JP4729347B2 - Centrifugal humidifier - Google Patents

Centrifugal humidifier Download PDF

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JP4729347B2
JP4729347B2 JP2005192354A JP2005192354A JP4729347B2 JP 4729347 B2 JP4729347 B2 JP 4729347B2 JP 2005192354 A JP2005192354 A JP 2005192354A JP 2005192354 A JP2005192354 A JP 2005192354A JP 4729347 B2 JP4729347 B2 JP 4729347B2
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housing
interval
mist
wind tunnel
air
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JP2007010239A (en
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幹雄 古田
博幸 九里
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Fulta Electric Machinery Co Ltd
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F6/00—Air-humidification, e.g. cooling by humidification
    • F24F6/12—Air-humidification, e.g. cooling by humidification by forming water dispersions in the air
    • F24F6/16—Air-humidification, e.g. cooling by humidification by forming water dispersions in the air using rotating elements
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F6/00—Air-humidification, e.g. cooling by humidification
    • F24F6/18—Air-humidification, e.g. cooling by humidification by injection of steam into the air
    • 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
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/54—Free-cooling systems

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Dispersion Chemistry (AREA)
  • Air Humidification (AREA)

Description

本発明は、工場用、農事用、畜産用として利用される遠心式加湿装置に関する。   The present invention relates to a centrifugal humidifier used for factories, agricultural, and livestock.

従来の遠心式加湿装置は、噴霧ノズルから噴霧されるミスト（細霧）をファンによる送風を利用し、細霧拡散する構成である。従って、単純な加湿装置としては有効である。しかし、一層のミスト化（細霧化）と、このミスト化による温湿度管理、又は生育及び／又は飼育環境の確保等を図るには、必ずしも十分とは云えないと考えられる。この従来の課題を解決するための一例として、特開２００１−１４１２６８の「加湿装置」（文献（１）とする）が挙げられる。この発明は、吸込口と吹出口を有するケーシングに、空気（エアー）、ミスト流通用の通路間隔を形成するようにしてハウジングを設け、このハウジングにエルミネータ（衝突板）と水の拡散、噴出用の複数枚の固定板及び回転体を設け、前記ハウジングにモータ及び水供給用の水道管を開口し、また前記ケーシングの吸入側にファンを配備した構成である。その特徴は、農作物を栽培する栽培舎内に、農作物が成長するために好適な環境を提供するために冷気又は温気を循環させ、栽培舎内の空気の温度を一定に維持させる空気循環装置と、適切な湿度の維持が図れる加湿装置を提供できることである。   A conventional centrifugal humidifier has a configuration in which mist (fine mist) sprayed from a spray nozzle diffuses fine mist using air blown by a fan. Therefore, it is effective as a simple humidifier. However, it is not necessarily sufficient for further mist formation (fine atomization), temperature / humidity management by this mist formation, or securing of a growth and / or breeding environment. As an example for solving this conventional problem, there is a “humidifying device” (referred to as document (1)) of Japanese Patent Laid-Open No. 2001-141268. In the present invention, a housing having a suction port and a blower port is provided with a housing so as to form a passage space for air and mist distribution, and an illuminator (impact plate) and water are diffused and ejected in the housing. A plurality of fixed plates and a rotating body are provided, a motor and a water supply water pipe are opened in the housing, and a fan is provided on the suction side of the casing. The feature is that an air circulation device that circulates cold air or warm air in a cultivation house for cultivating agricultural products in order to provide a suitable environment for growing the agricultural products, and keeps the temperature of the air in the cultivation building constant. And a humidifier capable of maintaining appropriate humidity.

特開２００１−１４１２６８JP 2001-141268 A

前記文献（１）は、空気、ミスト流通用の通路間隔を、単一な構成としたことで、小型化が図れる特徴はある。しかし、ミストが微粒子として拡散又は噴霧される前（粒径の大きなミスト：粒子ミストとする）に、空気とともにケーシングの吹出口（吐出口）から、噴出される虞がある。従って、栽培舎又は工場内の空気の温度を一定に維持させる空気循環装置と、適切な湿度の維持が図れる加湿装置、或は塵埃の沈静化等に対し、必ずしも十分とは考えられない。   The document (1) is characterized in that it can be miniaturized by adopting a single structure for the air and mist circulation passage intervals. However, before the mist is diffused or sprayed as fine particles (a mist having a large particle diameter: a particle mist), there is a possibility that the mist is ejected from the outlet (discharge port) of the casing together with air. Therefore, it is not always considered sufficient for an air circulation device that maintains the temperature of air in a cultivation house or factory at a constant level, a humidifying device that can maintain appropriate humidity, or dust calming.

上記に鑑み本発明は、少なくとも空気、ミスト流通用の通路を区分し、第一・第二の間隔を形成し、ミストの噴射及び／又は細霧化に支障がないようにすること、またこの第二の間隔で粒子ミストの発生をなくし、かつ仮に僅かな粒子ミストが生成されても、この風胴の吹出口の絞込みを介して装置外に噴出させないこと等を意図する。また本発明は少なくとも空気（ミスト）の流れる第一（第二）の間隔に整流板を設け、この空気、ミストのスムーズな流れと、所定方向への流れを確保しつつ、遠方まで確実に噴霧すること等を意図する。   In view of the above, the present invention divides at least the passage for air and mist, forms the first and second intervals, and prevents the mist from being injected and / or atomized. It is intended that the generation of particle mist is eliminated at the second interval, and even if a small amount of particle mist is generated, it is not ejected out of the apparatus through the narrowing of the air outlet of the wind tunnel. In the present invention, a rectifying plate is provided at least at a first (second) interval in which air (mist) flows, and the air and mist are smoothly sprayed far away while ensuring a smooth flow and a flow in a predetermined direction. It is intended to do.

請求項１の発明は、少なくとも空気、ミスト流通用の通路を区分し、第一・第二の間隔を形成し、ミストの噴射及び／又は細霧化に支障がないようにすること、またこの第二の間隔で粒子ミストの発生をなくし、かつ仮に僅かな粒子ミストが生成されても、この風胴の吹出口の絞込みを介して装置外に噴出させないこと等を意図する。また請求項１の発明は、少なくとも空気（ミスト）の流れる第一（第二）の間隔に整流板を設け、この空気（ミスト）のスムーズな流れと、所定方向への流れを確保しつつ、遠方まで確実に噴霧すること等を意図する。さらに請求項１の発明は、粒子ミストの集合で生成された流体の回収を確実かつスムーズに行い、かつ流体の有効利用を図ること等を意図する。さらには栽培舎又は工場内の空気の温度を略一定に維持可能な空気循環効果と、適切な湿度を略一定に維持可能な加湿効果、或は塵埃・粉塵の沈静化等を図ることを意図する。   The invention of claim 1 divides at least the passage for air and mist, forms the first and second intervals, and prevents the mist from being injected and / or atomized. It is intended that the generation of particle mist is eliminated at the second interval, and even if a small amount of particle mist is generated, it is not ejected out of the apparatus through the narrowing of the air outlet of the wind tunnel. Further, the invention of claim 1 is provided with a rectifying plate at least at a first (second) interval through which air (mist) flows, while ensuring a smooth flow of this air (mist) and a flow in a predetermined direction, Intended to spray reliably to distant places. Furthermore, the invention of claim 1 is intended to reliably and smoothly recover the fluid generated by the assembly of particle mist and to effectively use the fluid. In addition, it is intended to achieve an air circulation effect that can maintain the air temperature in the cultivation house or factory at a substantially constant level, a humidifying effect that can maintain an appropriate humidity level at a substantially constant level, or the calming of dust and dust. To do.

請求項１は、タンクに可動自在に設けた、その双方が開口する羽根車を備えた風胴と、この風胴内に第一の間隔をおいて設けた双方が開口し、かつ小径の吸込口と、大径の吹出し口を備えた筒体と、この筒体の内側に第二の間隔を持って設けたハウジングと、このハウジングに設けた拡散部と、このハウジングに、その一方が開口し、かつ、前記タンクに設けたポンプに、その他方が連通する流体供給用のホースと、前記ハウジングに設けた回転板と、この回転板を回転する前記ハウジングに設けたモータと、前記風胴とタンクとの間に設けた流体回収用のホースとで構成した遠心式加湿装置であって、
前記拡散部は、前記ハウジングに設けた開放部と、この開放部に設けたエルミネータと、前記エルミネータに適宜間隔で設けた回転板と、この回転板を回転する、前記ハウジングに設けたモータと、で構成したことを特徴とする遠心式加湿装置である。 The first aspect of the present invention provides a wind tunnel provided with an impeller that is movably provided in the tank and that is open at both sides thereof, and both of the wind tunnel provided at a first interval in the wind tunnel are open and have a small-diameter suction. An opening, a cylinder having a large-diameter outlet, a housing provided at a second interval inside the cylinder, a diffusion portion provided in the housing, and one of the openings in the housing. And a fluid supply hose that communicates with the pump provided in the tank, the rotating plate provided in the housing, a motor provided in the housing that rotates the rotating plate, and the wind tunnel. A centrifugal humidifier comprising a fluid recovery hose provided between the tank and the tank,
The diffusion unit includes an opening provided in the housing, an illuminator provided in the opening, a rotating plate provided at an appropriate interval in the illuminator, a motor provided in the housing that rotates the rotating plate, A centrifugal humidifier characterized by comprising:

請求項２の発明は、請求項１の目的を達成すること、この目的を達成するのに最適な風胴と筒体並びにハウジングの構造を提供すること等を意図する。   The invention of claim 2 is intended to achieve the object of claim 1, to provide a structure of a wind tunnel, a cylindrical body and a housing that are optimal for achieving the object.

請求項２は、請求項１に記載の遠心式加湿装置において、
前記第一の間隔及び／又は第二の間隔の風の流れ方向に、整流板を設ける構成とした遠心式加湿装置である。 Claim 2 is the centrifugal humidifier according to claim 1,
The flow direction of the wind of the first interval and / or the second gap, a centrifugal humidifier apparatus configured to provide a current plate.

請求項１の発明は、タンクに可動自在に設けた、双方が開口する羽根車を備えた風胴と、風胴内に第一の間隔をおいて設けた双方が開口し、かつ小径の吸込口と、大径の吹出し口を備えた筒体と、筒体の内側に第二の間隔を持って設けたハウジングと、ハウジングに設けた拡散部と、ハウジングに、一方が開口し、かつ、タンクに設けたポンプに、他方が連通する流体供給用のホースと、ハウジングに設けた回転板と、回転板を回転する前記ハウジングに設けたモータと、風胴とタンクとの間に設けた流体回収用のホースとで構成した遠心式加湿装置であって、
拡散部は、ハウジングに設けた開放部と、開放部に設けたエルミネータと、エルミネータに適宜間隔で設けた回転板と、回転板を回転する、ハウジングに設けたモータと、で構成したことを特徴とする遠心式加湿装置である。 The invention of claim 1, provided movably in the tank, a wind tunnel that both with the impeller opening, both provided at a first interval open to Kazedonai, and small-diameter suction An opening, a cylinder provided with a large-diameter outlet, a housing provided with a second interval inside the cylinder, a diffusion part provided in the housing, one of the housings opening, and A fluid supply hose that communicates with the pump provided in the tank, the other communicating with the pump, a rotating plate provided in the housing, a motor provided in the housing that rotates the rotating plate , and a fluid provided between the wind tunnel and the tank A centrifugal humidifier configured with a hose for recovery,
The diffusing unit is composed of an open part provided in the housing, an illuminator provided in the open part, a rotating plate provided at an appropriate interval in the illuminator, and a motor provided in the housing that rotates the rotating plate. This is a centrifugal humidifier.

従って、請求項１は、少なくとも空気、ミスト流通用の通路を区分し、第一・第二の間隔を形成し、ミストの噴射及び／又は細霧化に支障がないようにできること、またこの第二の間隔で粒子ミストの発生をなくし、かつ仮に僅かな粒子ミストが生成されても、この風胴の吹出口の絞込みを介して装置外への噴出を回避できること等の特徴がある。また請求項１は、少なくとも空気（ミスト）の流れる第一（第二）の間隔に整流板を設け、この空気（ミスト）のスムーズな流れと、所定方向への流れを確保しつつ、遠方まで確実に噴霧できること等の実益がある。さらに請求項１は、粒子ミストの集合で生成された流体の回収を確実かつスムーズに行い、かつ流体の有効利用が図れること等の特徴がある。そして、望ましくは、栽培舎又は工場内の空気の温度を略一定に維持可能な空気循環効果と、適切な湿度を略一定に維持可能な加湿効果、或は塵埃・粉塵の沈静化等が図れる加湿装置を提供できる実益がある。   Accordingly, the first aspect of the present invention can divide at least the passage for air and mist, form the first and second spaces, and can prevent the mist from being injected and / or atomized. There is a feature that the generation of the particle mist is eliminated at two intervals, and even if a small amount of the particle mist is generated, the blowout to the outside of the apparatus can be avoided through the narrowing of the air outlet of the wind tunnel. Further, according to the first aspect of the present invention, a rectifying plate is provided at least in the first (second) interval through which air (mist) flows, and the air (mist) flows smoothly in a predetermined direction and far away. There are benefits such as spraying reliably. Further, the first aspect is characterized in that the fluid generated by the assembly of the particle mist can be reliably and smoothly recovered and the fluid can be effectively used. Desirably, an air circulation effect capable of maintaining the temperature of air in the cultivation house or factory substantially constant, a humidifying effect capable of maintaining an appropriate humidity substantially constant, or calming of dust / dust can be achieved. There is a real advantage to provide a humidifier.

請求項２の発明は、請求項１に記載の遠心式加湿装置において、
第一の間隔及び／又は第二の間隔の風の流れ方向に、整流板を設ける構成とした遠心式加湿装置である。 The invention of claim 2 is the centrifugal humidifier according to claim 1,
The centrifugal humidifier is configured to provide a rectifying plate in the flow direction of the wind at the first interval and / or the second interval.

従って、請求項２は、請求項１の目的を達成できること、この目的を達成するのに最適な風胴と筒体並びにハウジングの構造を提供できること等の特徴を有する。   Accordingly, the second aspect has the characteristics that the object of the first aspect can be achieved, and the structure of the wind tunnel, the cylindrical body and the housing which are optimal for achieving the object can be provided.

本発明の一例を説明する。
図面の説明をすると、図１は全体の斜視図、図２は断面図、図３は正面図、図４は背面図、図５は工場での使用状態の一例を説明する模式図である。 An example of the present invention will be described.
1 is an overall perspective view, FIG. 2 is a cross-sectional view, FIG. 3 is a front view, FIG. 4 is a rear view, and FIG. 5 is a schematic diagram for explaining an example of use in a factory.

図中１は吸込口１００と吹出口１０１を備えた略筒形の風胴であり、この風胴１は吸込口１００に収歛部を形成する折曲げ片１００ａを有し、また吹出口１０１は絞込み１０１ａを形状とする。この折曲げ片１００ａは風胴１の強度維持を意図し、またこの絞込み１０１ａは僅かな粒子ミストの風胴１から装置外への噴出を回避することを意図する。この風胴１はキャスター２を有するタンク３に傾斜角度が自在に設けられた構成である。この傾斜角度は、風胴１に設けた取付片１０２に取付けた緊締具１０３と、タンク３に設けた支持片３００の長孔３０１との組合せを利用する。即ち、緊締具１０３の弛緩で風胴１を可動し、その後、緊締具１０３の緊締を利用し、この可動位置に固定する。このような構成を採用することから、この長孔３０１は緊締具１０３及び／又は取付片１０２のガイド溝となる。   In FIG. 1, reference numeral 1 denotes a substantially cylindrical wind tunnel provided with a suction port 100 and an air outlet 101. The wind tunnel 1 has a bent piece 100 a that forms a converging portion at the suction port 100, and the air outlet 101. The shape of the narrowing-down 101a. This bent piece 100a is intended to maintain the strength of the wind tunnel 1, and this narrowing 101a is intended to avoid a slight particle mist from being blown out of the wind tunnel 1 to the outside of the apparatus. This wind tunnel 1 has a configuration in which a tilt angle is freely provided in a tank 3 having casters 2. This inclination angle uses a combination of the fastener 103 attached to the attachment piece 102 provided in the wind tunnel 1 and the long hole 301 of the support piece 300 provided in the tank 3. That is, the wind tunnel 1 is moved by the loosening of the fastening tool 103, and thereafter, the fastening of the fastening tool 103 is used to fix the wind tunnel 1 to this movable position. By adopting such a configuration, the long hole 301 becomes a guide groove of the fastening tool 103 and / or the mounting piece 102.

図中５は風胴１に第一の間隔６（空気の通路である）を持って設けられた筒体であり、この筒体５の外周面５ａに適宜（等）間隔で整流板５００が数枚流れ方向に設けられている。そして、この筒体５には小径の吸込口５０１と、大径の吹出口５０２を備えている。この小径の吸込口５０１は、前記第一の間隔６より吸込面積を少なくし、少量の空気を吸込む構成としてある。即ち、この第一の間隔６に後述する羽根車で生成される空気の多くを送風する構成とし、ミストの確実かつスムーズな吹出しを図る。   In the figure, reference numeral 5 denotes a cylinder provided in the wind tunnel 1 with a first interval 6 (air passage), and a current plate 500 is provided on the outer peripheral surface 5a of the cylinder 5 at appropriate (equal) intervals. Several sheets are provided in the flow direction. The cylindrical body 5 is provided with a small diameter inlet 501 and a large diameter outlet 502. The small-diameter suction port 501 has a suction area smaller than that of the first interval 6 and sucks a small amount of air. That is, it is configured to blow much of the air generated by the impeller, which will be described later, at the first interval 6 so that the mist is blown out reliably and smoothly.

前記筒体５には第二の間隔１０を持って設けた拡散部７と、ハウジング８が設けられている。そして、この拡散部７を詳述すると、前記ハウジング８の開放部８００に設けたエルミネータ７００と、このエルミネータ７００の内方に適宜間隔で数枚設けた回転板７０１と、この回転板７０１が固止されるモータ７０２の出力軸７０４で構成されている。そして、この回転板７０１には放射方向に向かって突条７０１ａを複数条設ける。尚、この複数の回転板７０１は複数の緊締具７０３で一体に回転する構成となっている。このエルミネータ７００と回転板７０１及び／又は突条７０１ａの作用を説明すると、この回転板７０１に拡散用のホース（後述する）を介して供給された流体は、回転する回転板７０１に向かって流出又は噴射されると、この流体は突条７０１ａに誘導されるように、この回転板７０１の外周方向に移動し、この端部より接線方向に飛び出る。この飛び出た粒子は、エルミネータ７００の板材７００ａに衝止し、微粒子化されるとともに、その孔７００ｂより拡散され第二の間隔１０に霧化状態のミストとして排出される。この排出されたミストは、この第二の間隔１０を流れる風により、ハウジング８の閉塞先端部８０１に向かって移動する。そして、この移動を助成する整流手段を設けることもありえる。その後、このミストは筒体５の吹出口５０２より風胴１の吹出口１０１を流れる大量で、かつ流速の速い風に誘引及び／又は巻き込まれて細霧・ミキシング（超微粒子ミスト）された状態で、当該装置外に噴射される。尚、図２の断面図において、風の流れ（矢印イ）と、ミストの流れ（矢印ロ）をそれぞれ矢印で図示した。またハウジング８の基端側８０２は収歛形状とし、後述の羽根車による空気の進入を極めて少なくする構造とする。そして、この風の流れ（矢印イ）と、ミストの流れ（矢印ロ）が混合及び／又は合流する流れ（矢印ハ）をそれぞれ矢印で図示した。この混合した超微粒子ミストが当該装置外に噴射される。   The cylindrical body 5 is provided with a diffusion portion 7 provided with a second interval 10 and a housing 8. The diffusing portion 7 will be described in detail. An illuminator 700 provided in the open portion 800 of the housing 8, a rotating plate 701 provided inside the illuminator 700 at several appropriate intervals, and the rotating plate 701 are fixed. The output shaft 704 of the motor 702 is stopped. The rotating plate 701 is provided with a plurality of protrusions 701a in the radial direction. The plurality of rotating plates 701 are configured to rotate integrally with a plurality of fasteners 703. The operation of the illuminator 700 and the rotating plate 701 and / or the protrusion 701a will be described. Fluid supplied to the rotating plate 701 via a diffusion hose (described later) flows out toward the rotating rotating plate 701. Alternatively, when jetted, this fluid moves in the outer circumferential direction of the rotating plate 701 so as to be guided by the ridge 701a, and jumps out tangentially from this end. The ejected particles strike the plate material 700a of the illuminator 700, become fine particles, diffuse through the holes 700b, and are discharged as atomized mist at the second interval 10. The discharged mist moves toward the closed front end 801 of the housing 8 by the wind flowing through the second interval 10. And it is possible to provide a rectifying means for assisting this movement. After that, this mist is attracted and / or entrained by a large amount of wind flowing through the air outlet 101 of the wind tunnel 1 from the air outlet 502 of the cylinder 5 and a high flow velocity, and is finely mist / mixed (ultrafine particle mist). Then, it is injected out of the device. In the cross-sectional view of FIG. 2, the flow of wind (arrow A) and the flow of mist (arrow B) are shown by arrows. Further, the base end side 802 of the housing 8 is formed in a convergent shape so as to reduce the ingress of air by an impeller described later. The flow of the wind (arrow a) and the flow of mist (arrow b) mixed and / or merged (arrow c) are indicated by arrows. The mixed ultrafine particle mist is jetted out of the apparatus.

図中２０は風胴１の吸込口１００に設けた羽根車で、この羽根車２０はモータ２１で駆動される。また２２は羽根車２０のガードである。
また３０はタンク３内に設けたポンプ、３１はこのポンプ３０に接続した吸上げ用のホース、３２は導入用のホースを示す。そして、この吸上げ用のホース３１は、前記ハウジング８の基端側８０２に至り、導入用のホース３２に接続する。尚、この導入用のホース３２は複数の吹出口（図示せず）を有する。尚、タンク３と風胴１の間には流体回収用のホースを設け（図示せず）、風胴１に溜まった流体をタンク３に戻し有効利用を図るとともに、濡れ防止を図るようにすることが望ましい。 In the figure, reference numeral 20 denotes an impeller provided at the suction port 100 of the wind tunnel 1, and the impeller 20 is driven by a motor 21. Reference numeral 22 denotes a guard for the impeller 20.
Further, 30 is a pump provided in the tank 3, 31 is a suction hose connected to the pump 30, and 32 is an introduction hose. The suction hose 31 reaches the proximal end 802 of the housing 8 and is connected to the introduction hose 32. The introduction hose 32 has a plurality of air outlets (not shown). A fluid collecting hose (not shown) is provided between the tank 3 and the wind tunnel 1 to return the fluid accumulated in the wind tunnel 1 to the tank 3 for effective use and to prevent wetting. It is desirable.

図２に基づいて、風の流れ（矢印イ）と、ミストの流れ（矢印ロ）をそれぞれ説明すると、風の流れは、風胴１の吸込口１００→第一の間隔６→風胴１の吹出口１０１の基幹ルートと、この風胴１の吸込口１００→筒体５の吸込口５０１→第二の間隔１０→筒体５の吹出口５０２の副次ルートがある。そして、ミストの流れは、エルミネータ７００→第二の間隔１０→筒体５の吹出口５０２となる。尚、この回転板７０１より放射方向に飛散された微粒子は、ハウジング８の基端側８０２より僅かに吸込まれる空気で、エルミネータ７００に送られ、かつ前記第二の間隔１０を流れる風に誘導される。またこの第二の間隔１０で風とミキシングされて、ミストの微粒子化が促進される。その後、この微粒子化されたミストは、前述の如く、風胴１の吹出口１０１を流れる大量で、かつ流速の速い風に誘引及び／又は巻き込まれて細霧・ミキシングされた超微粒子ミストが、当該装置外に噴射される。尚、この図２において、矢印イ’は、矢印イの風が、ハウジング８の開放部８００から流れエルミネータ７００に向かって流れる風を示しており、この風の流れ（矢印イ’）は、このエルミネータ７００から排出されるミストの誘導に寄与できるので、この構成が望ましい。
尚、図中４０は風胴１に設けたハンドルを示す。
また、図中５０は工場、５１は機械を示す。 The flow of the wind (arrow A) and the flow of the mist (arrow B) will be described based on FIG. 2. The wind flow is the air inlet 100 of the wind tunnel 1 → the first interval 6 → the wind tunnel 1. There is a basic route of the air outlet 101 and a secondary route of the air inlet 100 of the wind tunnel 1 → the air inlet 501 of the cylinder 5 → the second interval 10 → the air outlet 502 of the cylinder 5. The mist flows from the illuminator 700 to the second interval 10 to the air outlet 502 of the cylinder 5. The fine particles scattered in the radial direction from the rotating plate 701 are air sucked slightly from the base end side 802 of the housing 8 and are sent to the illuminator 700 and guided to the wind flowing through the second interval 10. Is done. Further, mixing with the wind at the second interval 10 promotes the formation of fine mist particles. Thereafter, as described above, the micronized mist is a large amount flowing through the air outlet 101 of the wind tunnel 1 and the ultrafine particle mist that is attracted and / or caught by the wind having a high flow velocity and finely mist / mixed. Injected outside the device. In FIG. 2, arrow i ′ indicates that the wind of arrow i flows from the opening portion 800 of the housing 8 toward the illuminator 700, and this wind flow (arrow i ′) This configuration is desirable because it can contribute to the induction of mist discharged from the illuminator 700.
In the figure, reference numeral 40 denotes a handle provided on the wind tunnel 1.
In the figure, 50 indicates a factory and 51 indicates a machine.

図１は全体の斜視図FIG. 1 is an overall perspective view. 図２は断面図2 is a cross-sectional view 図３は正面図3 is a front view. 図４は背面図4 is a rear view. 図５は工場での使用状態の一例を説明する模式図FIG. 5 is a schematic diagram for explaining an example of a usage state in a factory.

１ 風胴
１００ 吸込口
１００ａ 折曲げ片
１０１ 吹出口
１０１ａ 絞込み
１０２ 取付片
１０３ 緊締具
２ キャスター
３ タンク
３００ 支持片
３０１ 長孔
５ 筒体
５ａ 外周面
５００ 整流板
５０１ 吸込口
５０２ 吹出口
６ 第一の間隔
７ 拡散部
７００ エルミネータ
７００ａ 板材
７００ｂ 孔
７０１ 回転板
７０１ａ 突条
７０２ モータ
７０３ 緊締具
７０４ 出力軸
８ ハウジング
８００ 開放部
８０１ 閉塞先端部
８０２ 基端側
１０ 第二の間隔
２０ 羽根車
２１ モータ
２２ ガード
３０ ポンプ
３１ ホース
３２ ホース
４０ ハンドル
５０ 工場
５１ 機械 DESCRIPTION OF SYMBOLS 1 Wind tunnel 100 Intake port 100a Bending piece 101 Outlet 101a Narrowing 102 Attachment piece 103 Fastening tool 2 Caster 3 Tank 300 Support piece 301 Long hole 5 Cylindrical body 5a Outer surface 500 Current plate 501 Intake port 502 Outlet 6 First Interval 7 Diffusion portion 700 Illuminator 700a Plate material 700b Hole 701 Rotating plate 701a Projection 702 Motor 703 Fastening tool 704 Output shaft 8 Housing 800 Opening portion 801 Closed tip 802 Base end side 10 Second interval 20 Impeller 21 Motor 22 Guard 30 Pump 31 Hose 32 Hose 40 Handle 50 Factory 51 Machine

Claims (2)

タンクに可動自在に設けた、その双方が開口する羽根車を備えた風胴と、この風胴内に第一の間隔をおいて設けた双方が開口し、かつ小径の吸込口と、大径の吹出し口を備えた筒体と、この筒体の内側に第二の間隔を持って設けたハウジングと、このハウジングに設けた拡散部と、このハウジングに、その一方が開口し、かつ、前記タンクに設けたポンプに、その他方が連通する流体供給用のホースと、前記ハウジングに設けた回転板と、この回転板を回転する前記ハウジングに設けたモータと、前記風胴とタンクとの間に設けた流体回収用のホースとで構成した遠心式加湿装置であって、
前記拡散部は、前記ハウジングに設けた開放部と、この開放部に設けたエルミネータと、前記エルミネータに適宜間隔で設けた回転板と、この回転板を回転する、前記ハウジングに設けたモータと、で構成したことを特徴とする遠心式加湿装置。 A wind tunnel provided with an impeller that is movably provided in the tank, both of which are open, a first opening in the wind tunnel that is open at a first interval , a small-diameter suction port, and a large-diameter A cylindrical body provided with a blowout opening, a housing provided at a second interval inside the cylindrical body, a diffusion portion provided in the housing, one of the housings being open to the housing, and a pump provided in the tank, between the hose for fluid supply other it is communicated, a rotating plate provided in said housing, a motor provided in the housing for rotating the rotary plate, and the wind cylinder and the tank A centrifugal humidifier configured with a fluid recovery hose provided in
The diffusion unit includes an opening provided in the housing, an illuminator provided in the opening, a rotating plate provided at an appropriate interval in the illuminator, a motor provided in the housing that rotates the rotating plate, A centrifugal humidifier characterized by comprising: 請求項１に記載の遠心式加湿装置において、
前記第一の間隔及び／又は第二の間隔の風の流れ方向に、整流板を設ける構成とした遠心式加湿装置。 The centrifugal humidifier according to claim 1,
Wherein the air flow direction of the first interval and / or the second interval, centrifugal humidifier apparatus configured to provide a current plate.
JP2005192354A 2005-06-30 2005-06-30 Centrifugal humidifier Active JP4729347B2 (en)

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