CN105773844A - Automatic filling line for foam cement - Google Patents
Automatic filling line for foam cement Download PDFInfo
- Publication number
- CN105773844A CN105773844A CN201610264167.8A CN201610264167A CN105773844A CN 105773844 A CN105773844 A CN 105773844A CN 201610264167 A CN201610264167 A CN 201610264167A CN 105773844 A CN105773844 A CN 105773844A
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- China
- Prior art keywords
- mentioned
- agitator
- blanking
- port
- discharging opening
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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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
- B28C9/00—General arrangement or layout of plant
- B28C9/02—General arrangement or layout of plant for producing mixtures of clay or cement with other materials
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- 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
- B28B1/00—Producing shaped prefabricated articles from the material
- B28B1/14—Producing shaped prefabricated articles from the material by simple casting, the material being neither forcibly fed nor positively compacted
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- 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
- B28B1/00—Producing shaped prefabricated articles from the material
- B28B1/50—Producing shaped prefabricated articles from the material specially adapted for producing articles of expanded material, e.g. cellular concrete
-
- 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
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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
- 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
- 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
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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
- 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
- B28C7/0422—Weighing predetermined amounts of ingredients, e.g. for consecutive delivery
- B28C7/0445—Weighing predetermined amounts of ingredients, e.g. for consecutive delivery using a weighing receptacle, the feeding thereof being automatically suspended after a predetermined weight has been obtained
-
- 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
- B28C7/16—Discharge means, e.g. with intermediate storage of fresh concrete
Landscapes
- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Dispersion Chemistry (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Ceramic Engineering (AREA)
- Consolidation Of Soil By Introduction Of Solidifying Substances Into Soil (AREA)
Abstract
The invention discloses an automatic filling line for foam cement. The automatic filling line comprises a mounting rack, wherein the mounting rack is provided with a first mixing tank, a second mixing tank and a uniform filling device which are sequentially arranged from top to bottom; the first mixing tank is connected with the second mixing tank in a communicating way; the uniform filling device comprises a seat and a blanking frame; the blanking frame is mounted in the seat and is internally provided with partition boards for dividing the hollow chamber of the blanking frame to a plurality of small filling chambers; the seat is provided with blanking holes in one-to-one correspondence communication with the small filling chambers; and the seat is internally provided with a blanking control device for controlling blanking through holes to communicate or stop at the same time between the blanking through holes and the blanking holes. Compared with the prior art, the whole production line adopts automatic operation, realizes automatic filling of foam cement, can greatly improve the overall production efficiency, can realizes equitime and equivalent filling of thermal insulation chambers of all bricks, and can ensure stable quality of finished products.
Description
Technical field
The present invention relates to a kind of corollary equipment produced for thermal-insulating building-block brick, particularly relate to a kind of loading line being poured in Concrete brick for foam cement.
Background technology
Existing thermal-insulating building-block brick, its molding mode is: first mold brick body, prepare heat-insulation foam material (also referred to as foam cement) again, this foam cement is mixed by the stirring of flyash, cement, blowing promotor and foaming agent, finally, stirring post-foaming cement is added in the insulation filled chamber of each brick body again by workman, finally, foam cement carries out can completing the making of thermal-insulating building-block brick after foaming, foaming in brick body.Owing to each brick body is irrigated by workman by foam cement one by one, make the foamed time of the foam cement in each brick body differ, so that the final molding time of each insulation brick body differs, then the integral manufacturing time can be caused long when producing in enormous quantities；Meanwhile, workman often can cause the groundwater increment of each brick body inside thermal conservation material to differ when each brick body is irrigated insulation material, and the end product quality in turn resulting in insulation brick body is unstable, and charging efficiency is relatively low.
In view of this, the problems referred to above are furtherd investigate by the present inventor, then produce in this case.
Summary of the invention
It is an object of the invention to provide a kind of foam cement automatic filling line, each brick body can be carried out the water Buddhist nun of perfusion foaming simultaneously, and making groundwater increment keep consistent, it is to avoid cause each brick body to irrigate during tradition foam cement employing artificial, groundwater increment differs, ineffective problem simultaneously.
To achieve these goals, technical scheme is as follows:
A kind of foam cement automatic filling line, including installing rack, above-mentioned installing rack is provided with the first agitator, the second agitator and the uniform device for casting that from top to bottom set gradually；
The top of above-mentioned first agitator offers flyash charge door, cement charge door, blowing promotor charge door and water filling port, the bottom of above-mentioned first agitator offers stirring discharging opening, and above-mentioned installing rack is provided with the discharging controlling device controlling stirring discharging opening on or off；
The top of above-mentioned second agitator offers foaming agent charge door and the stirring charge door being connected with stirring discharging opening, the bottom of above-mentioned second agitator offers foam cement discharging opening, and above-mentioned installing rack is provided with the feeding controlling device controlling stirring charge door on or off and the baiting control device controlling foam cement discharging opening on or off；
Above-mentioned uniform device for casting includes pedestal and blanking frame, above-mentioned pedestal is fixedly mounted on above-mentioned installing rack, above-mentioned blanking frame is installed in above-mentioned pedestal, above-mentioned pedestal and above-mentioned blanking frame are the hollow frame that its upper end is open state, the upper end port of above-mentioned blanking frame and above-mentioned foam cement discharging opening are oppositely arranged, the demarcation strip that the hollow chamber of blanking frame is separated into several little perfusion chambers it is provided with in above-mentioned blanking frame, the bottom of above-mentioned blanking frame offers blanking port respectively corresponding to each little perfusion chamber, above-mentioned pedestal offers the feed opening of several and the conducting of each little perfusion chamber one_to_one corresponding, between above-mentioned blanking port and above-mentioned feed opening, it is provided with, in above-mentioned pedestal, the baiting control device controlling each blanking port together on or off.
Above-mentioned installing rack is provided with the flyash hopper being in above flyash charge door and is in the cement hopper above cement charge door, above-mentioned flyash hopper and cement hopper are respectively provided with charge door and discharging opening, the discharging opening connection corresponding with flyash charge door of above-mentioned flyash hopper, the discharging opening connection corresponding with cement charge door of above-mentioned cement hopper, above-mentioned installing rack is provided with and is in the bucket that the first agitator is other, above-mentioned bucket has filler and outlet, and above-mentioned outlet is connected with above-mentioned water filling port.
Above-mentioned installing rack is also equipped with the transition agitator being between above-mentioned first agitator and the second agitator, the top of above-mentioned transition agitator offers the transition charging aperture of accepting connection corresponding with above-mentioned stirring discharging opening, above-mentioned installing rack is provided with the sealing plate sealing transition charging aperture with stirring discharging opening, above-mentioned sealing plate is sector structure, above-mentioned sealing plate non-curved side be rotatably installed on above-mentioned installing rack, and installing rack is provided with control sealing plate and turns between transition charging aperture and stirring discharging opening or rotate out transition charging aperture and the driving cylinder stirred outside discharging opening, the cylinder body of above-mentioned driving cylinder and installing rack secure fit, the piston rod free end end of above-mentioned driving cylinder and above-mentioned sealing plate non-curved side is fixing is connected；The bottom of above-mentioned transition agitator offers transition discharging opening, together with above-mentioned transition discharging opening is superimposed up and down with above-mentioned stirring charge door.
nullAbove-mentioned installing rack is provided with its lower end be erected on ground，End, upper end is in the lifting track above above-mentioned blowing promotor charge door，Above-mentioned lifting track is provided with along promoting the elevator bucket that track oscilaltion is moved，The upper end of above-mentioned elevator bucket is open state，The lower end of above-mentioned elevator bucket offers blowing promotor discharging opening，Above-mentioned elevator bucket is provided with the sealing flitch of seal foaming auxiliary agent discharging opening，The above-mentioned curved plate of sealing flitch，And more than above-mentioned sealing flitch the mode of lower upset is movably articulated on elevator bucket，Above-mentioned lifting track is positioned at the top place accepting bucket to be had and stirs the plate block that above-mentioned sealing flitch is rotated up，Above-mentioned elevator bucket is provided with and is in below sealing flitch，And limit the stopping means that sealing flitch moves down admittedly，The lateral wall of above-mentioned first agitator is positioned at blowing promotor charge door place and is provided with undertaking bucket，Above-mentioned undertaking bucket is between the upper end of above-mentioned first agitator and above-mentioned lifting track，Above-mentioned undertaking bucket has accepts feeding mouth and the undertaking discharging opening being conducted with blowing promotor charge door with the blowing promotor discharging opening promoting track and lifting up liter bucket is accepted mutually.
nullThe fixing setting of above-mentioned second agitator is arranged on a mounting，Above-mentioned mounting is fixed on installing rack，The end face of above-mentioned second agitator offers above-mentioned foaming agent charge door，The upper portion side wall of above-mentioned second agitator is installed with quantitative barrel，The end face of above-mentioned quantitative barrel is open state，The upper end port of above-mentioned quantitative barrel is accepted mutually with above-mentioned stirring discharging opening，The upper end port of above-mentioned quantitative barrel is above-mentioned stirring charge door，The sidewall that above-mentioned quantitative barrel coincides with above-mentioned second agitator offers the port being connected for quantitative barrel and the second agitator，Above-mentioned quantitative barrel is provided with the port controlling port on or off and controls device，Above-mentioned feeding controlling device includes the upper end port of the first driving cylinder and sealed quantitative bucket，And activity is stacked in first above quantitative barrel and seals flitch，Above-mentioned first drives cylinder accumbency to arrange，And above-mentioned first drive cylinder cylinder body be fixed on above-mentioned mounting，Above-mentioned first drives the piston rod free end of cylinder to seal with above-mentioned first, and flitch is fixing to be connected；Above-mentioned port control device includes the second driving cylinder and movable vertical stands on second between quantitative barrel and the second agitator and seals flitch, above-mentioned second seals flitch seals above-mentioned port, above-mentioned second drives cylinder to erect is arranged, and it is in the top of the second sealing flitch, and second drive cylinder body and the quantitative barrel of cylinder to fix, second drives the piston rod of cylinder to seal the fixing connection of flitch with second；Above-mentioned foam cement discharge outlet is on the bottom surface of above-mentioned second agitator, above-mentioned baiting control device includes the 3rd driving cylinder and seal foaming cement discharging opening, it is in the 3rd below the second agitator and seals flitch, above-mentioned 3rd drives cylinder accumbency to arrange, and above-mentioned 3rd drive cylinder cylinder body be fixed on above-mentioned mounting, above-mentioned 3rd drive cylinder piston rod free end with above-mentioned 3rd seal flitch fix is connected.
Above-mentioned quantitative barrel is provided with what accumbency was arranged, and its first end is in outside quantitative barrel, second end tight fit is through the sidewall of quantitative barrel to the adjustable column in quantitative barrel, above-mentioned mounting is provided with the adjustment screw mandrel that control and regulation post translation is dynamic, above-mentioned adjustment screw mandrel accumbency is arranged, and the straight line at above-mentioned adjustment screw mandrel longitudinal direction place is identical with the translation direction of above-mentioned adjustable column, above-mentioned adjustment screw mandrel spiral shell is contained on above-mentioned mounting, and one end of above-mentioned adjustment screw mandrel is fixing with the first end of above-mentioned adjustable column is connected, second end of above-mentioned adjustment screw mandrel is installed handle and regulate the operation handle that screw mandrel rotates；The lateral wall of above-mentioned quantitative barrel is extended with the fairlead being sheathed on outside above-mentioned adjustable column the first end.
nullThe lower end of above-mentioned pedestal offers several above-mentioned feed openings，Above-mentioned blanking frame is square framework，Each above-mentioned little perfusion chamber is arranged in arrays，The fixed strip that relative spacing is arranged it is provided with at the bottom of the cavity chamber of above-mentioned pedestal，Each above-mentioned feed opening is between two fixed strips，Above-mentioned blanking frame is in above two fixed strips，The bottom surface of above-mentioned blanking frame be installed with some side-by-side，And the blanking tube that accumbency is arranged，And each blanking port being in same row is co-located in the top of an above-mentioned blanking tube，The length direction of above-mentioned fixed strip is identical with the orientation of each blanking tube，The two ends of above-mentioned blanking tube correspondence respectively is arranged on two fixed strips，Above-mentioned blanking tube all offers its one end corresponding to each blanking passage port of same row and is connected with blanking port，The transition port that the feed opening that this blanking port is corresponding is connected by the other end，The lower section of above-mentioned blanking tube is respectively fixed with its one end corresponding to each above-mentioned transition passage port and is connected with transition port，The guiding runner pipe that the other end is connected with feed opening；All it is movably installed with its lateral wall in each blanking tube and seals the punishment in advance bar of transition port, and the sidewall of above-mentioned punishment in advance bar all offers punishment in advance corresponding to each transition passage port of blanking tube and wears mouth, the two ends of above-mentioned punishment in advance bar are rotatably installed on above-mentioned blanking tube, and the first end end of above-mentioned punishment in advance bar stretches out outside above-mentioned blanking tube, above-mentioned baiting control device is control the device of rotation driving that the first end end of each punishment in advance bar together rotates.
nullAbove-mentioned device of rotation driving includes driving cylinder、Connecting shaft and connecting rod，First end end of above-mentioned driving cylinder and each above-mentioned punishment in advance bar is in the same side，Above-mentioned connecting shaft accumbency is arranged，And the above-mentioned straight line at connecting shaft longitudinal direction place is arranged in a mutually vertical manner with the straight line at above-mentioned punishment in advance bar longitudinal direction place，Above-mentioned connecting rod is provided with some，Each connecting rod is arranged with each punishment in advance bar one_to_one corresponding，Each link tilt is erect and is arranged，And the angle of inclination of each connecting rod is all identical with incline direction，The upper end of each above-mentioned connecting rod is movably hinged with above-mentioned connecting shaft respectively，The lower end of each above-mentioned connecting rod is fixed together with the first end end one_to_one corresponding of each above-mentioned punishment in advance bar respectively，The cylinder body of above-mentioned driving cylinder is fixed on and is total on the fixed strip of side with connecting shaft，The straight line at the piston rod longitudinal direction place of above-mentioned driving cylinder is paralleled with the straight line at above-mentioned connecting shaft longitudinal direction place，And the above-mentioned piston rod free end end of driving cylinder is fixed together with the end, one end of above-mentioned connecting shaft.
Above-mentioned installing rack is provided with and is in below above-mentioned pedestal, and end, two ends is in the conveyer belt outside installing rack both sides, said conveyer belt is arranged on a underframe extended along the conveying direction of conveyer belt, said conveyer belt rotates around being contained on above-mentioned underframe, said conveyer belt is placed with the placement plate being together positioned over for some brick body, above-mentioned underframe is provided with and controls the device of rotation driving that conveyer belt rotates.
Above-mentioned installing rack is hollow frame, the first dividing plate and second partition it is provided with within the scope of the hollow of above-mentioned installing rack, above-mentioned first dividing plate and second partition are arranged in from top to bottom interval, above-mentioned first agitator is fixed on the upper surface of above-mentioned first dividing plate, above-mentioned second agitator is arranged on the upper surface of above-mentioned second partition, above-mentioned pedestal is fixed on the bottom surface of second partition, above-mentioned installing rack is provided with its lower end and at earth surface, upper end extends to first ladder at second partition place, above-mentioned second partition is provided with its lower end contact with second partition, second ladder of end, upper end traverse the first dividing plate.
After adopting such scheme, the foam cement automatic filling line of the present invention, during use, first by flyash, cement, blowing promotor and tap water are respectively through flyash charge door, cement charge door, blowing promotor charge door and water filling port add in the first agitator and are stirred, add to the second agitator through stirring discharging opening output agitated charge door after stirring, foamed dose of charge door of foaming agent stirs together to the second agitator and obtains foam cement simultaneously, it is indoor that foam cement foamed cement discharging opening adds each little filling cavity, when the material that each little filling cavity is indoor all reaches equal amount, stop reinforced, now baiting control device controls the conducting of each blanking port, the perfusion material of each little filling cavity indoor is through blanking port to feed opening place, added to the insulation filled chamber of brick body by feed opening.Compared with prior art, its whole production line all adopts automation mechanized operation, achieve the automatic filling of foam cement, instead of the mode of traditional-handwork perfusion, substantially increase integral production efficiency, and the material that each little filling cavity can be made indoor together flows out from each feed opening, and the indoor material of each little filling cavity is identical, so that during the insulation filled chamber realization etc. of each brick body, equivalent irrigates, ensure that end product quality is stable, the foam cement employing artificial avoiding traditional each brick body cannot be simultaneously, equivalent irrigates and causes inefficiency, the problem of integral manufacturing time length and end product quality instability.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of the present invention；
Fig. 2 is the axonometric chart of another angle of the present invention；
Fig. 3 is the structural representation that the present invention omits installing rack；
Fig. 4 is another structural representation that the present invention omits installing rack；
Fig. 5 is the structural representation of elevator bucket in the present invention；
Fig. 6 is the structural representation of the second agitator in the present invention；
Fig. 7 is the structural representation of second another angle of agitator in the present invention；
Fig. 8 is the structural representation of uniform device for casting in the present invention；
Fig. 9 is the structural representation of punishment in advance bar in the present invention.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described.
A kind of foam cement automatic filling line of the present invention, as shown in figs 1-9, including installing rack 1, installing rack 1 is provided with first agitator the 2, second agitator 3 from top to bottom set gradually and uniform device for casting；
nullPreferably: the hollow frame that this installing rack 1 extends in above-below direction，The first dividing plate 11 and second partition 12 it is provided with within the scope of the hollow of installing rack 1，First dividing plate 11 and second partition 12 are arranged in from top to bottom interval，First dividing plate 11 is in the top of second partition 12，First agitator 2 is fixed on the upper surface of the first dividing plate 11，The end face of the first agitator 2 offers flyash charge door 21、Cement charge door 22、Blowing promotor charge door 23 and water filling port 24，The bottom of the first agitator 2 offers stirring discharging opening (not shown)，The stirring theory of this first agitator 2 is identical with the stirring theory of tradition agitator，Namely the first agitator 2 is provided with the puddler (not shown) being in the first agitator 2，Puddler 25 is rotatably installed on the first agitator 2，And the end, upper end of puddler 25 stretches out outside the first agitator 2，The end face of the first agitator 2 is provided with and controls the stirring drive motor 26 that puddler 25 rotates，Stirring drive motor 26 drives puddler 25 to rotate when working，The rotation of puddler 25 can realize stirring.
Described installing rack 1 is provided with the flyash hopper 100 being in above flyash charge door 21 and is in the cement hopper 200 above cement charge door 22, flyash hopper 100 and cement hopper 200 are respectively provided with charge door and discharging opening, the connection corresponding with flyash charge door 21 of the discharging opening of flyash hopper 100, the connection corresponding with cement charge door 22 of the discharging opening of cement hopper 200, the upper surface of the first dividing plate 11 is provided with and is in the bucket 300 that the first agitator 2 is other, bucket 300 has filler and outlet, outlet is connected with water filling port 24；What this flyash hopper 100 and cement hopper 200 adopted is the hopper in existing concrete block forming equipment with meausring apparatus, then the flyash in flyash hopper 100 and the cement in cement hopper 200 just add in the first agitator after being weighed.
nullThe installed in front of described installing rack 1 has its lower end to be erected on ground，End, upper end is in the lifting track 13 above blowing promotor charge door，Promote and track 13 is provided with along promoting the elevator bucket 14 that track 13 oscilaltion is moved，Installing rack 1 is provided with the lifting drive controlling elevator bucket 14 oscilaltion，This lifting drive includes motor 41、Driving gear 42、Driven gear 43、Driving rack (not shown in FIG.)、Serving roller 44、Gu rope sheave 45 and steel wire rope (not shown in FIG.)，Motor 41 is fixed on the end face of installing rack 1，Driving gear 42 is fixed on outside the output shaft of motor 41，Serving roller 44 is rotatably installed on installing rack 1 end face，And it is in the front of motor 41，Driven gear 43 is fixed in outside one end roll shaft of serving roller 44，Driving rack is around being located on driving gear 42 and driven gear 43，Gu rope sheave 45 is packed on installing rack 1，And it is in the side, front of serving roller 44，Wire rope roll is wound on serving roller 44，The trailing flank of elevator bucket 14 is fixed with rope-winding wheel 141，The head end of steel wire rope downwardly extends and walks around rope-winding wheel 141 and extends upwardly to solid rope sheave 45 place again，Fix with solid rope sheave 45 and be connected；When lifting drive starts, motor 41 drives driving gear 42 to rotate, driving gear 42 drives serving roller 44 to rotate through driving rack and driven gear 43, the rotation of serving roller 44 can make the steel wire rope serving on serving roller 44 or put rope, and the volume of steel wire rope puts action can make elevator bucket 14 move along promoting track 13 do oscilaltion.
nullThe upper end of described elevator bucket 14 is open state，The lower end rear wall of elevator bucket 14 offers blowing promotor discharging opening (not shown)，The rear wall of elevator bucket 14 is provided with the sealing flitch 142 of seal foaming auxiliary agent discharging opening，Seal the curved plate of flitch 142，And seal flitch 142 to be movably articulated in the way of spinning upside down on elevator bucket 14，Particularly: the left and right sides of sealing flitch 142 is separately installed with the left and right sides wall with elevator bucket 14 and is affixed the connecting plate 143 coordinated，Connection axle 144 it is installed with below the lower front of elevator bucket 14，The forward end correspondence movable set of two connecting plates 143 is outside the end, two ends connecting axle 144，Elevator bucket 14 is provided with and is in below sealing flitch 142，And limit the stopping means that sealing flitch 142 moves down admittedly，Namely the left and right sides sealing flitch 142 is arranged below limited block 145，Seal corresponding the folding respectively of the left and right sides bottom flitch 142 to set on ground two limited blocks 145，Two limited blocks 145 are connected by a connecting rod，This connecting rod is fixed with elevator bucket 14，And the bottom surface back sealing flitch 142 is in the rear of connecting rod，This lifting track 13 is positioned at place above blowing promotor charge door to be had to stir and seals the plate block (not shown) that is rotated up of flitch 142，The arc that the front side wall of this plate block matches in the arc with sealing flitch 142，During use，Arc is utilized to coordinate the sealing flitch 142 of elevator bucket 14 can cross plate block when moving up，Elevator bucket 14 moves down afterwards，The end face making plate block that moves down of elevator bucket 14 contacts with the bottom rear face sealing flitch 142，Now along with the sealing flitch 142 that moves down of elevator bucket 14 is pushed aside by plate block，Blowing promotor in elevator bucket 14 can flow out in the charge door falling to blowing promotor from blowing promotor discharging opening.In the present invention, the control mode of the on or off of blowing promotor discharging opening be may be used without automatically controlled mode by this sealing flitch 142, it is not limited to controlled by arranging of structure.
The first described dividing plate 12 is provided with the sealing plate 5 sealing stirring discharging opening, sealing plate 5 is in sector structure, sealing plate 5 is in outside stirring discharging opening, it is disposed proximate to mutually with stirring discharging opening, the non-curved side of sealing plate 5 is rotatably installed on the first dividing plate 12 by bearing pin, and first dividing plate 12 be provided with control sealing plate 5 turn to stirring discharging opening below with stirring discharging opening seal coordinate or rotate out the device of rotation driving outside stirring discharging opening, this device of rotation driving is for driving cylinder 51, the cylinder body and the first dividing plate 12 that drive cylinder 51 are fixedly installed, the piston rod free end end of cylinder 51 is driven to be fixed together with the non-curved side of sealing plate 5, the junction point of the piston rod of this driving cylinder 51 and sealing plate 5 and bearing pin are in the same side.When driving cylinder 51 to stretch out, driving the piston rod of cylinder 51 to stretch out, install because sealing plate 5 rotates, then drive the rectilinear motion of cylinder 51 that sealing plate 5 can be driven to rotate, the rotation of sealing plate 5 can block or turn on stirring discharging opening.
The end face of the second described agitator 3 offers foaming agent charge door 31 and the stirring charge door being connected with stirring discharging opening, the bottom surface of the second agitator 3 offers foam cement discharging opening (not shown), and installing rack is provided with the feeding controlling device controlling stirring charge door on or off and the baiting control device controlling foam cement discharging opening on or off.Preferably: this second agitator 3 is fixed setting and is arranged on a mounting 6, mounting 6 is fixed on the upper surface of second partition 13, the upper left-hand wall of the second agitator 3 is installed with quantitative barrel 32, the end face of quantitative barrel 32 is open state, the upper end port of quantitative barrel 32 is accepted mutually with stirring discharging opening, the upper end port of this quantitative barrel 32 is described stirring charge door, described feeding controlling device includes the upper end port of the first driving cylinder 61 and sealed quantitative bucket, and activity is stacked in first above quantitative barrel 32 and seals flitch 62, first drives cylinder 61 accumbency to arrange, and it is in the left side of quantitative barrel 32, and first drive cylinder 61 cylinder body be fixed on mounting 6, the first piston rod free end driving cylinder 61 and first seals the fixing connection of flitch 62；First drive cylinder 61 when starting piston rod stretch out the translation that the first sealing flitch 62 can be driven to make left and right directions, the first translation sealing flitch 62 makes the upper end port on or off of quantitative barrel 32.
nullThe sidewall that described quantitative barrel 32 coincides with the second agitator 3 offers the port (not shown in FIG.) being connected with the second agitator 3 for quantitative barrel 32，This quantitative barrel 32 is provided with the port controlling port on or off and controls device，This port control device includes the second driving cylinder 63 and movable vertical stands on second between quantitative barrel 32 and the second agitator 3 and seals flitch 64，This second sealing flitch 64 seals port，Second drives cylinder 63 to erect is arranged，And it is in the top of the second sealing flitch 64，And second drive cylinder body and the quantitative barrel 32 of cylinder 63 to fix，Second piston rod driving cylinder 63 and second seals the fixing connection of flitch 64，The flexible of second piston rod driving cylinder 63 can drive the second sealing flitch 64 to move up and down，Second seals moving up and down of flitch 64 can make port on or off，So that quantitative barrel 32 and the second agitator 3 are conducted or isolated；Described baiting control device includes the 3rd driving cylinder 65 and seal foaming cement discharging opening, it is in second below the second agitator 3 and seals flitch (not shown), 3rd drives cylinder 65 accumbency to arrange, and it is extended along the left and right directions of mounting 6, and the 3rd drive the cylinder body of cylinder 65 to be fixed on mounting 6, the 3rd drives the piston rod free end of cylinder 65 to seal the fixing connection of flitch with the 3rd；The flexible of 3rd piston rod driving cylinder 65 can drive the 3rd sealing flitch do left and right translation mobile, and the 3rd left and right sealing flitch translates and can make foam cement discharging opening on or off.
In the second described agitator 2, there is puddler 21, puddler 21 is erect and is arranged, and puddler 21 rotates and is installed on the second agitator 2, the end, upper end of puddler 21 is stretched out outside the second agitator 2, mounting 6 is provided with and controls the device of rotation driving that puddler 21 rotates, this device of rotation driving includes drive motor 66, drive pulley 67, driven pulley 68 and driving belt 69, drive motor 66 is erect and is arranged, and the output shaft of drive motor 66 is arranged upward, drive pulley 67 is fixed in outside the output shaft of drive motor 66, driven pulley 68 is fixed in outside the end, upper end of puddler 21, driving belt 68 is around being located on drive pulley 67 and driven pulley 68；When drive motor 66 rotates, drive pulley 67 rotates, and the rotation of drive pulley 67 drives puddler 21 to rotate through driving belt 69 and driven pulley 68, and the rotation of puddler 21 can realize the material in the second agitator 2 is stirred.
nullSuch as Fig. 8、Shown in 9，Described uniform device for casting includes pedestal 71 and blanking frame 72，Pedestal 71 is fixedly mounted on installing rack 1，And be in below second partition 12，Blanking frame 72 is fixedly installed in pedestal 71，Pedestal 71 is hollow frame that its upper end is open state，Blanking frame 72 is hollow frame that its upper end is open state，The upper end port of blanking frame 72 and the foam cement discharging opening of the second agitator 3 accept setting up and down relatively，And second partition 12 offers the connected entrance (not shown) that the upper end port for blanking frame 72 is connected with foam cement discharging opening，The demarcation strip 722 that the hollow chamber of blanking frame 72 is separated into several little perfusion chambers 721 it is provided with in blanking frame 72，Each little perfusion chamber 721 is arranged in arrays，The bottom of blanking frame 72 offers blanking port 723 respectively corresponding to each little perfusion chamber 721 place，Pedestal 71 offers the feed opening 711 of several and the conducting of each blanking port 723 one_to_one corresponding，Between blanking port 723 and feed opening 711, it is provided with, in pedestal 71, the baiting control device controlling each blanking port 723 together on or off.
nullThis baiting control device preferred version is: the bottom surface of blanking frame 72 be installed with some side-by-side，And the blanking tube 73 that accumbency is arranged，And each blanking port 723 being in same row is co-located in the top of a blanking tube 73，Namely each blanking port 723 being in same row shares a blanking tube 73，The fixed strip 712 being in end, blanking tube 73 two ends it is installed with in pedestal 71，End, the two ends correspondence respectively of each blanking tube 73 is arranged on two fixed strips 712，Each blanking port 723 place that blanking tube 73 corresponds to same row all offers its one end and is connected with blanking port，The transition port that the feed opening that this blanking port is corresponding is connected by the other end，The lower section of blanking tube 73 is respectively fixed with its one end corresponding to each transition passage port and is connected with transition port，The guiding runner pipe 731 that the other end is connected with feed opening 711，This guiding runner pipe 731 is utilized to play guiding mobilization；All it is movably installed with its lateral wall in each blanking tube 73 and seals the punishment in advance bar 74 of transition port, and the sidewall of punishment in advance bar 74 all offers punishment in advance corresponding to each transition passage port of blanking tube 73 and wears mouth 741, the two ends of punishment in advance bar 74 are rotatably installed on the end, two ends of blanking tube 73, and the first end end (i.e. end, rear end) of punishment in advance bar 74 stretches out outside blanking tube 73, baiting control device is control the device of rotation driving that the first end end of each punishment in advance bar 74 together rotates.
nullDescribed device of rotation driving includes driving cylinder 75、Connecting shaft 76 and connecting rod 77，The the first end end driving cylinder 75 and each punishment in advance bar 74 is in the same side，Connecting shaft 76 accumbency is arranged，And the straight line at the straight line at the longitudinal place of connecting shaft 76 and the longitudinal place of punishment in advance bar 74 is arranged in a mutually vertical manner，Namely the length direction of connecting shaft 76 is identical with the orientation of each punishment in advance bar 74，Connecting rod 77 is provided with some，Each connecting rod 77 is arranged with each punishment in advance bar 74 one_to_one corresponding，Each connecting rod 77 tilts to erect setting，And the angle of inclination of each connecting rod 77 is all identical with incline direction，All towards driving cylinder 75，The upper end of each connecting rod 77 is movably hinged with connecting shaft 76 respectively，The lower end of each connecting rod 77 is fixed together with the first end end one_to_one corresponding of each punishment in advance bar 74 respectively，Drive cylinder 75 cylinder body be fixed on on the fixed strip 712 of connecting shaft 76 the same side，Namely it is on the fixed strip 712 on rear side of pedestal 71，The straight line at piston rod longitudinal direction place driving cylinder 75 is paralleled with the straight line at the longitudinal place of connecting shaft 76，And drive the piston rod free end end of cylinder 75 to be fixed together with the end, one end of connecting shaft 76.The piston rod driving cylinder 75 stretches out and connecting shaft 76 can be driven to away from the direction translation driving cylinder 75, the translation of connecting shaft 76 makes each connecting rod 77 swing to away from the direction driving cylinder 75, the swing of each connecting rod 77 makes each punishment in advance bar 74 rotate, the rotation of punishment in advance bar 74 can make the transition port that the punishment in advance on punishment in advance bar 74 wears mouth 741 and blanking tube 73 be conducted, or the sidewall of punishment in advance bar 74 blocks the transition port of blanking tube 73.
nullIn the present invention，Further preferably: installing rack 1 is also equipped with the transition agitator 8 being between the first agitator 2 and the second agitator 3，This transition agitator 8 is erect and is between the first dividing plate 12 and the second agitator 3，The end face of transition agitator 8 offers the transition charging aperture of accepting connection corresponding with stirring discharging opening，The bottom surface of transition agitator 8 offers the upper end port with quantitative barrel 32 and accepts the transition discharging opening connected up and down mutually，Puddler 81 is installed in transition agitator 8，Puddler 81 is erect and is arranged，And the lower end of puddler 81 is rotatably installed on the bottom of transition agitator 8 by bearing，The lower end of puddler 81 is closely stretched out outside transition agitator 8，The intrinsic drive pulley 82 of lower end overcoat of puddler 81，The lateral wall of transition agitator 8 is fixed setting and has drive motor 83，The output shaft of drive motor 83 is arranged down，The intrinsic driven pulley 84 of output shaft overcoat of drive motor 83，Drive pulley 82 and driven pulley 84 are arranged with driving belt (not shown)；When drive motor 83 rotates, drive pulley 82 rotates, and drive pulley 82 drives puddler 81 to rotate through driving belt and driven pulley, and the rotation of puddler 81 can realize the stirring of transition agitator 8.
nullThe foam cement automatic filling line of the present invention，During use，First flyash is poured in flyash hopper 100 and is weighed，Cement is poured in cement hopper 200 and is weighed，The amount of gained of weighing reach required in time stop pouring into，Flyash in flyash hopper 100 and the cement in cement hopper 200 add in the first agitator 2 through flyash charge door and cement charge door respectively afterwards，Tap water adds in bucket 300，And add in the first agitator 2 through water filling port，The blowing promotor weighed is poured in elevator bucket 14，Motor 41 starts，Steel wire rope rolling is to serving roller 44，The winding of steel wire rope makes elevator bucket 14 move up along promoting track 13，The bottom surface back sealing flitch 142 when elevator bucket 14 is promoted to place above blowing promotor charge door crosses plate block，Elevator bucket 14 moves down again afterwards，Moving down of elevator bucket 14 makes plate block be dialed up by sealing flitch 142，Elevator bucket 14 blanking of foamed additive feeding mouth 23 is dropped out to the first agitator 2 under blowing promotor in elevator bucket 14，Puddler in first agitator 2 is to flyash、Cement、Water and blowing promotor quickly stir，Quickly stirring，After stirring a period of time，Again the stirring material in the first agitator 2 is all poured in transition agitator 8，In order to stirring next time，Material is slowly stirred by puddler in transition agitator 8 again，Simultaneously，Again the part in transition agitator 8 is stirred and water to quantitative barrel 32 under material，When stirring material in quantitative barrel 32 reaches to required weight，Stirring material in quantitative barrel 32 flows in the second agitator 3 again，Foamed dose of charge door 31 of foaming agent adds to the second agitator 3，Stirring material is stirred being mixed to get foam cement by the puddler in the second agitator 3 with foaming agent，Foaming water Buddhist nun is flowed out then through foam cement discharging opening and is fallen in blanking frame 72，And the equal equivalent of each little perfusion chamber 721 in blanking frame 72 is filled with foam cement，Stop reinforced after filling，Afterwards，Cylinder 75 is driven to drive each punishment in advance bar 74 to rotate，Transition port turns on，Foam cement in each little perfusion chamber 721 is simultaneously respectively from blanking port 723、Mouth 741 worn by punishment in advance、Transition port，Guiding runner pipe 731 to feed opening place，Added to the insulation filled chamber of brick body 400 by feed opening.Compared with prior art, its whole production line all adopts automation mechanized operation, achieve the automatic filling of foam cement, instead of the mode of traditional-handwork perfusion, substantially increase integral production efficiency, and the material that each little filling cavity can be made indoor together flows out from each feed opening, and the indoor material of each little filling cavity is identical, so that during the insulation filled chamber realization etc. of each brick body, equivalent irrigates, ensure that end product quality is stable, the foam cement employing artificial avoiding traditional each brick body cannot be simultaneously, equivalent irrigates and causes inefficiency, the problem of integral manufacturing time length and end product quality instability；Separately, make the stirring material that the first agitator 2 is stirred can leave in transition agitator 8 by transition agitator 8, thered is provided stirring material by transition agitator 8 to the second agitator 3, make the first agitator 2 quickly to stir next time, substantially increase overall perfusion efficiency.
In the present invention, as shown in Figure 7, this quantitative barrel 32 is provided with what accumbency was arranged, and its first end is in outside quantitative barrel 32, second end tight fit is through the sidewall of quantitative barrel to the adjustable column 321 in quantitative barrel, mounting 6 is provided with the adjustment screw mandrel 322 of control and regulation post 321 translation, regulate screw mandrel 322 accumbency to arrange, and it is extended along the translation direction of adjustable column 321, first end end of the end, one end and adjustable column 321 that regulate screw mandrel 322 is fixed and is connected, regulate the other end of screw mandrel 322 to be installed drive and regulate the operation handle 323 that screw mandrel 322 rotates, and adjustment screw mandrel 322 screws togather installation with mounting 6；So, during use, holding operation handle 323 drives adjustment screw mandrel 322 to rotate, the rotation regulating screw mandrel 322 can translate along mounting 6, regulate screw mandrel 322 translation the second end end of adjustable column 321 can be promoted to stretch into quantitative barrel 32 or stretch out outside quantitative barrel 32, adjustable column 321 stretch into the actual volume amount stretched out within adjustable quantitative bucket 32 so that the volume of quantitative barrel 32 can be adjusted, and then make the second agitator can the stirring material of Different Weight be stirred, applied widely；Separately, should, the lateral wall of quantitative barrel 32 is extended with the fairlead 324 being sheathed on outside adjustable column 321 first end, utilizes this fairlead 324 translation of adjustable column 321 can be played guide effect.
In the present invention, this installing rack 1 is provided with and is in below pedestal 71, and end, two ends is in the conveyer belt 9 outside installing rack 1 both sides, conveyer belt 9 is arranged on a underframe 91 extended along the conveying direction of conveyer belt 9, conveyer belt 9 is rotated around being contained on underframe 91 by belt shaft, conveyer belt 9 is placed with the placement plate 92 being together positioned over for some brick body 400, underframe 91 is provided with and controls the device of rotation driving that conveyer belt rotates, this device of rotation driving includes motor 93 and driving belt 94, motor 93 is fixed on underframe 91, driving belt 94 is on the axle head of the output shaft Yu one belt shaft that are located at motor 93；So, each brick body that is carried out below that brick body complete for molding can be delivered to uniform device for casting by conveyer belt 9 is together irrigated, and is together sent by conveyer belt 9 after perfusion again, further increases the automation mechanized operation of perfusion production line.
In the present invention, the lateral wall of this first agitator 2 is positioned at blowing promotor charge door place and is provided with undertaking bucket 27, accept bucket 27 and be between the first agitator 2 and the upper end promoting track 13, accept bucket 27 have and promote the undertaking feeding mouth that the blowing promotor discharging opening of elevator bucket 14 on track 13 is accepted mutually and the undertaking discharging opening being conducted with blowing promotor charge door, accept bucket 27 by this and can accept the blowing promotor that elevator bucket 14 falls, make the blowing promotor of elevator bucket 14 when falling in the first agitator 2, not result in the unrestrained of blowing promotor.
In the present invention, this installing rack 1 being provided with its lower end with at earth surface, upper end extends to first ladder 15 at second partition 13 place, second partition 13 is provided with its lower end and contacts with second partition 13, the second ladder 16 of end, upper end traverse the first dividing plate 11；Can facilitate maintainer that each parts of loading line are overhauled by first and second ladder 15,16.
The foregoing is only the present invention a preferred embodiment, not the restriction to this case design, all equivalent variations done according to the design key of this case, each fall within the protection domain of this case.
Claims (10)
1. a foam cement automatic filling line, it is characterised in that: include installing rack, above-mentioned installing rack is provided with the first agitator, the second agitator and the uniform device for casting that from top to bottom set gradually；
The top of above-mentioned first agitator offers flyash charge door, cement charge door, blowing promotor charge door and water filling port, the bottom of above-mentioned first agitator offers stirring discharging opening, and above-mentioned installing rack is provided with the discharging controlling device controlling stirring discharging opening on or off；
The top of above-mentioned second agitator offers foaming agent charge door and the stirring charge door being connected with stirring discharging opening, the bottom of above-mentioned second agitator offers foam cement discharging opening, and above-mentioned installing rack is provided with the feeding controlling device controlling stirring charge door on or off and the baiting control device controlling foam cement discharging opening on or off；
Above-mentioned uniform device for casting includes pedestal and blanking frame, above-mentioned pedestal is fixedly mounted on above-mentioned installing rack, above-mentioned blanking frame is installed in above-mentioned pedestal, above-mentioned pedestal and above-mentioned blanking frame are the hollow frame that its upper end is open state, the upper end port of above-mentioned blanking frame and above-mentioned foam cement discharging opening are oppositely arranged, the demarcation strip that the hollow chamber of blanking frame is separated into several little perfusion chambers it is provided with in above-mentioned blanking frame, the bottom of above-mentioned blanking frame offers blanking port respectively corresponding to each little perfusion chamber, above-mentioned pedestal offers the feed opening of several and the conducting of each little perfusion chamber one_to_one corresponding, between above-mentioned blanking port and above-mentioned feed opening, it is provided with, in above-mentioned pedestal, the baiting control device controlling each blanking port together on or off.
2. a kind of foam cement automatic filling line as claimed in claim 1, it is characterized in that: above-mentioned installing rack is provided with the flyash hopper being in above flyash charge door and is in the cement hopper above cement charge door, above-mentioned flyash hopper and cement hopper are respectively provided with charge door and discharging opening, the discharging opening connection corresponding with flyash charge door of above-mentioned flyash hopper, the discharging opening connection corresponding with cement charge door of above-mentioned cement hopper, above-mentioned installing rack is provided with and is in the bucket that the first agitator is other, above-mentioned bucket has filler and outlet, above-mentioned outlet is connected with above-mentioned water filling port.
3. a kind of foam cement automatic filling line as claimed in claim 1, it is characterized in that: above-mentioned installing rack is also equipped with the transition agitator being between above-mentioned first agitator and the second agitator, the top of above-mentioned transition agitator offers the transition charging aperture of accepting connection corresponding with above-mentioned stirring discharging opening, above-mentioned installing rack is provided with the sealing plate sealing transition charging aperture with stirring discharging opening, above-mentioned sealing plate is sector structure, above-mentioned sealing plate non-curved side be rotatably installed on above-mentioned installing rack, and installing rack is provided with control sealing plate and turns between transition charging aperture and stirring discharging opening or rotate out transition charging aperture and the driving cylinder stirred outside discharging opening, the cylinder body of above-mentioned driving cylinder and installing rack secure fit, the piston rod free end end of above-mentioned driving cylinder and above-mentioned sealing plate non-curved side is fixing is connected；The bottom of above-mentioned transition agitator offers transition discharging opening, together with above-mentioned transition discharging opening is superimposed up and down with above-mentioned stirring charge door.
null4. a kind of foam cement automatic filling line as claimed in claim 1，It is characterized in that: above-mentioned installing rack is provided with its lower end and is erected on ground，End, upper end is in the lifting track above above-mentioned blowing promotor charge door，Above-mentioned lifting track is provided with along promoting the elevator bucket that track oscilaltion is moved，The upper end of above-mentioned elevator bucket is open state，The lower end of above-mentioned elevator bucket offers blowing promotor discharging opening，Above-mentioned elevator bucket is provided with the sealing flitch of seal foaming auxiliary agent discharging opening，The above-mentioned curved plate of sealing flitch，And more than above-mentioned sealing flitch the mode of lower upset is movably articulated on elevator bucket，Above-mentioned lifting track is positioned at the top place accepting bucket to be had and stirs the plate block that above-mentioned sealing flitch is rotated up，Above-mentioned elevator bucket is provided with and is in below sealing flitch，And limit the stopping means that sealing flitch moves down admittedly，The lateral wall of above-mentioned first agitator is positioned at blowing promotor charge door place and is provided with undertaking bucket，Above-mentioned undertaking bucket is between the upper end of above-mentioned first agitator and above-mentioned lifting track，Above-mentioned undertaking bucket has accepts feeding mouth and the undertaking discharging opening being conducted with blowing promotor charge door with the blowing promotor discharging opening promoting track and lifting up liter bucket is accepted mutually.
null5. a kind of foam cement automatic filling line as claimed in claim 1，It is characterized in that: the fixing setting of above-mentioned second agitator is arranged on a mounting，Above-mentioned mounting is fixed on installing rack，The end face of above-mentioned second agitator offers above-mentioned foaming agent charge door，The upper portion side wall of above-mentioned second agitator is installed with quantitative barrel，The end face of above-mentioned quantitative barrel is open state，The upper end port of above-mentioned quantitative barrel is accepted mutually with above-mentioned stirring discharging opening，The upper end port of above-mentioned quantitative barrel is above-mentioned stirring charge door，The sidewall that above-mentioned quantitative barrel coincides with above-mentioned second agitator offers the port being connected for quantitative barrel and the second agitator，Above-mentioned quantitative barrel is provided with the port controlling port on or off and controls device，Above-mentioned feeding controlling device includes the upper end port of the first driving cylinder and sealed quantitative bucket，And activity is stacked in first above quantitative barrel and seals flitch，Above-mentioned first drives cylinder accumbency to arrange，And above-mentioned first drive cylinder cylinder body be fixed on above-mentioned mounting，Above-mentioned first drives the piston rod free end of cylinder to seal with above-mentioned first, and flitch is fixing to be connected；Above-mentioned port control device includes the second driving cylinder and movable vertical stands on second between quantitative barrel and the second agitator and seals flitch, above-mentioned second seals flitch seals above-mentioned port, above-mentioned second drives cylinder to erect is arranged, and it is in the top of the second sealing flitch, and second drive cylinder body and the quantitative barrel of cylinder to fix, second drives the piston rod of cylinder to seal the fixing connection of flitch with second；Above-mentioned foam cement discharge outlet is on the bottom surface of above-mentioned second agitator, above-mentioned baiting control device includes the 3rd driving cylinder and seal foaming cement discharging opening, it is in the 3rd below the second agitator and seals flitch, above-mentioned 3rd drives cylinder accumbency to arrange, and above-mentioned 3rd drive cylinder cylinder body be fixed on above-mentioned mounting, above-mentioned 3rd drive cylinder piston rod free end with above-mentioned 3rd seal flitch fix is connected.
6. a kind of foam cement automatic filling line as claimed in claim 5, it is characterized in that: above-mentioned quantitative barrel is provided with what accumbency was arranged, and its first end is in outside quantitative barrel, second end tight fit is through the sidewall of quantitative barrel to the adjustable column in quantitative barrel, above-mentioned mounting is provided with the adjustment screw mandrel that control and regulation post translation is dynamic, above-mentioned adjustment screw mandrel accumbency is arranged, and the straight line at above-mentioned adjustment screw mandrel longitudinal direction place is identical with the translation direction of above-mentioned adjustable column, above-mentioned adjustment screw mandrel spiral shell is contained on above-mentioned mounting, and one end of above-mentioned adjustment screw mandrel is fixing with the first end of above-mentioned adjustable column is connected, second end of above-mentioned adjustment screw mandrel is installed handle and regulate the operation handle that screw mandrel rotates；The lateral wall of above-mentioned quantitative barrel is extended with the fairlead being sheathed on outside above-mentioned adjustable column the first end.
null7. a kind of foam cement automatic filling line as claimed in claim 1，It is characterized in that: the lower end of above-mentioned pedestal offers several above-mentioned feed openings，Above-mentioned blanking frame is square framework，Each above-mentioned little perfusion chamber is arranged in arrays，The fixed strip that relative spacing is arranged it is provided with at the bottom of the cavity chamber of above-mentioned pedestal，Each above-mentioned feed opening is between two fixed strips，Above-mentioned blanking frame is in above two fixed strips，The bottom surface of above-mentioned blanking frame be installed with some side-by-side，And the blanking tube that accumbency is arranged，And each blanking port being in same row is co-located in the top of an above-mentioned blanking tube，The length direction of above-mentioned fixed strip is identical with the orientation of each blanking tube，The two ends of above-mentioned blanking tube correspondence respectively is arranged on two fixed strips，Above-mentioned blanking tube all offers its one end corresponding to each blanking passage port of same row and is connected with blanking port，The transition port that the feed opening that this blanking port is corresponding is connected by the other end，The lower section of above-mentioned blanking tube is respectively fixed with its one end corresponding to each above-mentioned transition passage port and is connected with transition port，The guiding runner pipe that the other end is connected with feed opening；All it is movably installed with its lateral wall in each blanking tube and seals the punishment in advance bar of transition port, and the sidewall of above-mentioned punishment in advance bar all offers punishment in advance corresponding to each transition passage port of blanking tube and wears mouth, the two ends of above-mentioned punishment in advance bar are rotatably installed on above-mentioned blanking tube, and the first end end of above-mentioned punishment in advance bar stretches out outside above-mentioned blanking tube, above-mentioned baiting control device is control the device of rotation driving that the first end end of each punishment in advance bar together rotates.
null8. a kind of foam cement automatic filling line as claimed in claim 7，It is characterized in that: above-mentioned device of rotation driving includes driving cylinder、Connecting shaft and connecting rod，First end end of above-mentioned driving cylinder and each above-mentioned punishment in advance bar is in the same side，Above-mentioned connecting shaft accumbency is arranged，And the above-mentioned straight line at connecting shaft longitudinal direction place is arranged in a mutually vertical manner with the straight line at above-mentioned punishment in advance bar longitudinal direction place，Above-mentioned connecting rod is provided with some，Each connecting rod is arranged with each punishment in advance bar one_to_one corresponding，Each link tilt is erect and is arranged，And the angle of inclination of each connecting rod is all identical with incline direction，The upper end of each above-mentioned connecting rod is movably hinged with above-mentioned connecting shaft respectively，The lower end of each above-mentioned connecting rod is fixed together with the first end end one_to_one corresponding of each above-mentioned punishment in advance bar respectively，The cylinder body of above-mentioned driving cylinder is fixed on and is total on the fixed strip of side with connecting shaft，The straight line at the piston rod longitudinal direction place of above-mentioned driving cylinder is paralleled with the straight line at above-mentioned connecting shaft longitudinal direction place，And the above-mentioned piston rod free end end of driving cylinder is fixed together with the end, one end of above-mentioned connecting shaft.
9. a kind of foam cement automatic filling line as claimed in claim 1, it is characterized in that: above-mentioned installing rack is provided with and is in below above-mentioned pedestal, and end, two ends is in the conveyer belt outside installing rack both sides, said conveyer belt is arranged on a underframe extended along the conveying direction of conveyer belt, said conveyer belt rotates around being contained on above-mentioned underframe, said conveyer belt is placed with the placement plate being together positioned over for some brick body, above-mentioned underframe is provided with and controls the device of rotation driving that conveyer belt rotates.
10. a kind of foam cement automatic filling line as claimed in claim 1, it is characterized in that: above-mentioned installing rack is hollow frame, the first dividing plate and second partition it is provided with within the scope of the hollow of above-mentioned installing rack, above-mentioned first dividing plate and second partition are arranged in from top to bottom interval, above-mentioned first agitator is fixed on the upper surface of above-mentioned first dividing plate, above-mentioned second agitator is arranged on the upper surface of above-mentioned second partition, above-mentioned pedestal is fixed on the bottom surface of second partition, above-mentioned installing rack is provided with its lower end and at earth surface, upper end extends to first ladder at second partition place, above-mentioned second partition is provided with its lower end contact with second partition, second ladder of end, upper end traverse the first dividing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610264167.8A CN105773844A (en) | 2016-04-26 | 2016-04-26 | Automatic filling line for foam cement |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610264167.8A CN105773844A (en) | 2016-04-26 | 2016-04-26 | Automatic filling line for foam cement |
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| CN105773844A true CN105773844A (en) | 2016-07-20 |
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| CN110539401A (en) * | 2019-09-11 | 2019-12-06 | 北京铁科特种工程技术有限公司 | Method for preparing foamed light soil for railway roadbed |
| CN111894244A (en) * | 2020-07-15 | 2020-11-06 | 钟明有 | Brick wall is built with supplementary equipment of laying of long ceramic tile |
| CN112692990A (en) * | 2020-12-29 | 2021-04-23 | 吴思 | Preparation method of heat-preservation foaming cement |
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Application publication date: 20160720 |