CN206319457U - Air-flow guides and utilized system in a kind of double-layer curtain wall - Google Patents
Air-flow guides and utilized system in a kind of double-layer curtain wall Download PDFInfo
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- CN206319457U CN206319457U CN201621373765.0U CN201621373765U CN206319457U CN 206319457 U CN206319457 U CN 206319457U CN 201621373765 U CN201621373765 U CN 201621373765U CN 206319457 U CN206319457 U CN 206319457U
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- curtain wall
- layer curtain
- cavity
- air
- transverse slat
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Abstract
The utility model is related to air-flow in a kind of double-layer curtain wall and guides and utilize system, it includes internal layer curtain wall, outer layer curtain wall and central cantilever, the central cantilever includes internal connection end and external connection terminal, the inside connection end and the external connection terminal are located at the both ends of the central cantilever respectively, the internal layer curtain wall is connected with the inside connection end, the outer layer curtain wall is connected with the external connection terminal, the internal layer curtain wall and the outer layer curtain wall are hung on the steel construction of building simultaneously by the central cantilever, and form a cavity between the internal layer curtain wall and the outer layer curtain wall, the central cantilever is located in the cavity, the cavity is connected with air channel, the air channel is connected between the cavity and building elevator, air-flow produced by the cavity is directly directed into the building elevator by the air channel, wind-driven generator is provided with the air channel, airflow function in the air channel is on the wind-driven generator, the wind-driven generator is set to generate electricity.
Description
Technical field
The utility model is related to a kind of air-flow guiding and utilizes system, particularly relates to a kind of gas applied in double-layer curtain wall
Conductance draws and utilizes system.
Background technology
It is well known that double-layer curtain wall is also known as passage of heat curtain wall, type of respiration curtain wall, ventilation type curtain wall, energy-saving curtain wall etc..Its
By inside and outside two layers of facade contexture, the air cushioning layer formed between an indoor and outdoor.Outer layer can be by bright frame, hidden frame or point branch
Formula curtain wall is constituted.Internal layer can be made up of bright frame, frame concealed curtain wall or the door and window with opening door-leaf and access path.Can also be one
The both sides of individual separate support structure set glass surface layer, form the less double-skin facade construction of space length.Its inside and outside curtain wall it
Between formed a relative closure space.There is air inlet its underpart, and exhaust outlet is arranged at top, and controllable air flows shape therebetween
State.Provided with controllable air inlet, exhaust outlet, sunshading board and blinds etc..The main function of double-layer curtain wall is to make construction outer layer
Natural Changes in weather is effectively adapted to, the thermal and insulating performance of curtain wall is improved.The sound insulation property of curtain wall is improved, improves indoor bar
Part.Its noise control effect that insulates against sound is notable in addition.
Double-layer curtain wall has inside and outside two layers of curtain wall layer, and will necessarily have a cavity between two layers of curtain wall layer, due to curtain
Wall various pieces will necessarily be had air-flow by its different cavity of intensity of solar irradiation, if when specific implementation not
Air-flow is exported from cavity to pole held and occur potential safety hazard, also occur the situation of curtain wall hot-spot in addition, and conventional art
In be all to be exported air-flow by the way of air outlet is additionally opened up, but be accomplished by opening up number when curtain wall area is very big
The numerous air outlet of amount can realize purpose derived from air-flow, meanwhile, simply simply air-flow is led in conventional art
Go out, and it is not utilized completely, in turn result in the waste of wind energy, and this is the major defect for conventional art.
Utility model content
The utility model provides air-flow in a kind of double-layer curtain wall and guides and utilize system, and it can be to the gas in double-layer curtain wall
Stream is guided and is used, and this is for main purpose of the present utility model.
The technical scheme that the utility model is used for：Air-flow guides and utilizes system in a kind of double-layer curtain wall, and it includes
Internal layer curtain wall, outer layer curtain wall and central cantilever, the central cantilever include internal connection end and external connection terminal, connect inside this
The both ends that end and the external connection terminal are located at the central cantilever respectively are connect, the internal layer curtain wall is connected with the inside connection end
Connect, the outer layer curtain wall is connected with the external connection terminal, it is by the central cantilever that the internal layer curtain wall and the outer layer curtain wall is same
When be hung on the steel construction of building, and form a cavity between the internal layer curtain wall and the outer layer curtain wall, the central cantilever
In the cavity.
The cavity is connected with air channel, and the air channel is connected between the cavity and building elevator, is produced in the cavity
Raw air-flow is directly directed into the building elevator by the air channel, is provided with wind-driven generator in the air channel, the wind
Airflow function in road enables the wind-driven generator to generate electricity on the wind-driven generator.
By several, the air channel is connected the building elevator with the cavity simultaneously from top to bottom, is set in the air channel
Narrow passage is equipped with, the wind-driven generator is arranged in the narrow passage.
The outer layer curtain wall includes shingle nail and partition panel, wherein, some pieces of shingle nails are stitched together to be formed each other
The outer layer curtain wall, the partition panel is connected to the inner side of the shingle nail, meanwhile, the partition panel set in the cavity, by this every
Disconnected plate isolates to form some airslides in the cavity, and by the airslide air-flow in the cavity can be smoothly directed to
In the air channel, the internal layer curtain wall includes inner wall panel, and some pieces of inner wall panels are stitched together to form the internal layer curtain wall each other.
The partition panel is vertical with the shingle nail, also, the partition panel is arranged on the seaming position of the shingle nail.
The central cantilever includes outer pawl head, interior pawl head and connecting rod, wherein, the outer pawl head and the interior pawl head are set respectively
Put at the two ends of the connecting rod, the outer pawl capitiform is into the external connection terminal, and the interior pawl capitiform is into the inside connection end.
The outer pawl head includes external splint and inner splint, and the external splint is folded on the lateral surface of the shingle nail, the inner clip
Plate is folded on the medial surface of the shingle nail, and fixed screw is located in the external splint, the shingle nail and the inner splint successively,
So that three be fixed together, between two pieces of the arbitrary neighborhood shingle nails, and fill out and be provided with the outer pawl head
Sealed gluing block.
The interior pawl head includes connection framework and fixed frame, wherein, the fixed frame is screwed in the steel of building
In structure, the connection framework includes two blocks of side plates, the first transverse slat and the second transverse slat, and two blocks of side plates be arranged in parallel, and this first
Transverse slat and second transverse slat are set in parallel between two blocks of side plates, are surrounded and are formed with first transverse slat by two blocks of side plates
One connecting cavity, by two blocks of side plates and first transverse slat, second transverse slat around forming a cavity, the cavity be located at this first
Between transverse slat and second transverse slat, the fixed frame is located in the connecting cavity, and the fixed frame is fixedly connected at by screw
On first transverse slat, boss is provided with second transverse slat, the connecting rod is fixedly connected in the boss, respectively should at two pieces
The upper and lower ends portion of side plate is provided with neck, and sealing strip is inserted with the neck.
The connecting rod includes outside linking arm and inner side linking arm, and the outside linking arm is with the inner side linking arm by turning
Axle is articulated, and is installed by such a structure design convenient construction, and the outer pawl head is arranged on the end of the outside linking arm, and
The interior pawl head is arranged on the end of the inner side linking arm.
The partition panel is fastened in the outside linking arm, and the outside linking arm includes cursor and snap-arms, the rotation
Arm is fixedly connected with the snap-arms, wherein, the snap-arms include two arm bodies, and two arm bodies be arranged in parallel, and should at two
A holding chamber is formed between arm body, the partition panel is folded in the holding chamber, be screwed respectively on two arm bodies
There is arm plate, being capable of being folded in partition panel stabilization in the holding chamber by the arm plate.
The inner side linking arm includes pivot end and inserted terminal, and the wherein pivot end is articulated with the cursor, should
Inserted terminal is plugged in the boss of the interior pawl head, and cutting ferrule is also arranged with the inserted terminal, and the cutting ferrule is embedded in the inner wall panel
In to fix relative position.
The beneficial effects of the utility model are：Because the curtain wall area outside buildings in general is all than larger, double-deck
The cavity size formed in curtain wall also than larger, thus exist inside and outside double-layer curtain wall or between various pieces the temperature difference when
Air motion will be occurred by waiting in the cavity, and then produce wind energy, when concrete application, if wind energy can not be directed simultaneously
From the cavity outflow certainly will occur potential safety hazard and other it is many problem of, and be all using additionally opening in conventional art
The mode for setting out air port exports air-flow, but is accomplished by opening up large number of air-out eloquence when curtain wall area is very big
Purpose derived from air-flow can be realized, meanwhile, simply simply air-flow is exported in conventional art, and completely not to it
Utilized, in turn resulted in the waste of wind energy, technology of the present utility model, passed through the wind-power electricity generation set in the air channel
Wind energy produced by machine can make full use of the cavity of this in double-layer curtain wall is generated electricity, and is reached and is suited measures to local conditions to produce green electric power supply
Purpose, it is emphasized that multiple elevator and elevator are equipped with current building, and the size of elevator
All than larger, while using the air channel that the cavity its exhaust effect that is connected with multiple elevators is preferable.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is overlooking the structure diagram of the present utility model.
Fig. 3 is the structural representation that the utility model connects framework.
Fig. 4 is side structure schematic view of the present utility model.
Embodiment
As shown in Figures 1 to 4, air-flow guides and utilized system in a kind of double-layer curtain wall, and it includes internal layer curtain wall 10, outer layer curtain
Wall 20 and central cantilever 30.
The central cantilever 30 includes internal connection end 31 and external connection terminal 32, the inside connection end 31 and this outside
Connection end 32 is located at the both ends of the central cantilever 30 respectively.
The internal layer curtain wall 10 is connected with the inside connection end 31, and the outer layer curtain wall 20 is connected with the external connection terminal 32
Connect.
The internal layer curtain wall 10 and the outer layer curtain wall 20 are hung on to the steel knot of building simultaneously by the central cantilever 30
On structure 40, and a cavity 50 is formed between the internal layer curtain wall 10 and the outer layer curtain wall 20, the central cantilever 30 is positioned at the cavity
In 50.
When specific implementation, because curtain wall area outside buildings in general is all than larger, in double-layer curtain wall
The size of cavity 50 formed, thus should when there is the temperature difference inside and outside double-layer curtain wall or between various pieces also than larger
Will occur air motion in cavity 50, and then produce wind energy, when concrete application, if wind energy can not be directed and from
In the cavity 50 outflow certainly will occur potential safety hazard and other it is many problem of, and be all using additionally opening in conventional art
The mode for setting out air port exports air-flow, but is accomplished by opening up large number of air-out eloquence when curtain wall area is very big
Purpose derived from air-flow can be realized, meanwhile, simply simply air-flow is exported in conventional art, and completely not to it
Utilized, in turn resulted in the waste of wind energy.
The cavity 50 is connected with air channel 60, and the air channel 60 is connected between the cavity 50 and building elevator 70.
Air-flow produced by the cavity 50 is directly directed into the building elevator 70 by the air channel 60.
Due to can all configure elevator in present high-rise, and elevator is all provided in elevator, this practicality
New utilization air channel directly connects the cavity 50 with the building elevator 70, in not additionally increase air inlet, air outlet
In the case of directly carry out air draft using elevator, can greatly simplify architectural construction, reduce curtain wall cost.
Be provided with wind-driven generator 61 in the air channel 60, the airflow function in the air channel 60 on the wind-driven generator 61,
The wind-driven generator 61 is set to generate electricity, the power transmission produced by the wind-driven generator 61 is for people to use into building.
In technology of the present utility model, it can be made full use of by the wind-driven generator 61 set in the air channel 60 double
Wind energy in layer curtain wall produced by the cavity 50 is generated electricity, and reaches the purpose for suiting measures to local conditions to produce green electric power supply, it is emphasized that
, be equipped with multiple elevator and elevator in current building, and elevator size all than larger, simultaneously
It is using the air channel 60 that the cavity 50 its exhaust effect that is connected with multiple elevators is preferable.
When specific implementation, the building elevator 70 passes through several air channels 60 and the sky simultaneously from top to bottom
Chamber 50 is connected.
Narrow passage 62 is provided with the air channel 60, the wind-driven generator 61 is arranged in the narrow passage 62 to reach convergence
The purpose that air-flow fully generates electricity.
When specific implementation, the outer layer curtain wall 20 includes shingle nail 21 and partition panel 22, wherein, some pieces of walls
Panel 21 is stitched together to form the outer layer curtain wall 20 each other, and the partition panel 22 is connected to the inner side of the shingle nail 21, meanwhile, should
Partition panel 22 is arranged in the cavity 50.
Isolate by the partition panel 22 in the cavity 50 and form some airslides 221, can be made by the airslide 221
Air-flow in the cavity 50 is smoothly directed in the air channel 60, to lift the speed and flow efficiency of air current flow.
When specific implementation, the partition panel 22 is vertical with the shingle nail 21, also, the partition panel 22 is arranged on the wall
The seaming position of panel 21.
The internal layer curtain wall 10 includes inner wall panel 11, and some pieces of inner wall panels 11 are stitched together to form the internal layer each other
Curtain wall 10.
When specific implementation, the shingle nail 21, the partition panel 22 and the inner wall panel 11 are all by can be by tempering
Doubling glass is made, to lift the overall appearance effect of curtain wall.
When specific implementation, the central cantilever 30 includes outer pawl first 33, interior pawl first 34 and connecting rod 35, wherein,
The outer pawl first 33 and the interior pawl first 34 are separately positioned on the two ends of the connecting rod 35, and the outer pawl first 33 forms the external connection terminal
32, the interior pawl first 34 forms the inside connection end 31.
The outer pawl first 33 includes external splint 331 and inner splint 332, and the external splint 331 is folded in the outer of the shingle nail 21
On side, the inner splint 332 is folded on the medial surface of the shingle nail 21.
Fixed screw is located in the external splint 331, the shingle nail 21 and the inner splint 332 successively, so that by three
It is fixed together.
The outer pawl first 33 can by four pieces, the shingle nail 21 be fixed together simultaneously.
Filled out between two pieces of the arbitrary neighborhood shingle nails 21, and in the outer pawl first 33 provided with sealed gluing block 333.
The interior pawl first 34 includes connection framework 341 and fixed frame 342, wherein, the fixed frame 342 is screwed in
On the steel construction 40 of building.
The connection framework 341 includes two blocks of side plates 343, the first transverse slat 344 and the second transverse slat 345.
Two blocks of side plates 343 be arranged in parallel, and first transverse slat 344 and second transverse slat 345 are set in parallel in two pieces and be somebody's turn to do
Between side plate 343.
By two blocks of side plates 343 and first transverse slat 344 around one connecting cavity 346 of formation.
By two blocks of side plates 343 and first transverse slat 344, second transverse slat 345 around one cavity 347 of formation, the sky
Chamber 347 is located between first transverse slat 344 and second transverse slat 345.
The fixed frame 342 is located in the connecting cavity 346, the fixed frame 342 by screw be fixedly connected at this
On one transverse slat 344, boss 348 is provided with second transverse slat 345, the connecting rod 35 is fixedly connected in the boss 348.
The upper and lower ends portion of two blocks of side plates 343 is provided with neck 349 respectively, sealing strip is inserted with the neck 349,
To reach the effect of waterproof.
The connecting rod 35 includes outside linking arm 36 and inner side linking arm 37, and the outside linking arm 36 is connected with the inner side
Arm 37 is articulated by rotating shaft 38, is installed by such a structure design convenient construction, and the outer pawl first 33 is arranged on the outside
The end of linking arm 36, and the interior pawl first 34 is arranged on the end of the inner side linking arm 37.
The partition panel 22 is fastened in the outside linking arm 36, and the outside linking arm 36 includes cursor 361 and clamping
Arm 362.
The cursor 361 is fixedly connected with the snap-arms 362, wherein, the snap-arms 362 include two arm bodies 363, two
The arm body 363 be arranged in parallel, and forms a holding chamber between two arm bodies 363, and the partition panel 22 is folded in the clamping
In chamber.
Arm plate 364 has been screwed respectively on two arm bodies 363, can be by the partition panel by the arm plate 364
22 stable are folded in the holding chamber.
The inner side linking arm 37 includes pivot end and inserted terminal 371, and the wherein pivot end is articulated in the cursor 361
Together, the inserted terminal 371 is plugged in the boss 348 of the interior pawl first 34.
Cutting ferrule 372 is also arranged with the inserted terminal 371, the cutting ferrule 372 is embedded in the inner wall panel 11 with stationary phase pair
Position.
Claims (6)
1. air-flow guides and utilized system in a kind of double-layer curtain wall, it includes internal layer curtain wall, outer layer curtain wall and central cantilever, should
Central cantilever includes internal connection end and external connection terminal, and the inside connection end and the external connection terminal are located in this respectively
The both ends of cantilever are entreated, the internal layer curtain wall is connected with the inside connection end, and the outer layer curtain wall is connected with the external connection terminal,
The internal layer curtain wall and the outer layer curtain wall are hung on the steel construction of building simultaneously by the central cantilever, and in the internal layer
A cavity is formed between curtain wall and the outer layer curtain wall, the central cantilever is located in the cavity, it is characterised in that：
The cavity is connected with air channel, and the air channel is connected between the cavity and building elevator, produced by the cavity
Air-flow is directly directed into the building elevator by the air channel, wind-driven generator is provided with the air channel, in the air channel
Airflow function on the wind-driven generator, the wind-driven generator is generated electricity.
2. air-flow guides and utilized system in a kind of double-layer curtain wall as claimed in claim 1, it is characterised in that：From top to bottom should
By several, the air channel is connected building elevator with the cavity simultaneously, is provided with narrow passage in the air channel, the wind-force
Generator is arranged in the narrow passage.
3. air-flow guides and utilized system in a kind of double-layer curtain wall as claimed in claim 1, it is characterised in that：The outer layer curtain wall
Including shingle nail and partition panel, wherein, some pieces of shingle nails are stitched together to form the outer layer curtain wall, the partition panel each other
The inner side of the shingle nail is connected to, meanwhile, the partition panel is set in the cavity, isolates shape in the cavity by the partition panel
Into some airslides, by the airslide air-flow in the cavity can be smoothly directed in the air channel, the internal layer curtain wall
Including inner wall panel, some pieces of inner wall panels are stitched together to form the internal layer curtain wall each other.
4. air-flow guides and utilized system in a kind of double-layer curtain wall as claimed in claim 3, it is characterised in that：The partition panel with
The shingle nail is vertical, also, the partition panel is arranged on the seaming position of the shingle nail.
5. air-flow guides and utilized system in a kind of double-layer curtain wall as claimed in claim 3, it is characterised in that：The central cantilever
Including outer pawl head, interior pawl head and connecting rod, wherein, the outer pawl head and the interior pawl head are separately positioned on the two of the connecting rod
End, the outer pawl capitiform into the external connection terminal, the interior pawl capitiform into the inside connection end,
The outer pawl head includes external splint and inner splint, and the external splint is folded on the lateral surface of the shingle nail, inner splint folder
It is located on the medial surface of the shingle nail, fixed screw is located in the external splint, the shingle nail and the inner splint successively, so that
Three is fixed together, filled out between two pieces of the arbitrary neighborhood shingle nails, and in the outer pawl head provided with sealing
Blob of viscose,
The interior pawl head includes connection framework and fixed frame, wherein, the fixed frame is screwed in the steel construction of building
On, the connection framework includes two blocks of side plates, the first transverse slat and the second transverse slat, and two blocks of side plates be arranged in parallel, first transverse slat
And second transverse slat is set in parallel between two blocks of side plates, is surrounded by two blocks of side plates and first transverse slat and form a company
Chamber is connect, by two blocks of side plates and first transverse slat, second transverse slat around a cavity is formed, the cavity is located at first transverse slat
Between second transverse slat, the fixed frame is located in the connecting cavity, the fixed frame by screw be fixedly connected at this
On one transverse slat, boss is provided with second transverse slat, the connecting rod is fixedly connected in the boss, respectively in two blocks of side plates
Upper and lower ends portion be provided with neck, be inserted with sealing strip in the neck.
6. air-flow guides and utilized system in a kind of double-layer curtain wall as claimed in claim 5, it is characterised in that：The connecting rod bag
Outside linking arm and inner side linking arm are included, the outside linking arm is articulated by rotating shaft with the inner side linking arm, passed through
Such a structure design convenient construction is installed, and the outer pawl head is arranged on the end of the outside linking arm, and the interior pawl head is arranged on this
The end of inner side linking arm,
The partition panel is fastened in the outside linking arm, the outside linking arm include cursor and snap-arms, the cursor with
The snap-arms are fixedly connected, wherein, the snap-arms include two arm bodies, and two arm bodies be arranged in parallel, and in two arm bodies
Between form a holding chamber, the partition panel is folded in the holding chamber, and arm has been screwed respectively on two arm bodies
Plate, can be folded in the holding chamber by the arm plate by what the partition panel was stablized,
The inner side linking arm includes pivot end and inserted terminal, and the wherein pivot end is articulated with the cursor, the grafting
End be plugged in the boss of the interior pawl head, be also arranged with cutting ferrule on the inserted terminal, the cutting ferrule be embedded in the inner wall panel with
Fixed relative position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621373765.0U CN206319457U (en) | 2016-12-15 | 2016-12-15 | Air-flow guides and utilized system in a kind of double-layer curtain wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621373765.0U CN206319457U (en) | 2016-12-15 | 2016-12-15 | Air-flow guides and utilized system in a kind of double-layer curtain wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206319457U true CN206319457U (en) | 2017-07-11 |
Family
ID=59267975
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621373765.0U Withdrawn - After Issue CN206319457U (en) | 2016-12-15 | 2016-12-15 | Air-flow guides and utilized system in a kind of double-layer curtain wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206319457U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106481004B (en) * | 2016-12-15 | 2019-04-05 | 深圳市博大建设集团有限公司 | Air-flow guiding and system is utilized in a kind of double-layer curtain wall |
-
2016
- 2016-12-15 CN CN201621373765.0U patent/CN206319457U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106481004B (en) * | 2016-12-15 | 2019-04-05 | 深圳市博大建设集团有限公司 | Air-flow guiding and system is utilized in a kind of double-layer curtain wall |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170711 Effective date of abandoning: 20190405 |