CN2564768Y - Improved structure of far-infrared fuel-saving accelerator - Google Patents

Abstract

The utility model discloses far infrared oil-saving accelerator improvement structure relates to a structure improvement that the structure is more reliable difficult damage, and the far infrared oil-saving accelerator structure improvement that the body effect is better is dripped in the atomizing. The main structure of the device can comprise an outer tube, an inner oil tube, two end covers with threads and far infrared raw material powder; the combination of the components and the raw materials, the combination of the inner oil pipe, the outer pipe and the end cover by the thread structure, the tightness and the reliability, the powder far infrared raw materials are filled in the chamber of the outer pipe, the oil drop volume is reduced and the atomization effect is better except for higher component ratio, and the danger that the end of the outer pipe is broken or the inner oil pipe is damaged by the fragmentation and the puncture under the impact state of the far infrared ceramic pipe can be effectively prevented.

Description

Improved structure of far-infrared fuel-saving accelerator

technical field

The utility model relates to an improved structure of a far-infrared fuel-saving accelerator, which relates to an improved structure of a far-infrared fuel-saving accelerator with a more reliable structure, less damage and better effect of atomizing oil droplets. It can effectively prevent the outer pipe end from breaking or the danger of breaking and puncturing the inner oil pipe due to the impact of the far-infrared ceramic pipe.

Background technique

For various energy or fuels, how to effectively use and create a higher energy conversion rate has always been the goal of the academic and industrial circles;

Gasoline is still the most important fuel in terms of cars, which are very close in life. However, the formation of gasoline does not happen overnight. If people's demand for gasoline continues to decline, the depletion of crude oil is predictable.

Therefore, many technologies to improve the combustion rate of automobile engines have been introduced to the market one after another. Among them, far-infrared rays are used to make gasoline molecules elongate, the surface tension of gasoline increases, the volume of oil droplets is relatively smaller, and the atomization is finer, so that the area in contact with air can be reduced. Increased combustion in the combustion chamber is faster and more complete, with better performance, and can reduce engine carbon deposits. It can be described as an ideal and feasible performance improvement device.

And the structure of this kind device, both as shown in Figure 6, is to be by an outer tube 1, built-in one contains tube columnar far-infrared ray ceramic tube 31, and an inner oil tube 4 is worn in the ceramic tube; Outer tube 1 upper and lower two ends The end cap 23 of the prior art is placed in the plug, and a spring 24 is arranged between the end cap and the ceramic tube; this structural device can indeed achieve the effect of reducing the volume of the oil droplet as expected; however, in this structure, the outer tube 1 and the two end caps The clamping part 231 of 23 is a combination of dense plugging, and the shaking of the vehicle for a long time can easily cause cracks at the end of the outer pipe 1, and even damage the inner oil pipe 4 to cause gasoline to leak out, causing danger;

Moreover, although this type of structure is provided with a spring 24 that can slow down the longitudinal impact force, once the lateral impact force acts on the outer tube 1, the ceramic tube in it is likely to be broken, and the broken ceramic tube will puncture. And inner oil pipe 4, then there is the worry of oil seepage.

Therefore, in view of the unsatisfactory aspects of the above-mentioned commonly used structures, the inventor deeply feels that there is a need for improvement, so he studies and improves with his experience in the design and manufacture of this type of product. After a long period of design experiments and corrections, The utility model has been designed, because the structure adopts a simplistic design as far as possible, so that it can also have the advantages of simple structure, safe and reliable effect.

Contents of the invention

The main purpose of the utility model is to provide a far-infrared fuel-saving accelerator structure which is safer, more reliable and less prone to damage.

Another object of the present invention is to provide an improved structure of a far-infrared fuel-saving accelerator with better effect of atomizing oil droplets.

The purpose of this utility model is achieved like this: an improved structure of a far-infrared fuel-saving accelerator, which may include: an outer tube, the two ends of the inner hole of the outer tube are provided with threads, and a chamber is provided inside it; Combined with both ends of the outer tube; the joint between the end cover and the outer tube is provided with threads, which can be tightly screwed with the end of the outer tube. A sealing ring can be provided at the tightness of the two to increase the airtightness of the screw connection. The center of the end cover There is an oil pipe hole, and the inside of the oil pipe hole can be provided with inner thread; an inner oil pipe, the center of the inner oil pipe has an oil pipe inner hole; the inner oil pipe is inserted into the outer pipe; the two ends of the inner oil pipe are respectively provided with connecting ends, behind the It can be equipped with thread, and the connecting ends are respectively inserted into the oil pipe holes of the two end caps; the two connecting ends pass through the end caps and can be connected with the oil pipes of the oil supply system; the material with far infrared rays is filled in the outer In the container of the tube, and cover the surrounding area of the thin tube part of the inner oil tube. Wherein the far-infrared material can be far-infrared raw material powder. Wherein, the part of the inner oil pipe in the outer pipe is a thin pipe part, and its pipe diameter is thinner than that of the connecting end part. Wherein, the combination method of the outer pipe, the inner oil pipe and the end cap can also be provided with an inner thread in the oil pipe hole of the single end cap, and a straight hole is arranged in the oil pipe hole of the other end cap, and a straight hole is arranged in the corresponding joint of the inner oil pipe. Tube parts. Wherein, the material with far-infrared rays can also be provided with a layer of far-infrared raw material powder and a layer of far-infrared ceramic sheets. Wherein, the material with far-infrared rays can also be a ring-shaped far-infrared ceramic sheet.

Based on the above, the improved structure of the far-infrared fuel-saving accelerator of the present invention has indeed achieved the expected effect, and can effectively solve the shortcomings of the existing structure, so it is of great practical value.

Description of drawings

Fig. 1 is a structural representation of the utility model;

Fig. 2 is a structural sectional view of the utility model;

Fig. 3 is the implementation system figure of the utility model;

Fig. 4 is a schematic structural view of another embodiment of the utility model;

Fig. 5 is the structural diagram of the utility model far-infrared ceramic sheet;

Fig. 6 is a schematic structural diagram of the prior art;

Fig. 7 is a structural schematic diagram of another embodiment of the utility model;

Fig. 8 is a structural schematic diagram of another embodiment of the present invention.

Drawing number part

1. Outer tube 10. Housing 11. Thread

2. End cover 20. Oil pipe hole 201. Internal thread

202. Straight hole 21. Thread 23. End cap

231. Locking position 24. Spring 3. Far-infrared raw material powder

31. Far-infrared ceramic tube 32. Far-infrared ceramic sheet 4. Inner oil pipe

40. Oil pipe inner hole 411. Thin pipe part 412. Connecting end

42. Thread 43. Straight pipe part 51, 52 sealing ring

a. Fuel tank b. Pump c. Filter

d. Accelerator e. Engine

Detailed ways

Now with preferred embodiment in conjunction with accompanying drawing, describe in detail as follows:

Please refer to Fig. 1 and Fig. 2, the improved structure of the far-infrared fuel-saving accelerator of the present invention at least includes components such as an end cover 2, an outer tube 1, an inner oil tube 4, and far-infrared raw material powder 3;

Wherein the inner holes at both ends of the outer tube 1 are provided with threads 11; there is a chamber 10 inside;

The two end caps 2 are respectively combined with the two ends of the outer pipe 1; the center of the end cap 2 is provided with an oil pipe hole 20, and the inside of the oil pipe hole 20 can be provided with inner threads 201; the joint between the end cap 2 and the outer pipe 1 is provided with threads 21, can be tightly screwed with the outer tube 1 end, please refer to Figure 2;

An inner oil pipe 4, with an oil pipe inner hole 40 in the center; the inner oil pipe 4 is placed in the outer pipe 1; the two ends of the inner oil pipe 4 are respectively provided with connecting ends 412, and behind the connecting ends 412 are provided with thread 42, and the connecting ends 412 are respectively Put it in the oil pipe hole 20 of the two end caps 2, and match the inner inner thread 201 of the oil pipe hole 20 of the end cap 2 by virtue of its thread pattern 42 structure; the two connecting ends 412 can go out of the end cap 2 position, which can be Connect with the oil pipe of the oil supply system;

The part of the inner oil pipe 4 inside the outer pipe 1 is a thin pipe part 411, and its pipe diameter is thinner than that of the connecting end 412;

The far-infrared raw material powder 3 is filled in the chamber 10 of the outer tube 1, and wraps around the thin tube part 411 of the inner oil tube 4;

Due to the combination of these components, the improved structure of the far-infrared fuel-saving accelerator of the present invention. The outer pipe 1 and the inner oil pipe 4 are combined with the end cover 2 in a screwed manner, so the combination is firm and reliable, and a sealing ring 52 can also be added at the joint. , the sealing effect is better; and the inner oil pipe 4 is directly inserted through the outer pipe 1 and the end cover 2, and the two ends are directly connected with the oil pipe in the device, so there is no oil leakage, and the safety is excellent;

And the improved structure of the utility model far-infrared fuel-saving accelerator. The outer pipe 1 and the inner oil pipe 4 and the end cover 2 adopt the screw-joint combination method, and the inside of the oil pipe hole 20 of the single end cover 2 is provided with an inner thread 201, and the other end cover 2 There is a straight hole 202 inside the oil pipe hole 20, and a straight pipe part 43 is provided at the joint corresponding to the inner oil pipe 4, so that it can also be tightly connected, as shown in Figure 8;

Because what is filled in the outer tube 1 chamber 10 is the far-infrared raw material powder 3, the situation that the prior art far-infrared ceramic tube 31 is easily broken and damaged will not occur; moreover, the powdery raw material has high purity and does not need to add pottery clay, so Its effect is better; And for the inner oil pipe 4 that far-infrared raw material powder 3 is coated, its thin tube position 411 that contacts with raw material powder is because tube wall is thinner, so far-infrared ray penetrating effect is stronger, more helps gasoline Fine atomization effect.

And the improved structure of the utility model's far-infrared fuel-saving accelerator can be installed at the oil pipe between the filter c and the engine e in the engine fuel supply system, as shown in Figure 3;

The improved structure of the far-infrared fuel-saving accelerator of the present utility model can also adopt ring-shaped far-infrared ceramic sheet 32, as shown in Figure 5; make it be placed in series on the inner oil pipe 4, and be placed in the chamber of the outer pipe 1 10, the two ends can cooperate with a spring 24 to help positioning, please refer to shown in Figure 4; the far-infrared ray intensity produced by the ring-shaped far-infrared ray ceramic sheet 32 is higher than the prior art straight tubular far-infrared ray ceramic tube 31, so The effect is better, and it is less likely to be damaged than the straight tubular structure when it is impacted.

The improved structure of the far-infrared fuel-saving accelerator of the present utility model can also adopt a layer of far-infrared raw material powder 3 and a layer of far-infrared ceramic sheet 32 to be arranged alternately, as shown in Fig. 7, which can also improve the micronization effect of oil droplets, and It is also less prone to damage when impacted.

Claims (6)

1. XIR Extreme Infrared oil-saving accelerator structure-improved is characterized in that and can include:

One outer tube, the two ends of outer pipe orifice are provided with screw thread, its inner tool one room;

Two end cap is incorporated into the two ends of outer tube respectively; End cap and outer tube junction are provided with screw thread, can closely screw togather with the outer tunnel end place, and both packings place can be established a seal ring and more be increased the seal that screws togather, and an oil pipe hole is established in the end cap center, and female thread can be established in inside, oil pipe hole;

One inner oil tube, the center tool one oil pipe endoporus of inner oil tube; Inner oil tube is placed through within the outer tube; Connecting end is set up at the inner oil tube two ends separately, can be provided with a chain for binding criminals line after the connecting end, and connecting end is to be placed through respectively in the oil pipe hole of two end cap; Two connecting end traversing through end cap positions are to link with the oil pipe of oil supply system;

The material of tool XIR Extreme Infrared is to be filled in the room of outer tube, and coat inner oil tube light wall pipe position around.

2. XIR Extreme Infrared oil-saving accelerator structure-improved as claimed in claim 1 is characterized in that: the material of this tool XIR Extreme Infrared is to can be the XIR Extreme Infrared material powder.

3. XIR Extreme Infrared oil-saving accelerator structure-improved as claimed in claim 1 is characterized in that: the part that this inner oil tube is in the outer tube is the light wall pipe position, and its caliber is thin than the connecting end position.

4. XIR Extreme Infrared oil-saving accelerator structure-improved as claimed in claim 1, it is characterized in that: the combination of this outer tube and inner oil tube and end cap, also can be provided with female thread in inside, single end cap oil pipe hole, another inside, end cap oil pipe hole is provided with straight hole, and the straight tube position is then established in the junction of corresponding inner oil tube.

5. XIR Extreme Infrared oil-saving accelerator structure-improved as claimed in claim 1 is characterized in that: the material of this tool XIR Extreme Infrared also can be adopted one deck XIR Extreme Infrared material powder, and one deck far infrared ceramics sheet is alternate and establish.

6. XIR Extreme Infrared oil-saving accelerator structure-improved as claimed in claim 1 is characterized in that: the material of this tool XIR Extreme Infrared is also to adopt ring plate shape far infrared ceramics sheet.

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