FR3065127A1 - CYLINDRICAL ELECTRICITY GENERATOR WITH A CIRCULAR ELEVATION OF THE HOUSING MAY BE APPLIED - Google Patents

Abstract

The invention relates to a device for producing electricity without polluting and in a renewable manner. It consists of a housing (1), containing a frame (7) carrying the alternator (5) which are glued magnetized helices (4) and also carrying magnets (6). When the user operates a circular elevation of the upper part of the housing, the rounded separators allow the repulsion of magnetized propellers and magnets because they no longer separate them. This repulsion generates kinetic energy that is subsequently translated into clean and renewable electricity production. The device according to the invention is particularly intended for the production of electricity.

Description

(54) CYLINDRICAL ELECTRICITY GENERATOR TO BE APPLIED.

The invention relates to a device making it possible to produce electricity without polluting and in a renewable manner.

It consists of a housing (1), containing a frame (7) carrying the alternator (5) where are stuck magnetized propellers (4) and also carrying magnets (6). When the user operates a circular elevation of the upper part of the housing, the rounded separators allow the repulsion of the magnetized propellers and the magnets because they no longer separate them. This repulsion generates kinetic energy which is subsequently translated into the production of clean and renewable electricity.

The device according to the invention is particularly intended for the production of electricity.

- Page 1 The present invention relates to a device for producing clean and renewable energy.

The vast majority of electricity production in France comes from nuclear power plants. This production method has a harmful effect on the environment and involves a risk for the planet and its inhabitants.

The device according to the invention overcomes this drawback. According to a first characteristic, it in fact comprises a casing of cylindrical shape in which is arranged on top a rotary magnet system held by the chassis. The rotary magnet system is composed of an alternator in the middle, magnetic propellers fixed to it as well as 4 external static magnets of the same polarity as the magnetic propellers which are arranged in a circular manner around them. Rounded dividers glued on the upper part of the downwardly extending housing separate the magnets from the magnetized helices. Therefore, when a rotary elevation of the housing is applied, the magnets and magnetized propellers of the same polarity are deprived of separation and exert a pressure which is characterized by a rotary movement of the propellers. A socket located behind the bottom of the upper part of the housing becomes apparent at the time of its circular elevation. The kinetic energy exerted by the magnetized propellers is then converted into electricity thanks to the alternator. The electricity will then pass through the voltage regulator, the transformer, then through the circuit breaker before reaching the outlet.

According to the particular embodiments:

- The housing can be divided by a separation of at least two parts of the housing revealing a socket.

- Rounded dividers can prevent repulsion between

- Page 2 the magnetized propellers and the magnets when the case is closed and can allow the repulsion of the magnets and the magnetized propellers when the case is in elevation.

The accompanying drawings illustrate the invention:

Figure 1 shows in section, the device of the invention without elevation of the upper part of the housing.

Figure 2 shows in section, the device of the invention with elevation of the housing.

Figure 3 shows in section and from above, the device of the invention without elevation of the upper part of the housing.

Figure 4 shows in section and from above, the device of the invention with elevation of the upper part of the housing.

With reference to these drawings, the device comprises a housing (1), the housing is provided with an aerator on the bottom of its lower part (2), and has on its upper part rounded dividers (3) which tend towards the low. The rounded separators (3) separate the magnetized helices (4) bonded to the alternator (5) from the magnets (6) which are arranged in a circular manner around the magnetized helices. The alternator (5) and the magnets (6) are held by a chassis (7) located essentially in the middle of the housing. The chassis also holds the transformer (8) which is on its right and the voltage regulator (9) which is on its left. It also provides support for the socket (10) and the circuit breaker (11) located on the bottom of the housing, above the aerator. A fan (12) is located between the outlet and the circuit breaker. A sheath is also present in the device, it is placed on the chassis.

The housing operates on the principle of rotation. he

- Page 3 is made up of a lower part and an upper part. When the rotation takes place, only the upper part rotates and rises while the lower part remains stationary and on the ground (1). After the elevation, the catch becomes apparent.

The fan is tilted downwards and is supplied with electricity from the alternator, which first passes through the voltage regulator and then the transformer. A special electric wire placed in the sheath is reserved for it. The fan is used to conduct the hot air produced by the alternator to the aerator which then discharges it. The aerator has small slots to let the hot air out.

When the housing rises, then the magnets and the propellers are deprived of separation because the rounded separators also rise (3).

The alternator transforms kinetic energy into electricity. The voltage variator and the transformer allow you to modify the voltage and current intensity values.

The circuit breaker stops the flow of current to the outlet in the event of an overvoltage.

The chassis holds these parts as well as the magnets and provides support for the outlet and the circuit breaker.

The sheath contains several electric wires which allow the movement of electricity between the alternator, the voltage variator, the transformer and the socket.

By way of nonlimiting example, the case has dimensions of the order of 16 cm by width, and 22 cm by height.

This device is particularly intended for the production of clean and renewable energy.

- Page 4 -

Claims (4)

5 1) Device for producing clean and renewable energy, characterized in that it comprises a housing (1), provided with rounded separators (3) separating the magnetized helices (4) from the magnets (6) when the housing is closed and allowing repulsion between the magnets and the magnetic propellers when the housing is 10 open, characterized by kinetic energy converted by the alternator (5) into electricity and sent to the voltage variator (9), the transformer (8), the circuit breaker (11) then the socket (10) when the housing is open. 2) Device according to claim 1, characterized in that 15 that it comprises a housing which can be divided by a separation of at least 2 parts of the housing, revealing a socket. 3) Device according to claim 1, characterized in that it comprises rounded separators preventing repulsion between the magnetized propellers and the magnets when the case is closed and 20 allowing the repulsion of the magnetized propellers and the magnets when the housing is in elevation. 1/4 2/4 3/4 4/4