CN206692570U - Industry by-product gypsum calciner - Google Patents
Industry by-product gypsum calciner Download PDFInfo
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- CN206692570U CN206692570U CN201720520150.4U CN201720520150U CN206692570U CN 206692570 U CN206692570 U CN 206692570U CN 201720520150 U CN201720520150 U CN 201720520150U CN 206692570 U CN206692570 U CN 206692570U
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Abstract
It the utility model is related to a kind of industry by-product gypsum calciner,Including flame furnace,Kiln hood,Roller,Feed hopper,Anhydrous gypsum discharging opening,Semi-hydrated gypsum discharging opening,Actuating unit and waste material elevator,The utility model is the discharge outlet setting temperature sensor in the roller of existing gypsum drying calcining machine,Reversal valve and discharge nozzle are set on discharging opening simultaneously,The temperature of charge that the discharging opening of temperature sensor detection roller goes out,When temperature is less than qualified plaster temperature in roller,Temperature sensor control reversal valve commutation,Unqualified gypsum product is delivered to waste product gypsum material storage container,The lifting of unqualified gypsum is delivered in the feed hopper of gypsum drying calcining machine by waste material elevator,Unqualified gypsum participates in calcining drying again,So as to reduce the yield of unqualified gypsum,Deduct a percentage the yield of qualified gypsum,Save raw material and the energy.
Description
Technical field
It the utility model is related to industry by-product gypsum production equipment technology, and in particular to a kind of industry by-product gypsum is special
It is not the calciner of ardealite.
Background technology
Gypsum is that a kind of chemical composition is the calcium sulfate containing the crystallization water, and in daily life, gypsum is divided into the natural gypsum
And chemical gypsum, the natural gypsum are the mineral matters containing two crystallizations water, chemical gypsum is production chemical fertilizer and other industrial chemicals
Caused waste material, with raising of the coal-burning boiler to emission request, wherein byproduct caused by sulfur removal technology is referred to as desulfurization stone
Cream；Scrap gypsum caused by production chemical fertilizer and other phosphides because being referred to as ardealite containing phosphorous oxide, building by gypsum
It is that the gypsum containing two crystallizations water is sintered into the gypsum containing half of crystallization water mostly to build the application on material, is commonly called as half
Water gypsum；In the calcination process of dihydrate gypsum, gypsum is heated to 130 DEG C -230 DEG C so that contain free moisture in gypsum
Separated out with the crystallization water, become semi-hydrated gypsum, so as to applied to building field；And when temperature is more than 230 DEG C, semi-hydrated gypsum will turn
Anhydrous gypsum is melted into, anhydrous gypsum can not use in building field.
At present, when using dihydrate gypsum drying production semi-hydrated gypsum, generally use gypsum dries calcining machine to two water stones
Cream is dried, and its principle is that ardealite is transported in drying calcining machine, in drying calcining machine end configuration flame furnace, is utilized
The flame that flame furnace sprays produces high temperature gas flow, by ardealite heating, drying, so as to reach the purpose of gypsum structure conversion, but
It is to be initially powered up the stage in drying calcining machine, if being added without ardealite raw material, because the ejection temperature of flame furnace is high, then can
Cause to dry calcining machine and be burned, if adding ardealite, because initial temperature temperature is relatively low and temperature in drying calcining machine
Skewness, it is impossible to reach calcining effect, this caused gypsum is substandard product, at present, is led to for unqualified gypsum
It is often to set unqualified gypsum storage tank to be stored, as waste disposal.But these unqualified gypsum contain certain heat
And moisture, directly as waste disposal, the waste of raw material is caused, the heat natural cooling in it causes energy loss with disappearing
Consumption.
Utility model content
In summary, in order to overcome the shortcomings of prior art problem, the utility model provides a kind of industry by-product gypsum
Calciner, it is the discharge outlet setting temperature sensor in the roller of existing gypsum drying calcining machine, while is being discharged
Reversal valve and discharge nozzle are set on mouth, and temperature sensor detects the temperature of charge that the discharging opening of roller goes out, when temperature is low in roller
When qualified plaster temperature, temperature sensor control reversal valve commutation, unqualified gypsum product is delivered to waste product gypsum storing
Pond, the lifting of unqualified gypsum is delivered in the feed hopper of gypsum drying calcining machine by waste material elevator, unqualified gypsum is again
Calcining drying is participated in, so as to reduce the yield of unqualified gypsum, the yield for qualified gypsum of deducting a percentage, saves raw material and the energy.
In order to solve the above technical problems, the technical solution adopted in the utility model is：
A kind of industry by-product gypsum calciner, wherein：Go out including flame furnace, kiln hood, roller, feed hopper, anhydrous gypsum
Material mouth, semi-hydrated gypsum discharging opening, actuating unit and waste material elevator, the front portion of described roller are provided with kiln hood, kiln hood
On be provided with feed hopper, anhydrous gypsum discharging opening and semi-hydrated gypsum discharging opening, institute are provided with the procephalic roller of described kiln
The drum front end stated is provided with flame furnace, the hot-blast outlet respective rollers front opening of described flame furnace, actuating unit
Driving drum rotates relative to kiln hood, anhydrous gypsum discharging opening and semi-hydrated gypsum discharging opening, on described anhydrous gypsum discharging opening
The anhydrous gypsum discharge nozzle of threeway is connected with, an open communication anhydrous gypsum discharging opening of anhydrous gypsum discharge nozzle, one is opened
Mouth connection waste product gypsum material storage container, another open communication finished product gypsum conveyer belt, described semi-hydrated gypsum discharging opening are communicated with
The semi-hydrated gypsum discharge nozzle of threeway, an open communication anhydrous gypsum discharging opening of semi-hydrated gypsum discharge nozzle, an open communication
Waste product gypsum material storage container, another open communication finished product gypsum conveyer belt, on anhydrous gypsum discharge nozzle and semi-hydrated gypsum discharge nozzle
Reversal valve, gypsum conveyer belt connection finished product storage tank are provided with, described waste product gypsum material storage container is connected by waste material elevator
Logical feed hopper, the charging aperture of waste material elevator are arranged in waste product gypsum material storage container, the discharging opening connection charging of waste material elevator
Struggle against, temperature sensor is provided with described anhydrous gypsum discharging opening and semi-hydrated gypsum discharging opening.
Further, described flame furnace includes base, fixed bottom plate, movable floor, mixing chamber and combustion chamber, and described consolidates
Determine bottom plate to be fastenedly connected on base, support block is provided with base, movable floor is located between fixed bottom plate and support block, institute
Power set are provided with the base stated, power set promote movable floor to be slided relative to fixed bottom plate and support block, described
Fixation bottom plate tighten Guan County mixing chamber be housed, the side of described mixing chamber sets fuel nozzle and air intake joint, fuel spray
Pipe connects fuels sources, described air intake joint connecting fan, and the opposite side of described mixing chamber sets air outlet, and mixing chamber goes out
Air port connects combustion chamber, is provided with least two combustion chambers on described movable floor, all chamber structures are identical, wrap
Housing, flame retardant coating, air inlet and hot-blast outlet are included, housing is fastenedly connected on movable floor, is set on the madial wall of housing resistance to
Fire bed, the side of housing set air inlet, and the opposite side of housing sets hot-blast outlet, and the air inlet connection mixing chamber of housing goes out
Air port, the hot-blast outlet respective rollers front opening of housing, one end of the air outlet of described mixing chamber are provided with mounting flange,
One end of the air inlet of described housing is provided with loose flange, and mounting flange cooperates with loose flange, described mixing
Room is fastenedly connected with combustion chamber by flange and bolt.
Further, the side of the close combustion chamber of described fixation bottom plate is provided with left slideway, and the inner side of support block is set
There is a right slideway, the both sides of described movable floor are provided with sliding block, and the sliding block on the left of movable floor mutually slides with left slideway
Connect, the sliding block on the right side of movable floor is mutually slidably connected with right slideway.
Further, described power set are hydraulic cylinder or are cylinder or are electric pushrod.
Further, described waste material elevator is bucket elevator, including lifting housing, transmission device, upper belt pulley, under
Belt pulley, traction belts and lifting hopper, are lifted and charging aperture and discharging opening are provided with housing, are lifted and are fixed with transmission on housing
Device, lifting housing upper are provided with upper belt pulley, and lifting lower housing portion is provided with bottom pulley, bottom pulley and upper belt pulley
Connected by traction belts, lifting hopper is provided with traction belts, charging aperture is arranged in waste product gypsum material storage container.
Further, baffle plate is provided with described lifting housing, described baffle plate is inclined at upper belt pulley and hypodermis
Between belt wheel, baffle plate is fixed with lifting housing, and the side that the lateral traction belts that baffle plate is declined by traction belts rise tilts
Arrangement downwards, the bottom of described baffle plate is provided with lambdoid cutting plate.
Further, described actuating unit include gear wheel, motor, decelerator, driving gear, carrying roller and filler ring,
Gear wheel is arranged on roller excircle, and gear wheel is intermeshed with driving gear, and driving gear is connected to the output of decelerator
On axle, the output shaft of the input axis connection motor of decelerator, multiple filler rings, multiple supports are provided with the excircle of described roller
Ring is symmetrically distributed in gear wheel both sides, carrying roller support filler ring.
The beneficial effects of the utility model are：
1st, the utility model is the discharge outlet setting temperature sensor in the roller of existing gypsum drying calcining machine, together
When reversal valve and discharge nozzle be set on discharging opening, the temperature of charge that the discharging opening of temperature sensor detection roller goes out, work as roller
When interior temperature is less than qualified plaster temperature, temperature sensor control reversal valve commutation, unqualified gypsum product is delivered to waste product
Gypsum material storage container, the lifting of unqualified gypsum is delivered in the feed hopper of gypsum drying calcining machine by waste material elevator, it is unqualified
Gypsum participates in calcining drying again, so as to reduce the yield of unqualified gypsum, the yield for qualified gypsum of deducting a percentage, saves raw material and energy
Source.
2nd, flame furnace of the present utility model drives movable floor to slide by power set, realizes different combustion chambers more
Change, so as to realize that a mixing chamber corresponds to multiple combustion chambers, when one of chamber temperature is too high, burnt by changing
Room, the high combustion chamber of temperature is displaced with new combustion chamber, the time that there is abundance the combustion chamber for making temperature high cools, and new
Combustion chamber participate in flame production, ensure production be smoothed out, ensure industry by-product gypsum drying calcining efficiency, simultaneously
Also combustion chamber is effectively protected, ensures the service life of combustion chamber.
3rd, the setting of the sloping baffle in the lifting housing of waste material elevator of the present utility model, can effectively prevent from carrying
Rise the gypsum that machine discharging opening drops in housing and fall into bottom pulley and traction belts, can effectively prevent beating for traction belts
It is sliding, bottom pulley is played a protective role.
4th, it is of the present utility model it is simple in construction, novel, easy to use, cost is cheap, can effectively reduce industry
The waste of the raw material of by-product gypsum, the drying calcination efficiency of industry by-product gypsum and the rate of output of qualified gypsum are improved, so as to have
The raising industry by-product gypsum of effect is converted into the transformation efficiency of plaster of Paris, reduces conversion cost.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the utility model Fig. 1 schematic top plan view；
Fig. 3 is the structural representation of anhydrous gypsum discharge nozzle of the present utility model and semi-hydrated gypsum discharge nozzle；
Fig. 4 is the structural representation of waste material elevator of the present utility model；
Fig. 5 is the structural representation of flame furnace of the present utility model；
Fig. 6 is Fig. 5 of the present utility model schematic top plan view.
Flame furnace 1, kiln hood 3, roller 2, feed hopper 4, anhydrous gypsum discharging opening 5, semi-hydrated gypsum discharging opening 6, power transmission
Device 8, waste material elevator 9, anhydrous gypsum discharge nozzle 10, waste product gypsum material storage container 11, semi-hydrated gypsum discharge nozzle 12, reversal valve
13rd, temperature sensor 14, base 101, fixed bottom plate 102, movable floor 103, mixing chamber 104, combustion chamber 105, support block
106th, power set 107, fuel nozzle 108, air intake joint 109, housing 110, flame retardant coating 111, air inlet 112, hot-blast outlet
113rd, mounting flange 114, loose flange 115, left slideway 116, right slideway 117, sliding block 118, transmission device 901, upper belt pulley
902nd, bottom pulley 903, traction belts 904, lifting hopper 905, baffle plate 906, cutting plate 907, lifting housing 908.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of industry by-product gypsum calciner, including flame furnace 1, kiln hood 3, roller
2nd, feed hopper 4, anhydrous gypsum discharging opening 5, semi-hydrated gypsum discharging opening 6, actuating unit 8 and waste material elevator 9, described rolling
The front portion of cylinder 2 is provided with kiln hood 3, and feed hopper 4 is provided with kiln hood 3, is provided with the anterior roller 2 of described kiln hood 3 anhydrous
Temperature biography is provided with gypsum discharging opening 5 and semi-hydrated gypsum discharging opening 6, anhydrous gypsum discharging opening 5 and semi-hydrated gypsum discharging opening 6
Sensor 14, the described front end of roller 2 are provided with flame furnace 1, and the front end of 113 respective rollers of hot-blast outlet 2 of described flame furnace 1 is opened
Mouthful, the driving drum 2 of actuating unit 8 rotates relative to kiln hood 3, anhydrous gypsum discharging opening 5 and semi-hydrated gypsum discharging opening 6, institute
The anhydrous gypsum discharge nozzle 10 of threeway, an opening of anhydrous gypsum discharge nozzle 10 are connected with the anhydrous gypsum discharging opening 5 stated
Connect anhydrous gypsum discharging opening 5, an open communication waste product gypsum material storage container 11, the conveying of another open communication finished product gypsum
Band, described semi-hydrated gypsum discharging opening 6 are communicated with the semi-hydrated gypsum discharge nozzle 12 of threeway, and one of semi-hydrated gypsum discharge nozzle 12 opens
Mouth connection anhydrous gypsum discharging opening 5, an open communication waste product gypsum material storage container 11, the conveying of another open communication finished product gypsum
Reversal valve 13, the connection finished product storage of gypsum conveyer belt are provided with band, anhydrous gypsum discharge nozzle 10 and semi-hydrated gypsum discharge nozzle 12
Batch can, described waste product gypsum material storage container 11 connect feed hopper 4 by waste material elevator 9, and the charging aperture of waste material elevator 9 is set
In waste product gypsum material storage container 11, the discharging opening connection feed hopper 4 of waste material elevator 9, waste material elevator 9 is bucket elevator,
Including lifting housing 908, transmission device 901, upper belt pulley 902, bottom pulley 903, traction belts 904 and hopper 905 is lifted,
Charging aperture and discharging opening are provided with lifting housing 908, is lifted and lifting gear 901 is fixed with housing 908, lifts housing
908 tops are provided with upper belt pulley 902, and lifting housing 908 bottom is provided with bottom pulley 903, bottom pulley 903 and upper belt
Wheel 902 is connected by traction belts 904, and lifting hopper 905 is provided with traction belts 904, and charging aperture is arranged on waste product gypsum
In material storage container 11, baffle plate 906 is provided with described lifting housing 908, described baffle plate 906 is inclined at upper belt pulley
Between 902 and bottom pulley 903, baffle plate 906 is fixed with lifting housing 908, the side that baffle plate 906 is declined by traction belts 904
The side risen to traction belts 904 is arranged diagonally downward.The bottom of described baffle plate 906 is provided with lambdoid cutting plate
907。
As shown in Figure 5, Figure 6, flame furnace 1 include base 101, fixed bottom plate 102, movable floor 103, mixing chamber 104 and
Combustion chamber 105, described fixation bottom plate 102 are fastenedly connected on base 101, and support block 106 is provided with base 101, activity
Bottom plate 103 is located between fixed bottom plate 102 and support block 106, and described fixation bottom plate 102 tightens Guan County and mixing chamber 104 is housed,
At least two combustion chambers 105 are provided with described movable floor 103, all structures of combustion chamber 105 are identical, fixed bottom plate
The side of 102 close combustion chamber 105 is provided with left slideway 116, and the inner side of support block 106 is provided with right slideway 117, described
The both sides of movable floor 103 are provided with sliding block 118, and the sliding block 118 in the left side of movable floor 103 mutually slides with left slideway 116
Connection, the sliding block 118 on the right side of movable floor 103 are mutually slidably connected with right slideway 117.It is provided with described base 101 dynamic
Power apparatus 107, power set 107 are electric pushrod, and electric pushrod promotes movable floor 103 relative to fixed bottom plate 102 and branch
Bracer 106 slides, and the side of described mixing chamber 104 sets fuel nozzle 108 and air intake joint 109, fuel nozzle 108 to connect
Fuels sources, the described connecting fan of air intake joint 109, the opposite side of described mixing chamber 104 set air outlet, mixing chamber 104
Air outlet connection combustion chamber 105, described combustion chamber 105 goes out including housing 110, flame retardant coating 111, air inlet 112 and hot blast
Mouth 113, housing 110 is fastenedly connected on movable floor 103, and flame retardant coating 111 is set on the madial wall of housing 110, housing 110
Side sets air inlet 112, and the opposite side of housing 110 sets hot-blast outlet 113, and the air inlet 112 of housing 110 connects mixing chamber
104 air outlet, the front opening of 113 respective rollers of hot-blast outlet 2 of housing 110, the one of the air outlet of described mixing chamber 104
End is provided with mounting flange 114, and one end of the air inlet 112 of described housing 110 is provided with loose flange 115, mounting flange
114 are cooperated with loose flange 115, and described mixing chamber 104 is fastenedly connected with combustion chamber 105 by flange and bolt.
Actuating unit 8 includes gear wheel, motor, decelerator, driving gear, carrying roller and filler ring, gear wheel is arranged on
On the excircle of roller 2, gear wheel is intermeshed with driving gear, and driving gear is connected on the output shaft of decelerator, decelerator
Input axis connection motor output shaft, be provided with multiple filler rings on the excircle of described roller 2, multiple filler rings are symmetrical
In gear wheel both sides, carrying roller support filler ring.
In use, motor and decelerator driving driving gear rotate, driving gear drives roller 2 to rotate, industrial by-product stone
Cream raw material enters in roller 2 from feed hopper 4, and blower fan conveys air into mixing chamber 104, and fuels sources are by cartridge to mixing chamber
Conveying fuel in 104, fuel and air mixing chamber 104 is interior mix after, be blown to combustion chamber 105 and burn, hot-air is from burning
The hot-blast outlet 113 of room 105 flows to roller 2, and drying calcining is carried out to the industry by-product gypsum raw material in roller 2.Anhydrous gypsum
Discharged from the anhydrous gypsum discharging opening 5 of roller 2, semi-hydrated gypsum is discharged from the semi-hydrated gypsum discharging opening 6 of roller 2, and anhydrous gypsum goes out
Temperature sensor 14 in material mouth 5 monitors the temperature at this, and the temperature sensor 14 in semi-hydrated gypsum discharging opening 6 is monitored at this
Temperature, temperature of the temperature less than 230 DEG C or/and at semi-hydrated gypsum discharging opening 6 at anhydrous gypsum discharging opening 5 are less than 130 DEG C
When, now, the gypsum that anhydrous gypsum discharging opening 5 or/and semi-hydrated gypsum discharging opening 6 are discharged is unqualified gypsum, now, commutation
Valve 13 commutates, and the material that the material or/and semi-hydrated gypsum discharging opening 6 that anhydrous gypsum discharging opening 5 is discharged are discharged is delivered to waste product
Gypsum material storage container 11, starts waste material elevator 9, and waste material elevator 9 lifts the unqualified gypsum in waste product gypsum material storage container 11
The feed hopper 4 of roller 2 is delivered to, drying calcining is carried out from newly entering in roller 2.
Temperature of the temperature higher than 230 DEG C or/and at semi-hydrated gypsum discharging opening 6 at anhydrous gypsum discharging opening 5 is higher than 130
DEG C when, now, the gypsum that anhydrous gypsum discharging opening 5 or/and semi-hydrated gypsum discharging opening 6 are discharged is qualified gypsum, now, reversal valve
13 commutations, the material that the material or/and semi-hydrated gypsum discharging opening 6 that anhydrous gypsum discharging opening 5 is discharged are discharged is by gypsum conveyer belt
Connect finished product storage tank.
After flame furnace 1 is using a period of time, after high-temp combustion after a while, combustion chamber 105 needs for combustion chamber 105
When cooling, stop blower fan, propellant cutoff.After the fuel combustion of room 105 to be combusted, mounting flange is unclamped
114 with the connecting bolt of loose flange 115, start electric pushrod, electric pushrod sliding active bottom plate 103, make movable floor 103
On sliding block 118 slided along left slideway 116 and right slideway 117, by another push-and-pull of combustion chamber 105 on movable floor 103 extremely
The position corresponding with mixing chamber 104, then by the fixation on the loose flange 115 on the combustion chamber 105 and mixing chamber 104
Orchid 114 is bolted connection, and realizes the replacing of combustion chamber 105, and used combustion chamber 105 cools, replacing it is new
Combustion chamber 105 participate in production, so move in circles, combustion chamber 105 is used alternatingly, can have ensure flame furnace 1 normally give birth to
Under conditions of production, to greatest extent protect combustion chamber 105, avoid combustion chamber 105 because long-time use, temperature it is too high and caused by
Destruction to combustion chamber 105.
The lifting housing 908 of waste material elevator 9 of the present utility model is tilted to be provided with baffle plate 906, when waste product gypsum quilt
When being promoted to eminence and 4 discharging of feed hopper to roller 2, the unqualified gypsum in part is had along traction belts 904 and lifting housing
Gap between 908 enters in lifting housing 908, falls on baffle plate 906, and is slided along baffle plate 906, is set in the lower end of baffle plate 906
Lifting housing 908 bottom is slipped under the guide effect for the cutting plate 907 put, from new elevated, without entering traction belts 904
Between bottom pulley 903, baffle plate 906 and cutting plate 907 play a part of protecting bottom pulley 903, prevent traction belts 904
Skid.
It is noted that above-described embodiment is to the illustrative and not limiting of technical solutions of the utility model, affiliated technology neck
The equivalent substitution of domain those of ordinary skill or the other modifications made according to prior art, as long as not exceeding the utility model skill
The thinking and scope of art scheme, it should be included within the interest field required by the utility model.
Claims (7)
- A kind of 1. industry by-product gypsum calciner, it is characterised in that：Including flame furnace（1）, kiln hood（3）, roller（2）, charging Bucket（4）, anhydrous gypsum discharging opening（5）, semi-hydrated gypsum discharging opening（6）, actuating unit（8）And waste material elevator（9）, it is described Roller（2）Front portion be provided with kiln hood（3）, kiln hood（3）On be provided with feed hopper（4）, described kiln hood（3）Anterior roller （2）On be provided with anhydrous gypsum discharging opening（5）And semi-hydrated gypsum discharging opening（6）, described roller（2）Front end is provided with flame furnace （1）, described flame furnace（1）Hot-blast outlet（113）Respective rollers（2）Front opening, actuating unit（8）Driving drum （2）Relative to kiln hood（3）, anhydrous gypsum discharging opening（5）And semi-hydrated gypsum discharging opening（6）Rotate, the discharging of described anhydrous gypsum Mouthful（5）On be connected with the anhydrous gypsum discharge nozzle of threeway（10）, anhydrous gypsum discharge nozzle（10）The anhydrous stone of open communication Cream discharging opening（5）, an open communication waste product gypsum material storage container（11）, another open communication finished product gypsum conveyer belt is described Semi-hydrated gypsum discharging opening（6）It is communicated with the semi-hydrated gypsum discharge nozzle of threeway（12）, semi-hydrated gypsum discharge nozzle（12）One open Mouth connection anhydrous gypsum discharging opening（5）, an open communication waste product gypsum material storage container（11）, another open communication finished product gypsum Conveyer belt, anhydrous gypsum discharge nozzle（10）And semi-hydrated gypsum discharge nozzle（12）On be provided with reversal valve（13）, gypsum conveyer belt Connect finished product storage tank, described waste product gypsum material storage container（11）Pass through waste material elevator（9）Connect feed hopper（4）, waste material carries The machine of liter（9）Charging aperture be arranged on waste product gypsum material storage container（11）It is interior, waste material elevator（9）Discharging opening connection feed hopper（4）, Described anhydrous gypsum discharging opening（5）And semi-hydrated gypsum discharging opening（6）On be provided with temperature sensor（14）.
- 2. industry by-product gypsum calciner according to claim 1, it is characterised in that：Described flame furnace（1）Including Base（101）, fixed bottom plate（102）, movable floor（103）, mixing chamber（104）And combustion chamber（105）, described fixation bottom plate （102）It is fastenedly connected in base（101）On, base（101）On be provided with support block（106）, movable floor（103）Positioned at fixation Bottom plate（102）With support block（106）Between, described base（101）On be provided with power set（107）, power set（107） Promote movable floor（103）Relative to fixed bottom plate（102）And support block（106）Slide, described fixation bottom plate（102）Tighten Guan County is equipped with mixing chamber（104）, described mixing chamber（104）Side set fuel nozzle（108）And air intake joint（109）, Fuel nozzle（108）Connect fuels sources, described air intake joint（109）Connecting fan, described mixing chamber（104）Opposite side Air outlet, mixing chamber are set（104）Air outlet connection combustion chamber（105）, described movable floor（103）On be provided with least Two combustion chambers（105）, all combustion chamber（105）Structure is identical, including housing（110）, flame retardant coating（111）, air inlet （112）And hot-blast outlet（113）, housing（110）It is fastenedly connected in movable floor（103）On, housing（110）Madial wall on set Put flame retardant coating（111）, housing（110）Side set air inlet（112）, housing（110）Opposite side set hot-blast outlet （113）, housing（110）Air inlet（112）Connect mixing chamber（104）Air outlet, housing（110）Hot-blast outlet（113） Respective rollers（2）Front opening, described mixing chamber（104）One end of air outlet be provided with mounting flange（114）, it is described Housing（110）Air inlet（112）One end be provided with loose flange（115）, mounting flange（114）With loose flange（115） Cooperate, described mixing chamber（104）With combustion chamber（105）It is fastenedly connected by flange and bolt.
- 3. industry by-product gypsum calciner according to claim 2, it is characterised in that：Described fixation bottom plate（102） Close combustion chamber（105）Side be provided with left slideway（116）, support block（106）Inner side be provided with right slideway（117）, Described movable floor（103）Both sides be provided with sliding block（118）, movable floor（103）The sliding block in left side（118）With left cunning Road（116）Mutually it is slidably connected, movable floor（103）The sliding block on right side（118）With right slideway（117）Mutually it is slidably connected.
- 4. industry by-product gypsum calciner according to claim 2, it is characterised in that：Described power set（107） For hydraulic cylinder or it is cylinder or is electric pushrod.
- 5. industry by-product gypsum calciner according to claim 1, it is characterised in that：Described waste material elevator（9） For bucket elevator, including lifting housing（908）, transmission device（901）, upper belt pulley（902）, bottom pulley（903）, traction Belt（904）And lifting hopper（905）, lift housing（908）On be provided with charging aperture and discharging opening, lift housing（908）On It is fixed with transmission device（901）, lift housing（908）Top is provided with upper belt pulley（902）, lift housing（908）Bottom is set It is equipped with bottom pulley（903）, bottom pulley（903）With upper belt pulley（902）Pass through traction belts（904）Connection, traction belts （904）On be provided with lifting hopper（905）, charging aperture is arranged on waste product gypsum material storage container（11）It is interior.
- 6. industry by-product gypsum calciner according to claim 5, it is characterised in that：Described lifting housing（908） Inside it is provided with baffle plate（906）, described baffle plate（906）It is inclined at upper belt pulley（902）With bottom pulley（903）Between, Baffle plate（906）With lifting housing（908）It is fixed, baffle plate（906）By traction belts（904）The lateral traction belts declined （904）The side of rising arranges diagonally downward, described baffle plate（906）Bottom be provided with lambdoid cutting plate（907）.
- 7. industry by-product gypsum calciner according to claim 1, it is characterised in that：Described actuating unit （8）Roller is arranged on including gear wheel, motor, decelerator, driving gear, carrying roller and filler ring, gear wheel（2）On excircle, greatly Gear is intermeshed with driving gear, and driving gear is connected on the output shaft of decelerator, the input axis connection motor of decelerator Output shaft, described roller（2）Excircle on be provided with multiple filler rings, multiple filler rings are symmetrically distributed in gear wheel both sides, Carrying roller supports filler ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720520150.4U CN206692570U (en) | 2017-05-11 | 2017-05-11 | Industry by-product gypsum calciner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720520150.4U CN206692570U (en) | 2017-05-11 | 2017-05-11 | Industry by-product gypsum calciner |
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| Publication Number | Publication Date |
|---|---|
| CN206692570U true CN206692570U (en) | 2017-12-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720520150.4U Withdrawn - After Issue CN206692570U (en) | 2017-05-11 | 2017-05-11 | Industry by-product gypsum calciner |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106927704A (en) * | 2017-05-11 | 2017-07-07 | 郑州三迪建筑科技有限公司 | Industry by-product gypsum calciner |
| CN109851262A (en) * | 2019-03-29 | 2019-06-07 | 郑州三迪建筑科技有限公司 | A kind of application method of ardealite calciner |
-
2017
- 2017-05-11 CN CN201720520150.4U patent/CN206692570U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106927704A (en) * | 2017-05-11 | 2017-07-07 | 郑州三迪建筑科技有限公司 | Industry by-product gypsum calciner |
| CN106927704B (en) * | 2017-05-11 | 2019-07-26 | 郑州三迪建筑科技有限公司 | Industry by-product gypsum calciner |
| CN109851262A (en) * | 2019-03-29 | 2019-06-07 | 郑州三迪建筑科技有限公司 | A kind of application method of ardealite calciner |
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Granted publication date: 20171201 Effective date of abandoning: 20190726 |