CN205878475U - Portable air supply system in superelevation layer - Google Patents
Portable air supply system in superelevation layer Download PDFInfo
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- CN205878475U CN205878475U CN201620759511.6U CN201620759511U CN205878475U CN 205878475 U CN205878475 U CN 205878475U CN 201620759511 U CN201620759511 U CN 201620759511U CN 205878475 U CN205878475 U CN 205878475U
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Abstract
The utility model relates to a portable air supply system in superelevation layer, including the air supply well and install at a plurality of columns circular air supply arrangement of air supply in the well, set up the track in the air supply well, its top is provided with the computer lab, and sets up blast pipe branch pipe and backwind tube branch pipe in the air supply well, and blast pipe branch pipe, backwind tube branch pipe department all set up the blast gate, what blast pipe branch pipe on a plurality of adjacent floors and backwind tube branch pipe corresponded respectively collects on a blast pipe interface A and the backwind tube interface A, the backwind tube interface B that the circular air supply arrangement of the column outside has the blast pipe interface B who corresponds with blast pipe interface A and corresponds with backwind tube interface A. The utility model has the advantages of: it needs the air conditioner to be applicable to indivedual official working regions, or the building occupancy rate is not high, or to have part in the building be not the circumstances in the floor region of often using etc. Adopts the portable air conditioner device of blowing to replace the central air -conditioning system in building during the use, has not only reduced air conditioning system's initial cost, also greatly reduced the energy consumption.
Description
Technical field
This utility model relates to a kind of air-conditioning technical field, particularly to a kind of Super High movable type supply air system.
Background technology
Along with the quickening of China's city process, down town land resource scarcity, and China is populous, at some centers
City occurs in that increasing high-rise building, one of high-rise building outstanding feature becoming urban modernization.Superelevation
The Main Patterns that layer building is built after being already.Current high-rise Air Conditioning Scheme is generally annex business, high building Office Area
Being respectively adopted a set of Cooling and Heat Source, air-conditioning and heating water distributing system and all use primary pump variable flow system, high district is for change through board-like
Two stage pump variable flow system after hot device heat exchange.Annex business component typically uses all-air system, small-sized trade company and supporting do
Public region uses primary air fan-coil system, and high building Administrative Area typically uses VAV variable air volume system or outskirt windowsill blower fan
Coil pipe inner region air conditioner box system, each air-conditioning equipment is placed on fixing mechanical floor or machine room.
Business component is typically based on business demand and is all turned on air-conditioning, and high building office building air-conditioning is typically in the routine work time
Opening, the non-working time is to close.But at the society of energy growing tension, air conditioning system account for building energy consumption 50%～
70%, a kind of situation, if building renting rate is the highest, opens central air-conditioning and can compare waste；The second situation, some floor
Function if the convention Room, recreation room etc., in the period of large passenger flow, the cold and hot amount of central air-conditioning of conventional configuration, new wind
Amount is the most not；The third situation is commonplace, and always some tenant has the demand of overtime work, and building is often in overtime
Not turning on the aircondition, the top priority of air-conditioning is exactly to create a comfortable environment space for building user, but in this case,
Tenant must not work in hot environment, and some tenants think oneself additionally mounted a set of independent air conditioning system, but general building
Alien invasion be that glass curtain wall etc. cannot destroy, there is no extra equipment room yet, such idea also cannot realize, if requirement
Central air-conditioning is opened in building, causes again the waste of the energy.
For problem above, the selection in Cooling and Heat Source of the current Super High office building air conditioning system, the determination of air-conditioner water system
And the everyway such as the selection of air conditioning duct system has considered effective use of energy sources problem, but make in only small part region
When using air-conditioning, it is still desirable to big main frame is opened, and energy resource consumption is bigger, causes certain waste.The most effectively solve small part
Region uses the demand of air-conditioning the most not waste the energy simultaneously, it is achieved tenant's section any time has comfortable working environment, again can
Reduce the research contents that building system energy consumption is this project.
Utility model content
The technical problems to be solved in the utility model is to provide the indivedual floors of a kind of solution needs to use air conditioning requirements, simultaneously
Simplified system, reduces the Super High movable type supply air system of energy consumption.
For solving above-mentioned technical problem, the technical solution of the utility model is: a kind of Super High movable type supply air system, its
Innovative point is: include the blowing shaft being vertically opened in building interior and the some columns circle being arranged in blowing shaft hoistway
Shape air-supply arrangement；
Arranging track in described blowing shaft, its top is provided with machine room, arrange inside described machine room switch board, traction machine with
And stop；And the position setting corresponding to every layer of building in blowing shaft is sent with this layer of air conditioning system, return airway is the most right
The ajutage arm that should be connected and backwind tube arm, all arrange air-valve at described ajutage arm, backwind tube arm；Some adjacent
Ajutage arm on floor and backwind tube arm are corresponding respectively to be pooled on an an ajutage interface A and backwind tube interface A；
Described column circle air-supply arrangement is driven by traction machine in machine room and slides up and down setting in orbit, described column
There is outside formula circle air-supply arrangement the ajutage interface B corresponding with ajutage interface A and return corresponding with backwind tube interface A
Duct collar B.
Further, described blowing shaft stretches out and is provided with the air exhausting device being connected with blowing shaft at building roof.
Further, a described ajutage interface A at least ajutage arm is connected, described backwind tube interface A
At least a backwind tube arm is connected.
Further, described ajutage interface A is all magnetic with ajutage interface B, backwind tube interface A and backwind tube interface B
Property interface, any one party is corrugated tube between the two, and both junctions have and tighten mechanical hand.
Further, described every layer of blowing shaft is offered a maintenance and is installed door, and arranges from top to bottom on blowing shaft inwall
Cat ladder.
Further, tightening mechanical hand described in is a hydraulic claw type flange coupling connector.
Further, also include that position sensor, docking sensor and taximeter, described position sensor correspondence are arranged on
At every couple of ajutage interface A and backwind tube interface location A, described docking sensor is arranged on ajutage interface A, B and backwind tube
Interface A, B junction.
Further, described docking sensor be circumferentially positioned at give, pressure sensing on backwind tube interface B interface end face
Device.
The utility model has the advantage of:
(1) in high-rise building, this utility model is applicable to indivedual Administrative Area to be needed to use sky on one's own time
Adjust, or skyscraper renting rate is the highest, or in building, existence local is not commonly used floor area such as conference hall, speech
The situation in the Room etc., then use portable air supply air-conditioner device to replace the central air conditioner system in building in use, not only drop
The low initial cost of air conditioning system, has been greatly reduced energy consumption.
(2) blowing shaft can do the ventilation shaft use built.
(3) according to column circle air-supply arrangement number of units needed for the story height of building, appropriate design, often between which floor altogether
With an ajutage interface and backwind tube interface, it is possible to reduce column circle air-supply arrangement displacement, increase column circle
Shape air-supply arrangement is in the radiation number of plies of same position.
(4) use between the air blow and return interface tube on column circle air-supply arrangement and floor and magnetic be flexible coupling, very
The good mobility solving column circle air-supply arrangement and fixed contradiction of each floor air-conditioner pipe；When column is circular
Air-supply arrangement moves to corresponding position, and air blow and return interface tube is the most attracted under magneticaction, when column circle air-supply arrangement moves
When walking, owing to air blow and return interface tube is to be flexible coupling, the biggest frictional force will not be produced between the two, facilitate column circle air-supply dress
Put movement.
(5) give, backwind tube interface connect after, use automatic tightening machinery hands, it can be ensured that the compactness of connection, jack catchs type method
Blue adapter is one of mechanical hand realizing this action.
(6) in blowing shaft hoistway, cat ladder is set, can be used as maintenance, it is also possible to as fire etc. in emergency circumstances
Auxiliary escape passage.
(7) there is position sensor, docking sensor and taximeter, it is simple to access control system, it is achieved long-range, automatization
Control, facilitate property control and calculate payment.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of this utility model a kind of Super High movable type supply air system.
Detailed description of the invention
As it is shown in figure 1, the utility model discloses a kind of Super High movable type supply air system and control method, this superelevation
If the portable supply air system of layer includes the blowing shaft 17 being vertically opened in building interior and is arranged in blowing shaft 17 hoistway
Dry column circle air-supply arrangement；Arranging track 13 in blowing shaft 17, its top arranges machine room 16, and corresponding in blowing shaft 17
In the position in every layer of building, the ajutage arm that be connected the most corresponding with this layer of air conditioning system air blow and return air channel and backwind tube are set
Arm, all arranges air-valve at ajutage arm, backwind tube arm；Ajutage arm in one layer or some contiguous floors and return air
Being pooled on an an ajutage interface A8 and backwind tube interface A9 of pipe arm correspondence respectively, Fig. 1 is that one layer of air blow and return arm is straight
Connect situation about being connected with air blow and return interface tube；Column circle air-supply arrangement is driven to slide up and down by machine room 16 and is arranged on track 13
On, have outside column circle air-supply arrangement the ajutage interface B corresponding with ajutage interface A8 and with backwind tube interface
Backwind tube interface B corresponding for A9.
This system also includes that position sensor, docking sensor and taximeter, position sensor correspondence are arranged on every pair
Ajutage interface A8 and backwind tube interface A9 position, docking sensor is arranged on ajutage interface A8, B and backwind tube interface
, there have been these performers A9, B junction, and this system can outer connected control system, such as remote control terminal and controller.
Interface tube A8 is all magnetic interfaces, between the two with ajutage interface B, backwind tube interface A9 and backwind tube interface B
Any one party is corrugated tube, and both junctions have and tighten mechanical hand.Every layer of blowing shaft is offered a maintenance and is installed door, and
Cat ladder is set on blowing shaft inwall from top to bottom, when emergencies such as building interior catch fire, can be by climbing in this blowing shaft
Ladder escape；Tightening mechanical hand and have multiple, one of which is hydraulic claw type flange coupling connector, can realize air blow and return interface tube
Tighten from being dynamically connected；Docking sensor be circumferentially positioned at give, pressure transducer on backwind tube interface B interface end face, this pressure
Force transducer can be deposition tube impedance diffusion pressure sensor, makes sheet surface form quasiconductor by external force (pressure)
Deformation thus produce Piezoelectric Impedance effect, make the change of impedance be converted into the signal of telecommunication and export, measure give, backwind tube interface B with
Send, backwind tube interface A docks the pressure produced, if in allowed band, then docks successfully.
First it is distributed according to the room in building, blowing shaft 17 is set in place, well is provided with equipment platform
15, track 13, switch board, traction machine, traction steel-cable, trailing cable etc., be installed on equipment by column circle air-supply arrangement
On platform 15, for space in Appropriate application well, column circle air-supply arrangement sets gradually condenser, primarily efficient filter from bottom to up
Section, surface cooling section 1, air intake muffler section 2, fan section 3, high-pressure electrostatic fillter section 4 and air outlet silencing section 5, condenser side is cold
Condenser wind inlet section 6, opposite side is condenser wind outlet section 7, and the side going out roofing at blowing shaft 17 arranges air exhausting device, including non-return
Valve 12, exhaust blower 11 and fire-preventino regulating valve 10, air draft airduct is connected to blowing shaft 17, the air outlet of column circle air-supply arrangement and
The return air inlet a bit of airduct of installation, as ajutage interface B and backwind tube interface B, is used for and architectural reserved air blow and return interface tube
Docking.Return air inlet is opened, for the connection with column circle air-supply arrangement, every layer of air-supply in the lower end of every layer of each blowing shaft 17
Well 17 is offered a maintenance and is installed door, installs and flat with the connection in floor air channel for mobile stand formula circle air-supply arrangement
Time maintenance.Arranging condensed water standpipe 14 in the corner of equipment pipe well, the correct position of every layer of standpipe offers arm, uses
Access in the condensate pipe of mobile stand formula circle air-supply arrangement.
When certain layer region needs to use this column circle air-supply arrangement, property management personnel utilizes remote control terminal to incite somebody to action
Column circle air-supply arrangement moves to this layer of position, and the position sensor signal that will put in place is sent to controller, and controller controls
Machine room opposition pillar circle air-supply arrangement is braked and makes column circle air-supply arrangement stop at appointment position, and column circle is sent
Ajutage interface B on wind apparatus and backwind tube interface B respectively and is positioned at the ajutage interface A8 and backwind tube interface A9 of this layer
Abutting joint, the condensed water standpipe 14 that condensate pipe is connected in blowing shaft, then open the air-valve on this layer of air blow and return arm, open
Column circle air-supply arrangement opened by the exhaust blower 11 opening roof simultaneously, and column circle air-supply arrangement is opened, and taximeter starts
Timing；When multi-layer area needs to use column circle air-supply arrangement, property management personnel transfers multiple stage column circle simultaneously
Shape air-supply arrangement, respectively with corresponding air blow and return interface docking, and opens the air-valve on the air blow and return arm on corresponding floor.
When do not share same ajutage interface A8 and backwind tube interface A9 multiple floors simultaneously need to air-supply time, permissible
Call multiple stage column circle air-supply arrangement simultaneously, they are individually blown, meet each floor needs.
When share same ajutage interface A8, backwind tube interface A9 multiple floors simultaneously need to air-supply time, can be only
Call a column circle air-supply arrangement, open the sending of correspondence, air-valve in backwind tube arm simultaneously, each floor can be sent
Wind, meets each floor needs.
In high-rise building, if indivedual Administrative Area needs to use air-conditioning on one's own time, with single or many
Individual mobile stand formula circle air-supply arrangement, replaces the ventilation and air conditioning system in building, simplified system, not only greatly reduces air-conditioning
System energy consumption, the extra expense installing air conditioning system of saving, can provide again comfortable working environment simultaneously on one's own time；?
In the case of high-rise building renting rate is the highest, it is possible to use portable supply air system, the central air-conditioning in building need not be opened, with
Sample reduces energy consumption, has and allows tenant have comfortable working environment；If regional area such as conference hall, lecture hall etc. be not through
Often use, then use mobile stand formula circle air-supply arrangement to replace the central air conditioner system in building, not only in use
Reduce the initial cost of air conditioning system, be greatly reduced energy consumption.
Of the present utility model ultimate principle and principal character have more than been shown and described.The technical staff of the industry should
Solving, this utility model is not restricted to the described embodiments, and simply illustrates that this practicality is newly described in above-described embodiment and description
The principle of type, on the premise of without departing from this utility model spirit and scope, this utility model also has various changes and modifications,
In the range of these changes and improvements both fall within claimed this utility model.This utility model claims scope by appended
Claims and equivalent thereof define.
Claims (8)
1. a Super High movable type supply air system, it is characterised in that: the blowing shaft that includes vertically being opened in building interior and
The some column circle air-supply arrangements being arranged in blowing shaft hoistway；
Arranging track in described blowing shaft, its top is provided with machine room, arranges switch board, traction machine and limit inside described machine room
Position device；And the position setting corresponding to every layer of building in blowing shaft is sent with this layer of air conditioning system, return airway corresponding phase respectively
Ajutage arm even and backwind tube arm, all arrange air-valve at described ajutage arm, backwind tube arm；Some contiguous floors
On ajutage arm and backwind tube arm is corresponding respectively is pooled on an an ajutage interface A and backwind tube interface A；
Described column circle air-supply arrangement is driven by traction machine in machine room and slides up and down setting in orbit, described column circle
There is outside shape air-supply arrangement the ajutage interface B corresponding with ajutage interface A and the backwind tube corresponding with backwind tube interface A
Interface B.
A kind of Super High movable type supply air system the most according to claim 1, it is characterised in that: described blowing shaft stretches out to be built
Build and at roofing, be provided with the air exhausting device being connected with blowing shaft.
A kind of Super High movable type supply air system the most according to claim 1, it is characterised in that: described ajutage interface A
At least an ajutage arm is connected, and a described backwind tube interface A at least backwind tube arm is connected.
A kind of Super High movable type supply air system the most according to claim 1, it is characterised in that: described ajutage interface A
Being all magnetic interfaces with ajutage interface B, backwind tube interface A and backwind tube interface B, any one party is corrugated tube between the two,
And both junctions have and tighten mechanical hand.
A kind of Super High movable type supply air system the most according to claim 1, it is characterised in that: described every layer of blowing shaft is opened
If door is installed in a maintenance, and arranges cat ladder on blowing shaft inwall from top to bottom.
A kind of Super High movable type supply air system the most according to claim 4, it is characterised in that tightening mechanical hand described in: is
One hydraulic claw type flange coupling connector.
A kind of Super High movable type supply air system the most according to claim 1, it is characterised in that: also include position sensing
Device, docking sensor and taximeter, described position sensor correspondence is arranged on every couple of ajutage interface A and backwind tube interface A position
Putting place, described docking sensor is arranged on ajutage interface A, B and backwind tube interface A, B junction.
A kind of Super High movable type supply air system the most according to claim 7, it is characterised in that: described docking sensor is
Be circumferentially positioned at give, pressure transducer on backwind tube interface B interface end face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759511.6U CN205878475U (en) | 2016-07-19 | 2016-07-19 | Portable air supply system in superelevation layer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759511.6U CN205878475U (en) | 2016-07-19 | 2016-07-19 | Portable air supply system in superelevation layer |
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| Publication Number | Publication Date |
|---|---|
| CN205878475U true CN205878475U (en) | 2017-01-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620759511.6U Active CN205878475U (en) | 2016-07-19 | 2016-07-19 | Portable air supply system in superelevation layer |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106949589A (en) * | 2017-03-14 | 2017-07-14 | 成都创客集成房屋有限公司 | A kind of integrated house ventilating system |
| CN111457494A (en) * | 2020-04-01 | 2020-07-28 | 北京联合大学 | Quick clean-up system of pollution source pollution gas in clean room |
| WO2022015272A1 (en) * | 2020-07-16 | 2022-01-20 | Hamzacebi Eda | System developed for breathing clean (healthy) air in indoor environments |
-
2016
- 2016-07-19 CN CN201620759511.6U patent/CN205878475U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106949589A (en) * | 2017-03-14 | 2017-07-14 | 成都创客集成房屋有限公司 | A kind of integrated house ventilating system |
| CN111457494A (en) * | 2020-04-01 | 2020-07-28 | 北京联合大学 | Quick clean-up system of pollution source pollution gas in clean room |
| CN111457494B (en) * | 2020-04-01 | 2021-08-27 | 北京联合大学 | Quick clean-up system of pollution source pollution gas in clean room |
| WO2022015272A1 (en) * | 2020-07-16 | 2022-01-20 | Hamzacebi Eda | System developed for breathing clean (healthy) air in indoor environments |
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