CN2469332Y

CN2469332Y - Gas supply structure for light oil drum

Info

Publication number: CN2469332Y
Application number: CN 01204383
Authority: CN
Inventors: 杨明岳; 廖学铿
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-03-12
Filing date: 2001-03-12
Publication date: 2002-01-02
Anticipated expiration: 2011-03-12

Abstract

The utility model relates to an air-feeding structure of a light oiltank. A plurality of septas are arranged above the air-outlet at the bottom of the oiltank, a top-bottom channel is formed on one side of each septa and all the septa channels are cross arranged. The gas discharged from the air-outlet at the bottom of the oiltank ascends along the channel formed by septas, thus making the gas and the light oil have comparatively large migratory contacting gasification effect. An additional activity room with a plurality of air holes is arranged above the air-outlet and ball pearls are arranged in the activity room, thereby having rapid defrosting effect.

Description

The air feed structure of lightweight oil drum

The utility model relates to the air feed structure of lightweight oil drum, and relating to increases gasification result and have the improvement structure of simplifying gasification installation.

Light oil is a kind of novel fuel at present, be to form from oil and waste oil refining, add the synthetic burning liquid of raw material of other replacement, its performance is nontoxic, smokeless, tasteless, more nongassy have volatile danger, becomes the star of following fuel oil gradually.Because its burning-point is lower, about 25-63 ℃, and be liquid state, must make its gasification could supply burning and use.Early stage technology is to use catalyzer contact agent to stir light oil, reach the purpose of gasification, but the effect of this kind automatic gasifying is unsatisfactory.Injecting gas is to reach the design of stirring by force so have, and this kind method has four kinds substantially:

First kind as shown in Figure 1, is to cooperate an air inlet pipe 21, utilizes aspiration pump 22 to charge into gas to staving 1.Its major defect is: because the contact point of the gas that enters via air inlet pipe 21 and oil only is the zone of single venthole, so the range of disturbance that reaches is too little, be not sufficient to enlarge the effect of gasification, the words that the condition gasification result is not good, under the low situation of sky cold air temperature, the light oil gasification is difficulty more, so the improvement of gasification installation design just becomes the target that the industry utmost point must improve.

Second kind as shown in Figure 2, and its air inlet pipe 21 tail ends are positioned at staving 1 bottom place, is equipped with foaming 25, and the thin hole of the sponge shape by foaming stone 25 provides more bubble effect.Its major defect is: its gasification scope is still limited, can't promote gasification efficiency really, so plant the favor that design can't be subjected to industry.

The third is that air inlet pipe 21 is the design that the L type is arranged at staving 1 bottom as shown in Figure 3, and 26 are provided with most pores 27 in the extension, increases the gasification scope.Its major defect is: it is only limited to the scope of extension 25 and oneself, though its effect makes moderate progress, does not reach perfection as yet.

The 4th kind as shown in Figure 4, it is that the inventor designs " gas-supplying structure of lightweight oil drum ", the patent No. is 89202027 design, it is to form a ring 23 at the bottom of being directed at the pipe of air inlet pipe 21 of barrel bottom, and be provided with cavernous venthole 24 in ring, the generation scope of bubble is strengthened, reach the gasification rate that promotes oil gas.Its major defect is: though this design can have more bubble to contact with light oil, promote certain gasification result, but its ring 23, air inlet pipe 21 and staving 1 is higher in conjunction with processing cost, and its gasification result is subjected to the influence of ring 23 diameters and pore 24 numbers, makes it still not have the simple economic again purpose of design that meets expection fully.

At above-mentioned defective, the inventor is research and practice further, the principle that the effect that gasifies according to the stirring light oil is directly proportional with bubble contact-making surface and bubble pathway length, just bubble time of moving about in light oil is long more, the time of its stirring also increases relatively, the principle that gasification result also increases thereupon creates the technical solution of the utility model.

Main purpose of the present utility model is to provide a kind of air feed structure of lightweight oil drum, be located at partition in the staving by most sheets, and respectively have passage and be the staggered position of establishing mutually, make from the bubble of staving air inlet and advance along formed passage between each partition, produce bubble the stirring time and the gasification result that contact path long with light oil, overcome the drawback of prior art, reach the fuel oil purpose of the high vaporization rate that can both normally use in any season.

Another purpose of the present utility model is to provide a kind of air feed structure of lightweight oil drum, and by being provided with a recreation room in the venthole top, it has most pores and built-in ball, reaches to break frost fast, for the purpose of the normal output of bubble.Its at light oil when the static state, the venthole place that contacts with air can produce the frosting phenomenon, will make inflating pump need persistent pressure to certain pressure, can break through the frosting of venthole and bubble is provided, it is nonphysical wear electric power not only, also is to supply the reason of combustion gas immediately.

The purpose of this utility model is achieved in that a kind of air feed structure of lightweight oil drum, comprise that inflating pump delivers to air the bottom of lightweight oil drum from air inlet pipe, it is characterized in that: the venthole top of this air inlet pipe is provided with most partitions, one end of each partition is provided with the passage that communicates up and down, and the passage of each layer is interlaced setting, forms the backflow space of air feed burble warp between each partition.

The venthole top of the air inlet pipe at the bottom of this barrel is provided with the recreation room with most pores, is provided with a ball in this recreation room, and the below of this recreation room and the mouth of pipe of air inlet pipe link.This ball is placed on the mouth of pipe of this air inlet pipe.

Major advantage of the present utility model is to have the effect that can both normally use the fuel oil of high vaporization rate in any season.

Further specify below in conjunction with preferred embodiment and accompanying drawing.

Fig. 1 is first kind of air feed organigram of traditional lightweight oil.

Fig. 2 is second kind of air feed organigram of traditional lightweight oil.

Fig. 3 is the third air feed organigram of traditional lightweight oil.

Fig. 4 is the 4th a kind of air feed organigram of traditional lightweight oil.

Fig. 5 is an air feed constructing stereo schematic diagram of the present utility model.

Fig. 6 is a generalized section of the present utility model.

Fig. 7 is a recreation room organigram of the present utility model.

Consult Fig. 5-Fig. 6, the air feed structure of lightweight oil drum of the present utility model makes bubble have stirring time and the contact area long with light oil, is to make bubble from producing to the time lengthening of emersion pasta, produces the long distance of passing through.Air inlet pipe 21 inserts on the venthole 30 of staving 1 bottom, be provided with most partitions 11 in the staving 1 in regular turn, each partition 11 1 end forms the passage 13 that top and the bottom are communicated with, the setting of this passage 13 is mutual dislocation settings, so make 13 of partitions form a backflow space 12, make the bubble that produces by venthole 30 behind the backflow space 12 and passage 13 of lower floor's partition 11, enter the partition 11 of sublevel, and follow same mobile stroke, up to till the superiors' partition 11, the distance lengthening that bubble is passed through, stir the time of light oil and also extend, also can obtain best gasification result, it is to break through the predicament that traditional industry designs with the design that increases bubble that this design can be, and designed at the root problem of light oil gasification, simple structure, and directly in bucket, weld the processing mode of establishing partition 11, it is time saving and energy saving to meet, gasification result is good again, the practical effect that cost is low.

Consult Fig. 7, for reaching broken fast frost and producing more bubble effect, special on venthole 30, establishing with a recreation room 31, be provided with the mouth of pipe 211 that a ball 32 covers air inlet pipe 21 in this recreation room 31, and at the bottom of recreation room 31 is positioned at barrel 14 places, be provided with most pores 33, make the frosting phenomenon only terminate in recreation room 31, when air inlet pipe 21 input airs, promptly can make ball 32 be positioned at recreation room 31 and roll, reach fast broken white effect, under the influence of all a plurality of pores 33, the air of input will be produced most bubbles by pore 33 and enter in the bucket, increase bubbles volume and increase the gasification stroke of each partition 11.

In sum, the air feed structure of light oil tank of the present utility model can promote light Matter oil gasification effect, and have broken frost design, simple structure is used rapid and convenient, Has novelty, practicality and creativeness.

Claims

1, a kind of air feed of lightweight oil drum structure, comprise that inflating pump delivers to air the bottom of lightweight oil drum from air inlet pipe, it is characterized in that: the venthole top of this air inlet pipe is provided with most partitions, one end of each partition is provided with the passage that communicates up and down, and the passage of each layer is interlaced setting, forms the backflow space of air feed burble warp between each partition.

2, the air feed of lightweight oil drum as claimed in claim 1 structure is characterized in that: the venthole top of the air inlet pipe at the bottom of this barrel is provided with the recreation room with most pores, is provided with a ball in this recreation room, and the below of this recreation room and the mouth of pipe of air inlet pipe link.

3, the air feed of lightweight oil drum as claimed in claim 2 structure, it is characterized in that: this ball is placed on the mouth of pipe of this air inlet pipe.