CN108145847A - A kind of full-automation formula rabbling mechanism system - Google Patents
A kind of full-automation formula rabbling mechanism system Download PDFInfo
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- CN108145847A CN108145847A CN201711451555.8A CN201711451555A CN108145847A CN 108145847 A CN108145847 A CN 108145847A CN 201711451555 A CN201711451555 A CN 201711451555A CN 108145847 A CN108145847 A CN 108145847A
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- stirring
- stirring blade
- rabbling mechanism
- carrier
- blade carrier
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C5/00—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions
- B28C5/08—Apparatus or methods for producing mixtures of cement with other substances, e.g. slurries, mortars, porous or fibrous compositions using driven mechanical means affecting the mixing
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- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
A kind of full-automation formula rabbling mechanism system, the deduster connected including agitator tank and suction opening with agitator tank, the blender dedusting recovery system further includes the weighing bucket for being fed to agitator tank, the discharge port of the ash bucket of deduster passes through weighing bucket and agitator tank unicom, composite stirring paddle is by connecting the agitating shaft mounted on planetary mechanism bottom centre position, socket is mounted on mounted on the frame type agitating blade on agitating shaft top and socket on agitating shaft and quantity is no less than the centrifugal agitating paddle of one and is formed, and centrifugal agitating paddle is arranged on the lower portion of frame type agitating blade；Stirring blade by metal is set outside agitating shaft, the stirring blade carrier of metal and the multiple stirring blades being connect with the stirring blade carrier, the rabbling mechanism equipment can also especially include the rabbling mechanism of entire rabbling mechanism, especially entire axial conveying and/or radial delivery.The configuration of the present invention is simple, easy to manufacture are at low cost.
Description
Technical field
The present invention relates to field of chemical equipment, specifically a kind of full-automatic formula rabbling mechanism system.
Background technology
Blender is for sand, stone, flyash or cement etc., being stirred evenly according to certain proportioning.Blender works
Because of various dust from flying, air pollution has also jeopardized the health of staff than more serious at scene, so being adopted in production
Certain measure has been taken to be collected the dust flown upward, an applying date is 2015.09.09, application No. is
201520696972.9 Chinese patent discloses a kind of improved concrete mixer, which includes agitator tank, charging
Mouth and feed pipe, feed pipe are extend into inside feed inlet, and feed inlet is set on stirring upper box part, and dedusting is connected with above feed inlet
Device, that is, deduster, dust-extraction unit include collecting tank, that is, ash bucket, and collecting tank side is equipped with suction inlet, that is, suction opening, and suction inlet stretches into
To inside feed inlet, collect pot bottom and be equipped with feed opening, that is, discharge port, feed opening is connected with feed pipe.The device can be to coagulation
The dust generated in native whipping process is recycled, but since the dust of collection directly enters feed pipe by feed opening
In, therewith into agitator tank, the proportion scale of each ingredient in concrete can be destroyed, so as to influence the performance of concrete, from
And cause the waste of material.
In addition, blender commonly used in the prior art is divided into two major class：A kind of dry powder mortar mixing machine mainly includes stirring
Cylinder and the stirring bar construction being arranged in mixing drum, the upper end of mixing drum are provided with feed inlet, and lower end is provided with discharge port, stirring
Spiral-push piece is provided on stick, one end of stirring rod is stretched out mixing drum and is connected on the main shaft being connected with motor, stirs
Stick is driven by motor to be rotated, and dry powder and mortar is pushed to be moved from the upper end of mixing drum to discharge port by spiral-push piece, pusher
Dry powder and mortar and the automatic of water, homogeneous mixing are realized in piece stirring；But the dry powder mortar mixing machine of this structure is actually using
When, (1) mobility is poor, stability is poor, mixing uniformity is poor；(2) energy consumption is big, it is impossible to which continuous mixing reduces dry powder
The production efficiency of mortar；Another kind of, most of blender is to be equipped with decentralized institution or emulsifying head to material using frame type agitating blade
It is stirred, for the middle-size and small-size vacuum planetary mixer of capacity 100L or 200L, the rabbling mechanism of this form can be with
By material stirring enough to uniform, but for the large-scale vacuum planetary mixer that capacity is more than 500L, large-scale vacuum
The frame type agitating blade of blender is correspondingly exaggerated several times than the frame type agitating blade of small size vacuum planetary mixer, so as to cause big
The inner space of the frame type agitating blade of type vacuum planetary mixer is excessive so that the material of frame type agitating blade inner hub location compared with
Difficulty is participated in stirring movement so that the uniformity of material is inadequate, can not meet some to material uniformity requirements compared with
High industry.
In conclusion for problems of the prior art, it is necessary to provide a kind of with practicability, novelty and wound
The device for the property made.
Invention content
The present invention is according in the prior art complicated, and of high cost, reliability is low, and mobility is poor, stability
It is poor, mixing uniformity is poor, energy consumption is big, it is impossible to continuous mixing, the dust of collection are directly entered by feed opening in feed pipe,
Enter agitator tank therewith, the proportion scale of each ingredient in concrete can be destroyed, so as to influence the performance of concrete, so as to make
Into the waste of material.Great number of issues are waited, a kind of full-automatic formula rabbling mechanism system is provided,
Technical scheme is as follows：A kind of full-automation formula rabbling mechanism system, including agitator tank and suction opening
The deduster connected with agitator tank, the blender dedusting recovery system further include the weighing bucket for being fed to agitator tank, dedusting
The discharge port of the ash bucket of device by weighing bucket and agitator tank unicom,
The agitator tank includes planetary mechanism, the bottom of planetary mechanism be connected and installed with composite stirring paddle, decentralized institution and
Gua Bi mechanisms, the composite stirring paddle is by connecting the agitating shaft mounted on planetary mechanism bottom centre position, socket is mounted on
The frame type agitating blade on agitating shaft top and socket are mounted on agitating shaft and quantity is no less than the centrifugal agitating paddle institute group of one
Into, and centrifugal agitating paddle is arranged on the lower portion of frame type agitating blade；
As a kind of perferred technical scheme, the discharge outlet of the ash bucket of deduster is equipped with outlet valve；The outlet valve is
Pneumatic butterfly valve；The deduster is main moving pulse deduster.
As a kind of perferred technical scheme, the weighing bucket includes cement weighing bucket and flyash weighing bucket；The discharge port with
Flyash weighing bucket unicom；The discharge port passes through hose and weighing bucket unicom.
As a kind of perferred technical scheme, the Gua Bi mechanisms are arranged on the outermost of composite stirring paddle, and divide
Scattered mechanism is arranged between composite stirring paddle and Gua Bi mechanisms.
Outside agitating shaft setting by metal stirring blade, the stirring blade carrier of metal and with the stirring blade carrier
Multiple stirring blades of connection, wherein, these stirring blades are at least generally made of nonmetallic materials.In this context, it " stirs
Mix structural establishment " it should be particularly understood that rabbling mechanism, especially axial conveying and/or radial delivery rabbling mechanism at least one
A part and/or a component, an especially sub-component.The rabbling mechanism equipment especially can also include entire rabbling mechanism,
Especially entire axial conveying and/or the rabbling mechanism of radial delivery.Here, the rabbling mechanism is especially different from particularly for conveying
The propeller and/or draught fan impeller of air.In this context, " stirring blade carrier " is it should be particularly understood that be provided for receiving
And/or arrange the unit or element of multiple stirring blades." setting " should be understood especially technically to design and/or configuration.If
An object is put to should be particularly understood that for determining function：The object is under at least one application state and/or operating status
Meet and/or implement the determining function.In addition, the stirring blade carrier is particularly arranged to：The rotary motion of agitating shaft is outstanding
It is directly transferred on the stirring blade being connect with the stirring blade carrier.In this context, the stirring blade carrier is " at least
Generally metal " it should be particularly understood that：The stirring blade carrier is at least most ofly and particularly preferably completely by alloy
And/or metal composition, especially especially stainless steel, dual phase steel and/or advantageously titanium, the titanium of arbitrary number of level preferably have at least 2 and most
Big 12 grades of titanium.Here, statement " at least most of " is interpreted as especially reaching at least 50%, preferably reaches at least 70%, is special
At least 90% is not preferably reached.In addition, the stirring blade carrier especially includes at least one rabbling mechanism propeller boss, the rabbling mechanism
Propeller boss is particularly arranged to：At least one agitating shaft is received under at least one operating status and/or is fastened on this and at least one is stirred
It mixes at axis.Here, at least one agitating shaft especially limits the rotation axis.At least one rabbling mechanism propeller boss especially can be with
It is particularly preferably made of at least partially, preferably at least most ofly and alloy and/or metal completely, it is especially stainless
Steel, dual phase steel and/or advantageously titanium.Advantageously, at least one rabbling mechanism propeller boss is by identical with the stirring blade carrier
Material is formed.In particular, at least one rabbling mechanism propeller boss especially can (for example, at least one convex by additional fastening unit
Edge) it axis connection and/or is fastened at least one agitating shaft at least one stirring.In this context, the stirring blade
" being at least generally made of nonmetallic material " should be particularly understood that：These stirring blades especially at least 50%, preferably extremely
Few 70% and particularly preferably at least 90% is made of, such as plastics and/or nonmetallic-nothing organic material or material blends
Machine material or material blends, such as ceramics.
By such configuration, a kind of rabbling mechanism for the characteristic for having in terms of stirring blade material and improving can be provided and set
It is standby.Known metal stirring blade carrier especially can advantageously with adapt to respective application, be made of nonmetallic materials
Stirring blade combines.Especially for example can wearing character, hygienic characteristic, weight and/or other depend on material characteristic side
Face is advantageously carried out to the simple and/or cost-effective adaptation of the rabbling mechanism equipment and/or optimization and/or design.
The nonmetallic materials are ceramic materials.In this regard, " ceramic material " is it should be particularly understood that inorganic, nonmetallic
Material.Ceramic material can at least partly be crystallized.Ceramic material does not have especially base largely especially at least
In the metallic character of metallic bond, however metallic compound can be included, such as metal oxide and/or metal silicate.It is preferred that
Ground, ceramic material is at least most of by non-oxide ceramics, especially aluminium nitride and/or boron carbide and/or preferably silicon nitride and/
Or silicon carbide is formed.Thus, it is possible to realize the advantageous wear-resistant strength and the thus rabbling mechanism equipment of these stirring blades
Advantageously longer service life.
Moreover, it is proposed that these stirring blades are releasably connect with the stirring blade carrier.In this context, it is " releasable
Ground connects " it should be particularly understood that：More particularly to tool-lessly and/or by means of assembly tool and without damage and/or not by
The especially force-fitting and/or shape between these stirring blades and the stirring blade carrier is intrusively released and/or produces to match
The mechanical connection of conjunction.The simple and/or quick of these stirring blades can be especially advantageously carried out in case of wear as a result,
Replaceability.
Moreover, it is proposed that the stirring blade carrier has at least one recess, which is set as：Receive this at least partly
At least one of a little stirring blades.The stirring blade carrier especially has multiple recess especially formed identically in relation to each other, this
A little recess are provided accordingly to partly receive one of these stirring blades.These recess are especially in the circle of the stirring blade carrier
It is arranged especially equally spaced from each otherly in circumferential direction.It is stirred thus, it is possible to which these stirring blades to be advantageously steadily fastened on to this
It mixes at blade carrier.
Preferably, which has at least one subregion, is parallel to the rotation axis observation of the stirring blade carrier, should
Subregion is formed as continuous.Preferably, all recess are respectively provided with a sub-regions, are parallel to the rotation of the stirring blade carrier
Shaft axis is observed, which is formed as continuous.At least one subregion is especially introduced into the line of rabbet joint shape stirring blade
In carrier.The trend of the subregion at least generally corresponds to the exterior contour of the stirring blade.Thus, it is possible to realize that these are stirred
Mix advantageous arrangement of the blade at the stirring blade carrier.
Moreover, it is proposed that the stirring blade carrier has at least one carrier element, which is formed as at least substantially
Upper plate-like.In this context, " carrier element " should be particularly understood that, be set as these stirring blades being fixed on the paddle
Element at piece carrier.Preferably, formed to the carrier element and the stirring blade carrier single-piece and/or at least partly by
The stirring blade carrier is formed in itself.Especially it is contemplated that the carrier element single-piece and/or multi-piece type, especially
In two style, preferably four formulas, particularly preferably formed with identical rabbling mechanism propeller boss part.In this context, it is " single
Part formula " is it should be particularly understood that at least connect to material mating.This material mating can for example pass through adhesion technique, splash work
Skill, welding procedure, soldering processes and/or other skilled in the art think rational technique to produce.However, single-piece should
It is advantageously interpreted as integrally shaping.Preferably, which is made of individual blank and/or casting.In addition, object
" at least generally plate-like " configuration should be especially appreciated that the following configuration for the object, wherein, just wrap up the minimum of the object
, at least 10 times at most 25 times of the most short side of the longest edge especially cuboid that especially imaginary cuboid has.It is excellent
Selection of land, there are one the base surfaces of at least automatic adjustment for carrier element tool.Thus, it is possible to it is advantageously carried out these stirring blades
Simple arrangement at the stirring blade carrier.In addition, the rabbling mechanism equipment is advantageously simply and/or cost-effectively
Be formed as the rabbling mechanism equipment of radial transfer.
It is proposed in the preferred configuration of the present invention, which has at least two to correspond to each other to be formed
Disc-shaped carrier element, these carrier elements are set as：These stirring blades are connect at least partly in the state of after mounting
It is received in the region between these carrier elements.The two carrier elements are particularly arranged to：In the state of after mounting, material is matched
Close and/or particularly by clamping force and force-fitting fix these stirring blades.In the state of after mounting, by means of at least one
A screw connection portion and especially these carrier elements are connected to each other preferably by means of multiple screw connection portions.As a result, may be used
To be advantageously carried out the simple and/or reliable fixation to these stirring blades.
Moreover, it is proposed that these stirring blades have at least one blade element and at least one fastening projection, this is tight
Gu protruding portion is connect with the blade element single-piece.In this context, " blade element " is it should be particularly understood that at least part landform
Into the element of the acting surface of stirring blade.In this context, " fastening projection " is particular arranged at the blade
Geometric units at least one surface of element and/or at least one subregion and/or especially geometrical figuration portion.In this background
Under, " single-piece " should be particularly understood that：At least one element and/or the fastening projection of the fastening projection and the paddle
Formed to the blade element single-piece of piece.The fastening projection is particularly arranged to generate and the stirring blade carrier and outstanding
The connection of force-fitting and/or the shape cooperation of its at least one carrier element with the stirring blade carrier.It is thus, it is possible to advantageous
Fastening of the ground simplification to these stirring blades, and advantageously carry out reliable between stirring blade and stirring blade carrier
Connection.
Moreover, it is proposed that the fastening projection has at least one recess, which is provided for receiving at least one tight
Gu element.The fastening projection especially has multiple recess.These recess are particularly arranged to：Such as screw or bolt are received, it borrows
Help the screw or the stirring blade with the fastening projection can be fixed at the stirring blade carrier and outstanding by bolt
At its carrier element in the stirring blade carrier.Thus, it is possible to it is advantageously carried out to the simple of these individual stirring blades
And/or cost-effective fixation.It is expended furthermore, it is possible to advantageously reduce for replacing the installation of individual stirring blade.
Moreover, it is proposed that the blade element of these stirring blades has at least one recess, which is provided for receiving
At least one tightening member.These recess are particularly arranged to：Such as screw or bolt are received, it can by means of the screw or bolt
Stirring blade with the fastening projection is fixed at the stirring blade carrier and especially in the stirring blade carrier
At carrier element.The recess is especially at least essentially perpendicular to the acting surface extension of the stirring blade.Preferably, the stirring blade
Do not have fastening projection in the design with the recess in blade element.Thus, it is possible to it is advantageously carried out independent to these
Stirring blade simple and/or cost-effective fixation.Furthermore, it is possible to it advantageously reduces to replace individual stirring blade
Installation expend.Furthermore it is possible to it is advantageously carried out simple stirring blade geometry.
Moreover, it is proposed that configuration stirring blade and stirring blade carrier as follows so that in state after mounting, especially
It is at least essentially perpendicular to accordingly always during stirring operation from force flux of the stirring blade into stirring blade carrier
Contact surface between stirring blade and stirring blade carrier and move towards.Here, term " generallyperpendicular " should especially be defined as one
A direction relative to a reference direction following orientation, wherein, the direction and the reference direction (are especially seen in one plane
Examine) enclose angle in 90 ° and the angle there are especially less than 8 °, be advantageously below 5 ° and the maximum particularly advantageously less than 2 ° partially
Difference.Thus, it is possible to be advantageously carried out, these stirring blades in the contact area of the stirring blade carrier especially with mainly undergoing
Compressive load and at least largely avoid tension load.Thus it is particularly possible to it avoids causing ceramics due to tension load
Stirring blade damages.
Moreover, it is proposed that the acting surface of these stirring blades after mounting in the state of be at least essentially perpendicular to the paddle
The Plane of rotation orientation of piece carrier.Here, term " generallyperpendicular " should especially be defined as a direction relative to a reference
The following orientation in direction, wherein, the direction and the reference direction (especially observing in one plane) are enclosed angle in 90 ° and are somebody's turn to do
The maximum deviation that angle has especially less than 8 °, is advantageously below 5 ° and is particularly advantageously less than 2 °.It is possible thereby to it realizes：This is stirred
Mixing structural establishment advantageously has higher power coefficient, and thus the rabbling mechanism equipment is stirred especially with respect to what is form differently
Mix structural establishment advantageously has higher power input under identical rabbling mechanism diameter and identical peripheral speed.
In addition, proposing a kind of blender, which has at least one driving unit, at least one agitating shaft and borrows
Help the drivable rabbling mechanism equipment of the agitating shaft.Thus, it is possible to it provides with the service life favorably improved and advantageous letter
The maintainable blender of change.
In addition, propose the POX- autoclaves at least one blender.The POX- autoclaves are particularly arranged to for ore deposit
Stone processing.The POX- autoclaves include at least one especially horizontal container arranged particularly for receiving abrasive media, especially
One pressure vessel.The agitating shaft of the blender is preferably perpendicular to the especially horizontal vessel axis arranged and/or container and arranges.
The POX- autoclaves can also include multiple blenders, wherein, at least two and/or at least three blenders can correspondingly that
This is neighboringly arranged.In addition, it is particularly possible to medium especially partly penetrate, especially permeable is arranged between corresponding blender
, the especially horizontal and/or partition wall that arranges vertically, thus can especially realize continuous stirring technique.The system especially may be used
To include at least one partition wall and/or particular on the abrasive media in the container.It is especially being ground thus it is particularly possible to provide
POX- autoclaves optimizing in terms of damage and durable, particularly for ore treatment, the autoclave have in service life, dimension
Shield interval and/or the characteristic for replacing interval aspect improvement.
Compared with prior art, the beneficial effects of the present invention are：
(1) the configuration of the present invention is simple, easy to manufacture are at low cost.
(2) discharge port of deduster of the present invention, can be by weighing bucket to the dust of recycling by weighing bucket and agitator tank unicom
It weighs, it, can be according to the proportion relation between various powders, to needing to mix after the weight for removing the part dust
Other powders of stirring are allocated by weight, thus reach the dust of collection in dust collector ash hopper by flyash weighing bucket into
Row metering is played the role of saving material so as to re-use, and refuse reclamation reduces production cost.
(3) present invention is additionally arranged centrifugal agitating paddle inside the frame type agitating blade of large-scale vacuum planetary mixer, above-mentioned
Centrifugal agitating paddle the material of frame type agitating blade lower portion can be pushed to outside frame, it is made to participate in entire stirring
In movement, so as to eliminate the stirring blind spot being hidden in inside frame type agitating blade, therefore large-scale vacuum row is greatly increased
The mixing evenness of star blender, those can not be met to mixing evenness requirement always by solving large-scale vacuum planetary mixer
Compare the requirement problem of high industry, so that the user of the sector, which need not buy more small size vacuum planetary mixers, carrys out generation
For separate unit large-scale vacuum planetary mixer, the equipment cost of enterprise is effectively saved, while enterprise can also accordingly reduce vacuum
The staff of planetary mixer contributes to the power that economizes in social labor, and reduces the labor cost of enterprise, so as to enhance enterprise
Competitiveness.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the right view of Fig. 1；
Fig. 3 is the structure diagram of the rabbling mechanism of the present invention；
Fig. 4 is the structure diagram of the composite stirring paddle of the present invention；
Fig. 5 illustrates in perspective view the rabbling mechanism equipment for being formed as radial agitator,
Fig. 6 shows the stirring blade of rabbling mechanism equipment,
Fig. 7 shows the Local map of the stirring blade carrier with the stirring blade after the assembling according to Fig. 6,
Fig. 8 shows the section diagram of the stirring blade carrier with the stirring blade after the assembling from Fig. 7,
Fig. 9 shows the alternative stirring blade of rabbling mechanism equipment,
Figure 10 shows the Local map of the stirring blade carrier with the stirring blade after the assembling according to Fig. 9,
Figure 11 shows the alternative embodiment of rabbling mechanism equipment,
Figure 12 shows the Local map of the stirring blade carrier with the stirring blade after the assembling according to Figure 11.
Specific embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, below in conjunction with attached drawing 1 and embodiment,
The present invention will be described in further detail.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention,
It is not intended to limit the present invention.
With reference to Fig. 1 and Fig. 2, a kind of full-automation formula rabbling mechanism system, including three platforms, respectively stir platform,
With bed of material platform and dedusting support platform；Blender is set on stirring platform, and blender includes agitator tank 1, by matching various
Material is placed in agitator tank according to a certain percentage, and by the stirring of blender blade, blending becomes uniform mixing；Blender
Top is communicated with the dust collection pipeline 2 upwardly extended, and dust collection pipeline 2 is passed through extends upwardly to dedusting support platform with bed of material platform,
Dedusting support platform is equipped with deduster, and in the present embodiment, deduster is main moving pulse deduster, can be in agitator tank 1
The airborne dust of generation is drawn via dust collection pipeline 2；Active pulse dust collector includes suction opening and discharge port, active pulse dust removal
The suction opening of device is connected with dust collection pipeline 2, the downward unicom agitator tank of discharge port, and forms circulation loop, and circulation loop is by setting
On and off is realized in the outlet valve of discharge outlet, and outlet valve is Pneumatic butterfly valve 4, and in other embodiments, outlet valve is also
Can be other valves such as solenoid valve；Active pulse dust collector further includes the ash bucket for collecting absorption dust, and discharge port is set on
Ash bucket lower part, the dust of absorption are accumulated in ash bucket, and can by the control dust of the Pneumatic butterfly valve of discharge outlet discharge or temporarily
It is stored in collection bucket.
In the present embodiment, ash bucket is cone bucket 3, and in the state of the closing of Pneumatic butterfly valve 4, active pulse dust collector is through dust suction
Pipeline 2 draws the dust collection to come up in cone bucket 3, and this avoid the airborne dusts generated in whipping process to fly upward everywhere, favorably
Working environment in protection working site, the health of safeguard work personnel, the dust also avoided in ash bucket are flown by absorption
It raises, while also avoids in the case where being not provided with Pneumatic butterfly valve, the problem of dust in weighing bucket is also adsorbed.
The discharge port of cone bucket 3 connects downwards ash-unloading tube road 5,5 lower end of ash-unloading tube road connection hose 6, and 6 lower section of hose is connected with
Weighing bucket, weighing bucket are located at on bed of material platform, and in the present embodiment, weighing bucket is two, is cement weighing bucket 9 and flyash weighing bucket respectively
10, hose 6 is connected with flyash weighing bucket.
In the course of work to mix cement in blender with flyash, active pulse dust collector is constantly in working condition,
Pneumatic butterfly valve 4 is closed simultaneously, and the stirring airborne dust inside blender is accumulated under the action of active pulse dust collector by dust collection pipeline 2
Gather in deduster lower part cone bucket 3, the Dust in cone bucket includes cement and flyash at this time；Since cement grade compares fine coal
Grey label is high, and in order to ensure the mixing quality of concrete, cement and flyash mixed dust to collection all serve as into fine coal
Ash；When starting dispensing, Pneumatic butterfly valve 4 is opened, the dust in cone bucket is made all to serve as into flyash and enter flyash and claim
Bucket closes Pneumatic butterfly valve after weighing value needed for flyash weighing bucket reaches；After opening Pneumatic butterfly valve 4, the powder collected in cone bucket 3
Dirt is entered via ash-unloading tube road 5 and hose 6 in flyash weighing bucket 10.
The both sides of cement weighing bucket and flyash weighing bucket are separately installed with weighing balance 11, by claiming to the powder in weighing bucket
Weight accurately can carry out ratio control to each ingredient of incorporation；After dust enters in flyash weighing bucket, by weigher 11
It weighs, after reaching required amount, closes Pneumatic butterfly valve 4 and stop the blanking into flyash weighing bucket.
According to certain proportion relation, required cement weight is calculated according to flyash weight, then in cement weighing bucket
It is middle to claim to obtain required a certain amount of cement.
It is equipped with off-load below cement weighing bucket or flyash weighing bucket to be open, off-load opening is equipped with off-load valve, passes through off-load
Valve, which is connected with, closes hopper 7, and the dust in cement weighing bucket or flyash weighing bucket after weighing is fed downwardly into and closes hopper 7
In, subsequently enter agitator tank 1；Agitator tank 1 is connected with water tank 8, each to what is proportionally prepared by supplying water into agitator tank 1
Kind dispensing is stirred.Stirring airborne dust is subjected to recycling, saves material, reduces cost, waste material is made effectively to recycle,
With good economic benefit.
As the specific embodiment two of blender dedusting recovery system of the present invention, with embodiment one the difference lies in,
Pneumatic butterfly valve is opened, the dust being collected into all is discharged into weighing bucket, by weighing to the dust in weighing bucket, by unloading
The total weight for entering dust carries out the proportioning of each dispensing.
As the specific embodiment three of blender dedusting recovery system of the present invention, with embodiment one the difference lies in,
The discharge outlet of dust collector ash hopper is equipped with Pneumatic butterfly valve and discharge port is directly connected by pipeline with agitator tank, and centre is not provided with claiming
The generation for the phenomenon that struggling against, do not weigh to the powder of absorption, i.e., the dust for not needing to absorption is only prevented to be drawn.
As the specific embodiment four of blender dedusting recovery system of the present invention, with embodiment one the difference lies in,
Weighing bucket is provided only with one, and to collect the dust opened and leaked down from ash bucket after Pneumatic butterfly valve, other need the powder for participating in mixing
After material is weighed by the other modes except blender dedusting recovery system, it is added in weighing bucket.
With reference to Fig. 3 and Fig. 4, the agitator tank includes planetary mechanism 1, and the bottom of planetary mechanism 1 is connected and installed with compound stir
Mix paddle 2,
Decentralized institution 3 and Gua Bi mechanisms 4, the composite stirring paddle 2 are mounted on 1 bottom interposition of planetary mechanism by connection
The agitating shaft 20 put, socket is mounted on agitating shaft 20 mounted on the frame type agitating blade 21 on 20 top of agitating shaft and socket and quantity
The no less than centrifugal agitating paddle 22 of one is formed, and centrifugal agitating paddle 22 is arranged in the frame of frame type agitating blade 21
Portion；
The specific operation process of agitator tank is:Agitating shaft 20 is processed with steel first, is then processed again with identical material
Go out the frame type agitating blade 21 that can be socketed on agitating shaft 20, finally being processed with material can be socketed mounted on agitating shaft
Centrifugal agitating paddle 22 on 20, and the overall dimensions of centrifugal agitating paddle 22 are than the lower portion size of frame type agitating blade 21
Small, the frame type agitating blade 21 is preferentially processed into fried dough twist frame type agitating blade, be processed into certainly other forms can also, it is above-mentioned
Centrifugal agitating paddle 22 be preferentially processed into blade quantity be six leaves the straight leaf disc turbine type agitating paddle of inclination, be processed into certainly
The agitating paddle of its blade quantity or form can also.
Further, planetary mechanism 1 is processed, then reprocesses out decentralized institution 3 and Gua Bi mechanisms 4, it subsequently will stirring
Axis 20, decentralized institution 3 and Gua Bi mechanisms 4 are fixedly mounted on the bottom of planetary mechanism 1, and above-mentioned agitating shaft 20 is mounted on planet machine
The centre position of the lower part of structure 1, the Gua Bi mechanisms 4 are arranged on the outermost of agitating shaft 20, and decentralized institution 3 is arranged on
Between agitating shaft 20 and Gua Bi mechanisms 4.
The outside of agitating shaft 20 is provided with the stirring blade of metal, and the stirring blade of metal carries 12.In the situation of the present invention
Under, stirring blade carrier 12 is for example made of 12 grades of titanium.In addition, rabbling mechanism equipment 10 includes multiple stirring blades 14, this
A little stirring blades are connect with the stirring blade carrier 12.These paddles 14 are made of nonmetallic materials.Preferably, these are stirred
Blade 14 is made of ceramic material, advantageously non-oxide ceramics, such as silicon nitride or silicon carbide.These stirring blades 14 are in circle
It is arranged in circumferential direction at stirring blade carrier 12.Eight stirring blades 14 are schematically illustrated in the illustrated embodiment,
However the it is likewise contemplated that quantity different with this paper.In addition, stirring blade equipment 10, which has, is arranged in stirring blade carrier 12
The rabbling mechanism propeller boss 52 at place.Rabbling mechanism propeller boss 52 is set as：Agitating shaft 48 is received at least one operating state.Stirring
Mechanism propeller boss 52 is set as：Rabbling mechanism equipment 10 is axially attached at agitating shaft 48.The orientation definition of agitating shaft 48 stirs
Mix the rotation axis 20 of structural establishment 10.These stirring blades 14 after shown assembling in the state of be arranged in stir as follows
It mixes at blade carrier 12 so that the acting surface 40 of these stirring blades 14 is respectively perpendicular to the rotary flat of the stirring blade carrier 12
Face 42 is orientated.
Fig. 5 shows the embodiment of stirring blade 14a.There is stirring blade 14a blade element 26a and fastening to protrude
Portion 28a, the fastening projection are connect with blade element 26a single-pieces.Fig. 3 shows the stirring with after assembling to overlook
The Local map of the stirring blade carrier 12 a of blade 14a.Stirring blade carrier 12 a has in shown Local map is set as part
Receive the recess 16a of stirring blade 14a.Here, recess 16a has subregion 18a, it is parallel to the rotation of stirring blade carrier 12 a
Shaft axis 20a is observed, which is formed as continuous.Stirring blade carrier 12 a has multiple identical recess 16a, these
Recess is corresponding to the quantity of stirring blade 14a to be assembled.Fig. 4 shows the section diagram along hatching line III-III.In the reality
It applies in mode, there are two disc-shaped carrier element 22a, the 24a to correspond to each other, these carrier elements are set stirring blade carrier 12 a tools
It is set to：The fastening projection 28a of stirring blade 14a is received in the state of after mounting between these carrier elements 22a, 24a.
For this purpose, these carrier elements 22a, 24a form corresponding to fastening projection 28a region 56a, after mounting in the state of, tightly
Gu protruding portion 28a force-fittings and shape-ordinatedly fixation are in this region.When fastening projection 28a is arranged in the carrier member of plate-like
When between part 22a, 24a, blade element 26a is protruded in both sides more than stirring blade carrier 12 a.In the state of after mounting, this
A little carrier element 22a, 24a are connected to each other by means of fastening means 58a.In the fastening means 58 being released, these paddles
Piece 14a can be removed from stirring blade carrier 12 a, thus releasably connect stirring blade 14a with stirring blade carrier 12 a
It connects.This can for example be realized in case of wear provides for simple replacement of independent or all stirring blade 14a.
These stirring blades 14a and the stirring blade carrier 12 a configuration as follows so that state after mounting
Under, the fastening of the force flux 60a of these stirring blades 14a always to stirring blade 14a (especially during stirring operation) is prominent
It is vertically moved towards in portion 28a.Therefore it can realize：These stirring blades 14a especially undergoes compressive load during stirring operation,
And at least it is largely avoided tension load.
In Fig. 8 to Figure 11, the other embodiment of the present invention is shown.Following description and drawings are generally limited to these
Difference between embodiment, wherein about name identical component, especially with respect to the component with identical reference mark,
The attached drawing and/or explanation of other, especially Fig. 2 to Fig. 4 embodiment can be also referred in principle.In order to distinguish these implementations
Example is equipped with letter a after the reference mark of the embodiment of Fig. 2 to 4.In the embodiment of Fig. 5 to Fig. 8, replaced with alphabetical b and c
Alphabetical a.
Fig. 8 shows the alternative embodiment of stirring blade 14b.Stirring blade 14b is with blade element 26b and tightly
Gu protruding portion 28b, which connect with blade element 26b single-pieces.Fastening projection 28b, which has, to be provided for
Receive the recess 30b of tightening member 32b.Fig. 9 shows the stirring blade load with the stirring blade 14b after assembling to overlook
The Local map of body 12b.Stirring blade carrier 12 b has in shown Local map is set as the recessed of part reception stirring blade 14b
Fall into 16b.Here, recess 16b has subregion 18b, it is parallel to the rotation axis 20b observations of stirring blade carrier 12 b, the sub-district
Domain is formed as continuous.Stirring blade carrier 12 b has multiple identical recess 16b, these recess correspond to be assembled stir
Mix the quantity of blade 14b.Stirring blade 14b is releasably connect by means of tightening member 32b with stirring blade carrier 12 b, this
A little tightening members are guided through the recess 30b of fastening projection 28b.Here, fastening projection 28b is placed on stirring blade load
On the surface of the disc-shaped carrier element 22b of body 12b, and blade element 26b is protruded in both sides more than stirring blade carrier 12 b.Example
As in case of wear, individual stirring blade 14b can simply be replaced by unclamping tightening member 32b.
These stirring blades 14b and the stirring blade carrier 12 b configuration as follows so that state after mounting
Under, the fastening of the force flux 60b of these stirring blades 14b always to stirring blade 14b (especially during stirring operation) is prominent
It is vertically moved towards in portion 28b.Therefore it can realize：These stirring blades 14a especially undergoes compressive load during stirring operation,
And at least it is largely avoided tension load.
Figure 10 shows the alternative configuration of rabbling mechanism equipment 10c.Rabbling mechanism equipment 10c has metal stirring blade
Carrier 12 c and multiple ceramic mixing blade 14c, these ceramic mixing blades are connect with stirring blade carrier 12 c.In order to show this
Kind construction, six in eight possible stirring blade 14c in the state of being illustrated only after mounting at this.Stirring blade carries
Body 12c has the carrier element 22c of plate-like.In addition, stirring blade carrier 12 c has the recess 16c arranged in a circumferential direction,
These recess are provided for partly receiving stirring blade 14c.Figure 11 is assemblied in these recess to overlook to show to have
The Local map of the stirring blade carrier 12 c of stirring blade 14c in one of 16c.Recess 16c is embodied as triangle, wherein, it is recessed
The side 62c for falling into 16c corresponds to the exterior contour of stirring blade 14c.In order to which stirring blade 14c is fastened on stirring blade carrier
At 12c, the blade element 26c of stirring blade 14c has the recess 34c for receiving tightening member 36c (such as screw).It is filling
In the state of rear, stirring blade 14c is releasably connect by means of tightening member 36c with stirring blade carrier 12 c, wherein,
Stirring blade 14c sticks on what is be made of the side 62c (side corresponds to the exterior contour of stirring blade 14c) for the 16c that is recessed
At contact surface 38c.
Stirring blade 14c and stirring blade carrier 12 c configurations as follows so that in the state of after mounting, from stirring
Force flux 60cs of the blade 14c into stirring blade carrier 12 c is mixed always (especially during stirring operation) perpendicular to corresponding
Contact surface 38c trends between stirring blade 14c and stirring blade carrier 12 c.Therefore it can realize：These stirring blades 14c
Compressive load is especially undergone during stirring operation, and is at least largely avoided tension load.
Figure 12 is shown with the horizontal container 64 arranged and multiple POX- high of blender 44 being arranged in container 64
Press kettle 50.Blender 44 respectively includes driving unit 46, agitating shaft 48 and by means of the 48 drivable blender of agitating shaft
Structure equipment 10a, 10b, 10c.In the present case, container 64 is divided into four container areas by partition wall 66.
In the case of the present invention, blender 44 is formed as identical.Blender 44 is arranged in as follows in container 64 so that corresponding
Rotation axis 20 perpendicular to level arrange container axis and arrange.In the present case, which stirs including five
Mix device 44.Two blenders 44 in five blenders 44 are arranged in the first container region 70.In other container areas,
An other blender 44 is arranged respectively.Under operation, abrasive media is located in container 64.In the situation of the present invention
Under, abrasive media is formed as the suspended matter with high solid load capacity.It is arranged in addition, POX- autoclaves 50 illustratively have
Two gasification spray guns 68 in the first container region 70.Gasification spray gun 68 is set as：Grinding into the first container region 70
Grinding media supplies oxygen.Alternatively it is also contemplated that：Different number and/or different arrangement and/or difference are arranged in a reservoir
The rabbling mechanism of formation, these rabbling mechanisms can especially have rabbling mechanism equipment according to the present invention.
In the description of the present invention, it is to be understood that term " one end ", " front upper place ", " end ", " length ", " width
Degree ", " interior ", " on ", " other end ", " both ends ", " level ", " coaxial ", " bottom ", the orientation of the instructions such as " lower section " or position pass
It is based on orientation shown in the drawings or position relationship, to be for only for ease of the description present invention and simplifying description rather than instruction
Or imply that signified device or element there must be specific orientation, with specific azimuth configuration and operation, therefore be not understood that
For limitation of the present invention.
In the present invention unless specifically defined or limited otherwise, term " setting ", " engagement ", " connection ", " embedded ",
Terms such as " the covers " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or integral；It can be with
It is mechanical connection or electrical connection；It can be directly connected, can also be indirectly connected by intermediary, can be two
The interaction relationship of connection or two elements inside a element, unless otherwise restricted clearly.For the common of this field
For technical staff, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.
The foregoing is merely the preferred embodiment of the present invention, are not intended to limit the scope of the invention, every utilization
The equivalent structure transformation that present specification is made, directly or indirectly with the technology neck for being attached to other Related products
Domain is included within the scope of the present invention.
Claims (10)
1. a kind of full-automation formula rabbling mechanism system, including the deduster that agitator tank and suction opening are connected with agitator tank,
It is characterized in that：The blender dedusting recovery system further includes the weighing bucket for being fed to agitator tank, and the ash bucket of deduster goes out
Material mouth by weighing bucket and agitator tank unicom,
The agitator tank includes planetary mechanism (1), and the bottom of planetary mechanism (1) is connected and installed with composite stirring paddle (2), dispersion machine
Structure (3) and Gua Bi mechanisms (4), the composite stirring paddle (2) is by connecting stirring mounted on planetary mechanism (1) bottom centre position
Mix axis (20), socket is mounted on agitating shaft (20) mounted on the frame type agitating blade (21) on agitating shaft (20) top and socket and number
The centrifugal agitating paddle (22) that amount is no less than one is formed, and centrifugal agitating paddle (22) is arranged on frame type agitating blade (21)
Lower portion；
The stirring blade of metal, the stirring blade carrier (12a of metal are provided with outside agitating shaft (20)；12b；12c) and
With the stirring blade carrier (12a；12b；12c) multiple stirring blade (14a of connection；14b；14c), wherein these stirring blades
(14a；14b；It 14c) is at least generally made of nonmetallic materials, which is ceramic material.
2. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：The ash bucket of deduster
Discharge outlet is equipped with outlet valve；The outlet valve is Pneumatic butterfly valve；The deduster is main moving pulse deduster.
3. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：The weighing bucket includes water
Mud weighing bucket and flyash weighing bucket；The discharge port and flyash weighing bucket unicom；The discharge port passes through hose and weighing bucket unicom.
4. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：The Gua Bi mechanisms
(4) outermost of composite stirring paddle (2) is arranged on, and decentralized institution (3) is arranged on composite stirring paddle (2) and Gua Bi mechanisms
(4) between.
5. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：These stirring blades
(14a；14b；14c) with the stirring blade carrier (12a；12b；12c) releasably connect；The stirring blade carrier (12a；
12b；12c) there is at least one recess (16a；16b；16c), which is set as：These stirring blades are received at least partly
(14a；14b；At least one of 14c)；The recess (16a；16b；16c) there is at least one subregion (18a；18b；18c),
It is parallel to the stirring blade carrier (12a；12b；Rotation axis (20a 12c)；20b；It 20c) observes, which is formed as connecting
Continuous.
6. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：The stirring blade carrier
(12a；12b；12c) there is at least one carrier element (22a；22b；22c), which is formed as at least generally plate-like
's；The stirring blade carrier (12a) has at least two disc-shaped carrier elements (22a, 24a) corresponding to each other, these loads
Volume elements part is set as：These stirring blades (14a) are at least partially received at these carrier elements in the state of after mounting
In region (56a) between (22a, 24a)；These stirring blades (14a；14b) there is at least one blade element (26a；26b)
And at least one fastening projection (28a；28b), the fastening projection and the blade element (26a；26b) single-piece connects.
7. a kind of full-automatic formula rabbling mechanism system according to claim 6, it is characterised in that：The fastening projection
(28b) has at least one recess (30b), which is provided for receiving at least one tightening member (32b)；Blade member
Part (26c) has at least one recess (34c), which is provided for receiving at least one tightening member (36c).
8. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：These stirring blades
(14a；14b；14c) and the stirring blade carrier (12a；12b；12c) configuration as follows so that state after mounting
Under, from these stirring blades (14a；14b；14c) to the stirring blade carrier (12a；12b；Force flux (60a in 12c)；
60b；It 60c) is at least essentially perpendicular to always in corresponding stirring blade (14a；14b；14c) with the stirring blade carrier
(12a；12b；Contact surface (38a between 12c)；38b；It 38c) walks to and/or from these stirring blades (14a；14b；14c) to
The fastening projection (28a；It is at least substantially perpendicularly moved towards always in 28b).
9. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：These stirring blades
(14a；14b；Acting surface (40a 14c)；40b；40c) after mounting in the state of be at least essentially perpendicular to the stirring blade
Carrier (12a；12b；Plane of rotation (42a 12c)；42b；42c) it is orientated.
10. a kind of full-automatic formula rabbling mechanism system according to claim 1, it is characterised in that：With at least one
Driving unit (46), at least one agitating shaft (48) and drivable according to preceding claims by means of the agitating shaft (48)
One of described in rabbling mechanism equipment (10a；10b；10c), the POX- autoclaves of the blender (44).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711451555.8A CN108145847A (en) | 2017-12-27 | 2017-12-27 | A kind of full-automation formula rabbling mechanism system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711451555.8A CN108145847A (en) | 2017-12-27 | 2017-12-27 | A kind of full-automation formula rabbling mechanism system |
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| Publication Number | Publication Date |
|---|---|
| CN108145847A true CN108145847A (en) | 2018-06-12 |
Family
ID=62463542
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711451555.8A Pending CN108145847A (en) | 2017-12-27 | 2017-12-27 | A kind of full-automation formula rabbling mechanism system |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202137844U (en) * | 2011-06-28 | 2012-02-08 | 三一重工股份有限公司 | Detachable agitating vane as well as agitating device and engineering machine provided with agitating vane |
| CN102658597A (en) * | 2012-05-10 | 2012-09-12 | 三一重工股份有限公司 | Dust removal device and stirring equipment |
| CN202638351U (en) * | 2012-04-06 | 2013-01-02 | 江门坚美实业有限公司 | Stirring mechanism for planetary stirring machine |
| CN106182438A (en) * | 2016-08-30 | 2016-12-07 | 郑州三和水工机械有限公司 | Blender dedusting recovery system |
| CN107466250A (en) * | 2015-02-27 | 2017-12-12 | 艾卡多搅拌及混合工程有限公司 | Rabbling mechanism equipment |
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2017
- 2017-12-27 CN CN201711451555.8A patent/CN108145847A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202137844U (en) * | 2011-06-28 | 2012-02-08 | 三一重工股份有限公司 | Detachable agitating vane as well as agitating device and engineering machine provided with agitating vane |
| CN202638351U (en) * | 2012-04-06 | 2013-01-02 | 江门坚美实业有限公司 | Stirring mechanism for planetary stirring machine |
| CN102658597A (en) * | 2012-05-10 | 2012-09-12 | 三一重工股份有限公司 | Dust removal device and stirring equipment |
| CN107466250A (en) * | 2015-02-27 | 2017-12-12 | 艾卡多搅拌及混合工程有限公司 | Rabbling mechanism equipment |
| CN106182438A (en) * | 2016-08-30 | 2016-12-07 | 郑州三和水工机械有限公司 | Blender dedusting recovery system |
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Application publication date: 20180612 |
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