CN208512268U - A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side - Google Patents
A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side Download PDFInfo
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- CN208512268U CN208512268U CN201820760137.0U CN201820760137U CN208512268U CN 208512268 U CN208512268 U CN 208512268U CN 201820760137 U CN201820760137 U CN 201820760137U CN 208512268 U CN208512268 U CN 208512268U
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- photocatalyst reaction
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Abstract
The utility model relates to photocatalyst technology fields, in particular to a kind of more photocatalyst reactions device mould group expanded type air cleaning system arranged side by side.Mould group is stacked including more photocatalyst reaction devices, it includes multiple photocatalyst reaction device units that every photocatalyst reaction device, which stacks mould group, and every photocatalyst reaction device stacks and adds a dismountable air intake vent pipe joint at mould group air intake vent；Each photocatalyst reaction device stacking mould group can be independently operated, extend side by side more photocatalyst reaction devices stacking mould groups and be applied in combination.The utility model is for can quickly form the air treating Cress systems of different detergent power demands under large space environment, and windage is small, low energy consumption, noise is small, performance stable and consistent, no replacement is required consumptive material, lifetime are up to 10 years or more within the entire service life phase.
Description
Technical field
The utility model relates to photocatalyst technology field, in particular to a kind of more photocatalyst reactions device mould group extends side by side
Formula air cleaning system.
Background technique
Currently, most of well known air purifier uses filtering type, it is mainly to the chemical pollutant cleaning in air
The tiny micro-porous adsorption effect of activated charcoal strainer is realized, fine for new filter initial stage clean-up effect, with application time
Passage, the tiny micropore of active carbon gradually blocks by tiny particles content or bacterium object, and cleaning effect is gradually reduced, to the regular period
Just effect is lost.At this moment activated charcoal strainer should just be replaced.
In addition, traditional structure blower is arranged at air outlet, filter be in negative air pressure state when operation, and air divides
Son reacts without enough time with photocatalyst.Therefore, this structure is not suitable for the application of photocatalyst reaction device.In addition in difference
Under the especially larger space environment of space, according to different Governance Ability demands, to redesign, manufacture every time, determining installation
Structure.Overall using effect is: having the ability of removal chemical pollutant, within the entire service life phase, performance is on a declining curve；
Filtering material of activated carbon need to be regularly replaced；Filtering type structure brings larger windage, cannot more purification device cascading applications.Thus
As it can be seen that also to be increased to meet large space depollution of environment Capability Requirement it is necessary to carry out structure redesign, manufacture and installation
Rotation speed of fan is to improve wind flow, and rotation speed of fan increase causes electric power consumption to increase, noise increases.In addition, filter negative pressure
State, which is run, is not suitable for photocatalyst catalysis reaction technology application.
Utility model content
In order to solve the above-mentioned technical problem, the utility model discloses more photocatalyst reaction device mould groups of one kind to extend side by side
Formula air cleaning system, can be to chemical pollutants catalytic degradations such as formaldehyde, VOC in air, according to different under large space environment
Air purification ability requires flexibly and fast to be constituted the cleaning of large space surrounding air using the corresponding series combination of extension side by side and administered system
System.The chemical pollutants such as the permanently effective formaldehyde administered in air of energy and VOC, and energy can be purified according to large environmental space difference
Force request can be used more mould groups of reactor and extend combination side by side, and the series of extension is unlimited.Service life is up to 10 years or more,
Performance is consistent within the entire service life phase, stabilization, small power consumption, noise is small, no replacement is required consumptive material.
Specific technical solution is as follows:
A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side, including more photocatalyst reaction device moulds
Group, every photocatalyst reaction device mould group include the photocatalyst reaction device unit of multiple stacked combinations, each photocatalyst reaction device
The air duct that setting is discharged side by side in unit, each air duct head and the tail are connected to, and form the air duct of snakelike connection, wind is arranged in air duct starting point
Machine mouth and air guide hole, air duct end setting left side exhaust vent and front side exhaust vent；Air duct end add uptake, lower air port,
Uptake baffle and lower air port baffle；The uptake baffle and lower air port baffle can be by sliding uptake, lower air port
It blocks or opens wide, air duct path can be converted when multiple-unit stacked combination is applied；The blower mouth and air guide hole can respectively by
Blower mouth baffle and air guide hole baffle are blocked or are opened wide；The air guide hole can pass through wind deflector and upper one layer of adjacent photocatalyst reaction
The corresponding connection of the air guide hole of device unit；The blower mouth is connect with turbofan, connecting pipe respectively by inlet air pipeline interface,
It is connect again by connecting pipe with adjacent reactor mould group inlet air pipeline interface, forms expanded type application arranged side by side；In left side exhaust vent
With setting air-pressure controlling net at the exhaust vent of front side；The air duct inner wall is spread by the curved surface of surface attachment photocatalyst honeycomb substrate
If the UV-LED ultraviolet light source of four vertical axial directions irradiation is set side by side in each air duct axial position；Every photocatalyst
A dismountable pipe joint is added at reactor mould group air intake vent.
The air intake vent pipe joint can be connected into blower, to form the photocatalyst reaction device mould that can independently use
Group.
It is all blast type structure at the air intake vent.
The expanded type air cleaning system arranged side by side can also by the blower mouth of independent photocatalyst reaction device mould group directly with
Turbofan is connected, and forms photocatalyst reaction device mould group independent utility mode.
The air-pressure controlling screen distance size and the adjustable inside reactor air pressure of hole density.
Exhaust vent and front side exhaust vent are open on the left of the photocatalyst reaction device mould group top layer unit, the photocatalyst of non-top layer
The medial surface of exhaust vent and front side exhaust vent is blocked with mirror surface aluminium foil on the left of reactor unit.
Compared with prior art, advantageous effects of the invention are as follows:
(1) air duct discharged side by side is set in each reactor unit, each air duct head and the tail are connected to, from air intake vent to
Air outlet forms the air duct (being similar to tunnel) of connection.The honeycomb substrate song of photocatalyst material is adhered on inner wall surface around air duct
Face is laid with, and the UV-LED ultraviolet light source of 4 vertical axial directions irradiation is set side by side in each air duct axial position, for exciting
Photocatalyst activity.Photocatalyst is formed on its surface electronics and hole under ultraviolet light irradiation, the agent of optical-electronic muonic catalysis is formed, with sky
Catalytic degradation reaction is carried out to chemical pollutant in air after gas molecule contacts.Water and carbon dioxide are generated after reaction, play sky
Gas cleaning action.
(2) blower is arranged in the utility model at tunnel inlet, is blast type structure.It will be anti-under fan action when operation
The air being contaminated outside device is answered to be sent into reactor, so that air pressure relative response device external air pressure is omited in air duct
Micro-positive pressure, normal pressure can be such that atmospheric density in air duct increases, and be conducive to air molecule and photocatalyst frequent impact contacts density, from
And improve reactor catalysis degradation reaction ability.
Air-pressure controlling net is set at exhaust vent, when the timing of rotation speed of fan one, change pressure control screen distance size or
Air pressure in hole density, that is, adjustable air duct.
The air duct that setting is discharged side by side in each photocatalyst reaction device unit, each air duct head and the tail are connected to, are formed snakelike
Blower mouth and air guide hole, air duct end setting left side exhaust vent and front side exhaust vent is arranged in the air duct of connection, air duct starting point；?
Uptake, lower air port, uptake baffle and lower air port baffle are added in air duct end；The uptake baffle and lower air port baffle can
Uptake, lower air port are blocked or be opened wide by sliding, air duct path can be converted when multiple-unit stacked combination is applied.Income
Effect is: windage is small, low energy consumption, noise is small, lifetime is up to 10 years or more, performance stablizes one within the entire service life phase
It causes, no replacement is required consumptive material, composition air cleaning system is flexibly and fast.
(3) curved surface photocatalyst structure will increase the contact area of air-flow and photocatalyst, make air-flow molecule in flow process
There are more chances to collide with photocatalyst to contact, to improve purification reaction ability.
(4) top layer unit exhaust vent is open, for exporting clean air, goes out on the left of the photocatalyst reaction device unit of non-top layer
The medial surface of air holes and front side exhaust vent is blocked with mirror surface aluminium foil, prevents air-flow from leaking from this air holes, while mirror surface aluminium foil has
It is internally reflected ultraviolet effect, utilization rate of ultraviolet light can be improved.
(5) reactor mould group is made of reactor unit stacking, the left side exhaust vent of reactor mould group top layer unit, front side
Exhaust vent is open, and uptake is blocked with uptake baffle, and lower air port, air guide hole open wide, and blower mouth is blocked with blower mouth baffle；Instead
The left side exhaust vent of device mould group bottom floor units, front side exhaust vent mirror surface aluminium foil is answered to block, uptake opens wide, lower air port leeward
Mouth baffle blocks, and air guide hole is blocked with air guide hole baffle, and blower mouth connects turbofan；An all layers of left sides among reactor mould group
Side air-out hole, front side exhaust vent are blocked with mirror surface aluminium foil, and uptake, lower air port, air guide hole open wide, blower mouth blower mouth baffle
It blocks.Each group of reactor mould group can be used independently as aircleaning facility.
(6) photocatalyst reaction device expanded type system arranged side by side is made of reactor modules in parallel.All reactor mould groups
Air outlet opens wide, and exports clean air；All reactor mould group air intake vent pipe laying interfaces, wherein the first mould group pipe joint
One end connects turbofan, and the other end is connect by connecting pipe with adjacent reactor mould group pipe joint；Last group of pipeline
Interface one end is blocked with blind plate, and the other end is connect by connecting pipe with adjacent reactor mould group pipe joint；It is intermediate all anti-
The air intake vent pipe laying interface of device mould group is answered, and is connected by connecting pipe respectively at respective adjacent reactor mould group pipe joint
It connects, forms the reactor mould group airflow channel that extends side by side, constitute complete large space surrounding air purification treatment system, it can be with
The purified air of output in large space again.
(7) the utility model photocatalyst reaction device mould group expansion system arranged side by side can not only permanently effective improvement large environmental space
The chemical pollutants such as formaldehyde, VOC in air and sterilizing, antivirus, and can be according to large space surrounding air purification treatment energy
Power different demands, any increase and decrease connection reactor mould group quantity, series is unlimited, and composition large space surrounding air governing system is extremely
Flexibly and fast.Performance is consistent within the entire service life phase, no replacement is required consumptive material.And windage is small, stable, small power consumption, noise
It is small, service life up to 10 years with.
Detailed description of the invention
Fig. 1 is the utility model photocatalyst reaction device cell schematics；
Fig. 2 is the utility model photocatalyst reaction device mould group schematic diagram；
Fig. 3 is the utility model photocatalyst reaction device mould group independent utility schematic diagram；
Fig. 4 is the utility model photocatalyst reaction device mould group multiple groups expansion system schematic diagram arranged side by side.
In figure, 1- photocatalyst reaction device mould group；2- photocatalyst honeycomb substrate；3-UV-LED ultraviolet light source；4- turbine wind
Machine；5- uptake；Air port under 6-；7- wind deflector；8- blower mouth；9- air guide hole；Exhaust vent on the left of 10-；Exhaust vent on front side of 11-；
12- uptake baffle；Air port baffle under 13-；14- blower mouth baffle；15- air guide hole baffle；16- top layer unit uptake；17-
Air port under bottom floor units；18- mirror surface aluminium foil；19- pipe joint；20- connecting pipe；21- blind plate.
Specific embodiment
The utility model is further described in the following with reference to the drawings and specific embodiments, but the protection of the utility model
Range is not limited only to the drawings and specific embodiments.
Fig. 1 is the utility model photocatalyst reaction device cell schematics, as shown, by the wind of photocatalyst reaction device unit
Machine mouth 8 is directly connected to turbofan 4, and under the effect of turbofan 4, contaminated environment air enters light touching by turbofan
Matchmaker's reactor unit.The photocatalyst honeycomb substrate 2 of the air duct inner wall of photocatalyst reaction device unit shines in UV-LED ultraviolet light source 3
It penetrates down, 2 surface of photocatalyst honeycomb ceramics generates electrons and holes, when air molecule contaminated in air touches photocatalyst surface
When catalytic degradation reaction just occurs.Due to curved surface photocatalyst structure, air constantly has more contaminated skies in flow process
Simultaneously catalytic degradation reaction occurs for gas molecule and photocatalyst making contact.Pure air is transferred out by side air outlet again.
Fig. 2 is the utility model photocatalyst reaction device mould group schematic diagram, as shown, more reactor unit heaps are stacked
It sets, top layer unit uptake 16 is blocked with uptake baffle 12, lower air port is opened wide, and non-top layer unit uptake opens wide；The bottom of by
The lower lower air port baffle 13 in air port 17 of layer blocks, and uptake opens wide, and air port is opened wide under non-bottom reactor unit；Bottom reactor
Unit blower mouth 8 is directly connected to turbofan 4；The blower mouth 8 of non-bottom reactor unit is blocked with blower mouth baffle 14；Bottom
Layer reactor unit air guide hole is blocked with air guide hole baffle, and non-bottom reactor unit air guide hole is blocked with air guide hole baffle；Fortune
When row under the effect of turbofan 4, contaminated surrounding air enters reactor mould group by blower mouth, due to 7 He of wind deflector
The effect of air guide hole 9 is so that form connection air duct in reactor mould group.This structure type can be integrated into photocatalyst reaction device mould
1 independent utility mode of group, as shown in Figure 3.
More reactor mould group expanded applications arranged side by side: Fig. 4 is that the utility model photocatalyst reaction device mould group multiple groups expand side by side
System schematic is opened up, as shown, more photocatalyst reaction device mould groups are placed side by side, all reactor mould group blower mouths 8 are pacified
Tubulature pipeline joint 19 is simultaneously connect by connecting pipe 4 with adjacent first-stage reactor mould group pipe joint 19.First order pipeline is connect
The other end of mouth 19 is directly connect with turbofan 4；19 other end of afterbody pipe joint is blocked with blind plate 21.Interlude institute
There is the blower mouth pipe laying interface 19 of reactor mould group and is connect by connecting pipe 20 respectively at adjacent reactor mould group pipeline
Mouth 19 connects, and is formed from the first stage reactor mould group blower mouth to most end first-stage reactor mould group blower mouth and is connected to air duct side by side.
Complete photocatalyst reaction device mould group expansion system arranged side by side is constituted with this.The system can be according to large space surrounding air detergent power
Need arbitrary extension, series is unlimited, system composition application and its flexibly and fast.
Claims (6)
1. a kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side, it is characterised in that: touched including more light
Matchmaker's reactor mould group, every photocatalyst reaction device mould group include the photocatalyst reaction device unit of multiple stacked combinations, each light
The air duct that setting is discharged side by side in catalyst reactor unit, each air duct head and the tail are connected to, and form the air duct of snakelike connection, air duct is risen
Blower mouth and air guide hole, air duct end setting left side exhaust vent and front side exhaust vent is arranged in beginning；Windward is added in air duct end
Mouth, lower air port, uptake baffle and lower air port baffle；The uptake baffle and lower air port baffle can be by sliding windward
Mouth, lower air port are blocked or are opened wide, and air duct path can be converted when multiple-unit stacked combination is applied；The blower mouth and air guide hole can
To be blocked or be opened wide by blower mouth baffle and air guide hole baffle respectively；The air guide hole can pass through wind deflector and upper one layer of adjacent light
The corresponding connection of the air guide hole of catalyst reactor unit；The blower mouth by inlet air pipeline interface respectively with turbofan, connect
Pipeline connection, then connect by connecting pipe with adjacent reactor mould group inlet air pipeline interface, form expanded type application arranged side by side；On a left side
Air-pressure controlling net is set at side air-out hole and front side exhaust vent；The inner wall in the air duct adheres to photocatalyst cellular set by surface
The curved surface of body is laid with, and the UV-LED ultraviolet light source of four vertical axial directions irradiation is set side by side in each air duct axial position；
A dismountable air intake vent pipe joint is added at every photocatalyst reaction device mould group air intake vent.
2. more photocatalyst reactions device mould group according to claim 1 expanded type air cleaning system arranged side by side, feature exist
In: open exhaust vent, air intake vent pipe joint connect blower, to form the photocatalyst reaction device mould group that can independently use.
3. more photocatalyst reactions device mould group according to claim 1 or 2 expanded type air cleaning system arranged side by side, special
Sign is: being all blast type structure at the air intake vent.
4. more photocatalyst reactions device mould group according to claim 1 expanded type air cleaning system arranged side by side, feature exist
In: the expanded type air cleaning system arranged side by side can also by the blower mouth of independent photocatalyst reaction device mould group directly with turbine wind
Machine is connected, and forms photocatalyst reaction device mould group independent utility mode.
5. more photocatalyst reactions device mould group according to claim 1 expanded type air cleaning system arranged side by side, feature exist
In: the air-pressure controlling screen distance size and the adjustable inside reactor air pressure of hole density.
6. more photocatalyst reactions device mould group according to claim 1 expanded type air cleaning system arranged side by side, feature exist
In: exhaust vent and front side exhaust vent are open on the left of the photocatalyst reaction device mould group top layer unit, the photocatalyst reaction of non-top layer
The medial surface of exhaust vent and front side exhaust vent is blocked with mirror surface aluminium foil on the left of device unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820760137.0U CN208512268U (en) | 2018-05-22 | 2018-05-22 | A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820760137.0U CN208512268U (en) | 2018-05-22 | 2018-05-22 | A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side |
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| Publication Number | Publication Date |
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| CN208512268U true CN208512268U (en) | 2019-02-19 |
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| CN201820760137.0U Active CN208512268U (en) | 2018-05-22 | 2018-05-22 | A kind of more photocatalyst reaction device mould group expanded type air cleaning systems arranged side by side |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113457407A (en) * | 2021-06-30 | 2021-10-01 | 广西科学院 | Waste gas treatment process for graphene material production |
| CN113797744A (en) * | 2020-06-12 | 2021-12-17 | 泰宇智慧系统股份有限公司 | Filter device |
-
2018
- 2018-05-22 CN CN201820760137.0U patent/CN208512268U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113797744A (en) * | 2020-06-12 | 2021-12-17 | 泰宇智慧系统股份有限公司 | Filter device |
| CN113797744B (en) * | 2020-06-12 | 2024-01-09 | 京威力有限公司 | Filtering device |
| CN113457407A (en) * | 2021-06-30 | 2021-10-01 | 广西科学院 | Waste gas treatment process for graphene material production |
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