CN101178246B - Air conditioner - Google Patents
Air conditioner Download PDFInfo
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- CN101178246B CN101178246B CN2006101292816A CN200610129281A CN101178246B CN 101178246 B CN101178246 B CN 101178246B CN 2006101292816 A CN2006101292816 A CN 2006101292816A CN 200610129281 A CN200610129281 A CN 200610129281A CN 101178246 B CN101178246 B CN 101178246B
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- housing
- heat exchanger
- air
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Abstract
The invention discloses an air conditioner, comprising a casing, a filter and a filter bracket. A plurality of absorbing inlets and vents are arranged on the casing. The filter is arranged in an internal part of the casing and is arranged in a channel communicated with the plurality of absorbing inlets and vents. The filter bracket is arranged in the internal part of the casing to brace the filter. The invention has advantages that a plurality of indoor absorbing inlets and vents are arranged on the casing of the air conditioner; a filter unit is arranged in a casing channel communicated with the indoor absorbing inlets and indoor vents of the casing; and then no matter the filter unit is arranged near the indoor absorbing inlet or the indoor vent, the filter unit and the arranging position of the filter unit are not needed to be changed, so as to solve the problem that the filter unit should be reassembled according to an air feeding channel in the internal part of the casing, and then the arranging of the filter unit has nothing to do with the indoor air feeding channel of the casing.
Description
Technical field
The present invention relates to a kind of air-conditioning, change, also need not to change the air-conditioning that filter is provided with the position even particularly relate to a kind of air-supply path of air.
Background technology
Usually; Air-conditioning is in order to give the indoor environment of user's Creating Comfort; The heat exchange circulation system that utilizes compressor, condenser, evaporimeter, expansion mechanism to form; To the device that building that air-conditioner is housed or room temperature are regulated, air-conditioner can be divided into split type and two kinds of integral types haply.
Said detachable air conditioner is identical on function with integral air conditioner; But detachable air conditioner is provided with indoor heat converter (evaporimeter or condenser) in indoor set; In off-premises station, be provided with outdoor heat converter (condenser or evaporimeter) and compressor, and utilize coolant piping to connect indoor set and off-premises station; And integral air conditioner is in same interior indoor heat converter and outdoor heat converter and expansion mechanism etc. to be set.
Said integral type air-conditioning often is directly installed on the window, or is arranged on the indoor wall passage through connecting intake line and discharge line.
Fig. 8 is the incision sketch map of a kind of embodiment of air-conditioning in the prior art.
As shown in Figure 8, air-conditioning of the prior art, the inside of its housing 100 is divided into chamber interior 100A and outside 100B by baffle plate 102.In the outside 100B of said housing 100, be provided with outdoor heat converter 104, compressor (not shown) and outdoor draft fan 106.In the chamber interior 100A of said housing 100, be provided with indoor heat converter 108 and indoor blower 110.In the outside 100B or chamber interior 100A of said housing 100, be provided with expansion valve (not shown).
On the chamber interior 100A of said housing 100, be formed with the suction inlet 112 of a plurality of suction air, and the outlet 114 of a plurality of discharge air.
In the suction inlet 112 of said housing 100 chamber interior 100A not with suction inlet 112 that said intake line is connected on, filter unit 130 is installed, intake line is flowed to the capable filter of air of said housing 100 chamber interior 100A.
Like Fig. 8 and shown in Figure 9, said filter unit 130 is arranged on the said housing 100 removably, specifically is installed on arbitrary suction inlet 112 of said housing 100 chamber interior 100A.
Air-conditioning with said structure; Utilize the air-supply power of said indoor blowing fan 110; Make room air flow through said intake line, filter unit 130 successively; Flow into the chamber interior 100A of said housing 100, after air and the said indoor heat converter 108 that flow into the chamber interior 100A of said housing 100 carries out heat exchange, through said discharge line row to indoor.
But; There is following shortcoming in existing air-conditioning: said intake line is connected with a certain suction inlet 112 of said housing 100 chamber interior 100A; When the air air-supply path of said housing 100 chamber interior 100A changes; Need change to be arranged on filter unit 130 positions on the said housing 100, therefore need reinstall said filter unit 130.
Each suction inlet 112 structure of said housing 100 chamber interior 100A are different, and the position that is provided with of then said filter unit 130 also can be different, and each parts also can be different accordingly, therefore can increase global facility quantity.
Said filter unit 130 is positioned at the suction inlet 112 of said housing 100 chamber interior 100A; Any provision for thermal insulation is not carried out in setting to said filter unit 130; Therefore when air conditioner refrigerating, because the air of said housing 100 chamber interior 100A is colder relatively, the extraneous air of said housing 100 is warmmer relatively; There is the big temperature difference in space, housing inside and outside, dew can occur on the said filter unit 130.
Summary of the invention
Technical problem to be solved by this invention is; Overcome the shortcoming of prior art; The irrelevant structure of filter unit that provides interior air-supply path of a kind of air-conditioning and said enclosure interior to be provided with promptly, need not change the position that is provided with of filter unit according to the air-supply path of shell chamber inside; And the structure of said filter unit, prevent because the dewdrop that the temperature difference causes filter unit to occur.
The technical scheme that the present invention adopted is: a kind of air-conditioning comprises housing, filter and filter mounting; Be formed with a plurality of suction inlets and a plurality of outlet on the said housing; Said filter bits is arranged on the path that is communicated with said a plurality of suction inlets and a plurality of outlet in said enclosure interior; Said filter mounting is arranged on said enclosure interior, supports said filter.
In said enclosure interior, be provided with the heat exchanger support that supports heat exchanger; Said filter mounting is assembled on the said heat exchanger support.
Said heat exchanger support is arranged in the air flue, and divides said housing, has in side to ventilate, and the heat exchanger support hole portion of said filter mounting is set.
A kind of air-conditioning comprises housing, heat exchanger, heat exchanger support, filter, filter mounting, mask for inhalation and discharge mouth mask; Be formed with a plurality of suction inlets and a plurality of outlet on the said housing; Said heat exchanger is arranged at said enclosure interior; Said heat exchanger support is arranged on said enclosure interior and supports said heat exchanger, is provided with the heat exchanger support of the heat exchanger support hole portion that ventilates in a side; Said filter is arranged on the heat exchanger support hole portion of said heat exchanger support; Said filter mounting is assembled on the said heat exchanger support, supports said filter; Said mask for inhalation hides some at least in a plurality of suction inlets; Said discharge mouth mask hides some at least in a plurality of outlets.
A kind of air-conditioning comprises heat exchanger, heat exchanger support, filter and filter mounting; Said heat exchanger is arranged on enclosure interior; Said heat exchanger support is arranged on said enclosure interior and supports said heat exchanger, is provided with the heat exchanger support hole portion that ventilates in a side; Said filter is located at the heat exchanger support hole portion of said heat exchanger support; Said filter mounting is assembled on the said heat exchanger support, supports said filter.
Said filter mounting comprises the 1st support and the 2nd more than, 3 supports; Certain one side at least in the above and below of said the 1st support and said filter face each other contacts; Said the 2nd, 3 supports combine with said the 1st support, flow into filter that face or air discharge from said filter with filter that air flows into said filter and discharge the mutual face of face and contact.
Said the 1st support also comprises with said filter inflow face or filter discharges the flange that the mutual face of face contacts.
On said the 1st support, with the thickness direction of said filter, be arranged with a plurality of be used for and said the 2nd support between the 2nd support assembly hole of assembling.
Said filter mounting comprises the 1st support and the 2nd support more than one; Certain one side at least in the above and below of said the 1st support and said filter face each other contact, is formed with on said the 1st support with filter that air flows into said filter and flows into the flange that face or air contact from the mutual face of said filter effluent face of said filter discharge; Said the 2nd support combines with said the 1st support, flows into the mutual face of face that does not have to contact with said flange surface in face and the filter discharge face with filter and contacts.
The invention has the beneficial effects as follows: form a plurality of chamber interior suction inlets and chamber interior outlet on the air-conditioner housing; Said filter unit is arranged on the housing inner gateway that chamber interior suction inlet and the chamber interior outlet of said housing be communicated with; Therefore no matter filter unit is arranged near the arbitrary place in inner suction inlet of said shell chamber or the chamber interior outlet; All need not to change the position that is provided with of said filter unit and filter unit; Need to re-assembly the problem of filter unit by the inner air air-supply path of said shell chamber thereby solved, the air air-supply path of the chamber interior of filter unit and said housing is irrelevant.
The present invention can prevent said filter unit because dewdrop appears in the temperature difference because filter unit is arranged on enclosure interior.
The present invention is arranged on said filter unit on the heat exchanger support that supports heat exchanger; Can conveniently carry out the dismounting operation of said filter unit; Owing to simplified the structure of said filter mounting, it is integrated that said heat exchanger support and filter unit are realized.
The present invention is the firm support filter, is provided with the 1st, 2,3 filter mountings, and particularly said the 2nd support is set to adjustable support according to the thickness of filter, and the filter of different-thickness all can use.
Description of drawings
Fig. 1 is an air-conditioning schematic appearance of the present invention;
Fig. 2 is an air-conditioning part cut-away diagram of the present invention;
Fig. 3 is an air-conditioning indoor section construction sketch map of the present invention;
Fig. 4 is the A-A line cut-away view of Fig. 3;
Fig. 5 is the B-B line cut-away view of Fig. 3;
Fig. 6 is an air conditioner filter of the present invention unit decomposing schematic representation;
Fig. 7 is an air conditioner filter support decomposing schematic representation of the present invention;
Fig. 8 is the incision sketch map of a kind of embodiment of air-conditioning in the prior art;
Fig. 9 is the incision sketch map of the another kind of embodiment of air-conditioning in the prior art.
Among the figure:
2: housing 3: baffle plate
10: outdoor heat converter 14: outdoor draft fan
20: mask for inhalation 22: discharge mouth mask
30: indoor blower 36: the fan guiding piece
40: indoor heat converter 42: heat exchanger support
50: filter unit 52: filter
54: 55: the 1 supports of filter mounting
57: the 3 supports of 56: the 2 supports
The specific embodiment
Below, in conjunction with the accompanying drawing and the specific embodiment the present invention is done further explain.
Fig. 1 is an air-conditioning schematic appearance of the present invention; Fig. 2 is an air-conditioning part cut-away diagram of the present invention; Fig. 3 is an air-conditioning indoor section construction sketch map of the present invention; Fig. 4 is the A-A line cut-away view of Fig. 3; Fig. 5 is the B-B line cut-away view of Fig. 3; Fig. 6 is an air conditioner filter of the present invention unit decomposing schematic representation; Fig. 7 is an air conditioner filter support decomposing schematic representation of the present invention.
Extremely shown in Figure 7 like Fig. 1; It is outside that air-conditioning of the present invention is arranged on the interior space that need carry out air conditioning; Be connected with the said interior space with discharge line D2 through intake line D1; Be a kind of duct type air-conditioning, housing 2 inner spaces that form its outward appearance are divided into outside O and chamber interior I by baffle plate 3.
In the outside O of said housing 2 side; Be provided with suction inlet 2A and outlet 2B; The extraneous air of said housing 2 flows in the said housing 2; Said suction inlet 2A is separately positioned on the left and right side and the back of said housing 2, and the outside O inner air of said housing 2 row is to said housing 2 outsides, said outlet 2B be arranged on said housing 2 above.In following explanation, the suction inlet 2A of said housing 2 outside O is called outside suction inlet 2A, call outside outlet 2B to the outlet 2B that is positioned at said housing 2 outside O.
Outside O at said housing 2 is inner, is provided with heat exchanger 10, and said heat exchanger 10 is connected with expansion valve, to exchanging from outside suction inlet 2A leaked-in air.Said outdoor heat converter 10 as condenser participation work, makes gaseous coolant and the interior refrigerant of said housing 2 outside O in the said outdoor heat converter 10 carry out heat exchange in refrigeration mode.Said outdoor heat converter 10 in heating mode as evaporimeter participation work, make said outdoor heat converter 10 the inner air of refrigerant and said housing 2 outside O carry out heat exchange.
In addition, the inside at said housing 2 outside O also is provided with compressor, and compressor is connected with said outdoor heat converter, and the gaseous coolant that sucks is compressed into the liquid refrigerants of HTHP, and said refrigerant is circulated in system.
It also can be more than two that said compressor can be one, can be made up of the variable speed compressor or the certain constant speed compressor of compression horsepower of variable compressive power.
In addition; Inner at said housing 2 outside O; Be provided with outdoor draft fan 14; The outside suction inlet 2A of said outdoor draft fan 14 through said housing 2 sucks air makes air flow into the outside O of said housing 2 by force, and arranges the air of said housing 2 outside O by force to said housing 2 outsides through said housing 2 outside outlet 2B.
In the chamber interior I of said housing 2 side; Be provided with suction inlet 2C and outlet 2D; Said suction inlet 2C can be connected with said intake line D1 for a plurality of with being allowed a choice, makes said indoor air flow into a plurality of suction inlet 2C of said housing 2 chamber interior I through said intake line D1.Below, call said housing 2 chamber interior I side draughts inlet 2C the chamber interior suction inlet 2C of said housing 2.Said outlet 2D can be connected the inner air that makes said housing 2 chamber interior I selectedly and arrange to said housing 2 outsides through said discharge line D2 for a plurality of with said discharge line D2.Below, call said housing 2 chamber interior I side outlet 2D the chamber interior outlet 2D of said housing 2.
As shown in Figure 2, the chamber interior suction inlet 2C of said housing 2 can be separately positioned on said housing 2 positive right side of face and 2 times right side of face of said housing.The chamber interior outlet 2D of said housing 2 can be separately positioned on the structure of said housing 2 frontal left and 2 times left side of face of said housing.
With on the suction inlet 2C that intake line D1 is connected be not coated with cover 20 among a plurality of chamber interior suction inlet 2C, cover 20 can prevent to suck or discharge air.Be coated with cover 22 on the chamber interior outlet 2D that is not connected with discharge line D2 among a plurality of chamber interior outlet 2D, cover 22 can prevent that air from flowing into or outflow.
Be coated with cover on said any suction inlet 2C at 20 o'clock, be through screw 21 with cover 20 and combine and be fixed on the said housing 2.Be coated with cover on said any chamber interior outlet 2D at 22 o'clock, be through screw 23 with cover 22 and combine and be fixed on the said housing 2.
Among the chamber interior I of said housing 2, be provided with indoor blower 30 in the chamber interior I left side of said housing 2.Said indoor blower 30 flow into the chamber interior I of said housing 2 by force when making air through said housing 2 chamber interior suction inlet 2C; And, arrange by force to said discharge line D2 through said housing 2 chamber interior outlet 2D with the inner air of said housing 2 chamber interior I.
Said indoor blower 30 comprises: blowing fan 32, blowing fan motor 34 and blowing fan guiding piece 36; Said blowing fan 32 can produce mandatory air-supply; Said blowing fan motor 34 is rotated said blowing fan; Said blowing fan guiding piece 36 connects the chamber interior outlet 2D of blowing fan 32 and said housing 2, the air conducting of said blowing fan 32 discharges is arrived the chamber interior outlet 2D of said housing 2.
Said indoor blowing fan motor 34 can directly be connected the fan of said indoor blower 30, perhaps like present embodiment, can with the fan of said indoor blower 30 mutually across a certain distance, be connected indirectly with fan with pulley structure 35 through conveyer belt.
Said indoor blowing fan motor 34 is supported by fan motor fixer 33, so that under the deadweight effect of said indoor blowing fan motor 34, move down along said fan guiding piece 36, and the convenient tension force of regulating said conveyer belt and pulley structure 35.
Said blowing fan guiding piece 36 be fixed on said housing 2 below, encircle two chamber interior outlet 2D of said housing 2, be positioned at the left side of said housing 2 chamber interior I by the fore-and-aft direction of said housing 2.
Said blowing fan guiding piece 36, what contact with said housing 2 is following by opening, and the front that contacts with said housing 2 is by opening.
In the chamber interior I of said housing 2, be provided with indoor heat converter 40.Said indoor heat converter 40 carries out heat exchange through said housing 2 chamber interior suction inlet 2C leaked-in airs, and air is cooled or heats.
As evaporimeter participation work, room air obtained cooling to said indoor heat converter 40 when the liquid refrigerants in the said indoor heat converter 40 was evaporated by room air in refrigeration mode.Said indoor heat converter 40 in heating mode as condenser participation work, the inner gaseous coolant of said indoor heat converter 40 by the room air condensation time room air be heated.
Said indoor heat converter 40 is arranged on the heat exchanger support 42 of said housing 2 chamber interior I regularly.
Said heat exchanger support 42 is the center with said indoor heat converter 40; Be positioned at the chamber interior I right side of said housing 2; Part about the chamber interior I of said housing 2 is divided into; Make the air that flow into housing 2 chamber interior I through said housing 2 chamber interior suction inlet 2C can only flow through said indoor heat converter 40, flow to the chamber interior outlet 2D of said housing 2 again.That is, the path of the said housing 2 chamber interior I that a plurality of chamber interior suction inlet 2C of 42 pairs of said heat exchanger support and said housing 2 and a plurality of chamber interior outlet 2D of said housing 2 are communicated with is divided.
In addition, with respect to the above-below direction of said housing 2, said heat exchanger support 42 has from top to bottom, to the left side of said housing 2, promptly is obliquely installed to said indoor blower 30.
On said heat exchanger support 42, be formed with the heat exchanger support hole 42a of portion, the heat exchanger support hole 42a of portion makes the air that flow into said housing 2 chamber interior I through said housing 2 chamber interior suction inlet 2C flow to the chamber interior outlet 2D of said housing 2.
The said heat exchanger support hole 42a of portion when opening by the left and right directions of said housing 2, has the open structure of upper lateral part.
Forward and backward edge at the said heat exchanger support hole 42a of portion; Be formed with respectively from the right side of said heat exchanger support 42 to said housing 2; Promptly be provided with the direction and the rightabout of said indoor heat converter 30, the vertical outstanding flange 42b of heat exchanger support hole portion.
On the flange 42b of portion of said heat exchanger support hole, be provided with filter unit 50.The air that 50 couples of chamber interior suction inlet 2C from said housing 2 of said filter unit flow to said housing 2 chamber interior outlet 2D filters.
Said filter unit 50 comprises: filter 52 is formed with filter mounting 54; Said filter 52 is positioned at the inside filtration of the said heat exchanger support hole flange 42b of portion; Said filter mounting 54 is assembled in said heat exchanger support hole flange 42b portion of portion, supports said filter 52 when being fixed on the said heat exchanger support hole flange 42b of portion to said filter 52.
Said filter 52 can be arranged to cover 1 of size of the whole heat exchanger support hole 42a of portion.Perhaps, cut apart said filter 52 sizes, constitute by a plurality of filters 52 by above-below direction or left and right directions according to the said heat exchanger support hole 42a of portion.To present embodiment, as filter 52 is divided into two for example describes, filter 52 is divided into two block sizes by the said heat exchanger support hole 42a of portion above-below direction below.
Said 2 filters 52 can have identical size, also can have different sizes, but for the convenience on explaining, in the present embodiment, said 2 filters 52 have identical size.
Said filter mounting 54 comprises the 1st support the 55, the 2nd support 56 and the 3rd support 57 compositions; Said the 1st support 55 is arranged on the inside of the said heat exchanger support hole 42a of portion; Be assembled in the 1st support 55 that contacts with arbitrary in the above and below of said heat exchanger support 42 and said filter 52, said the 2nd support 56 combines with said the 1st support 55 with the 3rd support 57 and discharges face 52b with the filter 52 that the filter 52 of the inflow air of said filter 52 flows into the discharge air of face 52a or said filter 52 to contact.
Said the 1st support 55 comprises: support portion 55a, assembled portion 55b, assembly hole 55c and flange 55d; Said support portion 55a is by the fore-and-aft direction of said housing 2, and it is inner to be positioned at the said heat exchanger support hole 42a of portion, contacts with the top or following face of said filter 52; Said assembled portion 55b contacts with 42 of said heat exchanger support, and the downside from the forward and backward two ends of said support portion 55a to the upside of said housing 2 or said housing 2 is crooked, is assembled on the said heat exchanger support 42.
On the support portion 55a of said the 1st support 55, be formed with the assembly hole 55c of the filter mounting screw 60 of said the 1st, 2 supports 55,56 of assembling, make said the 2nd support 56 carry out dismounting with said the 1st support 55 easily.
The assembly hole 55c of said the 1st support 55 is that assembly hole can be arranged with a plurality of for the ease of said filter mounting screw 60 assemblings.
Particularly, the assembly hole 55c of said the 1st support 55 is by the thickness direction of said filter 52, a plurality of arrangements; So that can be according to the size of said filter 52, by the thickness direction of said filter 52, the position that makes said the 2nd support 56 be arranged on support 55 can conveniently change.
Said the 2nd support 56 contacts with 55 on said the 1st support, comprising: assembly hole 56a, assembled portion 56b and support portion 56c; Said assembly hole 56a is arranged on the support 56, and aligns with the assembly hole 55c of said the 1st support 55; Said support portion 56c contacts with the inflow face 52a of said filter 52 or the discharge face 52b face of said filter 52 from the assembled portion 56b bending vertically of said the 2nd support 56.Below, as shown in Figure 7 for convenient explanation, contact with the discharge face 52b face of said filter 52 like said the 2nd support 56.
Said the 3rd support 57 comprises by contacting with 55 on said the 1st support: assembled portion 57a and support portion 57b form; Said assembled portion 57a and 55 assemblings of said the 1st support, said support portion 57c contacts with the assembled portion 57a bending vertically of said the 3rd support 57 and with the inflow face 52a of said filter or the discharge face 52b face of said filter 52.Below, as shown in Figure 7 for convenient explanation, contact with the inflow face 52a face of said filter 52 like said the 3rd support 57.
Different with said the 2nd support 56, said the 1st support 55 of the assembled portion 57a of said the 3rd support 57 welds together, and makes the bonding state of the 3rd support 57 and the 1st support 55 more firm.
When the inflow face 52a of said filter 52 contacts with the flange 55d face of said the 1st support 55, said the 3rd support 57 can be installed.
Below, air-conditioning installation process of the present invention is elaborated.
At first, in the chamber interior I of said housing 2, said pressure fan 30 is set respectively, indoor heat converter 40 and said heat exchanger support 42.
In two chamber interior suction inlet 2C of said housing 2, with on the suction inlet 2C that said intake line D1 is connected the cover 20 that covers suction inlet is not installed, in two chamber interior outlet 2D of said housing 2 not with outlet 2D that said discharge line 2D is connected on, said 22 of the outlet that covers of installation.
Be installed in said filter unit 50 on the said heat exchanger support 42 by following method.Here, said heat exchanger support 42 all can be installed in said filter unit 50 on the said heat exchanger support 42 before or after being installed in said housing 2 chamber interior I.
When said filter unit 50 is installed, on the 42a of portion of said heat exchanger support hole,, be provided with the 1st support 55 more than by the above-below direction of said housing 2.Here, the flange 55d of said the 1st support 55 is towards the upside of said housing 2 or the downside of said housing 2.On said the 1st support 55, can fix said the 3rd support with being allowed a choice.
The upper surface of said filter 52 or lower surface contact with 55 on said the 1st support, and the flange 55d of the inflow face 52a of said filter 52 and said the 1st support 55 or 57 on the 3rd support that is fixed on said the 1st support 55 contact.
Said the 2nd support 56 is assembled on said the 1st support 55 when contacting with the discharge face 52b face of said filter 52.
Be assembled in said filter mounting 54 after said heat exchanger support 42 the above filter 52 are supported by said filter mounting 54, accomplish the installation exercise of said filter unit 50.
Though the setting up procedure to inner I in air conditioning chamber of the present invention and filter unit 50 is illustrated; But the setting up procedure of inner I in air conditioning chamber of the present invention and said filter 50 is not subject to said embodiment, and those skilled in the art can carry out various conversion according to inventive concept.
Below, air-conditioning work principle of the present invention is done further explain.
When said compressor 12 carried out work, refrigerant formed refrigeration or heating loop along said outdoor heat converter 10, compressor 12, indoor heat converter and expansion valve circulation.
When said outdoor draft fan 14 carried out work, the air that said housing 2 outside O are inner was blown into said housing 2 outsides by force, makes said housing 2 air outside flow into the outside O of said housing 2.
When said indoor blower 30 is worked; Make room air flow into the chamber interior of said housing 2 through the chamber interior suction inlet 2C of said intake line D1 and said housing 2; Obtain filtering when making the air that flow into said housing 2 chamber interior I flow through said filter 52; Flowed into said indoor blower 30 by said filter 52 filtered airs, the air after the inflow is discharged through the chamber interior outlet 2D and the said discharge line D2 of said housing 2.
Because it is inner that said filter unit 50 is positioned at the chamber interior I of said housing 2; Therefore no matter which is connected with said intake line D1 among two chamber interior suction inlet 2C of said housing 2, the air that flows into said housing 2 chamber interior I all can be filtered by said filter 52.
Certainly; Because it is inner that said filter unit 50 is positioned at the chamber interior I of said housing 2; Therefore no matter which is connected with said discharge line D2 among two chamber interior outlet 2D of said housing 2, the air that flows into said housing 2 chamber interior I also all can be filtered by said filter 52.
Be that the specific embodiment of air-conditioning of the present invention is done an explanation above.But the present invention is not subject to said embodiment and accompanying drawing, in its technological thought scope, can diversely carry out modification by industry personnel.
That is, the filter unit of said air-conditioning can have the filter more than 3, and the 1st, 2 supports of said filter mounting can have respectively more than one, and said the 3rd filter mounting can be provided with being allowed a choice.
In addition, filter unit of the present invention can be installed in the outside of said housing, also goes for not being integral type air-conditioning such as the split-type air conditioner and the central air-conditioning etc. of duct type air-conditioning.
Claims (8)
1. an air-conditioning comprises housing (2), filter (52) and filter mounting (54); Be formed with a plurality of suction inlets (2C) and a plurality of outlet (2D) on the said housing (2); Said filter (52) is positioned at said housing (2) inside, is arranged on the path that is communicated with said a plurality of suction inlets (2C) and a plurality of outlet (2D); Said filter mounting (54) is arranged on said housing (2) inside, supports said filter (52); It is characterized in that:, be provided with the heat exchanger support (42) that supports indoor heat converter (40) in said housing (2) inside; Said filter mounting (54) is assembled on the said heat exchanger support.
2. air-conditioning according to claim 1 is characterized in that: said heat exchanger support (42) is arranged in the air flue, and divides said housing (2), for a side that ventilates at said filter mounting (54) is provided with heat exchanger support hole portion.
3. an air-conditioning is characterized in that: comprise housing (2), heat exchanger (40), heat exchanger support (42), filter (52), filter mounting (54), mask for inhalation (20) and discharge mouth mask (22); Be formed with a plurality of suction inlets (2C) and a plurality of outlet (2D) on the said housing (2); Said heat exchanger (40) is arranged at said housing (2) inside; Said heat exchanger support (42) is arranged on the said heat exchanger of said housing (2) inner support (40), is provided with the heat exchanger support (42) of the heat exchanger support hole portion that ventilates in a side; Said filter (52) is arranged on the heat exchanger support hole portion (42a) of said heat exchanger support (42); Said filter mounting (42) is assembled on the said heat exchanger support (42), supports said filter (52); Said mask for inhalation (20) hides some at least in a plurality of suction inlets (ZC); Said discharge mouth mask (22) hides some at least in a plurality of outlets (2D).
4. an air-conditioning is characterized in that: comprise heat exchanger (40), heat exchanger support (42), filter (52) and filter mounting (54); Said heat exchanger (40) is arranged on housing (2) inside; Said heat exchanger support (42) is arranged on the said heat exchanger of said housing (2) inner support (40), is provided with the heat exchanger support hole portion (42a) that ventilates in a side; Said filter (52) is located at the heat exchanger support hole portion (42a) of said heat exchanger support (42); Said filter mounting (54) is assembled on the said heat exchanger support (42), supports said filter (52).
5. according to the described air-conditioning of arbitrary claim in the claim 1 to 4, it is characterized in that: said filter mounting (54) comprises the 1st support (55) and the 2nd, 3 supports (56,57) more than one; Certain one side at least in the above and below of said the 1st support (55) and said filter (52) face each other contacts; Said the 2nd, 3 supports (56,57) combine with said the 1st support (55), flow into filter that face or air discharge from said filter with filter that air flows into said filter and discharge the mutual face of face and contact.
6. air-conditioning according to claim 5 is characterized in that: said the 1st support (55) also comprises the flange that contacts with said filter (52) inflow face or the mutual face of filter (52) discharge face.
7. air-conditioning according to claim 5 is characterized in that: at the thickness direction of said the 1st support (55) an ancient type of spoon with said filter (52), be arranged with a plurality of be used for and said the 2nd support (56) between the 2nd support assembly hole of assembling.
8. according to the described air-conditioning of the arbitrary claim of claim 1 to 4, it is characterized in that: said filter mounting comprises the 1st support (55) and the 2nd support (56) more than one; Certain one side at least in the above and below of said the 1st support (55) and said filter (52) face each other contact, and the filter that said the 1st support (55) soil body is formed with air flows into said filter flows into the flange that face or air contact from the mutual face of said filter effluent face of said filter discharge; Said the 2nd support (56) combines with said the 1st support (55), flows into the mutual face of face that does not have to contact with said flange surface in face and the filter discharge face with filter and contacts.。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101292816A CN101178246B (en) | 2006-11-08 | 2006-11-08 | Air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101292816A CN101178246B (en) | 2006-11-08 | 2006-11-08 | Air conditioner |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101178246A CN101178246A (en) | 2008-05-14 |
| CN101178246B true CN101178246B (en) | 2012-02-29 |
Family
ID=39404591
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006101292816A Expired - Fee Related CN101178246B (en) | 2006-11-08 | 2006-11-08 | Air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101178246B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1256390A (en) * | 1998-12-07 | 2000-06-14 | Lg电子株式会社 | Filter of air conditioner and device for mounting the same |
| JP2005076996A (en) * | 2003-09-01 | 2005-03-24 | Daikin Ind Ltd | Filter, and air conditioner with it |
| CN1755280A (en) * | 2004-09-29 | 2006-04-05 | 乐金电子(天津)电器有限公司 | Air conditioner |
-
2006
- 2006-11-08 CN CN2006101292816A patent/CN101178246B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1256390A (en) * | 1998-12-07 | 2000-06-14 | Lg电子株式会社 | Filter of air conditioner and device for mounting the same |
| JP2005076996A (en) * | 2003-09-01 | 2005-03-24 | Daikin Ind Ltd | Filter, and air conditioner with it |
| CN1755280A (en) * | 2004-09-29 | 2006-04-05 | 乐金电子(天津)电器有限公司 | Air conditioner |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101178246A (en) | 2008-05-14 |
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