CN105645057A

CN105645057A - Prefabricated part production and transportation system

Info

Publication number: CN105645057A
Application number: CN201610066832.2A
Authority: CN
Inventors: 俞大有; 彭海辉
Original assignee: China Minsheng Zhuyou Co Ltd
Current assignee: China Minsheng Zhuyou Co Ltd
Priority date: 2016-01-29
Filing date: 2016-01-29
Publication date: 2016-06-08

Abstract

The invention provides a prefabricated part production and transportation system. The prefabricated part production and transportation system comprises at least one prefabricated part production and transportation line. Each prefabricated part production and transportation line comprises a prefabricated part transportation trolley, a prefabricated part hoisting trolley and a walking rail, wherein the prefabricated part transportation trolley and the prefabricated part hoisting trolley run on the walking rail, the prefabricated part transportation trolley is used for transporting prefabricated parts, and the prefabricated part hoisting trolley is used for hoisting the prefabricated parts to the prefabricated part transportation trolley. Each prefabricated part transportation trolley comprises a bearing device and a first walking mechanism, wherein the first walking mechanism is arranged at the bottom of the bearing device and comprises a first drive device and at least two sets of walking wheels, the first drive device drives at least one set of walking wheels to move, and a hoisting device rail is arranged on the top of the bearing device. In this way, the hoisting and transporting time is shortened, and the area occupied by a production line is saved.

Description

A kind of preform production transportation system

Technical field

The present invention relates to construction engineering technical field, particularly to a kind of preform production transportation system.

Background technology

Along with the development of building trade, current various precast concretes have been widely used in various building. Current prefabricated components production and transport system adopts production line, component conveying line and reinforcing bar transport mode separately mostly. The feature of this prefabricated components production and transport system is: will arrange 4 production lines in a standdle carrier, and at production line intermediate layout component conveying railway line, be transferred to stockyard for component. The advantage of this prefabricated components production and transport system is: layout is relatively easy, manages relatively easy. But existing and produce interval floor space relatively greatly, prefabricated part hanging needs to stride across material flow line, production line, the problems such as the lifting time is longer. Therefore, design and a kind of lift efficiency height, preform production transportation system that floor space is little, become those skilled in the art and be badly in need of solving the technical problem that.

Summary of the invention

Present invention solves the technical problem that and be: providing a kind of preform production transportation system, it can improve the lifting efficiency of prefabricated component, saves place area occupied.

The solution of the present invention is achieved in that a kind of preform production transportation system, including at least one preform production supply line, described preform production supply line includes prefabricated component travelling bogie, prefabricated component lifting trolley and walking track, described prefabricated component travelling bogie and prefabricated component lifting trolley run on described walking track, described prefabricated component travelling bogie is for the transport of prefabricated component, and described prefabricated component lifting trolley is for by prefabricated component handling to described prefabricated component travelling bogie; Described prefabricated component travelling bogie, including bogey and the first walking mechanism, described first walking mechanism is arranged on the bottom of bogey, described first walking mechanism, including the first driving device and at least two group road wheels, described first driving device drives one group of road wheel motion of at least a part of which; The top of described bogey is provided with boom hoisting track.So, described preform production supply line includes prefabricated component travelling bogie, prefabricated component lifting trolley and walking track, described prefabricated component travelling bogie and prefabricated component lifting trolley run on described walking track, prefabricated component lifting trolley is for by prefabricated component handling to described prefabricated component travelling bogie, prefabricated component travelling bogie and prefabricated component lifting trolley run on same track, decrease the lifting transhipment time, save production line place area occupied, production line is integrated conllinear with material flow line simultaneously, not only solve material line floor space problem, and can also avoid occur material report to the leadship after accomplishing a task blocking problem. additionally, after the top of bogey is provided with boom hoisting track, boom hoisting can move forward and backward along the track on bogey top, boom hoisting is not take up bogey surrounding space, improves the utilization rate in place, is conducive to prefabricated component to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight so that it is will not rocking swing in lifting, transportation, stability is better. in addition, prefabricated component lifting trolley only takes up walking track width or the width slightly wider than walking track, compared with traditional purlin car lifting, in the place of same homalographic, at least can improve the production line of 50 percent production capacity, the utilization rate in place is greatly improved, is conducive to prefabricated component to be lifted on prefabricated component travelling bogie.

Another technical scheme of the present invention is in that on above-mentioned basis, and described bogey includes two longitudinal bracing framves and at least two cross-brace framves, and the two ends of described cross-brace frame are connected with described two longitudinal bracing framves respectively. So, two longitudinal bracing framves and at least two cross-brace framves are included when bogey, when the two ends of described cross-brace frame are connected with described two longitudinal bracing framves respectively, after prefabricated component is lifted and is placed on bogey by boom hoisting, contacting between prefabricated component with bogey is linear contact lay, not only save weight and the material of bogey, also can lay according to its force way, effectively prevent prefabricated component from fractureing damage.

Another technical scheme of the present invention is in that on above-mentioned basis, and described road wheel is arranged on the bottom of described longitudinal bracing frame. So, when road wheel is arranged on the bottom of described longitudinal bracing frame, the load of bogey and prefabricated component can be handed on road wheel by straight-line transmitting, decreases the moment of torsion of road wheel wheel shaft, can prevent its deformed damaged under big load effect.

Another technical scheme of the present invention is in that on above-mentioned basis, and described cross-brace frame is arch or trapezoidal. So, when cross-brace frame be arch or trapezoidal time, its arch or trapezoidal bottom are reserved with certain space, and such prefabricated component travelling bogie is in running, it is possible to directly stride across from prefabricated component.

Another technical scheme of the present invention is in that on above-mentioned basis, and described bogey is provided with adjustment device, and described adjustment device is for regulating the length of bogey. So, when bogey is provided with adjustment device, when described adjustment device is used for the length regulating bogey, for the different length size of prefabricated component, it is possible to adapt with it by adjusting the length of bogey, facilitate application.

Another technical scheme of the present invention is in that on above-mentioned basis, described adjustment device is the sliding rail being arranged on described longitudinal bracing frame, described cross-brace frame is slidably connected by sliding rail and described longitudinal bracing frame, and described sliding rail is arranged on the inner side of longitudinal bracing frame relative to described boom hoisting track. So, being regulated by sliding rail, easy to operate simple, the amplitude of accommodation is easily controlled, and is conducive to improving the security reliability of prefabricated component travelling bogie.

Another technical scheme of the present invention is in that on above-mentioned basis, and described adjustment device is the multiple locating grooves being arranged on described longitudinal bracing frame, and described cross-brace frame is connected with described longitudinal bracing frame by locating groove.So, when regulating device is the multiple locating grooves being arranged on described longitudinal bracing frame, when described cross-brace frame is connected with described longitudinal bracing frame by locating groove, fixed with cross-brace frame location by locating groove, easy to operate simple, be conducive to improving the security reliability of prefabricated component travelling bogie.

Another technical scheme of the present invention is in that on above-mentioned basis, and at least one end of described longitudinal bracing frame is provided with alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of longitudinal bracing frame after, prefabricated component travelling bogie can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component travelling bogie and the docking of boom hoisting platform are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

Another technical scheme of the present invention is in that on above-mentioned basis, and described first driving device is for driving motor or drive motor; Or described road wheel is track rolling wheel or pneumatic tire. So, when the first driving device is for driving motor or drive motor, prefabricated component travelling bogie controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; Described road wheel is track rolling wheel or pneumatic tire, then can select road wheel according to practical situation, it is possible to relatively easily meet the application in various different place.

Another technical scheme of the present invention is in that on above-mentioned basis, and the end of described carrying platform is additionally provided with partition deployment mechanism, and described partition deployment mechanism is used for depositing preform production line and cuts off. So, after the end of bogey is additionally provided with partition deployment mechanism, in preform production process, travelling bogie can be passed through and cut off deployment mechanism by the transport of reinforcing bar, reinforced mesh, reinforcing bar or steel skeleton to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

Another technical scheme of the present invention is in that on above-mentioned basis, described prefabricated component lifting trolley includes hanging apparatus and the second walking mechanism, described second walking mechanism is arranged on the bottom of hanging apparatus, described hanging apparatus, including mast-up and hook assembly, described mast-up is cantilever design, and described hook assembly can move on the cantilever of described mast-up; Described second walking mechanism, lifts road wheel including the second driving device and at least two groups, and described driving device drives at least a part of which one group lifting road wheel motion. So, above-mentioned cantilevered prefabricated component lifting trolley is adopted to carry out hoisting prefabricated part, have the advantage that compared with traditional driving or crane loading, sling height is low, range ability is little, simple to operate flexible and low power consumption and other advantages, simultaneously, adopt the self-propelled wheel-type mode operation across production line both sides, its work flow is short, particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component does not have and significantly swings, and can prevent lifting trolley from toppling, drastically increase the security performance of operation.

Another technical scheme of the present invention is in that on above-mentioned basis, and described mast-up top is cantilever shalving, and described cantilever shalving is provided with ceiling mounted tracks, and described hook assembly moves on described ceiling mounted tracks. So, mast-up being provided with ceiling mounted tracks, described hook assembly moves on ceiling mounted tracks on described, good stability during boom hoisting hoisting prefabricated part, will not wave and topple, fully ensure that the safety of operation. Simultaneously as described mast-up top is cantilever shalving, the scope of movement can more than the width bottom mast-up on cantilever shalving for such hook assembly, it is possible to achieve when not moving bottom mast-up, carries out cantilever lifting, improves lifting efficiency.

Another technical scheme of the present invention is in that, on above-mentioned basis, described lifting road wheel is arranged on the bottom of described mast-up.So, when road wheel is arranged on the bottom of described mast-up, lifting trolley center of gravity is low, and it is along the lifting of production line direction and the operating type of movement so that it is in operation process, prefabricated component does not have and significantly swings, can prevent lifting trolley from toppling, improve the security performance of operation.

Another technical scheme of the present invention is in that on above-mentioned basis, and the one end bottom described hanging apparatus is provided with built-in fitting placement mechanism, and described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; Or at least side bottom described hanging apparatus is provided with limit mould fixed mechanism, described limit mould fixed mechanism picks and places for limit mould. So, in preform production process, lifting trolley can be passed through reinforcing bar, reinforced mesh, reinforcing bar, steel skeleton or limit mould are transported to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

Another technical scheme of the present invention is in that on above-mentioned basis, and described mast-up is inverted trapezoidal structure, and the skeleton that described mast-up is additionally provided with buttress brace, described buttress brace and mast-up forms multiple triangular structure. So, when mast-up is inverted trapezoidal structure, described mast-up is additionally provided with buttress brace, when the skeleton of described buttress brace and mast-up forms multiple triangular structure, significantly increase the stroke of boom hoisting so that it is lifting amplitude expanded, be conducive to the prefabricated component of lifting ultra-wide, overlength; Further, triangular structure has very excellent stability so that it is be unlikely to deform in hoisting process.

Another technical scheme of the present invention is in that on above-mentioned basis, and bottom or the side of described mast-up are provided with counterweight device for hoisting. So, when the bottom of mast-up or side are provided with counterweight device for hoisting, pass through counterweight so that the single-piece lifting weight of lifting trolley is greatly improved, meanwhile, its operation amplitude, operation span and the speed of service, stability and safety have also been obtained further reinforcement.

Another technical scheme of the present invention is in that on above-mentioned basis, and described hook assembly includes suspension hook, lifting rope and motor, and described motor drives suspension hook to move up and down by lifting rope. So, when adopting motor as lifting power machine structure, hoisting prefabricated part controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative.

Another technical scheme of the present invention is in that on above-mentioned basis, and described hook assembly includes two suspension hooks and two motors, and said two suspension hook interval is arranged, two motors individually drive two suspension hooks to move up and down; Or described hook assembly includes two suspension hooks and a motor, said two suspension hook interval is arranged, described motor drives two suspension hooks to move up and down. So, suspension hook interval is adopted to arrange, when hoisting prefabricated part, can lift by flat condition, improve the translation stability of lifting trolley, be particularly prone to flat board and pile up, plate body is made to be not easily susceptible to damage, and so that the relatively low height of lifting of prefabricated component and Liftable complete.

Another technical scheme of the present invention is in that on above-mentioned basis, and at least one end of the bottom of described mast-up is provided with alignment pin or hole, location, described prefabricated component travelling bogie and prefabricated component lifting trolley and is fixed by alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of the bottom of mast-up after, prefabricated component travelling bogie and prefabricated component lifting trolley are fixed by alignment pin or hole, location, prefabricated component lifting trolley can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component lifting trolley and the docking of prefabricated component travelling bogie are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

Another technical scheme of the present invention is in that on above-mentioned basis, and described second driving device is for driving motor or drive motor; Or described lifting road wheel is track rolling wheel or pneumatic tire. So, described second driving device is for driving motor or drive motor; Prefabricated component lifting trolley controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; When described lifting road wheel is track rolling wheel or pneumatic tire, then can select lifting road wheel according to practical situation, it is possible to relatively easily meet the application in various different place.

Another technical scheme of the present invention is in that on above-mentioned basis, described prefabricated component lifting trolley includes travelling platform and hanging apparatus, described travelling platform is arranged on the bottom of hanging apparatus, described travelling platform includes two longitudinal mobile roof supports, the second driving device and at least two groups lifting road wheel, described second driving device drives at least a part of which one group lifting road wheel motion, and described lifting road wheel is arranged on the bottom of described longitudinal mobile roof support; Described hanging apparatus includes mast-up and hook assembly, described hook assembly is arranged on the top of described mast-up, the bottom of described mast-up is provided with lifting walking mechanism, described lifting walking mechanism can be moved by relatively described travelling platform, after described prefabricated component travelling bogie and prefabricated component lifting trolley dock and fix, described lifting walking mechanism can move along described boom hoisting track. So, above-mentioned prefabricated component lifting trolley is adopted to carry out hoisting prefabricated part, have the advantage that compared with traditional driving or crane loading, sling height is low, range ability is little, simple to operate flexible and low power consumption and other advantages, so, adopt the self-propelled wheel-type mode operation across production line both sides, its work flow is short, particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component will not produce significantly to swing, and can prevent lifting trolley from toppling, drastically increase the security performance of operation. And, lifting walking mechanism can be moved by relatively described travelling platform, hanging apparatus is not take up bogey surrounding space, improve the utilization rate in place, prefabricated component is conducive to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight, making it will not rock swing in lifting, transportation, stability is better. And, lifting walking mechanism can be moved by relatively described travelling platform, hanging apparatus is not take up bogey surrounding space, improve the utilization rate in place, prefabricated component is conducive to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight, making it will not rock swing in lifting, transportation, stability is better.

Another technical scheme of the present invention is in that on above-mentioned basis, and described mast-up is door type or triangular structure. So, when mast-up is door type or triangular structure, triangular structure has very excellent stability so that it is be unlikely to deform in hoisting process.

Another technical scheme of the present invention is in that on above-mentioned basis, and the one end bottom described hanging apparatus is provided with built-in fitting placement mechanism, and described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; And/or, at least side bottom described hanging apparatus is provided with limit mould fixed mechanism, and described limit mould fixed mechanism is for the transhipment of limit mould.So, in preform production process, lifting trolley can be passed through reinforcing bar, reinforced mesh, reinforcing bar, steel skeleton or limit mould are transported to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

Another technical scheme of the present invention is in that on above-mentioned basis, and two described longitudinal mobile roof supports are connected by least one vertical door-shaped frame, and described door-shaped frame is higher than mast-up. So, adopt door-shaped frame to connect as mobile roof support, the stability in the large of prefabricated component lifting trolley can be improved, it is prevented that it is deformed damaged in hoisting process.

Another technical scheme of the present invention is in that on above-mentioned basis, and described longitudinally walking frame upper is provided with boom hoisting track, and described lifting walking mechanism moves along described upper boom hoisting track. So, when longitudinally walking frame upper is provided with upper boom hoisting track, described lifting walking mechanism moves along described upper boom hoisting track, in the process of hoisting prefabricated part, after prefabricated component is lifted by boom hoisting, can be moved to carrying platform by track, particularly it is along the lifting of production line direction and the operating type of movement so that it is in operation process, prefabricated component does not have and significantly swings, can prevent lifting trolley from toppling, drastically increase the security performance of operation.

Another technical scheme of the present invention is in that on above-mentioned basis, and described lifting walking mechanism is track rolling wheel. So, lifting walking mechanism is track rolling wheel, and reducible doing up is hung walking mechanism and moved forward and backward in orbit, it is not necessary to considers that the situation of direction skew occurs, reduces operation easier, improve safety.

Another technical scheme of the present invention is in that on above-mentioned basis, and at least one end of the bottom of described mast-up is provided with alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of the bottom of mast-up after, prefabricated component lifting trolley can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component lifting trolley and the docking of prefabricated component travelling bogie are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

Another technical scheme of the present invention is in that on above-mentioned basis, and described second driving device is for driving motor or drive motor; Or described lifting road wheel is track rolling wheel or pneumatic tire. So, when the second driving device is for driving motor or drive motor, prefabricated component lifting trolley controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; Described lifting road wheel is track rolling wheel or pneumatic tire, then can select road wheel according to practical situation, it is possible to relatively easily meet the application in various different place.

Another technical scheme of the present invention is in that on above-mentioned basis, and described preform production supply line also includes preform production platform film, and described preform production platform film is arranged in walking track.So, produce relative to topotype, adopt platform molding to make prefabricated component, there is mold clean, maintenance and easy to control, preform production platform film is arranged in walking track, prefabricated component lifting trolley and the mode operation across production line both sides of the prefabricated component travelling bogie, its work flow is short, and particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component does not have and significantly swings, and can prevent lifting trolley from toppling, drastically increase the security performance of operation; And prefabricated component lifting trolley is sling after prefabricated component, the relative prefabricated component lifting trolley of prefabricated component and prefabricated component travelling bogie do axis and move in parallel, and will not produce significantly to rotate to wave, improve the stability of system.

Another technical scheme of the present invention is in that on above-mentioned basis, and described preform production transportation system includes more than two preform production supply lines, and between described preform production supply line, spacing parallel arranging is arranged or continuous and parallel layout. So, prefabricated component lifting trolley only takes up walking track width or the width slightly wider than walking track, compared with traditional purlin car lifting, in the place of same homalographic, at least can improve the production line of 50 percent production capacity, the utilization rate in place is greatly improved, prefabricated component is conducive to be lifted on prefabricated component travelling bogie, and, prefabricated component lifting trolley is sling after prefabricated component, prefabricated component may also operate as the effect of counterweight so that it is will not rocking swing in lifting, transportation, stability is better.

Another technical scheme of the present invention is in that on above-mentioned basis, article at least two, at least one end of adjacent described preform production supply line is provided with ferry-boat track, described ferry-boat track is provided with ferry-boat dolly, described prefabricated component travelling bogie and/or prefabricated component lifting trolley and carries out orbital transfer by dolly of ferrying. So, at least one end of at least two adjacent described preform production supply lines is provided with ferry-boat track, described ferry-boat track is provided with ferry-boat dolly, described prefabricated component travelling bogie and/or prefabricated component lifting trolley carry out orbital transfer by dolly of ferrying, prefabricated component travelling bogie and/or prefabricated component lifting trolley is made to carry out track Fast transforms by dolly of ferrying, improve prefabricated component travelling bogie and the utilization rate of prefabricated component lifting trolley, reduce equipment cost. Simultaneously, it is possible to achieve a plurality of preform production supply line shares a prefabricated component travelling bogie and prefabricated component lifting trolley, reduce further equipment cost.

Another technical scheme of the present invention is in that on above-mentioned basis, and the upper surface of described ferry-boat dolly is provided with transhipment track, described transhipment track and walking track under predetermined state, the two end part aligning connecting and connecting. So, when the upper surface of ferry-boat dolly is provided with transhipment track, described transhipment track and walking track are under predetermined state, the two end part aligning connecting and connecting, prefabricated component travelling bogie and/or prefabricated component lifting trolley can directly be moved to ferry-boat dolly by conveying track, described prefabricated component travelling bogie and/or prefabricated component lifting trolley are locked on ferry-boat dolly in ferry-boat process, it is achieved smooth transition, have fully ensured that the safety of production operation.

Accompanying drawing explanation

The accompanying drawing constituting the part of the present invention is used for providing a further understanding of the present invention, and the schematic description and description of the present invention is used for explaining the present invention, is not intended that inappropriate limitation of the present invention.

Fig. 1 is the structure chart of the preform production supply line in the preform production transportation system involved by a kind of embodiment of this technology;

Fig. 2 is the structure chart of the preform production transportation system involved by this technology another embodiment;

Fig. 3 is the front view of a kind of embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Fig. 1;

Fig. 4 is the side view of a kind of embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Fig. 1;

Fig. 5 is the B place partial enlarged drawing of prefabricated component lifting trolley shown in Fig. 4;

Fig. 6 is the front view of the another embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Fig. 2;

Fig. 7 is the side view of the another embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Fig. 2;

Fig. 8 is the front view of another embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Fig. 2;

Fig. 9 is the structure chart of a kind of embodiment of the prefabricated component travelling bogie in preform production transportation system shown in Fig. 1;

Figure 10 is the local structural graph of the another embodiment of the prefabricated component travelling bogie in preform production transportation system shown in Fig. 1;

Figure 11 is the front view of the preform production transportation system involved by this technology another embodiment;

Figure 12 is the front view of the another embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Figure 11;

Figure 13 is the side view of a kind of embodiment of the prefabricated component lifting trolley in preform production transportation system shown in Figure 11;

Figure 14 is the topology view of the preform production transportation system involved by this technology another embodiment.

In figure:

1 hanging apparatus 11 mast-up 12 hook assembly

13 buttress brace 14 ceiling mounted tracks 20 second walking mechanisms

2 travelling platform 21 second driving devices 22 lift road wheel

23 longitudinal mobile roof supports 24 lift by crane boom hoisting track in walking mechanism 221

3 door-shaped frames

101 cross-brace frame 102 longitudinal bracing frame 103 first driving devices

104 road wheel 105 boom hoisting track 106 sliding rails

107 cut off deployment mechanism

100 preform production supply line 200 preform production platform films

Track transported by 300 ferry-boat tracks 400 dollies 500 of ferrying

Detailed description of the invention

Describing the present invention below in conjunction with accompanying drawing, the description of this part is only exemplary and explanatory, and protection scope of the present invention should not have any restriction effect. Additionally, the description that those skilled in the art are according to presents, it is possible to the feature in embodiment in presents and in different embodiment is carried out respective combination.

The embodiment of the present invention is as follows, refer to Fig. 1 to Figure 13, a kind of preform production transportation system, it is particularly useful for the production and transport of prestressed slab, including a preform production supply line, described preform production supply line includes prefabricated component travelling bogie, prefabricated component lifting trolley and walking track, described prefabricated component travelling bogie and prefabricated component lifting trolley run on described walking track, described prefabricated component travelling bogie is for the transport of prefabricated component, and described prefabricated component lifting trolley is for by prefabricated component handling to described prefabricated component travelling bogie; Described prefabricated component travelling bogie, including bogey and the first walking mechanism, described first walking mechanism is arranged on the bottom of bogey, described first walking mechanism, including the first driving device 103 and at least two group road wheels 104, described first driving device 103 drives one group of road wheel 104 of at least a part of which to move;The top of described bogey is provided with boom hoisting track 105. so, described preform production supply line includes prefabricated component travelling bogie, prefabricated component lifting trolley and walking track, described prefabricated component travelling bogie and prefabricated component lifting trolley run on described walking track, prefabricated component lifting trolley is for by prefabricated component handling to described prefabricated component travelling bogie, prefabricated component travelling bogie and prefabricated component lifting trolley run on same track, decrease the lifting transhipment time, save production line place area occupied, production line is integrated conllinear with material flow line simultaneously, not only solve material line floor space problem, and can also avoid occur material report to the leadship after accomplishing a task blocking problem. additionally, after the top of bogey is provided with boom hoisting track 105, boom hoisting can move forward and backward along the track on bogey top, boom hoisting is not take up bogey surrounding space, improves the utilization rate in place, is conducive to prefabricated component to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight so that it is will not rocking swing in lifting, transportation, stability is better. in addition, prefabricated component lifting trolley only takes up walking track width or the width slightly wider than walking track, compared with traditional purlin car lifting, in the place of same homalographic, at least can improve the production line of 50 percent production capacity, the utilization rate in place is greatly improved, is conducive to prefabricated component to be lifted on prefabricated component travelling bogie.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 1, Figure 2, shown in Fig. 9 and Figure 10, described bogey can include two longitudinal bracing framves 102 and at least two cross-brace framves 101, and the two ends of described cross-brace frame 101 are connected with described two longitudinal bracing framves 102 respectively. So, two longitudinal bracing framves 102 and at least two cross-brace framves 101 are included when bogey, when the two ends of described cross-brace frame 101 are connected with described two longitudinal bracing framves 102 respectively, after prefabricated component is lifted and is placed on bogey by boom hoisting, contacting between prefabricated component with bogey is linear contact lay, not only save weight and the material of bogey, also can lay according to its force way, effectively prevent prefabricated component from fractureing damage.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 1, Figure 2, shown in Fig. 9 and Figure 10, described road wheel 104 can be arranged on the bottom of described longitudinal bracing frame 102. So, when road wheel 104 is arranged on the bottom of described longitudinal bracing frame 102, the load of bogey and prefabricated component can be handed on road wheel by straight-line transmitting, decreases the moment of torsion of road wheel wheel shaft, can prevent its deformed damaged under big load effect.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 1, Figure 2 with shown in Fig. 9, described cross-brace frame 101 can be arch or trapezoidal. So, when cross-brace frame 101 be arch or trapezoidal time, its arch or trapezoidal bottom are reserved with certain space, and such prefabricated component travelling bogie is in running, it is possible to directly stride across from prefabricated component.

On the basis of above-described embodiment, in another embodiment of the present invention, described bogey being provided with adjustment device, described adjustment device is for regulating the length of bogey. So, when bogey is provided with adjustment device, when described adjustment device is used for the length regulating bogey, for the different length size of prefabricated component, it is possible to adapt with it by adjusting the length of bogey, facilitate application.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Fig. 1 and Fig. 9, described adjustment device can be the sliding rail 106 being arranged on described longitudinal bracing frame 102, described cross-brace frame 101 is slidably connected by sliding rail 106 and described longitudinal bracing frame 102, and described sliding rail 106 is arranged on the inner side of longitudinal bracing frame 102 relative to described boom hoisting track 105.So, being regulated by sliding rail 106, easy to operate simple, the amplitude of accommodation is easily controlled, and is conducive to improving the security reliability of prefabricated component travelling bogie.

On the basis of above-described embodiment, in another embodiment of the present invention, described adjustment device is the multiple locating grooves being arranged on described longitudinal bracing frame 102, and described cross-brace frame 101 is connected with described longitudinal bracing frame 102 by locating groove. So, when regulating device is the multiple locating grooves being arranged on described longitudinal bracing frame 102, when described cross-brace frame 101 is connected with described longitudinal bracing frame 102 by locating groove, fixed with cross-brace frame 101 location by locating groove, easy to operate simple, be conducive to improving the security reliability of prefabricated component travelling bogie.

On the basis of above-described embodiment, in another embodiment of the present invention, at least one end of described longitudinal bracing frame 102 can be provided with alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of longitudinal bracing frame 102 after, prefabricated component travelling bogie can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component travelling bogie and the docking of boom hoisting platform are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

On the basis of above-described embodiment, in another embodiment of the present invention, described first driving device 103 can be drive motor or drive motor; Or described road wheel 104 is track rolling wheel or pneumatic tire. So, when the first driving device 103 is for driving motor or drive motor, prefabricated component travelling bogie controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; Described road wheel 104 is track rolling wheel or pneumatic tire, then can select road wheel according to practical situation, it is possible to relatively easily meet the application in various different place.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 10, the end of described carrying platform is also provided with cutting off deployment mechanism 107, and described partition deployment mechanism 107 is used for depositing preform production line and cuts off. So, after the end of bogey is additionally provided with partition deployment mechanism 107, in preform production process, travelling bogie can be passed through and cut off deployment mechanism 107 by the transport of reinforcing bar, reinforced mesh, reinforcing bar or steel skeleton to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

On the basis of above-described embodiment, in another embodiment of the present invention, as is illustrated by figs. 11 and 12, described prefabricated component lifting trolley can include hanging apparatus 1 and the second walking mechanism 20, described second walking mechanism 20 is arranged on the bottom of hanging apparatus 1, and described hanging apparatus 1, including mast-up 11 and hook assembly 12, described mast-up 11 is cantilever design, and described hook assembly 12 can move on the cantilever of described mast-up 11; Described cantilever can be provided with ceiling mounted tracks 14, described hook assembly 12 runs on ceiling mounted tracks 14, described second walking mechanism 20, lifts road wheel 22 including the second driving device 21 and at least two groups, and described driving device drives at least a part of which one group lifting road wheel 22 to move.So, above-mentioned cantilevered prefabricated component lifting trolley is adopted to carry out hoisting prefabricated part, have the advantage that compared with traditional driving or crane loading, sling height is low, range ability is little, simple to operate flexible and low power consumption and other advantages, simultaneously, adopt the self-propelled wheel-type mode operation across production line both sides, its work flow is short, particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component does not have and significantly swings, and can prevent lifting trolley from toppling, drastically increase the security performance of operation.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 11, Figure 12 and Figure 13, described mast-up 11 top can be cantilever shalving, and described cantilever shalving is provided with ceiling mounted tracks 14, and described hook assembly 12 moves on described ceiling mounted tracks 14. So, mast-up 11 being provided with ceiling mounted tracks 14, described hook assembly 12 moves on described ceiling mounted tracks 14, good stability during boom hoisting hoisting prefabricated part, will not wave and topple, and has fully ensured that the safety of operation. Simultaneously as described mast-up 11 top is cantilever shalving, the scope of movement can more than the width bottom mast-up 11 on cantilever shalving for such hook assembly 12, it is possible to achieve when not moving bottom mast-up 11, carries out cantilever lifting, improves lifting efficiency.

On the basis of above-described embodiment, in another embodiment of the present invention, as is illustrated by figs. 11 and 12, described lifting road wheel 22 can be arranged on the bottom of described mast-up 11. So, when lifting the bottom that road wheel is arranged on described mast-up 11, lifting trolley center of gravity is low, and it is along the lifting of production line direction and the operating type of movement so that it is in operation process, prefabricated component does not have and significantly swings, can prevent lifting trolley from toppling, improve the security performance of operation.

On the basis of above-described embodiment, in another embodiment of the present invention, the one end bottom described hanging apparatus 1 can be provided with built-in fitting placement mechanism, and described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; Or at least side bottom described hanging apparatus 1 is provided with limit mould fixed mechanism, described limit mould fixed mechanism picks and places for limit mould. So, in preform production process, lifting trolley can be passed through reinforcing bar, reinforced mesh, reinforcing bar, steel skeleton or limit mould are transported to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

On the basis of above-described embodiment, in another embodiment of the present invention, as is illustrated by figs. 11 and 12, described mast-up 11 can be inverted trapezoidal structure, being additionally provided with buttress brace 13 on described mast-up 11, the skeleton of described buttress brace 13 and mast-up 11 forms multiple triangular structure. So, when mast-up 11 is inverted trapezoidal structure, described mast-up 11 is additionally provided with buttress brace 13, when the skeleton of described buttress brace 13 and mast-up 11 forms multiple triangular structure, significantly increase the stroke of boom hoisting, make it lift by crane amplitude expanded, be conducive to the prefabricated component of lifting ultra-wide, overlength; Further, triangular structure has very excellent stability so that it is be unlikely to deform in hoisting process.

On the basis of above-described embodiment, in another embodiment of the present invention, bottom or the side of described mast-up 11 are also provided with counterweight device for hoisting. So, when the bottom of mast-up 11 or side are provided with counterweight device for hoisting, pass through counterweight so that the single-piece lifting weight of lifting trolley is greatly improved, meanwhile, its operation amplitude, operation span and the speed of service, stability and safety have also been obtained further reinforcement.

On the basis of above-described embodiment, in another embodiment of the present invention, described hook assembly 12 can include suspension hook, lifting rope and motor, and described motor drives suspension hook to move up and down by lifting rope. So, when adopting motor as lifting power machine structure, hoisting prefabricated part controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative.

On the basis of above-described embodiment, in another embodiment of the present invention, described hook assembly 12 can include two suspension hooks and two motors, and said two suspension hook interval is arranged, two motors individually drive two suspension hooks to move up and down; Or described hook assembly 12 includes two suspension hooks and a motor, said two suspension hook interval is arranged, described motor drives two suspension hooks to move up and down. So, suspension hook interval is adopted to arrange, when hoisting prefabricated part, can lift by flat condition, improve the translation stability of lifting trolley, be particularly prone to flat board and pile up, plate body is made to be not easily susceptible to damage, and so that the relatively low height of lifting of prefabricated component and Liftable complete.

On the basis of above-described embodiment, in another embodiment of the present invention, at least one end of the bottom of described mast-up 11 is also provided with alignment pin or hole, location, described prefabricated component travelling bogie and prefabricated component lifting trolley and is fixed by alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of the bottom of mast-up 11 after, prefabricated component travelling bogie and prefabricated component lifting trolley are fixed by alignment pin or hole, location, prefabricated component lifting trolley can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component lifting trolley and the docking of prefabricated component travelling bogie are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

On the basis of above-described embodiment, in another embodiment of the present invention, described second driving device 21 can be drive motor or drive motor; Or described lifting road wheel 22 is track rolling wheel or pneumatic tire. So, described second driving device 21 is for driving motor or drive motor; Prefabricated component lifting trolley controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; When described lifting road wheel 22 is for track rolling wheel or pneumatic tire, then can select lifting road wheel 22 according to practical situation, it is possible to relatively easily meet the application in various different place.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figures 1 to 4, described prefabricated component lifting trolley can include travelling platform 2 and hanging apparatus 1, described travelling platform 2 is arranged on the bottom of hanging apparatus 1, described travelling platform 2 includes two longitudinal mobile roof support the 23, second driving devices 21 and at least two groups lifting road wheel 22, described second driving device 21 drives at least a part of which one group lifting road wheel 22 to move, and described lifting road wheel 22 is arranged on the bottom of described longitudinal mobile roof support 23; Described hanging apparatus 1 includes mast-up 11 and hook assembly 12, described hook assembly 12 is arranged on the top of described mast-up 11, the top of described mast-up 11 can be provided with ceiling mounted tracks 14, described hook assembly runs on ceiling mounted tracks 14, the bottom of described mast-up 11 is provided with lifting walking mechanism 24, described lifting walking mechanism 24 can be moved by relatively described travelling platform 2, after described prefabricated component travelling bogie and prefabricated component lifting trolley dock and fix, described lifting walking mechanism 24 can move along described boom hoisting track 105.So, above-mentioned prefabricated component lifting trolley is adopted to carry out hoisting prefabricated part, have the advantage that compared with traditional driving or crane loading, sling height is low, range ability is little, simple to operate flexible and low power consumption and other advantages, so, adopt the self-propelled wheel-type mode operation across production line both sides, its work flow is short, particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component will not produce significantly to swing, and can prevent lifting trolley from toppling, drastically increase the security performance of operation. And, lifting walking mechanism 24 can be moved by relatively described travelling platform 2, hanging apparatus 1 is not take up bogey surrounding space, improve the utilization rate in place, prefabricated component is conducive to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight, making it will not rock swing in lifting, transportation, stability is better. And, lifting walking mechanism 24 can be moved by relatively described travelling platform 2, hanging apparatus 1 is not take up bogey surrounding space, improve the utilization rate in place, prefabricated component is conducive to be lifted on bogey, and, the prefabricated component being lifted on bogey may also operate as the effect of counterweight, making it will not rock swing in lifting, transportation, stability is better.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figures 1 to 8, described mast-up 11 can be door type or triangular structure. So, when mast-up 11 is door type or triangular structure, triangular structure has very excellent stability so that it is be unlikely to deform in hoisting process.

On the basis of above-described embodiment, in another embodiment of the present invention, the one end bottom described hanging apparatus 1 is also provided with built-in fitting placement mechanism, and described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; And/or, at least side bottom described hanging apparatus 1 is provided with limit mould fixed mechanism, and described limit mould fixed mechanism is for the transhipment of limit mould. So, in preform production process, lifting trolley can be passed through reinforcing bar, reinforced mesh, reinforcing bar, steel skeleton or limit mould are transported to production line precalculated position, and put down one by one, so, advantageously reduce hand labor intensity, improve production efficiency, reduce preform production cost.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 2 and Figure 8, two described longitudinal mobile roof supports 23 can be connected by least one vertical door-shaped frame 3, and described door-shaped frame 3 is higher than mast-up 11. So, adopt door-shaped frame 3 to connect as mobile roof support, the stability in the large of prefabricated component lifting trolley can be improved, it is prevented that it is deformed damaged in hoisting process.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5 and Fig. 8, described longitudinal mobile roof support 23 top can be provided with boom hoisting track 221, and described lifting walking mechanism 24 moves along described upper boom hoisting track 221. So, when longitudinal mobile roof support 23 top is provided with upper boom hoisting track 221, described lifting walking mechanism 24 moves along described upper boom hoisting track 221, in the process of hoisting prefabricated part, after prefabricated component is lifted by boom hoisting, can be moved to carrying platform by track, particularly it is along the lifting of production line direction and the operating type of movement so that it is in operation process, prefabricated component does not have and significantly swings, can prevent lifting trolley from toppling, drastically increase the security performance of operation.

On the basis of above-described embodiment, in another embodiment of the present invention, described lifting walking mechanism 24 can be taken turns for track rolling.So, lifting walking mechanism 24 is track rolling wheel, and reducible doing up is hung walking mechanism 24 and moved forward and backward in orbit, it is not necessary to considers the situation appearance of direction skew, reduces operation easier, improve safety.

On the basis of above-described embodiment, in another embodiment of the present invention, at least one end of the bottom of described mast-up 11 can be provided with alignment pin or hole, location. So, be provided with alignment pin or hole, location at least one end of the bottom of mast-up 11 after, prefabricated component lifting trolley can connect traction with other traction apparatuss or multiple travelling bogie easily, facilitate when production line is longer, prefabricated component is more and use, particularly prefabricated component lifting trolley and the docking of prefabricated component travelling bogie are fixed and are accurately positioned, can be accurate by orbital docking easily so that it is can successfully smoothly transit walking on boom hoisting platform and bogey.

On the basis of above-described embodiment, in another embodiment of the present invention, described second driving device 21 can be drive motor or drive motor; Or described lifting road wheel 22 is track rolling wheel or pneumatic tire. So, when the second driving device 21 can be drive motor or drive motor, prefabricated component lifting trolley controls simple, and it is relatively low that technology realizes difficulty, it is simple to operative; Described lifting road wheel 22 is track rolling wheel or pneumatic tire, then can select lifting road wheel according to practical situation, it is possible to relatively easily meet the application in various different place.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in figure 14, described preform production supply line 100 also includes preform production platform film 200, and described preform production platform film 200 is arranged in walking track. So, produce relative to topotype, adopt platform molding to make prefabricated component, there is mold clean, maintenance and easy to control, preform production platform film 200 is arranged in walking track, prefabricated component lifting trolley and the mode operation across production line both sides of the prefabricated component travelling bogie, its work flow is short, and particularly it is along the lifting of production line direction and the operating type of movement, make it in operation process, prefabricated component does not have and significantly swings, and can prevent lifting trolley from toppling, drastically increase the security performance of operation; And prefabricated component lifting trolley is sling after prefabricated component, the relative prefabricated component lifting trolley of prefabricated component and prefabricated component travelling bogie do axis and move in parallel, and will not produce significantly to rotate to wave, improve the stability of system.

On the basis of above-described embodiment, in another embodiment of the present invention, described preform production transportation system includes more than two preform production supply lines 100, as shown in figure 14, described preform production transportation system includes six preform production supply lines 100, and between described preform production supply line 100, continuous and parallel is arranged. So, prefabricated component lifting trolley only takes up walking track width or the width slightly wider than walking track, compared with traditional purlin car lifting, in the place of same homalographic, at least can improve the production line of 50 percent production capacity, the utilization rate in place is greatly improved, prefabricated component is conducive to be lifted on prefabricated component travelling bogie, and, prefabricated component lifting trolley is sling after prefabricated component, prefabricated component may also operate as the effect of counterweight so that it is will not rocking swing in lifting, transportation, stability is better. Certainly, according to design needs, can also arrange by spacing parallel arranging between described preform production supply line.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in figure 14, article at least two, at least one end of adjacent described preform production supply line 100 can be provided with ferry-boat track 300, described ferry-boat track 300 can be provided with ferry-boat dolly 400, described prefabricated component travelling bogie and/or prefabricated component lifting trolley and carry out orbital transfer by dolly 400 of ferrying.So, at least one end of at least two adjacent described preform production supply lines is provided with ferry-boat track, described ferry-boat track is provided with ferry-boat dolly, described prefabricated component travelling bogie and/or prefabricated component lifting trolley carry out orbital transfer by dolly of ferrying, prefabricated component travelling bogie and/or prefabricated component lifting trolley is made to carry out track Fast transforms by dolly of ferrying, improve prefabricated component travelling bogie and the utilization rate of prefabricated component lifting trolley, reduce equipment cost. Simultaneously, it is possible to achieve a plurality of preform production supply line shares a prefabricated component travelling bogie and prefabricated component lifting trolley, reduce further equipment cost.

On the basis of above-described embodiment, in another embodiment of the present invention, as shown in figure 14, the upper surface of described ferry-boat dolly 400 is provided with transhipment track 500, described transhipment track 500 and walking track under predetermined state, the two end part aligning connecting and connecting. So, when the upper surface of ferry-boat dolly is provided with transhipment track, described transhipment track and walking track are under predetermined state, the two end part aligning connecting and connecting, prefabricated component travelling bogie and/or prefabricated component lifting trolley can directly be moved to ferry-boat dolly by conveying track, described prefabricated component travelling bogie and/or prefabricated component lifting trolley are locked on ferry-boat dolly in ferry-boat process, it is achieved smooth transition, have fully ensured that the safety of production operation.

The above is only the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from the principles of the invention; can also making some improvements and modifications, these improvements and modifications also should be regarded as protection scope of the present invention.

Claims

1. a preform production transportation system, including at least one preform production supply line, it is characterized in that: described preform production supply line includes prefabricated component travelling bogie, prefabricated component lifting trolley and walking track, described prefabricated component travelling bogie and prefabricated component lifting trolley run on described walking track, described prefabricated component travelling bogie is for the transport of prefabricated component, and described prefabricated component lifting trolley is for by prefabricated component handling to described prefabricated component travelling bogie;

Described prefabricated component travelling bogie, including bogey and the first walking mechanism, described first walking mechanism is arranged on the bottom of bogey, described first walking mechanism, including the first driving device and at least two group road wheels, described first driving device drives one group of road wheel motion of at least a part of which; The top of described bogey is provided with boom hoisting track.

2. preform production transportation system according to claim 1, it is characterised in that described bogey includes two longitudinal bracing framves and at least two cross-brace framves, the two ends of described cross-brace frame are connected with described two longitudinal bracing framves respectively.

3. preform production transportation system according to claim 2, it is characterised in that described road wheel is arranged on the bottom of described longitudinal bracing frame.

4. preform production transportation system according to claim 2, it is characterised in that described cross-brace frame is arch or trapezoidal.

5. preform production transportation system according to claim 2, it is characterised in that be provided with adjustment device on described bogey, described adjustment device is for regulating the length of bogey.

6. preform production transportation system according to claim 5, it is characterized in that, described adjustment device is the sliding rail being arranged on described longitudinal bracing frame, described cross-brace frame is slidably connected by sliding rail and described longitudinal bracing frame, and described sliding rail is arranged on the inner side of longitudinal bracing frame relative to described boom hoisting track.

7. preform production transportation system according to claim 5, it is characterised in that described adjustment device is the multiple locating grooves being arranged on described longitudinal bracing frame, described cross-brace frame is connected with described longitudinal bracing frame by locating groove.

8. preform production transportation system according to claim 2, it is characterised in that at least one end of described longitudinal bracing frame is provided with alignment pin or hole, location.

9. preform production transportation system according to claim 1, it is characterised in that described first driving device is for driving motor or drive motor; Or described road wheel is track rolling wheel or pneumatic tire.

10. preform production transportation system according to any one of claim 1 to 9, it is characterised in that the end of described carrying platform is additionally provided with partition deployment mechanism, described partition deployment mechanism is used for depositing preform production line and cuts off; Or described prefabricated component lifting trolley includes hanging apparatus and the second walking mechanism, described second walking mechanism is arranged on the bottom of hanging apparatus, and described hanging apparatus, including mast-up and hook assembly, described mast-up is cantilever design, and described hook assembly can move on the cantilever of described mast-up; Described second walking mechanism, lifts road wheel including the second driving device and at least two groups, and described driving device drives at least a part of which one group lifting road wheel motion; Or described mast-up top is cantilever shalving, described cantilever shalving being provided with ceiling mounted tracks, described hook assembly moves on described ceiling mounted tracks; Or described lifting road wheel is arranged on the bottom of described mast-up; Or the one end bottom described hanging apparatus is provided with built-in fitting placement mechanism, described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; Or at least side bottom described hanging apparatus is provided with limit mould fixed mechanism, described limit mould fixed mechanism picks and places for limit mould; Or described mast-up is inverted trapezoidal structure, described mast-up being additionally provided with buttress brace, the skeleton of described buttress brace and mast-up forms multiple triangular structure; Or the bottom of described mast-up or side are provided with counterweight device for hoisting; Or described hook assembly includes suspension hook, lifting rope and motor, described motor drives suspension hook to move up and down by lifting rope; Or described hook assembly includes two suspension hooks and two motors, said two suspension hook interval is arranged, two motors individually drive two suspension hooks to move up and down; Or described hook assembly includes two suspension hooks and a motor, said two suspension hook interval is arranged, described motor drives two suspension hooks to move up and down; Or at least one end of the bottom of described mast-up is provided with alignment pin or hole, location, described prefabricated component travelling bogie and prefabricated component lifting trolley and by alignment pin or positions hole and fix; Or described second driving device is for driving motor or drive motor; Or described lifting road wheel is track rolling wheel or pneumatic tire; Or described prefabricated component lifting trolley includes travelling platform and hanging apparatus, described travelling platform is arranged on the bottom of hanging apparatus, described travelling platform includes two longitudinal mobile roof supports, the second driving device and at least two groups lifting road wheel, described second driving device drives at least a part of which one group lifting road wheel motion, and described lifting road wheel is arranged on the bottom of described longitudinal mobile roof support; Described hanging apparatus includes mast-up and hook assembly, described hook assembly is arranged on the top of described mast-up, the bottom of described mast-up is provided with lifting walking mechanism, described lifting walking mechanism can be moved by relatively described travelling platform, after described prefabricated component travelling bogie and prefabricated component lifting trolley dock and fix, described lifting walking mechanism can move along described boom hoisting track; Or described mast-up is door type or triangular structure; Or the one end bottom described hanging apparatus is provided with built-in fitting placement mechanism, described built-in fitting placement mechanism is for placing the built-in fitting produced needed for prefabricated component; And/or, at least side bottom described hanging apparatus is provided with limit mould fixed mechanism, and described limit mould fixed mechanism is for the transhipment of limit mould;Or two described longitudinal mobile roof supports are connected by least one vertical door-shaped frame, described door-shaped frame is higher than mast-up; Or described longitudinally walking frame upper is provided with boom hoisting track, described lifting walking mechanism moves along described upper boom hoisting track; Or described lifting walking mechanism is track rolling wheel; Or described hook assembly includes suspension hook, lifting rope and motor, described motor drives suspension hook to move up and down by lifting rope; Or described hook assembly includes two suspension hooks and two motors, said two suspension hook interval is arranged, two motors individually drive two suspension hooks to move up and down; Or described hook assembly includes two suspension hooks and a motor, said two suspension hook interval is arranged, described motor drives two suspension hooks to move up and down; Or at least one end of the bottom of described mast-up is provided with alignment pin or hole, location; Or described second driving device is for driving motor or drive motor; Or described lifting road wheel is track rolling wheel or pneumatic tire; Or described preform production supply line also includes preform production platform film, described preform production platform film is arranged in walking track; Or described preform production transportation system includes more than two preform production supply lines, between described preform production supply line, spacing parallel arranging is arranged or continuous and parallel is arranged; Or at least one end of at least two adjacent described preform production supply lines is provided with ferry-boat track, described ferry-boat track is provided with ferry-boat dolly, described prefabricated component travelling bogie and/or prefabricated component lifting trolley and carries out orbital transfer by dolly of ferrying; Or the upper surface of described ferry-boat dolly is provided with transhipment track, described transhipment track and walking track under predetermined state, the two end part aligning connecting and connecting.