CN207595892U - A kind of roof distributed photovoltaic component transport device - Google Patents
A kind of roof distributed photovoltaic component transport device Download PDFInfo
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- CN207595892U CN207595892U CN201721718796.XU CN201721718796U CN207595892U CN 207595892 U CN207595892 U CN 207595892U CN 201721718796 U CN201721718796 U CN 201721718796U CN 207595892 U CN207595892 U CN 207595892U
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- track
- roof
- low level
- transport device
- component transport
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Abstract
The utility model discloses a kind of roof distributed photovoltaic component transport devices, including being used to be laid on above inclined roof and high-order track parallel to each other and low level track, for moving the carrier loader of transhipment photovoltaic module in conveying track and for being fixed on the limiting card for preventing high-order track and low level track from being slided to roof downside on tiling rib；It is all provided with fluted above high-order track and low level track, both sides are evenly equipped with multiple idler wheels in the grooves below carrier loader, are evenly equipped with above roof multiple for paving low level track to the wood block filler with high-order track level；Limiting card includes two pieces respectively positioned at the clamping plates of tiling rib both sides and for furthering two clamping plates spacing to be fixed on the bolt II above tiling rib.Photovoltaic module can be transported to by the device needs position to be mounted, and unnecessary damage will not be caused to roof, effectively shortens the duration and reduces installation cost.
Description
Technical field
The utility model is specifically related to a kind of roof distributed photovoltaic component transport device.
Background technology
Roof distributed photovoltaic power generation project utilizes roof installation photovoltaic component, inverter, the header box of existing structure
Etc. equipment.There are two kinds of forms of concrete and color steel tile on the roof of workshop, and the width on roof is generally less than 50m, and length is general
Between 150m-300m, the plant area of construction is all in production status, and up and-down vehicle is more, for the position of handling appliance
Very limited, only the side of workshop can carry out lifting operation.
One case photovoltaic module weighs about 540kg, because color steel sheet roofing specific loading is 0.3kN/m2Component is hoisted to roof must
It need disperse to be placed on installation site, form the tiling rib for having above the color steel tile on roof and raising up.It is during having bad luck
Ring roofing is prevented brokenly, needs specially to set up a discharging platform on roof and material has bad luck channel, not only increase work in this way
Phase and cost is increased, because Hoisting Position is limited the special shape with roof, component bulk cargo is caused seriously to lag.
Utility model content
The purpose of the utility model is to overcome the shortcomings that the prior art, provide a kind of roof distributed photovoltaic component transport
Device needs position to be mounted for photovoltaic module to be transported to color steel sheet roofing.
To achieve the above object, technical solution adopted in the utility model is：A kind of roof distributed photovoltaic group is provided
Part transport device, including being used to be laid on above inclined roof and high-order track parallel to each other and low level track, for
Conveying track movement transports the carrier loader of photovoltaic module and prevents high-order track and low level rail for being fixed on tiling rib
The limiting card that road is slided to roof downside；
It is described a high position track and low level track above be all provided with it is fluted, below carrier loader both sides be evenly equipped with it is multiple be located at groove
In idler wheel, be evenly equipped with above roof multiple for paving low level track to the wood block filler with high-order track level；The limit
Position card includes two pieces of clamping plates for being located at tiling rib both sides respectively and for furthering two clamping plates spacing to be fixed on tiling rib
Bolt II above item.
Preferably, the high position track and low level track are docked using more channel steels, channel steel end both sides are equal
Angled piece I is welded with, the angled piece I for the channel steel end being connected to each other is connected by bolt I.
Preferably, it is evenly equipped with more range line bars, high-order track and low level rail between the high position track and low level track
Road is vertical with range line bar.
Preferably, it is respectively welded the angled piece adjacent with range line bar one end on the outside of the high position track and low level track
II, it is provided through the threaded post of range line bar one end in angled piece II, threaded post is equipped with for by the securing fastening of range line bar
Nut.
Preferably, the carrier loader includes the frame made of four angle steel weld, more reinforcements are evenly equipped in frame
Lattice are kept off, and it is following that idler wheel is mounted on reinforcement grid gear.
Preferably, wood block filler spacing adjacent above the roof is 1.5m.
The beneficial effects of the utility model are：
1. the utility model is only needed photovoltaic module handling from house one end to roof front side or rear side, then by photovoltaic
Component is placed into above carrier loader, and can be transported to photovoltaic module by carrier loader needs position to be mounted, will not be to roof
Unnecessary damage is caused, effectively shorten the duration and reduces installation cost.
2. the utility model high position track and low level track are docked using more channel steels, the angled piece of channel steel end
I is connected by bolt I, can be interconnected more channel steels, and composition needs the high-order track of length and low level track 1.
3. all range line pole lengths between the utility model high position track and low level track are identical, high-order track and low level
Track is vertical with range line bar, can ensure that high-order track and low level track are parallel to each other, to ensure that carrier loader can be on roof
Smooth movement above.
Description of the drawings
Fig. 1 is the structure diagram of roof distributed photovoltaic component transport device.
Wherein：1st, tiling rib；2nd, limiting card；3rd, carrier loader；4th, idler wheel；5th, reinforcement grid is kept off；6th, high-order track；7th, bolt
Ⅰ；8th, angled piece I；9th, groove；10th, angled piece II；11st, threaded post；12nd, range line bar；13rd, wood block filler；14th, clamp nut；15、
Low level track；16th, frame；17th, bolt II.
Specific embodiment
It is specific below in conjunction with the utility model to make the purpose of this utility model, technical solution and advantage clearer
Technical solutions of the utility model are clearly and completely described in embodiment and corresponding attached drawing.
With reference to figure 1, the present embodiment provides a kind of roof distributed photovoltaic component transport devices, and inclination is laid on including being used for
Roof above and high-order track 6 parallel to each other and low level track 15, for moving transhipment photovoltaic module in conveying track
Carrier loader 3 and for being fixed on the limit for preventing high-order track 6 and low level track 15 from being slided to roof downside on tiling rib 1
Position card 2.
The high position track 6 and low level track 15 are all provided with fluted 9 above, and carrier loader 3 is evenly equipped with multiple positions in both sides below
Idler wheel 4 in groove 9 is evenly equipped with above roof and multiple is used to pave low level track 15 to the wood horizontal with high-order track 6
Cushion block 13.The limiting card 2 includes two pieces respectively positioned at the clamping plate of 1 both sides of tiling rib and between the two clamping plates that further
Away to be fixed on the bolt II 17 above tiling rib 1.
The high position track 6 and low level track 15 are docked using more channel steels, and channel steel end both sides are welded with
Angled piece I 8, the angled piece I 8 for the channel steel end being connected to each other are connected by bolt I 7.
Be evenly equipped with more range line bars 12 between high-order track 6 and low level track 15, high-order track 6 and low level track 15 with
Range line bar 12 is vertical.
The high position track 6 and 15 outside of low level track are respectively welded the angled piece II adjacent with 12 one end of range line bar
10, the threaded post 11 of 12 one end of range line bar is provided through in angled piece II 10, threaded post 11 is equipped with to consolidate on range line bar 12
Surely the clamp nut 14 lived.
The carrier loader 3 includes the frame 16 made of four angle steel weld, and more reinforcement grid gears are evenly equipped in frame 16
5, idler wheel 4 is mounted below reinforcement grid gear 5.
Adjacent 13 spacing of wood block filler is 1.5m above the roof.
In implementation process, high-order track 6 and low level track 15 is parallel to each other is laid on above inclined roof, headblock
Block 13 paves low level track 15 to the position horizontal with high-order track 6, and the limiting card 2 on tiling rib 1 prevents high-order track 6
It is slided with low level track 15 to roof downside, so as to which carrier loader 3 be enable smoothly to be moved on roof.It only needs from house
Photovoltaic module to roof front side or rear side, is then placed into above carrier loader 3, passes through carrier loader by one end by photovoltaic module handling
3 can be transported to photovoltaic module need position to be mounted, and unnecessary damage will not be caused to roof, effectively shortens the duration
With reduce installation cost.
High-order track 6 and low level track 15 are docked using more channel steels, and the angled piece I 8 of channel steel end passes through spiral shell
Bolt I 7 connects, and can be interconnected more channel steels, and composition needs the high-order track 6 of length and low level track 15.
All 12 length of range line bar between high-order track 6 and low level track 15 are identical, high-order track 6 and low level track 15
It is vertical with range line bar 12, it can ensure that high-order track 6 and low level track 15 are parallel to each other, to ensure that carrier loader 3 can be in room
Push up smooth movement above.
The above embodiment is used for illustrating the utility model rather than limiting the utility model, in this reality
With in novel spirit and scope of the claims, to any modifications and changes that the utility model is made, this is both fallen within
The protection domain of utility model.
Claims (6)
1. a kind of roof distributed photovoltaic component transport device, it is characterised in that：Including being used to be laid on above inclined roof
And high-order track parallel to each other and low level track, for moving the carrier loader of transhipment photovoltaic module, Yi Jiyong in conveying track
In being fixed on the limiting card that prevents high-order track and low level track from being slided to roof downside on tiling rib；
Be all provided with above the high position track and low level track it is fluted, below carrier loader both sides be evenly equipped with it is multiple in the grooves
Idler wheel is evenly equipped with above roof multiple for paving low level track to the wood block filler with high-order track level；The limiting card
Including two pieces respectively positioned at the clamping plate of tiling rib both sides and for furthering two clamping plates spacing to be fixed on tiling rib
The bolt II in face.
2. distributed photovoltaic component transport device in roof according to claim 1, it is characterised in that：It is described a high position track and
Low level track is docked using more channel steels, and channel steel end both sides are welded with angled piece I, the channel steel end being connected to each other
Angled piece I connected by bolt I.
3. distributed photovoltaic component transport device in roof according to claim 1 or 2, it is characterised in that：The high position rail
More range line bars are evenly equipped between road and low level track, high-order track and low level track are vertical with range line bar.
4. distributed photovoltaic component transport device in roof according to claim 3, it is characterised in that：It is described a high position track and
The angled piece II adjacent with range line bar one end is respectively welded on the outside of low level track, range line bar one end is provided through in angled piece II
Threaded post, threaded post is equipped with for by the securing clamp nut of range line bar.
5. distributed photovoltaic component transport device in roof according to claim 1, it is characterised in that：The carrier loader includes
The frame made of four angle steel weld, is evenly equipped with more reinforcement grids gears in frame, idler wheel be mounted on reinforcement grid keep off it is following.
6. distributed photovoltaic component transport device in roof according to claim 1, it is characterised in that：Phase above the roof
Adjacent wood block filler spacing is 1.5m.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721718796.XU CN207595892U (en) | 2017-12-12 | 2017-12-12 | A kind of roof distributed photovoltaic component transport device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721718796.XU CN207595892U (en) | 2017-12-12 | 2017-12-12 | A kind of roof distributed photovoltaic component transport device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207595892U true CN207595892U (en) | 2018-07-10 |
Family
ID=62765263
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721718796.XU Active CN207595892U (en) | 2017-12-12 | 2017-12-12 | A kind of roof distributed photovoltaic component transport device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207595892U (en) |
-
2017
- 2017-12-12 CN CN201721718796.XU patent/CN207595892U/en active Active
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