CN100434818C - Ventilating device - Google Patents
Ventilating device Download PDFInfo
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- CN100434818C CN100434818C CNB2004100195010A CN200410019501A CN100434818C CN 100434818 C CN100434818 C CN 100434818C CN B2004100195010 A CNB2004100195010 A CN B2004100195010A CN 200410019501 A CN200410019501 A CN 200410019501A CN 100434818 C CN100434818 C CN 100434818C
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Abstract
The present invention relates to a ventilation device which is characterized in that the present invention comprises a heat exchange unit, an outdoor unit and an indoor unit, wherein a heat exchanger is arranged in the heat exchange unit, and the heat exchanger causes outdoor air and indoor air to respectively and simultaneously exchange heat in a first flow passage and a second flow passage in a flowing mode; the outdoor unit can be arranged at one side of the heat exchange unit in a detachable mode, a first air supply fan is arranged in the outdoor unit, and an outdoor air suction port sucking the outdoor air and an indoor air exhaust port exhausting the indoor air are formed in the outdoor unit; the indoor unit is arranged at the other side of the heat exchange unit in a detachable mode, a second air supply fan is arranged in the indoor unit, and an outdoor air exhaust port exhausting the outdoor air and an indoor air suction port sucking the indoor air are formed in the indoor unit. Because the ventilation device of the present invention is composed of the heat exchange unit, the indoor unit and the outdoor unit, which can be detached and assembled, the present invention is convenient to transport, assemble and repair.
Description
Technical field
The present invention relates to a kind of air interchanger.
Background technology
Generally, the air of enclosure space is because the respiration of life entity, along with the content of the prolongation carbon dioxide in air of time raises gradually.The increase of carbon dioxide content can make the breathing of life entity feel very ill, so at the many narrow spaces of people such as office or vehicle, often will use air interchanger that the air of indoor pollution is changed into outdoor ozone.This air interchanger has forces the pressure fan that blows to room air and outdoor air, by pressure fan the room air that pollutes is discharged to outdoorly, is drawn into fresh outdoor air indoor again simultaneously.But when indoor refrigeration and ventilation are carried out simultaneously, the outer hot-air of suction chamber when the room air of refrigeration is discharged, because of the temperature of outdoor air than cryogenic temperature height, so cause refrigerating efficiency to reduce.And when in indoor heating and ventilation when carrying out simultaneously, the outer cold air of suction chamber when a room air that heats is discharged, to heat temperature low because of the temperature ratio of outdoor air, so cause heating efficiency to reduce.Above-mentioned air interchanger also is provided with and makes the heat exchanger that produces heat exchange between room air and the outdoor air.
Specify as follows, as shown in Figure 1, login discloses the flat 11-287492 of communique number existing air interchanger at Japan Patent, forms the outdoor air inlet hole (4a) of suction chamber outer air and the room air tap (6b) of discharge room air in a side of rectangular container (2); The another side of shell (2) forms outdoor air tap (4b) of discharging outdoor air and the room air inlet hole (6a) that sucks room air; The central authorities of shell (2) are provided with heat exchanger (8), are formed with the stream of outdoor air and indoor air flows in the described heat exchanger (8); The dual-side angle part of shell (2) is respectively arranged with drawing fan (10) and scavenger fan (20), and described drawing fan (10) lays respectively at outdoor air tap (4b) and room air tap (6b) inboard with scavenger fan (20).In addition, shell (2) inside also is provided with the air channel.Above-mentioned air channel is outdoor air heat exchanger (8) the direction guiding that sucks from outdoor air inlet hole (4a), discharge by outdoor air tap (6b) then, after room air heat exchanger (8) guiding that sucks from room air inlet hole (6a), discharge by room air tap (6b) again in the air channel.Heat exchanger (8) can be dismantled freely by the inspection socket (2a) that is formed on shell (2) central authorities one side.
In addition again as shown in Figures 2 and 3, login discloses the flat 09-137984 of communique number existing air interchanger at Japan Patent, forms the outdoor air inlet hole (34a) of suction chamber outer air and the room air tap (36b) of discharge room air in a side of rectangular container (32); The another side of shell (32) forms outdoor air tap (34b) of discharging outdoor air and the room air inlet hole (36a) that sucks room air; The central authorities of shell (32) are provided with heat exchanger (38), are formed with the stream of outdoor air and indoor air flows in the described heat exchanger (38); The both sides central authorities of shell (32) are respectively arranged with the drawing fan (40) and the scavenger fan (45) of discharging room air of suction chamber outer air.In addition, shell (32) is inner also be provided with the space obstacle portion that forms air duct (37a, 37b) with the air channel (39a, 39b).(37a 37b) guides to the outdoor air that sucks from outdoor air inlet hole (34a) heat exchanger (38) or a room air that sucks from room air inlet hole (36a) is guided to heat exchanger (38) in above-mentioned space obstacle portion; (39a 39b) is expelled to the outdoor air by heat exchanger (38) outdoor air tap (34b) or the room air by heat exchanger (38) is expelled to room air tap (36b) in above-mentioned air channel.Above-mentioned heat exchanger (38) is arranged in the shell (32) by the inspection socket (32a) that is formed on the central side of shell (32) is dismountable.And make the corner part of heat exchanger (38) slidably insert the space obstacle portion that is respectively formed at that is arranged on (37a, 37b) track of the inboard above and below of two ends and shell (32) (35, rail) on.
But the air interchanger of prior art because portion is provided with heat exchanger and multiple parts such as drawing fan and scavenger fan in the enclosure, so not only the weight of product is big, volume is also big, makes the operator be difficult to the carrying product and is arranged on wall or day aboveground.In this external existing air interchanger, the enclosure of heat exchanger is set, is provided with drawing fan, scavenger fan and drive motors thereof together.So need disassemble whole casing when checking internals drawing fan, scavenger fan and motor, make the inspection of internals and maintenance work become complicated.
Summary of the invention
In order to overcome the above-mentioned shortcoming that existing air interchanger exists, the invention provides a kind of air interchanger of carrying, be provided with and overhauling can be convenient to.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of air interchanger is characterized in that, it comprises heat exchange unit, outdoor unit and indoor unit;
Have heat exchanger in the described heat exchange unit, heat exchanger makes outdoor air and room air carry out heat exchange respectively in first, second flow path; The dismountable side that is arranged on heat exchange unit of described outdoor unit, its inside are provided with first Air Blast fan and are formed with the outdoor air inlet hole of suction chamber outer air and the room air tap of discharge room air; The dismountable opposite side that is arranged on heat exchange unit of described indoor unit, its inside are provided with second Air Blast fan and are formed with the outdoor air tap of discharging outdoor air and the room air inlet hole that sucks room air.
Aforesaid air interchanger, wherein outdoor unit is formed with outdoor air stream guider, and described outdoor air stream guider is led the first-class pass of the outdoor air heat exchanger that flows into by the outdoor air inlet hole.
Aforesaid air interchanger, wherein said indoor unit are formed with room air stream guider, and described room air stream guider is the guiding of second stream of the room air heat exchanger that flows into by the room air inlet hole.
Aforesaid air interchanger, wherein first Air Blast fan is to be arranged on the inboard scavenger fan of discharging room air of room air tap.
Aforesaid air interchanger, wherein second Air Blast fan is the drawing fan that is arranged on the inboard suction chamber outer air of outdoor air tap.
Aforesaid air interchanger, wherein the outdoor air inlet hole is in the amesiality formation of the one side of outdoor unit, and above-mentioned outdoor air tap forms in the one side central authorities of indoor unit.
Aforesaid air interchanger, wherein the room air inlet hole forms at the one side deflection opposite side of indoor unit, and described room air tap forms in the one side central authorities of outdoor unit.
Aforesaid air interchanger, side top and bottom of the shell of the outdoor unit of wherein corresponding described outdoor air inlet hole form guide rail, and the shell one side top and bottom of described heat exchange unit form and the corresponding gathering sill of guide rail.
Aforesaid air interchanger, wherein the shell of outdoor unit is arranged on the shell outside of heat exchange unit, or the shell of described heat exchange unit is arranged on the shell outside of outdoor unit.
Aforesaid air interchanger, side top and bottom of the shell of the indoor unit of wherein corresponding described room air inlet hole form guide rail, and the opposite side top and bottom of the shell of described heat exchange unit form and the corresponding gathering sill of guide rail.
Aforesaid air interchanger, wherein the shell of indoor unit is arranged on the shell outside of heat exchange unit, or the shell of described heat exchange unit is arranged on the shell outside of indoor unit.
Aforesaid air interchanger, wherein a side of outdoor unit and indoor unit forms the sealing gathering sill respectively, and described heat exchanger both-side ends forms and the corresponding sealing guide rail of sealing gathering sill.
Aforesaid air interchanger wherein seals gathering sill and is respectively formed at outdoor air stream guider and room air stream guider end.
Aforesaid air interchanger, the sealing gathering sill that wherein is formed on outdoor air stream guider is identical with the slidingly assemble direction of the mounting direction of the sealing guide rail that is formed on heat exchanger one side and outdoor unit and heat exchange unit.
Aforesaid air interchanger, the sealing gathering sill that wherein is formed on room air stream guider is identical with the slidingly assemble direction of the mounting direction of the sealing guide rail that is formed on another side of heat exchanger and indoor unit and heat exchange unit.
Aforesaid air interchanger, the sealing gathering sill that wherein is formed on outdoor air stream guider is identical with the mounting direction of the sealing guide rail that is formed on another side of heat exchanger with the sealing gathering sill that is formed on room air stream guider with the mounting direction of the sealing guide rail that is formed on heat exchanger one side.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the schematic perspective view of existing air interchanger one embodiment.
Fig. 2 is the schematic perspective view of existing another embodiment of air interchanger.
Fig. 3 is the generalized section of existing another embodiment of air interchanger.
Fig. 4 is the exploded perspective schematic diagram of air interchanger of the present invention.
Fig. 5 is the schematic perspective view of air interchanger of the present invention.
Fig. 6 is the floor map of air interchanger of the present invention.
Fig. 7 is along the generalized section of A-A line among Fig. 6.
Fig. 8 is along the generalized section of B-B line among Fig. 6.
The specific embodiment
To shown in Figure 6, discharge indoor unit (80) formation of outdoor air as Fig. 4 when discharging the outdoor unit (70) of room air and dismountable suction room air that is arranged on heat exchanger (60) opposite side when air interchanger of the present invention by outdoor air the heat exchange unit (60) of heat exchange action, dismountable suction chamber outer air that is arranged on heat exchange unit (60) one sides takes place with the room air cross flow one.Specify as follows: in heat exchange unit (60), open heat exchange unit shell (62) inside, both sides is provided with a plurality of heat exchange elements (64A of stack, heat exchanger 64B) (64), described heat exchange elements (64A, 64B) heat exchange membranes (64a) one side at square shape or hexagonal configuration forms the difform rib (64b that leads, guide rib), feasible outdoor air and first, second mobile alone stream of room air of forming.Heat exchanger (64) makes outdoor air and room air flow or make outdoor air and room air carry out heat exchange action in the time of mobile in the opposite direction along crisscross.At this moment, outdoor air is discharged from the top, another side of heat exchanger (64) after bottom, the side inflow of heat exchanger (64), and room air flows into the side top discharge of back from heat exchanger (64) from the bottom, another side of heat exchanger (64).
Above-mentioned heat exchange unit shell (62) front end forms the inspection socket (62a) of opening, by inspection socket (62a) heat exchanger (64) is slidably dismantled.Inspection socket (62a) is gone up the inspection socket shell (66) of dismountable installation writing board shape.Be specially, the upper and lower side of heat exchanger (64) inserts the gathering sill (68) that is formed on the inner top and bottom of heat exchange unit shell (62) and the setting of slidably dismantling.So not only heat exchanger (64) can be easily from heat exchange unit shell (62) dismounting, also prevented leakage air between the upper and lower side of heat exchanger (64) and the heat exchange unit shell (62).Be assembled under the state of heat exchange unit (60) at outdoor unit (70) and indoor unit (80), behind inspection socket (62a) dismounting heat exchanger (64), can check to be arranged on outdoor unit (70) and other inner parts of indoor unit (80).
One side of above-mentioned outdoor unit (70) forms the outdoor air inlet hole (72a) and the scavenger fan (74) of suction chamber outer air, and outdoor unit shell (72) inside of described scavenger fan (74) air tap (72b) in formation is had family blows room air.Substitute the suction fan (not shown) that above-mentioned scavenger fan (74) can be provided with the suction chamber outer air in addition.
Outdoor unit (70) also includes outdoor air stream guider (75), and described outdoor air stream guider (75) is led the first-class pass of the outdoor air heat exchanger (64) that sucks by outdoor air inlet hole (72a).By outdoor air stream guider (75), flow in space separately at inner outdoor air that sucks of outdoor unit (70) and the room air of being discharged, especially make outdoor air flow into bottom, heat exchanger (64) one side.Above-mentioned outdoor air inlet hole (72a) is in the amesiality formation in a side of outdoor unit shell (72), and room air tap (72b) forms in the another side of outdoor unit shell (72) central authorities.And outdoor air inlet hole (72a) is connected the yard piping (not shown) that links to each other with the outside respectively with room air tap (72b).Room air tap (72b) inboard is provided with scavenger fan (74) in addition, and described scavenger fan (74) is along the direction of principal axis suction chamber outer air and the Sirocco fan of discharging along radial direction.Scavenger fan (74) inserts and is arranged in the fan drum (76), and described fan drum (76) is arranged on room air tap (72b) inboard.At the motor (77) of fan drum (76) by motor installing rack (78) support drive scavenger fan (74).Above-mentioned motor (77) is towards the one side setting of the heat exchange unit shell (62) that forms inspection socket (62a), and makes scavenger fan (74) and motor (77) to separate from fan drum (76).So the operator checks and maintenance work after can dismantling scavenger fan (74) and motor (77) easily by inspection socket (62a).
Above-mentioned outdoor unit (70) slidably is assembled in a side of heat exchange unit (60), forms gathering sill (92) and and the corresponding guide rail of gathering sill (92) (94) between the another side of outdoor unit shell (72) and heat exchange unit shell (62) one sides.Specify as follows: the side top and bottom at outdoor unit shell (72) respective chamber/chambers outer air inlet hole (72a) form guide rail (94), one side top and bottom of heat exchange unit shell (62) form the gathering sill (92) corresponding with above-mentioned guide rail (94), and above-mentioned outdoor unit (70) is slidably dismantled is arranged on heat exchange unit (60).One of them is arranged on another the outside in outdoor unit shell (72) or the heat exchange unit shell (62).In addition, after outdoor unit (70) is fully assembled to heat exchange unit (60), rock in order to prevent outdoor unit (70), the back-end sealing of above-mentioned gathering sill (92) and guide rail (94) forms.
One side of above-mentioned indoor unit (80) forms the outdoor air tap (82a) and the drawing fan (84) of discharging outdoor air, and described drawing fan (84) blows room air to have family indoor unit shell (82) inside of interior air suction inlet (82b) of formation.Substitute above-mentioned drawing fan (84) in addition the scavenger fan (not shown) of discharging room air can be set.
Indoor unit (80) also includes room air stream guider (85), and described room air stream guider (85) is the guiding of second stream of the room air heat exchanger (64) that sucks by room air inlet hole (82b).By room air stream guider (85), flow in space separately at inner outdoor air that sucks of indoor unit (80) and the room air of being discharged, especially make outdoor air flow into heat exchanger (64) bottom, another side.Above-mentioned outdoor air tap (82a) forms in the another side of indoor unit shell (82) central authorities, and room air inlet hole (82b) is in the amesiality formation in the another side of indoor unit shell (82).And outdoor air tap (82a) is connected the interior conduit (not shown) that links to each other with the indoor respectively with room air inlet hole (82b).Room air inlet hole (82a) inboard is provided with drawing fan (84) in addition, and described drawing fan (84) is the Sirocco fan that sucks room air and discharge along radial direction along direction of principal axis.Drawing fan (84) inserts and is arranged in the fan drum (86), and described fan drum (86) is arranged on outdoor air tap (82a) inboard.At the motor (87) of fan drum (86) one sides by motor installing rack (88) support drive drawing fan (84).Above-mentioned motor (87) the same with the motor that also is connected scavenger fan (74) (77) towards the heat exchange unit shell (62) that forms inspection socket (62a) one side and be provided with, and make drawing fan (84) and motor (87) to separate from fan drum (86).So the operator checks and maintenance work after can dismantling drawing fan (84) and motor (87) easily by inspection socket (62a).
The same another side that slidably is assembled in heat exchange unit (60) with above-mentioned outdoor unit (70) of above-mentioned indoor unit (80) forms gathering sill (96) and and the corresponding guide rail of gathering sill (96) (98) between one side of indoor unit shell (82) and heat exchange unit shell (62) another side.Specify as follows, side top and bottom at indoor unit shell (82) respective chamber/chambers outer air tap (82a) and room air inlet hole (82b) form guide rail (98), the opposite side top and bottom of heat exchange unit shell (62) form the gathering sill (96) corresponding with above-mentioned guide rail (98), and above-mentioned indoor unit (80) is slidably dismantled is arranged on heat exchange unit (60).One of them is arranged on another the outside in indoor unit shell (82) or the heat exchange unit shell (62).In addition, after indoor unit (80) is fully assembled to heat exchange unit (60), rock in order to prevent indoor unit (80), the back-end sealing of above-mentioned gathering sill (96) and guide rail (98) forms.
As mentioned above, after outdoor unit (70) and indoor unit (80) be assembled into heat exchange unit (60), in order to prevent that outdoor air or room air from from leaking between outdoor unit (70) and heat exchange unit (60) or indoor unit (80) and the heat exchange unit (60), need carry out extra seal operation.Outdoor unit (70) is assembled into heat exchange unit (60) respectively with indoor unit (80) in addition, also can prevent air from leakage between outdoor unit (70) and indoor unit (80) and the heat exchanger (60), and can prevent that outdoor air from mixing with room air.The another side of one side of outdoor unit (70) and indoor unit (80) form respectively gathering sill (102a, 102b), the both-side ends of heat exchanger (64) form respectively with above-mentioned gathering sill (102a, 102b) corresponding guide rail (104a, 104b).And (102a 102b) is respectively formed at terminal and room air stream guider (85) end of outdoor air stream guider (75) to above-mentioned sealing gathering sill.At this moment, the sealing gathering sill (102a) that is formed on outdoor air stream guider (75) is identical with the slidingly assemble direction of heat exchange unit (60) with the mounting direction of the sealing guide rail (104a) that is formed on heat exchanger (64) one sides and outdoor unit (70), so heat exchanger (64) is supported on the outdoor unit (70) when outdoor unit (70) is assembled into heat exchange unit (60).The sealing gathering sill (102b) that is formed on room air stream guider (85) in addition is identical with the slidingly assemble direction of heat exchange unit (60) with the mounting direction of the sealing guide rail (104b) that is formed on another side of heat exchanger (64) and indoor unit (80), so heat exchanger (64) is supported on the outdoor unit (80) when outdoor unit (80) is assembled into heat exchange unit (60).And the sealing gathering sill (102a) that is formed on the outdoor air stream guider (75) is identical with the mounting direction of the sealing guide rail (104b) that forms another side of heat exchanger (64) with the sealing gathering sill (102b) that is formed on the room air stream guider (85) with the mounting direction of the sealing guide rail (104a) that is formed on heat exchanger (64) one sides.Make the operator can be from a side along a steering handle outdoor unit (70) and indoor unit (80) be assembled on the heat exchange unit (60).Here, between outdoor unit shell (72) and indoor unit shell (82) and the heat exchange unit shell (62) even without gathering sill (92,96) and guide rail (94,98), by being formed on the gathering sill (102a that forms between outdoor air stream guider (75) and room air stream guider (95) and the heat exchanger (64), 102b) and the sealing guide rail (104a 104b) also can slidably be assembled into outdoor unit (70) and indoor unit (80) respectively on the heat exchanger unit (60).
The following describes the assembling process and the course of work of above-mentioned air interchanger.Because heat exchange unit (60), outdoor unit (70) and the independent respectively formation of indoor unit (80) are so the operator can carry and be provided with easily.And at a side and the another side difference slidingly assemble outdoor unit (70) and indoor unit (80) of heat exchange unit (60), can easily check and keep in repair internals.Specify as follows: guide rail (94) slidingly assemble that is formed on outdoor unit shell (72) another side to the gathering sill that is formed on heat exchange unit shell (62) one sides (92), is assembled into outdoor unit (70) on the heat exchange unit (60) thus.Again the guide rail that is formed on indoor unit shell (82) one sides (98) slidingly assemble to the gathering sill (96) that is formed on heat exchange unit shell (62) another side, thus indoor unit (80) is assembled on the heat exchange unit (60).
Because outdoor unit shell (72) and heat exchange unit shell (62) coincide mutually with indoor unit shell (82) and heat exchange unit shell (62) and are provided with, prevented not only that thus air from from leaking between outdoor unit (70) and the heat exchange unit (60) and between indoor unit (80) and the heat exchange unit (60), also having improved air-supply efficient and heat exchanger effectiveness.In addition, can heat exchange unit shell (62) inside will slidably be installed to by inspection socket (62a) heat exchanger (64).Specifically (104a, (102a 102b) can finish assembling 104b) to insert the sealing gathering sill that is respectively formed at outdoor air stream guider (75) and room air stream guider (85) end the sealing guide rail that is formed on heat exchanger (64) two side ends.Heat exchange unit (60) is after heat exchange unit shell (62) inside is provided with heat exchanger (64), in the time of assembling outdoor unit (70) and indoor unit (80), when outdoor unit (70) and indoor unit (80) were assembled into heat exchange unit (60), above-mentioned heat exchanger (64) directly was assembled on the heat exchange unit (60).Because heat exchanger (64) possesses and can make outdoor air stream guider (75) and the direct-connected setting of room air guider (85), can not only prevent that outdoor air from mixing with room air again, can also improve air-supply efficient and heat exchanger effectiveness.
The following describes the course of work of the air interchanger of assembling outdoor unit (70), heat exchange unit (60), indoor unit (80): as shown in Figure 7, drawing fan (84) starts the back and carries out heat exchange action with room air by the outdoor air that outdoor air inlet hole (72a) flows in the process of over-heat-exchanger (64) under the guiding of outdoor air stream guider (75).Air flows into indoor by drawing fan (84) from room air tap (82a) then.And for example shown in Figure 8, scavenger fan (74) starts the back and carries out heat exchange action with outdoor air by the room air that room air inlet hole (82a) flows in the process of over-heat-exchanger (64) under the guiding of room air stream guider (85); Be discharged to outdoor by scavenger fan (74) and outdoor air tap (72a) then.
Said process repeatedly, above-mentioned air interchanger a room air that pollutes is discharged to fresh outdoor air is drawn in outdoor indoor, thereby keep comfortable indoor environment.
The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, every foundation technical spirit of the present invention all still belongs in the scope of technical solution of the present invention any simple modification, equivalent variations and modification that above embodiment did.
Claims (16)
1, a kind of air interchanger is characterized in that, it comprises heat exchange unit, outdoor unit and indoor unit;
Have heat exchanger in the described heat exchange unit, heat exchanger makes outdoor air and room air carry out heat exchange respectively in first, second flow path;
The dismountable side that is arranged on heat exchange unit of described outdoor unit, its inside are provided with first Air Blast fan and are formed with the outdoor air inlet hole of suction chamber outer air and the room air tap of discharge room air;
The dismountable opposite side that is arranged on heat exchange unit of described indoor unit, its inside are provided with second Air Blast fan and are formed with the outdoor air tap of discharging outdoor air and the room air inlet hole that sucks room air.
2, air interchanger according to claim 1, it is characterized in that described outdoor unit is formed with outdoor air stream guider, described outdoor air stream guider is led the first-class pass of the outdoor air heat exchanger that flows into by the outdoor air inlet hole.
3, air interchanger according to claim 2, it is characterized in that described indoor unit is formed with room air stream guider, described room air stream guider is the guiding of second stream of the room air heat exchanger that flows into by the room air inlet hole.
4, air interchanger according to claim 1 is characterized in that described first Air Blast fan is to be arranged on the inboard scavenger fan of discharging room air of room air tap.
5, air interchanger according to claim 1 is characterized in that described second Air Blast fan is the drawing fan that is arranged on the inboard suction chamber outer air of outdoor air tap.
6, air interchanger according to claim 1 is characterized in that described outdoor air inlet hole in the amesiality formation of the one side of outdoor unit, and described outdoor air tap forms in the one side central authorities of indoor unit.
7, air interchanger according to claim 6 is characterized in that described room air inlet hole forms at the one side deflection opposite side of indoor unit, and described room air tap forms in the one side central authorities of outdoor unit.
8, according to the air interchanger described in claim 1 or 2 or 3 or 4 or 5 or 6 or 7, the side top and bottom of shell that it is characterized in that the outdoor unit of corresponding described outdoor air inlet hole form guide rail, and the shell one side top and bottom of described heat exchange unit form and the corresponding gathering sill of guide rail.
9, air interchanger according to claim 8 it is characterized in that the shell of described outdoor unit is arranged on the shell outside of heat exchange unit, or the shell of described heat exchange unit is arranged on the shell outside of outdoor unit.
10, according to claim 1 or 2 or 3 or 4 or 5 or 6 or 7 described air interchangers, the side top and bottom of shell that it is characterized in that the indoor unit of corresponding described room air inlet hole form guide rail, and the opposite side top and bottom of the shell of described heat exchange unit form and the corresponding gathering sill of guide rail.
11, air interchanger according to claim 10 it is characterized in that the shell of described indoor unit is arranged on the shell outside of heat exchange unit, or the shell of described heat exchange unit is arranged on the shell outside of indoor unit.
12, air interchanger according to claim 3 is characterized in that a side of described outdoor unit and indoor unit forms the sealing gathering sill respectively, and described heat exchanger both-side ends forms and the corresponding sealing guide rail of sealing gathering sill.
13, air interchanger according to claim 12 is characterized in that described sealing gathering sill is respectively formed at outdoor air stream guider and room air stream guider end.
14, air interchanger according to claim 13, the sealing gathering sill that it is characterized in that being formed on outdoor air stream guider is identical with the slidingly assemble direction of the mounting direction of the sealing guide rail that is formed on heat exchanger one side and outdoor unit and heat exchange unit.
15, air interchanger according to claim 13, the sealing gathering sill that it is characterized in that being formed on room air stream guider is identical with the slidingly assemble direction of the mounting direction of the sealing guide rail that is formed on another side of heat exchanger and indoor unit and heat exchange unit.
16, air interchanger according to claim 13, the sealing gathering sill that it is characterized in that being formed on outdoor air stream guider is identical with the mounting direction of the sealing guide rail that is formed on another side of heat exchanger with the sealing gathering sill that is formed on room air stream guider with the mounting direction of the sealing guide rail that is formed on heat exchanger one side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004100195010A CN100434818C (en) | 2004-06-09 | 2004-06-09 | Ventilating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004100195010A CN100434818C (en) | 2004-06-09 | 2004-06-09 | Ventilating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1707181A CN1707181A (en) | 2005-12-14 |
| CN100434818C true CN100434818C (en) | 2008-11-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100195010A Expired - Fee Related CN100434818C (en) | 2004-06-09 | 2004-06-09 | Ventilating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100434818C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5541043B2 (en) * | 2010-09-28 | 2014-07-09 | パナソニック株式会社 | Heat exchanger |
| CN102444954B (en) * | 2010-10-08 | 2015-01-21 | 松下电器产业株式会社 | Heat exchange device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0210040A (en) * | 1988-06-29 | 1990-01-12 | Mitsubishi Electric Corp | Ventilating device with heat exchanger |
| JPH03156235A (en) * | 1989-11-14 | 1991-07-04 | Matsushita Seiko Co Ltd | Heat exchanging type ventilation device |
| JPH07332727A (en) * | 1994-06-06 | 1995-12-22 | Daikin Ind Ltd | Heat exchanging ventilation device |
| JPH09310899A (en) * | 1996-05-21 | 1997-12-02 | Mitsubishi Electric Corp | Heat exchanging ventilator |
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2004
- 2004-06-09 CN CNB2004100195010A patent/CN100434818C/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0210040A (en) * | 1988-06-29 | 1990-01-12 | Mitsubishi Electric Corp | Ventilating device with heat exchanger |
| JPH03156235A (en) * | 1989-11-14 | 1991-07-04 | Matsushita Seiko Co Ltd | Heat exchanging type ventilation device |
| JPH07332727A (en) * | 1994-06-06 | 1995-12-22 | Daikin Ind Ltd | Heat exchanging ventilation device |
| JPH09310899A (en) * | 1996-05-21 | 1997-12-02 | Mitsubishi Electric Corp | Heat exchanging ventilator |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1707181A (en) | 2005-12-14 |
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