CN208338647U - A kind of equipment of photon-phonon coupling identification hatching egg live embryo - Google Patents
A kind of equipment of photon-phonon coupling identification hatching egg live embryo Download PDFInfo
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- CN208338647U CN208338647U CN201820419641.4U CN201820419641U CN208338647U CN 208338647 U CN208338647 U CN 208338647U CN 201820419641 U CN201820419641 U CN 201820419641U CN 208338647 U CN208338647 U CN 208338647U
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- hatching egg
- detection
- live embryo
- excitation
- photon
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Abstract
The utility model discloses a kind of equipment of photon-phonon coupling identification hatching egg live embryo.Including hatching egg conveying device and the hatching egg detection device being mounted in hatching egg conveying device, hatching egg detection device includes that detection camera bellows, excitation detection device, fixed plate, cylinder and lamp plate, the incubator tray for being placed with live embryo are conveyed through hatching egg detection device by hatching egg conveying device and carry out non-destructive testing；Detection camera bellows inner top is equipped with cylinder, and fixed plate top is connected to detection camera bellows inner top surface by cylinder, and bottom is equipped with lamp plate in the detection camera bellows, sense channel is formed between fixed plate and lamp plate, fixed plate is equipped with multiple excitation detection devices.The live embryo of the utility model, which exists, whether there is live embryo in identification equipment energy automatic identification hatching egg, detection accuracy is high, high-efficient.
Description
Technical field
The utility model relates to agricultural automation machinery, more particularly, to a kind of photon-phonon coupling identification hatching egg live embryo
Equipment.
Background technique
Since fertility rate of hatching egg and embryo survival are not 100%, hatching egg is carried out within the incubation period according to egg
Detect embryo's situation in hatching egg.Hatchery, which relies primarily on, at present manually carries out hatching egg detection using hand-held candler.But it incubates
It is big to change field hatching eggs amount, when especially large quantities of hatching eggs are hatched simultaneously, artificial the shortcomings that shining egg low efficiency particularly evident, Er Qiegong
The amount of labour of people is big, causes accuracy in detection to decline according to egg work for a long time, and the eyesight of human eye also can be in the building ring according to egg
It is become negatively affected in border.Existing part focuses primarily upon the infertile egg of hatching early period and dead according to egg product, document and patent
The detection of embryo egg, the related data for hatching the middle and later periods is less, therefore the utility model proposes automatic using embryo's movement of the foetus phenomenon
The detection device of the addled egg of detection hatching middle and later periods, embryo egg living.
Utility model content
Based on the above background, the utility model provides a kind of equipment of photon-phonon coupling identification hatching egg live embryo, is able to achieve
High efficiency, the automatic non-destructive testing of high-precision live embryo reduce and shine egg number of workers.
The technical solution adopted in the utility model is as follows:
Equipment includes hatching egg conveying device and the hatching egg detection device that is mounted in hatching egg conveying device, hatching egg detection device
Including detection camera bellows, excitation detection device, fixed plate, cylinder and lamp plate, the incubator tray of live embryo is placed with by hatching egg conveying device
Hatching egg detection device is conveyed through to carry out non-destructive testing；Detection camera bellows inner top is equipped with cylinder, and fixed plate top passes through cylinder
It is connected to detection camera bellows inner top surface, bottom is equipped with lamp plate in the detection camera bellows, and it is logical that detection is formed between fixed plate and lamp plate
Road, fixed plate are equipped with multiple excitation detection devices.
The hatching egg conveying device includes the conveyor chain for conveying live embryo, and it is dark that conveyor chain passes through the detection
Case, detection camera bellows is provided with the entrance and exit for conveyor chain disengaging, is provided with window-blind at entrance and exit, described
Window-blind uses the flexible material of black non transparent.
The excitation detection device includes upper bracket, motivates detection wiring board, optical sensor, hood and loudspeaker, on
Bracket is the tube-in-tube structure of upper/lower terminal opening, and excitation detection wiring board is installed on upper bracket lower ending opening, excitation detection route
Plate is provided with multiple optical sensors and loudspeaker, and loudspeaker is mounted on the centre in excitation detection route board bottom face, and multiple light pass
Sensor circumference array is uniformly mounted to the detection of the excitation around loudspeaker route board bottom face；Hood is set in be detected in excitation
Upper bracket lower ending opening below wiring board, and excitation detection wiring board support is fixed at upper bracket lower ending opening.
Lamp plate upper surface array is provided with multiple LED lamp beads, and each live embryo on incubator tray is placed bottom position and opened
There is the through-hole passed through for LED lamp bead transmitting light beam, the LED lamp bead uses colour temperature for the white light LEDs of 2500K~3200K.
The fixed plate array is provided with multiple excitation detection devices, in each excitation detection device and every LED lamp bead
Lower correspondence.
The hood uses the flexible material of black non transparent.
The detection camera bellows inner wall uniform fold has black light-absorbing coating.
Top inside the detection camera bellows is additionally provided with detection mainboard.
The beneficial effects of the utility model are:
The utility model enhances fetal activity frequency and amplitude by low frequency flash of light and sound stimulation embryo, causes hatching egg when according to egg
Light transmission capacity, to realize the online non-destructive testing of hatching middle and later periods embryo living, and detection accuracy is high, high-efficient.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment.
Fig. 2 is the structural schematic diagram in the utility model embodiment inside hatching egg detection device.
Fig. 3 is the structural schematic diagram motivated inside detection device in the utility model embodiment.
Fig. 4 is the A direction view of Fig. 3.
In figure: 1. hatching egg conveying devices；2. hatching egg detection device；3. detecting camera bellows；4. motivating detection device；It is propped up on 41.
Frame；42. excitation detection wiring board；43 optical sensors；44. hood；45. loudspeaker；5. detecting mainboard；6. fixed plate；7. gas
Cylinder；8. lamp plate；9.LED lamp bead；10. window-blind.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As shown in Figure 1, the utility model includes hatching egg conveying device 1 and the hatching egg being mounted in hatching egg conveying device 1 inspection
Device 2 is surveyed, hatching egg detection device 2 includes detection camera bellows 3, excitation detection device 4, fixed plate 6, cylinder 7 and lamp plate 8, is placed with
The incubator tray of live embryo is conveyed through hatching egg detection device 2 by hatching egg conveying device 1 and carries out non-destructive testing.
As shown in Fig. 2, detection 3 inner top of camera bellows is equipped with cylinder 7,6 top of fixed plate is connected by four cylinders 7 of quadrangle
It is connected to detection 3 inner top surface of camera bellows, excitation detection device 4 by the drive fixed plate 6 of cylinder 7 and thereon is detecting in camera bellows 3 up and down
Lifting is used between fixed plate 6 and cylinder 7 and is threadedly coupled；Bottom is equipped with lamp plate 8, fixed plate 6 and lamp plate 8 in detection camera bellows 3
Between form sense channel, fixed plate 6 is equipped with multiple excitation detection devices 4.
Hatching egg conveying device 1 includes the conveyor chain for conveying live embryo, and conveyor chain passes through detection camera bellows 3, detection
Camera bellows 3 is provided with the entrance and exit for conveyor chain disengaging, is provided with window-blind 10, window-blind 10 at entrance and exit
Using the flexible material of black non transparent.
As shown in figure 3, excitation detection device 4 includes upper bracket 41, excitation detection wiring board 42, optical sensor 43, shading
Cover 44 and loudspeaker 45, upper bracket 41 are the tube-in-tube structure of upper/lower terminal opening, and excitation detection wiring board 42 is installed on upper bracket
Lower ending opening is completely covered in 41 lower ending openings, excitation detection wiring board 42；Excitation detection wiring board 42 is provided with multiple light sensings
Device 43 and loudspeaker 45, as shown in figure 4, loudspeaker 45 is mounted on the centre of excitation detection 42 bottom surface of wiring board, multiple light are passed
43 circumference array of sensor is uniformly mounted to the detection of the excitation around loudspeaker 45 42 bottom surface of wiring board.
Hood 44 is set in 41 lower ending opening of upper bracket below excitation detection wiring board 42, and will motivate detection line
The support of road plate 42 is fixed at 41 lower ending opening of upper bracket, and the package of hood 44 is covered in 51 lower edge of bracket and excitation detection
42 edge of wiring board.The effect of hood 44 is not only in that the interference light in occlusion detection camera bellows 3, and can make loudspeaker
45 sound is converged toward hatching egg as far as possible.
8 upper surface array of lamp plate is provided with multiple LED lamp beads 9, and each live embryo on incubator tray is placed bottom position and is provided with
Emit the through-hole that light beam passes through for LED lamp bead 9, LED lamp bead 9 uses colour temperature for the white light LEDs of 2500K~3200K.
6 array of fixed plate is provided with multiple excitation detection devices 4, each excitation detection device 4 in every LED lamp bead 9
Lower correspondence.
Excitation detection device 4 in fixed plate 6 is identical with the array arrangement mode of the LED lamp bead 9 on lamp plate 8, and
It is corresponding with the array of live embryo arrangement.
For hood 44 using the flexible material of black non transparent, detecting 3 inner wall uniform fold of camera bellows has black light-absorbing coating.
Top inside detection camera bellows 3 is additionally provided with detection mainboard 5, multiple LED lamp beads 9, optical sensor 43 on lamp plate 8
Detection mainboard 5 is all connected to loudspeaker 45.
The embodiments of the present invention are as follows:
The incubator tray of step 1. hatching egg enters in hatching egg detection device 2, and the starting of cylinder 7 in hatching egg detection device 2 drives solid
Fixed board 6 and excitation detection device 4 thereon decline；
LED lamp bead 9 in step 2. hatching egg detection device 2 is powered, and carrying out 30hz low frequency to hatching egg, (30hz is relative to birds
For low frequency) flashing irradiation, while 45 energization sounding of loudspeaker, the two continues several seconds simultaneously, can promote live embryo in this way
The frequency and amplitude for increasing movement of the foetus are conducive to obtain when acquiring optical signal below and fluctuate biggish optical signal.
The flashing irradiation that step 3. control LED lamp bead 9 stops low frequency being changed to prolonged exposure, while the power-off of loudspeaker 45 stops
Sounding passes through modulus inside optical sensor 43 through the light transmission capacity of hatching egg in multiple 43 continuous acquisition of optical sensor several seconds
Light transmission capacity is converted light transmission capacity data group by conversion, and an optical sensor 43 obtains one group of light transmission capacity data group, multiple groups light transmission capacity
Data group is sent to detection mainboard 5.Processing is carried out to the multiple groups light transmission capacity data group received in detection mainboard 5 and obtains embryo egg inspection
Survey result.
If there are live embryo in hatching egg, due to movement of the foetus, through hatching egg and reach the light quantity of optical sensor 43 can not
Changing of stopping pregnancy forms certain fluctuation.In addition, the different degrees of movement such as embryo's different parts such as wing, leg, head makes
The light obtained through hatching egg can generate subtle variation, then synchronization, the optical sensor of corresponding four circumference array distribution
The light quantity size measured is different.
Finally, it is stated that: above embodiments are merely to illustrate that the technical solution of the utility model, rather than limit；It should
Variation, addition or the replacement that the those of ordinary skill of technical field is made in the essential scope of the utility model, also belong to
The protection scope of the utility model.
Claims (8)
1. a kind of equipment of photon-phonon coupling identification hatching egg live embryo, it is characterised in that: including hatching egg conveying device (1) and be mounted on
Hatching egg detection device (2) in hatching egg conveying device (1), hatching egg detection device (2) include detection camera bellows (3), excitation detection dress
(4), fixed plate (6), cylinder (7) and lamp plate (8) are set, the incubator tray for being placed with live embryo is conveyed through by hatching egg conveying device (1)
Hatching egg detection device (2) carries out non-destructive testing；Detection camera bellows (3) inner top is equipped with cylinder (7), and fixed plate (6) top passes through
Cylinder (7) is connected to detection camera bellows (3) inner top surface, and the interior bottom of the detection camera bellows (3) is equipped with lamp plate (8), fixed plate (6) and
Sense channel is formed between lamp plate (8), fixed plate (6) is equipped with multiple excitation detection devices (4).
2. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the kind
Egg conveying device (1) includes the conveyor chain for conveying live embryo, and conveyor chain passes through the detection camera bellows (3), and detection is dark
Case (3) is provided with the entrance and exit for conveyor chain disengaging, is provided with window-blind (10), the screening at entrance and exit
Light curtain (10) uses the flexible material of black non transparent.
3. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the excitation
Detection device (4) includes upper bracket (41), excitation detection wiring board (42), optical sensor (43), hood (44) and loudspeaker
(45), upper bracket (41) is the tube-in-tube structure of upper/lower terminal opening, and excitation detection wiring board (42) is installed under upper bracket (41)
End opening, excitation detection wiring board (42) are provided with multiple optical sensors (43) and loudspeaker (45), and loudspeaker (45) is mounted on
The centre of excitation detection wiring board (42) bottom surface, multiple optical sensor (43) circumference array are uniformly mounted to loudspeaker (45)
The excitation of surrounding detects wiring board (42) bottom surface；Hood (44) is set in the upper bracket below excitation detection wiring board (42)
(41) lower ending opening, and excitation detection wiring board (42) support is fixed at upper bracket (41) lower ending opening.
4. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the lamp plate
(8) upper surface array is provided with multiple LED lamp beads (9), and each live embryo on incubator tray is placed bottom position and is provided with for LED light
The through-hole that pearl (9) transmitting light beam passes through, the LED lamp bead (9) use colour temperature for the white light LEDs of 2500K~3200K.
5. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the fixation
Plate (6) array is provided with multiple excitation detection devices (4), and each excitation detection device (4) is right up and down with every LED lamp bead (9)
It answers.
6. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 3, it is characterised in that: the shading
Cover the flexible material that (44) use black non transparent.
7. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the detection
Camera bellows (3) inner wall uniform fold has black light-absorbing coating.
8. a kind of equipment of photon-phonon coupling identification hatching egg live embryo according to claim 1, it is characterised in that: the detection
The internal top of camera bellows (3) is additionally provided with detection mainboard (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820419641.4U CN208338647U (en) | 2018-03-27 | 2018-03-27 | A kind of equipment of photon-phonon coupling identification hatching egg live embryo |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820419641.4U CN208338647U (en) | 2018-03-27 | 2018-03-27 | A kind of equipment of photon-phonon coupling identification hatching egg live embryo |
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| Publication Number | Publication Date |
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| CN208338647U true CN208338647U (en) | 2019-01-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820419641.4U Active CN208338647U (en) | 2018-03-27 | 2018-03-27 | A kind of equipment of photon-phonon coupling identification hatching egg live embryo |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108522356A (en) * | 2018-03-27 | 2018-09-14 | 浙江大学 | Photon-phonon coupling identifies the device and method of hatching egg live embryo |
-
2018
- 2018-03-27 CN CN201820419641.4U patent/CN208338647U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108522356A (en) * | 2018-03-27 | 2018-09-14 | 浙江大学 | Photon-phonon coupling identifies the device and method of hatching egg live embryo |
| CN108522356B (en) * | 2018-03-27 | 2023-08-29 | 浙江大学 | Device and method for identifying live egg embryos through photoacoustic coupling |
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