CN204967725U - Multi -functional chain expansion solar panel bearing frame - Google Patents
Multi -functional chain expansion solar panel bearing frame Download PDFInfo
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- CN204967725U CN204967725U CN201520770369.0U CN201520770369U CN204967725U CN 204967725 U CN204967725 U CN 204967725U CN 201520770369 U CN201520770369 U CN 201520770369U CN 204967725 U CN204967725 U CN 204967725U
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- truss
- axle
- large arm
- sprocket wheel
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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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Abstract
The utility model provides a multi -functional chain expansion solar panel bearing frame. The utility model relates to a solar energy power generation technical field, concretely relates to multi -functional chain expansion solar panel bearing frame. The utility model discloses a removal car body assembly overall dimension who solves current solar power station is too big, and the transportation is inconvenient, and acquireing of solar energy receives the ambient condition restriction simultaneously, influences power generator effect's problem. A multi -functional chain expansion solar panel bearing frame is including expanding motor, main bracing truss, tilting mechanism, rotation mechanism, lifting mechanism, four chain drive of group, two big arm trusss, two side boxboard trusss and two upper cover plate trusss, the middle part of owner bracing truss's lower terminal surface is equipped with tilting mechanism, rotation mechanism and lifting mechanism from top to bottom in proper order, and both ends tilting mechanism 0 is equipped with big arm truss, side boxboard truss and upper cover plate truss in proper order about main bracing truss. The utility model is used for the emergent guarantee power supply system of solar energy.
Description
Technical field
The utility model relates to solar energy generation technology field, is specifically related to a kind of multi-functional chain expansion solar panel carrying support body.
Background technology
Solar power station is the device utilizing solar module to be electric energy by light energy conversion, is clean energy resource and the regenerative resource of the earth.In solar photovoltaic generation system.Because the generated output of photovoltaic is directly proportional to photovoltaic cell component, and the moving body assembly of existing solar energy emergency guarantee electric power system due to its overall dimension excessive, transportation is inconvenient, the relevant regulations of road transportation management P regulations cannot be met simultaneously, power to solar energy emergency guarantee and bring inconvenience.In addition, the acquisition due to solar energy can be subject to the restriction of environmental condition, to residing geographical environment and season all relevant, and unstable, therefore, when solar illuminance is not enough, then can not meet the demand of emergency power generation.
Utility model content
The utility model is that to solve the moving body assembly overall dimension of existing solar power station excessive, transportation is inconvenient, the acquisition of solar energy is simultaneously subject to environmental condition restriction, the problem of impact generating effect, and then proposes a kind of multi-functional chain expansion solar panel carrying support body.
The utility model is solve the problems of the technologies described above the technical scheme taked to be: the utility model comprises expansion motor, main sub-truss, tilting equipment, slew gear, lifting mechanism, four groups of chain drives, two large arm truss, two side box plate truss and two upper cover plate truss, main sub-truss is horizontally disposed with, the middle part of the lower surface of main sub-truss is provided with tilting equipment from top to bottom successively, slew gear and lifting mechanism, affixed at the bottom of the bottom of lifting mechanism and the compartment of solar power station car, the two ends, left and right of main sub-truss are provided with large arm truss from the inside to the outside successively, side box plate truss and upper cover plate truss, the middle part level of main sub-truss is provided with driven shaft and two driving shafts, the both sides, front and back of main sub-truss respectively symmetry are hinged with a driving shaft, wherein side driving shaft is connected with expansion motor, one end of driven shaft and the side of main sub-truss hinged, the other end of driven shaft and the opposite side of main sub-truss hinged, driving shaft and driven shaft are symmetrical arranged about the vertical center line of main sub-truss, each driving shaft is connected with transmission gear and drive sprocket from the inside to the outside successively, the two ends of driven shaft are connected with transfer driven gear and driven sprocket respectively from the inside to the outside successively, transmission gear and transfer driven gear are meshed, drive sprocket and driven sprocket are connected to one group of chain drive, chain drive is symmetricly set on the both sides, front and back of main sub-truss.
The beneficial effects of the utility model are:
1, the utility model is used on the moving body of solar energy emergency guarantee electric power system, when advancing without the need to generating or power station, truss collapses in car through chain drive by power source, greatly reduce parking space, the moving body assembly effectively meeting solar energy emergency guarantee electric power system meets the relevant regulations of road transportation management P regulations, and powering to solar energy emergency guarantee brings conveniently;
2, a power source is utilized to realize One step development or the gathering of all truss by chain drive in the utility model, large arm truss, side box plate truss and upper cover plate truss complete the action launching or draw in simultaneously, transmission efficiency is high, the speed launched or draw in is fast, save time, transmission process is stablized simultaneously;
3, the both sides, front and back at truss in the utility model are equipped with chain drive, make truss stress equalization when launching or draw in, anti-locking apparatus causes damage owing to being subject to the effect of torsion, effectively prevent the damage causing solar panel when drawing in due to truss run-off the straight simultaneously;
4, in the utility model after truss all draws in, truss is arranged on the outside of solar panel, achieves available protecting to solar panel in transport moving process;
5, the utility model is when there being electrical generation burden, the support of solar panel launches completely, realize the adjustment of solar-cell panel support angle in the horizontal direction by tilting equipment after expansion, realize solar panel surface and present plumbness with the sun all the time, improve the utilance of solar energy.Generating efficiency can improve 35% ~ 60%;
6, the utility model arbitrarily can adjust the height of solar panel according to the difference of geographical environment, the environment height above sea level of diverse geographic location is not identical yet, lifting mechanism can adjust the height of solar panel as required at any time, thus better receive solar energy, improve the utilance of solar energy;
7, the utility model realizes the 360 degree rotations of solar-cell panel support along self by slew gear after deployment, the contact area of solar panel and sun direct projection can be adjusted on the one hand according to the movement of position of sun, improve the utilance of solar energy, improve generating effect, the position of solar panel can be adjusted on the other hand according to wind direction, reduce the impact of large wind resistance on solar panel, prevent solar panel from sustaining damage;
8, structure of the present utility model is simple, stable work in work, manufactures easily.
Accompanying drawing explanation
Overall structure structural representation when Fig. 1 is the utility model gathering;
Fig. 2 is overall structure structural representation when driving shaft 18 side large arm truss 11, side box plate truss 12 and upper cover plate truss 13 launch in the utility model;
Fig. 3 is the vertical view of Fig. 2;
Fig. 4 is structural representation when tilting equipment 27 does not work in the utility model;
Fig. 5 is structural representation when tilting equipment 27 works in the utility model;
Fig. 6 is the front view of slew gear 29 in the utility model;
Fig. 7 is the vertical view of slew gear 29 in the utility model;
Fig. 8 is structural representation when lifting mechanism 28 does not work in the utility model;
Fig. 9 is structural representation when lifting mechanism 28 works in the utility model.
Embodiment
Embodiment one: composition graphs 1 to Fig. 9 illustrates, a kind of multi-functional chain expansion solar panel carrying support body described in present embodiment comprises expansion motor 1, main sub-truss 10, tilting equipment 27, slew gear 29, lifting mechanism 28, four groups of chain drives, two large arm truss 11, two side box plate truss 12 and two upper cover plate truss 13, main sub-truss 10 is horizontally disposed with, the middle part of the lower surface of main sub-truss 10 is provided with tilting equipment 27 from top to bottom successively, slew gear 29 and lifting mechanism 28, affixed at the bottom of the bottom of lifting mechanism 28 and the compartment of solar power station car, the two ends, left and right of main sub-truss 10 are provided with large arm truss 11 from the inside to the outside successively, side box plate truss 12 and upper cover plate truss 13, the middle part level of main sub-truss 10 is provided with driven shaft 20 and two driving shafts 18, the both sides, front and back of main sub-truss 10 respectively symmetry are hinged with a driving shaft 18, wherein side driving shaft 18 is connected with and launches motor 1, one end of driven shaft 20 and the side of main sub-truss 10 hinged, the other end of driven shaft 20 and the opposite side of main sub-truss 10 hinged, driving shaft 18 is symmetrical arranged with the vertical center line of driven shaft 20 about main sub-truss 10, each driving shaft 18 is connected with transmission gear 17 and drive sprocket 22 from the inside to the outside successively, the two ends of driven shaft 20 are connected with transfer driven gear 21 and driven sprocket 23 respectively from the inside to the outside successively, transmission gear 17 and transfer driven gear 21 are meshed, drive sprocket 22 and driven sprocket 23 are connected to one group of chain drive, chain drive is symmetricly set on the both sides, front and back of main sub-truss 10.
The main sub-truss 10 of design like this, large arm truss 11, the upper surface of side box plate truss 12 and upper cover plate truss 13 is all connected with solar panel, main sub-truss 10 is static, launching motor 1 drives driving shaft 18 to rotate counterclockwise, transmission gear 17 rotates thereupon, the transfer driven gear 21 be meshed with it together rotates clockwise together with driven shaft, drive sprocket 22 and driven sprocket 23 drive the chain drive of both sides to operate respectively, realize the large arm truss 11 at main sub-truss about 10 two ends, side box plate truss 12 and upper cover plate truss 13 launch, realization like this launches action, otherwise realize drawing in.Large arm truss 11, side box plate truss 12 and upper cover plate truss 13 6 supports can be realized in present embodiment all launch, make the space that takies during gathering less, transport moving process is convenient, and during expansion, the area of solar panel is larger, generating better effects if.Tilting equipment 27 can realize the adjustment of large arm truss 11, side box plate truss 12 and upper cover plate truss 13 angle in the horizontal direction, makes the state that solar panel and the sun keep vertical, improves the utilance of solar energy.Slew gear 28 realizes the 360 degree rotations of solar-cell panel support along self, according to the position of wind direction adjustment solar panel, reduces the impact of large wind resistance on solar panel, prevents solar panel from sustaining damage.Lifting mechanism 29 can adjust the height of solar panel as required at any time, thus better receives solar energy, improves the utilance of solar energy.
Embodiment two: composition graphs 1 to Fig. 3 illustrates, often organize chain drive described in present embodiment and comprise large arm axle 2, boxboard axle 3, upper cover plate axle 4, large arm axle sprocket wheel 5, main sub-truss sprocket wheel 6, boxboard axle sprocket wheel 7, large arm truss sprocket wheel 8, boxboard connecting axle sprocket wheel 9, boxboard connecting axle 24, boxboard connecting axle gear 25 and sector gear 26, large arm axle 2 is horizontally set between main sub-truss 10 and large arm truss 11, the excircle sidewall of the medial extremity of large arm axle 2 and main sub-truss 10 hinged and affixed with large arm truss 11, the outboard end of large arm axle 2 is provided with main sub-truss sprocket wheel 6 and large arm axle sprocket wheel 5 from the inside to the outside successively, large arm axle sprocket wheel 5 is affixed with large arm axle 2, main sub-truss sprocket wheel 6 is hinged with large arm axle 2, the end face of main sub-truss sprocket wheel 6 and the side of main sub-truss 10 affixed,
Boxboard axle 3 is horizontally set between large arm truss 11 and side box plate truss 12, the excircle sidewall of the medial extremity of boxboard axle 3 and large arm truss 11 affixed and hinged with side box plate truss 12, the outboard end of boxboard axle 3 is provided with boxboard axle sprocket wheel 7 and large arm truss sprocket wheel 8 from the inside to the outside successively, large arm truss sprocket wheel 8 is affixed with boxboard axle 3, boxboard axle sprocket wheel 7 is hinged with boxboard axle 3, the end face of boxboard axle sprocket wheel 7 and the side of side box plate truss 12 affixed
Upper cover plate axle 4 is horizontally set between side box plate truss 12 and upper cover plate truss 13, the excircle sidewall of the medial extremity of upper cover plate axle 4 and side box plate truss 12 hinged and affixed with upper cover plate truss 13, the outboard end of upper cover plate axle 4 is connected with sector gear 26, boxboard connecting axle 24 is horizontally hinged outside side box plate truss 12, the outboard end of boxboard connecting axle 24 is connected with boxboard connecting axle sprocket wheel 9 and boxboard connecting axle gear 25 from the inside to the outside successively
Drive sprocket 22 is connected with large arm axle sprocket wheel 5 respectively by first chain 14 with driven sprocket 23, main sub-truss sprocket wheel 6 is connected with boxboard axle sprocket wheel 7 by the second chain 15, large arm truss sprocket wheel 8 is connected with boxboard connecting axle sprocket wheel 9 by the 3rd chain 16, and boxboard connecting axle gear 25 is meshed with sector gear 26.Other composition is identical with embodiment one with connected mode.
When performing expansion action, launching motor 1 drives driving shaft 18 to rotate counterclockwise, transmission gear 17 rotates thereupon, drive sprocket 22 drives large arm axle sprocket wheel 5 to rotate counterclockwise by the first chain 14, large arm axle sprocket wheel 5 is affixed with large arm axle 2, large arm axle sprocket wheel 5 drives large arm axle 2 to rotate counterclockwise, large arm axle 2 is affixed with large arm truss 11, large arm axle 2 drives large arm truss 11 to rotate counterclockwise expansion 90 °, and large arm truss 11 is the level of state (namely the direction of arrow in Fig. 2 on large arm truss 11 represent the rotation direction of large arm truss 11), because main sub-truss sprocket wheel 6 and main sub-truss 10 are fixed, when large arm truss 11 rotates counterclockwise, drive the second chain 15 transmission, second chain 15 drives boxboard axle sprocket wheel 7 to rotate clockwise, boxboard axle sprocket wheel 7 is affixed with side box plate truss 12, boxboard axle sprocket wheel 7 drives side box plate truss 12 to rotate clockwise expansion 180 °, and side box plate truss 12 is the level of state (namely the direction of arrow in Fig. 2 on side box plate truss 12 represent the rotation direction of side box plate truss 12), because large arm truss sprocket wheel 8 and boxboard axle 3 are fixed, boxboard axle 3 is fixed with large arm truss 11, when side box plate truss 12 rotates clockwise, drive the 3rd chain 16 transmission, 3rd chain 16 drives boxboard connecting axle sprocket wheel 9 to rotate counterclockwise, boxboard connecting axle sprocket wheel 9 drives boxboard connecting axle 24 to rotate counterclockwise, boxboard connecting axle 24 drives boxboard connecting axle gear 25 to rotate counterclockwise, boxboard connecting axle gear 25 drives sector gear 26 to rotate clockwise, upper cover plate axle 4 rotates thereupon, upper cover plate truss 13 is fixed with upper cover plate axle 4, upper cover plate truss 13 rotates clockwise 90 °, upper cover plate truss 13 is the level of state (namely the direction of arrow in Fig. 2 on upper cover plate truss 13 represent the rotation direction of upper cover plate truss 13), while transmission gear 17 rotates, the transfer driven gear 21 be meshed with it together rotates clockwise together with driven shaft, drives the large arm truss 11 of opposite side, side box plate truss 12 and upper cover plate truss 13 to complete same expansion action.In like manner launch motor 1 to rotate clockwise, complete gathering action.
Embodiment three: composition graphs 1 to Fig. 5 illustrates, described in present embodiment, tilting equipment 27 comprises the lower bottom base 27-1 that fascinates, fascinate upper bed-plate 27-2, fascinate axle 27-3 and the actuator 27-4 that fascinates, the fascinate lower surface of the upper surface of upper bed-plate 27-2 and main sub-truss 10 is affixed, the lower bottom base 27-1 that fascinates is arranged on immediately below the upper bed-plate 27-2 that fascinates, the fascinate upper surface of the lower surface of lower bottom base 27-1 and slew gear 29 is affixed, the fascinate side of lower end of upper bed-plate 27-2 is hinged by the axle 27-3 that fascinates with the side of upper end of the lower bottom base 27-1 that fascinates, fascinate one end of actuator 27-4 is hinged with the opposite side of lower end of the upper bed-plate 27-2 that fascinates, the other end of actuator 27-4 of fascinating is hinged with the opposite side of upper end of the lower bottom base 27-1 that fascinates.Other composition is identical with embodiment one or two with connected mode.
Design like this fascinates the relatively whole tilting equipment 27 of lower bottom base 27-1 in inactive state, the upper bed-plate 27-2 that fascinates does revolution action with the axle 27-3 that fascinates for the centre of gyration under the effect of the actuator 27-4 that fascinates, change the inclination angle of the upper surface of the upper bed-plate 27-2 that fascinates, thus realize the function of fascinating of main sub-truss 10, large arm truss 11, side box plate truss 12 and upper cover plate truss 13, change the inclination angle of solar panel.
Embodiment four: composition graphs 1 to Fig. 5 illustrates, the actuator 27-4 that fascinates described in present embodiment is electric pushrod.Other composition is identical with embodiment three with connected mode.
The design like this upper bed-plate 27-2 that makes to fascinate rotates more steady when completing and fascinating.
Embodiment five: composition graphs 1 to Fig. 3, Fig. 6 and Fig. 7 explanation, slew gear 29 described in present embodiment comprises revolution lower bottom base 29-1, revolution upper bed-plate 29-3, turning motor 29-4, revolution driving gear 29-5, revolution driven gear 29-6, reduction gearing 29-7 and multiple steel ball 29-2, the lower surface of the upper surface of revolution upper bed-plate 29-3 and the lower bottom base 27-1 that fascinates of tilting equipment 27 is affixed, revolution lower bottom base 29-1 is arranged on immediately below revolution upper bed-plate 29-3, the upper surface of revolution lower bottom base 29-1 and lifting mechanism 28 is affixed, the lower surface of revolution upper bed-plate 29-3 and the upper surface of revolution lower bottom base 29-1 are along the circumferential direction provided with circular orbit groove, multiple steel ball 29-2 is laid with in circular orbit groove, the side of revolution upper bed-plate 29-3 is provided with turning motor 29-4, the output shaft of turning motor 29-4 is provided with revolution driving gear 29-5, the lateral wall of revolution upper bed-plate 29-3 is along the circumferential direction laid with multiple gear teeth 29-9, the side of revolution upper bed-plate 29-3 is also provided with power transmission shaft 29-8, power transmission shaft 29-8 is connected with revolution driven gear 29-6 and reduction gearing 29-7, revolution driving gear 29-5 is meshed with revolution driven gear 29-6, reduction gearing 29-7 is meshed with the gear teeth 29-9 on the lateral wall of revolution upper bed-plate 29-3.Other composition is identical with embodiment four with connected mode.
Design like this is when turning motor 29-4 rotates, revolution driving gear 29-5 rotates thereupon, by engaging of revolution driven gear 29-6 and revolution driving gear 29-5 and reduction gearing 29-7 and the gear teeth 29-9 on the lateral wall turning round upper bed-plate 29-3, revolution upper bed-plate 29-3 is made to do axial-rotation, complete revolution action, thus drive tilting equipment 27 to turn round together with the main sub-truss 10 of upper end, large arm truss 11, side box plate truss 12 and upper cover plate truss 13.
Embodiment six: composition graphs 1 to Fig. 3, Fig. 6 and Fig. 7 illustrate, turning motor 29-4 described in present embodiment and power transmission shaft 29-8 is arranged on supporting seat 29-10, supporting seat 29-10 is affixed with revolution lower bottom base 29-1.Other composition is identical with embodiment five with connected mode.
Embodiment seven: composition graphs 1 to Fig. 3, Fig. 8 and Fig. 9 explanation, described in present embodiment, lifting mechanism 28 comprises lower flange 28-1, upper flange 28-2, lower oil cylinder seat 28-3, upper cylinder seat 28-4, oil cylinder 28-5, outer support 28-8 and inner supporting body 28-9, the lower surface of the upper surface of upper flange 28-2 and the revolution lower bottom base 29-1 of slew gear 29 is affixed, the middle part of the lower surface of upper flange 28-2 is connected with upper cylinder seat 28-4, the outside of upper cylinder seat 28-4 is provided with inner supporting body 28-9, the upper surface of inner supporting body 28-9 is fixed on the lower surface of upper flange 28-2, affixed at the bottom of the lower surface of lower flange 28-1 and the compartment of solar power station car, the middle part of the upper surface of lower flange 28-1 is connected with lower oil cylinder seat 28-3, the outside of lower oil cylinder seat 28-3 is provided with outer support 28-8, the lower surface of outer support 28-8 is fixed on the upper surface of lower flange 28-1, the lower end of inner supporting body 28-9 is inserted in outer support 28-8, oil cylinder 28-5 is vertically provided with between upper cylinder seat 28-4 and lower oil cylinder seat 28-3, the top of oil cylinder 28-5 upper cylinder bar 28-10 is connected with upper cylinder seat 28-4, the bottom of oil cylinder 28-5 upper cylinder body 28-11 is connected with lower oil cylinder seat 28-3, the top sidewall of cylinder body 28-11 is provided with oil nozzle 28-12, the bottom sidewall of cylinder body 28-11 is provided with lower oil nozzle 28-13.Other composition is identical with embodiment five or six with connected mode.
Design like this is when the lower oil nozzle 28-13 oil-feed of oil cylinder 28-5, lower end pressure increase in the cylinder body 28-11 of oil cylinder 28-5, cylinder rod 28-10 is stretched out, upper cylinder seat 28-4, upper flange 28-2 and inner supporting body 28-9 are together moved thereupon straight up, makes slew gear 29, tilting equipment 27 together increase together with the main sub-truss 10 of upper end, large arm truss 11, side box plate truss 12 and upper cover plate truss 13; Otherwise when the upper oil nozzle 28-12 oil-feed of oil cylinder 28-5, upper end pressure increase in the cylinder body 28-11 of oil cylinder 28-5, cylinder rod 28-10 shrinks, upper cylinder seat 28-4, upper flange 28-2 and inner supporting body 28-9 are together moved thereupon straight down, slew gear 29, tilting equipment 27 are together declined together with the main sub-truss 10 of upper end, large arm truss 11, side box plate truss 12 and upper cover plate truss 13.
Embodiment eight: composition graphs 1 to Fig. 3, Fig. 8 and Fig. 9 explanation, the lower end outside wall of inner supporting body 28-9 described in present embodiment is arranged with multiple movable slider 28-7 in the axial direction, the end face outside of each movable slider 28-7 is all slided along the madial wall on outer support 28-8 vertical direction, the upper end lateral wall of outer support 28-8 is arranged with multiple fixed slider 28-6 in the axial direction, and the lateral wall of inner supporting body 28-9 slides along the inner side end on fixed slider 28-6 vertical direction.Other composition is identical with embodiment seven with connected mode.
Design like this can ensure that upper cylinder seat 28-4, upper flange 28-2 and inner supporting body 28-9 vertically rise or decline, and prevents or play.
Embodiment nine: composition graphs 1 to Fig. 2 illustrates, the bottom of lifting mechanism 28 described in present embodiment is passed through at the bottom of the compartment of support bar 28-14 and solar power station car affixed.Other composition is identical with embodiment eight with connected mode.
Distance between design support bar 28-14 like this can increase at the bottom of main sub-truss 10 and compartment, touch when preventing large arm truss 11 and side box plate truss 12 and at the bottom of compartment, thus the length of large arm truss 11 and side box plate truss 12 can be increased, increase the area of solar panel, strengthen generating effect.
Embodiment ten: composition graphs 3 illustrates, driving shaft 18 described in present embodiment is connected with expansion motor 1 by reductor 19.Other composition is identical with embodiment nine with connected mode.
Claims (10)
1. a multi-functional chain expansion solar panel carrying support body, it is characterized in that: described one multi-functional chain expansion solar panel carrying support body comprises expansion motor (1), main sub-truss (10), tilting equipment (27), slew gear (29), lifting mechanism (28), four groups of chain drives, two large arm truss (11), two side box plate truss (12) and two upper cover plate truss (13), main sub-truss (10) is horizontally disposed with, the middle part of the lower surface of main sub-truss (10) is provided with tilting equipment (27) from top to bottom successively, slew gear (29) and lifting mechanism (28), affixed at the bottom of the bottom of lifting mechanism (28) and the compartment of solar power station car, the two ends, left and right of main sub-truss (10) are provided with large arm truss (11) from the inside to the outside successively, side box plate truss (12) and upper cover plate truss (13), the middle part level of main sub-truss (10) is provided with driven shaft (20) and two driving shafts (18), the both sides, front and back of main sub-truss (10) respectively symmetry are hinged with a driving shaft (18), wherein side driving shaft (18) is connected with and launches motor (1), one end of driven shaft (20) and the side of main sub-truss (10) hinged, the other end of driven shaft (20) and the opposite side of main sub-truss (10) hinged, driving shaft (18) is symmetrical arranged with the vertical center line of driven shaft (20) about main sub-truss (10), each driving shaft (18) is connected with from the inside to the outside successively transmission gear (17) and drive sprocket (22), the two ends of driven shaft (20) are connected with transfer driven gear (21) and driven sprocket (23) respectively from the inside to the outside successively, transmission gear (17) and transfer driven gear (21) are meshed, drive sprocket (22) and driven sprocket (23) are connected to one group of chain drive, chain drive is symmetricly set on the both sides, front and back of main sub-truss (10).
2. a kind of multi-functional chain expansion solar panel carrying support body according to claim 1, it is characterized in that: described chain drive of often organizing comprises large arm axle (2), boxboard axle (3), upper cover plate axle (4), large arm axle sprocket wheel (5), main sub-truss sprocket wheel (6), boxboard axle sprocket wheel (7), large arm truss sprocket wheel (8), boxboard connecting axle sprocket wheel (9), boxboard connecting axle (24), boxboard connecting axle gear (25) and sector gear (26), large arm axle (2) is horizontally set between main sub-truss (10) and large arm truss (11), the excircle sidewall of the medial extremity of large arm axle (2) and main sub-truss (10) hinged and affixed with large arm truss (11), the outboard end of large arm axle (2) is provided with main sub-truss sprocket wheel (6) and large arm axle sprocket wheel (5) from the inside to the outside successively, large arm axle sprocket wheel (5) is affixed with large arm axle (2), main sub-truss sprocket wheel (6) is hinged with large arm axle (2), the end face of main sub-truss sprocket wheel (6) and the side of main sub-truss (10) affixed,
Boxboard axle (3) is horizontally set between large arm truss (11) and side box plate truss (12), the excircle sidewall of the medial extremity of boxboard axle (3) and large arm truss (11) affixed and hinged with side box plate truss (12), the outboard end of boxboard axle (3) is provided with boxboard axle sprocket wheel (7) and large arm truss sprocket wheel (8) from the inside to the outside successively, large arm truss sprocket wheel (8) is affixed with boxboard axle (3), boxboard axle sprocket wheel (7) is hinged with boxboard axle (3), the end face of boxboard axle sprocket wheel (7) and the side of side box plate truss (12) affixed,
Upper cover plate axle (4) is horizontally set between side box plate truss (12) and upper cover plate truss (13), the excircle sidewall of the medial extremity of upper cover plate axle (4) and side box plate truss (12) hinged and affixed with upper cover plate truss (13), the outboard end of upper cover plate axle (4) is connected with sector gear (26), boxboard connecting axle (24) is horizontally hinged in side box plate truss (12) outside, the outboard end of boxboard connecting axle (24) is connected with boxboard connecting axle sprocket wheel (9) and boxboard connecting axle gear (25) from the inside to the outside successively
Drive sprocket (22) is connected with large arm axle sprocket wheel (5) respectively by first chain (14) with driven sprocket (23), main sub-truss sprocket wheel (6) is connected with boxboard axle sprocket wheel (7) by the second chain (15), large arm truss sprocket wheel (8) is connected with boxboard connecting axle sprocket wheel (9) by the 3rd chain (16), and boxboard connecting axle gear (25) is meshed with sector gear (26).
3. a kind of multi-functional chain expansion solar panel carrying support body according to claim 1 or 2, it is characterized in that: described tilting equipment (27) comprises the lower bottom base that fascinates (27-1), fascinate upper bed-plate (27-2), fascinate axle (27-3) and the actuator that fascinates (27-4), the fascinate lower surface of the upper surface of upper bed-plate (27-2) and main sub-truss (10) is affixed, the lower bottom base (27-1) that fascinates is arranged on immediately below the upper bed-plate that fascinates (27-2), the fascinate upper surface of the lower surface of lower bottom base (27-1) and slew gear (29) is affixed, the fascinate side of lower end of upper bed-plate (27-2) is hinged by the axle that fascinates (27-3) with the side of upper end of the lower bottom base (27-1) that fascinates, fascinate one end of actuator (27-4) is hinged with the opposite side of lower end of the upper bed-plate (27-2) that fascinates, the other end of actuator (27-4) of fascinating is hinged with the opposite side of upper end of the lower bottom base (27-1) that fascinates.
4. a kind of multi-functional chain expansion solar panel carrying support body according to claim 3, is characterized in that: described in the actuator (27-4) that fascinates be electric pushrod.
5. a kind of multi-functional chain expansion solar panel carrying support body according to claim 4, it is characterized in that: described slew gear (29) comprises revolution lower bottom base (29-1), revolution upper bed-plate (29-3), turning motor (29-4), revolution driving gear (29-5), revolution driven gear (29-6), reduction gearing (29-7) and multiple steel ball (29-2), the lower surface of the upper surface of revolution upper bed-plate (29-3) and the lower bottom base that fascinates (27-1) of tilting equipment (27) is affixed, revolution lower bottom base (29-1) is arranged on immediately below revolution upper bed-plate (29-3), revolution lower bottom base (29-1) is affixed with the upper surface of lifting mechanism (28), the lower surface of revolution upper bed-plate (29-3) and the upper surface of revolution lower bottom base (29-1) are along the circumferential direction provided with circular orbit groove, multiple steel ball (29-2) is laid with in circular orbit groove, the side of revolution upper bed-plate (29-3) is provided with turning motor (29-4), the output shaft of turning motor (29-4) is provided with revolution driving gear (29-5), the lateral wall of revolution upper bed-plate (29-3) is along the circumferential direction laid with multiple gear teeth (29-9), the side of revolution upper bed-plate (29-3) is also provided with power transmission shaft (29-8), power transmission shaft (29-8) is connected with revolution driven gear (29-6) and reduction gearing (29-7), revolution driving gear (29-5) is meshed with revolution driven gear (29-6), reduction gearing (29-7) is meshed with the gear teeth (29-9) on the lateral wall of revolution upper bed-plate (29-3).
6. a kind of multi-functional chain expansion solar panel carrying support body according to claim 5, it is characterized in that: described turning motor (29-4) and power transmission shaft (29-8) are arranged on supporting seat (29-10), supporting seat (29-10) is affixed with revolution lower bottom base (29-1).
7. a kind of multi-functional chain expansion solar panel carrying support body according to claim 5 or 6, it is characterized in that: described lifting mechanism (28) comprises lower flange (28-1), upper flange (28-2), lower oil cylinder seat (28-3), upper cylinder seat (28-4), oil cylinder (28-5), outer support (28-8) and inner supporting body (28-9), the lower surface of the upper surface of upper flange (28-2) and the revolution lower bottom base (29-1) of slew gear (29) is affixed, the middle part of the lower surface of upper flange (28-2) is connected with upper cylinder seat (28-4), the outside of upper cylinder seat (28-4) is provided with inner supporting body (28-9), the upper surface of inner supporting body (28-9) is fixed on the lower surface of upper flange (28-2), affixed at the bottom of the lower surface of lower flange (28-1) and the compartment of solar power station car, the middle part of the upper surface of lower flange (28-1) is connected with lower oil cylinder seat (28-3), the outside of lower oil cylinder seat (28-3) is provided with outer support (28-8), the lower surface of outer support (28-8) is fixed on the upper surface of lower flange (28-1), the lower end of inner supporting body (28-9) is inserted in outer support (28-8), oil cylinder (28-5) is vertically provided with between upper cylinder seat (28-4) and lower oil cylinder seat (28-3), the top of oil cylinder (28-5) upper cylinder bar (28-10) is connected with upper cylinder seat (28-4), the bottom of oil cylinder (28-5) upper cylinder body (28-11) is connected with lower oil cylinder seat (28-3), the top sidewall of cylinder body (28-11) is provided with oil nozzle (28-12), the bottom sidewall of cylinder body (28-11) is provided with lower oil nozzle (28-13).
8. a kind of multi-functional chain expansion solar panel carrying support body according to claim 7, it is characterized in that: the lower end outside wall of described inner supporting body (28-9) is arranged with in the axial direction multiple movable slider (28-7), the end face outside of each movable slider (28-7) is all slided along the madial wall on outer support (28-8) vertical direction, the upper end lateral wall of outer support (28-8) is arranged with in the axial direction multiple fixed slider (28-6), the lateral wall of inner supporting body (28-9) slides along the inner side end on fixed slider (28-6) vertical direction.
9. a kind of multi-functional chain expansion solar panel carrying support body according to claim 8, is characterized in that: the bottom of described lifting mechanism (28) by support bar (28-14) with affixed at the bottom of the compartment of solar power station car.
10. a kind of multi-functional chain expansion solar panel carrying support body according to claim 9, is characterized in that: described driving shaft (18) is connected with expansion motor (1) by reductor (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520770369.0U CN204967725U (en) | 2015-09-30 | 2015-09-30 | Multi -functional chain expansion solar panel bearing frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520770369.0U CN204967725U (en) | 2015-09-30 | 2015-09-30 | Multi -functional chain expansion solar panel bearing frame |
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| Publication Number | Publication Date |
|---|---|
| CN204967725U true CN204967725U (en) | 2016-01-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520770369.0U Withdrawn - After Issue CN204967725U (en) | 2015-09-30 | 2015-09-30 | Multi -functional chain expansion solar panel bearing frame |
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| Country | Link |
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| CN (1) | CN204967725U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105245174A (en) * | 2015-09-30 | 2016-01-13 | 黑龙江兴安新能源股份有限公司 | Multifunctional chain expansion solar panel bearing frame body |
-
2015
- 2015-09-30 CN CN201520770369.0U patent/CN204967725U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105245174A (en) * | 2015-09-30 | 2016-01-13 | 黑龙江兴安新能源股份有限公司 | Multifunctional chain expansion solar panel bearing frame body |
| CN105245174B (en) * | 2015-09-30 | 2018-03-23 | 黑龙江兴安新能源股份有限公司 | A kind of multi-functional chain expansion solar panel carrying support body |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160113 Effective date of abandoning: 20180323 |