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8/13/2019 Nurul Fadilah_MRF
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Early Study to make detection fertile and infertile eggs ones
day incubation engine, is research to determining the color of
the light source and distance between eggs to source light. LEDwas filtered using colors plastic. Eggs be positioned accordingto the specified distance of 4 cm, 6 cm, cm, !" cm and !# cm.
Eggs are captured by digital cameras, the image can be $iewedon the computer. %esults &he photos were processed using
'mage ( and calculated the $alue of the contrast.
%esearch shows that the red LED has a higher contrast $aluethan yellow and green. &he contrasts $alue indicates the
presence of an embryo, it can be concluded that the optimallight color is red. %esearch showed that at a distance of 6 cmcontrast $alue will reach a ma)imum $alue, and therefore the
optimal distance is 6 cm. *alue contrasting red light at adistance of 6 cm for fertile between ".64 to ".6..
+eywords fertile eggs, machine detection, LED, 'mage(
1. INTRODUCTION
etection eggs fertilization aimed to distinguish betweenfertile and infertile. It imortant to the eggs can be
immediatel! utilized and not wasted. Infertile eggs will soonbe used as salted egg" while the fertile will enter the engine
hatch to undergo an incubation eriod. #or this reason theeggs immediatel! distinguishable in the one$da! incubation
eriod.
D
The tool chec%s the de&eloing egg is still largel! rel! onthe human e!e as a sensor" egg '(amination conducted usingobser&ation. 'ggs are brought closer to the light source withsufficient intensit! so as to enetrate the eggshell. Thedownside of this method is the use of manual obser&ation ofhigh$intensit! light source to see the blac% sot causing anincrease in temerature that could damage or e&en %ill theembr!o )1*. )+*,auldins research use a lower light intensit!and still uses the human e!e as a sensor. The downside of thismethod is the need eole who are e(erienced inobser&ation.
Ree&es and -imson use near infrared wa&elengths near
infrared/ with a wa&elength of 0+ nm $ 23 nm as a
transmitter and as a recei&er T-4 +5. The used of near
infrared wa&es are intended to reduce the negati&e effects of
the light source to the embr!o. This method offers a high
degree of accurac! but it too% a long time to detection.)6*
'gg detector that uses infrared wa&es also de&eloed b!
7nton )3*. ,icrocontroller$based s!stem built 7T,ega8565
Assembly language as a rogramming language will
automaticall! chec% the fertilization of an egg b! the amount
of &oltage that catures blac% hotodiode infrared wa&es
transmitted b! the egg. The downside of this method" the tool
is able to detect eggs on the eighth da! of incubation with the
accurac! of 21.69 and a seed of 1.+ min : egg.
)+* The other research use infrared wa&es" it ha&e wa&elength
of 83 nm$13 nm. -ensors were de&eloed to cature wa&e
infrared camera that is connected to the comuter" rocessed
b! Processing Image Controlled. The accurac! rate of
2+.6;9 and a seed of 6; eggs : min. ecti&e should be held earl! studies" which
e(amine the corresonding 4'D lights to be able to detect the
one da! of incubation and otimal range eggs with light. The
used 4'D because the temerature is not high and relati&el!
economical rice" so that later can be used b! the ublic.
To determine the fertile or infertile eggs can be seen fromthe egg !ol%s. Infertile eggs ha&e embr!os slab of materialaccumulated b! the white in the middle" while the eggs arefertile slab of embr!o loo%s li%e a ring. Characteristic offertile is contained embr!os at the stage blastodermal plate. Itseems there is segmentation ca&it! underpelucida area"located on the ring dar%er than its surroundings.)5*
Determination of One Da! Incubation$#ertile 'gg?ased on the 4ight and the Otimal Distance
-urul adilah, EndarkoDepartment of Physics, Faculty of Mathematics and Sciences, Institute of TechnologySepuluh Nopember ITS!, Surabaya, Indonesia
"#mail corresponding author!$ [email protected]!sics.its.ac.id
1
=icture +.Infertile 'gg -c -er&ice ?uletin Traditional of Aualit!/
4amellar embr!o
=elucida 7rea
Oaca 7rea
4amellar embr!o=icture 6.#ertile 'gg -c -er&ice ?uletin Traditional of
Aualit!//
-egmentasi Ca&it!
=icture 3. #ertile ones da! 'gg -c -er&ice ?uletinTraditional of Aualit!//
mailto:[email protected]:[email protected]8/13/2019 Nurul Fadilah_MRF
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#ertile able to sur&i&e the conditions of sace and warm" ifthe temerature is too high then the seed eggs will die. 4'Dsare made of multile wa&elengths" which can bedistinguished b! their color" the red wa&elength B ;5 nm"the wa&elength of B 55 nm !ellow" green wa&elength B ;nm );*. 4'D wa&elengths gi&es the temerature is not too
high.
+. ,'TOD
%& ' Preparation of e(uipmentDiagram tool see =icture 5
2.2Data Collection
Duc% eggs in ut in a dar% bo(" illuminated with 4'Dlights then light catured b! the camera" the hotos can beobser&ed through the comuter. The hotos were rocessedusing Image). =hotos are being sub>ected to gra!scale andhistogram" histogram form of the contrast can be calculatedand e(ressed in numeric form.
ariations erformed on two things" namel!E 1/ &ariationsin the t!e and color of the light source +/ &ariations in lightsource distance for duc% eggs. The light source used is 4'Dlight red" !ellow" and green. Distance of the light source ofthe eggs is 3 cm" ; cm" 8 cm" 1 cm and 1+ cm. Red 4'D isobtained b! utting the red lastic on the light" assumed theresult is red light 4'D. The same treatment was also gi&en toobtain a !ellow and green. Duc% eggs used in this e(erimentthere are 6 three/ oints.
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3. CONC4U-ION
#rom the abo&e e(eriments it can be concluded that the
otimal distance for detecting the resence of embr!o eggs is
; cm. and the otimal color is red light with a contrast &alue
between .;3 $ .;8
7CGNOah ,ada" +8.
)5* -c -er&ice ?uletin Traditional of Aualit!"JDi+isi Agro
Feed usiness Charoen Po*phand Indonesia" Hl. 7ncol
?arat III:1" 7ncol ?arat" Ha%arta Utara" . 1K6" ,ar$
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);* -. Gusuma a!a" Otoele%tro"J inDi*tat "le*troni*a
I" Ha%arta" +;" . +0K+1;.
6
=icture 8. Frah light color and distance on eggs II
=icture 2. Frah light color and distance on eggs II