Abstract:
Disclosed is an insect attractor using an LED. The insect attractor comprises: an LED lamp for emitting at least one of a first light and a second light to attract flying insects; a lamp controller for controlling the LED lamp to control a first lighting time of the first light and a second lighting time of the second light - here, the starting and ending times for the first lighting time and the second lighting time are individually set-; an insect sucking unit for controlling the flow of air to suck the insects attracted by the LED lamp; an insect capture unit for containing the insects sucked by the insect sucking unit therein; and a power supply unit for supplying electric power to the LED lamp and the insect sucking unit. The insect attractor has an insect pest effect by including the LED lamp suitable for attracting and capturing the insects. [Reference numerals] (110) LED lamp; (120) Insect sucking unit; (130) Insect capture unit; (140) Power supply unit; (150) Opening and closing unit; (160) Operation timer; (170) control unit
Abstract:
초음파에 실은 음파를 이용한 식물 재배 방법 및 그 장치가 개시된다. 소정의 방향을 향해 음파를 초음파에 실어 음악을 재생하는 지향성 스피커가 식물을 향해 음악을 발생시켜서 상기 식물의 생육을 촉진시키고 병충해를 방지하는 식물 재배 방법은 식물의 생장에 유익한 음파가 지향 대상인 해당 식물에게만 전달되도록 하는 효과가 있다.
Abstract:
PURPOSE: A pest control method using ultrasound waves is provided to eradicate moths which are harmful to plants by using the ultrasound waves of specific frequency. CONSTITUTION: A pest control method using ultrasound waves comprises: a step of spraying chemicals on a plantation; and a step of improving the efficiency of chemical control on beet armyworms with the ultrasound waves of specific frequency which are generated by a sonicator. The frequency of the ultrasound waves is 30 kHz or 45 kHz. The intensity of the ultrasound waves is 70-95 dB. The multiple sonicators are installed in an equipment house. The ultrasonic generators facing each other are installed at regular intervals of 20-60 m. The ultrasound waves suppress the feeding activity of pests, change the nutrient content of blood plasma, increase blood sugar, control growth, prolong percent pupation and reduce an adult eclosion ratio.
Abstract:
Disclosed is a device for feeding an injection in a larva. The device comprises: a larva support unit on which a larva is put in order to receive an injection that is to be fed therein; and an injection feeding unit that feeds an injection to the larva put on the larva support unit. Immuno-directed material is fed in a larva, which can be used as an antibiotic agent, so that natural antibiotic agents can be mass produced.
Abstract:
본발명은자동화공정으로복수의애벌레에약물(면역유도물질등)을동시에주입할수 있는면역유도용애벌레자동주사장치에관한것이다. 본발명의면역유도용애벌레대량생산자동주사장치는제어프로세서를구비하여투입부의투입시점과투입량, 주사부의상승및 하강, 이송부와적재부의이동등 전공정을자동으로수행할수 있다. 본발명의면역유도용애벌레대량생산자동주사장치는복수의바늘이부착된주사부를구비하여한번의구동으로약물을복수의애벌레에일시에주입할수 있다. 또한, 본발명의애벌레대량생산자동주사장치는주사바늘(내부)을통해약물을주입하는것이아니라, 주사바늘은약물침투의경로(바늘찌르는과정에서발생하는상처나틈)를형성하고애벌레와함께적재부에담겨져있는약물이이러한경로를통해애벌레에주입되므로주사장치의단순화와자동화를실현할수 있다. 본발명은주사바늘의크기나종류, 주사방법등을고려하여가장효율이높은주사방법을자동화한애벌레대량생산자동주사장치를제공할수 있다.