CN1959228A - Outdoor machine of air condition - Google Patents
Outdoor machine of air condition Download PDFInfo
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- CN1959228A CN1959228A CNA2005100158533A CN200510015853A CN1959228A CN 1959228 A CN1959228 A CN 1959228A CN A2005100158533 A CNA2005100158533 A CN A2005100158533A CN 200510015853 A CN200510015853 A CN 200510015853A CN 1959228 A CN1959228 A CN 1959228A
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Abstract
An outdoor unit of air-conditioning consists of chassis, compressor, condenser connected to compressor and used for condensing refrigerant, blowing fan, heat exchanger for heat-exchanging air blown in by blowing fan, sway-limiting unit set at one side of chassis and used for preventing connection pipe from sway.
Description
Technical field
The present invention is the invention of relevant air-conditioner outdoor unit.Particularly air-conditioner outdoor unit is provided with and rocks restraint device in tube connector one side that connects compressor and condenser, when mobile off-premises station, shakes to prevent tube connector.
Background technology
Usually, air-conditioning is according to application target, the device of room air position on optimum state.Fig. 1 is the air-conditioner outdoor unit internal structure decomposing schematic representation of conventional art.
As shown in the figure, the outward appearance of off-premises station is pressed the tube-like envelope 10 that above-below direction connects by inside, the top panel 20 of sealing above-mentioned shell 10 end faces, and the chassis 30 of sealing bottom surface constitutes.
Above-mentioned shell 10 is by a plurality of panel be combined intos, comprise the place ahead panel 12 that has the rectangular slab structure, forms above-mentioned off-premises station front appearance, and when observing from the top, have by the shape of " " shape warpage and form the rear face plate 14 at the above-mentioned off-premises station left and right side and the back side.
In addition, in the back of above-mentioned rear face plate 14, be formed with a plurality of inlet holes 14 ' that form, allow the inside of off-premises station open by the rectangular configuration perforation to the outside.Outdoor air can flow into off-premises station inside by above-mentioned inlet hole 14 '.
In the front of above-mentioned the place ahead panel 12, be formed with the outlet 13 that forms, allows the off-premises station inner air discharge by the rectangular shape perforation.On above-mentioned outlet 13, the discharge grid 13 ' that has with outlet 13 corresponding sizes is installed, water conservancy diversion is discharged direction by above-mentioned outlet 13 rows to air outside.
By the air of above-mentioned suction inlet 14 ' inflow off-premises station inside, can arrange to the off-premises station outside by the discharge grid 13 ' of above-mentioned outlet 13.
At the rear of above-mentioned discharge grid 13 ', be formed with the mouth of pipe 40.Flow air when the above-mentioned mouth of pipe rotates by blowing fan 50 flows to above-mentioned outlet 13.The inside of the above-mentioned mouth of pipe 40 has the circular configuration of hollow, and the rearward outstanding cylinder-like structure that is formed with.
At the rear of the above-mentioned mouth of pipe 40, be provided with blowing fan 50.Said fan 50 allows air flow by force by rotation.Said fan 50 receives power that the fan motor 52 that is arranged on its rear side produces, carries out work, allow by above-mentioned inlet hole 14 ' flow into the air of off-premises station inside, successively by the above-mentioned mouth of pipe 40 with discharge grid 13 ', row to above-mentioned off-premises station outside.
52 supported 54 in above-mentioned fan motor supports.Be formed on the above-below direction, its upper end is fixed on upper end one side of above-mentioned rear face plate 14 above-mentioned support member 54 strips, the bottom be fixed on above-mentioned chassis 30 above, the fan motor 52 that supports is limited, prevent that it from shaking.
At the rear side of above-mentioned support member 54, between above-mentioned rear face plate 14 and the support member 54, heat exchanger 60 is installed.Above-mentioned heat exchanger 60 is to allow air carry out the device of heat exchange.Extraneous air by above-mentioned suction inlet 14 ' inflow off-premises station inside carries out heat exchange in above-mentioned heat exchanger 60 inside.
In addition, on the right side of above-mentioned support member 54, be provided with control panel 70.Above-mentioned control panel 70 is used to control a plurality of devices that are installed in off-premises station inside, has multiple electronic device 72.
Above-mentioned control panel 70 is installed in the top, side of rear face plate 14, and controlled device cover 16 open with being allowed a choice.Controller cage 16 releasably is arranged on the right flank of above-mentioned rear face plate 14.After rear face plate 14 dismountings, can change the electronic device 72 that is arranged on above-mentioned control panel 70 to above-mentioned controller cage 16.
At the downside of above-mentioned control panel 70, be provided with compressor 80.Above-mentioned compressor 80 be used for compression flow between indoor set (figure slightly) and off-premises station, the refrigerant that carries out heat exchange.Above-mentioned compressor 30 is fixing, is arranged on the above-mentioned chassis 30.
In the outside of above-mentioned compressor 80, be provided with tube connector 82 around ground.Above-mentioned tube connector 82 is separated by a certain interval with the outside of above-mentioned compressor 80, has the shape of many inflection song.
In addition, the side at above-mentioned tube connector 82 is connecting condenser 84.Through condenser 84 allow above-mentioned compressor 80 compression the HTHP refrigerant, be condensed into liquid refrigerants.Flow through the refrigerant of above-mentioned compressor 80,, flow to above-mentioned condenser 84 by above-mentioned tube connector 82.
The end of above-mentioned tube connector 82 is supported by pipe arrangement support portion 86.Above-mentioned pipe arrangement support portion 86 is installed in above-mentioned chassis 30 upper right vertically upward, and above-mentioned shell 10 is outstanding laterally, is connected with the pipe arrangement that is communicated with at indoor set (figure slightly), and the refrigerant of tube connector 82 inside can be flowed between indoor set and off-premises station.
In addition,, be equipped with and have triangular shaped installing plate 88 substantially, can allow above-mentioned compressor 80 be installed on the above-mentioned chassis 30 in the bottom of above-mentioned compressor 80.On above-mentioned installing plate 88, perforation is formed with a plurality of holes 88 ', can insert to project upwards the erection bolt 38 that is formed on above the above-mentioned chassis 30, limits rocking of above-mentioned compressor 80.
At the downside of above-mentioned compressor 80, be provided with chassis 30.Above-mentioned chassis 30 is used to form the bottom outward appearance of above-mentioned off-premises station, to being arranged on a plurality of parts of off-premises station inside, carries out to upper support.The bottom surface left and right sides on above-mentioned chassis 30 is formed with the fixed mount 32 of strip by fore-and-aft direction, allows the bottom surface on above-mentioned chassis 30 and ground keep certain intervals.
In addition, in the front and back, bottom surface of said fixing frame 32, elastomer 34 is installed by screw (figure slightly).Above-mentioned elastomer 34 has certain elasticity, is positioned at above-mentioned off-premises station lower side, contacts with the bottom surface, prevents that above-mentioned off-premises station from sliding on the ground.
In addition, on above-mentioned chassis 30, outstanding be formed with a plurality of ribs 36.Above-mentioned ribs 36 is separately positioned on the parts downside that is installed on above-mentioned chassis 30 end faces, prevents above-mentioned chassis 30 because the weight of parts takes place sagging.
In addition, run through the bottom surface on above-mentioned chassis 30, be provided with a plurality of erection bolts with projecting upwards.Above-mentioned erection bolt prevents that compressor 80 from shaking on chassis 30, by spot-welded on above-mentioned chassis 30.
Above-mentioned erection bolt is inserted in the hole 88 ' of installing plate 88, and above-mentioned compressor 80 is not rocked to any direction on the end face on above-mentioned chassis 30, prevents its disengaging.
But there are the following problems to have the conventional art off-premises station of said structure.
That is, tube connector 82 allows above-mentioned compressor 80 and condenser 84 be interconnected, and under the state without any fixed part, is supported on above-mentioned compressor 80 outsides mutually across a certain distance.
Thereby, when carrying or mobile off-premises station, comprise that tube connector 82 parts such as grade of condenser 84 shake, on the angle of security, there is hidden danger.
And, rock the fatigue stress of bringing, make tube connector 82 and condenser 84 occur damaged easily.
Moreover, because above-mentioned problems cause client also can descend to the satisfaction of product.
Summary of the invention
In order to address the above problem, purpose of the present invention is provided with and rocks restraint device for providing a kind of in tube connector one side that connects compressor and condenser, when mobile off-premises station, sends the air-conditioner outdoor unit that rocks to prevent tube connector.
In order to achieve the above object, the technical solution used in the present invention provides a kind of air-conditioner outdoor unit, includes the chassis that forms the bottom outward appearance, built-in parts are supported; Be installed in a side on described chassis, refrigerant be compressed into the compressor of high-temperature high-pressure state; Be communicated with, allow HTHP refrigerant condenser condensing from described compressor with described compressor by tube connector; Be arranged on above-mentioned chassis upside separated by a certain intervally, receive that the rotary power that the fan motor produces is rotated, the blowing fan of blow air by force; And the air that allows described blowing fan the blow heat exchanger that carries out heat exchange; Wherein: the side on described chassis is provided with and accommodates above-mentioned tube connector in inside and prevent the restraint device that rocks that tube connector shakes.
The described restraint device that rocks comprises it being to be housed in inner and to be fixed on the chassis to described tube connector, prevent the restriction jig that described tube connector breaks away from and be positioned at described restriction jig inside, allow described restriction jig and tube connector keep mutually the isolation jig of state across a certain distance.
In a side of described restriction jig, perforation is provided with and allows assembling parts run through, make described restriction jig to be fixedly mounted on through hole on the chassis.
Described isolation jig is formed by the elastomeric element with elastic force.
In a side of described isolation jig, be provided with the excision portion that to accommodate described tube connector in inside.
Side on described chassis, perforation are provided with the assembly hole that allows the assembling parts that runs through described through hole insert.
Effect of the present invention is this air-conditioner outdoor unit, rocks restraint device by the end face setting on the chassis, can prevent to be connected the tube connector that between compressor and the condenser both is communicated with and shake when mobile off-premises station.
Because the tube connector that takes place when may be limited to mobile off-premises station rocks, therefore can prevent the breakage of tube connector and condenser in advance.
Because the above-mentioned restraint device that rocks plays cushioning effect, the easy degree that picks and places operation in the time of can improving mobile off-premises station has made things convenient for operation.
In addition, owing to can prevent the breakage of tube connector, can improve the satisfaction of user to product.
Description of drawings
Fig. 1 is the air-conditioner outdoor unit internal structure decomposing schematic representation of conventional art;
Fig. 2 is an air-conditioner outdoor unit surface structure schematic diagram of the present invention;
Fig. 3 is an air-conditioner outdoor unit internal structure decomposing schematic representation of the present invention;
Fig. 4 is an air-conditioner outdoor unit important structure part of the present invention---rock the view that restraint device separates from the chassis;
Fig. 5 is an air-conditioner outdoor unit important structure part of the present invention---rock restraint device STRUCTURE DECOMPOSITION schematic diagram.
Among the figure:
100: off-premises station 110: the left forward side panel
112: outlet 114: discharge grid
116: the mouth of pipe 120: the right forward side panel
122: controller impenetrating mouth 124: controller cage
130: rear face plate 132: air suction inlet
140: top panel 150: chassis
152: fixed mount 154: separates walls
154 ': controller installation portion 156: ribs
157: erection bolt 158: assembly hole
160: heat exchanger 162: blowing fan
164: fan motor 166: motor cabinet
168: motor supports 170: compressor
172: installing plate 172 ': compressor
174: tube connector 176: the pipe arrangement support member
177: tubing connection portion 179: charge valve
180: control cabinet 182: heat abstractor
184: auxiliary tank 190: condenser
200: rock restraint device 220: the restriction jig
222: through hole 240: isolate jig
242: excision portion 260: assembling parts
The specific embodiment
Below, with reference to accompanying drawing, the structure of air-conditioner outdoor unit of the present invention is elaborated.
Fig. 2 is an air-conditioner outdoor unit surface structure schematic diagram of the present invention.Fig. 3 is an air-conditioner outdoor unit internal structure decomposing schematic representation of the present invention.
As shown in the figure, the profile of off-premises station 100 is by the left forward side panel 110 that forms the left forward side outward appearance, form the right forward side panel 120 of positive right side and right flank outward appearance, form the rear face plate 130 of the back side and left surface outward appearance, form the top panel 140 of end face outward appearance, and important structure part of the present invention---chassis 150 constitutes.
At the upper and lower sides of above-mentioned left forward side panel 110, be formed with the outlet 112 of discharging air in couples.Be provided with on above-mentioned outlet 112 and discharge grid 114, the discharge of diversion air prevents that foreign matter from entering.
In addition, as shown in Figure 3, on the outlet 112 of above-mentioned left forward side panel 110, the rearward outstanding mouth of pipe 116 that is formed with.That is, around the above-mentioned outlet 112 of circle, outstandingly backward be formed with the cylindric mouth of pipe 116, the flowing of diversion air.
Above-mentioned right forward side panel 120 has " " shape shape (when observing from the top), forms the outward appearance of off-premises station 100 right forward side portions and right flank.In addition, the right flank upper end at above-mentioned right forward side panel 120 is formed with controller impenetrating mouth 122, the inside and the external communications of the control cabinet 180 that will illustrate below allowing.
Above-mentioned controller impenetrating mouth 122 has and control cabinet 180 corresponding sizes, by controller cage 124 sealings of loading and unloading with being allowed a choice.In the right flank lower end of the downside front panel 120 of above-mentioned controller impenetrating mouth 122, be formed with the cut 126 of the pipe arrangement support member 176 that will illustrate below installing by a certain size.
Above-mentioned rear face plate 130 has " " shape shape (when observing from the top) substantially, is formed with a plurality of air suction inlets 132.Above-mentioned air suction inlet 132 is used for extraneous air and flows into off-premises station 100 inside, is respectively formed at the back side and the left surface of above-mentioned rear face plate 130.
The bottom outward appearance of above-mentioned off-premises station 100 is formed by chassis 150.Above-mentioned chassis 150 has the rectangular flat structure, supports a plurality of parts.At the bottom on above-mentioned chassis 150 left and right sides, be formed with fixed mount 152 symmetrically, support above-mentioned off-premises station 100.
Upside on above-mentioned chassis 150 is formed with separates walls 154 by fore-and-aft direction.Above-mentioned separates walls about 154 is divided off-premises stations 100 inner spaces, has more to the rear side warpage structure repeatedly more to the right.In addition, in the upper end of above-mentioned separates walls 154, be recessed to form the controller installation portion 154 ' that above-mentioned control cabinet 180 is installed downwards.
In the inside of above-mentioned controller installation portion 154 ', be provided with control cabinet 180.Above-mentioned control cabinet 180 is used to control off-premises station 100 internal parts, and its inside is provided with a plurality of electronic units.As shown in the figure, above-mentioned control cabinet 180 has the open box structure in top, divides across the left side and the right side of above-mentioned separates walls 154 to be provided with.In the bottom surface of above-mentioned control cabinet 180, be provided with heat abstractor and auxiliary tank 184.
Above-mentioned heat abstractor is by the rectangular flat shape heat sink that is installed in above-mentioned control cabinet 180 bottom surfaces, and a plurality of fin of giving prominence to downwards from above-mentioned heat sink constitute.In addition, above-mentioned heat sink and fin are fabricated to suitable with the good material of heat-conductive characteristics such as aluminium.When making above-mentioned heat sink and fin, can easily dispel the heat to above-mentioned control cabinet 180 with the good material of heat-conductive characteristic.
Left-hand end and rear end on the chassis, left side 150 of above-mentioned separates walls 154 are provided with heat exchanger 160.Above-mentioned heat exchanger 160 allows and carries out heat exchange by air suction inlet 132 leaked-in airs.Above-mentioned heat exchanger 160 has " " shape shape (when from top observing) corresponding with above-mentioned rear face plate 130 and is advisable.
At the rear of above-mentioned left forward side panel 110, be provided with the blowing fan 162 of blow air.Said fan 162 allow the extraneous air that flows into by above-mentioned air suction inlet 132, flow through above-mentioned heat exchanger 160 after, by above-mentioned outlet 112 rows to the outside.
At the rear side of said fan 162, be provided with the fan motor 164 that produces rotary power.Above-mentioned fan motor 164 is arranged on the axis identical with blowing fan 162, is installed on the motor cabinet 166.Said fan 162 and fan motor 164 are arranged on upper and lower sides symmetrically with above-mentioned outlet 112.The rear side of above-mentioned motor cabinet 166 is assembled on the motor supports 168.
Upper central position on above-mentioned chassis 150 is formed with motor supports 168 by above-below direction strip ground.168 pairs of said fan of above-mentioned motor supports 162 and fan motor 164 support.The lower end of above-mentioned motor supports 168 is fixed on the above-mentioned chassis 150; Its upper end is fixed on the above-mentioned top panel 140.
On the right side of above-mentioned separates walls 154, be provided with compressor 170.Above-mentioned compressor 170 is compressed into high-temperature high-pressure state to the refrigerant that flows, carries out heat exchange between indoor set (figure slightly) and off-premises station 100; Fix, be arranged on the above-mentioned chassis 150.
That is,, be provided with and have the rectangular slab structure substantially, allow above-mentioned compressor 170 be fixedly installed to installing plate 172 on the chassis 150 in the lower end of above-mentioned compressor 170.In four bights of above-mentioned installing plate 172, perforation is formed with the hole 172 ' that can allow screw run through, and allows the end face on above-mentioned chassis 150 and the bottom surface of installing plate 172 mutually combine.
With above-mentioned compressor 170 across a certain distance the outside mutually, be provided with tube connector 174.Above-mentioned tube connector 174 is communicated with the upper end of above-mentioned compressor 170, has the complicated shape of many inflection song.
In addition, the side at above-mentioned tube connector 174 is connecting condenser 190.Above-mentioned condenser 190 allows the HTHP refrigerant of above-mentioned compressor 170 compressions carry out condensation.The refrigerant that flows through above-mentioned compressor 170 flows into above-mentioned condenser 190 by above-mentioned tube connector 174.
The end of above-mentioned tube connector 174 combines with pipe arrangement support member 176.Above-mentioned pipe arrangement support member 176 is upwards vertically installed from the end face right side on above-mentioned chassis 150.Above-mentioned pipe arrangement support member 176 supports tubing connection portion 177 and the charge valve 179 that is communicated with indoor set (figure slightly).
At the downside of above-mentioned compressor 170, be provided with chassis 150.Above-mentioned chassis 150 forms the bottom outward appearance of off-premises station 100, to a plurality of parts of upper support side disposed thereon.At the bottom surface on above-mentioned chassis 150 left and right sides, be formed with fixed mount 152 by fore-and-aft direction strip ground, the bottom surface on above-mentioned chassis 150 is kept and ground state separated by a certain interval.
End face on above-mentioned chassis 150 outstanding is formed with a plurality of ribs 156.Above-mentioned ribs 156 is used to strengthen the intensity on above-mentioned chassis 150, is formed with a plurality of with multiple shape.Intensity is strengthened by above-mentioned ribs 156 in above-mentioned chassis 150, can support its inner parts.
In addition, at the right side on above-mentioned chassis 150 end face, the erection bolt 157 that projects upwards is installed.Above-mentioned erection bolt 157 insertions are assembled in above-mentioned perforation and are formed in the hole 172 ' of installing plate 172, prevent above-mentioned compressor 170 150 disengagings from the chassis.
General centre on above-mentioned chassis 150, perforation is formed with assembly hole 158.The through hole 222 that will illustrate below above-mentioned assembly hole 158 is assembled in by assembling parts such as screw 260.Above-mentioned assembly hole 158 can allow above-mentioned assembling parts 260 insert, and the restriction jig 220 that will illustrate below being used to prevent separates with chassis 150.
Above-mentioned assembly hole 158 has number and the size corresponding with above-mentioned through hole 222, so that combine one by one with above-mentioned through hole 222.
In addition, at the upside of above-mentioned assembly hole 158, be formed with important structure of the present invention---rock restraint device 200.The above-mentioned restraint device 200 that rocks under the situation that has external impact, prevents that rocking from appearring in above-mentioned tube connector 174.A side on above-mentioned chassis 150 is fixed, is installed in to the above-mentioned restraint device 200 that rocks above-mentioned tube connector 174 is inserted in inner state, can prevent rocking of tube connector 174 and condenser 190 simultaneously.
Below, with reference to accompanying drawing,, be elaborated to above-mentioned restraint device 200 structures of rocking.
Fig. 4 is an air-conditioner outdoor unit important structure part of the present invention---rock the view that restraint device separates from the chassis.Fig. 5 is an air-conditioner outdoor unit important structure part of the present invention---rock restraint device STRUCTURE DECOMPOSITION schematic diagram.
As shown in the figure, the above-mentioned restraint device 200 that rocks comprises above-mentioned tube connector 174 is limited, prevents that it breaks away from 150 restriction jig 220 from the chassis, and be inserted between above-mentioned restriction jig 220 and the tube connector 174, allow above-mentioned tube connector 174 and restriction jig 220 keep mutually the isolation jig 240 of state across a certain distance.
Above-mentioned restriction jig 220 have the rectangular slab of strip by
The structure that shape is shaped.Above-mentioned tube connector 174 can be accommodated in the circular arc inside of above-mentioned restriction jig 220; The curvature of its central part is greater than the external diameter of above-mentioned tube connector 174; Inner circumferential surface is encircled the outer peripheral face of above-mentioned tube connector 174 with phase state across a certain distance.
At the left and right sides of above-mentioned restriction jig 220, be formed with through hole 222.Above-mentioned through hole 222 is used for above-mentioned restriction jig 220 is installed in chassis 150.Above-mentioned through hole 222 is run through its inner assembling parts such as screw 260 and is assembled on the assembly hole 158 on chassis 150, prevents that above-mentioned restriction jig 220 from separating with chassis 150.
In the central interior of above-mentioned restriction jig 220, insert above-mentioned isolation jig 240.Above-mentioned isolation jig 240 prevents that above-mentioned tube connector 174 and restriction jig 220 are in contact with one another, and the inner face of the end face of above-mentioned isolation jig 240 and above-mentioned restriction jig 220 is in contact with one another.
The central part shape of above-mentioned isolation jig 240 is corresponding with above-mentioned tube connector 174 circumferential shapes.This is because when having this structure, is arranged at above-mentioned isolation jig 240 under the state of restriction jig 220 inside, even above-mentioned off-premises station 100 is impacted, also can prevent above-mentioned impulsive force, and above-mentioned restriction jig 220 is contacted with tube connector 174.
Above-mentioned isolation jig 240 is formed suitable by the material with elastic force, so that absorb outside impact, prevent that above-mentioned impact from passing to tube connector 174.Such as, can make above-mentioned isolation jig 240 with working the elastomeric material that absorbs percussion and anti-sliding stop effect simultaneously.
Below,, to Fig. 5 air-conditioner outdoor unit 100 operation principles of the present invention are described with reference to Fig. 3.
Above-mentioned air-conditioner outdoor unit 100 with indoor set (figure slightly) interlock, carries out work by user's setting.Above-mentioned fan motor 164 is connected external power source, is rotated.
Along with above-mentioned fan motor 164 rotations, the blowing fan 162 that is arranged on same axis reward is rotated, and allows air flow by force.Under the turning effort of said fan 162, extraneous air flows into off-premises station 100 inside by above-mentioned air suction inlet 132, carries out heat exchange when flowing through above-mentioned heat exchanger 160.
In addition, behind the connection external power source, above-mentioned compressor 170 is carried out work.At this moment, the refrigerant by above-mentioned compressor 170 is compressed flows to above-mentioned heat exchanger 160 and indoor set (figure slightly) by tube connector 174.The refrigerant that flows through above-mentioned heat exchanger 160 carries out heat exchange with the extraneous air that flows into by above-mentioned air suction inlet 132.
The extraneous air that carries out heat exchange when flowing through above-mentioned heat exchanger 160, flow into said fan 160 after, by the above-mentioned mouth of pipe 116 water conservancy diversion, to the outside, indoor environment is regulated by above-mentioned outlet row.
Below, with reference to accompanying drawing, above-mentionedly rock restraint device 200 to utilizing, be fixed on installation process on the chassis 150 with the structure that can prevent to rock and above-mentioned tube connector 174, describe in the lump.
As shown in Figure 4 at chassis 150, compressor 170 and rock under the state that restraint device 200 separates fully, at first above-mentioned compressor 170 is assembled on the erection bolt 157.Behind the above-mentioned erection bolt 157 of above-mentioned hole 172 inner insertions, assemble above-mentioned erection bolt 157 and nut (figure is slightly), above-mentioned compressor 170 is fixed on the chassis 150.Here, above-mentioned compressor 170 is in the state that is interconnected with tube connector 174 and condenser 190.
After install finishing, above-mentioned tube connector 174 is in and above-mentioned chassis 150 end faces across a certain distance state mutually, can shake when having external impact.Therefore, externally shake under the percussion, the above-mentioned restraint device 200 that rocks is installed on the chassis 150 in order to prevent above-mentioned tube connector 174.
At first, above-mentioned tube connector 174 is inserted in excision portion 242 inside, allows tube connector 174 combine with isolation jig 240.At this moment, above-mentioned tube connector 174 contacts with excision portion 242 medial surfaces of above-mentioned isolation jig 240.
Afterwards, as shown in Figure 5, move down above-mentioned restriction jig 220, it is placed on the end face of above-mentioned isolation jig 240, above-mentioned restriction jig 220 central portion bottom surfaces are contacted with isolation jig 240 end faces.
After running through above-mentioned through hole 222 with above-mentioned assembling parts 260 afterwards, be assembled in the above-mentioned assembly hole 158, above-mentioned restriction jig 220 is fixed on the above-mentioned chassis 150, prevent its disengaging.Thereby, allow the above-mentioned restraint device 200 that rocks retrain above-mentioned tube connector 174.
Scope of the present invention is not subject to the foregoing description, in above-mentioned technical scope, for industry those skilled in the art, can be that other a lot of distortion are carried out on the basis with the present invention.
Claims (6)
1, a kind of air-conditioner outdoor unit includes the chassis that forms the bottom outward appearance, built-in parts are supported;
Be installed in a side on described chassis, refrigerant be compressed into the compressor of high-temperature high-pressure state;
Be communicated with, allow HTHP refrigerant condenser condensing from described compressor with described compressor by tube connector;
Be arranged on above-mentioned chassis upside separated by a certain intervally, receive that the rotary power that the fan motor produces is rotated, the blowing fan of blow air by force;
And the air that allows described blowing fan the blow heat exchanger that carries out heat exchange; It is characterized in that:
Side on described chassis is provided with and accommodates above-mentioned tube connector in inside and prevent the restraint device that rocks that tube connector shakes.
2, air-conditioner outdoor unit according to claim 1, it is characterized in that: the described restraint device that rocks comprises it being to be housed in inner and to be fixed on the chassis to described tube connector, prevent the restriction jig that described tube connector breaks away from and be positioned at described restriction jig inside, allow described restriction jig and tube connector keep mutually the isolation jig of state across a certain distance.
3, air-conditioner outdoor unit according to claim 2 is characterized in that: in a side of described restriction jig, perforation is provided with and allows assembling parts run through, make described restriction jig to be fixedly mounted on through hole on the chassis.
4, air-conditioner outdoor unit according to claim 2 is characterized in that: described isolation jig is formed by the elastomeric element with elastic force.
5, air-conditioner outdoor unit according to claim 4 is characterized in that: in a side of described isolation jig, be provided with the excision portion that can accommodate described tube connector in inside.
6, air-conditioner outdoor unit according to claim 3 is characterized in that:
Side on described chassis, perforation are provided with the assembly hole that allows the assembling parts that runs through described through hole insert.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100158533A CN1959228A (en) | 2005-11-03 | 2005-11-03 | Outdoor machine of air condition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100158533A CN1959228A (en) | 2005-11-03 | 2005-11-03 | Outdoor machine of air condition |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1959228A true CN1959228A (en) | 2007-05-09 |
Family
ID=38071044
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2005100158533A Pending CN1959228A (en) | 2005-11-03 | 2005-11-03 | Outdoor machine of air condition |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1959228A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101592363A (en) * | 2008-05-26 | 2009-12-02 | 乐金电子(天津)电器有限公司 | The split-type air conditioner off-premises station |
| CN101586869B (en) * | 2008-05-23 | 2013-01-23 | 乐金电子(天津)电器有限公司 | Base component of outdoor unit of air conditioner |
-
2005
- 2005-11-03 CN CNA2005100158533A patent/CN1959228A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101586869B (en) * | 2008-05-23 | 2013-01-23 | 乐金电子(天津)电器有限公司 | Base component of outdoor unit of air conditioner |
| CN101592363A (en) * | 2008-05-26 | 2009-12-02 | 乐金电子(天津)电器有限公司 | The split-type air conditioner off-premises station |
| CN101592363B (en) * | 2008-05-26 | 2013-09-25 | 乐金电子(天津)电器有限公司 | Split type outdoor unit of air conditioner |
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