CN209491931U - Line is deposited in a kind of production of prefabricated components - Google Patents
Line is deposited in a kind of production of prefabricated components Download PDFInfo
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- CN209491931U CN209491931U CN201821666665.6U CN201821666665U CN209491931U CN 209491931 U CN209491931 U CN 209491931U CN 201821666665 U CN201821666665 U CN 201821666665U CN 209491931 U CN209491931 U CN 209491931U
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Abstract
The utility model discloses a kind of productions of prefabricated components to deposit line, for producing and storing prefabricated components, it includes prefabricated components production line, product stockyard and transfer lines, the product stockyard is against the prefabricated components production line and on same longitudinal direction, the transfer lines are parallel to the longitudinal direction setting of the prefabricated components production line, for transporting the prefabricated components of the prefabricated components production line production, the both ends of the transfer lines are connected with the prefabricated components production line, product stockyard respectively.Prefabricated components production line, product stockyard word order, production line and product stockyard are connected by transfer lines in the utility model, are formed the prefabricated components production system that production-transhipment-finished product storage-finished product is delivered all linked with one another, are effectively improved production efficiency.
Description
Technical field
The utility model belongs to prefabricated components production technical field, and in particular to a kind of prefabricated components existence line.
Background technique
The characteristics of flow line production mode of prefabricated components is platform mould/steel trolley (namely workbench) as technique is suitable
Sequence flows to the corresponding station of each process by the conveyer system of production line；The operator of each station and specific works
It is relatively fixed, for example, reinforcing bar is put, concreting, vibrate etc. operation fixed position by relatively-stationary people and equipment Lai
Operation.This production technology form can reduce labor intensity, improve production efficiency, save manually, therefore domestic prefabricated structure at present
Part manufacturing enterprise mostly uses flow line production mode to produce prefabricated outer wall panel and lining.
The technological process of production of existing sandwich heat preservation Side fascia generally comprises: cleaning mold, oil spout scribing line, installation mold,
Installation steel mesh, one-time-concreting vibrated concrete catch up with flat concrete, paving insulation board, installation connecting element, paving steel mesh, secondary pour
Vibrated concrete is built, flat, precuring is caught up with, polishes, curing kilns maintenance, demoulding, lifting.
Currently, production line is commonly maintenance station and is located at by domestic main PC component manufacturing enterprise investigation discovery
Among production line, production station is distributed in the layout type at left and right sides of curing kilns；Maintenance station side is secondary material distributing, another
Side is demoulding station, is transported to outdoor stockyard.Such as: patent document 1 (publication number: CN104626348A) and patent document 2 are (public
The number of opening: CN107650258A) in prefabricated components production line be all made of this arrangement.
In the prior art, prefabricated components pass through gantry crane after demoulding and are hung to outdoor stockyard one by one.
Production Line Configured's mode will lead under the same conditions:
1, the maintenance position for conserving station is few；Because conserving station layout in middle position, the position for conserving station is limited, institute
It is few with the maintenance position for conserving station；The curing time of some prefabricated components is far longer than the prefabricated components cloth production time, maintenance
In the inadequate situation of station, by the serious production efficiency for reducing production line；
2, for there is the production line of secondary material distributing demand, more production station makes the length of production line larger, improves
The land used requirement of production line；
3, for maintenance station close to demoulding lifting area, the height of curing kilns is higher, causes the driving of lifting inconvenient for use, shadow
Ring production efficiency.
4, outdoor stockyard commonly used at present, with gantry crane by one piece of one piece of handling of prefabricated components, one side handling efficiency
Low, the linking effect of prefabricated components production line and product stockyard is poor, and on the other hand, the lifting of monolithic prefabricated components is easily damaged pre-
Component processed.
Utility model content
In order to improve prefabricated components production line to the transfer efficiency of product stockyard, the utility model provides a kind of prefabricated components
Line is deposited in production, and specific technical solution is as follows.
Line is deposited in a kind of production of prefabricated components, for producing and storing prefabricated components, it is characterised in that: is produced including prefabricated components
Line, product stockyard and transfer lines, the both ends of the transfer lines are connected with the prefabricated components production line, product stockyard respectively, institute
It states transfer lines and the prefabricated components of prefabricated components production line production is transported to the product stockyard by prefabricated components pallet.
Preferably, the product stockyard against the prefabricated components production line and is in same longitudinal direction side with the prefabricated components production line
Upwards, the transfer lines be parallel to the prefabricated components production line longitudinal direction setting, in this way convenient for a plurality of production line and
Column setting, saves floor occupying area.
Prefabricated components production line, product stockyard word order in the utility model, production line and product stockyard pass through transhipment
Line linking forms the prefabricated components production system that production-transhipment-finished product storage-finished product is delivered all linked with one another, effectively improves production
Efficiency.
Further, the transfer lines include transport channel, means of transport, the first temporary station and the second temporary station,
The first temporary station and the second temporary station are located at the transport channel both ends, the first temporary station with it is described
The docking of prefabricated components production line, the second temporary station are docked with product stockyard, and the first temporary station and second is kept in
The prefabricated components pallet for loading prefabricated components is placed at station, the means of transport is for transporting the prefabricated components
Pallet.The prefabricated components production line is provided with demoulding lifting device, and the prefabricated components on the prefabricated components production line are logical
The demoulding lifting device is crossed to lift into the prefabricated components pallet at the described first temporary station；The product stockyard setting
There is loading lifting device, the prefabricated components pallet at the second temporary station is lifted by the loading lifting device to institute
State product stockyard.The side of prefabricated components production line and product stockyard is arranged in transfer lines, and the transport of prefabricated components is adopted always
With prefabricated components pallet, conevying efficiency is not only increased, but also can avoid monolithic prefabricated components and repeatedly carry damage；Together
When, the setting of transfer lines can't extend entire prefabricated components and produce the length for depositing line.Now in the art, due to demoulding lifting station
Positioned at the end of production line (assembly line), finished product prefabricated components by being usually to be lifted one by one to laydown area, hang by demoulding
Holding tool moving range is big, lifts low efficiency.
Further, the product stockyard is using indoor stockyard；The loading lifting device is driving；The demoulding lifting
Tool is driving.Indoor stockyard can facilitate storage to support compared to outdoor to avoid because of damage of the bad weather to prefabricated components
Shield.
Further, the product stockyard has the loading vehicle passage for walking for load wagon in a longitudinal direction, institute
The prefabricated components pallet for stating product stockyard is lifted by the loading lifting device to load wagon.
The prefabricated components production line includes the first assembly line, the second flowing water equipped with demoulding station equipped with cloth station
Line and maintenance station, the maintenance station are located at first assembly line and second assembly line far from the product stockyard
One end of 11 end, one end of first assembly line and second assembly line butts up against the maintenance station, described
The other end of first assembly line is connected with the other end of second assembly line by First mould ferry-boat mechanism.For giving birth to
The platform mould for producing prefabricated components successively passes through the cloth station, maintenance station, stripper from the other end of first assembly line
Position and First mould ferry-boat mechanism return to the other end of first assembly line.Preferably, first assembly line is parallel to institute
State the second assembly line.
The end for the assembly line that two are parallel to each other is arranged in maintainer position by the utility model, is changed in the prior art
Maintenance station setting portion in a pipeline mode, for produce the platform moulds of prefabricated components from the other end of the first assembly line according to
The secondary other end that first assembly line is returned to by cloth station, maintenance station, demoulding station and First mould ferry-boat mechanism,
Cloth (steel bar arrangement, concreting, built-in fitting arrangement etc.), the works such as vibrate, smooth out, polishing are completed on the first assembly line
Sequence, prefabricated components enter in maintenance station and are conserved later, are transported on the second assembly line after maintenance, on the second assembly line
Demoulding lifting is completed, platform mould is then further operated to the other end of the first assembly line, is arrived by the ferry-boat of First mould ferry-boat mechanism
The other end of first assembly line completes a cycle production process.
It further, further include having third assembly line, the both ends of the third assembly line pass through second mould ferry-boat respectively
Mechanism and third platform mould ferry-boat mechanism are connected with first assembly line；Second mould ferry-boat mechanism is located at the cloth work
The downstream side (downstream side refer to the first assembly line appear on the stage the downstream direction of mould moving direction) of position.Preferably, the third flowing water
Line is parallel to the first assembly line setting.Third assembly line can be used for secondary material distributing, be beneficial to reduce production line in this way
Overall length；After completing first time cloth on the first assembly line, third assembly line is transferred to by second mould ferry-boat mechanism
Upper carry out secondary material distributing is transferred on the first assembly line by third platform mould mechanism of ferrying again and carries out next step after secondary material distributing
Processing, the first assembly line and third assembly line form a secondary material distributing partial circulating.Third platform mould ferry-boat mechanism can be located at institute
The upstream side of cloth station is stated, in such cases, secondary material distributing can be carried out on third assembly line, it can not also be in third stream
Secondary material distributing is carried out on waterline, third assembly line can backhaul platform mould to the upstream side of the cloth station of the first assembly line,
Cloth station of the platform mould on the first assembly line carries out cloth again and realizes secondary material distributing.Optionally, third platform mould ferry-boat mechanism
The downstream side of second mould ferry-boat mechanism can also be located at, third assembly line then can be used for conserving preceding pretreatment (i.e. after cloth
Reason: it such as smoothes out, polish, precuring treatment process).Preferably, the third assembly line is shorter than first assembly line；Because of the
Three assembly lines are mainly used for secondary material distributing, and the quantity of station is less than the station of the first assembly line.Preferably, the third flowing water
Line is arranged between first assembly line and second assembly line, can be improved the compactness of production line in this way, is conducive to
Reduce occupied area.It should be noted that the quantity of the third assembly line may be greater than equal to 2.Such as setting two articles the
When three assembly lines, two third assembly lines can carry out secondary material distributing simultaneously respectively, provide the production efficiency of production line；Certainly
Secondary material distributing can also be carried out with a wherein third assembly line, another third assembly line carries out other treatment process, to provide
While production efficiency, the length of production line is reduced.
Further, the middle part of the third assembly line is held in the mouth by the 4th mould ferry-boat mechanism and first assembly line
It connects；The 4th mould ferry-boat mechanism is located at the downstream side of the cloth station.Third assembly line can be used for secondary material distributing and/or
Pretreatment (i.e. cloth post-processes: such as smoothing out, polishes, precuring treatment process), is beneficial to further in this way before maintenance
Reduce the overall length of production line；After completing first time cloth on the first assembly line, pass through the 4th mould ferry-boat mechanism transfer
Secondary material distributing is carried out on to third assembly line, is transferred on the first assembly line by third platform mould ferry-boat mechanism again after secondary material distributing
The processing of next step is carried out, the first assembly line and third assembly line form a secondary material distributing partial circulating；On the first assembly line
The prefabricated components mechanism that can also be ferried by the 4th mould be transferred to and carry out conserving preceding pretreatment after third assembly line, then pass through
Second mould ferry-boat mechanism is transferred on the first assembly line, is then then transferred in curing kilns, the first assembly line and third flowing water
Line pre-processes partial circulating before forming a maintenance.It should be noted that the quantity of the third assembly line may be greater than and be equal to
2。
The utility model has the advantages that compared with the existing technology
1, prefabricated components production line, product stockyard word order, production line and product stockyard are connected by transfer lines, are formed
The prefabricated components production system that production-transhipment-finished product storage-finished product is delivered all linked with one another, effectively improves production efficiency；
2, maintenance station is located at the end of assembly line, expands the area for conserving station suitably as needed
Greatly, the limitation that maintainer plane product in the prior art is limited to production line (assembly line) is overcome, the effect for improving maintenance is conducive to
Rate；
3, maintenance station is located at the end of assembly line, will not needed using driving across the curing kilns and pile for conserving station
Area improves and also improves the service efficiency of driving while safety；
4, the length for effectively shortening production line reduces the requirement to place.
Detailed description of the invention
Fig. 1 is that the prefabricated components of the utility model produce the plan view for depositing line；
Fig. 2 is that the prefabricated components of the utility model produce the schematic diagram for depositing line；
Fig. 3 is the schematic diagram of transfer lines；
Fig. 4 is the schematic diagram of product stockyard；
Fig. 5 is that the schematic diagram that line is set side by side is deposited in the production of a plurality of prefabricated components；
Fig. 6 is the schematic diagram of the prefabricated components production line in first embodiment；
Fig. 7 is the variation schematic diagram of the prefabricated components production line in first embodiment；
Fig. 8 is the schematic diagram of the prefabricated components production line in second embodiment；
Fig. 9 is the schematic diagram of the prefabricated components production line in 3rd embodiment.
In figure: the first assembly line 1, maintenance station 3, First mould ferry-boat mechanism 4, cloth station 5, takes off second assembly line 2
Die worker position 6, third assembly line 7, second moulds ferry-boat mechanisms 8, third platform mould ferry-boat mechanism 9, the 4th mould ferry-boat mechanism 10, at
Product stockyard 11, transport channel 12, means of transport 13, the first temporary station 14, the second temporary station 15, demoulding lifting device 16,
Load lifting device 17.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
Embodiment 1
Referring to Fig. 1-7, line is deposited in a kind of production of prefabricated components, for producing and storing prefabricated components comprising prefabricated components are raw
Producing line, product stockyard 11 and transfer lines, product stockyard 11 against prefabricated components production line and at the prefabricated components production line
In on same longitudinal direction, the transfer lines are parallel to the longitudinal direction setting of the prefabricated components production line, are used for transport point
State prefabricated components production line production prefabricated components, the both ends of the transfer lines respectively with the prefabricated components production line, finished product
Stockyard 11 is connected.Wherein, longitudinal direction is the length direction of prefabricated components production line.Referring to Fig. 5, line is deposited in prefabricated components production can be with
It is set side by side as needed a plurality of.
Referring to figure 2-3, transfer lines include transport channel 12, means of transport 13, the first temporary station 14 and the second temporary work
Position 15, the first temporary station 14 and the second temporary station 15 are located at 12 both ends of transport channel, the first temporary station 14 with it is pre-
Component production line docking processed, the second temporary station 15 are docked with product stockyard 11, the first temporary station 14 and the second temporary station
The prefabricated components pallet for loading prefabricated components is placed at 15, means of transport 13 is for transporting the prefabricated components transport
Frame；The prefabricated components production line is provided with demoulding lifting device 16, and the prefabricated components on the prefabricated components production line pass through
Demoulding lifting device 16 lifting is into the prefabricated components pallet at the first temporary station 14；Product stockyard 11 is provided with dress
Lifting device 17 is carried, the prefabricated components pallet at the second temporary station 15 is lifted by the loading lifting device 17 to described
Product stockyard 11.
Referring to 3-4, finished product prefabricated components will using demoulding lifting device 16 in the demoulding station 6 of prefabricated components production line
Prefabricated components are demoulded and are lifted into the prefabricated components pallet of the first temporary station 14, and the first temporary station 14 can be placed
Two or more prefabricated components pallets, after prefabricated components pallet is fully loaded, means of transport 13 will be pre- along transport channel 12
Component conveying frame processed is transported to the second temporary station 15, and means of transport is preferably small rail car, and transport channel is track；Demoulding is hung
Holding tool 16 is preferably driven a vehicle.Meanwhile empty prefabricated components pallet can also be shipped back the first temporary work by means of transport 13
Position 14, forms circulating transhipment.Referring to Fig. 1-2, the side of prefabricated components production line and product stockyard is arranged in transfer lines, and pre-
The transport of component processed uses always prefabricated components pallet, not only increases conevying efficiency, but also can avoid the prefabricated structure of monolithic
Part repeatedly carries damage；Meanwhile the setting of transfer lines can't extend entire prefabricated components and produce the length for depositing line.
For product stockyard 11 using indoor stockyard, loading lifting device is driving.Product stockyard 11 has in a longitudinal direction
The prefabricated components pallet of loading vehicle passage 18 for walking for load wagon, the product stockyard passes through the loading slinger
In tool lifting to load wagon.It loads lifting device 17 and the prefabricated components pallet on second temporary station 15 is transported to finished product heap
Field 11, then the empty prefabricated components pallet of product stockyard 11 is transported on the second temporary station 15 (empty prefabricated components transport
Frame can be the prefabricated components pallet that load wagon is transported back from construction site), and the first temporary work is transported to by means of transport 13
Position 14.It opens when load wagon to when loading channel and is moved to the empty prefabricated components pallet on load wagon using loading lifting device 17
Second temporary station 15, and the prefabricated components pallet for being loaded with prefabricated components (is mounted with several pieces in prefabricated components pallet
Prefabricated components) it moves on load wagon and delivers to construction site, it recycles to form complete transhipment, storage, delivery process with this.
Prefabricated components production line, product stockyard word order in the utility model, production line and product stockyard pass through transhipment
Line linking forms the prefabricated components production system that production-transhipment-finished product storage-finished product is delivered all linked with one another, effectively improves production
Efficiency.
Referring to Fig. 6-7, prefabricated components production line includes the first assembly line 1 for being equipped with cloth station 5, is equipped with demoulding station 6
The second assembly line 2 and maintenance station 3, maintenance station 3 is located at first assembly line 1 and second assembly line 2 is separate
One end of the end of the product stockyard 11, one end of first assembly line 1 and second assembly line 2 butts up against described
Station 3 is conserved, the other end of first assembly line 1 and the other end of second assembly line 2 pass through First mould Ferrying machine
Structure 4 is connected；Platform mould for producing prefabricated components successively passes through the cloth work from the other end of first assembly line 1
Position 5, maintenance station 3, demoulding station 6 and First mould ferry-boat mechanism 4 return to the other end of first assembly line 1.Prefabricated structure
The quantity of part production line can be arranged according to the production scale of factory, and 4 prefabricated components production lines are illustrated in Fig. 2 and are set side by side
The case where setting.
Assembly line (including the first assembly line 1, the second assembly line 2) mainly includes the conveying Guiding machine that two column are parallel to each other
Structure, such as two column idler wheels, driving motor can drive the idler wheel to rotate, when the platform mould (steel trolley) for producing prefabricated components is placed on
On assembly line, it can be moved along assembly line in the driving leave from office mould of idler wheel.It should be understood that drive of the platform mould on assembly line
Dynamic to be not limited to idler wheel driving, driving mechanism can also draw mode using hydraulic jacking or sprocket wheel and be driven, and timing set a distance is mobile
Platform mould, mobile cadence time calculate according to the production technology time, determine that each station executes work according to every kind of component production technology
Sequence time, automatic running.
Conserve the maintenance that station 3 carries out prefabricated components using curing kilns (Fig. 6) or pile (Fig. 7) one form of them.
Conventionally known curing kilns form can be used in curing kilns.Heap code maintenance is one form piled up above one of steel trolley, in this way
Anisotropic prefabricated board can be conserved, the prefabricated components that size can also cannot be added in curing kilns greatly very much conserve.
First mould ferry-boat mechanism 4 is to mutually be shifted the platform mould on the first assembly line 1 and the second assembly line 2
Mechanism.Hoisting mechanism or ferry-boat trolley can be used in platform mould ferry-boat mechanism, and the setting of ferry-boat trolley is on ferry-boat guide rail.
The end for the assembly line that two are parallel to each other is arranged in maintainer position 3 by the utility model, changes the prior art
In maintenance station setting portion in a pipeline mode, for producing the platform moulds of prefabricated components from the another of the first assembly line 1
End successively returns to first assembly line 1 by cloth station 5, maintenance station 3, demoulding station 6 and First mould ferry-boat mechanism 4
The other end, on the first assembly line 1 complete cloth (steel bar arrangement, concreting, built-in fitting arrangement etc.), vibrate, smooth out,
The processes such as polish, prefabricated components enter in maintenance station 3 and conserved later, are transported on the second assembly line 2 after maintenance, the
Demoulding lifting is completed on two assembly lines 2, empty platform mould is then further operated to the other end of the first assembly line 1, passes through First
Mould ferries the ferry-boat of mechanism 4 to the other end of the first assembly line 1, completes a cycle production process.
Maintenance station is located at the end of assembly line, expands the area for conserving station suitably as needed,
The limitation that maintainer plane product in the prior art is limited to production line (assembly line) is overcome, the efficiency for improving maintenance is conducive to,
Layout is more rationally scientific.
Embodiment 2
Referring to Fig. 8, on the basis of above-described embodiment 1, prefabricated components production line further includes having third assembly line 7, third
Assembly line 7 is parallel to the setting of the first assembly line 1, and the both ends of third assembly line 7 pass through second mould ferry-boat mechanism 8 and third respectively
Platform mould ferry-boat mechanism 9 is connected with the first assembly line 1；Second mould ferry-boat mechanism 8 is located at the downstream side of cloth station 5.Third stream
Waterline 7 can be used for secondary material distributing, be beneficial to reduce the overall length of production line in this way；First is completed on the first assembly line 1
After secondary cloth, it is transferred on third assembly line 7 by second mould ferry-boat mechanism 8 and carries out secondary material distributing, i.e., in third assembly line 7
It is upper carry out secondary muscle processed, it is secondary it is pre-buried, secondary pour one of vibrated concrete or working procedures, pass through again after secondary material distributing
Third platform mould ferry-boat mechanism 9 is transferred to the processing that next step is carried out on the first assembly line 1, the first assembly line 1 and third assembly line 7
Form a secondary material distributing partial circulating.Third platform mould ferry-boat mechanism 9 can be located at the upstream side of cloth station 5, as shown in figure 8,
In such cases, secondary material distributing can be carried out on third assembly line, and secondary material distributing can not also be carried out on third assembly line,
Third assembly line can backhaul platform mould to the upstream side of the cloth station of the first assembly line, and platform mould is on the first assembly line
Cloth station carries out cloth again and realizes secondary material distributing.Optionally, third platform mould ferry-boat mechanism can also be located at second mould pendulum
Cross the downstream side (not shown) of mechanism 8, third assembly line 7 then can be used for conserving preceding pretreatment (i.e. cloth post-processes: as smoothed out,
It polishes, the treatment process such as precuring).The setting of third assembly line 7 can on the one hand for the production line for having secondary material distributing to need
With the length of extremely advantageous reduction production line；On the other hand, when production does not need the prefabricated components of secondary material distributing, can suspend
The use of third assembly line 7 is arranged in the production line on same assembly line compared to by a cloth and secondary material distributing, can shorten
The transportation route of platform mould, the adaptability for not only increasing production line also advantageously improve the life for only needing the prefabricated components of a cloth
Produce efficiency.It should be noted that third platform mould ferry-boat mechanism 9 can be located at the upstream side (Fig. 3) of cloth station 5, it can also position
In the downstream side (not shown) of cloth station 5；In addition, the quantity of third assembly line 7 may be greater than equal to 2.
Preferably, third assembly line 7 is shorter than the first assembly line 1；Because third assembly line 7 is mainly used for secondary material distributing, work
The quantity of position is less than the station of the first assembly line 1.Preferably, the third assembly line 7 is arranged in first assembly line 1 and institute
It states between the second assembly line 2, the compactness of production line can be further increased in this way, advantageously reduce occupied area.
Embodiment 3
Referring to Fig. 9, on the basis of embodiment 2, the middle part of third assembly line 7 also pass through the 4th mould ferry-boat mechanism 10 with
The linking of first assembly line 1；The 4th mould ferry-boat mechanism 10 is located at the downstream side of the cloth station 5.Third assembly line 7 can
For pretreatment before secondary material distributing and/or maintenance, pretreatment is cloth post-processing before conserving: such as smoothing out, polishes, precuring etc.
The setting of science and engineering sequence, the 4th mould ferry-boat mechanism 10 is beneficial to further reduce the overall length of production line；First-class
After completing first time cloth on waterline 1, third assembly line 7 is transferred to by the 4th mould ferry-boat mechanism 10, it can be in third flowing water
It is pre-processed before selecting secondary material distributing or maintenance on line 7, such as carries out secondary material distributing, then the moving direction of platform mould and the first assembly line
Platform mould moving direction on 1 on the contrary, pass through 9 turns of mechanism of third platform mould ferry-boat again after carrying out secondary material distributing on third assembly line 7
It moves on on the first assembly line 1 and carries out the processing of next step, it is small that the first assembly line 1 and third assembly line 7 form a secondary material distributing
Circulation；After the prefabricated components on the first assembly line 1 can also be transferred to third assembly line 7 by the 4th mould ferry-boat mechanism 10
It carries out conserving preceding pretreatment, is transferred on the first assembly line 1 by second mould ferry-boat mechanism 8, is then then transferred to again later
In curing kilns 3, the first assembly line 1 and third assembly line 7 form pretreatment partial circulating before a maintenance.Optionally, in this implementation
In the prefabricated components production line of example, the prefabricated components (platform mould) on the first assembly line 1 can also directly pass through second mould ferry-boat
Mechanism 8, which is transferred on third assembly line, carries out secondary material distributing, and without the 4th mould ferry-boat mechanism 10.It should be noted that
The quantity of third assembly line 7 may be greater than equal to 2.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (10)
1. line is deposited in a kind of prefabricated components production, for producing and storing prefabricated components, it is characterised in that: produce including prefabricated components
Line, product stockyard (11) and transfer lines, the both ends of the transfer lines respectively with the prefabricated components production line, product stockyard (11)
Linking, the transfer lines by prefabricated components pallet transport the prefabricated components of prefabricated components production line production to it is described at
Product stockyard.
2. line is deposited in prefabricated components production according to claim 1, which is characterized in that the product stockyard (11) is against described pre-
It component production line processed and is on same longitudinal direction with the prefabricated components production line, the transfer lines are parallel to described prefabricated
The longitudinal direction of component production line is arranged.
3. line is deposited in prefabricated components production according to claim 1, which is characterized in that the transfer lines include transport channel
(12), means of transport (13), the first temporary station (14) and the second temporary station (15), the first temporary station (14) and
Two temporary stations (15) are located at the transport channel (12) both ends, the first temporary station (14) and the prefabricated components
Production line docking, the second temporary station (15) are docked with product stockyard (11), the first temporary station (14) and second
The prefabricated components pallet for loading prefabricated components is placed at temporary station (15), the means of transport (13) is used for
Transport the prefabricated components pallet.
4. line is deposited in prefabricated components production according to claim 3, which is characterized in that the prefabricated components production line is provided with de-
Mould lifting device (16), the prefabricated components on the prefabricated components production line pass through the demoulding lifting device (16) lifting to institute
It states in the prefabricated components pallet at the first temporary station (14)；The product stockyard (11) is provided with loading lifting device
(17), the prefabricated components pallet at the described second temporary station (15) is lifted by the loading lifting device (17) to described
Product stockyard (11).
5. line is deposited in prefabricated components production according to claim 4, which is characterized in that the product stockyard (11) has along vertical
The loading vehicle passage walked for load wagon is used for direction, the prefabricated components pallet of the product stockyard (11) to pass through the dress
It carries in lifting device (17) lifting to load wagon.
6. line is deposited in prefabricated components according to claim 4 production, which is characterized in that the loading lifting device (17) and/or
The demoulding lifting device (16) is driving.
7. line is deposited in prefabricated components production according to claim 1, which is characterized in that the prefabricated components production line includes being equipped with
The first assembly line (1) of cloth station (5), the second assembly line (2) for being equipped with demoulding station (6) and maintenance station (3), it is described
Maintenance station (3) is located at the end of first assembly line (1) and second assembly line (2) far from the product stockyard (11)
One end of portion, one end of first assembly line (1) and second assembly line (2) butts up against the maintenance station (3), institute
The other end of the other end and second assembly line (2) of stating the first assembly line (1) is carried out by First mould ferry-boat mechanism (4)
Linking.
8. line is deposited in prefabricated components production according to claim 7, which is characterized in that it further include having third assembly line (7), it is described
The both ends of third assembly line (7) pass through second mould ferry-boat mechanism (8) and third platform mould ferry-boat mechanism (9) and described first respectively
Assembly line (1) linking；Second mould ferry-boat mechanism (8) is located at the downstream side of the cloth station (5).
9. line is deposited in prefabricated components production according to claim 8, which is characterized in that the middle part of the third assembly line (7) is logical
The 4th mould ferry-boat mechanism (10) is crossed to be connected with first assembly line (1)；4th mould ferry-boat mechanism (10) is located at institute
State the downstream side of cloth station (5).
10. line is deposited in prefabricated components production according to claim 8, which is characterized in that first assembly line (1) is parallel to institute
State the second assembly line (2)；The third assembly line (7) is parallel to the first assembly line (1) setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821666665.6U CN209491931U (en) | 2018-10-15 | 2018-10-15 | Line is deposited in a kind of production of prefabricated components |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821666665.6U CN209491931U (en) | 2018-10-15 | 2018-10-15 | Line is deposited in a kind of production of prefabricated components |
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| CN209491931U true CN209491931U (en) | 2019-10-15 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129872A (en) * | 2018-10-15 | 2019-01-04 | 六安远大住宅工业有限公司 | Line is deposited in a kind of production of prefabricated components |
| CN110640892A (en) * | 2019-10-21 | 2020-01-03 | 北京建工华创科技发展股份有限公司 | Assembly type building prefabricated part production line and production method |
| CN112278760A (en) * | 2020-11-06 | 2021-01-29 | 广东博智林机器人有限公司 | Prefabricated part transferring system and transferring method |
-
2018
- 2018-10-15 CN CN201821666665.6U patent/CN209491931U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129872A (en) * | 2018-10-15 | 2019-01-04 | 六安远大住宅工业有限公司 | Line is deposited in a kind of production of prefabricated components |
| CN109129872B (en) * | 2018-10-15 | 2023-08-22 | 六安远大住宅工业有限公司 | Prefabricated component production line |
| CN110640892A (en) * | 2019-10-21 | 2020-01-03 | 北京建工华创科技发展股份有限公司 | Assembly type building prefabricated part production line and production method |
| CN112278760A (en) * | 2020-11-06 | 2021-01-29 | 广东博智林机器人有限公司 | Prefabricated part transferring system and transferring method |
| CN112278760B (en) * | 2020-11-06 | 2022-04-01 | 广东博智林机器人有限公司 | Prefabricated part transferring system and transferring method |
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