CN103434027A - Automatic stirrer set of four-station IBC container bucket - Google Patents
Automatic stirrer set of four-station IBC container bucket Download PDFInfo
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- CN103434027A CN103434027A CN2013103722240A CN201310372224A CN103434027A CN 103434027 A CN103434027 A CN 103434027A CN 2013103722240 A CN2013103722240 A CN 2013103722240A CN 201310372224 A CN201310372224 A CN 201310372224A CN 103434027 A CN103434027 A CN 103434027A
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Abstract
The invention relates to an automatic stirrer set of a four-station IBC container bucket, belonging to the field of stirrers, wherein the automatic stirrer set of the four-station IBC container bucket comprises an IBC container bucket station to be operated, a lifting and stirring station, a material sucking and conveying station and an IBC container bucket transferring station. Full-automatic stirring in the bucket of the IBC container bucket is carried out by using a retractable stirring paddle in the lifting and stirring station; and the feeding of the material is carried out by using a coaxial material-sucking and water-distributing pipe in the material sucking and conveying station. The automatic stirrer set of the four-station IBC container bucket disclosed by the invention has the advantages of having high stirring efficiency, shortening process time, reducing labor intensity of the workers and the like.
Description
Technical field
The invention belongs to the mixer field, be specifically related to mortar and stir field.
Background technology
At present, along with the arrival of energy crisis, emerging energy has obtained broad development.Wherein, solar energy is because of its clean, renewable pursuing of obtaining numerous countries, in the manufacture process of solar panel, need to carry out sectioning to silicon ingot, for improving cutting efficiency and cutting effect, in cutting process, need to use mortar lifting for lubrication; Mortar after cutting, owing to having mixed the impurity such as silica flour, can't recycle again; Need could again come into operation after special recovery process for this reason.
Because the composition of waste mortar is very unfixing, Main Ingredients and Appearance has: carborundum, and polyethylene glycol, metallic silicon power, also have moisture content, metallic particles, a small amount of surfactant; When being greater than approximately 30%, liquid component is grey black thickness liquid state, then must be with a bucket splendid attire while reclaiming.When this class waste mortar of accumulating, usually use a kind of small-bore 1m
3splendid attire is carried out in the barrelling of IBC collection, this collection barrelling consists of inner pressurd vessel and oversheath, and its inner pressurd vessel adopts high-density polyethylene material blowing to form, the grid that oversheath is the coating steel pipe welding, chassis adopts four-way to advance to pitch European standard all steel type pallet, and dispensing valve is equipped with in bottom.
In producing, laying in the process of product, for the collection barrelling of the discarded cutting of these splendid attires mortar, if standing time is oversize, the mortar of the inside tends to occur layering, the mortar of lower floor's deposition can solidify, condense along with the prolongation of sedimentation time, mortar hardness after condensing is very high, in dropping into the remanufacture technical process again, there will be and is difficult for toppling over, and even causes collecting barrelling and the problem such as scraps.So, before use, usually need to stir.
Existing agitating device advances to stretch in IBC collection barrelling process at stirrer paddle as CN 201120043624, needs manually movable blade to be hooked, can not realize blade automatically advance to stretch.
Summary of the invention
Patent of the present invention is by unique structural design, realized full-automatic stirring the in small-bore collection barrelling bucket, stirs, stirring efficiency is high.
A kind of four station IBC collection barrelling automatic stirring units comprise: the barrelling of IBC collection treats that station 2 is stirred in operation station 1, lifting, material is inhaled and sent station 3 and IBC collection barrelling transhipment station 4, wherein, the barrelling of IBC collection treats that operation station 1 remains the IBC collection barrelling of waste mortar that stir, in the Separation of Solid and Liquid state for placing splendid attire, as the preparation station before stirring; The mixing of station 2 for the waste mortar that completes Separation of Solid and Liquid stirred in lifting; Material is inhaled and is sent station 3 to stir pumping of qualified waste mortar for completing; IBC collection barrelling transhipment station 4 shifts out the material suction for the IBC collection barrelling by empty and send station 3.
1) the operation station is treated in the barrelling of IBC collection
Under high-intensity rhythm of production, in order to shorten the production operation time, be furnished with the barrelling of IBC collection and treat operation station 1 before the mortar stirring order.
The barrelling of IBC collection treats that operation station 1 consists of conveying device 11 and the IBC collection barrelling positioner 12 that is fixed on conveying device 11 both sides.Wherein, the IBC collection barrelling of 12 pairs of whereabouts of IBC collection barrelling positioner is led, is located, and conveying device 11 is transported to lifting by the barrelling of IBC collection and stirs station 2.
2) station is stirred in lifting
Lifting is stirred station 2 and is consisted of door case type frame 5, conveying device 11 and lifting stirring system.
Described door case type frame 5 is four post supporting structures, and its top is in order to support the lifting stirring system, and bottom is for laying conveying device 11, and the column installed inside has V-type rail.
Described lifting stirring system comprises jacking system and stirring system.
Described jacking system comprises lifting motor 21, elevator platform 22 and lifting device 6, wherein, lifting motor 21 is fixed on the top of door case type frame 5, and the lifting device 6 that lifting motor 21 is positioned at elevator platform 22 both sides by driving drives the V-type rail steady lifting of elevator platform 22 along door case type frame 5 column inboards.
But described stirring system comprises stirring motor 23, cylinder 24 and folding and unfolding paddle 25, wherein, but folding and unfolding paddle 25 further comprises again shaft 25 (a) and stirring vane 25 (b), stirring motor 23 and shaft 25 (a) are fixed on the elevator platform 22 of jacking system, cylinder 24 be positioned at shaft 25 (a) directly over, cylinder top rod 24 (a) is coaxial with shaft 25 (a), to be arranged on shaft 25 (a) upper by being fixed on connector 25 (i) on shaft 25 (a) for stirring vane 25 (b), shaft be connected between formation hinged.
Described shaft 25 (a) is hollow shaft, include spring 25 (d) and push rod 25 (c), push rod 25 (c) is provided with three baffle plates from top to bottom, wherein between second baffle 25 (f) and the 3rd baffle plate 25 (g), paddle fork 25 (h) is installed.
, with boss, mesh with paddle fork 25 (h) at described stirring vane 25 (b) rear portion.
Control packing up and launching of stirring vane 25 (b) by the cooperative motion of cylinder 24, spring 25 (d), push rod 25 (c) and paddle fork 25 (h) herein.Cylinder 24 ejects, cylinder top rod 24(a) promoting push rod 25 (c) moves down, the first baffle plate 25 (e) Compress Spring 25 (d) on push rod 25 (c), second baffle 25 (f) on push rod 25 (c) is oppressed paddle fork 25 (h) in folding process, makes to pack up with the stirring vane 25 (b) of paddle fork 25 (h) engagement; Cylinder 24 backhauls, cylinder top rod 24 (a) breaks away from push rod 25 (c), spring 25 (d) is replied, the first baffle plate 25 (e) on compressing push rod 25 (c), make to move on push rod 25 (c), the 3rd baffle plate 25 (g) on push rod 25 (c) upper move past journey in compressing paddle fork 25 (h), make to launch with the stirring vane 25 (b) of paddle fork 25 (h) engagement.
3) material is inhaled and is sent station
Material is inhaled and is sent station 3 to consist of door case type frame 5, jacking system, conveying device 11, coaxial suction sparge pipe 33.
Described door case type frame 5 is four post supporting structures, and its top is in order to support the lifting stirring system, and bottom is for laying conveying device 11, and the column installed inside has V-type rail.
Described jacking system comprises elevator platform 32, lifting motor 31 and lifting device 6, wherein, lifting motor 31 is fixed on the top of door case type frame 5, and the lifting device 6 that lifting motor 31 is positioned at elevator platform 32 both sides by driving drives the V-type rail steady lifting of elevator platform 32 along door case type frame 5 column inboards;
Described coaxial suction sparge pipe 33 is fixed on described elevator platform 32.
Described coaxial suction sparge pipe 33 outsides are sparge pipe 35, and inside is suction tube 34, and the diameter of sparge pipe 35 is greater than the diameter of suction tube 34, and the length of sparge pipe 35 is less than the length of suction tube 34, by external pump, completes water distribution and suction.
After the IBC collection barrelling that stirring completes is transferred device 11 and is transported to material and inhales and to send station 3, coaxial suction sparge pipe 33 enters under the liquid level that stirs qualified mixed material under the driving of lifting motor 31, carry out suction by inner suction tube 34, after material is pumped totally, by sparge pipe 35 water fillings of outside, the IBC collection barrelling inside that residual material is arranged is rinsed, by suction tube 34, again pump, so repeatedly, until pump clean.
4) IBC collection barrelling transhipment station
IBC collection barrelling transhipment station 4 drives cylinder 47, magnechuck frame 42, magnechuck 43, transport carriage 44, transhipment drive motors 45, IBC collection barrelling storage platform 46 to form by lifting transhipment frame 41, transhipment.
Described lifting transhipment frame 41 is fixed on material and inhales on the column of the door case type frame 5 of sending station 3, by C shaped steel, is strengthened making, and C shaped steel inboard is as the track of magnechuck frame 42, and described transhipment drives cylinder 47 to drive rising and the decline of lifting transhipment frame 41.
Described magnechuck frame 42 is frame structure, and running roller is equipped with in the framework both sides, side roll in the C shaped steel of lifting transhipment frame 41, and the framework bottom is fixed with magnechuck 43.
Described IBC collection barrelling storage platform 46 is positioned at the bottom of this station, and the channel-section steel that is used as transport carriage 44 tracks by storage platform and platform bottom forms.
Described transport carriage 44 is frame structure, by transhipment drive motors 45, is driven, and transhipment drive motors 45 is fixed in the top of transport carriage 44, and the bottom of transport carriage 44 is furnished with running roller, and its top is fixedly connected with magnechuck frame 42.
After material is inhaled and is sent, lifting transhipment frame 41 drives magnechuck frame 42 and descends under the driving of transhipment driving cylinder 47, magnechuck 43 is contacted with the metal framework of IBC collection barrelling, magnechuck 43 energisings, the metal frame circle of absorption IBC collection barrelling, transhipment drives cylinder 47 to drive lifting transhipment frame 41 drive magnechuck frames 42 to rise to default high-order, start transhipment drive motors 45, drive transport carriage 44 moves on groove steel rail, transport carriage 44 pulls magnechuck frame 42, until IBC collection barrelling storage platform 46.
The accompanying drawing explanation
Fig. 1 is front view of the present invention
Fig. 2 is top view of the present invention
Fig. 3 is left view of the present invention
But Fig. 4 is folding and unfolding paddle expanded view
But Fig. 5 packs up figure for the folding and unfolding paddle
Wherein, the operation station is treated in the barrelling of 1-IBC collection, and station is stirred in 2-lifting, 3-material is inhaled and is sent station, 4-IBC collection barrelling transhipment station, 5-door case type frame, 6-lifting device, 11-conveying device, 12-positioner, the station lifting motor is stirred in 21-lifting, and station elevator platform, 23-stirring motor are stirred in 22-lifting, 24-cylinder, 24(a)-cylinder top rod, but 25-folding and unfolding paddle, 25(a)-shaft, 25 (b)-stirring vanes, 25(c)-push rod; 25 (d)-springs, 25 (e)-first baffle plates, 25(f)-second baffle, the 25(g)-three baffle plate, 25 (h)-paddle forks, 25 (i)-connectors, 31-material is inhaled and is sent the station lifting motor, 32-material is inhaled and is sent the station elevator platform, 33-coaxial suction sparge pipe, 34-suction tube, 35-sparge pipe, 41-lifting transhipment frame, 42-magnechuck frame, 43-magnechuck, 44-transport carriage, 45-transhipment drive motors, 46-IBC collection barrelling storage platform, 47-transhipment drives cylinder.
The specific embodiment
Four station IBC collection barrelling automatic stirring units comprise: the barrelling of IBC collection treats that station 2 is stirred in operation station 1, lifting, material is inhaled and sent station 3, IBC collection barrelling transhipment station 4.
(1) the operation station is treated in the barrelling of IBC collection
The barrelling of described IBC collection treats that operation station 1 consists of the adjustable chain transfer 11 as conveying device and IBC collection barrelling positioner 12.
Described adjustable chain transfer 11 is synchronously driven by 4 cover double strand chains and motor reducer, and fixedly the frame fulcrum place of double strand chain is furnished with universal bearing, can horizontally slip; Double strand chain is with K type annex, in order to the metal framework of buckle IBC collection barrelling bottom.
Described IBC integrates barrelling positioner 12 as the channel-section steel welder, over against IBC collection barrelling approach axis, is fixed on the both sides of adjustable chain transfer, and the IBC collection barrelling in dropping process is led, located.
(2) station is stirred in lifting
Described lifting is stirred station 2 and is formed by door case type frame 5, lifting stirring system with as the fixed chain transfer 11 of conveying device, and wherein, fixed chain transfer 11 is positioned at the bottom of station, and door case type frame 5 is positioned at the top of station.
Described door case type frame 5 is four post supporting structures, and its top is in order to support the lifting stirring system, and bottom is for laying fixed chain transfer 11, and the column installed inside has V-type rail.
Described fixed chain transfer 11 is synchronously driven by 4 cover double strand chains and motor reducer, and double strand chain is with K type annex.
Described lifting stirring system comprises jacking system and stirring system.
Described jacking system comprises lifting motor 21, elevator platform 22 and chain lifting device 6, wherein, lifting motor 21 is fixed on the top of door case type frame 5, and the chain lifting device 6 that lifting motor 21 is positioned at elevator platform 22 both sides by driving drives the V-type rail steady lifting of elevator platform 22 along door case type frame 5 column inboards.
Described stirring system comprises stirring motor 23, but cylinder 24 and folding and unfolding paddle 25, wherein, but folding and unfolding paddle 25 further comprises again shaft 25 (a) and stirring vane 25 (b), stirring motor 23 and shaft 25 (a) are fixed on the elevator platform 22 of jacking system, cylinder 24 be positioned at shaft 25 (a) directly over, cylinder top rod 24 (a) is coaxial with shaft 25 (a), stirring vane 25 (b) is arranged on shaft 25 (a) by the connector 25 (i) be fixed on shaft 25 (a), pass through bearing pin between stirring vane 25 (b) and connector 25 (i), form hinged.
Described shaft 25 (a) is hollow shaft, include spring 25 (d) and push rod 25 (c), push rod 25 (c) is provided with three baffle plates from top to bottom, wherein between second baffle 25 (f) and the 3rd baffle plate 25 (g), paddle fork 25 (h) is installed.
Described stirring vane 25 (b) rear portion is with boss and paddle fork 25 (h) engagement.
Described shaft 25 (a) and stirring vane 25 (b) are made by stainless steel 304, two stirring vanes 25 (b) are installed on shaft 25 (a), and the blade plane of stirring vane 25 (b) is 180 ° of installations horizontal by between 45 °, blade.
(3) material is inhaled and is sent station
Described material is inhaled and is sent station 3 to consist of door case type frame 5, jacking system, the fixed chain transfer 11 as conveying device, coaxial suction sparge pipe 33 and charging absorption pump interface.
Described door case type frame 5 is four post supporting structures, and its top is in order to support the lifting stirring system, and bottom is for laying conveying device 11, and the column installed inside has V-type rail.
Described jacking system comprises elevator platform 32, lifting motor 31 and chain lifting device 6, wherein, lifting motor 31 is fixed on the top of door case type frame 5, and the chain lifting device 6 that lifting motor 31 is positioned at elevator platform 32 both sides by driving drives the V-type rail steady lifting of elevator platform 32 along door case type frame 5 column inboards;
Described fixed chain transfer 11 is synchronously driven by 4 cover double strand chains, motor reducer, and double strand chain is with K type annex.
Described coaxial suction sparge pipe 33 outsides are DN80 stainless steel sparge pipe 35, inside is DN50 stainless steel suction tube 34, and sparge pipe 35 length are 800mm, and suction tube 34 length are 1700mm, described coaxial suction sparge pipe 33 is positioned on described elevator platform 32, by external pump, completes water distribution and suction.
(4) IBC collection barrelling transhipment station
Described IBC collection barrelling transhipment station 4 drives cylinder 47, magnechuck frame 42, magnechuck 43, transport carriage 44, transhipment drive motors 45, IBC collection barrelling storage platform 46 to form by lifting transhipment frame 41, transhipment.
Described lifting transhipment frame 41 is fixed on material and inhales on the column of the door case type frame 5 of sending station 3, by C shaped steel, is strengthened making, and C shaped steel inboard is as magnechuck frame 42 tracks, and described transhipment drives cylinder 47 to drive rising and the decline of lifting transhipment frame 41.
Described magnechuck frame 42 is made frame structure by alloy profile, and running roller is equipped with in the framework both sides, side roll in the C shaped steel of lifting transhipment frame 41, and the framework bottom is fixed with magnechuck 43.
Described IBC collection barrelling storage platform 46 is positioned at the bottom of this station, and the channel-section steel that is used as transport carriage 44 tracks by storage platform and platform bottom forms.
Described transport carriage 44 is frame structure, by transhipment drive motors 45, is driven, and transhipment drive motors 45 is fixed in the top of transport carriage 44, and the bottom of transport carriage 44 is furnished with running roller, and its top is fixedly connected with magnechuck frame 42.
Simply introduce the operation principle of the present embodiment below in conjunction with accompanying drawing:
Before whole agitating procedure starts, stirring vane 25 (b) is in collapsed state (now, the cylinder 24 that station 2 is stirred in lifting ejects, and spring 25 (d) compresses, and push rod 25 (c) moves down), and all elevating mechanisms are all in default high-order.
At first, adjust the barrelling of IBC collection and treat the adjustable chain transfer of operation station 1, make it align the fixed chain transfer that station 2 is stirred in lifting, then, utilize IBC collection barrelling that fork truck will be equipped with the layering material to be transported to the barrelling of IBC collection and treat operation station 1, under the guiding of IBC collection barrelling positioner 12, location, the barrelling of IBC collection is placed on the adjustable chain transfer, then, start the adjustable chain transfer, the barrelling of IBC collection is sent to lifting and stir station 2, after the barrelling of IBC collection arrives lifting stirring station 2, start lifting and stir station lifting motor 21, chain drive-belt lifting device 6 drives lifting and stirs elevator platform 22 declines, but make folding and unfolding paddle 25 advance to reach in the barrelling of IBC collection, then, cylinder 24 backhauls, cylinder top rod 24 (a) breaks away from push rod 25 (c), spring 25 (d) is replied, the first baffle plate 25 (e) on compressing push rod 25 (c), make to move on push rod 25 (c), the 3rd baffle plate 25 (g) on push rod 25 (c) upper move past journey in compressing paddle fork 25 (h), make to launch with the stirring vane 25 (b) of paddle fork 25 (h) engagement, now, starting stirring motor 23 starts to stir, prolongation along with mixing time, deposit thickness reduces gradually, but the height of folding and unfolding paddle 25 is along with the reduction of deposit thickness reduces gradually, continue to stir, until the solid-liquid two-phase fully mixes, stop stirring, cylinder 24 ejects, cylinder top rod 24 (a) promotes push rod 25 (c) and moves down, the first baffle plate 25 (e) Compress Spring 25 (d) on push rod 25 (c), second baffle 25 (f) on push rod 25 (c) is oppressed paddle fork 25 (h) in folding process, make to pack up with the stirring vane 25 (b) of paddle fork 25 (h) engagement, again start lifting and stir lifting motor 21, chain drive-belt lifting device 6 drives on elevator platform 22 and moves to a default high position, start the fixed chain transfer of this station, the IBC collection barrelling that stirring is completed is transported to the material suction and send station 3, after the IBC collection barrelling arrival material that stirring completes is inhaled and is sent station 3, start the material suction and send station lifting motor 31, chain drive-belt lifting device 6 drives the material suction and send station elevator platform 32 to descend, make coaxial suction sparge pipe 33 advance to reach in the barrelling of IBC collection, suction tube 34 is displaced downwardly to below liquid level, start suction, material in bucket is inhaled and delivered to production line, the material suction is sent complete, distribution pump (peripheral hardware) is joined gauge water, salvage stores in bucket is further diluted, and again inhale and deliver to production line, suction, after water distribution, again start the material suction and send station lifting motor 31, driving coaxial suction sparge pipe 33 rises to default high-order, at this moment, enable transhipment and drive cylinder 47, driving lifting transhipment frame 41 to drive magnechuck frame 42 descends magnechuck 43, with the metal frame circle in the barrelling of IBC collection, contact, magnechuck 43 energisings, make magnechuck 43 adsorbing metal frame circles, transhipment drives cylinder 47 again to drive lifting transhipment frame 41 drive magnechuck 43 frames 42 to rise to default high-order, start transhipment drive motors 45, drive transport carriage 44 moves on groove steel rail, transport carriage 44 pulls magnechuck frame 42, until IBC collection barrelling storage platform 46, complete the working cycles that four station IBC collection barrellings are stirred.
But the present invention by utilize the folding and unfolding paddle realized blade in the whipping process automatically advance to stretch.
Claims (5)
1. a station IBC collection barrelling automatic stirring unit, comprise that the barrelling of IBC collection treats that operation station, lifting stir station, material is inhaled and sent station and IBC collection barrelling transhipment station, the barrelling of described IBC collection treats that the operation station remains the IBC collection barrelling of waste mortar that stir, in the Separation of Solid and Liquid state for placing splendid attire, as the preparation station before stirring, the mixing that station has been used for the waste mortar of Separation of Solid and Liquid is stirred in described lifting, described material is inhaled and is sent station to stir pumping of qualified waste mortar for completing, described IBC collection barrelling transhipment station send station for empty IBC collection barrelling being shifted out to the material suction, it is characterized in that: described lifting is stirred station and is comprised of jacking system and stirring system, described stirring system further comprises again stirring motor, but cylinder and folding and unfolding paddle, but described folding and unfolding paddle consists of shaft and stirring vane, described cylinder be positioned at described shaft directly over, its knock-pin is coaxial with described shaft, described stirring vane is arranged on described shaft by the connector be fixed on shaft, described stirring vane and described connector form hinged, described shaft is hollow shaft, include spring and push rod, push rod is provided with three baffle plates from top to bottom, wherein between second baffle plate and the 3rd baffle plate, the paddle fork meshed with described stirring vane is installed.
2. automatic stirring unit according to claim 1, it is characterized in that: the blade plane of described stirring vane is horizontal by 45o.
3. automatic stirring unit according to claim 1, is characterized in that, described stirring vane and described connector, by bearing pin, form hinged.
4. automatic stirring unit according to claim 1 is characterized in that: described material is inhaled and is sent station to be provided with coaxial suction sparge pipe.
5. automatic stirring unit according to claim 4, it is characterized in that: described coaxial suction sparge pipe is outside is sparge pipe, inside is suction tube, and the diameter of described sparge pipe is greater than the diameter of described suction tube, and the length of described sparge pipe is less than the length of described suction tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013103722240A CN103434027A (en) | 2013-08-23 | 2013-08-23 | Automatic stirrer set of four-station IBC container bucket |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013103722240A CN103434027A (en) | 2013-08-23 | 2013-08-23 | Automatic stirrer set of four-station IBC container bucket |
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| CN103434027A true CN103434027A (en) | 2013-12-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013103722240A Pending CN103434027A (en) | 2013-08-23 | 2013-08-23 | Automatic stirrer set of four-station IBC container bucket |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110193320A (en) * | 2019-04-02 | 2019-09-03 | 浙江迦南科技股份有限公司 | Proportioning device |
| CN113263622A (en) * | 2021-06-16 | 2021-08-17 | 东北大学 | Continuous slurry preparation system and method suitable for dry-heaped tailings and capable of accurately controlling concentration |
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| US4889428A (en) * | 1985-07-29 | 1989-12-26 | Concrete Technology Corporation | Rotary mill |
| DE10334998A1 (en) * | 2003-07-31 | 2005-02-24 | Albrecht Konietzko | Cavity-wall mortar for automated preparation of ointment, paste, gel, semi-solid or solids substances |
| CN201988359U (en) * | 2011-02-14 | 2011-09-28 | 克拉玛依奥克化学有限公司 | Crystalline silicon cutting waste mortar discharge stirring device |
| CN202237905U (en) * | 2011-10-08 | 2012-05-30 | 江苏佳宇资源利用股份有限公司 | Mixing and homogenizing device for crystal silicon cutting waste mortar in square barrel |
| CN102836658A (en) * | 2012-01-31 | 2012-12-26 | 无锡和荣科技有限公司 | Silicon-cutting waste mortar stirring apparatus |
| CN202778387U (en) * | 2012-08-02 | 2013-03-13 | 江阴浩博科技有限公司 | Slurry stirrer |
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2013
- 2013-08-23 CN CN2013103722240A patent/CN103434027A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4889428A (en) * | 1985-07-29 | 1989-12-26 | Concrete Technology Corporation | Rotary mill |
| DE10334998A1 (en) * | 2003-07-31 | 2005-02-24 | Albrecht Konietzko | Cavity-wall mortar for automated preparation of ointment, paste, gel, semi-solid or solids substances |
| CN201988359U (en) * | 2011-02-14 | 2011-09-28 | 克拉玛依奥克化学有限公司 | Crystalline silicon cutting waste mortar discharge stirring device |
| CN202237905U (en) * | 2011-10-08 | 2012-05-30 | 江苏佳宇资源利用股份有限公司 | Mixing and homogenizing device for crystal silicon cutting waste mortar in square barrel |
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| CN202778387U (en) * | 2012-08-02 | 2013-03-13 | 江阴浩博科技有限公司 | Slurry stirrer |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110193320A (en) * | 2019-04-02 | 2019-09-03 | 浙江迦南科技股份有限公司 | Proportioning device |
| CN113263622A (en) * | 2021-06-16 | 2021-08-17 | 东北大学 | Continuous slurry preparation system and method suitable for dry-heaped tailings and capable of accurately controlling concentration |
| CN113263622B (en) * | 2021-06-16 | 2022-05-20 | 东北大学 | Continuous slurry preparation system and method suitable for dry-pile tailings and capable of accurately controlling concentration |
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