DE202011100687U1 - System for a power generation and storage system, which builds kinetic energy through a device by means of mass inertia, connected to a translational or rotational movement and mechanically converts these into electrical energy and stores in batteries - Google Patents

Abstract

System for an energy generation and storage system, characterized in that a device by means of mass inertia, connected with a translational or rotational movement, builds kinetic energy and mechanically converts this into electrical energy and stores it in batteries.

Description

The present invention relates to a technical system, as well as a mechanical device for converting and storing kinetic into electrical energy.

The inventive idea includes a system in which two energy systems are mechanically interconnected and form a unit.

The unit, referred to below as the "supporting system", includes a guideway for the parallel system in order to ensure a low-friction feed and return on the guideway.

The opposite "supported system" is formed by a mass body, which according to the invention may include any applicable geometric shape. The mass body is also considered energy storage.

An external housing of the battery body is included in the inventive concept.

According to the invention, the supported system which includes the mass body is formed with a rack.

In contrast, the supporting system is equipped with a gear wheel which is connected to a generator.

It is at the rack to a toothed straight element, which is able to engage in a corresponding gear.

In physics, the rack is used to translate a straight line into a rotary motion or vice versa. It is known in geometry that a rack corresponds to a developed gear.

According to the invention, the gearwheel of the supporting system is at the same time the drive wheel of a connected generator, which is advantageously designed as a right- or left-hand rotor. This mechanically converts the rotary motion into electrical energy.

As soon as the load-bearing system uses electrical energy from the system memory, it is able to move mechanically into a translatory motion and thus build up kinetic kinetic energy.

The system is theoretically and practically able to accelerate itself or to brake in the countermovement.

The supported system, referred to as a mass body, in contrast to the parallel system, does not contain any kinetic drive energy. It is freely movable on its guideway of the questioning system and is subject to its mass inertia.

This inertia is a property that leaves a body in its state of motion, as long as there is no external force acting on it. This is called the principle of inertia.

As a result, the translational movement of the supporting system forms the so-called process path on which the non-driven mass body moves back and forth relative to the fixed gear of the generator.

As a result, the closed system forms a device that can drive its own stored energy. The consumed electrical drive energy is due to the forced opposing movement of the parallel systems with a loss of efficiency within an ecological cycle back into their own storage batteries and is available as recuperated drive energy again.

Physically, power is needed to accelerate or decelerate a body. The applied force must be greater than the moment of inertia.

The counter torque of the drive gear is integrated as an accelerating or braking force against the mass body in the invention system.

The invention shows that this principle applies to the acceleration or deceleration of the entire system.

As a result, an extreme efficiency of the overall system in the energy conversion can be realized.

In this constructive system, the energy output of the driven generator increases in proportion to the moment of inertia of the mass body.

Physically represented, the mass of the carried and guided mass body multiplies with respect to the supporting accelerated or braked system in the dependence of the speed against the reduction meter / sec. in the square.

In known physics, the distantly related concept of so-called impact energy is used in this context.

The utilization of the physical forces means that increasing the mass weight, combined with increasing the speed, the forward and backward movement of the supporting system in the same proportion is accompanied by an increase in the system energy output.

It is advantageously included in the idea of the invention that during rapid acceleration or braking of the supporting body, the built-up rotational energy of the drive gear can be stored via an intermediate rotational body.

This means that in the case of two counter rotation memories during the return of the mass body, along the travel path, the stored rotational energy is fed back into the batteries, although the system can additionally store additional new rotational energy in the forerun.

The shown overall system design with the structure of the kinetic forces can also be used in the mechanical reversal process. This is in the appendix 1 and 2 shown.

In this case, the supporting body is designed as a freely movable, non-driven or braked mass body.

On the other hand, the worn body is thought of as an accelerated or braked body.

In order for the inventive idea to be technically expandable, an embodiment of the mass body is integrated as a battery body in monocoque construction.

The inventive idea involves the implementation of the system using all liquid or gaseous substances capable of generating inertial energy.

By way of example, the drawing is under 4 in the form of a tubular container ( 1a ) listed as a supporting body, which is advantageously formed hemoglobically advantageous at the respective ends.

The container includes two conveyor gears, which are fixedly connected to generators and are rotated by the mass flowing through them, as described in the system application.

Other geometric body shapes are contemplated in the spirit of the invention.

The further inventive concept is included as an example in a so-called mass rotor body for the mechanical implementation of the rotational energy and works according to the principles presented according to the invention.

The object of the invention is a wide range of application of the system within objects subject to acceleration or braking force.

As an example, vehicles of all kinds, as well as items such as cordless vacuum cleaners, or cordless lawn mower, etc. are being considered.

The invention system is below by a respective exemplary drawing under 1 - 4 shown.

In 1 is the invention device with a movable mass body, which includes the battery ( 7 ) with a rack ( 2 ). This movable mass body is supported by the supporting system ( 1 ), which the generator ( 5 ), guided in its Vol and backward movement. An example is a translation gear ( 3 ) between the rack ( 2 ) and the drive gear ( 4 ) of the generator ( 5 ). On the generator ( 5 ) is a rotation memory ( 6 ) which is capable of storing and recuperating rotational energy.

In 2 an opposite system execution is shown. Here forms the rack ( 2 ) a fixed connection with the supporting translational movement system ( 1 ). On this supporting system ( 1 ) the non-driven mass body ( 7 ), which connects the battery to the generator ( 5 ) as a unit, on a parallel guide to the rack ( 2 ), as so-called mass weight due to its inertia within the travel path. The generator ( 5 ) with the connected rotary memory ( 6 ) is an integrated constructive part of the unpowered mass body ( 7 ). The implementation of the longitudinal movement in a rotational movement, within the travel path, via the translation gear ( 3 ), which in the drive gear ( 4 ), so that the generator ( 5 ) generates electrical energy.

In 3 is an additional application of the system via a ground motor ( 7 ), which contains the batteries listed. This rotor ( 7 ) is toothed on the outer rim. Due to the rotor energy, which is generated during a rotation of the rotor ( 7 ), the outer ring gear of the rotor displaces the drive gear ( 4 ) of the connected generator ( 5 ) for the purpose of generating energy in a rotary motion. In the rotary version, according to the system, the central rotatable suspension of the rotor is firmly connected to the generator ( 5 ) and thus according to the invention forms the supporting unit ( 1 ) of the supported freely rotatable rotor ( 7 ).

In 4 is another embodiment described in more detail. In this embodiment, the supporting system body ( 1 ) closed tubular. Advantageously, the respective pipe ends are designed fluidically hemispherical. Through the central narrowing of the tubular body ( 1 ) creates a so-called Venturi effect, which builds up a faster flow rate. Within the constriction are two conveyor gears ( 4 ), which are permanently connected to a pending generator. Once the supporting body ( 1 ) is put into a translational movement, builds the liquid mass ( 7a ) an inertial force. This has the tendency to flow through, by the narrowing of the supporting tubular body, the connected conveyor gears ( 4 ) to put in a rotary motion. This rotation causes the connected generator ( 5 ) electrical power.

LIST OF REFERENCE NUMBERS

1

Carrying system

1a

pipe body

2

rack

3

up gear

4

Drive gear - generator

5

generator

6

rotary storage

7

Massekorper battery carrier

7a

Liquid inertial mass

Claims (10)

System for a power generation and storage system, characterized in that a device by means of mass inertia associated with a translational or rotational movement kinetic energy builds and converts them mechanically into electrical energy and stores in batteries. System according to claim 1, characterized in that the system has two parallel energy systems, which are mechanically interconnected for the purpose of kinetic energy transfer. System according to claim 1 or 2, characterized in that within the power generation and storage system solid, liquid or gaseous inertial energy generating substances or other technical devices as movable mass body ( 7 . 7a ) are applicable. The inventive concept includes in the same sense devices in all geometric conceivable forms for the purpose of inertial energy generation. System according to one of the preceding claims, characterized in that the mass body ( 7 ) is advantageously designed as a battery energy storage. This is associated with an improvement in the power-to-weight ratio of the power generation and storage system. System according to one of the preceding claims, characterized in that the system application is applicable in the same sense with rotorischer energy. System according to one of the preceding claims, characterized in that the system is capable of driving its own translational kinetic energy build on drive modules of any kind. As a result, it can accelerate itself via drive modules or brake in the countermovement. The consumed electrical drive energy is mechanically recuperated by the physical kinetic forces and fed back into the system. System according to one of the preceding claims, characterized in that the mobile inertial mass physically, compared to the accelerated or braked system, in dependence of the speed, against the reduction meter / sec. in the square, builds up. Device for using the system according to claim 1, characterized in that the mass body ( 7 . 7a ), advantageously in a monocoque design can be configured. In accordance with an external accommodation of the battery body is applicable. Device for using the system according to claim 8, characterized in that the carried system, with one or more mass bodies ( 7 ), as well as with one or more racks ( 2 ) is trained. The respective rack ( 2 ) is used to implement a rectilinear in a rotational movement of the respective engaging gear ( 3 ), which with the respective drive gear ( 4 ) of the connected generator ( 5 ). The generator ( 5 ) is designed as right or left-hander. The inventive idea includes every conceivable technically feasible mechanical transmission possibility of the kinetic energy forces built up within the energy system. Device according to one of the preceding claims 8 to 9, characterized in that the respective driven generator ( 5 ) a rotation memory ( 6 ), which mechanically converts the stored rotational energy into electrical energy and returns it to the batteries. The system has the possibility of several generators in parallel in the flow and return of the powered system. As a result, the respectively connected rotary storage can be switched electronically, so that they can simultaneously store in opposite directions during forward or reverse of the mass body, along the travel, rotational energy. The system is able to generate new electrical energy in parallel during the forward and return of the mass body and the rotational energy stored from the supply to the battery body ( 7 ).

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