CN207050185U - A kind of air channel structure of central air conditioner system - Google Patents
A kind of air channel structure of central air conditioner system Download PDFInfo
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- CN207050185U CN207050185U CN201720899498.9U CN201720899498U CN207050185U CN 207050185 U CN207050185 U CN 207050185U CN 201720899498 U CN201720899498 U CN 201720899498U CN 207050185 U CN207050185 U CN 207050185U
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Abstract
The utility model discloses be a kind of air channel structure of central air conditioner system, it is immovable to solve air outlet position, and the problem of causing central air-conditioning to reduce the temperature control effect of equipment surrounding air, its drip irrigation device, including air main, branch wind pipe, the air main, which is provided with, makes air be provided with air outlet in the blower fan of its internal flow, the branch wind pipe, it is characterised in that：The branch wind pipe, which is provided with, makes the first slide unit that it can be moved on air main, the air outlet, which is provided with, makes the second slide unit that it can be moved on branch wind pipe, the drive mechanism of the first slide unit of driving and the motion of the second slide unit is respectively equipped with the air main and branch wind pipe, has reached the effect that air outlet can be moved in certain area.
Description
Technical field
Air channel structure is the utility model is related to, more particularly to a kind of air channel structure of central air conditioner system.
Background technology
Air channel is common in laboratory or workshop.Equipment in some laboratories or workshop is in use
Environment temperature is required, therefore needs to use central air-conditioning to be transported to by air channel above equipment, by air outlet, by temperature
Suitable air is transported to around equipment or personnel, to meet the needs of it is to air themperature.
Notification number is that CN204153931U Chinese utility model discloses a kind of air channel structure of central air conditioner system, should
Air channel structure is mostly installed at injection or Die Casting Workshop, and it is including being connected to the blast pipe of central air-conditioning, by a bend pipe with entering
The bellows of airduct connection, the bellows is interior to be provided with air blower, and the bellows air outlet connects up one by a bend pipe and led to
Wind straight tube, the ventilation straight tube connect a bend pipe, bend pipe other end connection wind Rose Box, and the wind Rose Box outlet air end connects main wind
Deferent, main air duct pipe connection one have two bend pipes of Bidirectional outlet air mouth, and the outlet air end of two bend pipes is in opposite direction, each connection
There is branch air duct pipe, be connected with some air-out open tubes downwards on branch air duct pipe.Serve and avoid operative employee's heatstroke, while
It ensure that the quality of product, it may have energy-saving effect.
But when if the equipment below air outlet or operative employee are moved to other positions in this scenario, because of air outlet position not
Can be mobile, and cause central air-conditioning to reduce the temperature control effect of equipment surrounding air.
Utility model content
The purpose of this utility model is the air channel structure for providing the central air conditioner system that can move air outlet.
Above-mentioned technical purpose of the present utility model technical scheme is that：
A kind of air channel structure of central air conditioner system, including air main, branch wind pipe, air main, which is provided with, makes air in it
The blower fan of portion's flowing, branch wind pipe are provided with air outlet, wind energy is flow to out of pipeline from air outlet outside pipeline, branch wind pipe is provided with
Make the first slide unit that it can be moved on air main, air outlet, which is provided with, makes the second sliding part that it can be moved on branch wind pipe
The drive mechanism of the first slide unit of driving and the motion of the second slide unit is respectively equipped with part, air main and branch wind pipe.
By such setting, the air circulation in pipeline is made using blower fan, the air in pipeline can be passed through air-out
Mouth is passed to pipeline external.Branch wind pipe horizontal on air main can be slided by the setting of the first slide unit, pass through second
The setting of slide unit makes air outlet horizontal on branch wind pipe can slide, and glide direction and air-out of the branch wind pipe on air main
Glide direction of the mouth on branch wind pipe is different, moves branch wind pipe and air outlet by drive mechanism, realizes in certain area
The function of mobile air outlet.
It is of the present utility model further to set：First slide unit includes the first sliding panel that branch wind pipe is fixedly connected, main
Airduct is provided with the sliding groove coordinated with the first sliding panel, the first sliding panel is done horizontal slip in sliding groove.
By such setting, the first sliding panel horizontal in sliding groove can be slided so that with the first sliding panel
Fixed branch wind pipe horizontal on air main can slide, and will not be rotated on air main.
It is of the present utility model further to set：Second slide unit includes to slide in branch wind pipe and fixing with air outlet connecting
The second sliding panel connect.
By such setting, using can on branch wind pipe horizontal the second sliding panel slided, realize and the second sliding panel
The air outlet being fixedly connected can move horizontally on branch wind pipe.
It is of the present utility model further to set：First sliding panel is provided with flexible keep off in the position being slidably connected with sliding groove
Part, flexible block piece abut with sliding groove, and the second sliding panel is provided with flexible block piece, flexibility gear in the position being slidably connected with branch wind pipe
Part abuts with branch wind pipe.
By such setting, by the gap between the first sliding panel and air main and the second sliding panel and branch wind pipe it
Between gap block, prevent pipeline in pipeline outside air exchanges, so as to ensure heat insulation effect of the pipeline to air in pipeline, together
When play a part of energy-conserving and environment-protective, can also play certain dust-proof effect.
It is of the present utility model further to set：The activity for being secured to connection is respectively equipped with branch wind pipe and the second sliding panel
Set, drive mechanism include the screw mandrel being rotatablely connected respectively with air main and branch wind pipe and the motor that screw mandrel can be driven to rotate, activity
Set is connected with wire rod thread.
By such setting, rotated using motor drives screw mandrel, there is provided the power of mobile branch wind pipe and air outlet, pass through
The movable sleeve being fixed on branch wind pipe and the second sliding panel is connected with wire rod thread so that when motor drives screw mandrel rotates, screw mandrel
Movable sleeve can be driven to move horizontally, so as to which realization drives branch wind pipe and the second sliding panel to move horizontally with motor.
It is of the present utility model further to set：Branch wind pipe is provided with rack, and air outlet is provided with the wind direction being rotatablely connected with it
Plate, wind direction board are provided with the plate gear engaged with rack.
By such setting, when air outlet is moving horizontally on branch wind pipe, wind direction board and the horizontal shifting of plate gear are driven
It is dynamic, by the rack engaged with plate gear, make plate gear drive wind direction board to rotate while moving horizontally, wind direction board can rise
To the effect in the direction of guiding air flow, so as to realize while mobile air outlet, it can adjust and be circulated from air outlet
Air flow direction.Make when wind direction board rotates to horizontal state simultaneously, air outlet can be closed, so as to need
When close air outlet, and retain the air in pipeline.
It is of the present utility model further to set：Air main is circular pipeline, and screw mandrel is provided with the master for being secured to connection
Moving gear, air main are provided with the power transmission shaft being rotatablely connected with it, and power transmission shaft is provided with the driven gear engaged with driving gear,
Horizontal positioned roller brush shaft is provided with air main, roller brush shaft is provided with the bristle for the dust that can clean air main inwall, power transmission shaft
It is provided with the planet gear mechanism that roller brush shaft can be driven to rotate.
By such setting, when screw mandrel is by motor driven, driving gear follows screw mandrel to rotate together, and drive and its
The driven gear being meshed rotates, and driven gear drives drive axis again, then imparts power to planet tooth by power transmission shaft
Mechanism, planet gear mechanism is finally set to drive roller brush shaft in air main around air main axis rotation, roller brush shaft turns in air main
It can then drive bristle to rotate in dynamic process, bristle is cleaned the dust of air main inwall with water, play the effect for cleaning air main inwall
Fruit.
It is of the present utility model further to set：Planet gear mechanism includes the swingle fixed with power transmission shaft, swingle top
Provided with the rotate gear being rotatablely connected with it, rotate gear is fixedly connected with roller brush shaft, and air main is provided with support bar, on support bar
End is provided with the support shaft being secured to, and support shaft is provided with the fixed gear engaged with rotate gear.
By such setting, work as drive axis, drive swingle to rotate, swingle drives rotate gear rotation rotation again
Turn, because rotate gear engages with fixed gear, and fixed gear is motionless, so when rotate gear rotates around fixed gear,
Fixed gear can make axle center rotation of the rotate gear around rotate gear, so roller brush shaft is secured to the rotate gear band of connection
It is dynamic around fixed gear rotate while, and rotation.Roller brush shaft is set to clean whole air main inwall by being rotated around fixed gear
While, the effect for cleaning air main inwall can be also realized, the linear velocity on roller brush shaft surface is improved by rotation, so as to improve brush
The relative relative velocity with air main inwall of hair, is improved the effect of cleaning.
It is of the present utility model further to set：Rotary shaft is provided with the activity for being rotatablely connected with it and being rotatablely connected with support shaft
Bar.
By such setting, when rotate gear, which rotates, drives roller brush shaft it is rotated around support shaft, motion bar can be given
Roller brush shaft plays a part of support, while roller brush shaft also can be on motion bar around the axle center rotation of roller brush shaft.
It is of the present utility model further to set：Air main bottom is provided with the dust that can store the dust swept out by roller brush shaft
Box, dust-collecting box are connected by screw with air main.
By such setting, the dust swept out in dust-collecting box collection conduit can be used, screw can be unclamped afterwards,
Dust-collecting box is taken out, the dust being collected into dust-collecting box can be removed, then dust-collecting box is fixed on by air main bottom by screw, is kept away
Exempt from the dust in air main and excessively cause the pollution of inner air tube, reduce the resistance that air circulates in air main.
To sum up, the utility model has the advantages that：
Make the air circulation in pipeline using blower fan, the air in pipeline can be passed to outside pipeline by air outlet
Portion.By starting the motor of air main and branch wind pipe, screw mandrel is rotated, drive the activity being fixedly connected with branch wind pipe and air outlet
Set, moves horizontally branch wind pipe and air outlet, so as to realize out the function of mobile air outlet.When air outlet on branch wind pipe it is horizontal
While slip, the rotation of rack drives plate gear, wind direction board can be rotated, so as to adjust air-out while mobile air outlet
The wind direction of mouth.For branch wind pipe when being slided on air main, the rotation of screw mandrel drives driving gear to rotate, then passes through driven gear, biography
Moving axis, swingle impart power to the rotate gear engaged with fixed gear, rotate gear is driven roller brush shaft around air main
While axis rotation, around the axle center rotation of rotate gear, so as to drive bristle to clean air main inwall with water, master is cleaned with water so as to play
The effect of airduct inwall dust.Dust is collected by dust-collecting box again, then people can pull down dust-collecting box, by the ash in air main
After dirt removes, then it is reinstalled air main.
Brief description of the drawings
Fig. 1 is the structural representation of the present embodiment；
Fig. 2 is the structural representation of air main and branch wind pipe in the present embodiment；
Fig. 3 is the structural representation of screw mandrel in the present embodiment；
Fig. 4 is the structural representation of air outlet in the present embodiment；
Fig. 5 is the structural representation of roller brush shaft in the present embodiment.
Reference：10th, air main；11st, blower fan；12nd, sliding groove；13rd, dust-collecting box；14th, screw mandrel；15th, motor；151st, it is main
Moving gear；152nd, power transmission shaft；153rd, driven gear；154th, roller brush shaft；155th, swingle；156th, rotate gear；157th, support bar；
158th, support shaft；159th, fixed gear；16th, motion bar；17th, bristle；18th, decelerator；20th, branch wind pipe；21st, the first sliding panel；
22nd, flexible block piece；23rd, rack；24th, movable sleeve；241st, head rod；242nd, the second connecting rod；25th, air outlet；26th, second
Sliding panel；27th, wind direction board；28th, plate gear；29th, air inlet.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model
Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but
As long as all protected in right of the present utility model by Patent Law.
A kind of air channel structure of central air conditioner system, as shown in figure 1, including air main 10, branch wind pipe 20, on air main 10
Provided with the air inlet 29 for connecting central air-conditioning, air main 10, which is provided with, makes air in the blower fan 11, Zhi Feng of its internal flow
Pipe 20 is provided with air outlet 25, the air in pipeline is flow to out of pipeline by air outlet 25 outside pipeline.Branch wind pipe 20
Provided with the first slide unit for making it to be moved on air main 10, air outlet 25, which is provided with, makes what it can be moved on branch wind pipe 20
Be respectively equipped with second slide unit, air main 10 and branch wind pipe 20 driving the first slide unit and the second slide unit motion
Drive mechanism.
As shown in Figures 2 and 3, the first slide unit includes the first sliding panel 21, and air main 10 is provided with to be slided with first
The sliding groove 12 that plate 21 coordinates, enables the first sliding panel 21 to do horizontal slip in sliding groove 12, and the first sliding panel 21 slides
Shi Buhui completely disengages sliding groove 12, and will not be rotated on air main 10.Second slide unit includes can be in branch wind pipe 20
The second sliding panel 26 that level is slided, and branch wind pipe 20 will not be completely disengaged during the slip of the second sliding panel 26, prevent the sky in pipe
Outside air-flow outlet pipe, using can on branch wind pipe 20 horizontal the second sliding panel 26 slided, realize to fix with the second sliding panel 26 and connect
The air outlet 25 connect can move horizontally on branch wind pipe 20.
Branch wind pipe 20 horizontal on air main 10 can be slided by the first sliding panel 21, used by the second sliding panel 26
Air port 25 horizontal on branch wind pipe 20 can be slided, and glide direction of the branch wind pipe 20 on air main 10 and air outlet 25 are in branch wind
Glide direction on pipe 20 is vertical, and when sliding branch wind pipe 20, air outlet 25 can follow branch wind pipe 20 to move, and air outlet 25 also may be used
With the past direction slip vertical with the glide direction of branch wind pipe 20 on branch wind pipe 20.Branch wind pipe 20 and air-out are made by drive mechanism
Mouth 25 moves, so as to realize the function of mobile air outlet 25.
First sliding panel is provided with flexible block piece in the position being slidably connected with sliding groove, and flexible block piece abuts with sliding groove,
Second sliding panel is provided with flexible block piece in the position being slidably connected with branch wind pipe, and flexible block piece abuts with branch wind pipe.Flexible block piece
Gap between gap between first sliding panel and air main and the second sliding panel and branch wind pipe is blocked, prevented in pipeline
Exchanged with air outside pipeline, so as to ensure heat insulation effect of the pipeline to air in pipeline, while play a part of energy-conserving and environment-protective,
Certain dust-proof effect can be played.
Branch wind pipe 20 is provided with head rod 241, and the second sliding panel 26 is provided with the second connecting rod 242, head rod
241 and second are respectively equipped with the movable sleeve 24 for being secured to connection in connecting rod 242, and movable sleeve 24 is threadedly coupled with screw mandrel 14.
Drive mechanism includes the screw mandrel 14 being rotatablely connected respectively with air main 10 and branch wind pipe 20 and the deceleration that screw mandrel 14 can be driven to rotate
Device 18, and the motor 15 for driving decelerator 18 to rotate.Motor 15 imparts power to decelerator 18, passes through the speed change of decelerator 18
Function adjusts rotating speed, while can increase moment of torsion, then imparts power to screw mandrel 14.Decelerator 18 is driven using motor 15, then
Drive screw mandrel 14 to rotate, be threadedly coupled by the movable sleeve 24 being fixed on the sliding panel 26 of branch wind pipe 20 and second with screw mandrel 14,
During so that screw mandrel 14 rotating, screw mandrel 14 can drive movable sleeve 24 to move horizontally.So as to realize the He of branch wind pipe 20 is driven with motor 15
Air outlet 25 moves horizontally.
As shown in figure 4, branch wind pipe 20 is provided with the rack 23 for being secured to connection, air outlet 25 is provided with and is rotatablely connected with it
Wind direction board 27, wind direction board 27 is provided with the plate gear 28 that is engaged with rack 23.Moved when air outlet 25 is horizontal on branch wind pipe 20
When dynamic, drive wind direction board 27 and plate gear 28 to move horizontally, by the rack 23 engaged with plate gear 28, make plate gear 28 in water
Wind direction board 27 is driven to rotate while translation is dynamic, wind direction board 27 can play a part of guiding the direction of air flow, so as to real
Now while mobile air outlet 25, the flow direction of the air to be circulated from air outlet 25 can be adjusted.When wind direction board 27 1
Rotating to horizontal state together makes, and can close air outlet 25, can be in certain journey so as to close air outlet 25 when needed
Retain the air in pipeline on degree, play a part of energy-conservation.
As shown in figure 5, air main 10 is set to circular pipeline, screw mandrel 14 is provided with the driving gear for being secured to connection
151, air main 10 is provided with the power transmission shaft 152 being rotatablely connected with it, and power transmission shaft 152 is provided with what is engaged with driving gear 151
Driven gear 153.When screw mandrel 14 is driven by motor 15, driving gear 151 follows screw mandrel 14 to rotate together, and drives and its phase
The driven gear 153 of engagement rotates, and driven gear 153 drives power transmission shaft 152 to rotate again.
Power transmission shaft 152 is provided with planet gear mechanism, and planet gear mechanism includes the swingle being fixedly connected with power transmission shaft 152
155, the top of swingle 155 is provided with the rotate gear 156 being rotatablely connected with it.When power transmission shaft 152 rotates, swingle 155 is driven
Rotate, swingle 155 drives the rotation rotation of rotate gear 156 again.
Horizontal positioned roller brush shaft 154 is provided with air main 10, roller brush shaft 154, which is provided with, can clean the inwall of air main 10
The flexible bristle 17 of dust, rotate gear 156 are fixedly connected with roller brush shaft 154, rotate gear 156 is driven roller brush shaft
154 rotate, and can clean the dust of the inwall of air main 10 with water by bristle 17.
Air main 10 is provided with support bar 157, and the upper end of support bar 157 is provided with the support shaft 158 being secured to, support shaft 158
Provided with the fixed gear 159 engaged with rotate gear 156, and the axle center of fixed gear 159 is conllinear with the axle center of power transmission shaft 152.
Because rotate gear 156 engages with fixed gear 159, and fixed gear 159 is motionless, so when rotate gear 156 is around fixing tooth
During the rotation of wheel 159, fixed gear 159 can make what rotate gear 156 rotated around the axle center of rotate gear 156 to it around air main 10
Direction rotation.
When rotate gear 156 rotates, drive roller brush shaft 154 around fixed gear 159 rotate while, and around rotate gear
156 axle center rotation.By being rotated around fixed gear 159, roller brush shaft 154 is moved in a circle in air main, clean whole
The individual inwall of air main 10, while bristle 17 can be also improved by rotation when cleaning relative to the relatively fast of the inwall of air main 10
Degree, makes the effect of cleaning get a promotion.
Roller brush shaft 154 is provided with the motion bar 16 for being rotatablely connected with it and being rotatablely connected with support shaft 158.In rotate gear
156 rotate drive roller brush shafts 154 make its around support shaft 158 rotate when, motion bar 16 can play the work of support to roller brush shaft 154
With, while roller brush shaft 154 also can make motion bar 16 not influence roller brush shaft on motion bar 16 around the axle center rotation of roller brush shaft 154
154 rotation.
The bottom of air main 10 is provided with the dust-collecting box 13 that can store the dust swept out by roller brush shaft 154, dust-collecting box 13 and master
Airduct 10 is connected by screw.The dust swept out in the collection conduit of dust-collecting box 13 can be used, screw can be unclamped afterwards, taken
Go out dust-collecting box 13, the dust being collected into dust-collecting box 13 can be removed, then dust-collecting box 13 is fixed on by air main 10 by screw
Bottom, avoid the dust in air main 10 excessive and cause the pollution of inner air tube, and because the accumulation of dust is to air main 10
Interior air produces resistance, influences the efficiency that air flows in pipeline.
Specific implementation process：Make the air circulation in pipeline using blower fan 11, the air in pipeline can be passed through air-out
Mouth 25 is passed to pipeline external.By starting the motor 15 of air main 10 and branch wind pipe 20, screw mandrel 14 is rotated, drive branch wind pipe
20 and air outlet 25 moved horizontally to different directions, so as to realize out the function of mobile air outlet 25.When air outlet 25 is propping up
It on airduct 20 while horizontal slip, can rotate wind direction board 27, so as to adjust air outlet while mobile air outlet 25
25 wind direction, make the air-flow direction of air outlet 25 more flexible, can also further improve air in pipeline can be transported to
Region scope.When being slided on air main 10, the roller brush shaft 154 in air main 10 is driven to be rotated together with branch wind pipe 20,
Bristle 17 is then driven to be swiped in the inwall of roller brush shaft 154 during rotation, so as to play the work for cleaning the inwall dust of air main 10 with water
With by the dust-collecting box 13 with the mode connects for screw of air main 10, collecting the dust for cleaning with water, then unclamp screw and pull down dust
Box 13, the dust in air main 10 is removed, then dust-collecting box 13 is reinstalled by screw.
Claims (10)
1. a kind of air channel structure of central air conditioner system, including air main（10）, branch wind pipe（20）, the air main（10）On set
There is the blower fan for making air in its internal flow（11）, the branch wind pipe（20）It is provided with air outlet（25）, it is characterised in that：It is described
Branch wind pipe（20）Provided with making it can be in air main（10）First slide unit of upper movement, the air outlet（25）Provided with making it can
In branch wind pipe（20）Second slide unit of upper movement, the air main（10）And branch wind pipe（20）On be respectively equipped with driving first
Slide unit and the drive mechanism of the second slide unit motion.
2. the air channel structure of central air conditioner system according to claim 1, it is characterized in that：First slide unit includes
With branch wind pipe（20）The first sliding panel being fixedly connected（21）, the air main（10）It is provided with and the first sliding panel（21）Coordinate
Sliding groove（12）.
3. the air channel structure of central air conditioner system according to claim 2, it is characterized in that：Second slide unit includes
Can be in branch wind pipe（20）Slip and and air outlet（25）The second sliding panel being fixedly connected（26）.
4. the air channel structure of central air conditioner system according to claim 3, it is characterized in that：First sliding panel（21）
With sliding groove（12）The position being slidably connected is provided with flexible block piece（22）, the flexible block piece（22）With sliding groove（12）Abut,
Second sliding panel（26）With branch wind pipe（20）The position being slidably connected is provided with flexible block piece（22）, the flexible block piece
（22）With branch wind pipe（20）Abut.
5. the air channel structure of central air conditioner system according to claim 4, it is characterized in that：The branch wind pipe（20）With second
Sliding panel（26）On be respectively equipped be secured to connection movable sleeve（24）, the drive mechanism include respectively with air main（10）
And branch wind pipe（20）The screw mandrel of rotation connection（14）With can drive screw mandrel（14）The motor of rotation（15）, the movable sleeve（24）With
Screw mandrel（14）Threaded connection.
6. the air channel structure of central air conditioner system according to claim 5, it is characterized in that：The branch wind pipe（20）It is provided with
Rack（23）, the air outlet（25）Provided with the wind direction board being rotatablely connected with it（27）, the wind direction board（27）It is provided with and tooth
Bar（23）The plate gear of engagement（28）.
7. the air channel structure of central air conditioner system according to claim 5, it is characterized in that：The air main（10）For circle
Pipeline, the screw mandrel（14）It is provided with the driving gear for being secured to connection（151）, the air main（10）Be provided with and its
The power transmission shaft of rotation connection（152）, the power transmission shaft（152）It is provided with and driving gear（151）The driven gear of engagement
（153）, the air main（10）It is interior to be provided with horizontal positioned roller brush shaft（154）, the roller brush shaft（154）Master can be cleaned by being provided with
Airduct（10）The bristle of the dust of inwall（17）, the power transmission shaft（152）Roller brush shaft can be driven by being provided with（154）The planet of rotation
Gear mechanism.
8. the air channel structure of central air conditioner system according to claim 7, it is characterized in that：The planet gear mechanism include with
Power transmission shaft（152）Fixed swingle（155）, the swingle（155）Top is provided with the rotate gear being rotatablely connected with it
（156）, the rotate gear（156）With roller brush shaft（154）It is fixedly connected, the air main（10）Provided with support bar（157）, branch
Strut（157）Upper end is provided with the support shaft being secured to（158）, the support shaft（158）It is provided with and rotate gear（156）Engagement
Fixed gear（159）.
9. the air channel structure of central air conditioner system according to claim 8, it is characterized in that：Roller brush shaft（154）Be provided with and its
Rotation connection and and support shaft（158）The motion bar of rotation connection（16）.
10. the air channel structure of central air conditioner system according to claim 9, it is characterized in that：The air main（10）Bottom
Provided with can store by roller brush shaft（154）The dust-collecting box of the dust swept out（13）, the dust-collecting box（13）With air main（10）It is logical
Cross mode connects for screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720899498.9U CN207050185U (en) | 2017-07-22 | 2017-07-22 | A kind of air channel structure of central air conditioner system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720899498.9U CN207050185U (en) | 2017-07-22 | 2017-07-22 | A kind of air channel structure of central air conditioner system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207050185U true CN207050185U (en) | 2018-02-27 |
Family
ID=61497559
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720899498.9U Expired - Fee Related CN207050185U (en) | 2017-07-22 | 2017-07-22 | A kind of air channel structure of central air conditioner system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207050185U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112178853A (en) * | 2020-10-16 | 2021-01-05 | 台州学院 | Indoor multichannel new trend system |
| CN115031327A (en) * | 2022-06-08 | 2022-09-09 | 河南有色岩土工程有限公司 | Heating and ventilation energy-saving equipment for green building |
-
2017
- 2017-07-22 CN CN201720899498.9U patent/CN207050185U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112178853A (en) * | 2020-10-16 | 2021-01-05 | 台州学院 | Indoor multichannel new trend system |
| CN115031327A (en) * | 2022-06-08 | 2022-09-09 | 河南有色岩土工程有限公司 | Heating and ventilation energy-saving equipment for green building |
| CN115031327B (en) * | 2022-06-08 | 2023-10-10 | 河南有色岩土工程有限公司 | Green building heating ventilation energy-saving equipment |
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Granted publication date: 20180227 |