CN106216005B

CN106216005B - The useless brick mud recycling system of ceramics factory

Info

Publication number: CN106216005B
Application number: CN201610779025.5A
Authority: CN
Inventors: 高夏长
Original assignee: Shandong Same Ceramics Group Co Ltd
Current assignee: Zibo Jinhao Ceramics Co., Ltd.
Priority date: 2016-08-31
Filing date: 2016-08-31
Publication date: 2018-07-17
Anticipated expiration: 2036-08-31
Also published as: CN106216005A

Abstract

The present invention relates to floor tile technical fields, more particularly to a kind of useless brick mud recycling system of ceramics factory, it is crushed producing line and mud including useless brick and utilizes producing line again, it includes material choosing apparatus and feeding hopper that useless brick, which is crushed producing line, batcher is arranged in the lower end of feeding hopper, primary breaker is arranged in the exit of batcher, further includes swing crushing device and grinding device；Mud includes again sedimentation basin, agitator tank, plunger pump, mud press, filter, driving belt and storage bin using producing line；Structure of the invention is novel; reasonable design; it is easy to use; useless brick is crushed producing line and can be finely crushed to floor tile; it utilizes again, the wastes such as mud, water-coal-slurry ash that mud again can generate ceramics factory's polish line using producing line re-use, and solid matter is again added in the middle of raw material; it need not arrange outside, be conducive to environmental protection.

Description

The useless brick mud recycling system of ceramics factory

Technical field

The present invention relates to floor tile technical fields, and in particular to a kind of useless brick mud recycling system of ceramics factory.

Background technology

It is known that ceramics are the industries of highly energy-consuming high pollution, with the sustained and rapid development of China's economic, urbanization into The continuous quickening of journey and process of industrialization, country are also higher and higher to the attention degree of environmental protection.The necessary transition and upgrade of enterprise, focuses on Environmental protection and sustainable development.

One day about 40T or so of solid waste, one day about 3T or so of useless floor tile, the water coal of ceramic industry polishing departement generation Ash about 15T or so is starched, these damaged, underproof floor tiles are usually directly thrown into refuse depot, will not be recycled, water Coal slurry ash and mud are generally exhausted directly to external factory, pollute environment, and there is an urgent need for a kind of equipment now, to useless floor tile and water-coal-slurry Ash utilizes again.

Invention content

In order to solve the above-mentioned technical problem the deficiency in, it is an object of the invention to：A kind of useless brick mud of ceramics factory is provided Recycling system, structure novel, reasonable design can finely be crushed floor tile, utilized again.

The present invention is that technical solution used by solving its technical problem is：

The useless brick mud recycling system of the ceramics factory, including useless brick are crushed producing line and mud and utilize producing line again.

It includes material choosing apparatus and feeding hopper that useless brick, which is crushed producing line, and batcher, the outlet of batcher is arranged in the lower end of feeding hopper Place's setting primary breaker, further includes swing crushing device and grinding device, is set between primary breaker and swing crushing device The first conveyer is set, second conveyor, the lower end setting first of grinding device are set between swing crushing device and grinding device Storage bin.

Mud includes again sedimentation basin, agitator tank, plunger pump, mud press, filter, driving belt and second using producing line Storage bin, sedimentation basin are connected by conveying pipeline with agitator tank, and the lower end of conveying pipeline is located at the middle and lower part of sedimentation basin, conveying pipeline Upper setting dehvery pump and the first solenoid valve, sedimentation basin are also connected by return pipe with agitator tank, and the lower end of return pipe is located at The middle and upper part of sedimentation basin, setting back water pump and second solenoid valve, agitator tank are connected to mud press, column by feed pipe on return pipe Plug pump is arranged on feed pipe, the feed end of the lower end setting driving belt of mud press, the lower end setting of driving belt discharge end Second storage bin, the water outlet of mud press are connected to filter, the external circulation pipe of filter, and circulating pump is arranged on circulation pipe.

Further preferably, swing crushing device includes vibrating screen and hammer mill, and vibrating screen includes screen box, transmission device And vibrator, the lower end of screen box are arranged holder, the inside of screen box is arranged sieve, and the top of screen box is arranged feed inlet, under screen box Interface channel is arranged in end setting lower part discharge port, the side of screen box；Hammer mill includes casing, the upper end setting charging of casing Mouthful, interface channel is connected with feed inlet, and rotor is arranged in the inside of casing, and multiple tups, the side of casing is arranged in the periphery of rotor Beater plate is set on wall and liner plate, the inside of casing also set up sieve plate.

Further preferably, primary breaker includes shell, and jaw and moving jaw plate, moving jaw plate installation are determined in the inside setting of shell On jaw head, the lower end of jaw head is hinged pull rod, and one end of pull rod is pierced by shell, and the part being pierced by is equipped with spring, the upper end of shell Eccentric shaft is set, and the upper end of jaw head is connected with eccentric shaft, and driving wheel is respectively set in the side of eccentric shaft, and the lower end of jaw head passes through The articulated fastener skewback of locating rod.

Further preferably, material choosing apparatus includes hopper feedback, and the middle part of hopper feedback is arranged a plurality of fixed link, is arranged in fixed link Multiple broken protrusions are arranged on the inner wall of hopper feedback in more crushing needles, and broken protrusion is made of stainless steel, the inside of hopper feedback Fines sieve plate is set, and fines sieve plate is located at the lower end of fixed link, and the side setting coarse fodder of hopper feedback exports, and the lower end of hopper feedback is set Fine material outlet is set, positioned at the top of fines sieve plate, fine material outlet is located at the lower part of fines sieve plate for coarse fodder outlet.

Further preferably, grinding device includes the abrasive roller being symmetrical set, and gap is arranged between abrasive roller, grinds Mill roller is fixed by holder, and shaft is arranged in the middle part of abrasive roller, and the end set of shaft connects belt wheel, connects belt wheel It is linked by belt between grinding motor.

Further preferably, mud press includes fixed frame, and filter plate is arranged in the upper end of fixed frame, and the both sides of filter plate are respectively set only Push plate and push plate, are arranged filter plate between thrust plate and push plate, hydraulic cylinder, filter plate and feed pipe phase is arranged in the side of push plate Connection.

Further preferably, agitator tank includes tank body, and stirring motor is arranged in the upper end of tank body, and the lower end setting of stirring motor is stirred Axis is mixed, the periphery setting multiple arcs paddle of agitating shaft, agitator arm is arranged in the lower end of agitating shaft.

Further preferably, the gap between abrasive roller is 0.5-0.8cm.

Further preferably, multiple stirring blades are arranged in the outside of agitator arm.

Further preferably, in sedimentation basin conveying pipeline end set filter frame, filter frame handed over by the lateral and vertical body of rod Mistake composition.

Compared with prior art, the invention has the advantages that：

Structure of the invention is novel, and reasonable design is easy to use, and useless brick is crushed producing line and can finely be broken to floor tile It is broken, it utilizes again, has both reduced the discharge of ceramics factory's rubbish, reduce the floor space of rubbish, additionally it is possible to again by floor tile In production, accomplish the zero-emission of useless brick, mud utilize again producing line can to mud that ceramics factory's polish line generates, The wastes such as water-coal-slurry ash are re-used, and solid matter is again added in the middle of raw material, need not be arranged outside, are conducive to environment Protection, in addition, filtered moisture can also be re-applied in the links of factory, has accomplished that the cycle of resource makes With whole process both reduces cost, also promotes the generation upgrading of enterprise, is conducive to sustainable development.

Description of the drawings

Fig. 1 present invention is useless, and brick is crushed producing line structural schematic diagram；

Fig. 2 swing crushing apparatus structure schematic diagrams of the present invention；

Fig. 3 primary breaker structural schematic diagrams of the present invention；

Fig. 4 material choosing apparatus structural schematic diagrams of the present invention；

Fig. 5 grinding device structural schematic diagrams of the present invention；

Fig. 6 mud of the present invention utilizes producing line flow chart again；

Fig. 7 mud press structural schematic diagrams of the present invention；

Fig. 8 agitator tank structural schematic diagrams of the present invention.

In figure：1, feeding hopper；2, material choosing apparatus；3, swing crushing device；4, grinding device；5, the first storage bin；6, One conveyer；7, primary breaker；8, batcher；9, sedimentation basin；10, filter frame；11, conveying pipeline；12, dehvery pump；13, fixed Frame；14, filter；15, ladder；16, driving belt；17, mud press；18, plunger pump；19, agitator tank；20, the first solenoid valve； 21, return pipe；22, back water pump；3.1, vibrating screen；3.2, hammer mill；3.3, it is crushed motor；3.4, belt wheel；3.5；Lower part Discharge port；3.6, holder；3.7, sieve；5.1, the second storage bin；7.1, driving wheel；7.2, fastener skewback；7.3, motor； 7.4, spring；7.5, pull rod；7.6, locating rod；7.7, jaw head；7.8, determine jaw；7.9, moving jaw plate；7.10, eccentric shaft；2.1、 Hopper feedback；2.2, crushing needle；2.3, coarse fodder exports；2.4, fine material outlet；2.5, fines sieve plate；2.6, fixed link；2.7, it is crushed Protrusion；4.1, abrasive roller；4.2, belt wheel is connected；4.3, motor is ground；4.4, fixing bracket；17.1, feed pipe；17.2, only Push plate；17.3, filter plate；17.4, push plate；17.5, hydraulic cylinder；19.1, stirring motor；19.2, tank body；19.3, agitator arm； 19.4, agitating shaft；19.5, arc paddle；20.1, second solenoid valve.

Specific implementation mode

The embodiment of the present invention is described further below in conjunction with the accompanying drawings：

Embodiment 1

As shown in Figure 1, it includes material choosing apparatus 2 and feeding hopper 1 that useless brick, which is crushed producing line, batcher is arranged in the lower end of feeding hopper 1 8, primary breaker 7 is arranged in the exit of batcher 8, further includes swing crushing device 3 and grinding device 4, primary breaker 7 with First conveyer 6 is set between swing crushing device, second conveyor is set between swing crushing device 3 and grinding device 4, is ground The first storage bin 5 is arranged in the lower end of mill apparatus 4.

Material choosing apparatus 2 includes hopper feedback 2.1, the inside setting fines sieve plate 2.5 of hopper feedback 2.1, the side of hopper feedback 2.1 Coarse fodder is set and exports 2.3, coarse fodder outlet 2.3 is connected with feeding hopper 1, and fine material outlet 2.4 is arranged in the lower end of hopper feedback 2.1, slightly Material outlet 2.3 is located at the top of fines sieve plate 2.5, and fine material outlet 2.4 is connected with the first conveyer 6.

As shown in fig. 6, mud includes again sedimentation basin 9, agitator tank 19, plunger pump 18, mud press 17, drainage using producing line Pond 14, third conveyer and the second storage bin 5.1, sedimentation basin 9 are connected by conveying pipeline 11 with agitator tank 19, conveying pipeline 11 Lower end is located at the middle and lower part of sedimentation basin 9, and dehvery pump 12 is arranged on conveying pipeline 11 and the first solenoid valve 20, sedimentation basin 9 also pass through Return pipe 21 is connected with agitator tank 19, and the lower end of return pipe 21 is located at the middle and upper part of sedimentation basin 9, is arranged back on return pipe 21 Water pump 22 and second solenoid valve 20.1, agitator tank 19 are connected to mud press 17 by feed pipe 17.1, and the setting of plunger pump 18 is being sent In expects pipe 17.1, the feed end of the lower end setting driving belt 16 of mud press 17, the lower end of 16 discharge end of driving belt is connected to Storage bin 5, the water outlet of mud press 17 are connected to filter 14,14 external circulation pipe of filter, and circulating pump is arranged on circulation pipe.

As shown in Fig. 2, swing crushing device 3 includes vibrating screen 3.1 and hammer mill 3.2, vibrating screen 3.1 includes sieve Holder 3.6 is arranged in the lower end of case, transmission device and vibrator, screen box, and sieve 3.7 is arranged in the inside of screen box, and the top of screen box is set Feed inlet is set, lower part discharge port 3.5 is arranged in the lower end of screen box, and interface channel is arranged in the side of screen box；Hammer mill 3.2 includes Feed inlet is arranged in the upper end of casing, casing, and interface channel is connected with feed inlet, the inside setting rotor of casing, outside rotor The multiple tups of setting are enclosed, rotor is connected by belt wheel 3.4 with broken motor 3.3, and beater plate and lining are arranged on the side wall of casing The inside of plate, casing also sets up sieve plate；Vibrating screen 3.1 sorts useless floor tile, underproof to enter hammer mill 3.2 It is crushed again, the qualified grinding device 4 that is directly entered carries out fine grinding.

As shown in figure 3, primary breaker 7 includes shell, jaw 7.8 and moving jaw plate 7.9 are determined in the inside setting of shell, move jaw Plate 7.9 is mounted on jaw head 7.7, and the lower end of jaw head 7.7 is hinged pull rod 7.5, and one end of pull rod 7.5 is pierced by shell, the portion being pierced by Packing has spring 7.4, the upper end of shell that eccentric shaft 7.10 is arranged, and the upper end of jaw head 7.7 is connected with eccentric shaft 7.10, eccentric shaft Driving wheel 7.1 is respectively set in 7.10 side, and driving wheel 7.1 is driven with motor 7.3, and the lower end of jaw head 7.7, which passes through, determines Position 7.6 articulated fastener skewback 7.2 of bar；The shell composition jaw thorax for determining jaw 7.8, moving jaw plate 7.9 and shell, when useless floor tile Into after jaw thorax, split due to fragmentation because being squeezed, warding off.

As shown in figure 4, material choosing apparatus 2 includes hopper feedback 2.1, a plurality of fixed link 2.6 is arranged in the middle part of hopper feedback 2.1, Gu More crushing needles 2.2 are set in fixed pole 2.6, are arranged multiple broken raised 2.7 on the inner wall of hopper feedback 2.1, hopper feedback 2.1 it is interior Fines sieve plate 2.5 is arranged in portion, and fines sieve plate 2.5 is located at the lower end of fixed link 2.6, and the side setting coarse fodder of hopper feedback 2.1 exports 2.3, fine material outlet 2.4 is arranged in the lower end of hopper feedback 2.1, and coarse fodder outlet 2.3 is located at the top of fines sieve plate 2.5, fine material outlet 2.4 are located at the lower part of fines sieve plate 2.5；Useless floor tile is poured into from the upper end of hopper feedback 2.1 in hopper feedback 2.1, due to gravity Effect, when useless floor tile strikes crushing needle 2.2 and broken protrusion 2.7, it may appear that broken situation, it is up to specification after being crushed Size enters directly into swing crushing device by fine material outlet 2.4, incongruent, enters and feeds by coarse fodder outlet 2.3 Hopper is crushed again into primary breaker.

As shown in figure 5, grinding device 4 includes the abrasive roller 4.1 being symmetrical set, it is arranged between abrasive roller 4.1 Gap, abrasive roller 4.1 are fixed by fixing bracket 4.4, and shaft, the end of shaft is arranged in the middle part of abrasive roller 4.1 Setting connection belt wheel 4.2, connects and is linked by belt between belt wheel 4.2 and grinding motor 4.3, the abrasive roller 4.1 in left side Left side setting commutation buffer board, commutation buffer board are supported by supporting rack, and baffle, commutation buffering is arranged in the both sides for the buffer board that commutates The left end of plate is located at the lower end in second conveyor exit, and right end is located at the upper end in two abrasive rollers, 4.1 gap；Since grinding is rolled Gap between cylinder 4.1 is certain, and final useless floor tile can be ground into the fine grinding of predetermined size.

As shown in fig. 7, mud press 17 includes fixed frame 13, ladder 15 is arranged in the side of fixed frame 13, and the upper end of holder is set Filter plate 17.3 is set, thrust plate 17.2 and push plate 17.4, thrust plate 17.2 and push plate is respectively set in the both sides of filter plate 17.3 Filter plate 17.3 is set between 17.4, and hydraulic cylinder 17.5 is arranged in the side of push plate 17.4, and filter plate 17.3 is connected with feed pipe 17.1 It connects；Using the pressure extrusion mud of plunger pump 18, mud is squeezed by feed pipe 17.1 in mud press 17, and in hydraulic cylinder 17.5 and 18 common pressure of plunger pump under the action of, make mud completed inside mud press 17 squeeze, dewatering work, the water filtered out Divide and enter filter 14, is delivered in storage bin at pie, and by conveyer by 8-10 minutes mud.

As shown in figure 8, agitator tank 19 includes tank body 19.2, stirring motor 19.1, stirring electricity is arranged in the upper end of tank body 19.2 Agitating shaft 19.4 is arranged in the lower end of machine 19.1, and agitating shaft 19.4 constantly rotates, agitating shaft under the drive of stirring motor 19.1 19.4 periphery setting multiple arcs paddle 19.5, can stir evenly slime water, paddle is arranged in the lower end of agitating shaft 19.4 Multiple stirring blades are arranged in the outside of wheel 19.3, agitator arm 19.3, stir great efforts, can prevent the concentration of hydraulic mixture mistake of bottom It is high.

The end set filter frame 10 of conveying pipeline 11 in sedimentation basin 9, filter frame 10 are interlocked group by the lateral and vertical body of rod At the sundries that 9 inner volume of sedimentation basin can be prevented larger enters in conveying pipeline 11.

Wherein, the also external circulation pipe of return pipe 21；The inner wall of conveying pipeline 11 posts wearing layer, can reinforce, rub resistance；It grinds It is 0.5-0.8cm to grind the gap between roller 4.1；First conveyer 6 includes rack, and the both ends setting transmission belt wheel of rack passes Conveyer belt is set between feed roller, and transmission belt wheel is connected with transmission motor；Bar shaped anti-skid bulge is arranged in the outside of conveyer belt, increases Big frictional force can prevent useless floor tile from sliding；Sieve 3.7 is all made of stainless steel and is made.

In addition, further include controller, controller and the first solenoid valve 20, mud press 17, dehvery pump 12, back water pump 22 and Plunger pump 18 is electrically connected, and can play control action, controls the speed of filter mud and the speed of return water.

The specifically used process of the present invention：

In use, material choosing apparatus 2 to useless floor tile be tentatively crushed first, and sorted, size up to specification By fine material outlet 2.4 by the transport of the first conveyer 6, swing crushing device 3 is entered directly into, it is incongruent, by thick Material outlet 2.3 enters feeding hopper 1, is crushed again into primary breaker 7 by batcher 8, broken subsequently into vibration Crushing device 3, likewise, vibrating screen 3.1 sorts useless floor tile, the qualified grinding device 4 that is directly entered carries out fine grinding, no Qualified is crushed again into hammer mill 3.2, is finally crushed to a degree of useless floor tile and is entered grinding dress It is levigate to set 4 carry out, enters in storage bin 5, whole process has used multiple screening, then detaches, and largely saves Resource reduces cost；Sedimentation basin 9 is precipitated first, and conveying pipeline 11 is located at the middle and lower part of sedimentation basin 9, can will be conformed to In the slurry transportation asked to agitator tank 19, after being stirred evenly in agitator tank 19, be pumped under the high pressure of plunger pump 18 mud press 17 into Row filtering, the moisture filtered out enter filter 14, and the mud cake filtered out is delivered to by driving belt 16 in the second storage bin 5.1；Separately Outside, when in agitator tank 19 mud excessive concentration or agitator tank 19 need to wash away when, can use back water pump 22, by sedimentation basin 9 The clear water on upper layer is pumped into agitator tank 19 and uses, in addition, the moisture in sedimentation basin 9 and filter 14 can be answered by circulation pipe Use other places of factory.

Claims

The brick mud recycling system 1. a kind of ceramics factory gives up, including useless brick are crushed producing line and mud and utilize producing line again, special Sign is,

It includes material choosing apparatus that useless brick, which is crushed producing line,（2）And feeding hopper（1）, feeding hopper（1）Lower end be arranged batcher（8）, feed Machine（8）Exit be arranged primary breaker（7）, further include swing crushing device（3）And grinding device（4）, primary breaker （7）With swing crushing device（3）Between the first conveyer is set（6）, swing crushing device（3）With grinding device（4）Between set Set second conveyor, grinding device（4）Lower end be arranged the first storage bin（5）；

Material choosing apparatus（2）Including hopper feedback（2.1）, hopper feedback（2.1）Inside be arranged fines sieve plate（2.5）, hopper feedback（2.1） Side setting coarse fodder export（2.3）, coarse fodder outlet（2.3）With feeding hopper（1）It is connected, hopper feedback（2.1）Lower end setting Fine material outlet（2.4）, coarse fodder outlet（2.3）Positioned at fines sieve plate（2.5）Top, fine material outlet（2.4）With the first conveyer （6）It is connected；

Mud includes again sedimentation basin using producing line（9）, agitator tank（19）, plunger pump（18）, mud press（17）, filter （14）, driving belt（16）With the second storage bin（5.1）, sedimentation basin（9）Pass through conveying pipeline（11）With agitator tank（19）It is connected, Conveying pipeline（11）Lower end be located at sedimentation basin（9）Middle and lower part, conveying pipeline（11）Upper setting dehvery pump（12）With the first electromagnetism Valve（20）, sedimentation basin（9）Also pass through return pipe（21）With agitator tank（19）It is connected, return pipe（21）Lower end be located at precipitation Pond（9）Middle and upper part, return pipe（21）Upper setting back water pump（22）And second solenoid valve（20.1）, agitator tank（19）Pass through feeding Pipe（17.1）It is connected to mud press（17）, plunger pump（18）It is arranged in feed pipe（17.1）On, mud press（17）Lower end setting Driving belt（16）Feed end, driving belt（16）The lower end of discharge end is connected to the second storage bin（5.1）, mud press（17） Water outlet be connected to filter（14）, filter（14）Circulating pump is arranged on circulation pipe in external circulation pipe.
The brick mud recycling system 2. ceramics factory according to claim 1 gives up, which is characterized in that swing crushing device （3）Including vibrating screen（3.1）And hammer mill（3.2）, vibrating screen（3.1）Including screen box, transmission device and vibrator, screen box Lower end be arranged holder（3.6）, sieve is arranged in the inside of screen box（3.7）, the top setting feed inlet of screen box, the lower end of screen box is set Set lower part discharge port（3.5）, interface channel is arranged in the side of screen box；Hammer mill（3.2）Including casing, the upper end of casing is set Feed inlet is set, interface channel is connected with feed inlet, and rotor is arranged in the inside of casing, and multiple tups, machine is arranged in the periphery of rotor Beater plate is set on the side wall of shell and liner plate, the inside of casing also set up sieve plate.
The brick mud recycling system 3. ceramics factory according to claim 1 gives up, which is characterized in that primary breaker（7） Including shell, jaw is determined in the inside setting of shell（7.8）And moving jaw plate（7.9）, moving jaw plate（7.9）Mounted on jaw head（7.7）On, Jaw head（7.7）Lower end be hinged pull rod（7.5）, pull rod（7.5）One end be pierced by shell, the part being pierced by be equipped with spring（7.4）, Eccentric shaft is arranged in the upper end of shell（7.10）, jaw head（7.7）Upper end and eccentric shaft（7.10）It is connected, eccentric shaft（7.10）'s Driving wheel is arranged in side（7.1）, jaw head（7.7）Lower end pass through locating rod（7.6）Articulated fastener skewback（7.2）.
The brick mud recycling system 4. ceramics factory according to claim 1 gives up, which is characterized in that hopper feedback（2.1）'s A plurality of fixed link is arranged in middle part（2.6）, fixed link（2.6）More crushing needles of upper setting（2.2）, hopper feedback（2.1）Inner wall on Multiple broken protrusions are set（2.7）, hopper feedback（2.1）Inside be arranged fines sieve plate（2.5）, fines sieve plate（2.5）Positioned at solid Fixed pole（2.6）Lower end, fine material outlet（2.4）Positioned at fines sieve plate（2.5）Lower part.
The brick mud recycling system 5. ceramics factory according to claim 1 gives up, which is characterized in that grinding device（4）Packet Include the abrasive roller being symmetrical set（4.1）, abrasive roller（4.1）Between gap, abrasive roller are set（4.1）Pass through fixation Holder（4.4）It is fixed, abrasive roller（4.1）Middle part shaft is set, the end set of shaft connects belt wheel（4.2）, even Tape splicing wheel（4.2）With grinding motor（4.3）Between linked by belt.
The brick mud recycling system 6. ceramics factory according to claim 1 gives up, which is characterized in that mud press（17）Including Fixed frame（13）, fixed frame（13）Upper end be arranged filter plate（17.3）, filter plate（17.3）Both sides thrust plate is respectively set （17.2）And push plate（17.4）, thrust plate（17.2）And push plate（17.4）Between filter plate is set（17.3）, push plate （17.4）Side be arranged hydraulic cylinder（17.5）, filter plate（17.3）With feed pipe（17.1）It is connected.
The brick mud recycling system 7. ceramics factory according to claim 1 gives up, which is characterized in that agitator tank（19）Including Tank body（19.2）, tank body（19.2）Upper end be arranged stirring motor（19.1）, stirring motor（19.1）Lower end be arranged agitating shaft （19.4）, agitating shaft（19.4）Periphery setting multiple arcs paddle（19.5）, agitating shaft（19.4）Lower end be arranged agitator arm （19.3）.
The brick mud recycling system 8. ceramics factory according to claim 5 gives up, which is characterized in that abrasive roller（4.1） Between gap be 0.5-0.8cm.
The brick mud recycling system 9. ceramics factory according to claim 7 gives up, which is characterized in that agitator arm（19.3） Outside multiple stirring blades are set.
The brick mud recycling system 10. ceramics factory according to claim 1 gives up, which is characterized in that sedimentation basin（9）It is interior defeated Expects pipe（11）Lower end be arranged filter frame（10）, filter frame（10）By lateral and vertical body of rod staggered.