CN206075146U - Minute is with synchronous rotating device and its sun tracker and device for converting solar energy - Google Patents
Minute is with synchronous rotating device and its sun tracker and device for converting solar energy Download PDFInfo
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- CN206075146U CN206075146U CN201621025579.8U CN201621025579U CN206075146U CN 206075146 U CN206075146 U CN 206075146U CN 201621025579 U CN201621025579 U CN 201621025579U CN 206075146 U CN206075146 U CN 206075146U
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- minute hand
- gear
- minute
- signal component
- crystal clock
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Abstract
Minute is with synchronous rotating device and its sun tracker and device for converting solar energy, including crystal clock, the Bearings tracking mechanism with orthogonal Bearings tracking axle and elevation angle tracking axis, Bearings tracking mechanism includes minute hand signal component, the motor Jing decelerators controlled by solid-state relay drive minute hand to follow gear and the minute hand rotating in same direction in minute hand signal component, and minute hand follows gear, and 24/1 back gears of Jing slow down and drive Bearings tracking axle to rotate again；The wheel shaft that the minute hand shaft of crystal clock follows gear with minute hand is on the same axis, one end that minute hand follows the wheel shaft of gear relative with minute hand is fixed with the photoswitch being made up of luminous tube and photosensitive tube, and minute hand is between luminous tube and photosensitive tube, blocks the light of luminous tube directive photosensitive tube.Solar converter is fixed on Bearings tracking axle.It is this utility model simple structure, with low cost, easy to use.The foundation of angle adjustment is carried out using crystal clock as sun tracker, with reliable and stable effect.
Description
Technical field
This utility model is related to a kind of minute with synchronous rotating device and its sun tracker and solar energy converting means
Put, clock can be followed to run simultaneously, belong to field of solar energy utilization.
Background technology
Existing sun tracker is measured after the deviation data of sunlight using light sensor device, controls servo
The dynamic energy transducer of motor belt motor runs to realize tracking the purpose of the sun.Its shortcoming is：(1), during tracking, exist all the time inclined
Difference, because only that after deviation data is measured, just having the action of tracking correction；(2) function of light sensor receives weather
The restriction of environment, does not detect the deviation signal of sunlight, it is impossible to timely and accurately make adjustment when cloudy.In a word, the existing sun
Tracks of device is difficult to reach degree applicatory.
The content of the invention
The purpose of this utility model is to provide a kind of sun tracker, and it can make tracks of device according to the rotation of clock
Rotation is always consistent with the sun, and overcomes the shortcomings of that prior art cannot timely and accurately track the sun.
Another purpose of the present utility model is to provide a kind of device for converting solar energy with above-mentioned sun tracker,
Effective plane that solar converter receives sunlight can be made to remain at the position vertical with the incident ray of the sun, and most
The sunlight of the reception incidence of limits, and do not disturbed by environmental factorss.
Used as the part that above two device is all included, this utility model is it is also an object that provide a kind of minute
With synchronous rotating device, the speed of rotation synchronous axial system of the device energy accompanying clock minute hand.
The technical solution of the utility model is as follows：
(1) a kind of minute is with synchronous rotating device, including crystal clock, it is characterised in that described crystal clock is located at minute hand
In signal component, described minute hand signal component with minute hand follow gear and successively with amplification and rectification circuit and solid-state relay
Device is connected；The motor Jing decelerators controlled by solid-state relay drive minute hand to follow gear and the minute hand of crystal clock to turn in the same direction
It is dynamic；The minute hand shaft and minute hand of the crystal clock in described minute hand signal component follows the wheel shaft of gear on the same axis, minute hand
The one end for following the wheel shaft of gear relative with minute hand is fixed with the photoswitch being made up of luminous tube and photosensitive tube, and minute hand is in
Between luminous tube and photosensitive tube, the light of luminous tube directive photosensitive tube is blocked.
(2) above-mentioned minute is make use of with a kind of sun tracker of synchronous rotating device, including crystal clock, its feature
Be also to include the Bearings tracking mechanism with orthogonal Bearings tracking axle and elevation angle tracking axis, and azimuth with
The bearing of track mechanism Jing elevation angle tracking axis and it is rack-mount；Described Bearings tracking mechanism includes following with minute hand
Gear, and the minute hand signal component being connected with amplification and rectification circuit and solid-state relay successively, described crystal clock are located at and are divided
In pin signal component, the motor Jing decelerators controlled by solid-state relay drive minute hand to follow in gear and minute hand signal component
Minute hand rotating in same direction, minute hand follows gear, and again 24/1 back gears of Jing slow down and drive Bearings tracking axle to rotate；Described minute hand
On the same axis, minute hand follows the wheel shaft of gear to the wheel shaft that the minute hand shaft of the crystal clock in signal component follows gear with minute hand
One end relative with minute hand is fixed with the photoswitch being made up of luminous tube and photosensitive tube, and minute hand is in luminous tube and photosensitive tube
Between, block the light of luminous tube directive photosensitive tube.
Above-mentioned decelerator is motor to be slowed down by gear train.
Minute hand can be followed the rotation of gear to be transferred to Bearings tracking axle using two groups of teeth wheel by above-mentioned 24/1 back gear successively.
Application of the above-mentioned sun tracker in solar water heater or in device of solar generating.
(3) a kind of device for converting solar energy of above-mentioned sun tracker, including crystal clock and solar energy conversion be make use of
Device, it is characterised in that the device also includes the Bearings tracking with orthogonal Bearings tracking axle and elevation angle tracking axis
Mechanism, and the bearing of Bearings tracking mechanism Jing elevation angle tracking axis and it is rack-mount；Described solar converter is solid
It is scheduled on Bearings tracking axle；Described Bearings tracking mechanism includes following gear with minute hand, and successively with amplify shaping
The minute hand signal component that circuit is connected with solid-state relay, described crystal clock are located in minute hand signal component, by solid-state after
The motor Jing decelerators of electrical equipment control drive minute hand to follow the minute hand rotating in same direction in gear and minute hand signal component, minute hand with
With gear, 24/1 back gears of Jing slow down and the axle rotation of drive Bearings tracking again；Described minute hand signal component also include minute hand shaft with
Minute hand follows the wheel shaft of gear crystal clock on the same axis, and one end that minute hand follows the wheel shaft of gear relative with minute hand is fixed
It is between luminous tube and photosensitive tube by the photoswitch being made up of luminous tube and photosensitive tube, and minute hand, blocks luminous tube directive
The light of photosensitive tube.
Above-mentioned decelerator is motor to be slowed down by gear train.
Minute hand can be followed the rotation of gear to be transferred to Bearings tracking axle using two groups of teeth wheel by above-mentioned 24/1 back gear successively.
For the ease of Manual height angle, hand lever can be set on elevation angle tracking axis.
In order that the elevation angle of sun tracker was consistent with season, 12 points can be provided with the bearing of support
The graduated disc of degree.
The Bearings tracking mechanism has the Bearings tracking axle of multiple synchronous axial systems.
Described solar converter is solar water heater or device of solar generating.
This utility model：
First, luminous tube and photosensitive tube are respectively provided with crystal clock minute hand both sides and constitute photoswitch, photoswitch to
Motor sends signal, and above-mentioned photoswitch is rotated with the rotation of minute hand by motor, photoswitch is in all the time
Minute hand both sides and realize a kind of clock with synchronous operation device.
Secondly, it is above-mentioned clock is same with the speed of rotation of synchronous rotating device and the speed of earth rotation by back gear
Step, and realize a kind of sun tracker of utilization clock.
Finally, on the basis of above-mentioned sun tracker, with reference to existing solar converter, and formation one kind can
Using the device for converting solar energy of the clock tracing sun.Solar converter is specifically fixed on the orientation of sun tracker
On angle tracking axle, the normal of solar converter sensitive surface is run with the clock synchronization of crystal clock, and meets following initial condition：
When being 12 points at local place, the normal of solar converter sensitive surface, sun tracker Bearings tracking axle, and it is local
Meridian three in same plane, just realize tracking of the solar converter to solar azimuth, and daytime, orientation tracking missed
Difference is less than parts per million.It it is within one week 1 year based on the revolution of the earth, sunlight is returned in north and south to the vertical irradiation point of the earth
A cycle is circulated between line, the circulation of 24 solar term one is defined, the excursion of sun altitude be 23.5 degree+23.5 spend=
47 degree, every month is less than 4 degree.If sun tracker is from the height change of the motion tracking sun, from from the point of view of the ratio of performance to price,
Most of occasions are not applied to, therefore can track the change of altitude of the sun using adjusting according to 24 throttled cycles manually.
Obviously, this utility model simple structure, with low cost, easy to use.For the earth, the reciprocal fortune of the sun
Row is produced due to autobiography and the revolution of the earth.Earth autobiography produces the change of solar azimuth, and the revolution of the earth produces the sun
Change of the height with solar term.Earth rotation one week to be within 24 hours a relatively-stationary rule, the crystal clock of 24 hours systems when
Pin is also to circle for 24 hours, its frequency stability up to 10 minus 7 power.Therefore, filled as solar tracking using crystal clock
Putting carries out the foundation of angle adjustment, with reliable and stable effect.
Description of the drawings
Fig. 1 is general structure schematic diagram of the present utility model.
Fig. 2 is the structural representation of Bearings tracking mechanism of the present utility model.
Fig. 3 is the structural representation that minute hand of the present utility model follows component.
Wherein, 1. solar converter, 2. Bearings tracking axle, 3. Bearings tracking mechanism, 4. elevation angle tracking axis, 5.
Hand lever, 6. bearing, 7. support, 8. Bearings tracking shaft gear piece, 9. minute hand follow component, 10. amplification and rectification circuit, 11.
Solid-state relay, 12. motor, 13. motor tooth axles, 14. decelerators, 15. minute hands follow gear, 16.24/1 back gear, 17. stones
Ying Zhong, 18. minute hands, 19. semiconductor luminotrons, 20. semiconductor photosensitive pipes.
Specific embodiment
As shown in Figure 2,3, a kind of minute is with synchronous rotating device, including crystal clock 17, it is characterised in that described stone
English clock 17 is located in minute hand signal component 9, described minute hand signal component 9 with minute hand follow gear 15, and successively with amplification
Shaping circuit 10 is connected with solid-state relay 11；The 12 Jing decelerators 14 of motor controlled by solid-state relay 11 drive minute hand
Follow 18 rotating in same direction of minute hand of gear 15 and crystal clock 17；The minute hand shaft of the crystal clock 17 in described minute hand signal component 9
The wheel shaft that gear 15 is followed with minute hand on the same axis, fix by one end that minute hand follows the wheel shaft of gear 15 relative with minute hand 18
It is between luminous tube 19 and photosensitive tube 20 by the photoswitch being made up of luminous tube 19 and photosensitive tube 20, and minute hand 18, is blocked
The light of 19 directive photosensitive tube 20 of luminous tube.
Its operation principle is as follows：18 normal rotation of crystal clock minute hand, when there is angular displacement, luminous tube 19 just has light directive
Photosensitive tube 20, then photosensitive tube 20 export a voltage jump signal, minute hand signal component 9 as shown in Figure 3 exports the signal
To amplification and rectification circuit 10, after shaping, start solid-state relay 11, connect the power supply of motor 12, motor 12 rotates Jing and slows down
Device 14 drive minute hand follow gear 15 and photoswitch quickly with 18 rotating in same direction of minute hand, until crystal clock minute hand 18 again will be luminous
The light of pipe 19 is blocked, and motor 12 stops operating, and so realizes the synchronous rotary adjoint with minute hand.
As shown in Figures 1 to 3, above-mentioned minute is make use of with a kind of sun tracker of synchronous rotating device, including stone
English clock 17, it is characterised in that also include the Bearings tracking with orthogonal Bearings tracking axle 2 and elevation angle tracking axis 4
Mechanism 3, and the bearing 6 of 3 Jing elevation angles tracking axis 4 of Bearings tracking mechanism and be arranged on support 7；Described Bearings tracking
Mechanism 3 includes following gear 15, and the minute hand being connected with amplification and rectification circuit 10 and solid-state relay 11 successively with minute hand
Signal component 9, described crystal clock 17 are located in minute hand signal component 9, and 12 Jing of motor controlled by solid-state relay 11 subtracts
Fast device 14 drives minute hand to follow gear 15 and 18 rotating in same direction of minute hand in minute hand signal component 9, minute hand to follow the Jing again of gear 15
24/1 back gear 16 slows down and drives Bearings tracking axle 2 to rotate；The minute hand shaft of the crystal clock 17 in described minute hand signal component 9
The wheel shaft that gear 15 is followed with minute hand on the same axis, fix by one end that minute hand follows the wheel shaft of gear 15 relative with minute hand 18
It is between luminous tube 19 and photosensitive tube 20 by the photoswitch being made up of luminous tube 19 and photosensitive tube 20, and minute hand 18, is blocked
The light of 19 directive photosensitive tube 20 of luminous tube.
It is not difficult to find out, the sun tracker is the side of increased on the basis of above-mentioned minute is with synchronous rotating device
Parallactic angle tracking axis 2 and elevation angle tracking axis 4 and its supporting construction；Also add 24/1 back gear 16, it is clear that due to minute hand change compared with
Substantially, after the synchronous rotary adjoint with minute hand is realized, 24/1 back gears of Jing slow down can make Bearings tracking axle 2 to hour hands
Rotation and clock synchronization, i.e., be rotated by 360 ° per 24 hours with what crystal clock hour hands identical angular velocity rotated, can be more efficient
Follow the trail of the sun in ground.
Above-mentioned decelerator 14 can be slowed down to motor 12 by existing gear train.
Above-mentioned minute hand is followed
Axle 2.
Above-mentioned 24/1 back gear 16 can using two groups of teeth wheel successively by minute hand follow the rotation of gear 15 be transferred to azimuth with
Track axle 2, such as can may also be employed the combination of 4/1 and 6/1 back gear successively using the combination of 3/1 and 8/1 back gear.
As shown in figure 1, only solar converter 1 need to be fixed on the Bearings tracking axle 2 of above-mentioned sun tracker, i.e.,
May make up a kind of device for converting solar energy.
Application example
By taking flat photovoltaic cell component as an example, during use, photovoltaic cell component flat board is technically guaranteed first
The meridian three of vertical line, Bearings tracking axle 2 and locality is in same plane.
For the ease of Manual height angle, hand lever 5 can be set on elevation angle tracking axis 4.
In order that the elevation angle of sun tracker was consistent with season, scale can be set at the bearing 6 of support 7
Disk, graduated disc is with 12 indexing；Above-mentioned hand lever 5 can be parallel to each other with the flat board of photovoltaic cell component or vertical, so as to can
To serve as the pointer of graduated disc.
The tracking that sun altitude changes with solar term is completed by manual operation hand lever 5.In the middle of 1 year, bar 5 by
It is artificial to operate, circulate on 24 gears according to 24 solar term, shelves spacing is 3.91 degree, circulate every year one week 47 degree.Hand lever 5
The latitude of A+ or-subsolar point be should be with the angle H of horizontal plane.A is the latitude on the ground, add deduct depending on A be south or
North latitude degree, if with subsolar point in same north and south latitude if subtract；Otherwise just add.For example in 40.5 degree of somewheres of north latitude,
During the Summer Solstice, subsolar point is 23.5 degree of tropic of cancer north latitude, and first grade of Summer Solstice H is 40.5-23.5=17 degree.12nd grade of Winter Solstice
H is 40.5+23.5=64 degree, completes the 12 solar term first half of the year of half a year, 47 degree of tracking process.Next shelves are the Slight Colds toward revolution, directly
To the next year Summer Solstice, complete 1 year to sun tracker with 24 solar term sun altitudes tracking.
As shown in figure 1, the technical scheme of above-mentioned one end that solar converter is arranged at Bearings tracking axle 2 is suitable for more
In small-sized solar converter, for large-scale solar converter, can be by which across 3 side of being arranged at of Bearings tracking mechanism
The two ends of parallactic angle tracking axis 2.On the other hand, for the small-sized solar transducer for being arranged on 2 one end of Bearings tracking axle, with side
Parallactic angle tracking axis rotated a circle per 24 hours, and in night also in rotation；And for being arranged at 2 two ends of Bearings tracking axle
Large-sized solar transducer, as underlying holder 7 produces the reason for stopping, continuously can not rotate, and at night
Need not rotate.In this regard, can arranging in Bearings tracking axle 2, code-disc of the prior art comes and its matched light is established by cable
Close and commutation opens the light to solve.Code-disc is a fan-shaped disc more than semicircle, when solar converter rotates and inswept code-disc
Effect after the angle for being possessed due to photoswitch can be automatically stopped, and the time of stopping is exactly the angle institute of fan-shaped disc breach
The corresponding time；Commutation is opened the light and solar converter can be made to reset.The selection of code-disc Notch angle and night length and locality
Latitude it is relevant, during summer, required breach is obviously less than winter, and the breach needed for low latitudes is obviously less than high latitude
, but for convenience's sake, the breach of code-disc can be determined according to a certain regional night in summer length, i.e., the breach institute is right
The night that the rundown time answered is less than winter is long, is not in that the sun does not fall and stops situation about following the trail of.
Claims (10)
1. a kind of minute is with synchronous rotating device, including crystal clock (17), it is characterised in that described crystal clock (17) is located at
In minute hand signal component (9), described minute hand signal component (9) with minute hand follow gear (15), and successively with amplify shaping
Circuit (10) is connected with solid-state relay (11)；Motor (12) Jing decelerators (14) band controlled by solid-state relay (11)
Dynamic minute hand follows minute hand (18) rotating in same direction of gear (15) and crystal clock (17)；Stone in described minute hand signal component (9)
The wheel shaft that the minute hand shaft of Ying Zhong (17) follows gear (15) with minute hand on the same axis, minute hand follow the wheel shaft of gear (15) with
The relative one end of minute hand (18) is fixed with the photoswitch being made up of luminous tube (19) and photosensitive tube (20), and minute hand (18) is in
Between luminous tube (19) and photosensitive tube (20), the light of luminous tube (19) directive photosensitive tube (20) is blocked.
2. using the minute described in claim 1 with synchronous rotating device a kind of sun tracker, including crystal clock
(17), it is characterised in that also include the azimuth with orthogonal Bearings tracking axle (2) and elevation angle tracking axis (4) with
Track mechanism (3), and the bearing (6) of Bearings tracking mechanism (3) Jing elevation angle tracking axis (4) and be arranged on support (7)；It is described
Bearings tracking mechanism (3) include following gear (15) with minute hand, and successively with amplification and rectification circuit (10) and solid-state after
The minute hand signal component (9) that electrical equipment (11) is connected, described crystal clock (17) are interior positioned at minute hand signal component (9), by solid-state
Motor (12) the Jing decelerators (14) that relay (11) is controlled drive minute hand to follow gear (15) interior with minute hand signal component (9)
Minute hand (18) rotating in same direction, minute hand follow gear (15) and 24/1 back gears of Jing (16) slow down and drive Bearings tracking axle (2)
Rotate；The minute hand shaft of the crystal clock (17) in described minute hand signal component (9) follows the wheel shaft of gear (15) same with minute hand
On one axis, one end that minute hand follows the wheel shaft of gear (15) relative with minute hand (18) is fixed with by luminous tube (19) and photosensitive tube
(20) photoswitch for constituting, and minute hand (18) is between luminous tube (19) and photosensitive tube (20), blocks luminous tube (19) and penetrates
To the light of photosensitive tube (20).
3. a kind of sun tracker as claimed in claim 2, it is characterised in that above-mentioned decelerator (14) is by gear train pair
Motor (12) is slowed down.
4. a kind of sun tracker as claimed in claim 2, it is characterised in that above-mentioned 24/1 back gear (16) adopts two groups of teeth
Minute hand is followed the rotation of gear (15) to be transferred to Bearings tracking axle (2) by wheel successively.
5. using a kind of device for converting solar energy of sun tracker described in claim 2, including crystal clock (17) and the sun
Energy transducer (1), it is characterised in that the device is also included with orthogonal Bearings tracking axle (2) and elevation angle tracking axis
(4) Bearings tracking mechanism (3), and the bearing (6) of Bearings tracking mechanism (3) Jing elevation angle tracking axis (4) and be arranged on
On support (7)；Described solar converter (1) is fixed on Bearings tracking axle (2)；Described Bearings tracking mechanism
(3) include following gear (15) with minute hand, and be connected with amplification and rectification circuit (10) and solid-state relay (11) successively
Minute hand signal component (9), described crystal clock (17) are controlled by solid-state relay (11) in minute hand signal component (9)
Motor (12) Jing decelerators (14) drive minute hand to follow gear (15) to turn with the minute hand (18) in minute hand signal component (9) in the same direction
Dynamic, minute hand follows gear (15) and 24/1 back gears of Jing (16) slows down and drives Bearings tracking axle (2) to rotate；Described minute hand letter
Number component (9) also includes that minute hand shaft and minute hand follow the wheel shaft of gear (15) crystal clock (17) on the same axis, minute hand with
The photoelectricity being made up of luminous tube (19) and photosensitive tube (20) is fixed with the wheel shaft of gear (15) one end relative with minute hand (18)
Switch, and minute hand (18) is between luminous tube (19) and photosensitive tube (20), blocks luminous tube (19) directive photosensitive tube (20)
Light.
6. a kind of device for converting solar energy as claimed in claim 5, it is characterised in that above-mentioned decelerator (14) is by gear train
Motor (12) is slowed down.
7. a kind of device for converting solar energy as claimed in claim 5, it is characterised in that above-mentioned 24/1 back gear (16) can adopt two
Minute hand is followed the rotation of gear (15) to be transferred to Bearings tracking axle (2) by group gear successively.
8. a kind of device for converting solar energy as claimed in claim 5, it is characterised in that for the ease of Manual height angle, can
Hand lever (5) is set on elevation angle tracking axis (4).
9. a kind of device for converting solar energy as claimed in claim 5, it is characterised in that arrange at bearing (6) place of support (7)
Graduated disc with 12 indexing.
10. a kind of device for converting solar energy as claimed in claim 5, it is characterised in that described solar converter (1) is
Solar water heater or device of solar generating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621025579.8U CN206075146U (en) | 2016-08-31 | 2016-08-31 | Minute is with synchronous rotating device and its sun tracker and device for converting solar energy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621025579.8U CN206075146U (en) | 2016-08-31 | 2016-08-31 | Minute is with synchronous rotating device and its sun tracker and device for converting solar energy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206075146U true CN206075146U (en) | 2017-04-05 |
Family
ID=58436032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621025579.8U Expired - Fee Related CN206075146U (en) | 2016-08-31 | 2016-08-31 | Minute is with synchronous rotating device and its sun tracker and device for converting solar energy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206075146U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106125773A (en) * | 2016-08-31 | 2016-11-16 | 王永彰 | Sun tracker and device for converting solar energy thereof |
-
2016
- 2016-08-31 CN CN201621025579.8U patent/CN206075146U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106125773A (en) * | 2016-08-31 | 2016-11-16 | 王永彰 | Sun tracker and device for converting solar energy thereof |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170405 Termination date: 20180831 |