CN205272290U - Pc component production line - Google Patents
Pc component production line Download PDFInfo
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- CN205272290U CN205272290U CN201620019655.8U CN201620019655U CN205272290U CN 205272290 U CN205272290 U CN 205272290U CN 201620019655 U CN201620019655 U CN 201620019655U CN 205272290 U CN205272290 U CN 205272290U
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Abstract
The utility model provides a PC component production line, include by clearance station, spraying station, marking off station, the reinforcing bar of carrying between tracks connection and bury installation station, quality testing station, side forms installation station, cloth station, a mould sideslip station, wipe the station off, precuring nurse position, smoothing station, curing kilns, pile up neatly station, form removal station, hoist and mount station etc. The mould member is walked according to above -mentioned station along with the delivery track in proper order, through the process of each station, can manufacture out the PC member of various models, specification. The utility model discloses a production line is rationally distributed, can be on a production line the various PC members of recycling production, and need not to make the fixed mould of various specifications, the material resource's that has significantly reduced waste has reduced manufacturing cost, has improved production efficiency.
Description
Technical field
The utility model relates to a kind of PC component production line, belongs to residential housing concrete precast element production technical field.
Background technology
Existing Residential structure major part is designed to cast-in-place concrete structure, its major part component is cast-in-place completing, the shortcoming of onsite concrete building structure is obvious: construct long in time limit, site operation environment is severe, environmental pollution is serious, waste of raw materials is serious, and by the impact of operator's level, easily there are the quality defects such as honeycomb, pitted skin, hole, dew muscle, crack, surface irregularity, structural strength are low in concrete structural surface.
Housing industrialization builds house, its labour productivity produced to improve house by the mode of production of industrialization, it is to increase the total quality of house, reduces costs, and reduces the advantage such as material consumption, energy consumption and rises rapidly. The component of housing industrialization is all prefabricated to be completed, and, carries out node processing in construction process by prefabricated component assembly together, can reach architectural design and construction technical requirement.
Existing precast concrete (PC component), outdoor fixed template is mostly adopted to produce, the component of each specifications and models need to configure corresponding fixed die plate, cause template construct amount big, mould repeat usage is low, and waste material, adds cost of manufacture, and the production place that arrange mold takies is relatively big, causes the serious waste of the resources of production.
Practical novel content
In view of the foregoing, the purpose of this utility model is to provide a kind of PC component production line, it is possible to the PC component of the various model of cyclic production, specification, decreases the wasting of resources, it is to increase production efficiency.
For achieving the above object, the utility model is by the following technical solutions:
A kind of PC component production line, comprises a delivery track, arranges a mold component on this delivery track, and this mold component comprises die station, arranges concrete precast element mould in this die station; This delivery track connects Power Drive Unit so that described mold component moves on this delivery track; Comprise at this delivery track that element mold makes station, cloth station, strikes off station, smears light station, maintenance kiln on the way, wherein,
This element mold making station arranges mould device is set, for according to the component drawing preset, making the element mold of specific size specification and shape in this die station,
This cloth station arranges distribution device, for cloth in this element mold,
This strikes off and arranges scraping device on station, for cloth is terminated, unfashioned element mold surface strike off process,
This is smeared and arranges surface finishing device on light station, smears optical processing for the element mold surface standing maintenance terminated,
This maintenance kiln, comprises the kiln body framework that inside is divided into some subspaces so that the element mold carrying the element mold through smearing optical processing enters corresponding subspace and carries out maintenance.
Further,
Described die station comprises rectangular panel, spacing ring is waited to be provided with some fixed orificess inside this face plate edge, it is equipped with standing bolt in each fixed orifices, the part sleeve that standing bolt is positioned at lower panels is provided with the fixing backing plate for locating mould on one side and set screw nut, this panel bottom welding has some support steel beams, this support steel beam comprises some parallel joist steel and the bearing rib vertical with this joist steel, two bottom sides along the long limit of this panel is provided with groove steel rail, two outer sides along the long limit of this panel are provided with hanger, and the both sides along this panel width limit are provided with the crashproof termination of column.
Described delivery track comprises branch's delivery track of two parallel settings, between two these branch's delivery tracks, a traversing delivery track vertically is set mutually, one end of this traversing delivery track is vertical with described cloth station and extends into below cloth station, this traversing delivery track is provided with transversely-moving rack and drives the motor of transversely-moving rack motion, and this transversely-moving rack mold component terminated by cloth that moves along traversing delivery track moves on a traversing station of mould.
Described kiln body framework comprises some row's columns, and with connecting, beam connects adjacent upright posts, forms the maintenance space that multiple and described mold component width adapts; The sealing of this kiln external body is provided with thermal baffle, is separated by thermal baffle between each maintenance space; It is provided with some horizontal heat shields and in each maintenance space, form multi-layer sealed described subspace between the column of both sides, each maintenance space.
Outside described maintenance space two ends be provided with erect to track, slide between two tracks and it is provided with some and that described subspace is corresponding door-plate, this track upwards extends beyond described maintenance top of space certain altitude to expose corresponding subspace, and each door-plate is provided with the slot for On/Off door-plate.
Described cloth station comprises vibrating mechanism and spiral distributor, this spiral distributor is set up on vibrating mechanism by mobile roof support, this vibrating mechanism comprise vibrating grid, for drive vibrating grid to vibrate some vibration motors, for described die station top is pushed away the hydraulic pushing into described cloth station, these vibrating grid both sides are provided with the claw for fixing described die station, this vibrating grid is supported in ground by some supporting legs, and this supporting leg is provided with the rubber spring for damping.
The described station that strikes off comprises sandwich, it comprises the first frame, first frame is provided with first track parallel with described mold component traveling direction, this first track is provided with the first row walking apparatus, this the first row walking apparatus is provided with the first lifting device, that this lower end of the first lifting device is provided with level and vertical with described mold component traveling direction leveling beam.
Described light station of smearing comprises finisher structure, it comprises the 2nd frame, 2nd frame is provided with two track parallel with described mold component traveling direction, 2nd track is provided with the 2nd running gear, 2nd running gear is provided with horizontal direction and three track vertical with described mold component traveling direction, 3rd track is provided with the 3rd running gear, 3rd running gear is provided with the 2nd lifting device, the 2nd lower end of lifting device be provided with erect to leveling motor, the output terminal of this leveling motor is provided with leveling blade.
PC component production line also comprises piling station, and this piling station comprises stacker crane, and it comprises the transverse-moving mechanism for laterally mobile described mold component, the hoisting appliance for mold component described in lifting moving and the telescopic boom for the slot that inserts described door-plate.
The utility model has the advantage of:
1, the utility model is without the need to manufacturing the fixed mould of all size, and in die station, the element mold of the various model specification of production capable of circulation, greatly reduces the waste of material resources, reduce production cost;
2, the circular trackway that the utility model is consisted of roller and mould transverse-moving mechanism, it is possible to produce PC component in a production line cocycle, complete the whole production process of PC component, saved production place, it is to increase production efficiency;
3, maintenance kiln of the present utility model, reasonable in design, it is possible to simultaneously for more than one piece PC component provides optimum care environments, it is to increase maintenance efficiency, and then improve the quality of PC component;
4, Production Line Configured of the present utility model is reasonable, production environment is good, effectively reduces production cost, it is to increase production efficiency.
Accompanying drawing explanation
Fig. 1 is the integral layout schematic diagram of production line of the present utility model.
Fig. 2 is the vertical view of die station of the present utility model.
Fig. 3 is the sectional view of die station shown in Fig. 2 along A-A direction.
Fig. 4 is the sectional view of die station shown in Fig. 2 along B-B direction.
Fig. 5 is the partial enlargement schematic diagram at E place in Fig. 3.
Fig. 6 is the structural representation of die station of the present utility model, display hanger and crashproof termination.
Fig. 7 is the sectional view of die station shown in Fig. 6 along C-C direction.
Fig. 8 is the sectional view of die station shown in Fig. 6 along D-D direction.
Fig. 9 is the front view of cloth station of the present utility model.
Figure 10 is the vertical view of cloth station of the present utility model.
Figure 11 is the vertical view of vibrating mechanism of the present utility model.
Figure 12 is the front view of vibrating mechanism of the present utility model.
Figure 13 is the left view of vibrating mechanism of the present utility model.
Figure 14 is the side-view of material distributing machine of the present utility model.
Figure 15 is the front view of sandwich of the present utility model.
Figure 16 is the side-view of sandwich of the present utility model.
Figure 17 is the vertical view of sandwich of the present utility model.
Figure 18 is the front view of finisher structure of the present utility model.
Figure 19 is the side-view of finisher structure of the present utility model.
Figure 20 is the vertical view of finisher structure of the present utility model.
Figure 21 is the front view of the kiln body framework of maintenance kiln of the present utility model.
Figure 22 is the sectional view of the body framework of kiln shown in Figure 21 along A-A direction.
Figure 23 is the vertical view of the kiln body framework of maintenance kiln of the present utility model.
Figure 24 is the front view of the column of maintenance kiln kiln body of the present utility model.
Figure 25 is the left view of the column of maintenance kiln kiln body of the present utility model.
Figure 26 is the vertical view of the column of maintenance kiln kiln body of the present utility model.
Figure 27 is the structural representation of maintenance wicket plate of the present utility model.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Fig. 1 is the integral layout schematic diagram of production line of the present utility model, as shown in the figure, disclosed in the utility model, PC component production line comprises the cleaning station connected by delivery track, spray station, line station, reinforcing bar and embedded part install station, quality inspection station, limit mould installs station, cloth station, the traversing station of mould, strike off station, precuring station, smear light station, maintenance kiln, piling station, form removal station, lifting station etc., mold component is walked according to above-mentioned station order under the drive of delivery track, operation through each station is processed, various model can be manufactured out, the PC component with specific size and shape of specification.
As shown in Fig. 2 to Fig. 8, mold component comprises die station 10, die station 10 comprises rectangular panel 11, spacing ring is waited to be provided with some fixed orificess 12 inside panel 11 edge, being equipped with standing bolt 13 in each fixed orifices 12, standing bolt 13 is positioned at the part sleeve below panel 11 and is provided with the fixing backing plate 14 for locating limit mould 16 and set screw nut 15. Panel 11 bottom welding has some support steel beams 17, and this support steel beam comprises some parallel joist steel 171 and the bearing rib 172 vertical with joist steel 171, to form reliable rigid support; Two bottom sides along the long limit of panel 11 is provided with for ensureing the groove steel rail 18 that die station 10 is slided along roller, and two outer sides along the long limit of panel 11 are provided with hanger 110, and the both sides along the wide limit of panel 11 are provided with the crashproof termination 19 (rubber material) of column.
As shown in Fig. 9 to Figure 14, cloth station comprises vibrating mechanism 20 and material distributing machine 30, and material distributing machine 30 is set up on vibrating mechanism 20 by mobile roof support 31, for uniform distribution in the die station 10 moved on vibrating mechanism 20; Vibrating mechanism 20 comprise vibrating grid 21, for drive vibrating grid 21 to vibrate some vibration motors 22, for by die station 10 top push away the hydraulic pushing 26 into cloth station, vibrating grid 21 both sides are provided with claw 23, for fix die station 10 chimb with fixing die station 10, vibrating grid 21 is supported in ground by some supporting legs 24, and supporting leg 24 is provided with the rubber spring 25 for damping; Wherein, roller below cloth station is liftable lifting roller 27.
Material distributing machine 30 is spiral distributor, it comprises mobile roof support 31, cloth bucket 32, cloth bucket support 35, is installed on mobile roof support 31 for driving cloth bucket 32 to do the cart walking mechanism 33 of longitudinal motion, be installed on cart walking mechanism 33 for the running gear for trolley 34 driving cloth bucket 32 to do transverse movement, the stir shaft assembly being installed in cloth bucket 32 and sub-material shaft assembly, cloth bucket 32 times ends are corresponding with sub-material shaft assembly arrange can the door of On/Off, cloth bucket support 35 is connected with cloth bucket 32 by some lifting oil cylinders 36, vertical slide plate 37, control cloth bucket 32 by lifting oil cylinder 36 to rise, decline, regulate the distance between cloth bucket 32 and die station 10, to adapt to the production requirement of different thickness concrete slab, stir shaft assembly comprises stir shaft, the stirring parts being crisscross arranged on stir shaft, for the bearing support of fixing stir shaft, for the motor etc. driving stir shaft to rotate, sub-material shaft assembly comprises mixing drum, sub-material axle, screw-blade on sub-material axle, for the motor etc. driving sub-material axle to rotate, mixing drum is stretched in sub-material axle side, another side is supported by bearing support, sub-material axle is positioned at below stir shaft and perpendicular with stir shaft, the blanking channel of stir shaft is connected with the feeding mouth of mixing drum, concrete is stirred after evenly and falls into sub-material axle place by stir shaft, screw-blade rotates and to cloth bucket door, concrete conveyance is carried out cloth, in specific embodiment, sub-material shaft assembly can arrange multiple, with its one to one, cloth bucket door can arrange multiple, can need to open part or all of door according to the width of concrete member and carry out cloth.
Cloth station also comprises the master control electricity cabinet and operator's console for manipulating material distributing machine, vibrating mechanism action, for providing the hydraulic efficiency system (not shown) of hydrostatic control and transmission. Material distributing machine 30 also comprises the LOAD CELLS being arranged on cloth bucket support 35, and LOAD CELLS is connected with the master control chip of master control electricity cabinet, surveys concrete weight in cloth bucket for feeling.
Casting concrete in the space that die station top mould surrounds, in die station, the molectron of casting concrete becomes element mold.
Delivery track comprises branch's delivery track of two parallel settings, the roller motor that Mei Tiao branch delivery track comprises the roller according to the setting of each station order and drives roller to rotate, between Liang Tiao branch delivery track, a traversing delivery track vertically is set mutually, one end of this traversing delivery track is vertical with cloth station and extends into below cloth station, the motor (not shown) that this traversing delivery track is provided with transversely-moving rack and drives transversely-moving rack to move along traversing delivery track, after cloth station terminates uniform distribution, lifting roller 27 below cloth station rises, mold component position rises, mold component is delivered to the traversing station of mould along traversing delivery track 41 by transversely-moving rack.
As shown in Figure 15 to Figure 17, strike off station and comprise sandwich 50, it comprises the first frame 51, first frame 51 is provided with first track 52 parallel with mold component traveling direction, first track 52 is provided with the first row walking apparatus 53, the first row walking apparatus 53 is provided with the first lifting device 54, that first lifting device 54 times end is provided with level and vertical with mold component traveling direction leveling beam 55, first lifting device 54 can drive leveling beam 55 to drop to concrete surface, under the drive of the first row walking apparatus 53, concrete upper surface is slightly caught up with flat along mold component traveling direction by leveling beam 55.
As shown in Figure 18 to Figure 20, smear light station and comprise finisher structure 60, it comprises the 2nd frame 61, 2nd frame 61 is provided with two track 62 parallel with mold component traveling direction, 2nd track 62 is provided with the 2nd running gear 63, 2nd running gear 63 is provided with horizontal direction and three track 64 vertical with mold component traveling direction, 3rd track 64 is provided with the 3rd running gear 65, 3rd running gear 65 is provided with the 2nd lifting device 66, 2nd lifting device 66 times end be provided with erect to leveling motor 67, the output terminal of leveling motor 67 is provided with leveling blade 68, leveling blade 68 periphery is also provided with protective guard 69, to avoid exposed blade to hurt sb.'s feelings when rotating. leveling blade 68 drops to the suitable position of concrete surface under the drive of the 2nd lifting device 66, and under the drive of the 2nd running gear 63, the 3rd running gear 65, concrete upper surface is carried out meticulous floating by the leveling blade 68 of rotation.
Strike off station and also comprise the electricity cabinet of the master control for manipulating the first row walking apparatus 53, first lifting device 54 action and operator's console, smear light station and also comprise the master control electricity cabinet for manipulating the 2nd running gear 63, the 3rd running gear 65, the 2nd lifting device 66 and leveling motor 67 action and operator's console (not shown).
As shown in Figure 21 to Figure 27, the kiln body of maintenance kiln 70 is rectangle framework, according to the scantlings of the structure of kiln body, comprises some row's columns 71, and trestle column is corresponding with mold component width. Often arranging between column, with connecting, beam 72 (intersection beam and crossbeam) connects adjacent upright posts, and whole rectangle framework is divided into multiple maintenance space 73. Often arrange the column that column is positioned at rear end to link together, to should the inner terminal in maintenance space 73. Each row column top is together interconnection, the top in corresponding maintenance space 73. The sealing of kiln external body is provided with thermal baffle (not illustrated), be provided with between each maintenance space 73 erect to thermal baffle and separated from one another, and between the both sides column in each maintenance space 73, be provided with the thermal baffle of some levels and each maintenance space 73 is separated into for hold until maintenance workpiece (through Mold Making, cloth, strike off, smear the process such as light after the element mold that obtains) multilayer subspace 731, the number of subspace 731 is arranged according to Production requirement. In specific embodiment, thermal baffle adopts high temperature resistant and that airtight performance is good material, such as reinforced concrete plate, thermal insulation layer it is provided with in the outer part in reinforced concrete plate inside, it is preferable that, thermal insulation layer is made by for polystyrene material, by undertaken kiln intracorporeal space erecting to horizontal partition, make to be formed in kiln body some little spaces of independent sealing, i.e. subspace 731, are placed in inside for workpiece and carry out maintenance.
Column 71 comprises bottom rectangle base 711, and shaft 712 is fixedly connected with in the middle part of base 711, and shaft 712 both sides or side are provided with the roller 74 corresponding with subspace 731. When column is positioned at the edge of rectangle framework, being only provided with roller 74 at shaft 712 towards the side of framework inside, when column is positioned at rectangle frame mid portion, shaft 712 both sides are equipped with roller 74. Shaft 712, at each roller 74 place, extends and is provided with each roller 74 in vertical web plate 713, for intersecting the fixing of beam and crossbeam. In order to ensure being fixedly connected with of shaft 712 and base 711, between base 711 and shaft 712, it is provided with some reinforcing floors 714. The width of mold component 75 is corresponding with each subspace width, and can slide on the roller of the column at two ends, each subspace.
Outside maintenance space 73 two ends be provided with erect to track 732, slide between two tracks 732 and it is provided with door-plate 733 corresponding to some and each subspace 731, track 732 upwards extends beyond top, maintenance space 73 certain altitude to expose corresponding subspace, make the door-plate of the top can raise and remain between track 732, each door-plate 733 is provided with slot 734
It is (not shown in the figures that piling station comprises stacker crane, for prior art), it comprises the transverse-moving mechanism for the component that laterally moves moulds, for the hoisting appliance of lifting moving mold component and the telescopic boom for inserting slot 734 on maintenance wicket plate 733, by manipulating transverse-moving mechanism and the hoisting appliance of stacker crane, the mold component of carrying element mold can be moved to the position corresponding with different subspace 731, insert slot 734 by telescopic boom and can make door-plate 733 with telescopic boom upwards, move downward, realize the opening and closing of door-plate 733, and then by mold component immigration or the subspace 731 moving out of correspondence.
Further, inside, each subspace is equipped with steam-in, it is connected to a steam supply system, inside, each subspace is equipped with the humiture sensor for sensing humiture change, and maintenance kiln also comprises the electricity cabinet of the master control for manipulating each subspace humiture environment in stacker crane action, monitor and forecast control maintenance kiln and operator's console.
The Production Flow Chart utilizing PC component production line of the present utility model to produce PC component is:
1, manually utilize automatic cleaning equipment die station to be cleaned in cleaning station, remove rubbish and spot;
2, after cleaning, in spray station by manually die station surface being carried out releasing agent spray brush;
3, after spray brush, in line station, according to the component drawing designed, skilled worker operates a ruling machine (prior art) and carries out line location in die station;
4, after having rule, reinforcing bar and embedded part installation station is entered by delivery track, skilled worker by prefabricated Framework Of Steel Reinforcement (according to the component drawing designed, on request the reinforcing bar of processing and fabricating, embedded part skeleton) be laid in die station, built-in fitting is adsorbed in die station through magnetic force block;
5, after Framework Of Steel Reinforcement, built-in fitting have been laid, entering quality inspection station by delivery track, quality inspection personnel carries out quality inspection to whether the laying of Framework Of Steel Reinforcement and built-in fitting is up to standard, and after quality inspection is qualified, size according to component, shape need install limit mould;
Owing to die station periphery is provided with the fixed orifices of some stationary positioned limits mould, the PC component of all size specification therefore can be made in die station.
6, after the installation of limit mould, cloth station is entered by delivery track, material distributing machine and vibrating mechanism acting in conjunction complete the uniform distribution process (concrete mixing plant makes concrete according to prefabricated components design requirements, through automatically transmitting track, the concrete being stirred is transmitted injection material distributing machine) of mould;
7, after cloth terminates, first by traversing for mold component to the traversing station of mould, then move to through roller track and strike off station, by sandwich, unfashioned element mold surface is struck off process;
8, striking off after process, the mold component of carrying element mold carries out nature in precuring station and leaves standstill maintenance;
9, precuring terminates, and the mold component of carrying element mold is entered by delivery track smears light station, by finisher structure, element mold surface is smeared optical processing;
10, smearing after optical processing completes, the mold component of carrying element mold enters maintenance kiln and carries out vapor cure;
11, the element mold that maintenance terminates, in form removal station by manual demolition limit mould;
12, in lifting station, utilizing lifting machine that element mold finished product carries out lifting piling, the traversing station of mould that mold component is then traversing to initial, to carry out next step cyclic production process.
In preferred embodiment, panel 11 size of die station 10 is preferably greater than 600cm �� 400cm, and the distance between fixed orifices 12 and panel 11 edge is 30cm, and the spacing between fixed orifices 12 is 50cm.
The above is better embodiment of the present utility model and the know-why used thereof; for a person skilled in the art; when not deviating from spirit and scope of the present utility model; any based on apparent changes such as the equivalent transformation on technical solutions of the utility model basis, simple replacements, all belong within the utility model protection domain.
Claims (9)
1.PC component production line, it is characterised in that, comprise a delivery track, this delivery track arranges a mold component, this mold component comprises die station, arranges concrete precast element mould in this die station; This delivery track connects Power Drive Unit so that described mold component moves on this delivery track; Comprise at this delivery track that element mold makes station, cloth station, strikes off station, smears light station, maintenance kiln on the way, wherein,
This element mold making station arranges mould device is set, for according to the component drawing preset, making the element mold of specific size specification and shape in this die station,
This cloth station arranges distribution device, for cloth in this element mold,
This strikes off and arranges scraping device on station, for cloth is terminated, unfashioned element mold surface strike off process,
This is smeared and arranges surface finishing device on light station, smears optical processing for the element mold surface standing maintenance terminated,
This maintenance kiln, comprises the kiln body framework that inside is divided into some subspaces so that the element mold carrying the element mold through smearing optical processing enters corresponding subspace and carries out maintenance.
2. PC component production line as claimed in claim 1, it is characterized in that, described die station comprises rectangular panel, spacing ring is waited to be provided with some fixed orificess inside this face plate edge, it is equipped with standing bolt in each fixed orifices, the part sleeve that standing bolt is positioned at lower panels is provided with the fixing backing plate for locating mould on one side and set screw nut, this panel bottom welding has some support steel beams, this support steel beam comprises some parallel joist steel and the bearing rib vertical with this joist steel, two bottom sides along the long limit of this panel is provided with groove steel rail, two outer sides along the long limit of this panel are provided with hanger, both sides along this panel width limit are provided with the crashproof termination of column.
3. PC component production line as claimed in claim 1, it is characterized in that, described delivery track comprises branch's delivery track of two parallel settings, between two these branch's delivery tracks, a traversing delivery track vertically is set mutually, one end of this traversing delivery track is vertical with described cloth station and extends into below cloth station, this traversing delivery track is provided with transversely-moving rack and drives the motor of transversely-moving rack motion, and this transversely-moving rack mold component terminated by cloth that moves along traversing delivery track moves on a traversing station of mould.
4. PC component production line as claimed in claim 1, it is characterised in that, described kiln body framework comprises some row's columns, and with connecting, beam connects adjacent upright posts, forms the maintenance space that multiple and described mold component width adapts; The sealing of this kiln external body is provided with thermal baffle, is separated by thermal baffle between each maintenance space; It is provided with some horizontal heat shields and in each maintenance space, form multi-layer sealed described subspace between the column of both sides, each maintenance space.
5. PC component production line as claimed in claim 4, it is characterized in that, outside described maintenance space two ends be provided with erect to track, slide between two tracks and it is provided with some and that described subspace is corresponding door-plate, this track upwards extends beyond described maintenance top of space certain altitude to expose corresponding subspace, and each door-plate is provided with the slot for On/Off door-plate.
6. PC component production line as claimed in claim 1, it is characterized in that, described cloth station comprises vibrating mechanism and spiral distributor, this spiral distributor is set up on vibrating mechanism by mobile roof support, this vibrating mechanism comprise vibrating grid, for drive vibrating grid to vibrate some vibration motors, for described die station top is pushed away the hydraulic pushing into described cloth station, these vibrating grid both sides are provided with the claw for fixing described die station, this vibrating grid is supported in ground by some supporting legs, and this supporting leg is provided with the rubber spring for damping.
7. PC component production line as claimed in claim 1, it is characterized in that, the described station that strikes off comprises sandwich, it comprises the first frame, first frame is provided with first track parallel with described mold component traveling direction, this first track is provided with the first row walking apparatus, and this first row walking apparatus is provided with the first lifting device, that this lower end of the first lifting device is provided with level and vertical with described mold component traveling direction leveling beam.
8. PC component production line as claimed in claim 1, it is characterized in that, described light station of smearing comprises finisher structure, it comprises the 2nd frame, 2nd frame is provided with two track parallel with described mold component traveling direction, 2nd track is provided with the 2nd running gear, 2nd running gear is provided with horizontal direction and three track vertical with described mold component traveling direction, 3rd track is provided with the 3rd running gear, 3rd running gear is provided with the 2nd lifting device, the 2nd lower end of lifting device be provided with erect to leveling motor, the output terminal of this leveling motor is provided with leveling blade.
9. PC component production line as claimed in claim 5, it is characterized in that, also comprise piling station, this piling station comprises stacker crane, and it comprises the transverse-moving mechanism for laterally mobile described mold component, the hoisting appliance for mold component described in lifting moving and the telescopic boom for the slot that inserts described door-plate.
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| CN201620019655.8U CN205272290U (en) | 2016-01-11 | 2016-01-11 | Pc component production line |
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| CN201620019655.8U CN205272290U (en) | 2016-01-11 | 2016-01-11 | Pc component production line |
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| CN105459258A (en) * | 2016-01-11 | 2016-04-06 | 河北榆构建材有限公司 | Pc component production line |
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| CN108422542A (en) * | 2017-08-12 | 2018-08-21 | 中民筑友科技投资有限公司 | Component production method, device based on BIM and component production system |
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| CN106378866A (en) * | 2016-08-31 | 2017-02-08 | 浙江广天重工设备有限公司 | Production control system used for PC components |
| CN108422542A (en) * | 2017-08-12 | 2018-08-21 | 中民筑友科技投资有限公司 | Component production method, device based on BIM and component production system |
| CN108422542B (en) * | 2017-08-12 | 2020-06-02 | 中民筑友科技投资有限公司 | BIM-based component production method and device and component production system |
| CN108908679A (en) * | 2018-07-14 | 2018-11-30 | 肇庆威尼托机械有限公司 | Using the system and method for rubber pattern production quartzite slate |
| WO2020147266A1 (en) * | 2019-01-17 | 2020-07-23 | 长江南京航道工程局 | Interlocking block production device system for waterway regulation |
| CN111015918A (en) * | 2019-12-26 | 2020-04-17 | 四川省城市建设工程监理有限公司 | Automatic production line for concrete prefabricated parts |
| CN113799245A (en) * | 2020-06-16 | 2021-12-17 | 江苏鸿泰住宅工业科技有限公司 | Comprehensive intelligent production line and production process of multi-standard PC (polycarbonate) component |
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