CN204455123U - A kind of growth cabinet of Power focus stereoscopic shooting culture - Google Patents
A kind of growth cabinet of Power focus stereoscopic shooting culture Download PDFInfo
- Publication number
- CN204455123U CN204455123U CN201520033438.XU CN201520033438U CN204455123U CN 204455123 U CN204455123 U CN 204455123U CN 201520033438 U CN201520033438 U CN 201520033438U CN 204455123 U CN204455123 U CN 204455123U
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- CN
- China
- Prior art keywords
- stepper
- slide unit
- axis
- pieces
- axis gearshift
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
A kind of growth cabinet of Power focus stereoscopic shooting culture, its top and bottom installs a set of Z axis gearshift and a camera respectively, two groups of buttons are regulated the object distance of two cameras accordingly respectively, during the shooting of each camera when illumination deficiency, corresponding illumination LED lantern festival is lighted momently, camera move to two of Z axis gearshift extreme time, stepper-motor can stop further rotation.Wherein, two of computer RS232C interface export junctor and control an illuminating LED lamp respectively by an ac solid relay, four buttons and four vernier switches operate the not trigger end of Retargetable compiler monopulse generator and a reset terminal respectively, four not Retargetable compiler monopulse generator control two groups of stepper motor driving circuits; Time slide unit on two cover Z axis gearshifts shifts near flange linear bearings, corresponding vernier switch can be subject to the touching of slide unit.
Description
Art
The utility model relates to the biological culture equipment in Bioexperiment field, is specifically related to a kind of growth cabinet of Power focus stereoscopic shooting culture.
Background technology
The culture observed in illumination box requires three: the simulate growth environment not affecting culture, observe clear, observation and comparison is comprehensive." videograph tunable optical ripple illumination box " (ZL 2013205546840, authorized announcement date: 2014-02-05) situation in dual-layer vacuum glass shooting illumination box, only meets first requirement.The document is referred to by the alternative source of light of LED as illumination box, but does not illustrate that whether this LED is also for taking illumination.For growth cabinet, if culture environment is dim, must be aided with lighting source, this light source must not disturb culture environment.
Summary of the invention
The utility model provides a kind of growth cabinet of Power focus stereoscopic shooting culture, this growth cabinet has settled a set of Z axis gearshift respectively at its top and bottom, two cover Z axis gearshifts install a camera separately, rotate forward or reversion by two groups of button operations, two stepper-motors, regulate the object distance of two cameras accordingly subtly, two cameras are taken from the top of culture and below respectively, and a corresponding illumination LED lantern festival is luminous momently when illumination is unfavorable for shooting; And when camera moves to extremely, corresponding stepper-motor can stop further rotation.
The utility model solves the technical scheme that its technical problem adopts: it comprises a growth cabinet, two cover Z axis gearshifts, two cameras, computer, four buttons, four not Retargetable compiler monopulse generator, two illuminating LED lamps, two ac solid relays and+5V power supplys, wherein, output junctor RTS and the DTR of the RS232C interface of computer connects a pull down resistor respectively after level shifting circuit MAX232, also be connected respectively to an input control end of two ac solid relays, another input control end of two ac solid relays is all connected to the negative pole of+5V power supply, and respective two the output-controlled ends of two ac solid relays and 220V civil power and an illuminating LED lamp form series loop, one end of four buttons is all connected to the negative pole of power supply, the other end of four buttons is connected respectively to the triggering signal input terminus TR-of a not Retargetable compiler monopulse generator, described four triggering signal input terminus TR-connect a pull-up resistor separately, first, the output terminal Q of second not Retargetable compiler monopulse generator is connected respectively to the rotating forward control line of the stepper motor driving circuit of first set Z axis gearshift and reversion control line, 3rd, the output terminal Q of the 4th not Retargetable compiler monopulse generator is connected respectively to the rotating forward control line of the stepper motor driving circuit of the second cover Z axis gearshift and reversion control line, one end of two vernier switches of first set Z axis gearshift is connected respectively to the reseting controling end of first, second not Retargetable compiler monopulse generator, one end of two vernier switches of the second cover Z axis gearshift is connected respectively to the reseting controling end of the 3rd, the 4th not Retargetable compiler monopulse generator, the other end of these four vernier switches is all connected to the positive pole of power supply, four not Retargetable compiler monopulse generator reseting controling end separately also connect a pull down resistor, first set Z axis gearshift is fixed to the top in growth cabinet by the pin hole on its first piece of metal sheet, first camera is arranged on the slide unit of first set Z axis gearshift, second cover Z axis gearshift is fixed to the bottom in growth cabinet by the pin hole on its first piece of metal sheet, second camera is arranged on the slide unit of the second cover Z axis gearshift, and two cameras are connected with two USB interfaces of computer respectively by the USB cable of camera.
Described a set of Z axis gearshift comprises two optical axises, a ball screw, two flange linear bearingss, three linear bearingss, three nut seats, a slide unit, two pieces of metal sheets, one piece of metal base plate, a shaft coupling, stepper-motor, stepper motor driving circuit, a stepper-motor frame and two vernier switches, wherein, two optical axises and ball screw parallel to each other, separately through a linear bearings, these three linear bearingss are combined with a nut seat separately, slide unit is a metal sheet, offers pin hole above slide unit, and slide unit is fixed on above-mentioned three nut seats by screw simultaneously, two pieces of metal sheets offer three, left, center, right circular hole separately, the two ends of first optical axis are arranged on the left circular hole of these two pieces of metal sheets respectively, fixed by the screw on these two left circular holes, the two ends of second optical axis are arranged on the right circular hole of these two pieces of metal sheets respectively, are fixed by the screw on these two right circular holes, circular hole in the middle of on two pieces of metal sheets installs a flange linear bearings each via screw, one end of ball screw is placed in the flange linear bearings on first piece of metal sheet, its the other end is through the one end being connected to shaft coupling after the flange linear bearings on second piece of metal sheet, the other end of shaft coupling connects the axle of stepper-motor, the control line of stepper-motor coordinates with the output of stepper motor driving circuit, stepper-motor is arranged on stepper-motor frame, stepper-motor frame and two pieces of metal sheets are all placed on the metal base plate of Z axis gearshift, metal base plate and two pieces of metal sheets all offer pin hole, two vernier switches are arranged to the place of close flange linear bearings on two pieces of metal sheets respectively, and all towards slide unit, and when slide unit shifts near flange linear bearings time, the vernier switch near this flange linear bearings can be subject to the touching of slide unit.
The beneficial effects of the utility model are: by two the stepper-motor forward and reverse of two groups of button operations, and two cameras focus on from the top of culture and below respectively to be taken, and light corresponding illuminating LED lamp when taking momently in the disadvantageous situation of illumination; Camera is once be displaced to extreme; be subject in two groups of vernier switches slide unit touching vernier switch can reset connect not Retargetable compiler monopulse generator; this not Retargetable compiler monopulse generator can prevent connected button and force corresponding stepper-motor to further rotate, be conducive to protection stepper-motor.
Accompanying drawing illustrates:
The utility model is further illustrated below in conjunction with accompanying drawing.
Fig. 1 is skeleton diagram of the present utility model.
In figure, 1. growth cabinet, 2. computer, first USB interface of 21. computers, second USB interface of 22. computers, the RS232C interface of 23. computers, 3. first camera, 31. second cameras, 4. first set Z axis gearshift, 5. first stepper-motor, 51. first buttons, 52. second buttons, 53. first not Retargetable compiler monopulse generators, 54. second not Retargetable compiler monopulse generators, 55. first groups of stepper motor driving circuits, first vernier switch on 56. first set Z axis gearshifts, second vernier switch on 57. first set Z axis gearshifts, 6. first ac solid relay, 61. second ac solid relays, 7. first illuminating LED lamp, 71. second illuminating LED lamps, 8. second stepper-motor, 81. the 3rd buttons, 82. the 4th buttons, 83. the 3rd not Retargetable compiler monopulse generators, 84. the 4th not Retargetable compiler monopulse generators, 85. second groups of stepper motor driving circuits, first vernier switch on 86. second cover Z axis gearshifts, second vernier switch on 87. second cover Z axis gearshifts, 9. the second cover Z axis gearshift.
Embodiment
Fig. 1 illustrates one-piece construction of the present utility model.Camera (3) and first set Z axis gearshift (4) are placed in the top of growth cabinet (1), and camera (31) and second overlaps the bottom that Z axis gearshift (9) is placed in growth cabinet (1).Two cameras are connected to first USB interface (21) of computer and second USB interface (22) respectively by the USB cable of camera, are placed in respectively on the slide unit of two cover Z axis gearshifts.
First button (51) and second button (52) control the negative edge trigger end TR-of first not Retargetable compiler monopulse generator (53) and second not Retargetable compiler monopulse generator (54) respectively.The output of these two not Retargetable compiler monopulse generators is connected respectively to the rotating forward control line of first group of stepper motor driving circuit (55) and reversion control line.3rd button (81) and the 4th button (82) control the negative edge trigger end TR-of the 3rd not Retargetable compiler monopulse generator (83) and the 4th not Retargetable compiler monopulse generator (84) respectively.The output of these two not Retargetable compiler monopulse generators is connected respectively to the rotating forward control line of second group of stepper motor driving circuit (85) and reversion control line.The output of two groups of stepper motor driving circuits coordinates with first stepper-motor (5) and second stepper-motor (8) respectively.
Camera moves to extreme positions, the slide unit of carrying camera can touch a vernier switch, the vernier switch touched closes, produce a high level, the not Retargetable compiler monopulse generator causing it to connect resets, corresponding button is just ineffective, avoids this stepper-motor to do further idle running.Second vernier switch (57) on first vernier switch (56) on first set Z axis gearshift and first set Z axis gearshift is arranged on first set Z axis gearshift (4), controls the reset terminal of first not Retargetable compiler monopulse generator (53) and second not Retargetable compiler monopulse generator (54) respectively.First vernier switch (86) and second, second vernier switch (87) of overlap on Z axis gearshift on second cover Z axis gearshift is arranged on the second cover Z axis gearshift (9), respectively the reset terminal of control the 3rd not Retargetable compiler monopulse generator (83) and the 4th not Retargetable compiler monopulse generator (84).
Output junctor RTS and the DTR of the RS232C interface (23) of computer (2) operates by attribute RTSEnable and the DTREnable of communication control MSComm32.OCX.It two controls first ac solid relay (6) and second ac solid relay (61) respectively.Two ac solid relays, two output-controlled ends separately control civil power respectively and supply first illuminating LED lamp (7) and second illuminating LED lamp (71).
Computer software determines the time of the shooting of two cameras and the illuminating LED lamp luminescence of two auxiliary shootings.
Claims (2)
1. a growth cabinet for Power focus stereoscopic shooting culture, is characterized in that: comprise a growth cabinet, two cover Z axis gearshifts, two cameras, computer, four buttons, four not Retargetable compiler monopulse generator, two illuminating LED lamps, two ac solid relays and+5V power supplys, wherein, output junctor RTS and the DTR of the RS232C interface of computer connects a pull down resistor respectively after level shifting circuit MAX232, also be connected respectively to an input control end of two ac solid relays, another input control end of two ac solid relays is all connected to the negative pole of+5V power supply, and respective two the output-controlled ends of two ac solid relays and 220V civil power and an illuminating LED lamp form series loop, one end of four buttons is all connected to the negative pole of power supply, the other end of four buttons is connected respectively to the triggering signal input terminus TR-of a not Retargetable compiler monopulse generator, described four triggering signal input terminus TR-connect a pull-up resistor separately, first, the output terminal Q of second not Retargetable compiler monopulse generator is connected respectively to the rotating forward control line of the stepper motor driving circuit of first set Z axis gearshift and reversion control line, 3rd, the output terminal Q of the 4th not Retargetable compiler monopulse generator is connected respectively to the rotating forward control line of the stepper motor driving circuit of the second cover Z axis gearshift and reversion control line, one end of two vernier switches of first set Z axis gearshift is connected respectively to the reseting controling end of first, second not Retargetable compiler monopulse generator, one end of two vernier switches of the second cover Z axis gearshift is connected respectively to the reseting controling end of the 3rd, the 4th not Retargetable compiler monopulse generator, the other end of these four vernier switches is all connected to the positive pole of power supply, four not Retargetable compiler monopulse generator reseting controling end separately also connect a pull down resistor, first set Z axis gearshift is fixed to the top in growth cabinet by the pin hole on its first piece of metal sheet, first camera is arranged on the slide unit of first set Z axis gearshift, second cover Z axis gearshift is fixed to the bottom in growth cabinet by the pin hole on its first piece of metal sheet, second camera is arranged on the slide unit of the second cover Z axis gearshift, and two cameras are connected with two USB interfaces of computer respectively by the USB cable of camera.
2. the growth cabinet of a kind of Power focus stereoscopic shooting culture according to claim 1, is characterized in that: described a set of Z axis gearshift comprises two optical axises, a ball screw, two flange linear bearingss, three linear bearingss, three nut seats, a slide unit, two pieces of metal sheets, one piece of metal base plate, a shaft coupling, stepper-motor, stepper motor driving circuit, a stepper-motor frame and two vernier switches, wherein, two optical axises and ball screw parallel to each other, separately through a linear bearings, these three linear bearingss are combined with a nut seat separately, slide unit is a metal sheet, offers pin hole above slide unit, and slide unit is fixed on above-mentioned three nut seats by screw simultaneously, two pieces of metal sheets offer three, left, center, right circular hole separately, the two ends of first optical axis are arranged on the left circular hole of these two pieces of metal sheets respectively, fixed by the screw on these two left circular holes, the two ends of second optical axis are arranged on the right circular hole of these two pieces of metal sheets respectively, are fixed by the screw on these two right circular holes, circular hole in the middle of on two pieces of metal sheets installs a flange linear bearings each via screw, one end of ball screw is placed in the flange linear bearings on first piece of metal sheet, its the other end is through the one end being connected to shaft coupling after the flange linear bearings on second piece of metal sheet, the other end of shaft coupling connects the axle of stepper-motor, the control line of stepper-motor coordinates with the output of stepper motor driving circuit, stepper-motor is arranged on stepper-motor frame, stepper-motor frame and two pieces of metal sheets are all placed on the metal base plate of Z axis gearshift, metal base plate and two pieces of metal sheets all offer pin hole, two vernier switches are arranged to the place of close flange linear bearings on two pieces of metal sheets respectively, and all towards slide unit, and when slide unit shifts near flange linear bearings time, the vernier switch near this flange linear bearings can be subject to the touching of slide unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520033438.XU CN204455123U (en) | 2015-01-19 | 2015-01-19 | A kind of growth cabinet of Power focus stereoscopic shooting culture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520033438.XU CN204455123U (en) | 2015-01-19 | 2015-01-19 | A kind of growth cabinet of Power focus stereoscopic shooting culture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204455123U true CN204455123U (en) | 2015-07-08 |
Family
ID=53662036
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520033438.XU Expired - Fee Related CN204455123U (en) | 2015-01-19 | 2015-01-19 | A kind of growth cabinet of Power focus stereoscopic shooting culture |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204455123U (en) |
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2015
- 2015-01-19 CN CN201520033438.XU patent/CN204455123U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20210119 |
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| CF01 | Termination of patent right due to non-payment of annual fee |