Photovoltaic bracket assembly transport vehicle
Technical field
This utility model relates to a kind of photovoltaic bracket assembly transport vehicle.
Background technology
At present, roofing photovoltaic generating refers to utilize and is arranged on roofing the solar photovoltaic assembly of composition on specific support
(i.e. photovoltaic battery matrix) receives light source, utilizes parallel network power generation technology to convert it into the electricity generation system of electric energy.Work
In sequence construction, solar panel routine uses a dead lift mode to transport.The deficiency that a dead lift exists mainly has: 1,
Photovoltaic roof area is big, uses people's handling efficiency low;2, part roofing is inclined slope roof, and scene installation light
Photovoltaic assembly Os Draconis, personnel's difficulty of walking is big;3, solar photovoltaic assembly outer housing is safety glass, easy during a dead lift
Collision causes damage;4, part roofing is color steel material, and bearing capacity is limited, to the quantity of roofing operating personnel and point
Cloth requires height;5, photovoltaic module area is relatively big, generally by two workers carry, needs operating personnel and the consuming of configuration
Work day is many, serious engineering constraint progress.Roofing is preferable due to Horizontal consistency, the generation of existing roofing haulage vehicle;Also
Have and use means of transport to carry out transporting, but means of transport power is motor to be driven, and needs additional power supply, roofing
Owing to just there being power source below Factory Building, needing to use longer cable supply, roofing is the biggest, and cable is the longest;Ground electricity
Standing and build in broader region, belong to without electricity (supply of rationing the power supply) region, additional power supply supply is cumbersome, affects this
Class needs additional power supply to drive the practicality of vehicle;Roofing drives vehicle to need horizontal transport, owing to roofing is from angle,
Assembly is laid in roofing, therefore vehicle frame needs early stage levelling.
Summary of the invention
Technical problem to be solved in the utility model is the defect overcoming prior art, it is provided that a kind of photovoltaic bracket assembly fortune
Defeated car, it can facilitate transports photovoltaic module on photovoltaic bracket, and laborsaving, saves haulage time.
In order to solve above-mentioned technical problem, the technical solution of the utility model is: a kind of photovoltaic bracket assembly transport vehicle, it
Including:
Conveying track, described conveying track is arranged on photovoltaic bracket;
Transport car body, described transport car body has photovoltaic module supporting body and vehicle frame, and described photovoltaic module supporting body is arranged on
On vehicle frame, and described photovoltaic module supporting body is used for carrying photovoltaic module, and described vehicle frame has conveying track and connects assembly,
Described conveying track connects assembly and is connected with described conveying track, in order to transport car body under the effect of thrust at conveying track
Upper movement, described vehicle frame is provided with the pushing component promoting transport car body to move back and forth on conveying track.
Further for avoiding photovoltaic module to drop from photovoltaic module supporting body, the bottom of described photovoltaic module supporting body sets
Being equipped with baffle plate, when photovoltaic module is carried on photovoltaic module supporting body, the bottom side of described photovoltaic module is against on baffle plate.
Further, described conveying track has a guide rail, and described conveying track connects assembly to be had and connect with corresponding guide rail
Least one set roller group.
Further for photovoltaic module supporting body being played good supporting role and avoiding transporting car body due to photovoltaic bracket
Inclination angle and produce the phenomenon of downslide, described guide rail have the parallel support face parallel with the supporting surface of photovoltaic bracket and with light
Lying prostrate the vertical supporting surface that the supporting surface of support is vertical, described roller group includes main movable pulley and time movable pulley, described main slip
Wheel is against on parallel support face, and described time movable pulley is against on vertical supporting surface.
Further provide the structure of a kind of concrete pushing component, to facilitate transport car body to move along conveying track, institute
State pushing component and include that two are buckled for hitching the traction of stay cord, and the bearing of trend along conveying track is detained in two tractions
Arrange.
Further, described conveying track has two guide rails, and two guide rail parallel shapes are arranged.
Further, the corresponding two groups of roller groups of described every guide rail.
Further, the supporting surface of described photovoltaic bracket is 0 °~35 ° with the inclination angle of horizontal plane.
After have employed technique scheme, this utility model has a following beneficial effect:
1, this utility model can form back and forth movement in the way of connecting stay cord to use two on vehicle frame traction buttons,
Laborsaving, save time.
2, photovoltaic module supporting body of the present utility model can utilize pack pallet secondary to reequip, the existing symbol of former pallet
The size of seaming element, also has the protection to assembly armoring;
3, this utility model can cover ground support, roofing support, regardless of areal setting;
4, photovoltaic bracket platform is the highest, photovoltaic bracket length is the longest, and assembly transport effect is the most excellent, and adapts to relatively
Remote territory, non-Electric region or the most nervous region of supply of electric power.
Accompanying drawing explanation
Fig. 1 is the use state diagram of photovoltaic bracket assembly transport vehicle of the present utility model;
Fig. 2 is the axonometric chart of photovoltaic module transport vehicle of the present utility model.
Detailed description of the invention
In order to make content of the present utility model be easier to be clearly understood, below according to specific embodiment and combine accompanying drawing,
This utility model is described in further detail.
As shown in Figure 1, 2, a kind of photovoltaic bracket assembly transport vehicle, it includes:
Conveying track, described conveying track is arranged on photovoltaic bracket 10;
Transport car body, described transport car body has photovoltaic module supporting body 1 and vehicle frame 2, described photovoltaic module supporting body 1
Being arranged on vehicle frame 2, and described photovoltaic module supporting body 1 is used for carrying photovoltaic module 20, described vehicle frame 2 has fortune
Defeated track connecting assembly, described conveying track connects assembly and is connected with described conveying track, in order to transport car body is in thrust
Move on conveying track under effect, described vehicle frame 2 is provided with and promotes transport car body to move back and forth on conveying track
Pushing component.
As shown in Figure 1, 2, the bottom of described photovoltaic module supporting body 1 is provided with baffle plate 11, when photovoltaic module 20 carries
Time on photovoltaic module supporting body 1, the bottom side of described photovoltaic module 20 is against on baffle plate 11.The setting of baffle plate 11 makes
Obtain photovoltaic module 20 to drop from photovoltaic module supporting body 1.
As shown in Figure 1, 2, described conveying track has guide rail 3, and described conveying track connection assembly has leads with corresponding
The least one set roller group that rail 3 connects.Described conveying track in the present embodiment has two guide rails 3, and two are led
Rail 3 parallel shape is arranged, the corresponding two groups of roller groups of described every guide rail 3, but is not limited to this.
Described guide rail 3 have the parallel support face 31 parallel with the supporting surface of photovoltaic bracket 10 and with photovoltaic bracket 10
The vertical supporting surface 32 that supporting surface is vertical, described roller group includes main movable pulley 41 and time movable pulley being arranged on vehicle frame
42, described main movable pulley 41 is against on parallel support face 31, and described time movable pulley 41 is against on vertical supporting surface 32.
Photovoltaic module supporting body 1 is played good supporting role by main movable pulley 41, secondary movable pulley 42 avoid transport car body by
The phenomenon of downslide is produced in the inclination angle of photovoltaic bracket 10.
As in figure 2 it is shown, described pushing component includes that two are buckled 5, and two traction buttons 5 for hitching the traction of stay cord
Bearing of trend along conveying track is arranged.In one end of photovoltaic bracket 10, vehicle is pending, photovoltaic bracket 10 other end
Utilizing stay cord to further transport car body, the stay cord of the other end is slowly released, and making brake at any time and preparing;Photovoltaic module is unloaded,
Photovoltaic module is moved away from from photovoltaic module supporting body 1 and is mounted directly, and other end stay cord back moves, and continues round transport.
The supporting surface of described photovoltaic bracket 10 and the inclination angle of horizontal plane are 0 °~35 °.
Particular embodiments described above, solves the technical problem that this utility model, technical scheme and beneficial effect are carried out
Further describe, be it should be understood that and the foregoing is only specific embodiment of the utility model, not
For limiting this utility model, all within spirit of the present utility model and principle, any amendment of being made, equivalent,
Improve, within should be included in protection domain of the present utility model.