CN105084712A - Device utilizing exhaust gas waste heat and solar energy to dry sludge - Google Patents
Device utilizing exhaust gas waste heat and solar energy to dry sludge Download PDFInfo
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- CN105084712A CN105084712A CN201510458192.5A CN201510458192A CN105084712A CN 105084712 A CN105084712 A CN 105084712A CN 201510458192 A CN201510458192 A CN 201510458192A CN 105084712 A CN105084712 A CN 105084712A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/37—Wastewater or sewage treatment systems using renewable energies using solar energy
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Abstract
The invention discloses a device utilizing exhaust gas waste heat and solar energy to dry sludge. The device utilizing the exhaust gas waste heat and the solar energy to dry the sludge comprises a sludge turnover and throwing device, wherein the sludge turnover and throwing device comprises an automatic walking mechanism, a turnover mechanism and a ventilation system. A limiting switch and a corresponding baffle plate I are arranged in the front and the back of the automatic walking mechanism respectively. The turnover mechanism comprises two rocker arms, the rear ends of the rocker arms are hinged to the baffle plates, a turnover shaft is installed at the front ends of the rocker arms, and multiple groups of turnover cutting heads are fixedly installed on the turnover shaft. Self-locking mechanisms and unlocking mechanisms are arranged on the rocker arms. The ventilation system comprises an air blower and a ventilation pipeline, wherein the ventilation pipeline is located above the back of the turnover shaft, and multiple air outlets are formed in the ventilation pipeline. The device utilizing the exhaust gas waste heat and the solar energy to dry the sludge moves towards or backwards in the length direction of a whole drying bed and conducts 360-degree sludge turnover, throwing and cutting after operating, can automatically perform cyclic turnover operation without attendance of specially-assigned persons and has the advantages of being high in drying efficiency and automation degree, stable and safe in operation, compact in structure, small in size, small in investment, low in cost, convenient to operate and maintain and the like.
Description
Technical field
The present invention relates to a kind of mud drying device, particularly a kind of device utilizing waste heat flue gas and solar energy desiccation mud.
Background technology
About 0.3% ~ 0.5%, large-scale wastewater treatment plant that the sludge volume that sewage work produces accounts for process water yield volume will produce the mud of even a few kiloton of hundreds of every day.According to statistics, 2013, national wastewater emission amount 695.4 hundred million tons, municipal sewage treatment ability reached every day 1.22 hundred million tons, and national annual mud (water ratio 80%) ultimate production will break through 3,000 ten thousand tons very soon.Strong contaminative, the large feature such as quantum of output, high-moisture percentage make sludge disposal problem become very thorny.Based on the double attribute of mud self---pollutent and resource, recycling sludge utilizes technology mainly to comprise recovery energy, Land_use change, building materials utilization etc., and these prerequisites utilizing technology to apply are all sludge dryings.Sludge dehydrating and drying also becomes a bottlenecks more and more highlighted, and how to realize sludge drying also becomes a key issue realizing recycling sludge and utilize low-carbon (LC) thereupon.
Solar energy greenhouse sludge drying system is as the novel specific resistance to filtration technology of one, compared with traditional heat drying technology, the advantage of this system shows: system cloud gray model security is high, follow-up operation expense is low, system architecture is simple, environmentally safe, resource utilization is high, but solar radiation is by geographical conditions and the restriction in season, as in northern China, solar radiation energy has larger difference throughout the year, how to solve the instability in the system thermal source that solar radiation difference is brought, it is made also can normally to run under Various Seasonal and weather condition, it is current solar energy greenhouse drying technique problem demanding prompt solution.
Fume waste heat is the one of boiler exhaust gas loss, the existence of flue gas loss, not only greatly have impact on the effective rate of utilization of boiler to fuel, and be discharged into flue gas in air also grievous injury Air quality, very large pollution is caused to environment, therefore, recycles fume afterheat, while meeting energy-saving and emission-reduction themes of the times, also for the recycling economy of power plant provides a practical way.
Chinese patent literature CN102275748A discloses the method and apparatus of a kind of waste heat flue gas/solar energy desiccation mud on December 21st, 2011, the technique utilizing fume waste heat and solar energy resources as main energy sources dewatered sludge is proposed, mud obtains the radiant heat raising temperature of sun power in greenhouse on the one hand, mud carries out heat exchange with the flue gas from geothermal board and improves temperature on the other hand, mud is in the thermal dehydration mummification through sun power/power plant's heat smoke, form the mud granule of high heating value, the fuel that can be used as boiler uses.The running of this system, not only meets the target of the most economical and most convenient of sludge drying process, makes again mud turn waste into wealth.The useless mud of script is become resource re-use, reach the maximum using of sludge resource, and treating processes is also much little than other sludge drying modes to the pollution of environment.
Turn over the nucleus equipment that mud machine is waste heat flue gas/solar energy desiccation sludge processes, it runs the mummification effect directly having influence on this technique.China introduced German sludge drying technique in 2012, had built up domestic first set greenhouse solar-heat pump sludge drying system, and operation result shows: the structure of this cover system exists certain defect.Main manifestations is: 1) to turn over after the charging of mud machine operationally, due to two ends weight not etc., there will be two ends, left and right guide rail discontinuity, cause the roller heavy wear of turning over mud machine, even damage and turn over mud machine itself; 2) flow-disturbing blower fan is not installed on top, greenhouse, top, greenhouse cannot be made to add thermogenetic high-temperature gas by solar source and fully contact with mud, and solar energy resources and Greenhouse effect principle can not be utilized substantially to realize the mummification of mud.
Summary of the invention
The present invention provides a kind of device utilizing waste heat flue gas and solar energy desiccation mud for solving in known technology the technical problem that exists, and it can circulate voluntarily and turn over mud, looks after without the need to special messenger.
The technical scheme that the present invention takes for the technical problem existed in solution known technology is: a kind of device utilizing waste heat flue gas and solar energy desiccation mud, comprise geothermal board, below described geothermal board, be provided with heat-conducting oil pipes, described heat-conducting oil pipes is connected with flue gas heat-exchange unit, solar house is provided with above described geothermal board, heat storage and sludge drying bed is provided with in described solar house, described solar house is provided with recirculating air pipeline, described recirculating air pipeline is provided with dehumidifying odor removal, described sludge drying bed is provided with sludge turning polishing apparatus, and described sludge turning polishing apparatus comprises automatic traveling mechanism, turning mechanism and ventilation system, described automatic traveling mechanism comprises one across the frame on drying bed, described frame is provided with bridge-type fuselage, a baffle plate is respectively equipped with in the both sides of described bridge-type fuselage, two described baffle plates are supported with a main driving axle, described main driving axle is driven by drive-motor, and described drive-motor is fixed in described frame, a drive sprocket is respectively provided with at the two ends of described main driving axle, described drive sprocket is connected with driven sprocket by chain, described driven sprocket is arranged on driven shaft, described driven shaft is supported by a described baffle plate with its homonymy, described driven shaft is provided with driving gear, described driving gear is positioned at the inner side with the described baffle plate of its homonymy, and described driven sprocket is positioned at the outside with the described baffle plate of its homonymy, described driving gear wheel and rack engagement, described tooth bar is horizontally fixed on and runs below guide rail, described operation guide rail is horizontally fixed on the outside of drying bed, and the upper surface of described operation guide rail is provided with the bogie wheel be connected with its rolling resistance, and described bogie wheel is arranged on the inner side of described baffle plate, in the middle part of described chain, be provided with strainer, described strainer is arranged on described baffle plate, be provided with above the side of described frame and its switch box be fixedly connected with, a limit switch is respectively provided with in the both sides of described switch box, two described limit switches are respectively provided with one piece of baffle plate, I, two pieces of described baffle plates I and are packed in respectively and the initiating terminal of the described operation guide rail of described switch box homonymy and clearing end, described turning mechanism comprises the reel cage being positioned at described bridge-type fuselage front, described reel cage is provided with two rocking arms in left and right, the middle part of two described rocking arms is separately fixed at the two ends of a union lever, the rear end of two described rocking arms respectively with two described panel hinge, the front end of two described rocking arms is provided with an axle of turning over, one end of described axle of turning over is connected with the output shaft stirring motor by chain-drive mechanism, the described motor that stirs is arranged on described reel cage, described axle of turning over is fixedly mounted with many groups and stirs cutter head and two wheels that climb, the wheel that climbs described in two lays respectively at the both sides, inside of drying bed, stirring cutter head described in many groups is climbing between wheel described in two, be provided with in the tail inner side of drying bed and take turns acclivity one to one with climbing described in two, the top, slope of described acclivity is arranged on the tail end of drying bed, described rocking arm is provided with self-locking mechanism and release mechanism, described self-locking mechanism comprises a pull bar, a self-locking fork and a tension extension spring, front end and the rocking arm front portion of described pull bar are hinged, the rear end of described pull bar and the upper end of described self-locking fork are connected through the hinge, the upper end of described tension extension spring and chain connection, the lower end of described tension extension spring and being connected with the described baffle plate that its homonymy is arranged, described release mechanism comprises a horizontally disposed lance, an intermediate connecting rod and a unblock fork, the middle part of described lance is by horizontally-guided seat supports, described lance and described horizontally-guided seat are formed and are slidably connected, described horizontally-guided seat is packed on the described baffle plate that arranges with its homonymy, the rear end of described lance is connected with the rear end of described intermediate connecting rod, the front end of described intermediate connecting rod is connected with the upper end of described unblock fork, the lower end of described unblock fork is hinged on the described baffle plate that arranges with its homonymy, described unblock fork is positioned at the rear of described self-locking fork, described unblock fork collides described self-locking fork when forward rocking motion, the baffle plate II relative with lance is provided with at the initiating terminal of the described operation guide rail of correspondence, described ventilation system comprises gas blower and coupled ventilator trunk, described ventilator trunk is fixed between two described baffle plates, be positioned at the back upper place of described reel cage, described ventilator trunk is provided with multiple air outlet relative with drying bed bed surface, all described air outlets are evenly arranged along the axis of described ventilator trunk, and described gas blower is arranged in described frame.
Often to stir cutter head described in group be a longitudinal section is the rolling blade of S shape, turns on axle described in the middle part of described rolling blade is fixed on.
Described main driving axle is connected by worm reducer with described drive-motor, and described drive-motor is arranged on described bridge-type fuselage.
Described ventilator trunk is parallel with described bridge-type fuselage.
The advantage that the present invention has and positively effect are: after turning over polishing apparatus operation, along whole drying bed length reach or after move, and to mud carry out 360 ° turn over throw and cutting, the moving operations that can circulate voluntarily is looked after, the advantage such as have that mummification efficiency is high, level of automation is high, stable and safe in operation, compact construction, volume are little, reduced investment, cost are low and operating maintenance is convenient without the need to special messenger.
Accompanying drawing explanation
Fig. 1 is front view of the present invention;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the side-view of Fig. 1;
Fig. 4 is automatic traveling mechanism driving part side-view of the present invention;
Fig. 5 is turning mechanism side-view of the present invention;
Fig. 6 is self-locking mechanism of the present invention and release mechanism side-view;
Fig. 7 is ventilation system side-view of the present invention.
In figure: 1, limit switch, 2, main driving axle, 3, stir motor, 4, climb wheel, 5, stir cutter head, 6, rocking arm, 7, bogie wheel, 8, driving gear, 9, driven sprocket, 10, lance, 11, bridge-type fuselage, 12, drive-motor, 13, baffle plate I, 14, switch box, 15, acclivity, 16, run guide rail, 17, baffle plate, 18, chain, 19, tooth bar, 20, drying bed, 21, to turn over axle, 22, pull bar, 23, tension extension spring, 24, self-locking fork, 25, unlock fork, 26, intermediate connecting rod, 27, horizontally-guided seat, 28, gas blower, 29, ventilator trunk, 30, air outlet, 31, solar house.
Embodiment
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
Refer to Chinese patent literature CN102275748A discloses a kind of waste heat flue gas/solar energy desiccation mud method and apparatus on December 21st, 2011, this section of document proposes a kind of device utilizing waste heat flue gas and solar energy desiccation mud, comprise geothermal board, below described geothermal board, be provided with heat-conducting oil pipes, described heat-conducting oil pipes is connected with flue gas heat-exchange unit; Solar house is provided with above described geothermal board, heat storage and sludge drying bed is provided with in described solar house, described solar house is provided with recirculating air pipeline, described recirculating air pipeline is provided with dehumidifying odor removal, described sludge drying bed is provided with sludge turning polishing apparatus.
Refer to Fig. 1 ~ Fig. 7, the present invention carries out composition optimizes to the above-mentioned sludge turning polishing apparatus be arranged in solar house 31, comprises automatic traveling mechanism, turning mechanism and ventilation system.
Refer to Fig. 1 ~ Fig. 4, described automatic traveling mechanism comprises one across the frame on drying bed 20, described frame is provided with bridge-type fuselage 11, a baffle plate 17 is respectively equipped with in the both sides of described bridge-type fuselage 11, two described baffle plates 17 are supported with a main driving axle 2, described main driving axle 2 is driven by drive-motor 12, and described drive-motor 12 is fixed in described frame.
A drive sprocket is respectively provided with at the two ends of described main driving axle 2, described drive sprocket is connected with driven sprocket 9 by chain 18, described driven sprocket 9 is arranged on driven shaft, described driven shaft is supported by a described baffle plate 17 with its homonymy, described driven shaft is provided with driving gear 8, described driving gear 8 is positioned at the inner side with the described baffle plate of its homonymy, and described driven sprocket 9 is positioned at the outside with the described baffle plate of its homonymy; Described driving gear 8 engages with tooth bar 19, described tooth bar 19 is horizontally fixed on and runs below guide rail 16, described operation guide rail 16 is horizontally fixed on the outside of drying bed 20, the upper surface of described operation guide rail 16 is provided with the bogie wheel 7 be connected with its rolling resistance, and described bogie wheel 7 is arranged on the inner side of described baffle plate 17; In the middle part of described chain 18, be provided with strainer, described strainer is arranged on described baffle plate 17.
The switch box 14 be fixedly connected with it is provided with above the side of described frame, a limit switch 1 is respectively provided with in the both sides of described switch box 14, two described limit switches 1 are respectively provided with one piece of baffle plate, I 13, two pieces of described baffle plates I 13 and are packed in respectively and the initiating terminal of the described operation guide rail 16 of described switch box homonymy and clearing end.
Described turning mechanism comprises the reel cage being positioned at described bridge-type fuselage 11 front, described reel cage is provided with two rocking arms 6 in left and right, the middle part of two described rocking arms 6 is separately fixed at the two ends of a union lever, the rear end of two described rocking arms 6 respectively with two described baffle plate 17 hinged, the front end of two described rocking arms 6 is provided with an axle 21 of turning over, one end of described axle 21 of turning over is connected with the output shaft stirring motor 3 by chain-drive mechanism, the described motor 3 that stirs is arranged on described reel cage, described axle 21 of turning over is fixedly mounted with many groups and stirs cutter head 5 and two wheels 4 that climb, the wheel 4 that climbs described in two lays respectively at the both sides, inside of drying bed 20, stirring cutter head 5 described in many groups is climbing between wheel 4 described in two, be provided with and wheel 4 two acclivities 15 one to one that climb described in two in the tail inner side of drying bed 20, the top, slope of described acclivity 15 is arranged on the tail end of drying bed 20.
Described rocking arm 6 is provided with self-locking mechanism and release mechanism, refer to Fig. 6, described self-locking mechanism comprises a pull bar 22, self-locking fork 24 and a tension extension spring 23, the front end of described pull bar 22 and rocking arm 6 are anterior hinged, the rear end of described pull bar 22 and the upper end of described self-locking fork 24 are connected through the hinge, the upper end of described tension extension spring 23 and chain connection, the lower end of described tension extension spring 23 and being connected with the described baffle plate 17 that its homonymy is arranged.Described release mechanism comprises a horizontally disposed lance 10, an intermediate connecting rod 26 and a unblock fork 25, the middle part of described lance 10 is supported by horizontally-guided seat 27, described lance 10 and described horizontally-guided seat 27 are formed and are slidably connected, described horizontally-guided seat 27 is packed on the described baffle plate 17 that arranges with its homonymy, the rear end of described lance 27 is connected with the rear end of described intermediate connecting rod 26, the front end of described intermediate connecting rod 26 is connected with the upper end of described unblock fork 25, the lower end of described unblock fork 25 is hinged on the described baffle plate 17 that arranges with its homonymy, described unblock fork 25 is positioned at the rear of described self-locking fork 24, described unblock fork 25 collides described self-locking fork 24 when forward rocking motion, the baffle plate II relative with described lance 10 is provided with at the initiating terminal of the described operation guide rail 16 of correspondence.In the present embodiment, baffle plate II and with it with holding the baffle plate I arranged to adopt integrated formed structure.
Refer to Fig. 7, described ventilation system comprises gas blower 28 and coupled ventilator trunk 29, described vent-pipe 29 is fixed between two described baffle plates 17, be positioned at the back upper place of described reel cage, described ventilator trunk 29 is provided with multiple air outlet 30 relative with drying bed bed surface, all described air outlets 30 are evenly arranged along the axis of described ventilator trunk 29, and described gas blower 28 is arranged in described frame.
In the present embodiment, often to stir cutter head 5 described in group be a longitudinal section is the rolling blade of S shape, turns on axle 21 described in the middle part of described rolling blade is fixed on.Economical and practical.Described main driving axle 2 is connected by worm reducer with described drive-motor 12, and described drive-motor 12 is arranged on described bridge-type fuselage 11.Compact construction.Described ventilator trunk 29 is parallel with described bridge-type fuselage 11.
Principle of work of the present invention:
Drive-motor 12 drives main driving axle 2 to rotate, and power is passed to driving gear 8 by the chain-drive mechanism of its both sides, and driving gear 8 rolls on tooth bar 19, and then drives whole sludge turning polishing apparatus to move forward and backward; The limit switch 1 of switch box 14 both sides and baffle plate I collaborative work at operation guide rail two ends, when plant running is to when running one end of guide rail, limit switch 1 is opened after touching baffle plate I, and automatic traveling mechanism gets final product antiport, former road turns back to the other end, circulates successively.
In turning mechanism, axle 21 of turning over is arranged on two rocking arms, by deadweight press-in mud in, stir motor 3 by chain-drive mechanism by transmission of power to axle 21 of turning over, axle of turning over rotates, drive many groups to stir cutter head 5 to rotate, mud is dug by the cutter head in rotation, because drying bed tail end is provided with acclivity 15, therefore when turning mechanism runs to drying bed tail end, the wheel 4 that climbs continues to rise along acclivity 15, and rocking arm 6 is lifted gradually, makes to stir cutter head 5 away from completing the mud turning over polishing working.The height of wheel 4 of climbing constantly rises due to the effect of acclivity 15, after reaching the dead-centre position of self-locking mechanism, the rear, dead-centre position to self-locking mechanism is put in the upper end of self-locking fork 24, axle 21 of turning over is raised up to certain altitude together with the cutter head 5 that stirs on axle and fixes, and makes to stir cutter head 5 and can not encounter the mud having completed and thrown and turn over operation when returning with the former road of automatic traveling mechanism.And when turning mechanism is back to operation guide rail initiating terminal position, the lance 10 at release mechanism rear portion encounters baffle plate II, and under the effect of baffle plate II, lance 10 moves forward, promote to unlock fork 24 forward rocking motion, and making its upper end pendulum to the front, dead-centre position of self-locking mechanism, self-locking mechanism is switched on again, and rocking arm 6 is under gravity, automatic whereabouts, in press-in mud, prepare to carry out secondary and turn over polishing working, circulate with this.
When carrying out turning over polishing working, the air outlet being positioned at axle 21 back upper place of turning over constantly sprays hot blast, and the mud that hot blast and below are dug contacts, and carries out mummification to mud.After turning mechanism starts, ventilating mechanisms is in opened condition all the time.
Although be described the preferred embodiments of the present invention by reference to the accompanying drawings above; but the present invention is not limited to above-mentioned embodiment; above-mentioned embodiment is only schematic; be not restrictive; those of ordinary skill in the art is under enlightenment of the present invention; do not departing under the ambit that present inventive concept and claim protect, can also make a lot of form, these all belong within protection scope of the present invention.
Claims (4)
1. utilize a device for waste heat flue gas and solar energy desiccation mud, comprise geothermal board, below described geothermal board, be provided with heat-conducting oil pipes, described heat-conducting oil pipes is connected with flue gas heat-exchange unit; Solar house is provided with above described geothermal board, heat storage and sludge drying bed is provided with in described solar house, described solar house is provided with recirculating air pipeline, described recirculating air pipeline is provided with dehumidifying odor removal, described sludge drying bed is provided with sludge turning polishing apparatus, it is characterized in that, described sludge turning polishing apparatus comprises automatic traveling mechanism, turning mechanism and ventilation system;
Described automatic traveling mechanism comprises one across the frame on drying bed, described frame is provided with bridge-type fuselage, a baffle plate is respectively equipped with in the both sides of described bridge-type fuselage, two described baffle plates are supported with a main driving axle, described main driving axle is driven by drive-motor, and described drive-motor is fixed in described frame;
A drive sprocket is respectively provided with at the two ends of described main driving axle, described drive sprocket is connected with driven sprocket by chain, described driven sprocket is arranged on driven shaft, described driven shaft is supported by a described baffle plate with its homonymy, described driven shaft is provided with driving gear, described driving gear is positioned at the inner side with the described baffle plate of its homonymy, and described driven sprocket is positioned at the outside with the described baffle plate of its homonymy; Described driving gear wheel and rack engagement, described tooth bar is horizontally fixed on and runs below guide rail, described operation guide rail is horizontally fixed on the outside of drying bed, and the upper surface of described operation guide rail is provided with the bogie wheel be connected with its rolling resistance, and described bogie wheel is arranged on the inner side of described baffle plate; In the middle part of described chain, be provided with strainer, described strainer is arranged on described baffle plate;
Be provided with above the side of described frame and its switch box be fixedly connected with, a limit switch is respectively provided with in the both sides of described switch box, two described limit switches are respectively provided with one piece of baffle plate, I, two pieces of described baffle plates I and are packed in respectively and the initiating terminal of the described operation guide rail of described switch box homonymy and clearing end;
Described turning mechanism comprises the reel cage being positioned at described bridge-type fuselage front, described reel cage is provided with two rocking arms in left and right, the middle part of two described rocking arms is separately fixed at the two ends of a union lever, the rear end of two described rocking arms respectively with two described panel hinge, the front end of two described rocking arms is provided with an axle of turning over, one end of described axle of turning over is connected with the output shaft stirring motor by chain-drive mechanism, the described motor that stirs is arranged on described reel cage, described axle of turning over is fixedly mounted with many groups and stirs cutter head and two wheels that climb, the wheel that climbs described in two lays respectively at the both sides, inside of drying bed, stirring cutter head described in many groups is climbing between wheel described in two, be provided with in the tail inner side of drying bed and take turns acclivity one to one with climbing described in two, the top, slope of described acclivity is arranged on the tail end of drying bed,
Described rocking arm is provided with self-locking mechanism and release mechanism, described self-locking mechanism comprises a pull bar, a self-locking fork and a tension extension spring, front end and the rocking arm front portion of described pull bar are hinged, the rear end of described pull bar and the upper end of described self-locking fork are connected through the hinge, the upper end of described tension extension spring and chain connection, the lower end of described tension extension spring and being connected with the described baffle plate that its homonymy is arranged;
Described release mechanism comprises a horizontally disposed lance, an intermediate connecting rod and a unblock fork, the middle part of described lance is by horizontally-guided seat supports, described lance and described horizontally-guided seat are formed and are slidably connected, described horizontally-guided seat is packed on the described baffle plate that arranges with its homonymy, the rear end of described lance is connected with the rear end of described intermediate connecting rod, the front end of described intermediate connecting rod is connected with the upper end of described unblock fork, the lower end of described unblock fork is hinged on the described baffle plate that arranges with its homonymy, described unblock fork is positioned at the rear of described self-locking fork, described unblock fork collides described self-locking fork when forward rocking motion, the baffle plate II relative with lance is provided with at the initiating terminal of the described operation guide rail of correspondence,
Described ventilation system comprises gas blower and coupled ventilator trunk, described ventilator trunk is fixed between two described baffle plates, be positioned at the back upper place of described reel cage, described ventilator trunk is provided with multiple air outlet relative with drying bed bed surface, all described air outlets are evenly arranged along the axis of described ventilator trunk, and described gas blower is arranged in described frame.
2. the device utilizing waste heat flue gas and solar energy desiccation mud according to claim 1, is characterized in that, often to stir cutter head described in group be a longitudinal section is the rolling blade of S shape, turns on axle described in the middle part of described rolling blade is fixed on.
3. the device utilizing waste heat flue gas and solar energy desiccation mud according to claim 1, is characterized in that, described main driving axle is connected by worm reducer with described drive-motor, and described drive-motor is arranged on described bridge-type fuselage.
4. the device utilizing waste heat flue gas and solar energy desiccation mud according to claim 1, is characterized in that, described ventilator trunk is parallel with described bridge-type fuselage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510458192.5A CN105084712A (en) | 2015-07-30 | 2015-07-30 | Device utilizing exhaust gas waste heat and solar energy to dry sludge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510458192.5A CN105084712A (en) | 2015-07-30 | 2015-07-30 | Device utilizing exhaust gas waste heat and solar energy to dry sludge |
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| Publication Number | Publication Date |
|---|---|
| CN105084712A true CN105084712A (en) | 2015-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510458192.5A Pending CN105084712A (en) | 2015-07-30 | 2015-07-30 | Device utilizing exhaust gas waste heat and solar energy to dry sludge |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102285748A (en) * | 2011-06-08 | 2011-12-21 | 天津城市建设学院 | Method and equipment for drying sludge by utilizing waste heat flue gas/solar energy |
| CN102329061A (en) * | 2010-07-12 | 2012-01-25 | 天津重力士净化分离技术有限公司 | Energy-saving and emission-reduction star-wheel sludge drying tower with common application of wind energy and solar energy |
-
2015
- 2015-07-30 CN CN201510458192.5A patent/CN105084712A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102329061A (en) * | 2010-07-12 | 2012-01-25 | 天津重力士净化分离技术有限公司 | Energy-saving and emission-reduction star-wheel sludge drying tower with common application of wind energy and solar energy |
| CN102285748A (en) * | 2011-06-08 | 2011-12-21 | 天津城市建设学院 | Method and equipment for drying sludge by utilizing waste heat flue gas/solar energy |
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Application publication date: 20151125 |