CN103449184A - Garbage disposal transportation system - Google Patents
Garbage disposal transportation system Download PDFInfo
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- CN103449184A CN103449184A CN 201210172477 CN201210172477A CN103449184A CN 103449184 A CN103449184 A CN 103449184A CN 201210172477 CN201210172477 CN 201210172477 CN 201210172477 A CN201210172477 A CN 201210172477A CN 103449184 A CN103449184 A CN 103449184A
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Abstract
A garbage disposal transportation system comprises wind energy collecting and generating units (301), a strong air supply and dedusting system (305), an automatic valve (303), a strong air supply duct (306) and a garbage transportation pipeline and is characterized in that each wind energy collecting and generating unit (301) comprises a wind driven generator (102), an induced air duct (104), a deleting cover unit (103) and a plurality of fan blade induced air spoons (101); the strong air supply and dedusting system (305) comprises air inlet fixed filter screens (1), trumpet-shaped air inlets (2), air fluid passages (3), rotating filter screens (5), liner bushings (4), gas stabilization units (6), a wind expanding funnel (7), rotating shafts (14), air supply ducts (8), heating units (9), strong air supply fans (11), ring-shaped fixed filter screens (12), ring-shaped fixing plates (13), air supplement ducts (15), air supplement duct signal gates (32), air supplement units (16) and a cylindrical wall (10). The garbage disposal transportation system can transport garbage at a long distance, the garbage can be cleaned timely, and the wind energy collecting and generating units supply power to the strong air supply and dedusting system so that no other external power is needed, and the energy-saving effect is significant.
Description
Technical field
The present invention relates to a kind of refuse treatment plant, in particular to a kind of for the garbage disposal transport systems.
Background technology
Along with being on the increase of urban population, the pollution problem that the artificial municipal refuse of manufacturing brings is also day by day serious, because quantity and the scale in the existing garbage disposal plant of China far can not reach the demand for the treatment of of urban garbage, cause in 668 cities of China, 2/3 city is surrounded by rubbish, and the over the years rubbish of processing in time of stacking taken a large amount of farmlands, even also in cumulative year after year, garbage problem has become problem very important in Modernized City Construction.
At present, processing to rubbish in most cities is by refuse classification, concentrate and place, by the cleaner, drive the municipal garbage car to go to each waste deposit point to reclaim again, and deliver to the destructor plant of appointment, so not only cause a large amount of inputs of human and material resources, financial resources, and rubbish is deposited in for a long time to deposit a little or in transit and air quality impacted, obviously the inadequate science of this waste disposal method.
The Chinese invention patent that application number is 200910266541.8 discloses a kind of aerodynamic force pipeline transport system of rubbish, it comprises recovery channel, blowing engine, pipe outlet, infrared remote receiver, infrared transmitter and inner bag, attempt rubbish is put into the inner bag of recovery channel, by the effect of blowing engine, rubbish is delivered to destructor plant.But, when destructor plant from the resident away from the time, when needing long-distance transportation rubbish, the under power produced due to blowing engine on the one hand, a large amount of rubbish can not be delivered to destructor plant, to need external power supply be its power supply in the running of blowing engine on the other hand, environmental protection not.
Applicant of the present invention once proposed to China national Department of Intellectual Property the Chinese invention patent application that application number is 201110426807.8; a kind of solar power wind tower power generation construction is asked for protection in this patent application; this invention utilizes aspect from solar power; there are the characteristics such as energy-conserving and environment-protective, but the inner resident's of solar power wind tower power generation construction life will inevitably produce house refuse.If adopting raw mode to concentrate stacks, the unified method that is transported to the garbage reclamation station, will inevitably make rubbish be exposed to for a long time in air, can not be processed in time, affect surrounding resident health.
Summary of the invention
The present invention is intended to overcome above-mentioned deficiency of the prior art, and a kind of garbage disposal transport systems is provided, and it not only can carry rubbish at a distance, and not need external source be its power supply.
For achieving the above object, the present invention is achieved by following technical solution, and a kind of garbage disposal transport systems comprises wind collecting power generation assembly, powerful air-supply dust pelletizing system, automatic valve, powerful air supply duct and garbage transporting pipeline.Wherein, described wind collecting power generation assembly comprises aerogenerator, air inducing pipeline, silencer cover device and some fan blade air inducing spoons, and the garbage transporting pipeline is placed in solar power wind tower power generation construction inside, and is communicated with each resident family.Described powerful air-supply dust pelletizing system comprises: ventilation inlet is filter screen, tubaeform ventilation inlet, air flow circuit, rotation filter screen, lining, gas steady device, expansion wind funnel, S. A., air supply duct, heating arrangement, powerful air blower, annular fixedly filter screen, annular adapter plate, secondary air channel road, secondary air channel road signal gate, air compensation device, barrel fixedly.
Preferably, described wind collecting power generation assembly is integral type and can rotates with the wind.
Preferably, the inwall of the fan blade air inducing spoon of described wind collecting power generation assembly has spiral fashion air inducing groove.
Preferably, the air inducing spoon of described wind collecting power generation assembly is connected with wind driven generator principal shaft.
Preferably, described aerogenerator outside has the silencer cover device.
Preferably, described wind collecting power generation assembly has air inducing pipeline.
Preferably, the rigid connector of described Wind-induced air spoon and aerogenerator is placed in the air inducing pipeline of wind collecting power generation assembly.
Preferably, the internal diameter of the portlet of described tubaeform ventilation inlet is identical with the internal diameter size size of the lower port of described barrel, the portlet of described tubaeform ventilation inlet is connected with the lower port of described barrel, and described tubaeform ventilation inlet can enlarge the air trapping area, collects the wind of different directions.
Preferably, described ventilation inlet fixedly filter screen is aspect, the described ventilation inlet fixedly size of filter screen is identical with the size of the large port of described tubaeform ventilation inlet, and described ventilation inlet fixedly filter screen is fixed on the large port of described tubaeform ventilation inlet, by described ventilation inlet fixedly filter screen can stop the foreign material such as winged insect, leaf.
Preferably, the fixing filter screen of annular with one fixed width is installed in described air flow circuit, the described annular fixedly outer rim of filter screen is fixed on the inwall of described barrel, described annular fixedly filter screen can further be filtered omitting the impurity of coming in, and prevents from omitting the impurity of coming in and enters air supply duct.
Preferably, described annular adapter plate is aspect, and there is one fixed width, the diameter of the outer rim of described annular adapter plate and described the annular fixedly diameter of the inner edge of filter screen are identical, the outer rim of described annular adapter plate and described the annular fixedly inner edge of filter screen interfix, and very close to each other each other, the diameter of the inner edge of described annular adapter plate is identical with the diameter of described S. A..
Preferably, described S. A. has certain length, and is arranged in the circular hole at described annular adapter plate center, interfixes each other, and relative motion can not occur.
Preferably, described S. A. is equipped with powerful air blower away from an end of tubaeform ventilation inlet, described powerful air blower can be around the axis generation High Rotation Speed of S. A., in the energising situation, the powerful air blower High Rotation Speed causes air to produce difference of pressure, and air is because pressure flows in air supply duct along air flow circuit.
Preferably, described lining is loop configuration, and described S. A. is on the paragraph between described annular adapter plate and described tubaeform ventilation inlet, and described lining can not be subjected to displacement on the axis direction of described S. A., but can be around the axis rotation of described S. A..
Preferably, on the paragraph between described annular adapter plate and described tubaeform ventilation inlet, a plurality of rotation filter screens that formed by the net of circle shape are installed at a certain distance at described S. A..
Preferably, be provided with the lining that keeps rotating distance between filter screen between two adjacent rotation filter screens.
Preferably, described rotation filter screen is fixed on described lining, and during energising, the Air Flow of the difference of pressure formation that multi-layer rotating electric filter and lining utilize powerful air blower to produce rotates, and the foreign matter flowed into together with air is kept off by a plurality of rotary sieves.
Preferably, described air supply duct is " L " type, and described powerful air blower is positioned at the bottom inlet portion of described air supply duct.
Preferably, on the air supply duct inwall of vertical section of described air supply duct, described heating arrangement is installed, heats the wind that enters wind tower inside by heating arrangement.
Preferably, an end in described secondary air channel road is connected and communicates with described air compensation device, and vertical section of the other end in secondary air channel road and described air supply duct is connected and communicates.
Preferably, described secondary air channel road and described air supply duct interface are equipped with described secondary air channel road signal gate, and it can be according to unblanking.
Preferably, the upper port place of described air supply duct is equipped with described gas steady device, with the high velocity air steadily entered.
Preferably, comprise quadruplet parts group according to wind power generation stepped powerful air-supply dust pelletizing system of the present invention, each parts group comprises fixedly fixedly respectively of filter screen, annular adapter plate, secondary air channel road, secondary air channel road signal gate, air compensation device of filter screen, tubaeform ventilation inlet, air flow circuit, rotation filter screen, lining, gas steady device, air supply duct, heating arrangement, powerful air blower, annular of ventilation inlet, the vertical portion of the air supply duct of four parts groups is parallel to each other and fits tightly together, and other parts are respectively towards four different directions.
Preferably, the upper port of the air supply duct of described four groups of parts groups is connected with altogether one and expands the wind funnel, enlarges the area that flows into wind.
Preferably, described tubaeform ventilation inlet fixedly is communicated with air inducing pipeline.
Preferably, described barrel fixedly is communicated with powerful air supply duct.
Preferably, described powerful air supply duct fixedly is communicated with the garbage transporting pipeline.
Preferably, on described garbage transporting pipeline, automatic valve is housed.
Can long-distance transportation rubbish according to garbage disposal transport systems of the present invention, and rubbish can be cleared up in time, the wind collecting power generation assembly is for brute force air-supply dust pelletizing system provides power supply, do not need that the external world provides, energy-saving effect is remarkable.
The accompanying drawing explanation
Fig. 1 is the structural representation according to a preferred embodiment of a kind of garbage disposal transport systems of the present invention;
Fig. 2 is according to the integral type wind collecting generating device structure schematic diagram of the preferred embodiment of a kind of garbage disposal transport systems of the present invention in Fig. 1;
Fig. 3 is according to the brute force air-supply dust pelletizing system structural representation of the preferred embodiment of a kind of garbage disposal transport systems of the present invention in Fig. 1;
In figure, be labeled as: ventilation inlet is filter screen 1, tubaeform ventilation inlet 2, air flow circuit 3, lining 4, rotation filter screen 5, gas steady device 6, expansion wind funnel 7, air supply duct 8, heating arrangement 9, barrel 10, powerful air blower 11, annular fixedly filter screen 12, annular adapter plate 13, S. A. 14, secondary air channel road 15, air compensation device 16 fixedly, secondary air channel road signal gate 32.
The specific embodiment
A preferred embodiment below in conjunction with accompanying drawing to a kind of garbage disposal transport systems of the present invention is further described.
Shown in Fig. 1 is according to a kind of garbage disposal transport systems of the present invention, this garbage disposal transport systems comprises wind collecting power generation assembly 301, powerful air-supply dust pelletizing system 305, automatic valve 303, powerful air supply duct 306 and garbage transporting pipeline, wherein said wind collecting power generation assembly 301 comprises aerogenerator 102, air inducing pipeline 104, silencer cover device 103 and some fan blade air inducing spoons 101, it not only provides power supply for the high pressure powerful air blower, and the transportation that also to collect wind energy be rubbish provides power.As shown in Figure 1, the rubbish of solar power wind tower power generation construction 302 by garbage transporting pipeline and high pressure brute force air supply duct 306 fixedly conducting be connected, the garbage transporting pipeline is provided with automatic valve 303, when rubbish contact automatic valve 303, because the Action of Gravity Field of self is opened automatic valve 303, the rubbish warp is automatic valve 303 auto-closings later.Wind collecting power generation assembly 301 by wind energy collecting and by air inducing pipeline 104, be transported in powerful air-supply dust pelletizing system 305, wind energy is transported to the rubbish in the garbage transporting pipeline in destructor plant 304 under the effect of the acceleration pressurization of brute force air-supply dust pelletizing system 305.
As shown in Figure 3, powerful air-supply dust pelletizing system 305 comprises ventilation inlet fixedly filter screen 1, tubaeform ventilation inlet 2, air flow circuit 3, rotation filter screen 5, lining 4, gas steady device 6, expansion wind funnel 7, air supply duct 8, heating arrangement 9, powerful air blower 11, annular fixedly filter screen 12, annular adapter plate 13, S. A. 14, secondary air channel road 15, secondary air channel road signal gate 32, air compensation device 16, barrel 10.There is the air inflow A of section that flows into outside air at the lower port place of barrel 10, and the air inflow A of section comprises tubaeform ventilation inlet 2 and air flow circuit 3, and air flow circuit 3 is in the lower port of barrel 10.The internal diameter of the portlet of tubaeform ventilation inlet 2 is identical with the internal diameter size size of the lower port of barrel 10, the portlet of tubaeform ventilation inlet 2 is connected with the lower port of barrel 10, tubaeform ventilation inlet 2 is connected with air flow circuit 3, tubaeform ventilation inlet 2 can enlarge the air trapping area, collects the wind of different directions.
Ventilation inlet fixedly filter screen 1 is aspect, the ventilation inlet fixedly size of filter screen 1 is identical with the size of the large port of tubaeform ventilation inlet 2, and ventilation inlet fixedly filter screen 1 is fixed on the large port of described tubaeform ventilation inlet 2, by ventilation inlet fixedly filter screen 1 can stop the large-scale foreign material such as winged insect, leaf.The fixing filter screen 12 of annular with one fixed width is installed in air flow circuit 3, the annular fixedly outer rim of filter screen 12 is fixed on the inwall of barrel 10, annular fixedly filter screen 12 can further be filtered omitting the impurity of coming in, and prevents from omitting the impurity of coming in and enters air supply duct 8.
S. A. 14 has certain length, and is arranged in the circular hole at annular adapter plate 13 centers, interfixes each other, and relative motion can not occur.S. A. 14 is equipped with powerful air blower 11 away from an end of tubaeform ventilation inlet, powerful air blower 11 can be around the axis generation High Rotation Speed of S. A. 14, in the energising situation, powerful air blower 14 High Rotation Speeds cause air to produce difference of pressure, and air is because pressure flows in air supply duct 8 along air flow circuit.
Lining 4 is loop configuration, and it is located on S. A. 14, and, on the paragraph between annular adapter plate 13 and described tubaeform ventilation inlet 2, lining 4 can not be subjected to displacement on the axis direction of S. A. 14, but can be around the axis rotation of S. A. 14.On the paragraph between annular adapter plate 13 and tubaeform ventilation inlet 2, the rotation filter screen 5 of the net formation of a plurality of round shapes is installed at a certain distance at S. A. 14.Adjacent two are rotated between filter screen 5 lining 4 that is provided with distance between maintenance rotation filter screen.Rotate filter screen 5 and be fixed on lining 4, during energising, the Air Flow that the difference of pressure that multi-layer rotating electric filter 5 and lining 4 utilize powerful air blower 11 to produce forms rotates, and the foreign matter flowed into together with air is kept off by a plurality of rotary sieves 5.
Comprise quadruplet parts group according to the air-supply of the brute force in garbage disposal transport systems of the present invention dust pelletizing system, each parts group comprises fixedly filter screen 1 of ventilation inlet, tubaeform ventilation inlet 2, air flow circuit 3, rotate filter screen 5, lining 4, gas steady device 6, expand wind funnel 7, air supply duct 8, heating arrangement 9, powerful air blower 11, annular is filter screen 12 fixedly, annular adapter plate 13, S. A. 14, secondary air channel road 15, secondary air channel road signal gate 32, respectively one of air compensation device 16, the vertical portion of the air supply duct 8 of four parts groups is parallel to each other and fits tightly together, other parts are respectively towards four different directions.
The upper port of the air supply duct 8 of four groups of parts groups is connected with altogether one and expands wind funnel 7, enlarges the area that flows into wind.During energising, powerful air blower 11 is along the axis generation High Rotation Speed of S. A. 14, powerful air blower 11 High Rotation Speeds cause air to produce difference of pressure, air is because pressure flows in air supply duct 8 along air flow circuit, the Air Flow that the difference of pressure that multi-layer rotating electric filter 5 and lining 4 utilize powerful air blower 11 to produce forms also is rotated, pressure in air flow circuit 3 diminishes, and the wind of extraneous different directions replenishes in air flow circuit 3 by tubaeform ventilation inlet 2.At air, flow in air flow circuit 3 processes, 1 pair of air of air inlet filter screen filters for the first time, can remove airborne large-scale impurity, the foreign matter that will enter with the wind due to the rotation of rotating filter screen 5 is projected out, air is filtered for the second time, and annular fixedly filter screen 12 will filter for the third time from the impurity that rotates filter screen 5 omissions, the air after overanxious enters wind tower inside by air supply duct 8 under the effect of powerful air blower 11.When wind passes through air supply duct 8, the 9 pairs of wind of heating arrangement that are arranged on air supply duct 8 inwalls are heated, when wind leaves air supply duct 8, the 6 pairs of wind of gas steady device that are arranged on air supply duct 8 upper port carry out steadily, gas steadily enlarges its area by one's intention as revealed in what one says funnel 7 and enters wind tower inside
When the wind-force of sending when powerful air blower 11 can not reach specified value, secondary air channel road signal gate will be opened automatically, and air compensation device is mended wind
As shown in Figure 2, wind collecting power generation assembly 301 has aerogenerator 102, air inducing pipeline 104, silencer cover device 103 and some fan blade air inducing spoons 101.Wind collecting power generation assembly 301 has air inducing pipeline 104, and the fan blade air inducing spoon 101 of wind collecting power generation assembly 301 is with in the connector of aerogenerator 102 is fixedly connected with the air inducing pipeline 104 that is placed in wind collecting power generation assembly 301.
Wherein, fan blade air inducing spoon 101 inwalls have spiral fashion air inducing groove, being convenient to extraneous natural wind enters in air inducing pipeline 104, the fan blade air inducing spoon 9 of wind collecting power generation assembly 3 is connected with the main shaft of aerogenerator 11, fan blade air inducing spoon 9 can drive aerogenerator 102 generatings on the one hand, can guide on the other hand natural wind enters air inducing pipeline 104 and then enters generating in air generator 6 by pipeline, aerogenerator 102 outsides have silencer cover device 103, silencer cover device 103 can stop that extraneous impurity enters in aerogenerator 102 on the one hand, affect the normal operation of aerogenerator 102, on the other hand, can play the purpose of noise reduction, tubaeform ventilation inlet 2 fixedly is communicated with air inducing pipeline 104, facilitate the wind energy of air inducing pipeline interior 104 to enter in powerful air-supply dust pelletizing system 305, barrel 10 in powerful air-supply dust pelletizing system 305 fixedly is communicated with powerful air supply duct 306, powerful air supply duct 306 fixedly is communicated with the garbage transporting pipeline.Automatic valve 303 is housed on the garbage transporting pipeline.When automatic valve 303 is closed, powerful air-supply dust pelletizing system 305 work, be transported to the ducted rubbish of garbage transporting in destructor plant 304.
Although at length disclose the present invention with reference to accompanying drawing, it should be understood that these descriptions are only exemplary, not be used for limiting application of the present invention.Protection scope of the present invention is limited by accessory claim, and can be included in pin various modification made for the present invention, remodeling and equivalents in the situation that does not break away from protection domain of the present invention and spirit.
Claims (10)
1. one kind for the garbage disposal transport systems, it comprises wind collecting power generation assembly (301), powerful air-supply dust pelletizing system (305), automatic valve (303), powerful air supply duct (306) and garbage transporting pipeline, it is characterized in that, described wind collecting power generation assembly (301) comprises aerogenerator (102), air inducing pipeline (104), silencer cover device (103) and some fan blade air inducing spoons (101), described powerful air-supply dust pelletizing system (305) comprising: ventilation inlet is filter screen (1) fixedly, tubaeform ventilation inlet (2), air flow circuit (3), rotate filter screen (5), lining (4), gas steady device (6), expand wind funnel (7), S. A. (14), air supply duct (8), heating arrangement (9), powerful air blower (11), annular is filter screen (12) fixedly, annular adapter plate (13), secondary air channel road (15), secondary air channel road signal gate (32), air compensation device (16) and barrel (10).
2. garbage disposal transport systems as claimed in claim 1 is characterized in that: described wind collecting power generation assembly (301) is for integral type and can rotate with the wind.
3. garbage disposal transport systems as claimed in claim 1 or 2, it is characterized in that: the inwall of the fan blade air inducing spoon of described wind collecting power generation assembly (301) has spiral fashion air inducing groove.
4. garbage disposal transport systems as claimed in claim 1, it is characterized in that: the fan blade air inducing spoon (101) of described wind collecting power generation assembly 301 is connected with the main shaft of aerogenerator (102).
5. garbage disposal transport systems as described as claim 1 or 4, it is characterized in that: the outside of described aerogenerator (102) has silencer cover device (103).
6. garbage disposal transport systems as claimed in claim 1, it is characterized in that: described wind collecting power generation assembly (301) has air inducing pipeline (104).
7. garbage disposal transport systems as described as claim 1 or 4 is characterized in that: described fan blade air inducing spoon (101) is placed in the air inducing pipeline (104) of wind collecting power generation assembly with the rigid connector of aerogenerator (102).
8. garbage disposal transport systems as claimed in claim 2, it is characterized in that: described tubaeform ventilation inlet (2) fixedly is communicated with air inducing pipeline (104).
9. garbage disposal transport systems as claimed in claim 1 or 2, it is characterized in that: described barrel (10) fixedly is communicated with powerful air supply duct (306).
10. garbage disposal transport systems as claimed in claim 1, it is characterized in that: described powerful air supply duct (306) fixedly is communicated with the garbage transporting pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210172477.9A CN103449184B (en) | 2012-05-30 | 2012-05-30 | A kind of Garbage disposal transportation system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210172477.9A CN103449184B (en) | 2012-05-30 | 2012-05-30 | A kind of Garbage disposal transportation system |
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| CN103449184A true CN103449184A (en) | 2013-12-18 |
| CN103449184B CN103449184B (en) | 2015-08-05 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108397802A (en) * | 2018-03-01 | 2018-08-14 | 倪东海 | A kind of chafing dish cleaning equipment |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2887421Y (en) * | 2006-08-29 | 2007-04-11 | 王荣生 | Turbine dust-removing fan |
| PT2022731E (en) * | 2007-08-09 | 2010-04-29 | Ros Roca Sa | Method for controlled disposal of refuse |
| CN102107762A (en) * | 2009-12-29 | 2011-06-29 | 上海市金山区朱行小学 | Aerodynamic pipeline transportation system for garbage |
| CN102312790B (en) * | 2010-05-05 | 2015-04-08 | 冯刚克 | Novel ventilating pipeline wind power generation system |
| CN202228277U (en) * | 2011-09-08 | 2012-05-23 | 周登荣 | Wind power generation device for air duct well power station and comprehensive energy air duct well power station |
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2012
- 2012-05-30 CN CN201210172477.9A patent/CN103449184B/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108397802A (en) * | 2018-03-01 | 2018-08-14 | 倪东海 | A kind of chafing dish cleaning equipment |
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