CN207930857U - A kind of reinforced concrete sewer pipe production line - Google Patents
A kind of reinforced concrete sewer pipe production line Download PDFInfo
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- CN207930857U CN207930857U CN201820326613.8U CN201820326613U CN207930857U CN 207930857 U CN207930857 U CN 207930857U CN 201820326613 U CN201820326613 U CN 201820326613U CN 207930857 U CN207930857 U CN 207930857U
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Abstract
This practicality discloses a kind of reinforced concrete sewer pipe production line, and main contents are：Include material control device, agitating device and feeder successively by production procedure；The material control device includes the rack and stone proportioner being respectively arranged in rack, sand proportioner and sandstone mixing proportioning device；The sandstone mixing proportioning device includes the sandstone mixed material barrel, the sandstone conveying mechanism being set to below the discharge port of sandstone mixed material barrel and the first meter electronics for being set in rack and be used to weigh the sandstone weight in sandstone mixed material barrel that bottom has discharge port.This practicality using on feeder stone proportioner and sand proportioner husky, stone is delivered in the sandstone mixed material barrel of sandstone mixing proportioning device respectively, the first meter electronics in sandstone mixing proportioning device weigh sandstone in sandstone mixed material barrel, so that sandstone allotment ratio is reasonable, ensure concrete strength, and then ensure that the quality of drainpipe.
Description
Technical field
This practicality is related to manufacturing concrete drain tile equipment technical field, and in particular to a kind of reinforced concrete sewer pipe life
Produce assembly line.
Background technology
Concrete pipe moulding process is using centrifuging process and overhang roll technique, using both technological forming pipes,
It is that concrete after adding water that mix is stirred into concrete in forced mixer, is put into cement, sand, stone, additive
In the punching block for having placed framework of steel reinforcement, the centrifugal force generated by high speed rotation on centrifuge or Suspension rolling machine makes concrete dense
Real molding.When taking both technological formings, the prior art is by the concrete of mixing, by manually using spade in centrifuge
Or the punching block both ends rotated on Suspension rolling machine are constantly put into, until concrete by punching block throwing completely rotate it is closely knit until.With the technique side
Method tubulation, concrete batching mode falls behind, time-consuming, and since artificial dispensing is firmly uneven, makes in the pipe die of rotation
Coarse-fine aggregate play causes the bed of cloth of pipe of concrete and compactness uneven, and inside pipe wall out-of-flatness influences product quality；Separately
On the one hand, it is stirred when preparing concrete by manually pouring into three kinds of materials such as cement, sand and stone in blender, in turn
Manual labor is increased, and since manually cement, sand and stone material are poured into blender and being stirred, is caused cement bonded sand manually
Stone allotment ratio is unreasonable, affects concrete strength, and then affects the quality of drainpipe.
Utility model content
This practicality technical problem to be solved be for the above-mentioned prior art in deficiency, a kind of reinforced concrete is provided
Native drainpipe production line, its purpose is to provide one kind prevent manually to allocate cement sand fraction, ensure concrete strength,
Prevent worker to throw the concrete of mixing into the punching block for having placed framework of steel reinforcement on high-speed rotating centrifuge or Suspension rolling machine
Material and the concrete steel reinforced concrete drainage pipe production line for avoiding influencing drainpipe quality.
Technical solution is used by this practicality solves its technical problem：A kind of reinforced concrete sewer pipe production flowing water
Line includes material control device, agitating device and feeder successively by production procedure；The material control device includes rack
And it is respectively arranged at stone proportioner, sand proportioner, sandstone mixing proportioning device and cement ingredient device in rack；
The sandstone mixing proportioning device, which includes bottom, to be had the sandstone mixed material barrel of discharge port, is set to the discharging of sandstone mixed material barrel
The sandstone conveying mechanism of mouth lower section and the first electricity for being set in rack and be used to weigh the sandstone weight in sandstone mixed material barrel
Sub- meter；The stone proportioner, which includes bottom, to be had the stone charging basket of discharge port and is set to the discharge port of stone charging basket
Lower section and the stone conveying mechanism for being used to be delivered to the stone in stone charging basket in sandstone mixed material barrel；The sand dispensing dress
It sets the sand charging basket that there is discharge port including bottom and is set to below the discharge port of sand charging basket and for will be in sand charging basket
Sand be delivered to the sand conveying mechanism in sandstone mixed material barrel；The cement ingredient device includes cement charging basket, for inciting somebody to action
It screw conveyor in cement transportation to cement charging basket and is set in rack and for weighing the cement weight in cement charging basket
The second meter electronics.
By using above-mentioned technical proposal, first with the stone proportioner and sand dispensing dress on material control device
It sets and husky, stone is delivered in the sandstone mixed material barrel of sandstone mixing proportioning device respectively, then, in sandstone mixing proportioning device
First meter electronics weigh sandstone in sandstone mixed material barrel, while recycling the cement ingredient on material control device
Device is by cement transportation to cement charging basket, and then, the second meter electronics in cement ingredient device are in cement charging basket
Cement is weighed；Finally so that sandstone allotment ratio is reasonable, ensure concrete strength, and then ensure that the quality of drainpipe,
And prevent that manually cement, sand and stone material are poured into blender and stirred again, eliminate manual labor；Wherein, deployed
Sandstone afterwards are delivered in agitating device and are stirred by sandstone conveying mechanism and sandstone hoisting mechanism, and cement weight is deployed
It also pours into agitating device and is stirred afterwards, to be delivered in high-speed rotating centrifuge by feeder after forming concrete
Or it is placed on Suspension rolling machine in the punching block of framework of steel reinforcement.
It is further：The agitating device includes the blender for stirring rack and being set in stirring rack, described to stir
The machine of mixing includes the agitator that bottom has discharge port, is provided on the agitator for sandstone to be poured into the sandstone in agitator
The bottom of feed inlet, the cement charging basket is connected to agitator；It further include the sandstone conveying being useful on sandstone conveying mechanism
To the sandstone hoisting mechanism in agitator；It is provided in the stirring rack below the discharge port of agitator and for that will stir
Mix the concrete conveyance mechanism in the concrete conveyance to feeder in bucket.
By using above-mentioned technical proposal, the sandstone on sandstone conveying mechanism are delivered to stirring using sandstone hoisting mechanism
It is stirred in bucket, manually deployed sandstone must be delivered in the agitator of blender and stirred（Wherein, cement passes through spiral shell
Rotation conveyer, which is delivered in cement charging basket, to be weighed, and the cement after weighing is finally stirred in bucket）Form concrete, then profit
With concrete conveyance mechanism by concrete conveyance to feeder, and then manual labor is eliminated, improves manufacture drainpipe
Production efficiency.
It is further：The feeding conveyer structure and set that the feeder includes feeding rack, is set in feeding rack
It is placed in the track of feeding bottom of the frame, is provided between the feeding rack and track for driving feeding rack past in orbit
The reciprocating drive mechanism moved again；The feeding conveyer structure includes more feeding conveying rollers, feeding conveyer belt and for driving
The both ends of the feeding drive component of feeding conveying roller axial rotation, the more feeding conveying rollers connect with feeding gantry rotation respectively
It connects, the feeding conveyer belt is sequentially connected with feeding conveying roller；The reciprocating drive mechanism includes being set in feeding rack
Feeding driving motor, shaft, synchronous toothed belt and the bearing being sheathed on shaft outer wall, the shaft pass through bearing and feeder
Frame is rotatablely connected, and master gear is provided on the motor shaft of the feeding driving motor, and the outer wall of the shaft is also arranged with and master
The driven gear of gear cooperation, the driven gear are sequentially connected by rack and master gear, the both ends end set of the shaft
It is useful for the idler wheel to orbit.
By using above-mentioned technical proposal, concrete conveyance mechanism is caught using the feeding conveyer belt in feeding conveyer structure
The concrete to come is conveyed, reciprocating drive mechanism driving feeding rack is recycled back and forth to slide and driven using feeding in orbit
Dynamic Component driver feeding conveying roller axial rotation simultaneously drives feeding conveyer belt to rotate, finally that the concrete on feeding conveyer belt is defeated
It send into the punching block of framework of steel reinforcement has been placed on high-speed rotating centrifuge or Suspension rolling machine, and can be uniformly defeated by concrete
It send into punching block, and then has prevented that manually concrete is dropped on high-speed rotating centrifuge or Suspension rolling machine and placed reinforcing bar
Situation in the punching block of frame eliminates manual labor, and then improves the production efficiency of manufacture drainpipe.
It is further：The sandstone hoisting mechanism includes promoting track, being carried for what is reciprocatingly slided on promoting track
Charging basket, rope and the promotion motor being fixed in stirring rack are risen, is provided on the motor shaft for promoting motor for winding
One end of the rope disk of rope, the rope is connect with rope disk, and the other end is connect with charging basket is promoted, the sandstone of the agitator
Feed inlet is located on the motion path for promoting track；The concrete conveyance mechanism includes more concrete conveyance rollers, concrete
Conveyer belt and concrete drive component for driving concrete conveyance roller axial rotation, the two of the more concrete conveyance rollers
Respectively with stirring rack rotation connection, the concrete conveyance band and concrete conveyance roller are sequentially connected at end.
It is using motor is promoted that the promotion charging basket equipped with sandstone is gradual along track is promoted by using above-mentioned technical proposal
Rise, finally pours into the sandstone promoted in charging basket in the agitator of blender, the sandstone hoisting mechanism is simple in structure, and operation can
It leans on, is effectively guaranteed and is promoted in the agitator for pouring into blender that the sandstone in charging basket can be freely.
It is further：The sandstone conveying mechanism includes more sandstone conveying rollers, sandstone conveyer belt and for driving sand
The both ends of the sandstone drive component of stone conveying roller axial rotation, the more sandstone conveying rollers are connect with gantry rotation respectively, institute
It states sandstone conveyer belt and sandstone conveying roller to be sequentially connected, the sandstone are used for conveyer belt to be promoted in charging basket in being delivered to sandstone.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of sandstone conveying mechanism so that sandstone energy
It is smoothly delivered in the promotion charging basket of sandstone hoisting mechanism.
It is further：The stone conveying mechanism includes more stone conveying rollers, stone conveyer belt and for driving stone
The stone drive component of head conveying roller axial rotation, the both ends of the more stone conveying rollers are connect with gantry rotation respectively, institute
Stone conveyer belt is stated to be sequentially connected with stone conveying roller.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of stone conveying mechanism so that stone energy
It is smoothly delivered in the sandstone mixed material barrel of sandstone mixing proportioning device.
It is further：The sand conveying mechanism includes more sand conveying rollers, sand conveyer belt and for driving sand
The both ends of the sand drive component of sub- conveying roller axial rotation, the more sand conveying rollers are connect with gantry rotation respectively, institute
Sand conveyer belt is stated to be sequentially connected with sand conveying roller.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of sand conveying mechanism so that sand energy
It is smoothly delivered in the sandstone mixed material barrel of sandstone mixing proportioning device.
It is further：Further include having control module, coaxial cable and antenna, the control module is fixedly mounted on wall
Inside, the antenna is mounted on wall outer side and antenna distance wall outer side face and is not less than 15cm, and the antenna passes through coaxial
Cable is connect with control module, and the control module is by central controller, operation button, wireless communication module, timer and liquid
Brilliant display module composition, first meter electronics, the second meter electronics and wireless communication module all with central controller
It is connected, the operation button, timer and LCD MODULE are all connect with central controller.
By using above-mentioned technical proposal, the automation control to dispensing intelligent control system is realized, improves system
Make the production efficiency of drainpipe.
This practicality has the beneficial effect that：Using on feeder stone proportioner and sand proportioner respectively will
Husky, stone is delivered in the sandstone mixed material barrel of sandstone mixing proportioning device, the first electronic measurement in sandstone mixing proportioning device
Device weighs sandstone in sandstone mixed material barrel so that sandstone allotment ratio is reasonable, ensures concrete strength, and then ensure that
The quality of drainpipe.
Description of the drawings
Fig. 1 is a kind of structural front view of specific implementation mode of this practicality；
Fig. 2 is a kind of structural schematic diagram of specific implementation mode dispensing intelligent control device of this practicality；
Fig. 3 be this practicality a kind of specific implementation mode dismounting rack, stone proportioner and sand proportioner knot
Structure front view；
Fig. 4 is that a kind of specific implementation mode of this practicality removes the structure right view of material control device；
Fig. 5 is a kind of structural schematic diagram of specific implementation mode feeder of this practicality；
Fig. 6 is a kind of the structure left view of specific implementation mode of this practicality；
Fig. 7 is a kind of structure installation diagram of specific implementation mode control module of this practicality；
Fig. 8 is a kind of control system architecture schematic diagram of specific implementation mode of this practicality.
Reference sign：
1：Material control device, 2：Agitating device, 3：Feeder, 4：Control module, 5：Coaxial cable, 6：Antenna；
100：Rack, 101：Stone proportioner, 102：Sand proportioner, 103：Sandstone mixing proportioning device, 104：
Cement ingredient device；
1011：Stone charging basket, 1012：Stone conveying mechanism, 1021：Sand charging basket, 1022：Sand conveying mechanism, 1031：
Sandstone mixed material barrel, 1032：Sandstone conveying mechanism, 1033：First meter electronics, 1041：Cement charging basket, 1042：Spiral transferring
Send machine, 1043：Second meter electronics；
200：Stirring rack, 201：Blender, 202：Sandstone feed inlet, 203：Cement charging basket, 204：Concrete conveyer
Structure, 205：Sandstone hoisting mechanism；
300：Feeding rack, 301：Track, 302：Feeding conveying roller, 303：Feeding conveyer belt, 304：Feeding drive component,
305：Feeding driving motor, 306：Shaft, 307：Bearing, 308：Idler wheel；
401：Central controller, 402：Operation button, 403：Wireless communication module, 404：Timer, 405：Liquid crystal display
Module.
Specific implementation mode
This practicality specific implementation mode is described with reference to the accompanying drawings and embodiments：
Fig. 1~Fig. 8 shows that the specific implementation mode of this practicality, a kind of reinforced concrete sewer pipe production line are pressed
Production procedure includes material control device 1, agitating device 2 and feeder 3 successively；The material control device 1 includes rack
100 and the stone proportioner 101, the 102 sandstone mixing proportioning device 103 of sand proportioner that are respectively arranged in rack 100
With cement ingredient device 104；The sandstone mixing proportioning device 103 includes the sandstone mixed material barrel that bottom has discharge port
1031, the sandstone conveying mechanism 1032 that is set to below the discharge port of sandstone mixed material barrel 1031 and be set in rack 100 and
The first meter electronics 1033 for weighing the sandstone weight in sandstone mixed material barrel 1031；The stone proportioner 101
There is the stone charging basket 1011 of discharge port including bottom and be set to below the discharge port of stone charging basket 1011 and be used for stone
Stone in charging basket 1011 is delivered to the stone conveying mechanism 1012 in sandstone mixed material barrel 1031；The sand proportioner
102, which include bottom, has the sand charging basket 1021 of discharge port and is set to below the discharge port of sand charging basket 1021 and for will be husky
Sand in sub- charging basket 1021 is delivered to the sand conveying mechanism 1022 in sandstone mixed material barrel；The cement ingredient device 104
Including cement charging basket 1041, for by cement transportation to cement charging basket 1041 screw conveyor 1042 and be set to rack
The second meter electronics 1043 on 100 and for weighing the cement weight in cement charging basket 1041.
By using above-mentioned technical proposal, first on material control device 1 stone proportioner 101 and sand match
Husky, stone is delivered in the sandstone mixed material barrel 1031 of sandstone mixing proportioning device 103 by material device 102 respectively, and then, sandstone are mixed
The first meter electronics 1033 closed in proportioning device 103 weigh sandstone in sandstone mixed material barrel 1031, while sharp again
With the cement ingredient device 104 on material control device 1 by cement transportation to cement charging basket, then, cement ingredient device 104
In the second meter electronics 1043 cement in cement charging basket 1041 is weighed；Finally so that sandstone allotment ratio is closed
Reason ensures concrete strength, and then ensure that the quality of drainpipe, and prevents manually to pour into cement, sand and stone material again
It is stirred in blender, eliminates manual labor；Wherein, the sandstone after deployed are carried by sandstone conveying mechanism 1032 and sandstone
Liter mechanism 205, which is delivered in agitating device 2, to be stirred, and is also poured into agitating device 2 and is stirred after cement weight is deployed,
To be formed after concrete to be delivered to by feeder 3 framework of steel reinforcement has been placed on high-speed rotating centrifuge or Suspension rolling machine
In punching block.
Preferably, the agitating device 2 includes stirring rack 200 and is set to the blender 201 stirred in rack, described
Blender includes the agitator that bottom has discharge port, is provided on the agitator for sandstone to be poured into the sand in agitator
Stone feed inlet 202 is additionally provided with the cement charging basket 203 communicated therewith on the agitator；Further include being useful for conveying in sandstone
Sandstone in mechanism 1032 are delivered to the sandstone hoisting mechanism 205 in agitator；It is provided with to be located in the stirring rack 200 and stir
It mixes below the discharge port of bucket and is used for the concrete conveyance mechanism 204 in the concrete conveyance in agitator to feeder 3.
It is using sandstone hoisting mechanism 205 that the sandstone on sandstone conveying mechanism 1032 are defeated by using above-mentioned technical proposal
It send and is stirred into agitator, manually deployed sandstone must be delivered in the agitator of blender 301 and stirred（Its
In, cement is delivered in cement charging basket by screw conveyor and is weighed, and the cement after weighing is finally stirred in bucket）Shape
At concrete, recycle concrete conveyance mechanism 204 by concrete conveyance to feeder 3, and then eliminate manual labor,
Improve the production efficiency of manufacture drainpipe.
Preferably, the feeder 3 include feeding rack 300, the feeding conveyer structure that is set in feeding rack 300 and
It is set to the track 301 of 300 bottom of feeding rack, is provided between the feeding rack 300 and track 301 for driving feeding
The reciprocating drive mechanism that rack 300 moves back and forth on track 301；The feeding conveyer structure includes more feeding conveying rollers
302, feeding conveyer belt 303 and the feeding drive component 304 for driving 302 axial rotation of feeding conveying roller, described more are fed
Expect that the both ends of conveying roller 302 are rotatablely connected with feeding rack 300 respectively, the feeding conveyer belt 303 is passed with feeding conveying roller 302
Dynamic connection；The reciprocating drive mechanism includes the feeding driving motor 305 being set in feeding rack 300, shaft 306 and is arranged
In the bearing 307 on shaft outer wall, the shaft 307 is rotatablely connected by bearing 307 and feeding rack 300, and the feeding drives
It is provided with master gear on the motor shaft of dynamic motor 305, the outer wall of the shaft is also arranged with the driven gear coordinated with master gear,
The driven gear is sequentially connected by rack and master gear, and the both ends end set of the shaft 306 is useful for transporting in orbit
Capable idler wheel 308.
By using above-mentioned technical proposal, concrete conveyance is caught using the feeding conveyer belt 303 in feeding conveyer structure
Mechanism 204 conveys the concrete to come, and reciprocating drive mechanism driving feeding rack 300 is recycled back and forth to be slided on track 301
And drive 302 axial rotation of feeding conveying roller using feeding drive component 304 and feeding conveyer belt 303 is driven to rotate, finally
By the concrete conveyance on feeding conveyer belt 303 to the steel for having placed framework of steel reinforcement on high-speed rotating centrifuge or Suspension rolling machine
In mould, and concrete can be uniformly delivered in punching block, and then has prevented manually to be dropped in concrete high-speed rotating
The situation in the punching block of framework of steel reinforcement has been placed on centrifuge or Suspension rolling machine, has eliminated manual labor, and then improves manufacture
The production efficiency of drainpipe.
Preferably, the sandstone hoisting mechanism 205 includes promoting track 2051, for reciprocatingly sliding on promoting track
Charging basket 2052, rope and the promotion motor being fixed in stirring rack are promoted, is arranged on the motor shaft for promoting motor useful
In the rope disk of winding rope, one end of the rope is connect with rope disk, and the other end is connect with charging basket is promoted, the agitator
Sandstone feed inlet be located at promoted track 2051 motion path on；The concrete conveyance mechanism 204 includes more concrete
Conveying roller, concrete conveyance band and the concrete drive component for driving concrete conveyance roller axial rotation, described more mixed
The both ends of solidifying soil conveying roller connect with stirring rack rotation connection, the concrete conveyance band and the transmission of concrete conveyance roller respectively
It connects.
It is using motor is promoted that the promotion charging basket equipped with sandstone is gradual along track is promoted by using above-mentioned technical proposal
Rising, finally pours into the sandstone promoted in charging basket in the agitator of blender 201, the sandstone hoisting mechanism 205 is simple in structure,
Reliable for operation, what the sandstone being effectively guaranteed in promotion charging basket can be freely pours into the agitator of blender 201.
Preferably, the sandstone conveying mechanism 1032 is including more sandstone conveying rollers, sandstone conveyer belt and for driving sand
The both ends of the sandstone drive component of stone conveying roller axial rotation, the more sandstone conveying rollers are rotatablely connected with rack 100 respectively,
The sandstone conveyer belt and sandstone conveying roller are sequentially connected, and the sandstone are used for conveyer belt to be promoted in charging basket in being delivered to sandstone.
Wherein, sandstone drive component includes driving motor and sprocket wheel, and the driving motor is linked by sprocket wheel and sandstone conveying roller.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of sandstone conveying mechanism 1032 so that husky
Stone can be smoothly delivered in the promotion charging basket of sandstone hoisting mechanism 205.
Preferably, the stone conveying mechanism 1012 is including more stone conveying rollers, stone conveyer belt and for driving stone
The both ends of the stone drive component of head conveying roller axial rotation, the more stone conveying rollers are rotatablely connected with rack 100 respectively,
The stone conveyer belt is sequentially connected with stone conveying roller.Wherein, stone drive component includes driving motor and sprocket wheel, and the drive
Dynamic motor is linked by sprocket wheel and sandstone conveying roller.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of stone conveying mechanism 1012 so that stone
Head can be smoothly delivered in the sandstone mixed material barrel 1031 of sandstone mixing proportioning device 103.
Preferably, the sand conveying mechanism 1022 is including more sand conveying rollers, sand conveyer belt and for driving sand
The both ends of the sand drive component of sub- conveying roller axial rotation, the more sand conveying rollers are rotatablely connected with rack 100 respectively,
The sand conveyer belt is sequentially connected with sand conveying roller.Wherein, sand drive component includes driving motor and sprocket wheel, and the drive
Dynamic motor is linked by sprocket wheel and sandstone conveying roller.
By using above-mentioned technical proposal, it is effectively guaranteed the operation stability of sand conveying mechanism 1022 so that husky
Son can be smoothly delivered in the sandstone mixed material barrel 1031 of sandstone mixing proportioning device 103.
Preferably, further include thering is control module 4, coaxial cable 5 and antenna 6, the control module 4 to be fixedly mounted on wall
Inside, the antenna 6 is mounted on wall outer side and antenna 6 and is not less than 15cm apart from wall outer side face, and the antenna 6 is by same
Shaft cable 5 is connect with control module 4, and the control module 4 is by central controller 401, operation button 402, wireless communication module
403, timer 404 and LCD MODULE 405 form, first meter electronics 1033, the second meter electronics 1043
All it is connected with central controller 401 with wireless communication module 403, the operation button 402, timer 404 and liquid crystal display mode
Block 405 is all connect with central controller 401.
By using above-mentioned technical proposal, automation control is realized, improves the production efficiency of manufacture drainpipe.
Preferably, the production method of reinforced concrete sewer pipe production line, it is characterised in that：Include the following steps：
（1）Sandstone are delivered to by stone proportioner 101 and sand proportioner 102 on material control device 1 respectively
In the sandstone mixed material barrel 1031 of sandstone mixing proportioning device 103, then, the first electronics in sandstone mixing proportioning device 103
Meter 1033 weighs sandstone in sandstone mixed material barrel 1031；
（2）It is by the sandstone conveying mechanism 1032 on material control device 1 that the sandstone in sandstone mixed material barrel 1031 are defeated
It send into the promotion charging basket of sandstone hoisting mechanism 205；
（3）The sandstone in charging basket will be promoted along lifting rail by promoted motor and the rope in 205 structure of sandstone elevator
Road rises, and the final sandstone promoted in charging basket pour into the agitator of agitating device 2；
（4）By the screw conveyor 1042 on material control device 1 by cement transportation to cement charging basket 1041, connect
It, the second meter electronics 1043 in material control device 1 weigh the cement in cement charging basket 1041；Make cement
In the agitator for eventually entering into blender 201 by cement charging basket 1041, to which cement and sandstone are stirred in blender 201
Processing is mixed, concrete is formed；
（5）It is by the concrete conveyance mechanism 204 in agitating device 2 that the feeding of concrete conveyance to feeding mechanism 3 is defeated
It send on band 303；
（6）Feeding conveyer belt 303 is driven to rotate by the feeding drive component 304 on feeding mechanism 3, in conjunction with reciprocal driving
Mechanism driving feeding rack 300 moves back and forth on track 301, and the concrete on feeding conveyer belt 303 is finally fed in height
In the punching block for having placed framework of steel reinforcement on the centrifuge or Suspension rolling machine of speed rotation, drainpipe is manufactured.
This practicality preferred embodiment is explained in detail above in conjunction with attached drawing, but this practicality is not limited to above-mentioned implementation
Mode within the knowledge of a person skilled in the art can also be under the premise of not departing from this practicality objective
It makes a variety of changes.
Many other changes and remodeling can be made by not departing from the conception and scope of this practicality.It should be appreciated that this practicality is not
It is limited to specific embodiment, the range of this practicality is defined by the following claims.
Claims (8)
1. a kind of reinforced concrete sewer pipe production line, it is characterised in that：Include batching control successively by production procedure
Device, agitating device and feeder；The material control device includes rack and the stone dispensing being respectively arranged in rack dress
It sets, sand proportioner, sandstone mixing proportioning device and cement ingredient device；The sandstone mixing proportioning device includes bottom tool
The sandstone mixed material barrel for having discharge port, the sandstone conveying mechanism being set to below the discharge port of sandstone mixed material barrel and it is set to machine
The first meter electronics on frame and for weighing the sandstone weight in sandstone mixed material barrel；The stone proportioner includes bottom
Portion has the stone charging basket of discharge port and is set to below the discharge port of stone charging basket and for the stone in stone charging basket is defeated
It send to the stone conveying mechanism in sandstone mixed material barrel；The sand proportioner includes the sand charging basket that bottom has discharge port
And it is set to the sand below the discharge port of sand charging basket and for being delivered to the sand in sand charging basket in sandstone mixed material barrel
Sub- conveying mechanism；The cement ingredient device includes cement charging basket, for by the helical feed in cement transportation to cement charging basket
Machine and the second meter electronics for being set in rack and be used to weigh the cement weight in cement charging basket.
2. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：The agitating device
Including stirring rack and the blender being set in stirring rack, the blender includes the agitator that bottom has discharge port,
It is provided on the agitator for sandstone to be poured into the sandstone feed inlet in agitator, the bottom of the cement charging basket and stirring
Bucket connection；It further include the sandstone hoisting mechanism for being useful for being delivered to the sandstone on sandstone conveying mechanism in agitator；It is described to stir
It mixes and is provided in rack below the discharge port positioned at agitator and for will be in the concrete conveyance to feeder in agitator
Concrete conveyance mechanism.
3. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：The feeder packet
Include feeding rack, the feeding conveyer structure that is set in feeding rack and the track for being set to feeding bottom of the frame, the feeding
The reciprocating drive mechanism for driving feeding rack to move back and forth in orbit is provided between rack and track；The feeding is defeated
It includes more feeding conveying rollers, feeding conveyer belt and the feeding driving group for driving feeding conveying roller axial rotation to send mechanism
The both ends of part, the more feeding conveying rollers are rotatablely connected with feeding rack respectively, the feeding conveyer belt and feeding conveying roller
It is sequentially connected；The reciprocating drive mechanism include the feeding driving motor being set in feeding rack, shaft, synchronous toothed belt and
The bearing being sheathed on shaft outer wall, the shaft are rotatablely connected by bearing and feeding rack, the feeding driving motor
Master gear is provided on motor shaft, the outer wall of the shaft is also arranged with the driven gear coordinated with master gear, the driven gear
It is sequentially connected by rack and master gear, the both ends end set of the shaft is useful for the idler wheel to orbit.
4. a kind of reinforced concrete sewer pipe production line as claimed in claim 2, it is characterised in that：The sandstone are promoted
Mechanism includes promoting track, the promotion charging basket for reciprocatingly sliding on promoting track, rope and being fixed in stirring rack
Motor is promoted, the rope disk for winding rope, one end of the rope and rope are provided on the motor shaft for promoting motor
Rope disk connects, and the other end is connect with charging basket is promoted, and the sandstone feed inlet of the agitator is located on the motion path for promoting track；
The concrete conveyance mechanism includes more concrete conveyance rollers, concrete conveyance band and for driving concrete conveyance roller axial
The concrete drive component of rotation, the both ends of the more concrete conveyance rollers are described mixed respectively with stirring rack rotation connection
Solidifying soil conveyer belt is sequentially connected with concrete conveyance roller.
5. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：The sandstone conveying
Mechanism includes more sandstone conveying rollers, sandstone conveyer belt and the sandstone drive component for driving sandstone conveying roller axial rotation,
The both ends of the more sandstone conveying rollers are connect with gantry rotation respectively, and the sandstone conveyer belt connects with the transmission of sandstone conveying roller
Connect, the sandstone it is used for conveyer belt in sandstone are delivered to promoted charging basket in.
6. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：The stone conveying
Mechanism includes more stone conveying rollers, stone conveyer belt and the stone drive component for driving stone conveying roller axial rotation,
The both ends of the more stone conveying rollers are connect with gantry rotation respectively, and the stone conveyer belt connects with the transmission of stone conveying roller
It connects.
7. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：The sand conveying
Mechanism includes more sand conveying rollers, sand conveyer belt and the sand drive component for driving sand conveying roller axial rotation,
The both ends of the more sand conveying rollers are connect with gantry rotation respectively, and the sand conveyer belt connects with the transmission of sand conveying roller
It connects.
8. a kind of reinforced concrete sewer pipe production line as described in claim 1, it is characterised in that：Further include having control
Module, coaxial cable and antenna, the control module are fixedly mounted on the inside of wall, the antenna be mounted on wall outer side and
Antenna distance wall outer side face is not less than 15cm, and the antenna is connect by coaxial cable with control module, the control module
It is made of central controller, operation button, wireless communication module, timer and LCD MODULE, first electronic measurement
Device, the second meter electronics and wireless communication module are all connected with central controller, the operation button, timer and liquid crystal
Show that module is all connect with central controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820326613.8U CN207930857U (en) | 2018-03-10 | 2018-03-10 | A kind of reinforced concrete sewer pipe production line |
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| CN108189214A (en) * | 2018-03-10 | 2018-06-22 | 浙江巨通管业有限公司 | A kind of reinforced concrete sewer pipe production line and its production method |
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| CN108189214A (en) * | 2018-03-10 | 2018-06-22 | 浙江巨通管业有限公司 | A kind of reinforced concrete sewer pipe production line and its production method |
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