KR200171957Y1 - A system for generating moist - Google Patents

Abstract

The present invention relates to a mist generating device for generating a mist to provide a predetermined atmosphere is installed outdoors or indoors, the storage tank 10 can store the raw water to be misted and the discharge pipe 14 is connected; A pump 20 installed in the discharge pipe 14 to withdraw the raw water of the storage tank 10 and having a discharge pipe 22 connected to the discharged raw water; A filter (30) installed in the delivery pipe (22) to filter raw water and to which a delivery pipe (32) for transferring the filtered raw water is connected; An injection pipe 40 connected to the transfer pipe 32 and having a plurality of injection nozzles 42 for spraying raw water supplied through the transfer pipe 32 in a mist state; A structure (50) mounted to the injection pipe (40) and installed at a predetermined position to define a spraying area of the mist sprayed from the injection nozzle (42); And installed in the structure 50, the fan 60 for applying the blowing air to the mist sprayed from the injection nozzle 42; consisting of, can control the overall operation automatically, You can freely and automatically adjust the status to your preference.

Description

Mist generating device {A SYSTEM FOR GENERATING MOIST}

The present invention relates to a mist generating device for providing a pleasant environment or atmosphere by supplying the mist indoors or outdoors, in more detail, the structure is simple and easy to install, and in particular can realize the optimum mist state A mist generating device.

In general, various air-conditioning means such as air conditioners or heaters are provided to artificially provide a comfortable environment to human beings. However, most of the air-conditioning means have not been provided with a predetermined effect. Of course, it is also possible to use a blowing means such as a fan, but this also does not appear to provide a satisfactory cooling effect by the ambient atmosphere.

On the other hand, with the recent increase in living standards and the growing interest in health, many people are exercising outdoors or indoors, and also various competitions, events or events for their development or mutual friendship in various groups or meetings. Is being done. Most of these external events are held outside a certain temperature, and in this case, the participants of the event need a cool and comfortable atmosphere or space as they feel the heat. In addition, game aids or structures are used at such events or recreational events, where water is sprayed or mist is provided to achieve a realistic, visual or dramatic effect.

There is a mobile evaporative cooling unit disclosed in Korean Patent Laid-Open No. 97-704138 as recently known for providing such a comfortable environment or for use as an event event aid.

Such evaporative cooling units are expandable conduits having inner and outer walls forming an expandable enclosure and having a chamber having an outlet, a blower that blows air from the inlet of the chamber to the outlet, and are attachable to the conduit. A spray nozzle positioned in the direction of ejecting the liquid coolant into the air, and a means for connecting the spray nozzle to the liquid coolant source, whereby the mixed air and water are discharged from the conduit outlet and the user is engulfed in the mixture. It works to cool the heat.

However, such an evaporative cooling unit has a problem that it is not easy to manufacture due to the complicated structure due to the double-formed enclosure for disposing or installing the spray nozzle, and the manufacturing cost is excessive.

In addition, such a conventional evaporative cooling unit merely serves to spray or mist water, and does not arbitrarily change the state or composition of the sprayed mist, and also controls the generation and the state of such mist in a total and automatic manner. There was a problem that the user feels dissatisfied.

The present invention is devised to solve the above problems, the object of the present invention is to provide a mist generating device that can be manufactured in a simple structure, easy installation and low cost.

Another object of the present invention is to provide a mist generating apparatus that can control the generation of mist overall and automatically, and also to control the spraying or mist state to the optimum state desired by the user.

1 is a block diagram showing a mist generating device according to the present invention.

Figure 2 is a block diagram showing another embodiment of the mist generating device according to the present invention.

Figure 3 is a partial cutaway perspective view showing the mounting structure of the nozzle and the blower for the two structures in the mist generating apparatus according to the present invention.

4 is a cross-sectional view taken along line IV-IV of FIG. 3.

<Description of the code | symbol about the principal part of drawing>

10: storage tank 14: discharge pipe

20: pump 22: delivery pipe

30: filter 32: feed pipe

40: injection pipe 42: injection nozzle

50: structure 54: fastener

56: door 57: installation tube

60: fan 70: thermostat

80: supply line 84: negative ion generator

85,86,87,88: Control valve 90: Detection unit

100: control unit

These objects are achieved by the present invention, according to one aspect of the present invention, in the mist generating device for generating a mist to provide a predetermined atmosphere to be installed outdoors or indoors, to store the raw water to be misted A storage tank to which the discharge pipe is connected; A pump installed in the discharge pipe to withdraw the raw water of the storage tank and having a discharge pipe connected to the discharged raw water; A filter installed in the delivery pipe to filter the raw water and connected to the delivery pipe for transferring the filtered raw water; An injection pipe connected to the transfer pipe and having a plurality of injection nozzles for spraying raw water supplied through the transfer pipe into a mist; A structure in which the spray pipe is mounted and installed at a predetermined position to define a spraying area of the mist sprayed from the spray nozzle; And a fan installed in the structure and configured to apply blowing air to the mist sprayed from the injection nozzle.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing a mist generating apparatus according to the present invention, Figure 2 is a block diagram showing another embodiment of the mist generating apparatus according to the present invention, Figure 3 Partial cutaway perspective view showing the mounting structure of the nozzle and the blower for the structure in the mist generating device according to the present invention, Figure 4 is a cross-sectional view showing the mounting structure of the nozzle for the structure in the mist generating device according to the present invention in detail have.

First, in Figure 1, the mist generating device according to the present invention is provided with a storage tank (10) for storing the water to be misted, the storage tank (10), of course, the raw water (raw water) such as tap water or ground water from the outside An inflow pipe 12 for inflow is connected, and a discharge pipe 14 for discharging raw water in the water tank 10 is integrally connected. Of course, each of the pipes 12 and 14 may include a filter for filtering foreign matter or suspended matter that may be included in the raw water, and the discharge pipe 14 may include a control valve for controlling the flow of raw water through the discharge pipe. 16) is installed.

The discharge pipe 12 is connected with a pump 20 for hydraulically drawing raw water in the storage tank 10, the pump 20 is preferably operated hydraulically or electrically, the pump 20 The delivery pipe 22 for sending out the raw water pumped from the pump is connected.

In addition, the discharge pipe 22 connected to the pump 20 is provided with a filter 30 for finally filtering the raw water, although the filter 30 has a raw water in the storage tank 10 or the discharge pipe 14. It is filtered by another filter installed in the) but finally to filter the metal powder or foreign matter deposited thereon that may be generated by the operation of the pump 20. And, the filter 30 is connected to the transfer pipe 32 for sending out the raw water filtered there.

An injection pipe 40 for injecting the filtered raw water is connected to an end of the transfer pipe 32. The injection pipe 40 is sprayed with an atom to actually spray raw water supplied through the injection pipe. A plurality of spray nozzles 42 are arranged for alignment. In addition, the injection pipe 40 is preferably formed of a flexible material such as plastic or other synthetic resin, which is intended to be arbitrarily modified according to the structure or shape of the installation structure to be described later in detail.

On the other hand, the injection pipe 40 is provided with a fixing means to be easily and stably fixed to the structure on which the injection pipe is to be installed, the fixing means is a fixing piece 44, such as bolts, fixing ring 46 or Velcro The fastener 48 may be arbitrarily selected, and the nut 52, the fixing hole 54, or the corresponding Velcro fastener 56 also correspond to the structure described below corresponding to the fixing means which may be formed in various forms. Of course it should be provided.

In practice, the injection pipe 40 is installed to be installed on the ground or floor to provide a haze in a predetermined space or a specific area 50 may be formed in a variety of materials and forms. That is, such a structure may take various forms such as a bridge, an arch, and a straight line providing a three-dimensional space by a plurality of pillars. In addition, each of these structures 50 may be prefabricated using various parts such as steel frame, frame or pipe, and the material may also use synthetic resin such as plastic, wood, metal or other materials. Of course, a flexible tube constituting a predetermined shape by inflation with air can be used, in any case, so that the injection pipe 40 can be easily and stably fixed to the structure 50 as described above. And fastening means corresponding to fixing means such as fixing pieces, fixing rings or Velcro fasteners formed in the injection pipe 40, that is, fastening pieces 52 such as nuts, fixing holes 54 or Velcro spanners 56 The fastening means may also be provided integrally or detachably to the structure.

Optionally, in the proper position of the structure 50, the fan 60 to quickly or strongly move or flow the spray or mist sprayed from the spray nozzle 42 of the spray pipe 40 or to distribute it to a larger area This can be installed. Of course, the installation position of the fan 60 may be arbitrarily selected, that is, selectively installed at an appropriate position for moving or dispersing the mist sprayed from the spray nozzle 42 to a desired position.

According to another embodiment of the mist generating device according to the present invention shown in Figure 2, it can be seen that various components are additionally installed to generate the mist corresponding to the user's taste or purpose of use.

That is, the temperature control device 70 may be installed in the transfer pipe 32 disposed between the filter 30 and the injection conduit 40, and the temperature control device 70 passes through the transfer pipe 32. It may include a cooler or chiller (C) for lowering the temperature of the raw water, and may also include a heater (H) for raising the temperature of the raw water.

In addition, the feed pipe (32) disposed between the filter (30) and the spray conduit (40) is provided with a feed pipe (80) capable of supplying various additives or components to the raw water passing through the feed pipe. The supply pipe 80 further includes a deodorant storage tank 81 in which a deodorant for removing odor of raw water is stored, a fragrance storage tank 82 for adding fragrance to raw water, and various pigments for adding pigment to raw water. The dye storage tank 83 to be stored separately, the negative ion generator 84 for adding negative ions to the raw water is connected in communication.

Of course, each of these storage tanks and anion generator is provided with a control valve for controlling the supply of each additive and anion, that is, the deodorant storage tank 81, the control valve 85, the fragrance storage tank 82 It is preferable that a control valve 86 is provided at the reference point, a control valve 87 is provided at the dye storage tank 83, and a control valve 88 is provided at the negative ion generator 84.

In addition, at a predetermined position of the mist generating device according to the present invention, more specifically, for example, the predetermined position of the structure 50, a detection unit 90 capable of detecting a state of mist sprayed from the injection nozzle 42 is provided. The detection unit 90 is provided with a temperature sensor 92 such as a thermometer for sensing the temperature of the mist sprayed from the spray nozzle 42 and a humidity sensor 94 such as a hygrometer for detecting the humidity thereof. ). Of course, the detection unit 90 may be provided with an anion sensor 96 for detecting the inclusion state of the anion or a chromaticity sensor 98 for detecting the chromaticity.

Optionally, the mist generating device of the present invention includes a control unit 100, such as a computer or an electronic control unit, to control the operation and the mist state of the whole and automatically, and the control unit 100 described above. Each component as shown can be connected to actuate them or detect mist conditions. That is, the control unit 100 can be connected to the pump 20, the fan 60, the temperature control device 70, etc., and their operation and operation can control the strength, and also connected to the supply pipe 80, respectively Each of the control valves 85, 86, 87, 88 and the detection unit 90 installed in the storage tanks 81, 82, 83 and the negative ion generator 84 may be connected to the control unit 100. Unit 100 receives and analyzes the amount of temperature, humidity, chromaticity or anion of the fumes detected by its detection unit 90 and analyzes them individually or globally to control each regulating valve 85, 86, 87, 88. You can do it.

3 and 4 is a view showing another embodiment of the installation state of the injection pipe for the structure of the mist generating device according to the present invention, wherein the structure 50 is generally widely used for event events As a bridge, it can be formed into a tubular or tube which can be formed of a stationary or flexible material.

In more detail, a part of the structure 50 is provided with a plurality of installation pipes 57 protrude so as to communicate with the interior of the structure 50, in particular, each of these installation pipes 57 are bellows or It is preferable that the bellows type is formed to discharge the mist sprayed from the spray nozzle 42 in a direction desired by the user. Also, the diameter of each of the installation pipes 57 is larger than that of the spray nozzle 42. It is preferable to form large.

In addition, the injection pipe 40 is inserted into the structure 50, each nozzle 42 of the injection pipe 40 is inserted into each of the installation pipe 57 described above, the structure ( Fastening piece 54 for stably fixing the injection pipe 40 to the inside of the 50 is formed integrally projected, the injection pipe 40 is fixed to the fastening piece 54, as well as the injection pipe For easy installation of the 40 and also for easy replacement and repair of the injection tube 40 in the event of a failure, the structure 50 has a plurality of doors 58 open and closed, the door 58 The handle 59 is provided.

On the other hand, when the injection pipe 40 is installed in the structure 50 as described above, it is preferable that the above-described fan 60 is installed in communication with the structure 50 so as to blow air into the structure 50. . In this case, the air blown into the structure 50 by the fan 60 is discharged through the space between the injection nozzle 42 and the installation pipe 57 through the respective installation pipes 57. It is possible to strongly discharge the mist sprayed from the spray nozzle (42).

Referring to the operation and mode of operation of the mist generating device according to the present invention is configured as follows.

First, when the user installs the structure 50 of the desired form outdoors or indoors and operates the pump 20 in a state in which the spray pipe 40 is fixed to the structure 50, the raw water in the storage tank 10 is discharged. It is discharged through the pipe 14 and is supplied to the injection pipe 40 through the discharge pipe 32, the raw water supplied to the injection pipe 40 is finally sprayed in the mist state through each injection nozzle 42 do. Of course, at this time, by operating the fan (60) installed in the structure 50 can be more strongly dispersed or dispersed in a wider area to achieve a visual or dramatic effect.

On the other hand, the user can use the control unit 100 to automatically manipulate the generation of such mist. In particular, the user can control the generation of the mist and the state of the mist entirely and automatically by using the control unit 100.

In more detail, the operation of the pump 20 and the fan 60 connected to the control unit 100 and their strength can be adjusted, and the temperature of the raw water by controlling the operation of the temperature control device 70 according to the season. Can be raised or lowered to raise or lower the temperature of the mist. And, the control valve 85 of the deodorant storage tank 81 connected to the supply pipe 80, the control valve 86 of the fragrance storage tank 82, the control valve 87 of the dye storage tank 83, and the negative ion generator Each of the control valves 88 of 84 can be operated to generate a desired mist. Of course, at this time, the control unit 100 receives a detection signal for the temperature, humidity, chromaticity and anion containing state of the mist sprayed from the detection unit 90 connected therein and analyzes it to determine the optimum mist state, based on this Each control valve (85, 86, 87, 88) will be able to automatically or individually control the individual.

3 and 4, when the injection pipe 40 is inserted into the structure 50 and the fan 60 is installed to blow air into the structure 50, the mist generating device is operated. In other words, the mist sprayed through the injection nozzle 42 as described above is sprayed to the outside through the installation pipe 57 of the structure (50). At this time, the blowing air generated by the fan 60 is blown into the inside of the structure 50 is discharged to the outside through the injection nozzle 42 and the installation pipe 57, at this time from the injection nozzle 42 The sprayed mist is diffused into a stronger and wider area by the blowing air passing through the installation pipe 57. Of course, in this case, the installation pipe 57 can be bent in various directions, so that the user can spray the mist in the desired direction.

Accordingly, the user is provided with fresh and cool haze, or surrounded by the haze, especially in summertime, and feels comfortable, and also can appropriately create a visual or dramatic situation during an event or recreation. Of course, if the temperature of the raw water is increased by using the temperature device, it can be effectively used in winter.

As a result, according to the mist generating device according to the present invention, it is possible to install in a simple and easy manner basically, workability can be improved, and manufacturing cost and installation cost is low, and productivity can be improved.

In particular, it is possible to automatically control the overall operation of the mist generating device, it is possible to freely automatically adjust the state of the generated mist to the desired state has the effect of improving convenience and productability.

Although the preferred embodiment according to the present invention has been described above, it will be understood by those skilled in the art that various modifications and variations can be made without departing from the utility model registration claims of the present application.

Claims (6)

In the mist generating apparatus for providing a predetermined atmosphere by generating the mist is installed outdoors or indoors, A storage tank 10 capable of storing raw water to be misted and having a discharge pipe 14 connected thereto; A pump 20 installed in the discharge pipe 14 to withdraw the raw water of the storage tank 10 and having a discharge pipe 22 connected to the discharged raw water; A filter (30) installed in the delivery pipe (22) to filter raw water and to which a delivery pipe (32) for transferring the filtered raw water is connected; An injection pipe 40 connected to the transfer pipe 32 and having a plurality of injection nozzles 42 for spraying raw water supplied through the transfer pipe 32 in a mist state; A structure (50) mounted to the injection pipe (40) and installed at a predetermined position to define a spraying area of the mist sprayed from the injection nozzle (42); And And a fan (60) installed on the structure (50) and configured to apply blowing air to the mist sprayed from the injection nozzle (42). According to claim 1, Between the filter 30 and the injection pipe 40 is provided with a temperature control device 70 for raising or lowering the temperature of the raw water conveyed through the transfer pipe (32); In order to control the components of the mist in the transfer pipe 32, the deodorant storage tank 81, the control valve 85 is installed, the fragrance storage tank 82, the control valve 86 is installed, the control valve 87 is installed A supply pipe 80 including a dye storage tank 83 and an anion generator 84 provided with a control valve 88 is installed; Haze generating device characterized in that. 3. The structure (50) according to claim 2, wherein the structure (50) is provided with a detection unit (90) for detecting the temperature, humidity, chromaticity and anion content of the mist sprayed from the injection nozzle (42); Control unit capable of automatically controlling the spraying state that the temperature control device 70, the respective control valves (85, 86, 87, 88) and the detection unit 90 of the supply pipe 80 is sprayed Haze generating device further comprises (100). According to claim 1, wherein the structure 50 is formed in a cylindrical shape in which the injection pipe 40 is inserted, each injection nozzle 42 of the injection pipe 40 is inserted into the structure 50 is bent A plurality of installation pipes 57 that can be deformed are formed, and the fan 60 is characterized by being installed in communication with the inside of the structure 50 so as to blow the blowing air into the structure 50. Device. According to claim 4, Inside the structure 50 a plurality of fastening pieces 54, the release pipe 40 is releasably fixed is formed, each installation pipe 57 is bellows or bellows Haze generating device characterized in that formed in the mold. The mist generating device according to any one of claims 1 to 5, wherein the pump (10) and the fan (60) are connected to the control unit (100) so as to adjust their operation and the intensity of the operation. .