CN105690564B - Ceramsite aerated building block production process and production equipment thereof - Google Patents
Ceramsite aerated building block production process and production equipment thereof Download PDFInfo
- Publication number
- CN105690564B CN105690564B CN201610092335.XA CN201610092335A CN105690564B CN 105690564 B CN105690564 B CN 105690564B CN 201610092335 A CN201610092335 A CN 201610092335A CN 105690564 B CN105690564 B CN 105690564B
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- CN
- China
- Prior art keywords
- fixed
- block
- haydite
- plate
- aerated building
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Classifications
-
- 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
- B28C5/10—Mixing in containers not actuated to effect the mixing
- B28C5/12—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers
- B28C5/16—Mixing in containers not actuated to effect the mixing with stirrers sweeping through the materials, e.g. with incorporated feeding or discharging means or with oscillating stirrers the stirrers having motion about a vertical or steeply inclined axis
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B13/00—Feeding the unshaped material to moulds or apparatus for producing shaped articles; Discharging shaped articles from such moulds or apparatus
- B28B13/02—Feeding the unshaped material to moulds or apparatus for producing shaped articles
- B28B13/0215—Feeding the moulding material in measured quantities from a container or silo
- B28B13/026—Feeding the moulding material in measured quantities from a container or silo by using a movable hopper transferring the moulding material to the moulding cavities
-
- 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
- B28C5/0806—Details; Accessories
-
- 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
- B28C5/0806—Details; Accessories
- B28C5/0831—Drives or drive systems, e.g. toothed racks, winches
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28C—PREPARING CLAY; PRODUCING MIXTURES CONTAINING CLAY OR CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28C7/00—Controlling the operation of apparatus for producing mixtures of clay or cement with other substances; Supplying or proportioning the ingredients for mixing clay or cement with other substances; Discharging the mixture
- B28C7/04—Supplying or proportioning the ingredients
- B28C7/06—Supplying the solid ingredients, e.g. by means of endless conveyors or jigging conveyors
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Dispersion Chemistry (AREA)
- Manufacturing & Machinery (AREA)
- Ceramic Engineering (AREA)
- Preparation Of Clay, And Manufacture Of Mixtures Containing Clay Or Cement (AREA)
- Devices For Post-Treatments, Processing, Supply, Discharge, And Other Processes (AREA)
Abstract
A production process of a ceramsite aerated building block comprises the following steps of A, raw material conveying, B, raw material stirring, C, mixed material outputting and D, mixed material conveying. A ceramsite aerated building block production device comprises a raw material conveying device, wherein a raw material stirring device is fixed on the side part of the raw material conveying device. The invention has the advantages of ingenious and reasonable structural design, raw materials can be conveniently and continuously conveyed to the first storage hopper and the second storage hopper by the aid of the raw material conveying device, ceramsite and cement can be mixed and stirred by the aid of the raw material stirring device, the discharge hole is opened by the movement of the sealing plate, the stirred materials fall into the receiving hopper positioned below the discharge hole through the discharge hole, the receiving hopper is moved to the position blocked by the second blocking block along the X direction, the receiving hopper is moved to the third guide rail along the Y direction, the receiving head is lifted under the action of the lifting platform, and the stirred materials in the receiving hopper are discharged into each ceramsite aerated block forming die through the insertion plate, so that the ceramsite aerated block forming die is worthy of popularization and application.
Description
Technical field
The present invention relates to a kind of production technology and its production equipment, especially a kind of life for haydite aerated building block production
Production. art and its production equipment.
Background technology
At present, the production of haydite aerated building block is all by cement mixer, is stirred, then cement mixer reversely revolves
Turn in pouring out and pulling a cart, the spice mixture of cement plus water (haydite) is manually being poured into the mould that haydite aerated building block makes
It is molded in tool, not only efficiency is low for this mode, and the worker needed is more, and cost is high.
The content of the invention
The invention solves the shortcomings that above-mentioned prior art, there is provided a kind of life that can increase haydite aerated block forming efficiency
Production. art and its production equipment, meet enterprise and produce the low demand of haydite aerated building block efficiency high, cost.
The present invention solves the technical scheme that its technical problem uses：This haydite aerated building block production technology, including it is following
Step：
A. feedstock transportation：Haydite materials is placed into the bucket in haydite conveying mechanism, bulk cement is placed into
In the cement tank body of cement transportation mechanism, it is transported in bucket one, is passed through by the conveying conveyer belt on haydite conveying mechanism
Spiral propeller in cement transportation mechanism is cement transportation into bucket two；
B. raw material stirs：The haydite and cement to mix is driven worm screw by servomotor, driven by worm screw
Worm gear rotates, and worm gear drives axostylus axostyle to rotate together again, and the stirring sheet on axostylus axostyle can be stirred continuously haydite and cement, in stirring haydite
During cement, constantly plus water is stirred mixing, forms spice；
C. spice exports：After spice is completed in stirring, stop plus water, startup cylinder driving closed plate move down, discharge opening is opened
Open, the spice being stirred is dropped in receiving hopper, at this moment stirring sheet is also continuing rotary work, helps spice by discharge opening
Drop in receiving hopper；
D. spice conveys：Receiving hopper stops along " X " direction movement until sliding block one is blocked block two, at this moment drives receiving hopper
Moved along " Y " direction, sliding shoe two departs from guide rail two, slides at guide rail three, until positioned at haydite aerated building blocks shaping mould
Relative position, open plugboard, spice is discharged in haydite aerated building blocks shaping mould by discharging opening.
This haydite aerated building block production equipment, including raw material conveying device, the sidepiece of raw material conveying device are fixed with original
Expect agitating device；Raw material conveying device includes haydite conveying mechanism and cement transportation mechanism；Haydite conveying mechanism includes band and discharged
The bucket of mouth, the lower section of bucket outlet are provided with by motor-driven conveyer belt；Cement transportation mechanism includes band and discharged
Mouthful cement tank body, spiral propeller is installed below cement tank body；Stock stirring device includes cylinder, and the bottom of cylinder is consolidated
Surely there is the bottom plate of closed cylinder, the top of cylinder is fixed with the bucket one with discharging opening and the bucket with discharging opening two, circle
The support member with observation panel is fixed with the top inner peripheral wall of cylinder, bearing with spherical outside surface of usheing to seat is fixed with support member, is usherd to seat outer
The axostylus axostyle for extending to bottom of cylinder is fixed with spherical bearing, the through hole through its upper and lower end face is provided with axostylus axostyle, is inserted on through hole
Montant is connected to, pedestal is fixed with support member, pedestal top is fixed with cylinder, and montant is fixed on the piston rod of cylinder, axostylus axostyle
Top be fixed with the worm gear being coaxial therewith, be engaged with worm screw on worm gear, worm screw is rotatably connected on pedestal and by servo electricity
Machine drives, and the center of bottom plate is provided with discharge opening, and the bottom of montant is fixed with the closed plate for closed discharge opening, the bottom of axostylus axostyle
It is fixed with stirring sheet；The discharging opening of spiral propeller and the location matches of bucket one, discharging opening and the bucket two of conveyer belt
Put matching.Here the effect of raw material conveying device is, for the conveying of haydite materials and bulk cement, feedstock transportation to charge
In bucket one and bucket two, spiral propeller is existing product on the market here；Here the effect of stock stirring device is to use
Add water to be stirred in haydite, cement mixing, stir into uniform spice, the effect of the support member with observation panel here is to use
In the effect of supporting part base spherical outside surface bearing and pedestal, the amount that observation is poured into spice in cylinder is also used for, avoids raw material from pouring into
Too much, and more than the spacing height of support member；Here the effect of closed plate is, for opening and closing discharge opening, be easy to be stirred mixes
Material can discharge by the way that gravity is convenient at discharge opening；Here the effect of axostylus axostyle is, for the fixation of stirring sheet, to also allow for driving
Motor is using the driving axostylus axostyle rotation of worm and gear principle, so as to drive stirring sheet to rotate；Here the effect of through hole is provided with axostylus axostyle
It is, for installing montant, to open and close discharge opening using the closed plate upper and lower displacement for being fixed on montant bottom, can reach and ensure
In the case of expecting that hole is closed, stirring sheet stirring spice (haydite, cement, the mixture of water) can be utilized, during discharging, as long as utilizing
Cylinder driving closed plate departs from the ingenious effect for reaching spice discharging of discharge opening can；Here bearing with spherical outside surface of usheing to seat is market
On existing product.
Further perfect, the lower section of discharge opening is provided with conveying device of stirring material, and conveying device of stirring material includes setting along " X " direction
Guide rail one and the sliding block one that is slidably connected on guide rail one, the supporting plate one being fixed on sliding block one it is fixed in supporting plate one
There is the guide rail two set along " Y " direction, slidably connect sliding block two on guide rail two, supporting plate two is fixed with sliding block two, support
Lifting platform is fixed with plate two, the lifting plate of lifting platform is provided with receiving hopper, and the side of supporting plate one is fixed with for sliding block two
Unilateral spacing stopper one, the stopper two for sliding block lateral spacing position one by one is fixed with guide rail one, and the sidepiece of guide rail one is consolidated
Surely there are the guide rail three set along " Y " direction, the front end face of guide rail three and the rear end face gap setting of guide rail two and location matches, sliding shoe
Two length is more than the spacing between guide rail three and guide rail two；The sidepiece of receiving hopper is provided with discharging opening, and discharging opening is by being plugged on
Plugboard on receiving hopper opens and closes.The effect of this inner guide rail one, sliding block one is, can be free along " X " direction for supporting plate one
It is mobile；The effect of this inner guide rail two, sliding block two is can be moved freely for supporting plate two along " Y " direction, it is also possible that branch
Fagging two can be slided at guide rail three；Here the effect of stopper one and stopper two is, for supporting plate one along " X " side
Direction is spacing, spacing along " Y " one side direction for supporting plate two, sliding shoe one be blocked block one it is spacing when, guide rail two and lead
The positive good position mitered of rail three；Here the effect of discharging opening, plugboard is the discharging for spice in receiving hopper；Here lifting platform
Effect be that for the lifting of receiving hopper, at discharge opening during splicing, lifting platform lifts receiving hopper, is pointed to mixing in cylinder
Material progress splicing, when conveying spice, lifting platform declines, so as to which receiving hopper also declines, decentralization, in mobile receiving hopper edge " X "
When direction and " Y " movement, because center of gravity reduces, conveying is more stable, when receiving hopper is transported to specified location by guide rail three,
Lifting platform can be started, so as to drive receiving hopper to rise, spice by discharging opening blowing into specific mould；By
It is huger in haydite aerated building blocks shaping mould, it is necessary to which haydite aerated building blocks shaping mould is placed into raw material material blending device
Sidepiece, that is, need receiving hopper to be transformed into and vertically disposed " Y " direction in " X " direction from " X " direction for spice splicing
Place, carry out the blowing processing of spice.
Further perfect, the sidepiece of guide rail three is placed with one group of haydite aerated building blocks shaping mould.Here haydite aerated block
The effect of block forming die is, when receiving hopper edge " Y " direction is moved, in spice blowing in receiving hopper to haydite aerated building block
Carry out coagulation forming use.
Further perfect, haydite aerated building blocks shaping mould includes pedestal one, and the front and rear sidepiece of pedestal one is designed with side plate
One, the left and right sides of pedestal one is designed with side plate two, and each side plate one and each side plate two surround mould cavity one, fixed on pedestal one
There is one group of threaded rod one, the sleeve pipe one of internal diameter and the diameter matches of threaded rod one is fixed with side plate one, screw thread connects on threaded rod one
Nut one is connected to, the left and right sides of side plate one is all fixed with one group of threaded rod two, internal diameter and threaded rod two are fixed with side plate two
The sleeve pipe two of diameter matches, threaded rod two are threaded with nut two.Here the effect of threaded rod one, sleeve pipe one, nut one is,
Can be with easy disassembly side plate one and the haydite aerated building block for facilitating side plate one to be separated from solidification；Here threaded rod two, sleeve pipe two, spiral shell
The effect of mother two is to facilitate side plate two to be moved in the axis direction of threaded rod two, so that the haydite aerated building block side of solidification
It is not bound on side plate two, avoids side plate two from pulling apart haydite aerated building block tip edge structure when being extracted upwards.
Further perfect, haydite aerated building blocks shaping mould includes pedestal two, and the front and rear sidepiece of pedestal two is designed with passing through
The side plate three of fastener fastening, the left and right sides of pedestal two are all hinged with side plate four, and each side plate three and each side plate four surround mould
Cavity two, threaded rod three is rotatably connected on side plate three, block is fixed with side plate four, block side is provided with transverse groove, screw thread
Bar three coordinates at transverse groove, and is fastened by nut three.Here the effect of threaded rod three, block, transverse groove, nut three is,
It is easy to the locking to side plate four；When side plate three and side plate four depart from haydite aerated building block, first unscrew nut three, rotate threaded rod
Three, so that at threaded rod Three Cut Off's block, side plate four downwardly turns over, and the fastener of fastening side plate three is back-outed, and side plate three is taken
From so as to which side plate three and side plate four depart from the bonding to haydite aerated building block, so ensureing when haydite aerated building block is cut
Integrality, increase utilization rate.
Further perfect, the top surface sidepiece of side plate four is fixed with correcting block, and the front end face of correcting block is fixed with vee-block one,
The top surface sidepiece of side plate three is fixed with the alignment block with correcting block location matches, is provided with alignment block and the shape size of vee-block one
The V-shaped groove one of location matches；Dividing plate one is provided between biside plate three, the left and right end face of dividing plate one is all fixed with vee-block two, both sides
Limited block one is all fixed with the inner face of plate four, is provided with limited block one through its upper and lower end face and big with the shape of vee-block two
The V-shaped groove two of small location matches.Here the effect of correcting block and alignment block is to be easy to side plate four to be accurately brought together into side plate three
Place；Here the effect of dividing plate one is can to improve the efficiency of the haydite aerated building block of mould molding.
It is further perfect, it is provided with dividing plate two between biside plate one, the left and right end face of dividing plate two is all fixed with vee-block three, and two
Limited block two is all fixed with the inner face of side plate two, be provided with limited block two through its upper and lower end face and with the shape of vee-block three
The V-shaped groove three of size location matches.Here the effect of dividing plate two is can to improve the effect that mould molding solidifies haydite aerated building block
Rate.
It is further perfect, set between the outer surface of closed plate and closed plate bottom surface in c angles, the number of degrees of c angles are Set, the contoured surface of discharge opening is consistent with the outer surface inclination angle of closed plate, is installed on the contoured surface of discharge opening
There is sealing ring, the top surface of bottom plate and the top surface of closed plate are all to tilt down taper.Here the outer surface of closed plate and closing
The effect set between plate bottom surface in c angles is that, when closed plate is moved from lower to upper, the outline of closed plate can be enclosed in
On discharge opening contoured surface, so as to it is closed live discharge opening, be also beneficial to spice discharging when, it is only necessary to cylinder drive closed plate to
It is lower motion can open discharge opening, can reduce cylinder driving closed plate move upwards open discharge opening when, suffered spice
Resistance；The effect that the top surface of bottom plate and the top surface of closed plate all tapers tilt down is, it is possible to reduce spice is trapped in its top surface.
It is further perfect, the bottom surface of bottom plate be fixed with one group of each Fine spray shower nozzle of Fine spray shower nozzle jet angle and closed plate it is outer
Contoured surface location matches.This set, it is easy to clean the outline of closed plate, avoids a small amount of spice from being trapped in its outer surface
Place, and influence the closed firmly discharge opening of closed plate.
It is further perfect, bucket, bucket one, vibrator is fitted with bucket two.The effect of this vibrator is,
Ensure that the flowing of raw material is smooth, bucket, bucket one, the exit of bucket two will not be blocked in.
The invention has the advantages that：Smart structural design of the present invention, rationally, can conveniently pair using raw material conveying device
Raw material be delivered continuously at bucket one and bucket two, and stock stirring device, can be haydite and cement mixing
Add water to stir, form spice, then moved by closed plate and open discharge opening, spice is dropped below discharge opening by discharge opening
Receiving hopper in, then receiving hopper along " X " direction be moved to stopper two stop position, then receiving hopper along " Y " direction move
Move at guide rail three, and by the effect of lifting platform splicing head lifting, the spice in receiving hopper is by plugboard discharging to each
In haydite aerated building blocks shaping mould, this haydite aerated building block mode of production, not only efficiency high, and recruitment is few, cost is low,
It is worthy of popularization.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the schematic top plan view of the present invention；
Fig. 3 is the principle stereogram of conveying device of stirring material in the present invention
Fig. 4 is the structural representation of stock stirring device and conveying device of stirring material in the present invention；
Fig. 5 is the structural representation of stock stirring device in the present invention；
Fig. 6 is Fig. 1 a-quadrant partial enlarged drawing；
Fig. 7 is Fig. 6 B-B sectional views；
Fig. 8 is the stereogram of the haydite aerated building blocks shaping mould scheme one of the present invention；
Fig. 9 is Fig. 8 C-C profiles；
Figure 10 is the partial enlargement head in Fig. 8 D regions；
Figure 11 is the stereogram of the haydite aerated building blocks shaping mould scheme two of the present invention；
Figure 12 is Figure 11 E-E profiles；
Figure 13 is Figure 11 F regions partial enlarged drawing；
Figure 14 is the mould for being conventionally used to haydite aerated block forming.
Description of reference numerals：Raw material conveying device 1, haydite conveying mechanism 1-1, bucket 1-1a, conveyer belt 1-1b, cement
Conveying mechanism 1-2, cement tank body 1-2a, spiral propeller 1-2b, stock stirring device 2, cylinder 2-1, bottom plate 2-1a, discharge opening
2a-1a, the 2-2 of bucket one, bucket two 2-3, support member 2-4, usher to seat bearing with spherical outside surface 2-5, axostylus axostyle 2-6, through hole 2-6a, erects
Bar 2-7, pedestal 2-8, cylinder 2-9, worm gear 2-10, worm screw 2-11, servomotor 2-12, closed plate 2-13, stirring sheet 2-14 are close
Seal 2-15, Fine spray shower nozzle 2-16, conveying device of stirring material 3, the 3-1 of guide rail one, the 3-2 of sliding block one, the 3-3 of supporting plate one, the 3- of guide rail two
4, lifting platform 3-5, lifting plate 3-5a, receiving hopper 3-6, discharging opening 3-6a, plugboard 3-6b, the 3-7 of stopper one, the 3- of stopper two
8, the 3-9 of guide rail three, the 3-10 of sliding block two, the 3-11 of supporting plate two, haydite aerated building blocks shaping mould 4, the 4-1 of pedestal one, the 4- of side plate one
2, the 4-3 of side plate two, the 4-3a of limited block two, V-shaped groove three 4a-3a, mould cavity a, the 4-4 of threaded rod one, the 4-5 of sleeve pipe one, nut one
4-6, the 4-7 of threaded rod two, the 4-8 of sleeve pipe two, the 4-9 of nut two, the 4-10 of pedestal two, side plate three 4-11, alignment block 4-11a, V-shaped groove one
4a-11a, side plate four 4-12, block 4-12a, vee-block one 4a-12a, correcting block 4-12b, the 4-12c of limited block one, V-shaped groove two
4a-12c, the b of mould cavity two, threaded rod three 4-13, transverse groove 4a-12a, the 4-14 of nut three, the 4-15 of dividing plate one, the 4- of dividing plate two
16, the 4-16a of vee-block three, vibrator 5.
Embodiment
The invention will be further described below in conjunction with the accompanying drawings：
Referring to the drawings 1,2,3,4,5,6,7,8,9,10,14：This haydite aerated building block production technology, including following step
Suddenly：
A. feedstock transportation：Haydite materials is placed into the bucket 1-1a in haydite conveying mechanism 1-1, bulk cement
It is placed into cement transportation mechanism 1-2 cement tank body 1-2a, it is defeated by the conveying conveyer belt 1-1b on haydite conveying mechanism 1-1
It is sent in the 2-2 of bucket one, by the spiral propeller 1-2b in cement transportation mechanism 1-2 cement transportation to the 2- of bucket two
In 3；
B. raw material stirs：The haydite and cement to mix is driven worm screw 2-11 by servomotor 2-12, passed through
Worm screw 2-11 drives worm gear 2-10 rotations, and worm gear 2-10 drives axostylus axostyle 2-6 to rotate together again, the stirring sheet 2-14 on axostylus axostyle 2-6
Haydite and cement can be stirred continuously, during stirring haydite and cement, constantly plus water is stirred mixing, forms spice；
C. spice exports：After spice is completed in stirring, stop plus water, startup cylinder 2-9 drivings closed plate 2-13 are moved down, gone out
Expect that hole 2a-1a is opened, the spice being stirred is dropped in receiving hopper 3-6, at this moment stirring sheet 2-14 by discharge opening 2a-1a
Continue rotary work, help spice to drop in receiving hopper 3-6；
D. spice conveys：Receiving hopper 3-6 edge " X " direction movements are blocked the 3-8 of block two stops until the 3-2 of sliding block one, at this moment
Receiving hopper 3-6 is driven to be moved along " Y " direction, the 3-10 of sliding shoe two departs from the 3-4 of guide rail two, slides at the 3-9 of guide rail three, Zhi Daowei
In the relative position of haydite aerated building blocks shaping mould 4, plugboard 3-6b is opened, spice is discharged to haydite by discharging opening 3-6a and added
In gas building blocks shaping mould 4.
This haydite aerated building block production equipment, including raw material conveying device 1, the sidepiece of raw material conveying device 1 are fixed with
Stock stirring device 2；Raw material conveying device 1 includes haydite conveying mechanism 1-1 and cement transportation mechanism 1-2；Haydite conveying mechanism
The lower section that 1-1 includes the bucket 1-1a with discharging opening, bucket 1-1a outlet is provided with by motor-driven conveyer belt 1-
1b；Cement transportation mechanism 1-2 includes the cement tank body 1-2a with discharging opening, and screw propulsion is provided with below cement tank body 1-2a
Device 1-2b；Stock stirring device 2 includes cylinder 2-1, and cylinder 2-1 bottom is fixed with closed cylinder 2-1 bottom plate 2-1a, cylinder
2-1 top is fixed with the 2-2 of bucket one with discharging opening and the bucket with discharging opening two 2-3, cylinder 2-1 top inner circle
The support member 2-4 with observation panel is fixed with perisporium, the bearing with spherical outside surface 2-5 that ushers to seat, band base spherical outside surface are fixed with support member 2-4
The axostylus axostyle 2-6 for extending to cylinder 2-1 bottoms is fixed with bearing 2-5, the through hole 2- through its upper and lower end face is provided with axostylus axostyle 2-6
Montant 2-7 is plugged with 6a, through hole 2-6a, pedestal 2-8 is fixed with support member 2-4, pedestal 2-8 tops are fixed with cylinder 2-9,
Montant 2-7 is fixed on cylinder 2-9 piston rod, and axostylus axostyle 2-6 top is fixed with the worm gear 2-10 being coaxial therewith, worm gear 2-10
On be engaged with worm screw 2-11, worm screw 2-11 is rotatably connected on pedestal 2-8 and driven by servomotor 2-12, bottom plate 2-1a's
Center is provided with discharge opening 2a-1a, and montant 2-7 bottom is fixed with the closed plate 2-13 for closed discharge opening 2a-1a, axostylus axostyle 2-
6 bottom is fixed with stirring sheet 2-14；Spiral propeller 1-2b discharging opening and the 2-2 location matches of bucket one, conveyer belt 1-
1b discharging opening and the 2-3 location matches of bucket two.
Discharge opening 2a-1a lower section is provided with conveying device of stirring material 3, and conveying device of stirring material 3 includes leading along what " X " direction was set
The 3-1 of the rail one and 3-2 of sliding block one being slidably connected on the 3-1 of guide rail one, the 3-3 of supporting plate one being fixed on the 3-2 of sliding block one, branch
The 3-4 of guide rail two set along " Y " direction is fixed with the 3-3 of fagging one, the 3-10 of sliding block two is slidably connected on the 3-4 of guide rail two, it is sliding
The 3-11 of supporting plate two is fixed with the 3-10 of block two, lifting platform 3-5, lifting platform 3-5 lifting plate are fixed with the 3-11 of supporting plate two
3-5a is provided with receiving hopper 3-6, and the 3-3 of supporting plate one side is fixed with for the unilateral spacing 3- of stopper one of the 3-2 of sliding block two
Stopper two 3-8 spacing for the 3-2 sides of sliding block one is fixed with 7, the 3-1 of guide rail one, the 3-1 of guide rail one sidepiece is fixed with edge
The 3-9 of guide rail three that " Y " direction is set, the 3-9 front end faces of guide rail three and the 3-4 rear end faces gap setting of guide rail two and location matches；Connect
Hopper 3-6 sidepiece is provided with discharging opening 3-6a, and discharging opening 3-6a is opened and closed by the plugboard 3-6b being plugged on receiving hopper 3-6.
The 3-9 of guide rail three sidepiece is placed with one group of haydite aerated building blocks shaping mould 4.
Haydite aerated building blocks shaping mould 4 includes the 4-1 of pedestal one, and the 4-1 of pedestal one front and rear sidepiece is designed with the 4- of side plate one
2, the 4-1 of pedestal one left and right sides are designed with side plate two 4-3, each 4-2 of side plate one and each side plate two 4-3 and surround a of mould cavity one,
One group of 4-4 of threaded rod one is fixed with the 4-1 of pedestal one, internal diameter and the 4-4 diameter matches of threaded rod one are fixed with the 4-2 of side plate one
The 4-6 of nut one is threaded with the 4-5 of sleeve pipe one, the 4-4 of threaded rod one, the 4-2 of side plate one left and right sides is all fixed with one group of spiral shell
The 4-8 of sleeve pipe two of internal diameter and the 4-7 diameter matches of threaded rod two, the 4-7 spiral shells of threaded rod two are fixed with the 4-7 of rasp bar two, the 4-3 of side plate two
Line is connected with the 4-9 of nut two.
The 4-16 of dividing plate two is provided between the 4-2 of biside plate one, the 4-16 of dividing plate two left and right end face is all fixed with the 4- of vee-block three
16a, the 4-3a of limited block two is all fixed with the 4-3 of biside plate two inner face, is provided with the 4-3a of limited block two through its upper and lower side
Face and with the 4a-3a of V-shaped groove three of the 4-16a shape size location matches of vee-block three.
Set between closed plate 2-13 outer surface and closed plate 2-13 bottom surfaces in c angles, the number of degrees of c angles are Set, discharge opening 2a-1a contoured surface is consistent with closed plate 2-13 outer surface inclination angle, discharge opening 2a-1a wheel
Sealing ring 2-15 is installed, bottom plate 2-1a top surface and closed plate 2-13 top surface are all to tilt down taper in profile surface.
Bottom plate 2-1a bottom surface is fixed with one group of Fine spray shower nozzle 2-16, each Fine spray shower nozzle 2-16 jet angle and closed plate 2-
13 outer surface location matches.
Bucket 1-1a, the 2-2 of bucket one, vibrator 5 is fitted with the 2-3 of bucket two.
In use, by haydite conveying mechanism 1-1 and cement transportation mechanism 1-2, raw material (haydite and cement) is transported to
At the 2-2 of the receiving hopper one and 2-3 of receiving hopper two, and start servomotor 2-12 driving stirring sheet 2-14 rotations, it is former stirring these
During material, constantly plus water stirs into compound, i.e. spice, after raw material is stirred, stops the conveying of raw material, starts cylinder 2-
9 driving closed plate 2-13 are moved down, and so as to open discharge opening 2a-1a, spice is dropped to spice by discharge opening 2a-1a
In receiving hopper 3-6 in conveying device 3, after receiving hopper 3-6 connects material, mobile receiving hopper 3-6 and miscellaneous part transport along " X " direction
Move untill being blocked the 3-8 of block two and stopping, then move receiving hopper 3-6, the 3-10 of sliding shoe two, the 3-11 of supporting plate two and lifting platform
3-5 moves along " Y " direction, reaches the haydite aerated rest area of building blocks shaping mould 4 by the 3-9 of guide rail three, mobile receiving hopper 3-6 is arrived
Up to the relative position of any one haydite aerated building blocks shaping mould 4, start lifting platform 3-5, raise receiving hopper 3-6, then open
Plugboard 3-6b, spice is poured into haydite aerated building blocks shaping mould 4, so, a flow is completed, it is desirable to is carried out next
Individual flow, flow above is repeated, this equipment, production efficiency is high, production cost is low, is worthy of popularization；It is haydite aerated
Building block adds water to stir by haydite blended cement, then is placed into coagulation forming in mould, the haydite aerated building block forming die of market
Tool be all by structure shown in Figure 14, this structure because side plate is that head and the tail are fixed, after haydite aerated building block solidification, it is necessary to
Side plate is pulled out upwards, this structure, after side plate pulls out upwards, haydite aerated building block tip edge due to being bonded on side plate,
It can be torn, so cause haydite aerated block tops edge large area to be torn off, haydite is cut into haydite aerated building block
, it is necessary to which the region of out-of-flatness is cut away during brick, it can so cause when haydite aerated building block is cut into Haydite brickses, profit
It is not high with rate, cause the wasting of resources
Referring to the drawings 1,2,3,4,5,6,7,11,12,13,14：This haydite aerated building block production technology, including following step
Suddenly：
A. feedstock transportation：Haydite materials is placed into the bucket 1-1a in haydite conveying mechanism 1-1, bulk cement
It is placed into cement transportation mechanism 1-2 cement tank body 1-2a, it is defeated by the conveying conveyer belt 1-1b on haydite conveying mechanism 1-1
It is sent in the 2-2 of bucket one, by the spiral propeller 1-2b in cement transportation mechanism 1-2 cement transportation to the 2- of bucket two
In 3；
B. raw material stirs：The haydite and cement to mix is driven worm screw 2-11 by servomotor 2-12, passed through
Worm screw 2-11 drives worm gear 2-10 rotations, and worm gear 2-10 drives axostylus axostyle 2-6 to rotate together again, the stirring sheet 2-14 on axostylus axostyle 2-6
Haydite and cement can be stirred continuously, during stirring haydite and cement, constantly plus water is stirred mixing, forms spice；
C. spice exports：After spice is completed in stirring, stop plus water, startup cylinder 2-9 drivings closed plate 2-13 are moved down, gone out
Expect that hole 2a-1a is opened, the spice being stirred is dropped in receiving hopper 3-6, at this moment stirring sheet 2-14 by discharge opening 2a-1a
Continue rotary work, help spice to drop in receiving hopper 3-6；
D. spice conveys：Receiving hopper 3-6 edge " X " direction movements are blocked the 3-8 of block two stops until the 3-2 of sliding block one, at this moment
Receiving hopper 3-6 is driven to be moved along " Y " direction, the 3-10 of sliding shoe two departs from the 3-4 of guide rail two, slides at the 3-9 of guide rail three, Zhi Daowei
In the relative position of haydite aerated building blocks shaping mould 4, plugboard 3-6b is opened, spice is discharged to haydite by discharging opening 3-6a and added
In gas building blocks shaping mould 4.
This haydite aerated building block production equipment, including raw material conveying device 1, the sidepiece of raw material conveying device 1 are fixed with
Stock stirring device 2；Raw material conveying device 1 includes haydite conveying mechanism 1-1 and cement transportation mechanism 1-2；Haydite conveying mechanism
The lower section that 1-1 includes the bucket 1-1a with discharging opening, bucket 1-1a outlet is provided with by motor-driven conveyer belt 1-
1b；Cement transportation mechanism 1-2 includes the cement tank body 1-2a with discharging opening, and screw propulsion is provided with below cement tank body 1-2a
Device 1-2b；Stock stirring device 2 includes cylinder 2-1, and cylinder 2-1 bottom is fixed with closed cylinder 2-1 bottom plate 2-1a, cylinder
2-1 top is fixed with the 2-2 of bucket one with discharging opening and the bucket with discharging opening two 2-3, cylinder 2-1 top inner circle
The support member 2-4 with observation panel is fixed with perisporium, the bearing with spherical outside surface 2-5 that ushers to seat, band base spherical outside surface are fixed with support member 2-4
The axostylus axostyle 2-6 for extending to cylinder 2-1 bottoms is fixed with bearing 2-5, the through hole 2- through its upper and lower end face is provided with axostylus axostyle 2-6
Montant 2-7 is plugged with 6a, through hole 2-6a, pedestal 2-8 is fixed with support member 2-4, pedestal 2-8 tops are fixed with cylinder 2-9,
Montant 2-7 is fixed on cylinder 2-9 piston rod, and axostylus axostyle 2-6 top is fixed with the worm gear 2-10 being coaxial therewith, worm gear 2-10
On be engaged with worm screw 2-11, worm screw 2-11 is rotatably connected on pedestal 2-8 and driven by servomotor 2-12, bottom plate 2-1a's
Center is provided with discharge opening 2a-1a, and montant 2-7 bottom is fixed with the closed plate 2-13 for closed discharge opening 2a-1a, axostylus axostyle 2-
6 bottom is fixed with stirring sheet 2-14；Spiral propeller 1-2b discharging opening and the 2-2 location matches of bucket one, conveyer belt 1-
1b discharging opening and the 2-3 location matches of bucket two.
Discharge opening 2a-1a lower section is provided with conveying device of stirring material 3, and conveying device of stirring material 3 includes leading along what " X " direction was set
The 3-1 of rail one and the 3-2 of sliding block one being slidably connected on the 3-1 of guide rail one, the supporting plate 3-3 being fixed on the 3-2 of sliding block one, support
The 3-4 of guide rail two set along " Y " direction is fixed with plate 3-3, the 3-10 of sliding block two, sliding block two are slidably connected on the 3-4 of guide rail two
The 3-11 of supporting plate two is fixed with 3-10, lifting platform 3-5, lifting platform 3-5 lifting plate 3-5a are fixed with the 3-11 of supporting plate two
Receiving hopper 3-6 is provided with, the 3-3 of supporting plate one side is fixed with for the unilateral spacing 3-7 of stopper one of the 3-2 of sliding block two, led
Stopper two 3-8 spacing for the 3-2 sides of sliding block one is fixed with the 3-1 of rail one, the 3-1 of guide rail one sidepiece is fixed with along " Y "
Guide rail three 3-9, the 3-9 of guide rail three that direction is set are set with the 3-4 end clearances of guide rail two and location matches；Receiving hopper 3-6 side
Portion is provided with discharging opening 3-6a, and discharging opening 3-6a is opened and closed by the plugboard 3-6b being plugged on receiving hopper 3-6.
The 3-9 of guide rail three sidepiece is placed with one group of haydite aerated building blocks shaping mould 4.
Haydite aerated building blocks shaping mould 4 includes the 4-10 of pedestal two, and the 4-10 of pedestal two front and rear sidepiece is designed with by tight
The 4-11 of side plate three of firmware fastening, the 4-10 of pedestal two left and right sides are all hinged with side plate four 4-12, each 4-11 of side plate three and each
The 4-12 of side plate four surrounds the b of mould cavity two, and the 4-13 of threaded rod three is rotatably connected on the 4-11 of side plate three, is fixed on the 4-12 of side plate four
There is block 4-12a, block 4-12a sides are provided with transverse groove 4a-12a, and the 4-13 of threaded rod three coordinates at transverse groove 4a-12a, and
Fastened by the 4-14 of nut three.
The 4-12 of side plate four top surface sidepiece is fixed with correcting block 4-12b, and correcting block 4-12b front end face is fixed with vee-block
One 4a-12b, the 4-11 of side plate three top surface sidepiece are fixed with the alignment block 4-11a with correcting block 4-12b location matches, alignment block
The 4a-11a of V-shaped groove one with the 4a-12b shape size location matches of vee-block one is provided with 4-11a；Set between the 4-11 of biside plate three
There is a 4-15 of dividing plate one, the 4-15 of dividing plate one left and right end face is all fixed with the 4-15a of vee-block two, on the 4-12 of biside plate four inner face
The 4-12c of limited block one is all fixed with, is provided with the 4-12c of limited block one through its upper and lower end face and big with the 4-15a shapes of vee-block two
The 4a-12c of V-shaped groove two of small location matches.
Set between closed plate 2-13 outer surface and closed plate 2-13 bottom surfaces in c angles, the number of degrees of c angles are Set, discharge opening 2a-1a contoured surface is consistent with closed plate 2-13 outer surface inclination angle, discharge opening 2a-1a wheel
Sealing ring 2-15 is installed, bottom plate 2-1a top surface and closed plate 2-13 top surface are all to tilt down taper in profile surface.
Bottom plate 2-1a bottom surface is fixed with one group of Fine spray shower nozzle 2-16, each Fine spray shower nozzle 2-16 jet angle and closed plate 2-
13 outer surface location matches.
Bucket 1-1a, the 2-2 of bucket one, vibrator 5 is fitted with the 2-3 of bucket two.
In use, by haydite conveying mechanism 1-1 and cement transportation mechanism 1-2, raw material (haydite and cement) is transported to
At the 2-2 of the receiving hopper one and 2-3 of receiving hopper two, and start servomotor 2-12 driving stirring sheet 2-14 rotations, it is former stirring these
During material, constantly plus water stirs into compound, i.e. spice, after raw material is stirred, stops the conveying of raw material, starts cylinder 2-
9 driving closed plate 2-13 are moved down, and so as to open discharge opening 2a-1a, spice is dropped to spice by discharge opening 2a-1a
In receiving hopper 3-6 in conveying device 3, after receiving hopper 3-6 connects material, mobile receiving hopper 3-6 and miscellaneous part transport along " X " direction
Move untill being blocked the 3-8 of block two and stopping, then move receiving hopper 3-6, the 3-10 of sliding shoe two, the 3-11 of supporting plate two and lifting platform
3-5 moves along " Y " direction, reaches the haydite aerated rest area of building blocks shaping mould 4 by the 3-9 of guide rail three, mobile receiving hopper 3-6 is arrived
Up to the relative position of any one haydite aerated building blocks shaping mould 4, start lifting platform 3-5, raise receiving hopper 3-6, then open
Plugboard 3-6b, spice is poured into haydite aerated building blocks shaping mould 4, so, a flow is completed, it is desirable to is carried out next
Individual flow, flow above is repeated, this equipment, production efficiency is high, production cost is low, is worthy of popularization.It is haydite aerated
Building block adds water to stir by haydite blended cement, then is placed into coagulation forming in mould, the haydite aerated building block forming die of market
Tool be all by structure shown in Figure 14, this structure because side plate is that head and the tail are fixed, after haydite aerated building block solidification, it is necessary to
Side plate is pulled out upwards, this structure, after side plate pulls out upwards, haydite aerated building block tip edge due to being bonded on side plate,
It can be torn, so cause haydite aerated block tops edge large area to be torn off, haydite is cut into haydite aerated building block
, it is necessary to which the region of out-of-flatness is cut away during brick, it can so cause when haydite aerated building block is cut into Haydite brickses, profit
It is not high with rate, cause the wasting of resources
Although the present invention is shown and described by reference to preferred embodiment, this professional ordinary skill
Personnel can make various change in form and details it is to be appreciated that in the range of claims.
Claims (10)
1. a kind of haydite aerated building block production equipment, including raw material conveying device (1), it is characterized in that：The raw material conveying device
(1) sidepiece is fixed with stock stirring device (2)；
The raw material conveying device (1) includes haydite conveying mechanism (1-1) and cement transportation mechanism (1-2)；The haydite conveying
The lower section that mechanism (1-1) includes the bucket (1-1a) with discharging opening, bucket (1-1a) exports is provided with to be driven by motor
Conveyer belt (1-1b)；The cement transportation mechanism (1-2) includes the cement tank body (1-2a) with discharging opening, cement tank body (1-
Spiral propeller (1-2b) is installed below 2a)；
The stock stirring device (2) includes cylinder (2-1), and the bottom of cylinder (2-1) is fixed with closed cylinder (2-1) bottom plate
(2-1a), the top of the cylinder (2-1) are fixed with the bucket one (2-2) with discharging opening and the bucket two with discharging opening
(2-3), the support member (2-4) with observation panel, the support member (2- are fixed with the top inner peripheral wall of the cylinder (2-1)
4) bearing with spherical outside surface of usheing to seat (2-5) is fixed with, is fixed with the bearing with spherical outside surface of usheing to seat (2-5) and extends to cylinder (2-1)
The axostylus axostyle (2-6) of bottom, the through hole (2-6a) through its upper and lower end face, the through hole (2-6a) are provided with the axostylus axostyle (2-6)
On be plugged with montant (2-7), pedestal (2-8) is fixed with the support member (2-4), pedestal (2-8) top is fixed with gas
Cylinder (2-9), the montant (2-7) are fixed on cylinder (2-9) piston rod, and the top of the axostylus axostyle (2-6) is fixed with and it
Coaxial worm gear (2-10), worm screw (2-11) is engaged with the worm gear (2-10), the worm screw (2-11) is rotatably connected on base
Driven on frame (2-8) and by servomotor (2-12), the center of the bottom plate (2-1a) is provided with discharge opening (2a-1a), described
The bottom of montant (2-7) is fixed with the closed plate (2-13) for closed discharge opening (2a-1a), the bottom of the axostylus axostyle (2-6)
It is fixed with stirring sheet (2-14)；
The discharging opening of the spiral propeller (1-2b) and bucket one (2-2) location matches, conveyer belt (1-1b's) goes out
Material mouth and bucket two (2-3) location matches.
2. haydite aerated building block production equipment according to claim 1, it is characterized in that：Under the discharge opening (2a-1a)
Side is provided with conveying device of stirring material (3), and the conveying device of stirring material (3) includes the guide rail one (3-1) set along " X " direction and slided
The dynamic sliding block one (3-2) being connected on guide rail one (3-1), the supporting plate one (3-3) being fixed on sliding block one (3-2), the branch
The guide rail two (3-4) set along " Y " direction is fixed with fagging one (3-3), sliding block is slidably connected on the guide rail two (3-4)
Two (3-10), supporting plate two (3-11) is fixed with the sliding block two (3-10), liter is fixed with the supporting plate two (3-11)
Platform (3-5) drops, and the lifting plate (3-5a) of the lifting platform (3-5) is provided with receiving hopper (3-6), the supporting plate one (3-3)
Side is fixed with for the unilateral spacing stopper one (3-7) of sliding block two (3-2), is fixed with and is used on the guide rail one (3-1)
The spacing stopper two (3-8) in sliding block one (3-2) side, the sidepiece of the guide rail one (3-1) are fixed with what is set along " Y " direction
Guide rail three (3-9), (3-9) front end face of guide rail three and (3-4) the rear end face gap setting of guide rail two and location matches；It is described to connect
The sidepiece of hopper (3-6) is provided with discharging opening (3-6a), and the discharging opening (3-6a) passes through the grafting that is plugged on receiving hopper (3-6)
Plate (3-6b) opens and closes.
3. haydite aerated building block production equipment according to claim 2, it is characterized in that：The sidepiece of the guide rail three (3-9)
It is placed with one group of haydite aerated building blocks shaping mould (4).
4. haydite aerated building block production equipment according to claim 3, it is characterized in that：The haydite aerated building block forming die
Tool (4) includes pedestal one (4-1), and the front and rear sidepiece of the pedestal one (4-1) is designed with side plate one (4-2), (4- of pedestal one
1) left and right sides is designed with side plate two (4-3), and each side plate one (4-2) and each side plate two (4-3) surround mould cavity one
(a) one group of threaded rod one (4-4), is fixed with the pedestal one (4-1), internal diameter and spiral shell are fixed with the side plate one (4-2)
The sleeve pipe one (4-5) of rasp bar one (4-4) diameter matches, nut one (4-6), institute are threaded with the threaded rod one (4-4)
The left and right sides for stating side plate one (4-2) is all fixed with one group of threaded rod two (4-7), and internal diameter is fixed with the side plate two (4-3)
With the sleeve pipe two (4-8) of threaded rod two (4-7) diameter matches, the threaded rod two (4-7) is threaded with nut two (4-9).
5. haydite aerated building block production equipment according to claim 3, it is characterized in that：The haydite aerated building block forming die
Tool (4) includes pedestal two (4-10), and the front and rear sidepiece of the pedestal two (4-10) is designed with the side plate three fastened by fastener
(4-11), the left and right sides of the pedestal two (4-10) are all hinged with side plate four (4-12), each side plate three (4-11) and each
Side plate four (4-12) surrounds mould cavity two (b), and threaded rod three (4-13) is rotatably connected on the side plate three (4-11), described
Block (4-12a) is fixed with side plate four (4-12), block (4-12a) side is provided with transverse groove (4a-12a), the spiral shell
Rasp bar three (4-13) coordinates at transverse groove (4a-12a) place, and is fastened by nut three (4-14).
6. haydite aerated building block production equipment according to claim 5, it is characterized in that：The top surface of the side plate four (4-12)
Sidepiece is fixed with correcting block (4-12b), and the front end face of the correcting block (4-12b) is fixed with vee-block one (4a-12b), the side
The top surface sidepiece of plate three (4-11) is fixed with and the alignment block (4-11a) of correcting block (4-12b) location matches, the alignment block
The V-shaped groove one (4a-11a) with vee-block one (4a-12b) shape size location matches is provided with (4-11a)；Two side plates three
Dividing plate one (4-15) is provided between (4-11), the left and right end face of the dividing plate one (4-15) is all fixed with vee-block two (4-15a),
Limited block one (4-12c) is all fixed with the inner face of two side plates four (4-12), is provided with the limited block one (4-12c)
Through its upper and lower end face and with the V-shaped groove two (4a-12c) of vee-block two (4-15a) shape size location matches.
7. haydite aerated building block production equipment according to claim 4, it is characterized in that：Between two side plates one (4-2)
Provided with dividing plate two (4-16), the left and right end face of the dividing plate two (4-16) is all fixed with vee-block three (4-16a), two side plates
Limited block two (4-3a) is all fixed with two (4-3) inner face, is provided with the limited block two (4-3a) through its upper and lower side
Face and with the V-shaped groove three (4a-3a) of vee-block three (4-16a) shape size location matches.
8. the haydite aerated building block production equipment according to claim 6 or 7, it is characterized in that：The closed plate (2-13)
Set between outer surface and closed plate (2-13) bottom surface in c angles, the number of degrees of the c angles areSet, it is described
The contoured surface of discharge opening (2a-1a) is consistent with the outer surface inclination angle of closed plate (2-13), the wheel of the discharge opening (2a-1a)
Sealing ring (2-15) is installed, the top surface of the bottom plate (2-1a) is all to tilt down with the top surface of closed plate (2-13) in profile surface
Taper.
9. haydite aerated building block production equipment according to claim 8, it is characterized in that：The bottom surface of the bottom plate (2-1a) is consolidated
Surely there are one group of Fine spray shower nozzle (2-16), the jet angle of each Fine spray shower nozzle (2-16) and the outer surface position of closed plate (2-13)
Put matching；The bucket (1-1a), bucket one (2-2), vibrator (5) is fitted with bucket two (2-3).
10. the haydite aerated building block production technology of haydite aerated building block production equipment according to claim 9, its feature bag
Include following steps：
A. feedstock transportation：Haydite materials is placed into the bucket (1-1a) in haydite conveying mechanism (1-1), bulk cement
It is placed into the cement tank body (1-2a) of cement transportation mechanism (1-2), passes through the conveying conveyer belt on haydite conveying mechanism (1-1)
(1-1b) is transported in bucket one (2-2), by the spiral propeller (1-2b) in cement transportation mechanism (1-2) that cement is defeated
It is sent in bucket two (2-3)；
B. raw material stirs：The haydite and cement to mix is driven worm screw (2-11) by servomotor (2-12), passed through
Worm screw (2-11) drives worm gear (2-10) rotation, and worm gear (2-10) drives axostylus axostyle (2-6) to rotate together again, on axostylus axostyle (2-6)
Stirring sheet (2-14) can be stirred continuously haydite and cement, during stirring haydite and cement, constantly add water to be stirred mixed
Close, form spice；
C. spice exports：After spice is completed in stirring, stop plus water, startup cylinder (2-9) driving closed plate (2-13) are moved down, gone out
Expect that hole (2a-1a) is opened, the spice being stirred is dropped in receiving hopper (3-6), at this moment stirring sheet by discharge opening (2a-1a)
(2-14) is also continuing rotary work, helps spice to drop in receiving hopper (3-6)；
D. spice conveys：Receiving hopper (3-6) edge " X " direction movement is blocked block two (3-8) stop until sliding block one (3-2), this
When drive receiving hopper (3-6) along " Y " direction move, sliding shoe two (3-10) depart from guide rail two (3-4), slide into (the 3- of guide rail three
9) place, until the relative position positioned at haydite aerated building blocks shaping mould (4), plugboard (3-6b) is opened, spice passes through discharging
Mouth (3-6a) is discharged in haydite aerated building blocks shaping mould (4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610092335.XA CN105690564B (en) | 2016-02-18 | 2016-02-18 | Ceramsite aerated building block production process and production equipment thereof |
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| CN201610092335.XA CN105690564B (en) | 2016-02-18 | 2016-02-18 | Ceramsite aerated building block production process and production equipment thereof |
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| CN106426563A (en) * | 2016-09-29 | 2017-02-22 | 合肥海宝节能科技有限公司 | Conveying mechanism for feeding device for foamed cement production |
| CN109435039A (en) * | 2018-10-30 | 2019-03-08 | 中创环能建材科技有限公司 | A kind of bitubular agitator tank and its body preparation method for heat insulation building block |
| CN109291249B (en) * | 2018-11-29 | 2020-05-08 | 温州陆华科技有限公司 | Building block stirring pouring device |
| CN112757491A (en) * | 2020-12-15 | 2021-05-07 | 江苏中鼎建材集团有限公司 | Semi-hard shell concrete additive agitating unit |
| CN112776135A (en) * | 2021-01-30 | 2021-05-11 | 黄超 | Automatic feeding press for alumina ceramic products |
| CN113912419A (en) * | 2021-11-25 | 2022-01-11 | 浙江方远新材料股份有限公司 | Ceramsite aerated concrete block and production process thereof |
| CN114953103B (en) * | 2022-06-21 | 2024-02-20 | 山东理工大学 | Red mud-based stone-like curbstone molding equipment and molding process |
| CN116945370B (en) * | 2023-09-19 | 2023-11-28 | 靖江市新村建设工程有限公司 | Feeding device for concrete mixer |
| CN118404861B (en) * | 2024-07-01 | 2024-09-27 | 烟台辉洪塑料制品有限公司 | Storage mechanism of bag making machine for plastic bag production |
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| CN100351198C (en) * | 2003-05-26 | 2007-11-28 | 上海积能建筑材料科技有限公司 | Light thermal porous brick and producing method thereof |
| KR101124399B1 (en) * | 2009-05-26 | 2012-03-20 | 주식회사 토탈페이브시스템 | Input apparatus for compound |
| DE102010015618A1 (en) * | 2010-04-19 | 2011-10-20 | Ebz Systec Gmbh | Conveying device for automation lines |
| CN205011654U (en) * | 2015-09-08 | 2016-02-03 | 三亚明亮环保科技有限公司 | Environmental protection aerated building block production system |
| CN105294067A (en) * | 2015-11-27 | 2016-02-03 | 浙江鑫城建材科技有限公司 | Ceramsites and self-thermal insulation ceramsite building block production process |
| CN205325987U (en) * | 2016-02-18 | 2016-06-22 | 丽水市陶筑建材科技有限公司 | Haydite aerated building block production facility |
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| CN105690564A (en) | 2016-06-22 |
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