CN110144234A

CN110144234A - A kind of big partial size coal cracking sub-prime utilizes production system

Info

Publication number: CN110144234A
Application number: CN201910368963.XA
Authority: CN
Inventors: 王进平; 刘卫星; 刘明锐
Original assignee: Inner Mongolia Wanzhong Weiye Environmental Protection Science And Technology Co Ltd
Current assignee: Inner Mongolia Wanzhong Weiye Environmental Protection Science And Technology Co Ltd
Priority date: 2019-05-05
Filing date: 2019-05-05
Publication date: 2019-08-20

Abstract

The present invention provides a kind of big partial size coal cracking sub-prime and utilizes production system.The big partial size coal cracking sub-prime includes: coal washery, coker, sewage disposal device and tail gas treatment device using production system, the coal washery is connect with the coker, and the coker is connect with the sewage disposal device, the sewage disposal device is connect with the tail gas treatment device, the coal washery is the following steps are included: step 1: driving, a part of first excavated section is as pilot tunnel, the entire section for gradually expanding tunnel excavation again, is dug using the methods of pneumatic pick, combination machine.Big partial size coal cracking sub-prime provided by the invention utilizes production system; it is easy to use; it is practical; improve working efficiency and working effect; not only green circulatory, but also energy conservation and environmental protection play corresponding protection to ecological environment; it is applicable in the use in different large-scale coal works, greatly enhance the value of product and improves economic benefit.

Description

A kind of big partial size coal cracking sub-prime utilizes production system

Technical field

The present invention relates to coal fields more particularly to a kind of big partial size coal cracking sub-prime to utilize production system.

Background technique

Raw coal refer to that coal production comes out without washing, screening processing and the only product through artificial dirt extraction and sundries, packet Natural coal and colm are included, raw coal can be divided into humic coal, sapropelic coal and humic sapropelic coal three categories by its origin cause of formation；By its journey that is carbonized Degree can be divided into mud coal, lignite, bituminous coal, anthracite.

In actual life, after coal mining, need the techniques such as to transport, wash, screen, crush and ship, then carry out Cracking technology, in order to the use comprehensively to coal in all directions, existing coal cracking production system is inconvenient to use, practical Property is not strong, reduces working efficiency and working effect, is not only easy to pollute the environment, but also is not energy-efficient, to ecological ring Border plays serious destruction, leads to the use that cannot be applicable in different large-scale coal works, greatly reduces the value and warp of product The benefit of Ji.

Above-mentioned technical problem is solved using production system therefore, it is necessary to provide a kind of big partial size coal cracking sub-prime.

Summary of the invention

The present invention provides a kind of big partial size coal cracking sub-prime using production system, solves inconvenient to use, practicability Not by force, the problem of serious destruction being played to ecological environment.

In order to solve the above technical problems, big partial size coal cracking sub-prime provided by the invention includes: to wash using production system Coal works, coker, sewage disposal device and tail gas treatment device, the coal washery are connect with the coker, and institute It states coker to connect with the sewage disposal device, the sewage disposal device is connect with the tail gas treatment device.

Preferably, the coal washery includes coal screening plant, coal disintegrating apparatus and coal washing equipment, the coal Screening plant is connect with the coal disintegrating apparatus, and the coal disintegrating apparatus is connect with the coal washing equipment.

Preferably, the coal screening plant include screen box, active box, drive mechanism, screening motor, screening structure, The top of the screen box is fixed in two U-shaped piece and U-shaped frame, the bottom of the active box, and the drive mechanism is set to institute The inside of active box is stated, the drive mechanism includes sliding panel, and the two sides of the sliding panel are slidably connected to the activity respectively The bottom of the inner wall of the active box is fixed in the two sides of the inner wall of case, the bottom of the screening motor, the screening motor The outer surface of output shaft is fixedly connected with plectane, and the positive top of the plectane is fixedly connected with to be adapted with the sliding panel Convex block, for the screening structure setting in the inside of the screen box, the screening structure includes two sliding shoes, two slidings Block is slidably connected to the two sides of the inner wall of the screen box respectively, and two sliding shoes are fixedly connected between opposite side Screening bucket, the two sides of the two described U-shaped piece inner wall for being individually fixed in the screening bucket, two U-shaped piece of opposite sides Between be placed with screen plate, the inside of the screen plate offers screen holes, and the U-shaped frame is respectively arranged at the screen holes Inner surface is rotatably connected to rotation axis between the bottom and top of the inner wall of the U-shaped frame, and the side of the rotation axis is solid Surely it is connected with limit plate, slidably connects T-type compatible with the screen plate between two U-shaped piece of opposite sides Block, two U-shaped piece of tops are threaded with screw rod, and the bottom end of two screw rods is rotationally connected with the T-type respectively The top of block, the bottom of the screening bucket are communicated with discharge nozzle, and the bottom of the inner wall of the screen box is fixedly connected with aggregation block, The top of the screen box and be located at the active box front be fixedly installed with feed nozzle, the side of the inner wall of the screen box Bottom be communicated with drainage conduit, the two sides of the sliding panel bottom are fixedly connected to connecting rod, the bottom of two connecting rods End runs through the active box and the screen box and the inside for extending to the screen box, two connecting rods extend to institute The one end for stating the inside of screen box is individually fixed in the top of two sliding shoes, and the side of the inner wall of the U-shaped frame is fixed Flexible crushing block is connected, and is fixedly connected with calibration loop at the top of the U-shaped frame, one end of the rotation axis extends through The U-shaped frame and the top for extending to the U-shaped frame, the rotation axis extend to the fixed company in one end at the top of the U-shaped frame It is connected to pointer handle.

Preferably, the coal crushes equipment bay, cabinet, the first fixed plate, grinding device, first sleeve, second set Cylinder, first crush motor, crushing shaft, assisted comminution structure and second and crush motor, and the cabinet is fixed on the top of the bottom plate Portion, first fixed plate, the grinding device, the first sleeve, the second sleeve, described first crush motor, institute State the inside that crushing shaft, the assisted comminution structure and the second crushing motor are all set in the cabinet.

Preferably, the coal washing equipment include washing case, drive mechanism, screening tank, two connecting plates, control cabinet, Straight tooth plate, washing motor, cleaning structure, splicing groove, steady rest and driving structure, the drive mechanism, the screening tank, two It is the connecting plate, the control cabinet, the straight tooth plate, the washing motor, the cleaning structure, the splicing groove, described steady Determine frame and the driving structure is all set in the inside of the washing case.

Preferably, the coker includes coal vertical decomposition furnace and coal gas purifying plant, the vertical decomposition furnace and The coal gas purifying plant connection.

Preferably, the coal vertical decomposition furnace includes furnace body, limit plate, decomposition texture, decomposer, motor-driven structure, fortune Movable plate, heating structure, curved heat exchanger tube, hot oil case, hot oil pump and motion structure, it is the limit plate, the decomposition texture, described Decomposer, the motor-driven structure, the maneuvering board, the heating structure, the curved heat exchanger tube, the hot oil case, the heat Oil pump and the motion structure are all set in the inside of the furnace body.

Preferably, the coal gas purifying plant includes purification shell, spray structure, spraying rack, swinging structure, T-type swing Block, oscillating rod, oscillating motor, contact structures and gathered trough, the spray structure, spraying rack, swinging structure, T-type swinging block, pendulum Lever, oscillating motor, contact structures and gathered trough are all set in the inside of the purification shell.

Preferably, the sewage disposal device includes: long slab, treatment box, processing structure, point leakage filter plate, driving device, the One bull stick, the second bull stick, rotary electric machine, stirring structure, agitating shaft, tar processing structure, S type heat exchanger tube and air-cooler, it is described The top of the long slab is fixed in the bottom for the treatment of box, and the processing structure, described point of leakage filter plate, the driving device, First bull stick, second bull stick, the rotary electric machine, the stirring structure, the agitating shaft, the tar processing knot Structure, the S type heat exchanger tube and the air-cooler are all set in the inside of the treatment box.

Preferably, the tail gas treatment device includes purifying box, top plate, filter structure, the first filter block, the second filtering Block, third filter block, three operating sticks, logical plate, drive rod, water circulating pump, the 4th filter block and transmission device, the top plate, It is the filter structure, first filter block, second filter block, the third filter block, three operating sticks, described Logical plate, the drive rod, the water circulating pump, the 4th filter block and the transmission device are all set in the purifying box It is internal.

Compared with the relevant technologies, big partial size coal cracking sub-prime provided by the invention has as follows using production system and has Beneficial effect: the present invention provides a kind of big partial size coal cracking sub-prime using production system, quickly can carry out washing to coal Work, washing effect is good, improves work efficiency, and discharging is simple, is easy to use, and meets making for different factories With improving the practicability of washing appliance；

By the rotation of oscillating rod, it can drive and beat bar and rotated, water source can be beaten, make water source in coal gas Waste residue handled, by the setting of T-type swinging block, the water source of sprinkling can be sputtered, increase the effect of Solid state fermentation Fruit improves the effect of coal gas purification, and the waste residue in coal gas that can be comprehensive is handled, and can adequately make water source and gas Body is handled, to improve contact effect of the gas with water source, improves the treatment effect and treatment effeciency of coal gas purification, With the practicability of equipment for purifying.

By a point setting for leakage filter plate, can in sewage tar and other substances be filtered, then pass through driving plate Tar on point leakage filter plate can be pushed, inject inorganic salts to the inside for the treatment of box by inorganic salts mouth or mix by movement Solidifying medicament, then by the rotation of agitating shaft, sewage can be made to come into full contact with inorganic salts or coagulated agent, by inorganic salts or mix The addition of solidifying medicament is separated so that the phenolic compound in sewage is solidified with water source, can be to the tar in sewage It is handled, and at the same time can handle the phenolic compound in sewage, has the function of multi-party surface treatment, improve The functionality of sewage treatment avoids sewage and arbitrarily discharges, and leads to the pollution of environment, has certain environmental-protecting performance.

It by the rotation of six splashing disks, comprehensive can splash water source, increase between water source and gas Contact, can be handled the sulfur dioxide in tail gas, and treatment effect is very good, high-efficient, can comprehensively make water Source is contacted with tail gas, is reduced sulfur dioxide in tail gas, is avoided arbitrarily discharging, lead to the pollution of environment, is had stronger Environmental-protecting performance has made opposite contribution for environmental protection.

Detailed description of the invention

Fig. 1 is the structure that big partial size coal provided by the invention cracks a kind of preferred embodiment of the sub-prime using production system Schematic diagram；

The step of Fig. 2 is coal washery shown in FIG. 1 is schemed；

Fig. 3 is the artwork of coal screening plant shown in Fig. 2, coal disintegrating apparatus and coal washing equipment；

Fig. 4 is the structural schematic diagram of the device shown in Fig. 3 screened according to coal partial size；

Fig. 5 is the portion Aa shown in Fig. 4 enlarged diagram；

Fig. 6 is the structure top view of screen plate shown in fig. 5；

Fig. 7 is the portion Ba shown in fig. 6 enlarged diagram；

Fig. 8 is the structural side view of U-shaped frame shown in Fig. 7；

Fig. 9 is the structural schematic diagram of big partial size coal disintegrating apparatus shown in Fig. 3；

Figure 10 is the structure top view of the second fixed plate shown in Fig. 9；

Figure 11 is the structural schematic diagram of big partial size coal washing equipment shown in Fig. 3；

Figure 12 is the structure top view of washing frame shown in Figure 11；

Figure 13 is the structure sectional view of control cabinet shown in Figure 12；

The step of Figure 14 is coker shown in FIG. 1 is schemed；

Figure 15 is the structural schematic diagram of big partial size coal vertical decomposition furnace shown in Figure 14；

Figure 16 is the portion Ag shown in figure 15 enlarged diagram；

Figure 17 is the structural schematic diagram that big partial size coal generates coal gas purifying plant shown in Figure 14；

Figure 18 is the portion Ad enlarged diagram shown in Figure 17；

Figure 19 is a kind of structural schematic diagram of preferred embodiment of sewage disposal device shown in FIG. 1；

Figure 20 is the structure top view of driving device shown in Figure 19；

Figure 21 is a kind of structural schematic diagram of preferred embodiment of tail gas treatment device shown in FIG. 1；

Figure 22 is the structural schematic diagram of contact structures shown in Figure 21.

Figure label: 1k, coal washery, 1h, coal screening plant, 1a, screen box, 2a, active box, 3a, drive mechanism, 31a, sliding panel, 32a, screening motor, 33a, plectane, 34a, convex block, 35a, connecting rod, 4a, screening structure, 41a, sliding shoe, 42a, screening bucket, 43a, U-shaped piece, 44a, screen plate, 45a, screen holes, 46a, U-shaped frame, 47a, rotation axis, 48a, limit plate, 49a, T-block, 410a, screw rod, 411a, elastic crushing block, 412a, calibration loop, 413a, pointer handle, 6a, 5a, discharge nozzle gather Glomeration, 7a, feed nozzle, 8a, drainage conduit, 2h coal disintegrating apparatus, 1b, bottom plate, 2b, cabinet, 3b, the first fixed plate, 4b, crushing Device, 41b, the second fixed plate, 42b, first sleeve, 43b, second sleeve, 44b, the first crushing motor, 45b, drive shaft, 46b, crushing shaft, 47b, crushing wheel, 48b, the first belt pulley, 49b, the second belt pulley, 410b, crushing block, 411b, driving plate, 5b, assisted comminution structure, 51b, crushing frame, 52b, the second crushing motor, 53b, crushing bar, 6b, siphunculus, 7b, feed nozzle, 8b, It crushes and manages, 9b, orifice plate, 10b, discharge duct, 11b, receiver, 3h, coal washing equipment, 1c, washing case, 2c, drive mechanism, 21c, washing frame, 22c, screening tank, 23c, washing plate, 24c, connecting plate, 25c, control cabinet, 26c, rotation gear, 27c, connection Frame, 28c, straight tooth plate, 29c, washing motor, 210c, the first driving wheel, 211c, the second driving wheel, 31c, 3c, cleaning structure are washed Select water pump, 32c, splicing groove, 33c, steady rest, 34c, spray head, 35c, screening filter plate, 4c, driving structure, 41c, movable block, 42c, elastic telescopicing rod, 43c, electric telescopic rod, 5c, washing pipe, 6c, feed hopper, 7c, block, 8c, discharge barrel, 2k, coking are set Standby, 1i, coal vertical decomposition furnace, 1g, furnace body, 2g, limit plate, 3g, decomposition texture, 31g, disk, 33g, 32g, decomposer are led Heat block, 34g, clamping block, 35g, screw rod, 4g, motor-driven structure, 41g, the first motor-driven motor, 42g, the first angular wheel, 43g, circle Column, 44g, the second angular wheel, 5g, maneuvering board, 6g, heating structure, 61g, heating mantle, 62g, curved heat exchanger tube, 63g, hot oil Case, 64g, hot oil pump, 65g, the first hot oil pipe, 66g, the second hot oil pipe, 7g, motion structure, 71g, the second motor-driven motor, 72g, First scroll wheel, 73g, screw thread ratch, 74g, the second scroll wheel, 8g, gas pipe, 9g, inert gas tube, 2i, coal gas purification dress It sets, 1d, purification shell, 2d, spray structure, 21d, feeding spraying pump, 22d, spraying rack, 23d, spray nozzle, 24d, spray tube, 3d, 34d, swinging structure, 31d, bushing, 32d, T-type swinging block, 33d, oscillating rod beat bar, 35d, oscillating motor, 36d, activity Bar, 37d, worm screw, 38d, worm gear, 4d, contact structures, 41d, logical cylinder, 42d, rotating bar, 43d, swivel plate, 5d, gathered trough, 6d, Scum pipe, 7d, residual cake valve, 8d, gas outlet, 9d, inlet cylinder, 3k sewage disposal device, 1e, long slab, 2e, treatment box, 3e, place Manage structure, 31e, treatment trough, 32e, point leakage filter plate, 4e, driving device, 41e, driving frame, 42e, the first bull stick, 43e, second turn Bar, 44e, transmission belt, 45e, rotary electric machine, 46e, modiolus bar, 47e, modiolus wheel, 48e, driving plate, 5e, stirring structure, 51e, Stirring motor, 52e, stock, 53e, first bevel gear, 54e, agitating shaft, 55e, second bevel gear, 6e, tar processing structure, 61e, installs case, 62e, slot frame, 63e, baffler, 64e, S type heat exchanger tube, 65e, air-cooler, 7e, water service pipe, 8e, splicing mouth, 9e, tar pipe, 10e, branched pipe, 4k, tail gas treatment device, 1f, purifying box, 2f, top plate, 3f, filter structure, 31f, filtering Case, 32f, the first filter block, 33f, the second filter block, 34f, third filter block, 35f, operating stick, 36f, Clean Brush for cleaning, 37f, Operation panel, 38f, collecting shade, 39f, material receiving tube, 4f, logical plate, 5f, contact structures, 51f, contact cylinder, 52f, fixture block, 53f, transmission Bar, 54f, driver plate, 6f, water circulating pump, 7f, the 4th filter block, 8f, transmission device, 81f, driving motor, 82f, transmission shaft, 83f, splashing disk, 9f, long tube, 10f, purification pipe.

Specific embodiment

The invention will be further described with embodiment with reference to the accompanying drawing.

Partial size coal crack sub-prime using production system include: coal washery 1k, coker 2k, sewage disposal device 3k and Tail gas treatment device 4k, the coal washery 1k is connect with the coker 2k, and the coker 2k and the sewage Processing equipment 3k connection, the sewage disposal device 3k are connect with the tail gas treatment device 4k.

The coal washery 1k the following steps are included: step 1: driving, a part of first excavated section as pilot tunnel, then by The secondary entire section for expanding tunnel excavation, is dug using the methods of pneumatic pick, combination machine, step 2: mining, is had by coalcutter handle The coal of value comes out from mine working, step 3: transport, is divided the coal excavated and earth's surface by transporting equipment From, and shipped off-site, step 4: promoted, the coal of transport move to the inside of coal washery by loop wheel machine, the 5th Step: washing process is handled raw coal by the screening installation, disintegrating apparatus and washing appliance of coal washery, step 6: at Product pack the coal after completion of processing by packaging facilities, step 7: shipment, packaged finished product coal is placed Onto carrier loader, transported by carrier loader.

The coal washery 1k includes: coal screening plant 1h, coal disintegrating apparatus 2h and coal washing equipment 3h, the coal Charcoal screening plant 1h is connect with the coal disintegrating apparatus 2h, and the coal disintegrating apparatus 2h and the coal washing equipment 3h connection.

The coal screening plant 1h includes screen box 1a；Active box 2a, drive mechanism 3a, screening motor 32a, screening knot The top of the screen box 1a, the biography are fixed in structure 4a, two U-shaped piece of 43a and U-shaped frame 46a, the bottom of the active box 2a Dynamic structure 3a is set to the inside of the active box 2, and the drive mechanism 3 includes A sliding panel 31a, and the two of the sliding panel 31a Side is slidably connected to the two sides of the inner wall of the active box 2a respectively, and the activity is fixed in the bottom of the screening motor 32a The bottom of the inner wall of case 2a, the outer surface of the output shaft of the screening motor 32a are fixedly connected with plectane 33a, the plectane 33a Positive top be fixedly connected with convex block 34a compatible with the sliding panel 31a, the screening structure 4a is set to described The inside of screen box 1a, the screening structure 4 include two sliding shoe 41a of A, and two sliding shoes are slidably connected to the sieve respectively The two sides of the inner wall of case 1 are selected, screening bucket 42a are fixedly connected between two sliding shoe 41a opposite side, described in two U-shaped piece of 43a is individually fixed in the two sides of the inner wall of the screening bucket 42a, puts between two U-shaped piece of 43a opposite side It is equipped with screen plate 44a, the inside of the screen plate 44a offers screen holes 45a, and the U-shaped frame 46a is respectively arranged at the sieve The inner surface of hole 45a is selected, is rotatably connected to rotation axis 47a between the bottom and top of the inner wall of the U-shaped frame 46a, it is described The side of rotation axis 47a is fixedly connected to limit plate 48a, is slidably connected between two U-shaped piece of 43a opposite side There is a T-block 49a compatible with the screen plate 44a, is threaded with screw rod 410a at the top of two U-shaped piece of 43a, two The bottom end of a screw rod 410a is rotationally connected with the top of the T-block 49a respectively, drives screw rod manually by staff 410a is rotated, and the bottom of the screening bucket 42a is communicated with discharge nozzle 5a, and the bottom of the inner wall of the screen box 1a is fixed to be connected It is connected to aggregation block 6a, the top of the screen box 1a and is fixedly installed with feed nozzle 7a, institute positioned at the front of the active box 2a The bottom for stating the side of the inner wall of screen box 1a is communicated with drainage conduit 8a, and the two sides of the bottom the sliding panel 31a are fixedly connected with There is connecting rod 35a, the bottom end of two connecting rod 35a runs through the active box 2a and the screen box 1a and extends to institute The inside of screen box 1a is stated, the one end for the inside that two connecting rod 35a extend to the screen box 1a is individually fixed in two The top of a sliding shoe 41a, the side of the inner wall of the U-shaped frame 46a are fixedly connected with flexible crushing block 411a, and elasticity is squeezed The setting of briquetting 411 can mainly squeeze rotation axis 47a, guarantee that rotation axis 47a will not cause certainly because of vibration Body rotates, and calibration loop 412a, one end difference of the rotation axis 47a are fixedly connected at the top of the U-shaped frame 46a Through the U-shaped frame 46a and the top of the U-shaped frame 46a is extended to, the rotation axis 47a extends to the U-shaped frame 46a's The one end at top is fixedly connected with pointer handle 413a, and the setting of pointer handle 413a can make staff recognize and turn The angle of moving axis 47a rotation, screening motor 32 are connect with extraneous power supply, and extraneous control switch connection, and limit plate 48a's sets It sets, aperture is carried out to screen holes 45a and is adjusted, the U-shaped frame 46a quantity inside each screen holes 45a is three screen box 1a Front be provided with chamber door.

The coal disintegrating apparatus 2h includes bottom plate 1b, cabinet 2b, grinding device 4b, first sleeve 42b, second sleeve 43b, first crush motor 44b, crushing shaft 46b, assisted comminution structure 5b and second and crush motor 52b, the bottom the cabinet 2b It is fixed on the top of the bottom plate 1b；First fixed plate 3b, the two sides of the first fixed plate 3b are individually fixed in the cabinet The two sides of the inner wall of 2b, the grinding device 4b are set to the top of the first fixed plate 3b, and the grinding device 4b includes The positive side of the second fixed plate 41b, and institute are fixed in second fixed plate 41b, the back side of the first sleeve 42b The bottom for stating first sleeve 42b is fixed on the top of the first fixed plate 3b, the back of the second sleeve 43b by support frame The positive other side of the second fixed plate 41b is fixed in face, and the bottom of the second sleeve 43b is solid by support frame Described second is fixed on by support plate due to the side at the top of the second fixed plate 41b, the first crushing motor 44b The output shaft of the side at the back side of fixed plate 41b, the first crushing motor 44b is connected with drive shaft 45b, the crushing shaft One end of 46b is rotationally connected with the other side at the back side of the second fixed plate 41b, and one end of the crushing shaft 46b is through the Two sleeve 43b and the inside for extending to the second sleeve 43b, the crushing shaft 46b extend to the interior of the second sleeve 43b The one end in portion is rotationally connected with the back side of the second sleeve 43b, and the outer surface of the crushing shaft 46b is fixedly connected with crushing wheel 47b, the assisted comminution structure 5b are set to the inside of the cabinet 2b, and the assisted comminution structure 5b includes crushing frame 51b, The side of the cabinet 2b is fixed in the bottom of the second crushing motor 52b, and the described second output shaft for crushing motor 52b is consolidated Surely it is connected with and crushes bar 53b, described one end for crushing bar 53b is through the crushing frame 51b and extends to the crushing frame 51b's Inside, one end that the crushing bar 53b extends to the inside for crushing frame 51 are rotationally connected with the inner wall for crushing frame 51b Side, the first crushing motor 44b and the second crushing motor 52b connects with extraneous power supply, and extraneous control switch company It connects, the coal washing equipment 3h includes washing case 1c, drive mechanism 2c, screening tank 22c, two connecting plate 24c, control cabinets 25c, straight tooth plate 28c, washing motor 29c, cleaning structure 3, splicing groove 32c, steady rest 33c and driving structure 4c, the transmission Structure 2c is set to the inside of the washing case 1c, and the drive mechanism 2c includes washing frame 21c, and the screening tank 22c is just The two sides in face are slidably connected to the two sides at the back side of the inner wall of the washing frame 21c, and the inner surface of the screening tank 22c is fixed It is connected with washing plate 23c, washing plate 23c's is internally provided with filter opening, is individually fixed in institute at the top of two connecting plate 24c The positive two sides of the inner wall of washing frame 21c are stated, the Dorsal glide of the control cabinet 25c is connected to the interior of the washing frame 21c The front of wall, the front that the lower rotation of the inner wall of the control cabinet 25c is connected with rotation gear 26c, the control cabinet 25c are solid Surely it is connected with connection frame 27c, the back side of the washing frame 21c, the back of straight tooth plate 28c are fixed in the front of the connection frame 27c Face is slidably connected to the front of the inner wall of the control cabinet 25c, and the control cabinet 25c is run through in the two sides of the straight tooth plate 28c And the two sides of the control cabinet 25c are extended to, the straight tooth plate 28c extends to the both ends difference of the two sides of the control cabinet 25c Two opposite sides the connecting plate 24c are fixed on, the washing motor 29c is fixed on the inner wall of the control cabinet 25c The back side, the outer surface of the washing motor 29c are fixedly connected with the first driving wheel 210c, and the cleaning structure 3 is set to described The side of washing case 1c, the cleaning structure 3c include washing water pump 31c, and the washing is fixed in the bottom of the splicing groove 32 The bottom of the inner wall of case 1c, the inside of splicing groove 32c are placed with liquid compatible with coal or water source, the splicing groove It is fixedly connected with screening filter plate 35c, the steady rest 33c between the inner wall of 32c and is set to the top of the inner wall of the washing case 1c Portion, the bottom of the steady rest 33c are fixedly connected with spray head 34c, and the driving structure 4c is set to the interior of the washing case 1c The other side of wall, the driving structure 4c include movable block 41c, and the side of the movable block 41c is connected with elastic telescopic Bar 42c, the other end of the elastic telescopicing rod 42c are fixed on the other side of the washing frame 21c, washing motor 29c and washing Water pump 31c is connect with extraneous power supply, and washing motor 29c and washing water pump 31c are connect with extraneous control switch, and are washed Selecting motor 29c is clockwise and anticlockwise motor, and straight tooth plate 28c is engaged with rotation gear 26c, and the outer surface of the drive shaft 45b is fixed to be connected It is connected to the first belt pulley 48b, the outer surface of one end of the crushing shaft 46b is fixedly connected with the second belt pulley 49b, and described second Belt pulley 49b and the first belt pulley 48b is sequentially connected by belt, and the inner surface of the first sleeve 42b is fixedly connected There is crushing block 410b, the other end of the drive shaft 45b through the second sleeve 43b and extends to the second sleeve 43b Inside, the outer surface that the drive shaft 45b extends to the inside of the second sleeve 43b is fixedly connected with driving plate 411b, The quantity of driving plate 411b is six, the inner space of first sleeve 42b is mainly divided into six parts, equivalent is first set Coal is injected in the inside of cylinder 42b, and the side of the inner wall of the first sleeve 42b is communicated with siphunculus 6b, and the siphunculus 6b's is another End is through the second sleeve 43b and extends to the inside of the second sleeve 43b, can be by the by the setting of siphunculus 6b One sleeve 42b is connected to second sleeve 43b, and one end of siphunculus 6b is higher than the other end, and the top of the cabinet 2b is fixed Feed nozzle 7b is installed, the bottom of the feed nozzle 7b is connected to the inside of the first sleeve 42b, the second sleeve 43b The bottom of inner wall be communicated with and crush pipe 8b, the bottom end for crushing pipe 8b is through the crushing frame 51b and extending to the powder Abacus 9b is arranged in the inside of broken frame 51b, the side of the inner wall bottom for crushing frame 51b, the bottom for crushing frame 51b The other side is communicated with discharge duct 10b, and the other end of the discharge duct 10b through the cabinet 2b and extends to the cabinet 2b's Outside, the side of the inner wall bottom of the cabinet 2b slidably connect receiver 11b, and orifice plate 9b's is internally provided with hole, mainly It is easy for powder caused by coal crushing to be screened, and is received by receiver 11b.

The side of the inner wall of the screening tank 22c is communicated with washing pipe 5c, and the setting of washing pipe 5c herein mainly will Coal after washing is drained on block 7c by washing pipe 5c, and washing pipe 5c is bellows, and is internally provided with valve , the second driving wheel 211c, the second driving wheel 211c and described first is fixedly connected at the top of the rotation gear 26c Driving wheel 210c is sequentially connected by belt, and the washing water pump 31c's absorbs mouth by absorption tube with the splicing groove 32c's The water outlet of inside connection, the washing water pump 31c is connected to by outlet pipe with the inside of the spray head 34c, the washing case Side at the top of the inner wall of 1c is provided with electric telescopic rod 43c, and the other end of the electric telescopic rod 43c is fixed on the movement The top of block 41c, electric telescopic rod 43c are connect with extraneous power supply, are connected with external world's control switch, the top of the washing case 1c It is provided with feed hopper 6c, the other side of the bottom of the inner wall of the washing case 1c is fixedly connected with block 7c, the washing case 1c The bottom of side of inner wall be communicated with discharge barrel 8c.

The coker 2k includes: coal vertical decomposition furnace 1i and coal gas purifying plant 2i, the vertical decomposition furnace 1i Connected with the coal gas purifying plant 2i, the coal vertical decomposition furnace 1i include furnace body 1g, limit plate 2g, decomposition texture 3g, Decomposer 32g, motor-driven structure 4g, maneuvering board 5g, heating structure 6g, curved heat exchanger tube 62g, hot oil case 63g, hot oil pump 64g and Motion structure 7g, the front of furnace body 1g are provided with chamber door, and the two sides of the limit plate 2g are individually fixed in the interior of the furnace body 1g The two sides of wall, the decomposition texture 3g are set to the top of the limit plate 2g, and the decomposition texture 3g includes disk 31g, institute The bottom for stating decomposer 32g is placed in the top of the disk 31g, and the two sides of the decomposer 32g are fixedly connected to thermally conductive Block 33g, the motor-driven structure 4g are set to the bottom of the inner wall of the furnace body 1g, and the motor-driven structure 4g includes the first motor-driven electricity Machine 41g, the lower rotation of the inner wall of the furnace body 1g are connected with cylinder 43g, and the two sides of the maneuvering board 5g are slidably connected respectively In the two sides of the inner wall of the furnace body 1g, the heating structure 6g is set to the bottom of the maneuvering board 5g, the heating structure 6g includes heating mantle 61g, and the outer surface of the curved heat exchanger tube 62g is fixed on the inner wall of the heating mantle 61g by supporting block Top, the side at the top of the maneuvering board 5g, the bottom of the hot oil pump 64g are fixed in the bottom of the hot oil case 63g It is fixed on the other side at the top of the maneuvering board 5g, there is the first hot oil pipe 65g, institute the suction inlet communicating pipe of the hot oil pump 64g The outlet for stating hot oil pump 64g has the second hot oil pipe 66g, the motion structure 7g to be set to the top of the furnace body 1g, institute Stating motion structure 7g includes that the second motor-driven motor 71g and the first scroll wheel 72g, the second motor-driven motor 71g are fixed on described The top side of furnace body 1g, the inner surface of the first scroll wheel 72g are threaded with screw thread ratch 73g, the screw thread ratch The bottom end of 73g runs through the furnace body 1g and extends to and extend to the inside of the furnace body 1g, and the screw thread ratch 73g is extended to One end of the inside of the furnace body 1g rotates in the top of the maneuvering board 5g, and the setting of heat-conducting block 33g is mainly changed curved The inside of heat guiding decomposer 32g inside heat pipe 62g, to quickly be heated to coal, the first motor-driven motor 41g, the second motor-driven motor 71g and hot oil pump 64g are connect with extraneous power supply and extraneous control switch, inside hot oil case 63g Be filled with hot oil and be provided with corresponding heating mechanism, and the moulding of curved heat exchanger tube 62g be S type ring around, the coal gas Purifying plant 2i includes purification shell 1d, spray structure 2d, spraying rack 22d, swinging structure 3d, T-type swinging block 32d, oscillating rod 33d, oscillating motor 35d, contact structures 4d and gathered trough 5d, the spray structure 2d are set to the one of the purification shell 1d Side, the spray structure 2d include feeding spraying pump 21d, and the two sides of the spraying rack 22d are individually fixed in the purification shell 1d Inner wall two sides, the bottom of the spraying rack 22d is fixedly installed with spray nozzle 23d, and the swinging structure 3d is set to described The inside of shell 1d is purified, the swinging structure 3d includes bushing 31d, and is located at the bottom of the spraying rack 22d, the T-type The top of the bushing 31d is fixed in the bottom of swinging block 32d, and the top of the oscillating rod 33d is rotationally connected with the bushing The top of the bottom of 31d, the oscillating rod 33d runs through the bushing 31d and extends to the top of the bushing 31d, the pendulum The two sides of one end that lever 33d is extended at the top of the bushing 31d, which are fixedly connected to, beats bar 34d, the oscillating motor 35d Bottom the side of the purification shell 1d is fixed on by support plate, the output shaft of the swinging structure 3d is fixedly connected with work One end of lever 36d, the motion bar 36d are through the purification shell 1d and extend to the inside for purifying shell 1d, institute The one end for stating the inside that motion bar 36d extends to the purification shell 1d is fixedly connected with worm screw 37d, and the contact structures 4d is set It is placed in the inside of the purification shell 1d, the contact structures 4d includes logical cylinder 41d, and the two sides of the gathered trough 5d are fixed respectively In the two sides of the inner wall of the purification shell 1d, oscillating motor 35d is connect with extraneous power supply and control switch, and gathered trough 5d can The water source after purification to be assembled.

The two sides at the top of the disk 31g are fixedly connected to clamping block 34g, the inside of two clamping block 34g It is threaded with screw rod 35g, the top of the cylinder 43g runs through the limit plate 2g and extends the top of the limit plate 2g Portion, the bottom that the disk 31g is fixed in one end that the cylinder 43g extends to the top of the limit plate 2g are fixedly connected, By the rotation of cylinder 43g, disk 31g can be driven to be rotated, and the rotation of disk 31g, can drive decomposer 32g into Row rotation, the outer surface of the cylinder 43g be fixedly connected with the second angular wheel 44g, the second angular wheel 44g with it is described First angular wheel 42g engagement can drive the second angular wheel 44g by engagement by the rotation of the first angular wheel 42g It being rotated, one end of the first hot oil pipe 65g runs through the hot oil case 63g and extends to the inside of the hot oil case 63g, One end of the second hot oil pipe 66g is connected to one end of the curved heat exchanger tube 62g, and the curved heat exchanger tube 62g's is another End is connected to the inside of the hot oil case 63g, and the setting of hot oil pump 64g can inhale the hot oil inside hot oil case 63g It receives, and hot oil is drained into the inside of curved heat exchanger tube 62g by the second hot oil pipe 66g, the second motor-driven motor 71g's is defeated Shaft is fixedly connected with the second scroll wheel 74g, the second scroll wheel 74g and is passed with the first scroll wheel 72g's by belt Dynamic connection, the side of the furnace body 1g are communicated with gas pipe 8g, and the other side of the furnace body 1g is communicated with inert gas tube 9g, lead to The setting of gas pipe 8g is crossed, convenient for the discharge of gas, by the setting of inert gas tube 9g, convenient for the injection of inert gas.

The gas outlet of the feeding spraying pump 21d is communicated with spray tube 24d, and the other end of the spray tube 24d is through described Purification shell 1d and the inside for extending to the purification shell 1d, the spray tube 24d extend to the interior of the purification shell 1d The one end in portion is connected to the inside of the spray nozzle 23d, and the water sucking mouth for spraying water source is connect by pipeline with external source, and Feeding spraying pump 21d is connect with extraneous power supply and control switch, and the bottom end of the oscillating rod 33d is fixedly connected with worm gear 38d, described Worm gear 38d is engaged with the worm screw 37d, by the rotation of worm screw 37d, worm gear 38d can be driven to be rotated, and worm gear 38d Rotation, oscillating rod 33d can be driven to be rotated, and then drive and beat bar 34d and rotated, so that the water source to spray strikes It beats, so that water source is contacted with coal gas, improves the processing of waste residue, between the front and back of the inner wall of the logical cylinder 41d It is rotatably connected to rotating bar 42d, the outer surface of the rotating bar 42d is fixedly connected with swivel plate 43d, enters by water source logical The inside of cylinder 41d, the gravity at water source just will drive swivel plate 43d and is rotated, in order to the waste residue in coal gas sufficiently with Water source is contacted, to be handled, the bottom of the inner wall of the gathered trough 5d is communicated with scum pipe 6d, the scum pipe 6d Bottom end through it is described purification shell 1d and extend to it is described purification shell 1d bottom, the scum pipe 6d's is internally provided with Residual cake valve 7d can be discharged waste residue generated after purification by the setting of scum pipe 6d, the purification shell 1d's The other side of inner wall is communicated with gas outlet 8d, can be discharged the coal gas after purification by gas outlet 8d, the purification shell Inlet cylinder 9d is communicated at the top of the inner wall of body 1d, the bottom end of the inlet cylinder 9d through the purification shell 1d and extends to institute Coal gas can be transferred to the inside of purification shell 1d by the setting of inlet cylinder 9d by the inside for stating purification shell 1d.

The sewage disposal device 3k includes: long slab 1e, treatment box 2e, processing structure 3e, point leakage filter plate 32e, driving dress Set 4e, the first bull stick 42e, the second bull stick 43e, rotary electric machine 45e, stirring structure 5e, agitating shaft 54e, tar processing structure 6e, The top of the long slab 1e, the processing structure are fixed in S type heat exchanger tube 64e and air-cooler 65e, the bottom of the treatment box 2e 3e includes treatment trough 31e, and the two sides of described point of leakage filter plate 32e are individually fixed in the two sides of the inner wall of the treatment trough 31e, described Driving device 4e is set to the top of the treatment box 2e, and the driving device 4e includes driving frame 41e, first bull stick The top and bottom end of 42e is rotationally connected with the top and bottom of the inner wall of the driving frame 41e, the second bull stick 43e respectively Top and bottom end be rotationally connected with respectively it is described driving frame 41e inner wall top and bottom, and be located at first bull stick The outer surface of the side of 42e, the outer surface of the first bull stick 42e and the second bull stick 43e are connected by transmission belt 44e transmission It connects, the back side of the driving frame 41e is fixed in the bottom of the rotary electric machine 45e, and the output shaft of the rotary electric machine 45e is fixed It is connected with modiolus bar 46e, the stirring structure 5e is set to the side of the treatment box 2e, and the stirring structure 5e includes stirring Motor 51e, the output shaft of the stirring motor 51e are fixedly connected with stock 52e, and the place is run through in one end of the stock 52e It manages case 2e and the outer surface for extending to one end of the inside of the treatment box 2e is fixedly connected with first bevel gear 53e, it is described to stir The top for mixing axis 54e is rotationally connected with the bottom of the treatment trough 31e, and the bottom end of the agitating shaft 54e is rotationally connected with described The bottom of the inner wall for the treatment of box 2e, the tar processing structure 6e includes installs case 61e, and the two of the inner wall of the installs case 61e It is fixedly connected with slot frame 62e between side, is fixedly connected with baffler 63e, the S between the two sides of the inner wall of the slot frame 62e The outer surface of type heat exchanger tube 64e is fixed on the two sides of the inner wall of the slot frame 62e by support rod, the S type heat exchanger tube 64e's Both ends run through the installs case 61e and extend to the outside of the installs case 61e, and the side of the air-cooler 65e is fixed on The side of the installs case 61e, the air outlet of the air-cooler 65e and the S type heat exchanger tube 64e extend to the installs case One end of the outside of 61e is connected to, and by the starting of air-cooler 65e, can blow cold air to the inside of S type heat exchanger tube 64e, then pass through S type heat exchanger tube 64e and baffler 63e exchanges heat, so when baffler 63e at the top of tar cooled and solidified, and rotate electricity Machine 45e, stirring motor 51e and air-cooler 65e are connect with extraneous power supply and control switch, are provided with dirt at the top for the treatment of box 2e Sewage can be drained into the inside for the treatment of box 2e mainly by the setting of sewage pipe by water pipe, and the side for the treatment of box 2e is set Inorganic salts mouth is set, inorganic salts and coagulated agent are mainly injected to the inside for the treatment of box 2e by inorganic salts mouth, make certain high scores The solubility of sub- substance reduces Precipitation, and then can be removed by gravitational settling or other solid-liquid separation means useless Water treatment technology, baffler 63e are mainly used for being filtered tar, in order to subsequent processing, the side treatment box 2e Bottom is provided with water source tube, and is internally provided with valve, is primarily to facilitate the discharge at water source after processing, the first bull stick 42e One end through the driving frame 41e and extend to the outside of the driving frame 41e, the first bull stick 42e extends to described Drive the outer surface of one end of the outside of frame 41e to be fixedly connected with modiolus wheel 47e, the outer surface of the modiolus wheel 47e with it is described The outer surface of modiolus bar 46e is engaged, and by the rotation of the first bull stick 42e, is cooperated the setting of the second bull stick, can be driven transmission belt It is moved, and then drives 14 driving plate rotary motions, and then push to the tar at the top of sewage, the transmission belt The outer surface of 44e is fixedly connected with driving plate 48e, and the quantity of driving plate is 14 herein, mainly passes through 14 drives Tar at the top of sewage can be pushed to the inside of splicing mouth, the inner wall bottom of the treatment trough 31e by the movement of movable plate to the right Two sides be communicated with water service pipe 7e, the bottom end of the water service pipe 7e through the treatment trough 31e and extends to the treatment trough Water source inside treatment trough can be drained into the bottom for the treatment of box, the top of the agitating shaft 54e by water service pipe by the bottom of 31e The outer surface at end is fixedly connected with second bevel gear 55e, the outer surface of the second bevel gear 55e and the first bevel gear The outer surface of 53e is engaged, and by the rotation of first bevel gear, second bevel gear can be driven to be rotated by engagement, described Splicing mouth 8e is provided at the top of the side of the inner wall for the treatment of box 2e, the side of the splicing mouth 8e is communicated with tar pipe 9e, institute One end of tar pipe 9e is stated through the installs case 61e and extends to the inside of the installs case 61e, can be incited somebody to action by splicing mouth Tar inside treatment trough at the top of sewage is absorbed, and the inside of installs case is drained by tar pipe, the installs case 61e The side of inner wall is communicated with branched pipe 10e, and one end of the branched pipe 10e through the treatment box 2e and extends to the processing The filtered sewage of tar can be drained into the inside for the treatment of box by the setting of branched pipe 10c by the inside of case 2e.

The tail gas treatment device 4k includes: purifying box 1f, top plate 2f, filter structure 3f, the first filter block 32f, second Filter block 33f, three operating stick 35f, logical plate 4f, drive rod 53f, water circulating pump 6f, the 4th filter block 7f and transmission device 8f, The two sides of the top plate 2f are individually fixed in the two sides of the inner wall of the purifying box 1f, and the filter structure 3f is set to the top The top of plate 2f, the filter structure 3f include Rose Box 31f, and the top and bottom of the first filter block 32f are fixed respectively It is individually fixed at the top and bottom of the top and bottom of the inner wall of the Rose Box 31f, the second filter block 33f described The top and bottom of the inner wall of Rose Box 31f, and it is located at the side of the first filter block 32f, the third filter block 34f's Top and bottom are individually fixed in the top and bottom of the inner wall of the Rose Box 31f, and positioned at the second filter block 33f's Side, the bottom end seal of three operating stick 35f are slidably connected to the top of the inner wall of the Rose Box 31f, the operation The bottom end of bar 35f is fixedly connected with Clean Brush for cleaning 36f, and the two sides of the logical plate 4f are individually fixed in the inner wall of the purifying box 1f Two sides, and be located at the bottom of the top plate 2f, the inside of the logical plate 4f is through having contact structures 5f, the contact structures 5f Including contacting cylinder 51f, the two sides of the inner wall of the contact cylinder 51f are fixedly connected to fixture block 52f, and the two of the drive rod 53f End is rotationally connected with the two sides of the inner wall of the contact cylinder 51f respectively, and the outer surface of the drive rod 53f is fixedly connected with transmission The side of the purifying box 1f, the two sides difference of the 4th filter block 7f are fixed in plate 54f, the side of the water circulating pump 6f The two sides of the inner wall of the purifying box 1f are fixed on, the transmission device 8f is fixed on the bottom of the purifying box 1f, the biography Dynamic device 8f includes driving motor 81f, and the output shaft of the driving motor 81f is fixedly connected with transmission shaft 82f, the transmission shaft The top of 82f sequentially passes through the purifying box 1f and the 4th filter block 7f and the top for extending to the 4th filter block 7f, passes The position that moving axis 82f is contacted with purifying box 1f is connected by sealing shroud, avoids the leakage at water source, and driving motor 81f and the external world Power supply is connected with control switch, and the side of purifying box 1f is provided with air hose, is primarily to facilitate the discharge of gas after processing, herein The quantity of driver plate 54f is six, by the pressure of water and gas, drives driver plate 54f to be rotated, so that gas is more abundant Contacted with water source, the top of three operating stick 35f runs through the purifying box 1f and extends to the purifying box 1f's Top is fixedly connected with operation panel 37f between the one end at the top that three operating stick 35f extend to the purifying box 1f, The setting of operating stick 35f and operation panel 37f are primarily to facilitate staff and Clean Brush for cleaning 36f are driven to move up and down, so as to The filter residue of first filter block 32f, the second filter block 33f and the side third filter block 34f are cleaned, the suction of water circulating pump 6f It closes up and is connected to by water pipe with the bottom of the inside of the purifying box 1f, the water outlet of the water circulating pump 6f passes through water pipe and institute The inside connection of purifying box 1 is stated, and can be by purifying box by the setting of water circulating pump 6f positioned at the top of the logical plate 4f The water source of the bottom 1f is absorbed, and drains into the top of logical plate 4f, is flow on splashing disk 83f by contacting cylinder 51f, and recycle Water pump is connect with extraneous power supply and control switch, and the bottom of the inner wall of Rose Box 31f is provided with collecting shade 38f, the collecting shade The bottom of 38f is communicated with material receiving tube 39f, and the bottom end of the material receiving tube 39f through the purifying box 1f and extends to the purification The outside of case 1f, the setting of collecting shade 38f mainly recycle the filter residue after Clean Brush for cleaning 36f cleaning, and by connecing Expects pipe 39f discharges filter residue, and material receiving tube 39f is internally provided with valve, described for the control to material receiving tube 39f The two sides that transmission shaft 82f extends to the top of the 4th filter block 7f are fixedly connected to splashing disk 83f, splashing disk 83f's Quantity be six, by the rotation of transmission shaft 82 when main, six splashing disk 83f is driven to be rotated, thus to water source into Row beats, and improves the contact between gas and water source indirectly, is communicated with long tube 9f at the top of the other side of the purifying box 1, The other end of the long tube 9f runs through the Rose Box 31f and extends to the inside of the Rose Box 31f, passes through setting for long tube 9f It sets, tail gas to be treated can be drained into the inside of Rose Box 31f, be filtered processing, the bottom of the Rose Box 31f inner wall The side in portion is communicated with purification pipe 10f, and the bottom end of the purification pipe 10f through the top plate 2f and extends to the top plate 2f's Bottom purifies the setting of pipe 10f, filtered gas can mainly be drained into the bottom of top plate 2f, carry out subsequent processing.

Working principle is as follows: 1, coal washery: S1, coal screening plant will need grate coal charcoal to put by feed nozzle 7a The inside of screen box 1a is set, the coal inside screen box 1a falls on the top of screen plate 44a in screening bucket 42a；S2, pass through sieve The starting of motor 32a is selected, plectane 33a can be driven to be rotated, when plectane 33a rotates, convex block 34a can be driven with plectane The center 33a, which carries out circle rotation, by the rotation of convex block 34a can drive sliding panel 31a to move upwards, and sliding panel 31a to When upper movement, sliding shoe 41a will be driven to move upwards by two connecting rod 35a, drive screening bucket 42a to transport upwards indirectly It is dynamic, when convex block 34a rotates to plectane 33a lower position, at this moment passed through the gravity of coal, can drive sliding panel 31a to Lower movement makes screening bucket 42a move up and down indirectly；S3, the movement by screening bucket 42a or more, can drive coal or more Shake, at this moment can screen coal, the coal after screening falls on the bottom of screen box 1a by discharge nozzle 5a, at this moment Coal is assembled by aggregation block 6a, and screen box 1a is discharged by drainage conduit 8a；S4, manually two screw rods of rotation 410a, by the connection relationship between two screw rod 410a and two U-shaped piece of 43a, so that the mistake that two screw rod 410a rotate again It moves up and down in journey, the movement of two screw rod 410a or more drives T-block 49a to move up and down, at this moment will lose and screen plate Clamping between 44a, at this moment staff can screen screen plate 44a；S5, manual rotating pointer handle 413a, When several pointer handle 413a rotate, it just will drive limit plate 48a and rotated, and the 48a of limit plate rotates, and will change sieve Select the diameter of hole 45a；S1, coal disintegrating apparatus will need the coal crushed to be placed into first sleeve by feed nozzle 7b The inside of 6b；S2, the starting for crushing motor 44b by first, can drive drive shaft 45b to be rotated, and drive shaft 45b Rotation, can drive the first belt pulley 48b and six driving plate 411b to be rotated, when six driving plate 411b rotate, at this moment Coal can be filled successively in six spaces, and pass through the rotation of driving plate 411b, the coal in each space can be led to The inside that siphunculus is injected into second sleeve 43b is crossed, at this moment passes through the rotation of the first belt pulley 48b, the second belt pulley can be driven 49b is rotated, when the second belt pulley 49b rotates, so that it may and drive crushing shaft 46b to be rotated, when crushing shaft 46b rotates, Crushing wheel 47b can be driven to be rotated, at this moment pass through the rotation of crushing wheel 47b, coal can be crushed；S3, powder Coal after broken is drained by crushing pipe 8b and crushes the inside of frame 51b, the starting at this moment crushing motor 52b by second, can be with It drives crushing bar 53b to be rotated, crushes the rotation of bar 53, separating twice can be carried out to the first smashed coal；S4, lead to The setting of orifice plate 9b is crossed, the smashed powder of coal can be screened, and the powder after screening falls on receiver 11b's Inside, and cabinet 2 is discharged by discharge duct 10b in the coal after separating twice；S1, coal washing equipment passes through feed hopper 6c The coal for needing washing is drained into the inside of screening tank 22c；S2, by the starting of washing water pump 31c, can be by splicing groove Liquid inside 32c is absorbed, and drains into spray head 34c, at this moment passes through the setting of spray head 34c, will be to screening tank 32c's Internal spray liquid；S3, by the starting of washing motor 29c, the first driving wheel 210c can be driven to be rotated, and first pass The rotation of driving wheel 210c can drive the second driving wheel 211c to be rotated, and the rotation of the second driving wheel 211c, can drive Rotation gear 26c is rotated, and rotates the rotation of gear 26c, by the meshing relation between straight tooth plate 28c, so that rotation During rotating disk 26c rotates again, side-to-side movement can drive control cabinet 25c by the movement of rotation gear 26c or so Side-to-side movement, and then screening tank 22c side-to-side movement is driven, to carry out washing work；S4, opening by electric telescopic rod 43c It is dynamic, movable block 41c can be driven to move up and down, and the movement of movable block 41c or more, the one of elastic telescopicing rod 42c can be driven End moves up and down, and by the movement that elastic telescopicing rod 42c is downward, can drive and move downward on the right side of washing frame 21c, at this moment lead to The setting of washing pipe 5c is crossed, the coal after washing can be drained into the top of block 7c, at this moment passes through the setting of discharge barrel 8c, just Coal after washing can be discharged.

Coker: S1, coal vertical decomposition furnace will need the coal decomposed to be placed into decomposer 32g's by chamber door It is internal；S2, by the starting of the second motor-driven motor 71g, the second scroll wheel 74g can be driven to be rotated, the second scroll wheel 74g Rotation, the first scroll wheel 72g can be driven to be rotated, and the rotation of the first scroll wheel 72g, screw thread ratch can be driven 73g moves up and down, and the movement of screw thread ratch 73g or more, and maneuvering board 5g can be driven to move up and down, downward by maneuvering board 5g Movement, heating mantle 61g can be driven to move downward, when heating mantle 61g is moved downward, so that it may by decomposer 32g packet It wraps up in；S3, the oil product inside hot oil case 63g is heated by the heating mechanism inside hot oil case 63g, and after oil product heating, By the starting of hot oil pump 64g, the hot oil inside hot oil case 63g can be absorbed, and be arranged by the second hot oil pipe 66g To the inside of curved heat exchanger tube 62g, at this moment it is arranged by the winding of curved heat exchanger tube 62g, it can be quickly by heat by leading Heat block is transferred to decomposer 32g, at this moment can heat to coal；S4, by the starting of the first motor-driven motor 41g, can To drive the first angular wheel 42g to be rotated, when the first angular wheel 42g rotates, so that it may drive the second cone by engagement Gear 44g is rotated, when the second angular wheel 44g rotates, so that it may drive cylinder 43g to be rotated, pass through cylinder 43g's Rotation, can drive disk 31g to be rotated, and then decomposer 32g is driven to be rotated, and at this moment coal can be driven to carry out Rotation carries out rotary heating；Coal gas purifying plant, S1, the inside that coal gas is drained into purification shell 1d by inlet cylinder 9d；Pass through Extraneous water source can be absorbed, and drain into spray nozzle 23d's by spray tube 24d by the starting of feeding spraying pump 21d Inside is sprayed by spray nozzle 23d, to handle the waste residue in coal gas；S2, opening by oscillating motor 35d It is dynamic, motion bar 36d can be driven to be rotated, and the rotation of motion bar 36d, worm screw 37d can be driven to be rotated, and worm screw The rotation of 37d can drive worm gear 38d to be rotated, then pass through the rotation of worm gear 38d by engagement, can drive oscillating rod 33d is rotated, and by the rotation of oscillating rod 33d, can be driven and be beaten bar 34d and rotated, at this moment can to water source into Row beats, and handles water source to the waste residue in coal gas, and by the setting of T-type swinging block 32d, can be into one Step sputters the water source of sprinkling, increases the effect of Solid state fermentation, improves the effect of coal gas purification；S3, water source pass through leakage Plate 31 flow to the inside of logical cylinder 41d, at this moment the gravity at water source, will press swivel plate 43d, and the rotation of swivel plate 43d, so that it may To be that the waste residue in coal gas is sufficiently contacted with water source；S4, treated water source and gas pass through the bottom stream of logical cylinder 41d Extremely, at this moment gas is discharged by gas outlet 8d, and the water source containing waste residue falls on the inside of gathered trough 5d, finally by row Slag pipe 6d is discharged.

Sewage disposal device: sewage to be treated S1, can be drained by sewage pipe by the processing inside treatment box 2e In slot 31e, at this moment by a point setting of leakage filter plate 32e, can in sewage tar and other substances be filtered, and mistake Water source after filter drains into the bottom for the treatment of box 2e by water service pipe 7e；S2, by the starting of rotary electric machine 45e, snail can be driven Shaft 46e is rotated, and the rotation of modiolus bar 46e, modiolus wheel 47e can be driven to be rotated by engagement, at this moment passed through The rotation of modiolus wheel 47e can drive the first bull stick 42e to be rotated, the rotation of the first bull stick 42e, cooperate the second bull stick 43e Rotation, transmission belt 44e can be driven to be rotated, pass through the rotary motion of transmission belt 44e, so that it may drive driving plate At this moment 48e rotary motion passes through the rotary motion of driving plate 48e, so that it may the tar on point leakage filter plate 32e pushed, And the inside of installs case 61e is drained by splicing mouth 8e and tar pipe 9e；S3, by the starting of air-cooler 65e, can be to S Cold air is blown in the inside of type heat exchanger tube 64e, then is exchanged heat by S type heat exchanger tube 64e and baffler 63e, to guarantee baffler The effect that 63e filters tar, and filtered fluid drains into the inside for the treatment of box 2e by branched pipe 10e；S4, by inorganic Salt mouth injects inorganic salts or coagulated agent to the inside for the treatment of box 2e, then passes through the starting of stirring motor 51e, can drive stock 52e is rotated, and the rotation of stock 52e, and first bevel gear 53e can be driven to be rotated, and the rotation of first bevel gear 53e Turn, second bevel gear 55e can be driven to be rotated by engagement, when second bevel gear 55e rotates, so that it may drive agitating shaft 54e is rotated, and by the rotation of agitating shaft 54e, sewage can be made to come into full contact with inorganic salts or coagulated agent, by inorganic The addition of salt or coagulated agent is separated so that the phenolic compound in sewage is solidified with water source, finally by water source Pipe discharges water source.

Tail gas treatment device: long tube 9f is connected to extraneous gas outlet S1, is drained into coal gas combustion gas tail gas by long tube 9f To the inside of Rose Box 31f；S2, by the setting of the first filter block 32f, the second filter block 33f and third filter block 34f, can Tail gas to be filtered for multiple times, and filtered gas drains into the top of logical plate 4f by purifying pipe 10f, and has filtered Bi Hou, staff manual movement operation panel 37f, so that operation panel 37f is moved downward, operation panel 37f downward movement can be with It drives operating stick 35f to move downward, drives Clean Brush for cleaning 36f to move downward indirectly, it at this moment can be to the first filter block 32f, the The filter residue of the side of two filter block 33f and third filter block 34f is cleared up, then by the gravity of filter residue, so that filter residue is fallen To the inside of collecting shade 38f, discharged finally by material receiving tube 39f；S3, logical plate is drained by purifying pipe 10f by gas When the top of 4f, at this moment passes through the starting of water circulating pump 6f, the water source of purifying box 1f interior bottom portion can be absorbed, and The top of logical plate 4f is drained into, water source at this moment can be made to enter the inside of contact cylinder 51f with gas after filtering, pass through contact Cylinder 51f is flowed on splashing disk 83f；When S4, water source and gas enter the inside of contact cylinder 51f, at this moment pass through setting for fixture block 52f Set so that water source splash, and by water source and gas enter contact cylinder 51f inside when, the weight of gas flow and water source Power can drive six driver plate 54f to be rotated, at this moment can when water source come into full contact with gas；S5, pass through biography The starting of dynamic motor 81f, can drive transmission shaft 82f to be rotated, and the rotation of transmission shaft 82f, can drive six splashings Disk 83f is rotated, and at this moment by the rotation of six splashing disk 83f, comprehensive can be splashed water source, further plus Contact between big water source and gas, finally treated, and gas passes through air hose discharge.

The above description is only an embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills Art field, is included within the scope of the present invention.

Claims

1. a kind of big partial size coal cracking sub-prime utilizes production system characterized by comprising

Coal washery, coker, sewage disposal device and tail gas treatment device, the coal washery are connect with the coker, And the coker is connect with the sewage disposal device, and the sewage disposal device and the tail gas treatment device connect It connects.

2. big partial size coal cracking sub-prime according to claim 1 utilizes production system, which is characterized in that the coal washery Including coal screening plant, coal disintegrating apparatus and coal washing equipment, the coal screening plant is set with coal crushing Standby connection, and the coal disintegrating apparatus is connect with the coal washing equipment.

3. big partial size coal cracking sub-prime according to claim 2 utilizes production system, which is characterized in that the coal sieve Screening device includes screen box, active box, drive mechanism, screening motor, screening structure, two U-shaped piece and U-shaped frame, the activity The top of the screen box is fixed in the bottom of case, and the drive mechanism is set to the inside of the active box, the transmission knot Structure includes sliding panel, and the two sides of the sliding panel are slidably connected to the two sides of the inner wall of the active box, the screening electricity respectively The bottom of the inner wall of the active box is fixed in the bottom of machine, and the outer surface of the output shaft of the screening motor is fixedly connected with circle Plate, the positive top of the plectane are fixedly connected with convex block compatible with the sliding panel, the screening structure setting in The inside of the screen box, the screening structure include two sliding shoes, and two sliding shoes are slidably connected to the screening respectively The two sides of the inner wall of case are fixedly connected with screening bucket, two U-shaped piece of difference between the opposite side of two sliding shoes The two sides of the inner wall of the screening bucket are fixed on, are placed with screen plate, the screening between two U-shaped piece of opposite sides The inside of plate offers screen holes, and the U-shaped frame is respectively arranged at the inner surface of the screen holes, the inner wall of the U-shaped frame Rotation axis is rotatably connected between bottom and top, the side of the rotation axis is fixedly connected to limit plate, two U T-block compatible with the screen plate, two equal spiral shells in the U-shaped piece of top are slidably connected between the opposite side of type block Line is connected with screw rod, and the bottom end of two screw rods is rotationally connected with the top of the T-block, the bottom of the screening bucket respectively It is communicated with discharge nozzle, the bottom of the inner wall of the screen box is fixedly connected with aggregation block, the top of the screen box and is located at institute The front for stating active box is fixedly installed with feed nozzle, and the bottom of the side of the inner wall of the screen box is communicated with drainage conduit, described The two sides of sliding panel bottom are fixedly connected to connecting rod, and the active box and described is run through in the bottom end of two connecting rods Screen box and the inside for extending to the screen box, two connecting rods extend to one end difference of the inside of the screen box It is fixed on the top of two sliding shoes, the side of the inner wall of the U-shaped frame is fixedly connected with flexible crushing block, and described Calibration loop is fixedly connected at the top of U-shaped frame, one end of the rotation axis extends through the U-shaped frame and extends to described U-shaped The top of frame, one end that the rotation axis extends to the top of the U-shaped frame are fixedly connected with pointer handle.

4. coal washery according to claim 2, which is characterized in that the coal crushing equipment bay, cabinet, first are fixed Plate, grinding device, first sleeve, second sleeve, first crush motor, crushing shaft, assisted comminution structure and second and crush motor, The cabinet is fixed on the top of the bottom plate, first fixed plate, the grinding device, the first sleeve, described Two sleeves, the first crushing motor, the crushing shaft, the assisted comminution structure and the second crushing motor are all set in The inside of the cabinet.

5. big partial size coal cracking sub-prime according to claim 2 utilizes production system, which is characterized in that the coal is washed Optional equipment include washing case, drive mechanism, screening tank, two connecting plates, control cabinet, straight tooth plate, washing motor, cleaning structure, Splicing groove, steady rest and driving structure, the drive mechanism, the screening tank, two connecting plates, the control cabinet, institute Straight tooth plate, the washing motor, the cleaning structure, the splicing groove, the steady rest and the driving structure is stated to be respectively provided with In the inside of the washing case.

6. big partial size coal cracking sub-prime according to claim 1 utilizes production system, which is characterized in that the coking is set Standby includes coal vertical decomposition furnace and coal gas purifying plant, and the vertical decomposition furnace is connected with the coal gas purifying plant.

7. big partial size coal cracking sub-prime according to claim 6 utilizes production system, which is characterized in that the coal is vertical Formula dore furnace include furnace body, limit plate, decomposition texture, decomposer, motor-driven structure, maneuvering board, heating structure, curved heat exchanger tube, Hot oil case, hot oil pump and motion structure, it is the limit plate, the decomposition texture, the decomposer, the motor-driven structure, described Maneuvering board, the heating structure, the curved heat exchanger tube, the hot oil case, the hot oil pump and the motion structure are respectively provided with In the inside of the furnace body.

8. big partial size coal cracking sub-prime according to claim 6 utilizes production system, which is characterized in that the coal gas mentions Pure device includes purification shell, spray structure, spraying rack, swinging structure, T-type swinging block, oscillating rod, oscillating motor, contact knot Structure and gathered trough, the spray structure, spraying rack, swinging structure, T-type swinging block, oscillating rod, oscillating motor, contact structures and Gathered trough is all set in the inside of the purification shell.

9. big partial size coal cracking sub-prime according to claim 1 utilizes production system, which is characterized in that at the sewage Reason equipment include: long slab, treatment box, processing structure, point leakage filter plate, driving device, the first bull stick, the second bull stick, rotary electric machine, The long slab is fixed in stirring structure, agitating shaft, tar processing structure, S type heat exchanger tube and air-cooler, the bottom of the treatment box Top, and the processing structure, described point of leakage filter plate, the driving device, first bull stick, second bull stick, The rotary electric machine, the stirring structure, the agitating shaft, the tar processing structure, the S type heat exchanger tube and the cold wind Machine is all set in the inside of the treatment box.

10. big partial size coal cracking sub-prime according to claim 1 utilizes production system, which is characterized in that the tail gas Processing equipment include purifying box, top plate, filter structure, the first filter block, the second filter block, third filter block, three operating sticks, Logical plate, drive rod, water circulating pump, the 4th filter block and transmission device, the top plate, the filter structure, first filtering Block, second filter block, the third filter block, three operating sticks, the logical plate, the drive rod, the circulation Water pump, the 4th filter block and the transmission device are all set in the inside of the purifying box.