Collector plate battery and application

Abstract

The invention discloses a collector plate battery and application thereof, belongs to the field of electric energy uptake, and particularly relates to a collector plate battery and application thereof. In the prior art, various power supplies are obtained by converting various power, generated by chemical energy, provided by solar energy and the like. They all require an energy source or chemical material. Fire coal, fuel oil, fuel gas, hydraulic power or wind power and the like are needed for converting power into electric energy, and a large amount of carbon dioxide can be generated except hydraulic power generation and wind power generation; a chemical battery needs chemical materials, and the environment can be polluted by improper treatment after the chemical battery is used up; solar energy can provide electric energy in the daytime and cannot provide electric power under the condition of no illumination at night; if a storage battery is used for supplying power, the problems of charging and discharging time, battery life, environment and safety exist.

Description

Technical Field

[0001] The invention belongs to the field of electric energy acquisition, and in particular relates to a collector plate battery and a use thereof. Background Art

[0002] According to the data, in the existing technology, there are various power sources, some are obtained by various power conversions, some are generated by chemical energy, and some are provided by solar energy, etc. They all require energy or chemical materials. Power conversion to electrical energy requires coal, oil, gas, water power or wind power, etc., except for hydropower and wind power generation, all other will produce a large amount of carbon dioxide; chemical batteries require chemical materials, and improper post-use treatment will pollute the environment; solar energy can provide electricity during the day, but it cannot provide electricity at night when there is no light; if batteries are used for power supply, there are problems with charging and discharging time, battery life, environment and safety. Summary of the invention

[0003] In order to solve the technical problems existing in the above-mentioned prior art,

[0004] The present invention provides a power source that does not require any energy or chemical materials and can be used immediately. Specifically, a collector plate battery is provided, the core of which is to use two metal plates of the same type that are corrosion-resistant and have an insulating layer on one side to be inserted vertically into the earth's crust face to face to intercept the circumcrustal current to power low-power electrical equipment. The present invention is based on the existence of the circumcrustal current, the density of the current and the direction of the current found in the test experiment to verify that the earth's magnetic field is an electromagnetic field. According to the test results, it is determined that the circumcrustal current can be intercepted by the collector plate to power low-power electrical equipment. Since the electrical conductivity of the metal is much greater than the electrical conductivity of the earth's crust, it is easy to intercept the circumcrustal current with a metal collector plate. Each square meter of the collector plate can provide 5 to 15 milliamperes of current. The voltage is proportional to the distance between the two collector plates, and the voltage is 0.07 volts per meter. The direction of the current is from west to east, and the polarity of the voltage is positive in the west and negative in the east. The electrical energy that can be intercepted by the collector plate is inversely proportional to the latitude of the earth. Based on this, the size of the collector plate area can be selected according to the size of the current required by the appliance; the distance between the two collector plates can be selected according to the voltage required by the appliance. Then the circumcrustal current intercepted by the two collector plates is connected to the appliance with a wire. The current can be introduced into the appliance to directly power the low-power appliance, or it can be transformed by a transformer according to the needs of the appliance to power the low-power appliance. This power supply method is more suitable for rivers, lakes, seas or wetlands, because these places have high conductivity, so the current density is also high. If used in drier areas, the area of ​​the two collector plates should be increased accordingly. Secondly, the closer to the equator, the more electric energy can be obtained for the collector plates of the same area. In practical applications, the two collector plates are one in the east and the other in the west, and the two sides with insulating layers are inserted into the crust vertically face to face. In order to obtain the circumcrustal current to the maximum extent, the surfaces of the two collector plates should be parallel to the compass, and the center line of the two collector plates should be perpendicular to the compass. In order to obtain the circumcrustal current to the maximum extent, an insulating layer is added to the inner side of the two collector plates. The electric energy obtained can be directly transmitted to the electrical appliances through wires, or can be transformed by transformers according to the requirements of the electrical appliances and then transmitted to the electrical appliances for use. The purpose of the collector plate battery to provide electric energy for small power electrical appliances is thus achieved.

[0005] Since a collector plate battery does not require any energy or chemical materials, it only needs to insert two collector plates in rivers, lakes, seas or wetlands to intercept the circumcrustal current to power low-power electrical appliances. Therefore, it is an economical, reliable, environmentally friendly and long-lasting power source. The collector plate battery that intercepts the circumcrustal current is particularly suitable for special electrical equipment that is placed in the wilderness and is unattended, such as navigation lights, automatic monitoring instruments, etc. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

[0007] Figure 1 This is a structural diagram of a collector plate battery of the present invention.

[0008] Figure 1 The figure shows the core structure of the collector plate battery described above. The main body is the collector plates 1, 2, the conductors 3, 4, the transformer 5, the conductors 6, 7, the small power electrical appliance 8, the crust surface 9, and the insulating layers 10, 11. In practical applications, the specific method of intercepting the crustal current is: the collector plates 1, 2 are pasted with the insulating layers 10, 11 on both sides, face to face, one on the east and one on the west and parallel to each other, and are respectively inserted vertically under the crustal surface 9, and the center line of the collector plates 1, 2 is also perpendicular to the compass. In order to obtain the circumcrustal current to the maximum extent, the insulating layers 10, 11 are respectively pasted on the inner sides of the two collector plates 1, 2. The insulating layers 10, 11 can be a layer of insulating paint, or a layer of insulating film or insulating foil. After the collector plates 1, 2, 10, 11 are fixed, the circumcrustal current intercepted by the collector plates is transmitted to the transformer 5 through the conductors 3, 4. After being converted to the voltage required by the electrical appliance by the transformer 5, the small power electrical appliance 8 can be powered by the conductors 6, 7. Thus, the purpose of using a collector plate battery to supply power to small power electrical appliances is achieved. DETAILED DESCRIPTION

[0009] The specific implementation of a collector plate battery of the present invention is: make two thin plates of the same metal, the same area and shape, with an insulating layer on one side of the corrosion-resistant metal as collector plates, and add transformers and wires. Select rivers, lakes, seas or wetlands, and place the collector plates one to thirty meters apart in the east-west direction perpendicular to the compass. Insert the faces with the insulating layer vertically into the earth's crust face to face to intercept the crustal current. Then transmit the electric energy intercepted on the collector plate to the transformer by wire. After the transformer transforms the voltage to match the voltage required by the electrical appliance, it can provide electric energy for low-power electrical appliances.

[0010] Example 1

[0011] 1. A collector plate battery and its use, characterized in that the collector plate battery body includes a first collector plate

[0012] 1. The second collector plate 2, one end of the first collector plate is connected to a wire, and is connected to a low-power electrical appliance through the wire.

[0013] 2. A collector plate battery and its use according to patent claim 1, characterized in that one end of the second collector plate is connected to a wire, which is connected to a low-power electrical appliance through the wire.

[0014] 3. A collector plate battery and its use according to patent claim 2, characterized in that the first collector plate and the second collector plate are made of two metal plates of the same corrosion-resistant type with an insulating layer on one side, which are inserted vertically into the earth's crust face to face to intercept the ring crust for powering low-power equipment.

[0015] 4. A collector plate battery and use according to any one of claims 1 to 3 of the patent, characterized in that the specific steps are:

[0016] Step 1: insert two collector plates vertically into the earth's crust, with one collector plate on the east side and the other collector plate on the west side;

[0017] Step 2: Insert two collector plates with insulating layers on their surfaces face to face and vertically into the earth's crust. To obtain the circumcrustal current to the maximum extent, the surfaces of the two collector plates should be parallel to the compass, and the center line of the two collector plates should be perpendicular to the compass.

[0018] In order to obtain the circumcrustal current to the maximum extent, an insulating layer is added on the inner side of the two collector plates. The obtained electric energy can be directly transmitted to the electrical appliances for use through wires, or can be transmitted to the electrical appliances for use after being transformed by a transformer according to the requirements of the electrical appliances.

[0019] 5. Use of a collector plate battery in collecting electrical energy from the earth's crust.

[0020] Example 2

[0021] A collector plate battery, the core of which is to use two metal plates of the same type that are corrosion-resistant and have an insulating layer on one side to be inserted vertically into the earth's crust to intercept the circumcrustal current to power low-power electrical equipment. The present invention is based on the existence of the circumcrustal current, the current density and the current direction found in the test experiment to verify that the earth's magnetic field is an electromagnetic field. According to the test results, the collector plate can be used to intercept the circumcrustal current to power low-power electrical equipment. Since the electrical conductivity of metal is much greater than the electrical conductivity of the earth's crust, it is easy to intercept the circumcrustal current with a metal collector plate. Each square meter of the collector plate can provide 5 to 15 milliamperes of current. The voltage is proportional to the distance between the two collector plates, and the voltage is 0.07 volts per meter. The direction of the current is from west to east, and the polarity of the voltage is positive in the west and negative in the east. The electrical energy that the collector plate can intercept is inversely proportional to the latitude of the earth. Accordingly, the size of the collector plate area can be selected according to the size of the current required by the electrical appliance; the distance between the two collector plates can be selected according to the voltage required by the electrical appliance. Then, the circumcrustal current intercepted by the two collector plates is connected to the electrical appliance with a wire. The current can be introduced into the electrical appliance to directly power the small-power electrical appliance, or it can be transformed by a transformer according to the needs of the electrical appliance to power the small-power electrical appliance. This power-collecting method is more suitable for rivers, lakes, seas or wetlands, because these places have high conductivity, so the current density is also large. If used in drier areas, the area of ​​the two collector plates should be increased accordingly. Secondly, the closer to the equator, the more electric energy can be obtained for the collector plates of the same area. In practical applications, the two collector plates, one in the east and one in the west, are attached with insulating layers on both sides, and are inserted vertically into the crust face to face. In order to obtain the circumcrustal current to the maximum extent, the surfaces of the two collector plates should be parallel to the compass, and the center line of the two collector plates should be perpendicular to the compass. In order to obtain the circumcrustal current to the maximum extent, an insulating layer is added to the inner side of the two collector plates. The obtained electric energy can be directly transmitted to the electrical appliance for use by wires, or it can be transmitted to the electrical appliance for use after being transformed by a transformer according to the requirements of the electrical appliance. The purpose of the collector plate battery to provide electrical energy for small power electrical appliances is thus achieved.

Claims

1. A collector plate battery and its use, characterized in that: The collector plate battery body comprises a first collector plate 1 and a second collector plate 2. One end of the first collector plate is connected to a wire, and is connected to a low-power electrical appliance through the wire.

2. A collector plate battery and use according to patent claim 1, characterized in that: One end of the second current collecting plate is connected to a wire, and is connected to a low-power electrical appliance through the wire.

3. A collector plate battery and use according to patent claim 2, characterized in that: The first collector plate and the second collector plate are two metal plates of the same corrosion-resistant type with an insulating layer on one side, which are inserted vertically into the earth's crust face to face to intercept the earth's crust and are used to supply power to low-power equipment.

4. A collector plate battery and use according to any one of claims 1 to 3, characterized in that: The specific steps are: Step 1: insert two collector plates vertically into the earth's crust, with one collector plate on the east side and the other collector plate on the west side; Step 2: Insert two collector plates with insulating layers on their surfaces face to face and vertically into the earth's crust. To obtain the circumcrustal current to the maximum extent, the surfaces of the two collector plates should be parallel to the compass, and the center line of the two collector plates should be perpendicular to the compass. In order to obtain the circumcrustal current to the maximum extent, an insulating layer is added on the inner side of the two collector plates. The obtained electric energy can be directly transmitted to the electrical appliances for use through wires, or can be transmitted to the electrical appliances for use after being transformed by a transformer according to the requirements of the electrical appliances.

5. Use of a collector plate battery in absorbing electrical energy from the earth's crust.

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