LOW ENERGY INPUT CHARGER

Field of the Invention

This invention is connected to a low energy input charger which can produce vacuum energy obtained from a magnet between or on the midline at the ends of south magnetic pole and north magnetic pole to produce bigger energy than input energy in which low energy source can charge various sizes of battery or storage battery, especially by using or utilizing energy available in the universe, which is environmentally friendly and safe vacuum energy.

Background of the Invention

Energy sector is an important sector because aside from being the driving force of economic growth, it can also bring negative impact on natural resources such as water, air, and soil. Negative impacts of using energy can be in the form of environmental pollution because of solid waste, wastewater, and pollutant from the emission of burning fossil energy, such as particles, SO ₂ , NO ₂ , and carbon dioxide (CO ₂ ) .

Energy is a source for a better life and is available in nature, can't be destroyed or created and by the grace of God is available in the universe. Energy sources in Indonesia can be grouped into two, which are fossil energy sources and renewable energy sources. Fossil energy sources consist of petroleum, natural gas and coal. The petroleum supply today is very limited, while natural gas and coal supplies are still sufficient and abundant in our country.

Renewable energy can be water energy, geothermal, wind energy, solar energy, magnet and vacuum energy. However, to this day, the ones developed commercially are water and geothermal energies. Generally utilization of renewable energy in Indonesia hasn't been maximally developed to meet people's need in cheap and environmentally friendly energy. These renewable energy sources can be utilized to get electricity, especially for the need of world society and specifically Indonesia, where many regions hasn't had electricity from PLN (State Electricity Company) which belongs to Indonesian government.

Electricity produced by renewable energy today also depends on nature and weather condition such as the use of solar energy which depends on day and night condition, in which during the day energy can be obtained meanwhile at night the energy can't be obtained. Similarly with wind energy, water energy and geothermal depends on nature and weather condition in obtaining, like utilization of solar energy.

To this day, the world and especially Indonesia hasn't developed and utilized renewable sources in the nature, which are magnet and vacuum energy. Vacuum energy can be obtained from a magnet between south magnetic pole and north magnetic pole, which meant that in center tap right in the midline at the ends of south magnetic pole and north magnetic, vacuum energy can be found .

Thus, to create and utilize vacuum energy, we make a research through technological research and accurate and detailed analysis on the phenomenon of magnets. In essence, magnet can be used to get vacuum energy by making aid apparatus, and so we have an idea as inventors to create charger equipment which uses low energy input power by utilizing renewable source, which is vacuum energy. The energy produces is unlimited, cheap, and environmentally friendly compared with renewable energies such as solar energy, wind energy, water energy, and geothermal. Summary of the Invention

The purpose of this invention is to create a charger by using low energy input power which can solve weaknesses of the utilization of renewable energies abovementioned .

Another purpose of this invention is to provide a charger which can utilize renewable energy, which is vacuum energy, which can use low energy input power to produce energy bigger then input power compared with renewable energies such as solar energy, wind energy, water energy and geothermal.

The purposes can be reached by a low energy input charger according to the embodiment of this invention, in which the low energy input charger is characterized by:

-A power supply unit;

-A PWM unit;

-A coil unit;

-An input power unit;

-An output power unit;

-A magnetic plate unit;

-A super capacitor unit;

-A 220 v neon bulb unit.

While the advantage and benefit of low energy input charger is the method or system which is designed specially with electromagnetic wave technology which can utilize renewable energy which is vacuum energy, so that it can produce unlimited, cheap and environmentally friendly energy.

The system of low energy input charger can produce energy bigger than the input. Since energy produced is stored in the form of batteries and storage batteries, this system can be applied on various industries.

Low energy input charger device according to embodiment of the invention is characterized as follows:

COP (Coefficient of Performance) is more than 1 Having Free Spin rotor about 25 percent, besides for triggering Vacuum Energy

Having fast charging feature, compare to conventional battery/accumulator charger.

- Battery/accumulator that can charge battery/accumulator

This invention is explained in detail below with figure references according to embodiment of the invention.

Brief Descriptions of the Drawings

The purposes and advantages of this invention will be easier to understand after reading full description of the invention which referred to the following figures.

Figure 1 is a low energy input charger according to the embodiment of this invention.

Figure 2 is the flow chart of low energy input charger according to the embodiment of this invention.

Figure 3 is a magnetic plate of low energy input charger according to the embodiment of this invention.

Figure 4 is a coil unit of low energy input charger according to the embodiment of this invention.

Detailed Description of the Invention This invention is related to a low energy input charger which is a tool which is specially designed to utilize vacuum energy, in which the charger can produce energy bigger than the input energy by using electromagnetic wave.

To obtain and utilize vacuum energy, which can be obtained from a magnet between south magnetic pole and north magnetic pole, which means that in the center tap exactly on the midline at both ends of south magnetic pole and north magnetic pole was vacuum energy. Therefore, to create and utilize vacuum energy, we made a study and technological research and analyzed accurately and in detail on magnetic phenomenon. In essence, magnet can be used to get vacuum energy by making a tool called LOW ENERGY INPUT CHARGER.

Next low energy input charger according to the embodiment of the invention will be explained by using- picture referenced above .

Figure 1 showed a low energy input charger (1) according to the embodiment of this invention, which consists of power supply unit (2); PWM unit (3); coil unit (4); input power unit (5); output power unit (6); magnetic plate unit (7), super capacitor unit (8); 220 v neon bulb unit (9) . Using the charger is (1) very easy and practical, in which input power unit (5) uses accumulator or 3- 110 VDC battery which triggers power supply (2) to discharge electricity to coil unit (4) which uses 450 turn 2 enameled copper wire with 09 mm diameter by leaning on bobbin PVC (41) which is 15 in length and 0.5 inch in diameter which will produce electromagnetic wave which will spin magnetic plate units (7) . which is made from PVC plate with 4 inches diameter and 6 units of type 3446coin magnet (71) which are spun using axis (72) with 2 units of bearings. The result of the spinning motion of magnetic plate (7) is Hall Effect on coil unit (4) between South magnetic pole and North magnetic pole, which makes vacuum energy source to gather at the center position so that it can be utilized by transmitting it to power supply unit (2) and to positive pole of battery charger of output power unit (6) .

A power supply unit (2) consists of In4001-In4007 Diodes, lk- 600k ohm Resistor and NPN 1 Hz-10 MHz transistor. Power supply unit (2) is a set of transdiv semi-conductor, where transistor works at driver position between the source of battery trigger or power input (5) to move which will produce electromagnet on the coil (4) and distribute charger on the battery on automatic voltage; and resistor controls voltage current on the foot of transistor base; and neon bulb (9) works to discharge voltage current of vacuum energy to protect transistor, while diode blocks backflow current from battery charger to the coil of input battery; and potentiometer searches cop standard point of vacuum energy.

A PWM (power meter) unit (3) changes 12 VDC voltages into 42 VDC so that the highest rpm can reach 25.000 rpm and the lowest 1.000 rpm. PWM unit (3) consists of diodes, NPN transistor, resistor and toroidal transformer (coil) which transforms DC current into AC into DC to speed up the process of filling by the charger.

A coil unit (4) consists of enamel copper wire coil made of 0,1-400 mm 10-290 Ohm Tesla coil, in which the windings of the coil unit (4) consists of 3 or 12 braided from 3 to 10.000 turns and 450 turns of 2 enameled copper wires with 09 mm diameter is preferred. The coil unit (4) leans on PVC bobbin (41) with 15 cm length and 0.5 inch diameter, in which the PVC bobbin stem has a hole where a number of 0.2 - 2 mm wielding wire (ferrite) (42) was inserted until the hole is full to make the core bond of ferrite wire (42) to produce magnetic field (electromagnetic wave) . A Coil unit (4) functions to get vacuum energy after getting electrical supply from input power unit (5) from Accumulator/battery, where the end of run enamel wire (43) on the base of the transistor (21) on 4Mhz wave becomes south magnetic pole electro magnet and north magnetic pole on one end of ferrite wire core (41) is directed to the north magnetic pole to oppose neodymium magnet (71) which is set on magnetic plate (7) by positioning north magnetic pole to opposite direction, so magnetic plate (7) will spin, and cause a trigger which is used to get vacuum energy.

An input power unit (5) is a 3 VDC-110VDC battery/primary accumulator as the trigger of power supply unit (2) to discharge electricity to the transistor (21) which works as the inspirator of electricity distribution to coil unit (4) containing ferrite wire core (42) (electromagnet).

An output power unit (6) is a battery or accumulator from the product of the charger, in which to discover whether battery/accumulator's capacity is dull,. Voltmeter is used to see the voltage charged. For example, when charging 12 volt accumulator where according to standard 12, 70 volt charging is required, then when the Voltmeter needle reaches 12, 70 ± 5% must be removed from the input power unit.

A unit of super capacitor (8) located on the output the charger to boost ampere pulse current into the battery' s output (6) so that the battery will not get ampere pulse deficiency less than 10 percents, in which usually on conventional charger, the battery will get deficiency about 30 percents when the switch button ON/OFF is turn off.

A unit of 220 v neon bulb (9) reduces energy discharge current whose voltage exceed the capacity and also to prevent damage on the tool. The light (9) is fitted on NPN transistor on the collector and emitter's feet.

A switch button ON/OFF (10) to turn on and turn off the low energy input charger device (1), and to ease the input current become an output current and vice versa. In the charging process where output battery/accumulator and input battery/accumulator lowers a relay (11) is needed (not shown) to ensure there is no interruption in the charging process. The connecting system between batteries/storage batteries are parallel, series, parallel-series and series-parallel.

Figure 2 in general displays the flow chart of low energy input charger according to the embodiment of this invention, in which input power unit (5) which originates from 12V 7Ah accumulator or battery which functions as the trigger of power supply unit (2) the current first enter PWM unit (3) which changes 12 VDC voltage into 42 VDC to speed up the process of charging the charger. Power supply unit (2) works as a trigger to discharge electricity to the transistor 921) which works as an inspirator of electricity distribution to coil unit (4) where there is a ferrite wire core inside (42) which causes electromagnetic wave.

The electric current which enters the coil unit (4) will create a vacuum energy, in which the end of run coil wires on the base of the transistor on 4 hz wave becomes electromagnetic south magnetic pole and north magnetic pole at one end of ferrite wire core (42) is positioned to the direction of north magnetic pole to oppose neodymium magnet (71) which has been fitted on the magnetic plate (7) by positioning magnet to opposing north magnetic pole, magnetic plate (7). will spin and cause a trigger which is used to get vacuum energy.

Positive (+) P M is connected to negative (-) accumulator output ) 6) while negative (-) accumulator input (5) is connected to transistor (23) which is on NPN collector, in which NPN disconnects then to trigger and back to transistor (basis) which causes collector to go on and off or beat which causes rotor

(72) to spin from magnet and then after spinning magnetic plate (7) where there is a 0,5 second gap before vacuum energy is discharged or erupts which will be captured by coil unit (4) which is directly channeled to the diodes which will charge output power unit (6) which is accumulator or battery.

To reduce energy exhaust current whose voltage exceeds its capacity and to prevent damage on the tool, lamp unit (9) is fitted oh NPN capacitor on the feet of the collector and emitter.

Figure 3 displays magnetic plate (7) of low energy input charger (1) according to the embodiment of this invention, which is made of PVC plate with 4 inch diameter and 6 units of type 3446 coin magnet (71) by using axis (72) with 2 units of bearing

(73) . Just as an illustration of magnetic plate (5) can be made with various diameters and Neodymium Magnet type with various sizes can be used for coin and bar according to the motion energy desired. 3-12 magnets on magnetic plate with 0,5-25 cm thickness can produce power/torque.

Neodymium Magnet (71) which functions after receiving the effect from the electromagnetic pulse of south magnetic pole and north magnetic pole in which one of them is directed to north magnetic pole to oppose the north pore of neo magnet so that magnetic plate (7) will spin automatically. The result of the spinning motion of neodymium magnet causes the "Hall Effect" on the coil between south and north magnetic poles, which causes vacuum energy to gather on the center so it can be used. Vacuum energy is transmitted to diode and to positive pole of battery charger of output power unit (6) .

Figure 4 shows A coil unit (4) consists of enamel copper wire coil made of 0, 1-400 mm 10-290 Ohm Tesla coil, in which the windings of the coil unit (4) consists of 3 or 12 braided from 3 to 10.000 turns and 450 turns of 2 enameled copper wires with 09 mm diameter is preferred. The coil unit (4) leans on PVC bobbin

(41) with 15 cm length and 0.5 inch diameter, in which the PVC bobbin stem has a hole where a number of 0.2 - 2 mm wielding wire (ferrite) (42) was inserted until the hole is full to make the core bond of ferrite wire (42) to produce magnetic field

(electromagnetic wave). A Coil unit (4) functions to get vacuum energy after getting electrical supply from input power unit

(5) from Accumulator/battery, where the end of run enamel wire

(43) on the base of the transistor (21) on 4Mhz wave becomes south magnetic pole electro magnet and north magnetic pole on one end of ferrite wire core (41) is directed to the north magnetic pole to oppose neodymium magnet (71) which is set on magnetic plate (7) by positioning north magnetic pole to opposite direction, so magnetic plate (7) will spin, and. cause a trigger which is used to get vacuum energy. Test Result;

It should be noted that the detailed description above is provided to give an illustration of the embodiment, the workings and benefits of this invention, not to limit the invention. After reading the description above, experts in this field can easily modify or change the illustration above. For example, the shape and size used by low energy input charger, unit parts and process can be modified or changed without leaving the scope of this invention. Therefore, the scope and limitations of this invention should be interpreted based on the following claims .