CN106438122A

CN106438122A - Nanometer air grid

Info

Publication number: CN106438122A
Application number: CN201610812122.XA
Authority: CN
Inventors: 吕承哲
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-09-09
Filing date: 2016-09-09
Publication date: 2017-02-22

Abstract

The invention discloses a nanometer air grid, and relates to the field of oil saving assisting devices for automobile engines. The nanometer air grid comprises a central connector, a plurality of uniformly-distributed spokes, an inner ring and an outer ring, wherein the central connector is fixedly connected with the inner ring through the plurality of spokes; the inner ring is fixedly connected with the outer ring through a plurality of uniformly-distributed connecting rings; a first air hole is formed in the center of the central connector, and second air holes are formed in the centers of the connecting rings; an acute angle or an obtuse angle is formed between each spoke and the plane of the inner ring. When flowing through the spokes, outside air can rotate; when the outside air flows through the first air hole and the second air holes, the cross section area from an air inlet to an air outlet gradually decreases, so that the air can be accelerated, and as a result, the molecules in the air can be quickly activated and micronized under the comprehensive effect, and the air entering an engine enables oil gas to be mixed in the optimal ratio. The nanometer air grid is convenient to mount; the oil can be saved, and the power can be increased; meanwhile, the tail gas exhaust can be reduced.

Description

Nanometer air lattice

Technical field

The present invention relates to automobile engine auxiliary enriching device field, more particularly to nanometer air lattice.

Background technology

Automobile engine（That is engine）In operationally, carburetor is provided within the unit interval by means of air filter Fuel atomization, the oil molecule and air of atomization are blended burning and provide kinetic energy to engine by external air by a certain percentage.And it is oily Oxygen content in molecule and air causes engine power not enough often because mixing proportion is unstable, and oil consumption increases；Due to oil Gas mixing is uneven to cause incomplete combustion, causes a large amount of carbon distributions in cylinder, increases the cylinder body rate of wear, while causing tail gas to arrange Put severe overweight even over-emitting black exhaust, severe contamination environment virtually increased vehicle potential safety hazard in the process of moving.

China Patent No. is that 201420126929.4 utility model patent discloses nanometer air lattice, the utility model Reinforcing ring is provided between connector and outer shroud, and several pores between the reinforcing ring of every connecting bridge and connector are connected, An overall through hole is formed, i.e., is not separated using dividing plate between pore, so as to increase air inlet area；But this structure is more Complicated.

China Patent No. discloses nanometer reciprocating type nanometer air lattice for the utility model patent of 201120415850.X, should Utility model by nanometer reciprocating type nanometer air lattice level is built in air inlet pipe and is fixed, due to the spy of nano material Property and rifling characteristic, air there occurs in combustion-supporting the natural law vibrate, enter rifled tube in air in reflex Produce under the characteristic of line and rotate at a high speed；But this structure is complex.

Content of the invention

The present invention proposes nanometer air lattice for deficiency of the prior art, and this nanometer of air lattice cause dividing in air Sub- prompt activation miniaturization, enter engine engine and cause air-fuel mixture to reach optimal proportion, easy for installation so as to reach, and save Oil and enhancing power, while reduce the discharge of tail gas.

Technical scheme is as follows：

Nanometer air lattice, including center connector, many equally distributed spokes, inner ring and outer rings, the center connector with It is fixedly connected by many spokes between inner ring, is fixed by multiple equally distributed connection rings between the inner ring and outer shroud and connected Connect；The center of the center connector is provided with the first pore, and the center of the connection ring is provided with the second pore, the spoke Or obtuse angle at an acute angle with interior plane of a loop.

Above-mentioned center connector cross section is hexagonal or pentagon.

Above-mentioned connection ring cross section is hexagonal or pentagon.

Above-mentioned first pore cross section is hexagonal or pentagon.

Above-mentioned second pore cross section is hexagonal or pentagon.

Above-mentioned first pore is tapered into from the cross-sectional area of air inlet to air outlet.

Above-mentioned second pore is tapered into from the cross-sectional area of air inlet to air outlet.

Above-mentioned inner ring is highly higher than outer shroud height.

Above-mentioned spoke quantity is the twice of the connection ring quantity.

Above-mentioned adjacent spoke is mutually fixedly connected with the connection central spacer.

Beneficial effects of the present invention：The present invention be fixedly connected using spoke between center connector and inner ring, spoke with Interior plane of a loop is at an acute angle or obtuse angle, and when extraneous air passes through spoke, air can be rotated, when extraneous air passes through the first gas When hole and the second pore, as the cross-sectional area from air inlet to air outlet is to taper into, so as to accelerate to air, The molecule prompt activation in air miniaturization are caused under both comprehensive functions, after entering engine engine, air-fuel mixture is caused Optimal proportion is reached, easy for installation so as to reach, fuel-efficient and enhancing power, while reduce the discharge of tail gas.

Description of the drawings

Fig. 1 is 1 nanometer of air lattice top view of the embodiment of the present invention；

Fig. 2 is 1 nanometer of air lattice stereogram of the embodiment of the present invention；

Fig. 3 is 1 nanometer of air lattice left view of the embodiment of the present invention；

Fig. 4 is 1 nanometer of air lattice upward view of the embodiment of the present invention；

Fig. 5 is 2 nanometers of air lattice top views of the embodiment of the present invention；

Fig. 6 is 2 nanometers of air lattice stereograms of the embodiment of the present invention；

Fig. 7 is 2 nanometers of air lattice left views of the embodiment of the present invention；

Fig. 8 is 2 nanometers of air lattice upward views of the embodiment of the present invention.

Specific embodiment

In order to better illustrate the present invention, it is further described in conjunction with embodiment and accompanying drawing.

Embodiment 1：

As shown in Figures 1 to 4, nanometer air lattice, in the pipeline connected between air filter and engine engine, its Including center connector 1, many equally distributed spokes 2, inner ring 3 and outer shrouds 4, by many between center connector 1 and inner ring 3 Root spoke 2 is fixedly connected, and is fixedly connected by multiple equally distributed connection rings 5 between inner ring 3 and outer shroud 4；Center connector 1 Center be provided with the first pore 6, the center of connection ring 5 is provided with the second pore 7, and spoke 2 is at an acute angle with interior plane of a loop or blunt Angle；Connector 1 cross section in center is hexagonal, and 6 cross section of the first pore is hexagonal, and 7 cross section of the second pore is hexagonal. First pore 6 is tapered into from the cross-sectional area of air inlet to air outlet, cross section of second pore 7 from air inlet to air outlet Product is tapered into.After extraneous air is passed through from the first pore 6 and the second pore 7, due to the first pore 6 and the second pore 7 transversal Area is tapered into, and air is accelerated, in addition, extraneous air is when spoke, extraneous air can be rotated, extraneous air quilt Accelerate the molecule prompt activation in air miniaturization to be caused with turning effort, cause air-fuel mixture after entering engine engine Reach optimal proportion.

Further, 3 height of inner ring is higher than the height of outer shroud 4, the air within inner ring 3 can be gathered to spoke 2 and At center connector 1, the effect for accelerating air and rotary air is reached.

Further, 2 quantity of spoke is the twice of 7 quantity of the connection ring, the adjacent spoke 2 and the connection ring 5 intervals are mutually fixedly connected, to strengthen being fixedly connected intensity between inner ring 3 and outer shroud.

The material adopted by nanometer air lattice is for nano material.

Embodiment 2：

As shown in Fig. 5 to Fig. 8, nanometer air lattice, in the pipeline connected between air filter and engine engine, its Including center connector 11, many equally distributed spokes 12, inner ring 13 and outer shrouds 14, between center connector 11 and inner ring 13 It is fixedly connected by many spokes 12, is fixedly connected by multiple equally distributed connection rings 15 between inner ring 13 and outer shroud 14； The center of center connector 11 is provided with the first pore 16, and the center of connection ring 15 is provided with the second pore 17, spoke 12 with interior Plane of a loop is at an acute angle or obtuse angle；11 cross section of center connector be in pentagon, 16 cross section of the first pore be in pentagon, the second gas 17 cross section of hole is in pentagon.First pore 16 is tapered into from the cross-sectional area of air inlet to air outlet, the second pore 17 from The cross-sectional area of air inlet to air outlet is tapered into.After extraneous air is passed through from the first pore 16 and the second pore 17, due to First pore 16 and 17 cross-sectional area of the second pore are tapered into, and air is accelerated, in addition, extraneous air is when spoke, outward Portion's air can be rotated, and extraneous air is accelerated and causes the molecule prompt activation in air miniaturization with turning effort, Air-fuel mixture is caused to reach optimal proportion after entering engine engine.

Further, 13 height of inner ring can be gathered the air within inner ring 13 to spoke 12 higher than 14 height of outer shroud At Chu He centers connector 11, the effect for accelerating air and rotary air is reached.

Further, 12 quantity of spoke is the twice of 17 quantity of the connection ring, the adjacent spoke 12 and the company Connect ring 15 and be spaced and be mutually fixedly connected, to strengthen being fixedly connected intensity between inner ring 13 and outer shroud.

The material adopted by nanometer air lattice is for nano material.

Claims

1. nanometer air lattice, it is characterised in that：Including center connector, many equally distributed spokes, inner ring and outer rings, described It is fixedly connected by many spokes between center connector and inner ring, by multiple equally distributed between the inner ring and outer shroud Connection ring is fixedly connected；The center of the center connector is provided with the first pore, and the center of the connection ring is provided with second Pore, the spoke is at an acute angle with interior plane of a loop or obtuse angle.

2. nanometer air lattice according to claim 1, it is characterised in that：The center connector cross section is hexagonal or five Angular.

3. nanometer air lattice according to claim 1, it is characterised in that：The connection ring cross section is hexagonal or five jiaos Shape.

4. nanometer air lattice according to claim 1, it is characterised in that：The first pore cross section is hexagonal or five jiaos Shape.

5. nanometer air lattice according to claim 1, it is characterised in that：The second pore cross section is hexagonal or five jiaos Shape.

6. nanometer air lattice according to 1,4 or 5 any one of claim, it is characterised in that：First pore is from air inlet Cross-sectional area to air outlet is tapered into.

7. nanometer air lattice according to 1,4 or 5 any one of claim, it is characterised in that：Second pore is from air inlet Cross-sectional area to air outlet is tapered into.

8. nanometer air lattice according to claim 1, it is characterised in that：The inner ring is highly higher than outer shroud height.

9. nanometer air lattice according to claim 1, it is characterised in that：The spoke quantity is the two of the connection ring quantity Times.

10. nanometer air lattice according to claim 9, it is characterised in that：The adjacent spoke and the connection central spacer Mutually it is fixedly connected.