CN208829601U - Waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function - Google Patents
Waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function Download PDFInfo
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- CN208829601U CN208829601U CN201821380418.XU CN201821380418U CN208829601U CN 208829601 U CN208829601 U CN 208829601U CN 201821380418 U CN201821380418 U CN 201821380418U CN 208829601 U CN208829601 U CN 208829601U
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Abstract
The utility model discloses a kind of waste residue residual treatment equipment of tire pyrolysis with exhaust gas filtering function, including fixed plate, crack tank, cooling tank and distillation pipeline, the crack tank is placed in fixed plate, the cooling tank is placed on crack tank, the distillation pipeline is connected between crack tank and cooling tank, automatic discharger is installed in the crack tank, Solid state fermentation unit is installed in the fixed plate and positioned at crack tank side, exhaust gas filter element is installed in the fixed plate and positioned at Solid state fermentation unit side, the utility model has the beneficial effects that, the harmful substance in imflammable gas is effectively separated, protect ecological environment, thoroughly solid waste is separated simultaneously, so that resource is recycled, and reduce the labor intensity of worker, increase the work comfort degree of worker, improve work Make efficiency.
Description
Technical field
The utility model relates to tire thermal cracking field, especially a kind of tire pyrolysis is used useless with exhaust gas filtering function
Slag residual treatment equipment.
Background technique
It is increasingly mature with tire pyrolysis technology, so that tire pyrolysis technique is more applied to returning for waste tire
Receiving in is the solution of the effective environmental protection for the several hundred million waste tires for solving to generate every year, and with technology
It promotes, it has been found that some defects of the existing technology.
Existing tire thermal cracker, the main component cracked out include oil gas, imflammable gas and solid waste,
Environment wherein is polluted comprising harmful substances such as hydrogen sulfide and sulfur oxides in imflammable gas, further includes some particulate matters, is increased
PM2.5 numerical value in air, very not environmentally, and since existing device cannot be effectively complete by solid waste
Separation, needs manually to separate solid waste, and steel wire and carbon black separation therein is difficult, needs worker to beat manually, works
Intensity is very huge, and separation is not thorough and causes the waste of resource, and contains many harmful substances, to the body of worker
Body health generates threat, increases the working strength of worker, is unfavorable for workers ' health, in consideration of it, deeply grinding regarding to the issue above
Study carefully, there is this case generation then.
Utility model content
Purpose of the utility model is to solve the above problem, devising a kind of tire pyrolysis and use, there is exhaust gas to filter function
The waste residue residual treatment equipment of energy.
Realize that above-mentioned purpose the technical solution of the utility model is, a kind of tire pyrolysis is used useless with exhaust gas filtering function
Slag residual treatment equipment, including fixed plate, crack tank, cooling tank and distillation pipeline, the crack tank are placed in fixed plate,
The cooling tank is placed on crack tank, and the distillation pipeline is connected between crack tank and cooling tank, peace in the crack tank
Equipped with automatic discharger, in the fixed plate and it is located at crack tank side Solid state fermentation unit is installed, in the fixed plate
And it is located at Solid state fermentation unit side and exhaust gas filter element is installed；
The automatic discharger comprising: loading plate, the identical fixed frame of a pair of of structure, a pair of of structure identical the
One electric pushrod, the identical sealing axle sleeve of a pair of of structure, the identical connecting rod of a pair of of structure and push plate；
The loading plate is placed in crack tank side wall surface, and a pair of fixed frame is placed on loading plate, described in a pair
First electric pushrod is placed on a pair of fixed frame, and it is identical logical that a pair of of structure is offered on the wall surface of the crack tank side
Hole, a pair of sealing axle sleeve is on a pair of through-hole, and a pair of connecting rod is flush-mounted in a pair of sealing axle sleeve
Interior, a pair of described connecting rod one end is connect with a pair of first electric pushrod telescopic end, and the push plate is placed in described in a pair
On the connecting rod other end, and it is located in crack tank.
The Solid state fermentation unit comprising: disintegrating mechanism and separating mechanism.
The disintegrating mechanism comprising: support frame, crush box, hopper, first servo motor, the identical axis of a pair of of structure
It holds, the identical central spindle of a pair of of structure, first gear, the identical second gear of a pair of of structure and the identical pulverization roller of a pair of of structure
Wheel；
Support frame as described above is placed in fixed plate, and the crush box is placed on support frame, and is located at crack tank side, institute
It states crush box upper wall surface and is provided with feed inlet, the hopper is placed at crush box upper wall surface feed inlet, the first servo motor
It is placed on support frame, and is located at crush box rear, a pair of bearing is in crush box rear surface, a pair of central spindle
It is plugged in a pair of bearing respectively, a pair of pulverization roller wheel is set in a pair of central spindle, the first gear set
End is driven loaded on servo motor, a pair of second gear is set in a pair of central spindle, and is located at crush box rear.
The separating mechanism comprising: the identical support rod of two pairs of structures, collecting box, the identical mounting plate of a pair of of structure,
The identical rack gear of a pair of of structure, the identical sliding rail of a pair of of structure, the identical sliding block of a pair of of structure, a pair of of structure identical second are watched
Take motor, the identical third gear of a pair of of structure, top plate and magnechuck；
Two pairs of support rods are placed in fixed plate, and the collecting box is placed on two pairs of support rods, and is located at
Below crush box discharge port, a pair of mounting plate is placed in collecting box upper wall surface front and rear sides, the identical rack gear of a pair of of structure
A pair of mounting plate upper wall surface front and rear sides are placed in, a pair of sliding rail is placed in a pair of mounting plate upper wall surface, and
Between a pair of rack gear, a pair of sliding block is assemblied on a pair of sliding rail, a pair of second servo motor peace
It is placed on a pair of sliding block outer side surface, the top plate is placed in a pair of sliding block upper wall surface, the magnechuck placement
In top plate lower wall surface.
The exhaust gas filter element comprising: exhuast gas desulfurization mechanism, particulate matter filter mechanism and gas storing mechanism.
The exhuast gas desulfurization mechanism comprising: reaction kettle, ventilation pipe and first exhaust pipeline；
The reaction kettle is placed in fixed plate, and is located at collecting box side, and the ventilation pipe is plugged on reaction kettle
Wall surface, the first exhaust pipeline are plugged in reaction kettle upper wall surface, and are located at ventilation pipe side.
The particulate matter filter mechanism comprising: if Rose Box, admission line, second exhaust pipeline, placing box, dry and hard
If the identical cage plate of structure, the identical filter screen of stem structure, mounting rack, the second electric pushrod and the identical spring of a pair of of structure；
The Rose Box is placed on reaction kettle, and described admission line one end is connected with cooling tank, the admission line
The other end is plugged in Rose Box side wall surface, and second exhaust pipeline one end is plugged in Rose Box lower wall surface, the second row
The feed channel other end is connect with ventilation pipe, and lower wall surface offers the identical first strainer mouth of structure on the Rose Box, described
Lower wall surface is provided with the identical second strainer mouth of a pair of of structure on placing box, and the placing box is installed on Rose Box upper wall surface, and
One strainer mouth and the salty conjunction of the second strainer, several cage plates are placed in placing box, and several filter screens are flush-mounted in several
In the cage plate, the mounting rack is placed in Rose Box upper wall surface, and is located at one upper side of placing box, and described second is electronic
Push rod is placed in mounting rack lower wall surface, and is located above the second strainer mouth, and a pair of spring is installed on one side wall in placing box
On face.
The gas storing mechanism comprising: collecting pipe and holding vessel；
The holding vessel is placed in fixed plate, and is located at reaction kettle side, described collecting pipe one end and first exhaust
Pipeline connection, the collecting pipe other end are plugged in holding vessel upper wall surface.
Rose Box lower wall surface opening two sides are equipped with the identical circlip of a pair of of structure: the circlip is for fixing cage plate.
The crush box upper wall surface feed inlet inclined downward is equipped with the identical feedboard of a pair of of structure: the feedboard is used for
Protect roller.
The shortcomings that for existing device, the utility model proposes device, imflammable gas can be effectively separated
In harmful substance, protect ecological environment, while thoroughly separating solid waste so that resource is recycled, and
And the labor intensity of worker is reduced, the work comfort degree of worker is increased, is improved work efficiency.
Detailed description of the invention
Fig. 1 is the structure that tire pyrolysis described in the utility model uses the waste residue residual treatment equipment with exhaust gas filtering function
Schematic diagram；
Fig. 2 is the side view that tire pyrolysis described in the utility model uses the waste residue residual treatment equipment with exhaust gas filtering function
Structural schematic diagram；
Fig. 3 is the vertical view that tire pyrolysis described in the utility model uses the waste residue residual treatment equipment with exhaust gas filtering function
Structural schematic diagram；
Fig. 4 is the part that tire pyrolysis described in the utility model uses the waste residue residual treatment equipment with exhaust gas filtering function
Structural schematic diagram；
Fig. 5 is waste residue residual treatment equipment of the tire pyrolysis described in the utility model Fig. 1 with exhaust gas filtering function
Partial enlargement structural representation；
Fig. 6 is waste residue residual treatment equipment of the tire pyrolysis described in the utility model Fig. 3 with exhaust gas filtering function
Partial enlargement structural representation；
In figure, 1- fixed plate；2- crack tank；3- cooling tank；4- distillation pipeline；5- loading plate；6- fixed frame；7- first
Electric pushrod；8- sealing axle sleeve；9- connecting rod；10- push plate；11- support frame；12- crush box；13- hopper；The first servo of 14-
Motor；15- bearing；16- central spindle；17- first gear；18- second gear；19- crushes roller；20- support rod；21- is collected
Case；22- mounting plate；23- rack gear；24- sliding rail；25- sliding block；The second servo motor of 26-；27- third gear；28- top plate；29-
Magnechuck；30- reaction kettle；31- ventilation pipe；32- first exhaust pipeline；33- Rose Box；34- admission line；35- second
Exhaust pipe；36- placing box；37- cage plate；38- filter screen；39- mounting rack；The second electric pushrod of 40-；41- spring；42- storage
Deposit tank；43- collecting pipe；44- circlip；45- feedboard.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawing, as shown in figures 1 to 6, a kind of tire pyrolysis is useless with having
The waste residue residual treatment equipment of gas filtering function, including fixed plate 1, crack tank 2, cooling tank 3 and distillation pipeline 4, it is described to split
Solution tank 2 be placed in fixed plate 1, the cooling tank 3 is placed on crack tank 2, the distillation pipeline 4 be connected to crack tank 2 with
Between cooling tank 3, automatic discharger is installed in the crack tank 2, in the fixed plate 1 and is located at 2 side of crack tank and pacifies
Equipped with Solid state fermentation unit, exhaust gas filter element is installed in the fixed plate 1 and positioned at Solid state fermentation unit side；It is described from
Dynamic discharging mechanism comprising: loading plate 5, the identical fixed frame 6 of a pair of of structure, identical first electric pushrod 7 of a pair of of structure,
The identical sealing axle sleeve 8 of a pair of of structure, the identical connecting rod 9 of a pair of of structure and push plate 10；The loading plate 5 is placed in cracking
In 2 side wall surface of tank, a pair of fixed frame 6 is placed on loading plate 5, and a pair of first electric pushrod 7 is placed in a pair of of institute
It states on fixed frame 6, the identical through-hole of a pair of of structure is offered on the 2 side wall surface of crack tank, a pair of sealing axle sleeve 8 is embedding
Loaded on a pair of through-hole, a pair of connecting rod 9 is in a pair of sealing axle sleeve 8, a pair of connecting rod 9 one
End is connect with a pair of first electric pushrod, 7 telescopic end, and the push plate 10 is placed on a pair of 9 other end of connecting rod,
And it is located in crack tank 2；The Solid state fermentation unit comprising: disintegrating mechanism and separating mechanism；The disintegrating mechanism,
It include: support frame 11, crush box 12, hopper 13, first servo motor 14, the identical bearing 15 of a pair of of structure, a pair of of structure phase
Same central spindle 16, first gear 17, the identical second gear 18 of a pair of of structure and the identical crushing roller 19 of a pair of of structure；Institute
It states support frame 11 to be placed in fixed plate 1, the crush box 12 is placed on support frame 11, and is located at 2 side of crack tank, institute
It states 12 upper wall surface of crush box and is provided with feed inlet, the hopper 13 is placed at 12 upper wall surface feed inlet of crush box, and described first watches
It takes motor 14 to be placed on support frame 11, and is located at 12 rear of crush box, a pair of bearing 15 is flush-mounted in 12 rear wall of crush box
In face, a pair of central spindle 16 is plugged in respectively in a pair of bearing 15, and the first gear 17 is set in the first servo electricity
Machine 14 drives end, and a pair of second gear 18 is set in a pair of central spindle 16, and is located at 12 rear of crush box, Yi Duisuo
Crushing roller 19 is stated to be set in a pair of central spindle 16；The separating mechanism comprising: the identical support rod of two pairs of structures
20, collecting box 21, the identical mounting plate 22 of a pair of of structure, the identical rack gear 23 of a pair of of structure, the identical sliding rail 24 of a pair of of structure,
The identical sliding block 25 of a pair of of structure, identical second servo motor 26 of a pair of of structure, the identical third gear 27 of a pair of of structure, top
Plate 28 and magnechuck 29；Two pairs of support rods 20 are placed in fixed plate 1, and the collecting box 21 is placed in described in two pairs
On support rod 20, and it is located at below 12 discharge port of crush box, a pair of mounting plate 22 is placed in front of and after 21 upper wall surface of collecting box
Two sides, the identical rack gear 23 of a pair of of structure are placed in a pair of 22 upper wall surface front and rear sides of mounting plate, a pair of sliding rail 24
It is placed in a pair of 22 upper wall surface of mounting plate, and is located between a pair of rack gear 23, a pair of sliding block 25 is assemblied in one
To on the sliding rail 24, a pair of second servo motor 26 is placed on a pair of 25 outer side surface of sliding block, the top plate
28 are placed in a pair of 25 upper wall surface of sliding block, and the magnechuck 29 is placed in 28 lower wall surface of top plate；The exhaust gas filtering is single
Member comprising: exhuast gas desulfurization mechanism, particulate matter filter mechanism and gas storing mechanism；The exhuast gas desulfurization mechanism, packet
It includes: reaction kettle 30, ventilation pipe 31 and first exhaust pipeline 32；The reaction kettle 30 is placed in fixed plate 1, and is located at
21 side of collecting box, the ventilation pipe 31 are plugged in 30 upper wall surface of reaction kettle, and the first exhaust pipeline 32 is plugged in reaction
In 30 upper wall surface of kettle, and it is located at 31 side of ventilation pipe；The particulate matter filter mechanism comprising: Rose Box 33, admission line
If if the identical cage plate 37 of 34, second exhaust pipeline 35, placing box 36, stem structure, the identical filter screen 38 of stem structure, mounting rack
39, the second electric pushrod 40 and the identical spring 41 of a pair of of structure；The Rose Box 33 is placed on reaction kettle 30, it is described into
34 one end of feed channel is connected with cooling tank 3, and 34 other end of admission line is plugged in 33 side wall surface of Rose Box, described
35 one end of second exhaust pipeline is plugged in 33 lower wall surface of Rose Box, and 35 other end of second exhaust pipeline and ventilation pipe 31 connect
It connects, lower wall surface offers the identical first strainer mouth of structure on the Rose Box 33, and lower wall surface is provided with one on the placing box 36
The second strainer mouth identical to structure, the placing box 36 are installed on 33 upper wall surface of Rose Box, and the first strainer mouth and the second filter
Network interface is overlapped, and several cage plates 37 are placed in placing box 36, and several filter screens 38 are flush-mounted in several cage plates 37
Interior, the mounting rack 39 is placed in 33 upper wall surface of Rose Box, and is located at 36 1 upper side of placing box, and described second electronic pushes away
Bar 40 is placed in 39 lower wall surface of mounting rack, and is located above the second strainer mouth, and a pair of spring 41 is installed on placing box 36
On interior side wall surface；The gas storing mechanism comprising: holding vessel 42 and collecting pipe 43；The holding vessel 42 disposes
In in fixed plate 1, and it is located at 30 side of reaction kettle, described 43 one end of collecting pipe is connect with first exhaust pipeline 32, the collection
43 other end of feed channel is plugged in 42 upper wall surface of holding vessel；33 lower wall surface of Rose Box opening two sides are equipped with a pair of of structure
Identical circlip 44: the circlip 44 is for fixing cage plate 37；The 12 upper wall surface feed inlet inclined downward of crush box is equipped with one
To the identical feedboard of structure 45: the feedboard 45 crushes roller 19 for protecting.
The characteristics of the present embodiment, is, including fixed plate 1, crack tank 2, cooling tank 3 and distillation pipeline 4, and crack tank 2 is pacified
It is placed in fixed plate 1, cooling tank 3 is placed on crack tank 2, and distillation pipeline 4 is connected between crack tank 2 and cooling tank 3, cracking
Automatic discharger is installed in tank 2, in fixed plate 1 and is located at 2 side of crack tank Solid state fermentation unit, fixed plate 1 is installed
Exhaust gas filter element above and positioned at Solid state fermentation unit side is installed；Automatic discharger comprising: loading plate 5, Yi Duijie
The identical fixed frame 6 of structure, identical first electric pushrod 7 of a pair of of structure, the identical sealing axle sleeve 8 of a pair of of structure, a pair of of structure
Identical connecting rod 9 and push plate 10；Loading plate 5 is placed in 2 side wall surface of crack tank, and a pair of of fixed frame 6 is placed in loading plate
On 5, a pair of first electric pushrod 7 is placed on a pair of of fixed frame 6, and it is identical to offer a pair of of structure on 2 side wall surface of crack tank
Through-hole, a pair of of sealing axle sleeve 8 is flush-mounted on a pair of of through-hole, and a pair of of connecting rod 9 is flush-mounted in a pair of of sealing axle sleeve 8, Yi Duilian
9 one end of extension bar is connect with a pair of first electric pushrod, 7 telescopic end, and push plate 10 is placed on a pair of of 9 other end of connecting rod, and is located at
In crack tank 2, the shortcomings that for existing device, the utility model proposes device, flammable gas can be effectively separated
Harmful substance in body protects ecological environment, while thoroughly separating solid waste, so that resource is recycled,
And the labor intensity of worker is reduced, the work comfort degree of worker is increased, is improved work efficiency.
Under be classified as the model and effect of various electricity pieces；
First servo motor: Ningbo Hai get industrial control system Co., Ltd produces 180-35015 type servo motor.
Second servo motor: Long Xiang XTL100 type electric pushrod.
Motor driver: using the S700 series of driver of Killmorgen servo-driver, driver is also known as " servo control
Device processed ", " servo amplifier " are a kind of controllers for controlling servo motor, and effect acts on general similar to frequency converter
Logical alternating current motor, belongs to a part of servo-system, is mainly used in high-precision positioning system.Generally by position, speed
Degree and three kinds of modes of torque control servo motor, realize high-precision transmission system positioning, are currently drive technology
High-end product.
First electric pushrod: the HR6000 type high thrust electric pushrod of the great earth production in Shanghai.
Second electric pushrod: tool, which is full of, produces NKLA23 type high speed heavy load electric pushrod.
Encoder: the absolute type encoder produced using ZHCOD, encoder (encoder) is by signal (such as bit stream)
Or data are worked out, being converted to can be used to communicates, the equipment of the signal form of transimission and storage.Encoder is angular displacement or directly
Displacement of the lines is converted into electric signal, the former is known as code-disc, and the latter is known as yardstick.Contact can be divided into according to playback mode encoder
With contactless two kinds；Two class of increment type and absolute type can be divided into according to working principle encoder.Incremental encoder is by position
Transfer changes periodic electric signal into, then this electric signal is transformed into counting pulse, indicates the big of displacement with the number of pulse
It is small.The corresponding determining digital code in each position of absolute type encoder, thus its indicating value only with the starting of measurement and
Final position is related, and is independent of the intermediate process of measurement.
Magnechuck: sucked type electromagnet P100.
Under be classified as loading plate in this case, mounting rack, crush roller, fixed frame, water inlet line, support frame, central spindle, material
Bucket, cage plate, admission line, collecting pipe, ventilation pipe, downtake pipe and second exhaust tube shape and material are said
It is bright；
Loading plate, fixed plate and mounting plate: being the rectangular slab of Q235 material.
Central spindle: for the cylindrical posts of Q235 material.
Support frame: for the square type frame of Q235 material.
Mounting rack；For the inverted L shape frame of Q235 material.
Fixed frame: for the rectangular frame of Q235 material.
Crush roller: Q235 material cylinder type hollow pipe and outside wall surface is provided with groove.
Cage plate: for the rectangle hollow plate of Q235 material.
Hopper: for the funnel type cover of Q235 material.
Admission line, collecting pipe, ventilation pipe, downtake pipe and second exhaust pipe: being the sky of Q235 material
Heart tubing.
By those skilled in the art, the power supply that electricity pieces all in this case are adapted to it is attached by conducting wire, and
Suitable controller and encoder should be selected according to the actual situation, to meet demand for control, specifically connect and control and is suitable
Sequence, should be with reference in following working principles, and successive job order is completed to be electrically connected between each electricity piece, detailed connection means,
It is following mainly to introduce working principle and process for techniques well known, it is not explained to electrical control.
Embodiment: in use, exhaust gas tire material is packed into crack tank 2, crack tank work, in 300-450 DEG C of feelings by worker
Under condition, tire is cracked, and generates oil gas imflammable gas and solid waste, and oil gas and imflammable gas pass through top
The distillation pipeline 4 of cracking room 2 enters cooling tank 3, and cooling tank 3 can cool down oil gas, and by oil gas from admixture of gas
It separates, is collected separately, remaining mixed gas enters Rose Box 33 by admission line 34, is placed on Rose Box 33
Case 36 is set, strainer mouth is provided on Rose Box 33 and placing box 36, filter screen 38 is mounted on cage plate 37, and placing box 36 is put
After flat, due to gravity, first cage plate 37 is fallen into the opening of sieve on Rose Box 33, and the size of cage plate 37 is by design
Notch can just be sealed, and it is multiple be put into spare in placing box 36,33 positioned beneath of Rose Box has circlip 44, and circlip 44 is used for
Avoid cage plate 37 since free gravity falling bodies are fallen down, only when the second electric pushrod 40 works, since thrust cage plate 37 just can
Deviate from from circlip 44 and fall, the spring 41 in placing box 36 pushes forward cage plate 37, gas is through filtering when replacing cage plate 37
Net 38 filters, and filters out particulate matter therein, and when needing replacing filter screen 38 and cage plate 37, the second electric pushrod 40 is downwards
Movement, pushes spare cage plate 37, is pressed down against the cage plate 37 used, after having used cage plate 37 to fall, spare cage plate 37
The position of cage plate 37 before replacement continues to filter gas, and gas is discharged by second exhaust pipeline 35, second exhaust pipeline 35 and logical
Feed channel 31 connects, and gas is passed through in the solution in reaction kettle 30 by ventilation pipe 31, will be in mixed gas using calcium method
Hydrogen sulfide and sulfur oxide are separated, and then gas is discharged by first exhaust pipeline 32, is collected by collecting pipe 43
The storage of filtered imflammable gas into holding vessel 42, remain it is spare, while having separated the harmful substance in mixed gas,
Imflammable gas is remained again, it is energy saving to be conducive to environmental protection, until after the reaction was completed, worker opens going out for crack tank 2
Bin gate, automatic discharger power on start-up operation, and the loading plate 5 in self-emptying unit is fixed on crack tank side wall surface,
First electric pushrod 7 receives the signal of encoder outflow, and at the uniform velocity stretching telescopic end, telescopic end push connecting rod 9 to advance, connection
Bar 9 pushes push plate 10, and the solid waste in crack tank 2 is released, and solid waste includes steel wire and is wrapped on steel wire
Carbon black, after push plate pushes it into hopper 13, Solid state fermentation unit powers on start-up operation, and first servo motor 14 is connected
Power supply issues signal by servo-driver, controls first servo motor 14 after servo-driver receives the signal of controller
Rotation counterclockwise, at this point, in the state that first gear 17 is engaged with second gear 18, since reaction force second gear 18 is revolved
Turn, and central spindle 16 is driven to rotate in bearing 15, while crushing roller 19 thereon being driven to rotate, crushes roller 19 and crush
Carbon black on steel wire, and the two falls into collecting box 21 together, and 21 upper wall of collecting box is equipped on 22 mounting plate of mounting plate and installs
There are rack gear 23 and sliding rail 24, the sliding block 25 on sliding rail 24 is equipped with the second servo motor 26, and the drive of the second servo motor 26
Moved end is equipped with third gear 27, and third gear 27 starts to rotate counterclockwise under the drive of the second servo motor 26, and second watches
Taking motor 26 is also by servo driver drives, and since third gear 27 is engaged with rack gear 23, sliding block advances on sliding rail 24,
And drive top plate 28 thereon to travel forward, while 28 lower wall of top plate is equipped with magnechuck 29, after waste residue crushes,
Magnechuck 29 moves to above waste materials, and powers on, and steel wire therein is drawn on magnechuck 29, electromagnetism
Sucker 29 after the reset, by worker collects carbon black and steel wire respectively, and this reduces the working strengths of worker, simultaneously
Accomplish the effective use of resource.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of them part may be made, and belong to the utility model
Protection scope within.
Claims (10)
1. a kind of tire pyrolysis the waste residue residual treatment equipment with exhaust gas filtering function, including fixed plate (1), crack tank
(2), cooling tank (3) and distillation pipeline (4), which is characterized in that the crack tank (2) is placed on fixed plate (1), described cold
But tank (3) is placed on crack tank (2), and the distillation pipeline (4) is connected between crack tank (2) and cooling tank (3), described to split
It solves and automatic discharger is installed in tank (2), Solid state fermentation is installed on the fixed plate (1) and positioned at crack tank (2) side
Unit on the fixed plate (1) and is located at Solid state fermentation unit side and is equipped with exhaust gas filter element；
The automatic discharger comprising: loading plate (5), the identical fixed frame (6) of a pair of of structure, a pair of of structure are identical
First electric pushrod (7), the identical sealing axle sleeve (8) of a pair of of structure, the identical connecting rod (9) of a pair of of structure and push plate
(10)；
The loading plate (5) is placed in crack tank (2) side wall surface, and a pair of fixed frame (6) is placed on loading plate (5),
A pair of first electric pushrod (7) is placed on a pair of fixed frame (6), opens up on the wall surface of crack tank (2) side
There is the identical through-hole of a pair of of structure, a pair of sealing axle sleeve (8) is on a pair of through-hole, a pair of connecting rod
(9) in a pair of sealing axle sleeve (8), a pair of described connecting rod (9) one end and a pair of first electric pushrod (7)
Telescopic end connection, the push plate (10) is placed on a pair of connecting rod (9) other end, and is located in crack tank (2).
2. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 1 with exhaust gas filtering function,
It is characterized in that, the Solid state fermentation unit comprising: disintegrating mechanism and separating mechanism.
3. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 2 with exhaust gas filtering function,
Be characterized in that, the disintegrating mechanism comprising: support frame (11), crush box (12), hopper (13), first servo motor (14),
The identical bearing (15) of a pair of of structure, the identical central spindle (16) of a pair of of structure, first gear (17), a pair of of structure identical second
Gear (18) and the identical crushing roller (19) of a pair of of structure；
Support frame as described above (11) is placed on fixed plate (1), and the crush box (12) is placed on support frame (11), and is located at and is split
Tank (2) side is solved, crush box (12) upper wall surface is provided with feed inlet, and the hopper (13) is placed in crush box (12) upper wall surface
At feed inlet, the first servo motor (14) is placed on support frame (11), and is located at crush box (12) rear, described in a pair
For bearing (15) in crush box (12) rear surface, a pair of central spindle (16) is plugged in a pair of bearing (15) respectively
Interior, the first gear (17) is set in first servo motor (14) driving end, and a pair of second gear (18) is set in one
To on the central spindle (16), and it is located at crush box (12) rear, a pair of crushings roller (19) is set in a pair central spindle
(16) on.
4. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 2 with exhaust gas filtering function,
It is characterized in that, the separating mechanism comprising: the identical support rod (20) of two pairs of structures, collecting box (21), a pair of of structure are identical
Mounting plate (22), the identical rack gear (23) of a pair of of structure, the identical sliding rail (24) of a pair of of structure, the identical sliding block of a pair of of structure
(25), identical second servo motor (26) of a pair of of structure, the identical third gear (27) of a pair of of structure, top plate (28) and electricity
Magnetic-disc (29)；
Two pairs of support rods (20) are placed on fixed plate (1), and the collecting box (21) is placed in two pairs of support rods
(20) on, and it is located at below crush box (12) discharge port, before a pair of mounting plate (22) is placed in collecting box (21) upper wall surface
Two sides afterwards, the identical rack gear (23) of a pair of of structure are placed in a pair of mounting plate (22) upper wall surface front and rear sides, described in a pair
Sliding rail (24) is placed in a pair of mounting plate (22) upper wall surface, and is located between a pair of rack gear (23), a pair of cunning
Block (25) is assemblied on a pair of sliding rail (24), and a pair of second servo motor (26) is placed in a pair of sliding block (25)
On outer side surface, the top plate (28) is placed in a pair of sliding block (25) upper wall surface, and the magnechuck (29) is placed in top
Plate (28) lower wall surface.
5. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 1 with exhaust gas filtering function,
It is characterized in that, the exhaust gas filter element comprising: exhuast gas desulfurization mechanism, particulate matter filter mechanism and gas storing mechanism.
6. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 5 with exhaust gas filtering function,
It is characterized in that, the exhuast gas desulfurization mechanism comprising: reaction kettle (30), ventilation pipe (31) and first exhaust pipeline (32)；
The reaction kettle (30) is placed on fixed plate (1), and is located at collecting box (21) side, ventilation pipe (31) inserting
In reaction kettle (30) upper wall surface, the first exhaust pipeline (32) is plugged in reaction kettle (30) upper wall surface, and is located at snorkel
Road (31) side.
7. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 5 with exhaust gas filtering function,
Be characterized in that, the particulate matter filter mechanism comprising: Rose Box (33), admission line (34), second exhaust pipeline (35),
Placing box (36) if, the identical cage plate of stem structure (37) if, the identical filter screen of stem structure (38), mounting rack (39), second electricity
Dynamic push rod (40) and the identical spring (41) of a pair of of structure；
The Rose Box (33) is placed on reaction kettle (30), and described admission line (34) one end is connected with cooling tank (3), institute
It states admission line (34) other end to be plugged in Rose Box (33) side wall surface, described second exhaust pipeline (35) one end was plugged in
Filter box (33) lower wall surface, second exhaust pipeline (35) other end are connect with ventilation pipe (31), on the Rose Box (33)
Lower wall surface offers the identical first strainer mouth of structure, and lower wall surface is provided with a pair of of structure identical second on the placing box (36)
Strainer mouth, the placing box (36) is installed on Rose Box (33) upper wall surface, and the first strainer mouth and the salty conjunction of the second strainer, several
The cage plate (37) is placed in placing box (36), and several filter screens (38) are in several cage plates (37), institute
It states mounting rack (39) and is placed in Rose Box (33) upper wall surface, and be located at (36) one upper side of placing box, described second is electronic
Push rod (40) is placed in mounting rack (39) lower wall surface, and is located above the second strainer mouth, and a pair of spring (41), which is installed on, puts
It sets on the interior side wall surface of case (36).
8. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 5 with exhaust gas filtering function,
It is characterized in that, the gas storing mechanism comprising: holding vessel (42) and collecting pipe (43)；
The holding vessel (42) is placed on fixed plate (1), and is located at reaction kettle (30) side, described collecting pipe (43) one end
It is connect with first exhaust pipeline (32), collecting pipe (43) other end is plugged in holding vessel (42) upper wall surface.
9. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 7 with exhaust gas filtering function,
It is characterized in that, Rose Box (33) lower wall surface opening two sides are equipped with the identical circlip of a pair of of structure (44): the circlip (44)
For fixing cage plate (37).
10. a kind of waste residue residual treatment equipment of the tire pyrolysis according to claim 3 with exhaust gas filtering function,
It is characterized in that, crush box (12) the upper wall surface feed inlet inclined downward is equipped with the identical feedboard of a pair of of structure (45): should
Feedboard (45) crushes roller (19) for protecting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821380418.XU CN208829601U (en) | 2018-08-27 | 2018-08-27 | Waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821380418.XU CN208829601U (en) | 2018-08-27 | 2018-08-27 | Waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function |
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| Publication Number | Publication Date |
|---|---|
| CN208829601U true CN208829601U (en) | 2019-05-07 |
Family
ID=66310718
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821380418.XU Active CN208829601U (en) | 2018-08-27 | 2018-08-27 | Waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108913192A (en) * | 2018-08-27 | 2018-11-30 | 攀枝花市金开圆科技有限公司 | A kind of waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function |
-
2018
- 2018-08-27 CN CN201821380418.XU patent/CN208829601U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108913192A (en) * | 2018-08-27 | 2018-11-30 | 攀枝花市金开圆科技有限公司 | A kind of waste residue residual treatment equipment of the tire pyrolysis with exhaust gas filtering function |
| CN108913192B (en) * | 2018-08-27 | 2023-09-08 | 攀枝花市金开圆科技有限公司 | Waste residue treatment equipment with waste gas filtering function for tire cracking |
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