CN105773813A - Straight line through type curing system - Google Patents
Straight line through type curing system Download PDFInfo
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- CN105773813A CN105773813A CN201610285984.1A CN201610285984A CN105773813A CN 105773813 A CN105773813 A CN 105773813A CN 201610285984 A CN201610285984 A CN 201610285984A CN 105773813 A CN105773813 A CN 105773813A
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- type curing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
- B28B11/24—Apparatus or processes for treating or working the shaped or preshaped articles for curing, setting or hardening
- B28B11/245—Curing concrete articles
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- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Devices For Post-Treatments, Processing, Supply, Discharge, And Other Processes (AREA)
- Heating, Cooling, Or Curing Plastics Or The Like In General (AREA)
Abstract
The invention relates to the field of prefabricated parts, in particular to a straight line through type curing system. The straight line through type curing system comprises a plurality of straight line type curing kilns which are independent of one another, a wheeled bench and bench driving mechanisms, wherein one bench driving mechanism is arranged in each straight line type curing kiln; the prefabricated parts are borne by the wheeled bench; the wheeled bench is driven by the bench driving mechanisms to move in the straight line type curing kilns; each bench driving mechanism is provided with a chain wheel supporting seat, a driving wheel device and a motor; each chain wheel supporting seat and the corresponding driving wheel device are arranged inside the corresponding straight line type curing kiln and are connected by a driving chain; each motor is arranged in the corresponding straight line type curing kiln; the plurality of straight line type curing kilns and a prefabricated part production line are not positioned on one plane; and bench transverse moving lifting devices are arranged at two ends of each straight line type curing kiln. The straight line through type curing system disclosed by the invention has the advantages of low heat loss rate, small steam consumption, energy conservation and environmental protection; and in addition, a three-dimensional process layout is adopted and a production line layout is more flexible, so that the production efficiency is greatly improved.
Description
Technical field
The present invention relates to prefabricated components production field, specifically a kind of straight-line pass formula curing system.
Background technology
Assembled-type house is the novel house mode of construction of a kind of environmental protection, and this is paid much attention to and has put into effect multinomial support policy by country and each province and city.Development assembled architecture necessarily be unable to do without precast concrete (PC) component, and produces prefabricated components and just be unable to do without advanced production method and equipment.In prefabricated components production system, curing system is a highly important ring, the curing kilns that existing prefabricated components production system adopts are three-dimensional curing kilns, A, Building B is divided relatively to build, the middle stacking machine that is equipped with is for sending, take the die station that is loaded with component into and out of curing kilns, kiln body is steel construction, plug-in warming plate.Curing kilns generally arrange 6 or 8,6～8 layers, floor height about 850mm, it is possible to place 40～60 pieces of die station being loaded with the prefabricated components being highly about 400mm and enter maintenance in kiln.In actual application, there is following shortcoming in these curing kilns:
(1) there is substantial amounts of cold bridge in curing kilns, and heat loss rate is up to 30%, and steam consumption is very big, causes energy waste and component cost high.
(2) curing kilns and production line are on the same plane in workshop, do not only take up floor space, and cause plant process layout limited, and production capacity is difficult to improve.
(3) supporting device code stack machine structure is complicated, installation requirement is high, difficult operation, poor stability, efficiency is low, noise is big, energy consumption is high.
(4) owing to large-scale component cannot be introduced into curing kilns, therefore also need the workshop building 4000～6000 square meters to fix die station workshop, not only increase land use area and area is built in workshop, and fixing die station produces prefabricated components maintenance difficulty, production cycle is long, and efficiency is low, and cost is high.
Summary of the invention
It is an object of the invention to provide a kind of straight-line pass formula curing system, including multiple separate and parallel linear type curing kilns, heat loss rate is low, steam consumption is little, energy-conserving and environment-protective, and adopt three-dimensional process layout, maintenance region and prefabricated components produce region not on a plane, make Production Line Configured more flexible, are greatly improved production efficiency.
It is an object of the invention to be achieved through the following technical solutions:
A kind of straight-line pass formula curing system, including multiple separate linear type curing kilns, wheeled die station and die station driving mechanism, it is equipped with die station driving mechanism in each linear type curing kilns, prefabricated components are carried by wheeled die station, and wheeled die station is driven by described die station driving mechanism and moves in linear type curing kilns.
Described wheeled die station both sides are provided with road wheel, both sides in linear type curing kilns are provided with track, the road wheel of wheeled die station both sides moves along described track, described die station driving mechanism includes multiple driving wheel device, each driving wheel device is equipped with driving wheel, being provided with friction-driven region on the downside of described wheeled die station, described friction-driven region contacts with the driving wheel on driving wheel device.
The middle part of described linear type curing kilns is provided with groove along the length direction of system, and multiple driving wheel devices of described die station driving mechanism are in a row to be arranged in described groove.
Described die station driving mechanism includes motor, driving chain, sprocket wheel, chain wheeling support and driving wheel device, wherein driving wheel device and chain wheeling support are arranged alternately, described driving wheel device is provided with driving wheel, it is respectively equipped with sprocket wheel in the outside of driving wheel, each chain wheeling support is also equipped with sprocket wheel, described driving wheel device passes sequentially through driving chain with the sprocket wheel on chain wheeling support and is connected, described motor is connected with the sprocket wheel on the chain wheeling support being arranged at outermost end by driving chain, described chain wheeling support and driving wheel device are arranged at inside linear type curing kilns, described motor is arranged at outside linear type curing kilns.
Described driving wheel device includes driving wheel, bracing frame, spring and adjusting bolt, described driving wheel is arranged on support frame as described above, support frame as described above includes upper bracket and lower carriage, described upper bracket and lower carriage one end are hinged, it is provided with spring between described upper bracket and the free end of lower carriage, described upper bracket is connected by adjusting bolt with the free end of lower carriage, and described adjusting bolt is located in described spring.
The plurality of linear type curing kilns and prefabricated components production line, or not a plane, are provided with die station lifting-transverse shifting device at the two ends of linear type curing kilns.
Described die station lifting-transverse shifting device includes lifting scissor, translation base and die station plummer, described die station plummer is arranged on lifting scissor, described lifting scissor is arranged on along being perpendicular on the translation base moved in system length direction, it is provided with groove in the middle part of described die station plummer, described groove is provided with die station discrepancy driving device, is provided with mean for the track of wheeled die station walking in described die station plummer both sides.
Described die station discrepancy driving device includes driving wheel, drive motor, bracing frame, reductor and spring, the reductor of described drive motor and double; two shafts is connected, described reductor is arranged on support frame as described above, two driving wheels are separately mounted on two output shafts of described reductor, support frame as described above includes upper bracket and lower carriage, described upper bracket and lower carriage one end are hinged, between described upper bracket and lower carriage free end, it is provided with spring, and in described spring, is provided with the adjusting bolt connecting described upper bracket and lower carriage.
The plurality of linear type curing kilns and prefabricated components production line are arranged at approximately the same plane, are provided with die station Traverse Displacement Unit at the two ends of linear type curing kilns.
Described die station Traverse Displacement Unit includes die station plummer and translation base, described die station plummer is arranged on translation base, in the middle part of described die station plummer, it is provided with groove, described groove is provided with die station discrepancy driving device, is provided with mean for the track of wheeled die station walking in described die station plummer both sides.
Advantages of the present invention and good effect be:
1, the present invention includes multiple linear type curing kilns be arrangeding in parallel, and each linear type curing kilns are separate space, is therefore absent from cold bridge, and each kiln body can individually heat at times, and therefore heat loss rate is low, steam consumption is little, energy-conserving and environment-protective.
2, the present invention adopts wheeled die station bearing carrier to move in kiln body, described wheeled die station drives mobile by die station driving mechanism, the road wheel of wheeled die station, directed along the track travel in each linear type curing kilns, eliminates substantial amounts of support wheel construction, reduces and installs and maintenance cost.
3, the present invention only arranges the mechanical driving part of die station driving mechanism in linear type curing kilns, the electric device of described die station driving mechanism may be contained within outside the kiln body of linear type curing kilns, thus avoiding curing kilns internal high temperature wet environment, electrical equipment is impacted.
4, the present invention can adopt three-dimensional process layout, linear type curing kilns and prefabricated components production line be not or not a plane, die station lifting-transverse shifting device it is provided with at the two ends of linear type curing kilns, wheeled die station acts on the transfer between each linear type curing kilns and between linear type curing kilns and prefabricated components production line by described die station lifting-transverse shifting device, described straight line curing kilns can also be arranged at same plane parallel with prefabricated components production line, is now provided with die station Traverse Displacement Unit at the two ends of linear type curing kilns.
Accompanying drawing explanation
Fig. 1 is the side view of the present invention,
Fig. 2 is the A-A view in Fig. 1,
Fig. 3 is the die station driving mechanism schematic diagram of the present invention in Fig. 1,
Fig. 4 is the die station driving mechanism top view in Fig. 3,
Fig. 5 is the driving wheel device schematic diagram in Fig. 3,
Fig. 6 is the driving wheel device side view in Fig. 5,
Fig. 7 is the die station lifting-transverse shifting device schematic diagram of the present invention in Fig. 1,
Fig. 8 is the B direction view in Fig. 7,
Fig. 9 is the top view of the die station lifting-transverse shifting device in Fig. 7,
Figure 10 is the die station discrepancy driving device schematic diagram in Fig. 9,
Figure 11 is the die station discrepancy driving device side view in Figure 10,
Figure 12 is the schematic diagram of the wheeled die station in Fig. 1,
Figure 13 is the top view of the wheeled die station in Figure 12.
Wherein, 1 is driving wheel, and 2 is sprocket wheel, and 3 is motor, 4 is driving chain, and 5 is bracing frame, and 6 is bearing pin, and 7 is spring, 8 is adjusting bolt, and 9 is upper bracket, and 10 is lower carriage, and 11 is die station lifting-transverse shifting device, 12 is prefabricated components production line, and 13 is die station discrepancy driving device, and 14 is die station plummer, and 15 is track, 16 is lifting scissor, and 17 is movable pulley, and 18 is translation base, and 19 is motor, 20 drive motors, 21 is road wheel, and 22 is friction-driven region, and 23 is wheeled die station.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
nullAs shown in figs. 1-13，The present invention includes linear type curing kilns、Wheeled die station 23、Die station driving mechanism and die station lifting-transverse shifting device 11，Multiple linear type curing kilns are in the same plane and be arranged in parallel along system length direction，Track and die station driving mechanism it is equipped with in each linear type curing kilns，Prefabricated components are carried by wheeled die station 23，Wheeled die station 23 is driven by described die station driving mechanism and moves in each linear type curing kilns along track，Described wheeled die station 23 is acted on by described die station lifting-transverse shifting device 11 and shifts between each linear type curing kilns，In the kiln of described linear type curing kilns, facility is same as the prior art，It is provided with automatically-controlled door at the kiln body two ends of linear type curing kilns，During system work，The wheeled die station being loaded with component enters from one end of linear type curing kilns，Maintenance is exported by the other end of these linear type curing kilns by die station driving mechanism after terminating，But each linear type curing kilns of the present invention be arranged in parallel and are separate space，Therefore cold bridge it is absent from，And each kiln body can individually heat at times，Therefore heat loss rate is low、Steam consumption is little，Energy-conserving and environment-protective.
nullAs shown in Figure 12～13，Described wheeled die station 23 both sides are provided with road wheel 21，Track is laid by process layout in both sides in each linear type curing kilns，Namely the road wheel 21 of wheeled die station 23 both sides moves along track，Described die station driving mechanism includes multiple driving wheel device，At the middle part of each linear type curing kilns, the length direction along system is provided with groove，The plurality of driving wheel device is in a row to be arranged in described groove，Each driving wheel device is equipped with two driving wheels 1，Two parallel and smooth friction-driven regions 22 it are provided with on the downside of described wheeled die station 23，Described friction-driven region 22 contacts with the driving wheel 1 on driving wheel device，Driving wheel device rotates driving wheel-type die station 23 by driving wheel 1 and moves in kiln，It is arranged at die station both sides compared to friction-driven region 22 of the prior art，The present invention can fully ensure that die station smooth running，And the road wheel 21 of wheeled die station 23 is directed along the track travel in each linear type curing kilns，Eliminate substantial amounts of support wheel construction，Reduce and install and maintenance cost.
Owing to the linear type curing kilns of the present invention possess longer transmitting range, and need in curing kilns to keep high temperature, moist care environments for a long time, the device such as motor, electrical equipment should not be installed in kiln, needing to be arranged at related electrical devices outside described linear type curing kilns, therefore the die station driving mechanism of the present invention needs to carry out particular design.
nullAs illustrated in figures 3-6，Described die station driving mechanism includes motor 3、Driving chain 4、Sprocket wheel 2、Chain wheeling support and driving wheel device，Wherein driving wheel device and chain wheeling support are arranged alternately along direction of transfer，Described driving wheel device is provided with two driving wheels 1，And it is respectively equipped with sprocket wheel 2 in the outside of two driving wheels 1，Each chain wheeling support is also equipped with sprocket wheel 2，Described driving wheel device sprocket wheel 2 in the same side upper with chain wheeling support passes sequentially through driving chain 4 and is connected，Described motor 3 is connected with the sprocket wheel 2 on the chain wheeling support being arranged at outermost end by driving chain 4，Described motor 3 is transmitted moment driven the driving wheel 1 on each driving wheel device to rotate by each sprocket wheel 2 and driving chain 4，So that wheeled die station 23 moves in linear type curing kilns，Wherein said motor 3 need to be arranged at outside the automatically-controlled door of linear type curing kilns，Mechanical driving part is only set inside linear type curing kilns，Thus avoiding curing kilns internal high temperature wet environment, electrical equipment is impacted，Additionally this kind of die station driving mechanism can also be applied on prefabricated components production line.
As shown in Fig. 5～6, driving wheel device in described die station driving mechanism includes driving wheel 1, bracing frame 5, spring 7 and adjusting bolt 8, described driving wheel 1 is arranged on support frame as described above 5, support frame as described above 5 includes upper bracket 9 and lower carriage 10, described upper bracket 9 and lower carriage 10 are hinged by bearing pin 6, it is provided with spring 7 between described upper bracket 9 and the free end of lower carriage 10, described upper bracket 9 is connected by described adjusting bolt 8 with the free end of lower carriage 10, and described adjusting bolt 8 is located in described spring 7, namely bracing frame 5 elasticity can be adjusted by adjusting described adjusting bolt 8.In this example, described spring 7 is rubber spring.
The present invention adopts three-dimensional process layout, the plurality of linear type curing kilns and prefabricated components production line 12 be not or not a plane, as shown in Fig. 1～2, in the present embodiment, the plurality of linear type curing kilns are arranged at the lower section of prefabricated components production line 12, die station lifting-transverse shifting station it is provided with at the two ends of linear type curing kilns, being provided with die station lifting-transverse shifting device 11 on described die station lifting-transverse shifting station, wheeled die station 23 acts on the transfer between each linear type curing kilns and between linear type curing kilns and prefabricated components production line by described die station lifting-transverse shifting device 11.
nullAs shown in figs. 7-9，Described die station lifting-transverse shifting device 11 includes lifting scissor 16、Translation base 18 and die station plummer 14，Described die station plummer 14 is arranged on lifting scissor 16，Described lifting scissor 16 is arranged on translation base 18，On mill floor, the length direction along perpendicular system is equipped with track，Described translation base 18 is provided with movable pulley 17，Namely described movable pulley 17 rolls along described track，It is provided with groove in the middle part of described die station plummer 14，Described groove is provided with rows of die station discrepancy driving device 13，And the die station on described die station plummer 14 come in and go out driving device 13 can be in a row with driving device 13 shape that comes in and goes out of the die station in each linear type curing kilns，It is provided with track 15 in described die station plummer 14 both sides，And the track 15 on described die station plummer 14 can be connected with the track in each linear type curing kilns，Ensure the wheeled smooth and easy turnover of die station 23，Described translation base 18 is provided with scissor driving device for driving lifting scissor Guan Bi or opening，In the present embodiment，Described scissor driving device is oil cylinder，Described lifting scissor is techniques well known，As shown in Figure 9，Ground rail is provided with motor 19，The output shaft of described motor 19 is provided with gear，The track side surfaces contacted with the movable pulley 17 of translation base 18 is provided with the tooth bar engaged with described gear，Namely described translation base 18 drives mobile by described motor 19，At the die station traversing station of ferry-boat, one or more die station lifting-transverse shifting device 11 can be set according to actual needs，In the present embodiment，It is provided with two die station lifting-transverse shifting devices 11 on die station ferries traversing station.
nullAs shown in Figure 10～11，In order to ensure that wheeled die station 23 passes in and out linear type curing kilns smoothly，The die station plummer 14 of described die station lifting-transverse shifting device 11 is provided with die station discrepancy driving device 13，Described die station discrepancy driving device 13 includes driving wheel 1、Drive motor 20、Bracing frame 5 and spring 7，Described drive motor 20 is connected with the reductor of double; two shafts，Described reductor is arranged on support frame as described above 5，Two driving wheels 1 are separately mounted on two output shafts of described reductor，Support frame as described above 5 includes upper bracket 9 and lower carriage 10，Described upper bracket 9 and lower carriage 10 are hinged by bearing pin 6，It is provided with spring 7 between described upper bracket 9 and lower carriage 10，And it is provided with adjusting bolt in described spring 7 and connects described upper bracket 9 and lower carriage 10，Namely the elasticity of bracing frame 5 can be adjusted by adjusting described adjusting bolt.
Multiple linear type curing kilns and prefabricated components production line 12 can also be arranged on same plane by the present invention parallel, now it is provided with die station Traverse Displacement Unit at linear type curing kilns two ends, wheeled die station 23 drives mobile by die station Traverse Displacement Unit, described die station Traverse Displacement Unit eliminates lifting scissor 16 compared with described die station lifting-transverse shifting device 11, and described die station plummer 14 is directly installed on translation base 18.
The operation principle of the present invention is:
The present invention includes multiple linear type curing kilns be arrangeding in parallel, and each linear type curing kilns are separate space, is therefore absent from cold bridge, and each kiln body can individually heat at times, and therefore heat loss rate is low, steam consumption is little, energy-conserving and environment-protective.nullThe present invention adopts wheeled die station 23 bearing carrier to move in kiln body，Described wheeled die station 23 drives mobile by die station driving mechanism，The road wheel 21 of wheeled die station 23 is directed along the track travel in each linear type curing kilns，Eliminate substantial amounts of support wheel construction，Reduce and install and maintenance cost，And linear type curing kilns only arrange the mechanical driving part of die station driving mechanism，The electric device of described die station driving mechanism may be contained within outside the kiln body of linear type curing kilns，The present invention adopts three-dimensional process layout，The plurality of linear type curing kilns and prefabricated components production line 12 be not or not a plane，Die station lifting-transverse shifting device 11 it is provided with at the two ends of linear type curing kilns，Wheeled die station 23 acts on the transfer between each linear type curing kilns and between linear type curing kilns and prefabricated components production line by described die station lifting-transverse shifting device 11.
Claims (10)
1. a straight-line pass formula curing system, it is characterized in that: include multiple separate linear type curing kilns, wheeled die station (23) and die station driving mechanism, it is equipped with die station driving mechanism in each linear type curing kilns, prefabricated components are carried by wheeled die station (23), and wheeled die station (23) is driven by described die station driving mechanism and moves in linear type curing kilns.
2. straight-line pass formula curing system according to claim 1, it is characterized in that: described wheeled die station (23) both sides are provided with road wheel (21), both sides in linear type curing kilns are provided with track, the road wheel (21) of wheeled die station (23) both sides moves along described track, described die station driving mechanism includes multiple driving wheel device, each driving wheel device is equipped with driving wheel (1), it is provided with friction-driven region (22) in described wheeled die station (23) downside, described friction-driven region (22) contacts with the driving wheel (1) on driving wheel device.
3. straight-line pass formula curing system according to claim 2, it is characterised in that: the middle part of described linear type curing kilns is provided with groove along the length direction of system, and multiple driving wheel devices of described die station driving mechanism are in a row to be arranged in described groove.
4. the straight-line pass formula curing system according to Claims 2 or 3, it is characterized in that: described die station driving mechanism includes motor (3), driving chain (4), sprocket wheel (2), chain wheeling support and driving wheel device, wherein driving wheel device and chain wheeling support are arranged alternately, described driving wheel device is provided with driving wheel (1), it is respectively equipped with sprocket wheel (2) in the outside of driving wheel (1), each chain wheeling support is also equipped with sprocket wheel (2), described driving wheel device passes sequentially through driving chain (4) with the sprocket wheel (2) on chain wheeling support and is connected, described motor (3) is connected with the sprocket wheel (2) on the chain wheeling support being arranged at outermost end by driving chain (4), described chain wheeling support and driving wheel device are arranged at inside linear type curing kilns, described motor (3) is arranged at outside linear type curing kilns.
5. straight-line pass formula curing system according to claim 4, it is characterized in that: described driving wheel device includes driving wheel (1), bracing frame (5), spring (7) and adjusting bolt (8), described driving wheel (1) is arranged on support frame as described above (5), support frame as described above (5) includes upper bracket (9) and lower carriage (10), described upper bracket (9) and lower carriage (10) one end are hinged, spring (7) it is provided with between the free end of described upper bracket (9) and lower carriage (10), described upper bracket (9) is connected by adjusting bolt (8) with the free end of lower carriage (10), and described adjusting bolt (8) is located in described spring (7).
6. straight-line pass formula curing system according to claim 1, it is characterized in that: the plurality of linear type curing kilns and prefabricated components production line (12), or not a plane, are provided with die station lifting-transverse shifting device (11) at the two ends of linear type curing kilns.
7. straight-line pass formula curing system according to claim 6, it is characterized in that: described die station lifting-transverse shifting device (11) includes lifting scissor (16), translation base (18) and die station plummer (14), described die station plummer (14) is arranged in lifting scissor (16), described lifting scissor (16) is arranged on along being perpendicular on the translation base (18) moved in system length direction, it is provided with groove at described die station plummer (14) middle part, described groove is provided with die station discrepancy driving device (13), it is provided with mean for the track (15) that wheeled die station (23) is walked in described die station plummer (14) both sides.
null8. straight-line pass formula curing system according to claim 7，It is characterized in that: described die station discrepancy driving device (13) includes driving wheel (1)、Drive motor (20)、Bracing frame (5)、Reductor and spring (7)，Described drive motor (20) is connected with the reductor of double; two shafts，Described reductor is arranged on support frame as described above (5)，Two driving wheels (1) are separately mounted on two output shafts of described reductor，Support frame as described above (5) includes upper bracket (9) and lower carriage (10)，Described upper bracket (9) and lower carriage (10) one end are hinged，Spring (7) it is provided with between described upper bracket (9) and lower carriage (10) free end，And it is provided with the adjusting bolt (8) connecting described upper bracket (9) and lower carriage (10) in described spring (7).
9. straight-line pass formula curing system according to claim 1, it is characterised in that: the plurality of linear type curing kilns and prefabricated components production line (12) are arranged at approximately the same plane, are provided with die station Traverse Displacement Unit at the two ends of linear type curing kilns.
10. straight-line pass formula curing system according to claim 9, it is characterized in that: described die station Traverse Displacement Unit includes die station plummer (14) and translation base (18), described die station plummer (14) is arranged in translation base (18), it is provided with groove at described die station plummer (14) middle part, described groove is provided with die station discrepancy driving device (13), is provided with mean for, in described die station plummer (14) both sides, the track (15) that wheeled die station (23) is walked.
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| CN107627447A (en) * | 2017-10-31 | 2018-01-26 | 天津银龙预应力材料股份有限公司 | A kind of track plates steam curing kiln of multi-chamber |
| CN107662271A (en) * | 2017-11-06 | 2018-02-06 | 新疆远大华美建筑工业有限公司 | Die station drive device |
| CN109291229A (en) * | 2018-11-30 | 2019-02-01 | 湖北宇辉智能科技有限公司 | Modularization movable multi-layer piles up steam-cured PC component production system and production method |
| CN109291229B (en) * | 2018-11-30 | 2024-01-23 | 湖北宇辉智能科技有限公司 | Modularized mobile multilayer stacking steam curing PC component production system and production method |
| CN112776167A (en) * | 2019-11-08 | 2021-05-11 | 天津万尔特建工科技有限公司 | Production process and equipment of concrete member |
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