KR20070003493A - Centrifugal humidifying device - Google Patents

Abstract

A centrifugal humidifying device is provided to distinguish paths for air and mist from each other by forming first and second intervals to avoid problems in mist spraying and/or making the mist micro-fine particles. A centrifugal humidifying device includes a wind tunnel(1) movably mounted to a tank(3) and opened at both sides. A case element(5) is mounted in the wind tunnel with a first interval(6) from the wind tunnel and opened at both sides. A diffusion part(7) is mounted at a side of the case element with a second interval(10) from the case element. A fluid supply hose is connected to the tank opened toward the diffusion part. A pump(30) is mounted to a base part of the fluid supply hose. A housing(8) is mounted at the other side of the case element with the second interval. A motor(21) is mounted to the housing for rotating a diffusion plate(701) of the diffusion part. A fluid recovering hose(9) is mounted between the wind tunnel and the tank.

Description

Centrifugal humidifier {CENTRIFUGAL HUMIDIFYING DEVICE}

1 is a perspective view of the whole,

2 is a cross-sectional view,

3 is a front view,

4 is a rear view;

5 is a schematic diagram illustrating an example of a use state in a factory; and

6 is an enlarged perspective view in which a part of the diffusion part is cut away.

* Explanation of symbols for the main parts of the drawings

1: Wind Tunnel 100: Inlet

100a: bending member 101: spout

101a: reduction portion 102: attachment member

103: Fastener 2: Caster

3: tank 300: support member

301: long hole 5: cylinder

5a: outer peripheral surface 500: rectifying plate

501: inlet 502: outlet

6: first interval 7: diffusion part

700: eliminator 700a: plate

700b: hole 701: rotary diffuser

702: motor 703: fastener

704: output shaft 705: attachment member

706: disc 707: umbrella section

8: housing 800: opening

801: closed tip 802: proximal side

9: hose 10: 2nd thickness

20: impeller 21: motor

22: guard 30: pump

31, 32: hose 3100: discharge side

40: handle 50: factory

51: machine

The present invention relates to a centrifugal humidifier for use in factories, farming, and livestock.

The conventional centrifugal humidifier has a structure in which mist is sprayed from a spray nozzle using a fan blowing. Therefore, it is effective as a simple humidifier. However, it is not necessarily sufficient to achieve misting (washing) of one layer, temperature humidity management by the misting, or to secure growth and / or breeding environment. As an example for solving the said conventional subject, the "humidification apparatus" of Unexamined-Japanese-Patent No. 2001-141268 is mentioned. According to the present invention, a casing having a suction port and a jet port is provided with a housing such that air (air) and mist flow passage intervals are formed. And a rotating body, a motor, a water supply pipe for water supply, and a fan on the suction side of the casing. Its characteristics are that in the growers growing crops, the air circulation system circulates cold or warm air to provide an environment suitable for growing the crops, and maintains a constant temperature of the air in the growers, and maintains proper humidity. It is possible to provide a humidifier that can.

Japanese Laid-Open Patent Publication No. 2001-141268 has a feature that can be miniaturized by having a single configuration of passage intervals for air and mist distribution. However, there is a fear that the mist is ejected from the jet port (outlet port) of the casing together with air before the mist is diffused or sprayed as fine particles (mist with large particle diameter: particle mist). Therefore, it is not necessarily considered sufficient for the air circulation system which keeps the temperature of the air in a cultivator or a plant constant, the humidifier which can aim at maintaining appropriate humidity, or the precipitation of dust. .

In view of this, the present invention distinguishes at least the air and mist distribution passages and forms first and second intervals so that the mist and jetting and / or atomization of mists are not prevented. It is intended to eliminate, for example, even if a small amount of particle mist is generated, not to blow out of the apparatus through the reduced portion of the blowhole of the wind tunnel. In addition, the present invention is to provide a rectifying plate at least at the first (second) interval through which air (mist) flows, and spraying to the far side reliably while ensuring a smooth flow of the air and the mist and a flow in a predetermined direction. Intended.

The invention of claim 1 is provided with a wind tunnel having a rotor blade that is open to both sides of the tank freely movable, a cylinder having both openings provided at a first interval of an appropriate interval in the wind tunnel, and a first space having a proper spacing on one side of the cylinder. Diffusion units provided at intervals of two, hoses for fluid supply to communicate with tanks opening to the diffusion section, pumps installed at the base of the hoses, housings provided at second intervals of suitable intervals on the other side of the cylinder, and diffusion sections It is a centrifugal humidifier consisting of a motor installed in a housing for rotating a rotary diffusion plate installed in the tank, and a fluid recovery hose provided between a wind tunnel and a tank.

Therefore, claim 1 can distinguish at least the air and the passage for mist distribution, form the first and second intervals, and prevent the mist and the atomization of the mist from being impaired, and the particles at the second intervals. Even if a small amount of particle mist is generated, for example, even when a small amount of particle mist is generated, the ejection of the device can be prevented from being blown out of the apparatus. Further, claim 1 provides a rectifying plate at least at intervals of the first (second) through which air (mist) flows, and ensures the smooth flow of the air (mist) and the flow in a predetermined direction, while reliably to the far side. There are advantages such as those that can be sprayed. Further, claim 1 is characterized in that it is possible to reliably and smoothly recover the fluid generated by the aggregation of the particle mist, and to effectively use the fluid. And, preferably, a humidifier capable of achieving an air circulation effect capable of maintaining a constant temperature of air in a culture company or a factory, a humidification effect capable of maintaining an appropriate humidity almost constant, or a precipitation of dust. There is a net profit to provide.

The invention of claim 2 is a centrifugal humidifier having a structure in which a rectifying plate is provided in the longitudinal direction at a first interval and / or a second interval according to claim 1.

Therefore, Claim 2 has the characteristics, such as being able to achieve the objective of Claim 1, and providing the structure of a wind tunnel, a cylinder, and a housing which are optimal for achieving the said objective.

The invention according to claim 3 includes stirring motors comprising a motor provided with a diffusion part in a housing, a plurality of rotary diffusion plates provided and fixed to an output shaft of the motor at appropriate intervals, and holes and / or collision members provided in the housing. It is a centrifugal humidifier configured as

Therefore, Claim 3 has the characteristics of being able to achieve the objective of Claim 1, providing the structure of the diffusion part which is optimal for achieving the said objective, etc.

An example of this invention is demonstrated.

1 is a perspective view of the whole, FIG. 2 is a sectional view, FIG. 3 is a front view, FIG. 4 is a back view, FIG. 5 is a schematic diagram illustrating an example of a use state in a factory, FIG. It is an enlarged perspective view which cut out a part.

In the drawing, "1" is a substantially cylindrical wind tunnel having a suction port 100 and a jet port 101, and the wind tunnel 1 has a bending member 100a forming a converging portion in the suction port 100. In addition, the jet port 101 is in the shape of a reduced portion 101a. The bending member 100a intends to maintain the strength of the wind tunnel 1, and the reduction portion 101a intends to avoid ejection of the device from the wind tunnel 1 of a small amount of particle mist. The said wind tunnel 1 is a structure in which the inclination angle was freely installed in the tank 3 which has the caster 2. The inclination angle uses a combination of the fastener 103 attached to the attachment member 102 installed in the wind tunnel 1 and the long hole 301 of the support member 300 installed in the tank 3. That is, the wind pipe 1 is operated by the relaxation of the fastener 103, and then fixed to the movable position by using the fastener 103 fastened. In that point, the long hole 301 becomes a guide groove of the fastener 103 and / or the attachment member 102.

In the figure, "5" is a cylinder provided with the first interval 6 (which is an air passage) at an appropriate interval in the wind tunnel 1, and rectified at an appropriate (e.g.) interval on the outer circumferential surface 5a of the cylinder 5. Many sheets 500 are provided in the flow direction. The cylinder 5 includes a small diameter suction port 501 and a large diameter jet port 502. The small diameter suction port 501 is configured to suck a small amount of air by reducing the suction area from the first interval 6. In other words, a configuration in which a large part of the air generated by the rotor blades described later is blown in the first interval 6 to ensure reliable and smooth jetting of the mist.

The diffusion part 7 provided with the 2nd space | interval 10 of the suitable space | interval in the said cylinder 5, and the housing 8 are provided. In addition, when the diffusion portion 7 is described in detail, a plurality of sheets are installed at appropriate intervals inside the eliminator 700 and the eliminator 700 provided in the opening portion 800 of the housing 8. One rotary diffuser plate 701 and the output shaft 704 of the motor 702 to which the rotary diffuser plate 701 is fixed. Further, a plurality of sets of guide holes 701a are provided in the rotary diffusion plate 701 in the radial direction. In addition, the plurality of rotary diffusion plates 701 are fixed by a plurality of fasteners 703 and are configured to rotate integrally. Referring to the action of the eliminator 700 and the rotary diffusion plate 701 and / or the guide hole 701a, the fluid supplied through the diffusion hose (described later) to the rotary diffusion plate 701 is rotated When it flows out or is sprayed toward the rotating diffusion plate 701, it is moved in the circumferential direction of the rotary diffusion plate 701 so as to be guided to the guide hole 701a and is discharged in the tangential direction at the end of the guide hole 701a. do. The released particles collide with the plate member 700a of the eliminator 700, become particulates, diffuse from the holes 700b, and are discharged as mists in the atomized state in the second gap 10. . The discharged mist moves toward the closed tip portion 801 of the housing 8 by the wind flowing through the second gap 10. In addition, there may be provided a rectifying means for promoting the movement. Thereafter, the mist is attracted and / or swept away by the high wind velocity flowing from the jet port 502 of the tubular body 5 to the jet port 101 of the wind tunnel 1 in the state of being washed and mixed (ultra fine mist). , Is sprayed out of the device. In addition, in the sectional drawing of FIG. 2, the flow of wind (arrow "a") and the flow of mist (arrow "b") are shown by arrows, respectively. In addition, the base end side 802 of the housing | casing 8 is set to a converging shape, and it is set as the structure which makes entry of air by the rotary blade mentioned later very small. The flow of the wind (arrow "a") and the flow of the mist (arrow "b") are mixed and / or joined (arrow "d"), respectively, as arrows. The mixed ultra-fine particle mist is sprayed out of the apparatus. In addition, the diffusion part 7 is provided in the cylinder 5 with the 2nd space | interval 10 using the many attachment member 705. FIG. In addition, the output shaft 704 of the motor 702 is extended to the front of the rotary diffusion plate 701, and the diffusion disk 706 is provided in front of the rotary diffusion plate 701 to facilitate the diffusion of the fluid discharged from the hose 31. The configuration is preferred. In addition, the discharge side 3100 of the hose 31 is inserted into the umbrella portion 707 provided in the rotary diffusion plate 701 at the front position to eliminate the leakage of the fluid.

"20" in the figure is a rotary blade installed in the inlet 100 of the wind tunnel 1, the rotary blade 20 is driven by the motor 21. In addition, "22" is a guard of the rotor blade 20.

In addition, "30" shows the pump installed in the tank 3, "31" shows the suction hose connected to the said pump 30, and "32" shows the introduction hose. The suction hose 31 reaches the proximal end side 802 of the housing 8 and is connected to the introduction hose 32. In addition, the introduction hose 32 is provided with a plurality of jet ports (not shown). In addition, a fluid recovery hose 9 is provided between the tank 3 and the wind tunnel 1 to return the fluid accumulated in the wind tunnel 1 from the hose 9 to the tank 3 for effective use. It is desirable to prevent wetting.

Referring to Fig. 2, the flow of wind (arrow "a") and the flow of mist (arrow "b") will be described, respectively, and the flow of wind is the inlet 100 of the wind tunnel 1 → the first interval 6 → the main route of the jet port 101 of the wind tunnel 1, and the suction port 100 of the wind tunnel 1 → the suction port 501 of the cylinder 5 → the second interval 10 → the jet port of the cylinder 5 There is a secondary root of 502. Then, the flow of mist becomes the ejection port 502 of the eliminator 700 → the 2nd space | interval 10 → the cylinder 5. In addition, the particles scattering in the diffusion direction from the rotary diffusion plate 701 is air sucked in a smaller amount than the proximal end side 802 of the housing 8, and is sent to the eliminator 700 so as to be supplied to the second spacing 10. Induced by the wind flowing. It is also mixed with the wind in the second interval 10 to promote atomization of the mist. Thereafter, the particulated mist is jetted out of the apparatus with a fine-mixed ultra-fine particle mist attracted and / or swept away by the high wind velocity flowing through the jet port 101 of the wind tunnel 1 as described above. In addition, in FIG. 2, the arrow "ga" shows the wind in which the wind of arrow "ga" flows from the opening 800 of the housing 8 toward the eliminator 700, and the wind flow ( The arrow " '" is preferred because it can contribute to the induction of mist discharged from the eliminator 700.

In addition, in the figure, "40" shows the handle installed in the wind tunnel 1.

In addition, in the figure, "50" represents a factory and "51" represents a machine.

According to the centrifugal humidifier according to the present invention, the air and mist flow passages are divided to form first and second intervals so that the mist and jetting and / or atomization of mists are not impeded. Of the air and mist, at least in the first (second) interval through which air (mist) flows, without the occurrence of The spray can be reliably sprayed to the far side while ensuring a smooth flow and a flow in a predetermined direction.

Claims (3)

A wind tunnel provided with a rotor blade open to both sides of the tank freely movable, The cylinder which the both sides which installed at the 1st space | interval of a suitable space | interval in the said wind tunnel open, and opens, Diffusion parts provided at one side of said cylinder with a 2nd space | interval of a suitable space | interval, A fluid supply hose in communication with the tank opening to the diffusion portion, A pump installed at the base of the hose, A housing provided on the other side of the cylinder with the second gap at an appropriate interval; A motor provided in the housing for rotating the rotary diffusion plate provided in the diffusion part, and A centrifugal humidifier comprising a hose for fluid recovery provided between the wind tunnel and the tank. The method of claim 1, A centrifugal humidifier, characterized in that the rectifying plate is provided in the longitudinal direction at the first interval and the second interval. The method of claim 1, The diffusion unit is a motor installed in the housing, A plurality of rotary diffusion plates fixed to the output shaft of the motor at appropriate intervals; Centrifugal humidifier, characterized in that consisting of a hole provided in the housing and a stirring means consisting of a collision member.

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