CN109425089A - Air port mounting structure, indoor unit and air-conditioner set - Google Patents
Air port mounting structure, indoor unit and air-conditioner set Download PDFInfo
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- CN109425089A CN109425089A CN201711401534.5A CN201711401534A CN109425089A CN 109425089 A CN109425089 A CN 109425089A CN 201711401534 A CN201711401534 A CN 201711401534A CN 109425089 A CN109425089 A CN 109425089A
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- air port
- installation
- base body
- port component
- installation base
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- 238000000034 method Methods 0.000 abstract description 89
- 238000011900 installation process Methods 0.000 abstract description 30
- 238000004378 air conditioning Methods 0.000 description 76
- 238000010276 construction Methods 0.000 description 66
- 238000010586 diagram Methods 0.000 description 38
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/32—Supports for air-conditioning, air-humidification or ventilation units
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/02—Ducting arrangements
- F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F1/00—Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
- F24F1/0007—Indoor units, e.g. fan coil units
- F24F1/0043—Indoor units, e.g. fan coil units characterised by mounting arrangements
- F24F1/0047—Indoor units, e.g. fan coil units characterised by mounting arrangements mounted in the ceiling or at the ceiling
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2221/00—Details or features not otherwise provided for
- F24F2221/14—Details or features not otherwise provided for mounted on the ceiling
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Air Filters, Heat-Exchange Apparatuses, And Housings Of Air-Conditioning Units (AREA)
- Duct Arrangements (AREA)
- Filling Or Discharging Of Gas Storage Vessels (AREA)
- Manufacture And Refinement Of Metals (AREA)
Abstract
The present invention relates to a kind of air port mounting structure, indoor unit and air-conditioner sets, wherein air port mounting structure includes air port component (20), installation base body (30) is equipped with opening (40), and the air port component (20) is used to connect with the side wall of the opening (40).Air port component of the invention carries in such a way that side fills, and can design more installation point, the weight of air port component can be dispersed, it is not easy to problem on deformation occur；And complicated procedures of forming required for nested install can be saved during installation, simplify the installation process of air conditioner outlet structure, improves installation effectiveness.
Description
Technical field
The present invention relates to air-conditioning technical field more particularly to a kind of air port mounting structures, indoor unit and air-conditioner set.
Background technique
The air outlet structure of air conditioner of existing ceiling type air conditioner is embedded into inside furred ceiling, and the installation of air outlet structure of air conditioner needs
Want following ten steps: Step 1: furred ceiling is open；Step 2: in furred ceiling edge heavy platform；Step 3: nested for air port
Inward flange pastes U.S. line paper；Step 4: the heavy platform joint place brush bonding glue at air port nesting Yu furred ceiling edge；Step 5: adopting
Air port nesting is fixed at furred ceiling with nailing gun；Step 6: mending high-strength putty for the periphery of air port nesting and furred ceiling heavy platform；
Step 7: pasting paper of squeegeeing in air port nesting and furred ceiling edge；Step 8: brush putty is polished, mopping filling-in；Step 9: removing
The U.S. line paper and equating edge of air port nesting inward flange；Step 10: air port component is fixed in the nesting of air port with screw.
Inventors have found that at least there are following problems in the prior art: outlet air mouthpiece uses above-mentioned peace in the prior art
Dress mode, installation process are complicated, are related to that process is more, and installation period is long, and emergency works project is unable to satisfy；The constructor of each step
Member may be different, and the cooperation personnel being related to are more, it is difficult to guarantee the reliability of installation.
Summary of the invention
The purpose of the present invention is to propose to a kind of air port mounting structure, indoor unit and air-conditioner sets, so that the installation of indoor unit
It is more convenient.
To achieve the above object, the present invention provides a kind of air port mounting structure, including air port component, furred ceiling is equipped with and opens
Mouthful, air port component with the side wall of opening for connecting.
It further, further include indoor unit main body and air port component, air port component is held jointly by indoor unit main body and furred ceiling
It carries.
It further, further include mounting structure, mounting structure connect with air port component and is used to connect with the side wall of opening
It connects, so that air port component is installed on the side wall of opening by mounting structure.
Further, mounting structure includes the clamping part being located on the component of air port, is hung for air port component to be connected to
On top.
Further, mounting structure includes first connecting rod and the side being set on the component of air port dress fixing piece, and side dress is solid
Determining part has the bending installation sheet being arranged relative to sidewall slope predetermined acute angle, and first connecting rod can be inclined by bending installation sheet
Tiltedly penetrate side wall.
Further, the bottom surface of air port component mounting portion with outward extension, can be from below against furred ceiling, and leads to
It crosses screw and realizes being fixedly connected between mounting portion and furred ceiling.
Further, mounting structure includes multistage fixed structure, and air port component is formed by multistage fixed structure with furred ceiling
The connection of operability, multistage fixed structure are configured as selectively adjusting different insertions of the air port component in furred ceiling deeply
Degree.
Further, mounting structure includes installation frame, and installation frame connect with air port component and is used for the side with opening
Wall connection, so that air port component is connected by installation frame and the side wall of opening.
Further, mounting structure includes air exhausting structure connector and furred ceiling connector, is being gone out on air exhausting structure connector
On wind part, for being set to furred ceiling, air exhausting structure connector can be connect will go out furred ceiling connector with furred ceiling connector
Wind part is connected indirectly on furred ceiling.
To achieve the above object, the present invention also provides a kind of indoor units, the air port mounting structure including above-described embodiment.
To achieve the above object, the present invention also provides a kind of air-conditioner set, the indoor unit including above-described embodiment.
Based on the above-mentioned technical proposal, in the embodiment of air port mounting structure of the present invention, air port component uses the side of side dress
Formula carrying, can design more installation point, the weight of air port component can be dispersed, it is not easy to problem on deformation occur；And it is installing
When can save complicated procedures of forming required for nested install, simplify the installation process of air conditioner outlet structure, improve installation effectiveness.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, this hair
Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is component mounting method flow diagram in air port provided in an embodiment of the present invention；
Fig. 2 is air port component provided in an embodiment of the present invention and the schematic diagram that indoor unit main body is fixed；
Fig. 3 is the structural schematic diagram of Fig. 2 apoplexy mouthpiece；
Fig. 4 is the diagrammatic side-view cross-sectional schematic diagram in Fig. 3 at locating part；
Fig. 5 is the diagrammatic side-view cross-sectional schematic diagram in Fig. 3 at fixing piece；
Fig. 6 is the scheme of installation of Fig. 2 apoplexy mouthpiece and guide frame；
Fig. 7 is the schematic cross-sectional view of guide frame in Fig. 6；
Fig. 8 is the scheme of installation of guide frame and fixinig plate in Fig. 7；
Fig. 9 is adjustable direction schematic diagram of fixinig plate in Fig. 8；
Figure 10 is the structural schematic diagram of fixinig plate in Fig. 8；
Figure 11 is the structural schematic diagram one of fixing piece in Fig. 3；
Figure 12 is the structural schematic diagram two of fixing piece in Fig. 3；
Figure 13 is the structural schematic diagram three of fixing piece in Fig. 3；
Figure 14 is the bottom view of indoor unit main body in indoor unit one embodiment of the present invention.
Figure 15 is that indoor unit main body opens up the bottom view after the first mounting hole in indoor unit one embodiment of the present invention.
Figure 16 is the bottom view after the indoor unit main body in indoor unit one embodiment of the present invention is connect with connecting tube.
Figure 17 is the structural schematic diagram of connecting tube in indoor unit one embodiment of the present invention.
Figure 18 is the top view of outlet air mouthpiece in indoor unit one embodiment of the present invention.
Figure 19 is the structural schematic diagram that connecting tube is connect with outlet air mouthpiece in indoor unit one embodiment of the present invention.
Figure 20 is the structural schematic diagram that indoor unit one embodiment of the present invention is connect with roof and furred ceiling.
Figure 21 shows the structural schematic diagram of the installation base body for being equipped with air conditioner indoor unit of the embodiment of the present invention；
Figure 22 shows the explosive view of Figure 21；
Figure 23 shows the cross section structure schematic diagram of Figure 21；
Figure 24 shows the cross section structure schematic diagram of another angle of Figure 21；
Figure 25 shows the structural schematic diagram of the installation base body of the embodiment of the present invention；
Figure 26 shows the structural schematic diagram of the air conditioner indoor unit of the embodiment of the present invention；
Figure 27 shows the structural schematic diagram of the air port component of the air conditioner indoor unit of the embodiment of the present invention；
Figure 28 shows the partial enlarged view in Figure 27 at A；
Figure 29 is the schematic perspective view of tuyere structure assembly embodiment of the present invention；
Figure 30 is the structural schematic diagram that side fills fixing piece in tuyere structure assembly embodiment of the present invention；
Figure 31 is the structural schematic diagram of side hanging installation part in tuyere structure assembly embodiment of the present invention；
Figure 32 is that tuyere structure component apoplexy mouthpiece of the present invention is mounted on the configuration schematic diagram in installation base body；
Figure 33 is that tuyere structure component apoplexy mouthpiece of the present invention is mounted on the schematic cross-sectional view in installation base body.
Figure 34 is the schematic structure exploded view of an embodiment of air port mounting structure of the present invention；
Figure 35 is the schematic isometric structure chart of air port mounting structure embodiment apoplexy mouthpiece of the present invention；
Figure 36 is the schematic installation sectional view of air port mounting structure embodiment apoplexy mouthpiece of the present invention；
Figure 37 is the schematic expanded view of encircled portion in Figure 36；
Figure 38 is the schematic exploded structure chart of mounting structure one embodiment in air port of the present invention；
Figure 39 is the schematic isometric structure chart of air port mounting structure embodiment apoplexy mouthpiece of the present invention；
Figure 40 is the schematic installation diagram of mounting structure embodiment in air port of the present invention；
Figure 41 is the schematic structure cross-sectional view of mounting structure embodiment in air port of the present invention；
Figure 42 is the schematic expanded view of encircled portion in Figure 41；
Figure 43 shows the tuyere structure of first embodiment of the invention and the first assembled state schematic diagram of indoor unit main body；
Figure 44 shows the second assembled state schematic diagram of tuyere structure shown in Figure 43 Yu indoor unit main body；
Figure 45 shows the schematic front view of connector in Figure 43；
Figure 46 shows the schematic side view of Figure 45；
Figure 47 shows the schematic front view of Figure 43 apoplexy mouthpiece；
Figure 48 shows the bottom view of Figure 47；
Figure 49 shows the tuyere structure of second embodiment of the invention and the first assembled state schematic diagram of indoor unit main body；
Figure 50 shows the second assembled state schematic diagram of tuyere structure shown in Figure 49 Yu indoor unit main body；
Figure 51 shows the schematic front view of connector in Figure 49；
Figure 52 shows the schematic side view of Figure 51；
Figure 53 shows the schematic front view of Figure 49 apoplexy mouthpiece；
Figure 54 shows the bottom view of Figure 53；
Figure 55 shows scheme of installation of the wind component of one embodiment of the invention on furred ceiling；
Figure 56 is the schematic perspective view of an angle of the air port component of the embodiment of the present invention；
Figure 57 is the schematic perspective view of another angle of the air port component of the embodiment of the present invention；
Figure 58 is the partial enlargement structural representation in the portion M in Figure 57；
Figure 59 is the schematic perspective view of the installation base body of the embodiment of the present invention；
Figure 60 is the partial enlargement structural representation in the portion N in Figure 59；
Figure 61 and Figure 62 installs air port component to the process schematic of installation base body；
Figure 63 is the scheme of installation of outlet air mouthpiece in the prior art；
Figure 64 is the partial enlarged view of label A in Figure 63；
Figure 65 is the structural schematic diagram of tuyere structure one embodiment of the present invention；
Figure 66 is the fit structure schematic diagram of connector and installation frame in tuyere structure one embodiment of the present invention.
Figure 67 is the tuyere structure installation method flow diagram that one embodiment of the invention provides；
Figure 68 is the tuyere structure that one embodiment of the invention provides and the schematic diagram that installation base body is fixed；
Figure 69 be another embodiment of the present invention provides tuyere structure installation method flow diagram；
Figure 70 is tuyere structure provided in an embodiment of the present invention and the schematic diagram that the second installation base body is fixed.
In figure:
10, indoor unit main body；20, air port component；30, installation base body；40, aperture；50, panel；31, structure sheaf；32, it fills
Adorn layer；
2-3, fixing piece；2-4, suspending assembly；2-5, connector；2-6, guide frame；2-7, locating part；2-9, fixation
Piece；2-11, the second installation base body；2-31, the first aperture；2-32, the second aperture；2-33, the first plate；2-34, the second plate；2-
35, fastener；2-41, connecting plate；2-42, nut；2-61, guiding surface；2-62, groove；2-91, notch；2-92, through-hole；
3-2, air outlet；3-3, the first mounting hole；3-4, the first screw；3-5, connecting tube；3-51, first connecting portion；3-
52, stretch pipeline section；3-53, second connecting portion；3-54, the first flange；3-61, third flange；3-7, the second screw；3-9, third
Screw；3-10, connecting plate；3-11, the 4th screw；3-12, connector.
4-4, clamping part；4-4a, buckle；4-5, flange；4-6, through-hole；4-7, inclined-plane；4-9, return air inlet；
5-11, mounting groove；5-2, side fill fixing piece；5-21, bending installation sheet；5-22, air port connection sheet；5-23, first
Long hole is installed；5-24, the first connecting hole；5-25, the first auxiliary positioning portion；5-3, side hanging installation part；5-31, side hanging installation sheet；
5-32, side hanging locating plate；5-33, the second installation long hole；5-34, the second connecting hole；5-35, the second auxiliary positioning portion；5-4, limit
Bit slice；5-6, the second connecting rod；5-7, first connecting rod；
6-5, step structure；6-6, mounting portion；6-7, gasket；6-8, screw；6-9, mounting hole；
7-5, buckle；7-6, Sawtooth connection plate；7-7, screw；7-8, sawtooth；
8-11, connecting hole；8-12, air port；8-111, the first hole；8-112, the second hole；8-11a, the second toothed region；8-3,
Connector；8-31, first part；8-32, second part；8-311, threaded connector；8-312, positioning step；8-3a, weakness
Portion；8-3b, the first toothed region；8-4, nut；
9-2, installation frame；9-3, connector；9-21, mounting bar；
10-1A, guide groove；10-1B, installation plunger stage；10-2, air port component connection；10-2A, the first installation long hole；
10-2B, the first connecting hole；10-2C, the first notch；10-3, installation base body connector；10-3A, the first installation long hole；10-3B,
Second connecting hole；10-3C, the second notch；10-31, fixinig plate；10-32, the first bending part；10-33, the second bending part；
11a, air port fixinig plate；11b, limit film；11-3, installation frame；11-4, connector；11-5, the first mounting hole；
11-6, the second mounting hole；11-41, clamping joint；11-42, connecting shaft；11-43, end cap；11-44, slot；11-45, diameter reduce
Portion.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, is clearly and completely retouched to the technical solution in embodiment
It states.Obviously, described embodiment is only a part of the embodiments of the present invention, instead of all the embodiments.Based on this hair
Bright embodiment, every other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
In the description of the present invention, it is to be understood that, term " center ", " transverse direction ", " longitudinal direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "upper", "lower", "vertical", "horizontal", "top", "bottom", "inner", "outside" is
It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark
Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair
The limitation of the scope of the present invention.
The air outlet structure of air conditioner of existing ceiling type air conditioner is embedded into inside furred ceiling, and the installation of air outlet structure of air conditioner needs
Want following ten steps: Step 1: furred ceiling is open；Step 2: in furred ceiling edge heavy platform；Step 3: nested for air port
Inward flange pastes U.S. line paper；Step 4: the heavy platform joint place brush bonding glue at air port nesting Yu furred ceiling edge；Step 5: adopting
Air port nesting is fixed at furred ceiling with nailing gun；Step 6: mending high-strength putty for the periphery of air port nesting and furred ceiling heavy platform；
Step 7: pasting paper of squeegeeing in air port nesting and furred ceiling edge；Step 8: brush putty is polished, mopping filling-in；Step 9: removing
The U.S. line paper and equating edge of air port nesting inward flange；Step 10: air port component is fixed in the nesting of air port with screw.
Inventors have found that at least there are following problems in the prior art: outlet air mouthpiece uses above-mentioned peace in the prior art
Dress mode, installation process are complicated, are related to that process is more, and installation period is long, and emergency works project is unable to satisfy；The constructor of each step
Member may be different, and the cooperation personnel being related to are more, it is difficult to guarantee the reliability of installation.
For the problems of the prior art, one of purpose of the invention be propose a kind of tuyere structure installation method and
Air port mounting structure reduces the complexity of installation to simplify the installation procedure of air port component.
To achieve the above object, one aspect of the present invention proposes a kind of tuyere structure installation method, comprising the following steps:
Judge whether the support strength of installation base body meets the lifting requirements of the air port component；
If meeting the requirements, the side of the air port component is installed on installation base body, the air port component is installed on
The indoor unit main body of unit, and the installation base body mainly carries, the indoor unit main body auxiliary carrying；If being unsatisfactory for requiring,
Air port component is then installed on the indoor unit main body, the side of the air port component is installed on installation base body, and the peace
Matrix auxiliary carrying is filled, the indoor unit main body mainly carries.
Further, described, the side of air port component is installed on installation base body the following steps are included:
In the side mounting fixing parts of the air port component；Wherein, the fixing piece has the first aperture and the second aperture,
First aperture and second aperture at least one be slotted hole；The fixing piece passes through first aperture and institute
The side for stating air port component is fixed；
Second aperture is passed through using fastener to fix the air port component with the installation base body.
Further, first aperture and second aperture are slotted hole；The length direction of first aperture
Along the first direction of the air port component, the length direction of second aperture along the air port component second direction,
One of the first direction and the second direction are the longitudinal direction of the air port component, and another is the air port component
Laterally.
Further, it is described by air port component be installed on unit indoor unit main body the following steps are included:
Suspending assembly is installed on to the indoor unit main body of the unit；
The air port component is fixed with the suspending assembly.
Another aspect of the present invention provides a kind of air port mounting structure, including indoor unit main body 10 and air port component 20, institute
Air port component 20 is stated to be carried jointly by the indoor unit main body 10 and installation base body 30.
Further, the side of the air port component 20 is equipped with the fixing piece for connecting with the installation base body 30
2-3, the fixing piece 2-3 and the link position of the installation base body 30 are adjustable.
Further, the fixing piece 2-3 is realized adjustable with the link position of the installation base body 30 using slotted hole.
Further, the fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32, the first aperture 2-31
At least one is slotted hole with the second aperture 2-32；The fixing piece 2-3 passes through the first aperture 2-31 and institute
The side for stating air port component 20 is fixed；The length direction of the first aperture 2-31 along the air port component 20 first party
To second direction of the length direction along the air port component 20 of, the second aperture 2-32, the first direction and described
One of second direction is the longitudinal direction of the air port component 20, another transverse direction for the air port component 20.
Further, the indoor unit main body 10 is fixed with suspending assembly 2-4, and the air port component 20 passes through connector 2-
5 fix with the suspending assembly 2-4.
Further, the opposite two sides of the air port component 20 are installed on the installation base body 30, the air port component 20
Opposite other two sides are fixedly connected by the suspending assembly 2-4 with the indoor unit main body 10.
Further, the suspending assembly 2-4 include connecting plate 2-41 and nut 2-42, the connecting plate 2-41 with it is described
Indoor unit main body 10 is detachably connected, and the air port component 20 passes through the connector 2-5 and nut 2-42 and the company
Fishplate bar 2-41 connection.
Further, the air port component 20 is equipped with the guide frame 2- for guiding the connector 2-5 installation direction
6。
Further, air port mounting structure further includes locating part 2-7, and the locating part 2-7 is set to the air port component 20,
The locating part 2-7 has the plane that can block 30 bottom end of installation base body.
Further, air port mounting structure further includes panel 50, and the panel 50 is set to the air port component 20 and deviates from institute
State the side of indoor unit main body 10
Further, the fixing piece 2-3 includes the first plate 2-33 being fixed to each other and the second plate 2-34, first plate
2-33 and the air port component 20 are fixed, and the second plate 2-34 and the installation base body 30 are fixed.
Further, the angle of the first plate 2-33 and the second plate 2-34 are 95 degree to 140 degree.
Further, the total height of the fixing piece 2-3 is 7mm to 12mm.
Further, the length of the second aperture 2-32 is 8mm to 20mm.
Further, the installation base body 30 includes furred ceiling.
Tuyere structure installation method provided by the invention can only use one of mounting means according to actual needs
Or two kinds of mounting means use simultaneously.Above-mentioned installation method is installed versatile；Installation base body is open when having certain deviation still
It so can satisfy installation, do over again without installation base body, be open again again；Hanging is reliable, can sufficiently paste after the installation of air port component
Close installation base body；Simple installation can be installed immediately after the completion of installation base body is open, and installation is efficient.
It will be illustrated below by each specific embodiment:
Referring to Fig. 1 to Figure 13, the embodiment of the present invention provides a kind of tuyere structure installation method, comprising the following steps:
Step S10, judge whether the support strength of installation base body 30 meets the lifting requirements of air port component 20.
Installation base body 30 is specifically as follows furred ceiling.Can installation base body 30 meet lifting requirements, depend on installation base body 30
Material, thickness, shape, structure etc..In actual use, total after being installed in installation base body 30 with air port component 20
Be it is safe, can normal use be standard.
If step S20, meeting the requirements, the side of air port component 20 is mounted in installation base body 30, by installation base body 30
Main carrying air port component 20.Air port component 20 is mounted in the indoor unit main body 10 of unit, is assisted by indoor unit main body 10
Carry air port component 20.Wherein, the side of air port component 20 is mounted on operation in installation base body 30 and by air port component 20
The operation being mounted in the indoor unit main body 10 of unit can be carried out successively, can also be carried out simultaneously.Simultaneously need more
Operating personnel.Operator's quantity needed for successively carrying out is then less.
In above-mentioned step S20, the support strength of installation base body 30 is met the requirements, and there are two types of installation sides for air port component 20
Formula: the indoor unit main body 10 that direct side is loaded on installation base body 30, is directly mounted at unit.Both modes can be used alone, also
Carry the weight of air port component 20 jointly in combination with other mounting means.
The side mounting means of air port component 20 refers to that the side of air port component 20 is directly installed in installation base body 30,
Nesting is not needed.Specifically, directly the side of air port component 20 and installation base body 30 can be fixed using screw and plate.This
Mounting means described in provided air port mounting structure embodiment hereinafter can also be used in place.
If step S30, being unsatisfactory for requiring, air port component 20 is mounted in the indoor unit main body 10 of unit, by interior
Owner's body 10 mainly carries air port component 20；The side of air port component 20 is mounted in installation base body 30, by installation base body 30
Auxiliary carrying air port component 20.
Above-mentioned technical proposal provide tuyere structure installation method, can be based on the bearing capacity of installation base body 30 itself
The no mounting means met the requirements to determine air port component 20；If 30 bearing capacity of installation base body is met the requirements, air port component
20 mainly using side dress (i.e. side installation) carrying, and the position of installation point is more, can disperse the weight of air port component 20, even and if
The problems such as deformation, will not occur in 20 long enough of air port component.If the bearing capacity of installation base body 30 is unsatisfactory for air port component 20
Lifting requirements, then air port component 20 is mainly carried by indoor unit main body 10.Above two mounting means can save nesting,
And then required complicated procedures of forming in nested installation process is saved, simplify the installation procedure of air port component 20, improves installation effectiveness.
Air port component 20 is carried by installation base body 30 and indoor unit main body 10 simultaneously, when above-mentioned mounting means can reduce side dress
The quantity of installation point.
Step S20 is described below specifically includes the following steps:
Step 1: in the side mounting fixing parts 2-3 of air port component 20.Referring to Fig. 3 and Figure 11, wherein fixing piece 2-3 tool
Having the first aperture 2-31 and the second aperture 2-32, the first aperture 2-31 and the second aperture 2-32, at least one is slotted hole.
Fixing piece 2-3 is fixed by the side of the first aperture 2-31 and air port component 20.If the first aperture 2-31 and the second aperture 2-32
It is slotted hole, first direction of the length direction of the first aperture 2-31 along air port component 20, the length of the second aperture 2-32
Direction along air port component 20 second direction.One of first direction and second direction are the longitudinal direction of air port component 20, separately
One is the transverse direction of air port component 20.First aperture 2-31 and the second aperture 2-32 can be slotted hole, pass through two slotted holes
Adjustable fixing piece 2-3 and installation base body 30, the installation site of air port component 20.
The side of air port component 20 and installation base body 30 are consolidated Step 2: passing through the second aperture 2-32 using fastener 2-35
It is fixed.Referring to Fig. 5, fastener is such as bolt etc..
Above-mentioned step S30 specifically can comprise the following steps that
Step 1: suspending assembly 2-4 to be installed on to the indoor unit main body 10 of unit.The structure of suspending assembly 2-4 can have
It is a variety of, it can be plate or frame class formation, specific structure type will be provided hereinafter.
Step 2: air port component 20 and suspending assembly 2-4 are fixed.Referring to fig. 2, such as: using connector 2-5 from air port
It wears to top and fixes air port component 20 and suspending assembly 2-4 in the bottom of component 20.Referring to fig. 2, connector 2-5 is specifically as follows
Long spiro nail.
The specific embodiment of above-mentioned tuyere structure installation method is described below.
Side dress mode is introduced first.It introduces air port component 20 and installation base body 30 is fixed on by side cartridge screw.Air port component
Installation base body 30 is installed from the bottom up, and locating part (design is relatively thin, there is sufficient intensity) 7 is resisted in 30 lower end surface of installation base body
(see Fig. 4) keeps air port component and 30 bottom surface of installation base body straight.At this time fastener (specially side cartridge screw) 35 passes through fixation
The second aperture 2-32 (Figure 11) on part 2-3 is fixed in installation base body 30.Further, fixinig plate 3 can also be equipped with long waist shaped
The first aperture 2-31, it is therefore an objective to can according to installation base body 30 be open actual size, adjust 3 position of fixinig plate so that side fill
Screw not will lead to 20 deformation of air port component when fastening, guarantee that appearance is unaffected.
Next introduces lifting mode.Installing suspending assembly in indoor unit main body 10 in advance, (suspending assembly 2-4 is equipped with screw
Hole) 4, hanging nut 2-42 in pre-welding on suspending assembly 2-4.The settable guide frame 2-6 of air port component 20, guiding
There are many fixed form of structure 2-6, for example buckle, and screw is fixed, glue bond.It certainly, also can be directly in air port component 20 itself
There is the feature that can play similar guiding role with regard to designing.Finite place piece 2-7 is fixed on the component of air port, air port component 20 is fixed with can
The fixinig plate 2-9 of installation site, fixinig plate 2-9 is adjusted to be equipped with notch 2-91, enable fixinig plate 2-9 to snap into company by notch 2-91
On fitting 2-5, referring to Fig. 3, Fig. 9 and Figure 10.
Specific installation steps are as follows:
1) before installing, the fixing screws (see Fig. 8) on the fixinig plate 2-9 of position adjustable are first unloaded, by consolidating for position adjustable
It is spare that stator 2-9 is placed on the installation of erector's pocket.
2) along 10 length direction of indoor unit main body, two suspending assemblies are fixed by screw in 10 two sides of owner's body indoors
2-4, referring to fig. 2.
3) it several threads is twisted is fixed on connector 2-5 (specially long spiro nail) is pre- on suspending assembly 2-4, hang at this time
Head of screw exposes in 30 bottom surface of installation base body, and air port component 20 makes to hang screw by the guiding surface 2-61 of guide frame 2-6
Head can pass through guide frame 2-6 medial surface, see Fig. 6 to Fig. 8.
4) head of connector 2-5 is by the way that after guide frame 2-6, air port component 20 is up resisted with hand makes locating part 2-7
It can be bonded with 30 lower end surface of installation base body.
5) erector can take out the fixinig plate 2-9 for the position adjustable that step 1 is removed inside pocket at this time, see Fig. 8, figure
9 and Figure 10, fixinig plate 2-9, which are designed, the notch 2-91 of card screw, by notch 2-91 snap-fit connection members 2-5, fixinig plate 2-9's
Direction is caught in referring to shown in arrow in Fig. 8.Adjustable position long waist shaped through-hole is designed on fixinig plate 2-9, guarantees connector 2-5
Head will not be by the through-hole, and the body of rod of connector 2-5 can be in long waist shaped through-hole slide inside, to guarantee air port component
20 can deviate in the longitudinal direction.In addition adjustment long waist shaped hole also can be set in the width direction of fixinig plate 2-9, guarantees
Air port component 20 can also be adjusted slightly on the width.The arrow of length direction, width direction meaning shown in Figure 10.
6) connector 2-5 is finally tightened, is bonded air port component 20 with installation base body 30.
Since in project installation actual application, the opening of installation base body 30 and 10 air outlet of indoor unit main body are often different
Surely sufficiently alignment, the above clever structure design, ensure that lifting is fixed can be adapted to most of requirement of engineering.
Described in detail above is to hang mounting means, and in actual application, this hanging method is suitble to air port component 20
The thicker situation of body.If air port component 20 is relatively thin, can also be installed using following mode:
1) suspending assembly 2-4 is fixed in indoor unit main body 10.
2) installation of air port component 20 is resisted in 30 bottom surface of installation base body, i.e., locating part 2-7 is touched 30 bottom surface of installation base body.
3) the directly nut of alignment suspending assembly 2-4 of connector (specifically including long screw) 5, then tightens, makes air port portion
The effectively fitting installation base body 30 of part 20, and be fixed in indoor unit main body 10.
It should be noted that connector 2-5 is only arranged in above-mentioned lifting fixed form in the longitudinal direction, if air port component
20 is longer, and air port component 20 may deform, and causes intermediate place deformation to expose gap, then can also be among air port component 20
Position is assisted by the fixation of side cartridge screw mode.
The tuyere structure installation method that the above embodiment of the present invention provides can only use wherein one according to actual needs
Kind mounting means or two kinds of mounting means use simultaneously.Above-mentioned installation method is installed versatile；The opening of installation base body 30 has
Still it can satisfy installation when certain deviation, do over again without installation base body 30, be open again again.Hanging is reliable, air port component
Installation base body 30 can be sufficiently bonded after 20 installations；Simple installation can be installed immediately after the completion of installation base body 30 is open, convenient
Efficiently.
Referring to fig. 2 to Figure 11, another embodiment of the present invention provides a kind of air port mounting structures, can be used for implementing above-mentioned implementation
The tuyere structure installation method that example provides.The air port mounting structure includes indoor unit main body 10 and air port component 20, air port component
20 are carried jointly by indoor unit main body 10 and installation base body.
Installation base body 30 specifically may include furred ceiling.Indoor unit main body 10 is lifted on roof (or being ceiling).According to
The difference of actual conditions, air port component 20 can be using one of following bearing modes: mainly being carried by installation base body 30
And the auxiliary of indoor unit main body 10 carries, by mainly carrying and the auxiliary carrying of installation base body 30 of indoor unit main body 10.
Air port component 20 is carried by indoor unit main body 10, can be to avoid in the prior art must being mounted on air port component 20
It is fixed on bring complex procedures in the nesting of installation base body 30, the problems such as required personnel are more.
Further, the side of air port component 20 is equipped with the fixing piece 2-3 for connecting with installation base body 30, fixing piece
2-3 and the link position of installation base body 30 are adjustable.
Fixing piece 2-3 can select one according to actual needs and install with installation base body 30 by the way that multiple mounting structures are arranged.Or
The adjustable holes of installation sites such as slotted hole are arranged in person, fixing piece 2-3, to realize may be selected for installation site.
Referring to Figure 11, in the present embodiment, fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32.First aperture
At least one is slotted hole to 2-31 and the second aperture 2-32, this is sentenced be slotted hole for.Fixing piece 2-3 passes through first
Aperture 2-31 and the side of air port component 20 are fixed；The length direction of first aperture 2-31 along air port component 20 first party
To, the second aperture 2-32 length direction along air port component 20 second direction, first direction and second direction wherein it
One is the longitudinal direction of air port component 20, another transverse direction for air port component 20.
It, can be in the cross of air port component 20 by setting length direction different the first aperture 2-31 and the second aperture 2-32
The adjustment of installation site is carried out to, longitudinal both direction, installation is more convenient.
Referring to Figure 11, fixing piece 2-3 includes the first plate 2-33 being fixed to each other and the second plate 2-34, the first plate 2-33 and wind
Mouthpiece 20 is fixed, and the second plate 2-34 and installation base body 30 are fixed.In the present embodiment, fixing piece 2-3 by using above structure,
It can installation base body 30 can be made to provide the second plate 2-34 using the fastener 2-35 normally through the second opening 32
Active force obliquely, the vertical component which has can cooperate with locating part 2-7, so that the ground of air port component 20
It is concordant with the bottom surface of installation base body 30.The fastener 2-35 of so-called normal mounting refers to, by taking fastener 2-35 is using screw as an example,
The length direction of fastener 2-35 is perpendicular to the second plate 2-34.
Referring to Figure 12, the angle of the first plate 2-33 and the second plate 2-34 are 95 degree to 140 degree, for example, for 95 degree, 100 degree,
105 degree, 110 degree, 120 degree, 130 degree, 140 degree etc..When the angle to install fastener 2-35, the fixed force of fastener 2-35
F obliquely, there is a upward component F1, while in the case where locating part 2-7 limit, can make the bottom of air port component 20
Face is concordant with the bottom surface of installation base body 30.
Referring to Figure 12, the total height B of fixing piece 2-3 is 7mm to 12mm.Above-mentioned height can meet the general thickness of installation base body
Degree guarantees that its is not too high or escapes to 30 lower section of installation base body.
Referring to Figure 13, the length C of the second aperture 2-32 is 8mm to 20mm.Above-mentioned length can guarantee original after air port is dismantled
Bearing be destroyed when can not install, can aside reinstall fastener 2-35.
Referring to Figure 13, the diameter R of the second aperture 2-32 is 2.5mm to 4mm.Diameter R can meet in existing project installation
The screw sizes that may be used, while guaranteeing that the installation of screw will not relax.
It is 2mm to 5mm referring to Figure 13, distance D of the second aperture 2-32 apart from bottom, which is the peace of fastener 2-35
Dress provides space without interfering with air port component 20.
Further, indoor unit main body 10 is fixed with suspending assembly 2-4, and air port component 20 passes through connector 2-5 and hanging
Component 2-4 is fixed.Connector 2-5 can be stay bolt.
Referring to fig. 2, optionally, the transverse end surface of indoor unit main body 10 is fixed with air port component 20 by suspending assembly 2-4
Connection.Suspending assembly 2-4 is set, convenient for owner's body 10 and air port component 20 in junction chamber.The transverse end surface of indoor unit main body 10
Suspending assembly 2-4 is set, has fully considered the design feature of indoor unit main body 10 and the convenience of installation.
Referring to fig. 2, in the present embodiment, the opposite two sides of air port component 20 are installed on installation base body 30,20 phase of air port component
Pair other two sides be fixedly connected with indoor unit main body 10 by suspending assembly 2-4.In the present embodiment, the two of air port component 20 are vertical
Avris is loaded on installation base body 30, and widthwise edge is lifted on indoor unit main body 10.
Referring to fig. 2, in the present embodiment, suspending assembly 2-4 includes connecting plate 2-41 and nut 2-42, connecting plate 2-41 and room
Interior owner's body 10 is detachably connected, and air port component 20 is connect by connector 2-5 and nut 2-42 with connecting plate 2-41.Above-mentioned knot
The suspending assembly 2-4 of structure, it is compact-sized, it is easy for installation.
Referring to fig. 2, for the ease of installation connecting element 2-5, air port component 20 is equipped with for guiding connector 2-5 installation direction
Guide frame 2-6.Guide frame 2-6 can be inclined-plane or other structures, to help connector 2-5 to find threaded hole accurately.
Referring to Fig. 7, in the present embodiment, guiding surface 2-61 is can be set in guide frame 2-6, finds company accurately for connector 2-5
Fishplate bar 2-41 and nut 2-42 provides guiding.This is simple and compact for structure, manufacture easy to process.
Referring to fig. 4, further, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20,
Locating part 2-7 has the plane that can block 30 bottom end of installation base body.Locating part 2-7 can be plate, the side of locating part 2-7
It is installed with air port component 20, air port component 20 is exposed in the other side, and the side is when air port component 20 is installed for supporting in installation base
On body 301, position-limiting action is played to the installation of 20 up and down direction of air port component, so that air port component 20 is not retracted in installation excessively
Inside matrix 30.
Referring to fig. 4 or Fig. 5, optionally, air port mounting structure further includes panel 50, and panel 50, which is set to air port component 20, to deviate from
The side of indoor unit main body 10.
The size of panel 50 can be greater than or equal to the size that installation base body 30 is open, and such panel 50 can block air port
The installation site of component 20, so that requiring the precision of installation site lower.
Still be directed to and at least there are following problems in the prior art: outlet air mouthpiece uses above-mentioned installation in the prior art
Mode, installation process are complicated, are related to that process is more, and installation period is long, and emergency works project is unable to satisfy；The construction personnel of each step
May be different, the cooperation personnel being related to are more, it is difficult to guarantee the reliability of installation.
Another object of the present invention is to propose a kind of air port component mounting method and air conditioning air outlet mounting structure, to letter
The installation procedure for changing air port component, reduces the complexity of installation.
To achieve the above object, the present invention provides a kind of tuyere structure installation methods, comprising the following steps:
Suspending assembly is installed on to the second installation base body of the unit；
The connector for passing through the guide frame of the tuyere structure is installed on the suspending assembly, so that the air port
Structure is installed on the second installation base body of unit；Wherein, the guide frame is used to guide the installation direction of the connector.
Further, the step of second installation base body that suspending assembly is installed on to the unit includes:
The opposite two sides of the second installation base body that suspending assembly is installed on the unit.
Further, the connector of the guide frame across the tuyere structure is installed on the step of the suspending assembly
Suddenly include:
The connector is pre-installed on the suspending assembly, the head of the connector after prepackage is located at the bottom surface of furred ceiling
Lower section；
The tuyere structure is pushed up upwards, until the head of the connector passes through the guide frame of the tuyere structure and position
In the lower section of the tuyere structure；
The tuyere structure is continued up into top to the concordant position in the bottom surface of the tuyere structure and the bottom surface of furred ceiling；
The guide frame is fixed on after fixinig plate to be passed through to the head of the connector；
The connector and the suspending assembly are tightened.
To achieve the above object, another aspect of the present invention provides a kind of air port mounting structure, including the second installation base body
2-11 and air port component 20, the second installation base body 2-11 are fixed with suspending assembly 2-4, and the air port component 20 is equipped with and is used for
The guide frame 2-6 of connector 2-5 installation direction is guided, the air port component 20 passes through the institute across the guide frame 2-6
The connector 2-5 and suspending assembly 2-4 is stated to fix.
Further, the opposite two sides of the air port component 20 pass through the suspending assembly 2-4 and the second installation base
Body 2-11 is fixedly connected.
Further, the suspending assembly 2-4 include connecting plate 2-41 and nut 2-42, the connecting plate 2-41 with it is described
Second installation base body 2-11 is detachably connected, and the air port component 20 passes through the connector 2-5 and nut 2-42 and institute
State connecting plate 2-41 connection.
It further, further include locating part 2-7, the locating part 2-7 is set to the air port component 20, the locating part 2-
7 have the plane that can block 30 bottom end of installation base body.
It further, further include panel 50, the panel 50 is set to the air port component 20 away from the second installation base
The side of body 2-11.
Further, further include fixinig plate 2-9, the fixinig plate 2-9 be equipped with notch 2-91 and with the notch 2-91
The through-hole 2-92 of connection；The fixinig plate 2-9 be set between the connector 2-5 and the end face of the guide frame 2-6 to prevent
Only the head of the connector 2-5 enters inside the guide frame 2-6.
Further, the through-hole 2-92 is oblong.
Further, the fixinig plate 2-9 and guide frame 2-6 is detachably connected.
Further, the end face of the guide frame 2-6 is equipped with groove 2-62, and the fixinig plate 2-9 is installed on described recessed
In slot 2-62.
To achieve the above object, another aspect of the present invention includes indoor unit main body 10 and air port component 20, the indoor unit
Main body 10 is fixed with suspending assembly 2-4, and the air port component 20 is fixed with the suspending assembly 2-4.
Further, the air port component 20 is equipped with the guide frame 2-6 for guiding connector 2-5 installation direction, institute
Air port component 20 is stated to fix by the connector 2-5 and the suspending assembly 2-4 across the guide frame 2-6.
Further, the opposite two sides of the air port component 20 pass through the suspending assembly 2-4 and the indoor unit main body
10 are fixedly connected.
Further, the suspending assembly 2-4 include connecting plate 2-41 and nut 2-42, the connecting plate 2-41 with it is described
Indoor unit main body 10 is detachably connected, and the air port component 20 passes through the connector 2-5 and nut 2-42 and the company
Fishplate bar 2-41 connection.
It further, further include locating part 2-7, the locating part 2-7 is set to the air port component 20, the locating part 2-
7 have the plane that can block 30 bottom end of installation base body.
It further, further include panel 50, the panel 50 is set to the air port component 20 and deviates from the indoor unit main body
10 side.
Further, further include fixinig plate 2-9, the fixinig plate 2-9 be equipped with notch 2-91 and with the notch 2-91
The through-hole 2-92 of connection；The fixinig plate 2-9 be set between the connector 2-5 and the end face of the guide frame 2-6 to prevent
Only the head of the connector 2-5 enters inside the guide frame 2-6.
Further, the through-hole 2-92 is oblong.
Further, the fixinig plate 2-9 and guide frame 2-6 is detachably connected.
Further, the end face of the guide frame 2-6 is equipped with groove 2-62, and the fixinig plate 2-9 is installed on described recessed
In slot 2-62.
The guide frame of tuyere structure will be installed on by tuyere structure installation method provided by the invention using connector
Fill matrix suspending assembly, due to tuyere structure have guide frame, even if therefore in the biggish situation of tuyere structure thickness, lead
Can also guiding role be played to connector to structure, easily and accurately to realize the installation of tuyere structure and installation base body；And
Simple installation can be installed immediately after the completion of furred ceiling is open, and installation is efficient.
It will be illustrated below by each specific embodiment:
Installation base body 30 in following example preferably can be furred ceiling, and the second installation base body 2-11 preferably can be
Indoor unit main body 10 etc..
The embodiment of the present invention provides a kind of tuyere structure installation method, comprising the following steps:
Step 1: suspending assembly 2-4 to be installed on to the second installation base body 2-11 of unit.
Above-mentioned step one can specifically include: suspending assembly is installed on the opposite two sides of installation base body.With the second peace
For matrix 2-11 is filled using structure shown in Figure 70, it can install and hang at the both ends of the second installation base body 2-11 length direction
Component 2-4, and two suspending assembly 2-4 of the dispersible installation in every end.The structure can make the second both ends installation base body 2-11
Stress equalization, air port component 20 is solid and reliable after installation.Second installation base body 2-11 can specifically include interior machine.Second installation base
Body 2-11 is specifically as follows interior machine.
Step 2: the connector 2-5 for passing through the guide frame 2-6 of air port component 20 is installed on suspending assembly 2-4, so that
Obtain the second installation base body 2-11 that air port component 20 is installed on unit.Wherein, guide frame 2-6 is for guiding connector 2-5's
Installation direction.
Above-mentioned step two is specific can include:
Firstly, twist connector 2-5 is pre- several threads and be pre-installed on suspending assembly 2-4, the head of the connector 2-5 after prepackage
Positioned at the subjacent of installation base body 30.
Secondly, upward mouthpiece 20 against the wind, until the head of connector 2-5 passes through the guide frame 2-6 of air port component 20
And it is located at the subjacent of air port component 20.
Again, by air port component 20 continue up top it is concordant with the bottom surface of installation base body 30 to the bottom surface of air port component 20
Position.
Again, fixinig plate 2-9 is fixed on guide frame 2-6 behind the head of connector 2-5；
Finally, connector 2-5 and suspending assembly 2-4 are tightened.
A specific embodiment is described below.
Referring to Figure 70 and Fig. 3, on the second installation base body 2-11 installing suspending assembly in advance, (suspending assembly 2-4 is equipped with
Screw hole), hanging nut 2-42 in pre-welding on suspending assembly 2-4.The settable guide frame 2-6 of air port component 20,
There are many fixed form of guide frame 2-6, for example buckle, and screw is fixed, glue bond.It certainly, also can be directly in air port component 20
Inherently design has the feature that can play similar guiding role.Finite place piece 2-7 is fixed on tuyere structure, air port component 20 is fixed
There is a fixinig plate 2-9 of adjustable installation site, fixinig plate 2-9 is equipped with notch 2-91, enables fixinig plate 2-9 card by notch 2-91
Onto connector 2-5, referring to Fig. 3, Fig. 9 and Figure 10.
Specific installation steps are as follows:
1) before installing, the fixing screws (see Fig. 8) on the fixinig plate 2-9 of position adjustable are first unloaded, by consolidating for position adjustable
It is spare that stator 2-9 is placed on the installation of erector's pocket.
2) along the second installation base body 2-11 length direction, two are fixed by screw in the second two sides installation base body 2-11
Suspending assembly 2-4, referring to Figure 70.
3) it several threads is twisted is fixed on connector 2-5 (specially long spiro nail) is pre- on suspending assembly 2-4, hang spiral shell at this time
Ailhead exposes in 30 bottom surface of installation base body, and air port component 20 makes connector 2-5's by the guiding surface 2-61 of guide frame 2-6
Head of screw can pass through guide frame 2-6 medial surface, see Fig. 6 to Fig. 8.
4) head of connector 2-5 is by up resisting air port component 20, so that locating part 2-7 after guide frame 2-6
It can be bonded with 30 lower end surface of installation base body.
5) erector can take out the fixinig plate 2-9 for the position adjustable that step 1 be removed inside the pocket at this time, see Fig. 8,
Fig. 9 and Figure 10, fixinig plate 2-9 design the notch 2-91 for having card screw, by notch 2-91 snap-fit connection members 2-5, fixinig plate 2-9
Be caught in direction referring to shown in arrow in Fig. 8.Adjustable position long waist shaped through-hole is designed on fixinig plate 2-9, guarantees connector
The head 2-5 will not be by the through-hole, and the body of rod of connector 2-5 can be in long waist shaped through-hole slide inside, to guarantee air port
Component 20 can deviate in the longitudinal direction.In addition adjustment long waist shaped hole also can be set in the width direction of fixinig plate 2-9,
Guarantee that air port component 20 can also be adjusted slightly on the width.The arrow of length direction, width direction meaning shown in Figure 10.
6) connector 2-5 is finally tightened, is bonded air port component 20 with installation base body 30.
Since in project installation actual application, the opening of installation base body 30 and the second installation base body 2-11 air outlet are often
Different surely abundant alignment, the above clever structure design, ensure that lifting is fixed can be adapted to most of requirement of engineering.
Described in detail above is to hang mounting means, and in actual application, this hanging method is suitble to air port component 20
The thicker situation of body.If air port component 20 is relatively thin, can also be installed using following mode:
1) suspending assembly 2-4 is fixed on the second installation base body 2-11.
2) installation of air port component 20 is resisted in 30 bottom surface of installation base body, i.e., locating part 2-7 is touched 30 bottom surface of installation base body.
3) the directly nut of alignment suspending assembly 2-4 of connector (specifically including long screw) 5, then tightens, makes air port portion
The effectively fitting installation base body 30 of part 20, and be fixed on the second installation base body 2-11.
It should be noted that connector 2-5 is only arranged in above-mentioned lifting fixed form in the longitudinal direction, if air port component
20 is longer, and air port component 20 may deform, and causes intermediate place deformation to expose gap, then can also be among air port component 20
Position is assisted by the fixation of side cartridge screw mode.
It include the second installation base body 2- another embodiment of the present invention provides a kind of air port mounting structure referring to Figure 70 and Fig. 8
11 and air port component 20.Second installation base body 2-11 is fixed with suspending assembly 2-4, and air port component 20 is equipped with for guiding connector
The guide frame 2-6 of 2-5 installation direction, air port component 20 pass through the connector 2-5 and suspending assembly 2- across guide frame 2-6
4 is fixed.
Above-mentioned technical proposal is provided with guide frame 2-6 on air port component 20, when actual installation, if first by air port portion
Part 20 is contacted with the second installation base body 2-11, then guide frame 2-6 provides guiding for the installation of connector 2-5 in subsequent operation
Effect, guide frame 2-6 can be inclined-plane or other structures, to help connector 2-5 to find threaded hole accurately.If first by connector
2-5 is mounted in advance on the second installation base body 2-11, then guide frame 2-6 passes through connector 2-5 for air port component 20 and provides guiding
Effect.Above-mentioned guiding role be it is mutual, depend on referring in particular to object.
Referring to Figure 70 and Fig. 7, in the present embodiment, guiding surface 2-61 is can be set in guide frame 2-6, is connector 2-5
It finds connecting plate 2-41 and nut 2-42 accurately and guiding is provided.This is simple and compact for structure, manufacture easy to process.
Referring to Figure 70, the opposite two sides of air port component 20 connect by the way that suspending assembly 2-4 and the second installation base body 2-11 is fixed
It connects.In the present embodiment, the widthwise edge of air port component 20 is lifted on the second installation base body 2-11.
Referring to Figure 70, suspending assembly 2-4 includes connecting plate 2-41 and nut 2-42, connecting plate 2-41 and the second installation base body
2-11 is detachably connected, and air port component 20 is connect by connector 2-5 and nut 2-42 with connecting plate 2-41.Above structure is hung
Hanging component 2-4, it is compact-sized, it is easy for installation.
Referring to Figure 70 and Fig. 8, air port mounting structure further includes fixinig plate 2-9, fixinig plate 2-9 be equipped with notch 2-91 and with
The through-hole 2-92 of notch 2-91 connection.Fixinig plate 2-9 is set between connector 2-5 and the end face of guide frame 2-6 with the company of preventing
The head of fitting 2-5 enters inside guide frame 2-6.Setting fixinig plate 2-9 realizes connector 2-5 and air port in which can be convenient
The relative position of component 20 is fixed, and reduces the fixed difficulty of connector 2-5 and the second installation base body 2-11 installation.
Referring to Fig. 8, through-hole 2-92 is oblong, so that the relative position of fixinig plate 2-9 and connector 2-5 can be
Adjustment in the length range of through-hole 2-92.
Referring to Fig. 8, fixinig plate 2-9 is detachably connected with guide frame 2-6, is specifically as follows and is bolted.
Referring to Fig. 8, the end face of guide frame 2-6 is equipped with groove 2-62, and fixinig plate 2-9 is installed in groove 2-62.It is fixed
After piece 2-9 installation, surface is generally flush in the part of the not set groove 2-62 in the end face guide frame 2-6, to prevent from interfering.
Referring to Fig. 3, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20, locating part 2-
7 have the plane that can block 30 bottom end of installation base body.Locating part 2-7 can be plate, the side and air port portion of locating part 2-7
Part 20 is installed, and air port component 20 is exposed in the other side, the side when air port component 20 is installed for supporting in installation base body 30, it is right
Position-limiting action is played in the installation of 20 up and down direction of air port component, so that air port component 20 is not retracted in excessively in installation base body 30
Portion.
Referring to Fig. 3, air port mounting structure further includes panel 50, and panel 50 is set to air port component 20 and deviates from the second installation base body
The side of 2-11.The size of panel 50 can be greater than or equal to the size that installation base body 30 is open, and such panel 50 can block
The installation site of air port component 20, so that requiring the precision of installation site lower.
Referring to Fig. 1 to Figure 11, another embodiment of the present invention provides a kind of tuyere structure installation method again, and this method can be real
Now independent side fills, individually lifts and be lifted on a variety of situations such as side dress combination.Method includes the following steps:
Step S10, judge whether the support strength of installation base body 30 meets the lifting requirements of air port component 20.
Can installation base body 30 meet lifting requirements, depending on the material of installation base body 30, thickness, shape, structure etc..It is real
Border in use, with air port component 20 be installed in installation base body 30 after total be it is safe, can normal use for mark
It is quasi-.
If step S20, meeting the requirements, the side of air port component 20 is mounted in installation base body 30, by installation base body 30
Main carrying air port component 20.Air port component 20 is mounted on the second installation base body 2-11 of unit, by the second installation base body
2-11 auxiliary carrying air port component 20.Wherein, the side of air port component 20 is mounted on operation in installation base body 30 and by wind
The operation that mouthpiece 20 is mounted on the second installation base body 2-11 of unit can be carried out successively, can also be carried out simultaneously.While into
Row needs more operating personnel.Operator's quantity needed for successively carrying out is then less.
In above-mentioned step S20, the support strength of installation base body 30 is met the requirements, and there are two types of installation sides for air port component 20
Formula: the second installation base body 2-11 that direct side is loaded on installation base body 30, is directly mounted at unit.Both modes can individually make
With also carrying the weight of air port component 20 jointly in combination with other mounting means.
The side mounting means of air port component 20 refers to that the side of air port component 20 is directly installed in installation base body 30,
Nesting is not needed.Specifically, directly the side of air port component 20 and installation base body 30 can be fixed using screw and plate.
Mounting means described in provided air port mounting structure embodiment hereinafter can also be used herein.
If step S30, being unsatisfactory for requiring, air port component 20 is mounted on the second installation base body 2-11 of unit, by
Second installation base body 2-11 mainly carries air port component 20；The side of air port component 20 is mounted in installation base body 30, by pacifying
Fill the auxiliary carrying air port component 20 of matrix 30.
Above-mentioned technical proposal provide tuyere structure installation method, can be based on the bearing capacity of installation base body 30 itself
The no mounting means met the requirements to determine air port component 20；If 30 bearing capacity of installation base body is met the requirements, air port component
20 mainly using side dress (i.e. side installation) carrying, and the position of installation point is more, can disperse the weight of air port component 20, even and if
The problems such as deformation, will not occur in 20 long enough of air port component.If the bearing capacity of installation base body 30 is unsatisfactory for air port component 20
Lifting requirements, then by air port component 20 mainly by the second installation base body 2-11 carry.Above two mounting means can save
Nesting, and then required complicated procedures of forming in nested installation process is saved, simplify the installation procedure of air port component 20, improves installation
Efficiency.
Air port component 20 is carried by installation base body 30 and the second installation base body 2-11 simultaneously, and above-mentioned mounting means can reduce side
The quantity of installation point when dress.
Step S20 is described below specifically includes the following steps:
Step 1: in the side mounting fixing parts 2-3 of air port component 20.Referring to Fig. 3 and Figure 11, wherein fixing piece 2-3 tool
Having the first aperture 2-31 and the second aperture 2-32, the first aperture 2-31 and the second aperture 2-32, at least one is slotted hole.
Fixing piece 2-3 is fixed by the side of the first aperture 2-31 and air port component 20.If the first aperture 2-31 and the second aperture 2-32
It is slotted hole, first direction of the length direction of the first aperture 2-31 along air port component 20, the length of the second aperture 2-32
Direction along air port component 20 second direction.One of first direction and second direction are the longitudinal direction of air port component 20, separately
One is the transverse direction of air port component 20.First aperture 2-31 and the second aperture 2-32 can be slotted hole, pass through two slotted holes
Adjustable fixing piece 2-3 and installation base body 30, the installation site of air port component 20.
The side of air port component 20 and installation base body 30 are consolidated Step 2: passing through the second aperture 2-32 using fastener 2-35
It is fixed.Referring to Fig. 5, fastener is such as bolt etc..
Above-mentioned step S30 specifically can comprise the following steps that
Step 1: suspending assembly 2-4 to be installed on to the second installation base body 2-11 of unit.The structure of suspending assembly 2-4 can
There are many, it can be plate or frame class formation, specific structure type will be provided hereinafter.
Step 2: air port component 20 and suspending assembly 2-4 are fixed.Referring to Figure 70, such as: use connector 2-5 from wind
It wears to top and fixes air port component 20 and suspending assembly 2-4 in the bottom of mouthpiece 20.Referring to Figure 70, connector 2-5 specifically may be used
Think long spiro nail.
The specific embodiment of above-mentioned tuyere structure installation method is described below.
Side dress mode is introduced first.It introduces air port component 20 and installation base body 30 is fixed on by side cartridge screw.Tuyere structure
Installation base body 30 is installed from the bottom up, and locating part (design is relatively thin, there is sufficient intensity) 7 is resisted in 30 lower end surface of installation base body
(see Fig. 4) keeps tuyere structure and 30 bottom surface of installation base body straight.At this time fastener (specially side cartridge screw) 35 passes through fixation
The second aperture 2-32 (Figure 11) on part 2-3 is fixed in installation base body 30.Further, fixinig plate 3 can also be equipped with long waist shaped
The first aperture 2-31, it is therefore an objective to can according to installation base body 30 be open actual size, adjust 3 position of fixinig plate so that side fill
Screw not will lead to 20 deformation of air port component when fastening, guarantee that appearance is unaffected.
Next introduces lifting mode.Installing suspending assembly in advance on second installation base body 2-11, (suspending assembly 2-4 is equipped with
Screw hole) 4, hanging nut 2-42 in pre-welding on suspending assembly 2-4.The settable guide frame 2-6 of air port component 20,
There are many fixed form of guide frame 2-6, for example buckle, and screw is fixed, glue bond.It certainly, also can be directly in air port component 20
Inherently design has the feature that can play similar guiding role.Finite place piece 2-7 is fixed on tuyere structure, air port component 20 is fixed
There is a fixinig plate 2-9 of adjustable installation site, fixinig plate 2-9 is equipped with notch 2-91, enables fixinig plate 2-9 card by notch 2-91
Onto connector 2-5, referring to Fig. 3, Fig. 9 and Figure 10.
Specific installation steps are as follows:
1) before installing, the fixing screws (see Fig. 8) on the fixinig plate 2-9 of position adjustable are first unloaded, by consolidating for position adjustable
It is spare that stator 2-9 is placed on the installation of erector's pocket.
2) along the second installation base body 2-11 length direction, two are fixed by screw in the second two sides installation base body 2-11
Suspending assembly 2-4, referring to Figure 70.
3) it several threads is twisted is fixed on connector 2-5 (specially long spiro nail) is pre- on suspending assembly 2-4, hang spiral shell at this time
Ailhead exposes in 30 bottom surface of installation base body, and air port component 20 makes to hang head of screw by the guiding surface 2-61 of guide frame 2-6
Guide frame 2-6 medial surface can be passed through, sees Fig. 6 to Fig. 8.
4) head of connector 2-5 is by the way that after guide frame 2-6, air port component 20 is up resisted with hand makes locating part 2-7
It can be bonded with 30 lower end surface of installation base body.
5) erector can take out the fixinig plate 2-9 for the position adjustable that step 1 is removed inside pocket at this time, see Fig. 8, figure
9 and Figure 10, fixinig plate 2-9, which are designed, the notch 2-91 of card screw, by notch 2-91 snap-fit connection members 2-5, fixinig plate 2-9's
Direction is caught in referring to shown in arrow in Fig. 8.Adjustable position long waist shaped through-hole is designed on fixinig plate 2-9, guarantees connector 2-5
Head will not be by the through-hole, and the body of rod of connector 2-5 can be in long waist shaped through-hole slide inside, to guarantee air port component
20 can deviate in the longitudinal direction.In addition adjustment long waist shaped hole also can be set in the width direction of fixinig plate 2-9, guarantees
Air port component 20 can also be adjusted slightly on the width.The arrow of length direction, width direction meaning shown in Figure 10.
6) connector 2-5 is finally tightened, is bonded air port component 20 with installation base body 30.
Since in project installation actual application, the opening of installation base body 30 and the second installation base body 2-11 air outlet are often
Different surely abundant alignment, the above clever structure design, ensure that lifting is fixed can be adapted to most of requirement of engineering.
Described in detail above is to hang mounting means, and in actual application, this hanging method is suitble to air port component 20
The thicker situation of body.If air port component 20 is relatively thin, can also be installed using following mode:
1) suspending assembly 2-4 is fixed on the second installation base body 2-11.
2) installation of air port component 20 is resisted in 30 bottom surface of installation base body, i.e., locating part 2-7 is touched 30 bottom surface of installation base body.
3) the directly nut of alignment suspending assembly 2-4 of connector (specifically including long screw) 5, then tightens, makes air port portion
The effectively fitting installation base body 30 of part 20, and be fixed on the second installation base body 2-11.
It should be noted that connector 2-5 is only arranged in above-mentioned lifting fixed form in the longitudinal direction, if air port component
20 is longer, and air port component 20 may deform, and causes intermediate place deformation to expose gap, then can also be among air port component 20
Position is assisted by the fixation of side cartridge screw mode.
The tuyere structure installation method that the above embodiment of the present invention provides can only use wherein one according to actual needs
Kind mounting means or two kinds of mounting means use simultaneously.Above-mentioned installation method is installed versatile；The opening of installation base body 30 has
Still it can satisfy installation when certain deviation, do over again without installation base body 30, be open again again.Hanging is reliable, air port component
Installation base body 30 can be sufficiently bonded after 20 installations；Simple installation can be installed immediately after the completion of installation base body 30 is open, it is convenient
Efficiently.
Referring to fig. 2 to Figure 11 and Figure 70, another embodiment of the present invention provides a kind of air port mounting structures, can be used for implementing
Tuyere structure installation method provided by the above embodiment.The air port mounting structure includes the second installation base body 2-11 and air port component
20, air port component 20 is carried jointly by the second installation base body 2-11 and furred ceiling.
Second installation base body 2-11 is lifted on roof (or being ceiling).Difference according to the actual situation, air port portion
Part 20 can be using one of following bearing modes: mainly being carried by installation base body 30 and the second installation base body 2-11 is assisted
It carries, mainly carried by the second installation base body 2-11 and the auxiliary of installation base body 30 carries.
Air port component 20 is carried by the second installation base body 2-11, can be to avoid in the prior art must pacifying air port component 20
Bring complex procedures, the problems such as required personnel are more in the nesting for being fixed on installation base body 30.
Further, the side of air port component 20 is equipped with the fixing piece 2-3 for connecting with installation base body 30, fixing piece
2-3 and the link position of installation base body 30 are adjustable.
Fixing piece 2-3 can select one according to actual needs and install with installation base body 30 by the way that multiple mounting structures are arranged.Or
The adjustable holes of installation sites such as slotted hole are arranged in person, fixing piece 2-3, to realize may be selected for installation site.
Referring to Figure 11, in the present embodiment, fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32.First aperture
At least one is slotted hole to 2-31 and the second aperture 2-32, this is sentenced be slotted hole for.Fixing piece 2-3 passes through first
Aperture 2-31 and the side of air port component 20 are fixed；The length direction of first aperture 2-31 along air port component 20 first party
To, the second aperture 2-32 length direction along air port component 20 second direction, first direction and second direction wherein it
One is the longitudinal direction of air port component 20, another transverse direction for air port component 20.
It, can be in air port component 20 by setting length direction different the first aperture 2-31 and the second aperture 2-32
Laterally, longitudinal both direction carries out the adjustment of installation site, and installation is more convenient.
Referring to Figure 11, fixing piece 2-3 includes the first plate 2-33 being fixed to each other and the second plate 2-34, the first plate 2-33 and wind
Mouthpiece 20 is fixed, and the second plate 2-34 and installation base body 30 are fixed.In the present embodiment, fixing piece 2-3 by using above structure,
It can installation base body 30 can be made to provide the second plate 2-34 using the fastener 2-35 normally through the second opening 32
Active force obliquely, the vertical component which has can cooperate with locating part 2-7, so that the ground of air port component 20
It is concordant with the bottom surface of installation base body 30.The fastener 2-35 of so-called normal mounting refers to, by taking fastener 2-35 is using screw as an example,
The length direction of fastener 2-35 is perpendicular to the second plate 2-34.
Referring to Figure 12, the angle of the first plate 2-33 and the second plate 2-34 are 95 degree to 140 degree, for example, for 95 degree, 100 degree,
105 degree, 110 degree, 120 degree, 130 degree, 140 degree etc..When the angle to install fastener 2-35, the fixed force of fastener 2-35
F obliquely, there is a upward component F1, while in the case where locating part 2-7 limit, can make the bottom of air port component 20
Face is concordant with the bottom surface of installation base body 30.
Referring to Figure 12, the total height B of fixing piece 2-3 is 7mm to 12mm.Above-mentioned height can meet the general thickness of furred ceiling,
Guarantee that its is not too high or escapes to 30 lower section of installation base body.
Referring to Figure 13, the length C of the second aperture 2-32 is 8mm to 20mm.Above-mentioned length can guarantee original after air port is dismantled
Bearing be destroyed when can not install, can aside reinstall fastener 2-35.
Referring to Figure 13, the diameter R of the second aperture 2-32 is 2.5mm to 4mm.Diameter R can meet in existing project installation
The screw sizes that may be used, while guaranteeing that the installation of screw will not relax.
It is 2mm to 5mm referring to Figure 13, distance D of the second aperture 2-32 apart from bottom, which is the peace of fastener 2-35
Dress provides space without interfering with air port component 20.
Further, the second installation base body 2-11 is fixed with suspending assembly 2-4, air port component 20 by connector 2-5 with
Suspending assembly 2-4 is fixed.Connector 2-5 can be stay bolt.
Referring to Figure 70, optionally, the transverse end surface and air port component 20 of the second installation base body 2-11 passes through suspending assembly 2-4
It is fixedly connected.Suspending assembly 2-4 is set, convenient for the second installation base body 2-11 of connection and air port component 20.Second installation base body 2-
Suspending assembly 2-4 is arranged in 11 transverse end surface, has fully considered the design feature of the second installation base body 2-11 and the convenience of installation
Property.
Referring to Figure 70, in the present embodiment, the opposite two sides of air port component 20 are installed on installation base body 30,20 phase of air port component
Pair other two sides be fixedly connected by suspending assembly 2-4 with the second installation base body 2-11.In the present embodiment, air port component 20
Two longitudinal edge sides are loaded on installation base body 30, and widthwise edge is lifted on the second installation base body 2-11.
Referring to Figure 70, in the present embodiment, suspending assembly 2-4 includes connecting plate 2-41 and nut 2-42, connecting plate 2-41 with
Second installation base body 2-11 is detachably connected, and air port component 20 is connect by connector 2-5 and nut 2-42 with connecting plate 2-41.
The suspending assembly 2-4 of above structure, it is compact-sized, it is easy for installation.
Referring to Figure 70, for the ease of installation connecting element 2-5, air port component 20 is equipped with for guiding the installation side connector 2-5
To guide frame 2-6.Guide frame 2-6 can be inclined-plane or other structures, to help connector 2-5 to find threaded hole accurately.
Referring to Fig. 7, in the present embodiment, guiding surface 2-61 is can be set in guide frame 2-6, finds company accurately for connector 2-5
Fishplate bar 2-41 and nut 2-42 provides guiding.This is simple and compact for structure, manufacture easy to process.
Referring to fig. 4, further, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20,
Locating part 2-7 has the plane that can block 30 bottom end of installation base body.Locating part 2-7 can be plate, the side of locating part 2-7
It is installed with air port component 20, air port component 20 is exposed in the other side, and the side is when air port component 20 is installed for supporting in installation base
On body 30, position-limiting action is played to the installation of 20 up and down direction of air port component, so that air port component 20 is not retracted in installation excessively
Inside matrix 30.
Referring to fig. 4 or Fig. 5, optionally, air port mounting structure further includes panel 50, and panel 50, which is set to air port component 20, to deviate from
The side of second installation base body 2-11.
The size of panel 50 can be greater than or equal to the size that installation base body 30 is open, and such panel 50 can block air port
The installation site of component 20, so that requiring the precision of installation site lower.
Another embodiment is described below.Referring to Figure 14 and Fig. 3 to Figure 13, the present embodiment provides a kind of installations of air port to tie
Structure, including indoor unit main body 10 and air port component 20, indoor unit main body 10 are fixed with suspending assembly 2-4, air port component 20 with hang
Hanging component 2-4 is fixed.
Above-mentioned technical proposal, secures suspending assembly 2-4 indoors on owner's body 10, air port component 20 can be with hanging group
Part 2-4 is installed together, and carries air port component 20 by indoor unit main body 10 to realize.
Optionally, air port component 20 is equipped with the guide frame 2-6 for guiding connector 2-5 installation direction, air port component
20 are fixed by the connector 2-5 and suspending assembly 2-4 across guide frame 2-6.
Above-mentioned technical proposal is provided with guide frame 2-6 on air port component 20, when actual installation, if first by air port portion
Part 20 is contacted with indoor unit main body 10, then guide frame 2-6 provides guiding for the installation of connector 2-5 in subsequent operation and makees
With guide frame 2-6 can be inclined-plane or other structures, to help connector 2-5 to find threaded hole accurately.If first by connector 2-
5 prepackages are indoors on owner's body 10, then guide frame 2-6 passes through connector 2-5 for air port component 20 and provides guiding role.On
State guiding role be it is mutual, depend on referring in particular to object.
Referring to Figure 14 and Fig. 7, in the present embodiment, guiding surface 2-61 is can be set in guide frame 2-6, is connector 2-5
It finds connecting plate 2-41 and nut 2-42 accurately and guiding is provided.This is simple and compact for structure, manufacture easy to process.
The opposite two sides of air port component 20 are fixedly connected by suspending assembly 2-4 with indoor unit main body 10.In the present embodiment,
The substantially rectangular parallelepiped structure of air port component 20, long side, the i.e. widthwise edge of air port component 20 are lifted on indoor unit main body 10.
Referring to Figure 14, in the present embodiment, suspending assembly 2-4 includes connecting plate 2-41 and nut 2-42, connecting plate 2-41 with
Indoor unit main body 10 is detachably connected, and air port component 20 is connect by connector 2-5 and nut 2-42 with connecting plate 2-41.It is above-mentioned
The suspending assembly 2-4 of structure, it is compact-sized, it is easy for installation.
In the present embodiment, air port mounting structure further includes fixinig plate 2-9, fixinig plate 2-9 be equipped with notch 2-91 and with lack
The through-hole 2-92 of mouth 2-91 connection.Fixinig plate 2-9 is set between connector 2-5 and the end face of guide frame 2-6 to prevent from connecting
The head of part 2-5 enters inside guide frame 2-6.Setting fixinig plate 2-9 realizes connector 2-5 and air port portion in which can be convenient
The relative position of part 20 is fixed, and is reduced connector 2-5 and installed fixed difficulty with indoor unit main body 10.
Referring to Fig. 8, in the present embodiment, through-hole 2-92 is oblong, so that the phase of fixinig plate 2-9 and connector 2-5
Position can be adjusted in the length range of through-hole 2-92.
Referring to fig. 4, optionally, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20,
Locating part 2-7 has the plane that can block 30 bottom end of installation base body.Locating part 2-7 can be plate, the side of locating part 2-7
It is installed with air port component 20, air port component 20 is exposed in the other side, and the side is when air port component 20 is installed for supporting in installation base
On body 30, position-limiting action is played to the installation of 20 up and down direction of air port component, so that air port component 20 is not retracted in installation excessively
Inside matrix 30.
In the present embodiment, fixinig plate 2-9 is detachably connected with guide frame 2-6, is specifically as follows and is bolted.
Referring to Fig. 8, in the present embodiment, the end face of guide frame 2-6 is equipped with groove 2-62, and fixinig plate 2-9 is installed on groove
In 2-62.After fixinig plate 2-9 installation, surface is generally flush in the part of the not set groove 2-62 in the end face guide frame 2-6,
To prevent from interfering.
Referring to Fig. 5, in the present embodiment, air port mounting structure further includes panel 50, and panel 50, which is set to air port component 20, to deviate from
The side of indoor unit main body 10.The size of panel 50 can be greater than or equal to the size that installation base body 30 is open, such panel 50
The installation site of air port component 20 can be blocked, so that requiring the precision of installation site lower.
For the problems of the prior art, another object of the present invention is to propose a kind of tuyere structure installation method and wind
Mouth mounting structure reduces the complexity of installation to simplify the installation procedure of tuyere structure.
To achieve the above object, one aspect of the present invention proposes a kind of tuyere structure installation method, comprising the following steps:
In the side mounting fixing parts 2-3 of the air port component；
The fixing piece 2-3 is connect with installation base body, wherein the connection of the fixing piece 2-3 and the installation base body
Position is adjustable.
Further, the fixing piece 2-3 has the first aperture and the second aperture, wherein described in the air port component
Side mounting fixing parts 2-3 the step of include:
The fixing piece 2-3 is fixed by passing through the side of the secure component and the air port component of first aperture.
Further, described the step of connecting the fixing piece 2-3 with installation base body, includes:
Second aperture is passed through using fastener to fix the air port component with the installation base body.
Further, described in the step of side mounting fixing parts 2-3 of the air port component includes: in the air port portion
Multiple fixing piece 2-3 are installed at the opposite two sides interval of part.
Further, first aperture and second aperture are slotted hole；The length direction of first aperture
The transverse direction of the parallel air port component, the longitudinal direction of the length direction of second aperture air port component in parallel.
To achieve the above object, another object of the present invention is to propose a kind of air port mounting structure, including air port component
20, the side of the air port component 20 is equipped with fixing piece 2-3, the fixing piece 2- for connecting with the installation base body 30
3 and the link position of the installation base body 30 are adjustable.
Further, the fixing piece 2-3 is connect by passing through the fastener 2-35 of slotted hole with the installation base body 30.
Further, the fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32, the first aperture 2-31
It is slotted hole with the second aperture 2-32；The fixing piece 2-3 passes through the first aperture 2-31 and the air port component
20 side is fixed；The longitudinal direction of the length direction of the first aperture 2-31 air port component 20 in parallel, second aperture
The transverse direction of the length direction of the 2-32 air port component 20 in parallel.
Further, the opposite two sides of the air port component 20 are installed on the installation base body by the fixing piece 2-3
30。
Further, air port mounting structure further includes locating part 2-7, and the locating part 2-7 is set to the air port component 20,
The locating part 2-7 has the plane that can block 30 bottom end of installation base body.
Further, air port mounting structure further includes panel 50, and the panel 50 is set to the air port component 20 and deviates from institute
State the side of indoor unit main body 10.
Further, the fixing piece 2-3 includes the first plate 2-33 and the second plate 2-34, and the first aperture 2-31 is set to
The first plate 2-33, the second aperture 2-32 are set to the second plate 2-34, the first plate 2-33 and the air port portion
Part 20 is fixed, and the second plate 2-34 and the installation base body 30 are fixed.
Further, the angle of the first plate 2-33 and the second plate 2-34 are 95 degree to 140 degree.
Further, the length of the second aperture 2-32 is 8mm to 20mm.
Further, the total height of the fixing piece 2-3 is 7mm to 12mm.
Further, the installation base body 30 includes furred ceiling.
Tuyere structure installation method provided by the invention can only use one of mounting means according to actual needs
Or two kinds of mounting means use simultaneously.Above-mentioned installation method is installed versatile；Installation base body is open when having certain deviation still
It so can satisfy installation, do over again without installation base body, be open again again；Hanging is reliable, can sufficiently paste after tuyere structure installation
Close installation base body；Simple installation can be installed immediately after the completion of installation base body is open, and installation is efficient.
It will be illustrated below by each specific embodiment:
Referring to Figure 67 and Figure 68, the embodiment of the present invention provides a kind of tuyere structure installation method, realizes air port installation knot
The side of structure is connected with installation base body, and installation base body specifically may include furred ceiling.This method specifically includes the following steps:
Step S1, in the side mounting fixing parts 2-3 of air port component 20.
In order to enable the air port component 20 after installation is firm, reliable, can be installed at the opposite two sides interval of air port component 20
Multiple fixing piece 2-3.
Step S2, fixing piece 2-3 is connect with installation base body 30.Wherein, the link position of fixing piece 2-3 and installation base body
It is adjustable.Fixing piece 2-3 and the installation can be selected according to the size of tuyere structure and the bulk of installation site
The link position of matrix.
Above-mentioned technical proposal, using with the adjustable fixing piece 2-3 of the link position of installation base body 30 by air port component 20 with
Installation base body 30 connects, and install convenient is efficient.
Fixing piece 2-3 can be located at each side of tuyere structure, may also be at wherein one or more groups of opposite sides.
In the present embodiment, fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32, wherein above-mentioned step one has
Body may include: that fixing piece 2-3 is fixed by the side of the first aperture 2-31 and tuyere structure.The fastening parts such as stay bolt can be used
Part passes through the first aperture 2-31 and fixes the side of fixing piece 2-3 and tuyere structure.
Above-mentioned step two is specific can include: using fastener pass through the second aperture 2-32 by tuyere structure with it is described
Installation base body 30 is fixed.
First aperture 2-31 and the second aperture 2-32 is slotted hole.The length direction Parallel airflow oral area of first aperture 2-31
The transverse direction (width direction of air port component 20 shown in Fig. 2) of part 20, the length direction Parallel airflow mouthpiece of the second aperture 2-32
20 longitudinal direction (length direction of air port component 20 shown in Fig. 2).
Referring to Figure 68, another embodiment of the present invention provides a kind of air port mounting structures, including indoor unit main body 10 and air port
Component 20, the side of air port component 20 are equipped with the fixing piece 2-3 for connecting with installation base body 30, fixing piece 2-3 and installation
The link position of matrix 30 is adjustable.
Installation base body 30 specifically includes furred ceiling.
Referring to Fig. 5, fixing piece 2-3 is connect by passing through the fastener 2-35 of slotted hole with installation base body 30.
Referring to Figure 11, fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32, and the first aperture 2-31 and second is opened
Hole 2-32 is slotted hole.Fixing piece 2-3 is fixed by the side of the first aperture 2-31 and air port component 20；First aperture 2-31
The length direction air port component 20 in parallel longitudinal direction, the cross of the length direction Parallel airflow mouthpiece 20 of the second aperture 2-32
To.
It, can be in the cross of air port component 20 by setting length direction different the first aperture 2-31 and the second aperture 2-32
The adjustment of installation site is carried out to, longitudinal both direction, installation is more convenient.
Referring to Figure 68, the opposite two sides of air port component 20 are installed on installation base body 30 by fixing piece 2-3.So connection,
The installation of air port component 20 is more convenient, and the air port component 20 after installation is solid and reliable.
Referring to Figure 68 and Fig. 4, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20, limit
Position part 2-7 has the plane that can block 30 bottom end of installation base body, in order to position in installation process.
Referring to Figure 68, Fig. 4, air port mounting structure further includes panel 50, and panel 50 is set to air port component 20 and deviates from indoor unit
The side of main body 10.
Referring to Figure 11, fixing piece 2-3 includes the first plate 2-33 being fixed to each other and the second plate 2-34, and the first aperture 2-31 is set
The second plate 2-34 is set in the first plate 2-33, the second aperture 2-32.First plate 2-33 and air port component 20 are fixed, the second plate 2-34
It is fixed with installation base body 30.In the present embodiment, fixing piece 2-3 can make by using above structure using normally through the
The fastener 2-35 of two openings 32 can make the active force of installation base body 30 obliquely to the second plate 2-34 offer, the active force
The vertical component having can cooperate with locating part 2-7, so that the ground of air port component 20 and the bottom surface of installation base body 30 are flat
Together.The fastener 2-35 of so-called normal mounting refers to, by taking fastener 2-35 is using screw as an example, the length direction of fastener 2-35
It is approximately perpendicular to the surface of the second plate 2-34.
Referring to Figure 12, the angle of the first plate 2-33 and the second plate 2-34 are 95 degree to 140 degree, for example, for 95 degree, 100 degree,
105 degree, 110 degree, 120 degree, 130 degree, 140 degree etc..When the angle to install fastener 2-35, the fixed force of fastener 2-35
F obliquely, there is a upward component F1, while in the case where locating part 2-7 limit, can make the bottom of air port component 20
Face is concordant with the bottom surface of installation base body 30.
Referring to Figure 13, the length C of the second aperture 2-32 is 8mm to 20mm.Above-mentioned length can guarantee original after air port is dismantled
Bearing be destroyed when can not install, can aside reinstall fastener 2-35.
Referring to Figure 12, the total height B of fixing piece 2-3 is 7mm to 12mm.Above-mentioned height can meet the general thickness of installation base body
Degree guarantees that its is not too high or escapes to 30 lower section of installation base body.
Referring to Figure 13, the diameter R of the second aperture 2-32 is 2.5mm to 4mm.Diameter R can meet in existing project installation
The screw sizes that may be used, while guaranteeing that the installation of screw will not relax.
It is 2mm to 5mm referring to Figure 13, distance D of the second aperture 2-32 apart from bottom, which is the peace of fastener 2-35
Dress provides space without interfering with air port component 20.
Referring to Figure 69, Fig. 2 to Figure 13, another embodiment of the present invention provides a kind of tuyere structure installation method, including it is following
Step:
Step S10, judge whether the support strength of installation base body 30 meets the lifting requirements of air port component 20.
Can installation base body 30 meet lifting requirements, depending on the material of installation base body 30, thickness, shape, structure etc..It is real
Border in use, with air port component 20 be installed in installation base body 30 after total be it is safe, can normal use for mark
It is quasi-.
If step S20, meeting the requirements, the side of air port component 20 is mounted in installation base body 30, by installation base body 30
Main carrying air port component 20.Air port component 20 is mounted in the indoor unit main body 10 of unit, is assisted by indoor unit main body 10
Carry air port component 20.Wherein, the side of air port component 20 is mounted on operation in installation base body 30 and by air port component 20
The operation being mounted in the indoor unit main body 10 of unit can be carried out successively, can also be carried out simultaneously.Simultaneously need more
Operating personnel.Operator's quantity needed for successively carrying out is then less.
In above-mentioned step S20, the support strength of installation base body 30 is met the requirements, and there are two types of installation sides for air port component 20
Formula: the indoor unit main body 10 that direct side is loaded on installation base body 30, is directly mounted at unit.Both modes can be used alone, also
Carry the weight of air port component 20 jointly in combination with other mounting means.
The side mounting means of air port component 20 refers to that the side of air port component 20 is directly installed in installation base body 30,
Nesting is not needed.Specifically, directly the side of air port component 20 and installation base body 30 can be fixed using screw and plate.This
Mounting means described in provided air port mounting structure embodiment hereinafter can also be used in place.
If step S30, being unsatisfactory for requiring, air port component 20 is mounted in the indoor unit main body 10 of unit, by interior
Owner's body 10 mainly carries air port component 20；The side of air port component 20 is mounted in installation base body 30, by installation base body 30
Auxiliary carrying air port component 20.
Above-mentioned technical proposal provide tuyere structure installation method, can be based on the bearing capacity of installation base body 30 itself
The no mounting means met the requirements to determine air port component 20；If 30 bearing capacity of installation base body is met the requirements, air port component
20 mainly using side dress (i.e. side installation) carrying, and the position of installation point is more, can disperse the weight of air port component 20, even and if
The problems such as deformation, will not occur in 20 long enough of air port component.If the bearing capacity of installation base body 30 is unsatisfactory for air port component 20
Lifting requirements, then air port component 20 is mainly carried by indoor unit main body 10.Above two mounting means can save nesting,
And then required complicated procedures of forming in nested installation process is saved, simplify the installation procedure of air port component 20, improves installation effectiveness.
Air port component 20 is carried by installation base body 30 and indoor unit main body 10 simultaneously, when above-mentioned mounting means can reduce side dress
The quantity of installation point.
Step S20 is described below specifically includes the following steps:
Step 1: in the side mounting fixing parts 2-3 of air port component 20.Referring to Fig. 3 and Figure 11, wherein fixing piece 2-3 tool
Having the first aperture 2-31 and the second aperture 2-32, the first aperture 2-31 and the second aperture 2-32, at least one is slotted hole.
Fixing piece 2-3 is fixed by the side of the first aperture 2-31 and air port component 20.If the first aperture 2-31 and the second aperture 2-32
It is slotted hole, first direction of the length direction of the first aperture 2-31 along air port component 20, the length of the second aperture 2-32
Direction along air port component 20 second direction.One of first direction and second direction are the longitudinal direction of air port component 20, separately
One is the transverse direction of air port component 20.First aperture 2-31 and the second aperture 2-32 can be slotted hole, pass through two slotted holes
Adjustable fixing piece 2-3 and installation base body 30, the installation site of air port component 20.
The side of air port component 20 and installation base body 30 are consolidated Step 2: passing through the second aperture 2-32 using fastener 2-35
It is fixed.Referring to Fig. 5, fastener is such as bolt etc..
Above-mentioned step S30 specifically can comprise the following steps that
Step 1: suspending assembly 2-4 to be installed on to the indoor unit main body 10 of unit.The structure of suspending assembly 2-4 can have
It is a variety of, it can be plate or frame class formation, specific structure type will be provided hereinafter.
Step 2: air port component 20 and suspending assembly 2-4 are fixed.Referring to fig. 2, such as: using connector 2-5 from air port
It wears to top and fixes air port component 20 and suspending assembly 2-4 in the bottom of component 20.Referring to fig. 2, connector 2-5 is specifically as follows
Long spiro nail.
The specific embodiment of above-mentioned tuyere structure installation method is described below.
Side dress mode is introduced first.It introduces air port component 20 and installation base body 30 is fixed on by side cartridge screw.Tuyere structure
Installation base body 30 is installed from the bottom up, and locating part (design is relatively thin, there is sufficient intensity) 7 is resisted in 30 lower end surface of installation base body
(see Fig. 4) keeps tuyere structure and 30 bottom surface of installation base body straight.At this time fastener (specially side cartridge screw) 35 passes through fixation
The second aperture 2-32 (Figure 11) on part 2-3 is fixed in installation base body 30.Further, fixinig plate 3 can also be equipped with long waist shaped
The first aperture 2-31, it is therefore an objective to can according to installation base body 30 be open actual size, adjust 3 position of fixinig plate so that side fill
Screw not will lead to 20 deformation of air port component when fastening, guarantee that appearance is unaffected.
Next introduces lifting mode.Installing suspending assembly in indoor unit main body 10 in advance, (suspending assembly 2-4 is equipped with screw
Hole) 4, hanging nut 42 in pre-welding on suspending assembly 2-4.The settable guide frame 2-6 of air port component 20, guiding knot
There are many fixed form of structure 2-6, for example buckle, and screw is fixed, glue bond.Certainly, also can directly air port component 20 inherently
Design has the feature that can play similar guiding role.Finite place piece 2-7 is fixed on tuyere structure, air port component 20 is fixed with adjustable
The fixinig plate 2-9 of installation site, fixinig plate 2-9 are equipped with notch 2-91, enable fixinig plate 2-9 to snap into connection by notch 2-91
On part 2-5, referring to Fig. 3, Fig. 9 and Figure 10.
Specific installation steps are as follows:
1) before installing, the fixing screws (see Fig. 8) on the fixinig plate 2-9 of position adjustable are first unloaded, by consolidating for position adjustable
It is spare that stator 2-9 is placed on the installation of erector's pocket.
2) along 10 length direction of indoor unit main body, two suspending assemblies are fixed by screw in 10 two sides of owner's body indoors
2-4, referring to fig. 2.
3) it several threads is twisted is fixed on connector 2-5 (specially long spiro nail) is pre- on suspending assembly 2-4, hang spiral shell at this time
Ailhead exposes in 30 bottom surface of installation base body, and air port component 20 makes to hang head of screw by the guiding surface 2-61 of guide frame 2-6
Guide frame 2-6 medial surface can be passed through, sees Fig. 6 to Fig. 8.
4) head of connector 2-5 is by the way that after guide frame 2-6, air port component 20 is up resisted with hand makes locating part 2-7
It can be bonded with 30 lower end surface of installation base body.
5) erector can take out the fixinig plate 2-9 for the position adjustable that step 1 is removed inside pocket at this time, see Fig. 8, figure
9 and Figure 10, fixinig plate 2-9, which are designed, the notch 2-91 of card screw, by notch 2-91 snap-fit connection members 2-5, fixinig plate 2-9's
Direction is caught in referring to shown in arrow in Fig. 8.Adjustable position long waist shaped through-hole is designed on fixinig plate 2-9, guarantees connector 2-5
Head will not be by the through-hole, and the body of rod of connector 2-5 can be in long waist shaped through-hole slide inside, to guarantee air port component
20 can deviate in the longitudinal direction.In addition adjustment long waist shaped hole also can be set in the width direction of fixinig plate 2-9, guarantees
Air port component 20 can also be adjusted slightly on the width.The arrow of length direction, width direction meaning shown in Figure 10.
6) connector 2-5 is finally tightened, is bonded air port component 20 with installation base body 30.
Since in project installation actual application, the opening of installation base body 30 and 10 air outlet of indoor unit main body are often different
Surely sufficiently alignment, the above clever structure design, ensure that lifting is fixed can be adapted to most of requirement of engineering.
Described in detail above is to hang mounting means, and in actual application, this hanging method is suitble to air port component 20
The thicker situation of body.If air port component 20 is relatively thin, can also be installed using following mode:
1) suspending assembly 2-4 is fixed in indoor unit main body 10.
2) installation of air port component 20 is resisted in 30 bottom surface of installation base body, i.e., locating part 2-7 is touched 30 bottom of installation base body
Face.
3) the directly nut of alignment suspending assembly 2-4 of connector (specifically including long screw) 5, then tightens, makes air port portion
The effectively fitting installation base body 30 of part 20, and be fixed in indoor unit main body 10.
It should be noted that connector 2-5 is only arranged in above-mentioned lifting fixed form in the longitudinal direction, if air port component
20 is longer, and air port component 20 may deform, and causes intermediate place deformation to expose gap, then can also be among air port component 20
Position is assisted by the fixation of side cartridge screw mode.
The tuyere structure installation method that the above embodiment of the present invention provides can only use wherein one according to actual needs
Kind mounting means or two kinds of mounting means use simultaneously.Above-mentioned installation method is installed versatile；The opening of installation base body 30 has
Still it can satisfy installation when certain deviation, do over again without installation base body 30, be open again again.Hanging is reliable, air port component
Installation base body 30 can be sufficiently bonded after 20 installations；Simple installation can be installed immediately after the completion of installation base body 30 is open, it is convenient
Efficiently.
Referring to fig. 2 to Figure 11, another embodiment of the present invention provides a kind of air port mounting structures, can be used for implementing above-mentioned implementation
The tuyere structure installation method that example provides.The air port mounting structure includes indoor unit main body 10 and air port component 20, air port component
20 are carried jointly by indoor unit main body 10 and installation base body.
Indoor unit main body 10 is lifted on roof (or being ceiling).Difference according to the actual situation, air port component 20
Can be using one of them following bearing modes: by installation base body 30 mainly carrying and the carrying of the auxiliary of indoor unit main body 10, by
Mainly carrying and the auxiliary carrying of installation base body 30 of indoor unit main body 10.
Air port component 20 is carried by indoor unit main body 10, can be to avoid in the prior art must being mounted on air port component 20
It is fixed on bring complex procedures in the nesting of installation base body 30, the problems such as required personnel are more.
Further, the side of air port component 20 is equipped with the fixing piece 2-3 for connecting with installation base body 30, fixing piece
2-3 and the link position of installation base body 30 are adjustable.
Fixing piece 2-3 can select one according to actual needs and install with installation base body 30 by the way that multiple mounting structures are arranged.Or
The adjustable holes of installation sites such as slotted hole are arranged in person, fixing piece 2-3, to realize may be selected for installation site.
Referring to Figure 11, in the present embodiment, fixing piece 2-3 has the first aperture 2-31 and the second aperture 2-32.First aperture
At least one is slotted hole to 2-31 and the second aperture 2-32, this is sentenced be slotted hole for.Fixing piece 2-3 passes through first
Aperture 2-31 and the side of air port component 20 are fixed；The length direction of first aperture 2-31 along air port component 20 first party
To, the second aperture 2-32 length direction along air port component 20 second direction, first direction and second direction wherein it
One is the longitudinal direction of air port component 20, another transverse direction for air port component 20.
It, can be in the cross of air port component 20 by setting length direction different the first aperture 2-31 and the second aperture 2-32
The adjustment of installation site is carried out to, longitudinal both direction, installation is more convenient.
Further, indoor unit main body 10 is fixed with suspending assembly 2-4, and air port component 20 passes through connector 2-5 and hanging
Component 2-4 is fixed.Connector 2-5 can be stay bolt.
Referring to fig. 2, optionally, the transverse end surface of indoor unit main body 10 is fixed with air port component 20 by suspending assembly 2-4
Connection.Suspending assembly 2-4 is set, convenient for owner's body 10 and air port component 20 in junction chamber.The transverse end surface of indoor unit main body 10
Suspending assembly 2-4 is set, has fully considered the design feature of indoor unit main body 10 and the convenience of installation.
Referring to fig. 2, in the present embodiment, the opposite two sides of air port component 20 are installed on installation base body 30,20 phase of air port component
Pair other two sides be fixedly connected with indoor unit main body 10 by suspending assembly 2-4.In the present embodiment, the two of air port component 20 are vertical
Avris is loaded on installation base body 30, and widthwise edge is lifted on indoor unit main body 10.
Referring to fig. 2, in the present embodiment, suspending assembly 2-4 includes connecting plate 2-41 and nut 42, connecting plate 2-41 and indoor
Owner's body 10 is detachably connected, and air port component 20 is connect by connector 2-5 and nut 42 with connecting plate 2-41.Above structure
Suspending assembly 2-4, it is compact-sized, it is easy for installation.
Referring to fig. 2, for the ease of installation connecting element 2-5, air port component 20 is equipped with for guiding connector 2-5 installation direction
Guide frame 2-6.Guide frame 2-6 can be inclined-plane or other structures, to help connector 2-5 to find threaded hole accurately.
Referring to Fig. 7, in the present embodiment, guiding surface 2-61 is can be set in guide frame 2-6, finds company accurately for connector 2-5
Fishplate bar 2-41 and nut 42 provide guiding.This is simple and compact for structure, manufacture easy to process.
Referring to fig. 4, further, air port mounting structure further includes locating part 2-7, and locating part 2-7 is set to air port component 20,
Locating part 2-7 has the plane that can block 30 bottom end of installation base body.Locating part 2-7 can be plate, the side of locating part 2-7
It is installed with air port component 20, air port component 20 is exposed in the other side, and the side is when air port component 20 is installed for supporting in installation base
On body 301, position-limiting action is played to the installation of 20 up and down direction of air port component, so that air port component 20 is not retracted in installation excessively
Inside matrix 30.
Referring to fig. 4 or Fig. 5, optionally, air port mounting structure further includes panel 50, and panel 50, which is set to air port component 20, to deviate from
The side of indoor unit main body 10.
The size of panel 50 can be greater than or equal to the size that installation base body 30 is open, and such panel 50 can block air port
The installation site of component 20, so that requiring the precision of installation site lower.
Currently, air conditioner indoor unit, which is usually hidden, is mounted on room furred ceiling in order to save the interior space and keep indoor beauty
On, but the narrow space between furred ceiling and roof, indoor unit, which installs, to be not very convenient.For this purpose, technical staff is general
How improvement is sized for smaller by air conditioner indoor unit if being focused on, but the effect is unsatisfactory, even if by indoor unit size
It does small, it is still necessary to the problem of how indoor unit is installed faced.And the installation process of indoor unit is more complicated at present, to different furred ceilings
The adaptability of height is not strong, and if all falling in the overall weight of indoor unit on furred ceiling, the load-bearing capacity requirement to furred ceiling
It is very high, it is therefore desirable to which that the mounting means and connection type of indoor unit are improved.
For the problems of the prior art, another object of the present invention is to propose a kind of indoor unit and air-conditioner set, with
Make the easier for installation of indoor unit, and improves indoor unit to the adaptability of different ceiling heights.
The present invention provides a kind of indoor unit, including indoor unit main body 10, air port component 20 and connecting tube 3-5, the room
Interior owner's body 10 is mounted on first position, and the air port component 20 is mounted on the second position, and the connecting tube 3-5 is connected to described
Between indoor unit main body 10 and the air port component 20, the connecting tube 3-5 be it is telescopic so that the connecting tube 3-5 energy
It is enough that length is adjusted according to the distance between the first position and the second position.
Further, the first position includes roof, and the second position includes installation base body 30.
Further, the installation base body 30 includes furred ceiling.
Further, the connecting tube 3-5 includes flexible pipeline section 3-52.
Further, the flexible pipeline section 3-52 is bellows.
Further, the connecting tube 3-5 further includes interconnecting piece, one end of the interconnecting piece and the flexible pipeline section 3-52
Connection, the other end of the interconnecting piece are connect with the indoor unit main body 10 or the air port component 20.
Further, the connecting tube 3-5 further includes the first connecting portion 3- that the upper end flexible pipeline section 3-52 is arranged in
51, the indoor unit main body 10 includes bottom plate, and the bottom plate is equipped with air outlet 3-2, and the first connecting portion 3-51 is mounted on
On the bottom plate and the air outlet 3-2 can be blocked.
Further, multiple first mounting hole 3-3 are equipped with around the air outlet 3-2 on the bottom plate, described first connects
The upper port of socket part 3-51 is equipped with the first flange 3-54 that extends outwardly and can fit with the bottom plate, first flange
3-54 is equipped with multiple the second mounting holes corresponding with the first mounting hole 3-3, and the first screw 3-4 passes through first installation
Hole 3-3 and second mounting hole, to realize the connection of the first connecting portion 3-51 and the bottom plate.
Further, the connecting tube 3-5 further includes the second connecting portion 3- that the lower end flexible pipeline section 3-52 is arranged in
53, the second connecting portion 3-53 is connected by screw to the air port component 20.
Further, the lower port of the second connecting portion 3-53 the second flange with outward extension, the air port portion
The upper port of part 20 third flange 3-61 with outward extension, second flange are mutually pasted with the third flange 3-61
It closes, the second screw 3-7 passes through second flange and the third flange 3-61, to realize the second connecting portion 3-53 and institute
State the connection of air port component 20.
Further, the indoor unit further includes connecting plate 3-10, the second connecting portion 3-53 and the air port component
20 is opposite, and the connecting plate 3-10 is mounted on the second connecting portion 3-53 and the air port component 20 by third screw 3-9
Side on, realize the second connecting portion 3-53 and the wind to pass through the connecting plate 3-10 and the third screw 3-9
The connection of mouthpiece 20.
Further, the connecting tube 3-5 further includes the second connecting portion 3- that the lower end flexible pipeline section 3-52 is arranged in
53, the second connecting portion 3-53 and the air port component 20 pass through glue bonding connection.
Further, the inner wall of the connecting tube 3-5 and/or outer wall are equipped with insulating layer.
Further, pass through connector 12 and the 4th screw 3-11 between the air port component 20 and the installation base body 30
Connection.
In addition, the present invention also provides a kind of air-conditioner sets, which is characterized in that including interior described in above-described embodiment
Machine.
Based on the above-mentioned technical proposal, in indoor unit embodiment of the present invention, indoor unit main body is mounted on first position, air port
Component is mounted on the second position, relative to by indoor unit integral installation in the technical solution of the second position for, this installation side
Formula can not only reduce the requirement to second position load-bearing capacity, but also install also more convenient；Owner's body in junction chamber
Connecting tube with air port component be it is telescopic, according to the distance between first position and the second position, connecting tube can be free
It elongates or shortens, so that length is adjusted, to adapt to the different distance in not chummery between first position and the second position,
The adaptability of indoor unit is improved, use scope is expanded.
It will be illustrated below by each specific embodiment:
With reference to shown in Figure 14~Figure 20, in an illustrative examples of indoor unit provided by the present invention, indoor unit
Including indoor unit main body 10, air port component 20 and connecting tube 3-5, indoor unit main body 10 is mounted on first position, air port component 20
It is mounted on the second position, connecting tube 3-5 is connected between indoor unit main body 10 and air port component 20, and connecting tube 3-5 is scalable
, so that connecting tube 3-5 can adjust length according to the distance between first position and the second position.
In above-mentioned illustrative examples, indoor unit main body 10 is mounted on first position, and air port component 20 is mounted on second
Position, relative to for technical solution on the second position, this mounting means can not only drop by indoor unit integral installation
The low requirement to second position load-bearing capacity, and install also more convenient；Owner's body and air port component in junction chamber
Connecting tube 3-5 be it is telescopic, according to the distance between first position and the second position, connecting tube freely can be extended or be contracted
It is short, to adjust length, to adapt to the different distance in not chummery between first position and the second position, improve indoor
The adaptability of machine expands use scope.
Optionally, first position includes roof, and the second position includes installation base body 30.
Further, installation base body 30 includes furred ceiling.
It should be noted that in other embodiments, indoor unit main body 10 can not be directly installed on roof, such as room
Top is equipped with other intermediate members, and indoor unit main body 10 is connected between on component；Air port component 20 can not also be mounted directly
In installation base body 30, for example other installing components being equipped in installation base body 30, air port component 20 is mounted on installing component,
The length of connecting tube 3-5 can be adaptively adjusted according to the distance between intermediate member and installing component at this time, to meet interior
Connection requirement between owner's body 10 and air port component 20.
In above-mentioned illustrative examples, connecting tube 3-5 can be whole retractable structure, and only can also include part can
Flexible pipeline section.In one embodiment, connecting tube 3-5 includes flexible pipeline section 3-52, i.e., flexible pipeline section 3-52 is telescopic, and
The part in addition to flexible pipeline section 3-52 of connecting tube 3-5 can be set to regular length.
Optionally, the pipeline section 3-52 that stretches is bellows.The length of bellows, which can according to need, freely to be elongated or shortened,
When the distance between roof and furred ceiling are smaller, bellows can be made to shrink, to reduce the occupied space of connecting tube 3-5；And in room
When the distance between top and furred ceiling are larger, bellows can be made to extend, to meet connection requirement.
Further, connecting tube 3-5 further includes interconnecting piece, and one end of interconnecting piece is connect with flexible pipeline section 3-52, interconnecting piece
The other end connect with indoor unit main body 10 or air port component 20.By the way that interconnecting piece is arranged, it can be convenient connection, it is steady to improve connection
Solidity.
Wherein, interconnecting piece can have regular length, i.e. the length of connecting plate can immobilize, and use hard material
It is made, such as plastics or Metal plate, facilitates the connection of connecting tube 3-5 and indoor unit main body 10 or air port component 20.
In a specific embodiment, as shown in figure 17, connecting tube 3-5 further includes that the flexible upper end pipeline section 3-52 is arranged in
First connecting portion 3-51, as shown in figure 14, indoor unit main body 10 include bottom plate, and bottom plate is equipped with air outlet 3-2, first connecting portion
3-51 is mounted on bottom plate and can block air outlet 3-2.
Optionally, the side of indoor unit main body 10 is equipped with c-type hangers, and hook, indoor unit correspondingly, on roof can be set
Main body 10 is mounted on roof by the hangers.
As shown in figure 15, multiple first mounting hole 3-3 are equipped with around air outlet 3-2 on bottom plate, as shown in figure 16, first connects
The upper port of socket part 3-51 is equipped on the first the flange 3-54, the first flange 3-54 that extends outwardly and can fit with bottom plate
Equipped with multiple the second mounting holes corresponding with the first mounting hole 3-3, the first screw 3-4 passes through the peace of the first mounting hole 3-3 and second
Hole is filled, to realize the connection of first connecting portion 3-51 and bottom plate.The setting of first flange 3-54, can make connecting tube 3-5 and room
The connection of interior owner's body 10 is more convenient and reliable.
In another specific embodiment, connecting tube 3-5 further includes the second connection that the flexible lower end pipeline section 3-52 is arranged in
Portion 3-53, second connecting portion 3-53 are connected by screw to air port component 20.
As a kind of specific embodiment that second connecting portion 3-53 and air port component 20 are connected by screw to, the second connection
The lower port of portion 3-53 the second flange (not shown) with outward extension, as shown in figure 18, the upper end of air port component 20
Third flange 3-61 mouthful with outward extension, the second flange are bonded to each other with third flange 3-61, and the second screw 3-7 is across the
Two flanges and third flange 3-61, to realize the connection of second connecting portion 3-53 Yu air port component 20.By the way that the second flange is arranged
With third flange 3-61, convenience and reliability that second connecting portion 3-53 is connect with air port component 20 can be improved.
As another specific embodiment that second connecting portion 3-53 and air port component 20 are connected by screw to, such as Figure 19
Shown, indoor unit further includes connecting plate 3-10, and second connecting portion 3-53 and air port component 20 are opposite, and connecting plate 3-10 passes through third
Screw 3-9 is mounted on the side of second connecting portion 3-53 and air port component 20, to pass through connecting plate 3-10 and third screw 3-9
Realize the connection of second connecting portion 3-53 and air port component 20.
Specifically, connecting plate 3-10 is connect by third screw 3-9 with first connecting portion 3-51, and passes through third screw 3-
9 connect with air port component 20.Connecting plate 3-10 can connect on the lateral surface of second connecting portion 3-53 and air port component 20,
It can connect on the medial surface of second connecting portion 3-53 and air port component 20.
Optionally, connecting tube 3-5 further includes the second connecting portion 3-53 that the flexible lower end pipeline section 3-52 is arranged in, the second connection
Portion 3-53 and air port component 20 pass through glue bonding connection.It is connected by glue easier and quick.
Certainly, between connecting tube 3-5 and indoor unit main body 10 and between connecting tube 3-5 and air port component 20, in addition to upper
It states except connection type, can also be attached using other available connection types, I will not elaborate.
Optionally, the inner wall of connecting tube 3-5 and/or outer wall are equipped with insulating layer.By the way that insulating layer is arranged, it is possible to reduce gas
Flow the heat exchange when flowing through connecting tube 3-5 between outside air.
As shown in figure 20, connected between air port component 20 and installation base body 30 by connector 3-12 and the 4th screw 3-11
It connects.Specifically, connector 3-12 is arranged between outlet air mouthpiece 20 and installation base body 30, outlet air mouthpiece 20 and connector 3-
It is connected by screw between 12, by the 4th screw 3-11 connection between connector 3-12 and installation base body 30, to realize out
The connection of air port component 20 and installation base body 30.Optionally, the 4th screw 3-11 can be connected obliquely in air port component 20 with
Between installation base body 30, the installation difficulty of the 4th screw 3-11 can be reduced in this way.
Optionally, the size of the mounting hole for installing air port component 20 set in installation base body 30 is not less than wind
Outwardly extending listrium can be set in the size of mouthpiece 20, the bottom of air port component 20, and the size of the listrium is greater than mounting hole
The size of mouth, so during installation, listrium is located under the bottom surface of installation base body 30, can be to the installation site of air port component 20
Restriction effect is played, installation base body 30 can also be closed, prevents dust in room etc. from entering the space of 30 or more installation base body
It is interior.
In above-mentioned each embodiment, air port component 20 can be air outlet component, or air inlet mouthpiece.
Based on above-mentioned indoor unit, the present invention also proposes a kind of air-conditioner set, which includes above-mentioned indoor unit.
Positive technical effect possessed by indoor unit is equally applicable to air-conditioner set in above-mentioned each embodiment, and which is not described herein again.
The specific structure and work of one embodiment of 14~20 pairs of indoor units and air-conditioner set of the present invention with reference to the accompanying drawing
It is illustrated as process:
As shown in Figure 14~20, indoor unit includes indoor unit main body 10, connecting tube 3-5 and air port component 20, indoor owner
Body 10 is mounted on roof, and one end of connecting tube 3-5 is connect with indoor unit main body 10, and the other end is connect with air port component 20, wind
Mouthpiece 20 is mounted in installation base body 30.
As shown in figure 17, connecting tube 3-5 includes first connecting portion 3-51, flexible pipeline section 3-52 and second connecting portion 3-53.
Flexible pipeline section 3-52 uses bellows, to realize the adjustability of connecting tube 3-5 length.
As shown in figure 14, the bottom plate of indoor unit main body 10 is equipped with air outlet 3-2.As shown in figure 15, air outlet on bottom plate
The surrounding of 3-2 is reserved with multiple first mounting hole 3-3.As shown in Figure 16, the upper end of the first connecting portion 3-51 of connecting tube 3-5
Mouth is equipped with the outwardly extending first flange 3-54 of wall surface from first connecting portion 3-51, and the first flange 3-54 is parallel with bottom plate, with
So that the first flange 3-54 is bonded to each other with bottom plate, the first screw 3-4 pass through the first flange 3-54 on the second mounting hole and
The first mounting hole 3-3 on bottom plate, can be realized the connection of first connecting portion 3-51 and bottom plate, that is, realize connecting tube 3-5 with
The connection of indoor unit main body 10.
Connection for connecting tube 3-5 and air port component 20 can be attached using three kinds of modes:
The first: the lower port of second connecting portion 3-53 the second flange with outward extension, as shown in figure 18, air port portion
Part 20 is equipped with third flange 3-61, and the second screw 3-7 passes through third flange 3-61 and second connecting portion on air port component 20
The second flange on 3-53, can be realized the connection of second connecting portion 3-53 Yu air port component 20, that is, realize connecting tube 3-5 with
The connection of air port component 20；
Second: the lateral surface of air port component 20 and second connecting portion 3-53 are equipped with connecting plate 3-10, pass through connecting plate
3-10 and third screw 3-9 realizes the connection of second connecting portion 3-53 and air port component 20；
The third: second connecting portion 3-53 and air port component 20 pass through glue bonding connection.
1, pass through the explanation to indoor unit of the present invention and multiple embodiments of air-conditioner set, it can be seen that indoor unit of the present invention
And air-conditioner set embodiment at least has the advantages that one or more of:
By the way that flexible pipeline section is arranged, connecting tube can freely be adjusted according to the distance between first position and the second position
Length improve the adaptability of indoor unit to adapt to the different distance in not chummery between first position and the second position, expand
Big use scope；
2, indoor unit main body is mounted on roof, and air port component is mounted on furred ceiling, can be reduced in this way to furred ceiling load-bearing
The requirement of ability, and install also more convenient；
3, the connection type between connecting tube and indoor unit main body and air port component is fairly simple, is conducive to improve installation effect
Rate, and it is easy to operate, and connection reliability is also relatively high.
In the prior art, the mounting structure of the air port component of central air-conditioning includes setting mounting hole on the ceiling, being arranged
Bracket in mounting hole and the connecting component for connecting air port component and bracket.Connecting component is optionally screw.It is existing
Air port component installation process it is relatively complicated, erector's task efficiency is low.
For the problems of the prior art, it is a further object to provide a kind of air conditioner indoor unit, air-conditioning and rooms
Room, air port component to improve air-conditioning existing in the prior art problem erroneous for installation.
One aspect of the present invention provides a kind of air conditioner indoor unit, comprising:
Indoor unit main body 10, including air intlet and air outlet slit；And
Air port component 20, including the air port main body with air outlet and the clamping part 4-4 for connecting installation base body 30,
The sky of the air outlet and the indoor unit main body 10 after being connected in the installation base body 30 in order to the air port component 20
Gas outlet docking.
Further, the air port component 20 further includes the flange 4-5 for being set to the periphery of the air port main body, the card
Relay part 4-4 connect with the flange 4-5 and extends towards the indoor unit main body 10.
Further, the flange 4-5 is located at one end far from the indoor unit main body 10 of the air port main body.
Further, the clamping part 4-4 is multiple, week of multiple clamping part 4-4 along the air port main body
To arrangement.
Further, the clamping part 4-4 includes that at least two arranged in the two sides of a plane buckle 4-4a, described
Buckle 4-4a includes the bar-like member connecting with the air port main body and the separate air port main body for being located at the bar-like member
One end hook portion, the hook portion is located at the side back to the plane of bar-like member；Alternatively,
The clamping part 4-4 includes at least two the buckle 4-4a, the buckle 4-4a circumferentially around a center
One end including the bar-like member being connect with the air port main body and the separate air port main body for being located at the bar-like member
Hook portion, the hook portion are located at the side back to the center of bar-like member.
Further, the end face of one end far from the air port main body of the buckle 4-4a is equipped with inclined-plane 4-7, so as to
Moved along the inclined-plane in the installation base body 30 described during the buckle 4-4a is connected in the installation base body 30 and
The buckle 4-4a is pushed towards the plane or the center.
Further, at least two buckle 4-4a are arranged symmetrically relative to the plane；Alternatively, described at least two
Circumferential direction of the 4-4a along the center is buckled equably to arrange.
Another aspect of the present invention provides a kind of air conditioner, including air conditioner indoor unit described in above-described embodiment.
Further aspect of the present invention provides a kind of house, comprising:
Installation base body 30 is equipped with opening 40 compatible with the air port component 20；
Air conditioner indoor unit described in any one of claims 1 to 7, the air port component 20 are located in the opening 40,
The indoor unit main body 10 is mounted on the top of the installation base body 30.
Further, the return air being connected to the air intlet of the indoor unit main body 10 is additionally provided in the installation base body 30
Mouth 4-9.
Using the technical solution of the application, when air port component is installed, it is only necessary to by the clamping part and furred ceiling on the component of air port
Clamping, can be realized the installation of air port component, is conducive to simplify the installation process of air port component, improves installation effectiveness.
It will be illustrated below by each specific embodiment:
Figure 21 shows the structural schematic diagram of the furred ceiling for being equipped with air conditioner indoor unit of the present embodiment；Figure 22 shows Figure 21
Explosive view；Figure 23 shows the cross section structure schematic diagram of Figure 21；The cross section structure that Figure 24 shows another angle of Figure 21 shows
It is intended to；Figure 25 shows the structural schematic diagram of the furred ceiling of the present embodiment；Figure 26 shows the knot of the air conditioner indoor unit of the present embodiment
Structure schematic diagram.
As shown in figure 26, the air conditioner indoor unit of the present embodiment includes indoor unit main body 10 and air port component 20, indoor owner
Body 10 includes for introducing the air intlet of air to be exchanged heat, for the heat exchanger of the air heat-exchange with introducing and for exporting
The air outlet slit of air after heat exchange.
Air port component includes the air port main body with air outlet and the clamping part 4-4 for connecting installation base body 30, with
Air outlet is docked with the air outlet slit of indoor unit main body 10 after being connected in installation base body 30 convenient for air port component 20.Preferably,
Installation base body 30 is furred ceiling.
As shown in figure 25, installation base body 30 be equipped with for install air port component 20 opening 40 and with indoor unit main body 10
Air intlet connection return air inlet 4-9.Through-hole 4-6 compatible with clamping part 4-4 is additionally provided in installation base body 30.
In conjunction with shown in Figure 21 to 24, air port component 20 is nested in opening 40, and indoor unit main body is mounted on installation base body 30
Top, the air outlet slit of indoor unit main body 10 and opening 40 are opposite, are mounted in installation base body 30 by air port component 20
When, it is only necessary to air port component 20 is moved up, so that after clamping part 4-4 is connected in through-hole 4-6, the air of indoor unit main body 10
Outlet is docked with the air outlet of air port component 20, to complete the installation of air port component 20, it can be seen that, the air-conditioning of the present embodiment
The installation process of indoor unit is easy, is conducive to save the set-up time, improves installation effectiveness.
Figure 27 shows the structural schematic diagram of the air port component 20 of the present embodiment, and Fig. 8 shows the enlarged drawing in Fig. 7 at A.
In conjunction with shown in Figure 27 and Figure 28, air port component 20 further includes the flange 4-5 for being set to the periphery of air port main body, clamping
Component 4-4 connect with flange 4-5 and extends towards indoor unit main body 10.
As shown in figure 25, it is arranged with the through-hole 4-6 of clamping part 4-4 cooperation and 40 interval of opening, is connected on flange 4-5
Clamping part 4-4 position it is corresponding with the position of through-hole 4-6.
As shown in Figure 21,22 and 24, flange 4-5 is located at one end of the separate indoor unit main body 10 of air port main body.Air port portion
After part 20 is mounted on furred ceiling, flange 4-5 is located at the outside of opening 40.
Clamping part 4-4 be it is multiple, multiple clamping part 4-4 along air port main body circumferentially.Through-hole 4-6 and clamping portion
Part 4-4 is arranged correspondingly.
As shown in figure 28, clamping part 4-4 includes at least two buckle 4-4a arranged in the two sides of a plane, buckles 4-
4a includes the hook portion of one end of the bar-like member connecting with air port main body and the separate air port main body for being located at bar-like member, hook portion position
In the side back to plane of bar-like member, two above-mentioned buckle 4-4a pass through same through-hole 4-6, and are hooked in through-hole 4-
On the furred ceiling on 6 peripheries.
Optionally, above-mentioned two buckle the two sides for being symmetrically arranged at above-mentioned plane, so that buckle 4-4a is firmly
It is connected in installation base body 30.
Can also preferably, clamping part 4-4 includes multiple buckle 4-4a circumferentially around a center, buckles 4-4a
The hook portion of one end including the bar-like member connecting with air port main body and the separate air port main body for being located at bar-like member, hook portion are located at
The side back to center of bar-like member, multiple buckle 4-4a both pass through same through-hole 4-6, and are hooked in the periphery through-hole 4-6
Installation base body 30 on.
Multiple buckles are uniformly distributed in the circumferential direction at above-mentioned center, so that buckle can firmly be connected to installation base
On body 30.
The end face for buckling one end of the separate air port main body of 4-4a is equipped with inclined-plane 4-7, in order in buckle 4-4a clamping
Installation base body 30 moves along inclined-plane and will buckle 4-4a and push towards plane or center during in installation base body 30.
According to the another aspect of the application, the present embodiment additionally provides a kind of air conditioner, which includes above-mentioned sky
Adjust indoor unit.
According to the another aspect of the application, the present embodiment additionally provides house, which includes installation base body 30 and above-mentioned
Air conditioner indoor unit.
Installation base body 30 is equipped with opening 40 compatible with air port component 20；The air port component 20 of air conditioner indoor unit is located at out
In mouth 40, indoor unit main body 10 is mounted on the top of installation base body 30.
The return air inlet 4-9 being connected to the air intlet of indoor unit main body 10 is additionally provided in installation base body 30.
The air exhausting structure of existing ceiling type air conditioner is embedded into inside furred ceiling and straight by screw with the heavy platform that opens up on furred ceiling
It connects in succession.Above-mentioned connection type needs the front punching on furred ceiling, therefore higher to the rigidity requirement of furred ceiling.And existing spiral shell
The fixed mode in nail front, fixed width are limited to air port main body size, are easy to appear the exposed problem of screw, such aesthetics
It can decline, and the exposed easy dampness of screw is got rusty, and long-life use is unfavorable for.
For the problems of the prior art, it is a further object to provide a kind of tuyere structure component and its installations
Method and ceiling type air conditioner can reduce requirement of the installation ceiling type air conditioner to furred ceiling, to improve the suitable of ceiling type air conditioner
Use range.
One aspect of the present invention proposes a kind of tuyere structure component, including air port component 10 and side wall mounting structure, described
Side wall mounting structure connect with the air port component 10 and for connecting with the side wall of the construction opening in installation base body 30, so that
The air port component 10 is connect by the side wall mounting structure with the side wall of the construction opening.
Further, tuyere structure component further includes first connecting rod 5-7, and the side wall mounting structure includes being set to institute
The side dress fixing piece 5-2 on air port component 10 is stated, the side dress fixing piece 5-2 has relative to the sidewall slope predetermined acute angle
Bending the installation sheet 5-21, the bending installation sheet 5-21 of setting are equipped with the first connecting hole 5-24, the bending installation sheet 5-21
Top is greater than the bending bottom installation sheet 5-21 at a distance from the side wall at a distance from the side wall, so that described first
Connecting rod 5-7 can pass through the first connecting hole 5-24 and obliquely penetrate the side wall, be achieved in the air port component
10 are connect by the side wall mounting structure with the side wall of the construction opening.
Further, the side wall mounting structure further includes the side hanging installation part 5-3 for being arranged on the side wall, institute
The first connecting hole 5-24 can be passed through with the second connecting hole 5-34, the first connecting rod 5-7 by stating side hanging installation part 5-3
With the second connecting hole 5-34 obliquely to penetrate the side wall.
Further, at least one of the first connecting hole 5-24 and the second connecting hole 5-34 are long hole.
Further, the first connecting hole 5-24 and the second connecting hole 5-34 is long hole, and described first connects
The extending direction for meeting hole 5-24 and the second connecting hole 5-34 is arranged in a crossed manner.
Further, the extending direction of the first connecting hole 5-24 and the second connecting hole 5-34 are vertical setting.
Further, the side hanging installation part 5-3 has at least two second connecting hole 5-34 arranged side by side.
Further, the side wall mounting structure include be set on the air port component 10 side dress fixing piece 5-2 and
Side hanging installation part 5-3 for being arranged on the side wall, the side wall mounting structure fill fixing piece 5-2 and side by the side
The connection of installation part 5-3 is hung to realize that the air port component 10 is connect with the side wall of the construction opening, the side fills fixing piece
The first auxiliary positioning portion 5-25 for being telltale mark M in the installation base body 30, the side hanging installation are provided on 5-2
The second auxiliary positioning portion 5-35 being correspondingly arranged with first auxiliary positioning portion 5-25 is provided on part 5-3.
Further, first auxiliary positioning portion 5-25 is notch；And/or second auxiliary positioning portion 5-35 is
Notch.
Further, the fixation position between the side dress fixing piece 5-2 and the air port component 10 is adjustable.
Further, it is provided with the first installation long hole 5-23 on the side dress fixing piece 5-2, is fixed for filling the side
Part 5-2 is adjustably mounted on the air port component 10.
Further, it is provided with the second installation long hole 5-33 on the side hanging installation part 5-3, for installing the side hanging
Part 5-3 is adjustably mounted on the side wall.
Further, the bottom in the air port 1 is equipped with the mounting groove 5-11 to connect with its side, and the side fills fixing piece 5-
2 are set to the outside of mounting groove 5-11, so that the mounting groove 5-11 passes through first connection to the first connecting rod 5-7
Hole 5-24 simultaneously obliquely penetrates side wall offer and penetrates space.
Further, dress fixing piece 5-2 in the side includes air port connection sheet 5-22 and the bending installation sheet 5-21, described
It bends installation sheet 5-21 and is bent relative to the air port connection sheet 5-22 to the bottom of the side wall, the air port connection sheet 5-22
It is connect with the roof of the mounting groove.
Further, the side wall mounting structure is multiple and is arranged along the length direction interval of the air port component 10.
Further, the installation base body 30 includes furred ceiling.
Another aspect of the present invention additionally provides a kind of ceiling type air conditioner, which is characterized in that including described in above-described embodiment
Tuyere structure component.
Further aspect of the present invention additionally provides a kind of installation method of tuyere structure component, comprising:
Side fills fixing piece installation steps: side dress fixing piece 5-2 is mounted on the air port component 10；
The air port component 10: being first aligned and be put into the construction opening by side hanging installation part installation steps, using described
The telltale mark M is in first auxiliary positioning portion 23 in the installation base body 30, then by the air port component 10 from described
Construction opening takes out, and is then aligned second auxiliary positioning portion 5-35 with the telltale mark M and installs the side hanging
Part 5-3 is fixedly mounted on the side wall；
Air port component installation steps: the air port component 10 is aligned and is put into the construction opening, then by the side
Dress fixing piece 5-2 is connect with the side hanging installation part 5-3.
Further, the side hanging installation part 5-3 fixes peace by connecting with the structure sheaf 31 of the installation base body 30
On the side wall, side dress fixing piece 5-2 passes through the side by first connecting rod 5-7 and fills fixing piece 5-2 and described
The side hanging installation part 5-3 and decorative layer 32 for obliquely penetrating the installation base body 30 is connect with the side hanging installation part 5-3.
Based on the above-mentioned technical proposal, tuyere structure component of the present invention by the component of air port be arranged for installation base
The side wall mounting structure of the side wall connection of construction opening on body, air port component is connect by side wall mounting structure with side wall, excellent
The Impact direction for having changed installation base body, the mode fixed compared to existing screw front reduce installation ceiling type air conditioner to peace
The requirement for filling matrix, to improve the scope of application of ceiling type air conditioner.Installation method and ceiling type air conditioner provided by the invention
Correspondingly there are above-mentioned advantageous effects.
It will be illustrated below by each specific embodiment:
In tuyere structure component one of the present invention schematically or in specific embodiment, in conjunction with shown in Figure 29~Figure 33,
Tuyere structure component includes air port component 10 and side wall mounting structure, side wall mounting structure connect with air port component 10 and for
The side wall of construction opening in installation base body 30 connects, so that air port component 10 passes through the side of side wall mounting structure and construction opening
Wall connection.
In the schematical embodiment, tuyere structure component is used for and installation base body by being arranged on air port component 10
The side wall mounting structure of the side wall connection of construction opening on 30, air port component 10 are connect by side wall mounting structure with side wall,
The Impact direction for optimizing installation base body 30, the mode fixed compared to existing screw front reduce installation ceiling type air conditioner
Requirement to installation base body, to improve the scope of application of ceiling type air conditioner.Wherein, as shown in figure 32, installation base body 30 is specific
Ground includes furred ceiling.Certainly, installation base body 30 can also be the installing component of other structures.As shown in figure 29, on air port component 10
Equipped with the limit film 5-4 for being limited in construction opening to air port component 10, it is easily installed limit.Side wall mounting structure
Preferably multiple and length direction interval setting along air port component 10, to improve mounting stability.
In tuyere structure component one of the present invention preferably or in specific embodiment, as shown in figure 33, tuyere structure group
Part further includes first connecting rod 5-7, and side wall mounting structure includes the side dress fixing piece 5-2 being set on air port component 10, side dress
Fixing piece 5-2 has the bending installation sheet 5-21 that be arranged relative to sidewall slope predetermined acute angle, and bending installation sheet 5-21 is equipped with the
Be greater than with side wall at a distance from the top of one connecting hole 5-24, bending installation sheet 5-21 bend the bottom installation sheet 5-21 and side wall away from
From being achieved in air port component 10 so that first connecting rod 5-7, which can be passed through, the first connecting hole 5-24 and obliquely penetrates side wall
It is connected by the side wall of side wall mounting structure and construction opening.Wherein, first connecting rod 5-7 is preferably tapping screw, by
One connecting rod 5-7 obliquely penetrates side wall, can be realized in this way connecting rod it is built-in enter unit, with it is existing directly with screw just
The mode of face installation is compared, so that exposed panel can be than relatively thin, overall structure is fairly simple, avoids screw is exposed from making moist
The mounting means for getting rusty, and penetrating compared to level, the mode for obliquely penetrating side wall are also easily installed personnel for first
Connecting rod 5-7 penetrates side wall, and connects reliability and stability and guaranteed well, exploitativeness with higher.
In order to further be convenient for first connecting rod 5-7 penetrating side wall, in a preferred embodiment, air port 1
Bottom is equipped with the mounting groove 5-11 to connect with its side, and side dress fixing piece 5-2 is set to the outside of mounting groove 5-11, so that installation
Slot 5-11, which passes through the first connecting hole 5-24 to first connecting rod 5-7 and obliquely penetrates side wall offer, penetrates space.It is filled as side
A kind of preferred embodiment of fixing piece, side dress fixing piece 5-2 include air port connection sheet 5-22 and bending installation sheet 5-21, bending
Installation sheet 5-21 is bent relative to air port connection sheet 5-22 to the bottom of side wall, the top of air port connection sheet 5-22 and mounting groove 5-11
Wall connection.The embodiment structure is simple, it is easy to accomplish and mechanical strength with higher, exploitativeness are higher.
In above preferred embodiment, it is preferable that the fixation position that side fills between fixing piece 5-2 and air port component 10 can
It adjusts, to improve range of applicability.As shown in figure 30, side dress fixing piece 5-2 can by setting first installation long hole 5-23 come
Side dress fixing piece 5-2 is adjustably mounted on air port component 10.
In order to further improve connection reliability and stability, in an improved embodiment, as shown in Figure 31~Figure 33,
Side wall mounting structure further includes that side hanging the installation part 5-3, side hanging installation part 5-3 for being arranged on side wall have the second connecting hole
5-34, first connecting rod 5-7 can pass through the first connecting hole 5-24 and the second connecting hole 5-34 obliquely to penetrate side wall.Side hanging
Installation part 5-3 can penetrate side wall by the way that the second connecting rod 5-6 is arranged as shown in figure 33 to be mounted on side wall, and second connects
Bar 5-6 is also preferably tapping screw, and being provided with for side hanging installation part 5-3 is preferably solid conducive to carrying out to the first connecting hole 5-24
It is fixed, then improve the mounting stability of air port component 10.Wherein, it is contemplated that installation error and design error, such as Figure 30 and Figure 31
Shown, at least one of the first connecting hole 5-24 and the second connecting hole 5-34 are preferably long hole, can be conducive to the in this way
One connecting rod 5-7 passes through the first connecting hole 5-24 and the second connecting hole 5-34.Certainly more preferably the first connecting hole 5-24 and
Second connecting hole 5-34 is long hole, and the extending direction of the first connecting hole 5-24 and the second connecting hole 5-34 are arranged in a crossed manner.
Further, the extending direction of the first connecting hole 5-24 and the second connecting hole 5-34 are vertical setting, thus maximum magnitude fit
Answer different aperture widths.Preferably, as shown in figure 31, side hanging installation part 5-3 has be arranged side by side at least two second to connect
Hole 5-34 is met, it is steady further to improve connection for the connection area of raising side hanging installation part 5-3 in this way and side dress fixing piece 5-2
It is qualitative.
Similarly, side hanging installation part 5-3 is adjustably mounted on side wall, to improve range of applicability.Such as Figure 31 institute
Show, side hanging installation part 5-3 can be adjustably mounted at side by the second installation of setting long hole 5-33 by side hanging installation part 5-3
On wall.
In order to realize that side dress fixing piece 5-2 is connect with the accurate positionin of side hanging installation part 5-3, as shown in Figure 30~Figure 32,
Side wall mounting structure includes the side dress fixing piece 5-2 being set on air port component 10 and the side hanging installation for being arranged on side wall
Part 5-3, side wall mounting structure fill the connection of fixing piece 5-2 and side hanging installation part 5-3 by side to realize air port component 10 and peace
The side wall connection of dress opening, side fill the first auxiliary being provided on fixing piece 5-2 for being telltale mark M in installation base body 30
The second auxiliary positioning portion being correspondingly arranged with the first auxiliary positioning portion 5-25 is provided on positioning region 5-25, side hanging installation part 5-3
5-35.Preferably, as shown in figure 30, the first auxiliary positioning portion 5-25 is notch；As shown in figure 31, the second auxiliary positioning portion 5-35
For notch, side hanging installation part 5-3 specifically includes side hanging installation sheet 5-31 and the bending relative to side hanging installation sheet 5-31 bending
Limit film 32, side hanging installation sheet 5-31 are equipped with the second auxiliary positioning for the second connecting hole 5-34, bending limit film 32 to be arranged
Portion 5-35, bending limit film 32 can limit installation of the side hanging installation part 5-3 on side wall, it is ensured that installation reliability.
Wherein, notch is specific or preferably triangular cut, easy to process.
The present invention also provides a kind of ceiling type air conditioners comprising above-mentioned tuyere structure component.Due to air port of the present invention
Construction package can reduce requirement of the installation ceiling type air conditioner to installation base body, so that the scope of application of ceiling type air conditioner is improved,
Correspondingly, ceiling type air conditioner of the present invention also correspondingly has above-mentioned advantageous effects, and details are not described herein.
Illustrate tuyere structure component in ceiling type air conditioner of the present invention for embodiment shown in Figure 29~Figure 33 below
Installation process it is as follows:
Firstly, as shown in figure 29, side dress fixing piece 5-2 is mounted on air port component 10；Then as shown in figure 32, by wind
Mouthpiece 10 is aligned and is put into construction opening, after determining installation site, using the first auxiliary positioning portion 23 in installation base body 30
On be telltale mark M, then by air port component 10 from construction opening take out, then by the second auxiliary positioning portion 5-35 and positioning
M alignment is marked, side hanging installation part 5-3 passes through the structure sheaf 31 (such as wood lath layer) of the second connecting rod 5-6 and installation base body 30
Connection is to be fixedly mounted on side wall；Then air port component 10 is aligned and is put into construction opening, limit film 5-4 is to air port component
10 are limited, and side dress fixing piece 5-2 is then passed through side by first connecting rod 5-7 and fills fixing piece 5-2 and side hanging installation part
The 5-3 and decorative layer 32 (such as gypsum board layer) for obliquely penetrating installation base body 30 is connect with side hanging installation part 5-3, last panel
50 lids close construction opening.
The present invention has also correspondingly provided a kind of installation method of above-mentioned tuyere structure component comprising:
Side fills fixing piece installation steps: side dress fixing piece 5-2 is mounted on air port component 10；
Side hanging installation part installation steps: first air port component 10 is aligned and is put into construction opening, utilizes the first auxiliary positioning
Telltale mark M is in portion 23 in installation base body 30, then takes out air port component 10 from construction opening, then that the second auxiliary is fixed
Position portion 5-35 is aligned with telltale mark M and side hanging installation part 5-3 is fixedly mounted on side wall；
Air port component installation steps: by air port component 10 be aligned and be put into construction opening, then by side dress fixing piece 5-2 with
The 5-3 connection of side hanging installation part, the last lid of panel 50 close construction opening.
In the schematical embodiment, this method can ensure side hanging installation part 5-3 on side wall using telltale mark M
Installation accuracy, and this method is easily achieved, exploitativeness with higher.
Wherein it is preferred to as shown in figure 33, side hanging installation part 5-3 passes through structure sheaf 31 with installation base body 30 (such as wood
Lath layer) to be fixedly mounted on side wall, side fills fixing piece 5-2 and passes through side dress fixing piece 5-2 by first connecting rod 5-7 for connection
With side hanging installation part 5-3 and obliquely penetrate the decorative layer 32 (such as gypsum board layer) and side hanging installation part 5-3 of installation base body 30
Connection, such mounting means can hide first connecting rod 5-7 under the basis for ensuring mounting structure intensity, improve beautiful
Degree.
Ceiling type air conditioner is a kind of air-conditioning equipment suitable for lifting in ceiling, and usually air-conditioning internal machine is arranged in furred ceiling
Between ceiling, and tuyere structure is embedded on furred ceiling.In the installation of existing ceiling type air conditioner, it usually needs in furred ceiling
It is interior that the structural member of clamping or mounting matched with tuyere structure is set, then it will be arranged on tuyere structure merging furred ceiling again
Aperture, and connection is completed using the structural member.For installer, ascend a height to complete the installation needs of tuyere structure
After the setting for completing structural member, then ascends a height and carry out the alignment of tuyere structure and the connection of structural member.This installation process is more numerous
It is trivial, it is relatively inefficient.
6-5, step structure；6-6, mounting portion；6-7, gasket；6-8, screw；6-9, mounting hole；
For the problems of the prior art, the purpose of the present invention is to propose to a kind of air port mounting structure and air-conditioning system, energy
Enough improve the installation effectiveness of tuyere structure.
One aspect of the present invention provides a kind of air port mounting structure, comprising: air port component 20, the air port component 20 are embedded
In the installation base body 30, the bottom surface of the air port component 20 mounting portion 6-6 with outward extension can be supported from below
Being fixedly connected between the mounting portion 6-6 and the installation base body 30 is realized by the installation base body 30, and by connector.
Further, it is additionally provided with panel 50 in the downside of the air port component 20, the panel 50 can at least from below
Block the connecting portion of the mounting portion 6-6 Yu the installation base body 30.
Further, the connector carries out the mounting portion with the direction perpendicular to the installation base body 30 from bottom to top
Being fixedly connected between 6-6 and the installation base body 30.
Further, it is equipped with the aperture 40 for accommodating the air port component 20 in the installation base body 30, and is opened described
At least two sides in hole 40 are equipped with the step structure 6-5 of recess, and the mounting portion 6-6 is embedded in from below and against the step
Structure 6-5, and being fixedly connected between the mounting portion 6-6 and the step structure 6-5 is realized by connector.
Further, the aperture 40 for accommodating the air port component 20, the mounting portion are equipped in the installation base body 30
6-6 realizes the mounting portion 6-6 and the side by connector from below against at least two sides of the aperture 40
Between be fixedly connected.
Further, the mounting portion 6-6 includes the mounting plate for being reserved with the mounting hole 9 passed through for connector, the peace
Loading board is arranged or is formed in the bottom surface of the air port component 20.
Further, the mounting plate is in horizontally disposed.
Further, gasket 6-7 is additionally provided between the head of the connector and the mounting plate.
Further, it is at least made with the position connecting the mounting portion 6-6 of wood materials in the installation base body 30.
Further, the mounting hole 9 includes multiple, and each mounting hole 9 is right relative to the air port component 20
Claim arrangement.
Further, multiple mounting holes positioned at described 20 the same side of air port component equidistantly arrange.
Further, the installation base body 30 includes furred ceiling.
Further, the connector includes screw 6-8.
Another aspect of the present invention provides a kind of air-conditioning system, comprising: air port described in air-conditioning internal machine and above-described embodiment
Mounting structure.
Based on the above-mentioned technical proposal, the present invention is by the outwardly extending mounting portion of tuyere structure bottom surface from below against installation
Matrix, and be fixedly connected by connector.Compared to existing tuyere structure mounting means, installation personnel can be by air port
It is directly attached part connection after structure insertion installation base body, installation personnel is saved and ascends a height the structure for completing to be arranged in installation base body
The setting up procedure of part improves the installation effectiveness of tuyere structure to simplify installation process.
It will be illustrated below by each specific embodiment:
It as shown in figure 34, is the schematic structure exploded view of an embodiment of air port mounting structure of the present invention.In conjunction with Figure 35-
Figure 37, the air port mounting structure of the present embodiment are installed on indoor location matrix 30, including air port component 20.Wherein, installation base body
30 refer to the decorating structure of the top finishing in building, and in order to save space, the air-conditioning internal machine of air-conditioning system can root
In the space being arranged between installation base body 30 and ceiling according to needs, and air port component 20 can pass through the company with air-conditioning internal machine
Connect the air circulation between the lower space and air-conditioning internal machine of realizing installation base body 30.In one embodiment, installation base body 30
Including furred ceiling.In other embodiments, installation base body 30 can also including top frame etc. other forms.
For the offer airflow channel for keeping air port component 20 stable, air port component 20 can be embedded in installation base body 30
Opening 40 that is interior, such as will being arranged in the main part insertion installation base body 30 of air port component 20, and under air port component 20
Panel 50 can also be arranged at least to block the connecting portion of mounting portion 6-6 Yu the installation base body 30 from below, so that outside in side
It is more beautiful in sight.It, can be by air port component 20 from installation base body 30 when needing that air port component 20 is repaired or replaced
On opening 40 in take out.
In order to enable air port component 20 and installation base body 30 to form firm connection relationship, while simplifying installation process.
The bottom surface of the air port component 20 of the present embodiment mounting portion 6-6 with outward extension, can be from below against the installation base
Body 30, and being fixedly connected between the mounting portion 6-6 and the installation base body 30 is realized by screw 6-8.
When connector includes screw 6-8, screw 6-8 itself has sharp nail tip, imposes finger on the head to screw 6-8
To nail tip direction pressure and when rotary screw (usually dextrorotation), screw 6-8 can be not set reserved in installation base body 30
The screw hole to match with screw 6-8 is formed on any position in hole, not only eliminates process reserved screw hole on furred ceiling in this way
It operates, and need to only reversely rotate screw 6-8 in disassembly can complete the disassembly of air port component 20.In order to facilitate screw 6-
8 pierce, is at least made with the position connecting the mounting portion 6-6 of wood materials preferably in installation base body 30.
In the installation of screw 6-8, the length of screw 6-8 should be at least more than the thickness of interconnecting piece, to guarantee screw 6-8 energy
Enough there is partial-length to enter installation base body 30.From setting angle, screw 6-8 oblique can be pierced, and can also vertically be pierced.From
It pierces from the point of view of depth, screw 6-8 is preferably subjected to the mounting portion with the direction perpendicular to the installation base body 30 from bottom to top
Being fixedly connected between 6-6 and the installation base body 30, so that the screw connection formed is more firm.
It is previously noted that the opening 40 for accommodating the air port component 20 can be set in installation base body 30.In view of air port
If component 20 is excessive relative to the evagination thickness of installation base body 30, the space of 30 lower section of installation base body is not only taken up, in appearance
It is upper to be influenced again, therefore preferably the step structure 6-5 being recessed inwardly is equipped with (with reference to Figure 36 at least two sides of opening 40
And Figure 37).Mounting portion 6-6 can be embedded in from below and against the step structure 6-5, and realize the peace by screw 6-8
Being fixedly connected between dress portion 6-6 and the step structure 6-5.By this structure, the head of screw 6-8 can be with installation base
The lower surface of body 30 is substantially in identical height or gap in lesser range.In another embodiment, mounting portion 6-6
At least two sides of the opening 40 can be directly abutted from below, and the mounting portion 6-6 and institute are realized by screw 6-8
State being fixedly connected between side.
With reference to Figure 35 and Figure 37, mounting portion 6-6 may include the installation being reserved with for the screw 6-8 mounting hole 6-9 passed through
Plate.Multiple, the one or more mounting hole 6-9 of setting on each mounting plate can be discretely arranged in this mounting plate with reference to Figure 35.
The size of mounting hole can be determined according to the size and mounting plate own dimensions of screw 6-8, for screw head size compared with
Small situation can also add gasket 6-7 between the head and the mounting plate of screw 6-8.
In another embodiment, mounting plate is also possible to continuously install side board, is arranged on the installation side board
Multiple mounting hole 6-9.For various forms of mounting plates, mounting plate is preferably provided with or is formed in the bottom of the air port component 20
Face, to reduce evagination thickness of the air port component 20 relative to installation base body 30.In addition, in order to make mounting plate and installation base body 30 it
Between be steadily contacted, preferably mounting plate is in horizontally disposed.
For the quantity and set-up mode of mounting hole, preferably multiple mounting holes, and each mounting hole is relative to described
The arrangement that air port component 20 is arranged symmetrically can make the two sides of air port component 20 uniform stressed after fixation in this way.And position
Multiple mounting holes then preferably equidistant arrangement in described 20 the same side of air port component, to make air port component 20 in the length of itself
Being fixedly connected on degree direction also being capable of uniform stressed.
Each embodiment of above-mentioned air port mounting structure is applicable to various air-conditioning systems, therefore the present invention also provides one kind
Air-conditioning system, comprising: the embodiment of air-conditioning internal machine and aforementioned any air port mounting structure.
It is said in conjunction with installation process of Figure 34-Figure 37 to the air-conditioning system for including aforementioned air port mounting structure embodiment
It is bright.
When needing to carry out the installation of air-conditioning system, the upper of installation base body 30 can be arranged in air-conditioning internal machine by installation personnel
In the space of side, then opening 40 is set in installation base body 30 again, it as needed can be in two further shapes of long side of opening 40
At the step structure 6-5 being recessed inwardly.In addition, installation personnel directly use bottom surface be equipped with mounting plate air port component 20 or
The bottom surface of air port component 20 is arranged or is formed mounting plate, is reserved with mounting hole 6-9 on the mounting plate.
The main part of air port component 20 is upwardly into opening 40 by installation personnel, and mounting plate is made to abut to Step-edge Junction
Then screw 6-8 is pierced in step structure 6-5 by tool by mounting hole 6-9, gasket can be used as needed by structure 6-5
6-7, the fixation being achieved that after screw 6-8 is drilled into suitable depth between air port component 20 and installation base body 30 in this way
Connection.
When needing to carry out the disassembly of air port component 20, installation personnel can be used tool and unscrew screw 6-8, then by wind
Mouthpiece 20 is pulled out from the opening 40 of installation base body 30, i.e. completion disassembling section.
Ceiling type air conditioner is a kind of air-conditioning equipment suitable for lifting in ceiling, and usually air-conditioning internal machine is arranged in furred ceiling
Between ceiling, and tuyere structure is embedded on furred ceiling.In the installation of existing ceiling type air conditioner, there are infields
The inconsistent problem of furred ceiling internal depth.Such as the distance between some furred ceilings and ceiling are larger, and installer is needed to add
Connecting line between tuyere structure and air-conditioning internal machine, operation is comparatively laborious, influences installation effectiveness；And if connecting line is close
Envelope property is inadequate, then can reduce cooling efficiency again, waste of energy.In another example the distance between some furred ceilings and ceiling are too small, it is empty
Machine itself has occupied more space in adjusting, and can not accommodate the tuyere structure of insertion simultaneously, so that installation can not carry out.
For the problems of the prior art, another object of the present invention be propose a kind of air port mounting structure, method and
Air-conditioning system can adapt to the installation requirement of a variety of furred ceiling internal depths.
One aspect of the present invention provides a kind of air port mounting structure, is installed on installation base body 30, comprising: 20 He of air port component
Multistage fixed structure, the air port component 20 are connect by the multistage fixed structure with the installation base body 30, the multistage
Fixed structure is configured as selectively adjusting different insert depths of the air port component 20 in the installation base body 30.
Further, the multistage fixed structure includes being arranged between the air port component 20 and the installation base body 30
Sawtooth fastener matching structure, matching between buckle 7-5 and Sawtooth connection plate 7-6 with multiple sawtooth 7-8 can be passed through
Close the adjustment for realizing multistage insert depth.
Further, the buckle 7-5 is mounted or formed at the side of the air port component 20, the Sawtooth connection plate
7-6 is mounted on around the air port component 20.
Further, the multistage fixed structure includes sawtooth fastener matching structure described in multiple groups, and relative to the wind
Mouthpiece 20 is arranged symmetrically.
Further, sawtooth fastener matching structure described in the multiple groups positioned at described 20 the same side of air port component is equidistantly arranged
Column.
Further, be formed between the buckle 7-5 and the sawtooth 7-8 prevent the air port component 20 with self weight to
The Self-locking angle α of lower slippage.
Further, the Sawtooth connection plate 7-6 is fixed on the uper side surface of the installation base body 30 by screw 7-7
Or downside surface.
Further, the multistage fixed structure is located at the upside or downside of the installation base body 30.
Further, the multistage fixed structure includes being arranged between the air port component 20 and the installation base body 30
Orifice plate bayonet lock fit structure, can cooperation by bayonet lock between the orifice plate with multiple pin holes realize multistage insert depth
Adjustment.
Further, the multistage fixed structure includes being arranged between the air port component 20 and the installation base body 30
Screw thread rotation fit structure, by the external screw thread that is arranged on the air port component 20 and can be arranged in the installation base body
The adjustment of multistage insert depth is realized in cooperation between internal screw thread plate on 30.
Further, the installation base body 30 includes furred ceiling.
Another aspect of the present invention provides a kind of air-conditioning system, comprising: air port described in air-conditioning internal machine and above-described embodiment
Mounting structure.
Further aspect of the present invention provides a kind of air conditioning air outlet installation method based on the installation of above-mentioned air conditioning air outlet, comprising:
The installation base body 30 for being equipped with opening 40 is provided；
Air port component 20 is embedded in the opening 40 of the installation base body 30, and by buckle 7-5 and there are multiple sawtooth 7-8
Sawtooth connection plate 7-6 between cooperation carry out the adjustment of multistage insert depth.
Based on the above-mentioned technical proposal, the present invention passes through difference of the multistage fixed structure realization tuyere structure in installation base body
The selectively adjustment of insert depth, can be according to the ruler of actual range and air-conditioning internal machine between installation base body and ceiling
The external factor such as very little easily to carry out insert depth adjustment of the tuyere structure in installation base body, to adapt to different erecting beds
The installation requirement of various installation base body internal depths under conjunction.
It will be illustrated below by each specific embodiment:
It as shown in figure 38, is the schematic exploded structure chart of mounting structure one embodiment in air port of the present invention.In conjunction with Figure 39-figure
42, the air port mounting structure of the present embodiment is installed on installation base body 30, comprising: tuyere structure 3 and multistage fixed structure.Wherein,
Installation base body 30 refers to the decorating structure of the finishing of the top in building.And in order to save space, in the air-conditioning of air-conditioning system
Machine can according to need in the space being arranged between installation base body 30 and ceiling, and tuyere structure 3 can by with air-conditioning
The air circulation between the lower space and indoor unit main body of installation base body 30 is realized in the connection of interior machine.In one embodiment,
Installation base body 30 includes furred ceiling.In other embodiments, installation base body 30 can also including top frame etc. other forms.
For the offer airflow channel for keeping air port component 20 stable, air port component 20 can be between installation base body 30
Carry out the connection of operability.Such as the main part of air port component 20 is embedded into the opening 40 being arranged in installation base body 30,
And panel 50 is set in the downside of air port component 20 to block connecting portion, make more beautiful in appearance.When needing to air port portion
When part 20 is repaired or replaced, air port component 20 can be taken out from the opening 40 in installation base body 30.
When facing the installation requirement of a variety of furred ceiling internal depths for the existing air port mounting structure mentioned in background technique
Problem encountered, the air port component 20 of the present embodiment passes through multistage fixed structure and installation base body 30 forms the company of operability
It connects, and multistage fixed structure is made to be configured as selectively adjusting difference of the air port component 20 in the installation base body 30
Insert depth, this makes it possible to according to external factor such as the sizes of actual range and air-conditioning internal machine between furred ceiling and ceiling
Easily to carry out insert depth adjustment of the air port component in furred ceiling, to adapt under different mounting locations in various furred ceilings
The installation requirement of portion's depth, also correspondingly evaded it is existing it is comparatively laborious add pipeline, the problems such as leakproofness is poor.
Multistage fixed structure can be realized multistage insert depth adjustment, such as sawtooth shown in Figure 41 is clasped knot
Structure, i.e., multistage fixed structure includes the sawtooth fastener matching structure being arranged between air port component 20 and installation base body 30, can
The tune of multistage insert depth is realized by the cooperation between buckle 7-5 and the Sawtooth connection plate 7-6 with multiple sawtooth 7-8
It is whole.When installer carries out the installation of air port component 20, it is only necessary to push or pull on air port component relative to installation base body 30
When 20, it will be able to the clamping position where buckling 7-5 from a sawtooth 7-8 be made to be moved to the clamping where another sawtooth 7-8
Position, therefore operation is very easy for adjustment.And compared to existing installation process, the corresponding installation process of the present embodiment is simpler
Just and quickly, installation effectiveness is higher.
With reference to Figure 38 and Figure 41, the side that 7-5 can be mounted or formed at air port component 20 is buckled, and Sawtooth connection plate
7-6 is mounted on around air port component 20.In another embodiment, buckle 7-5 can also be mounted on air port component 20
Around, and Sawtooth connection plate 7-6 is mounted or formed to the side of air port component 20.
Sawtooth fastener matching structure in addition to realize air port component 20 relative to the insert depth of installation base body 30 adjustment it
Outside, the supporting role of air port component 20 is also achieved.Therefore, in order to improve the stability of support and the smooth tune of insert depth
Whole, multistage fixed structure may include multiple groups sawtooth fastener matching structure, and multiple groups sawtooth fastener matching structure is relative to wind
Mouthpiece 20 is arranged symmetrically.Multiple groups sawtooth fastener matching structure positioned at 20 the same side of air port component preferably equidistantly arranges.Ginseng
Figure 38 is examined, then uses six groups of sawtooth fastener matching structures each three groups in the two sides of air port component 20, and three groups of saws of the same side
Tooth fastener matching structure equidistantly arranges.
Air port component 20 has certain weight, will not slip downwards because of self weight to control it after mounting, refers to
Figure 42 buckles the Self-locking angle α for being preferably formed between 7-5 and sawtooth 7-8 and preventing air port component 20 from slipping downwards with self weight, i.e.,
The coefficient of friction of tan α <between buckle 7-5 and sawtooth 7-8, so that air port component 20 is made to be not easy to fall from installation base body 30,
And the device of other fixations is also eliminated, such as screw etc. also improves the installation effectiveness of air port component.And as installation people
When member needs to remove air port component 1 from installation base body 30, only when need to impose biggish pulling force downwards, by buckle 7-5 or
The deformation of Sawtooth connection plate 7-6 and be detached from self-locking state, to smoothly remove.
In addition, Sawtooth connection plate 7-6 is fixed on the uper side surface of installation base body 30 by screw 7-7 in Figure 41, with
Just by the most of inner space (i.e. the upside space of installation base body 30) for being embedded in installation base body 30 of air port component 20.And another
In one embodiment, Sawtooth connection plate 7-6 can also be fixed on to the downside surface of installation base body 30 by screw 7-7.Similarly,
The multistage fixed structure of other forms can also be located at the upside or downside of installation base body 30.
Other than the example of the above-mentioned multistage fixed structure including sawtooth fastener matching structure, multistage fixed structure may be used also
To include the orifice plate bayonet lock fit structure being arranged between air port component 20 and installation base body 30, by bayonet lock and can have more
The adjustment of multistage insert depth is realized in cooperation between the orifice plate of a pin hole.That is, installation personnel can pass through plug-in card
Pin realizes air port component 1 in installation base body 30 to make bayonet lock be adjusted to another pin hole position from a pin hole position
The adjustment of multistage insert depth.
In another embodiment, multistage fixed structure can also include setting air port component 20 and installation base body 30 it
Between screw thread rotation fit structure, by the external screw thread that is arranged on air port component 20 and can be arranged in installation base body 30
The adjustment of multistage insert depth is realized in cooperation between internal screw thread plate.Installation personnel can be by rotary wind mouthpiece 20 come real
The adjustment of existing multistage insert depth of the air port component 1 in installation base body 30.
Each embodiment of above-mentioned air port mounting structure is applicable to various air-conditioning systems, therefore the present invention also provides one kind
Air-conditioning system, comprising: the embodiment of air-conditioning internal machine and aforementioned any air port mounting structure.
Based on the embodiment of air port mounting structure above-mentioned, corresponding air conditioning air outlet installation method may include: that offer is set
There is the installation base body 30 of opening 40；Air port component 20 is embedded in the opening 40 of the installation base body 30, and passes through buckle 7-5 and tool
There is the cooperation between the Sawtooth connection plate 7-6 of multiple sawtooth 7-8 to carry out the adjustment of multistage insert depth.
Multiple embodiments are described in a progressive manner in this specification, and the emphasis of each embodiment is different, and each
The same or similar part cross-reference between embodiment.For embodiment of the method, due to its entirety and it is related to
The step of there are corresponding relationships with the content in constructive embodiment, therefore be described relatively simple, related place is referring to structure reality
Apply the part explanation of example.
It is said in conjunction with installation process of Figure 38-Figure 42 to the air-conditioning system for including aforementioned air port mounting structure embodiment
It is bright.
When needing to carry out the installation of air-conditioning system, the upper of installation base body 30 can be arranged in air-conditioning internal machine by installation personnel
In the space of side, then opening 40 is set in installation base body 30 again, and passes through screw 7-7 in installation base body 30 around opening 40
Inner surface on fix Sawtooth connection plate 7-6.Installation personnel is in the setting of the side of air port component 20 or forms buckle 7-5,
Buckle 7-5 can be cooperated with the sawtooth 7-8 on Sawtooth connection plate 7-6.Installation personnel is by the main body of air port component 20
Part is upwardly into opening 40, so that buckle 7-5 is caught in sawtooth 7-8, and deep according to the insertion that air port component 20 is suitble to
Degree carries out the adjustment of the sawtooth 7-8 of buckle 7-5 and different location, until adjustment finishes.At this point it is possible to carry out air port component 20 with
The connection of air-conditioning internal machine.
When needing to carry out the disassembly of air port component 20, installation personnel firmly can pull downward on air port component 20, make card
Button 7-5 or Sawtooth connection plate 7-6 deforms, to be detached from self-locking state, by air port component under the action of downward pulling force
20 pull out, to complete disassembling section.
In order to solve the problems, such as that vertical air conditioner occupies ground space or wall-hanging air conditioner destroys metope, occurs hanging at present
The air port component of air-conditioning is installed on furred ceiling or on the air-conditioning internal machine above furred ceiling by formula air-conditioning using connector.
However, in the prior art, the property easy for installation of hanging type air-conditioning is poor, especially it can not utilize same a connection piece to realize air port portion
Part is in different-thickness furred ceiling or the installation on the air-conditioning internal machine above furred ceiling at different height position, for different-thickness
Furred ceiling or positioned at the air-conditioning internal machine above furred ceiling at different height position, can only be connected using different connectors, installation
Convenience is poor, and installation cost is higher.
In order to solve the problems in the prior art, it is a further object to provide a kind of air conditioning exhausting structures, sky
Reconciliation air port component mounting method, for improving the property easy for installation of hanging type air-conditioning.
One aspect of the present invention proposes a kind of tuyere structure, including connector 8-3, and the connector 8-3 is used for will be described
Air port component 20 is connected in installation base body 30, also, the connector 8-3 can make the air port component 20 relative to described
The distance of installation base body 30 is adjustable.
Further, the connector 8-3 length is adjustable, alternatively, the connector 8-3 connects the air port component 20
Have after on to the installation base body 30 by the air port 8-12 first part 8-31 upwardly extended and by the air port 8-12
The second part 8-32 extended downwardly.
Further, the second part 8-32 is bent relative to the first part 8-31 and/or can disconnect.
Further, the connector 8-3 is flexible piece；And/or the connector 8-3 is equipped with weak point 8-3a.
Further, the weak point 8-3a includes triangular-shaped recess.
Further, one end for connecting with the installation base body 30 of the connector 8-3 is equipped with positioning region, described
Positioning region is used to limit the relative position of the connector 8-3 Yu the installation base body 30.
Further, the connector 8-3 with the installation base body 30 for being threadedly coupled.
Further, the air port component 20 is equipped with the connecting hole 8-11 cooperated with the connector 8-3, the connection
Part 8-3 is inserted into the connecting hole 8-11 and is fixed on the air port component 20.
Further, the tuyere structure further includes fastener, and the connector 8-3 is fixed on institute by the fastener
It states on air port component 20.
Further, the connecting hole 8-11 includes the first hole 8-111 and the second hole 8- being from top to bottom sequentially arranged
The aperture of 112, the second hole 8-112 are greater than the aperture of the first hole 8-111, and the fastener is located at the second hole 8-
In 112.
Further, the connector 8-3 is equipped with the first toothed region 8-3b, and the inner wall of the connecting hole 8-11 is equipped with
With the second toothed region 8-11a, the connector 8-3 of the first toothed region 8-3b cooperation in the first toothed region 8-3b and
It is fixed on the air port component 20 under the mating reaction of the second toothed region 8-11a.
Further, at least two are equipped at intervals with along the length direction of the air port component 20, the air port component 20
The connecting hole 8-11, in at least two connecting holes 8-11, the second toothed region 8-11a of the adjacent connecting hole 8-11
Tooth be recessed in the opposite direction.
Further, the connector 8-3 is threaded connector 8-3 or line is pricked.
Another aspect of the present invention additionally provides a kind of air-conditioning, including indoor unit main body 10, further includes such as above-described embodiment institute
The air port component 20 of the tuyere structure stated, the tuyere structure is connected to the indoor unit main body 10 by the connector 8-3
On, the indoor unit main body 10 is the installation base body 30.
Further aspect of the present invention additionally provides a kind of installation method of air port component, comprising:
A kind of air port component 20 and connector 8-3 are provided；
The air port component 20 is connected in installation base body 30 using the connector 8-3, and utilizes the connector
8-3 adjusts distance of the air port component 20 relative to the installation base body 30.
Further, the distance using connector 8-3 regulating tuyere component 20 relative to installation base body 30 includes:
The length of the connector 8-3 is adjustable, adjusts the length of the connector 8-3, to adjust the air port component 20
At a distance from installation base body 30；Alternatively,
The connector 8-3 has after the air port component 20 is connected in the installation base body 30 by the air port 8-
The 12 first part 8-31 upwardly extended the and second part 8-32 extended downwardly by the air port 8-12 change described first
Proportionate relationship point between 8-31 and the second part 8-32, with adjust the air port component 20 and installation base body 30 away from
From.
Further, after changing the proportionate relationship between the first part 8-31 and second part 8-32,
The installation method further include:
The second part 8-32 is bent relative to the first part 8-31；And/or
The second part 8-32 is disconnected from the first part 8-31.
Tuyere structure provided by the present invention, connector can make air port component can relative to the distance of installation base body
It adjusts, so that during the installation process, can use same a connection piece and realize air port component in different-thickness and/or different height position
Installation in installation base body, to be conducive to improve the property easy for installation of hanging type air-conditioning.
It will be illustrated below by each specific embodiment:
Figure 43-54 shows two embodiments of the invention.Referring to Figure 43-54, tuyere structure provided by the present invention, packet
Air port component 20 is included, also, further includes connector 8-3, connector 8-3 is used to air port component 20 being connected to installation base body 30
On, also, connector 8-3 can make air port component 20 adjustable relative to the distance of installation base body 30.
In the present invention, installation base body 30 can be furred ceiling or indoor unit main body 10 etc..Wherein, when installation base body 30 is
When furred ceiling, air port component 20 is adjustable relative to the distance of installation base body 30, and especially air port component 20 is relative to installation base body 30
The distance of upper surface is adjustable, that is, connector 8-3 can make air port component 20 be located at the difference below the upper surface of installation base body 30
At distance.Certainly, when installation base body is air-conditioning internal machine indoor unit main body 10, air port component 20 relative to installation base body 30 away from
From adjustable, the distance that both can refer to air port component 20 relative to 30 upper surface of installation base body is adjustable, and it is opposite also to can refer to air port component 20
Distance in 30 lower surface of installation base body is adjustable.
The present invention makes air port component 20 can relative to the distance of installation base body 30 by the way that connector 8-3 to be configured to
It adjusts, so that during the installation process, can use same a connection piece 8-3 flexible modulation air port component 20 and installation according to the actual situation
The relative altitude position of matrix 30 conveniently adapts to the installation requirements of different-thickness and/or different height position installation base body 30, from
And be conducive to improve the property easy for installation of hanging type air-conditioning.
In the present invention, air port component 20 can be made relative to installation base body 30 apart from adjustable one as connector 8-3
Kind embodiment, connector 8-3 can be set to length-adjustable.In this way, during the installation process, for different-thickness and/or
The installation base body 30 of different height position, can corresponding adjusting connector 8-3 length, change air port component 20 and installation base body
The distance between 30, make relative altitude position between air port component 20 and installation base body 30 and installation base body 30 thickness and/
Or height and position is adapted.
Alternatively, air port component 20 can be made relative to 30 distance G of installation base body as connector 8-3, his another kind is real
Mode is applied, connector 8-3 may be arranged as having after air port component 20 is connected in installation base body 30 by it by air port 8-12
The first part 8-31 upwardly extended the and second part 8-32 extended downwardly by air port 8-12.In this embodiment, it connects
Part 8-3 no longer needs to be set as length-adjustable, but connector 8-3 is set as having longer length, so that by air port component
After in 20 installations to the installation base body 30 of different-thickness and/or different height position, connector 8-3 always has remaining second
Divide 8-32, when only 30 thickness of installation base body is different and/or highly different, the length of second part 8-32 is different, thus pacifying
It, can be by the proportionate relationship of change first part 8-31 and second part 8-32, easily to adapt to different thickness during dress
The installation requirements of the installation base body 30 of degree and/or different height position, improve the property easy for installation of hanging type air-conditioning.
In above-mentioned second of embodiment, since second part 8-32 is extended downwardly by air port 8-12, and air port 8-12
Usually concordant with installation base body 30, therefore, the second part 8-32 extended downwardly by air port 8-12 is actually to be suspended to installation
30 lower section of matrix, this causes the lower surface of tuyere structure no longer concordant with 30 lower surface of installation base body, on the one hand, this influences peace
Aesthetics after dress；On the other hand, the second part 8-32 for being suspended to 30 lower section of installation base body is also easy to collide with to generations such as people
Or hook, therefore, it can also bury security risk；Another aspect, the second part 8-32 for being suspended to 30 lower section of installation base body also hold
It easily causes to stop to compared with the movement of high structures component indoors, forms obstacle, influence convenient in carrying.In response to this,
On the basis of above-mentioned second of embodiment, second part 8-32 further can be set relative to by connector 8-3
A part of 8-31 is bent and/or can disconnect.Wherein, when second part 8-32 is bent relative to first part 8-31,
After being installed, second part 8-32 can be bent so that second part 8-32 stash or at least no longer with compared with
Long length is suspended to 30 lower section of installation base body.And when second part 8-32 can be disconnected relative to first part 8-31, pacifying
It installs into later, second part 8-32 can be cut and (can certainly be cut or sheared off) from first part 8-31, make
Two part 8-32 and first part 8-31 are disengaged.As it can be seen that either setting second part 8-32 relative to for connector 8-3
A part of 8-31 is bent, or setting second part 8-32 for connector 8-3 can disconnect relative to first part 8-31
, second part 8-32 after being installed can be prevented excessively to be exposed to 30 lower section of installation base body, this not only contributes to change
Kind installation aesthetics, also advantageously improves safety in utilization, and reduce the influence to convenient in carrying.
Above-mentioned second of embodiment is further said below with reference to two embodiments shown in Figure 43-54
It is bright.Wherein, Figure 43-48 shows first embodiment；Figure 49-54 shows second embodiment.The two embodiments are with installation
Matrix 30 be illustrated for indoor unit main body 10, it is to be understood that, installation base body 30 or installation base body 30, base
Present principles are similar to the two embodiments, are referred to the two embodiments and are understood that the present invention is not described in detail.
Figure 43-48 pairs of first embodiments are combined to be explained first.
As shown in Figure 43-48, in this first embodiment, air-conditioning is hanging type air-conditioning comprising 10 He of indoor unit main body
Tuyere structure, indoor unit main body 10 are set to 30 top of installation base body, and tuyere structure is then set to 10 lower section of indoor unit main body.
As shown in Figure 43-44, the tuyere structure of the embodiment includes wind component 1, connector 8-3 and fastener.Air port
There is component 20 air port 8-12, air port 8-12 to be set to the bottom of air port component 20.Specifically, in this embodiment, air port 8-
12 be air outlet.It is to be understood that in other embodiments, air port 8-12 may be air inlet.Connector 8-3 is for connecting
Air port component 20 and indoor unit main body 10.The top of connector 8-3 is connect with indoor unit main body 10, and lower part by fastener with
Air port component 20 connects, so that wind component 1 is connected in indoor unit main body 10 by connector 8-3.After being installed, wind
The lower surface of mouthpiece 20 and the lower surface of installation base body 30 are substantially concordant, so that whole more smooth beauty.
Referring to Figure 43, in the prior art, the length of connector 8-3 is non-adjustable, and the length of connector 8-3 is shorter, can only
Meet the installation requirement of fixed height difference between air port component 20 and indoor unit main body 10, and when the thickness of indoor unit main body 10 becomes
Change, or when indoor unit main body 10 changes relative to the height of installation base body 30, due to the lower surface of air port component 20
It always generally remains concordant with the lower surface of installation base body 30, therefore, will lead between air port component 20 and indoor unit main body 10
Height change, for example, will lead to air port component when indoor unit main body 10 is got higher relative to the height of installation base body 30
Difference in height between 20 and 10 upper surface of indoor unit main body the lower surface of indoor unit main body 10 (can certainly say be) becomes larger, that
It just will appear the no longer enough problems of the length of connector 8-3, lead to that connector 8-3 can not be recycled in this case
It realizes the connection between air port component 20 and indoor unit main body 10, and can only replace with greater length of connector 8-3, this
, it is intended that in the prior art, it is often necessary to be equipped with the connector 8-3 of various different sizes, air port component 20 can be met
The installation requirement of different height difference between indoor unit main body 10, not only structure member is more, higher cost, and convenient when installation
Property is poor, it may be necessary to suitable connector 8-3 can just be found by making repeated attempts and replacing, and installation steps are more, installation effectiveness compared with
It is low.
To solve the above-mentioned problems, as shown in figure 43, in this embodiment, it is nonadjustable to be set as length by connector 8-3,
But its have after air port component 20 is connected in installation base body 30 by the air port 8-12 first part 8-31 upwardly extended and
The second part 8-32 extended downwardly by air port 8-12.As shown in Figure 43, first part 8-31 is that practical rise of connector 8-3 connects
The part that air port component 20 and indoor unit main body 10 act on；And second part 8-32 is then the flap portion of connector 8-3.It is based on
This, the length of the connector 8-3 of the embodiment, first part 8-31 can according to air port component 20 and indoor unit main body 10 it
Between relative position change and change.Wherein, as second part 8-32 longer, first part 8-31 is shorter, is adapted to wind
There is the installation requirement compared with low height when poor between mouthpiece 20 and indoor unit main body 10；And when second part 8-32 is shorter,
First part 8-31 longer, installation when being adapted between air port component 20 and indoor unit main body 10 with larger difference in height are wanted
It asks.As it can be seen that air port portion can be flexibly adapted to by changing the proportionate relationship between first part 8-31 and second part 8-32
The installation requirement of different height difference between part 20 and indoor unit main body 10 allows to realize air port using with a connection piece 8-3
Component 20 in different-thickness and/or the installation in the indoor unit main body 10 at different height position above installation base body 30,
Without must be equipped with the connector 8-3 of various specifications as in the prior art again, structure member is less, and installation steps are also more
Simply, therefore, easier for installation, installation effectiveness is higher.
Moreover, as shown in figure 44, in this embodiment, second part 8-32 can be disconnected relative to first part 8-31.Base
In this, after the installation is complete, directly second part 8-32 can be cut from first part 8-31 (certainly also and to cut
Or be folded down).As shown in Figure 44, after second part 8-32 is cut, since first part 8-31 is from air port 8-12 (namely wind
The lower surface of mouthpiece 20) at upwardly extend, therefore, first part 8-31 is not exposed to 30 lower section of installation base body, therefore, makes
The lower surface for obtaining tuyere structure still is able to generally remain concordant with the lower surface of installation base body 30, and then can improve air port component
Overall leveling and aesthetics after 20 installations, and effectively prevent due to second part 8-32 is suspended to below installation base body 30
It leaves security risk or causes to stop to article carrying.The second part 8-32 of cutting directly can throw away or reserve for other use.
In addition, as shown in figure 45, in this embodiment, connector 8-3 is equipped with weak point 8-3a.By the way that weak point is arranged
8-3a can when needed more easily to disconnect second part 8-32 from first part 8-31, so as to more square
Just improve the overall leveling after air port component 20 is installed and aesthetics, and further improve efficiency.Wherein, weak point 8-3a
It may include the structure types such as triangular-shaped recess.
Next respectively to connection type and the company of the embodiment connector 8-3 and indoor unit main body 10 and air port component 20
Binding structure is illustrated.
In this embodiment, connector 8-3 is threadedly coupled with indoor unit main body 10.Specifically, as shown in Figure 43-46, even
The head (the specially head of first part 8-31) of fitting 8-3 is equipped with threaded connector 8-311, and connector 8-3 passes through the spiral shell
Line connector 8-311 is threadedly coupled with indoor unit main body 10.It, can be pre- by connector 8-3 in order to be further simplified installation process
In indoor unit main body 10.
In addition, by Figure 43 and Figure 46 it is found that in this embodiment, positioning step 8-312 is additionally provided on connector 8-3, it should
Positioning step 8-312 is used as positioning region, for limiting the relative altitude position between connector 8-3 and indoor unit main body 10
It is fixed.Specifically, as shown in figure 43, positioning step 8-312 is set to the lower part of threaded connector 8-311, and positioning step 8-
312 size is greater than the size of threaded connector 8-311, to work as threaded connector 8-311 in indoor unit main body 10
When with screwing in the threaded hole of threaded connector 8-311 cooperation, positioning step 8-312 moves closer to the following table of indoor unit main body 10
Face, when the lower surface of the upper surface of positioning step 8-312 and indoor unit main body 10 offsets, then threaded connector 8-311 can not
It inwardly screws again, so that connector 8-3 is defined relative to the height and position of indoor unit main body 10.As it can be seen that passing through judgement positioning
Whether the lower surface with indoor unit main body 10 offsets step 8-312, that is, can determine whether between connector 8-3 and indoor unit main body 10
Relative altitude position whether have reached desired height position, it is convenient and intuitive.It is of course also possible to set fixed for positioning region
Other structures form except the step 8-312 of position.
In this embodiment, it is connected between connector 8-3 and air port component 20 by connecting hole 8-11 and fastener.Its
In, connecting hole 8-11 is set on air port component 20, is used to cooperate with connector 8-3.Connector 8-3 is inserted into connecting hole 8-
It is fixed on air port component 20 in 11 and by fastener.
Connecting hole 8-11 can be unthreaded hole, pass through convenient for connector 8-3.Specifically, as shown in Figure 43, Figure 46 and Figure 47,
Connecting hole 8-11 includes the first hole 8-111 and the second hole 8-112 being from top to bottom sequentially arranged, and the aperture of the second hole 8-112 is big
In the aperture of the first hole 8-111.Based on this, connecting hole 8-11 is stepped hole, is limited and is determined to fastener with can be convenient
Position.As shown in Figure 43, fastener is located in the second hole 8-112.Also, the upper surface of fastener support be located at the second hole 8-112 with
At the connection surface of first hole 8-111, is effectively limited and positioned.
It can be connected through a screw thread between fastener and connector 8-3.Specifically, in this embodiment, connector 8-3 is adopted
Use screw-rod structure；And fastener then uses nut 8-4 structure.Connector 8-3 is therefore screw rod is equipped with screw thread on surface,
It can be threadedly engaged with nut 8-4.When installation, nut 8-4 is tightened against on screw rod in the second hole 8-112, then it can be with
Realize the connection between connector 8-3 and air port component 20.It is readily appreciated that, alternatively, connector 8-3 can also be used
Other threaded connectors 8-3 except screw rod.
It in addition, the quantity of connecting hole 8-11 and the quantity of connector 8-3 are not limited to one, but can be two, three
It is a or more.Wherein, when the quantity of connector 8-3 and connecting hole 8-11 correspond at least two, stronger, entirety is connected
Structural strength is higher.Specifically, as shown in figure 48, in this embodiment, connecting hole 8-11 there are four being set on air port component 20, phase
Ying Di, tuyere structure include four connector 8-3, and four connecting hole 8-11 are arranged correspondingly with four connector 8-3.Often
A connector 8-3 is passed through from corresponding connecting hole 8-11.Also, as shown in Figure 48, four connecting hole 8-11 are about air port 8-
12 central axis is symmetrical arranged two-by-two.Based on this, air port component 20 may be implemented and install more stable and reliablely.
Based on the first embodiment, air port component 20 and the installation process of indoor unit main body 10 can carry out as follows:
(1) connector 8-3 is connected in indoor unit main body 10.Specifically, by the threaded connector 8- of connector 8-3
311 are tightened against in the corresponding threaded hole of indoor unit main body 10.
(2) air port component 20 and connector 8-3 are linked together.Specifically, air port component 20 is passed through from the bottom to top
Construction opening in installation base body 30, until component 20 lower part in air port is against on 30 lower surface of installation base body, and in this process
So that connector 8-3 is aligned through connecting hole 8-11, is fixed later with nut 8-4.
(3) it cuts (/ cutting/fractures) connector 8-3 and is exposed to the second part 8-32 below the 8-12 of air port.
Above-mentioned installation process, step is less, and operation is simpler, and the used time is shorter, and after installation, also has preferable smooth beauty
The property seen.
And works as and need air port component 20 to be installed to different-thickness or be located at 30 top different height position of installation base body
Indoor unit main body 10 on when, no replacement is required connector 8-3, whole installation process without make it is excessive change, only above-mentioned step
Suddenly when 20 lower part of (2) apoplexy mouthpiece is against on 30 lower surface of installation base body, the length of second part 8-32 changes, thus
The length that connector 8-3 is cut part in above-mentioned steps (3) changes.
It is explained below with reference to Figure 49-54 pairs of second embodiments.To simplify the description, below only emphasis describe this second
The difference of embodiment and aforementioned first embodiment, other non-description sections, is referred to first embodiment and is understood.
As shown in Figure 49-54, it is in place of a main difference of the second embodiment and aforementioned first embodiment, connects
Connection type and connection structure between part 8-3 and air port component 20 is different.Wherein, in this second embodiment, although air port
Connecting hole 8-11 is still equipped on component 20, and connector 8-3 is still inserted into connecting hole 8-11, but connector 8-3 is no longer logical
It crosses fastener to be fixed on air port component 20, but the cooperation clamping based on toothed region is fixed on air port component 20.Tool
Body, as shown in Figure 49, Figure 51 and Figure 53, in this second embodiment, connector 8-3 is equipped with the first toothed region 8-3b, even
The inner wall for meeting hole 8-11 is equipped with the second toothed region 8-11a cooperated with the first toothed region 8-3b, and connector 8-3 is in the first tooth form
It is fixed on air port component 20 under the mating reaction of portion 8-3b and the second toothed region 8-11a.Moreover, such as Figure 49 and Figure 53 institute
Show, in this second embodiment, along the length direction of air port component 20, at least two connecting holes is equipped at intervals on air port component 20
8-11 (specially two), in this at least two connecting hole 8-11, the tooth of the second toothed region 8-11a of adjacent connecting hole 8-11
It is recessed in the opposite direction.The advantages of this arrangement are as follows the bonding strength between connector 8-3 and air port component 20 is higher, it can
To realize that air port component 20 is installed 10 lower section of owner's body indoors more stable and reliablely.
In addition, being in place of the second embodiment and another main difference of aforementioned first embodiment, in second reality
It applies in example, connector 8-3 no longer uses the threaded connectors 8-3 such as screw rod, but line is used to prick.It on the one hand can guarantee wind in this way
Mouthpiece 20 is connected to the bonding strength in indoor unit main body 10 by connector 8-3, and on the other hand, it is flexible piece that line, which is pricked,
Second part 8-32 is not only easier to disconnect from first part 8-31, moreover, its second part 8-32 can also be relatively easy to
Ground is bent relative to first part 8-31, so that after the installation is complete, in addition to use that can be as shown in figure 50
The second part 8-32 mode for cutting (/ cutting/fractures) is improved except installation aesthetics and safety in utilization, can also be led to
Cross the side that second part 8-32 is bent and hides (such as being hidden in the 8-12 of air port) or second part 8-32 bending knots
Formula, to improve installation aesthetics and safety in utilization.
Based on the second embodiment, air port component 20 and the installation process of indoor unit main body 10 can carry out as follows:
(1) connector 8-3 is connected in indoor unit main body 10.Specifically, by the threaded connector 8- of connector 8-3
311 are tightened against in the corresponding threaded hole of indoor unit main body 10.
(2) air port component 20 and connector 8-3 are linked together.Specifically, air port component 20 is passed through from the bottom to top
Construction opening in installation base body 30, and connector 8-3 is made to be aligned through connecting hole 8-11 in this process, by the first toothed region
The cooperation of 8-3b and the second toothed region 8-11a are realized and are fixed.
(3) it cuts (/ cutting/fractures) connector 8-3 and is exposed to the second part 8-32 below the 8-12 of air port.
When installation base body 30 is indoor unit main body 10, the present invention also provides a kind of air-conditionings.The air-conditioning includes indoor owner
Body 10 and tuyere structure of the invention.Wherein, the air port component 20 of tuyere structure is connected to indoor unit main body by connector 8-3
On 10.
It in addition, no matter installation base body 30 is indoor unit main body 10, or is installation base body 30, the present invention also provides a kind of wind
Mouthpiece installation method.
Air port component mounting method of the invention, may comprise steps of:
A kind of air port component 20 and connector 8-3 are provided；
Air port component 20 is connected in installation base body 30 using connector 8-3, and utilizes connector 8-3 regulating tuyere portion
The distance between the upper surface of part 20 and installation base body 30.
It wherein, can be into using the distance between upper surface of connector 8-3 regulating tuyere component 20 and installation base body 30
One step includes:
The length of connector 8-3 is adjustable, the length of adjusting connector 8-3, with regulating tuyere component 20 and installation base body 30
The distance between upper surface；Alternatively,
Connector 8-3 has first upwardly extended by air port 8-12 after air port component 20 is connected in installation base body 30
The part 8-31 and second part 8-32 extended downwardly by air port 8-12 changes between first part 8-31 and second part 8-32
Proportionate relationship, with the distance between the upper surface of regulating tuyere component 20 and installation base body 30.
And after changing the proportionate relationship between first part 8-31 and second part 8-32, installation method of the invention
It can be with further include:
Second part 8-32 is bent relative to first part 8-31；And/or
Second part 8-32 is disconnected from first part 8-31.
In order to solve the problems, such as that vertical air conditioner occupies ground space or wall-hanging air conditioner destroys metope, occurs hanging at present
Formula air-conditioning, air port component are installed in the installation base bodies such as furred ceiling, to save space, and prevent from causing metope permanently broken
It is bad.In the prior art, air port component is directly connect with the upper surface of the installation base bodies such as furred ceiling, and it is inconvenient to there is installation, installation effect
It is bad, the problems such as installation strength is not high.Also, air port component is directly contacted with furred ceiling, is also easy to phenomena such as noise is abnormal occur.
In order to solve the problems in the prior art, another object of the present invention be propose a kind of tuyere structure, air-conditioning and
Air port component mounting method, to reduce installation difficulty of the air port component in the installation base bodies such as furred ceiling.
One aspect of the present invention proposes a kind of tuyere structure, including the air port component 20 with air outlet, which is characterized in that
It further include installation frame 9-2, the installation frame 9-2 connect and is used for and the peace in installation base body 30 with the air port component 20
The side wall connection of dress opening, so that the air port component 20 is connected by the side wall of the installation frame 9-2 and the construction opening
It connects.
Further, the installation frame 9-2 includes at least two mounting bar 9-21 being oppositely arranged, the air port component
20 connect with two mounting bar 9-21 being oppositely arranged.
Further, the installation frame 9-2 includes four mounting bars 9-21, four mounting bar 9-21 opposite two-by-two
And be respectively used to connect with the surrounding side wall of the construction opening, it is connected to each other between the adjacent mounting bar 9-21.
Further, the installation frame 9-2 at least partly for being bonded with the side wall of the construction opening.
Further, the part of the installation frame 9-2 connecting with the air port component 20 is located at the installation base body
The top of 30 upper surface and/or lower section positioned at the lower surface of the installation base body 30.
Further, the side wall of the air port component 20 is connect with the installation frame 9-2.
Further, it respectively corresponds on the air port component 20 and the installation frame 9-2 equipped with the first connecting hole and
Two connecting holes, one in first connecting hole and second connecting hole is slotted hole, and the tuyere structure further includes
Connector 9-3, the connector 9-3 are inserted into first connecting hole and second connecting hole, realize the air port component
The connection of the 20 and installation frame 9-2.
Further, the length direction of the slotted hole along the air port component 20 length direction.
Further, second connecting hole is slotted hole.
Further, the connector 9-3 and the peace being inserted into first connecting hole and second connecting hole
The upper surface for filling matrix 30 is parallel.
Another aspect provides a kind of air-conditionings, including tuyere structure described in above-described embodiment.
Further aspect of the present invention provides a kind of air port component mounting method, comprising the following steps:
Installation frame 9-2 is connect with the side wall of the construction opening in installation base body 30；
Air port component 20 is connect with the installation frame 9-2.
In the present invention, air port component is connect by installation frame with the side wall of the construction opening on furred ceiling, installation difficulty
It is lower.
It will be illustrated below by each specific embodiment:
Figure 55 shows one embodiment of the present of invention.Referring to Figure 55, tuyere structure provided by the present invention comprising tool
There is the air port component 20 of air outlet, also, it further includes installation frame 9-2, installation frame 9-2 connect with air port component 20 and is used in combination
It is connect in the side wall of the construction opening in installation base body 30, so that air port component 20 passes through installation frame 9-2 and construction opening
Side wall connection.
In the present invention, installation base body 30 can be furred ceiling, and the case where for some not set furred ceilings, or day
The other structures form such as card or support frame.
In the present invention, air port component 20 is connected by the side wall of the construction opening on installation frame 9-2 and installation base body 30
It connects, due to the case where being connect relative to air port component 20 with 30 upper surface of installation base body, air port component 20 and construction opening side wall
When connection, therefore more convenient operation advantageously reduces installation difficulty of the air port component 20 in installation base body 30.Also, due to
Air port component 20 is no longer directly contacted with installation base body 30, therefore, advantageously reduces the risk that noise abnormal phenomenon occurs.
Installation frame 9-2 of the invention, shape can be adapted setting with the shape of construction opening.For example, for normal
The case where construction opening seen is rectangle, installation frame 9-2 can be set to rectangular shape.For another example if construction opening is arranged
When for other shapes such as circles, installation frame 9-2 may be set to be other round equal corresponding shapes.
As a kind of embodiment of installation frame 9-2, installation frame 9-2 may include at least two peaces being oppositely arranged
Fill a 9-21.In this case, two mounting bar 9-21 connections that air port component 20 is preferably arranged to and is oppositely arranged.Relative to
Only the case where connecting with a mounting bar 9-21 or being connect with two neighboring mounting bar 9-21, air port component 20 be oppositely arranged
Two mounting bar 9-21 connections when, install stronger, and mounting stability is more preferable.
In addition, installation frame 9-2 of the invention, can at least partly be used to be bonded with the side wall of construction opening, that is, peace
The frame 9-2 that frames up can be integrally bonded with the side wall of construction opening, alternatively, installation frame 9-2 can part and construction opening
Side wall fitting.The advantages of this arrangement are as follows installation frame 9-2 is less to the occupancy of construction opening inner space, on the one hand
It will not interfere with normal pick-and-place of the air port component 20 in construction opening, it is easy to disassemble, it on the other hand may be installation frame 9-2
More operating spaces are reserved in the connection of connection and installation frame 9-2 and air port component 20 with installation base body 30, so as to
To further decrease installation difficulty；Moreover, because installation frame 9-2 can more closely be connect with construction opening side wall, therefore,
Bonding strength is higher, and stable connection is more preferable, is conducive to for air port component 20 being more firmly installed in installation base body 30, more have
Prevent air port component 20 from falling off to effect；Also, it, can since installation frame 9-2 and the contact area of installation base body 30 are relatively large
With more fully distractive load, therefore, the stress of whole system after improving tuyere structure installation is also helped.
In the present invention, the part of installation frame 9-2 connecting with air port component 20 can be located at the upper of installation base body 30
Between lower surface, at this point, when connection air port component 20 and installation frame 9-2, it usually needs while installation base body 30 is connected, especially
In thinner thickness and the connection such as use screw or pin of installation frame 9-2, screw or pin etc. are usually required across installation
Frame 9-2 enters in the side wall of construction opening, and drift bolt resistance is larger, when installation fee and laborious.Therefore, in order to further decrease wind
The installation difficulty of mouthpiece 20, in the present invention, the part of installation frame 9-2 connecting with air port component 20 are preferably arranged to position
Top in the upper surface of installation base body 30 and/or the lower section positioned at the lower surface of installation base body 30.Since this makes installing frame
The part of frame 9-2 connecting with air port component 20 is no longer between the upper and lower surface of installation base body 30, therefore, in connection air port
When component 20 and installation frame 9-2, air port component 20 and installation frame 9-2 only need to be connected, without connecting peace simultaneously again
Matrix 30 is filled, therefore, connection resistance is smaller, and the installation difficulty of air port component 20 is lower.
In addition, air port component 20 of the invention, can be connect by its side wall with installation frame 9-2.Based on this, air port
Component 20 is installed using side mounting means, be more convenient for and the installation frame 9-2 cooperation that connect of construction opening side wall, and
Convenient for arranging more tie points, more effectively distractive load, improves stress, reduces deformation.
In the present invention, between air port component 20 and installation frame 9-2 can using clamping, be threadedly coupled and pin connection etc.
A variety of connection types.As one such, can respectively correspond on air port component 20 and installation frame 9-2 equipped with the first connection
Hole and the second connecting hole, and tuyere structure further includes connector 9-3, connector 9-3 is inserted into the first connecting hole and the second connecting hole
In, realize the connection of air port component 20 and installation frame 9-2.This connection type, structure is relatively simple, connects more convenient.
Wherein, connector 9-3 can be using structure types such as pins.Furthermore it is preferred that the first connecting hole and the second connection
One in hole can be set to slotted hole.Since slotted hole can be air port component 20 and the relative position installation frame 9-2
Certain surplus is reserved in change, therefore, on the one hand, when connection, the first connecting hole and the second connecting hole no longer need to strictly be aligned, no
The requirement to the first connecting hole and the second connecting hole machining accuracy can be only reduced, while air port component can also be further decreased
The connection difficulty of 20 and installation frame 9-2；On the other hand, expanding with heat and contract with cold for air port component 20 is also more adapted to, it can be more effectively
It prevents from generating abnormal sound because expanding with heat and contract with cold between air port component 20 and installation base body 30.Wherein, with will be located on air port component 20
The first connecting hole be set as slotted hole and compare, it is more square when by being set as slotted hole positioned at the second connecting hole of installation frame 9-2
Just the insertion operation of connector 9-3.
Carry out of the invention be further described below with reference to embodiment shown in Figure 55.
As shown in figure 55, in this embodiment, tuyere structure includes air port component 20, installation frame 9-2 and connector 9-
3, wherein installation frame 9-2 is connect with the side wall of the construction opening in installation base body 30, and air port component 20 then passes through connector
9-3 is connect with installation frame 9-2.
Wherein, by Figure 55 it is found that installation frame 9-2 includes four mounting bar 9-21, this four two two-phases of mounting bar 9-21
To and be respectively used to connect with the surrounding side wall of construction opening, and be connected to each other between adjacent mounting bar 9-21.It, should based on this
The installation frame 9-2 of embodiment is in rectangle.
Also, in this embodiment, air port component 20 passes through in four mounting bar 9-21 of its side wall and installation frame 9-2
The 9-21 connection of opposite two mounting bar.Specifically, by Figure 55 it is found that air port component 20 pass through it is opposite in its width direction
The two side walls two mounting bar 9-21s opposite in the width direction of installation frame 9-2 are connect.Since this makes air port component
20 use side mounting means, and 20 opposite sides of air port component can obtain it is effectively supporting, therefore, the more steady jail of installation
Gu.Also, since two side walls opposite in 20 width direction of air port component have longer length, convenient in air port component 20
Therefore upper more first connecting holes of arrangement are advantageously implemented and more reliably connect, and help more effectively to disperse stress,
Reduce deformation.
Wherein, as shown in figure 55, in this embodiment, equal edge in two side walls opposite in 20 width direction of air port component
Length direction is equipped at intervals with multiple first connecting holes, in the width direction of installation frame 9-2 on two opposite mounting bar 9-21
Multiple second connecting holes are then correspondingly provided with, the second connecting hole is slotted hole, and the length direction of slotted hole is along air port component
20 length direction setting.Connector 9-3 is inserted into the first connecting hole and the second connecting hole, realizes air port component 20 and installing frame
The connection of frame 9-2.Since the second connecting hole is slotted hole, allow the relative position of air port component 20 and installation frame 9-2
It changes in a certain range, so that air port component 20 remains on can even if air port component 20 expands with heat and contract with cold
It effectively connect with installation frame 9-2, is installed more stable and reliablely in installation base body 30 to be advantageously implemented air port component 20.
And the length direction of slotted hole can then better adapt to the easy length side of air port component 20 along the length direction of air port component 20
To the actual installation demand for the characteristics of expanding with heat and contract with cold, more effectively meeting air port component 20.
Also, as shown in figure 55, in this embodiment, under assembled state, the center of the first connecting hole and the second connecting hole
Center be located at identical height and position, this makes the connector 9-3 being inserted into the first connecting hole and the second connecting hole will not be opposite
It is tilted in 30 upper surface of installation base body, but, the connection behaviour of be not only more convenient for connector 9-3 parallel with 30 upper surface of installation base body
Make, simultaneously as the active force that is applied of connector 9-3 there is no component, can more fully be used for by air port component 20 with
Installation frame 9-2 is closely connected, and therefore, is also beneficial to more firmly connect between realization air port component 20 and installation frame 9-2.
In addition, as shown in figure 55, the installation frame 9-2 of the embodiment, each mounting bar 9-21 is straight panel, and each installation
The low portion of 9-21 is bonded with the side wall of construction opening, while the upper part of each mounting bar 9-21 is by installation base body
30 upper surface upwardly extends.Also, two mounting bar 9-21 being wherein oppositely arranged in width direction, low portion and installation
The side wall of opening connects, and upper part is then connect with air port component 20, that is, aforementioned second connecting hole is set to the two mounting bars
The upper part of 9-21.Based on this, installation frame 9-2 has the low portion being fitted and connected with construction opening side wall, and has
The upper part being connect with air port component 20 above 30 upper surface of installation base body.
On the one hand, the surface due to the part (aforementioned low portion) of installation frame 9-2 being located in construction opening and peace
Fill opening side wall it is parallel, accordingly, with respect to installation frame 9-2 be located at construction opening in part surface relative to installation
The case where sidewall slope of opening, installation frame 9-2 are less to the occupancy of construction opening inner space, not only to air port component 20
A possibility that generating interference reduces, while can also be connection and the installation frame 9-2 of installation frame 9-2 and installation base body 30
More operating spaces are reserved in connection with air port component 20, further decrease installation difficulty, improve installation effectiveness.
On the other hand, since the part of installation frame 9-2 being located in construction opening is bonded with the side wall of construction opening, because
This, the side wall of installation frame 9-2 and construction opening can be connected more closely, and stress is more preferable, and bonding strength is higher.
In another aspect, since installation frame 9-2 has part (the i.e. aforementioned top portion higher than 30 upper surface of installation base body
Point) and air port component 20 connect with the part higher than 30 upper surface of installation base body of installation frame 9-2, therefore, with connector
9-3 connection air port component 20 and when installation frame 9-2, connector 9-3 only needs guiding through air port component 20 and installation frame 9-2 i.e.
Can, without again also cross the side wall of construction opening, so, air port component 20 and installation are needed guiding through relative to connector 9-3
Frame 9-2 simultaneously penetrates the situation in construction opening side wall, and the connection of connector 9-3 is more convenient, can further decrease air port portion
The connection difficulty of part 20 and installation frame 9-2.Also, since connector 9-3 is not penetrated in construction opening side wall, without being pacified
Fill matrix 30 limitation, therefore, connector 9-3 can be moved more freely in slotted hole, this be more convenient for air port component 20 with
The change of the relative position installation frame 9-2, so as to more effectively adapt to expanding with heat and contract with cold for air port component 20.As it can be seen that will peace
The frame up part connecting with air port component 20 of frame 9-2 is set as not between the upper and lower surface of installation base body 30, can be with
Cooperate with set slotted hole, more effectively adapts to expanding with heat and contract with cold for air port component 20.
When installing air port component 20 based on tuyere structure of the invention, can follow the steps below:
Installation frame 9-2 is connect with the side wall of the construction opening in installation base body 30；
Air port component 20 is connect with installation frame 9-2.
It, can be to avoid air port component 20 and installation base body 30 by installing installation frame 9-2 in installation base body 30 in advance
It directly contacts, prevents noise exception.Also, air port component 20 and construction opening side wall are realized using installation frame 9-2
Connection also helps the installation process of simplified air port component 20, reduces installation difficulty.
Wherein, when connecting air port component 20 and installation frame 9-2, first air port component 20 can be put into from the bottom to top
In construction opening, second on the first connecting hole and installation frame 9-2 on air port component 20 is then passed through using connector 9-3
Air port component 20 is fixed on installation frame 9-2 by connecting hole, easy to connect, easy to operate.
The air exhausting structure of existing ceiling type air conditioner is embedded into inside furred ceiling and straight by screw with the heavy platform that opens up on furred ceiling
It connects in succession.Above-mentioned connection type needs punch on furred ceiling, therefore higher to the rigidity requirement of furred ceiling.
In order to solve the problems in the prior art, it is another object of the present invention to provide a kind of tuyere structure component and
Ceiling type air conditioner, to reduce requirement of the installation ceiling type air conditioner to furred ceiling to improve the scope of application of ceiling type air conditioner.
One aspect of the present invention provides a kind of tuyere structure component, including wind component 20, setting in the wind component
Tuyere structure connector 10-2 on the 20 and installation base body connector 10-3 for being arranged in installation base body 30, the air port
Structural connection 10-2 is connect with the installation base body connector 10-3 the wind component 20 is connected indirectly to the peace
It fills on matrix 30.
Further, the first connecting hole 10-2B is provided on the wind component connector 10-2, the installation base body connects
Second connecting hole 10-3B is set on fitting 10-3, and the tuyere structure component further includes first connecting rod, the first connecting rod
The first connecting hole 10-2B and the second connecting hole 10-3B are disposed through to connect the wind component connector 10-
The 2 and installation base body connector 10-3.
Further, at least one of the first connecting hole 10-2B and the second connecting hole 10-3B are long hole.
Further, the first connecting hole 10-2B and the second connecting hole 10-3B is long hole, and described first
Connecting hole 10-2B and the second connecting hole 10-3B are arranged in a crossed manner.
Further, the first connecting hole 10-2B and the second connecting hole 10-3B are vertically arranged.
Further, first connection of arranged side by side at least two is provided on the wind component connector 10-2
It is provided on hole 10-2B, the installation base body connector 10-3 and is correspondingly arranged at least at least two first connecting hole
Two the second connecting hole 10-3B.
Further, it is provided on the wind component connector 10-2 for doing positioning mark in the installation base body 30
First auxiliary positioning portion of note is provided on the installation base body connector 10-3 and is correspondingly arranged with first auxiliary positioning portion
The second auxiliary positioning portion.
Further, first auxiliary positioning portion is notch；And/or second auxiliary positioning portion is notch.
Further, the fixation position between the wind component connector 10-2 and the wind component 20 is adjustably
Setting.
Further, the first installation long hole 2A, the tuyere structure group are provided on the wind component connector 10-2
Part further includes the second connecting rod, and second connecting rod is arranged in the first installation long hole 2A to connect the wind component
Connector 10-2 and the wind component 20.
Further, the side of the wind component 20 is provided with the guide groove 10-1A extended along short transverse, it is described go out
Wind part connector 10-2 is installed on the guide groove 10-1A.
Further, the wind component connector 10-2 is fixedly installed in the bottom end of the guide groove 10-1A.
Further, the wind component 20 further include be set to the bottom end two sides of the guide groove 10-1A installation it is heavy
Platform 10-1B, the wind component connector 10-2 are fixedly installed on the installation plunger stage 10-1B.
Further, the installation base body connector 10-3 includes the fixation for being fixedly connected with the installation base body 30
Piece 10-31 and the first bending part 10-32 being set on the fixinig plate 10-31 and the second bending part 10-33, described first
Bending part 10-32 and the second bending part 10-33 are bent in the opposite direction relative to the fixinig plate 10-31, and described
One bending part 10-32 is bent to the edge of the installation base body 30, and the middle part of the second bending part 10-33 to the furred ceiling is curved
It rolls over and is connect with the wind component connector 10-2.
Further, the tuyere structure component includes along the length direction of the wind component spaced at least two
A wind component connector 10-2 and at least two peaces being correspondingly arranged at least two wind components connector
Fill matrix connector 10-3.
Further, the installation base body 30 includes furred ceiling.
Another aspect of the present invention provides a kind of ceiling type air conditioner, including tuyere structure component described in above-described embodiment.
Based on tuyere structure component provided by the invention and air-conditioning, tuyere structure component includes tuyere structure, is arranged in wind
Tuyere structure connector on mouth structure and the installation base body connector for being arranged in installation base body, tuyere structure connector
It connect with installation base body connector tuyere structure to be connected indirectly in installation base body.The present invention on tuyere structure by setting
Setting tuyere structure connector and installation base body connector is arranged in installation base body will be between tuyere structure and installation base body progress
It connects in succession, compared with prior art, avoids directly punching in installation base body, installation base body is wanted to reduce installation air-conditioning
It asks to improve the scope of application of air-conditioning.
It will be illustrated below by each specific embodiment:
For ease of description, spatially relative term can be used herein, as " ... on ", " ... top ",
" ... upper surface ", " above " etc., for describing such as a device shown in the figure or feature and other devices or spy
The spatial relation of sign.It should be understood that spatially relative term is intended to comprising the orientation in addition to device described in figure
Except different direction in use or operation.For example, being described as if the device in attached drawing is squeezed " in other devices
It will be positioned as " under other devices or construction after part or construction top " or the device of " on other devices or construction "
Side " or " under other devices or construction ".Thus, exemplary term " ... top " may include " ... top " and
" in ... lower section " two kinds of orientation.The device can also be positioned with other different modes and (is rotated by 90 ° or in other orientation), and
And respective explanations are made to the opposite description in space used herein above.
The air port element of the embodiment of the present invention includes air port component, the air port component being arranged on the component of air port connection
Part and installation base body connector for being arranged in installation base body, air port component connection connect with installation base body connector with
Air port component is connected indirectly in installation base body.
The embodiment of the present invention is by being arranged on the component of air port setting air port component connection and being arranged in installation base body
Air port component is indirectly connected with by installation base body connector with installation base body, compared with prior art, avoids directly pacifying
It is punched on dress matrix, to reduce requirement of the installation air-conditioning to installation base body to improve the scope of application of air-conditioning.And pass through
Connection between air port component connection and installation base body connector is to realize that the connection of air port component and installation base body can be kept away
Exempt to carry out drilling operation in narrow space, reduces the installation difficulty of air port component.
To the structure of the tuyere structure component of a specific embodiment of the invention and it will go out below according to figure Figure 56 to Figure 62
The process that wind part is installed in installation base body 30 is described in detail.
The indirect connection structure of the present embodiment includes the wind component connector 10-2 being set on wind component 20 and use
In being set to the installation base body connector 10-3 for connecting wind component 20 and installation base body 30 in installation base body 30, wind component
Connector 10-2 is connect with installation base body connector 10-3 wind component 20 to be connected indirectly in installation base body 30.
When installing above-mentioned wind component 20, installation base body connector 10-3 can be first installed in installation base body 30, so
The wind component connector 10-2 being set on wind component 20 and installation base body connector 10-3 are attached again afterwards, thus
It avoids directly punching on furred ceiling.
In the present embodiment, installation base body 30 includes furred ceiling.In other embodiments, installation base body 30 can also include top
The other forms such as portion's frame.
It, can also be in the setting installation base body connector of installation base body 30 in order to improve the reliability of wind component installation
Reinforcement structure is arranged in the position of 10-3.
Preferably, the fixation position between wind component connector 10-2 and wind component 20 is adjustably arranged.When hanging
It, can be by adjusting wind component connector 10-2 phase when the sink hole for installing wind component on top opens up position inaccuracy
Achieve the purpose that the connection wind component 20 and installation base body 30 for the fixation position of wind component 20.
Specifically in the present embodiment, as shown in figure 58, the first installation long hole 2A is provided on wind component connector 10-2.
Tuyere structure component further includes connecting rod, is arranged in the first installation long hole 2A to connect wind component connector 10-2 and outlet air
Component 20.In the present embodiment, the length direction of the first installation long hole 2A is arranged along the width direction of wind component.When furred ceiling
Sink hole can adjust wind component connection relative to the position of the first installation long hole 2A by control connecting rod when bigger than normal
The position of part is to make wind component connector 10-2 as close as possible to the edge of furred ceiling sink hole.
In the present embodiment, wind component connector 10-2 is laminated structure.
In order to make wind component 20 with after installation of ceiling in the direction of the width between each other it is very close to each other, as shown in figure 56,
The side of wind component 20 is provided with the guide groove 10-1A extended along short transverse.Wind component connector 10-2, which is set to, to be led
Into slot 10-1A.As shown in Figure 61, when installing wind component, installation base body connector 10-3 is along guide groove 10-1A and goes out
Wind part connector 10-2 is attached.
Preferably, in order to make wind component 20 with after installation of ceiling in the height direction between each other be bonded without
Gap, the wind component connector 10-2 of the present embodiment are fixedly installed in the bottom end of guide groove 10-1A.
More preferably, in order to make wind component connector 10-2 is non-bulging to be set on wind component 20, as shown in figure 58, this
The wind component 20 of embodiment further includes the installation plunger stage 10-1B for being set to the bottom end two sides of guide groove 10-1A, and wind component connects
Fitting 10-2 is fixedly installed on installation plunger stage 10-1B.Installation plunger stage 10-1B is recessed to extend to the outside of guide groove 10-1A
The both ends of slot, wind component connector 10-2 are provided with mounting hole 10-2A.Connecting rod passes through mounting hole 10-2A and installation plunger stage
10-1B connection.
Connecting rod can be tapping screw etc..
As shown in figure 60, the installation base body connector 10-3 of the present embodiment includes for being fixedly connected with installation base body 30
Fixinig plate 10-31 and the first bending part 10-32 and the second bending part 10-33 being set on fixinig plate 10-31.First bending
Portion 10-32 and the second bending part 10-33 are bent in the opposite direction relative to fixinig plate 10-31, and the first bending part 10-32 is to hanging
The edge on top is bent, and the second bending part 10-33 bends to the middle part of furred ceiling and connect with wind component connector 10-2.
First bending part 10-32 is bent to furred ceiling edge to play the role of limit to prevent installation base body connector
10-3 is fallen.Preferably, the installation base body connector 10-3 of the present embodiment includes being located at two the first bending parts of both ends volume
10-32。
Preferably, it is provided with the second installation long hole 3A on the installation base body connector 10-3 of the present embodiment, convenient for adjusting peace
Fill position of the matrix connector 10-3 relative to furred ceiling.Further, convenient for installing furred ceiling connector in more mounting locations,
Expand use scope.
It is that the carry out how to be attached is detailed to wind component connector and furred ceiling connector below with reference to Figure 56 to Figure 62
It describes in detail bright.
As shown in figure 58, the first connecting hole 10-2B is provided on the wind component connector 10-2 of the present embodiment.Such as Figure 60
It is shown, the second connecting hole 10-3B is set on the second bending part 10-33 of the installation base body connector 10-3 of the present embodiment.Air port
Construction package further includes connecting rod.Connecting rod passes through the first connecting hole 10-2B and the second connecting hole 10-3B to connect wind component
Connector 10-2 and installation base body connector 10-3.
In the present embodiment, in order to increase position tune between wind component connector 10-2 and installation base body connector 10-3
The freedom degree of section, the first connecting hole 10-2B and the second connecting hole 10-3B are long hole.And first connecting hole and second connection
Hole is vertically arranged.The length direction of first connecting hole extends along the width direction of wind component, the length side of the second connecting hole
To the length direction extension along wind component, therefore in width direction and length direction, wind component connector 10-2 with
The relative position of installation base body connector 10-3 is adjustable.
Certainly in the unshowned embodiment of other accompanying drawings, one in the first connecting hole and the second connecting hole for long hole just
It can be convenient for the distance between above-mentioned two connector of adjusting.And first connecting hole and the second connecting hole can also be with certain angle
It spends arranged in a crossed manner.
In order to improve the reliability connected between wind component connector and furred ceiling connector, the wind component of the present embodiment
Two the first connecting hole 10-2B arranged side by side are provided on connector 10-2, be provided on installation base body connector 10-3 with
Two the second connecting hole 10-3B that two the first connecting hole 10-2B are correspondingly arranged.
In the present embodiment, long hole can be kidney slot, slotted hole etc..
As shown in Figure 61 and Figure 62, the tuyere structure component of the present embodiment includes along the length direction interval of wind component
At least two wind component connector 10-2 being arranged and be correspondingly arranged at least two wind component connectors at least two
A installation base body connector 10-3.
Preferably, in order to which the installation site to wind component is accurately positioned, the wind component connector of the present embodiment
The first auxiliary positioning portion for doing telltale mark on furred ceiling is provided on 10-2.It is provided on installation base body connector 10-3
The second auxiliary positioning portion being correspondingly arranged with the first auxiliary positioning portion.For example, before installation base body connector 10-3 is installed, first
Wind component is directed at air-conditioning internal machine, is made marks using the first auxiliary positioning portion in the heavy platform bore edges opened up on furred ceiling.So
Label is aligned with the second auxiliary positioning portion on installation base body connector 10-3 afterwards and installation base body connector 10-3 is installed
In herein.
Specifically in the present embodiment, as shown in figure 58, the first auxiliary positioning portion is the first notch 10-2C.As shown in figure 60,
Second auxiliary positioning portion is the second notch 10-3C.Notch is triangular cut, convenient for being made marks using the angle point of triangular cut, from
And improve the accuracy of positioning.
Certainly, in the unshowned embodiment of other accompanying drawings, the first auxiliary positioning portion and the second auxiliary positioning portion can be with
It is any feature with mark effect such as protrusion.
In order to solve the problems, such as that vertical air conditioner occupies ground space or wall-hanging air conditioner destroys metope, occurs furred ceiling at present
Formula air-conditioning, air port component are installed on furred ceiling, to save space, and prevent from causing permanent damage to metope.
As shown in Figure 63 and Figure 64, in the prior art, between outlet air mouthpiece 20 and furred ceiling 30 by limit film 11b into
Row limit, and by the fixed outlet air mouthpiece 20 of air port fixinig plate 11a, this mounting means is inconvenient in the presence of installation, installation effect
It is bad, the problems such as installation strength is not high.Also, air port component is directly contacted with furred ceiling, is also easy to phenomena such as noise is abnormal occur.
Aiming at the problems existing in the prior art, another object of the present invention is to propose a kind of tuyere structure and air-conditioning,
To reduce installation difficulty as much as possible, air port component is avoided to generate friction with furred ceiling when expanding with heat and contract with cold or pull and form noise
Pollution.
One aspect of the present invention provides a kind of tuyere structure, including air port component 20, installation frame 11-3 and connector 11-
4, the installation frame 11-3 is connect with installation base body 30, and the air port component 20 is mounted on described by the connector 11-4
On installation frame 11-3, there is gap between the air port component 20 and the installation frame 11-3.
Further, the bottom surface of the air port component 20 is equipped with air port, the length direction of the installation frame 11-3 along
The circumferentially extending of the air port component 20, the installation frame 11-3 perpendicular to the air port component 20 bottom surface and be set to institute
State the outside of air port component 20.
Further, the junction between the connector 11-4 and the installation frame 11-3 and/or the connector
Junction between 11-4 and the air port component 20 has activity space.
Further, the air port component 20 is equipped with the first mounting hole 11-5, and the installation frame 11-3 is equipped with the
Two mounting hole 11-6, the connector 11-4 pass through the first mounting hole 11-5 and the second mounting hole 11-6, and described the
One mounting hole 11-5 and/or the second mounting hole 11-6 is slotted hole, to form the activity space.
Further, the second mounting hole 11-6 is slotted hole, and the first mounting hole 11-5 is circular hole and setting exists
The side of the air port component 20.
Further, circumferentially extending of the length direction of the slotted hole along the air port component 20.
Further, the second mounting hole 11-6 includes circumferentially closed hole；Alternatively, the second mounting hole 11-6 packet
Include the hole of the circumferential non-close of upper end opening.
Further, the installation frame 11-3 is mounted on the side wall of the mounting hole of the installation base body 30.
Further, the installation frame 11-3 has the top surface higher than the installation base body 30 and/or is lower than the peace
The extension of the bottom surface of matrix 30 is filled, the air port component 20 is mounted on the extension of the installation frame 11-3.
Further, the installation frame 11-3 includes multiple, and multiple installation frame 11-3 are mutually indepedent.
Further, the installation frame 11-3 includes multiple, and multiple installation frame 11-3 are interconnected to form one
Body formula frame.
Further, there is gap between the installation frame 11-3 and the air port component 20.
Further, the connector 11-4 includes connecting shaft 11-42, end cap 11-43 and clamping joint 11-41, the end
One end of the connecting shaft 11-42 is arranged in cap 11-43, and the another of the connecting shaft 11-42 is arranged in the clamping joint 11-41
The diameter of end, the end cap 11-43 and the clamping joint 11-41 are all larger than the first mounting hole 11-5 and second installation
The air port component 20 and the installation frame 11-3 are limited in the end cap 11-43 and institute by the minimum diameter of hole 11-6
It states between clamping joint 11-41.
Further, the clamping joint 11-41 is inwardly in the axial direction equipped with the outer end face from the clamping joint 11-41
And perforative slot 11-44 radially, to make the clamping joint and radially squeezing the clamping joint 11-41 during installation
11-41 passes through the first mounting hole 11-5 and the second mounting hole 11-6.
Further, the clamping joint 11-41 is circumferentially with reduced diameter portion 11-45, the reduced diameter portion 11-45
Diameter be not more than the width of the slotted hole, with described oval by being directed at the reduced diameter portion 11-45 during installation
The width direction in hole and so that the clamping joint 11-41 is passed through the slotted hole, and by rotating the connector 11- after passing through
4 realize restriction effect.
Another aspect of the present invention additionally provides a kind of air-conditioning, including tuyere structure described in above-described embodiment.
Based on the above-mentioned technical proposal, installation frame is equipped in the embodiment of the present invention, installation frame is connect with installation base body, wind
Mouthpiece is mounted on installation frame by connector, compared with the prior art in using multiple installation laths being independently arranged come
For the technical solution for installing air port component, air port component is installed using installation frame in the present invention, installation difficulty can be reduced,
Installation part is reduced, installation effectiveness is improved；In addition, there is gap between air port component and installation frame, it can be to avoid air port portion
Part is directly contacted with installation base body, is reduced the friction between air port component and installation base body or is pullled, reduces noise.
It will be illustrated below by each specific embodiment:
As shown in Figure 65, in an illustrative examples of tuyere structure provided by the present invention, including air port component
20, installation frame 11-3 and connector 11-4, the installation frame 11-3 are connect with installation base body 30, and the air port component 20 is logical
It crosses the connector 11-4 to be mounted on the installation frame 11-3, between the air port component 20 and the installation frame 11-3
With gap.Specifically, there can be gap between air port component 20 and installation frame 11-3 in the longitudinal direction, it can also be
There is gap in width direction.
In above-mentioned illustrative examples, tuyere structure is equipped with installation frame 11-3, installation frame 11-3 and installation base body
30 connections, air port component 20 are mounted on installation frame 11-3 by connector 11-4, middle using multiple compared with the prior art
For technical solution of the installation lath being independently arranged to install air port component, wind is installed using installation frame 11-3 in the present invention
Mouthpiece 20 can reduce installation difficulty, reduce installation part, improve installation effectiveness；In addition, air port component 20 and installation frame
There is gap, it is ensured that there is certain fitting allowance, in wind between installation frame 11-3 and air port component 20 between 11-3
After 20 temperature distortion of mouthpiece also can normal mounting, improve adaptability；Air port component can also be avoided directly to contact with furred ceiling,
It reduces the friction between air port component and furred ceiling or pulls, reduce noise.
Further, the bottom surface of air port component 20 is equipped with air port, and the length direction of installation frame 11-3 is along air port component
20 circumferentially extending, installation frame 11-3 perpendicular to air port component 20 bottom surface and be set to the outside of air port component 20.In this way
The convenience that can be further improved installation is set.
Specifically, installation base body 30 is equipped with mounting hole, set air port and peace on the bottom surface of air port component 20
The mounting hole filled on matrix 30 is opposite, and installation frame 11-3 is perpendicular to 30 place plane of installation base body.In some prior arts
In, the connection of air port component and installation base body is realized using the plate relative to installation base body bending, installation operation is very not
The problems such as convenient, operator operates not smoothly, be easy to cause installation insecure.And in embodiments of the present invention, installation
Frame 11-3 includes the straight panel perpendicular to installation base body 30, either the connection of outlet air mouthpiece 20 and installation frame 11-3, also
It is that the connection of installation frame 11-3 and installation base body 30 can all become easy, therefore can reduce installation difficulty.
Optionally, the junction between connector 11-4 and installation frame 11-3 and/or connector 11-4 and air port component
Junction between 20 has activity space.The setting of the activity space can be opposite when air port component 20 expands with heat and contract with cold
Micro-displacement occurs in installation frame 11-3 and installation base body 30, to reduce rubbing between air port component 20 and installation base body 30
It wipes, reduces noise.
Optionally, installation base body 30 includes furred ceiling.
Specifically, air port component 20 is equipped with the first mounting hole 11-5, and installation frame 11-3 is equipped with the second mounting hole 11-
6, connector 11-4 pass through the first mounting hole 11-5 and the second mounting hole 11-6, the first mounting hole 11-5 and/or the second mounting hole
11-6 is slotted hole, to form activity space.The setting of slotted hole can be such that air port component 20 produces relative to installation frame 11-3
Raw micro-displacement, reduces friction.
Optionally, the second mounting hole 11-6 is slotted hole, and the first mounting hole 11-5 is circular hole and is arranged in air port component 20
Side.This set can guarantee the leakproofness of air port component 20, prevent air-flow from leaking from the first mounting hole 11-5, influence
Cross air quantity.
Further, circumferentially extending of the length direction of slotted hole along air port component 20.
As shown in Figure 66, the length direction of slotted hole is identical as the extending direction of installation frame 11-3, and setting can be in this way
Air port component 20 is allowed to generate displacement on the extending direction of installation frame 11-3.
Optionally, as shown in Figure 66, the second mounting hole 11-6 includes circumferentially closed hole, and the position-limiting action in this hole is more
It is good；In other embodiments, the second mounting hole 11-6 also may include the hole of the circumferential non-close of upper end opening, and setting can in this way
To reduce manufacture difficulty, and the installation of connector 11-4 is also more convenient, has under the premise of guaranteeing connection and position-limiting action
Conducive to raising installation effectiveness.
Optionally, installation frame 11-3 is mounted on the side wall of the mounting hole of installation base body 30, is provided with is conducive in this way
Improve the property easy for installation and stability of installation frame 11-3.In other embodiments, installation frame 11-3 also can be set
On the top surface of installation base body 30.
Optionally, installation frame 11-3 has the bottom surface higher than the top surface of installation base body 30 and/or lower than installation base body 30
Extension, air port component 20 is mounted on the extension of installation frame 11-3.Extension is set as air port component
20 provide installation site, make easier for installation.
Optionally, installation frame 11-3 includes multiple, and multiple installation frame 11-3 are interconnected to form integrated frame, this
The structural strength that installation frame 11-3 can be improved is arranged in sample, is easily installed the connection of frame 11-3 Yu installation base body 30.At it
In his embodiment, multiple installation frame 11-3 can also be mutually indepedent, and setting in this way can save material.
Optionally, there is gap between installation frame 11-3 and air port component 20.The gap can guarantee installation frame 11-
Between 3 and air port component 20 have certain fitting allowance, after 20 temperature distortion of air port component also can normal mounting, improve
Adaptability；Air port component 20 can also be avoided directly to contact with installation frame 11-3, reduce air port component 20 and installation frame 11-
It friction between 3 and pulls, reduces noise pollution.
As shown in Figure 66, connector 11-4 includes connecting shaft 11-42, end cap 11-43 and clamping joint 11-41, end cap 11-43
One end of connecting shaft 11-42 is set, and the other end of connecting shaft 11-42, end cap 11-43 and clamping is arranged in clamping joint 11-41
The diameter of head 11-41 is all larger than the minimum diameter of the first mounting hole 11-5 and the second mounting hole 11-6, by 20 He of air port component
Installation frame 11-3 is limited between end cap 11-43 and clamping joint 11-41.This structure can effectively improve 20 He of air port component
The reliability connected between installation frame 11-3 prevents falling off for air port component 20.
In order to more easily realize the connection of air port component 20 and installation frame 11-3, optionally, on clamping joint 11-41
And radially perforative slot 11-44 inwardly in the axial direction equipped with the outer end face from clamping joint 11-41, to pass through during installation
It radially squeezes clamping joint 11-41 and clamping joint 11-41 is made to pass through the first mounting hole 11-5 and the second mounting hole 11-6.The setting
The difficulty that installation can be substantially reduced, for being connected by screw bolts, the setting of clamping joint 11-41 and slot 11-44 can be saved
The slightly process of nutting；For using screw connection, the setting of clamping joint 11-41 and slot 11-44, which can be omitted, utilizes work
Has the process screwed.
Optionally, clamping joint 11-41 is circumferentially with reduced diameter portion 11-45, and the diameter of reduced diameter portion 11-45 is little
In the width of slotted hole, to make clamping joint and making reduced diameter portion 11-45 be directed at the width direction of slotted hole during installation
11-41 passes through slotted hole, and realizes restriction effect by rotary connector 11-4 after passing through.
Specifically, reduced diameter portion 11-45 may include on the circumferential surface of clamping joint 11-41 symmetrically arranged two it is flat
Platform, the settings of the two platforms so that the diameter of clamping joint 11-41 here is less than the diameter of clamping joint 11-41 other parts,
When needing clamping joint 11-41 passing through slotted hole, rotary connector 11-4, the line and slotted hole for making two platforms are along width
The axis in direction is parallel, can permit clamping joint 11-41 in this way and passes through slotted hole；When clamping joint 11-41 passes through slotted hole
Afterwards, the width side of the part alignment slotted hole being relatively large in diameter on clamping joint 11-41 can be made by rotary connector 11-4
To connector 11-4 can be effectively prevented by the part being relatively large in diameter and fall off from slotted hole.
By the way that reduced diameter portion 11-45 is arranged, the insertion of connector 11-4 can be realized by simple spinning movement, is connected
It connects and position-limiting action, it is easy to operate and conveniently.
Based on above-mentioned tuyere structure, the present invention also proposes a kind of air-conditioning, which includes above-mentioned tuyere structure.It is above-mentioned
Positive technical effect possessed by tuyere structure is equally applicable to air-conditioning in each embodiment, and which is not described herein again.
In above-mentioned each embodiment, the air port component in tuyere structure can be air inlet component, or outlet air
Mouthpiece.
Specific structure and installation below with reference to Figure 65 and Figure 66 to one embodiment of tuyere structure of the present invention and air-conditioning
Process is illustrated:
As shown in Figure 65, installation base body 30 is equipped with mounting hole, and installation frame 11-3 is mounted on the side wall of mounting hole
On, installation frame 11-3 includes multiple straight panels perpendicular to installation base body plane, and multiple straight panel head and the tail connections form frame-type knot
Structure.Air port component 20 is equipped with the first mounting hole 11-5, and installation frame 11-3 includes the extension higher than 30 top surface of installation base body
Point, it is circular hole, the second mounting hole that the extension of installation frame 11-3, which is equipped with the second mounting hole 11-6, the first mounting hole 11-5,
11-6 is slotted hole, and connector 11-4 passes through the first mounting hole 11-5 and the second mounting hole 11-6, to realize outlet air mouthpiece 20
With the connection of installation frame 11-3.
As shown in Figure 66, connector 11-4 includes clamping joint 11-41, connecting shaft 11-42 and end cap 11-43, clamping joint 11-
41 and end cap 11-43 is separately positioned on the both ends of connecting shaft 11-42, and clamping joint 11-41 is equipped with slot 11-44 and reduced diameter portion
11-45。
When installation, firstly, making the second peace on the first mounting hole 11-5 and installation frame 11-3 on air outlet component 20
Hole 11-6 is filled to just, is then protruded into outlet air mouthpiece 20, connector 11-4 is passed through into the first mounting hole 11-5, in the process of passing through
The radial direction of middle connector 11-4 is squeezed, and the setting of slot 11-44 and reduced diameter portion 11-45 can make clamping joint 11-41's
Diameter becomes smaller, and after passing through the first mounting hole 11-5 and the second mounting hole 11-6, radial compression event resolves, clamping joint 11-
41 diameter restores, and by rotary connector 11-4, clamping joint 11-41 can be made to be stuck in the side of installation frame 11-3,
It effectively prevent falling off for connector 11-4.
Pass through the explanation to tuyere structure of the present invention and multiple embodiments of air-conditioning, it can be seen that tuyere structure of the present invention and
Air-conditioning embodiment at least has the advantages that one or more of:
1, between the structure type of installation frame and air port component and installation frame gap setting, installation can be reduced
Difficulty reduces the friction between outlet air mouthpiece and furred ceiling and pulls, reduces noise；
2, it is empty to be equipped with activity for the junction between installation frame and connector and/or the junction of connector and air port component
Between, micro-displacement can occur relative to installation frame and furred ceiling when component expands with heat and contract with cold in air port, be further reduced wind
Friction between mouthpiece and furred ceiling reduces noise；
3, connector is equipped with clamping joint and nut, and the accident that connector can be effectively prevented falls off；
4, the setting of slot and reduced diameter portion can make the easier for installation of connector.
Finally it should be noted that: the above embodiments are merely illustrative of the technical scheme of the present invention and are not intended to be limiting thereof；To the greatest extent
The present invention is described in detail with reference to preferred embodiments for pipe, it should be understood by those ordinary skilled in the art that: still
It can modify to a specific embodiment of the invention or some technical features can be equivalently replaced；Without departing from this hair
The spirit of bright technical solution should all cover within the scope of the technical scheme claimed by the invention.
Claims (10)
1. a kind of air port installing component, which is characterized in that including air port component (20), installation base body (30) is equipped with opening
(40), the air port component (20) is used to connect with the side wall of the opening (30).
2. air port installing component according to claim 1, which is characterized in that further include indoor unit main body (10) and air port portion
Part (20), the air port component (20) are carried jointly by the indoor unit main body (10) and installation base body (30).
3. air port installing component according to claim 1, which is characterized in that it further include mounting structure, the mounting structure
It is connect with the air port component (1) and is used to connect with the side wall of the opening (40), so that the air port component (1) passes through institute
State the side wall that mounting structure is installed on the opening (40).
4. air port installing component according to claim 3, which is characterized in that the mounting structure includes being located at the air port
Clamping part (4-4) on component (20), for the air port component (20) to be connected to the installation base body (30).
5. air port installing component according to claim 3, which is characterized in that the mounting structure includes first connecting rod
(5-7) and the side being set on the air port component (20) fill fixing piece (5-2), and side dress fixing piece (5-2) has opposite
In the bending installation sheet (5-21) of sidewall slope predetermined acute angle setting, the first connecting rod (5-7) can be by described
Bending installation sheet (5-21) obliquely penetrates the side wall.
6. air port installing component according to claim 1, which is characterized in that the bottom surface of the air port component (20) is equipped with
Outwardly extending mounting portion (6-6), can be from below against the installation base body (30), and pass through described in screw (6-8) realization
Being fixedly connected between mounting portion (6-6) and the installation base body (30).
7. air port installing component according to claim 3, which is characterized in that mounting structure includes multistage fixed structure, institute
The connection that air port component (20) forms operability by the multistage fixed structure and the installation base body (30) is stated, it is described more
Grade fixed structure is configured as selectively adjusting different insertions of the air port component (20) in the installation base body (30)
Depth.
8. air port installing component according to claim 3, which is characterized in that the mounting structure includes installation frame (9-
2), the installation frame (9-2) connect with the air port component (20) and for connecting with the side wall of the opening (40), so that
The air port component (20) is connect by the installation frame (9-2) with the side wall of the opening (40).
9. a kind of indoor unit, which is characterized in that including air port installing component as described in any one of claims 1 to 8.
10. a kind of air-conditioner set, which is characterized in that including indoor unit as claimed in claim 9.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710742959 | 2017-08-25 | ||
| CN2017107429596 | 2017-08-25 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109425089A true CN109425089A (en) | 2019-03-05 |
Family
ID=61942238
Family Applications (7)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711401534.5A Pending CN109425089A (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure, indoor unit and air-conditioner set |
| CN201711401546.8A Pending CN108050680A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
| CN201721812002.6U Active CN207815645U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201721812269.5U Active CN207815646U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201711401437.6A Pending CN107940712A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
| CN201721812367.9U Active CN208042459U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201711401439.5A Pending CN108151266A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
Family Applications After (6)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711401546.8A Pending CN108050680A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
| CN201721812002.6U Active CN207815645U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201721812269.5U Active CN207815646U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201711401437.6A Pending CN107940712A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
| CN201721812367.9U Active CN208042459U (en) | 2017-08-25 | 2017-12-22 | Air port mounting structure |
| CN201711401439.5A Pending CN108151266A (en) | 2017-08-25 | 2017-12-22 | Tuyere structure installation method and air port mounting structure |
Country Status (5)
| Country | Link |
|---|---|
| US (1) | US20210071906A1 (en) |
| EP (1) | EP3640559B1 (en) |
| CN (7) | CN109425089A (en) |
| ES (1) | ES2967707T3 (en) |
| WO (1) | WO2019119873A1 (en) |
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|---|---|---|---|---|
| CN114484839A (en) * | 2021-12-10 | 2022-05-13 | 惠瑞净化科技(江苏)有限公司 | Install canned type high-efficient supply-air outlet on lithium cell toilet's roof |
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| CN109425089A (en) * | 2017-08-25 | 2019-03-05 | 珠海格力电器股份有限公司 | Air port mounting structure, indoor unit and air-conditioner set |
| CN109297165A (en) * | 2018-11-20 | 2019-02-01 | 宁波奥克斯电气股份有限公司 | A kind of hanger rod component and air conditioner |
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Also Published As
| Publication number | Publication date |
|---|---|
| ES2967707T3 (en) | 2024-05-03 |
| CN207815646U (en) | 2018-09-04 |
| CN107940712A (en) | 2018-04-20 |
| EP3640559A1 (en) | 2020-04-22 |
| EP3640559A4 (en) | 2020-11-04 |
| CN207815645U (en) | 2018-09-04 |
| CN108151266A (en) | 2018-06-12 |
| CN108050680A (en) | 2018-05-18 |
| EP3640559B1 (en) | 2023-10-04 |
| CN208042459U (en) | 2018-11-02 |
| US20210071906A1 (en) | 2021-03-11 |
| WO2019119873A1 (en) | 2019-06-27 |
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