CN107601075B - Coke furnace carbonization chamber bottom deslagging device and construction method in work progress - Google Patents

Coke furnace carbonization chamber bottom deslagging device and construction method in work progress Download PDF

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Publication number
CN107601075B
CN107601075B CN201711036639.5A CN201711036639A CN107601075B CN 107601075 B CN107601075 B CN 107601075B CN 201711036639 A CN201711036639 A CN 201711036639A CN 107601075 B CN107601075 B CN 107601075B
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China
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slag
chute
helix transporting
transporting device
cylinder
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CN107601075A (en
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夏春
黎耀南
吴旭
吴春桥
宛若峰
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China First Metallurgical Group Co Ltd
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China First Metallurgical Group Co Ltd
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Abstract

The present invention relates to coke furnace carbonization chamber bottom deslagging devices in a kind of work progress, including being arranged in the indoor ash collection device of charing and segmentation helix transporting device, the cabinet slag notch of ash collection device is docked with the cylinder slag inlet of segmentation helix transporting device, and middle rotary shaft is connect to realize and rotate synchronously with main rotating shaft;If further including the dry sieving chute being arranged on the outer operation platform of carbonization chamber, the main chute two sides of screening chute are equipped with segmentation helix transporting device, the cylinder slag notch of segmentation helix transporting device is connected to slag gathering hopper slag inlet, and the cylinder slag notch for carbonizing indoor segmentation helix transporting device is connected to the upper opening of the segmentation helix transporting device on operation platform;The segmentation helix transporting device of slag gathering hopper two sides passes through the second motor driven and lime-ash is pushed into slag gathering hopper.Previous manual mode of operation is transformed into mechanical acquisition, conveying and screening and recycled by the present invention, is avoided dust pollution, is accelerated construction speed.

Description

Coke furnace carbonization chamber bottom deslagging device and construction method in work progress
Technical field
The present invention relates to stove construction technical fields, and in particular to coke furnace carbonization chamber bottom deslagging device in a kind of work progress And construction method.
Background technique
Coke furnace building uses " shove method ", i.e., accomplishes fluently mortar on masonry, mortar is accomplished fluently on wait block of laying bricks, then by brick Block is placed on masonry is rubbed block to suitable position back and forth, makes that the mortar between brick and masonry is full, bubble-free.Rubbing In the process, the extra mortar in part is extruded, and is fallen in the bottom of masonry, long-term accumulation together, wait build one of work on position After sequence, unified cleaning is carried out.By taking coke oven combustion chamber masonry as an example, formed between two burner settings in building process Carbonization chamber in set up foot hand stool in furnace and successively built, burner setting height according to the type of furnace there are many specification (4.3 meters, 5.5 meters, 6.25 meters, 7.63 meters etc.), the masonry period is long, and the indoor foot hand of charing could be removed after oven top of coke oven binds Stool, the lime-ash that the mortar that bottom has accumulated that many " shove methods " squeezes out in carbonization chamber at this time is formed, needs thorough cleaning.It is conventional Manner of cleaning up is manually to be packed in carbonization chamber using spade, is recycled.Since space is small, dust is big, construction efficiency is not high, Some lime-ash form irregular block inconvenience pack, also be easy to cause the pollution of construction environment outside coke oven masonry.
In consideration of it, need to invent at present a kind of lime-ash (fire clay) that can quickly accumulate coke furnace carbonization chamber bottom into Row is collected, conveying, is sieved, the device and method recycled.
Summary of the invention
The technical problem to be solved in the present invention is that in view of the deficiency of the prior art, providing a kind of work progress Middle coke furnace carbonization chamber bottom deslagging device and construction method, the lime-ash (fire resisting that it can quickly accumulate coke furnace carbonization chamber bottom Mud) it is collected, it is conveyed by screw blade, is further sieved by chute, recycled.
The present invention is technical solution used by solving technical problem set forth above are as follows:
Coke furnace carbonization chamber bottom deslagging device in a kind of work progress, comprising:
It is arranged in the indoor ash collection device of charing, including vehicle frame and the cabinet being fixedly installed on the vehicle frame, institute The bottom of box is stated equipped with cabinet slag inlet, the box house is horizontally installed with the middle rotary shaft through the cabinet, it is described in First screw blade is installed in rotary shaft;One end of the middle rotary shaft is connect with first motor, and the first motor is installed on On the vehicle frame, positioned at the side of the cabinet, the opposite other side of the cabinet is equipped with cabinet slag notch;
It is arranged in the indoor segmentation helix transporting device of charing, including multiple spiral conveying mechanisms, the screw conveyor Structure includes horizontally disposed cylinder, the cylinder both ends open, and side is cylinder slag inlet, and the other side is cylinder slag notch;Institute The main rotating shaft being equipped in cylinder through the cylinder is stated, third screw blade is installed on the main rotating shaft;It is two neighboring The cylinder slag notch of spiral conveying mechanism is docked with cylinder slag inlet, and the main rotating shaft of two neighboring spiral conveying mechanism is connected It is rotated synchronously with realizing;
It is arranged at least one screening chute of operation platform side, including support frame and main chute, the main chute inclination Be placed on support frame as described above, the top of the main chute is equipped with slag gathering hopper, the slag gathering hopper be equipped with slag gathering hopper slag inlet and It is connected at the top of slag gathering hopper slag notch, the slag gathering hopper slag notch and the main chute;It is successively set from top to bottom along the main chute Set several points of chutes communicated with the main chute, the main chute sieve different from chute junction setting aperture is each divided Net realizes the shunting of lime-ash by the sieve;
The cabinet slag notch of ash collection device is docked with the cylinder slag inlet of segmentation helix transporting device in carbonization chamber, and The middle rotary shaft is connect to realize and rotate synchronously with main rotating shaft;The cylinder slag notch and collection of the segmentation helix transporting device The connection of slag bucket slag inlet.
It further include the segmentation helix transporting device being arranged on the outer operation platform of carbonization chamber, the segmentation in above scheme The cylinder top of helix transporting device is equipped with upper opening;The two sides of the slag gathering hopper are slag gathering hopper slag inlet, and lower part is collection slag Struggle against slag notch;The two sides of the slag gathering hopper dispose the segmentation helix transporting device, two slag inlets difference of the slag gathering hopper It is connected to the cylinder slag notch of its two sides segmentation helix transporting device;The cylinder for carbonizing indoor segmentation helix transporting device is slagged tap Mouth is connected to the upper opening of the segmentation helix transporting device on operation platform;The segmentation helical feed of the slag gathering hopper two sides fills It sets and lime-ash is pushed into the slag gathering hopper by the second motor driven.
In above scheme, the middle rotary shaft two sides of the ash collection device are equipped with side rotary shaft parallel with it, described Second screw blade is installed, the radius of second screw blade is less than first screw blade in the rotary shaft of side.
In above scheme, the middle rotary shaft is close to one end of first motor installation driving gear, the side rotation The driven gear that corresponding installation is engaged with the driving gear on axis.
In above scheme, the first motor is vertically installed on the vehicle frame, the output shaft of the first motor and institute It states and is connected between rotary shaft by diverter.
In above scheme, the both ends of the main rotating shaft are separately installed with connecting shaft and insert section and connecting shaft sleeve, two neighboring spiral shell The connecting shaft for revolving conveying mechanism inserts section with the inserting of connecting shaft sleeve to realize connecting for two neighboring rotary shaft.
In above scheme, the middle rotary shaft is equipped with coaxial connecting shaft sleeve close to the end of the cabinet slag notch, The connecting shaft sleeve of the middle rotary shaft and the connecting shaft of the main rotating shaft insert section inserting to realize the middle rotary shaft and main rotation Axis connects firmly.
In above scheme, described point of chute includes the first point of chute set gradually from top to bottom along the main chute and Two points of chutes;The main chute and first point of chute opening lower edge junction are arranged the first sieve, the main chute with second point The second sieve is arranged in chute opening lower edge junction, and the aperture of the first sieve is greater than the aperture of the second sieve.
The invention also provides the construction methods using coke furnace carbonization chamber bottom deslagging device in above-mentioned work progress, including with Lower step:
The first step first according to several screening chutes of construction site layout, and is set up support frame and is supported;
Ash collection device and segmentation helix transporting device are transported in carbonization chamber, the case of ash collection device by second step Body slag inlet is covered on the lime-ash of bottom of carbonization chamber, and the cylinder slag inlet of cabinet slag notch and segmentation helix transporting device carries out Connection;And the cylinder slag notch for carbonizing indoor segmentation helix transporting device is connected to slag gathering hopper;
Third step opens the power supply of ash collection device, and rotary shaft rotation, lime-ash spiral is pushed into first motor drive Then cabinet slag notch is further delivered to the slag gathering hopper of screening chute into the cylinder slag inlet of segmentation helix transporting device, It is quickly slid from main chute, and by dividing chute to realize screening, in main chute and chute arrangement construction personnel classification pack is divided to receive Collection.
In above scheme, after the first step, in the slag gathering hopper two sides concatenation segmentation helix transporting device of screening chute, and Second motor is installed to drive main rotating shaft, and indoor segmentation helix transporting device will be carbonized by hose or chute Cylinder slag notch is connected to the upper opening of the segmentation helix transporting device of slag gathering hopper two sides.
The beneficial effects of the present invention are:
It is by the way that ash collection device and segmentation helix transporting device are arranged in carbonization chamber that the lime-ash of bottom of carbonization chamber is fast In speed removing and the segmentation helix transporting device transported to outside carbonization chamber, and then sieved by sieving chute, it is final to convey It is recycled to ground, previous manual mode of operation is transformed into mechanical acquisition, conveying and screening and is recycled, dust dirt is avoided Dye, accelerates construction speed.
Slag inlet, rotary shaft and the first screw blade in the installation of inside, middle rotation is arranged in the bottom of box of ash collection device Shaft is driven by motor, and slag inlet is covered on the lime-ash of bottom of carbonization chamber, and the first screw blade of motor driven is rotated lime-ash The lime-ash (fire clay) that coke furnace carbonization chamber bottom is accumulated quickly is collected, recycles to slag notch by screw propulsion.Middle rotation Side rotary shaft is installed in axis two sides, installs the second screw blade in the rotary shaft of side, makes three rotary shafts are synchronous to turn by gear engagement Dynamic, the radius of the first screw blade is larger, by rotation, by lime-ash screw propulsion to slag notch;The radius of second screw blade It is smaller, to clear up the work blind spot of the first screw blade, clear up cleaner.
The rotary shaft of multiple spiral conveying mechanisms inserts section connection by connecting shaft sleeve and connecting shaft, is filled by a motor driven Setting can drive the rotary shaft of all spiral conveying mechanisms to rotate, ash-slag delivery;Helix transporting device is segmented by several spiral transferrings It send mechanism arbitrarily to splice, is suitble to the transport of changeable construction site powder, lime-ash, convenient for quickly cleaning.
Several vibrating motors are set in main chute, to accelerate the gliding speed of lime-ash, the quick shunting of lime-ash are realized, into one Step improves the efficiency of ash collection and classification.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples, in attached drawing:
Fig. 1 is the layout drawing of coke furnace carbonization chamber bottom deslagging device in work progress of the invention;
Fig. 2 is the ash collection structure drawing of device of coke furnace carbonization chamber bottom deslagging device in work progress shown in FIG. 1;
Fig. 3 is the top view of ash collection device shown in Fig. 2;
Fig. 4 is that ash collection device shown in Fig. 2 looks up angle perspective view;
Fig. 5 is the segmentation helix transporting device structure chart of coke furnace carbonization chamber bottom deslagging device in work progress shown in FIG. 1;
Fig. 6 is another angle perspective view of segmentation helix transporting device shown in fig. 5;
Fig. 7 is the ash collection device of coke furnace carbonization chamber bottom deslagging device and segmentation spiral in work progress shown in FIG. 1 The installation diagram of conveying device;
Fig. 8 is the screening chute of coke furnace carbonization chamber bottom deslagging device and segmentation helical feed in work progress shown in FIG. 1 The installation diagram of device;
Fig. 9 is the half sectional view at screening chute A shown in Fig. 8;
Figure 10 is the half sectional view at screening chute B shown in Fig. 8.
In figure: 100, ash collection device;110, vehicle frame;111, front-wheel;112, rear-wheel;113, motor switch;120, case Body;121, cabinet slag inlet;122, cabinet slag notch;123, column;124, central axis seat;125, connecting shaft sleeve;130, middle rotation Axis;131, the first screw blade;140, side rotary shaft;141, the second screw blade;150, first motor;161, gear is driven; 162, driven gear;170, diverter;200, it is segmented helix transporting device;210, spiral conveying mechanism;211, cylinder;2111, Cylinder slag inlet;2112, cylinder slag notch;212, main rotating shaft;213, third screw blade;214, spindle drum;215, connecting shaft Insert section;216, upper opening;217, door type frame;218, pulley;300, chute is sieved;310, support frame;320, slag gathering hopper;340, Main chute;350, first point of chute;351, the first sieve;360, second point of chute;361, the second sieve;370, vibrating motor; 400, the second motor;500, carbonization chamber;600, operation platform.
Specific embodiment
For a clearer understanding of the technical characteristics, objects and effects of the present invention, now control attached drawing is described in detail A specific embodiment of the invention.
As shown in Figure 1, being a preferred embodiment of the present invention coke furnace carbonization chamber bottom deslagging device in work progress, comprising:
The ash collection device 100 being arranged in carbonization chamber 500 including vehicle frame 110 and is fixedly installed on vehicle frame 110 Cabinet 120,120 bottom of cabinet are equipped with cabinet slag inlet 121, and 120 inner horizontal of cabinet is equipped with the middle rotation through cabinet 120 Axis 130 installs the first screw blade 131 in middle rotary shaft 130;One end of middle rotary shaft 130 is connect with first motor 150, the One motor 150 is installed on vehicle frame 110, and positioned at the side of cabinet 120, the opposite other side of cabinet 120 is equipped with cabinet slag notch 122;
The segmentation helix transporting device 200 being arranged in carbonization chamber 500, including multiple spiral conveying mechanisms 210, spiral transferring Sending mechanism 210 includes horizontally disposed cylinder 211, and 211 both ends open of cylinder, side is cylinder slag inlet 2111, and the other side is Cylinder slag notch 2112;The central axis of cylinder 211 is equipped with the main rotating shaft 212 through cylinder 211, on main rotating shaft 212 Third screw blade 213 is installed;The cylinder slag notch 2112 and cylinder slag inlet 2111 of two neighboring spiral conveying mechanism 210 are right It connects, and the main rotating shaft 212 of two neighboring spiral conveying mechanism 210 is connected to realize and rotate synchronously;The top of cylinder 211 is equipped with Upper opening 216;The quantity of spiral conveying mechanism 210 can be adjusted according to conveying distance by being segmented helix transporting device 200, to increase Or reduce transportation lengths;
The segmentation helix transporting device 200 being arranged on the outer operation platform 600 of carbonization chamber 500;
It is arranged at least one screening chute 300 of 600 side of operation platform, including support frame 310 and main chute 340, it is main For 340 tiltably-mounted of chute on support frame 310, the top of main chute 340 is equipped with slag gathering hopper 320, and the two sides of slag gathering hopper 320 are Slag gathering hopper slag inlet, lower part are slag gathering hopper slag notch, are connected at the top of slag gathering hopper slag notch and main chute 340;Along main chute 340 from Several points of chutes communicated with main chute 340 are set gradually under, main chute 340 divides chute junction that aperture is arranged with each Different sieves realizes the shunting of lime-ash by sieve;The two sides placement segmentation helix transporting device 200 of slag gathering hopper 320, collects slag Two slag inlets of bucket 320 are connected to the cylinder slag notch 2112 of its two sides segmentation helix transporting device 200 respectively, two sides segmentation Lime-ash is pushed into slag gathering hopper 320 by the driving of the second motor 400 by helix transporting device 200;
The circle of the cabinet slag notch 122 of ash collection device 100 and the segmentation helix transporting device 200 in carbonization chamber 500 Cylinder slag inlet 2111 docks, and middle rotary shaft 130 is connect to realize and rotate synchronously with main rotating shaft 212;Point in carbonization chamber 500 The cylinder slag notch 2112 of section helix transporting device 200 passes through the segmentation helical feed on hose or chute and operation platform 600 The upper opening 216 of device 200 is connected to.
Preferably, the radius of the first screw blade 131 is identical as the radius of third screw blade 213.
It advanced optimizes, in the present embodiment, 130 two sides of middle rotary shaft of ash collection device 100 are equipped with parallel with it Side rotary shaft 140, side rotary shaft 140 are connect by side axis seat with cabinet 120, and the second screw blade is installed in side rotary shaft 140 141, the radius of the second screw blade 141 is less than the first screw blade 131.Middle rotary shaft 130 is close to one end of first motor 150 Installation drives gear 161, the driven gear 162 that corresponding installation and driving gear 161 engage in side rotary shaft 140.Middle rotary shaft 130 rotations are to drive side rotary shaft 140 to rotate.The radius of the first intermediate screw blade 131 is larger, will be grey by rotation Slag screw propulsion is to cabinet slag notch 122;The radius of second screw blade 141 on both sides is smaller, to clear up intermediate first spiral shell Revolve the work blind spot of blade 131.
Advanced optimize, in the present embodiment, first motor 150 is vertically installed on vehicle frame 110, first motor 150 it is defeated It is connected between shaft and middle rotary shaft 130 by diverter 170.The vertically-mounted the space occupied of first motor 150 is smaller.
The center of cabinet slag notch 122 is vertically equipped with column 123, installs central axis seat 124, middle rotation among column 123 The end of axis 130 is inserted in central axis seat 124, and can be rotated in central axis seat 124.Middle rotary shaft 130 is close to cabinet slag notch 122 end is equipped with coaxial connecting shaft sleeve 125, so as to the rotation axis connection with other conveying devices.The top of cabinet 120 Equipped with sealing cover (not shown), cabinet 120 is rectangle close to the side wall of first motor 150, close to the side wall of cabinet slag notch 122 For arc, cabinet slag notch 122 is circular tube shaped.
It advanced optimizes, in the present embodiment, the both ends of main rotating shaft 212 are separately installed with coaxial connecting shaft and insert 215 Hes of section Connecting shaft sleeve 125, the connecting shaft of two neighboring spiral conveying mechanism 210 insert section 215 with 125 inserting of connecting shaft sleeve to realize adjacent two The series connection of a rotary shaft.The both ends center of cylinder 211 is vertically equipped with column 123, and spindle drum 214 is installed among column 123, main The both ends of rotary shaft 212 are inserted in spindle drum 214, and can be rotated in spindle drum 214.
It advanced optimizes, in the present embodiment, middle rotary shaft 130 is equipped with coaxial close to the end of cabinet slag notch 122 The connecting shaft of connecting shaft sleeve 125, the connecting shaft sleeve 125 of middle rotary shaft 130 and main rotating shaft 212 inserts 215 insertings of section to revolve in realizing Shaft 130 is connected firmly with main rotating shaft 212.
It advanced optimizes, in the present embodiment, point chute includes that first point set gradually from top to bottom along main chute 340 slips Cylinder 350 and second point of chute 360;The first sieve 351 is arranged in main chute 340 and the first point of opening of chute 350 lower edge junction, main The second sieve 361 is arranged in chute 340 and the second point of opening of chute 360 lower edge junction, and the aperture of the first sieve 351 is greater than second The aperture of sieve 361.Preferably, several vibrating motors 370 are installed in main chute 340, to accelerate the gliding speed of lime-ash, realize The quick shunting of lime-ash.
It advanced optimizes, in the present embodiment, wheel is installed in 110 bottom of vehicle frame, and wheel includes front-wheel 111 and rear-wheel 112, vehicle Frame 110 and wheel combination are at hand steered cart.There is front-wheel axle bed below the side axis seat of 120 two sides rotary shaft 140 of cabinet, to pacify Fill front-wheel 111.The hand steered end of vehicle frame 110 is provided with motor switch 113, convenient for starting and stopping operation.
It advanced optimizes, in the present embodiment, 211 both ends periphery of cylinder is equipped with door type frame 217,217 lower part of door type frame peace Equipped with pulley 218, so as to the movement of spiral conveying mechanism 210.
The invention also provides the construction methods using coke furnace carbonization chamber bottom deslagging device in above-mentioned work progress, including with Lower step:
The first step first according to several screening chutes 300 of construction site layout, and is set up support frame 310 and is supported; In 320 two sides of the slag gathering hopper concatenation segmentation helix transporting device 200 of screening chute 300, and the second motor 400 is installed, to main rotation Shaft 212 is driven;
Ash collection device 100 and segmentation helix transporting device 200 are transported in carbonization chamber 500, ash collection by second step The cabinet slag inlet 121 of device 100 is covered on the lime-ash of 500 bottom of carbonization chamber, the cabinet slag notch of ash collection device 100 122 are attached with the cylinder slag inlet 2111 for being segmented helix transporting device 200;In 500 side inlet of carbonization chamber, by soft Pipe or chute (not shown), by the segmentation helix transporting device 200 in carbonization chamber 500 and the segmentation spiral transferring outside carbonization chamber 500 Device 200 is sent to be attached;
Third step opens 100 power supply of ash collection device, rotary shaft 130 and side rotary shaft in the drive of first motor 150 140 rotation, by lime-ash spiral be pushed into cabinet slag notch 122, into segmentation helix transporting device 200 cylinder slag inlet 2111, Then the segmentation helix transporting device 200 being transported to rapidly outside carbonization chamber 500 is further delivered to the collection slag of screening chute 300 Bucket 320 quickly slides from main chute 340, the first sieve that larger particles pass through main chute 340 and first point of 350 joint of chute Net 351 shunts, and smaller particle is shunted by the second sieve 361 of main chute 340 and second point of 360 joint of chute, fine ash Slag is directly slid down by main chute 340, and 340, first points of chutes 350 of main chute and second point of chute 360 arrange construction personnel point Class pack is collected.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other The difference of embodiment, the same or similar parts in each embodiment may refer to each other.
The embodiment of the present invention is described with above attached drawing, but the invention is not limited to above-mentioned specific Embodiment, the above mentioned embodiment is only schematical, rather than restrictive, those skilled in the art Under the inspiration of the present invention, without breaking away from the scope protected by the purposes and claims of the present invention, it can also make very much Form, all of these belong to the protection of the present invention.

Claims (10)

1. coke furnace carbonization chamber bottom deslagging device in a kind of work progress characterized by comprising
It is arranged in the indoor ash collection device of charing, including vehicle frame and the cabinet being fixedly installed on the vehicle frame, the case Body bottom is equipped with cabinet slag inlet, and the box house is horizontally installed with the middle rotary shaft through the cabinet, the middle rotation First screw blade is installed on axis;One end of the middle rotary shaft is connect with first motor, and the first motor is installed on described On vehicle frame, positioned at the side of the cabinet, the opposite other side of the cabinet is equipped with cabinet slag notch;
It is arranged in the indoor segmentation helix transporting device of charing, including multiple spiral conveying mechanisms, the spiral conveying mechanism packet Horizontally disposed cylinder, the cylinder both ends open are included, side is cylinder slag inlet, and the other side is cylinder slag notch;The circle Main rotating shaft through the cylinder is installed in cylinder, third screw blade is installed on the main rotating shaft;Two neighboring spiral The cylinder slag notch of conveying mechanism is docked with cylinder slag inlet, and the main rotating shaft of two neighboring spiral conveying mechanism is connected with reality Now rotate synchronously;
It is arranged at least one screening chute of operation platform side, including support frame and main chute, the main chute tiltably-mounted In on support frame as described above, the top of the main chute is equipped with slag gathering hopper, and the slag gathering hopper is equipped with slag gathering hopper slag inlet sum aggregate slag Struggle against slag notch, is connected at the top of the slag gathering hopper slag notch and the main chute;Along the main chute set gradually from top to bottom with Several points of chutes that the main chute communicates, the main chute sieve different from chute junction setting aperture is each divided, lead to Cross the shunting that the sieve realizes lime-ash;
The cabinet slag notch of ash collection device is docked with the cylinder slag inlet of segmentation helix transporting device in carbonization chamber, and described Middle rotary shaft is connect to realize and rotate synchronously with main rotating shaft;The cylinder slag notch and slag gathering hopper of the segmentation helix transporting device Slag inlet connection.
2. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that further include arrangement Top is equipped in the cylinder top of the segmentation helix transporting device outside carbonization chamber on operation platform, the segmentation helix transporting device Opening;The two sides of the slag gathering hopper are slag gathering hopper slag inlet, and lower part is slag gathering hopper slag notch;The two sides of the slag gathering hopper dispose institute Segmentation helix transporting device is stated, cylinder of two slag inlets of the slag gathering hopper respectively with its two sides segmentation helix transporting device goes out Cinder notch connection;The cylinder slag notch and the segmentation helix transporting device on operation platform for carbonizing indoor segmentation helix transporting device Upper opening connection;The segmentation helix transporting device of the slag gathering hopper two sides passes through the second motor driven and lime-ash is pushed into institute It states in slag gathering hopper.
3. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that the lime-ash is received The middle rotary shaft two sides of acquisition means are equipped with side rotary shaft parallel with it, install the second screw blade, institute in the side rotary shaft The radius for stating the second screw blade is less than first screw blade.
4. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 3, which is characterized in that the middle rotation Axis corresponding installation on one end of first motor installation driving gear, the side rotary shaft is engaged with the driving gear Driven gear.
5. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that first electricity Machine is vertically installed on the vehicle frame, is connected between the output shaft of the first motor and the middle rotary shaft by diverter.
6. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that the main rotation The both ends of axis are separately installed with connecting shaft and insert section and connecting shaft sleeve, and the connecting shaft of two neighboring spiral conveying mechanism inserts section and connecting shaft sleeve Inserting is to realize the series connection of two neighboring rotary shaft.
7. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 6, which is characterized in that the middle rotation Axis is equipped with coaxial connecting shaft sleeve, the connecting shaft sleeve of the middle rotary shaft and the master close to the end of the cabinet slag notch The connecting shaft of rotary shaft inserts section inserting to realize connecting firmly for the middle rotary shaft and main rotating shaft.
8. coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that described to divide chute Including the first point of chute and second point of chute set gradually from top to bottom along the main chute;The main chute is slipped with first point The first sieve, the main chute and second point of chute opening second sieve of lower edge junction setting is arranged in cylinder opening lower edge junction Net, the aperture of the first sieve are greater than the aperture of the second sieve.
9. the construction method of coke furnace carbonization chamber bottom deslagging device in work progress according to claim 1, which is characterized in that The following steps are included:
The first step first according to several screening chutes of construction site layout, and is set up support frame and is supported;
Ash collection device and segmentation helix transporting device are transported in carbonization chamber by second step, the cabinet of ash collection device into Cinder notch is covered on the lime-ash of bottom of carbonization chamber, and cabinet slag notch and the cylinder slag inlet of segmentation helix transporting device are connected It connects;And the cylinder slag notch for carbonizing indoor segmentation helix transporting device is connected to slag gathering hopper;
Third step opens the power supply of ash collection device, and lime-ash spiral is pushed into cabinet by rotary shaft rotation in first motor drive Then slag notch is further delivered to the slag gathering hopper of screening chute, from master into the cylinder slag inlet of segmentation helix transporting device Chute quickly slides, and by dividing chute to realize screening, in main chute and chute arrangement construction personnel classification pack is divided to collect.
10. the construction method of coke furnace carbonization chamber bottom deslagging device, feature exist in work progress according to claim 9 In after the first step, in the slag gathering hopper two sides concatenation segmentation helix transporting device of screening chute, and the second motor of installation is to master Rotary shaft is driven, and the cylinder slag notch and collection slag of indoor segmentation helix transporting device will be carbonized by hose or chute The upper opening connection of the segmentation helix transporting device of bucket two sides.
CN201711036639.5A 2017-10-30 2017-10-30 Coke furnace carbonization chamber bottom deslagging device and construction method in work progress Active CN107601075B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
SU1694451A1 (en) * 1989-11-09 1991-11-30 Коммунарский горно-металлургический институт Screw conveyer
CN2494817Y (en) * 2001-05-28 2002-06-12 北京东方孚德技术发展中心 Conveyer for emptying warehouse
CN202729236U (en) * 2012-07-30 2013-02-13 沃祖成 Multi-section spiral conveyor
CN204324241U (en) * 2014-12-19 2015-05-13 广元市牛牛生物科技有限公司 A kind of organic fertilizer raw material feedway
CN205274496U (en) * 2015-12-11 2016-06-01 济南澳海炭素有限公司 Dust collector spiral discharge apparatus

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
SU1694451A1 (en) * 1989-11-09 1991-11-30 Коммунарский горно-металлургический институт Screw conveyer
CN2494817Y (en) * 2001-05-28 2002-06-12 北京东方孚德技术发展中心 Conveyer for emptying warehouse
CN202729236U (en) * 2012-07-30 2013-02-13 沃祖成 Multi-section spiral conveyor
CN204324241U (en) * 2014-12-19 2015-05-13 广元市牛牛生物科技有限公司 A kind of organic fertilizer raw material feedway
CN205274496U (en) * 2015-12-11 2016-06-01 济南澳海炭素有限公司 Dust collector spiral discharge apparatus

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