CN208005921U - The production facility of concrete prefabricated element - Google Patents
The production facility of concrete prefabricated element Download PDFInfo
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- CN208005921U CN208005921U CN201721436175.2U CN201721436175U CN208005921U CN 208005921 U CN208005921 U CN 208005921U CN 201721436175 U CN201721436175 U CN 201721436175U CN 208005921 U CN208005921 U CN 208005921U
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Abstract
This application involves the production technical field of prefabricated components more particularly to a kind of production facilities of concrete prefabricated element.The production facility includes die station；Mold, mold make concrete form predetermined body for accommodating concrete；Precuring device, precuring device are used to carry out precuring to predetermined body；Separating tool, separating tool is for detaching mold and cured treated predetermined body；Flusher, flusher is used to rinse and the predetermined body of mold separation, physically to form rough surface predetermined；Steam curing device, steam curing device for pair with mold separation and with rough surface predetermined body progress it is steam-cured；Transfer device, wherein：Mold is mounted in die station；Die station can be mounted on transfer device；Die station can be transported to steam curing device, precuring device and flusher position respectively by transfer device.The efficiency that concrete prefabricated element is produced using production facility provided herein is higher.
Description
Technical field
This application involves the production technical fields of prefabricated components more particularly to a kind of production of concrete prefabricated element to set
It applies.
Background technology
Fabricated construction is the abbreviation of prefabricated concrete structure, be using prefabricated components be main bearing member through assembly
Or the concrete structure being formed by connecting.Fabricated construction has with it, such as improve production efficiency, it is energy saving the advantages that,
As one of the important directions of China's building structure development, thus also drive the fast development of prefabricated components manufacturer.
Common, the production process of prefabricated components is as follows：1, installation mold；2, fill concrete；3, precuring；4, steam-cured；
5, form removal and flushing prefabricated components.Obvious, when carrying out the processing of prefabricated components using aforementioned this technique, work as completion
After steam-cured process, prefabricated components have just condensed forming；That is, at this point, prefabricated components can transport manufacture, transport
Arrive construction site；But since the prefabricated components after steam-cured are still connected with mold, cause mold still occupied,
And it cannot in time put into the production work of next group of prefabricated components；Simultaneously as prefabricated components itself also need to carry out form removal
And flushing work, cause prefabricated components finished product that cannot immediately dispatch from the factory after steam-cured, this will certainly cause the wave of production time
Take, the production efficiency of prefabricated components is then made to be lower.
Utility model content
This application provides a kind of production facilities of concrete prefabricated element, are produced using the production facility concrete prefabricated
The efficiency of component is higher.
The application's provides a kind of production facility of concrete prefabricated element, including：
Die station,
Mold, the mold make the concrete form predetermined body for accommodating concrete；
Precuring device, the precuring device are used to carry out precuring to the predetermined body；
Separating tool, the separating tool is for detaching the mold and cured treated the predetermined body；
Flusher, the flusher is used to rinse and the predetermined body of the mold separation, with described pre-
It is fixed physically to form rough surface；
Steam curing device, the steam curing device for pair with the mold separation and have the rough surface it is described pre-
The body that shapes carries out steam-cured；
Transfer device,
Wherein：
The mold is mounted in the die station；The die station can be mounted on the transfer device；The transhipment dress
Setting can be transported to the die station respectively the steam curing device, the precuring device and the flusher position.
Preferably, the die station and the mold are both provided with multiple, and multiple molds and multiple die station are one by one
It is corresponding；
The production facility is provided with multiple stations, and multiple die station are arranged in a one-to-one correspondence with multiple stations, and
Any one of die station can move between multiple stations.
Preferably, multiple stations are arranged in determinant.
Optionally, the transfer device includes ferry bus and line rail, the die station can be separately mounted to the ferry bus and
On the line rail；
The moving direction of the ferry bus is vertical with the extending direction of line rail.
Preferably, the flusher includes normal pressure water pump and pipeline, and the normal pressure water pump is connected to the pipeline.
Preferably, the production facility of concrete prefabricated element provided herein further includes the fixed platform that vibrates,
The fixed platform that vibrates is correspondingly arranged with the transfer device, and the fixed platform that vibrates is for described
Predetermined body is compacted.
Preferably, the production facility of concrete prefabricated element provided herein further includes handling apparatus,
The handling apparatus is correspondingly arranged with the steam curing device, and the handling apparatus is for prefabricated components described in handling.
Optionally, the production facility of concrete prefabricated element provided herein further includes warehouse, the warehouse into
Material mouth is correspondingly arranged with the handling apparatus.
Technical solution provided by the present application can reach following advantageous effect：
In the production facility of concrete prefabricated element provided herein, first to the predetermined body that is filled in mold into
After the processing of row primary solidification, i.e., form removal is carried out to the predetermined body, after form removal is completed, mold can be immediately continued with and be put into
In next production process；Meanwhile the predetermined body after curing process and flushing processing can then carry out steam-cured, steam
After foster process terminates, preboarding is body formed, prefabricated components finished product is formed, at this point, prefabricated components finished product can be transported immediately
It goes out, this is greatly saved the production time, thus can improve the production efficiency of concrete prefabricated element.
It should be understood that above general description and following detailed description is merely exemplary, this can not be limited
Application.
Description of the drawings
The structure schematic diagram of the production facility for the concrete prefabricated element that Fig. 1 is provided by the embodiment of the present application；
A kind of flow diagram for the concrete prefabricated element production technology that Fig. 2 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 3 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 4 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 5 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 6 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 7 is provided by the embodiment of the present application；
Another flow diagram for the concrete prefabricated element production technology that Fig. 8 is provided by the embodiment of the present application.
Reference numeral：
1- stations；
2- ferry buses；
3- line rails；
4- handling apparatus；
The warehouses 5-.
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the application
Example, and the principle together with specification for explaining the application.
Specific implementation mode
It is described in further detail below by specific embodiment and in conjunction with attached drawing to the application.
The application provides a kind of production facility of concrete prefabricated element, as shown in Figure 1, the production facility may include mould
Platform, mold, precuring device, separator, flusher, steam curing device and transfer device, wherein mold may be mounted at die station
On, die station may be mounted on transfer device；Die station can be transported to steam curing device, precuring device and flushing respectively by transfer device
At position where device.
Specifically, mold can be cavity structure made of sheet metal, aforementioned cavity can be used for accommodating concrete, with
Form the predetermined body of predetermined shape；Mold may include two parts, i.e. upper mold and lower mold, and the two can pass through company
Fitting is linked together；Die station and mold can be provided with multiple, and multiple die station and multiple molds are correspondingly arranged, and any one
Die station can be set on multiple stations 1 in production facility, to further increase the production efficiency of concrete prefabricated element.
Wherein, multiple stations 1 in the production facility can be in that determinant is arranged, so set, soil can be made full use of, and can be with
Each station 1 is set more compactly to be distributed, in order to which staff checks the condition of production of each station 1.Precuring device can be precuring
Kiln can carry out curing process by precuring device to the predetermined body being contained in mold；Separator may include hammer
With crow bar etc., staff can detach the predetermined body and mold Jing Guo curing process by separator；Flusher can
To include water pump and water pipe, staff can be rinsed by flusher pair and the predetermined body after mold separation,
So that aforementioned preboarding body forms rough surface.Due to passing through precuring, and the hardness of the predetermined body after primary solidification is opposite
Smaller, in order to save water power, to save production cost, flusher may include normal pressure water pump；Preferably, it can also be arranged and incline
Bearing diagonal device, unsegregated predetermined body and mold can be placed on inclined shore device by staff, to preboarding
One surface of body is rinsed, and then can all be removed mold, can then be carried out to the other surfaces of predetermined body
It rinses；Steam curing device may include steaming kiln and steam boiler, can generate steam by steam boiler, and dedicated steam is led
Enter into steaming kiln, naked steaming is carried out to the predetermined body split out from mold by steam, predetermined body is made further to coagulate
Knot, ultimately forms concrete prefabricated element；Transfer device may include line rail 3 and ferry bus 2, and line rail 3 can be fixed on ground
On, ferry bus 2 can be multiple, and multiple ferry buses 2 can be moved along different tracks respectively, be matched by ferry bus 2 and line rail 3
Work is closed, the purpose of transhipment die station may be implemented, and then can be moved by die station driven mold, concrete is made to be sequentially completed not
Same process, ultimately forms concrete prefabricated element.
Preferably, in order to improve the quality of prefabricated components finished product, production facility provided herein can also include solid
Fixed pattern is vibrated platform, and the fixed platform that vibrates can be correspondingly arranged with transfer device, and can fix the fixed platform that vibrates
At a certain suitable position, the fixed platform that vibrates can be to shaking by the predetermined body in each mold herein
It smashes, to squeeze out the bubble in predetermined body, and then improves the quality of prefabricated components.
Optionally, production facility provided herein can also include handling apparatus 4, handling apparatus 4 and steam curing device
It is correspondingly arranged, handling apparatus 4 can be with handling prefabricated components.
Specifically, handling apparatus 4 may include mobile overhead crane and supporting frame with steel structure, steel can be installed in the top of die station
Structural supporter, and mobile overhead crane is mounted on supporting frame with steel structure, it can be steam-cured prefabricated to completing by mobile overhead crane
Component carries out handling, prefabricated components finished product can also be transported to construction site by such as transfer car(buggy) etc..Certainly, the application institute
It provides in production facility also provided with warehouse 5, and the feed inlet that warehouse 5 can be arranged is corresponding with handling apparatus 4, machines
Concrete prefabricated element finished product afterwards can be deposited in through 4 handling of handling apparatus and temporarily in warehouse 5.
To sum up, the specific arrangement of the production facility of concrete prefabricated element provided herein is as follows：It is first on the scene
The ground on ground is laid with line rail 3, and can be laid with a plurality of line rail 3, and a plurality of line rail 3 can extend in the same direction；Correspondingly, hanging down
Directly on the direction of 3 extending direction of line rail, ferry bus 2 can be added, the quantity of ferry bus 2 can be more according to actual demand
It is a, it is combined by line rail 3 and ferry bus 2, die station is allow to complete the transhipment work between the station 1 that non-rectilinear is arranged,
So that die station driven mold is reached with predetermined order at different station 1 successively, concrete is allow to carry out different processing successively
Process ultimately forms prefabricated components.Corresponding, the extending direction of moving direction and line rail 3 that ferry bus 2 can be arranged hangs down
Directly, relying line rail 3 and ferry bus 2, multiple stations 1 can be in that determinant is arranged；Wherein, multiple stations 1 are segmented into several add
Work area domain：The region of installation mold, the region of fill concrete, the consolidation zone of predetermined body, form removal region, rinse region and
Steam-cured region；Wherein：Those skilled in the art can be according to the time needed for each process, work in each region of reasonable arrangement
The quantity of position 1；In general, the time needed for steam-cured process is relatively long, thus steam-cured region can be arranged it is more multiple steam-cured
Station 1, so that requirement can at least be met by being formed by the intensity of prefabricated components.Correspondingly, precuring device and steam curing device
It can be correspondingly arranged at consolidation zone and steam-cured region respectively, those skilled in the art can be corresponding according to the space in place
Installation flusher, the fixed platform that vibrates, inclined shore device and other may be used in prefabricated components production process
Tool or equipment；Further, steel adding storey can be built above place, and movement can be installed on steel adding storey
Overhead traveling crane can complete the work of the handling to prefabricated components finished product by mobile overhead crane.It is above-mentioned it is found that provided herein is prefabricated
In the production facility of component, by rational deployment, and steel adding storey is added, the production line institute of entire prefabricated components can be made
It is relatively small to account for area, this can also reduce cost, and then can improve profit margin.
Based on the production facility of concrete prefabricated element provided herein, as shown in Fig. 2, the embodiment of the present application provides
A kind of production technology of concrete prefabricated element, the production technology include the following steps：
S1, the installation mold in die station；
Wherein, operation console of the die station as production concrete prefabricated element, can be by metal material or other hard materials
Material is made, and die station may be mounted on the track of assembly line, and can also be mounted on other can serve on the device of transmission；Mould
Tool can or other processing methods welded by sheet metal formed, certainly, for make mold material can also there are many,
Such as tempered glass and other hard materials；Mold can be installed by the detachable connections such as being clamped or being threadedly coupled
In die station, mold is set to be moved along the track of assembly line with die station, and then the concrete being contained in mold can be made complete successively
At different process, prefabricated components are ultimately formed.It should be noted that specification, shape for die station and mold, with
And size, it is not restricted herein, those skilled in the art can make the die station and mould of dimension according to actual demand
Tool.
S2, the fill concrete in mold, to form predetermined body；
After installing a mold into die station, concrete mud well prepared in advance can be poured into mold,
So that slimy concrete forms the predetermined body of required size and shape in the mold of preset shape.Wherein, this field
Technical staff can be according to practical experience, and Jiang Shui, sand, stone and cement are mixed with certain proportion, and are stirred evenly, mud is made
The concrete of pulpous state, it is, of course, also possible to other materials are added in concrete, such as coagulant and accelerator, to reduce coagulation
The setting time of soil.
S3, curing process is carried out to predetermined body；
Further, after forming predetermined body, the effigurate preboarding of tool in mold and mold can be made
Body enters next process, and curing process is carried out to predetermined body, even if the predetermined body solidification not yet condensed in mold,
The process that namely concrete is condensed；Those skilled in the art may be used the devices such as precuring kiln and be carried out in advance to predetermined body
It supports, predetermined body is made to cure, it is clear that, those skilled in the art can be pre- according to working experience, and using touching or pressing
Shape the modes such as body, judges whether reach form removal condition by the predetermined body after curing process in mold, if preboarding
The hardness of body, which reaches, can then carry out next process with the condition of form removal；If do not reached, can continue using pre-
It supports or other modes makes predetermined body continue to cure.It certainly, can be in coagulation in order to accelerate the rate of set of predetermined body
The materials such as suitable accelerator are added in soil, can also be shortened pre- by the methods of the temperature of the predetermined body local environment of promotion
Setting body reaches the time of collapsible die condition.Obvious, those skilled in the art can sum up according to multiple practical operation
Predetermined body in predefined conditions, reaches the time of collapsible die condition, and then can be according to the length of aforesaid time, selectively
The external condition of the solidification process of predetermined body is changed, so that the setting time of predetermined body can meet process requirements.
S4, the predetermined body of separation and mold；
Further, when the cured processing of predetermined body, and after reaching the hardness of collapsible die, suitable work can be passed through
Tool, such as hammer and crow bar, predetermined body is split out from mold, makes predetermined body and mold separation.It is obvious, when will make a reservation for
For body after being split out in mold, mold can continue the process of manufacture that be used to carry out next prefabricated components.Meanwhile
The condensation degree of predetermined body by curing process is relatively low, this is convenient for the progress of form removal work, is also beneficial to prevent mold from existing
It is destroyed during form removal.
S5, predetermined body is rinsed, and rough surface is physically formed predetermined；
In turn, when can take advantage of predetermined body and not reaching the state condensed completely, using normal pressure hydraulic giant to from mold point
The predetermined body separated out is rinsed, it is clear that, merely through the predetermined body after curing process, hardness is relatively low, this has
Conducive to the progress of flushing work, meanwhile, flushing process can be completed by normal pressure hydraulic giant, without utilizing giant, this is also
Hydroelectric resources can be saved；Preferably, each surface of predetermined body can be rinsed, so that predetermined body is all
Outer surface is respectively formed rough surface, it is clear that, frictional force bigger caused by the predetermined body with rough surface, this is conducive to
Improve the bonding strength between prefabricated components and other structures.
S6, the steam-cured predetermined body with rough surface, to form prefabricated components.
Finally, can to through flushing and formed the predetermined body after rough surface carry out it is steam-cured, such as can will be prefabricated
Component is placed in steaming kiln, and is heated to the predetermined body in steaming kiln by devices such as steam boilers, and vapor exists
Predetermined body surface liquefaction, and heat is discharged to predetermined body surface, to make the temperature of predetermined body increase, this can accelerate
The rate of set of predetermined body shortens setting time, and then can improve production efficiency；Meanwhile water caused by steam boiler
Steam also ensures that the humidity in steaming kiln reaches the demand of concrete hydrating reaction.
More specifically, when predetermined body carries out precuring, the temperature of precuring kiln can be controlled in 38 degrees centigrades；Accordingly
, when carrying out steam-cured process, the temperature of steaming kiln can be controlled in 68 degrees centigrades, and the relative humidity in steaming kiln can be with
95% or more, this can make preboarding body by the steam-cured structural strength higher for being formed by prefabricated components later for control.
In the production technology of concrete prefabricated element provided herein, the coagulation being filled in mold is made by precuring
Soil predetermined body condensation, then after reaching form removal condition, just splits out predetermined body from mold, then to predetermined body into
Row rinses, then steam-cured to the progress of predetermined body, can form the finished product of prefabricated components after steam-cured completion, and then can be transported
It sees off；Correspondingly, predetermined body in mold after splitting out, mold can be transported away, to carry out next production process；
To sum up, this production technology provided herein is by the sequence of each process of reasonable arrangement, make each process it
Between will not interfere, at the same time it can also make certain several process be carried out at the same time, to save process time so that prefabricated structure
The process of part can be in the state of assembly line processing, this can improve production efficiency.
Further, mold may include upper mold and lower mold, and upper mold and lower mold can be by of the same race
Material is made, and the size of upper mold and lower mold can be equal, can not also be equal；As shown in figure 3, step S1 can
To include：
S21, lower mold is installed in die station；
Wherein it is possible to be connected by a snap part or threaded connector etc., lower mold is fixed in die station.
S22, reinforcer is installed in lower mold；
In order to improve the structural strength of concrete prefabricated element, reinforcer can be installed in lower mold, reinforcer can
To include reinforcing bar etc., those skilled in the art according to the space size in mold, can rationally design reinforcer size and
Position so that reinforcer can be distributed relatively uniformly among in mold.It should be noted that reinforcer is mixed in order to improve
The other materials for coagulating soil prefabricated components structural strength and adding, and non-concrete itself.
S23, assembling lower mold and upper mold.
Can be tied up iron wire or threaded connector connection by way of, upper mold and lower mold are fixed on one
It rises, and accommodating chamber can be formed therebetween, aforementioned accommodating chamber can be used for accommodating concrete.After abovementioned steps completion,
Slimy concrete can be slowly filled in mold by the preformed hole position on mold.In addition, other procedure of processings
Such as S2, S3 can refer to above-described embodiment, be not described in detail herein.
More specifically, reinforcer may include steel reinforcement cage, building block and built-in fitting, wherein those skilled in the art can root
According to the size of mold and required prefabricated components, reinforcing bar is compiled into the steel reinforcement cage of setting shape, building block by thin wire in advance
Can be the block structure that concrete material is formed, correspondingly, those skilled in the art can make building block in advance, it is preferred that
Immersion processing can also be carried out in advance to building block, to prevent the building block being filled in preboarding body because of taken in excess muddy coagulation
Moisture in soil makes the structural strength of concrete prefabricated element reduce.Built-in fitting can play a part of to improve structural strength, together
When, after in prefabricated components, installation is complete, built-in fitting can be used for connecting with other component；As shown in figure 4, step S22 can be wrapped
It includes：
S31, installation steel reinforcement cage；
Can by the connectors such as iron wire by it is prepared in advance go out steel reinforcement cage be mounted in lower mold, and reinforcing bar can be made
Cage is located at the central area of lower mold, this can enable each section of steel reinforcement cage comprehensively be distributed in each of prefabricated components relatively
At position.
S32, installation building block；
Building block can be multiple, and multiple through immersion, treated that building block can be discretely arranged in the hole that steel reinforcement cage has
In, building block can reduce the dosage of muddy concrete, and then predetermined body can be made to condense more quickly；Meanwhile building block can also
Improve the structural strength of prefabricated components.
S33, installation built-in fitting.
Built-in fitting can be the component that steel plate and anchor rib form, can by fixing bracket by installation of embedded parts in mold
And the corresponding position of component, by the way that built-in fitting is arranged in prefabricated components, be conducive to field engineering Equipment Foundations installation and
It is fixed.
In order to ensure that produced prefabricated components have higher quality, it is preferred that as shown in figure 5, after step S2 also
May include：
S41, the predetermined body being set in mold is compacted；
Wherein, during forming predetermined body, will be relatively slowly muddy can be injected into the accommodating chamber of mold
Concrete；Optionally, it can also be vibrated to the concrete being filled in mold using tamping equipment, be mixed in squeezing out
Bubble in concrete, meanwhile, by vibrating to aforementioned concrete, concrete can also be made to be compacted, and then can be after
Continue the fill concrete into mold, to form the higher predetermined body of quality.It is of course also possible to by centrifuging, squeezing etc. other
Method is compacted predetermined body；The type of change concrete can also be passed through so that be formed by predetermined body and be not easy
There is bubble.
S42, the predetermined body after compacting is struck off.
It is corresponding, after completing to be compacted predetermined body by way of such as vibrating, predetermined body will certainly be caused
There is recess, protrusion and the bubble being covered on upper surface in upper surface, thus can be by trowel or strike-off stick etc., to aforementioned
Upper surface is struck off, and so that predetermined body is had the upper surface of flush relative, and then during the use of prefabricated components, be convenient for
Prefabricated components are aligned with other adjacent prefabricated components, meanwhile, also the finished product of prefabricated components can be made to have preferable appearance.
In order to further increase the rate of set of predetermined body, as shown in fig. 6, step S3 can be specially：
S51, precuring is carried out to predetermined body.
Specifically, in view of prefabricated components production work generally all daytime carry out, and the ambient temperature on daytime and
Indoor temperature is relatively high；Thus, during the day, the mold for being contained with predetermined body can be placed in precuring kiln, with right
The predetermined body being filled in mold carries out precuring, makes predetermined body solidification that can also save by the method for natural precuring
This.
In order to further increase the production efficiency of prefabricated components, as shown in fig. 7, step S5 can also include：
S61, cleaning die station and cleaning mold.
Cleaning can be rinsed to mold by water, to wash the concrete adhered on mold；At the same time it can also match
It closes scoop cleaning adherency on the mold surface and is not easy to be rinsed the concrete block to get off；Likewise, can also use identical
Method clears up die station, and with cleaning mold and die station, this is conducive to the progress of form removal process, pre- at the same time it can also improve
The quality of component finished product processed.
In order to further improve the quality of concrete prefabricated element finished product, it is preferred that as shown in figure 8, after step S6
Can also include：
S71, prefabricated components are transported to construction site, and showering curing is carried out to prefabricated components.
Specifically, the prefabricated components finished product after steam-cured can be transported by mobile overhead crane and transfer car(buggy) etc.
To construction site, and multiple prefabricated components finished products can be put at the construction field (site) in an orderly manner, and by water pipe to prefabricated components at
Product carry out showering curing, this can further increase the structural strength of prefabricated components, to improve the service life of prefabricated components.
The preferred embodiment that these are only the application, is not intended to limit this application, for those skilled in the art
For member, the application can have various modifications and variations.Any modification made by within the spirit and principles of this application,
Equivalent replacement, improvement etc., should be included within the protection domain of the application.
Claims (8)
1. a kind of production facility of concrete prefabricated element, which is characterized in that including：
Die station,
Mold, the mold make the concrete form predetermined body for accommodating concrete；
Precuring device, the precuring device are used to carry out precuring to the predetermined body；
Separating tool, the separating tool is for detaching the mold and cured treated the predetermined body；
Flusher, the flusher is used to rinse and the predetermined body of the mold separation, in the preboarding
Rough surface is formed on body；
Steam curing device, the steam curing device for pair with the mold separation and have the rough surface the preboarding
Body carries out steam-cured；
Transfer device,
Wherein：
The mold is mounted in the die station；The die station can be mounted on the transfer device；The transfer device energy
The die station is transported to the steam curing device, the precuring device and the flusher position respectively.
2. production facility according to claim 1, which is characterized in that the die station and the mold be both provided with it is multiple,
Multiple molds are corresponded with multiple die station；
The production facility is provided with multiple stations, and multiple die station are arranged in a one-to-one correspondence with multiple stations, and arbitrary
One die station can move between multiple stations.
3. production facility according to claim 2, which is characterized in that multiple stations are arranged in determinant.
4. production facility according to claim 3, which is characterized in that the transfer device includes ferry bus and line rail, institute
Stating die station can be separately mounted on the ferry bus and the line rail；
The moving direction of the ferry bus is vertical with the extending direction of line rail.
5. production facility according to claim 1, which is characterized in that the flusher includes normal pressure water pump and pipeline,
The normal pressure water pump is connected to the pipeline.
6. production facility according to claim 1, which is characterized in that further include the fixed platform that vibrates,
The fixed platform that vibrates is correspondingly arranged with the transfer device, and the fixed platform that vibrates is for described predetermined
Body is compacted.
7. production facility according to claim 1, which is characterized in that further include handling apparatus,
The handling apparatus is correspondingly arranged with the steam curing device, and the handling apparatus is for prefabricated components described in handling.
8. production facility according to claim 7, which is characterized in that further include warehouse, the feed inlet in the warehouse and institute
Handling apparatus is stated to be correspondingly arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721436175.2U CN208005921U (en) | 2017-11-01 | 2017-11-01 | The production facility of concrete prefabricated element |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721436175.2U CN208005921U (en) | 2017-11-01 | 2017-11-01 | The production facility of concrete prefabricated element |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208005921U true CN208005921U (en) | 2018-10-26 |
Family
ID=63879697
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721436175.2U Active CN208005921U (en) | 2017-11-01 | 2017-11-01 | The production facility of concrete prefabricated element |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208005921U (en) |
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2017
- 2017-11-01 CN CN201721436175.2U patent/CN208005921U/en active Active
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