KR20020068980A - Method for cultivating ornamental plants by ultrasonic humidification and atomizer. - Google Patents

Method for cultivating ornamental plants by ultrasonic humidification and atomizer. Download PDF

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KR20020068980A
KR20020068980A KR1020020036164A KR20020036164A KR20020068980A KR 20020068980 A KR20020068980 A KR 20020068980A KR 1020020036164 A KR1020020036164 A KR 1020020036164A KR 20020036164 A KR20020036164 A KR 20020036164A KR 20020068980 A KR20020068980 A KR 20020068980A
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South Korea
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ultrasonic
atomizer
plants
cultivation
ornamental plants
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KR1020020036164A
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Korean (ko)
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경보영
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경보영
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    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G27/00—Self-acting watering devices, e.g. for flower-pots
    • A01G27/005—Reservoirs connected to flower-pots through conduits
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G27/00—Self-acting watering devices, e.g. for flower-pots
    • A01G27/008—Component parts, e.g. dispensing fittings, level indicators
    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
    • A01G9/24—Devices or systems for heating, ventilating, regulating temperature, illuminating, or watering, in greenhouses, forcing-frames, or the like
    • A01G9/247—Watering arrangements

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  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Water Supply & Treatment (AREA)
  • Cultivation Of Plants (AREA)

Abstract

PURPOSE: Provided are a method for growing decorative plants by ultrasonic humidifier and an atomizer, thereby giving convenience in growing decorative plants and presenting cloud and mist effects. CONSTITUTION: The method is characterized by providing atomized air to flowerpots and plants by discharging ultrasonic atomized air through pores which are formed on the hollow supporting. The atomizer has a central unit therewithin and flowerpots and the hollow supporting at it upper part.

Description

초음파가습에의한 관상식물의 재배방법및 무화기.{omitted}Cultivation method and atomizer of ornamental plants by ultrasonic humidification.

본 발명은, 초음파 무화가습에 의한 관상식물의 재배방법에 관한것 으로서,The present invention relates to a method of cultivating a tubular plant by ultrasonic atomization,

종래 에서는, 본 발명에서와 같은 초음파 무화가습에 의한 관상식물의 재배 기술에대한 문헌사례나 실시의 기술에 대하여서는 알려진바가 없다.In the related art, there is no known document example or practice of cultivating tubular plants by ultrasonic atomization as in the present invention.

종래 에서는 관상식물을 재배함에 있어서, 식물생존에 필요한 관수를 인력수단에 의존 하였으나, 본 발명에서는 초음파 무화물에의한 무화가습의 국지적인환경을 인공적으로 조성케 하여서 관상식물의 재배를 실현케 하고, 또 자연발생 에서와같은 가시적인 운무의 표출효과도 겸비케 하는것 이다.Conventionally, in cultivating ornamental plants, the irrigation required for plant survival was dependent on manpower means, but in the present invention, the local environment of atomization and humidification by ultrasonic atomization is artificially created to realize the cultivation of ornamental plants. In addition, it also combines the effect of expressing visible clouds as in natural occurrence.

도 1은, 본 발명을 상세하는 구조(종단면)도.BRIEF DESCRIPTION OF THE DRAWINGS The structure (vertical cross section) figure which shows this invention in detail.

도 2는, 관상식물 가습재배용 무화기C(발명)를 상세하는 구조(종단면)도.Fig. 2 is a structure (long sectional view) showing the atomizer C (invention) for tubular plant humidification cultivation.

도 3 · 도 4는, 본 발명의 다른실시 예시도.3 and 4 illustrate another embodiment of the present invention.

* 도면의 주요 부분에 대한 부호의 설명* Explanation of symbols for the main parts of the drawings

1: 전원부. 2: 초음파발진부. 2' :출력조절기. 3: 초음파진동자.1: Power section. 2: Ultrasonic Oscillator. 2 ': output regulator. 3: ultrasonic oscillator.

4: 물. 5: 수위센서. 6: 무화발생실. 7: 송풍기. 7' : 풍력조절기.4: water. 5: Water level sensor. 6: atomization chamber. 7: blower. 7 ': Wind regulator.

8: 저수통. 8' :뚜껑. 9: 부압실. 10: 전자장치통. 11: 무화장치통.8: Reservoir. 8 ': lid. 9: negative pressure chamber. 10: electronics container. 11: atomization container.

12:밀폐바킹. 13:기체. 13' :지주장착구. 14:대틀. 15:바퀴. 16:볼트.12: Airtight Barking. 13: gas. 13 ': Mounting bracket. 14: Battle. 15: Wheels. 16: Volt.

17:캠. 18: 핸들. 19: 중공지주 19' : 연장관. 19" :연장주름관.17: Cam. 18: Handle. 19: Hollow column 19 ': Extension tube. 19 ": extension corrugated pipe.

20: 기둥화분. 21: 걸이화분. 22: 손잡이. 23: 배수공 24: 마개.20: pillar flower pot. 21: Hanger pot. 22: handle. 23: drain hole 24: stopper.

25:천공구. 26:무화기류. 27:주름관. 28:화분. 29:식물(관상식물).25: sky hole. 26: atomizer. 27: wrinkle tube. 28: Pollen. 29: A plant (an ornamental plant).

30: 급수펌프(P). 31: 굴신호수. 32: 급수관. 32' : 나합부30: water feed pump (P). 31: Oyster signal number. 32: water pipe. 32 ': Nahapbu

33: 운무. 34: 중공곡관. 35: 중공관33: Cloudiness. 34: hollow curved tube. 35: hollow tube

A: 초음파 무화기(중공지주(19)의 상부및 중간장착용).A: Ultrasonic atomizer (for upper and middle mounting of hollow column 19).

B: 대틀(14)부 "무화기", C: 외부저수통 부설식 "무화기(발명)",B: "atomizer" of the frame 14, C: "atomizer (invention)" of the external reservoir laying type,

D: 중앙장치부. E: 급수호스(호스〈27,31〉의 총칭)D: Central unit part. E: water supply hose (general term for hose <27,31>)

이 발명은 초음파 무화가습에 의한 관상식물의 재배방법에 관한것 으로서,The present invention relates to a method for cultivating ornamental plants by ultrasonic atomization,

종래 에서는 관상식물을 재배함에 있어서, 식물생존에 필요한 관수를 인력수단에 의존 하였으나, 본 발명에서는 초음파 무화에의한 인공적인 다습한 환경하에서 식물이 무화가습에 의해서 재배되게 하는 신규한 기술이다.Conventionally, in cultivating ornamental plants, irrigation required for plant survival was dependent on manpower means, but in the present invention, it is a novel technique that allows plants to be grown by atomization under artificial humid environment by ultrasonic atomization.

상기의 목적을 달성하기 위하여,In order to achieve the above object,

기체(13)의 중심에는 초음파 무화발생기능의 중앙장치부(D)를 내장케 하고, 기체(13)의 위에는 지주장착구(13' )와 나합부(32' )를 형성케하고, 기체(13)는 대틀(14)과 볼트(16)로 결착케 하고, 또 화분군(20,21)의 재설과 다수의 천공구(25)를 형성한 중공지주(19)의 하단은 지주 장착구(13' )에 장착(압입 또는 나합장착)되게 한다.In the center of the base 13, a central unit portion D having an ultrasonic atomization function is embedded, and on the base 13, a support fitting 13 'and a screwing portion 32' are formed. 13 is fastened with a frame 14 and a bolt 16, and the lower end of the hollow column 19 formed with the re-establishment of the pollen groups 20 and 21 and the plurality of boring holes 25 is formed as a prop mounting tool ( 13 ') (press-fit or screw-in).

기체(13)에는 저수통(8)을 구비케 하고, 중앙장치부(D)에는 풍력조절기(7' )와 초음파 출력조절기(2' )를 부설케 하며, 대틀(14)에는 캠(17)과 이동 보조용 바퀴(15)를 붙인다.The base 13 is provided with a reservoir 8, the central unit D is provided with a wind regulator 7 ′ and an ultrasonic power regulator 2 ′, and the cam 14 has a cam 17. And the auxiliary wheel for movement (15).

위와 같은 구성의 본 발명에 대하여 작용과 효과를 첨부된 도면에 의거하여 상세히 설명하면 아래와 같다.When described in detail with reference to the accompanying drawings, the operation and effects of the present invention with the above configuration as follows.

초음파 무화발생기능의 중앙장치부(D)에서 유발되는 무화기류(26)는 송풍기(7)의 풍력에 의하여 무화와 흔합되여진 무화기류(26)가 송풍력에 의해서 중공지주(19; 〈34,35〉도 포함)의 관로를 흐르면서 다수의 천공구(25)로부터 외부로 방출케 될때에(도1 도시중 무화기류의 진로화살표시 요참조) 관상식물(29)과 화분군(20,21)에 접촉가습의 효과발생(관수기능)과, 겸하여 방출기류의 일부는 공간에서 가시적인 자연운무(33)의 표출효과를 연출하면서 멀리날려지며 소멸하게 된다.The atomizing air stream 26 generated by the central unit D of the ultrasonic atomization function has a hollow column 19 19 &lt; 34 due to the blowing force of the atomizing air stream 26 mixed with the atomization by the wind power of the blower 7. (2), as well as the coronary plants (29) and pollen groups (20, 21) when released from a number of drill holes (25) to the outside as they flow through the pipeline. In addition to the effect of contact humidification (irrigation function), and part of the discharge air flow is blown away and extinguished while directing the manifestation effect of natural cloud 33 visible in space.

초음파 무화발생기능의 "무화기(A, B, C)" 에대한 무화발생의원리와 설명에 대하여서는, 일본국 공개특허공보 소53-111515호,동134217호,동83109호(발명의명칭;초음파가습기)의 선행기술과 "가정용가습기"의 범용기술에 상세되고 공지되여 있으므로, 이 발명에서는 생략할수 있다.Principle and explanation of the atomization occurrence for the "atomizer (A, B, C)" of the ultrasonic atomization function are disclosed in Japanese Patent Laid-Open Nos. 53-111515, 134217, and 83109 (name of the invention). ; Ultrasonic humidifiers) and the general art of "home humidifiers" are known and detailed, and can be omitted in the present invention.

운무란, 자연의 고산에서나 가끔씩 볼수있는 유사구름체로서 미세한 물입자(지름1∼5㎛ ) 의 군집체에 해당하는 가시물인데, 물에 초음파의 진동력을 인가할 때에도 다량의 무화가 유발케되며 이같은 유발무화의 물성은 자연발생 에서의 운무와 완전한 동질의 것으로서 물체에 접촉케되면 가습작용과 물로 변화되어지며 이와같은 무화(운무와동질)의 성질은 본 발명에서는 관상식물의 재배기술로 하고, 또 수분공급(급수)의 역할을하는 기능의 초음파 무화가습기 즉 식물가습 재배방법의 기술에 필수한 "무화기(A, B, C)"에 있어서, 중앙장치부(D)에는 풍력조절기(7' )와 초음파 발진기의 출력조절기(2' )를 부설케 하여서 풍력조절기(7' )와 출력조절기(2' )를 임의수동조절 기능을하는 무화기 A, B, C에 의해서 관상식물의 재배와 겸하여, 식물에 친화적인 운무표출의 기술을 완성하게된 것이다.Cloud is a pseudo-cloud which is sometimes seen in natural alpine and sometimes as a cluster of fine water particles (diameter 1 ~ 5㎛), and it causes large amount of atomization even when ultrasonic vibration force is applied to water. The physical property of the induced atomization is completely homogeneous with the cloudiness in the natural occurrence, and when it comes into contact with the object, it is changed into a humidification action and water. In addition, in the ultrasonic atomizing humidifier functioning as a function of supplying water (water supply), that is, "atomizers (A, B, C) essential for the technique of plant humidification cultivation method, the central unit (D) is a wind controller ( Cultivation of ornamental plants by atomizers A, B, and C, where the wind regulator (7 ') and the output regulator (2') can be arbitrarily controlled by laying the output regulator (2 ') of the ultrasonic oscillator and Combined with, plant-friendly cloud It will be the completion of the export technologies.

중공지주(19)에 천공구(25)의 형성은, ① 임의적인 화분(20,21)군의 배치에 적정되게 전기드릴로 임의천공케 하여서, ② 표준제품으로 한 천공지주와 중공관(19; 34,35포함)의 천공구(25)중에서 불요한 구멍은 마개(24)로 임의폐쇄케 하여서, 관상식물에 무화가습의 작용과 운무표출을 임의달성케 한다.Formation of the drilling tool 25 in the hollow column 19, ① by random drilling with an electric drill appropriately for the arrangement of the arbitrary group of pots (20, 21), ② the boring column and hollow tube (19) as a standard product Unnecessary holes in the boring holes 25 of 34, 35, etc. are randomly closed with a stopper 24, so that the effect of atomization and clouding on the ornamental plants can be achieved.

관상식물의 가습효과와 또 가시적인 운무표출의 변화는, ① 풍력조절기(7' )의 조절과, ② 초음파 출력조절기(2' )의 조절과, ③ 간헐적인 스위칭 출력기능과(도시는 않됨), ④ 천공구(25)의 구경크기, 등의 조절에 의해서 임의설정케 할수있고, 실제 재배시설 에서는 위의 ①항과 ②항 언급의 조정방식에 의거하여 간편하게 조정 설정케 한다.The humidification effect of coronary plants and the change of visible cloudiness are as follows: ① control of wind controller (7 '), ② control of ultrasonic power controller (2'), ③ intermittent switching output (not shown) , ④ can be arbitrarily set by adjusting the aperture size, etc. of the drilling tool 25. In actual cultivation facilities, the adjustment can be made easily based on the adjustment method mentioned in the above ① and ②.

중공지주(19)는 수직형상에 국한되는 것은 아니고, 중공관(35)이나 중공곡관(34)을 O형, 아치형상, +형상 등으로 임의형상화 할수 있게 된다(도1,도3,도4참조).The hollow column 19 is not limited to the vertical shape, and the hollow tube 35 or the hollow curved tube 34 can be arbitrarily shaped into an O shape, an arc shape, a + shape, or the like (FIGS. 1, 3, and 4). Reference).

초음파 발진출력은, 관상식물 재배시설의 규모에 따라서 수십 와트(W) ∼ 수백 와트(KW)크기로 할수있고 대형재배시설 에서는 중공지주(19)의 상부 또는 중간부 에는 "무화기 A " 를 장착할수 있다.Ultrasonic oscillation output can be several tens of watts (W) to several hundred watts (KW) depending on the size of the ornamental plant cultivation facility. In large cultivation facilities, "Atomizer A" is attached to the upper or middle part of the hollow column 19. can do.

본 발명의기술로 재배가능한 식물의 종류는, 관수재배가 가능한식물 즉 관엽종류와 화초류 · 야채류는 물론이고 화목류나 선인장류의 재배도 유효할 뿐만 아니라 종래의 관수재배 에서는 재배가 난해한 식물의 재배도 상시가습의특수한효력에 의거하여서(본발명) 생육재배가 될수있으며, 종래의 관수재배에서 보다 더욱 싱그럽고화려한 관상미의 돋보임이 월등하게 된다.Plants that can be cultivated by the technique of the present invention are not only effective for the cultivation of plants that can be irrigated, namely, houseplants, plants and vegetables, but also for the cultivation of plants and cactus plants, and the cultivation of plants that are difficult to grow in conventional watering. Based on the special effect of humidification (invention), it can be grown in culture, and the fresh and colorful ornamental taste is superior to the conventional irrigation.

손잡이(22)의 용도는, 본발명의 재배시설 전체의 이동에 편익을 제공하며, 바퀴(15; 3∼8륜)는 본발명 재배시설 전체의 이동을 용이하게 한다.The use of the handle 22 provides convenience to the movement of the entire cultivation plant of the present invention, and the wheels 15 (3 to 8 wheels) facilitate the movement of the entire cultivation plant of the present invention.

무화기류(26)의 온도는, 공급되는 수온과 같지만 재배시설의 주위온도는 수분증발에의한 흡열효과에 의해서 대체로 2∼7 ℃ 정도 낮게된다.The temperature of the atomizing air stream 26 is the same as the water temperature supplied, but the ambient temperature of the cultivation facility is generally lowered by about 2 to 7 ° C. due to the endothermic effect of water evaporation.

원거리의 화분(28)에도, 연장주름관(19" )에 의해서 가습재배케 할수 있고. 핸들(18)과 캠(17)은 기체(13)내에, 중앙장치부(D)의 장착과 분리를 간편하게 하는 기능을 한다(청소와 부품교체의 편리성).The remote plant pot 28 can also be humidified by an extension tube 19 ". The handle 18 and the cam 17 can be easily mounted and detached from the base 13 in the base 13 by means of the humidification. (Convenience of cleaning and replacement of parts).

화분의 토양과 영양공급은, 본 발명에서 규정하거나 한정되는것은 않이지만 장기적인 재배시설의 양호한 상태유지를 위하여 서는 자연토양 대용의 화학솜이나 벌집형의 다공보수체에 재식케 하는것이 좋고, 영양분의 공급은 물(4)에 식물의 필수영양소를 첨가케 하여서, 또는 장기지속성의 영양용출물(상품화 되어 있음)을 화분에 투입케 하여서 재배관리 하는것이 좋다.The soil and nutrient supply of pollen is not defined or limited in the present invention, but in order to maintain a good condition for a long-term cultivation facility, it is better to plant it in a chemical cotton or honeycomb porous maintenance body instead of natural soil. The supply should be cultivated and managed by adding essential nutrients of the plant to the water (4), or by putting a long-term nutrient eluate (commercially available) into the pot.

급수의 편리한 기능으로, 수위감지센서(5)와 연계작동기능의 전자제어장치가구비되는 급수펌프(30: P)를 부설케 하여서 영구자동급수케 할수도 있다.As a convenient function of water supply, the water level sensor 5 and the water supply pump 30 (P) equipped with the electronic control device of the linked operation function may be installed to allow permanent automatic water supply.

(이같은 기술은 범용하는 공지기술 이므로 상세도시는 않했음).(This technique is not a detailed illustration because it is a known technique for general use).

본 발명의 초음파가습 식물재배기술(장치)은 사무실 · 전시장 · 아파트 베란다 · 정원 · 거실 등에서의 관상재배용및 온실이나 농장,등에 서의 초음파 무화가습식물재배에도 매우 유용한 기술이 된다.Ultrasonic humidifying plant cultivation technology (apparatus) of the present invention is a very useful technique for ultrasonic cultivation of ultrasonic humidification plants in the greenhouse, farm, etc. for ornamental cultivation in the office, exhibition hall, apartment veranda, garden, living room, and the like.

본 발명의 초음파 무화가습에 의한 관상식물의 재배방법에서 사용케되는 "외부저수통 부설식 "무화기 C " 의 구성은,The configuration of the "outside reservoir laying type" atomizer C "used in the cultivation method of the tubular plant by ultrasonic atomization of the present invention,

"도2 도시" 에서와 같이, 기체(13)의 중심에는 초음파 무화발생기능의 중앙장치부(D)를 내장케 하고, 기체(13)의 위에는 중공지주 장착구(13' )와 나합부(32' )를 형성케하고, 기체(13)는 대틀(14)과 볼트(16)로 결착케 하고, 대틀(14)의 중앙에는 핸들(18)부 캠(17)을 구비케 하고, 대틀(14)의 하부에는 바퀴(15; 3∼8륜)를 붙이며, 중앙장치부(D)애는 풍력조절기(7' )와 초음파 출력조절기(2' )를 부설케 한다.As shown in FIG. 2, the center 13 of the base 13 has a central unit D having an ultrasonic atomization function, and on the base 13 a hollow column holder 13 'and a screwing portion ( 32 '), the base 13 is bound with the frame 14 and the bolt 16, the center of the frame 14 is provided with a handle 18, a cam 17, The lower portion of 14) is attached to the wheel (15; 3 to 8 wheels), the central unit (D) is arranged to install the wind power regulator (7 ') and the ultrasonic power regulator (2').

위와같은 구성의 "외부저수통 부설식 무화기 C (본발명)"에대한 작용을 첨부된 도면(도2)에 의거하여 설명하면 아래와 같다.When described on the basis of the accompanying drawings (Fig. 2) the operation of the "outside reservoir laying atomizer C (the present invention)" of the above configuration is as follows.

중앙장치부(D)내의 무화발생실(6)무화는, 송풍기(7)에서 흡입되는 압력공기와 혼합된 무화기류(26)가 되며, 풍력조절기(7' )에 설정된 풍력과같은 힘으로 중공지주(19)의 중공으로 압송작용케 되며, 동시에 운무기류(26)의 농도는 초음파출 력조절기(2' )의 설정치와 같게되며, 저수통(8)의 물(4)은 급수호스(E)와 급수관(32)을 통하여 무화발생실(6)에 급수케 되고(자동급수의 원리는 위언급의 선행기술과 같다), 바퀴(15; 3~8륜)는 본 발명 재배시설 전체의 이동을 용이하게 한다.The atomization generating chamber 6 atomization in the central unit part D becomes the atomization airflow 26 mixed with the pressure air sucked in the blower 7, and hollowed out by the same force as the wind power set in the wind regulator 7 '. The pressure of the support (19) to the hollow, and at the same time the concentration of the airflow airflow 26 is equal to the set value of the ultrasonic output regulator (2 '), the water (4) of the reservoir (8) is a water supply hose (E) And water supply to the atomization chamber 6 through the water supply pipe 32 (principle of automatic water supply is the same as the prior art of the yuan), the wheel 15 (3 to 8 wheels) is the movement of the entire cultivation plant of the present invention To facilitate.

핸들(18)과 캠(17)은 기체(13)내에, 중앙장치부(D)의 장착과 분리를 편리하게 한다(청소와 부품교체의 편리기능).The handle 18 and the cam 17 facilitate the attachment and detachment of the central unit portion D in the base 13 (a convenient function of cleaning and replacement of parts).

본 발명은, 관상식물재배계의 신규한 기술로서,The present invention is a novel technology of the ornamental plant cultivation system,

관상식물에대한 상시무화가습의 국지적인 인공환경의 조성효과에 의거하여서 항상 화려한 관상미가 돋보이는 소자연을 구현케 할수 있을뿐만 아니라 관상식물 재배시설에 있어서 환경친화적인 자연운무의 표출효과는 관람자의 마음에 심오한 대 자연의 극치에 도취케 하는 행복한 감흥을 제공한다.Based on the effect of the local artificial environment of the permanent plant humidification on ornamental plants, not only can you realize the elemental appearance that shows the splendid ornamental beauty, but also the effect of eco-friendly natural transportation in the ornamental plant cultivation facilities. It provides a happy inspiration to the extremes of nature.

Claims (2)

관상식물의 재배에 있어서,In the cultivation of ornamental plants, 초음파 무화발생기능의 중앙장치부(D)를 내장하는 무화기(A · B)와, 화분(20,21)군의구비와 다수의천공구(25)를형성하는 중공지주(19; 34,35포함)와, 관상식물(29)과 화분군(20,21)에는 무화기류를 접촉케 하여서 식물을재배하는 기술의 "초음파가습에의한 관상식물의 재배방법".Atomizers (A and B) incorporating the central unit (D) of the ultrasonic atomization function, and hollow column (19; 34, 35) to form a group of pots (20, 21) and a plurality of drilling tools (25). And cultivation of ornamental plants by ultrasonic humidification of the technique of cultivating plants by contacting the atomized air to the ornamental plants 29 and the pollen groups 20 and 21. 도2 도시의 관상식물 무화가습재배용 "무화기 C " 에 있어서,In Fig. 2, in the " atomizer C " 기체(13)의 상부에는 지주장착구((13' )와 나합부(32' )를 형성케하고, 기체(13)의 중앙에는 초음파 무화발생기능의 중앙장치부(D)를 내장케하며, 급수관(32)에는 급수호스(E)와 저수통(8)을 부설케하고, 대틀(14)에는 캠(17)과 바퀴(15)를 착설케하며, 중앙장치부(D)에는 풍력조절기(7' )와 초음파 출력조절기(2' )를 부설하여서 구성케함을 특징으로 하는 구조의 관상식물 무화가습재배용 "무화기".The upper portion of the base 13 to form a support for mounting (13 ') and the screwed portion (32'), the center of the base 13 has a built-in central unit (D) of the ultrasonic atomization function, The water supply pipe 32 is provided with a water supply hose (E) and the reservoir (8), the cam 14 and the wheel (15) is installed in the frame 14, the central unit (D) wind control ( 7 ') and the ultrasonic power regulator (2') by the installation of the tubular plant, characterized in that the constitution of the atomizing humidification "atomizer".
KR1020020036164A 2002-06-26 2002-06-26 Method for cultivating ornamental plants by ultrasonic humidification and atomizer. KR20020068980A (en)

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JPS62193833U (en) * 1986-05-28 1987-12-09
KR200220717Y1 (en) * 2000-11-06 2001-04-16 김성호 A flowerpot having auto spraying apparatus
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US4332105A (en) * 1976-07-26 1982-06-01 Adi-Aeroponics Growth Ltd. Apparatus and method for plant growth in aeroponic conditions
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Publication number Priority date Publication date Assignee Title
KR102583827B1 (en) * 2022-12-28 2023-09-27 주식회사 더가넷 Humidifier for gates using trees and flowerpotss

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