CN205619302U - Rubbish burner convenient to handle waste gas - Google Patents
Rubbish burner convenient to handle waste gas Download PDFInfo
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- CN205619302U CN205619302U CN201620218716.3U CN201620218716U CN205619302U CN 205619302 U CN205619302 U CN 205619302U CN 201620218716 U CN201620218716 U CN 201620218716U CN 205619302 U CN205619302 U CN 205619302U
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- chamber
- way membrane
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- waste gas
- connecting tube
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Abstract
The utility model discloses a rubbish burner convenient to handle waste gas, including shell body, interior casing, box, first connecting pipe, first baffle, flexure strip, second baffle, a plurality of cooling tube, an unidirectional film, the 2nd unidirectional film, magnetostrictive thin film, coil, the inboard of shell body is placed in to interior casing, and the inside of interior casing is equipped with the burning chamber, is equipped with first exhaust hole on the lateral wall of interior casing, the first exhaust hole and the chamber intercommunication that burns, the outside of shell body is arranged in to the box, is equipped with in the box to hold the chamber, is equipped with first inlet port, second exhaust hole on the lateral wall of box, the first end and the first exhaust jogged joint of first connecting pipe, the second end of first connecting pipe is connected with first inlet port, first baffle is arranged in to hold the intracavity and will hold the chamber and is falld into first abdominal cavity, second abdominal cavity, is equipped with first venthole on the first baffle. The utility model discloses refuse treatment is effectual.
Description
Technical field
This utility model relates to technical field of waste treatment, particularly relates to a kind of be easy to process waste gas
Garbage burning device.
Background technology
Garbage disposal problem is always whole world focus of attention, and traditional trash processing way mainly has landfill
With burning two ways, use filling type to process rubbish and can cause the waste of a large amount of land resource, meanwhile, also
The pollution of environment, present this mode can be caused the most gradually to be eliminated；The mode burned is used to carry out at rubbish
Reason, can not only recycle and burn the heat produced, additionally it is possible to the contaminative cigarette produced in burning process
Gas carries out filtration treatment, it is to avoid pollute environment and air.
Present incineration firing treatment effect is not ideal enough, is further improved.
Utility model content
In order to solve technical problem present in background technology, the utility model proposes one and be easy to waste gas
Carry out the garbage burning device processed, effective.
A kind of garbage burning device being easy to waste gas is processed, including shell body, inner housing, casing,
First connecting tube, the first dividing plate, flexure strip, second partition, multiple cooling tube, the first one-way membrane, second
One-way membrane, magnetostrictive thin film, coil；
Inner housing is placed in the inner side of shell body, and the inside of inner housing is provided with combustion chamber, and the sidewall of inner housing sets
First row pore, first row pore is had to connect with combustion chamber；
Casing is placed in the outside of shell body, is provided with cavity volume in casing, the sidewall of casing be provided with the first air inlet,
Second row pore；
First end of the first connecting tube is connected with first row pore, the second end of the first connecting tube and the first air inlet
Hole connects；
First dividing plate is placed in cavity volume and cavity volume is divided into the first abdominal cavity, the second abdominal cavity, and the first dividing plate is provided with
First venthole；
Flexure strip is placed in the first intraperitoneal and the first abdominal cavity is divided into the first receiving chamber and the second receiving chamber, above-mentioned
First air inlet, the first venthole all accommodate chamber with first and are connected；
Second partition is placed in the second intraperitoneal and the second abdominal cavity is divided into the 3rd receiving chamber and the 4th receiving chamber, the
Three accommodate chambeies is placed in the top in the 4th receiving chamber, and above-mentioned first venthole accommodates chamber connection with the 3rd, and above-mentioned the
Two steam vents and the 4th accommodate chamber and connect；
Second partition is provided with multiple first through hole；
Multiple cooling tubes are placed in the 4th receiving intracavity, and multiple cooling tubes set with multiple first through hole one_to_one corresponding
Putting, the first end of cooling tube and the first through hole connect, and the second end of cooling tube downwardly extends, the of cooling tube
Two ends are placed in the lower section of second row pore；
First one-way membrane is placed in the first receiving intracavity, and the first end of the first one-way membrane is side walls hinged with casing,
Second end of the first one-way membrane is free end, and the first one-way membrane is used for closing or open the first air inlet；
Second one-way membrane is placed in the 3rd receiving intracavity, and the first end and first dividing plate of the second one-way membrane are hinged, the
Second end of two one-way membranes is free end, and the second one-way membrane is used for closing or open the first venthole；
Magnetostrictive thin film is arranged on flexure strip；
The plane at coil place is parallel with the plane at magnetostrictive thin film place, and coil curl is distributed, line
Circle is connected with external power source.
Preferably, each cooling tube being equipped with multiple second through hole, the second through hole is placed under second row pore
Side.
Preferably, also including drain pipe, the first end of drain pipe is placed in the outside of casing, the second of drain pipe
End is placed in the 4th receiving intracavity, and the second end of drain pipe is placed in the lower section of second row pore and is placed in cooling tube
The top of the second end.
Preferably, the sidewall of casing is provided with impurity discharging port, and impurity discharging port and the 4th accommodates chamber and connects, and impurity discharging port is put
Lower section in the second end of cooling tube；
Also including valve, valve is arranged on impurity discharging port.
Preferably, the roof of inner housing is provided with the 3rd steam vent, and the 3rd steam vent is connected with combustion chamber；
Be additionally provided with excessive chamber in casing, the sidewall of casing is additionally provided with the second air inlet, third through-hole, second
Venthole, the second air inlet and second accommodates chamber and connects, and second accommodates chamber by third through-hole with excessive chamber even
Logical, the second venthole is connected with excessive chamber；
Also include the second connecting tube, the 3rd connecting tube, the 3rd one-way membrane, the 4th one-way membrane, the second connecting tube
The first end and the 3rd steam vent connect, the connection of the second end of the second connecting tube and the second air inlet；3rd even
First end of adapter and the second venthole connect, and the second end of the 3rd connecting tube is placed in combustion chamber；
3rd one-way membrane is placed in the second receiving intracavity, and the first end of the 3rd one-way membrane is side walls hinged with casing,
Second end of the 3rd one-way membrane is free end, and the 3rd one-way membrane is used for closing or open the second air inlet；
4th one-way membrane is placed in excessive intracavity, and the first end of the 4th one-way membrane is side walls hinged with casing, and the 4th
Second end of one-way membrane is free end, and the 4th one-way membrane is used for closing or opening third through-hole.
Preferably, the second end of the 3rd connecting tube is placed in the lower section of first row pore.
Preferably, surrounding receiving space between shell body and inner housing, shell body is provided with water inlet, water outlet
Mouthful, water inlet, outlet all connect with receiving space.
Preferably, also including multiple connection post, be equipped with heat exchange chamber in each connection post, multiple connection posts are equal
Being placed in receiving space, the first end connecting post is connected with shell body, connects the second end of post through inner housing
Being connected with combustion chamber, each heat exchange chamber connected in post all connects with combustion chamber.
In this utility model, in combustion chamber, first lay material slag, then on material slag, place combustible, then
Rubbish is put into combustion chamber burn, owing to inner housing is the space of a relative closure, by temperature
And inner housing rubbish is divided into drying layer, dry distilling layer, reducing zone, oxide layer by the control of oxygen content.It is positioned at
The temperature in oxide layer region is up to 800-1000 degree Celsius, and rubbish can burn completely, is in the rubbish of reducing zone
Rubbish can produce the gases such as substantial amounts of hydrogen, carbon monoxide, methane, acetylene, and burning cavity temperature is higher, high
Wet body rises.
Being energized in coil, coil produces magnetic field, and in the effect of magnetic field force, magnetostrictive thin film moves, and enters
And drive flexure strip to deform.
When second accommodates the reduction of intracavity pressure, in combustion chamber, high-temperature gas enters second through the 3rd steam vent
In connecting tube, then enter in the second air inlet, push the 3rd one-way membrane open and enter the second receiving intracavity, change
Sense of current in coil, flexure strip reversal deformation, the second pressure accommodating intracavity increases, and second accommodates chamber
Interior gas pushes the 4th one-way membrane open, enters excessive intracavity through third through-hole, then, through the 3rd connecting tube
Again burn, the most repeatedly in entering combustion chamber, it is possible to effectively the waste gas in combustion chamber is fired
Burning processes, it is to avoid pollute.Second end of the 3rd connecting tube is generally in the lower section of oxide layer or position on the lower side.
Being in the rubbish of the position of oxide layer, basic burning thoroughly, produces that mostly to be carbon dioxide etc. non-flammable
Gas, these gases are in first row pore enters the first connecting tube.
When first accommodates the reduction of intracavity pressure, in the first connecting tube, gas is pushed the first one-way membrane open and is entered the first appearance
Receiving intracavity, when the electric current in coil is reverse, flexure strip reversal deformation, first accommodates intracavity pressure increases,
First accommodates intracavity gas pushes the second one-way membrane entrance the 3rd receiving intracavity open, when the 3rd pressure accommodating intracavity
When being gradually increased, the gas of the 3rd receiving intracavity is in the first through hole enters cooling tube, then from cooling tube
Second end discharge, enter the 4th receiving intracavity, the 4th accommodate intracavity put into water, utilize water that waste gas is entered
Entering purification, dedusting, clean, the cryogenic gas of generation are discharged from second row pore, and impurity is at case internal deposition.
Increase multiple cooling tube, improve the contact area of waste gas and water, improve cooling, the effect of dedusting.
Increasing drain pipe, limit the water level in casing, when the water yield is excessive, water can be discharged from drain pipe.Increase
Add drain pipe, the effective water yield limited in casing, it is to avoid excessive or too small, in thus avoiding cooling tube
The foreign material of gas impingement box internal deposition, it is to avoid water is stired and make muddy, improve purify, the effect of dedusting.Control
Spacing between second end and the case internal deposition foreign material of cooling tube.
When carrying out incineration firing, needing higher temperature, temperature reaches 800-1000 degree Celsius, therefore, needs
Shell body, inner housing are lowered the temperature.Add water within accommodating cavity space from water inlet, utilize water to shell
Body, inner housing are lowered the temperature, and increase the service life, and the hot water of generation can separately use it for anything else, and save resource,
Energy utilization rate is high.
Heat in combustion chamber also can enter in heat exchange chamber, utilizes water to lower the temperature to connecting post, expands fall
Temperature area, improves cooling-down effect.
During flexure strip compression the first receiving chamber, the second pressure accommodating chamber reduces, and flexure strip extends the second receiving
During chamber, the first pressure accommodating chamber reduces, and therefore, first accommodates chamber, the second receiving chamber carries out pressure simultaneously
Change, first accommodate chamber when aerofluxus, second accommodate chamber in air-breathing, first accommodate chamber when air-breathing, second
Accommodate chamber at aerofluxus, efficiency height.
Compare and utilize air exhauster, aerator etc. to carry out air-breathing, aerofluxus, electricity in this utility model coil
Flow path direction change frequency is high, and flexure strip deformation velocity is fast, and the efficiency of whole mechanism is greatly improved, and, elastic
During sheet deformation, noise is low, and whole mechanism noise is low, effectively improves working environment, utilizes electric energy simultaneously,
Avoid using the contaminative energy.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
It should be noted that in the case of not conflicting, the embodiment in the application and the feature in embodiment
Combination that can be mutual；Below with reference to the accompanying drawings and in conjunction with the embodiments to this utility model elaborate.
With reference to Fig. 1:
A kind of garbage burning device being easy to process waste gas that the utility model proposes, including shell body
1, inner housing 2, casing the 3, first connecting tube the 4, first dividing plate 5, flexure strip 6, second partition 7, many
Individual cooling tube the 8, first one-way membrane the 9, second one-way membrane 10, magnetostrictive thin film 11, coil 12, draining
Pipe 19, valve the 21, second connecting tube the 27, the 3rd connecting tube the 28, the 3rd one-way membrane the 29, the 4th one-way membrane
30, multiple connection posts 33.
Inner housing 2 is placed in the inner side of shell body 1, and the inside of inner housing 2 is provided with combustion chamber 13, inner housing 2
Sidewall be provided with first row pore 14, first row pore 14 connects with combustion chamber 13.
Casing 3 is placed in the outside of shell body 1, is provided with cavity volume in casing 3, and the sidewall of casing 3 is provided with
One air inlet 15, second row pore 16.
First end of the first connecting tube 4 is connected with first row pore 14, the second end of the first connecting tube 4 and
One air inlet 15 connects.
First dividing plate 5 is placed in cavity volume and cavity volume is divided into the first abdominal cavity, the second abdominal cavity, on the first dividing plate 5
It is provided with the first venthole 17.
Flexure strip 6 is placed in the first intraperitoneal and the first abdominal cavity is divided into the first receiving chamber and the second receiving chamber, on
State first air inlet the 15, first venthole 17 to be all connected with the first receiving chamber.
Second partition 7 is placed in the second intraperitoneal and the second abdominal cavity is divided into the 3rd receiving chamber and the 4th receiving chamber,
3rd accommodates chamber is placed in the top in the 4th receiving chamber, and above-mentioned first venthole 17 accommodates chamber with the 3rd and is connected, on
State second row pore 16 to be connected with the 4th receiving chamber.
Second partition 7 is provided with multiple first through hole 18.
Multiple cooling tubes 8 are placed in the 4th receiving intracavity, and multiple cooling tubes 8 are with multiple first through holes 18 one by one
Being correspondingly arranged, the first end and first through hole 18 of cooling tube 8 connect, and the second end of cooling tube 8 downwardly extends,
Second end of cooling tube 8 is placed in the lower section of second row pore 16.
First one-way membrane 9 is placed in the first receiving intracavity, the first end of the first one-way membrane 9 and the sidewall of casing 3
Hinged, the second end of the first one-way membrane 9 is free end, and the first one-way membrane 9 is used for closing or open first and enters
Pore 15.
Second one-way membrane 10 is placed in the 3rd receiving intracavity, the first end of the second one-way membrane 10 and the first dividing plate 5
Hinged, the second end of the second one-way membrane 10 is free end, and the second one-way membrane 10 is used for closing or opening first
Venthole 17.
Magnetostrictive thin film 11 is arranged on flexure strip 6.
Coil 12 is arranged on casing, the plane at coil 12 place and the plane at magnetostrictive thin film 11 place
Parallel, coil 12 curl is distributed, and coil 12 is connected with external power source.
In the present embodiment, each cooling tube 8 being equipped with multiple second through hole, the second through hole is placed in second exhaust
The lower section in hole 16；Expand the contact area of waste gas and water, improve clean-up effect.
Further, the first end of drain pipe 19 is placed in the outside of casing 3, and the second end of drain pipe 19 is put
Accommodating intracavity in the 4th, the second end of drain pipe 19 is placed in the lower section of second row pore 16 and is placed in cooling tube 8
The top of the second end.
In the present embodiment, the sidewall of casing 3 is provided with impurity discharging port 20, and impurity discharging port 20 accommodates chamber with the 4th and is connected,
Impurity discharging port 20 is placed in the lower section of the second end of cooling tube 8；Valve 21 is arranged on impurity discharging port 20；It is easy to row
Miscellaneous.
In the present embodiment, the roof of inner housing 2 is provided with the 3rd steam vent 22, the 3rd steam vent 22 and burning
Chamber 13 connects.
It is additionally provided with excessive chamber 23 in casing 3, the sidewall of casing 3 is additionally provided with the second air inlet 24, threeway
Hole the 25, second venthole 26, the second air inlet 24 accommodates chamber with second and is connected, and second accommodates chamber passes through the
Three through holes 25 connect with excessive chamber 23, and the second venthole 26 is connected with excessive chamber 23.
First end and the 3rd steam vent 22 of the second connecting tube 27 connect, the second end of the second connecting tube 27 with
Second air inlet 24 connects；First end and second venthole 26 of the 3rd connecting tube 28 connect, and the 3rd connects
Second end of pipe 28 is placed in combustion chamber 13.
3rd one-way membrane 29 is placed in the second receiving intracavity, the first end of the 3rd one-way membrane 29 and the side of casing 3
Wall is hinged, and the second end of the 3rd one-way membrane 29 is free end, and the 3rd one-way membrane 29 is used for closing or open
Two air inlets 24.
4th one-way membrane 30 is placed in excessive chamber 23, the first end of the 4th one-way membrane 30 and the sidewall of casing 3
Hinged, the second end of the 4th one-way membrane 30 is free end, and the 4th one-way membrane 30 is used for closing or opening the 3rd
Through hole 25.
Second end of the 3rd connecting tube 28 is placed in the lower section of first row pore 14.
Surrounding receiving space between shell body 1 and inner housing 2, shell body 1 is provided with water inlet 31, water outlet
Mouth 32, water inlet 31, outlet 32 all connect with receiving space.
Being equipped with heat exchange chamber 34 in each connection post 33, multiple connection posts 33 are placed in accommodating in space, even
The first end connecing post 33 is connected with shell body 1, connects the second end of post 33 through inner housing 2 and combustion chamber
13 connect, and each heat exchange chamber 34 connected in post 33 all connects with combustion chamber 13.
First in combustion chamber 13, lay material slag, then place combustible on material slag, then rubbish is put into combustion
Burn in chamber 13 and burn, owing to inner housing 2 is the space of a relative closure, by temperature and oxygen-containing
Inner housing 2 rubbish is divided into drying layer, dry distilling layer, reducing zone, oxide layer by the control of amount.It is positioned at oxide layer
The temperature in region is up to 800-1000 degree Celsius, and rubbish can burn completely, and the rubbish being in reducing zone can produce
The gases such as raw substantial amounts of hydrogen, carbon monoxide, methane, acetylene, in combustion chamber 13, temperature is higher, High Temperature Gas
Body rises.
To energising in coil 12, coil 12 produces magnetic field, at the effect of magnetic field force, magnetostrictive thin film 11
Mobile, and then drive flexure strip 6 to deform.
When second accommodates the reduction of intracavity pressure, in combustion chamber 13, high-temperature gas enters through the 3rd steam vent 22
Enter in the second connecting tube 27, then enter in the second air inlet 24, push the 3rd one-way membrane 29 open and enter second
Accommodating intracavity, change sense of current in coil 12, flexure strip 6 reversal deformation, second accommodates the pressure of intracavity
Strong increase, second accommodates intracavity gas pushes the 4th one-way membrane 30 open, enters excessive chamber through third through-hole 25
In 23, then, again burn in the 3rd connecting tube 28 enters combustion chamber 13, the most repeatedly,
Effectively the waste gas in combustion chamber 13 can be carried out burn processing, it is to avoid pollute.3rd connecting tube 28
Second end is generally in the lower section of oxide layer or position on the lower side.
Being in the rubbish of the position of oxide layer, basic burning thoroughly, produces that mostly to be carbon dioxide etc. non-flammable
Gas, these gases are in first row pore 14 enters the first connecting tube 4.
When first accommodates intracavity pressure and reduce, and in the first connecting tube 4, gas is pushed the first one-way membrane 9 open and entered the
One accommodates intracavity, when the electric current in coil 12 is reverse, flexure strip 6 reversal deformation, and first accommodates intracavity pressure
Strong increase, the first receiving intracavity gas is pushed the second one-way membrane 10 open and is entered the 3rd receiving intracavity, when the 3rd accommodates
When the pressure of intracavity is gradually increased, the 3rd gas accommodating intracavity enters in cooling tube 8 through the first through hole 18,
Then discharge from the second end of cooling tube 8, enter the 4th receiving intracavity, accommodate intracavity the 4th and put into water,
Water level is higher than the second end of cooling tube 8, less than the second end of drain pipe 19, utilize water that waste gas entrance is purified,
Dedusting, clean, the cryogenic gas of generation discharge from second row pore 16, and impurity deposits in casing 3.
Increase multiple cooling tube 8, improve the contact area of waste gas and water, improve cooling, the effect of dedusting.
Increasing drain pipe 19, limit the water level in casing 3, when the water yield is excessive, water can be from drain pipe 19 row
Go out.Increase drain pipe 19, the effective water yield limited in casing 3, it is to avoid excessive or too small, thus keep away
The foreign material deposited in exempting from the gas impact casing 3 in cooling tube 8, it is to avoid water is stired and make muddy, improves purification, remove
The effect of dirt.Control the spacing between the second end of cooling tube 8 and casing 3 interior deposition foreign material.
When carrying out incineration firing, needing higher temperature, temperature reaches 800-1000 degree Celsius, therefore, needs
Shell body 1, inner housing 2 are lowered the temperature.Add water within accommodating cavity space from water inlet 31, utilize water
Lowering the temperature shell body 1, inner housing 2, increase the service life, the hot water of generation can separately use it for anything else, joint
Resource-saving, energy utilization rate is high.
Heat in combustion chamber 13 also can enter in heat exchange chamber 34, utilizes water to lower the temperature to connecting post 33,
Expand cooling area, improve cooling-down effect.
The above, only this utility model preferably detailed description of the invention, but protection model of the present utility model
Enclose and be not limited thereto, the technology model that any those familiar with the art discloses at this utility model
In enclosing, conceive in addition equivalent or change according to the technical solution of the utility model and utility model thereof, all
Should contain within protection domain of the present utility model.
Claims (8)
1. be easy to the garbage burning device that waste gas is processed for one kind, it is characterised in that include shell body,
Inner housing, casing, the first connecting tube, the first dividing plate, flexure strip, second partition, multiple cooling tube,
One one-way membrane, the second one-way membrane, magnetostrictive thin film, coil；
Inner housing is placed in the inner side of shell body, and the inside of inner housing is provided with combustion chamber, and the sidewall of inner housing sets
First row pore, first row pore is had to connect with combustion chamber；
Casing is placed in the outside of shell body, is provided with cavity volume in casing, the sidewall of casing be provided with the first air inlet,
Second row pore；
First end of the first connecting tube is connected with first row pore, the second end of the first connecting tube and the first air inlet
Hole connects；
First dividing plate is placed in cavity volume and cavity volume is divided into the first abdominal cavity, the second abdominal cavity, and the first dividing plate is provided with
First venthole；
Flexure strip is placed in the first intraperitoneal and the first abdominal cavity is divided into the first receiving chamber and the second receiving chamber, above-mentioned
First air inlet, the first venthole all accommodate chamber with first and are connected；
Second partition is placed in the second intraperitoneal and the second abdominal cavity is divided into the 3rd receiving chamber and the 4th receiving chamber, the
Three accommodate chambeies is placed in the top in the 4th receiving chamber, and above-mentioned first venthole accommodates chamber connection with the 3rd, and above-mentioned the
Two steam vents and the 4th accommodate chamber and connect；
Second partition is provided with multiple first through hole；
Multiple cooling tubes are placed in the 4th receiving intracavity, and multiple cooling tubes set with multiple first through hole one_to_one corresponding
Putting, the first end of cooling tube and the first through hole connect, and the second end of cooling tube downwardly extends, the of cooling tube
Two ends are placed in the lower section of second row pore；
First one-way membrane is placed in the first receiving intracavity, and the first end of the first one-way membrane is side walls hinged with casing,
Second end of the first one-way membrane is free end, and the first one-way membrane is used for closing or open the first air inlet；
Second one-way membrane is placed in the 3rd receiving intracavity, and the first end and first dividing plate of the second one-way membrane are hinged, the
Second end of two one-way membranes is free end, and the second one-way membrane is used for closing or open the first venthole；
Magnetostrictive thin film is arranged on flexure strip；
The plane at coil place is parallel with the plane at magnetostrictive thin film place, and coil curl is distributed, line
Circle is connected with external power source.
The garbage burning device being easy to process waste gas the most according to claim 1, its feature exists
In, each cooling tube is equipped with multiple second through hole, the second through hole is placed in the lower section of second row pore.
The garbage burning device being easy to process waste gas the most according to claim 1, its feature exists
In, also including drain pipe, the first end of drain pipe is placed in the outside of casing, and the second end of drain pipe is placed in
Four accommodate intracavity, and the second end of drain pipe is placed in the lower section of second row pore and is placed in the second end of cooling tube
Top.
The garbage burning device being easy to process waste gas the most according to claim 1, its feature exists
In, the sidewall of casing is provided with impurity discharging port, and impurity discharging port and the 4th accommodates chamber and connects, and impurity discharging port is placed in cooling tube
The lower section of the second end；
Also including valve, valve is arranged on impurity discharging port.
The garbage burning device being easy to process waste gas the most according to claim 1, its feature exists
In, the roof of inner housing is provided with the 3rd steam vent, and the 3rd steam vent is connected with combustion chamber；
Be additionally provided with excessive chamber in casing, the sidewall of casing is additionally provided with the second air inlet, third through-hole, second
Venthole, the second air inlet and second accommodates chamber and connects, and second accommodates chamber by third through-hole with excessive chamber even
Logical, the second venthole is connected with excessive chamber；
Also include the second connecting tube, the 3rd connecting tube, the 3rd one-way membrane, the 4th one-way membrane, the second connecting tube
The first end and the 3rd steam vent connect, the connection of the second end of the second connecting tube and the second air inlet；3rd even
First end of adapter and the second venthole connect, and the second end of the 3rd connecting tube is placed in combustion chamber；
3rd one-way membrane is placed in the second receiving intracavity, and the first end of the 3rd one-way membrane is side walls hinged with casing,
Second end of the 3rd one-way membrane is free end, and the 3rd one-way membrane is used for closing or open the second air inlet；
4th one-way membrane is placed in excessive intracavity, and the first end of the 4th one-way membrane is side walls hinged with casing, and the 4th
Second end of one-way membrane is free end, and the 4th one-way membrane is used for closing or opening third through-hole.
The garbage burning device being easy to process waste gas the most according to claim 5, its feature exists
In, the second end of the 3rd connecting tube is placed in the lower section of first row pore.
The garbage burning device being easy to process waste gas the most according to claim 1, its feature exists
In, surrounding receiving space between shell body and inner housing, shell body is provided with water inlet, outlet, water inlet
Mouth, outlet all connect with receiving space.
The garbage burning device being easy to process waste gas the most according to claim 7, its feature exists
In, also including multiple connection post, in each connection post, be equipped with heat exchange chamber, multiple connection posts are placed in accommodating
In space, the first end connecting post is connected with shell body, connects the second end of post through inner housing and combustion chamber
Connecting, each heat exchange chamber connected in post all connects with combustion chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620218716.3U CN205619302U (en) | 2016-03-21 | 2016-03-21 | Rubbish burner convenient to handle waste gas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620218716.3U CN205619302U (en) | 2016-03-21 | 2016-03-21 | Rubbish burner convenient to handle waste gas |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205619302U true CN205619302U (en) | 2016-10-05 |
Family
ID=57031171
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620218716.3U Expired - Fee Related CN205619302U (en) | 2016-03-21 | 2016-03-21 | Rubbish burner convenient to handle waste gas |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205619302U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105698179A (en) * | 2016-03-21 | 2016-06-22 | 安徽未名生物环保有限公司 | Trash burning device capable of conveniently treating waste gas |
-
2016
- 2016-03-21 CN CN201620218716.3U patent/CN205619302U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105698179A (en) * | 2016-03-21 | 2016-06-22 | 安徽未名生物环保有限公司 | Trash burning device capable of conveniently treating waste gas |
| CN105698179B (en) * | 2016-03-21 | 2018-07-20 | 安徽未名生物环保有限公司 | A kind of garbage burning device convenient for being handled exhaust gas |
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Granted publication date: 20161005 Termination date: 20200321 |