A kind of compound solar energy is flat to put in a skylight
Technical field
The present invention relates to a kind of skylight, specifically a kind of compound solar energy is flat puts in a skylight.
Background technology
The skylight is widely used in the modern building, such as stadium, market, public place of entertainment, office building etc.; Using in the skylight is translating skylight the most widely: utilize electric energy to drive the skylight parallel-moving type and close and open; Present translating skylight mainly is divided into two types: 1, open and close to both sides; 2, front and back open and close.Above-mentioned dual mode mostly is to open and close by electric energy, and solar energy to external world can't reuse, and causes the wasting of resources; The while skylight of this dual mode takies a large amount of spaces, makes complicated, transportation inconvenience, when opening fully adjacent building formation is blocked, and affects the visual field and the illumination of other buildings.
Summary of the invention
For the problem that above-mentioned prior art exists, the invention provides that a kind of compound solar energy is flat to put in a skylight, can effectively utilize the Driven by Solar Energy skylight to open and close; Can reduce the space that the skylight takies when opening, can not form adjacent or close building and block, further reduce the visual field of other buildings and the impact of illumination.
To achieve these goals, the technical solution used in the present invention is: a kind of compound solar energy is flat to put in a skylight, comprise fixed skylight, fixed skylight is arranged on the building, also comprises servo-actuated skylight track, road wheel, driving mechanism, driving skylight track, drives skylight, solar panel, servo-actuated skylight, servo-actuated skylight planker and drives the skylight crossbeam; Fixed skylight, servo-actuated skylight, driving skylight overlap mutually successively, and servo-actuated skylight track is installed respectively for servo-actuated skylight, driving both sides, skylight and driving skylight track, downside all arrange road wheel; Drive and driving mechanism is installed on the skylight and is driven the skylight crossbeam, planker lower end, servo-actuated skylight connects servo-actuated skylight, the upper end moves freely in driving the skylight crossbeam; Fixed skylight, servo-actuated skylight, driving skylight external surface are all pasted solar panel; Compound solar energy is put down when putting in a skylight standard-sized sheet, and driving skylight, servo-actuated skylight, fixed skylight are rugosity from top to bottom; When closing, surperficial stepped plane.
The end mounting limit snubber of servo-actuated skylight track, driving skylight track.
Driving mechanism comprises motor, reducer, output gear and tooth bar.
Compare with existing skylight: the present invention arranges servo-actuated skylight, driving skylight, servo-actuated skylight track and drives the skylight track; When opening, drive skylight first operation on driving the skylight track, when skylight to be driven crossbeam is run into servo-actuated skylight planker, drive servo-actuated skylight and move at servo-actuated skylight track, until open fully; When opening fully, driving skylight, servo-actuated skylight, fixed skylight are rugosity from top to bottom, take little room, reduce unnecessary space, can not form adjacent or close building and block, and reduce the visual field of other buildings and the impact of illumination; Driving skylight, servo-actuated skylight, fixed skylight post solar panel simultaneously, can effectively utilize solar energy resources, economize on resources.
Description of drawings
Fig. 1 is structural representation of the present invention;
Fig. 2 be among Fig. 1 A-A to the cross section enlarged diagram;
Fig. 3 is structure left view of the present invention;
Fig. 4 is servo-actuated skylight supporting plate and driving skylight crossbeam enlarged diagram among Fig. 3.
Among the figure: 1, fixed skylight, 2, servo-actuated skylight track, 3, road wheel, 4, driving mechanism, 5, drive the skylight track, 6, the limiting buffer device, 7, drive the skylight, 8, solar panel, 9, servo-actuated skylight, 10, servo-actuated skylight supporting plate, 11, drive the skylight crossbeam.
The specific embodiment
The invention will be further described below in conjunction with accompanying drawing.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of compound solar energy is flat to put in a skylight, comprise fixed skylight 1, fixed skylight 1 is arranged on the building, also comprises servo-actuated skylight track 2, road wheel 3, driving mechanism 4, driving skylight track 5, drives skylight 7, solar panel 8, servo-actuated skylight 9, servo-actuated skylight planker 10 and drive skylight crossbeam 11; Driving mechanism 4 comprises motor, reducer, output gear and tooth bar, and driving mechanism 4 provides driving force for driving skylight 7; Fixed skylight 1, servo-actuated skylight 9, driving skylight 7 overlap mutually successively, and servo-actuated skylight track 2 is installed respectively for servo-actuated skylight 9, driving 7 both sides, skylight and driving skylight track 5, downside all arrange road wheel 3; Drive and driving mechanism 4 is installed on the skylight 7 and is driven skylight crossbeam 11, planker 10 lower ends, servo-actuated skylight connect servo-actuated skylight 9, the upper end moves freely in driving skylight crossbeam 11; Fixed skylight 1, servo-actuated skylight 9, driving skylight 7 external surfaces are all pasted solar panel 8; Compound solar energy is put down when putting in a skylight standard-sized sheet, and driving skylight 7, servo-actuated skylight 9, fixed skylight 1 are rugosity from top to bottom; When closing, surperficial stepped plane.
Further, servo-actuated skylight track 2, drive the end mounting limit snubber 6 of skylight track 5, to servo-actuated skylight 9 with drive skylight 7 and carry out spacingly, prevent that operation from overstepping the limit.
Duty is divided into two states: closed condition: driving mechanism 4 drives skylight 7 and is driving alone walking on the skylight track 5, when touching servo-actuated skylight planker 10, the driving skylight crossbeam 11 that drives skylight 7 drives servo-actuated skylight 9 in 2 walkings of servo-actuated skylight track, fixed skylight 1 keeps motionless, is the flat buttoned-up status that puts in a skylight of compound solar energy when servo-actuated skylight track 2 is opened fully; Open mode: driving mechanism 4 drives skylight 7 and moves to two side directions at driving skylight track 5, when the driving skylight crossbeam 11 that drives skylight 7 touches servo-actuated skylight planker 10, driving driving skylight 7 opens, when drive skylight 7, servo-actuated skylight 9, when fixed skylight 1 is rugosity from top to bottom, be the flat full open position that puts in a skylight of compound solar energy, under this state, take little room, reduce unnecessary space; When opening fully, can not form adjacent or close building and block, can reduce the visual field of other buildings and the impact of illumination.
Fixed skylight 1, servo-actuated skylight 9, driving skylight 7 external surfaces are all pasted solar panel 8, and solar panel 8 absorbs luminous energy, electric weight is stored in the battery, for driving mechanism 4 provides the energy; When closing fully, the solar panel 8 on fixed skylight 1, servo-actuated skylight 9, the driving skylight 7 can provide the energy, and when opening fully, the solar panel 8 in the driving skylight 7 of the superiors provides the energy.
The invention is not restricted to the quantity in the skylights such as servo-actuated skylight 9, driving skylight 7; a plurality of servo-actuated skylights 9 also belong to protection scope of the present invention; also be not limited to drive skylight 7 to bidirectional opening or close, drive skylight 7 unidirectional opening and closing and also belong to protection scope of the present invention.