CN201090327Y - Environmental protection infrared nanometer magnetized economizer - Google Patents

Abstract

The utility model discloses an environmental-protection infrared nanometer magnetized oil saver, which is characterized in comprising a magnetizing part and an infrared part, wherein the magnetizing part is a magnetized ring that is composed of two symmetrically-arranged semi-cylinders, a magnet is arranged in each semi-cylinder, the infrared part is formed by an infrared rubber bar that is spirally twisted on outer wall of oil tube, the magnetizing ring is sleeved at the end of the oil tube near the engine, the infrared rubber bar is arranged inside the magnetizing ring, moreover one end of the infrared rubber bar is against the opposite end face of the magnetizing ring. In the utility model the magnetizing ring is combined with the infrared rubber bar so as to form two stage atomization effect, so that fuel oil inputted into the engine can be combusted sufficiently so as to improve fuel oil utilization ratio, thereby reducing oil consumption, simultaneously the sufficient combustion of fuel oil can reduce the emission of harmful gas so as to be advantageous for environmental protection.

Description

Environmentally friendly infrared nano magnetization fuel saver

technical field

The utility model relates to a fuel economizer, in particular to an environment-friendly infrared nano-magnetized fuel economizer used on a fuel delivery pipe at the engine end of a vehicle. Realize the effect of saving fuel.

Background technique

There are two traditional ways to save fuel for motor vehicles: one is to reduce the output power of the motor vehicle engine, that is, to reduce the exhaust volume of the engine, but the comfort and speed performance of the motor vehicle are also reduced at the same time; the other is to increase the fuel consumption of the engine. Efficacy, that is, to improve the output power of the engine unit fuel, that is, to improve the efficiency of fuel use, but the existing fuel-saving devices for motor vehicles are generally more complicated and the effect is not ideal.

The fuel economizers currently on the market can be roughly divided into four categories: one is mechanical, such as electronic carburettors, which not only have high production costs, are difficult to install, but are prone to failure and difficult to maintain; Whether it is an engine oil additive or a fuel additive, the operation is complicated; the third is a single magnetization type, which is used to magnetize the fuel before it enters the engine, so as to improve the combustion rate of the fuel and achieve the purpose of saving fuel, but the structure is complicated, and even the principle needs to be changed. The structure of the engine; the fourth is a single infrared type, which preheats the fuel through infrared waves to promote full combustion of the fuel, but the fuel saving effect is poor.

Contents of the invention

The purpose of the utility model is to provide an environment-friendly infrared nano-magnetized fuel economizer with simple structure and convenient installation. Using the fuel economizer can greatly improve the fuel utilization rate and save fuel consumption.

In order to achieve the above purpose, the technical solution adopted by the utility model is: an environmentally friendly infrared nano-magnetized fuel saver, including a magnetized part and an infrared part, and the magnetized part is composed of a magnetized ring composed of two groups of symmetrically arranged semi-cylindrical bodies. , each of the semi-cylinders is provided with a magnetic block; the infrared outer part is composed of an infrared rubber strip spirally wound on the outer wall of the oil pipe; the magnetized ring is sleeved on the near engine end of the oil pipe, and the infrared rubber strip is located The inner side of the magnetization ring, and one end of it is close to the end surface of the opposite side of the magnetization ring.

In the above technical solution, the magnetized part is sleeved outside the oil pipe through two sets of semi-cylinders, and the magnetic performance index of the magnetic block inside is 3000-5000 Gauss; the infrared part is made of rubber as a carrier and added with infrared nano mineral It is composed of infrared rubber strips, which are wrapped on the oil pipe wall in a helical winding manner. The production process is: decompose the minerals that can produce far infrared to the nanometer level, so that the energy radiation of far infrared can be significantly improved, and then used Far-infrared nano-minerals are organically fused with rubber particles, extruded through rubber equipment, and after high-temperature setting, it becomes the new infrared nano-rubber strip. When in use, when the fuel enters the engine from the fuel tank through the fuel inlet pipe, it first passes through the fuel pipe covered with infrared rubber strips, and the infrared electromagnetic wave penetrates the pipe wall to activate and refine the olefin oil and separate impurities, so that the fuel increases the solubility. Oxygen rate, easier to atomize and ignite, and then through the magnetization of the two-stage magnetized ring, the structure of the magnetized fuel will change, prompting the cracking of fuel molecules, long chains into short chains, large particles into small particles, and changes in fuel molecules The arrangement of the particles makes the particles change, the dispersion ability is improved, and the atomization effect is enhanced; through the enhancement of the two-stage atomization ability (infrared + magnetization), the engine can work with the most uniform and thin combustible mixture, and the combustion efficiency is remarkable increase, thereby reducing fuel consumption.

In the above technical solution, the magnetizing ring is composed of a housing and a permanent magnet block, the inner diameter of the housing matches the outer diameter of the oil pipe, and an arc-shaped groove is arranged on the end surface of the housing, and is embedded in the arc-shaped concave The permanent magnet block in the groove is matched with the inner wall of the groove.

In the above technical solution, an engaging structure is provided at the joint of the semi-cylindrical bodies forming the magnetized ring, and the symmetrically arranged semi-cylindrical bodies are connected through the engaging structure to form the magnetized ring.

Due to the use of the above technical solutions, the utility model has the following advantages compared with the prior art:

1. Since the utility model uses the combination of the magnetized ring and the infrared rubber strip to form a two-stage atomized fuel effect of infrared plus magnetization, compared with the previous single-stage atomized structure, the fuel fed into the engine can be more easily absorbed Ignite and burn more completely, so the power can be enhanced, thereby reducing fuel consumption;

2. Due to the full combustion of fuel oil, the exhaust emissions of carbon monoxide (CO), hydrocarbons (HC) and nitrogen oxides (NOX) are greatly reduced, which is beneficial to environmental protection; at the same time, it can prevent the generation of nitrogen oxides and carbon deposits , Eliminate carbon deposits in the engine combustion chamber, make the engine run smoothly, and prolong the life of the engine and related components;

3. Since the utility model is installed, it only needs to put the magnetized ring on the oil pipe and the infrared rubber strip to wind the oil pipe, so the installation is more convenient and the structure is relatively simple, and it can be applied to various motor vehicle oil pipes.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment one;

Fig. 2 is a schematic diagram of the assembled structure of Fig. 1 (the magnetic block is not drawn);

Fig. 3 is a schematic structural view of a single half-cylinder forming the magnetization ring in Fig. 1;

Fig. 4 is a schematic structural diagram of the infrared rubber strip in Fig. 1 .

Among them: 1. Magnetized ring; 2. Infrared rubber strip; 3. Oil pipe; 4. Half cylinder; 5. Arc groove; 6. Magnetic block.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Embodiment 1: As shown in Figures 1 to 4, an environmentally friendly infrared nano-magnetized fuel saver includes a magnetized part and an infrared part. The magnetized part is a magnetized ring 1 composed of two sets of symmetrically arranged semi-cylinders 4. Each of the semi-cylindrical bodies 4 is provided with a magnetic block 6; the infrared outer part is composed of an infrared rubber strip 2 spirally wound on the outer wall of the oil pipe 3; the magnetized ring 1 is sleeved on the end of the oil pipe 3 near the engine, The infrared rubber strip 2 is located inside the magnetized ring 1 , and one end thereof is close to the opposite end surface of the magnetized ring 1 .

In this embodiment, the magnetizing ring 1 is composed of a housing and a permanent magnet block, the inner diameter of the housing matches the outer diameter of the oil pipe 3, an arc is provided on the end surface of the housing, and it is embedded in the arc concave The permanent magnet block in the groove 5 cooperates with the inner wall of the groove.

During installation, as shown in Figure 2, buckle four semi-cylinders 4 of plastic shells on the oil pipe 3 to form two sets of magnetized rings 1, and then wrap the infrared rubber strip 2 close to the inner end surface of the magnetized ring 1 on the oil pipe 3 , Fasten and wrap tightly to complete the installation.

At room temperature, two cars (Jetta, Santana) were tested for fuel-saving effect. After installing this embodiment, the two cars traveled 5065km and 4566km respectively. Compared with when they were not installed, the fuel-saving rate reached 19.7%. and 7.8%.

Embodiment 2: The structure of this embodiment is similar to Embodiment 1, the difference is that: the joint of the semi-cylinders that make up the magnetization ring is provided with a snap-fit structure, and the plugs on the opposite sides of the two semi-cylinders that are symmetrically arranged The groove and the protrusion are plugged and engaged together to form a magnetized ring.

Claims (3)

1. infrared nanometer magnetized fuel economizer of environmental protection is characterized in that: comprise magnetized portion and infrared portion, described magnetized portion is made up of the magnetizing drinking cup (1) that semicylinder (4) amalgamation of 2 groups of symmetric arrangement constitutes, and is provided with magnetic patch (6) in each described semicylinder (4); Described infrared portion is made of the infrared rubber strip (2) that spiral is wound in oil pipe (3) outer wall; Described magnetizing drinking cup (1) is sheathed on the nearly motor end of oil pipe (3), and described infrared rubber strip (2) is positioned at the inboard of magnetizing drinking cup (1), and the one end is close proximity on the end face of magnetizing drinking cup (1) opposite side.

2. the infrared nanometer magnetized fuel economizer of environmental protection according to claim 1, it is characterized in that: described magnetizing drinking cup (1) is made up of housing and permanent magnet blocks, the internal diameter of described housing matches with the external diameter of oil pipe (3), the housing end face is provided with arc groove (5), and the described permanent magnet blocks that is embedded in this arc groove (5) matches with the groove inwall.

3. the infrared nanometer magnetized fuel economizer of environmental protection according to claim 1, it is characterized in that: splicing place of forming the semicylinder (4) of described magnetizing drinking cup (1) is provided with snap-in structure, and the semicylinder of symmetric arrangement connects and composes described magnetizing drinking cup (1) through snap-in structure.

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