CN201909398U - Three-segment type air conditioning form structure - Google Patents
Three-segment type air conditioning form structure Download PDFInfo
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- CN201909398U CN201909398U CN2010205361200U CN201020536120U CN201909398U CN 201909398 U CN201909398 U CN 201909398U CN 2010205361200 U CN2010205361200 U CN 2010205361200U CN 201020536120 U CN201020536120 U CN 201020536120U CN 201909398 U CN201909398 U CN 201909398U
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- air conditioner
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Abstract
The utility model discloses a three-segment type air conditioning form structure comprising a fission type air-conditioner. The indoor machine of the fission type air-conditioner faces the indoor side, the outdoor machine of the fission type air-conditioner faces the outdoor side, and the indoor machine and the outdoor machine of the fission type air-conditioner are connected with the form body by upper and lower vibration-reducing prefabricated connecting pieces. The three-segment type air conditioning form structure is characterized in that: a C-shaped vibration-reducing prefabricated connecting piece is formed through the connection of the indoor machine of the fission type air-conditioner and the upper vibration-reducing prefabricated connecting piece connected with the form body; the lower vibration-reducing prefabricated connecting piece is reversed L-shaped, the bottom of the vibration-reducing prefabricated connecting piece is connected with a wall body, all the inner angles are in an arc transition which ensures airflow-guiding functions of air entering and exhausting are carried out by the outdoor machine of the fission type air-conditioner.
Description
Technical field:
The utility model relates to a kind of wall body structure, particularly a kind of syllogic air conditioning window body structure.
Background technology:
No matter separate type air conditioner in the market or wall-through type air conditioner structurally or in the use all exist tangible deficiency.For wall-through type air conditioner,, not quite liked by people because its noise is big.And the indoor set of separate type air conditioner does not have new wind configuration, and air quality is relatively poor, and it is indoor that the people stays in for a long time, easily suffers from air conditioner disease; The off-premises station of separate type air conditioner generally is suspended on outside the body of wall, destroys the unification and the coordination of outer surface of wall, is repugnant to the eye.In addition, the off-premises station of present most of separate type air conditioners adopts steel bracket to add the swell fixture supporting, and corrosion and loosening appears in wind and weather easily for a long time, has potential safety hazard; Also have the indoor set of separate type air conditioner to connect the finishing that its connecting pipe influence is indoor and attractive in appearance with copper pipe is on-the-spot with off-premises station.
In order to overcome above-mentioned defective, the patent No. provides a kind of window type air conditioner for 01138217.1 Chinese patent, and it is designed to one with compressor for air conditioner, condenser, evaporimeter and window, forms the whole window that contains air conditioner.It is put in the bottom that outdoor condenser (cooling condition) and compressor partly are located at forms, be wholely set with lower window frame, be put in indoor evaporimeter (cooling condition) and partly be located at forms top, be wholely set, two partly pass the connection of window frame post up and down by copper pipe with upper window frame.So the window formula air conditioner of design has new wind by sending into air conditioning area in the room in the inlet chamber of forms top after evaporator cools, has avoided the various shortcomings of existing wall-through type air conditioner and separate type air conditioner.But this window type air conditioner transports and installs cumbersome, therefore as because this window type air conditioner by factory, with indoor set and off-premises station and window integral manufacturing, causes that to transport goods huge, turnover door opening inconvenience, and cause security incident when mounted easily.Owing between indoor set and off-premises station and the forms vibration-proof structure is not set, because the inevitable vibration of air conditioner when operation, the time one is long in addition, causes air conditioner to resonate with forms when operation, the generation noise.But also can make between the indoor set and off-premises station and forms of air conditioner, produce the space between forms and the body of wall, occur leaking, air leakage phenomena.
The utility model content:
The purpose of this utility model is to provide a kind of syllogic air conditioning window body structure, it is between indoor set, off-premises station and the forms, be provided with vibration-proof structure between forms and the body of wall, avoided between the indoor set of air conditioner behind the air conditioner long-play and off-premises station and forms, forms and body of wall, can not producing the space, prevented to leak, leak out and noise phenomenon takes place and easy for installation.
The technical problem that the utility model solved can realize by the following technical solutions:
A kind of syllogic air conditioning window body structure, comprise separate type air conditioner, the indoor set faced chamber inboard of described separate type air conditioner, the off-premises station faced chamber outside of described separate type air conditioner, the indoor set of described separate type air conditioner is connected with described forms by the prefabricated connector of upper and lower vibration damping with off-premises station; It is characterized in that the prefabricated connector of last vibration damping that the indoor set of described separate type air conditioner is connected with forms is one one-tenth " prefabricated connector of the vibration damping of [" shape; The described down prefabricated connector of vibration damping is a prefabricated connector of vibration damping that meets at right angles shape, and the bottom of the prefabricated connector of following vibration damping is connected with described body of wall, and its all interior angle is an arc-shaped transition, and formation is to the off-premises station air intake of separate type air conditioner, the guide functions of air-out.Thereby quicken the heat exchanger effectiveness of the off-premises station of separate type air conditioner, reached good heat exchange effect.
In an embodiment of the present utility model, employing fissure of displacement form is connected between the bottom of the described down prefabricated connector of vibration damping and the described body of wall, wherein descend the bottom and the seam between the described body of wall outside of the prefabricated connector of vibration damping to be lower than the bottom of the following prefabricated connector of vibration damping and the seam between the described body of wall indoor, prevent to leak out, leak, safe and reliable.
In an embodiment of the present utility model, in the body of wall of described forms both sides, be respectively arranged with prefabricated pipeline installed part or be directly molded on pipeline installed part in the body of wall, be provided with the cavity that condensate pipe, copper pipe and the wire harness of the indoor set that holds described separate type air conditioner and off-premises station pass in the described pipeline installed part, this cavity and the prefabricated connector of described upper and lower vibration damping interconnect.
Further, the part of described pipeline installed part between the prefabricated connector of upper and lower vibration damping is provided with opening, so that the indoor set of described separate type air conditioner and condensate pipe, copper pipe and the wire harness of off-premises station are placed in the described cavity.
Described opening surface is to the side of forms, be provided with a pair of cover plate at opening portion, leave the gap between the described cover plate, the width in this gap can constrain in the described cavity stating the indoor set of separate type air conditioner and condensate pipe, copper pipe and the wire harness of off-premises station like this less than the width of the cavity of prefabricated pipeline installed part.
Installation site corresponding to described forms on described pipeline installed part is provided with some locating holes, the location when being convenient to described forms and installing and fixing.
Described opening surface is to indoor, after condensate pipe, copper pipe and the wire harness of the indoor set of described separate type air conditioner and off-premises station are placed in the described cavity, uses cement seal, carries out interior decoration then.
In an embodiment of the present utility model, be provided with beam between the prefabricated connector of vibration damping and prefabricated connector of following vibration damping and the described body of wall on described.
In an embodiment of the present utility model, the described prefabricated connector of vibration damping of going up adopts foam cement to make with the prefabricated connector of following vibration damping.
In an embodiment of the present utility model, described going up in prefabricated connector of vibration damping and the prefabricated connector of following vibration damping is filled with the vibration damping particle.
Syllogic air conditioning window body structure of the present utility model, the indoor set of separate type air conditioner and off-premises station and forms can be installed to respectively in its reservation installing hole on body of wall of body of wall successively, install again after need not the indoor set of separate type air conditioner and off-premises station and forms are made an integral body, it is more convenient to install, the indoor set of separate type air conditioner and off-premises station are by last, the prefabricated connector of following vibration damping is connected with described forms, can not cause the vibrations of forms, having solved the vibrations because of indoor set and off-premises station of the prior art causes forms to shake leaking of occurring, there is not any potential safety hazard in air leakage phenomena; Condensate pipe between indoor set and the off-premises station, copper pipe and wire harness all are arranged in the prefabricated pipeline installed part, make indoor neatlyer, attractive in appearance, can not destroy the effect of interior decoration, realize the purpose of this utility model.
Characteristics of the present utility model can be consulted the detailed description of the graphic and following better embodiment of this case and be obtained to be well understood to.
Description of drawings:
Further specify the utility model below in conjunction with the drawings and specific embodiments.
Fig. 1 is the structural representation that contains the wall body structure of separate type air conditioner of the present utility model;
Fig. 2 is the side schematic view that contains the wall body structure of separate type air conditioner of the present utility model;
Fig. 3 is the structural representation of fresh wind port of the present utility model;
Fig. 4 is a structural representation of going up the prefabricated connector of vibration damping of the present utility model;
Fig. 5 a is that the structure first of the prefabricated connector of vibration damping down of the present utility model is implemented illustration;
Fig. 5 b is that the structure second of the prefabricated connector of vibration damping down of the present utility model is implemented illustration;
Fig. 6 is the mounting structure schematic diagram of a kind of prefabricated pipeline installed part of the present utility model;
Fig. 7 a is that the structure first of a kind of prefabricated pipeline installed part of the present utility model is implemented illustration;
Fig. 7 b is that the structure second of a kind of prefabricated pipeline installed part of the present utility model is implemented illustration;
Fig. 8 is the side schematic view of Fig. 7 a, Fig. 7 b;
Fig. 9 is for using the overall structure schematic diagram of a kind of prefabricated pipeline installed part of the present utility model;
The structural representation of the prefabricated pipeline installed part of Figure 10 another kind of the present utility model.
The specific embodiment:
For technological means, creation characteristic that the utility model is realized, reach purpose and effect is easy to understand, below in conjunction with concrete diagram, further set forth the utility model.
Embodiment
As shown in Figure 1 and Figure 2, when syllogic air conditioning window body structure of the present utility model is specifically used, comprise body of wall 10 and separate type air conditioner, the indoor set 20 faced chamber inboards of separate type air conditioner, the off-premises station 30 faced chamber outside of separate type air conditioner, body of wall 10 is provided with reserves installing hole 11, reserve indoor set 20 and off-premises station 30 and forms 40 that installing hole 11 is used to install separate type air conditioner, the off-premises station 30 of the indoor set 20 of separate type air conditioner, forms 40 and separate type air conditioner is fixed on by top-down order and reserves in the installing hole 11.
Referring to Fig. 2, the indoor set 20 of separate type air conditioner is connected with forms 40 by the prefabricated connector 21 of last vibration damping, and the prefabricated connector 31 of vibration damping was connected with forms 40 under the off-premises station 30 of separate type air conditioner passed through.
Referring to Fig. 4, in the utility model, the prefabricated connector 21 of the last vibration damping that the indoor set 20 of separate type air conditioner is connected with forms 40 is one one-tenth, and " the prefabricated connector of the vibration damping of [" shape, indoor set 20 are inlaid in the prefabricated connector 21 of vibration damping; The bottom of the prefabricated connector 21 of last vibration damping is provided with some fresh wind ports 22 corresponding to the outer fix of forms 40, and extraneous new wind enters the indoor set 20 of split-type air conditioner by fresh wind port 22, because fresh wind port 22 is provided with downwards, can ventilates and can not leak.(referring to Fig. 3)
Referring to Fig. 5 a, Fig. 5 b, in the utility model, the prefabricated connector 31 of the following vibration damping that the off-premises station 30 of separate type air conditioner is connected with forms 40 is a prefabricated connector of vibration damping that meets at right angles shape, the bottom of the prefabricated connector 31 of following vibration damping is connected with body of wall 10, and the prefabricated connector 31 of following vibration damping is wrapped on the off-premises station 30.
In the utility model, because the off-premises station 30 of separate type air conditioner is embedded in the body of wall 10 by the following prefabricated connector 31 of vibration damping, have only the outside of the off-premises station 30 of separate type air conditioner externally to carry out heat exchange, outwards dry by potent cross flow fan 32 in the top of the off-premises station 30 of separate type air conditioner, produce the off-premises station 30 below air intakes of negative pressure by separate type air conditioner, the interior angle of the prefabricated connector 31 of following vibration damping is an arc-shaped transition, formation is to the guide functions of the off-premises station air intake of separate type air conditioner, quicken the heat exchanger effectiveness of the off-premises station of separate type air conditioner, reached good heat exchange effect.
Referring to Fig. 5 a, the bottom of the prefabricated connector 31 of following vibration damping and the junction of body of wall 10 33 adopt fissure of displacement forms to be connected and with body of wall 10 mutual setting-ins, wherein descend the bottom and the seam between body of wall 10 outsides of the prefabricated connector 31 of vibration damping to be lower than the bottom of the following prefabricated connector 31 of vibration damping and the seam between body of wall 10 indoors, agent is connected with water-resistant adhesives by cement between junction 33 and the body of wall 10, prevent to leak out, leak, safe and reliable.Certainly, the bottom of the prefabricated connector 31 of following vibration damping can also be connected by fluid sealant or seal 33 ' with body of wall 10, and same like this can preventing leaked out, leaked, and be safe and reliable.(referring to Fig. 5 b)
In the utility model, the condenser 34 of the off-premises station 30 of separate type air conditioner is provided with a water knockout drum 35, the indoor set 20 of separate type air conditioner is connected on the condenser 34 of off-premises station 30 of separate type air conditioner by condensate pipe 12 and water knockout drum 35 successively, and the bottom of condenser 34 connects condensate draining pipe 36; Because the wall body structure that contains separate type air conditioner of the present utility model, the indoor set 20 of separate type air conditioner is placed the top of forms 40, the off-premises station 30 of separate type air conditioner places the below of forms 40, the indoor set 20 of separate type air conditioner and the off-premises station 30 of separate type air conditioner have formed vertical line, need not under the situation of any power, allowing condensed water pass through condensate pipe 12 and flow naturally from top to down.It needs to be noted, be provided with water discharge apparatus 12 ', so that collect condensed water better at the top of condensate pipe 12.(referring to Fig. 2 and Fig. 4)
Be provided with the drip tray 37 that is used for accepting the water that condenser 34 flows out in the bottom of the condenser 34 of the off-premises station 30 of separate type air conditioner, drip tray 37 bottoms are connected with condensate draining pipe 36.
Bottom at water knockout drum 35 is provided with tapping hole, the drip tray 37 of the indoor set 20 of separate type air conditioner connects water knockout drum 35 by condensate draining pipe 36 successively, the condensed water that water knockout drum 35 flows out drenches on the condenser 34 of off-premises station 30, after the heat exchange of part condensed water, form the steam evaporation and take away the heat of condenser 34, another part flow in the drip tray 37 of condenser 34 bottoms, discharge by the condensate draining pipe 36 that is connected with condensed water discharge outlet 311 on the drip tray 37 of condenser 34 bottoms, the condensed water that this embodiment will flow down has flowed directly to and has carried out heat exchange on the condenser 34, through test, the device 34 direct heat exchange that is condensed of 80% condensed water is arranged, has only the device 34 direct heat exchange that is condensed of 40% condensed water and utilize a little sprayer that condensed water is sprayed onto method on the condenser in the market, the condensed water reclamation rate doubles many, has improved the Energy Efficiency Ratio of separate type air conditioner widely.
Usually, condensate draining pipe 36 is embedded in down in the body of wall 10 of the prefabricated connector of vibration damping 31 bottoms and with the condensed water discharge outlet 311 of separate type air conditioner and is connected.
Condensed water discharge outlet 311 on the drip tray 37 of condenser 34 bottoms is connected with condensate draining pipe 36 by a damping connector; Described damping connector is made of a funnel 38 and beam 39 one that are arranged on funnel 38 peripheries, the internal diameter of funnel 38 upper port is greater than the internal diameter of the condensed water discharge outlet 311 on the drip tray 37 of condenser 34 bottoms, funnel 38 upper port also are connected with condensed water discharge outlet 311 on the drip tray 37 of condenser 34 bottoms, the external diameter of funnel 38 lower port is less than the internal diameter of condensate draining pipe 36, and funnel 38 lower port are connected with condensate draining pipe 36.
The usefulness rubber plastic is special forms for beam 39, designs and produces with funnel 38 one, can damping can do the off-premises station 30 of separate type air conditioner and the connector between the condensate draining pipe 36 again; What is more important, the internal diameter of funnel 38 upper port are greater than the internal diameter of condensed water discharge outlet 311, and the internal diameter of funnel 38 lower port is less than the internal diameter of condensate draining pipe 36; Generally, condensed water discharge outlet 311 external diameters are less than 10mm, the internal diameter of the upper port of funnel 38 is greater than 20mm, the internal diameter of funnel 38 lower port and the external diameter of condensed water discharge outlet 311 are again less than 10mm, below the internal diameter of prefabricated condensate draining pipe 36 greater than 20mm, just up and down three water-drainage tube parts big arrangement can juxtaposition in from top to bottom little, when shaking, can not damage by compressor of air conditioner, the vibrations that brought when having solved compressor of air conditioner work and the noise that produces are (after tested, it is 38 decibels that the air-conditioner outdoor unit of 2000W is lower than 30% of 55 decibels of national regulations), and solved the difficult problem of the easy seepage of condensed water, use is without fear of an attack from the rear, significantly better than the like product of existing market.
The indoor set 20 of separate type air conditioner is connected with forms 40 with the prefabricated connector 31 of following vibration damping by the prefabricated connector 21 of last vibration damping with off-premises station 30, in the work of separate type air conditioner, can not cause the vibrations of forms 40, solved that the vibrations because of indoor set 20 and off-premises station 30 of the prior art cause that forms 40 vibrations occur leak, air leakage phenomena, do not have any potential safety hazard.
The indoor set 20 of separate type air conditioner and off-premises station 30 and forms 40 are being installed to when reserving in the installing hole 11, at first, with the bottom of reserving installing hole 11 that is installed in outside off-premises station 30 faced chamber of separate type air conditioner, will descend the prefabricated connector 31 of vibration damping to be installed in off-premises station 30 tops; Then, forms 40 are installed in down on the prefabricated connector 31 of vibration damping; At last, the prefabricated connector 21 of last vibration damping is installed in the top of forms 40, the top of the prefabricated connector 21 of last vibration damping is connected with the top of reserving installing hole 11, and the indoor set 20 of separate type air conditioner is installed in the prefabricated connector 21 of vibration damping; In the whole erection process, install again after need not the indoor set 20 of separate type air conditioner and off-premises station 30 and forms 40 are made an integral body, make the wall body structure that contains separate type air conditioner of the present utility model more convenient when the indoor set 20 that separate type air conditioner is installed and off-premises station 30 and forms 40.
As shown in Figure 6, in the utility model, in the body of wall 10 of forms 40 both sides, be respectively arranged with prefabricated pipeline installed part 41, pipeline installed part 41 interconnects with the prefabricated connector 21 of last vibration damping, the following prefabricated connector 31 of vibration damping, be provided with the cavity 410 that condensate pipe 12, copper pipe and the wire harness of the indoor set 20 that holds separate type air conditioner and off-premises station 30 pass in the pipeline installed part 41, this cavity 410 interconnects with prefabricated connector 21 of last vibration damping and the prefabricated connector 31 of following vibration damping.
As Fig. 7 a, Fig. 7 b, shown in Figure 8, the part of pipeline installed part 41 between prefabricated connector 21 of last vibration damping and the prefabricated connector 31 of following vibration damping, be provided with opening 414, so that the indoor set 20 of separate type air conditioner and condensate pipe 12, copper pipe and the wire harness of off-premises station 30 are placed in the cavity 410.
After cover plate 411 is set on the pipeline installed part 41 is convenient to condensate pipe 12, copper pipe and wire harness and embeds pipeline installed parts 41 by gap 412, the installation after the forms 10 is convenient in the sealing of pipeline installed part 41; Simultaneously, cover plate 411 also can play the fixation of condensate pipe 12, copper pipe and wire harness, prevents to deviate from from pipeline installed part 41.
Installation site corresponding to forms 10 on pipeline installed part 41 is provided with some locating holes 413, the location when being convenient to forms 10 installations and fixing; When forms 10 were installed, locating hole 413 can play the effect of location, and 10 of forms need be installed forms 10 according to the position of locating hole 413 and get final product; After the installation, forms 10 can cover gap 412.
As shown in Figure 9, condensate pipe, copper pipe and the wire harness in the pipeline installed part 41 will interconnect with the prefabricated connector 21 of last vibration damping, the following prefabricated connector 31 of vibration damping; Condensed water flows from top to down naturally by condensate pipe 12, water knockout drum 35 on the condenser 34 of the off-premises station 30 by being arranged on separate type air conditioner, the condensed water that will flow down has flowed directly to and has carried out heat exchange on the condenser 34, is discharged in the drainpipe of building whole building 50 by condensate draining pipe 36 afterwards to emit.
Equally, in the utility model, in the body of wall 10 of forms 40 both sides, be respectively arranged with the pipeline installed part 41 that is directly molded in the body of wall 10, (referring to Figure 10), pipeline installed part 41 interconnects with the prefabricated connector 21 of last vibration damping, the following prefabricated connector 31 of vibration damping, be provided with the cavity 410 that condensate pipe 12, copper pipe and the wire harness of the indoor set 20 that holds separate type air conditioner and off-premises station 30 pass in the pipeline installed part 41, this cavity 410 interconnects with prefabricated connector 21 of last vibration damping and the prefabricated connector 31 of following vibration damping.
The part of pipeline installed part 41 between prefabricated connector 21 of last vibration damping and the prefabricated connector 31 of following vibration damping, be provided with opening 414, so that the indoor set 20 of separate type air conditioner and condensate pipe 12, copper pipe and the wire harness of off-premises station 30 are placed in the cavity 410.
In opening 414 faced chamber, after condensate pipe 12, copper pipe and the wire harness of the indoor set 20 of separate type air conditioner and off-premises station 30 are placed in the cavity 410, use cement seal, carry out interior decoration then.
In the utility model, between the prefabricated connector 21 of last vibration damping and prefabricated connector 31 of following vibration damping and body of wall 10, be provided with the beam (not shown), when absorbing the indoor set 20 of separate type air conditioner and off-premises station 30 work by beam to the vibrations of prefabricated connector 21 of last vibration damping and prefabricated connector 31 generations of following vibration damping.
In the utility model, the prefabricated connector 31 of prefabricated connector of last vibration damping 21 and following vibration damping adopts foam cements to make, also can by in prefabricated connector 21 of last vibration damping and the prefabricated connector 31 of following vibration damping, be filled with the vibration damping particle when absorbing the indoor set 20 of separate type air conditioner and off-premises station 30 and working on the vibrations of the prefabricated connector 21 of vibration damping and prefabricated connector 31 generations of following vibration damping.
More than show and described basic principle of the present utility model and principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; that describes in the foregoing description and the specification just illustrates principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. syllogic air conditioning window body structure, comprise separate type air conditioner, the indoor set faced chamber inboard of described separate type air conditioner, the off-premises station faced chamber outside of described separate type air conditioner, the indoor set of described separate type air conditioner is connected with described forms by the prefabricated connector of upper and lower vibration damping with off-premises station; It is characterized in that the prefabricated connector of last vibration damping that the indoor set of described separate type air conditioner is connected with forms is one one-tenth " prefabricated connector of the vibration damping of [" shape; The described down prefabricated connector of vibration damping is a prefabricated connector of vibration damping that meets at right angles shape, and the bottom of the prefabricated connector of following vibration damping is connected with described body of wall, and its all interior angle is an arc-shaped transition, and formation is to the off-premises station air intake of separate type air conditioner, the guide functions of air-out.
2. window structure as claimed in claim 1, it is characterized in that, adopt fissure of displacement form to be connected between the bottom of the described down prefabricated connector of vibration damping and the described body of wall, wherein descend the bottom of the prefabricated connector of vibration damping and the seam between the described body of wall outside to be lower than the bottom of the prefabricated connector of vibration damping and the seam between the described body of wall indoor.
3. window structure as claimed in claim 1, it is characterized in that, in the body of wall of described forms both sides, be respectively arranged with prefabricated pipeline installed part or be directly molded on pipeline installed part in the body of wall, be provided with the cavity that condensate pipe, copper pipe and the wire harness of the indoor set that holds described separate type air conditioner and off-premises station pass in the described pipeline installed part, this cavity and the prefabricated connector of described upper and lower vibration damping interconnect.
4. window structure as claimed in claim 3, it is characterized in that, the part of described pipeline installed part between the prefabricated connector of upper and lower vibration damping, be provided with opening, so that the indoor set of described separate type air conditioner and condensate pipe, copper pipe and the wire harness of off-premises station are placed in the described cavity.
5. window structure as claimed in claim 3 is characterized in that, the installation site corresponding to described forms on described pipeline installed part is provided with some locating holes.
6. window structure as claimed in claim 4, it is characterized in that, described opening surface is to the side of forms, be provided with a pair of cover plate at opening portion, leave the gap between the described cover plate, the width in this gap can constrain in the described cavity stating the indoor set of separate type air conditioner and condensate pipe, copper pipe and the wire harness of off-premises station like this less than the width of the cavity of prefabricated pipeline installed part.
7. window structure as claimed in claim 4, it is characterized in that described opening surface is to indoor, after condensate pipe, copper pipe and the wire harness of the indoor set of described separate type air conditioner and off-premises station are placed in the described cavity, use cement seal, carry out interior decoration then.
8. window structure as claimed in claim 1 is characterized in that, is provided with beam between the prefabricated connector of vibration damping and prefabricated connector of following vibration damping and the described body of wall on described.
9. window structure as claimed in claim 1 is characterized in that, the described prefabricated connector of vibration damping of going up adopts foam cement to make with the prefabricated connector of following vibration damping.
10. window structure as claimed in claim 1 is characterized in that, described going up in prefabricated connector of vibration damping and the prefabricated connector of following vibration damping is filled with the vibration damping particle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205361200U CN201909398U (en) | 2010-09-20 | 2010-09-20 | Three-segment type air conditioning form structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205361200U CN201909398U (en) | 2010-09-20 | 2010-09-20 | Three-segment type air conditioning form structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201909398U true CN201909398U (en) | 2011-07-27 |
Family
ID=44301599
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205361200U Expired - Fee Related CN201909398U (en) | 2010-09-20 | 2010-09-20 | Three-segment type air conditioning form structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201909398U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104315620A (en) * | 2014-04-19 | 2015-01-28 | 常州机电职业技术学院 | Outdoor unit for wall-mounted air conditioner |
-
2010
- 2010-09-20 CN CN2010205361200U patent/CN201909398U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104315620A (en) * | 2014-04-19 | 2015-01-28 | 常州机电职业技术学院 | Outdoor unit for wall-mounted air conditioner |
| CN104315620B (en) * | 2014-04-19 | 2018-05-29 | 常州机电职业技术学院 | A kind of outdoor unit of wall-hanging air conditioner |
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