CN110886671A

CN110886671A - Negative ion oil oxygen fuel-saving card

Info

Publication number: CN110886671A
Application number: CN201911232105.9A
Authority: CN
Inventors: 陈月爱; 赵思涵; 王晓飞
Original assignee: Shentan Technology Co Ltd
Current assignee: Shentan Technology Co Ltd
Priority date: 2019-12-05
Filing date: 2019-12-05
Publication date: 2020-03-17

Abstract

The anion oil-oxygen saving card is prepared by the following anion functional materials with a micropore structure: the six-ring stone, the clean water stone, the meteorite, the yellow river jade, the deep sea volcanic, the germanite, the tourmaline and the like emit a deep low-frequency 1.5-9.9HZ long-band wave, each micropore has a 0.06MA potential difference, and the bioelectricity effect is realized, so that a large amount of electrons can be released, and are combined with oxygen in the air to generate negative oxygen ions O2- (H2O), so that the oxygen content is increased, the gas with high oxygen content enters the automobile engine through an automobile air filter, and more sufficient oxygen is provided for the automobile engine, so that the oil is combusted more fully, and the fuel efficiency is improved; the water can be decomposed to generate a large amount of H +, H + H + to form a new combustible H2, and a large amount of combustible gas H2 is provided for an automobile engine through an automobile air filter, so that the power is strong; the negative ion material has potential energy difference, so that oil and steam movement is intensified, acting force among fuel molecules is reduced, a fuel molecule chain is converted from a large molecule with the size of 300nm into a small molecule group with the size of less than 3nm, the combustion efficiency is higher, and the effects of saving oil and reducing emission are achieved.

Description

Negative ion oil oxygen fuel-saving card

Technical Field

An anion oil oxygen fuel-saving card developed by utilizing anion functional materials belongs to the field of energy-saving, consumption-reducing and chemical functional materials.

Background

With the economic development and the increase of automobiles, people enjoy comfort and convenience, and meanwhile, the problems of energy shortage, environmental pollution and the like are increasingly highlighted. Particularly, under the situation of global energy shortage, fuel becomes more and more tense, and how to reduce the oil consumption of automobiles, reduce the operation cost and improve the economic benefit becomes a very concerned focus problem.

In order to save oil, people want a plurality of methods, such as often cleaning the load of articles in the vehicle; the air filter, the gasoline filter, the engine oil filter and the like are maintained regularly, so that the gasoline is combusted more fully, and the fuel oil rate is improved; the fuel waste is reduced by keeping the vehicle running at a medium speed, stopping for a long time and flameout, and the like.

At present, some fuel-saving cards, fuel oil products and the like appear in the market, and according to the test of the fuel-saving cards and the fuel oil products, the fuel-saving effect is not ideal and is only about 5 percent.

Disclosure of Invention

Basis for the invention

According to the environmental research of the ancient China sea rock with a micropore structure, such as hexacyclic rock, clear water stone, meteorite, Huangheyu, deep sea volcanic rock, germanite and tourmaline, in the Ordovician era, the surface temperature of the ancient China earth reaches more than 400-900 ℃, oxygen is not contained in the surface gas of the earth, and the nitrogen and the hydrogen respectively account for 90% and 10%. In the high-temperature high-pressure oxygen-free reduction environment, hydrogen is polarized and ionized in a plasma state, and the hydrogen is dissolved into minerals of lava to be stabilized, which belongs to the field of plasma physics. These negative hydrogen ions (H-) are also called hydride ions, and the hydrogen atom has one more electron and becomes negative ions with negative charge.

Mechanism of action of the invention

The negative ion functional materials with the micropore structure, such as hexacyclic stone, clean water stone, meteorite, yellow river jade, deep sea volcanic, germanite, tourmaline and the like, emit deep low frequency 1.5-9.9HZ long-band waves, the ores contain elements such as germanium, aluminum, iron, boron, cobalt, nickel, vanadium, calcium, magnesium, sodium, potassium, selenium, zinc, strontium, titanium, silicon and the like, each micropore has 0.06MA potential difference and has bioelectricity effect, the fuel-saving effect is realized by the following mechanism mode that ① can release a large amount of electrons, and the negative ion O is generated by combining with oxygen in the air^2-(H2O) increased oxygen content, these oxygen contents being high② can decompose water to generate H +, H + H + to form H₂Combustible material for supplying large quantity of combustible gas H to automobile engine by means of automobile air filter₂③ negative ion material has energy of biological potential energy difference, heat is transferred through mutual collision of molecules, molecular vibration and migration of electrons, for example, adjacent molecules with different gas temperatures collide with each other to cause mass transfer, liquid molecules have stronger interaction force, heat transfer is caused by the vibration of adjacent molecules, collision of solid adjacent molecules or migration of electrons, the negative ion material releases a large amount of electrons, and the acting force of the solid is strongest, so that the solid fuel-saving material has stronger heat conduction acting force, the movement of oil and steam is intensified, the acting force between fuel molecules is reduced, the fuel molecular chain is shortened, a large molecule with the size of 300nm is converted into a small molecule group with the size of less than 3nm, the specific surface area of the oil molecule is greatly improved, and accordingly, better atomization is achieved, negative oxygen ions are combined with the fuel molecules more fully, the combustion efficiency is higher, and the effects of saving fuel and reducing emission are achieved.

Products of the invention

The invention utilizes the anion functional material to develop the anion oil-oxygen saving card: the anion functional material hexacyclic stone, the clear water stone, the meteorite, the yellow river jade, the deep sea volcanic rock, the germanite and the tourmaline are ground and proportioned, a trace mineral catalyst is added, the anion oil-oxygen fuel saving card with fixed length, width and thickness is formed and placed in an air filter box.

The gist of the invention

Selecting proper negative ion functional material components, reasonably mixing the components according to a proportion, grinding the components into powder, mixing the powder with plastic and rubber particles according to a proper proportion, and performing injection molding or curing to obtain the negative ion oil-oxygen fuel-saving card.

The products with proper shapes and sizes are manufactured, each product reaches a certain energy level, and the energy acts on an air filter at the front end of the oil and gas supply to realize the oil-saving effect.

Formulation of the invention

Hexacyclic stone (5.0-20.0), clear water stone (5.0-15.0), tourmaline (10.0-20.0), meteorite (5.0-15.0), yellow river jade (5.0-15.0), deep sea volcanic (5.0-10.0), germanite (5.0-10.0), purified rare earth oxide (0.5-5.0) and mineral powder adhesive (2.0-10.0).

1. Six-ring stone: it is produced in yellow river basin of the genus of Baotou city of inner Mongolia, produced in Ordovician (2 hundred million and 4 million years from today) and belongs to sedimentary rock. The cutting of the material by calcite into regular blocks, the periodic precipitation of limonite at the center of the block to form the now "ring". The surface layer of the ore body is in the shape of slate, and each sheet of the board has the complete shape and color circle. The patterns of the triangle, the trapezoid, the square, the parallelogram and the like are arranged, the side length of the smallest complete triangle pattern is only 3cm, and the side length of the largest complete triangle pattern is about 1.5 m. The lower layer is an undisturbed rock stratum, the thickest part reaches 1.7m, the maximum block size is 3.8 x 1.7 x 0.8m, the lower layer is a cuboid, and the color ring is complete. The product processed by the natural six-ring stone has special functions.

Comprising: high temperature resistance; has health promotion function, contains ferric oxide above 3%, and is recorded in compendium of materia Medica, Li Shizhen: limonite has the functions of calming the nerves and hematite has the functions of calming the liver and calming endogenous wind. The hexacyclic ring stone integrates multiple energies, and the detected anion generating amount of hexacyclic ring stone raw ore is 1173inos/cm³The far infrared ray has a wavelength of 8-15 μm, contains high content of noble metal germanium, and has bioelectricity required by human body.

Four major energies of natural hexacyclic stones: the energy first and sixth ring stone emits far infrared ray. The hexacyclic ring stone emits far infrared ray with wavelength of 8-15 μm at 20 deg.C. The energy II and six-ring stone generates negative ions permanently. The valence-variable metal Fe is easy to generate oxidation-reduction reaction and is combined with water molecules in the environment to form a large amount of negative ions. The energy tricyclic and hexacyclic stone contains trace elements of germanium and elements of calcium, magnesium, sodium, potassium, iron, selenium, zinc and the like. Energy the four and six rings of stones produce bioelectricity.

2. Clear water stone: the Huanghe stone flows through the Qinghai section called Heyuan stone, the Gansu section and Ningxia section called Lanzhou stone, the inner Mongolia section called Qingshui stone, the Heluo stone (also called Luoyang Huanghe stone) in the Henan section, and the east where the stone is not produced basically due to the geography reasons of soil. Clear water stone, chemical composition: ca (mg) CO 3: 95.48%, Alpha-SiO 2: 4.52 percent of the rock is piled rock formed by piling for hundreds of millions of years, and the rock is pure natural green stone with health care function because the rock contains selenium, strontium, germanium and other anti-cancer and long-life elements and retains various active enzymes and trace elements beneficial to human body.

3. Tourmaline stone: tourmaline (Tourmaline), also known as Tourmaline-Tourmaline, has a chemical composition:

(Na, Ca) (Mg, Fe)3B3Al6Si6(O, OH, F) in the trigonal/hexagonal system, crystal habit: column, trigonal column, hexagonal column, trigonal single cone, and the aggregate is in form of radial, beam, or rod. Glass gloss, transparency to opacity, hardness 7-7.5, specific gravity 3.0-3.2 refractive index 1.62-1.64, birefringence: 0.018 to 0.040, usually 0.020.

Tourmaline is a very complex boroaluminosilicate. Has bioelectricity effect, and the tourmaline has micro-current flowing on the surface and has the effect of releasing negative ions. The tourmaline has a far infrared ray function, and the far infrared ray can improve the blood circulation of the human body, is beneficial to promoting the metabolism of the human body, keeps the normal energy activity of the organism, can improve the immunity of the organism and enhance the regeneration capacity of tissues. 4. Yellow river jade: the Huanghe Yu is produced in the Huanghe in Huoyaste inner Mongolia, the stone shape is mainly characterized by small, ingenious, fancy and beautiful shape, and the clear water of the Huanghe Yu is clear and natural. Ancient stone grows in mountain and turns into water. The glittering microcrystal is uniformly distributed on the stone body in a point form, and the microcrystal on the stone body can emit beautiful 'golden' or 'platinum' luster under the irradiation of light, the luster is not rich in storage, and the glittering stone is like a diamond and like a full-scale star in a night sky during viewing. The crystal on the stone surface is very fine and can be observed only under a magnifying glass, the size of the microcrystal is within 0.01-0.1 mm, and the frequency of the yellow river jade is 2.3-9.9H' z.

5. Deep sea volcanic rock (volcanic rock is also called pumice or basalt), belongs to the group of magma rock (igneous rock), is a porous stone formed after volcanic eruption, and is very precious. The rock pulp sprayed during the spraying process contains gas slag, solid rock pulp and brilliant stone, the temperature and the pressure are rapidly reduced, and chemical and physical changes occur, so that the rock pulp becomes volcanic rock. Contains a large amount of silicon, potassium, sodium, iron, magnesium, 26 mineral elements, copper, zinc, chromium, nickel, manganese and the like, and the heated volcanic rock can release a large amount of atomized energy ions and simultaneously generate a magnetic effect, a warming effect and a cooling and heating effect.

6. Meteorites are unburnt stone, iron or chalcopyrite substances scattered on the surface of the earth by universal meteorologic stars or dust fragments which are separated from the original orbit outside the earth, and the meteorites can emit wave frequency of 1.0 HZ. The average density of the merle is between 3 and 3.5g/cm3, and the main component is silicate.

7. Germanite, the surface of which is silver gray crystal, is a rare metal, an important semiconductor material, and has wide application range, and the shadow can be seen in medicine and industry. Germanium is a precious rare element, and independent ore deposits are hardly found in nature. Germanium is used as a high-tech material, and is increasingly widely applied to the fields of optical fiber communication, national defense science and technology, aerospace technology, medical care, geological exploration, chemical catalysis, semiconductor materials and the like, particularly, the research of high-tech science and technology is increasingly deep and wide nowadays when knowledge is exploded economically, and the application field of the germanium material is also increasingly expanded.

8. Purifying the rare earth oxide: the band gap energy of the purified rare earth oxide is larger, an impurity energy level can be introduced into a forbidden band of the purified rare earth oxide, the width of the forbidden band is reduced, electrons in a valence band are subjected to light excitation with larger wavelength, and then jump to the impurity energy level, and the electrons are made to jump to the conduction band from the impurity energy level through energy absorption again, so that the energy required by excitation is reduced, the aim of moving the spectral response range of the photocatalyst to a visible light region is fulfilled, and the activity of the catalytic material is improved.

9. Mineral powder adhesive agent: is a film-forming base material mainly containing fluorite powder and barium sulfate mineral viscous components.

The implementation method comprises the following steps:

(1) preparing anion powder: the mineral negative ion functional material is crushed, ground, ball milled and the like to reach the fineness of more than 500 meshes. Selecting proper components, and reasonably mixing the components to form the anion powder.

(2) The processing method comprises the steps of ① injection molding, namely mixing the negative ion functional materials according to the component proportion, adding the negative ion functional materials into PE plastic granules by 30-50% of the adding amount, adding a plasticizer, uniformly stirring, carrying out extrusion granulation, carrying out injection molding on the granulated modified plastic granules, ② curing molding, namely mixing the negative ion functional materials according to the component proportion, adding the negative ion functional materials into a plastic material by 30-50% of the adding amount, uniformly stirring, and carrying out curing molding.

(3) The implementation method comprises the following steps: the oil-oxygen fuel-saving card is placed in an automobile air filter box, and 4-12 pieces of the oil-oxygen fuel-saving card are placed according to the discharge capacity of an engine.

Through the implementation, the accumulated carbon in the engine can be vibrated and quickly discharged when the rotating speed of the engine is raised to 4000-. The fuel-saving and synergistic effect is obvious when the vehicle runs, and the exhaust emission is reduced.

Specific example 1:

the oil-oxygen fuel-saving card developed by utilizing the negative ion functional material comprises the following negative ion powder components in parts by weight: 10.0 parts of hexacyclic stone, 15.0 parts of clean water stone, 15.0 parts of tourmaline, 10.0 parts of meteorite, 5.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 2.0 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. And preparing the oil oxygen card according to the processing method of the implementation method.

The specific implementation method is as follows in the following table 1: 4 oil-oxygen fuel-saving cards with negative ion release amount of 13000 are placed in an Audi A6 automobile air filter box. And (5) carrying out a fuel saving rate test.

The test data of this example 1 are shown in Table 1.

Table 1: example 1 test results of oil-oxygen fuel-economizing card by using negative ion material

Specific example 2:

the oil-oxygen fuel-saving card developed by utilizing negative ion functional materials comprises the following components in parts by weight: 15.0 parts of hexacyclic stone, 10.0 parts of clean water stone, 20.0 parts of tourmaline, 10.0 parts of meteorite, 5.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 3.5 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. And preparing the oil oxygen card according to the processing method of the implementation method.

The specific implementation method comprises the following steps: 4 oxygen oil-saving cards with negative ion release amount of 14200 are placed in an Audi A6 automobile air filter box. And (5) carrying out a fuel saving rate test.

The test data of this example 2 are shown in Table 2.

Table 2: example 2 detection results of oil-oxygen fuel-economizing card by using negative ion material

Specific example 3:

the oil-oxygen fuel-saving card developed by utilizing negative ion functional materials comprises the following components in parts by weight: 15.0 parts of hexacyclic stone, 15.0 parts of clean water stone, 15.0 parts of tourmaline, 5.0 parts of meteorite, 10.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 4.0 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. Then preparing aerobic oil card, oxygen card and negative ion oxygen liquid according to the processing method of the realization method.

The specific implementation method comprises the following steps: 4 oxygen oil-saving cards with the negative ion release amount of 15000 are placed in an Audi A6 automobile air filter box. And (5) carrying out a fuel saving rate test.

The test data of this example 3 are shown in Table 3.

Table 3: example 3 test results of oil-oxygen fuel-economizing card by using negative ion material

By using the implementation and detection of the oil oxygen economizer developed by the anion material, the following findings are found: the oil oxygen fuel-economizing card generates a large amount of negative oxygen ions which are directly provided for more sufficient oxygen (namely oxygen required by combustion) of the engine, so that the combustion is more sufficient, and the fuel efficiency is improved. Meanwhile, a large amount of hydrogen ions and hydrogen are generated, more hydrogen fuel components in the fuel oil are increased, and the combustion rate is higher. The fuel-saving efficiency is obviously improved and the exhaust emission is reduced when the vehicle runs, the fuel-saving rate reaches 25-35%, the CO emission is reduced by 60-66%, and the smoke emission is reduced by 50-58%.

After the automobile is in an idling state for 20 minutes, when the rotating speed of the engine is raised to 4000-.

The main material of the product is the composition of inorganic mineral, plastic and rubber, and the product is safe, non-toxic, pollution-free, good in aging resistance, capable of being used continuously, good in lasting durability and wide in applicability.

Claims

1. The negative ion oil-oxygen saving card is characterized in that the card is prepared by the following negative ion functional materials with micropore structures: hexacyclic stone, clear water stone, meteorite, yellow river jade, deep sea volcanic rock, germanite, tourmaline and the like, and the deep low-frequency 1.5-9.9HZ long-band wave is emitted, the ores contain elements such as germanium, aluminum, iron, boron, cobalt, nickel, vanadium, calcium, magnesium, sodium, potassium, selenium, zinc, strontium, titanium, silicon and the like, each micropore has 0.06MA potential difference, has bioelectricity effect, can release a large amount of electrons, and is combined with oxygen in the air to generate negative oxygen ion O^2-(H2O), the oxygen content is increased, and the gas with high oxygen content enters the automobile engine through the automobile air filter, so that more sufficient oxygen is provided for the automobile engine, the oil is combusted more fully, and the fuel efficiency is improved; can decompose water to generate a large amount of H +, H + H + to form H₂Combustible material for supplying large quantity of combustible gas H to automobile engine by means of automobile air filter₂The power is strong; the negative ion material has energy with potential energy difference, and the heat conduction acting force of the solid fuel-saving material is stronger through mutual collision of molecules or migration of electrons. The movement of oil and steam is intensified, the acting force among fuel molecules is reduced, the molecular chain of the fuel is shortened, and the molecular chain is changed from a large molecule with the size of 300nm to a small molecular group with the size of less than 3 nm. The specific surface area of oil molecules is greatly improved, so that better atomization is realized, the negative oxygen ions are more fully combined with the fuel oil molecules, the combustion efficiency is higher, and the effects of saving oil and reducing emission are achieved.

2. The invention discloses an anion oil-oxygen saving card, which is characterized in that the anion oil-oxygen saving card is developed by utilizing anion functional materials: the anion functional material hexacyclic stone, the clear water stone, the meteorite, the yellow river jade, the deep sea volcanic rock, the germanite and the tourmaline are ground and proportioned, a trace mineral catalyst is added, the anion oil-oxygen fuel saving card with fixed length, width and thickness is formed and placed in an air filter box.

3. The invention discloses an oxygen-saving oil card with anion oil, which is characterized in that: selecting proper negative ion functional material components, reasonably mixing the components according to a proportion, grinding the components into powder, mixing the powder with plastic and plastic particles according to a proper proportion, and performing injection molding or curing to obtain the oil-oxygen fuel-economizing card. The products with proper shapes and sizes are manufactured, each product reaches a certain energy level, and the energy acts on an air filter at the front end of the oil and gas supply to realize the oil-saving effect.

4. The anion oil oxygen saving card is characterized in that the formula of the invention is as follows: hexacyclic stone (5.0-20.0), clear water stone (5.0-15.0), tourmaline (10.0-20.0), meteorite (5.0-15.0), yellow river jade (5.0-15.0), deep sea volcanic (5.0-10.0), germanite (5.0-10.0), purified rare earth oxide (0.5-5.0) and mineral powder adhesive (2.0-10.0).

5. The negative ion oil-oxygen fuel-saving card is characterized in that the specific embodiment 1: the anion powder comprises the following raw materials in parts by weight: 10.0 parts of hexacyclic stone, 15.0 parts of clean water stone, 15.0 parts of tourmaline, 10.0 parts of meteorite, 5.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 2.0 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. Then preparing the negative ion oil oxygen-saving oil card according to the processing method.

6. Anion seed oil oxygen fuel economy card, its characterized in that, concrete embodiment 2: the anion powder comprises the following raw materials in parts by weight: 15.0 parts of hexacyclic stone, 10.0 parts of clean water stone, 20.0 parts of tourmaline, 10.0 parts of meteorite, 5.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 3.5 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. Then preparing the negative ion oil oxygen-saving oil card according to the processing method.

7. Anion seed oil oxygen fuel economy card, its characterized in that, concrete embodiment 3: the anion powder comprises the following raw materials in parts by weight: 15.0 parts of hexacyclic stone, 15.0 parts of clean water stone, 15.0 parts of tourmaline, 5.0 parts of meteorite, 10.0 parts of yellow river jade, 5.0 parts of deep sea volcanic rock, 5.0 parts of germanite, 4.0 parts of purified rare earth oxide and 6.0 parts of mineral powder adhesive. Then preparing the negative ion oil oxygen-saving oil card according to the processing method.

8. The negative ion oil-oxygen fuel-saving card is characterized in that the product of the invention is detected by implementation: the fuel-saving efficiency is obviously improved and the exhaust emission is reduced when the vehicle runs, the fuel-saving rate reaches 25-35%, the CO emission is reduced by 60-66%, and the smoke emission is reduced by 50-58%. The main material is the composition of inorganic mineral, plastic and rubber, and the product is safe, non-toxic, pollution-free, good in aging resistance, sustainable, good in durability and wide in applicability.