CN212795366U - External wall panel production line of light steel frame structure assembly type building - Google Patents

Abstract

The utility model provides an external wall panel production line of light steel frame construction assembly type building, including evaporating foster line and casting line, evaporate foster line including evaporating foster transfer roll table, a lift sideslip machine, a lift and No. two lifts, the casting line includes the mould conveyer, No. two lift sideslip machines and cloth structure, evaporates foster transfer roll table and mould conveyer parallel arrangement, evaporates foster transfer roll table, a lift sideslip machine, mould conveyer and No. two lift sideslip machines end to end connection in proper order, evaporates foster transfer roll table and goes up and installs a lift and No. two lifts, installs cloth structure above the mould conveyer. A side fascia production line of light steel frame construction assembly type structure reasonable in design, the side fascia can be through the quick prefabricated shaping of side fascia mould on the production line, this production line automation degree is high moreover to improve production efficiency greatly, satisfy the production demand of side fascia, economical and practical easily promotes.

Description

External wall panel production line of light steel frame structure assembly type building

Technical Field

The utility model belongs to modern house building field in scientific and technological house especially relates to an external wallboard production line of light steel frame construction assembly type building.

Background

At present, because the light steel structure house is made of light and thin materials, the average thickness of the wall body of the house is about 14-20 cm, and the house yield can reach more than 90%. The construction technology is simple, the construction can be carried out all weather, the influence of the external environment is small, the construction can be carried out at any time in one year, for example, a 200 square meter house, and the construction period can be finished after being kept for 10-15 days. The light steel structure house is made of light steel materials, is produced in an industrial standard mode, adopts a novel construction mode of pre-assembly and dry operation during construction, has no pollution such as dust, noise and the like during construction, and has the advantages of zero pollution, zero emission and the like, and is popularized and applied in a large quantity. The side fascia use amount of wherein house is great, needs automation line to satisfy output, and semi-automatization's assembly line configuration has been realized to current side fascia production line majority, but the side fascia still drags the dolly through the track, and the side fascia is built to the dolly shiies, and the steam curing stage such as pouring the workshop section is mostly manual operation moreover, leads to production efficiency to hang lowly to seriously influence the productivity of enterprise.

Disclosure of Invention

In view of this, the utility model aims at providing a side fascia production line of light steel frame construction assembly type structure to need a large amount of manual operation when solving current side fascia production, production line automation degree is low and production efficiency hangs down problem.

In order to achieve the above purpose, the technical scheme of the utility model is realized like this:

the outer wall panel production line of the light steel frame structure assembly type building comprises an evaporation curing line and a pouring line, wherein the evaporation curing line comprises an evaporation curing conveying roller way, a first lifting transverse moving machine, a first lifter and a second lifter, the pouring line comprises a mold conveyor, a second lifting transverse moving machine and a material distribution structure, the evaporation curing conveying roller way and the mold conveyor are arranged in parallel, the height of the evaporation curing conveying roller way is higher than that of the mold conveyor, the evaporation curing conveying roller way, the first lifting transverse moving machine, the mold conveyor and the second lifting transverse moving machine are sequentially connected end to end, the first lifter and the second lifter are installed on the evaporation curing conveying roller way, the material distribution structure is installed above the mold conveyor, the mold conveyor is used for conveying an outer wall panel mold, and a driving motor of the evaporation curing conveying roller way, a motor of the first lifting transverse moving machine, a motor of the first lifter, a motor of the second lifter, a material distribution structure is installed above the mold conveyor, And the motor of the die conveyor, the motor of the second lifting cross sliding machine and the hydraulic cylinder of the material distribution structure are in signal connection with the controller.

Further, evaporate foster line still including evaporating foster cover body, evaporate foster cover body one end and pass No. two elevators and fixedly communicate to a lift sideslip machine, the other end passes a fixed intercommunication of elevator to No. two lift sideslip machines, evaporates foster cover body internally mounted and evaporates foster transfer roller way.

Furthermore, the steam curing cover body is composed of a plurality of insulation boards, an air source heat pump is arranged on the inner wall of the steam curing cover body, and the air source heat pump is connected to the controller through signals.

Further, evaporate foster transfer table and include a transfer table, No. two transfer tables, No. three transfer tables and a mount, a transfer table, No. two transfer tables and No. three transfer tables set gradually from last to last, and both sides are all fixed through a mount, the one end fixed connection of a transfer table is to a lift, the other end passes No. two lift fixed connection to a lift sideslip machine, the one end fixed connection of No. three transfer tables is to No. two lifts, the other end passes a lift fixed connection to No. two lift sideslip machines, No. two transfer tables of fixed connection between a lift and No. two lifts.

Furthermore, evaporate foster transfer table and still include a plurality of drive unit, drive unit evenly distributed to a mount top respectively, drive unit includes driving motor, drive chain, driving lever, a fixing base and No. two fixing bases, and the one end of drive chain is passed and is evaporated foster cover body transmission and be connected to driving motor, and the other end loops through No. two fixing bases, and driving lever transmission is connected to a fixing base, and a fixing base and No. two fixing bases are equal fixed connection to a fixing base, and driving motor signal connection is to the controller.

Further, the number of the driving units is at least 3.

Furthermore, a plurality of proximity switches used for sensing the outer wall plate die are uniformly distributed above the first conveying roller way, the second conveying roller way and the third conveying roller way, and the proximity switches are connected to the controller through signals.

Further, the cloth structure includes the storage silo, the dumper, the stirring station, cloth machine and over-and-under type shaking table, the bottom of stirring station communicates to the top of cloth machine, one side of stirring station is connected to the dumper through the conveyer belt, the top of dumper is equipped with the storage silo, the bottom of cloth machine is just to the exterior wall panel mould of mould conveyer top, mould conveyer bottom is equipped with the over-and-under type shaking table, cloth machine and over-and-under type shaking table are on same plumb line, the pneumatic cylinder of dumper, the pneumatic cylinder of stirring station, the pneumatic cylinder of cloth machine and the equal signal connection of air pump of over-and-under type shaking table to the controller.

Compared with the prior art, a side fascia production line of light steel frame construction assembly type structure have following advantage:

(1) a side fascia production line of light steel frame construction assembly type structure reasonable in design, the side fascia can be through the quick prefabricated shaping of side fascia mould on the production line, this production line automation degree is high moreover to improve production efficiency greatly, satisfy the production demand of side fascia, convenient and fast easily promotes.

(2) A side fascia production line of light steel frame construction assembly type structure, it evaporates supports the rollgang and from last to being equipped with three-layer rollgang down in proper order, three-layer rollgang has not only realized that the disposable of side fascia product evaporates in a large number and supports, has greatly reduced the area of equipment moreover, economical and practical.

(3) A side fascia production line of light steel frame construction assembly type structure, its cloth structure not only can pour into a mould to empty side fascia mould, even when pouring into a mould through over-and-under type shaking table with the concrete product pouring in the side fascia mould level moreover to with the interior concrete product surface of side fascia mould receipts light, saved the manpower, be suitable for the popularization.

Drawings

The accompanying drawings, which form a part hereof, are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention without undue limitation. In the drawings:

fig. 1 is a top view of an external wall panel production line of a light steel frame structure fabricated building according to an embodiment of the present invention;

FIG. 2 is a cross-sectional view taken at A-A of FIG. 1;

FIG. 3 is a cross-sectional view taken at B-B of FIG. 1;

FIG. 4 is a cross-sectional view taken at C-C of FIG. 1;

FIG. 5 is a cross-sectional view taken at D-D of FIG. 1;

FIG. 6 is an enlarged view of A in FIG. 2;

FIG. 7 is an enlarged view of B in FIG. 1;

FIG. 8 is an enlarged view of C in FIG. 1;

FIG. 9 is an enlarged view of D in FIG. 1;

FIG. 10 is an enlarged view of E in FIG. 3;

FIG. 11 is an enlarged view of F in FIG. 3;

FIG. 12 is an enlarged view of G in FIG. 3;

FIG. 13 is an enlarged view of H in FIG. 2;

FIG. 14 is an enlarged view of I in FIG. 2;

fig. 15 is a block diagram illustrating the control principle of the production line of the external wall panel of the light steel frame structure assembly type building according to the embodiment of the present invention.

Description of reference numerals:

1-steam curing line; 11-steam curing conveying roller way; 111-first conveying roller bed; 112-second conveying roller bed; 113-third conveying roller bed; 114-a mount; 115-a drive unit; 1151-a drive motor; 1152-a drive chain; 1153-driving the driving lever; 1154-second fixed seat; 1155-a first fixed seat; 12-a first lifting cross-sliding machine; 13-a first elevator; 14-second elevator; 15-steaming the mask body; 2-a casting line; 21-a mold conveyor; 22-second lifting cross-sliding machine; 23-a cloth structure; 231-a storage bin; 232-material conveying vehicle; 233-stirring station; 234-a material distributor; 235-a lifting type vibration table; 3-outer wallboard mould.

Detailed Description

It should be noted that, in the present invention, the embodiments and features of the embodiments may be combined with each other without conflict.

In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are used merely for convenience of description and for simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention. Furthermore, the terms "first", "second", etc. are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first," "second," etc. may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless otherwise specified.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art through specific situations.

The present invention will be described in detail below with reference to the accompanying drawings in conjunction with embodiments.

As shown in fig. 1 to 15, an exterior wall panel production line of a light steel frame structure assembly type building comprises a steam curing line 1 and a casting line 2, wherein the steam curing line 1 comprises a steam curing conveying roller way 11, a first lifting and transverse moving machine 12, a first lifting and transverse moving machine 13 and a second lifting and transverse moving machine 14, the casting line 2 comprises a mold conveyor 21, a second lifting and transverse moving machine 22 and a material distribution structure 23, the steam curing conveying roller way 11 and the mold conveyor 21 are arranged in parallel, the height of the steam curing conveying roller way is higher than that of the mold conveyor, the steam curing conveying roller way 11, the first lifting and transverse moving machine 12, the mold conveyor 21 and the second lifting and transverse moving machine 22 are sequentially connected end to end, the first lifting and transverse moving machine 13 and the second lifting and transverse moving machine 14 are installed on the steam curing conveying roller way 11, the material distribution structure 23 is installed above the mold conveyor 21, the mold conveyor 21 is used for conveying exterior wall panel molds 3, a driving motor 1, 1151151151 of the steam curing conveying roller way 11, The motor of a first lifting and horizontal moving machine 12, the motor of a first lifting and horizontal moving machine 13, the motor of a second lifting and horizontal moving machine 14, the motor of a mold conveyor 21, the motor of a second lifting and horizontal moving machine 22 and the hydraulic cylinder of a material distribution structure 23 are all connected to a controller through signals, the first lifting and horizontal moving machine 12 is provided with a second proximity switch, the first lifting and horizontal moving machine 13 is provided with a third proximity switch, and the second lifting and horizontal moving machine 14 is provided with a fourth proximity switch. This production line reasonable in design, side fascia can be through the quick prefabricated forming of side fascia mould on the production line, and this production line automation degree is high moreover to improve production efficiency greatly, satisfy the production demand of side fascia, economical and practical easily promotes.

The steam curing line 1 further comprises a steam curing cover body 15, one end of the steam curing cover body 15 penetrates through a second lifting machine 14 and is fixedly communicated to a first lifting cross-sliding machine 12, so that the first lifting cross-sliding machine 12 can directly place the outer wall plate mould 3 on the steam curing conveying roller way 11, the other end of the steam curing cover body penetrates through a first lifting machine 13 and is fixedly communicated to a second lifting cross-sliding machine 22, so that the second lifting cross-sliding machine 22 can conveniently convey the outer wall plate mould 3 to a mould conveying machine 21 from the inside of the steam curing line 1, the steam curing conveying roller way 11 is arranged inside the steam curing cover body 15, the temperature in the steam curing cover body 15 is too high after heating, and the machines are sleeved on the outer side of the steam curing cover body 15, so that the temperature is prevented from being too high, the normal work of the machines is prevented, the functions of protecting the machines are achieved, and the service lives of.

The steam curing cover body 15 is composed of a plurality of heat insulation boards, an air source heat pump is arranged on the inner wall of the steam curing cover body 15, the air source heat pump is in signal connection with the controller, when the steam curing cover is in actual use, workers can perform steam curing on the outer wall panel mold 3 in the steam curing cover body 15 by starting the air source heat pump through the controller, and therefore concrete products in the outer wall panel mold 3 are rapidly molded.

The steam-curing conveying roller way 11 comprises a first conveying roller way 111, a second conveying roller way 112, a third conveying roller way 113 and a first fixing frame 114, wherein the first conveying roller way 111, the second conveying roller way 112 and the third conveying roller way 113 are sequentially arranged from top to bottom, two sides of the first conveying roller way 111, the second conveying roller way 112 and the third conveying roller way 113 are fixed through the first fixing frame 114, one end of the first conveying roller way 111 is fixedly connected to a first lifting machine 13, the other end of the first conveying roller way penetrates through a second lifting machine 14 and is fixedly connected to a first lifting cross-sliding machine 12, one end of the third conveying roller way 113 is fixedly connected to a second lifting cross-sliding machine 14, the other end of the third conveying roller way penetrates through the first lifting machine 13 and is fixedly connected to a second lifting cross-sliding machine 22, the second conveying roller way 112 is fixedly connected between the first lifting machine 13 and the second lifting machine 14, the first conveying roller way 111, the second conveying roller way 112 and the third conveying, is economical and practical.

The steam-curing conveying roller way 11 further comprises a plurality of driving units 115, the driving units 115 are respectively and uniformly distributed above the first fixing frame 114, each driving unit 115 comprises a driving motor 1151, a driving chain 1152, a driving deflector 1153, a first fixing seat 1155 and a second fixing seat 1154, one end of each driving chain 1152 penetrates through the steam-curing cover body 15 to be connected to the driving motor 1151 in a transmission manner, the other end of each driving chain 1152 is connected to the first fixing seat 1155 in a transmission manner through the second fixing seat 1154 and the driving deflector 1153 in sequence, the first fixing seat 1155 and the second fixing seat 1154 are both fixedly connected to the first fixing frame 114, the driving motor 1151 is in signal connection with the controller, in the actual operation (assuming that the conveying direction of the external wall panel mold 3 is from right to left), when the external wall panel mold 3 is conveyed above the driving deflector 1153, the proximity switch above the deflector 1153 is driven to sense the external, the controller starts the driving motor 1511 to rotate anticlockwise, the driving motor 1151 rotates anticlockwise to drive the driving chain 1152 to rotate anticlockwise, the driving chain 1152 rotates anticlockwise to drive the driving rod 1153 to move rightwards, the driving rod 1153 moves rightwards to reach the right side of the external wall panel mould 3, the controller starts the driving motor 1511 to rotate clockwise to drive the driving rod 1153 to move leftwards, the driving rod 1153 moves leftwards to push the external wall panel mould 3 to move leftwards until the external wall panel mould 3 is pushed to the next position, so that the next cycle of work is carried out, when the next external wall panel mould 3 arrives, the driving rod 1153 pushes the external wall panel mould 3 to the position of the previous external wall panel mould 3, the previous external wall panel mould 3 is pushed to the next position, the number of the driving units 115 is at least 3, the driving units 115 not only provide power source for the whole steam curing line 1, economical and practical, but also avoided the whole outer wall plate mould 3 on the steam curing line 1 to pile up together to damage the shape of product, lead to evaporating to cure the effect not good.

A plurality of proximity switches that are used for responding to side fascia mould 3 of conveying roller 111 top, No. two conveying roller 112 tops and No. three conveying roller 113 top equipartitions, proximity switch signal connection to controller, when actual operation, proximity switch can sense the position of side fascia mould 3 through gravity, and pet signal transmission makes things convenient for the controller to carry out operation on next step.

The distributing structure 23 comprises a storage bin 231, a material conveying vehicle 232, a stirring station 233, a material distributing machine 234 and a lifting vibration table 235, the bottom of the stirring station 233 is communicated to the top of the material distributing machine 234, one side of the stirring station 233 is connected to the material conveying vehicle 232 through a conveyor belt, the storage bin 231 is arranged on the top of the material conveying vehicle 232, the bottom of the material distributing machine 234 is over against the external wallboard mold 3 above the mold conveyor 21, the lifting vibration table 235 is arranged on the bottom of the mold conveyor 21, the material distributing machine 234 and the lifting vibration table 235 are on the same plumb line, the hydraulic cylinder of the material conveying vehicle 232, the hydraulic cylinder of the stirring station 233, the hydraulic cylinder of the material distributing machine 234 and the air pump of the lifting vibration table 235 are all connected to a controller through signals, the material conveying vehicle 232, the stirring station 233, the material distributing machine 234 and the lifting vibration table 235 are all common machines in the existing production, the distributing structure 23 can not, and concrete product pouring in the external wall panel mould 3 is leveled evenly through the lifting type vibrating table 235 during pouring, and the surface of the concrete product in the external wall panel mould 3 is smoothed, so that manpower is saved, and the method is economical and practical.

The mould conveyer 21 top is provided with the depanning station, the drawing of patterns station, steel mould clearance station, compound die equipment station, spraying release agent station and vibration cloth station, and the depanning station, drawing of patterns station, steel mould clearance station, compound die equipment station and spraying release agent station all are equipped with a proximity switch, are equipped with a proximity switch on the vibration cloth station, and every station that arrives like this, the staff just can carry out the operation to the exterior wallboard mould 3.

The controller is a PLC, the type of the controller is S300 (Siemens), the structures of the first lifter 13 and the second lifter 14 are the same and are the prior art, the types of the first lifter and the second lifter are SJYO.5-4, the structures of the first lifter and the second lifter and the transverse shifter 22 are the same, the first lifter and the second lifter and the transverse shifter can be the existing mechanical parking equipment of lifting and transverse shifting type, the mold conveyor 21 is an existing stepping conveyor and is HD-B500, the types of all proximity switches are the same, the types of the proximity switches are Bi5-300M50-P1, the driving motor 1151 is a bevel gear speed reducing motor and is GR87-YE0.55-4P-247.61, and the type of the air source heat pump is WG-05H/S.

The working principle of the production line of the external wall panel of the light steel frame structure assembly type building is as follows:

when the outer wall panel mold 3 is used, a worker manually opens the controller, the controller starts the second lifting and transverse moving machine 22 and the mold conveyor 21, the second lifting and transverse moving machine 22 conveys the steamed outer wall panel mold 3 to the mold conveyor 21, the mold conveyor 21 conveys the outer wall panel mold 3 to a mold stripping station, and the first worker carries out disassembling operation on the outer wall panel mold 3; after the external wall panel die 3 is disassembled, stepping to the next demolding station, and taking out the finished external wall panel by a second worker; the empty external wall panel mould 3 is stepped to the next steel mould cleaning station, and a third worker cleans concrete residues adhered to the external wall panel mould 3; after the outer wallboard die 3 is cleaned, stepping to the next die assembly assembling station, and assembling, fastening and molding the cleaned outer wallboard die 3 by a fourth worker; the assembled external wall panel mold 3 is stepped to the next mold release agent spraying station, and a fifth worker sprays the mold release agent on the interior of the external wall panel mold 3 uniformly; the external wall panel mold 3 sprayed with the release agent is stepped to the next vibration material distribution station, a proximity switch is arranged on the vibration material distribution station, when the proximity switch senses the external wall panel mold 3, the proximity switch sends a signal to a controller, the controller simultaneously starts a lifting vibration table 235 and a material distributor 234, the lifting vibration table 235 is lifted to lift the external wall panel mold 3 and starts to vibrate, the material distributor 234 pours concrete into the external wall panel mold 3, the material distribution is stopped after the external wall panel mold 3 is fully poured, and the surface of a concrete product in the external wall panel mold 3 is polished; after pouring, the external wall panel mold 3 continues to step to the first lifting and transverse moving machine 12, when a second proximity switch of the first lifting and transverse moving machine 12 senses the external wall panel mold 3, the second proximity switch sends a signal to a controller, the controller starts the first lifting and transverse moving machine 12, and the first lifting and transverse moving machine 12 conveys the external wall panel mold 3 to a first conveying roller table 111 for steam curing; the exterior wall panel mold 3 is driven rightwards along with the first conveying roller way 111, when the exterior wall panel mold 3 is conveyed to the first lifter 13, when a third proximity switch of the first lifter 13 senses the exterior wall panel mold 3, the third proximity switch sends a signal to the controller, the controller starts the first lifter 13, the first lifter 13 drives the exterior wall panel mold 3 to descend to the second conveying roller way 112, the exterior wall panel mold 3 is driven leftwards along with the second conveying roller way 112, when the exterior wall panel mold 3 is conveyed to the second lifter 14, when a fourth proximity switch of the second lifter 14 senses the exterior wall panel mold 3, the fourth proximity switch sends a signal to the controller, the controller starts the second lifter 14, the second lifter 14 drives the exterior wall panel mold 3 to descend to the third conveying roller way 113 along with the exterior wall panel mold 3, the exterior wall panel mold 3 is driven rightwards along with the third conveying roller way 113, when the proximity switch above the first conveying roller way 111, the second proximity switch, When the proximity switches above the second conveying roller way 112 and the proximity switches above the third conveying roller way 113 sense all the external wall panel molds 3 (when each proximity switch senses that the corresponding conveying roller way reaches a preset position, the proximity switches transmit signals to the controller in time), namely after the external wall panel molds 3 on the whole steam curing conveying roller way 11 are fully distributed, the proximity switches of the three conveying roller ways transmit the signals to the controller, the controller controls the steam curing conveying roller way 11, the first lifting cross-sliding machine 12, the first lifting machine 13, the second lifting machine 14, the mold conveyor 21 and the second lifting cross-sliding machine 22 to stop working, and starts the air source heat pump, and the air source heat pump starts to perform steam curing on the external wall panel molds 3 to enable concrete products in the external wall panel molds 3 to be molded quickly; when the steam curing of the external wall panel mold 3 reaches the time required by the actual setting, the controller closes the air source heat pump, and starts the third conveying roller way 113, the external wall panel mold 3 is conveyed to the outer side of the steam curing line 1 along with the third conveying roller way 113, and the external wall panel mold 3 is conveyed to the pouring line 2 through the second lifting and traversing machine 22 to carry out the next cycle of work.

After the concrete in the distributing machine 234 is used up, the worker puts cement, gravel and the like into the material transporting vehicle 232 through the storage bin 231 according to a quantitative ratio, the material transporting vehicle 232 moves upwards to put the sand and stone materials inside into the stirring station 233 together, the worker adds water and additives according to the ratio and then stirs the materials, the materials are evenly stirred and then put into the distributing machine 234, and the distributing machine 234 pours the concrete into the outer wall panel mold 3 right below the distributing machine 234 until the concrete in the distributing machine 234 is used up again.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (8)

1. The utility model provides an external wall panel production line of light steel frame construction assembly type structure which characterized in that: the production line comprises a steam curing line (1) and a pouring line (2), wherein the steam curing line (1) comprises a steam curing conveying roller way (11), a first lifting cross-sliding machine (12), a first lifting machine (13) and a second lifting machine (14), the pouring line (2) comprises a mold conveying machine (21), a second lifting cross-sliding machine (22) and a material distribution structure (23), the steam curing conveying roller way (11) and the mold conveying machine (21) are arranged in parallel, the height of the steam curing conveying roller way (11) is higher than that of the mold conveying machine (21), the steam curing conveying roller way (11), the first lifting cross-sliding machine (12), the mold conveying machine (21) and the second lifting cross-sliding machine (22) are sequentially connected end to end, the first lifting machine (13) and the second lifting machine (14) are installed on the steam curing conveying roller way (11), the material distribution structure (23) is installed above the mold conveying machine (21), and the mold conveying machine (21) is used for conveying a plate mold (3), the driving motor (1151) of the steam-curing conveying roller way (11), the motor of the first lifting cross sliding machine (12), the motor of the first lifting machine (13), the motor of the second lifting machine (14), the motor of the mold conveying machine (21), the motor of the second lifting cross sliding machine (22) and the hydraulic cylinder of the cloth structure (23) are connected to the controller in a signal mode.

2. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 1, wherein: the steam-curing line (1) further comprises a steam-curing cover body (15), one end of the steam-curing cover body (15) penetrates through the second lifter (14) and is fixedly communicated to the first lifting cross-sliding machine (12), the other end of the steam-curing cover body penetrates through the first lifter (13) and is fixedly communicated to the second lifting cross-sliding machine (22), and a steam-curing conveying roller way (11) is installed inside the steam-curing cover body (15).

3. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 2, wherein: the steam curing cover body (15) is composed of a plurality of insulation boards, an air source heat pump is arranged on the inner wall of the steam curing cover body (15), and the air source heat pump is connected to the controller in a signal mode.

4. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 2, wherein: steam-curing transfer table (11) includes a transfer table (111), No. two transfer table (112), No. three transfer table (113) and mount (114), a transfer table (111), No. two transfer table (112) and No. three transfer table (113) from last to setting gradually down, and both sides are all fixed through mount (114), the one end fixed connection of a transfer table (111) is to lift (13), the other end passes No. two lift (14) fixed connection to a lift sideslip machine (12), the one end fixed connection of No. three transfer table (113) is to No. two lift (14), the other end passes a lift (13) fixed connection to No. two lift sideslip machines (22), fixed connection No. two transfer table (112) between a lift (13) and No. two lift (14).

5. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 4, wherein: the steam-curing conveying roller way (11) further comprises a plurality of driving units (115), the driving units (115) are respectively and uniformly distributed above the first fixing frame (114), each driving unit (115) comprises a driving chain (1152), a driving rod (1153), a first fixing seat (1155) and a second fixing seat (1154), one end of each driving chain (1152) penetrates through the steam-curing cover body (15) to be connected to the driving motor (1151) in a transmission mode, the other end of each driving chain (1154) sequentially passes through the second fixing seat (1154), the driving rod (1153) is connected to the first fixing seat (1155) in a transmission mode, the first fixing seat (1155) and the second fixing seat (1154) are both fixedly connected to the first fixing frame (114), and the driving motor (1151) is connected to the.

6. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 5, wherein: the number of the driving units (115) is at least 3.

7. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 4, wherein: a plurality of proximity switches used for sensing the outer wall plate die (3) are uniformly distributed above the first conveying roller way (111), the second conveying roller way (112) and the third conveying roller way (113), and signals of the proximity switches are connected to a controller.

8. The production line of the external wall panel of the light steel frame structure fabricated building as claimed in claim 1, wherein: the distributing structure (23) comprises a storage bin (231), a material conveying vehicle (232), a stirring station (233), a material distributing machine (234) and a lifting type vibration table (235), the bottom of the stirring station (233) is communicated to the top of the material distributing machine (234), one side of the stirring station (233) is connected to the material conveying vehicle (232) through a conveying belt, the top of the material conveying vehicle (232) is provided with the storage bin (231), the bottom of the material distributing machine (234) is just opposite to an outer wall plate mold above the mold conveyor (21), the bottom of the mold conveyor (21) is provided with the lifting type vibration table (235), the material distributing machine (234) and the lifting type vibration table (235) are on the same plumb line, a hydraulic cylinder of the material conveying vehicle (232), a hydraulic cylinder of the stirring station (233), a hydraulic cylinder of the material distributing machine (234) and an air pump of the lifting type vibration table (235) are all.

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