JP3129625U - Improved structure of gasoline saver - Google Patents

Abstract

An improved structure for a gasoline saver is provided.
The improved structure of the gasoline saver 1 includes, in particular, a storage tank 110 and a lid 13 at the center of the main body, and the ore powder 12 subjected to nano-treatment in both the storage tank and the lid is mixed evenly into the plastic material, It is molded by integral injection using a mold. Put the ore powder in the storage tank of the main body, and connect the lid to the storage tank entrance of the main body. When used, gasoline savers are installed in automobile gasoline tanks, sub-water boxes and air filters. Vibration occurs as the car travels, and the ore powder in the main body storage tank accelerates the molecularization movement to quickly reduce the oil, air, and water molecules, and the assembly is newly assembled. . When the mixing ratio of air and gasoline reaches the optimization, the gasoline is completely burned, the engine is fully rotated, the exhaust gas is reduced, and the effects of gasoline saving and air purification are achieved.
[Selection] Figure 3

Description

  The present invention relates to an improved structure of a gasoline saver, and more particularly to a structure of a gasoline saver that saves gasoline. It has the role of energy saving and air purification, and effectively solves the problem of spending money and time existing in the prior art fuel efficiency improvement methods.

  As current technology levels continue to rise and environmental protection awareness rises, the importance of machines that use various fuels is also increasingly emphasized. In general, the cost of spending on devices external to the traffic tool is very high in order to seek the characteristics of personal traffic tools to save gasoline, increase horsepower and prevent the accumulation of carbides. In particular, an external device for improving fuel efficiency is indispensable.

  There are a variety of ways to improve fuel economy in the market, but is there really a gasoline saving effect of transportation tools (eg motorcycles, cars) with external devices? Can carbide be prevented from accumulating in parts? In addition, whether or not there is a feature such as quickly increasing horsepower is a problem that is most emphasized by users. Therefore, research and development of external devices that have the effect of saving gasoline, quickly increasing horsepower, and preventing the accumulation of carbides has become a problem that researchers and manufacturers want to overcome most. It is also a research and development motivation.

  Furthermore, the conventional method for improving fuel consumption uses additives of almost various different components regardless of the structural form. Known auxiliary additives have already been on the market for a long time, but there is still room for improvement in terms of practicality. To investigate the cause, supplemental additives must be constantly added as the gasoline runs out. In addition to wasting money, users spend a lot of time calculating purchases and gasoline, and adding self-supporting additives. This is very troublesome for the user. Therefore, it was necessary to improve the above-described technique.

  Although the above-mentioned prior art improves the fuel efficiency of transportation tools (for example: motorcycles, automobiles), there are many inconveniences such as waste of money, time to purchase, and addition to the calculation of gasoline. Accordingly, a main object of the present invention is to provide an improved structure of a gasoline saver that solves the above-described problems.

  In order to solve the above-mentioned object, the present invention has a main body with a storage tank in the center and a lid, and the main body and the lid are mixed with ore powder that has been subjected to nano-processing evenly in a plastic material, and a mold is used. It is molded by integral injection. The ore powder has far-infrared and negative ion effects, and after the ore powder is put into the main body storage tank, a lid is connected to the main body storage tank entrance. When used, gasoline savers are installed in automobile gasoline tanks, sub-water tanks, air filters, etc., and vibration occurs when the automobile travels, and ore powder in the storage tank of the main body accelerates molecularization movement. Quickly change the structure of oil molecules, air molecules and water molecules and re-assemble them to optimize the mixing ratio of air and gasoline. Gasoline burns completely and the engine not only becomes more powerful, but also reduces the amount of exhaust gas, reaching the goal of improving fuel economy and purifying air.

  In the present invention, a storage tank is installed in the center of the main body, and ore powder having a far-infrared ray and negative ion effect is inserted therein, and the ore powder undergoes molecularization movement through vibration generated when the automobile travels. By accelerating, quickly changing the structure of oil molecules, air molecules and water molecules and reassembling, the mixing ratio of air and gasoline is optimized. Therefore, gasoline is burned completely, and not only the engine horsepower is increased, but also the amount of exhaust gas is reduced, resulting in improved fuel efficiency and air purification.

  In order to clearly show the improved gasoline saving structure according to the present invention, a detailed description will be given with reference to the drawings.

  1, 2, and 3 show a three-dimensional exploded view, an assembled external view, and an assembled sectional view of the present invention, respectively. The structure of the gasoline saver 1 is assembled by a main body 11, an ore powder 12 and a lid 13, respectively.

  The main body 11 is formed by uniformly injecting nano-processed ore powder 12 into the plastic material and then integrally injecting it using a mold. The main body 11 has a hollow cylindrical shape having a storage tank 110 at the center. The outer shape of the main body 11 is a specific embodiment of the present invention, and the structure of the outer shape is not limited thereby. It can be changed to any different shape based on user needs and design. Simple modifications and structural changes with equivalent effects are all within the scope of the present invention.

  The above-described ore powder 12 is placed in the storage tank 110 in the center of the main body 11, and the lid 13 is connected to the entrance of the storage tank 110 of the main body 11 to complete the assembly of the gasoline saver 1.

  The lid 13 is obtained by uniformly injecting the nano-processed ore powder 12 into the plastic material and then integrally molding it using a mold. The lid 13 is connected to a connecting part 131 and another connecting part 111 (for example, an inner screw pattern (connecting part 131) inside the lid main body 13 and a storage tank of the main body 11) at locations corresponding to the connecting process of the storage tank 110 of the main body 11. By providing an external screw pattern (another connecting part 111) at the entrance location of 110, they are connected to each other.

  Moreover, about the structure of this gasoline saver 1, it is also possible to provide the component 112 (for example, ring) hung on the opposite side of the storage tank 110 of the main body 11. The hanging part 112 can be provided on the edge of the lid 13 (not shown). The place where the characteristic part is installed is not limited, and any changes or modifications based on the application range of the present invention are not limited to this. Within the protection scope of the device.

  When using the structure of the gasoline saver 1 of the present invention, the one end of the rope 14 is passed through a part 112 that hangs, and the other end of the rope 14 is hung somewhere, or a gasoline tank, a sub-water box, an air filter, etc. Install in. The main body 11 and the lid 13 of the gasoline saver 1 are both molded by uniformly injecting ore powder 12 into a plastic material and integrally injecting it using a mold. An ore powder 12 having a far infrared ray and negative ion effect is placed inside the central storage tank 110 of the main body 11.

  When vibrations occur while the car is moving, the structure of the gasoline saver 1 also moves together, accelerating the movement of the molecules, quickly reducing the molecules of oil, air and water, and reassembling the array It is done. When the mixing ratio of air and gasoline reaches the optimization, the gasoline is completely burned, the engine is fully rotated, the exhaust gas is reduced, and the effects of gasoline saving and air purification are achieved.

  Furthermore, since the ore powder 12 has the effect of negative ions, it emits negative electricity in the oxygen molecules and activates the movement, thereby increasing the amount of oxygen sucked and increasing the oxygen solubility of the oil molecules. In particular, the fine particles in the air and the degree of wetness are reduced, the air is activated all over, and the oil molecules and oxygen are sufficiently mixed to reach the complete fuel.

  The technical points of the gasoline saver 1 of the present invention, which is an improvement over the prior art, are as follows.

(1) The structure of the gasoline saver 1 of the present invention is that the oil molecules passing through are newly arranged, the hydrocarbon molecules are separated, and the oil molecules are made finer, so that the combustion is completed when entering the cylinder. Reduce carbon monoxide and hydrocarbon emissions and naturally eliminate the accumulation of carbides after use. This increases the efficiency of the engine, extends its life, reduces noise and vibration, and achieves energy saving and environmental protection effects.

(2) The structure of the gasoline saver 1 according to the present invention reduces the cooling water molecules, conducts them to the machine oil when passing through the cylinder, changes the characteristics of the machine oil, and atomizes the machine oil molecules. This increases the lubrication effect of the cylinder, protects the engine, makes the accelerator reaction more sensitive, and makes the engine run smoothly.

  The above is one of the best embodiments of the present invention, and all changes, modifications, applications, and forms based on the concept of the present invention are all within the scope of the present invention when the same effects are produced.

It is a three-dimensional exploded view of the present invention. It is an assembly appearance view of the present invention. It is an assembly sectional view of the present invention.

Explanation of symbols

1. Gasoline saver 11. Body 110. Storage tank 111. Another connecting part 112. Hanging parts 12. Ore powder13. Lid 14. rope

Claims (3)

Including body and ore powder, lid,
The main body is made of ore powder that has been nano-processed, mixed evenly into the plastic material, molded integrally by using a mold, and has a hollow cylinder of a storage tank in the center of the main body,
The ore powder is put into the storage tank of the main body,
The lid is a gasoline saver characterized in that the nano-processed ore powder is evenly mixed in the plastic material, integrally molded by using a mold, and connected to the storage tank inlet of the main body. Improved structure.   The improved structure of the gasoline saver according to claim 1, wherein the lid is provided with a connecting part and another connecting part at a place corresponding to the connecting place of the main body storage tank entrance.   The improved structure of a gasoline saver according to claim 1, wherein the main body is provided with a part that is hung at the opposite end of the storage tank entrance.

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