CN109046695A - A kind of secondary grinder of ceramic slurry - Google Patents

A kind of secondary grinder of ceramic slurry Download PDF

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Publication number
CN109046695A
CN109046695A CN201811108351.9A CN201811108351A CN109046695A CN 109046695 A CN109046695 A CN 109046695A CN 201811108351 A CN201811108351 A CN 201811108351A CN 109046695 A CN109046695 A CN 109046695A
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CN
China
Prior art keywords
grinding
cylinder
fixedly connected
gear
shaft
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Granted
Application number
CN201811108351.9A
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Chinese (zh)
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CN109046695B (en
Inventor
郑吉冬
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XUZHOU HUAYAN SPECIAL CERAMICS Co.,Ltd.
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郑吉冬
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Priority to CN201811108351.9A priority Critical patent/CN109046695B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C19/00Other disintegrating devices or methods
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/08Separating or sorting of material, associated with crushing or disintegrating
    • B02C23/14Separating or sorting of material, associated with crushing or disintegrating with more than one separator
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/08Separating or sorting of material, associated with crushing or disintegrating
    • B02C23/16Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/18Adding fluid, other than for crushing or disintegrating by fluid energy
    • B02C23/20Adding fluid, other than for crushing or disintegrating by fluid energy after crushing or disintegrating
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C7/00Crushing or disintegrating by disc mills
    • B02C7/02Crushing or disintegrating by disc mills with coaxial discs
    • B02C7/08Crushing or disintegrating by disc mills with coaxial discs with vertical axis
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C7/00Crushing or disintegrating by disc mills
    • B02C7/11Details
    • B02C7/12Shape or construction of discs
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C7/00Crushing or disintegrating by disc mills
    • B02C7/11Details
    • B02C7/16Driving mechanisms

Abstract

The present invention relates to ceramic slurry milling apparatus fields, more particularly to a kind of secondary grinder of ceramic slurry;Including pedestal, sand cylinder and collecting box, the pedestal includes bottom plate, bracket, fine grinding tube stent, grinding tube stent, strut and drive axle support;Bracket is fixedly connected on the rear end of bottom plate;Fine grinding tube stent and grinding tube stent are respectively fixedly connected with middle-end and upper end in bracket;Strut is fixedly connected on the side of bottom plate;There are two drive axle support is set, two drive axle supports are fixedly connected on strut and consistency from top to bottom;The present invention can carry out secondary polishing to the ceramic slurry that ball mill is tentatively polished by sand cylinder and fine grinding cylinder;Sand cylinder carries out preliminary grinding and screening to slurry by way of imitating hand-ground, and the slurry for meeting secondary polishing condition is delivered to the fine grinding of fine grinding cylinder and is ground repeatedly to non-compliant slurry.

Description

A kind of secondary grinder of ceramic slurry
Technical field
The present invention relates to ceramic slurry milling apparatus fields, more particularly to a kind of secondary grinder of ceramic slurry.
Background technique
Being made for high technology ceramics raw material need to be through a succession of complicated formality, such as crushing, grinding, washing, chemolysis, standing Disperse with suspension, magnetic force classification, liquid, mix, hierarchical classification, degasification, filtering, spray drying etc., in traditional ceramics raw material In process of lapping, commonly used approach is ball milling.During ball milling, usually first puts part ingredient and carry out one section of ball milling After time, then plus remaining ingredient ball milling together, total Ball-milling Time by material it is different from ten a few houres to thirties hours It differs, it is since ball mill is hit and rubs by the ballstone in cylinder, the progress of pug pellet is levigate, to the uniform of raw material polishing Degree is gradually increasing with the polishing time, so ball mill needs to continue ball milling for a long time just be polishing to raw material uniformly, wave Take many energy and time.A kind of secondary grinder of ceramic slurry is proposed thus, after ball mill tentatively polish to raw material Slurry is transferred to the present invention, secondary polishing can be carried out to the slurry that finishes of tentatively polishing, until slurry be polished uniformly, with The polishing time of this slurry.
Summary of the invention
The object of the present invention is to provide a kind of secondary grinders of ceramic slurry, can carry out two to the ceramic slurry tentatively polished Secondary polishing.
The purpose of the present invention is achieved through the following technical solutions:
A kind of secondary grinder of ceramic slurry, including pedestal, sand cylinder and collecting box, the pedestal include bottom plate, branch Frame, fine grinding tube stent, grinding tube stent, strut and drive axle support;Bracket is fixedly connected on the rear end of bottom plate;Refine tube stent Middle-end and upper end in bracket are respectively fixedly connected with grinding tube stent;Strut is fixedly connected on the side of bottom plate;Transmission shaft branch There are two erections, and two drive axle supports are fixedly connected on strut and consistency from top to bottom;
The sand cylinder includes sand cylinder cylinder, drop pipe, grinding pedestal, grinding shaft, driven pulley, sloping shaft, grinds Grinding, driving pulley, transmission shaft, driven gear, motor, driving gear and drive bevel gear;Drop pipe, which is connected to and in communication with, to be ground The bottom end of mill tube cylinder;The outer end of grinding pedestal is fixedly connected on the side of sand cylinder cylinder top;Grinding shaft is rotatably assorted company It connects in the inside of grinding pedestal;Driven pulley is fixedly connected on the top of grinding shaft;One end of sloping shaft is fixedly connected on grinding The bottom end of axis, the other end of sloping shaft are fixedly connected on the middle-end of abrasive sheet top surface;The bottom surface of abrasive sheet is set as cambered surface, grinding The cambered surface of piece bottom surface is bonded with the cambered surface of sand cylinder cylinder inboard wall bottom end;Driving pulley is connected by belt and driven pulley V belt translation It connects, driving pulley is fixedly connected on the top of transmission shaft;Driven gear is fixedly connected on the middle-end of transmission shaft;Driving gear is fixed It is connected on the output shaft of motor;Driving gear and driven gear engaged transmission;Drive bevel gear is fixedly connected on transmission shaft Bottom end;Sand cylinder cylinder is fixedly connected on grinding tube stent;The both ends of transmission shaft are rotatably assorted respectively is connected to two transmissions In bracing strut;Motor is fixedly connected on one of drive axle support;
The collecting box includes collection box body, and collection box body is fixedly connected on bottom plate;Collection box body setting In the lower end of drop pipe;
The sand cylinder further includes filter screen I;Filter screen I is fixedly connected on the connection of sand cylinder cylinder and drop pipe Place, the top surface of filter screen I is bonded with abrasive sheet.
The secondary grinder of a kind of ceramic slurry further include fine grinding cylinder, the fine grinding cylinder include fine grinding cylinder cylinder, Gear pedestal, gear shaft, driven wheel of differential, driving gear, isolation grinding, second level liquid-entering hole, linkage axis hole, upper grinding, level-one Liquid-entering hole, hexagon slot, gear ring frame, gear ring, lower grinding, three-level liquid-entering hole, universal driving shaft, hexagon sliding block, bottom grinding and liquid out Hole;Gear pedestal is fixedly connected on the top of fine grinding cylinder cylinder;The middle-end of gear shaft, which is rotatably assorted, to be connected on gear pedestal;It drives Moving gear and driven wheel of differential are respectively fixedly connected with inside and outside gear shaft;Isolation grinding is fixedly connected on fine grinding cylinder cylinder The middle-end of inner wall;Isolation grinding is equipped with several second level liquid-entering holes, several second level liquid-entering holes are uniformly circumferentially positioned at isolation The inner ring of grinding;The middle-end of isolation grinding is arranged in linkage axis hole;Second level liquid-entering hole and linkage axis hole are up and down through isolation mill Piece;Upper refining plate interval is cooperatively connected in fine grinding cylinder cylinder, and the bottom surface of upper grinding is bonded with the top surface that grinding is isolated;In upper grinding Equipped with several level-one liquid-entering holes, several level-one liquid-entering holes are uniformly circumferentially positioned at the outer ring of grinding, several level-ones enter Fluid apertures runs through upper grinding up and down;The middle-end of upper grinding bottom surface is arranged in hexagon slot, and the upper end of hexagon slot is not through upper mill Piece;Gear ring frame is provided with several, several gear ring frames are uniformly distributed the outer ring for being fixedly connected on grinding top surface;The bottom of gear ring End is fixedly connected on the top of several gear ring frames;Gear ring and driving gear pass through engaged transmission;Three-level liquid-entering hole is equipped with several A, several three-level liquid-entering holes are uniformly circumferentially positioned at the outer ring of lower grinding, several three-level liquid-entering holes run through lower mill up and down Piece;Universal driving shaft is fixedly connected on the middle-end of lower grinding top surface;Hexagon sliding block is fixedly connected on the top of universal driving shaft;Bottom grinding is solid Surely it is connected to the bottom end of fine grinding cylinder cylinder inboard wall;The middle-end of bottom grinding is equipped with a fluid hole;Lower refining plate interval cooperation is being refined In cylinder cylinder, the bottom surface of lower grinding is bonded with the top surface that bottom is ground;Universal driving shaft, which is rotatably assorted, to be connected in linkage axis hole;Hexagon Sliding block is slidably connected in hexagon slot;Lower grinding is located at the lower section of isolation grinding;Fine grinding cylinder cylinder is fixedly connected on essence On mill tube bracket;The lower section of drop pipe is arranged in fine grinding cylinder cylinder;The top of collection box body is arranged in fluid hole;From mantle tooth Wheel passes through engaged transmission with abrasive sheet.
The cross section of the upper grinding is gradually thinning from inside to outside.
The cross section of the lower grinding is gradually thinning from inside to outside.
The fine grinding cylinder further includes water pipe rack, and water pipe rack is fixedly connected on the top of fine grinding cylinder cylinder side.
The collecting box further includes filter screen II, outlet pipe, water pump and water inlet pipe, and filter screen II is fixedly connected on collection The middle-end of box body inner wall;The water inlet of outlet pipe is connected to and in communication with the bottom end in collection box body side;The water outlet of outlet pipe The water inlet of mouth and water pump is connected to and in communication with;The water outlet of water pump and the water inlet of water inlet pipe are connected to and in communication with;Water inlet pipe goes out The mouth of a river is located at the top of fine grinding cylinder cylinder;The upper end of water inlet pipe is fixedly connected on water pipe rack.
Beneficial effects of the present invention:
The present invention can carry out secondary polishing to the ceramic slurry that ball mill is tentatively polished by sand cylinder and fine grinding cylinder;Grinding Cylinder carries out preliminary grinding and screening to slurry by way of imitating hand-ground, and the slurry for meeting fine grinding condition is delivered to Fine grinding cylinder simultaneously grinds non-compliant slurry repeatedly;Cylinder is refined to be ground by the multilayer of internal setting in sand cylinder The slurry of output carries out uniform and multi-level grinding, can refine the slurry exported in sand cylinder to required requirement and optimization The uniformity of slurry endoparticle;Filter screen II is equipped in collecting box, the slurry that can will be recently entered to collecting box carries out tentatively Dehydration, and the water filtered out is recycled into injection fine grinding cylinder or sand cylinder, slurry injects pure water during grinding to be mentioned The circulation of high slurry, and certain lubricating action is played to device inside, improve the effect of fine grinding.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention;
Fig. 2 is base construction schematic diagram of the invention;
Fig. 3 is sand cylinder structural schematic diagram one of the invention;
Fig. 4 is the schematic diagram of the section structure one of the invention;
Fig. 5 is sand cylinder structural schematic diagram two of the invention;
Fig. 6 is fine grinding barrel structure schematic diagram one of the invention;
Fig. 7 is fine grinding barrel structure schematic diagram two of the invention;
Fig. 8 is fine grinding barrel structure schematic diagram three of the invention;
Fig. 9 is fine grinding barrel structure schematic diagram four of the invention;
Figure 10 is fine grinding barrel structure schematic diagram five of the invention;
Figure 11 is the schematic diagram of the section structure two of the invention;
Figure 12 is collecting box structural schematic diagram of the invention.
In figure: pedestal 1;Bottom plate 1-1;Bracket 1-2;Refine tube stent 1-3;Grind tube stent 1-4;Strut 1-5;Transmission shaft Bracket 1-6;Sand cylinder 2;Sand cylinder cylinder 2-1;Drop pipe 2-2;Grind pedestal 2-3;Grinding shaft 2-4;Driven pulley 2-5;Incline Inclined shaft 2-6;Abrasive sheet 2-7;Driving pulley 2-8;Transmission shaft 2-9;Driven gear 2-10;Motor 2-11;Driving gear 2-12;It is main Dynamic bevel gear 2-13;I 2-14 of filter screen;Refine cylinder 3;Refine cylinder cylinder 3-1;Gear pedestal 3-2;Gear shaft 3-3;From mantle tooth Take turns 3-4;Drive gear 3-5;Water pipe rack 3-6;Isolation grinding 3-7;Second level liquid-entering hole 3-8;Link axis hole 3-9;Upper grinding 3-10; Level-one liquid-entering hole 3-11;Hexagon slot 3-12;Gear ring frame 3-13;Gear ring 3-14;Lower grinding 3-15;Three-level liquid-entering hole 3-16;Connection Moving axis 3-17;Hexagon sliding block 3-18;Bottom is ground 3-19;Fluid hole 3-20;Collecting box 4;Collection box body 4-1;Filter screen II 4-2;Outlet pipe 4-3;Water pump 4-4;Water inlet pipe 4-5.
Specific embodiment
Invention is further described in detail by 1-12 with reference to the accompanying drawing.
Specific embodiment 1:
As shown in figs. 1-12, the secondary grinder of a kind of ceramic slurry, including pedestal 1, sand cylinder 2 and collecting box 4, it is described Pedestal 1 includes bottom plate 1-1, bracket 1-2, fine grinding tube stent 1-3, grinding tube stent 1-4, strut 1-5 and drive axle support 1-6; Bracket 1-2 is fixedly connected on the rear end of bottom plate 1-1;Fine grinding tube stent 1-3 and grinding tube stent 1-4 are respectively fixedly connected in bracket The middle-end of 1-2 and upper end;Strut 1-5 is fixedly connected on the side of bottom plate 1-1;There are two drive axle support 1-6 is set, two transmissions Bracing strut 1-6 is fixedly connected on strut 1-5 and consistency from top to bottom;
The sand cylinder 2 includes sand cylinder cylinder 2-1, drop pipe 2-2, grinding pedestal 2-3, grinding shaft 2-4, driven belt Take turns 2-5, sloping shaft 2-6, abrasive sheet 2-7, driving pulley 2-8, transmission shaft 2-9, driven gear 2-10, motor 2-11, driving tooth Take turns 2-12 and drive bevel gear 2-13;Drop pipe 2-2 is connected to and in communication in the bottom end of sand cylinder cylinder 2-1;Grind pedestal 2-3's Outer end is fixedly connected on the side on the top sand cylinder cylinder 2-1;Grinding shaft 2-4 is by rolling bearing units in grinding pedestal 2-3 The rotation of its axis of lateral edge and axial restraint;Driven pulley 2-5 is fixedly connected on the top of grinding shaft 2-4;One end of sloping shaft 2-6 It is fixedly connected on the bottom end of grinding shaft 2-4, the other end of sloping shaft 2-6 is fixedly connected on the middle-end of the top surface abrasive sheet 2-7;Grinding The bottom surface of piece 2-7 is set as cambered surface, and the cambered surface of the bottom surface abrasive sheet 2-7 is bonded with the cambered surface of sand cylinder cylinder 2-1 inner wall bottom end;It is main Movable belt pulley 2-8 is connect by belt with driven pulley 2-5 V belt translation, and driving pulley 2-8 is fixedly connected on the top of transmission shaft 2-9 End;Driven gear 2-10 is fixedly connected on the middle-end of transmission shaft 2-9;Driving gear 2-12 is fixedly connected on the output of motor 2-11 On axis;Driving gear 2-12 and driven gear 2-10 engaged transmission;Drive bevel gear 2-13 is fixedly connected on the bottom of transmission shaft 2-9 End;Sand cylinder cylinder 2-1 is fixedly connected on grinding tube stent 1-4;The both ends of transmission shaft 2-9 pass through rolling bearing units two respectively Along the rotation of its axis and axial restraint in a drive axle support 1-6;Motor 2-11 is fixedly connected on one of drive axle support On 1-6;When using sand cylinder 2, the slurry that ball mill was tentatively polished is added in sand cylinder cylinder 2-1, starts motor 2-11, For motor 2-11 by power supply and polygon control survey, motor 2-11 drives driving gear 2-12 rotation, and driving gear 2-12 drives driven Gear 2-10 rotation, driven gear 2-10 drive transmission shaft 2-9 rotation, and transmission shaft 2-9 drives driving pulley 2-8 rotation, actively Belt wheel 2-8 drives driven pulley 2-5 rotation by belt, and driven pulley 2-5 drives grinding shaft 2-4 rotation, and grinding shaft 2-4 drives Sloping shaft 2-6 rotation;Since sloping shaft 2-6 inclination is fixed on grinding shaft 2-4, so grinding shaft 2-4 will drive sloping shaft 2-6 Bottom end circle swing, sloping shaft 2-6 drive abrasive sheet 2-7 circle swing;Since the bottom surface abrasive sheet 2-7 is set as cambered surface, grind The cambered surface of the grinding bottom surface 2-7 is bonded with the cambered surface of sand cylinder cylinder 2-1 inner wall bottom end, so abrasive sheet 2-7 can be held when swinging It is continuous to be bonded with the inner wall of sand cylinder cylinder 2-1, slurry inside sand cylinder cylinder 2-1 is ground with this, after the completion of grinding Slurry can be flowed out from drop pipe 2-2.
The collecting box 4 includes collection box body 4-1, and collection box body 4-1 is fixedly connected on bottom plate 1-1;It collects The lower end of drop pipe 2-2 is arranged in box body 4-1;Collection box body 4-1 is used to store the slurry after the completion of grinding.
The sand cylinder 2 further includes I 2-14 of filter screen;I 2-14 of filter screen is fixedly connected on sand cylinder cylinder 2-1 under The junction of pipe 2-2 is fallen, the top surface of I 2-14 of filter screen is bonded with abrasive sheet 2-7.I 2-14 of filter screen can be to the slurry in sand cylinder 2 Material is filtered, and the slurry not up to required can be filtered off, and is stayed in sand cylinder 2 and is continued to grind, the top surface of I 2-14 of filter screen with The particle packing that abrasive sheet 2-7 fitting can avoid in the slurry being filtered off blocks drop pipe 2-2.
The secondary grinder of a kind of ceramic slurry further includes fine grinding cylinder 3, and the fine grinding cylinder 3 includes fine grinding cylinder cylinder 3-1, gear pedestal 3-2, gear shaft 3-3, driven wheel of differential 3-4, driving gear 3-5, isolation grinding 3-7, second level liquid-entering hole 3- 8, link axis hole 3-9, upper grinding 3-10, level-one liquid-entering hole 3-11, hexagon slot 3-12, gear ring frame 3-13, gear ring 3-14, lower mill Piece 3-15, three-level liquid-entering hole 3-16, universal driving shaft 3-17, hexagon sliding block 3-18, bottom are ground 3-19 and fluid hole 3-20;Gear shaft Frame 3-2 is fixedly connected on the top of fine grinding cylinder cylinder 3-1;The middle-end of gear shaft 3-3 is by rolling bearing units on gear pedestal 3-2 Along the rotation of its axis and axial restraint;Driving gear 3-5 and driven wheel of differential 3-4 is respectively fixedly connected in gear shaft 3-3 Outer two sides;Isolation grinding 3-7 is fixedly connected on middle-end and the sealing of fine grinding cylinder cylinder 3-1 inner wall;If isolation grinding 3-7 is equipped with Dry second level liquid-entering hole 3-8, several second level liquid-entering holes 3-8 are uniformly circumferentially positioned at the inner ring of isolation grinding 3-7;Link axis hole The middle-end of isolation grinding 3-7 is arranged in 3-9;Second level liquid-entering hole 3-8 and linkage axis hole 3-9 is up and down through isolation grinding 3-7;On Grinding 3-10 clearance fit is connected in fine grinding cylinder cylinder 3-1, and the bottom surface of upper grinding 3-10 is pasted with the top surface that grinding 3-7 is isolated It closes;Upper grinding 3-10 is equipped with several level-ones liquid-entering hole 3-11, several level-one liquid-entering holes 3-11 is uniformly circumferentially positioned at It is ground the outer ring of 3-10, several level-one liquid-entering holes 3-11 runs through upper grinding 3-10 up and down;Hexagon slot 3-12 is arranged upper It is ground the middle-end of the bottom surface 3-10, the upper end of hexagon slot 3-12 is not through upper grinding 3-10;Gear ring frame 3-13 is provided with several, Several gear ring frames 3-13 is uniformly distributed the outer ring for being fixedly connected on the grinding top surface 3-10;The bottom end of gear ring 3-14 is fixedly connected On the top of several gear ring frames 3-13;Gear ring 3-14 and driving gear 3-5 pass through engaged transmission;Three-level liquid-entering hole 3-16 is equipped with Several, several three-level liquid-entering holes 3-16 is uniformly circumferentially positioned at the outer ring of lower grinding 3-15, several three-level liquid-entering holes 3- 16 run through lower grinding 3-15 up and down;Universal driving shaft 3-17 is fixedly connected on the middle-end of the lower grinding top surface 3-15;Hexagon sliding block 3- 18 are fixedly connected on the top of universal driving shaft 3-17;Bottom grinding 3-19 is fixedly connected on the fine grinding bottom end of cylinder cylinder 3-1 inner wall and close Envelope;The middle-end that bottom is ground 3-19 is equipped with a fluid hole 3-20;Lower grinding 3-15 clearance fit is being refined in cylinder cylinder 3-1, under The bottom surface for being ground 3-15 is bonded with the top surface of bottom grinding 3-19;Universal driving shaft 3-17, which is rotatably assorted, to be connected in linkage axis hole 3-9;Six Side shape sliding block 3-18 is slidably connected in hexagon slot 3-12;Lower grinding 3-15 is located at the lower section of isolation grinding 3-7;Fine grinding Cylinder cylinder 3-1 is fixedly connected on fine grinding tube stent 1-3;The lower section of drop pipe 2-2 is arranged in fine grinding cylinder cylinder 3-1;Fluid hole The top of collection box body 4-1 is arranged in 3-20;Driven wheel of differential 3-4 and abrasive sheet 2-7 passes through engaged transmission.Drop pipe 2-2 The slurry of interior discharge will be fallen in fine grinding cylinder cylinder 3-1 due to the attraction of gravity, and transmission shaft 2-9 drives active drive bevel gear 2-13 rotation, drive bevel gear 2-13 drive driven wheel of differential 3-4 rotation, and driven wheel of differential 3-4 is driven by gear shaft 3-3 and driven Moving gear 3-5 rotation, driving gear 3-5 drive gear ring 3-14 rotation, and gear ring 3-14 is driven by gear ring frame 3-13 and is ground 3- 10 rotations, the bottom surface of upper grinding 3-10 are rough surface, and upper grinding 3-10 can drive six sides by hexagon slot 3-12 in rotation Shape sliding block 3-18 rotation, hexagon sliding block 3-18 drive lower grinding 3-15 rotation, the bottom of lower grinding 3-15 by universal driving shaft 3-17 Face is rough surface, and the top surface of isolation grinding 3-7 and bottom grinding 3-19 are rough surface, and upper grinding 3-10 and lower grinding 3-15 lead to respectively The gravity for crossing its own generates friction with grinding 3-7 and bottom grinding 3-19 is isolated, by rough surface between any two in slurry Particle polish, opposite can be slided up and down between hexagon slot 3-12 and hexagon sliding block 3-18, make to be ground 3-10 can Drive lower grinding 3-15 rotation, but the relative distance between lower grinding 3-15 and upper grinding 3-10 is not fixed, lower grinding 3-15 and Use, which can be driven, between upper grinding 3-10 but relative distance is unfixed is advantageous in that, can avoid lower grinding 3-15 and upper grinding 3- 10 when there is degree degree of wear difference, lower grinding 3-15 play a supportive role to upper grinding 3-10 make upper grinding 3-10 lose to every Pressure or upper grinding 3-10 from grinding 3-7, which play suspension effectiveness to lower grinding 3-15, loses lower grinding 3-15 to bottom grinding 3- 19 pressure, to lose grinding effect;Lower grinding can be made by carrying out transmission by hexagon slot 3-12 and hexagon sliding block 3-18 3-15 and upper grinding 3-10 can persistently be polished slurry by self gravity;The slurry being discharged in drop pipe 2-2 will be due to gravity Attraction fall to fine grinding cylinder cylinder 3-1 in when, due to slurry have mobility, can from it is upper grinding 3-10 top surface through level-one Be ground on flowing into liquid-entering hole 3-11 the bottom surface of 3-10 be isolated between the top surface of grinding 3-7, upper grinding 3-10, which rotates, to be ground The weight of 3-10 can make that the bottom surface for being ground 3-10 can be made jointly to polish to slurry with grinding 3-7 is isolated, and slurry is being polished It can be flowed in second level liquid-entering hole 3-8 between the bottom surface and the top surface that grinding 3-7 is isolated of upper grinding 3-10 in the process, this process It, also can be through linkage axis hole 3-9 to flowing down if slurry flow is larger for first order grinding, and via in second level liquid-entering hole 3-8 Dynamic, the relative rotation between universal driving shaft 3-17 and linkage axis hole 3-9 can also play certain grinding effect to slurry at this time, work as slurry When material flows downward to lower grinding 3-15 with being isolated between grinding 3-7 through second level liquid-entering hole 3-8 or linkage axis hole 3-9, due under Grinding 3-15 does not have relative pressure be isolated to be ground between 3-7, so slurry can be flowed into more easily in three-level liquid-entering hole 3-16, When slurry is flow between lower grinding 3-15 and bottom grinding 3-19 by three-level liquid-entering hole 3-16, it will do it and ground similarly with the first order Second level grinding, last slurry flow out fine grinding cylinder 3 through fluid hole 3-20.
The cross section of the upper grinding 3-10 is gradually thinning from inside to outside.The cross section of the lower grinding 3-15 is by interior It is gradually thinning outward.Upper and lower surface of lower grinding 3-15 and upper grinding 3-10 can be become cambered surface with this, make slurry in fine grinding cylinder 3 It is interior to be flowed by gravitating auxiliary slurry, keep slurry more preferable in fine grinding 3 internal mobility of cylinder, the particulate matter avoided the occurrence of in slurry is stifled Plug.
The fine grinding cylinder 3 further includes water pipe rack 3-6, and water pipe rack 3-6 is fixedly connected on the top of the fine grinding side cylinder cylinder 3-1 End.Water pipe rack 3-6 is bolted on fine grinding cylinder cylinder 3-1, can also be bolted after removing in sand cylinder cylinder On 2-1.
The collecting box 4 further includes II 4-2 of filter screen, outlet pipe 4-3, water pump 4-4 and water inlet pipe 4-5, filter screen II 4-2 is fixedly connected on the middle-end of collection box body 4-1 inner wall;The water inlet of outlet pipe 4-3 is connected to and in communication in collection box body The bottom end of the side 4-1;The water outlet of outlet pipe 4-3 and the water inlet of water pump 4-4 are connected to and in communication with;The water outlet of water pump 4-4 with The water inlet of water inlet pipe 4-5 is connected to and in communication with;The water outlet of water inlet pipe 4-5 is located at the top of fine grinding cylinder cylinder 3-1;Water inlet pipe 4- 5 upper end is fixedly connected on water pipe rack 3-6.Slurry can fall into collection box body 4-1, collecting box after being discharged by fluid hole 3-20 II 4-2 of filter screen in cabinet 4-1 can carry out preliminary dehydration to slurry, and the moisture of abjection is by outlet pipe 4-3 through water pump 4-4 inputs water inlet pipe 4-5, is finally added in fine grinding cylinder 3 by water inlet pipe 4-5, slurry injects pure water during grinding to be mentioned The circulation of high slurry, and certain lubricating action is played to device inside, the effect of fine grinding is improved, water inlet pipe 4-5 is flexible Water pipe rack 3-6 can be fixedly connected on sand cylinder 2 by hose when slurry is more dry in sand cylinder 2, export water inlet pipe 4-5 I 2-14 of filter screen that moisture can inject in sand cylinder 2, then ground cylinder 2 flow to fine grinding cylinder 3.Heretofore described fixed company It connects and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different use environments, use different fixed forms.
The operation principle of the present invention is that:
When using the present invention, the slurry that ball mill was tentatively polished is added in sand cylinder cylinder 2-1, starts motor 2- By power supply and polygon control survey, motor 2-11 drives driving gear 2-12 rotation by 11, motor 2-11, driving gear 2-12 drive from Moving gear 2-10 rotation, driven gear 2-10 drive transmission shaft 2-9 rotation, and transmission shaft 2-9 drives driving pulley 2-8 rotation, main Movable belt pulley 2-8 drives driven pulley 2-5 rotation by belt, and driven pulley 2-5 drives grinding shaft 2-4 rotation, grinding shaft 2-4 band Dynamic sloping shaft 2-6 rotation;Since sloping shaft 2-6 inclination is fixed on grinding shaft 2-4, so grinding shaft 2-4 will drive sloping shaft The bottom end circle swing of 2-6, sloping shaft 2-6 drive abrasive sheet 2-7 circle swing;Since the bottom surface abrasive sheet 2-7 is set as cambered surface, The cambered surface of the bottom surface abrasive sheet 2-7 is bonded with the cambered surface of sand cylinder cylinder 2-1 inner wall bottom end, so abrasive sheet 2-7 meeting when swinging Continue to be bonded with the inner wall of sand cylinder cylinder 2-1, slurry inside sand cylinder cylinder 2-1 is ground with this, grinding is completed Slurry afterwards can be flowed out from drop pipe 2-2.Collection box body 4-1 is used to store the slurry after the completion of grinding.I 2-14 of filter screen can Slurry in sand cylinder 2 is filtered, the slurry not up to required can be filtered off, and stayed in sand cylinder 2 and continued to grind, and be filtered The top surface of I 2-14 of net blocks drop pipe 2-2 with the particle packing that abrasive sheet 2-7 is bonded in the slurry that can avoid being filtered off.Under The slurry being discharged in pipe 2-2 is fallen by since the attraction of gravity is fallen in fine grinding cylinder cylinder 3-1, transmission shaft 2-9 drives actively main Dynamic bevel gear 2-13 rotation, drive bevel gear 2-13 drive driven wheel of differential 3-4 rotation, and driven wheel of differential 3-4 passes through gear shaft 3-3 drives driving gear 3-5 rotation, and driving gear 3-5 drives gear ring 3-14 rotation, and gear ring 3-14 is driven by gear ring frame 3-13 Upper grinding 3-10 rotation, the bottom surface of upper grinding 3-10 are rough surface, and upper grinding 3-10 can pass through hexagon slot 3-12 in rotation Hexagon sliding block 3-18 rotation is driven, hexagon sliding block 3-18 drives lower grinding 3-15 rotation, lower grinding by universal driving shaft 3-17 The bottom surface of 3-15 is rough surface, and the top surface that isolation grinding 3-7 and bottom are ground 3-19 is rough surface, upper grinding 3-10 and lower grinding 3- 15 generate friction with grinding 3-7 and bottom grinding 3-19 is isolated by the gravity of its own respectively, pass through rough surface between any two It polishes the particle in slurry, opposite can be slided up and down between hexagon slot 3-12 and hexagon sliding block 3-18, make mill Piece 3-10 can drive lower grinding 3-15 to rotate, but the relative distance between lower grinding 3-15 and upper grinding 3-10 is not fixed, lower mill Using that can be driven but relative distance is unfixed is advantageous in that between piece 3-15 and upper grinding 3-10, can avoid lower grinding 3-15 with When degree degree of wear difference occurs in upper grinding 3-10, lower grinding 3-15, which plays a supportive role to upper grinding 3-10, makes upper grinding 3-10 Losing loses lower grinding 3-15 pair lower grinding 3-15 suspension effectiveness the pressure of isolation grinding 3-7 or upper grinding 3-10 Bottom is ground the pressure of 3-19, to lose grinding effect;Carrying out transmission by hexagon slot 3-12 and hexagon sliding block 3-18 can Make lower grinding 3-15 and upper grinding 3-10 can persistently be polished slurry by self gravity;The slurry being discharged in drop pipe 2-2 will It, can be from the top in upper grinding 3-10 since slurry has mobility when being fallen in fine grinding cylinder cylinder 3-1 due to the attraction of gravity Face flowed into level-one liquid-entering hole 3-11 the bottom surface of grinding 3-10 be isolated between the top surface of grinding 3-7, upper grinding 3-10 revolves The weight for turning upper grinding 3-10 can make that the bottom surface for being ground 3-10 can be made jointly to polish to slurry with grinding 3-7 is isolated, and starch Material can flow to second level liquid-entering hole 3-8 between the bottom surface and the top surface that grinding 3-7 is isolated of upper grinding 3-10 during the grinding process In, this process is first order grinding, and via in second level liquid-entering hole 3-8, also can be through the axis hole 3- that links if slurry flow is larger 9 flow downward, and the relative rotation between universal driving shaft 3-17 and linkage axis hole 3-9 can also play certain grinding to slurry and imitate at this time Fruit, when slurry flows downward to lower grinding 3-15 with being isolated between grinding 3-7 through second level liquid-entering hole 3-8 or linkage axis hole 3-9, Due to lower grinding 3-15 be isolated grinding 3-7 between there is no relative pressure, so slurry can more easily flow into three-level liquid-entering hole In 3-16, when slurry is flow between lower grinding 3-15 and bottom grinding 3-19 by three-level liquid-entering hole 3-16, it will do it and ground with the first order The second level grinding of mill similarly, last slurry flow out fine grinding cylinder 3 through fluid hole 3-20.It can be by lower grinding 3-15 and upper grinding with this The upper and lower surface of 3-10 becomes cambered surface, flows slurry in fine grinding cylinder 3 by gravitating auxiliary slurry, makes slurry in fine grinding cylinder 3 internal mobilities are more preferable, avoid the occurrence of the particulate matter blocking in slurry.Water pipe rack 3-6 is bolted in fine grinding cylinder cylinder 3-1 On, it can be also bolted on sand cylinder cylinder 2-1 after removing.Slurry can fall into collecting box after being discharged by fluid hole 3-20 II 4-2 of filter screen in cabinet 4-1, collection box body 4-1 can carry out preliminary dehydration to slurry, and the moisture of abjection is by going out Water pipe 4-3 inputs water inlet pipe 4-5 through water pump 4-4, is finally added in fine grinding cylinder 3 by water inlet pipe 4-5, slurry is during grinding The circulation of slurry can be improved in injection pure water, and certain lubricating action is played to device inside, improves the effect of fine grinding, enters water Pipe 4-5 is that water pipe rack 3-6 can be fixedly connected on sand cylinder 2, make into water when slurry is more dry in sand cylinder 2 by bellows I 2-14 of filter screen that the moisture of pipe 4-5 output can inject in sand cylinder 2, then ground cylinder 2 flow to fine grinding cylinder 3.
Certainly, above description is not limitation to invention, and the present invention is also not limited to the example above, the art it is general The variations, modifications, additions or substitutions that logical technical staff is made within the essential scope of the present invention also belong to protection of the invention Range.

Claims (7)

1. a kind of secondary grinder of ceramic slurry, including pedestal (1), sand cylinder (2) and collecting box (4), it is characterised in that: described Pedestal (1) include bottom plate (1-1), bracket (1-2), fine grinding tube stent (1-3), grinding tube stent (1-4), strut (1-5) and Drive axle support (1-6);Bracket (1-2) is fixedly connected on the rear end of bottom plate (1-1);Refine tube stent (1-3) and sand cylinder branch Frame (1-4) is respectively fixedly connected with middle-end and upper end in bracket (1-2);Strut (1-5) is fixedly connected on the one of bottom plate (1-1) Side;There are two drive axle support (1-6) is set, two drive axle supports (1-6) are fixedly connected on strut (1-5) simultaneously right up and down Together;
The sand cylinder (2) include sand cylinder cylinder (2-1), drop pipe (2-2), grinding pedestal (2-3), grinding shaft (2-4), Driven pulley (2-5), sloping shaft (2-6), abrasive sheet (2-7), driving pulley (2-8), transmission shaft (2-9), driven gear (2- 10), motor (2-11), driving gear (2-12) and drive bevel gear (2-13);Drop pipe (2-2) is connected to and in communication in sand cylinder The bottom end of cylinder (2-1);The outer end of grinding pedestal (2-3) is fixedly connected on the side on the top sand cylinder cylinder (2-1);Grinding shaft (2-4), which is rotatably assorted, is connected to the inside of grinding pedestal (2-3);Driven pulley (2-5) is fixedly connected on the top of grinding shaft (2-4) End;One end of sloping shaft (2-6) is fixedly connected on the bottom end of grinding shaft (2-4), and the other end of sloping shaft (2-6) is fixedly connected on The middle-end of the top surface abrasive sheet (2-7);The bottom surface of abrasive sheet (2-7) is set as cambered surface, the cambered surface and grinding of the bottom surface abrasive sheet (2-7) The cambered surface fitting of cylinder cylinder (2-1) inner wall bottom end;Driving pulley (2-8) is connect by belt with driven pulley (2-5) V belt translation, Driving pulley (2-8) is fixedly connected on the top of transmission shaft (2-9);Driven gear (2-10) is fixedly connected on transmission shaft (2-9) Middle-end;Driving gear (2-12) is fixedly connected on the output shaft of motor (2-11);Driving gear (2-12) and driven gear (2-10) engaged transmission;Drive bevel gear (2-13) is fixedly connected on the bottom end of transmission shaft (2-9);Sand cylinder cylinder (2-1) is solid Surely it is connected in grinding tube stent (1-4);The both ends of transmission shaft (2-9) are rotatably assorted respectively is connected to two drive axle supports In (1-6);Motor (2-11) is fixedly connected on one of drive axle support (1-6);
The collecting box (4) includes collection box body (4-1), and collection box body (4-1) is fixedly connected on bottom plate (1-1); Collection box body (4-1) is arranged in the lower end of drop pipe (2-2).
2. the secondary grinder of a kind of ceramic slurry according to claim 1, it is characterised in that: the sand cylinder (2) is also Including filter screen I (2-14);Filter screen I (2-14) is fixedly connected on the connection of sand cylinder cylinder (2-1) Yu drop pipe (2-2) Place, the top surface of filter screen I (2-14) is bonded with abrasive sheet (2-7).
3. the secondary grinder of a kind of ceramic slurry according to claim 2, it is characterised in that: a kind of ceramic slurry Secondary grinder further includes fine grinding cylinder (3), and the fine grinding cylinder (3) includes fine grinding cylinder cylinder (3-1), gear pedestal (3-2), tooth Wheel shaft (3-3), driven wheel of differential (3-4), driving gear (3-5), isolation grinding (3-7), second level liquid-entering hole (3-8), universal driving shaft Hole (3-9), upper grinding (3-10), level-one liquid-entering hole (3-11), hexagon slot (3-12), gear ring frame (3-13), gear ring (3-14), Lower grinding (3-15), three-level liquid-entering hole (3-16), universal driving shaft (3-17), hexagon sliding block (3-18), bottom are ground (3-19) and go out Fluid apertures (3-20);Gear pedestal (3-2) is fixedly connected on the top of fine grinding cylinder cylinder (3-1);The middle-end of gear shaft (3-3) rotates It is cooperatively connected on gear pedestal (3-2);Driving gear (3-5) and driven wheel of differential (3-4) are respectively fixedly connected in gear shaft Inside and outside (3-3);Isolation grinding (3-7) is fixedly connected on the middle-end of fine grinding cylinder cylinder (3-1) inner wall;Isolation grinding (3- 7) several second level liquid-entering holes (3-8) are equipped with, several second level liquid-entering holes (3-8) are uniformly circumferentially positioned at isolation grinding (3- 7) inner ring;Axis hole (3-9) setting that links is ground the middle-end of (3-7) in isolation;Second level liquid-entering hole (3-8) and linkage axis hole (3- 9) up and down through isolation grinding (3-7);Upper grinding (3-10) clearance fit is connected in fine grinding cylinder cylinder (3-1), upper grinding The bottom surface of (3-10) is bonded with the top surface that grinding (3-7) is isolated;Upper grinding (3-10) is equipped with several level-one liquid-entering holes (3- 11), several level-one liquid-entering holes (3-11) are uniformly circumferentially positioned at the outer ring of grinding (3-10), several level-one liquid-entering holes (3-11) runs through upper grinding (3-10) up and down;Middle-end of hexagon slot (3-12) setting in upper grinding bottom surface (3-10), six sides The upper end of shape slot (3-12) is not through upper grinding (3-10);Gear ring frame (3-13) is provided with several, several gear ring frames (3- 13) it is uniformly distributed the outer ring for being fixedly connected on the top surface grinding (3-10);The bottom end of gear ring (3-14) is fixedly connected on several The top of gear ring frame (3-13);Gear ring (3-14) and driving gear (3-5) pass through engaged transmission;Three-level liquid-entering hole (3-16) is equipped with Several, several three-level liquid-entering holes (3-16) are uniformly circumferentially positioned at the outer ring of lower grinding (3-15), several three-levels enter liquid Lower grinding (3-15) is run through in hole (3-16) up and down;Universal driving shaft (3-17) is fixedly connected on the middle-end of lower grinding top surface (3-15); Hexagon sliding block (3-18) is fixedly connected on the top of universal driving shaft (3-17);Bottom grinding (3-19) is fixedly connected on fine grinding cylinder cylinder The bottom end of (3-1) inner wall;The middle-end that bottom is ground (3-19) is equipped with a fluid hole (3-20);Lower grinding (3-15) clearance fit exists It refines in cylinder cylinder (3-1), the bottom surface of lower grinding (3-15) is bonded with the top surface of bottom grinding (3-19);Universal driving shaft (3-17) rotation It is cooperatively connected in linkage axis hole (3-9);Hexagon sliding block (3-18) sliding connection is in hexagon slot (3-12);Lower mill Piece (3-15) is located at the lower section of isolation grinding (3-7);Fine grinding cylinder cylinder (3-1) is fixedly connected in fine grinding tube stent (1-3);Essence Mill tube cylinder (3-1) is arranged in the lower section of drop pipe (2-2);Fluid hole (3-20) is arranged in the top of collection box body (4-1); Driven wheel of differential (3-4) and abrasive sheet (2-7) pass through engaged transmission.
4. the secondary grinder of a kind of ceramic slurry according to claim 3, it is characterised in that: the upper grinding (3-10) Cross section it is gradually thinning from inside to outside.
5. the secondary grinder of a kind of ceramic slurry according to claim 4, it is characterised in that: the lower grinding (3-15) Cross section it is gradually thinning from inside to outside.
6. the secondary grinder of a kind of ceramic slurry according to claim 5, it is characterised in that: the fine grinding cylinder (3) is also Including water pipe rack (3-6), water pipe rack (3-6) is fixedly connected on the top of fine grinding side cylinder cylinder (3-1).
7. the secondary grinder of a kind of ceramic slurry according to claim 6, it is characterised in that: the collecting box (4) is also Including filter screen II (4-2), outlet pipe (4-3), water pump (4-4) and water inlet pipe (4-5), filter screen II (4-2) is fixedly connected on The middle-end of collection box body (4-1) inner wall;The water inlet of outlet pipe (4-3) is connected to and in communication in the side collection box body (4-1) Bottom end;The water outlet of outlet pipe (4-3) and the water inlet of water pump (4-4) are connected to and in communication with;The water outlet of water pump (4-4) with enter The water inlet of water pipe (4-5) is connected to and in communication with;The water outlet of water inlet pipe (4-5) is located at the top of fine grinding cylinder cylinder (3-1);Enter water The upper end of pipe (4-5) is fixedly connected on water pipe rack (3-6).
CN201811108351.9A 2018-09-21 2018-09-21 Ceramic slurry secondary grinding machine Active CN109046695B (en)

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CN109622150A (en) * 2018-12-27 2019-04-16 王璐璐 A kind of ultrasonic wave extraction pharmaceutical equipment
CN112007742A (en) * 2020-08-19 2020-12-01 温清民 Ceramic slurry grinding machine
CN112076853A (en) * 2020-08-07 2020-12-15 张亚男 Catalyst preparation equipment that kitchen garbage recycled
CN112675571A (en) * 2021-01-16 2021-04-20 浙江神英科技股份有限公司 Shower gel raw material extraction system
CN113368967A (en) * 2021-06-15 2021-09-10 周俊武 Screening plant is smashed to chemical fertilizer with stoving function
CN112892793B (en) * 2021-01-15 2022-07-22 宜春职业技术学院(宜春市技术工人学校) Fine arts pigment grinder

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CN206475027U (en) * 2017-02-09 2017-09-08 上饶市恒泰光学设备制造有限公司 A kind of efficient inclined shaft high accuracy barrel

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CN203266383U (en) * 2013-05-24 2013-11-06 上海强亚机械制造厂 Ball socket grinding machine
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CN112675571B (en) * 2021-01-16 2022-04-15 浙江神英科技股份有限公司 Shower gel raw material extraction system
CN113368967A (en) * 2021-06-15 2021-09-10 周俊武 Screening plant is smashed to chemical fertilizer with stoving function

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