CN1719114A - Air conditioner - Google Patents
Air conditioner Download PDFInfo
- Publication number
- CN1719114A CN1719114A CNA2004100199187A CN200410019918A CN1719114A CN 1719114 A CN1719114 A CN 1719114A CN A2004100199187 A CNA2004100199187 A CN A2004100199187A CN 200410019918 A CN200410019918 A CN 200410019918A CN 1719114 A CN1719114 A CN 1719114A
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- air
- outdoor
- air outlet
- indoor
- moisture absorption
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Abstract
The present invention discloses an air conditioner. It is divided into indoor portion and outdoor portion. It includes indoor air inlet, first indoor air outlet, second indoor air outlet, first air throttle, first forced fan, outdoor air inlet, first outdoor air outlet, second outdoor air outlet, second air throttle, second forced fan, moisture absorbing/eliminating components, rotation component making moisture absorbing/eliminating components be rotated and heater making moisture absorbing/eliminating components remove moisture.
Description
Technical field
The present invention relates to a kind of conditioner, particularly relate to and a kind ofly can carry out humidification/dehumidifying/all air-conditioners multi-functional and simple in structure such as ventilation simultaneously.
Background technology
In general, air-conditioner can provide comfortable indoor environment, includes the dehumidifier of removing indoor moisture, to indoor humidifier that moisturizes and air interchanger that indoor-outdoor air is taken a breath.
Described dehumidifier is made of evaporimeter, compressor, condenser, pressure fan, drip tray, water tank.Wherein, evaporimeter is with airborne condensate moisture, with refrigerant evaporation; Compressor is used to compress the refrigerant that is evaporated by evaporimeter; Condenser carries out condensation with the refrigerant of compressed machine compression; Room air by pressure fan sent successively be discharged to again behind pervaporation device, the condenser indoor; Fall drip tray from the condensing drip that evaporimeter condenses; Water tank is used to store the condensed water from the drip tray drippage.
Described humidifier is made of the tank of supplying with water and the heater that adds the water in the hot water storgae.
Described air interchanger is mounted in the pressure fan that indoor wall or window etc. are located, and is used in the outdoor air suction chamber or room air is discharged to outdoor.
But, the air-conditioner that has now with humidification, dehumidifying, ventilatory, be provided with dehumidifier in order to remove indoor moisture, and be provided with humidifier again extraly in order to increase indoor moisture, for the ventilation of carrying out room air also is provided with dehumidifier and humidifier air interchanger in addition extraly.
Summary of the invention
Technical problem to be solved by this invention is, a kind of all multi-functional and air-conditioners that more comfortable indoor environment is provided simple in structure such as humidification/dehumidifying/ventilation that carry out simultaneously are provided.
The technical solution adopted in the present invention is: a kind of air-conditioner, include the body of dividing into chamber interior and outdoor by demarcation strip, and suck the indoor air sucting inlet of room air; The air of chamber interior is discharged to the first indoor room air outlet; The air of chamber interior is discharged to the second outdoor room air outlet; Close one first segment air valve in the first room air outlet or the second room air outlet; Be installed in first pressure fan in the chamber interior; Suction chamber extraneous air outdoor air suction inlet; The air of outdoor is discharged to the first indoor outdoor air outlet; The air of outdoor is discharged to the second outdoor outdoor air outlet; Close one second air throttle in the first outdoor air outlet or the second outdoor air outlet; Be installed in second pressure fan in the outdoor; Moisture absorption/dehumidification the parts that connect demarcation strip and be provided with; Rotate moisture absorption/dehumidification parts, make moisture absorption/dehumidification parts in the chamber interior moisture absorption, by the position of moisture absorption the outdoor dehumidifying tumbler; The heater of moisture absorption/dehumidification parts dehumidifying is installed in the outdoor.
In air-conditioner of the present invention, the room air of suction is removed moisture during by moisture absorption/dehumidification parts and becomes dry air, and its dry air is discharged to indoor and the interior space is carried out drying.The outdoor air that sucks is taken away the moisture on moisture absorption/dehumidification parts during by moisture absorption/dehumidification parts, so humidification the outdoor air that sucks, be discharged to indoor by the air of humidification and the interior space carried out humidification.Can carry out the ventilation between the indoor-outdoor air because indoor air is discharged to the air outside indoor suction chamber outdoor the time, thereby can enough devices dehumidify, the work of humidification and ventilation.Air-conditioner of the present invention can carry out ventilatory simultaneously when adding wet model, so more comfortable indoor environment can be provided.
Air-conditioner among the present invention comprises that also an end is communicated with the second room air outlet, the other end extends to outdoor room air discharge parts, an end and is communicated with the second outdoor air outlet, the other end extends to outdoor outdoor air discharge parts and an end and is communicated with the outdoor air suction inlet, and the other end extends to outdoor outdoor air inhalation part.So air-conditioner of the present invention need not be installed on wall or the window, can be arranged on an indoor side.
Description of drawings
Fig. 1 is the internal structure schematic diagram during dehumidification mode among the air-conditioner embodiment of the present invention;
Fig. 2 is the internal structure schematic diagram when humidification or ventilatory pattern among the air-conditioner embodiment of the present invention;
Fig. 3 is the control block schematic diagram of air-conditioner embodiment of the present invention.
Wherein:
A: chamber interior B: outdoor
2: body 2a: the front face of body
2b: the 2c of back side portion of body a: side of body
2d: the another side 4 of body: demarcation strip
12: 14: the first room air outlets of indoor air sucting inlet
16: the second room air outlets 18: first segment air valve
26: the second outdoor air outlets of 24: the first outdoor air outlets
30: the second pressure fans of 28: the second air throttles
40: moisture absorption/dehumidification parts 50: tumbler
52: driving-belt 54: belt pulley
56: motor 60: heater
70: outdoor air inhalation part 72: room air is discharged parts
74: outdoor air is discharged parts 80: operating portion
82: control part
The specific embodiment
Below, be described with reference to the accompanying drawings embodiments of the invention.
Fig. 1 is the internal structure schematic diagram during dehumidification mode among the air-conditioner embodiment of the present invention; Fig. 2 is the internal structure schematic diagram when humidification or ventilatory pattern among the air-conditioner embodiment of the present invention; Fig. 3 is the control block schematic diagram of air-conditioner embodiment of the present invention.
As shown in Figure 1 to Figure 3, in the air-conditioner of present embodiment, the demarcation strip 4 that is installed in air-conditioner body 2 inside is divided into chamber interior A and outdoor B to air-conditioner body 2 inner area.
Be equipped with on the body 2: the indoor air sucting inlet 12 that sucks room air to chamber interior A; The air of chamber interior A is discharged to the first indoor room air outlet 14; The air of chamber interior A is discharged to the second outdoor room air outlet 16; Close one first segment air valve 18 in the first room air outlet 14 or the second room air outlet 16; Be installed in first pressure fan 20 of chamber interior A.The wind-force that first pressure fan 20 produces is discharged from by one in the first room air outlet 14 and the second room air outlet 16 after room air is sucked by indoor air sucting inlet 12.
First segment air valve 18 adopts by constituting with the first room air outlet 14 or with the equal-sized baffle plate of the second room air outlet 16 and the motor of rotation or straight line moving stop.Or 18 employings of first segment air valve are made of plurality of vanes 18a, gangbar 18b, motor 18c.Wherein, blade 18a is less than the first room air outlet 14 or the second room air outlet 16, and rotatable being positioned on the first room air outlet 14 or the second room air outlet 16; Gangbar 18b is connected on the plurality of vanes 18a, plurality of vanes 18a is fused rotate simultaneously; One among the motor 18c control plurality of vanes 18a is rotated or controls gangbar 18b straight line and moves.
The first room air outlet 14 and the second room air outlet 16 are respectively formed at the front face 2a and the 2b of back side portion of the opposite face of air-conditioner body 2.The indoor air sucting inlet 12 and first pressure fan 20 are installed on the rear side of a side surface part 2c of body 2, and the side 2c inhaled air from body 2 is blowed to the first room air outlet 14.As shown in Figure 1, first segment air valve 18 is installed on the front face 2a of air-conditioner body 2, make when first segment air valve 18 is opened the first room air outlet 14, will be discharged to indoor by the first room air outlet 14 from 12 inhaled airs of indoor air sucting inlet; And for example shown in Figure 2, when first segment air valve 18 is closed the first room air outlet 14, run into first segment air valve 18 backs from indoor inhaled air and produce adverse current and be discharged to outdoor by the second room air outlet 16.
At this moment, if when chamber interior A also includes with the front face 2a that forms the first room air outlet 14 the indoor side-flow passage guide plate that separates, is close to the 2b of back side portion that forms the second room air outlet 16, form ' ' type stream in the inboard of chamber interior A.Make that the air to the second room air outlet, 16 adverse currents does not clash the air that blows towards the first room air outlet 14 from first pressure fan 20 with touching first segment air valve 18, thereby it is outdoor to guarantee that indoor air can be discharged to smoothly.
When with above-mentioned opposite, the first room air outlet 14 and the second room air outlet 16 are respectively formed on the front face 2a and the 2b of back side portion of opposite face of air-conditioner body 2.The indoor air sucting inlet 12 and first pressure fan 20 are installed on the front side of a side surface part 2c of body 2, and the side 2c inhaled air from body 2 is blowed to the second room air outlet 16.First segment air valve 18 is installed on the 2b of back side portion of air-conditioner body 2, make when first segment air valve 18 is opened the second room air outlet 16, will be discharged to outdoor by the second room air outlet 16 from 12 inhaled airs of indoor air sucting inlet; When first segment air valve 18 is closed the second room air outlet 16, run into first segment air valve 18 backs from indoor air sucting inlet 12 inhaled airs and produce adverse current and be discharged to indoor by the first room air outlet 14.
At this moment, if chamber interior A also includes and is close to the front face 2a that forms the first room air outlet 14 and during with indoor side-flow passage guide plate that the 2b of back side portion that forms the second room air outlet 16 separates, forms ' ' type stream in the inboard of chamber interior A.Make towards air that the second room air outlet 16 blows and touch first segment air valve 18 and do not clash between the air of adverse current, thereby it is indoor to guarantee that indoor air can be discharged to smoothly.
Outdoor air suction inlet 22 to outdoor B suction chamber outer air also is installed on the body 2; The air of outdoor B is discharged to the first indoor outdoor air outlet 24; The air of outdoor B is discharged to the second outdoor outdoor air outlet 26; Close one second air throttle 28 in the first outdoor air outlet 24 or the second outdoor air outlet 26; Be installed in second pressure fan 30 in the outdoor B.The wind-force that second pressure fan 30 produces will be discharged from by one in the first outdoor air outlet 24 and the second outdoor air outlet 26 by the outdoor air of outdoor air suction inlet 22 suctions.
The first outdoor air outlet 24 and the second outdoor air outlet 26 are respectively formed on the front face 2a and the 2b of back side portion of opposite face of air-conditioner body 2.The outdoor air suction inlet 22 and second pressure fan 30 are installed on the rear side of another side 2d of body 2, will blow to the first outdoor air outlet 24 from body 2 side inhaled airs.Second air throttle 28 is installed on the front face 2a of air-conditioner body 2, when second air throttle 28 is opened the first outdoor air outlet 24, as shown in Figure 2, will be discharged to indoor by the first outdoor air outlet 24 through outdoor air suction inlet 22 from outdoor inhaled air; As shown in Figure 1, when second air throttle, 28 sealings, the first outdoor air outlet 24, run into second air throttle, 28 backs from outdoor inhaled air and produce adverse current and be discharged to outdoor by the second outdoor air outlet 26.
At this moment, if when outdoor B also includes the indoor side-flow passage guide plate that separates with the front face 2a that forms the first outdoor air outlet 24 and be close to the 2b of back side portion that forms the second outdoor air outlet 26, then form ' ' type stream in the inboard of outdoor B.The air of adverse current does not clash with touching second air throttle 28 to make the air that second pressure fan 30 blows towards the first outdoor air outlet 24, and is outdoor thereby outdoor air can be discharged to smoothly.
When with above-mentioned when opposite, the first outdoor air outlet 24 and the second outdoor air outlet 26 are respectively formed on the front face 2a and the 2b of back side portion of opposite face of air-conditioner body 2.The outdoor air suction inlet 22 and second pressure fan 30 are positioned at the front side of another side 2d of body 2, and the side inhaled air from body 2 is sent to the second outdoor air outlet 26.Second air throttle 28 is installed on the 2b of back side portion of air-conditioner body 2, and when second air throttle 28 was opened the second outdoor air outlet 26, the outdoor air that sucks through outdoor air suction inlet 22 was discharged to outdoor by the second outdoor air outlet 26; In the time of second air throttle 28 sealing, the second outdoor air outlet 26, back generation adverse current that the outdoor air that sucks through outdoor air suction inlet 22 is run into second air throttle 28 and be discharged to indoor by the first outdoor air outlet 24.
At this moment, if outdoor B also includes with the front face 2a that forms the first outdoor air outlet 24 and is close to, during with indoor side-flow passage guide plate that the 2b of back side portion that forms the second outdoor air outlet 26 separates, forms ' ' type stream in the inboard of outdoor B.Make afterwards not clash between the air of adverse currents with touching second air throttle 28 towards air that the second outdoor air outlet 26 blows, indoor thereby outdoor air can be discharged to swimmingly.
Air-conditioner of the present invention also includes moisture absorption/dehumidification parts 40 that connect demarcation strip 4 and be provided with and the tumbler 50 that rotates moisture absorption/dehumidification parts 40.Moisture absorption/dehumidification parts 40 are in chamber interior A moisture absorption, and are changeed when the outdoor B again by dehumidification by the position of moisture absorption, and the humidification of moisture absorption/dehumidification parts 40 partly is installed in the front side of the heater 60 in the outdoor B.
The dry roller that is made of adsorbent of moisture absorption/dehumidification parts 40 passes the perforation 4a of demarcation strip 4, is arranged at the both sides of demarcation strip 4, and the position of its moisture absorption is perpendicular to the stream of chamber interior A, and the position of its humidification is perpendicular to the stream of outdoor B.
Tumbler 50 can be made of driving-belt 52 and motor 56, and driving-belt 52 is wrapped in the periphery of moisture absorption/dehumidification parts 40, and motor 56 is equipped with and drives driving-belt 52 pivoted pulley 54.
Tumbler 50 can also be made of the motor of the rotating shaft of the pivot with the moisture absorption of being arranged on/dehumidification parts 40.
In air-conditioner of the present invention, be communicated with outdoor air suction inlet 22 if comprise an end, when the other end extended to outdoor outdoor air inhalation part 70, outdoor air suction inlet 22 can not be arranged on outdoor, and can be installed in the inside of indoor.
In addition, in air-conditioner of the present invention, if comprise that also an end is communicated with the second room air outlet 16, the other end extends to outdoor room air discharge parts 72 and an end is communicated with the second outdoor air outlet 26, the other end extends to outdoor outdoor air and discharges parts 74, the second outdoor air outlet 26 can not be arranged on outdoor, and can be installed in the inside of indoor.
Air-conditioner of the present invention also includes operating portion 80 and control part 82, selects dehumidifying/humidifying/ventilatory pattern by operating portion 80; Operation according to operating portion is controlled first segment air valves 18, first pressure fan 20, second air throttle 28, second pressure fan 30, motor 56 and heater 60 by control part 82.
The following describes the course of action of air-conditioner of the present invention.
At first, after the operator imports dehumidification modes by operating portion 80, the signal that control part 82 is closed to 28 outputs of second air throttle when first segment air valve 18 is exported the signal of opening, to first pressure fan 20 and second pressure fan, 30 output start signal, to motor 56 and heater 60 output start signal.
As shown in Figure 1, the moving baffle plate of first segment air valve 18 or plurality of vanes 18a rotate to open and blow to the first room air outlet 14 after the first room air outlet, 14, the first pressure fans 20 suck room air by indoor air sucting inlet 12.After air that the first room air outlet 14 blows is positioned at chamber interior A side that part of in by moisture absorption/dehumidification parts 40, its airborne moisture is adsorbed and becomes dry air, and dry air is discharged to indoor by the first room air outlet 14 again.
In indoor process, motor 56 starts drive driving-belt 52 and rotates at the air that carries out aforesaid suction room air, adsorbed moisture, discharge drying.Moisture absorption/dehumidification parts 40 is with driving-belt 52 interlocks and rotate, and forwards outdoor B in the part of chamber interior A adsorbed moisture, and then rotates back into chamber interior A, moves and so forth between outdoor B and chamber interior A.
Meanwhile, the air that carries out aforesaid suction room air, adsorbed moisture, discharge drying is to indoor and in moisture absorption/dehumidification parts 40 rotating process, the moving baffle plate of second air throttle 28 or plurality of vanes 28a rotation are closed the first outdoor air outlet, 24, the second pressure fans 30 outdoor airs that suck by outdoor air suction inlet 22 are blowed to the first outdoor air outlet 24.The air that blows towards the first outdoor air outlet 24 is heated during front side by heater 60.Its heated hot-air pass in moisture absorption/dehumidification parts 40 be positioned at outdoor B that part of the time, the air that will send of having removed on moisture absorption/dehumidification parts 40 moisture of chamber interior A of absorption and then humidification, the air of this humidification is intercepted by second air throttle 28 and can not pass through the first outdoor air outlet 24 to indoor discharge, but is discharged to outdoor by the second outdoor air outlet 26.
After the operator adds wet model by operating portion 80 inputs, the signal that control part 82 is opened to 28 outputs of second air throttle in the time of first segment air valve 18 output shutdown signals, to first pressure fan 20 and second pressure fan, 30 output start signal, to motor 56 and heater 60 output start signal.
As shown in Figure 2, the moving baffle plate of first segment air valve 18 or plurality of vanes 18a rotate to close and blow to the first room air outlet 14 after the first room air outlet, 14, the first pressure fans 20 suck room air by indoor air sucting inlet 12.After air that the first room air outlet 14 blows is positioned at chamber interior A side that part of in by moisture absorption/dehumidification parts 40, its airborne moisture is adsorbed and becomes dry air, and dry air is intercepted by first segment air valve 18 and is discharged to outdoor by the second room air outlet 16.
In outdoor process, motor 56 starts drive driving-belt 52 and rotates at the air that carries out aforesaid suction room air, adsorbed moisture, discharge drying.When moisture absorption/dehumidification parts 40 is rotated with driving-belt 52 interlocks, forward outdoor B in the part of chamber interior A adsorbed moisture, and then rotate back into chamber interior A, move and so forth between outdoor B and chamber interior A.
Meanwhile, the air that carries out aforesaid suction room air, adsorbed moisture, discharge drying is to outdoor and in moisture absorption/dehumidification parts 40 rotating process, the moving baffle plate of second air throttle 28 or plurality of vanes 28a rotate the unlatching first outdoor air outlet 24, the second pressure fans 30 and will blow to the first outdoor air outlet 24 by the outdoor air that outdoor air suction inlet 22 sucks.The air that blows to the first outdoor air outlet 24 is heated during through the front side of heater 60.Its heated hot-air pass in moisture absorption/dehumidification parts 40 forward outdoor B that part of to the time, the air that will send of having removed on moisture absorption/dehumidification parts 40 moisture of chamber interior A of absorption and then humidification is discharged to indoor and the humidification room air by the air of humidification by the first outdoor air outlet 24.
When adding wet model, room air is discharged to outdoor by chamber interior A aforesaid, and outdoor air is drawn into indoor by outdoor B, thereby room air is carried out the humidification ventilation.
After the operator imports ventilatory pattern by operating portion 80, the signal that control part 82 is opened to 28 outputs of second air throttle in the time of first segment air valve 18 output shutdown signals, to first pressure fan 20 and second pressure fan, 30 output start signal, to motor 56 output start signal, to heater 60 output shutdown signals.
As shown in Figure 2, since heater 60 close the work that moisture absorption/dehumidification parts 40 can not be sloughed moisture and relevant therewith adsorbed moisture.So it is identical with the moisture absorption pattern to be discharged to the indoor discharge process of indoor outdoor air after room air is inhaled into the outdoor discharge process that is discharged to outdoor room air behind the chamber interior A again and outdoor air is inhaled into outdoor B again.
Claims (5)
1. an air-conditioner includes the body (2) of being divided into chamber interior (A) and outdoor (B) by demarcation strip (4), it is characterized in that, also includes: the indoor air sucting inlet (12) that is arranged on the suction room air of chamber interior (A) side; The air with chamber interior that is arranged on chamber interior (A) side is discharged to the first indoor room air outlet (14); The air with chamber interior that is arranged on chamber interior (A) side is discharged to the second outdoor room air outlet (16); Close one first segment air valve (18) in the first room air outlet (14) or the second room air outlet (16); Be installed in first pressure fan (20) in the chamber interior (A); The outdoor air suction inlet (22) of suction chamber extraneous air; The air outdoor that is arranged on outdoor (B) side is discharged to the first indoor outdoor air outlet (24); The air of outdoor is discharged to the second outdoor outdoor air outlet (26); Close one second air throttle (28) in the first outdoor air outlet (24) or the second outdoor air outlet (26); Be installed in second pressure fan (30) in the outdoor (B); Moisture absorption/dehumidification the parts (40) that connect demarcation strip (4) and be provided with; Rotate moisture absorption/dehumidification parts (40), make moisture absorption/dehumidification parts (40) in chamber interior (A) moisture absorption, by the position of moisture absorption outdoor (B) dehumidifying tumbler (50); The heater of moisture absorption/dehumidification parts (40) dehumidifying is installed in the outdoor (B).
2. air-conditioner according to claim 1 is characterized in that, described moisture absorption/dehumidification parts (40) are made of adsorbent.
3. air-conditioner according to claim 1 is characterized in that, described tumbler (50) is by the driving-belt (52) that is wrapped in hygroscopic part (40) periphery and the motor formation that drives driving-belt (52) pivoted pulley (54) is installed.
4. air-conditioner according to claim 1 is characterized in that, air-conditioner of the present invention also includes an end and is communicated with the second room air outlet (16), and the other end extends to outdoor room air and discharges parts (72); One end is communicated with the second outdoor air outlet (26), and the other end extends to outdoor outdoor air and discharges parts (74).
5. air-conditioner according to claim 1 is characterized in that, air-conditioner of the present invention also includes an end and is communicated with outdoor air suction inlet (22), and the other end extends to outdoor outdoor air inhalation part (70).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100199187A CN1719114A (en) | 2004-07-08 | 2004-07-08 | Air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2004100199187A CN1719114A (en) | 2004-07-08 | 2004-07-08 | Air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1719114A true CN1719114A (en) | 2006-01-11 |
Family
ID=35931016
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2004100199187A Pending CN1719114A (en) | 2004-07-08 | 2004-07-08 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1719114A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111425948A (en) * | 2020-04-03 | 2020-07-17 | 宁波奥克斯电气股份有限公司 | Dehumidification control method and device and air conditioner |
-
2004
- 2004-07-08 CN CNA2004100199187A patent/CN1719114A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111425948A (en) * | 2020-04-03 | 2020-07-17 | 宁波奥克斯电气股份有限公司 | Dehumidification control method and device and air conditioner |
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| C06 | Publication | ||
| PB01 | Publication | ||
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| WD01 | Invention patent application deemed withdrawn after publication |