CN208862785U - Sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure - Google Patents
Sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure Download PDFInfo
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- CN208862785U CN208862785U CN201820480668.4U CN201820480668U CN208862785U CN 208862785 U CN208862785 U CN 208862785U CN 201820480668 U CN201820480668 U CN 201820480668U CN 208862785 U CN208862785 U CN 208862785U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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- Roof Covering Using Slabs Or Stiff Sheets (AREA)
Abstract
The utility model relates to the sloping roofs of field of solar energy without purlin hook or fixture class photovoltaic plant mounting structure, so-called no purlin hook is exactly that the bracket of fixed photovoltaic panel is directly mounted on roof surface, color steel tile roof including steel frame construction, the bracket of photovoltaic panel is integrally attached to sloping roof surface by support frame and fastening frame, securely and reliably, simple installation eliminates installation procedure many and diverse in the past.When installing photovoltaic panel support hangar in the market in the past to remove from, usual main room are taken off watt, destroy malthoid, or destroy common people roof in broken watt of cast-in-place roof, drilling etc., destroy roof geomantic omen, violate the phenomenon that common people avoid greatly.Common people's building pacifies watt-hour to upper beam, and majority holds grand ceremony, puts whip and blow out, it seeks for lucky, so installs, do not comply with the traditional custom of the common people, the common people are if it is known that take off watt broken top, roof geomantic omen has been broken, it is certainly unhappy, or even or else permitted using the method for disposing hook on purlin.
Description
Technical field
The present invention relates to the sloping roofs of field of solar energy without purlin hook or fixture class photovoltaic plant mounting structure.
Background technique
For a long time, there are many drawbacks in inclined-plane building roof installing solar photovoltaic component by people, for fixation
It, will malthoid preventing water leakage, the moisture-proof or thermal insulation layer under by watt opening on construction roof, destroying watt when photovoltaic module is constructed
Hook is mounted on room purlin with screw, or broken with cementitious watt of saw on cast-in-place sloping roof, is removed broken by saw
Watt, it then drills in cement roof, hammers into expansion bolt, or directly hammer into expansion bolt in tiling drilling, pacify in color steel tile
When dress, is clamped at color steel tile convex edge or drilled in color steel tile with personality card and support card is installed.Above-mentioned mounting means, destroys room
Complete structure is pushed up, while destroying the roof geomantic omen of common people's emphasis, common people's building pacifies watt-hour to upper beam, and majority is held solemnly
Ceremony, put whip and blow out, seek for lucky, so install, do not comply with the traditional custom of the common people, the common people if it is known that take off watt broken top,
Roof geomantic omen has been broken, it is certainly unhappy.Even or else permitted to use above-mentioned installation method.So being installed as the later period leaves hidden danger, such as
Malthoid, which staves, to leak out, leaks, is non-moistureproof, and heat insulation reduces.Waterproof layer aging leads to roofing infiltration etc. at cast-in-place roof drilling
Deng.In 10 to 15 years, drilling was easy to corrode color steel tile service life, leads to cavity occur, loses supporting element and put forth effort to imitate
Fruit causes photovoltaic plant to collapse, and with roof leak, leaks out, is not heat-insulated.Photovoltaic plant is installed on the steelframe roof for having driving
When, when due to the movement of traveling crane weight, roof truss deforms, and cause the photovoltaic frame being fixed in roof color steel tile to deform,
The glass of photovoltaic module occurs to be crushed simultaneously or cell piece ruptures, and influences the power generation of whole photovoltaic plant.On solving
Problem is stated, has invented sloping roof without hook or fixture class photovoltaic plant mounting structure.Installation for color steel tile, due to photovoltaic
The impetus of bracket rests on roof impetus, no and color steel tile fastening one, therefore, when roof truss deforms, light
Volt bracket and photovoltaic panel will not deform.To protect photovoltaic system, solves the color steel tile installation photovoltaic electric that row is hung
The problem of standing, summary of the invention are as follows:
Summary of the invention
Sloping roof is linked up with without purlin or fixture photovoltaic plant mounting structure, bracket (5), connecting rod (11) and oblique fulcrum bar (15)
It is placed on roof tiling, photovoltaic panel (3), will by bolt (19) by pressing plate (9) on bracket (5) and angular interval (20)
Photovoltaic panel (3) is fixed, and bracket (5) lower end is connected with support frame (2), and bracket (5) upper end is in that hook-shaped across ridge to hook the back side oblique
On the impetus on roof, impetus includes on ridge or corresponding watt of purlin or tiling, hook-shaped head connecting hole and wirerope
Or steel bar connection, wirerope (41 or 58 or 82) or the steel bar other end and wirerope drag hook (40 or 61 or 80) one end join
Connect, the connection of hole on wirerope drag hook (40 or 61 or 80) fastening frame (36 or 60 or 79), fastening frame (8 or 60 or
79 or the wall (1) that 99) is separately fixed under eaves on or vertical wall cornices (63) or room column (77) or connection girder steel (97)
Or on wall (1).
Bracket (5) is made by angle steel, I-steel or channel steel, and bracket (5) upper end gib head has angle modulation stabilizer blade (24), angle modulation branch
Foot (24) is connected by bolt (25), nut (48), and bracket (5) has fixing leg (44) or adjusts stabilizer blade (83), is stood by with holes
Plate (92) welding, screw rod (89) pass through bracket (5) base apertures and are fixed in bracket (5) bottom by nut (90) and nut (91)
Portion, head bore will adjust stabilizer blade (83) with vertical plate (92) by bolt (88) and nut (93) and join together under screw rod (89), adjust branch
Slow pressure pad (75) are cased on foot (83).
Photovoltaic panel (3) be placed on bracket (5) by angle supporting plate (13) compartment away from, by side plate (4) and pressing plate (9) by
Bolt (19), nut (18) and pressing plate (49) are fixed, bracket (5) lengthening joining beam (43 or 84) and bolt (46), nut (45)
And the fixed lengthening of spring washer (47).
Connecting rod (11) connects bracket (5) by screw hole (14) with bolt, nut, and oblique fulcrum bar (15) passes through screw hole (17)
Screw hole (16) bolt, nut connection, connecting rod (11) are lengthened by connector (27) by bolt (28), nut (29) connection.
Bracket (5) lower end connecting hole (23) is connect by bolt (37) with support frame (2) support rod with holes (30), support frame
(2) support rod (30) has the adjusting strip-type hole of adjustable range, fixed by bolt (32) nut (31) and spring washer (33),
Have on support frame (2) and the screw hole of wall connecting (34 and 35).
Fastening frame (8) has anchorage bar (36), and wirerope drag hook (40) one end is hooked in the ring of steel wire head, wirerope (41)
Head fasten head in a ring by adapter sleeve (42), have the strip-shaped hole of adjustable range on support rod (30), pass through bolt (37)
Nut (38) and spring washer (39) control, and have and the hole of wall connecting (34 and 35) and wirerope drag hook on fastening frame (8)
(40) one end is hooked in one stomidium of connecting rod (11) tiling, and wirerope drag hook (40) other end is hooked in fastening frame (99) hole,
Fastening frame (99) is fixed on side wall by expansion bolt, or connects connecting rod (11) with one end of rod piece, and the other end of rod piece passes through
Expansion bolt is fixed on side wall.
When pitched roof has vertical wall to cornice to construct, cornice on (56) through expansion bolt (54) in vertical wall by support frame (55)
It is fastened on vertical wall to cornice on (56), bracket (5) lower end connecting hole (23) is passed through on support frame (55) by bolt and nut (53)
Connection holes connection it is solid, bracket (5) upper end is knotted locking by wirerope (41) by the hole on bracket (5).
The support frame (67) of steelframe sloping roof is supported by the strut (69) for being associated in boom (68) front end, upright bar (66,74)
Sheer pole (65,76) covers on column (77) in support, is integrally attached to column by fastening bolt (73), nut (72)
(77) on, strut (69) reinforces boom (68) by bolt and nut (70) supporting support (5), bolt and nut (78), boom
(68,74) are welded on cross bar (65), and upright bar (66,74) is respectively welded between cross bar (65,74), and fastening frame (71) is by joining
Sheer pole (65,76) covers on column (77) on boom (68) fastening frame (79) stay bolt, upright bar (66,74) support, by fastening
Bolt (73), nut (72) are integrally attached on column (77), wirerope drag hook (80), the hole of fastening frame (79), steel wire
Rope drag hook (80) one end is hooked in the ring of steel wire head, and the head of wirerope (82) fastens its head in a ring by adapter sleeve (81).
The support frame (95) of steelframe sloping roof digs corresponding notch according to pitched roof steel I-beam (97) and is engaged in girder steel
(97) in I-shaped, the corresponding aperture on support frame (95) and bracket (5) passes through bolt and nut (96) for bracket (5) and support frame
(95) fixed, if girder steel (97) is channel steel, support frame (95) digs corresponding notch occlusion according to pitched roof channel steel cross-sectional shape,
Fastening frame (98) and support frame (95) are engaged in same method in girder steel (97) I-shaped, and fastening frame (99) one end is hooked on bolt (96),
Fastening frame (99) one end is hooked in the ring of steel wire head, and the head of wirerope (82) fastens its head in a ring by adapter sleeve (81).
The connecting hole of each bracket, support frame, connecting rod, angle supporting plate etc., installs each components for convenience, is made adjustable
Shape hole.
Detailed description of the invention
Fig. 1 is main view of the sloping roof without purlin hook or the installation of fixture class photovoltaic plant mounting structure, expresses photovoltaic electric
The layout scenarios of side when station is mounted on roof；
Fig. 2 is left view of the sloping roof without purlin hook or the installation of fixture class photovoltaic plant mounting structure, expresses photovoltaic electric
The layout scenarios of facade when station is mounted on roof；
Fig. 3 is sloping roof without purlin hook or fixture class photovoltaic plant mounting structure bracket (5), connecting rod (11) and and tiltedly
The main view that strut (15) is combined；
Fig. 4 is left view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure bracket (5), expresses angle branch
Plate (13) installation situation；
Fig. 5 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure bracket (5), and expression lengthens
The installation situation of joining beam (43) and fixing leg (44)；
It is support frame (2) main view that Fig. 6, which is sloping roof without purlin hook or fixture class photovoltaic plant mounting structure, it and branch
The case where frame connects；
Fig. 7 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure is the main view of fastening frame (8), expression
The case where being connect with wirerope drag hook；
Fig. 8 is top view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure fastening frame (8), and expression is tight
The structure situation of solid rod (36) adjustable distance；
Fig. 9 is the main view that sloping roof adjusts stabilizer blade (83) without purlin hook or fixture class photovoltaic plant mounting structure, table
Up to the installation situation for adjusting stabilizer blade (83)；
Figure 10 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure support frame (67) is mounted on column
(77) main view on；
Figure 11 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure support frame (67) is mounted on column
(77) top view on；
Figure 12 is that sloping roof is mounted on vertical wall and chooses without purlin hook or fixture class photovoltaic plant mounting structure support frame (55)
Main view on eaves (56)；
Figure 13 is that sloping roof is mounted on vertical wall and chooses without purlin hook or fixture class photovoltaic plant mounting structure fastening frame (60)
Sectional plan view on eaves (63)；
Figure 14 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure fastening frame (71) is mounted on column
(77) main view on；
Figure 15 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure side plate (4)；
Figure 16 is top view of the sloping roof without purlin dropper clamps or tool class photovoltaic plant mounting structure side plate (4)；
Figure 17 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure pressing plate (9)；
Figure 18 is top view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure pressing plate (9)；
Figure 19 is sloping roof without purlin hook or fixture class photovoltaic plant mounting structure bracket (5) hook portion angle modulation stabilizer blade (24)
Main view；
Figure 20 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure angle modulation stabilizer blade (24)；
Figure 21 is sloping roof without purlin hook or fixture class photovoltaic plant mounting structure connecting rod (11) and connector (27) group
The main view of conjunction；
Figure 22 is sloping roof without purlin hook or fixture class photovoltaic plant mounting structure adjusting stabilizer blade (83) extension bar (84)
Combined main view；
Figure 23 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure support frame (95) is mounted on steelframe
(97) main view on；
Figure 24 is that sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure support frame (95) is mounted on steelframe
(97) partial view seen along steelframe (97) left longitudinal direction on；
Figure 25 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure angle modulation stabilizer blade (24)；
Figure 26 is main view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure fastening frame (98)；
Figure 27 is partial view of the sloping roof without purlin hook or fixture class photovoltaic plant mounting structure fastening frame (98)；
Specific embodiment
As Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,21,22,23,24,26,
Shown in 27, sloping roof is linked up with without purlin or fixture photovoltaic plant mounting structure, bracket (5), connecting rod (11) and oblique fulcrum bar (15) peace
It sets on roof tiling, photovoltaic panel (3) passes through bolt (19) for light on bracket (5) and angular interval (20), by pressing plate (9)
It lies prostrate plate (3) to fix, bracket (5) lower end is connected with support frame (2), and the oblique room in the back side is hooked across ridge in hook-shaped in bracket (5) upper end
On the impetus on top, impetus includes on ridge or corresponding watt of purlin or tiling, hook-shaped head connecting hole and wirerope or
Steel bar connection, wirerope (41 or 58 or 82) or the steel bar other end couple with wirerope drag hook (40 or 61 or 80) one end,
On wirerope drag hook (40 or 61 or 80) fastening frame (36 or 60 or 79) hole connection, fastening frame (8 or 60 or 79 or
99) on the wall (1) being separately fixed under eaves or vertical wall cornices (63) or room column (77) or connection girder steel (97) or wall
(1) on.
As shown in Fig. 1,4,5,9,25, bracket (5) is made by angle steel, I-steel or channel steel, and bracket (5) upper end gib head has
Angle modulation stabilizer blade (24), angle modulation stabilizer blade (24) are connected by bolt (25), nut (48), and bracket (5) has fixing leg (44) or adjusts
Stabilizer blade (83) is welded by vertical plate (92) with holes, and screw rod (89) passes through bracket (5) base apertures will by nut (90) and nut (91)
It is fixed on bracket (5) bottom, and head bore will adjust stabilizer blade by bolt (88) and nut (93) and vertical plate (92) under screw rod (89)
(83) it joins together, adjusts and be cased with slow pressure pad (75) on stabilizer blade (83).
As shown in Fig. 1,2,3,5,12,22, photovoltaic panel (3) be placed on bracket (5) by angle supporting plate (13) compartment away from, by
Side plate (4) and pressing plate (9) are fixed by bolt (19), nut (18) and pressing plate (49), bracket (5) with lengthen joining beam (43 or
84) and bolt (46), nut (45) and spring washer (47) are fixed and are lengthened.
As shown in Figure 11,21, connecting rod (11) connects bracket (5) by screw hole (14) with bolt, nut, oblique fulcrum bar (15)
It is connected by screw hole (17) screw hole (16) bolt, nut, connecting rod (11) passes through bolt (28), nut (29) by connector (27)
Connection lengthens.
As shown in Fig. 4,6,7, bracket (5) lower end connecting hole (23) passes through bolt (37) and support frame (2) support rod with holes
(30) connect, the support rod (30) of support frame (2) has the adjusting strip-type hole of adjustable range, by bolt (32) nut (31) and
Spring washer (33) is fixed, has and the screw hole of wall connecting (34 and 35) on support frame (2).
If Fig. 1,6,7,8,11, fastening frame (8) have anchorage bar (36), wirerope drag hook (40) one end is hooked in steel wire head ring
Interior, the head of wirerope (41) fastens head in a ring by adapter sleeve (42), there is the strip-shaped hole of adjustable range on support rod (30),
Controlled by bolt (37) nut (38) and spring washer (39), have on fastening frame (8) with the hole of wall connecting (34 and 35), and
Wirerope drag hook (40) one end is hooked in one stomidium of connecting rod (11) tiling, and wirerope drag hook (40) other end is hooked in fastening
In frame (99) hole, fastening frame (99) is fixed on side wall by expansion bolt, or connects connecting rod (11) with one end of rod piece, rod piece
The other end is fixed on side wall by expansion bolt.
As shown in Fig. 7,12, when pitched roof has vertical wall to cornice to construct, cornice on (56) in vertical wall through expansion bolt (54)
Support frame (55) is fastened on vertical wall to cornice on (56), bracket (5) lower end connecting hole (23) is passed through by bolt and nut (53)
Connection holes connection on support frame (55) is solid, and bracket (5) upper end is knotted by the hole on bracket (5) by wirerope (41) and locked.
As shown in Figure 10,14, the support frame (67) of steelframe sloping roof is propped up by the strut (69) for being associated in boom (68) front end
Support, sheer pole (65,76) covers on column (77) in upright bar (66,74) support, by fastening bolt (73), nut (72) by its
It is integrally attached on column (77), strut (69) is reinforced by bolt and nut (70) supporting support (5), bolt and nut (78)
Boom (68), boom (68,74) are welded on cross bar (65), and upright bar (66,74) is respectively welded between cross bar (65,74), tightly
Gu frame (71) is by being associated in boom (68) fastening frame (79) stay bolt, sheer pole (65,76) is covered in column in upright bar (66,74) support
(77) it on, is integrally attached on column (77) by fastening bolt (73), nut (72), wirerope drag hook (80), fastening frame
(79) hole, wirerope drag hook (80) one end are hooked in the ring of steel wire head, and the head of wirerope (82) is fastened by adapter sleeve (81)
Its head in a ring.
As shown in Figure 14,23,24,26, the support frame (95) of steelframe sloping roof is dug according to pitched roof steel I-beam (97)
Corresponding notch is engaged in girder steel (97) I-shaped, and the corresponding aperture on support frame (95) and bracket (5) passes through bolt and nut (96)
Bracket (5) and support frame (95) is fixed, if girder steel (97) is channel steel, support frame (95) is according to pitched roof channel steel cross section shape
Shape digs corresponding notch occlusion, and fastening frame (98) and support frame (95) are engaged in same method in girder steel (97) I-shaped, fastening frame (99) one
On bolt (96), fastening frame (99) one end is hooked in the ring of steel wire head end hook, and the head of wirerope (82) is by adapter sleeve (81)
Fasten its head in a ring.
The connecting hole of each bracket, support frame, connecting rod, angle supporting plate etc., installs each components for convenience, is made adjustable
Shape hole.
Photovoltaic panel (3) is by professional enterprise according to given installation dimension customized production.
Bracket (5), connecting rod (11), oblique fulcrum bar (15) support (2) fastening frame (8 or 60 or 79 or 99) etc. steel structure zero
Part is by the professional enterprise of production steel structure according to size customized production.
All bolts, nut, washer use standard component.
Wirerope drag hook and wirerope are customized in professional enterprise.
By above-mentioned all components and required other devices, as inverter, gauge table, electric wire etc. are transported to installation user,
It is installed according to design installation drawing by step by professional.
Claims (9)
1. sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that bracket (5), connecting rod (11) and oblique
Strut (15) is placed on roof tiling, and photovoltaic panel (3) passes through bolt by pressing plate (9) on bracket (5) and angular interval (20)
(19) photovoltaic panel (3) are fixed, bracket (5) lower end is connected with support frame (2), and bracket (5) upper end is hooked in hook-shaped across ridge
On the impetus of back side pitched roof, impetus includes on ridge or corresponding watt of purlin or tiling, hook-shaped head connecting hole with
Wirerope or steel bar connection, wirerope (41 or 58 or 82) or the steel bar other end and wirerope drag hook (40 or 61 or 80) one
End connection, wirerope drag hook (the 40 or 61 or 80) other end couple with the hole on fastening frame (36 or 60 or 79), fastening frame
On the wall (1) that (8 or 60 or 79 or 99) are separately fixed under eaves or vertical wall cornice (63) or room column (77) or even
It connects on girder steel (97) or wall (1).
2. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
Bracket (5) is made by angle steel, I-steel or channel steel, and bracket (5) upper end gib head has angle modulation stabilizer blade (24), angle modulation stabilizer blade (24) by
Bolt (25), nut (48) connection, bracket (5) have fixing leg (44) or adjust stabilizer blade (83), welded by vertical plate (92) with holes
It connects, screw rod (89) passes through bracket (5) base apertures and is fixed in bracket (5) bottom, screw rod by nut (90) and nut (91)
(89) head bore will adjust stabilizer blade (83) with vertical plate (92) by bolt (88) and nut (93) and join together under, adjust on stabilizer blade (83)
It is cased with slow pressure pad (75).
3. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
Photovoltaic panel (3) be placed on bracket (5) by angle supporting plate (13) compartment away from, by side plate (4) and pressing plate (9) by bolt (19),
Nut (18) and pressing plate (49) are fixed, bracket (5) lengthening joining beam (43 or 84) and bolt (46), nut (45) and spring pad
Enclose (47) fixed lengthening.
4. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
Connecting rod (11) connects bracket (5) by screw hole (14) with bolt, nut, and oblique fulcrum bar (15) is used by screw hole (17) screw hole (16)
Bolt, nut connection, connecting rod (11) are lengthened by connector (27) by bolt (28), nut (29) connection.
5. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
Bracket (5) lower end connecting hole (23) is connect by bolt (37) with support frame (2) support rod with holes (30), the branch of support frame (2)
Strut (30) has the adjusting strip-type hole of adjustable range, fixed by bolt (32) nut (31) and spring washer (33), support frame
(2) have on and the screw hole of wall connecting (34 and 35).
6. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
Fastening frame (8) has anchorage bar (36), and wirerope drag hook (40) one end is hooked in the ring of steel wire head, and the head of wirerope (41) is by tight
Gu covering (42) fastens head in a ring, there is the strip-shaped hole of adjustable range on support rod (30), by bolt (37) nut (38) and
Spring washer (39) controls, and has on fastening frame (8) and is hooked in the hole of wall connecting (34 and 35) and wirerope drag hook (40) one end
In one stomidium of connecting rod (11) tiling, wirerope drag hook (40) other end is hooked in fastening frame (99) hole, fastening frame (99) by
Expansion bolt is fixed on side wall, or connects connecting rod (11) with one end of rod piece, and the other end of rod piece is fixed by expansion bolt
On side wall.
7. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
When pitched roof has vertical wall to cornice to construct, cornices in vertical wall and support frame (55) is fastened on vertical wall by expansion bolt (54) on (56)
It cornices on (56), bracket (5), lower end connecting hole (23) passes through the connection holes connection on support frame (55) by bolt and nut (53)
Gu bracket (5) upper end is knotted by the hole on bracket (5) by wirerope (41) and is locked.
8. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
The support frame (67) of steelframe sloping roof is supported by the strut (69) for being associated in boom (68) front end, and upright bar (66,74) support is up and down
Cross bar (65,76) covers on column (77), is integrally attached on column (77) by fastening bolt (73), nut (72), branch
Bar (69) reinforces boom (68) by bolt and nut (70) supporting support (5), bolt and nut (78), boom (68,74) weldering
Be connected on cross bar (65), upright bar (66,74) is respectively welded between cross bar (65,74), fastening frame (71) by being associated in boom (68),
Fastening frame (79) stay bolt, sheer pole (65,76) covers on column (77) in upright bar (66,74) support, by fastening bolt (73), spiral shell
Cap (72) is integrally attached on column (77), wirerope drag hook (80), the hole of fastening frame (79), wirerope drag hook (80) one
For end hook in the ring of steel wire head, the head of wirerope (82) fastens its head in a ring by adapter sleeve (81).
9. sloping roof according to claim 1 is linked up with without purlin or fixture class photovoltaic plant mounting structure, it is characterised in that
The support frame (95) of steelframe sloping roof digs corresponding notch according to pitched roof steel I-beam (97) and is engaged in girder steel (97) I-shaped,
Corresponding aperture on support frame (95) and bracket (5) is fixed by bracket (5) and support frame (95) by bolt (96), if girder steel
It (97) is channel steel, support frame (95) digs corresponding notch occlusion, fastening frame (98) and support according to pitched roof channel steel cross-sectional shape
Frame (95) is engaged in same method in girder steel (97) I-shaped, and fastening frame (99) one end is hooked on bolt (96), (99) one end hook of fastening frame
In the ring of steel wire head, the head of wirerope (82) fastens its head in a ring by adapter sleeve (81).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480668.4U CN208862785U (en) | 2018-03-26 | 2018-03-26 | Sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480668.4U CN208862785U (en) | 2018-03-26 | 2018-03-26 | Sloping roof is linked up with without purlin or fixture class photovoltaic plant mounting structure |
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| CN208862785U true CN208862785U (en) | 2019-05-14 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111877629A (en) * | 2020-06-17 | 2020-11-03 | 上海乾林建设工程有限公司 | Keel mounting structure of steel shed roof |
| CN114809479A (en) * | 2022-05-06 | 2022-07-29 | 孟岍 | Non-connection roof photovoltaic power generation fixing device |
| CN115095085A (en) * | 2022-08-09 | 2022-09-23 | 吉林建筑大学 | Assembled roofing ridge structure |
-
2018
- 2018-03-26 CN CN201820480668.4U patent/CN208862785U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111877629A (en) * | 2020-06-17 | 2020-11-03 | 上海乾林建设工程有限公司 | Keel mounting structure of steel shed roof |
| CN111877629B (en) * | 2020-06-17 | 2021-06-29 | 上海乾林建设工程有限公司 | Keel mounting structure of steel shed roof |
| CN114809479A (en) * | 2022-05-06 | 2022-07-29 | 孟岍 | Non-connection roof photovoltaic power generation fixing device |
| CN115095085A (en) * | 2022-08-09 | 2022-09-23 | 吉林建筑大学 | Assembled roofing ridge structure |
| CN115095085B (en) * | 2022-08-09 | 2023-10-31 | 吉林建筑大学 | Assembled roofing ridge structure |
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