im Gehäuse auf Kugellagern und sind von einander durch Teilblenden etwa bis zu zweidrittel verdeckt. Auf den Trommeln sitzen die Windschaufeln, diese sind auch zwischen einander durch Blenden verbunden, die sich etwa in zweidrittel der Länge der Schaufel befinden und zwar zweidrittel von der Achsenmitte. Die Blenden haben die Aufgabe, den Wind auf das Ende des letzten Drittels zu leiten, dadurch wird der Wind strom konzentriert auf die nächsten Schaufeln geleitet, Einen weiteren Vorteil bieten die verstellbaren Trichterteile, sie lassen sich nach oben und nach der Seite automatisch bedienen. Das Windkraftwerk steht auf Schienen und wird ebenfalls automatisch zum Wind gedreht. Ein sehr leistungsfähiges Windkraftwerk wird erzielt, wenn man mehrere Windtrichter etagenweise übereinander baut und das Gehäuse am Ende zusätzlich trichterförmig erweitert, Das hat zur Folge, daß man an kleinen Flächen hohe Kapazität erreicht und durch den Sog, der am Windausgang entsteht, erhöht man die Wirkung.The invention relates to a wind generator or wind power plant, the high Capacities of electric current supplies with one such in the drawing The wind power plant shown schematically can reduce the wall currents by a hundred times make more usable than has been achieved so far0 The wind power plant consists of one Wind funnel, which by its inwardly tapering guide the wind around a Reinforced several times, from the housing that holds the wind drums and the ones mounted on them Includes wind vanes. The wind drums rest in the housing on ball bearings and are covered from each other by partial screens up to about two-thirds. On the drums the wind vanes sit, these are also connected between each other by screens, which are about two-thirds of the length of the blade, namely two-thirds from the center of the axis. The shutters have the job of keeping the wind on the end of the last Conducting a third, this concentrates the wind power on the next blades directed, The adjustable funnel parts offer another advantage, they can be operated automatically upwards and to the side. The wind power plant stands on rails and is also automatically turned towards the wind. A very powerful one Wind power plant is achieved by placing several wind funnels on top of each other builds and extends the housing at the end in the shape of a funnel, which has the consequence, that one achieves high capacity in small areas and through the suction at the wind exit arises, the effect is increased.

Weitere Vorteile dieses Windkraftwerks sind die niedrigen Kosten, hohe Lebensdauer und man kan wegen des kleinen Pl atz anspruchs eine Kette von Windkraftwerken errichten, so daß der Volksbedarf an elektrischem Strom bereits gedeckt wird. Auch die Her tellung der Bauteile für das Windkraftwerk ist unkompliziert, so daß in verhältnismäßig kurzer Zeit mehrere Windkraftwerke erstellt werden können0Other advantages of this wind power plant are the low costs, long service life and you can use a chain of wind power plants because of the small space erect so that the people's need for electricity is already met. Even the manufacture of the components for the wind power plant is uncomplicated, so that in Several wind power plants can be built in a relatively short time0

Claims

Claims 0 Wind generator for generating electrical power, characterized through a housing (1), which is funnel-shaped on the front, on the middle piece and is evenly high at the back, due to several drums that carry shovels, (2) by blades that transmit the wind impact (3), by several units that are built on top of each other in floors, (4) by devices that are used for automatic Adjustment of the hopper blades are (5), by rails that span the entire wind power station wear.

2. Wind unit according to claim 1, characterized in that it consists of consists of a housing that is funnel-shaped on the headwind side. That has The advantage is that the wind is concentrated on a smaller area and therefore faster must pass through the lower part of the housing.

It has the advantage that even with weaker winds there is still a lot Strength comes together. Behind the funnel-shaped housing comes the flat housing with the drums and shovels.

30 wind unit according to claim 2, characterized in that in the flat Housing part, the drums are suspended in several rows on ball bearings. These carry the blades and they are separated by two-thirds from each other by screens, so that the air cannot spread in the area of the next drum and so on loses power, 4. Wind unit according to claim 3, characterized in that in the area of the drums are attached to these blades, which are also from each other are separated by two-thirds by panels. The shorter part protrudes into the wind tunnel in and is slightly curved towards the wind. The curvature creates the wind power better used, So wind unit according to claim 4, characterized in that that several housings with drums and blades are built one on top of the other in layers can, thereby using even more wind power and saving space, 6th wind generator according to claim 5, characterized in that there are apparatuses which Can adjust the funnel parts and the wind power plant always automatically reacts to the wind to sweep.

7. Wind unit according to claim 6, characterized in that the entire Wind power plant rests on rails and can be pivoted because of the wind direction can.

8. Significant advantages through the wind power plant can be seen: Savings of raw materials, cheaper electricity, no noise, no pollution, no unemployment, because the natural elements are inexhaustible.