CN108253438A - A kind of alkali recovery boiler soot cleaning system and alkali recovery boiler ash removal method - Google Patents
A kind of alkali recovery boiler soot cleaning system and alkali recovery boiler ash removal method Download PDFInfo
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- CN108253438A CN108253438A CN201810213305.9A CN201810213305A CN108253438A CN 108253438 A CN108253438 A CN 108253438A CN 201810213305 A CN201810213305 A CN 201810213305A CN 108253438 A CN108253438 A CN 108253438A
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- connection
- recovery boiler
- alkali recovery
- dust stratification
- boring device
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23J—REMOVAL OR TREATMENT OF COMBUSTION PRODUCTS OR COMBUSTION RESIDUES; FLUES
- F23J1/00—Removing ash, clinker, or slag from combustion chambers
- F23J1/06—Mechanically-operated devices, e.g. clinker pushers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23J—REMOVAL OR TREATMENT OF COMBUSTION PRODUCTS OR COMBUSTION RESIDUES; FLUES
- F23J3/00—Removing solid residues from passages or chambers beyond the fire, e.g. from flues by soot blowers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Gasification And Melting Of Waste (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
A kind of alkali recovery boiler soot cleaning system and alkali recovery boiler ash removal method are hammered into shape including shade screen, moveable boring device and drill steel；Deashing process includes：By shade screen from manhole（24）It passs in alkali recovery boiler, by itself and furnace outlet boiler tubing（1）Connection；By boring device from manhole（24）It passs in alkali recovery boiler, boring device and external hydraulic oil pipe, coolant pipe is connected, manipulate boring device, several blind holes are cut into dust stratification layer surface；Drill steel is hammered into shape from manhole（24）It passs in alkali recovery boiler, push rod, cylinder or the hydraulic cylinder that drill steel is hammered into shape（16）It is connect with externally input power source pipeline, drill steel hammer is manipulated, by drill rod（18）A part impact in dust stratification layer, agitate drill rod（18）, dust stratification is made to come off, the dust stratification block to come off is from manhole（24）Through being fallen into ash bucket at alkali recovery boiler tube bank after removal stove is outer or broken.
Description
Technical field
The present invention relates to pulping and paper making chemistry product recovery technology fields, and alkali recovery boiler deashing is used for more particularly, to one kind
Soot cleaning system, the invention further relates to a kind of alkali recovery boiler ash removal methods.
Background technology
In slurrying production process, black liquor burns in alkali recovery boiler.The task of alkali recovery boiler is included to chemicals
Recycling and the thermal energy to generating in combustion recycling.
Alkali recovery boiler includes the stove for being supplied to air needed for black liquor and burning.Alkali recovery boiler is modern slurrying enterprise
Important equipment, investment is big, plays an important roll to the continuous operation of slurrying.With the development of technology, current large size alkali collection
Boiler can meet the requirement of pulping production line continuous operation in alkali recovery, the thermal efficiency, cycle of operation etc..
However, to partly still in the domestic first generation full water cooling wall alkali recovery boiler of operation, such as ZHP4 type alkali collection pots
Stove, because of the problem of considering project cost, chamber design height is low, and flue gas temperature of hearth outlet is higher, easily causes Fei Sidun
At pipe melt flying dust form lump, when ash accumulation to a certain extent, the normally circulation that may result in flue gas is hindered, alkali return
Receiving boiler for producing ability reduces, it is impossible to maintain the normal production of system, need blowing out deashing.In deashing process, general way
Be first blowing out for a period of time, cooled down burner hearth, then open manhole door, manhole door periphery is first cleared up by the way of artificial
Flying dust caking, people enters deashing in alkali recovery boiler from manhole door, opens air-introduced machine in deashing process, general two people during deashing
One group enters in stove in turn, relies on using tool operations such as drill rod and iron hammers, in deashing process and manually completes.Because of deashing position
At the partition wall between furnace outlet and heat-exchanging tube bundle at the top of alkali recovery boiler, there are temperature is high, dust is big, faces high-altitude
Fall object, the problem of security risk is big, labor intensity is high, personnel can only the short-term operation in stove, thus the deashing time is long.Deashing into
For high-risk operations one big to operator's health effect and that security risk is larger, blowing out deashing, can influence to give birth to each time
Production 2~3 days.Therefore how to improve operating efficiency, shorten the blowing out deashing time, solve alkali recovery boiler deashing security risk, with
And how labor intensity is reduced, it is urgent need to solve the problem.
Invention content
The technical problems to be solved by the invention be to provide it is a kind of can improve alkali recovery boiler deashing environment, improve deashing effect
Rate reduces the alkali recovery boiler soot cleaning system of deashing labor intensity and alkali recovery boiler ash removal method.
In order to solve the above-mentioned technical problem, according to an aspect of the present invention, it is clear to provide a kind of alkali recovery boiler by the present invention
Ash system, including the shade screen for being used to be detachably connected with furnace outlet boiler tubing, moveable boring device and removable
Drill steel hammer；The shade screen includes the screen body of rollable, several ropes being connect respectively with one end of the screen body；It is described
Boring device includes hydraulic motor, the operating mechanism being connect with the hydraulic motor, the rotation being connect with the hydraulic motor transmission
Shaft, the cutting tool being detachably connected with the separate hydraulic motor end of the rotary shaft；The drill steel, which is hammered into shape, includes rack, and first
Hold the upright bar that is connect with the rack, the jump bit being slidably connected with the upright bar, be detachably connected with the jump bit and with
The de- hitch gear that the upright bar is slidably connected is connect with the upright bar for triggering the touching bar that de- hitch gear breaks off relations, with
The first pulley of the other end connection of the upright bar, the push rod being connect with the rack, cylinder or hydraulic cylinder, first end and institute
State push rod, cylinder or hydraulic cylinder connection, the other end is across the first steel wire being connect with the de- hitch gear after first pulley
Rope, positioned at the lower section of the jump bit, the drill rod being connect with the rack by sliding sleeve, the operating lever being connect with the rack；
The rotary shaft has axially extending bore, the rotary joint being connect with the axially extending bore far from cutting tool end, with the rotation
The coolant inlet tube and coolant outlet tube of connector connection, the cutting tool have the cooling connected with the axially extending bore
Chamber, one end of the coolant inlet tube are stretched into the cooling chamber, and the coolant outlet tube is remote with the axially extending bore
It is connected from cutting tool end.
Technical solution as an improvement of the present invention, alkali recovery boiler soot cleaning system provided by the invention, the screen body it is another
One end also has the rope being connect with screen body.
Technical solution as an improvement of the present invention, alkali recovery boiler soot cleaning system provided by the invention, the shade screen is also
With the internal body of magnetic material of the insertion screen.
Technical solution as an improvement of the present invention, alkali recovery boiler soot cleaning system provided by the invention, the jump bit
Top has the umbrella shape shank for being connect with de- hitch gear；The de- hitch gear has stent；One end and the branch
Frame hinged the first hook and the second hook；The tension spring that both ends connect respectively with the described first hook and the second hook；Point
The second pulley and third pulley not connect with two end of stent；Middle part and the hinged compression bar of the stent；First end and institute
State one end connection of compression bar, the other end is across the second steel wire rope with the described first hook connection after second pulley；First end with
One end connection of the compression bar, the other end is successively across the third with the described second hook connection after second pulley, third pulley
Steel wire rope；The bottom surface of first hook and the second hook is respectively provided with the inclined surface that can be slided along the top surface of umbrella shape shank；Described
Two pulleys have at least two grooves, and the second steel wire rope and third steel wire rope are rotating around in different grooves.
Technical solution as an improvement of the present invention, alkali recovery boiler soot cleaning system provided by the invention, also have with it is described
The limited block of stent connection, the limited block limitation compression bar and the minimum lower decrease of the second steel wire rope and third steel wire rope connecting pin
It puts.
Technical solution as an improvement of the present invention, alkali recovery boiler soot cleaning system provided by the invention, the upright bar it is near
Jump bit side is in axial direction equipped with slide bar, and the jump bit and de- hitch gear are respectively equipped with and are connect with the sliding bar
Sliding sleeve.
According to another aspect of the present invention, the present invention provides a kind of alkali recovery boiler ash removal method, makes in deashing process
With shade screen, moveable boring device and moveable drill steel hammer；The shade screen includes the screen body of rollable, Ruo Gangen
The rope being connect respectively with one end of the screen body；The boring device includes hydraulic motor, is connect with the hydraulic motor
Operating mechanism, the rotary shaft being connect with the hydraulic motor transmission detachably connect with the separate hydraulic motor end of the rotary shaft
The cutting tool connect；The drill steel hammer includes rack, and the upright bar that first end is connect with the rack is slidably connected with the upright bar
Jump bit, the de- hitch gear for being detachably connected with the jump bit and being slidably connected with the upright bar, with the upright bar connect
It connects to trigger the touching bar that de- hitch gear breaks off relations, the first pulley connecting with the other end of the upright bar, with the rack
Push rod, cylinder or the hydraulic cylinder of connection, first end are connect with the push rod, cylinder or hydraulic cylinder, and the other end is across first
The first steel wire rope being connect after pulley with the de- hitch gear passes through cunning positioned at the lower section of the jump bit, with the rack
Cover the drill rod of connection, the operating lever being connect with the rack；The rotary shaft has axially extending bore, separate with the axially extending bore
The rotary joint of cutting tool end connection, the coolant inlet tube and coolant outlet tube being connect with the rotary joint are described
Cutting tool has the cooling chamber connected with the axially extending bore, and the cooling chamber is stretched into one end of the coolant inlet tube
Interior, the coolant outlet tube is connected with the separate cutting tool end of the axially extending bore；Deashing process includes the following steps：It opens
Alkali recovery boiler manhole is opened, after removing manhole periphery and furnace interior divide dust stratification, personnel enter in alkali recovery boiler, the gear that will wind up
Shield screen is passed from manhole in alkali recovery boiler, and the rope being connect with screen body one end is tied on furnace outlet boiler tubing, shields body
After expansion, the other end arrives at dust stratification layer surface；It is artificial remove at the top of alkali recovery boiler furnace outlet and the dust stratification of side wall attachment and
After dust stratification layer surface dust stratification easy to fall off, boring device is passed from manhole in alkali recovery boiler, by external hydraulic oil pipe and cooling
Liquid pipe is led through manhole or alkali recovery boiler operation hole in alkali recovery boiler, by the hydraulic motor of boring device and external hydraulic pressure
Oil pipe connects, and the coolant inlet tube of boring device and coolant outlet tube with external coolant pipe are connect, trepanning is filled
The cutting tool put moves to dust stratification layer surface, manipulates boring device, cuts several blind holes in dust stratification layer surface, adjacent blind hole intersects
It is or close to each other；Drill steel is hammered into shape from manhole and is passed in alkali recovery boiler, by external power supply pipeline through manhole or alkali recovery boiler
Operation hole is led in alkali recovery boiler, and push rod, cylinder or the hydraulic cylinder of drill steel hammer are connected with externally input power source pipeline
It connects, the drill rod that drill steel is hammered into shape is moved to by the blind hole that boring device is cut into, manipulate drill steel hammer, a part for drill rod is impacted into product
In grieshoch, hand steered second operating lever agitates drill rod, and dust stratification is made to come off, and the dust stratification block to come off is removed outside stove from manhole or passed through after broken
It is fallen into ash bucket at alkali recovery boiler tube bank；It clears up after a lamination ash and reuses boring device trepanning, beaten using drill steel hammering
Drill rod agitates drill rod operation, is cleaned out until by dust stratification.
Technical solution as an improvement of the present invention, alkali recovery boiler ash removal method provided by the invention, the screen body it is another
One end also has the rope being connect with screen body, and the other end of the screen body is tied to furnace outlet boiler by rope connected to it
On pipeline.
Improvement project can be implemented alone or in combination.
In the prior art, personnel is needed to enter burner hearth because part dust stratification falls into burner hearth bottom in roof of the furnace deashing process
Bottom is raked off at alkali recovery boiler chute, otherwise can influence the normal boot-strap of alkali recovery boiler, extends deashing time and increasing
Labor intensity is added.The dust stratification property of alkali recovery boiler is influenced by factors such as combustion conditions, run time, dust stratification positions, different
The difference of the dust stratification property at operating condition and dust stratification position is very big, and some hard such as rock, some such as quicksands are made using common air inflating machine for dismantling tyre
During industry, although the drill steel of air inflating machine for dismantling tyre can be rapidly introduced into dust stratification layer, because of the performance and operating principle of air inflating machine for dismantling tyre, it is only capable of beating
Go out one and the comparable hole of drill steel diameter, the dust stratification of bulk cannot be agitated when agitating, working efficiency is extremely low.And manually using weight
Hammer impacts drill rod in dust stratification layer, and dust stratification layer cracking bulk can be made to come off.Technical solution provided by the invention, shade screen installation
On furnace outlet boiler tubing, dust stratification can be prevented to fall into burner hearth in deashing process, clearing furnace in stove can not be entered back into
The dust stratification of bottom；Shade screen can also prevent the hot gas of furnace outlet and dust enters personnel operation area, improve operating environment；It carries
The safety of high operation.Dust stratification layer is cut into blind hole in layers with boring device, the dust stratification on blind hole periphery is made easily to be prized
It is dynamic to come off, it then falls dust stratification local near dust stratification in sled and is also easily agitated and come off.Drill steel hammer simulates manual work
Method, using weight impact drill rod, can obtain and artificial deashing similar in technique effect, make dust stratification layer crack bulk come off, from
And operating efficiency is improved, and reduce labor intensity.
Description of the drawings
Attached drawing is used to provide further understanding of the present invention, and forms the part of the application, schematic reality of the invention
Example and its explanation are applied for explaining the present invention, is not constituted improper limitations of the present invention.In the accompanying drawings：
Fig. 1 is embodiment alkali recovery boiler dust stratification status diagram；
Fig. 2 is the structural principle and schematic view of the mounting position of embodiment alkali recovery boiler soot cleaning system shade screen；
Fig. 3 is the principle schematic diagram of embodiment alkali recovery boiler soot cleaning system boring device；
Fig. 4 is the cooling body principle schematic diagram of the boring device of embodiment alkali recovery boiler soot cleaning system；
Fig. 5 is the principle schematic diagram that the drill steel of embodiment alkali recovery boiler soot cleaning system is hammered into shape；
Fig. 6 is the principle schematic diagram of embodiment alkali recovery boiler soot cleaning system jump bit and de- hitch gear.
Specific embodiment
The invention will be further described below in conjunction with the accompanying drawings.
Alkali recovery boiler soot cleaning system as shown in Figures 2 to 6, it is detachable with furnace outlet boiler tubing 1 including being used for
The shade screen of connection, moveable boring device and moveable drill steel hammer.Shade screen includes rollable as depicted in figs. 1 and 2
Screen body 2, the rope 3 being connect with screen body 2 one end；As shown in Figure 3 and Figure 4, boring device includes hydraulic motor 4, with hydraulic pressure horse
Up to the operating mechanism 5 of 4 connections, the rotary shaft 6 being sequentially connected with hydraulic motor 4,4 end of separate hydraulic motor with rotary shaft 6 can
The cutting tool 7 of dismantling connection；Rotary shaft 6 has axially extending bore 8, the rotation being connect with axially extending bore 8 far from 7 end of cutting tool
Connector 9, the coolant inlet tube 22 and coolant outlet tube 23 being connect with rotary joint 9, cutting tool 7 has and axially extending bore
The cooling chamber 21 of 8 connections, one end of coolant inlet tube 22 are stretched into cooling chamber 21, coolant outlet tube 23 and axially extending bore 8
7 end of separate cutting tool connection；As shown in figure 5, drill steel, which is hammered into shape, includes rack 10, the upright bar 11 that first end is connect with rack 10,
The jump bit 12 being slidably connected with upright bar 11, the de- hitch gear for being detachably connected with jump bit 12 and being slidably connected with upright bar 11
13, it connect to trigger the touching bar 14 that de- hitch gear 13 breaks off relations, first connect with the other end of upright bar 11 with upright bar 11
Pulley 15, the push rod being connect with rack 10, cylinder or hydraulic cylinder 16, first end are connect with push rod, cylinder or hydraulic cylinder 16,
The other end across the first steel wire rope 17 being connect with de- hitch gear 13 after first pulley 15, positioned at the lower section of jump bit 12, with
The drill rod 18 that rack 10 is connected by sliding sleeve, the operating lever 19 being connect with rack 10.
One of embodiment is coordinated by slide bar sliding sleeve between jump bit 12 and de- hitch gear 13 and upright bar 11 and connected
It connects, one of scheme is that slide bar is in axial direction equipped in 12 side of nearly jump bit of upright bar 11, jump bit 12 and de- extension
Hook mechanism 13 is respectively equipped with the sliding sleeve being connect with the sliding bar.The operating mechanism 5 of boring device, which is equipped with, manipulates bite
The control switch of 7 operation of tool and the control switch of control coolant disengaging, operating lever 19 are equipped with push control rod, cylinder or hydraulic pressure
The control switch of oil cylinder 16.When jump bit 12 is encountered in the decline of de- hitch gear 13, de- hitch gear 13 is connect with jump bit 12
Integrally, when push rod, cylinder or hydraulic cylinder 16 are shunk, de- hitch gear 13 drives jump bit 12 to rise, when de- hook machine
After structure 13 encounters touching bar 14, de- hitch gear 13 is detached with jump bit 12, the jump bit 12 after separation under the effect of gravity under
Drop impacts drill rod 18.It is connected between jump bit 12 and de- hitch gear 13 and upright bar 11 by slide bar sliding sleeve, when drill steel is hammered into shape
During in heeling condition, it still can be used, improve the flexibility and safety during use.
During alkali recovery boiler deashing, blowing out for a period of time, is cooled to after personnel can enter after boiler, opens alkali collection pot
Stove manhole 24 is removed after 24 periphery of manhole and furnace interior divide dust stratification, and personnel enter in alkali recovery boiler, the shade screen that will wind up from
Manhole 24 is passed in alkali recovery boiler, and the rope 3 being connect with 2 one end of screen body is tied on furnace outlet boiler tubing 1, shields body 2
After expansion, the other end arrives at dust stratification layer surface；It is artificial remove at the top of alkali recovery boiler furnace outlet and the dust stratification of side wall attachment and
After dust stratification layer surface dust stratification easy to fall off, boring device is passed from manhole 24 in alkali recovery boiler, by external hydraulic oil pipe and cold
But liquid pipe is led through manhole 24 or alkali recovery boiler operation hole in alkali recovery boiler, by the hydraulic motor 4 of boring device and outside
Hydraulic oil pipe connection, by the coolant inlet tube of boring device（22）With coolant outlet tube（23）With external coolant pipe
Connection, by the cutting tool of boring device（7）Dust stratification layer surface is moved to, manipulates boring device, is cut in dust stratification layer surface several
Blind hole, adjacent blind hole intersect or close to each other；Drill steel is hammered into shape from manhole 24 and is passed in alkali recovery boiler, by external power supply pipeline
Led in alkali recovery boiler through manhole 24 or alkali recovery boiler operation hole, by drill steel hammer push rod, cylinder or hydraulic cylinder 16 with
The drill rod 18 that drill steel is hammered into shape is moved to by the blind hole that boring device is cut into, manipulates drill steel by the connection of externally input power source pipeline
Hammer, a part for drill rod 18 is impacted in dust stratification layer, hand steered operating lever 19 agitates drill rod 18, and dust stratification is made to come off, the product to come off
Grey block is outside the removal stove of manhole 24 or after broken through being fallen into ash bucket at alkali recovery boiler tube bank；It repeats to make after clearing up a lamination ash
Drill rod is made with boring device trepanning, using drill steel hammering, agitates drill rod operation, is cleaned out until by dust stratification.
In the prior art, personnel is needed to enter stove because part dust stratification falls into burner hearth bottom in the dust stratification for removing furnace outlet
Thorax bottom is raked off at alkali recovery boiler chute, otherwise can influence the normal boot-strap of alkali recovery boiler, extend the deashing time and
Increase labor intensity.Shade screen is mounted on furnace outlet boiler tubing 1, in deashing process, dust stratification can be prevented to fall into burner hearth
It is interior, the dust stratification of burner hearth bottom is fallen into without entering back into cleaning in stove；Shade screen can also prevent furnace outlet hot gas and
Dust is directly entered personnel operation area, improves operating environment；Improve the safety of operation.With boring device by dust stratification layer from level to level
Ground is cut into blind hole, and the dust stratification on blind hole periphery is made easily to be agitated and is come off, and then falls dust stratification local near dust stratification in sled
It is easily agitated and is come off.The dust stratification characteristic of alkali recovery boiler is influenced by factors such as combustion conditions, run time, dust stratification positions, no
Very big with the dust stratification property difference at operating condition and different location, some hard such as rock, some such as quicksands use common impact gun
During machine operation, although the drill steel of air inflating machine for dismantling tyre can be rapidly entered in dust stratification layer in most cases, performance and work because of air inflating machine for dismantling tyre
Principle is only capable of getting a hole, agitates loose around Shi Yinkong, it is impossible to agitate the dust stratification of bulk, working efficiency is extremely low.And people
Work is impacted drill rod in dust stratification layer using weight, and impact mode can make dust stratification layer cracking bulk come off.Drill steel hammer simulates
The method of manual work impacts drill rod 18 using weight, can obtain and artificial deashing similar in technique effect, with higher work
Industry efficiency, and reduce labor intensity.
Temperature inside blowing out for a period of time inner product grieshoch is still higher, and hundreds of degree are sometime up to inside dust stratification layer（It is internal
Dust stratification is rubescent, and spontaneous radiation has reached the longest wave band in visible ray）, during using boring device trepanning, pass through coolant pair
Rotary shaft 6 and cutting tool 7 are cooled down, and are conducive to keep the performance of cutting tool 7, are prevented from wearing too quickly at high temperature.
Further, alkali recovery boiler soot cleaning system provided by the invention, the other end of screen body 2 also has to be connected with screen body 2
The rope connect.
Further, alkali recovery boiler soot cleaning system provided by the invention, as shown in Fig. 2, shade screen also has embedded screen
Body of magnetic material 20 in body 2.Body of magnetic material 20 is adsorbed on furnace outlet boiler tubing 1, and screen body 2 is further fixed.
Further, alkali recovery boiler soot cleaning system provided by the invention is used as shown in fig. 6,12 top of jump bit has
In the umbrella shape shank 201 being connect with de- hitch gear 13；De- hitch gear 13 has stent 202, and one end is hinged with stent 202
The first hook 203 and the second hook 204, both ends respectively with the first hook 203 and 204 tension springs that connect of the second hook
205, the second pulley 206 and third pulley 207 being connect respectively with 202 2 end of stent, middle part and the hinged compression bar of stent 202
208, first end is connect with one end of compression bar 208, the other end is across second connect with the first hook 203 after second pulley 206
Steel wire rope 209, first end is connect with one end of compression bar 208, the other end successively across after second pulley 206, third pulley 207 with
The bottom surface of the third steel wire rope 210 of second hook, 204 connection, the first hook 203 and the second hook 204 is respectively provided with and can be inserted along umbrella shape
The inclined surface that the top surface of extension bar 201 is slided；Wherein second pulley 206 has at least two grooves, the second steel wire rope 209 and third
Steel wire rope 210 is rotating around in the different groove of second pulley 206.First hook 203 and the second hook 204 and umbrella shape shank
201 contact site design camber.
The top of umbrella shape shank 201 is tapered, when de- hitch gear 13 declines, the first hook 203 and the second hook
204 when touching umbrella shape shank 201, the first hook 203 and the inclined surface of the second 204 bottoms of hook and umbrella shape shank 201
Taper-face contact, gravitational thrusts effect under umbrella shape shank 201 tapering by first hook 203 and second hook 204 to two
After side separation, the first hook 203 and the second hook 204 cross the tapering of umbrella shape shank 201, in the effect of tension spring 205
Under, the first hook 203 and second links up with 204 necks for being caught in umbrella shape shank 201, and jump bit 12 and de- hitch gear 13 are connected
It is connected into one.When push rod, cylinder or hydraulic cylinder 16 drive jump bit 12 and 13 assembly of de- hitch gear to rise together, take off and hang
After the compression bar 208 of hook mechanism 13 encounters touching bar 14 far from steel wire rope connecting pin, under the separate steel wire rope connecting pin of compression bar 208
It moves, and steel wire rope connecting pin rises, steel wire rope drives the first hook 203 and the second hook 204 to overcome the pulling force of tension spring 205
It is detached to two sides, after the gap between the first hook 203 and the second hook 204 is more than the diameter of umbrella shape shank 201, impact
Hammer 12 is detached with de- hitch gear 13, impacts drill rod 18 under the effect of gravity.
Further, alkali recovery boiler soot cleaning system provided by the invention, as shown in fig. 6, de- hitch gear 13 also has
The limited block 211 being connect with stent 202, limited block 211 limit compression bar 208 and connect with the second steel wire rope 209 and third steel wire rope 210
Connect the minimum down position at end.The second steel wire rope 209 and third steel wire rope 210 is made to be in tensioning state always.
For those skilled in the art, the invention may be variously modified and varied.It is all to be wanted in right of the present invention
Within the spirit and principle asked, any modification, equivalent replacement, improvement and so on should be included in protection scope of the present invention
Within.
Claims (8)
1. a kind of alkali recovery boiler soot cleaning system, which is characterized in that including being used for and furnace outlet boiler tubing（1）Detachably connect
The shade screen connect, moveable boring device and moveable drill steel hammer；The shade screen includes the screen body of rollable（2）If
Dry root respectively with the screen body（2）One end connection rope（3）；The boring device includes hydraulic motor（4）, with the liquid
Pressure motor（4）The operating mechanism of connection（5）, with the hydraulic motor（4）The rotary shaft of drive connection（6）, with the rotary shaft
（6）Separate hydraulic motor（4）Hold the cutting tool being detachably connected（7）；The drill steel hammer includes rack（10）, first end with
The rack（10）The upright bar of connection（11）, with the upright bar（11）The jump bit being slidably connected（12）, with the jump bit
（12）Be detachably connected and with the upright bar（11）The de- hitch gear being slidably connected（13）, with the upright bar（11）Connection is used for
The de- hitch gear of triggering（13）The touching bar of unhook（14）, with the upright bar（11）The other end connection first pulley（15）,
With the rack（10）Push rod, cylinder or the hydraulic cylinder of connection（16）, first end and the push rod, cylinder or hydraulic cylinder
（16）Connection, the other end is across first pulley（15）Afterwards with the de- hitch gear（13）First steel wire rope of connection（17）, position
In the jump bit（12）Lower section, with the rack（10）The drill rod connected by sliding sleeve（18）, with the rack（10）Even
The operating lever connect（19）；The rotary shaft（6）With axially extending bore（8）, with the axially extending bore（8）Far from cutting tool（7）
Hold the rotary joint of connection（9）, with the rotary joint（9）The coolant inlet tube of connection（22）With coolant outlet tube
（23）, the cutting tool（7）With with the axially extending bore（8）The cooling chamber of connection（21）, the coolant inlet tube
（22）One end stretch into the cooling chamber（21）It is interior, the coolant outlet tube（23）With the axially extending bore（8）Far from cutting
Cutting knife tool（7）End connection.
2. alkali recovery boiler soot cleaning system according to claim 1, which is characterized in that the screen body（2）The other end also
With with shielding body（2）The rope of connection.
3. alkali recovery boiler soot cleaning system according to claim 1, which is characterized in that the shade screen also has embedded institute
State screen body（2）Interior body of magnetic material（20）.
4. alkali recovery boiler soot cleaning system according to claim 1, which is characterized in that the jump bit（12）Top has
For with de- hitch gear（13）The umbrella shape shank of connection（201）；The de- hitch gear（13）With stent（202）；One
End and the stent（202）The first hinged hook（203）With the second hook（204）；It is linked up with respectively with described first at both ends
（203）With the second hook（204）The tension spring of connection（205）；Respectively with the stent（202）The second pulley of two ends connection
（206）With third pulley（207）；Middle part and the stent（202）Hinged compression bar（208）；First end and the compression bar（208）
One end connection, the other end is across second pulley（206）It is linked up with afterwards with described first（203）Second steel wire rope of connection（209）；
First end and the compression bar（208）One end connection, the other end is successively across second pulley（206）, third pulley（207）Afterwards with
Second hook（204）The third steel wire rope of connection（210）；First hook（203）With the second hook（204）Bottom surface have
Having can be along umbrella shape shank（201）Top surface slide inclined surface；The second pulley（206）With at least two grooves,
Two steel wire ropes（209）With third steel wire rope（210）Rotating around in different grooves.
5. alkali recovery boiler soot cleaning system according to claim 4, which is characterized in that also have and the stent（202）
The limited block of connection（211）, the limited block（211）Limit compression bar（208）With the second steel wire rope（209）With third steel wire rope
（210）The minimum down position of connecting pin.
6. alkali recovery boiler soot cleaning system according to claim 4, which is characterized in that the upright bar（11）Nearly jump bit
（12）Side is in axial direction equipped with slide bar, the jump bit（12）With de- hitch gear（13）It is respectively equipped with and is slided with the slide bar
The sliding sleeve of dynamic connection.
7. a kind of alkali recovery boiler ash removal method, which is characterized in that shade screen, moveable trepanning dress are used in deashing process
It puts and moveable drill steel is hammered into shape；The shade screen includes the screen body of rollable（2）, several respectively with the screen body（2）One
Hold the rope of connection（3）；The boring device includes hydraulic motor（4）, with the hydraulic motor（4）The operating mechanism of connection
（5）, with the hydraulic motor（4）The rotary shaft of drive connection（6）, with the rotary shaft（6）Separate hydraulic motor（4）End can
The cutting tool of dismantling connection（7）；The drill steel hammer includes rack（10）, first end and the rack（10）The upright bar of connection
（11）, with the upright bar（11）The jump bit being slidably connected（12）, with the jump bit（12）It is detachably connected and is stood with described
Bar（11）The de- hitch gear being slidably connected（13）, with the upright bar（11）It connects to trigger de- hitch gear（13）It breaks off relations
Touch bar（14）, with the upright bar（11）The other end connection first pulley（15）, with the rack（10）The push rod of connection,
Cylinder or hydraulic cylinder（16）, first end and the push rod, cylinder or hydraulic cylinder（16）Connection, the other end is across first pulley
（15）Afterwards with the de- hitch gear（13）First steel wire rope of connection（17）, positioned at the jump bit（12）Lower section and institute
State rack（10）The drill rod connected by sliding sleeve（18）, with the rack（10）The operating lever of connection（19）；The rotary shaft（6）
With axially extending bore（8）, with the axially extending bore（8）Far from cutting tool（7）Hold the rotary joint of connection（9）, with the rotation
Adapter（9）The coolant inlet tube of connection（22）With coolant outlet tube（23）, the cutting tool（7）With with the axis
To through-hole（8）The cooling chamber of connection（21）, the coolant inlet tube（22）One end stretch into the cooling chamber（21）It is interior, it is described
Coolant outlet tube（23）With the axially extending bore（8）Separate cutting tool（7）End connection；Deashing process includes following step
Suddenly：Open alkali recovery boiler manhole（24）, remove manhole（24）After periphery and furnace interior divide dust stratification, personnel enter alkali recovery boiler
Interior, the shade screen that will wind up is from manhole（24）It passs in alkali recovery boiler, it will be with shielding body（2）The rope of one end connection（3）It is tied to
Furnace outlet boiler tubing（1）On, shield body（2）After expansion, the other end arrives at dust stratification layer surface；It is artificial to remove alkali recovery boiler stove
Behind thorax outlet top and the dust stratification of side wall attachment and dust stratification layer surface dust stratification easy to fall off, by boring device from manhole（24）Pass into
In alkali recovery boiler, by external hydraulic oil pipe and coolant pipe through manhole（24）Or alkali recovery boiler operation hole is led into alkali collection pot
In stove, by the hydraulic motor of boring device（4）It is connect with external hydraulic oil pipe, by the coolant inlet tube of boring device（22）
With coolant outlet tube（23）It is connect with external coolant pipe, by the cutting tool of boring device（7）Dust stratification layer surface is moved to,
Boring device is manipulated, several blind holes are cut in dust stratification layer surface, adjacent blind hole intersects or close to each other；Drill steel is hammered into shape from manhole
（24）It passs in alkali recovery boiler, by external power supply pipeline through manhole（24）Or alkali recovery boiler operation hole is led into alkali collection pot
In stove, push rod, cylinder or hydraulic cylinder that drill steel is hammered into shape（16）It is connect with externally input power source pipeline, the steel that drill steel is hammered into shape
Pricker（18）It moves to by the blind hole that boring device is cut into, drill steel hammer is manipulated, by drill rod（18）A part impact in dust stratification layer,
Hand steered operating lever（19）Agitate drill rod（18）, dust stratification is made to come off, the dust stratification block to come off is from manhole（24）It removes outside stove or after broken
Through being fallen into ash bucket at alkali recovery boiler tube bank；It clears up after a lamination ash and reuses boring device trepanning, hammered using drill steel
It makes drill rod, agitate drill rod operation, cleaned out until by dust stratification.
8. alkali recovery boiler ash removal method according to claim 7, which is characterized in that the screen body（2）The other end
With with shielding body（2）The rope of connection, the screen body（2）The other end furnace outlet boiler is tied to by rope connected to it
Pipeline（1）On.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810213305.9A CN108253438B (en) | 2018-03-15 | 2018-03-15 | Alkali recovery boiler ash removal system and alkali recovery boiler ash removal method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810213305.9A CN108253438B (en) | 2018-03-15 | 2018-03-15 | Alkali recovery boiler ash removal system and alkali recovery boiler ash removal method |
Publications (2)
| Publication Number | Publication Date |
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| CN108253438A true CN108253438A (en) | 2018-07-06 |
| CN108253438B CN108253438B (en) | 2023-09-01 |
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| CN201507906U (en) * | 2009-09-30 | 2010-06-16 | 杭州杭锅工业锅炉有限公司 | Glass furnace waste heat boiler with shot-cleaning device |
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| CN106524196A (en) * | 2016-11-22 | 2017-03-22 | 无锡锡东能源科技有限公司 | Boiler tube bundle hammering equipment |
| CN206449666U (en) * | 2016-11-22 | 2017-08-29 | 无锡锡东能源科技有限公司 | A kind of beetle of boiler tube bundle |
| CN207962690U (en) * | 2018-03-15 | 2018-10-12 | 长沙理工大学 | A kind of alkali recovery boiler soot cleaning system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN201507906U (en) * | 2009-09-30 | 2010-06-16 | 杭州杭锅工业锅炉有限公司 | Glass furnace waste heat boiler with shot-cleaning device |
| CN102692023A (en) * | 2011-03-23 | 2012-09-26 | 北京市旭广厦暖通节能设备有限责任公司 | Efficient and energy-saving boiler ash removal method |
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| CN108253438B (en) | 2023-09-01 |
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