CN206610011U - A kind of Salar light-gathering disk light adjusting system - Google Patents
A kind of Salar light-gathering disk light adjusting system Download PDFInfo
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- CN206610011U CN206610011U CN201720054825.0U CN201720054825U CN206610011U CN 206610011 U CN206610011 U CN 206610011U CN 201720054825 U CN201720054825 U CN 201720054825U CN 206610011 U CN206610011 U CN 206610011U
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- disk
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- light modulation
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Abstract
The utility model discloses a kind of Stirling solar optically focused disk light adjusting system, including dish stand and the disk that dish face is constituted on dish stand, light modulation hand is installed on dish stand（100）, dim hand（100）Front end connects the disk adjusting lever of disk, rear end connection light adjusting controller（200）, dish face focal point, which is installed, dims colour table（400）, telescope is installed at a distance（500）, dish stand, light modulation colour table（400）And telescope（500）Point-blank, telescope（500）Side configuration light modulation handle（600）, dim handle（600）Pass through router（700）And light adjusting controller（200）Connection.The projection that manual observation light modulation colour table is incident upon on minute surface is carried out with telescope, is rotated by handle regulation light modulation hand, control disk is moved forward and backward, and realizes the purpose of light modulation.
Description
Technical field
The utility model is related to a kind of device for being used to adjust Salar light-gathering eyeglass.
Background technology
For the light modulation of dish-style Stirling minute surface, focus technique is ripe not enough, mainly uses and is manually focused,
Regulation at least needs two people, people's eye-observation every time, and another person, which is climbed on dish stand, to be turned adjusting rod and be adjusted,
The difficulty manually dimmed is big, and efficiency is low, and focusing effect is undesirable, so as to cause the reduction of Stirling engine conversion efficiency.
The content of the invention
The technical problems to be solved in the utility model：The problem of for existing dish-style Stirling minute surface difficult focusing, carry
A kind of system for being easy to dim is supplied.
Technical solutions of the utility model：
A kind of Stirling solar optically focused disk light adjusting system, including dish stand and the dish that dish face is constituted on dish stand
Light modulation hand is installed, light modulation hand front end connects the disk adjusting lever of disk, rear end connection light adjusting controller, dish face on piece, dish stand
Focal point install light modulation colour table, at a distance install telescope, dish stand, light modulation colour table and telescope point-blank, by telescope
Side configuration light modulation handle, light modulation handle is connected by router and light adjusting controller.
The disk adjusting lever of disk is arranged on the mount point bearing on dish stand；Dimming hand includes outer buckle and outer buckle group
Ring, outer buckle is arranged on outer sleeve front end, and outer sleeve rear end connection motor, motor connection adjusting lever, adjusting lever is located at outer sleeve
Axis on, adjusting lever front end install in buckle and interior buckle ring, outer buckle and mount point bearing be connected, interior buckle and
Disk adjusting lever is connected.
Motor rear end in succession after jacket casing, outer buckle be installed on rear jacket casing operated a switch and operated a switch with interior buckle, outer buckle operate a switch and
Interior buckle is operated a switch and connects outer buckle ring and interior buckle ring by pull bar respectively.
The internal face of outer buckle second half section has hexagonal nut mating groove.
Motor rear end in succession after jacket casing, rear jacket casing rear end is provided with lock handle.
It is provided with the inwall of outer buckle front end on outer hoodle, the inwall of interior buckle front end and interior hoodle is installed.
The beneficial effects of the utility model：
Dim the color of different zones on colour table to correspond per a piece of minute surface with dish face, telescope, light modulation colour table and dish
Face central point is needed to protect on same straight line, and the projection that manual observation light modulation colour table is incident upon on minute surface is carried out with telescope,
Rotated by handle regulation light modulation hand, control disk is moved forward and backward, and realizes the purpose of light modulation.
Specially designed light modulation hand, is connected with joint and is fixed outside disk in screens and interior regulation screens, linear electric motors push-and-pull
The front and rear regulation of disk is realized in screens, and the focal length in accurate adjustment dish face, simple and practical, install convenient can be applicable the smaller sky of dish stand
Between work, it is easy to manufacture.
Brief description of the drawings：
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model high-level schematic functional block diagram.
Fig. 3 is light modulation hand structural representation.
Fig. 4 light modulation hand mounting structure schematic diagrams.
Embodiment：
Embodiment：
Light modulation hand 100 is installed, light modulation hand 100 front end connects the disk adjusting lever of disk, rear end connection light modulation on dish stand
Controller 200, dish face focal point installs light modulation colour table 400, and telescope 500 is installed at a distance, and dish stand, light modulation and are looked in the distance at colour table 400
Point-blank, the side of telescope 500 configuration light modulation handle 600, light modulation handle 600 passes through router 700 and light modulation to mirror 500
Controller 200 is connected.There are two light modulation hands 100 in the present embodiment, respectively a light modulation hand and No. two light modulation hands.Dim colour table
The color lump for there are different colours is drawn on 400 according to the quantity of disk, the disk minute surface from a distance is dimmed on colour table 400
Color lump will be shone upon on corresponding disk, if the focal length of disk is not right, the color lump for just shining upon out will have error.
Functional module is introduced
1. dim handle 600
1）MCU1 minimum systems
The light modulation handle circuit of this secondary design is developed based on STM32F103RCT6 chips, using outside 8MHz
Crystal oscillator, by configuring phaselocked loop（PLL）Up to 72MHz after frequency dividing.It is further connected with after 1 32.768KHz crystal oscillator, frequency dividing and makees in addition
For RTC clock source.Secondly 3V button power supply is also had（BAT）.
2）Jtag interface
Jtag interface downloads to MCU1 for connecting J-LINK, while being also program debugging interface.
3）TFT_LCD interfaces
TFT_LCD interfaces connect TFT_LCD touch-screens, for showing the operation picture and ginseng of light modulation rifle in light modulation operation
Number.
4）3 LED
LED1 is power supply indicator.
LED2 lights up as starting light modulation, extinguishes as pause light modulation.
LED3 lights up as light modulation and completed.
5）7 buttons
Button 1 is chip reset button.
Button 2 is beginning/pause button.
Button 3 completes button for light modulation.
Button 4 rotates forward button for light modulation hand 1.
Button 5 is the light modulation reverse button of hand 1.
Button 6 rotates forward button for light modulation hand 2.
Button 7 is the light modulation reverse button of hand 2.
6）WIFI
Light adjusting controller is connected by WIFI.
7）RS485 EBIs
Wired connection can be carried out by RS485 buses and light adjusting controller.
8）Power supply
Power supply is powered using outside 12V power supplys, and 12V power supplys are depressured into 5V voltage stabilizings electricity through switching power source chip by inside
Source, then 5V power supplys are depressured chip through 3.3V change into 3.3V voltage-stabilized power supply, to chip power supply.
2. telescope
The projection that manual observation light modulation colour table is incident upon on minute surface is carried out with telescope, minute surface is carried out by dimming handle
Regulation.
3. light adjusting controller 200
1）MCU2 minimum systems
The light adjusting controller of this secondary design is developed based on STM32F407ZET6 chips, using brilliant outside 8MHz
Shake, by configuring phaselocked loop（PLL）168MHz is reached as high as after frequency multiplication.1 32.768KHz external crystal-controlled oscillation is further connected with addition,
RTC clock source is used as after frequency dividing.Secondly 3V button power supply is also had（BAT）.
2）Ethernet
By Ethernet connection route device, router is connected with light modulation handle by WIFI.
3）WIFI
Handle is dimmed by WIFI connections.
4）SRAM
Increase SRAM and carry out memory expansion.
5）EEPROM
Increase EEPROM is used for storing important parameter, prevents power failure data from losing.
6）5 LED
LED1 lights up as light modulation and is ready to, and extinguishes to terminate light modulation.
LED2 lights up as light modulation and started, and extinguishes as pause light modulation.
LED3 Chang Liangwei light modulations are completed.
LED4 lights up as wrong early warning.
LED5 is power supply indicator.
7）Buzzer
Buzzer is used as wrong pre-warning signal.
8）TFT_LCD interfaces
TFT_LCD interfaces connect TFT_LCD touch-screens, for showing the operating picture of light modulation and parameter, while can be with
Parameter is set or adjusted by touch-screen.
9）6 buttons
Button 1 is that light modulation gets out button, when ER equipment ready, presses the button, LED1 indicator lamps are lighted.
Button 2 rotates forward button for control light modulation hand 1 manually.
Button 3 is the control light modulation reverse button of hand 1 manually.
Button 4 rotates forward button for control light modulation hand 2 manually.
Button 5 is the control light modulation reverse button of hand 2 manually.
Button 6 is chip reset button.
（Remarks：It is used for checking whether light modulation hand runs well when button 2 to 5 is mainly dimmed.）
10）CAN interface
Here Function Extension spare interface is used as, such as can be by CAN when having selected the camera with CAN
Bus carries out data transmission.
11）Jtag interface
Jtag interface downloads to MCU2 for connecting J-LINK, while being also program debugging interface.
12）I/O interfaces
Here I/O mouths unnecessary MCU2 are drawn, can be for progress Function Extension.
13）RS485 EBIs
RS485 EBIs are used for connecting the camera with RS485 interfaces.
14）RS232 interfaces
RS232 is used for connecting computer, and parameter is debugged by host computer.
15）Power supply
Power supply is powered using outside 12V power supplys, and 12V power supplys are depressured into 5V voltage stabilizings electricity through switching power source chip by inside
Source, then 5V power supplys are depressured chip through 3.3V change into 3.3V voltage-stabilized power supply, to chip power supply.
16）Pwm signal 1
Pwm signal 1 is the pwm signal by the way that MCU2 is produced, and by light-coupled isolation into 5V pwm signal, gives stepping electricity
Machine driver 1 provides pwm signal.
17）Pwm signal 2
Pwm signal 2 is the pwm signal by the way that MCU2 is produced, and by light-coupled isolation into 5V pwm signal, gives stepping electricity
Machine driver 2 provides pwm signal.
18）Stepper motor driver interface 1
Stepper motor driver interface 1 connects No. 1 light modulation hand, drives the stepper motor of No. 1 light modulation on hand to carry out rotating.
19）Stepper motor driver interface 2
Stepper motor driver interface 2 connects No. 2 light modulation hands, drives the stepper motor of No. 2 light modulations on hand to carry out rotating.
, it is necessary to correctly connect lighting network control in dimming process, after installation, by pressing on light adjusting controller 200
Button 2 arrive button 5, observe 2 light modulation hands whether normal rotation, ensure 2 light modulation hand normal rotations after, press light modulation control
Button 1 on device processed（Light modulation gets out button）, the LED1 on light adjusting controller（Light modulation gets out indicator lamp）Light, dim hand
LCD screen on handle 600 can show ready information, next can be dimmed.LCD on light modulation handle 600 is shown
Screen can show the operational situation for the light modulation hand that camera is sent back in real time, and convenient light modulation engineer makes correct judgement.Start
During light modulation, the button 2 on light modulation handle is pressed（Beginning/pause button）, when light modulation handle 600 on LED2 indicator lamps light,
It can just be rotated by dimming 4 on handle 600 light modulations by key control light modulation hand.When needing to suspend light modulation, press again
Dim the button 2 on handle 600（Beginning/pause button）, dim the LED2 indicator lamps extinguishing on handle 600, light modulation pause.When
After the completion of light modulation, the button 3 on light modulation handle 600 is pressed（Light modulation completes button）, dim the LED3 on handle 600（Dim
Into indicator lamp）Light, while light adjusting controller 200 receives the LED3 on light modulation completion signal, light adjusting controller 200（Light modulation
Complete indicator lamp）Light, now light modulation is completed.LED1 on light adjusting controller 200（Light modulation gets out indicator lamp）Light ability
Whole dimming process is carried out, otherwise can not be dimmed.
Structure such as Fig. 3 and Fig. 4 of hand 100 are dimmed, outer buckle 1 is arranged on the front end of outer sleeve 4, the rear end of outer sleeve 4 connection electricity
Machine 9, the connection adjusting lever of motor 9, adjusting lever is located on the axis of outer sleeve 4, and the both sides of outer sleeve 4 are provided with slotted eye.Adjusting lever front end
Buckle 13 and interior buckle ring 5 in installing.The rear end of motor 9 in succession after jacket casing 10, outer buckle is installed on rear jacket casing 10 and operates a switch 16
Operate a switch 12 with interior buckle, outer buckle operate a switch 16 and interior buckle operate a switch and 12 outer buckle ring 2 and interior buckle connected by pull bar respectively
Ring 5, outer buckle ring 2 and outer spring 3 are enclosed on outer buckle 1, and interior 6 sets of buckle ring 5 and inner spring is on interior buckle 13.Outside
It is provided with the inwall of the front end of buckle 2 on outer hoodle 15, the inwall of the interior front end of buckle 5 and interior hoodle 14 is installed.Outer buckle 1 is later half
The internal face of section has hexagonal nut mating groove.The rear end of jacket casing 10 is provided with lock handle 11 afterwards.Motor 9 in the present embodiment
For stepper motor.
Dim hand installation method：
Such as Fig. 3, disk is arranged on the point of adjustment bearing of dish stand, and point of adjustment branch base rear end is can be with the thread bush of folding
Cylinder, the front and back position of disk can be adjusted by unclamping locking nut.Pressure outer buckle is first passed through when using operate a switch and 16 pull back outside
Buckle ring 2, the outer buckle for unclamping pressure after then outer buckle 1 is enclosed at the screens of regulation fulcrum block again is operated a switch 16, wild card
Detain the clamping matching of the outer hoodle 15 and regulation fulcrum block on the inwall of 1 front end, the six-sided nut mating groove and lock of outer buckle 1
Tight nut coordinates.Then operated a switch by buckle in pressure and 12 pull back interior buckle ring 5, interior buckle 13 is then enclosed on disk
The outer buckle for unclamping pressure after at the screens of adjusting rod again operates a switch 12, interior hoodle 14 and disk on the inwall of the interior front end of buckle 13
Clamping matching on adjusting rod.
Start regulation after installing：First holding the rotating jacket of lock handle 11 cylinder 4 drives outer buckle 1 to unclamp locking nut.
Motor 9 drives interior buckle 13 and disk adjusting rod to advance with retreating, so as to adjust between disk and point of adjustment bearing by rotating
Distance so that disk is correctly focused.Regulate and the outer buckle of drive of the rotating jacket of lock handle 11 cylinder 4 is held behind disk position
1 screws locking nut.Afterwards simultaneously the outer buckle of pressure operate a switch 16 and interior buckle operate a switch and 12 remove and dim hand 100.
Claims (6)
1. a kind of Stirling solar optically focused disk light adjusting system, including dish stand and the disk that dish face is constituted on dish stand,
It is characterized in that：Light modulation hand is installed on dish stand（100）, dim hand（100）Front end connects the disk adjusting lever of disk, and rear end connects
Connect light adjusting controller（200）, dish face focal point, which is installed, dims colour table（400）, telescope is installed at a distance（500）, dish stand, light modulation color
Plate（400）And telescope（500）Point-blank, telescope（500）Side configuration light modulation handle（600）, dim handle
（600）Pass through router（700）And light adjusting controller（200）Connection.
2. Stirling solar optically focused disk light adjusting system according to claim 1, it is characterised in that：The disk of disk is adjusted
Whole bar is arranged on the mount point bearing on dish stand；Dim hand（100）Including outer buckle（1）With outer buckle ring（2）, outer buckle
（1）Installed in outer sleeve（4）Front end, outer sleeve（4）Rear end connects motor（9）, motor（9）Adjusting lever is connected, adjusting lever is located at
Outer sleeve（4）Axis on, adjusting lever front end install in buckle（13）With interior buckle ring（5）, outer buckle（1）With mount point branch
Seat is connected, interior buckle（13）It is connected with disk adjusting lever.
3. Salar light-gathering disk light adjusting system according to claim 2, it is characterised in that：Motor（9）Rear end in succession after
Jacket casing（10）, rear jacket casing（10）On outer buckle be installed operated a switch（16）Operated a switch with interior buckle（12）, outer buckle operates a switch（16）With it is interior
Buckle is operated a switch（12）Outer buckle ring is connected by pull bar respectively（2）With interior buckle ring（5）.
4. Salar light-gathering disk light adjusting system according to claim 3, it is characterised in that：Outer buckle（1）Second half section
Internal face has hexagonal nut mating groove.
5. Salar light-gathering disk light adjusting system according to claim 4, it is characterised in that：Motor（9）Rear end in succession after
Jacket casing（10）, rear jacket casing（10）Rear end is provided with lock handle（11）.
6. Salar light-gathering disk light adjusting system according to claim 5, it is characterised in that：Outer buckle（1）Front end it is interior
Outer hoodle is installed on wall（15）, interior buckle（13）Interior hoodle is installed on the inwall of front end（14）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720054825.0U CN206610011U (en) | 2017-01-18 | 2017-01-18 | A kind of Salar light-gathering disk light adjusting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720054825.0U CN206610011U (en) | 2017-01-18 | 2017-01-18 | A kind of Salar light-gathering disk light adjusting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206610011U true CN206610011U (en) | 2017-11-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720054825.0U Active CN206610011U (en) | 2017-01-18 | 2017-01-18 | A kind of Salar light-gathering disk light adjusting system |
Country Status (1)
| Country | Link |
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| CN (1) | CN206610011U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106707457A (en) * | 2017-01-18 | 2017-05-24 | 西部国际绿色能源斯特林(贵州)智能装备制造有限公司 | Solar energy optically focused disc light modulation system |
-
2017
- 2017-01-18 CN CN201720054825.0U patent/CN206610011U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106707457A (en) * | 2017-01-18 | 2017-05-24 | 西部国际绿色能源斯特林(贵州)智能装备制造有限公司 | Solar energy optically focused disc light modulation system |
| CN106707457B (en) * | 2017-01-18 | 2023-06-06 | 西部国际绿色能源斯特林(贵州)智能装备制造有限公司 | Solar energy spotlight video disc dimming system |
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