CN107446602A - A kind of main shaft positioning device of plastic garbage pyrolysis furnace - Google Patents

Abstract

A kind of main shaft positioning device of plastic garbage pyrolysis furnace, including main shaft, upper cylinder and lower cylinder, the outer wall of upper cylinder is fixedly connected with the upper comb of pyrolysis furnace, upper comb is fixedly connected with the inwall of the combustion chamber of pyrolysis furnace, the outer wall of lower cylinder is fixedly connected with the lower comb of pyrolysis furnace, lower comb is fixedly connected with the inwall of the combustion chamber of pyrolysis furnace, lower cylinder is identical with upper barrel structure, barrel including tubular structure, axle bed is connected with by connecting rod in described barrel, axle bed supports the main shaft of positioning pyrolysis furnace by sliding bearing, sliding bearing by three chip architectures just as the tubular structure that forms of arc bearing shell, arc bearing shell is antifriction alloy bearing shell.The present invention supports positioning spindle by the sliding bearing being made up of three arc bearing shells, accurate positioning, the swing in main shaft rotary course can be effectively reduced, main shaft is steadily operated, influence of the hot environment to bearing can be also reduced simultaneously, so as to ensure that equipment normal table is run.

Description

A kind of main shaft positioning device of plastic garbage pyrolysis furnace

Technical field

The invention belongs to field of garbage disposal, it is more particularly to a kind of by plastic garbage continuous processing and comprehensively utilize method In plastic garbage processing system in plastic garbage pyrolysis furnace main shaft positioning device.

Background technology

Plastic garbage is one of rubbish common in daily production and life, due to the degradability that is difficult to of plastic garbage, mesh The method of pre-treatment plastic garbage is mainly using landfill, burning, the method cracked；Landfill method is that plastic garbage is bought in into underground, By its natural degradation, such way time cycle length, have greater environmental impacts, land occupation；Combustion method is by plastic garbage Burnt, either with Other Waste or the combust of material one, as generating or other thermals source, such way is due to modeling A large amount of toxic gases can be produced after material burning, secondary pollution is caused to environment；The method of cracking, it is that plastic garbage is put into cracking Stove, plastics are decomposed again, petroleum substance is produced after decomposition, fuel or other raw materials can be used as to reuse；Existing Method for cracking treatment in, problems be present, first, existing complete continuous cracking equipment is to plastics in plastic garbage Composition requires, that is to say, that, it is desirable to the uniformity of the plastics variety in plastic garbage will get well, the ratio containing certain plastic components Example is needed to reach more than 85%, and this can be realized, for refuse classification for the good country that refuse classification is done Incompact country that is bad or doing is difficult to realize；It is existing if such component requirements can not be reached Cracking apparatus cannot realize the cracking of plastic garbage, gently then equipment does not work, heavy then cause equipment explosion；It is furthermore right Substantial amounts of toxic gas is produced in the processing method discontinuously cracked, cracking process can still be discharged into air, to environment Secondary pollution is caused, while strong acid is produced after these toxic gases chance water, causes equipment corrosion serious, shortens equipment and use the longevity Life；3rd, due to different plastic components in cracking be present, and cracking temperature is merely able to adapt to the cracking temperature of a certain plastics Degree, it is impossible to the cracking of plastic garbage is realized on a pyrolysis furnace, while needs to be sorted plastics variety, it is residual after cracking Slag is easily bonded on furnace wall, causes pyrolysis furnace to damage, while the residue for clearing up furnace wall will also result in the secondary pollution of environment；The 4th, the sorting of existing plastic garbage is the method by the way that plastic garbage is crushed, and so consumption energy is big, causes the energy unrestrained Take.

To solve the above problems, the applicant have submitted Application No. " 2017104731870 ", a kind of entitled " plastics The Chinese invention patent application of waste cracking furnace main shaft ", the main shaft of the plastic garbage pyrolysis furnace of the patent application publication, the main shaft Bottom is connected by axle bed with underdrive device, and the top of main shaft is by upper cylinder and lower cylinder support rotating, and still, the main shaft installs In the cracking reaction intracavitary of pyrolysis furnace, cracking reaction category pyroreaction, heat of reaction is inevitably delivered to by main shaft Corresponding parts of bearings, bearing, which is influenced by temperature easily to produce, is lubricating the service life for not enough, influenceing bearing and main shaft just Often rotate, simultaneously as main axis length is longer, its top inevitably exists in rotary course to be swung, therefore on main shaft The positioning support in portion is particularly significant.

The content of the invention

In summary, in order to overcome the shortcomings of prior art problem, the invention provides a kind of plastic garbage pyrolysis furnace Main shaft positioning device, it is that axle bed is set in the upper cylinder and lower cylinder of pyrolysis furnace, and axle bed connects main shaft by sliding bearing, and sliding Dynamic bearing is made up of three arc bearing shells, three bearing shell positioning supports, accurate positioning, can effectively reduce main shaft rotary course In swing, main shaft is steadily operated, while can also reduce influence of the hot environment to bearing, so as to ensure that equipment is normally steady Fixed operation.

A kind of main shaft positioning device of plastic garbage pyrolysis furnace, wherein：Including main shaft, upper cylinder and lower cylinder, described upper cylinder Outer wall be fixedly connected with the upper comb of pyrolysis furnace, described upper comb is fixedly connected with the inwall of the combustion chamber of pyrolysis furnace, described The outer wall of lower cylinder is fixedly connected with the lower comb of pyrolysis furnace, and described lower comb is fixedly connected with the inwall of the combustion chamber of pyrolysis furnace, Described lower cylinder is identical with upper barrel structure, includes the barrel of tubular structure, and axle bed, described axle bed are provided with described barrel Interior setting axis hole, axis hole support the main shaft of positioning pyrolysis furnace by sliding bearing, and described sliding bearing is by three chip architecture shapes The tubular structure of same arc bearing shell composition, described arc bearing shell is antifriction alloy bearing shell.

Technical scheme may also is that realization：Including axis body, axle bed, vapor pipe, enter warm-air pipe, enter Water pipe, baffle plate；Described axis body is the cavity body of one end closing, and its open at one end is downward, is connected in open at one end with axle bed；Institute The axle bed stated is arranged on axis body open at one end, and installation bearing and the structure being connected with transmission device are provided with axle bed；It is described Steam pipe be arranged on axis body internal cavities in, have distance at its upper end distance axis intracoelomic cavity top seal, its lower end passes through Baffle plate projecting shaft is external and reaches dregs-separating device surface through dregs-separating device；Described steam pipe needs the company of sealing with baffle plate junction Connect；Described enters warm-air pipe on baffle plate, and with baffle plate fixed seal connection, its upper end is hanging, lower end and outer swivel joint Connection；Described water inlet pipe is arranged on into warm-air pipe, and upper end is hanging, and lower end is connected with inward turning adapter；Described water inlet pipe Upper end stretch out upper end into warm-air pipe；Described baffle plate is arranged at the cavities open of axle bed lower end, is sealed and is connected with axle bed Connect；Described steam pipe has multiple, is evenly distributed on the circumference of axis body intracavity section.

Technical scheme may also is that realization：It is evenly distributed with the circumference of the axis hole of described axle bed Three keyways, key is provided with the outer wall of described arc bearing shell, and arc bearing shell passes through key connection with axis hole.

Technical scheme may also is that realization：The sliding bearing of described three arc bearing shells composition The interference fit connection of the axis hole of excircle and axle bed.

Beneficial effects of the present invention

The present invention is that axle bed is set in the upper cylinder and lower cylinder of pyrolysis furnace, and axle bed connects main shaft, and sliding axle by sliding bearing Hold and be made up of three arc bearing shells, three bearing shell positioning supports, accurate positioning, can effectively be reduced in main shaft rotary course Swing, main shaft is steadily operated, while can also reduce influence of the hot environment to bearing, so as to ensure that equipment normal table is transported OK.

Brief description of the drawings

Fig. 1 is the structural representation of the present invention

1. pretreatment system, 2. conveying equipments, 3. pyrolysis furnace feed bins, 4. pyrolysis furnaces, 5. pyrolysis furnace gas outlet ducts, 6. combustion gas Recovery system, 7. air compressors, 8. condensers, in 9. and device, 10. oil water separators, 11. oils efferent ducts, 12. water are defeated Outlet pipe, 13. oil-water mixture delivery pipes, 14. building block production equipments, 15. building blocks are pulverized and mixed device.

Fig. 2 is the structural representation of pretreatment system sorting device

1-1. frames, 1-2. shells, 1-3. conveyer belts, 1-4. setting wheels, 1-5. separation wheels, 1-6. drawing-inrollers, 1-7. particles go out Material mouth, 1-8. stone discharging openings, 1-9. plastics discharging openings.

Fig. 3 is the structural representation of conveying equipment

2-1. air conveying devices, 2-2. accumulators, 2-3. dissipate wind net, 2-4. chain types lifting conveying device, 2-5. holding tanks, outside 221. Shell.

Fig. 4 is that chain type lifting conveying device splits the structural representation after outer cover

2-41. supports, 2-42. drive sprockets, 2-43. support sprocket wheels, 2-44. chains, 2-45. conveying scraper plates, at 2-46. preheatings Manage device, 2-47. outer covers, the track of 2-48. additive-adding devices, 2-49. driven sprockets.

Fig. 5 is the structural representation of pyrolysis furnace

41. support, 42. underdrive devices, 43. receive slag pan, 44. lower blast pipes, 45. times interlayers, 46. Gas Pipes, 47. burnings Device, 48. combustion chambers, 49. hot blast discharge pipes, 410. fuel-air mixture efferent ducts, 411. fixed gas escape pipes, 412. upper covers, 413. charging axial brake devices, 414. charging axles, 415. taper feed bins, 416. feeding screws, 417. feeder outer covers, 418. Upper cover plate, 419. flowlines, stock guide on 420., 421. one-level distributing devices, comb on 422., cylinder on 423., 424. two level clothes Device, 425. times combs, 426. times cylinders, 427. lower covers and slag-scraper, 428. main shafts, 429. dregs-separating devices, 430. vapor pipes, 431. Outer swivel joint, 432. inward turning adapters, 433. times water inlet pipes, 434. times warm-air pipes, 435. bodies of heater, 436. material baffles, 437. Screen pack.

Fig. 6 is the structural representation for neutralizing device

91. flue gas inlet pipe, 92 shells, 93. petticoat pipes, 94. blast pipes, 95. spray equipments, 96. chemical fertilizer stoste outlets.

Fig. 7 is the structural representation of condenser

8. condenser, 10. oil water separators, 81. first-stage condensers, 82. first-stage condenser shells, 83. first-stage condensers heat are handed over Parallel operation, 84. right air inlet pipe, 85. secondary condenser shells, 86. non-condensable gas exports, air inlet pipe in 87., 88. left air inlet pipe, 89. secondary condenser heat exchanger.

Fig. 8 is the structural representation of oil water separator

8. condenser, 101. outer shell of oil-water separator, 102. oil-outs, 103. sewage draining exits, 104. feed tubes, 105. delivery ports, 106. catch tray.

Fig. 9 is the structural representation of main shaft

281. axis bodies, 282. axle beds, 283. vapor pipes, 284. enter warm-air pipe, 285. water inlet pipes, 286. baffle plates.

Figure 10 is the structural representation of upper cylinder and lower cylinder

4231. arc bearing shells, 4232. barrels, 4233. axle beds, 4234. sliding bearings.

Figure 11 is Figure 10 A-A schematic cross-sectional views

4231. arc bearing shells, 4232. barrels, 4233. axle beds, 4234. sliding bearings.

Embodiment

In order to further illustrate technical scheme, in conjunction with accompanying drawing, illustrate embodiment of the invention, such as Fig. 1-11, frame 1-1 are used as from the general frame of the industry in this example, by frame 1-1 in Equipment Foundations, for propping up Support and install whole functional part；Shell 1-2 is made from 1 millimeter of steel plate of thickness, shell 1-2 is arranged on frame 1-1； From the general chain type conveyor belt of the industry as conveyer belt 1-3, by conveyer belt 1-3 installed in frame 1-1 one end, and with moving Pending plastic garbage, can be sent at setting wheel 1-4 by power and control system connection from the charging aperture of sorting device；This example Middle both ends set rotating shaft, and be connecteds with transmission device from main body of the hollow cylinder as setting wheel 1-4, by described group Material wheel 1-4 is arranged on frame 1-1, and positioned at conveyer belt 1-3 top, and it is located at conveyer belt 1-3 afterbodys one end；In this example Multiple switch-plates being hinged with setting wheel 1-4 are provided with setting wheel 1-4, are evenly arranged in setting wheel 1-4 excircle；Ensure Setting wheel 1-4 direction of rotation is opposite with the direction of rotation of conveyer belt 1-3 afterbody drive sprockets；Hollow cylinder is selected in this example Power transmission shaft is installed as separation wheel 1-5 main body, and at both ends, separation wheel 1-5 is arranged on frame 1-1, positioned at conveyer belt The bottom of drawing-inroller 1-6 outside 1-3 afterbodys one end, power transmission shaft is connected with transmission device, ensures its direction of rotation and feeding It is identical to take turns 1-6；Sorter is installed on separation wheel 1-6；Described sorter is platy structure；Uniformly it is covered with the excircle of separation wheel Surface；Main body of the welded steel plate into cylinder type hollow body as drawing-inroller 1-6 is selected in this example, and installs and is driven at both ends Axle, drawing-inroller 1-6 is arranged on frame 1-1, positioned at setting wheel 1-4 rear portion and separation wheel 1-5 top；On drawing-inroller Feed appliance is set；Feed appliance is tabular, is uniformly covered with drawing-inroller 1-6 excircle；Also set up simultaneously in drawing-inroller 1-6 excircles There is blower, blower is evenly arranged in drawing-inroller 1-6 excircle, and drawing-inroller 1-6 can produce tangential wind-force when rotating；Will The power transmission shaft at drawing-inroller 1-6 both ends is connected the rotation side for ensureing drawing-inroller 1-6 direction of rotation with separation wheel 1-5 with transmission device To identical, be so advantageous to when two-wheeled rotates, the delivery sheet and material selecting board of its excircle are interlaced, by plastic garbage Fibre object or the larger plastic garbage of volume are cut short, torn up；From comb type frame as particle discharging opening 1-7 in this example, it is combed Spacing distance is less than the minimum grain size of the conveying plastics of design；So ensure that dust and debris in small, broken bits can be from particle discharging opening 1- Discharged in 7, and satisfactory plastics are not discharged；Particle discharging opening 1-7 is arranged on shell 1-2, positioned at separation wheel 1-5 Bottom；Stone discharging opening 1-8 is arranged on shell 1-2 as stone discharging opening 1-8 from self-weight reset formula baffle plate in this example On, positioned at the rear of separation wheel and positioned at particle discharging opening 1-7 top；So when a kind of lightweight object of plastic flakes is encountered During stone discharging opening 1-8, it will be stopped by stone discharging opening 1-8, when the weights such as stone, metal derby meet stone discharging opening 1-8 When, the gravity of striker plate can be overcome, and discharge outside shell 1-2；It is made to enter with air conveying device from thin-walled steel plate in this example Plastics discharging opening 1-9 is arranged on shell 1-2, position by the section identical tubular article of material mouth matching as plastics discharging opening 1-9 In drawing-inroller 1-6 rear portion oblique upper, docked with the air conveying device entrance of conveying device, this completes pretreatment system 1 Sorting device implementation, in sorting device front end, from the chain type conveyor belt that the industry is general, and thereon install preheating remove Wet device, is combined with sorting device, is formed pretreatment system 1.

The tubular of square-section is made in this example from thin-walled steel plate, as air conveying device 2-1, air conveying device 2-1 is pacified Between plastic garbage sorting device and accumulator 2-2, the plastics discharging opening 1-9 of its charging aperture and plastic garbage sorting device Connection, its discharging opening are connected with accumulator 2-2；In order to reduce the pressure and wind speed in accumulator 2-2, selected in this example and plastics The sectional area that garbage sorting equipment connects one end is less than the sectional area that one end is connected with accumulator 2-2；Plastic wire is selected in this example As scattered wind net 2-3, by scattered wind net 2-3 installed in the suitable for reading of accumulator 2-2, cover that whole accumulator 2-2 is suitable for reading and and storing Device 2-2 is fixedly connected, and its mesh diameter is less than the particle diameter of plastic garbage, and can either so play the effect of scattered wind and have can prevent plastics Fragment flies out；The tapered upper shed cavity body of chamfered edge is made from thin-walled steel plate in this example, as accumulator 2-2, is installed In air conveying device discharge port end and chain type lifting conveying device feed inlet end；It is defeated from the general chain scraper of the industry in this example Lifting device is sent as chain type lifting conveying device 2-4；Chain type lifting conveying device 2-4 one end is arranged on accumulator 2-3 Inside, the other end are connected with In Cracking Feedstock storehouse, from the frame conduct of the general chain scraper conveyer of the industry in this example Support 2-41, by support 2-41 be arranged between accumulator 2-3 and pyrolysis furnace 4, respectively with accumulator 2-3 and pyrolysis furnace 4 branch Support part part connection；From the general drive sprocket for meeting national standard of the industry respectively as drive sprocket 2-42 and support chain 2-43 is taken turns, drive sprocket 2-42 is arranged on support one end, is connected with the drive of the power set of conveying equipment；Driven in this example Movable sprocket 2-42 has two, on same axle, and is located at support both sides, is so advantageous to keep two when load is heavier Side is balanced in power, and avoids causing chain and scraper plate operating unstable；Support sprocket wheel 2-43 is arranged on support 2-41, in this example Support sprocket wheel 2-43 has multiple, positioned at support 2-41 both sides, support 2-41 longitudinal side is evenly distributed on, with drive sprocket 2- 42 are located at the same level of support 2-41 both sides respectively；Chain has two in this example, is separately mounted to the drive of support 2-41 both sides Movable sprocket 2-42 and support sprocket wheel 2-43 excircles structure in a ring；From the general conveying scraper plate of the industry as conveying scraper plate 2-45, between conveying scraper plate 2-45 is arranged on into two chains, its both ends is connected with the chain of both sides respectively；Conveying is scraped in this example Plate 2-45 have it is multiple, it is parallel and be evenly arranged on ring chain, to ensure uniform load；From copper pipe as preheating in this example Tube heater and blowing hot-air device in processing unit 2-46, the pre-heat treatment device 2-46 is arranged on inside outer cover 2-47 and leaned on Nearly one end of pyrolysis furnace 4, and positioned at conveying scraper plate 2-45 top；Wherein heating tube is connected with the hot air duct of pyrolysis furnace 4, institute Produce heat can heating of plastic rubbish, reduce water content when entering pyrolysis furnace 4；Blowing hot-air device is lifted installed in chain type Conveying device 2-4 discharge port end, it is made up of multiple warm-air pipes, the air outlet alignment chain type lifting conveying device 2- of its warm-air pipe Plastic garbage is heated to enter back into pyrolysis furnace feed bin after certain softening degree by 4 spout area, the hot blast of blowout；In this example Outer cover 2-47 is made from thin-wall stainless steel plate bending, outer cover 2-47 is arranged on outside support 2-41, and support 2-47 is removed In side outside both ends is wrapped in, so in order to avoid being that dust from flying causes production environment secondary in plastic garbage course of conveying Pollution, while play insulation and the effect of safety；Track 2-48 of the square steel as additive-adding device is selected in this example, by it Installed in support 2-41 both sides, it is connected, is made up of two parallel tracks, its track length with support 2-48 through outer cover 2-47 Identical with the support 2-41 length of chain type lifting conveying device, this completes the implementation of conveying equipment 2.

Described main shaft, it is characterised in that：Including axis body, axle bed, vapor pipe, enter warm-air pipe, water inlet pipe, baffle plate；Choosing The commercially available stainless steel general by the use of the industry as axis body 281 material because axis body 281 is always in the state of temperature is higher Work；The one end of axis body 281 closing one end open is formed into open cavity body, its open at one end is downward, in open at one end and axle bed 282 connections；Axle bed 282 is arranged on the open at one end of axis body 281, integrally manufactured axis body 281 and axle bed 282 are used in this example；Axle Seat is equally hollow body, and the endoporus of its endoporus and axis body 281 matches；Peace is set on axle bed using the general method of the industry Dress bearing and the structure being connected with transmission device；By steam pipe 283 be arranged on the internal cavities of axis body 281 in, its upper end away from There is the distance of 10-100 millimeters at the off-axis inner cavity top closing of body 281,50 millimeters of distance is selected in this example, its lower end is passed through Baffle plate 286, which stretches out outside axis body 281 and is upward through dregs-separating device 429 after bending, reaches the surface of dregs-separating device 429；By steam pipe 283 It is tightly connected with the junction of baffle plate 286；Warm-air pipe 284 will be entered on the baffle plate 286, and the fixed seal connection of baffle plate 286, its Upper end is hanging, and lower end is connected with outer swivel joint 431, ensures to overlap with the axis of axle bed 282 into the center of warm-air pipe 284；Will Water inlet pipe 285 is arranged on into warm-air pipe 284, and upper end is hanging, and lower end is connected with inward turning adapter 432；Set water inlet pipe 285 The upper end into warm-air pipe 284 is stretched out in upper end；Baffle plate 286 is arranged at the cavities open of the lower end of axle bed 282, with axle bed 282 It is tightly connected；3 steam pipes 283 are selected in this example, are evenly distributed on the circumference of the intracavity section of axis body 281, it is thus complete Into the implementation of main shaft 428.

Add crossbearer to form support 41 from four general supporting legs of the industry in this example, support 41 is arranged on body of heater 435 Periphery bottom, for supporting and fixing body of heater, keep the stabilization of whole pyrolysis furnace 4；Filled in this example from Worm Wheel System The bottom that body of heater 435 is disposed at as underdrive device 42 is put, main shaft 428 and receipts slag pan 43 can be driven to rotate；This example The middle back taper cavity body from upper shed will receive slag pan 43 and be arranged on the bottom of body of heater 435, and be looped around as slag pan 43 is received Around main shaft 428；The edge of slag pan 43 will be received slag notch is set, its slag notch is connected with building block extrusion equipment；From stainless steel Lower blast pipe 44 is arranged on body of heater 435, connected with the place space of burner 47 as lower blast pipe 44 by pipe；By lower interlayer 45 are arranged on the inner chamber bottom of body of heater 435, and upper end is connected with the lower interlayer wall where burner 47, and is formed with the lower inwall of interlayer 45 Confined space；Gas Pipe 46 is arranged on body of heater 435, is connected through furnace body wall with burner 47；Fired in this example from coal gas Burner 47 is arranged on the lower wall of combustion chamber 48 as burner 47, burning is extend into through the lower wall of combustion chamber 48 by burner In room 48；On the periphery of burner 47, air inlet duct is set；Multiple burners 47 are selected in this example, are evenly distributed on the lower wall of combustion chamber 48 On, reach the effect of homogeneous heating；Combustion chamber 48 is arranged on the middle part of body of heater 435, is relatively closed space；Its lower wall and stove Body 435 and lower interlayer 45 connect, and upper wall has certain intervals with lower wall, and end is connected with lower wall and body of heater；Ensure that combustion chamber 48 exists The position of main shaft 428 is that have metric space with main shaft excircle；Hot blast discharge pipe 49 is arranged on outside body of heater 435, with burning The inside of room 48 connects；Fuel-air mixture efferent duct 410 is arranged on body of heater 435, positioned at the upper top of stock guide 420；Setting oil The position of gas mixture output tube 410 is higher than the position of flowline 419；Fixed gas escape pipe 411 is arranged on body of heater 435, Near taper feed bin 415 and the binding site of body of heater 435；Upper cover 412 is arranged at the top of body of heater, is half from upper cover 412 Spherical hollow space body, bottom and the upper end airtight connection of body of heater 435；Side sets fan-shaped charging aperture in upper cover 412, with conveying equipment 2 discharging opening docking；From the general motor acceleration and deceleration device of the industry as charging axial brake device 413, charging axle is driven Device 413 is arranged on the upper outside of upper cover 412, is connected with charging axle 414, charging axle 414 can be driven to rotate；By charging axle 414 are arranged between upper cover 412 and taper feed bin 415, can be rotated around own axes；Taper feed bin 415 is arranged on body of heater 435 top, selects shape of the back taper thin wall cavity body as taper feed bin 415, edge and 435 closed company of body of heater in its taper Connect, circular open is arranged at bottom；Feeding screw 416 is arranged on to the lower end of charging axle 414, and under taper feed bin 415 At end opening, it is fixedly connected with charging axle 414；Ensure that feeding screw 416 matches with the internal diameter of feeder outer cover 417；It will enter Glassware outer cover 417 is arranged on the lower end of taper feed bin 415, is set as tubular construction；By the upper end of feeder outer cover 417 and conical material Storehouse 415 is fixedly connected, and its internal diameter rotates external diameter with feeding screw 416 and matched；In order to facilitate discharging, by feeder outer cover 417 Lower end sets enlarging；Upper cover plate 418 is arranged on to the lower end of taper feed bin 415, is umbrella shape, Open Side Down, its outward flange with it is upper Stock guide 420 interlocks；Flowline 419 is set on body of heater 435, positioned at the top of upper stock guide 420, its height is mixed less than oil gas Close the position of gas efferent duct 410；Upper stock guide 420 is arranged on the top of body of heater 435 and positioned at the top of combustion chamber 48, upper cover 412 bottom, its overhanging end interlock with upper cover 412；One-level distributing device 421 is arranged on the upper end of main shaft 428, one end is consolidated with main shaft Fixed connection, the other end is hanging, is made up of polylith drapery panel, and all drapery panels are interlaced, arranged in flakey, its free end There is certain interval with the inwall of combustion chamber 48；In order to which the convenient drapery panel by one-level distributing device 421 of blanking sets the angle tilted down Degree；Upper comb 422 is arranged between the inwall of combustion chamber 48 and upper cylinder 423, selection is comb shape structure in this example, around upper cylinder 423 Arranged in radiation shape, network structure can also be used；Both ends are connected with the inwall of combustion chamber 48 and the outer wall of upper cylinder 423 respectively；On 423 outer wall of cylinder is fixedly connected with the upper comb 422 of pyrolysis furnace, and described upper comb 422 and the inwall of the combustion chamber 48 of pyrolysis furnace are consolidated Fixed connection, described upper cylinder 423 include the barrel 4232 of tubular structure, axle bed 4233, institute are provided with described barrel 4232 Axis hole is set in the axle bed 4233 stated, and axis hole supports the main shaft 428 of positioning pyrolysis furnace, described slip by sliding bearing 4234 Bearing 4234 by three chip architectures just as the tubular structure that forms of arc bearing shell 4231, the cunning that three arc bearing shells 4231 form The axis hole interference fit of the excircle of dynamic bearing 4234 and axle bed 4233 connects, and described arc bearing shell 4231 is antifriction alloy axle Watt, three keyways are evenly distributed with the circumference of the axis hole of described axle bed 4233, on the outer wall of described arc bearing shell 4231 Key is provided with, the axis hole of arc bearing shell 4231 and axle bed 4233 passes through key connection.Upper cylinder 423 passes through axle bed 4233 and sliding bearing 4234 are used for the upper support of main shaft 428 and rotation.

Two level distributing device 424 is arranged on the upper lower end of cylinder 423, one end is connected with main shaft 428, and the other end is hanging, is arranged to Polylith drapery panel forms, and polylith drapery panel is interlaced, is arranged in flakey, and its free end has necessarily with the inwall of combustion chamber 48 Gap, it is easy to plastics to pass through；In order to facilitate blanking, the drapery panel of two level distributing device is set to the angle tilted down；By lower comb 425 are arranged between the inwall of combustion chamber 48 and lower cylinder 426, and capital and interest selection is comb shape structure, its both ends respectively with combustion chamber 48 Wall connects with the lower outer wall of cylinder 426；Lower cylinder 426 is arranged on the upper bottom of cylinder 423, has certain distance with upper cylinder 423, lower cylinder 426 Outer wall is fixedly connected with the lower comb 425 of pyrolysis furnace, and described lower comb 425 is fixedly connected with the inwall of the combustion chamber 48 of pyrolysis furnace, Described lower cylinder 426 includes the barrel 4232 of tubular structure, and axle bed 4233, described axle bed are provided with described barrel 4232 Axis hole is set in 4233, and axis hole supports the main shaft 428 of positioning pyrolysis furnace, described sliding bearing 4234 by sliding bearing 4234 By three chip architectures just as the tubular structure that forms of arc bearing shell 4231, the sliding bearing that three arc bearing shells 4231 form The axis hole interference fit of 4234 excircle and axle bed 4233 connects, and described arc bearing shell 4231 is antifriction alloy bearing shell, institute Three keyways are evenly distributed with the circumference of the axis hole for the axle bed 4233 stated, are provided with the outer wall of described arc bearing shell 4231 Key, the axis hole of arc bearing shell 4231 and axle bed 4233 pass through key connection.Lower cylinder 426 is used by axle bed 4233 and sliding bearing 4234 Lower support and rotation in main shaft 428.

Lower cover and slag-scraper 427 are arranged on main shaft 428, its slag-scraper and the lower inner wall of combustion chamber 48 are connect Touch, its effect is to strike off the residue for being bonded in inwall；Main shaft 428 is arranged on underdrive seat, is arranged to hollow shaft, Neng Gou Rotated under the drive of underdrive device 42；Water inlet pipe, warm-air pipe, vapor efferent duct are installed inside main shaft 428；By dregs-separating device 429 are arranged on main shaft 428, can be rotated with main shaft 428, be arranged to umbrella-shaped structure；Vapor pipe 430 is arranged on master On axle 428, stretched out by the inside of main shaft 428 through dregs-separating device 429 to the upper surface of dregs-separating device 429, can be the upper of dregs-separating device 429 Surface provides vapor, so that vapor is combined generation water-gas with hot-engine sludge；Outer swivel joint 431 is arranged on bottom On seat, one end is connected with the warm-air pipe in main shaft 428, and the other end is connected with lower warm-air pipe 434；By inward turning adapter 432 are arranged on inside outer swivel joint 431, and one end is connected with the water inlet pipe in main shaft 428, the other end and lower water inlet pipe 433 connections；Lower water inlet pipe 433 is arranged on inward turning adapter 432, lower warm-air pipe 434 is penetrated and is connected with water source；By lower hot blast Pipe 424 is arranged on outer swivel joint 431, and one end is connected with outer swivel joint 431, and the other end is connected with heat air source；Selection The general tubular structure of the industry is installed on support 41, upper end is connected with upper cover 412, and lower end hangs as body of heater 435 Sky, this completes the implementation of pyrolysis furnace 4.

Flue gas inlet pipe 91 is arranged on to the lower end of shell 92, lower end is connected with the combustion chamber installed in the bottom of shell 92, under End middle part is connected with the fixed gas escape pipe of pyrolysis furnace 4, and the other end is stretched into inside shell 92；Shell 92 is arranged on combustion chamber End, is confined air cavity positioned at the top of pyrolysis furnace 4；Petticoat pipe 93 is arranged on to the upper end of flue gas inlet pipe 91, is arranged to umbrella knot Structure；Ensure that petticoat pipe 93 and the inwall of shell 92 have gap during installation, so that ejecting liquid flows down；The bottom of petticoat pipe 93 is entered with flue gas Pipe 91 leaves gap between upper end, so that gas flows out；Blast pipe 94 is arranged on the top of shell 92, is set to tubular structure, one End connects with the inside of shell 92, the other end and atmosphere；Spray equipment 95 is arranged in blast pipe, above petticoat pipe 93 There is certain distance with petticoat pipe 93, neutralising fluid can be sprayed to the space between petticoat pipe and blast pipe, in order to pernicious gas Fully contact mixing；Chemical fertilizer stoste outlet 96 is arranged on to the bottom of shell 92, connected with the inner chamber of shell 92, so as to what is sprayed out The chemical fertilizer stoste outflow that neutralising fluid is formed after being mixed with flue gas, this completes the implementation for neutralizing device 9.

First-stage condenser 81 is arranged on to the upper end of oil water separator 10, its lower end and the catch tray of oil water separator 10 106 connections suitable for reading；First-stage condenser shell 82 is arranged on to the upper end of oil water separator 10；By first-stage condenser heat exchanger 83 In first-stage condenser shell 82, handed in this example from the general tubing heat exchanger of the industry as first-stage condenser heat Parallel operation 83, there is cooling liquid to pass through in first-stage condenser heat exchanger 83；Right air inlet pipe 84 is arranged on first-stage condenser shell 82 upper rights, one end connect with the outlet of the cracked gas of pyrolysis furnace 4, and the other end connects with the inner chamber of first-stage condenser shell 82；Will Secondary condenser shell 85 is arranged on inside first-stage condenser 81, its underpart opening, upper periphery and first-stage condenser shell 82 Airtight connection；Non-condensable gas export 86 is arranged on secondary condenser shell 85, connected with the inner chamber of secondary condenser shell 85； Middle air inlet pipe 87 is placed in the middle installed in the top of first-stage condenser shell 82, and one end connects with the outlet of the cracked gas of pyrolysis furnace 4, another End connects with the inner chamber of first-stage condenser shell 82；Left air inlet pipe 88 is arranged on the upper left-hand of first-stage condenser shell 82, one end Export and connect with the cracked gas of pyrolysis furnace 4, the other end connects with the inner chamber of first-stage condenser shell 82；By secondary condenser heat exchange Device 89 is arranged on inside secondary condenser shell 85, is handed over from the general tubing heat exchanger of the industry as secondary condenser heat Parallel operation 89, the interior circulation of secondary condenser heat exchanger 89 have cooling liquid, and secondary condenser shell 85 is handed over secondary condenser heat Parallel operation 89 forms secondary condenser, and this completes the implementation of condenser 8.

Outer shell of oil-water separator peace 101 is mounted in the lower end of condenser 8, thin wall cavity body is arranged to, with condenser casing 82 connections；Oil-out 102 is arranged on outer shell of oil-water separator 101, connected with the inner chamber of outer shell of oil-water separator 101, is set Position height of the position height on outer shell of oil-water separator 101 of oil-out 102 higher than the delivery port 105 of outlet pipe；Will Sewage draining exit 103 is arranged on the bottom of outer shell of oil-water separator 101, and valve is installed thereon, regularly to discharge dirt；By feed liquor Pipe 104 is arranged on the inner chamber of outer shell of oil-water separator 101, is set to tubulose, and upper end is connected with catch tray 106, and lower end is open；By water outlet Mouth 105 is arranged on outer shell of oil-water separator 101, is connected by pipeline with the intracavity bottom of outer shell of oil-water separator 101, to take out Remove the water in portion；The position height for setting delivery port is less than the position height of oil-out；Catch tray 106 is arranged on water-oil separating The inner chamber of device shell 101, is arranged to back taper thin-walled hollow body, and its upper end connects with the first-stage condenser shell 82 on condenser 8 Connect, lower end is connected with feed tube 104, and this completes the implementation of oil water separator 10.

Pretreatment system 1 is arranged on to the charging aperture section of conveying equipment 2, is connected with conveying equipment 2；Conveying equipment 2 is pacified Between pretreatment system 1 and dore furnace 3, its import is connected with pretreatment system 1, and its outlet is connected with dore furnace 4；Using The general hoist engine of the industry pulls the mode of dolly to set additive-adding device 3, and allows it on conveying equipment 2 is arranged on Track on run, by additive-adding device 3 be arranged on conveying equipment 2 on, its end is connected with dore furnace feeding warehouse；It will split Solution stove is arranged on the discharging opening one end of conveying equipment 2, and its feeding warehouse is connected with conveying equipment 2 and additive-adding device 3, its outlet Mouth is connected with conveyance conduit, and its slag notch is connected with building block production equipment 14；Will neutralize device 9 be arranged on pyrolysis furnace 4 top, It is connected by pipeline with the feeding warehouse upper cover of pyrolysis furnace 4, and is connected with neutralization additive and water inlet pipe, its liquid fertilizer stoste goes out Mouth is connected with liquid fertilizer storage device by pipeline；Using other general recovery systems of the industry as combustion gas recovery system 6, combustion gas recovery system 6 is arranged between condenser 8 and pyrolysis furnace 4, connected respectively with condenser 8 and pyrolysis furnace 4 by pipeline It is logical；Described condenser 8 is arranged on the side of pyrolysis furnace 4, is connected by pipeline with the gas outlet duct of pyrolysis furnace 4；By oil Separator 10 is arranged on the bottom of condenser 8, and its outlet is connected with oily output channel and water delivery pipe road respectively；Using the industry General building block production equipment is as building block production equipment 14, by building block production equipment 14 installed in the side of pyrolysis furnace 4, with splitting Solve the slag notch linking of stove 4；Using the general oil tank of the industry as storage of oils equipment, storage of oils equipment is arranged on oil The side of separator, connected by the oil-out of pipeline and oil water separator, just complete the reality of plastic garbage processing system Apply.

Using when, the plastic garbage gathered is sent into plastic garbage pretreatment system 1, sent after prebake and sorting Enter conveying equipment 2, conveying equipment 2 is heated to the plastic garbage of outlet again, and pyrolysis furnace is then entered together with additive 4；The additive used in this example mainly includes lime, hollow alumina, molecular sieve, used oil, primarily serves neutralization and fixed line Hydrogen chloride and sulfur dioxide gas, prevent from that equipment is caused to corrode and lubricated and catalytic action；Normal pressure is carried out in pyrolysis furnace 4 Anaerobic continuous cracking；Gas caused by pyrolysis furnace 4 is liquefied by condenser 8, the oil water mixture after liquefaction enters oil Separator 10, not liquefied gas come back to pyrolysis furnace 4 into combustion gas recovery system 6 and are used as fuel；In the bottom of pyrolysis furnace 4 Slagging is slagged tap using immersion type, to ensure that the internal cleavage room of pyrolysis furnace 4 does not have air exchange with extraneous；Into oil water separator 10 liquid mixture, recycled respectively through oil-out and delivery port into pond and oil tank by separating, by neutralizing The hydrogen chloride and sulfur dioxide of device 9 neutralize by liquid, using ammoniacal liquor and additive as neutralising fluid in this example, after neutralization Multicomponent liquid fertilizer stoste is generated, is applied to crops for manufacture chemical fertilizer or small range after storage.

Cracked as a result of anaerobic, reduce the generation of toxic gas；As a result of multi-step temperature section, that is, three Level cloth, can adapt to the cracking of the plastic garbage of unlike material will not produce because stove caused by cracking temperature difference explodes With the accident for bonding body of heater；As a result of immersion type deslagging, the secondary pollution to environment is avoided；Returned as a result of combustion gas Receive and utilize, save the energy；Slag is drenched as a result of vapor, and has slag scraper continuously to work, reduces deslagging, produces more Water-gas, and avoid body of heater bonding；As a result of continuous cracking, the air pollution of too many levels is avoided；As a result of Conventional cracking, avoid because hypertonia produces pyrolysis furnace Explosion of boiler proper；Produce, recycled solid as a result of building block Body waste material, reduces secondary pollution；As a result of device is neutralized, reduce toxic gas discharge, while produce fluidization Fertilizer；Therefore this method has efficiency high, and environmental pollution is small, and salvage value is high.

One embodiment of the present invention simply is listed in the present embodiment, does not represent all technical sides of the present invention Case, any deformation done on this basis, it is considered as invading technical scheme.

Claims (4)

1. A kind of 1. main shaft positioning device of plastic garbage pyrolysis furnace, it is characterised in that：It is described including main shaft, upper cylinder and lower cylinder The outer wall of upper cylinder is fixedly connected with the upper comb of pyrolysis furnace, and described upper comb is fixedly connected with the inwall of the combustion chamber of pyrolysis furnace, institute The outer wall for the lower cylinder stated is fixedly connected with the lower comb of pyrolysis furnace, and the inwall of the combustion chamber of described lower comb and pyrolysis furnace, which is fixed, to be connected Connect, described lower cylinder is identical with upper barrel structure, includes the barrel of tubular structure, and axle bed is provided with described barrel, described Axis hole is set in axle bed, and axis hole supports the main shaft of positioning pyrolysis furnace by sliding bearing, and described sliding bearing is by three knots The tubular structure of the same arc bearing shell composition of configuration, described arc bearing shell is antifriction alloy bearing shell.
2. A kind of 2. main shaft positioning device of plastic garbage pyrolysis furnace according to claim 1, it is characterised in that：Including axle Body, axle bed, vapor pipe, enter warm-air pipe, water inlet pipe, baffle plate；The cavity body that described axis body is closed for one end, its open at one end Downwards, it is connected in open at one end with axle bed；Described axle bed is arranged on axis body open at one end, be provided with axle bed installation bearing with And the structure being connected with transmission device；Described steam pipe is arranged in axis body internal cavities, its upper end distance axis intracoelomic cavity There is distance at top seal, its lower end is external through baffle plate projecting shaft and reaches dregs-separating device surface through dregs-separating device；Described water Steam pipe needs to be tightly connected with baffle plate junction；It is described to enter warm-air pipe on baffle plate, and baffle plate fixed seal connection, Its upper end is hanging, and lower end is connected with outer swivel joint；Described water inlet pipe is arranged on into warm-air pipe, and upper end is hanging, lower end with Inward turning adapter connects；The upper end into warm-air pipe is stretched out in the upper end of described water inlet pipe；Described baffle plate is arranged under axle bed At the cavities open at end, it is tightly connected with axle bed；Described steam pipe has multiple, is evenly distributed on the circle of axis body intracavity section Zhou Shang.
3. A kind of 3. main shaft positioning device of plastic garbage pyrolysis furnace according to claim 1, it is characterised in that：Described axle Be evenly distributed with three keyways on the circumference of the axis hole of seat, be provided with key on the outer wall of described arc bearing shell, arc bearing shell with Axis hole passes through key connection.
4. A kind of 4. main shaft positioning device of plastic garbage pyrolysis furnace according to claim 1, it is characterised in that：Described three The excircle of the sliding bearing of individual arc bearing shell composition and the axis hole interference fit of axle bed connect.