CN207688352U - A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging - Google Patents
A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging Download PDFInfo
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- CN207688352U CN207688352U CN201721644473.0U CN201721644473U CN207688352U CN 207688352 U CN207688352 U CN 207688352U CN 201721644473 U CN201721644473 U CN 201721644473U CN 207688352 U CN207688352 U CN 207688352U
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- wall hanging
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Abstract
The utility model is related to a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging, including main body, control panel and the metope mounting base that is opened in main body in body top be set, the connecting pin of main body and control panel is equipped with air port, and metope mounting base is equipped with air port.Compared with prior art, the utility model is small, and reached using reversible DC fan and honeycomb ceramic heat accumulator only need to open up a hole in metope, you can to realize the energy exchange of indoor and outdoor.
Description
Technical field
The utility model is related to air purification fields, more particularly, to a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging.
Background technology
Fresh air system needs installation of ceiling as a kind of equipment solving indoor air quality, is laid with pipeline, installation difficulty
And cost is larger, the house fitted up is not appropriate for installing.The new wind turbine of wall hanging on the market at present, forced draft is mostly
Main, partly the product with heat recovery function causes the volume of product larger because inner heat exchanger piece volumes are larger, uncomfortable
The smaller room of area is closed to use.Fresh air wall hanging with recuperation of heat is mostly bidirectional flow principle, i.e., needs to open up two in metope
Hole is used for fresh air and air draft respectively, larger to the area requirements of the alien invasion in house.If indoor room is more, in order to protect
Card indoor air quality reaches requirement, and general each room is required for one equipment of installation, however the fortune of the equipment in each room
Row is independent, can not form a complete indoor air flow system.
Utility model content
The purpose of this utility model is exactly to provide a kind of blow and exhaust heat to overcome the problems of the above-mentioned prior art
Recycle the new wind turbine of wall hanging.
The purpose of this utility model can be achieved through the following technical solutions：
A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging, including main body, be arranged body top control panel and be opened in
Metope mounting base in main body,
The connecting pin of the main body and control panel is equipped with air port, and the air port is indoor air outlet when air-supply, when air draft
The air port is indoor return air mouth,
The metope mounting base is equipped with air port, and the air port is outdoor air inlet when air-supply, and the air port is room when air draft
Outer exhaust outlet.
The control panel includes：
Control panel shell,
With the upper surface of control panel cage connection plate,
Button on top panel, the button bottom are mounted on button pcb board, which is mounted on
On pedestal,
The Temperature Humidity Sensor PCB being set on the base, control PCB, toggle switch PCB, carbon dioxide sensor, bear from
Electronic generator, sensor can detect corresponding numerical value in room air in real time, and by controlling the WIFI module on PCB by data
It is transmitted to cell phone application, facilitates user to understand room air situation in real time, remotely equipment is operated at any time.Toggle switch
For first blowing when setting the default sequence of every equipment air-supply and air draft, for example running, air draft after 60 seconds, or first air draft,
Operation is blown after 60 seconds.Equipment is bound with environment WIFI, and mainboard reads the time in environment network after binding, automatically according to the time
Interval switching air-supply and air draft pattern.When using multiple devices simultaneously, every equipment send alignment sequence according to the acquiescence of oneself, with
Network time synchronization.By the default sequence of every equipment, can a complete air flow system in forming chamber, such as it is same
Time blows simultaneously, the air draft simultaneously of same time, and one air-supply of same time a, air draft is born to realize indoor positive pressure
Pressure, accelerates the effect of air circulation.
LED light circle and light guide ring are embedded between the control panel shell and top panel, for showing that host is run
When state, three kinds of brightness prompt three kinds of different air quantity patterns respectively.
Pedestal silencing cotton is posted in the bottom of the pedestal, for reducing air outlet noise.
The main body includes：
Fuselage cover,
The top of fuselage liner in fuselage cover, the fuselage liner connects air port connecting seat, is internally provided with
Strainer and honeycomb ceramic heat accumulator,
Reversible DC fan, in fan shock-absorbing foam, which is inserted into fuselage cover bottom, EPP
The shock absorbing foam of material can reduce the vibrations generated when fan operation and noise.
Bottom cover, is connected to fuselage cover bottom, and power supply PCB is connected on bottom cover.
Silencing cotton is posted in the fuselage liner outer ring, reduces the noise that fuselage air duct generates.
The filter screen is HEPA efficient filters, the PM2.5 particles being used in air filtering.
The honeycomb ceramic heat accumulator is cylinder ceramic material, and end face is evenly distributed the through-hole of honeycomb shape,
Room air passes through from a face through-hole, transfers heat to heat storage, to make heat storage preserve the energy in room air,
When outdoor air from another side pass through through-hole, that is, obtain heat storage energy, realize the energy exchange of indoor and outdoor air.Ceramics store
Hot body is because of the higher guide temp energy of ceramic material, the energy being used in storage and exchange of air, and cellular form increases sky
The contact area of gas, with efficiently realizing accumulation of heat and heat conduction.
The connection of main body and control panel connects by being rotated with the bayonet of control panel chassis outer side on the inside of the connecting seat of air port
It connects, rotates clockwise clamping, Unscrew counterclockwise facilitates user to replace filter screen.
The metope mounting base includes：
Metope seat is connect between main body using slot,
It is embedded primary filter screen, spirit bubble and shock absorbing foam in metope seat.
For primary filter screen to filter the dust hair in outdoor air, spirit bubble facilitates user to adjust horizontal position when mounted
It sets, shock absorbing foam reinforces host air port in the leakproofness of metope trepanning, and in damping to reduce resonance when host operation
Post damping rubber and sealing cotton in the back side of foam.
The utility model is small, has been reached with honeycomb ceramic heat accumulator using reversible DC fan and need to only have been opened in metope
If a hole, you can to realize the energy exchange of indoor and outdoor.The air-supply air draft of 60 seconds compartments, wind turbine inverts when air draft, by room
Wind turbine rotates forward collection of energy in interior air in ceramic heat storage body, when air-supply feeds the energy transmission in ceramic heat storage body
Enter indoor fresh air, to reach the function of recuperation of heat.
Under ventilation state, outdoor fresh air is by PM2.5 particles outside the efficient filter filter chamber in machine, and by machine
The anion generator in portion is sent into interior after fresh air after purification is carried anion.By the pollutant in strainer when air draft
Discharge is outdoor, extends strainer service life.
Equipment is controlled by PCB, realizes that air-supply air draft can be separately provided sequentially in learning network time, every equipment, more
Can blow air draft sequence when equipment automatically according to network time synchronization, form indoor complete air circulation scheme：
Personnel are more indoors, and when lacking oxygen content, multiple devices are blown simultaneously, make indoor formation positive pressure
When polluting excessively high indoors, multiple devices air draft simultaneously quickly excludes foul indoor air outdoor
Under normal mode, the air passage rates in whole room are accelerated in another air draft of an air-supply.
PM2.5 sensors, Temperature Humidity Sensor are configured in machine, carbon dioxide sensor detects room air in real time
In corresponding numerical value, and cell phone application is transferred data to by WIFI module, user is facilitated to understand room air feelings in real time
Condition at any time remotely operates equipment.
Compared with prior art, the utility model has the following advantages：
1, small, blow and exhaust heat recovery function reduces indoor energy loss, compares the general new wind turbine of recuperation of heat wall hanging,
It only needs to open up a hole in metope.
2, honeycomb type ceramic heat storage, ceramic material heat conductivility is high, and open grain structure increases air conduction contact area,
Heat exchanger effectiveness higher.
3, it is sent into interior after purifying outdoor fresh air, increases indoor oxygen content, cylinder design, 360 degree of air ports are sent
Wind is uniform.
4, reversible DC fan send point air draft a public air duct, and when air draft can be by the dust in fuselage and in strainer
Exclude outdoor, the extension strainer service life.
5, synchronous study network time, air-supply air draft interval is accurate, and every machine can set acquiescence and send a point air draft sequence, more
The different sequence setting of platform equipment, may be combined to form the complete room air system for the distribution of commodities.
6, it is configured with PM2.5 sensors, Temperature Humidity Sensor, carbon dioxide sensor detects phase in room air in real time
The numerical value answered, and cell phone application is transferred data to by WIFI module, facilitate user to understand room air situation in real time, with
Shi Yuancheng operates equipment.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the decomposition texture schematic diagram of the utility model；
The decomposition texture schematic diagram of Fig. 3 panels in order to control；
Decomposition texture schematic diagram based on Fig. 4；
Fig. 5 is the decomposition texture schematic diagram of metope mounting base.
In figure, 01- control panels, 02- main bodys, 03- metopes mounting base, 1- control panels shell, 2-LED lamp rings, 3- are led
Aperture, 4- top panels, 5- buttons, 6- buttons pcb board, 7- Temperature Humidity Sensors PCB, 8- control PCB, 9- toggle switch PCB,
10- carbon dioxide sensors, 11- anion generators, 12- pedestals, 13- silencing cottons, 14- filter screens, the air ports 15- connecting seat,
16- honeycomb ceramic heat accumulators, 17- fuselages liner, 18- fuselage covers, 19- reversibles DC fan, 20- fan shock-absorbings foam,
21- power supply PCB, 22- bottom cover, 23- primary filter screens, 24- metopes seat, 25- spirit bubbles, 26- shock absorbing foams, 27- damping rubbers, 28-
Seal cotton.
Specific implementation mode
The utility model is described in detail with reference to specific embodiment.Following embodiment will be helpful to this field
Technical staff further understands the utility model, but does not limit the utility model in any form.It should be pointed out that ability
For the those of ordinary skill in domain, without departing from the concept of the premise utility, various modifications and improvements can be made.
These belong to the scope of protection of the utility model.
Embodiment
A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging, structure is as shown in Figs. 1-2, including main body 02, setting are in main body 02
The control panel 01 at top and the metope mounting base 03 being opened in main body 02, main body 02 and the connecting pin of control panel 01 are equipped with
Air port, the air port is indoor air outlet when air-supply, and the air port is indoor return air mouth when air draft, and metope mounting base 03 is equipped with wind
Mouthful, the air port is outdoor air inlet when air-supply, and the air port is outdoor exhaust outlet when air draft.
The structure of control panel is as shown in figure 3, each component and installation relation are as follows：
Control panel shell 1 is screwed with top panel 4, and LED light circle 2 is with light guide ring 3 embedded in centre, LED light circle 2
For showing that state when host operation, three kinds of brightness prompt three kinds of different air quantity patterns respectively.
Button 5 is embedded in top panel 4, and button pcb board 6 is installed in bottom, for realizing the operation of host, respectively power supply
Key, sleep pattern, middling speed, high speed and WIFI set keys.Temperature Humidity Sensor PCB7, control PCB8, toggle switch PCB9, dioxy
Change carbon sensor 10, anion generator 11 is screwed in pedestal 12.
The sensor can detect corresponding numerical value in room air in real time, and by the WIFI module on mainboard by data
It is transmitted to cell phone application, facilitates user to understand room air situation in real time, remotely equipment is operated at any time.Toggle switch
For first blowing when setting the default sequence of every equipment air-supply and air draft, for example running, air draft after 60 seconds, or first air draft,
Operation is blown after 60 seconds.Control mainboard and WIFI make equipment be bound with environment WIFI, and mainboard is read in environment network after binding
Time, automatically according to time interval switching air-supply and air draft pattern.When using multiple devices simultaneously, every equipment is according to oneself
Acquiescence send alignment sequence, with network time synchronization.It, can a complete air in forming chamber by the default sequence of every equipment
The system for the distribution of commodities, such as same time blow simultaneously, the air draft simultaneously of same time, one air-supply of same time, an air draft, to
Realize that indoor positive pressure, negative pressure accelerate the effect of air circulation.
Pedestal 12 is fixed with top panel 4 by screw locking, and base bottom pastes pedestal silencing cotton 13, for reducing air outlet
Noise.
The structure of host is as shown in figure 4, each component and installation relation are as follows：
Fuselage liner 17 is mounted in fuselage cover 18, is screwed, air port connecting seat 15 is installed on fuselage liner
Top, screw are fixed, and filter screen 14 is placed on honeycomb ceramic heat accumulator 16 in fuselage liner.Post noise reduction in fuselage liner outer ring
Cotton reduces the noise that fuselage air duct generates.Filter screen is HEPA efficient filters, the PM2.5 particles being used in air filtering, ceramics
Heat storage is because of the higher guide temp energy of ceramic material, the energy being used in storage and exchange of air, and cellular form increases
The contact area of air, with efficiently realizing accumulation of heat and heat conduction.
The connection of main body and control panel connects by being rotated with the bayonet of control panel chassis outer side on the inside of the connecting seat of air port
It connects, rotates clockwise clamping, Unscrew counterclockwise facilitates user to replace filter screen.
Reversible DC fan 19 is embedded in fan shock-absorbing foam 20, and shock absorbing foam is inserted into fuselage cover bottom, EPP materials
Shock absorbing foam can reduce the vibrations generated when fan operation and noise.
Power supply PCB21 is screwed in bottom cover 22, and bottom cover is fixed by screw and fuselage cover.
The structure of metope mounting base is as shown in figure 5, each component and installation relation are as follows：
Metope seat 24 is connect with the fuselage cover of host using slot, by the groove at the fuselage cover back side and front when installation
The positive slot alignment of seat, you can come in and go out downwards simultaneously fixed main body.
Primary filter screen 23 is embedded in metope seat 24, to filter dust hair in outdoor air etc..
Spirit bubble 25, which is embedded in metope seat 24, facilitates user to adjust horizontal position when mounted.Shock absorbing foam 26 is embedded in metope
In seat, damping rubber 27 and sealing cotton 28 are posted in the back side, to reduce resonance when host operation, reinforce host air port and are opened in metope
The leakproofness in hole.
The utility model is small, has been reached with honeycomb ceramic heat accumulator using reversible DC fan and need to only have been opened in metope
If a hole, you can to realize the energy exchange of indoor and outdoor.The air-supply air draft of 60 seconds compartments, wind turbine inverts when air draft, by room
Wind turbine rotates forward collection of energy in interior air in ceramic heat storage body, when air-supply feeds the energy transmission in ceramic heat storage body
Enter indoor fresh air, to reach the function of recuperation of heat.
Under ventilation state, outdoor fresh air is by PM2.5 particles outside the efficient filter filter chamber in machine, and by machine
The anion generator in portion is sent into interior after fresh air after purification is carried anion.By the pollutant in strainer when air draft
Discharge is outdoor, extends strainer service life.
Equipment is controlled by PCB, realizes that air-supply air draft can be separately provided sequentially in learning network time, every equipment, more
Can blow air draft sequence when equipment automatically according to network time synchronization, form indoor complete air circulation scheme：
Personnel are more indoors, and when lacking oxygen content, multiple devices are blown simultaneously, make indoor formation positive pressure,
When polluting excessively high indoors, foul indoor air is quickly excluded outdoor by multiple devices air draft simultaneously,
Under normal mode, the air passage rates in whole room are accelerated in another air draft of an air-supply.
PM2.5 sensors, Temperature Humidity Sensor are configured in machine, carbon dioxide sensor detects room air in real time
In corresponding numerical value, and cell phone application is transferred data to by WIFI module, user is facilitated to understand room air feelings in real time
Condition at any time remotely operates equipment.
Specific embodiment of the utility model is described above.It is to be appreciated that the utility model not office
It is limited to above-mentioned particular implementation, those skilled in the art can make various deformations or amendments within the scope of the claims,
This has no effect on the substantive content of the utility model.
Claims (10)
1. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging, which is characterized in that the wall hanging machine includes main body, is arranged in body top
Control panel and the metope mounting base being opened in main body,
The connecting pin of the main body and control panel is equipped with air port,
The metope mounting base is equipped with air port.
2. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 1, which is characterized in that the control panel
Including：
Control panel shell,
With the upper surface of control panel cage connection plate,
Button on top panel, the button bottom are mounted on button pcb board, which is mounted on pedestal
On,
The Temperature Humidity Sensor PCB being set on the base controls PCB, toggle switch PCB, carbon dioxide sensor, anion hair
Device is given birth to, WIFI module is carried on the control PCB.
3. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 2, which is characterized in that the control panel
LED light circle and light guide ring are embedded between shell and top panel.
4. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 2, which is characterized in that the bottom of the pedestal
Post pedestal silencing cotton in portion.
5. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 1, which is characterized in that the main body packet
It includes：
Fuselage cover,
The top of fuselage liner in fuselage cover, the fuselage liner connects air port connecting seat, is internally provided with filter screen
And honeycomb ceramic heat accumulator,
Reversible DC fan, in fan shock-absorbing foam, which is inserted into fuselage cover bottom, and bottom cover connects
It is connected on fuselage cover bottom, power supply PCB is connected on bottom cover.
6. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 5, which is characterized in that the fuselage liner
Post silencing cotton in outer ring.
7. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 5, which is characterized in that the filter screen is
HEPA efficient filters.
8. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 5, which is characterized in that the ceramic honey comb
Heat storage is cylinder ceramic material, and both ends of the surface are evenly distributed the through-hole of honeycomb shape.
9. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 1, which is characterized in that the metope installation
Seat include：
Metope seat is connect between main body using slot,
It is embedded primary filter screen, spirit bubble and shock absorbing foam in metope seat.
10. a kind of new wind turbine of blow and exhaust recuperation of heat wall hanging according to claim 9, which is characterized in that the damping bubble
Post damping rubber and sealing cotton in the back side of foam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644473.0U CN207688352U (en) | 2017-11-29 | 2017-11-29 | A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721644473.0U CN207688352U (en) | 2017-11-29 | 2017-11-29 | A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207688352U true CN207688352U (en) | 2018-08-03 |
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ID=62999958
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721644473.0U Active CN207688352U (en) | 2017-11-29 | 2017-11-29 | A kind of new wind turbine of blow and exhaust recuperation of heat wall hanging |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207688352U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109838870A (en) * | 2017-11-29 | 2019-06-04 | 布朗（上海）环境技术有限公司 | A kind of new blower of blow and exhaust recuperation of heat wall hanging |
-
2017
- 2017-11-29 CN CN201721644473.0U patent/CN207688352U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109838870A (en) * | 2017-11-29 | 2019-06-04 | 布朗（上海）环境技术有限公司 | A kind of new blower of blow and exhaust recuperation of heat wall hanging |
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