CN201289166Y

CN201289166Y - Moisture control device

Info

Publication number: CN201289166Y
Application number: CNU2008200725063U
Authority: CN
Inventors: 古茂财
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-09-25
Filing date: 2008-09-25
Publication date: 2009-08-12
Anticipated expiration: 2018-09-25

Abstract

The utility model relates to a humidity controlling device, which belongs to electromechanics, and comprises a casing, a dehumidifier, a water-cooling fan and a humidity inductor, wherein, a containing space is arranged in the casing; the dehumidifier is arranged in the containing space; the water-cooling fan is arranged in the containing space; and the humidity inductor is arranged in the containing space. The humidity controlling device has the advantages that the use is very convenient, and the sound of water dropping is not generated almost; and the functions of dehumidifying, humidifying and heating can be achieved, and the practicability is strong.

Description

Humidity conditioner

Technical field

The utility model relates to electrical category, particularly a kind of humidity conditioner.

Background technology

As everyone knows, the influence of weather can't go to change for people, and atrocious weather also is a big killer for the healthy of people, for example airborne suspended particles are abnormally dangerous for the bad people of respiratory tract, at any time all might cause life danger, also have hot weather in addition, also cause problems such as skin disease easily, also have much dangerous property, for more old people, humidity also is a puzzlement greatly, and Taiwan all is wet weather because belong to the fabric of island-in-sea type weather all the year round, if weather is too moist, people's joint component is easier to ache, and article at home also damage because of moist easily, or puzzlements such as wall comes off occur.

Therefore, in order to improve moist problem, therefore dehumidifier is born, and dehumidifier can be done the space of indoor humidity the action of dehumidifying, and the moisture content in the moisture is done the action of absorption, and the moisture content that is absorbed will be deposited by accumulator tank, make indoor can be too moist.

As shown in Figure 1, be provided with evaporimeter 11, condenser 12 and heat sink 13 in the general dehumidifier 1 commonly used, condenser 12 1 sides have condensation manifold 14, wherein this kind dehumidifier 1 utilizes the cold coal of high pressure to import condensation menifold 14, the principle of utilizing pressure to discharge heat absorption again causes condensate water, this moment, airborne water just was separated, and sent the low pressure cold coal to compressor again, during to the pressurization of cold coal by heat sink 13 release heat.

Still there is following point in above-mentioned dehumidifier 1 in use:

Though dehumidifier 1 can reduce indoor humidity, but can only be as dehumidification function, then must select for use another water cooling fan just can reach its purpose if will moisturize, if two also with taking up space very much and the electricity wasting energy, and dehumidifier 1 commonly used can't be controlled voluntarily, must utilize the manually-operated adjustment fully, very trouble need be improved.

The utility model content

The purpose of this utility model is to provide a kind of humidity conditioner, having solved dehumidifier commonly used can only be as dehumidification function, if will moisturize and then must select another water cooling fan for use, take up space very much, waste electric energy, and must manually-operated, unusual problem such as trouble.

The technical solution of the utility model is: comprise housing, have accommodation space in this housing; Dehumidifier, this dehumidifier is located in the accommodation space, and dehumidifier can be for reducing airborne humidity; Water cooling fan, this water cooling fan is located in the accommodation space, and this water cooling fan can be for increasing airborne humidity; Humidity sensor, this humidity sensor is located at appropriate position in the accommodation space, humidity sensor can change for the airborne humidity of sensing, when humidity is too high in the air, humidity sensor starts dehumidifier and uses the airborne moisture of reduction, when airborne moisture is crossed when low, humidity sensor then starts water cooling fan to be used and improves airborne moisture;

Wherein, include wind wheel apparatus in the dehumidifier, this wind wheel apparatus is located in the accommodation space; Compressor, this compressor is located at the bottom of accommodation space: evaporimeter, this evaporimeter are located at contiguous wind wheel apparatus appropriate position, and this evaporimeter one side is provided with filter course; Condenser, this condenser are located at evaporimeter one side, and the condenser opposite side is provided with water accepting layer:

Water cooling fan includes tank, and this tank is located at the accommodation space bottom; EGR, this EGR includes suction pump, and this suction pump is provided with the water pipe that draws water, and this water pipe one termination of drawing water has water spraying tray, and suction pump one side is provided with down the water water pipe, and following water water pipe one termination has basin;

Water cooling fan is the absorbent cloth water-cooling pattern further, and it includes guide rail; Tank, this tank are located at the accommodation space bottom; Water absorber, this water absorber include absorbent cloth and absorbent cloth fixed frame, and these absorbent cloth two ends are provided with roller, and each roller is embedded in the guide rail, and this absorbent cloth fixed frame is that frame has absorbent cloth; An above synchronous motor, each synchronous motor group is located at water absorber one side;

Tank one side is provided with lifts moving device, and this lifts moving device one end and EGR joins;

Filter course is a screen pack;

Water accepting layer is a blotting paper;

Housing one side is provided with machine template die group;

Machine template die group is provided with temperature inductor;

Machine template die group is provided with anion generator.

Advantage of the present utility model is: very easy to use, and almost do not have the sound that drips; Have dehumidifying, humidification and have the function of heating simultaneously concurrently, practical.

Description of drawings:

Fig. 1 is the schematic perspective view of dehumidifier commonly used;

Fig. 2 is a schematic perspective view of the present utility model;

Fig. 3 is a perspective exploded view of the present utility model;

Fig. 4 is another perspective exploded view of the present utility model;

Fig. 5 is a block flow diagram of the present utility model;

Fig. 6 is an action schematic diagram of the present utility model;

Fig. 7 is one of action schematic diagram of the present utility model;

Fig. 8 is two of an action schematic diagram of the present utility model;

Fig. 9 is an embodiment schematic diagram of the present utility model;

Figure 10 is another embodiment schematic diagram of the present utility model;

Figure 11 is the action schematic diagram of another embodiment of the present utility model.

The specific embodiment:

As accompanying drawing 2 to shown in the accompanying drawing 4, the utility model humidity conditioner 2 comprises housing 21, these housing 21 1 sides are provided with air port 22, be provided with display unit 23 at housing 21 opposite sides, display unit 23 couples mutually with machine template die group 3, machine template die group 3 is provided with anion generator 31 and humidity sensor 32, and humidity sensor 32 further includes temperature inductor 321, machine template die group 3 one sides are provided with water spraying tray 33, has accommodation space in the housing 21, be provided with dehumidifier 200 and water cooling fan 201 in this accommodation space, include wind wheel apparatus 4 in this dehumidifier 200, condenser 52, evaporimeter 53 and compressor 6, be provided with tank 61 and EGR 610 in the water cooling fan 201, wind wheel apparatus 4 peripheries are provided with wind wheel air channel 41, wind wheel air channel 41 be guides wind to the air port 22 usefulness, machine template die group 3 one sides are provided with heating plate 34, heating plate 34 can be with gas heating becoming warm air, and be provided with basin 35 in contiguous wind wheel apparatus 4 appropriate positions, heating plate 34 opposite sides are provided with water accepting layer 5, water accepting layer 5 is made of blotting paper 51, blotting paper 51 is fixed by blotting paper fixed frame 510, water accepting layer 5 one sides are provided with condenser 52, condenser 52 1 sides are provided with evaporimeter 53, evaporimeter 53 opposite sides are provided with filter course 54, filter course 54 is that screen pack 55 bags constitute, and screen pack 55 is fixed by screen pack fixed frame 550.

Be provided with compressor 6 and tank 61 in housing 21 bottoms, being provided with median septum 62 between compressor 6 and the tank 61 is separated by, be provided with EGR 610 in the tank 61, EGR 610 is by suction pump 611, water pipe 612 draws water, following water water pipe 613 is formed, suction pump 611 is extended with the water pipe 612 that draws water and reaches water water pipe 613 down, the water pipe 612 that draws water is connected with water spraying tray 33, following water water pipe 613 1 ends and basin 35 join, suction pump 611 1 sides are provided with lack of water water level post 614, and in tank 61, have additional and lift moving device 63 (this is lifted moving device and can be pull bar or backguy), this lifts moving device 63 1 ends and EGR 610 1 ends join, EGR 610 can have been dragged via lifting moving device 63, after having dragged, tank 61 can have been pulled out.

As shown in Figure 5, implementation step of the present utility model is as follows:

80, wind wheel apparatus 4a started synchronously after humidity conditioner 2a opened:

81, peripheral air begins to enter humidity conditioner 2a, and air is at first via screen pack 55a;

82, air becomes cold dry air via evaporimeter 53a with the low-temp low-pressure air again;

83, its airborne moisture can become dewdrop and drips in evaporimeter 53a surface condensation;

84, this moisture can drench in tank 61a;

85, be cooled and dewatered dry air by evaporimeter 53a, blow out via wind wheel apparatus 4a and condenser 52a;

86,, be about to indoor moisture and remove via continuous circulation;

87, simultaneously via humidity sensor 32a detecting humidity;

88, if air too drying then start humidification function;

89, then water is extracted out by tank 61a via EGR 610a when starting humidification function, this water can drench in water accepting layer 5, blows out water-cooled (cold) wind via wind wheel apparatus 4a;

90, cross when low when temperature inductor 321a detects temperature, then start heating plate 34a, temperature is improved.

As shown in Figure 6, the utility model comprises organic template die group 3, dehumidifier 200 and water cooling fan 201, machine template die group 3 is located at an appropriate position in the utility model, machine template die group 3 is provided with humidity sensor 32, temperature inductor 321 and anion generator 31, include filter course 54 in the dehumidifier 200, evaporimeter 53, condenser 52, water accepting layer 5, compressor 6 and wind wheel apparatus 4, when humidity sensor 32 detects ambient humidity when too high, then start dehumidification function, dehumidification function is via filter course 54 filtered airs, via evaporimeter 53 the low-temp low-pressure air is become cold dry air again, and airborne moisture can become dewdrop and drips in evaporimeter 53 surface condensations, the water that condenses into dewdrop and drip is drenching in tank 61, air then becomes dry air after by evaporimeter 53, blow out via wind wheel apparatus 4 again, reach the function of dehumidifying; When detecting ambient humidity, crosses when low humidity sensor 32, then start humidification function, humidification function is to utilize water cooling fan 201 to use as humidification, water cooling fan 201 includes EGR 610, tank 61 and the water accepting layer 5 shared with dehumidifier 200, EGR 610 is located in the tank 61, and EGR 610 includes suction pump 611, the water pipe 612 that draws water reaches water water pipe 613 down, when starting humidification function, EGR 610 is extracted out via the water pipe 612 that draws water by suction pump 611 with the water that is about in the tank 61, then water is delivered to water accepting layer 5, utilizing wind wheel to pass through water-cooled (cold) mode again blows out, reach humidification function, and in dehumidifying and humidification, can start anion generator 31, make air produce anion, reach and have the pure and fresh effect of sterilization simultaneously.

As shown in Figure 7, lifting moving device 63 1 ends and EGR 610 joins, when using desire that tank 61 is added water or pouring, only need utilize hand 7 will lift moving device 63 pull-ups, promptly be lifted at pull-up while EGR 610, can take out tank 61 and do replacing this moment, very convenient, if cross when hanging down when water level in the tank 61, then suction pump 611 stops pumping, and the message that gives a warning reminds the user to add water.

As shown in Figure 8, EGR 610 includes suction pump 611, suction pump 611 is provided with the water pipe 612 that draws water, suction pump 611 1 sides are provided with down water water pipe 613, and following water water pipe 613 1 terminations have basin 35, and following water water pipe 613 contiguous suction pumps 611 ends are because of from the nearly water surface, when water drips from descending water water pipe 613, drawn back by suction pump 611 immediately, among constantly circulation, reach by this and be close to the state that does not have the sound that drips.

As shown in Figure 9, can further be provided with a plurality of rollers 71, humidity conditioner 2 can conveniently be moved in humidity conditioner 2 bottoms.

Shown in accompanying drawing 10 and accompanying drawing 11, has water cooling fan 202 in the humidity conditioner 2a, water cooling fan 202 further can be the absorbent cloth water-cooling pattern, wherein, has accommodation space in the humidity conditioner 2a, the accommodation space bottom has tank 61b, and accommodation space top is provided with wind wheel apparatus 4b, evaporimeter 53b and condenser 52b, and be provided with water absorber 8 and guide rail 9 in evaporimeter 53b one side, water absorber 8 is by absorbent cloth 81, absorbent cloth fixed frame 82 is formed, absorbent cloth 81 is fixed by absorbent cloth fixed frame 82, absorbent cloth 81 1 ends are provided with first roller 811, the other end is provided with second roller 812, these rollers are embedded in the guide rail 9, absorbent cloth 81 drives by first synchronous motor 91 and second synchronous motor 92, first synchronous motor 91 can utilize guide rail 9 will put in order group absorbent cloth 81 and do drive up and down, and be provided with gear 921 in second synchronous motor 92, the gear 921 and first roller 811 are done binding, absorbent cloth 81 can be rotated, when the operation humidification function, first synchronous motor 91 is about to water absorber 8 and second synchronous motor, 92 whole groups move toward the below, after moisture is with in absorbent cloth 81 adhesional wettings, second synchronous motor 92 begins to utilize the binding of the gear 921 and first roller 811, absorbent cloth 81 is rotated, blow out via wind wheel apparatus 4b again and reach humidification function, if when shutdown or operation dehumidification function or water were full, first synchronous motor 91 up drove water absorber 8 and second synchronous motor, 92 whole groups again.

Claims

1, a kind of humidity conditioner is characterized in that: comprise housing, have accommodation space in this housing; Dehumidifier, this dehumidifier is located in the accommodation space; Water cooling fan, this water cooling fan is located in the accommodation space; Humidity sensor, this humidity sensor is located in the accommodation space.

2, humidity conditioner according to claim 1 is characterized in that: include wind wheel apparatus in the described dehumidifier, this wind wheel apparatus is located in the accommodation space; Compressor, this compressor is located at the bottom of accommodation space; Evaporimeter, this evaporimeter are located at contiguous wind wheel apparatus appropriate position, and this evaporimeter one side is provided with filter course; Condenser, this condenser are located at evaporimeter one side, and the condenser opposite side is provided with water accepting layer.

3, humidity conditioner according to claim 1 is characterized in that: described water cooling fan includes tank, and this tank is located at the accommodation space bottom; EGR, this EGR includes suction pump, and this suction pump is provided with the water pipe that draws water, and this water pipe one termination of drawing water has water spraying tray, and suction pump one side is provided with down the water water pipe, and following water water pipe one termination has basin.

4, humidity conditioner according to claim 1 is characterized in that: described water cooling fan further is the absorbent cloth water-cooling pattern, and it includes guide rail; Tank, this tank are located at the accommodation space bottom; Water absorber, this water absorber include absorbent cloth and absorbent cloth fixed frame, and these absorbent cloth two ends are provided with roller, and each roller is embedded in the guide rail, and this absorbent cloth fixed frame is that frame has absorbent cloth; An above synchronous motor, each synchronous motor group is located at water absorber one side.

5, humidity conditioner according to claim 3 is characterized in that: described tank one side is provided with lifts moving device, and this lifts moving device one end and EGR joins.

6, humidity conditioner according to claim 2 is characterized in that: described filter course is a screen pack.

7, humidity conditioner according to claim 2 is characterized in that: described water accepting layer is a blotting paper.

8, humidity conditioner according to claim 1 is characterized in that: described housing one side is provided with machine template die group.

9, humidity conditioner according to claim 8 is characterized in that: described machine template die group is provided with temperature inductor.

10, humidity conditioner according to claim 8 is characterized in that: described machine template die group is provided with anion generator.