CN2557850Y

CN2557850Y - Module type air conditioner and humidifier for same

Info

Publication number: CN2557850Y
Application number: CN 02241155
Authority: CN
Inventors: 王赞杰
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-07-04
Filing date: 2002-07-04
Publication date: 2003-06-25
Anticipated expiration: 2012-07-04

Abstract

The utility model relates to a humidifier used on the module type air conditioning equipment. Air conditioning components are respectively arranged inside a plurality of modules, and the modules inside the host machine of the air conditioning equipment can be assembled and replaced according to needs to assemble air conditioning equipment with different air outlet forms, which reduces the cost of the material. The humidifier comprises a water tank filled with water, a body and an electric heater, wherein, part of the body is immerged into the water in the water tank to siphon the water so that the electric heater only heats the water siphoned by the body to produce vapor without heating the water in the whole water tank. In this way, the heating time can be greatly shortened and the power consumption efficiency is improved.

Description

The humidifier that modular aircondition and this aircondition are used

Technical field

The utility model is the humidifier of using about a kind of aircondition and this aircondition, particularly about a kind of modular aircondition of box type cold air machine and humidifier that this aircondition is used of being applied to.

Background technology

The aircondition of general constant temperature, constant humidity (as air conditioner etc.) comprises compressor, condenser, coil heat exchanger, reheat heat exchanger, humidifier and blower fan etc., enter the temperature and the humidity of air in the aircondition in order to regulation and control, and will regulate and control outside the good air output aircondition, so circulation reaches the effect of regulating air.Compressor is in order to be compressed into high temperature and high pressure gaseous refrigerant with the low-temp low-pressure gaseous refrigerant, so that cold-producing medium is circulated in the refrigerant-cycle systems of aircondition.Condenser will be in order to becoming the normal temperature liquid refrigerant through heat radiation, cooling processing from the high temperature and high pressure gaseous refrigerant of compressor.Coil heat exchanger is in order to cool off circulating air and to dehumidify.Humidifier is in order to increase the humidity of circulating air.Reheat heat exchanger is in order to the heat cycles air.Blower fan is then in order to will be discharged outside to (being the environment outside the aircondition) through the air that aircondition is handled.

The cold-producing medium circulation and the air circulation mechanism of above-mentioned aircondition are respectively shown in accompanying drawing 1, accompanying drawing 2.As shown in Figure 1, the refrigerant-cycle systems 1 of this

aircondition pipeline

13,14,15,16 that comprises coil heat exchanger 10, compressor 11, condenser 12 at least and link this inter-module.At first, when low-temperature refrigerant (2 ℃) when flowing to coil heat exchanger 10, promptly absorb the heat of circulating air and be warming up to 7 ℃, flow to compressor 11 via pipeline 13 then, make the cold-producing medium (7 ℃) that absorbs heat borrow the compression of compressor 11 to form 60 to 90 ℃ high-temperature gas cold-producing medium; Then, this high-temperature gas cold-producing medium is sent to condenser 12 via pipeline 14, and utilizes cooling water to make the high-temperature gas condensation of refrigerant become 40 ℃ liquid refrigerant, and condensed liquid refrigerant then flows into reservoir 120; At last, the liquid refrigerant of condensation (40 ℃) is delivered to expansion valve 17 via pipeline 15 and after decrease temperature and pressure becomes 2 ℃ gas, liquid mixed cold-producing medium, flows in the coil heat exchanger 10, and so forth the flow process of cold-producing medium circulation again.

Accompanying drawing 2 shows the air circulation system 2 of above-mentioned aircondition, is the pipeline 24 that comprises coil heat exchanger 20 (being same as the coil heat exchanger 10 of above-mentioned refrigerant-cycle systems 1), reheat heat exchanger 21, humidifier 22, blower fan 23 and link this inter-module.As shown in Figure 2, when outside air (24 ℃ of room temperatures) enters air circulation system 2 and flow to coil heat exchanger 20, after being the cooling and dehumidifying circulating air via the effect of the low-temperature refrigerant at coil heat exchanger 20 places, air circulation system 2 is looked the temperature of external environment and the situation of humidity, running by temperature switch T or humidity switch H control reheat heat exchanger 21 or humidifier 22, with convection current by the road 24 circulating air improve temperature or increase the action of humidity, by blower fan 23 circulating air is expelled to aircondition outer (being air-out) then.

Existing aircondition as the box type cold air machine, can be categorized into the aircondition of multiple different air-out forms such as upward type, bottom blowing type and fore blow formula according to the position that is provided with of blower fan.As shown in Figure 3, be respectively upward type, bottom blowing type and fore blow

formula air conditioner

30,31,32 from left to right; Respectively this air conditioner the 30,31, the 32nd comprises blower fan 33, coil heat exchanger 34, compressor 35, condenser 36, reheat heat exchanger 37 and humidifier 38.The blower fan 33 of upward type air conditioner 30 is the end faces that are arranged at this air conditioner 30, makes blower fan 33 towards the top air-out.The blower fan 33 of bottom blowing type air conditioner 31 is bottom surfaces that group is located at this air conditioner 31, makes blower fan 33 towards the below air-out.The blower fan 33 of fore blow formula air conditioner 32 then is installed in the front side wall of this air conditioner 32, makes the blower fan 33 can be towards the place ahead air-out.

Because the box type cold air machine of various types all has independent, fixing manufacturing specification, therefore, when production, assembling air conditioner, manufacturer only can make the air conditioner of some, some specification according to the demand of order.Yet, when increasing order, may make manufacturer need the interim goods of transferring because of the air conditioner low stock as if the client temporarily, cause the delay of time of delivery; Perhaps, if when the client changes the air conditioner of other specification temporarily, manufacturer not only needs to transfer outside the goods, again because the client changes the air conditioner of other specification, causes the stock of former order air conditioner type to increase simultaneously, increases unnecessary trouble to manufacturer.

Accompanying drawing 4 shows the humidifier 4 that existing aircondition is used.As shown in the figure, this humidifier 4 is to include a tank 40 that water 400 is housed, and an electric heater 41 that is mounted in this tank 40, in order to heat the water 400 in this tank 40.Utilize electric heater 41 to add the water 400 in the hot water storgae 40 and make it produce steam,, reach the effect that improves circulating air humidity (being humidification) to increase the water content of aircondition inner circulating air.

Yet this kind humidifier 4 has many shortcomings; One is a humidification control poor accuracy, because the running of humidifier 4 is to activate electric heater 41 when the needs humidification, utilize electric heater 41 to add water 400 in the hot water storgae 40, but becoming steam, water often needs through after a while, so then cause temporal delay, be difficult to accurately control the adjusting of circulating air humidity.Moreover the utilization ratio of 4 pairs of electricity of humidifier is low; Because when humidifier 4 added wet process, electric heater 41 need all heat the water in the tank 40 400 with the generation steam, thereby caused the waste on the electric energy, caused use cost to increase.

Summary of the invention

In order to overcome the shortcoming of prior art, but the purpose of this utility model is providing a kind of elasticity assembling, is adjusting the modular aircondition of specification.

Another purpose of the present utility model is that the humidifier that a kind of control accuracy is good and aircondition that power consumption efficiency is high is used is being provided.

For reaching above-mentioned and other purpose, modular aircondition provided by the utility model is to comprise: a main body has an accommodation space; One first module is organized the accommodation space that places this main body replaceablely, and has a blower fan at least; One second module, group places the accommodation space of this main body, and is provided with coil heat exchanger, reheat heat exchanger and humidifier at least in this second module; And one the 3rd module, replaceable and group device and is provided with compressor and condenser at least in the 3rd module in the accommodation space of this main body.

The characteristics of above-mentioned aircondition are, but this first and the 3rd module phase double replacement, can change the air-out position of blower fan, the aircondition that assembling is finished has desirable air-out position, forms as multiple airconditions with different air-out forms such as fore blow formula, upward type and bottom blowing types; Simultaneously, can be with several airconditions with the combination of module parallel way, so that the air-conditioning system of different size, different capabilities optionally to be provided.

The humidifier that the utility model provides aircondition to use is to comprise: a tank, be equipped with water; One body be that part immerses in the water of this tank and places on this tank, but this body has many water in the hole siphon tank, and has an accommodation space; And an electric heater, assemble and be arranged in the accommodation space of this body.

Above-mentioned humidifier is the water that utilizes in its body siphon tank, and the water that makes electric heater only need heater body to be absorbed makes it produce steam, and the circulating air in the aircondition is added wet process; Because electric heater need not the water in the whole tank is heated, so can significantly shorten the time of water heating becoming steam, improve the accuracy of humidity control in the circulating air, simultaneously, heat time heating time, the short electric heater power consumption that also makes reduced, improve the existing big problem of humidifier power consumption, its power consumption efficiency is improved.

Description of drawings

For above-mentioned and other purpose of the present utility model, feature and advantage can be become apparent, the content Description of accompanying drawing is as follows:

Accompanying drawing 1 is the structural representation of the refrigerant-cycle systems of existing air-conditioning equipment;

Accompanying drawing 2 is structural representations of the circulated air pipeline of existing air-conditioning equipment;

Accompanying drawing 3 is structural representations of existing upward type, bottom blowing type and fore blow formula air conditioner;

Accompanying drawing 4 is structural representations of existing humidifier;

Accompanying drawing 5 is perspective view of an embodiment of the utility model modular aircondition;

Accompanying drawing 6 (a) is the generalized section of accompanying drawing 5 along the 6a-6a line;

Accompanying drawing 6 (b) is the generalized section after turning to 90 to spend first module in the accompanying drawing 6 (a);

Accompanying drawing 6 (c) is the generalized section after the first and the 3rd module in the accompanying drawing 6 (a) is exchanged;

Accompanying drawing 7 is perspective view of another embodiment of the utility model modular aircondition; And

Accompanying drawing 8 is structural representations of the utility model humidifier embodiment.

The specific embodiment

Embodiment 1

Below be conjunction with figs. 5 to accompanying drawing 8, describe the embodiment of modular aircondition of the present utility model and humidifier in detail.

Accompanying drawing 5 shows the schematic perspective view of the utility model modular aircondition; In this embodiment, be example with a box type cold air machine 5, but the utility model is not as limit.

As shown in the figure, this box type cold air machine 5 comprises a main body 50 (as a framework), this main body 50 has an accommodation space 500, and be assembled in first module 51, second module 52 and the 3rd module 53 in this accommodation space 500, wherein, the appropriate location of one relative inner wall of this main body 50 is provided with two groups of guide rails 501,502, so that this

module

51,52,53 is positioned in this accommodation space 500.

Please consult accompanying drawing 6 (a) simultaneously, this first module 51 is the housings with an accommodation space, and replaceable swallow is assembled in the accommodation space 500 of this main body 50, and has a blower fan 510 at least.This second module 52 is formed with an accommodation space, is provided with air-condition assemblies such as coil heat exchanger 520, reheat heat exchanger 521 and humidifier 522 in it.The 3rd module 53 is also for having the housing of an accommodation space, and is replaceable and be assembled in the accommodation space 500 of this main body 50, is provided with air-condition assemblies such as compressor 530 and condenser 531 in the 3rd module 53.Because air-condition assemblies such as this coil heat exchanger 520, reheat heat exchanger 521 and humidifier 522 are in order to the circulating air (not icon) in the air conditioner 5 is carried out processing such as cooling and dehumidifying, heating and humidification, therefore, second module 52 is arranged between the first and the

3rd module

51,53 usually.Simultaneously, but the first, the

3rd module

51,53 module phase double replacements, and to change the air-out position of blower fan 510, the air conditioner 5 that assembling is finished has desirable air-out position (being detailed later), and the aircondition with different air-out forms can be provided.

Air conditioner 5 shown in accompanying drawing 6 (a) figure is upward type air conditioners, make first module 51 be mounted on the upper strata part of air conditioner 5 with blower fan 510, and the air outlet 511 of this blower fan 510 is arranged at the end face of first module 51, make circulating air via air outlet 511 outside air conditioner 5 is discharged in the top, form the air-out form of upward type.Second module 52 is the belows that are installed in first module 51, and promptly air conditioner 5 is partly middle; The 3rd module 53 then is assembled in lower floor's part of air conditioner 5, and second module 52 is folded between the first and the 3rd module 51,53.The pipeline that this module is 51,52,53 links and technology is that the people in the industry knows, and will not give unnecessary details and icon in this.

Air conditioner 5 shown in the accompanying drawing 6 (b) is fore blow formula air conditioners, the upward type air conditioner difference of itself and accompanying drawing 6 (a) is, first module 51 of fore blow formula air conditioner 5, be that first module 51 with the upward type air conditioner turns to behind 90 degree assembling again to put into the accommodation space 500 of this main body 50, the air outlet 511 of blower fan 510 is provided with towards the place ahead, make circulating air discharge air conditioner 5 towards the place ahead, form the air-out form of fore blow formula.

Air conditioner 5 shown in the accompanying drawing 6 (c) is bottom blowing type air conditioners, and first module 51 and the 3rd module 53 of accompanying drawing 6 (a) are exchanged mutually, make first module 51 be positioned at the lower floor position of air conditioner 5, and the 3rd module 53 is positioned at the position, upper strata of air conditioner 5; Simultaneously, the air outlet 511 of the blower fan 510 of first module 51 is to be provided with towards the below, makes circulating air discharge air conditioner 5 via air outlet 511 towards the below, forms the air-out form of bottom blowing type.

Therefore, use modular aircondition of the present utility model, can optionally and flexiblely be assembled into multiple aircondition or air conditioner with different air-out forms, manufacturer can tackle client's interim demand at any time, and can not cause problems such as existing freight supply delay or increase in inventory.

Embodiment 2

Accompanying drawing 7 shows second embodiment of the utility model modular aircondition.As shown in the figure, it is in parallel that the utility model can be made module with air conditioner 5 and another air conditioner 5, has the aircondition of big or twice air output with formation; Notice, the quantity in parallel of air conditioner 5 is not exceeded with the quantity of icon, can be optionally and in conjunction with the air conditioner 5 of different numbers, to reach the purpose of the desirable air output of tool or functional aircondition.Therefore, use modular aircondition of the present utility model, can flexiblely this aircondition be assembled into the module parallel way have different size, the air-conditioning system of different capabilities, provide the product of multiple coincidence actual needs more to select for the user.

Embodiment 3

Accompanying drawing 8 shows the structural representation of the embodiment of the utility model humidifiers, and this humidifier is to be applied in the above-mentioned aircondition, but not as limit, and humidifier of the present utility model is also in the aircondition applicable to other type.

As shown in the figure, this humidifier 6 comprises: a tank 60, be equipped with water 600; One body 61 be that part immerses in the water 600 of this tank 60 and places on this tank 60, but this body 61 has many water 600 in the hole siphon tank 60, and has an accommodation space 612; And an electric heater 62, be assembled in the accommodation space 612 of this body 61.

This tank 60 is rectangle cell bodies, and water 600 is housed in groove.

This body 61 is to make with the siphon material, and the one end forms on the wall that a shank 610 is arranged in this tank 60, and the other end of this body 61 then enlarges and extends to form an expansion section 611, forms this accommodation space 612 with portion within it.This expansion section 611 is that part immerses in the water 600 of tank 60, can be by the hole of body 61 water 600 in this tank 60 of siphon.

This electric heater 62 is to be arranged in the accommodation space 612 of body 61, in order to heating the water 600 of 61 siphons of this body, and makes it produce steam.

Use the utility model humidifier 6 can reach plurality of advantages.At first, the water 600 that the body 61 that utilization is made with the siphon material absorbs in the tank 60, water 600 heating that make electric heater 62 only need body 61 is absorbed make it produce steam, the aircondition inner circulating air is added wet process, so mode makes electric heater 62 need not the water 600 of whole tank 60 is heated, can significantly shorten the time of water heating, can be fast and the humidity of accurately regulating circulating air, improve the humidification control accuracy of humidifier 6.Simultaneously, because the water 600 that electric heater 62 only needs heater body 61 to be absorbed so the heat time heating time of electric heater 62 and power consumption all are less than existing humidifier, improves the power consumption efficiency of humidifier 6, and improves the existing problem that the humidifier power consumption is many, cost is high.

Claims

1. a modular aircondition is characterized in that, this device comprises:

One main body has an accommodation space;

One first module, replaceable and be assembled in the accommodation space of this main body, and have a blower fan at least;

One second module is assembled in the accommodation space of this main body, and is provided with first air-condition assembly in this second module; And

One the 3rd module, replaceable, and be assembled in the accommodation space of this main body, and be provided with second air-condition assembly in the 3rd module;

Because but this module phase double replacement can change the air-out position of blower fan, so that assemble the desirable air-out of the aircondition tool position of finishing.

2. modular aircondition as claimed in claim 1, it is characterized in that, this main body is to be formed with an opening that leads to this accommodation space, and is provided with some groups of guide rails for this first, second and third module winding with it on the appropriate location of one relative inner wall.

3. modular aircondition as claimed in claim 1 is characterized in that, this first air-condition assembly is to comprise coil heat exchanger, reheat heat exchanger and humidifier.

4. modular aircondition as claimed in claim 1 is characterized in that, this second air-condition assembly is to comprise compressor and condenser.

5. modular aircondition as claimed in claim 1 is characterized in that, this modular aircondition can to make module in parallel with another modular aircondition at least.

6. modular aircondition, it is characterized in that, the air-condition assembly of this aircondition is to be divided in several modules, and this module is replaceable and is assembled in the main body of this aircondition, can be assembled into the aircondition with different air-out forms according to need.

7. modular aircondition as claimed in claim 6, it is characterized in that, these several modules are to comprise one first module, one second module and one the 3rd module, can be by formed opening on this main body, and several guide rails on the relative inner wall of being located at this main body, make in the replaceable and accommodation space that leads to this opening that is assembled in this main body of this module.

8. modular aircondition as claimed in claim 7 is characterized in that, this first module has a blower fan at least, and this second module comprises coil heat exchanger, reheat heat exchanger and humidifier, and the 3rd module comprises compressor and condenser.

9. modular aircondition as claimed in claim 6 is characterized in that, this modular aircondition can to make module in parallel with another modular aircondition at least.

10. the humidifier that aircondition is used is characterized in that, this humidifier comprises:

One tank is equipped with water;

One body be that part immerses in the water of this tank and places on this tank, but this body has many water in the hole siphon tank, and has an accommodation space; And an electric heater, be assembled in the accommodation space of this body.

11. the humidifier that aircondition as claimed in claim 10 is used is characterized in that, this body is to make with the siphon material.

12. the humidifier that aircondition as claimed in claim 10 is used, it is characterized in that, this body is to be a handle shape structure, the one end is that group is located on the wall of this tank, the other end then enlarges and extends to form an expansion section, form this accommodation space with portion within it, and this expansion section and part immerse in the water, with siphon moisture.