CN103542510A - Air conditioner free of water dripping - Google Patents
Air conditioner free of water dripping Download PDFInfo
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- CN103542510A CN103542510A CN201210246700.XA CN201210246700A CN103542510A CN 103542510 A CN103542510 A CN 103542510A CN 201210246700 A CN201210246700 A CN 201210246700A CN 103542510 A CN103542510 A CN 103542510A
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Abstract
An air conditioner free of water dripping is mainly composed of an outdoor unit 1, an indoor unit 2, a signal line 3, a refrigerant connection pipe 4, a drainage pipe 5 and a water pump 6. During refrigeration, a condenser is cooled by collecting condensate water through water tanks, refrigeration efficiency is improved, and power consumption is reduced. During heating and defrosting, the condensate water is centralized in the water tanks, and by means of the Bernoulli principle, the condensate water is sucked up, atomized, blown into a throat tube and then blown out of the air conditioner through a high-speed air flow produced by a fan located above the water tanks at a high speed.
Description
Technical field
The present invention relates to a kind of air conditioner that can not drip downwards, belong to the optimisation technique of air conditioner.
Background technology
Most air-conditioning, all has the function of freezing and heating at present, when refrigeration, the condensed water that indoor set produces all will carry out collection and treatment by every means, in order to avoid affect environment, the shortcoming of current processing method is that difficulty is installed, and condensed water need to be drawn and drain, when heating, off-premises station 1 also can produce condensed water, main by osculum collection and treatment reserved on collet, in practical application, the condensation water collection that most installation personnel is not used skirt that off-premises station 1 is produced is processed, therefore, the condensed water of often seeing a lot of off-premises stations 1 directly drips downwards, give environment, particularly when environment temperature is lower, also can produce the ice slush of suspension, when temperature raises, ice slush drops and can cause great threat to pedestrian's life security, even if skirt draining has been installed, when temperature is lower, osculum and skirt also can be by ice-bound.
Therefore, the processing of air conditioner condensed water, true difficulty be cold day time the ice formation issues that produces.
Therefore, no matter the mode of operation that need to find a kind of air-conditioning is refrigeration, still heats, and the condensed water that can produce air-conditioning is processed, the air-conditioner that air-conditioning is not dripped completely.
Summary of the invention
The object of the invention is for the above-mentioned state of the art, a kind of air conditioner not dripping is provided.
Technical scheme: a kind of air conditioner not dripping, is mainly comprised of off-premises station 1, indoor set 2, holding wire 3, coolant connecting tube 4, drainpipe 5 and water pump 6; In off-premises station bottom, be provided with the host tray of not being with osculum, host tray comprises annular water tank 11, the first tank 12, the first platform 13, the second platform 14, the second tank 15, fan 16, condenser 17 and compressor 18; Annular water tank 11 is located at compressor installation region around, the first tank 12 shapes are identical with condenser 17 bottom shapes and be located at condenser installation region, annular water tank 11 is communicated with the first tank 12, and compressor 18 is placed on the first platform 13 in the middle of annular water tank 11; On the second platform 14, be provided with the second tank 15 that bottom is arc bending, the second tank 15 is communicated with the first tank 12, be communicated with position than more than the low 5MM of the second platform 14, the axis of the second described tank 15 and the axis of fan 16 are on same axis, the first tank 12 near the flume wall of the outer side of cabinet than more than the high 10MM of the second platform 14, described water pump 6 is placed on drainpipe 5, for the condensed water that indoor set 2 is produced, is discharged to the host tray in off-premises station 2; Described fan 16 is positioned at the second tank 15 tops, and the direction of fan blowing is for to dry to off-premises station from off-premises station inside; The blade of fan 16 is positioned at trunnion 161, and the air intake of trunnion is greater than outlet air end; By air intake, towards condenser, outlet air end, the mode outside machine is placed in perforate reserved on casing of outdoor described trunnion 161; The air intake of described trunnion is positioned at the second tank 15 tops.
The low 7-9MM of the first refrigerant pipe 171 to the second platform 14 on condenser 17, the first described refrigerant pipe 171 is connected with compressor 18 by cross valve; The second refrigerant pipe 172 on described condenser 17 is connected with indoor set 2 by choke valve 19; The input of drainpipe 5 is connected with indoor set 2, and output is connected with annular water tank 11.
During air conditioner refrigerating, compressor 18 is pressed into refrigerant the input of condenser 17, i.e. the first refrigerant pipe 171, because condenser is placed in the first tank 12, and the position of the first refrigerant pipe 171 is than more than the low 10MM of the second platform 14, the condensed water of indoor set 2 is discharged to annular water tank 11 by drainpipe 5, flow to again in the first tank 12, the water logging that can be condensed of the first refrigerant pipe 171 does not have, because the first refrigerant pipe 171 temperature at this moment approaches 120 ℃, water can be evaporated, thereby the drainage problem while solving air conditioner refrigeration, simultaneously, the first refrigerant pipe 171 is cooled, refrigerant flows through after condenser 17, through choke valve 19 and coolant connecting tube 4, enter indoor set 2, after the interior heat of refrigerant absorption chamber, through coolant connecting tube 4, get back to compressor 18 again, after pressurization, be again pressed into condenser 17, so move in circles, until refrigeration finishes, during refrigeration, the input temperature of the first refrigerant pipe 171 approaches 120 ℃, the condensed water of collecting in the first tank 12 touches such high temperature, can be vaporized immediately, takes away the heat on condenser 17 surfaces, under the suction of fan 16, be sucked into fan 16, then blown to outdoor by fan 16.
During air-conditioning heating, the condenser of off-premises station 1 has become evaporimeter, the refrigerant temperature flowing through is low, the airborne moisture content contacting with evaporimeter can be separated out, drip on the first tank 12, when water accumulating volume is enough, can automatically cover the position that the first tank 12 is connected with the second tank 15, enter the second tank 15, according to Bai Nuni phenomenon, graviational interaction due to fan 16 rotations, air-flow flow at high speed, the air pressure of the water surface in the second tank 15 reduces, water will upwards be attracted by air-flow, entering trunnion is atomized, steam after being atomized is blown to outside machine by fan 16.
During air-conditioner defrosting, can produce a large amount of condensed waters, accumulate in the first tank 12, then flow to the gravitation being rotated by fan in the second tank 15 and suck gradually after-blow outside machine; During work, the shell of liquid storage cylinder and compressor 18 also can produce some condensed waters when work, is affected by gravity and flows to annular water tank 11, then continue to flow to the first tank 12; Flow to again the gravitation being rotated by fan in the second tank 15 and suck gradually after-blow outside machine; When environment temperature is below the freezing point, on the second tank 15, settle electric heater, prevent water freezing.
The invention has the beneficial effects as follows:
While 1, freezing, utilize tank collection condensed water to carry out condenser cooling, improved refrigerating efficiency, reduced power consumption; When heating and defrosting, condensed water is focused in tank, utilize Bai Nuni principle, the high velocity air producing at a high speed by being positioned at the fan of tank top, picks up condensed water atomization and blows into trunnion, then blows to outside machine.
Accompanying drawing explanation
Fig. 1 is main TV structure schematic diagram of the present invention;
Fig. 2 is the side-looking structural representation of off-premises station of the present invention;
Fig. 3 is off-premises station plan structure schematic diagram of the present invention;
Fig. 4 is air-conditioner host tray D structure schematic diagram of the present invention;
Fig. 5 is operating mode schematic diagram of the present invention.
In figure 1, off-premises station, 11, annular water tank, 12, tank, 13, platform, 14, platform, 15, tank, 16, fan, 161, trunnion, 17, condenser, 171, refrigerant pipe, 172, refrigerant pipe, 18, compressor, 19, choke valve, 2, indoor set, 3, holding wire, 4, coolant connecting tube, 5, drainpipe, 6, water pump.
The specific embodiment
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of air conditioner not dripping, is mainly comprised of off-premises station 1, indoor set 2, holding wire 3, coolant connecting tube 4, drainpipe 5 and water pump 6; In off-premises station bottom, be provided with the host tray of not being with osculum, host tray comprises annular water tank 11, the first tank 12, the first platform 13, the second platform 14, the second tank 15, fan 16, condenser 17 and compressor 18; Annular water tank 11 is located at compressor installation region around, the first tank 12 shapes are identical with condenser 17 bottom shapes and be located at condenser installation region, annular water tank 11 is communicated with the first tank 12, and compressor 18 is placed on the first platform 13 in the middle of annular water tank 11; On the second platform 14, be provided with the second tank 15 that bottom is arc bending, the second tank 15 is communicated with the first tank 12, be communicated with position than more than the low 5MM of the second platform 14, the axis of the second described tank 15 and the axis of fan 16 on same axis, the first tank 12 near the flume wall of the outer side of cabinet than more than the high 10MM of the second platform 14.
Described water pump 6 is placed on drainpipe 5, for the condensed water that indoor set 2 is produced, is discharged to the host tray in off-premises station 2; Described fan 16 is positioned at the second tank 15 tops, and the direction of fan blowing is for to dry to off-premises station from off-premises station inside; The blade of fan 16 is positioned at trunnion 161, and the air intake of trunnion is greater than outlet air end; By air intake, towards condenser, outlet air end, the mode outside machine is placed in perforate reserved on casing of outdoor described trunnion 161; The air intake of described trunnion is positioned at the second tank 15 tops.
The axis of the second described tank 15 and the axis of fan 16 are on same axis.
The first tank 12 near the flume wall of the outer side of cabinet than more than the high 10MM of the second platform 14.
As shown in Figure 5, a kind of without draining air-conditioner, mainly by off-premises station 1, indoor set 2, holding wire 3, coolant connecting tube 4 and drainpipe 5, formed, described off-premises station 1 is selected the air-conditioner host tray described in above-mentioned any one claim.
More than the low 10MM of the first refrigerant pipe 171 to the second platform 14 on condenser 17, the first described refrigerant pipe 171 is connected with compressor 18 by cross valve.
The second refrigerant pipe 172 on described condenser 17 is connected with indoor set 2 by choke valve 19.
The input of drainpipe 5 is connected with indoor set 2, and output is connected with annular water tank 11.
During air conditioner refrigerating, compressor 18 is pressed into refrigerant the input of condenser 17, i.e. the first refrigerant pipe 171, because condenser is placed in the first tank 12, and the position of the first refrigerant pipe 171 is than more than the low 10MM of the second platform 14, the condensed water of indoor set 2 enters in the first tank 12 by drainpipe 5, the water logging that can be condensed of the first refrigerant pipe 171 does not have, input due to condenser, the first refrigerant pipe 171 temperature at this moment approaches 120 ℃, water can be evaporated, simultaneously, the first refrigerant pipe 171 is cooled, refrigerant flows through after condenser 17, through choke valve 19 and coolant connecting tube 4, enter indoor set 2, after the interior heat of refrigerant absorption chamber, through coolant connecting tube 4, get back to compressor 18 again, after pressurization, be again pressed into condenser 17, so move in circles, until refrigeration finishes.
During refrigeration, the input temperature of the first refrigerant pipe 171 approaches 120 ℃, the condensed water one of collecting in the first tank 12 touches such high temperature, can be vaporized immediately, takes away the heat on condenser 17 surfaces, under the suction of fan 16, be sucked into fan, then by fan, blown to outdoor.Therefore, the first refrigerant pipe 171 is placed in to 12 li of the first tanks, condensed water is discharged to annular water tank 11 from indoor set 2 by drainpipe 5, then flows in the first tank 12, and condensed water one touches the first refrigerant pipe 171 in the condition of high temperature, will be vaporized immediately, thereby the drainage problem in the time of can thoroughly solving air conditioner refrigeration, and, when condensed water is vaporized, also helped condenser 17 coolings, improved refrigerating efficiency and reduced energy consumption.
During air-conditioning heating, compressor 18 is pressed into refrigerant that coolant connecting tube 4 is laggard enters indoor set 2, room air is heated, and refrigerant is cooled simultaneously, then flows to the second refrigerant pipe 172 through coolant connecting tube 4 and choke valve 19, flow through after evaporimeter 17, from the first refrigerant pipe 171, flow out and enter compressor 18, then sent into coolant connecting tube 4 after compressor 18 pressurizations, then enter indoor set 2, so move in circles, until end-of-job.
During air-conditioning heating, the condenser of off-premises station 1 has become evaporimeter, the refrigerant temperature flowing through is low, the airborne moisture content contacting with evaporimeter can be separated out, stick on evaporimeter, after having gathered many, be affected by gravity, drip on the first tank 12, when water accumulating volume is enough, can automatically cover the position that the first tank 12 is connected with the second tank 15, enter the second tank 15, according to Bai Nuni phenomenon, due to air-flow flow at high speed, the air pressure of the water surface in the second tank 15 reduces, water will upwards be attracted by air-flow, entering trunnion is atomized, with sprayer, the atomizing principles of automobile carburetor is similar, steam after being atomized is blown to outside machine by fan.
During defrosting, also can produce a large amount of condensed waters, accumulate in the first tank 12, then flow to the gravitation being rotated by fan in the second tank 15 and suck gradually after-blow outside machine.
During work, the shell of liquid storage cylinder and compressor 18 also can produce some condensed waters when work, is affected by gravity and flows to annular water tank 11, then continue to flow to the first tank 12.
When environment temperature is below the freezing point, can also on the second tank 15, settle electric heater, prevent that water freezing is beneficial to atomization.
Above-described embodiment is only the use for interpretation the present invention, and is not limitation of the present invention, and those skilled in the art, in essential scope of the present invention, make a variety of changes or substitute, and also should belong to protection category of the present invention.
Claims (5)
1. the air conditioner not dripping, is mainly comprised of off-premises station (1), indoor set (2), holding wire (3), coolant connecting tube (4), drainpipe (5) and water pump 6; In off-premises station bottom, be provided with the host tray of not being with osculum, host tray comprises annular water tank (11), the first tank (12), the first platform (13), the second platform (14), the second tank (15), fan (16), condenser (17) and compressor (18); Annular water tank (11) is located at compressor installation region around, the first tank (12) shape is identical with condenser (17) bottom shape and be located at condenser installation region, annular water tank (11) is communicated with the first tank (12), and compressor (18) is placed on the first platform (13) in the middle of annular water tank (11); On the second platform (14), be provided with the second tank (15) that bottom is arc bending, the second tank (15) is communicated with the first tank (12), be communicated with position than more than the low 5MM of the second platform (14), the axis of described the second tank (15) and the axis of fan (16) are on same axis, the flume wall of the outer side of the close cabinet of the first tank (12) is than more than the high 10MM of the second platform (14), it is characterized in that: it is upper that described water pump (6) is placed in drainpipe (5), for the condensed water that indoor set (2) is produced, be discharged to the host tray in off-premises station (2); Described fan (16) is positioned at the second tank (15) top, and the direction of fan blowing is for to dry to off-premises station from off-premises station inside; The blade of fan (16) is positioned at trunnion (161), and the air intake of trunnion is greater than outlet air end; By air intake, towards condenser, outlet air end, the mode outside machine is placed in perforate reserved on casing of outdoor described trunnion (161); The air intake of described trunnion is positioned at the second tank (15) top.
2. a kind of air-conditioner not dripping according to claim 1, it is characterized in that: the first refrigerant pipe (171) on described condenser (17) is than the low 7-9MM of the second platform (14), and described the first refrigerant pipe (171) is connected with compressor (18) by cross valve; The second refrigerant pipe (172) on described condenser (17) is connected with indoor set (2) by choke valve (19); The input of drainpipe (5) is connected with indoor set (2), and output is connected with annular water tank (11).
3. a kind of air-conditioner not dripping according to claim 2, it is characterized in that: during air conditioner refrigerating, compressor (18) is pressed into refrigerant the input of condenser (17), i.e. the first refrigerant pipe (171), because condenser is placed in the first tank (12), and the position of the first refrigerant pipe (171) is than more than the low 10MM of the second platform (14), the condensed water of indoor set (2) is discharged to annular water tank (11) by drainpipe (5), flow to again in the first tank (12), the first refrigerant pipe (171) water logging that can be condensed does not have, because the first refrigerant pipe (171) temperature at this moment approaches 120 ℃, water can be evaporated, thereby the drainage problem while solving air conditioner refrigeration, simultaneously, the first refrigerant pipe (171) is cooled, refrigerant flows through after condenser (17), through choke valve (19) and coolant connecting tube (4), enter indoor set (2), after the interior heat of refrigerant absorption chamber, through coolant connecting tube (4), get back to compressor (18) again, after pressurization, be again pressed into condenser (17), so move in circles, until refrigeration finishes, during refrigeration, the input temperature of the first refrigerant pipe (171) approaches 120 ℃, the condensed water of collecting in the first tank (12) touches such high temperature, can be vaporized immediately, take away the heat on condenser (17) surface, under the suction of fan (16), be sucked into fan (16), then blown to outdoor by fan (16).
4. a kind of air-conditioner not dripping according to claim 2, it is characterized in that: during air-conditioning heating, the condenser of off-premises station (1) has become evaporimeter, the refrigerant temperature flowing through is low, the airborne moisture content contacting with evaporimeter can be separated out, drip on the first tank (12), when water accumulating volume is enough, can automatically cover the position that the first tank (12) is connected with the second tank (15), enter the second tank (15), according to Bai Nuni phenomenon, graviational interaction due to fan (16) rotation, air-flow flow at high speed, the air pressure of the water surface in the second tank (15) reduces, water will upwards be attracted by air-flow, entering trunnion is atomized, steam after being atomized is blown to outside machine by fan (16).
5. a kind of air-conditioner not dripping according to claim 2, it is characterized in that: during air-conditioner defrosting, can produce a large amount of condensed waters, accumulate in the first tank (12), then flow to the gravitation being rotated by fan in the second tank (15) and suck gradually after-blow outside machine; During work, the shell of liquid storage cylinder and compressor (18) also can produce some condensed waters when work, is affected by gravity and flows to annular water tank (11), then continue to flow to the first tank (12); Flow to again the gravitation being rotated by fan in the second tank (15) and suck gradually after-blow outside machine; When environment temperature is below the freezing point, at the upper electric heater of settling of the second tank (15), prevent water freezing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210246700.XA CN103542510A (en) | 2012-07-17 | 2012-07-17 | Air conditioner free of water dripping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210246700.XA CN103542510A (en) | 2012-07-17 | 2012-07-17 | Air conditioner free of water dripping |
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| CN103542510A true CN103542510A (en) | 2014-01-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210246700.XA Pending CN103542510A (en) | 2012-07-17 | 2012-07-17 | Air conditioner free of water dripping |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106610100A (en) * | 2015-10-23 | 2017-05-03 | 三星电子株式会社 | Air conditioner |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1731847A1 (en) * | 2004-03-08 | 2006-12-13 | Guangdong Kelon Electrical Holdings Co., Ltd. | Control method for a movable air conditioner extracting condensed water |
| WO2008079133A1 (en) * | 2006-12-26 | 2008-07-03 | Carrier Corporation | Heat exchanger with improved condensate removal |
| CN101387434A (en) * | 2007-09-14 | 2009-03-18 | 肖克贤 | Domestic air conditioner condensate water processing method and apparatus |
| CN101619884A (en) * | 2009-07-28 | 2010-01-06 | 广东志高空调有限公司 | Air-conditioner condensed water recycling device and air-conditioner refrigerating system |
| CN101871685A (en) * | 2010-07-02 | 2010-10-27 | 李耀强 | Drainage-free air conditioner |
| CN101900404A (en) * | 2010-07-19 | 2010-12-01 | 李耀强 | Air-conditioner host tray and dewatering-free air-conditioner |
-
2012
- 2012-07-17 CN CN201210246700.XA patent/CN103542510A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1731847A1 (en) * | 2004-03-08 | 2006-12-13 | Guangdong Kelon Electrical Holdings Co., Ltd. | Control method for a movable air conditioner extracting condensed water |
| WO2008079133A1 (en) * | 2006-12-26 | 2008-07-03 | Carrier Corporation | Heat exchanger with improved condensate removal |
| CN101387434A (en) * | 2007-09-14 | 2009-03-18 | 肖克贤 | Domestic air conditioner condensate water processing method and apparatus |
| CN101619884A (en) * | 2009-07-28 | 2010-01-06 | 广东志高空调有限公司 | Air-conditioner condensed water recycling device and air-conditioner refrigerating system |
| CN101871685A (en) * | 2010-07-02 | 2010-10-27 | 李耀强 | Drainage-free air conditioner |
| CN101900404A (en) * | 2010-07-19 | 2010-12-01 | 李耀强 | Air-conditioner host tray and dewatering-free air-conditioner |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106610100A (en) * | 2015-10-23 | 2017-05-03 | 三星电子株式会社 | Air conditioner |
| CN106610100B (en) * | 2015-10-23 | 2023-11-28 | 三星电子株式会社 | air conditioner |
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Application publication date: 20140129 |