CN205957359U - Air -conditioning device - Google Patents
Air -conditioning device Download PDFInfo
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- CN205957359U CN205957359U CN201620890651.7U CN201620890651U CN205957359U CN 205957359 U CN205957359 U CN 205957359U CN 201620890651 U CN201620890651 U CN 201620890651U CN 205957359 U CN205957359 U CN 205957359U
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- conditioning
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- air conditioner
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Abstract
The utility model relates to an air -conditioning device, it constructs to contain an air inlet machine, air -out guide mechanism, a moisture absorption wheel, a dehumidification heating mechanism and an interior circulation heating mechanism, air -out guide mechanism includes a flow path switching member and has one and feeds through in the outer current drainage way of the outside of an air conditioner environment and one feed through in the interior current drainage way of air conditioner environment, flow path switching member current drainage lu shiwei outside with the guide extremely of air conditioner air current carries out an external exhaust -gas disposal, the flow path switching member removes the wet -processing in carrying on one with the guide of air conditioner air current to interior current drainage lu shiwei, inner loop air supply is handled or a greenhouse is handled, use and make air -conditioning device can accord with various air conditioner demands. And, the aqueous vapor of the air conditioner air current on current drainage way in getting rid of through moisture absorption wheel and dehumidification heating mechanism when this removes the wet -processing, and can direct humidity with the air conditioner environment reduce to promote the efficiency of removing the wet -processing.
Description
Technical field
The utility model is related to a kind of air-conditioning device, more particularly to a kind of air-conditioning device that can directly adsorb aqueous vapor.
Background technology
For the pollution of isolating chamber external noise, dust pollution and protection individual privacy, using closed design more than modern architecture,
The peculiar smell in indoor environment and aqueous vapor is made to be difficult to discharge.Through research display, optimal envionmental humidity for the human body
Scope is 40% to 60%, and when envionmental humidity is higher or lower than this scope, many moulds, dust mite bacterium etc. will increase
Raw, and then produce peculiar smell, or even easily induce the allergic reaction of eyes, skin or respiratory tract etc..Therefore, different for solving simultaneously
Taste and the too high problem of envionmental humidity, the air-conditioning device with ventilation and functions/drying are installed in and are easiest to produce peculiar smell
And the bathroom of aqueous vapor is common mode.
The reduction humidity mode of existing air-conditioning device is to make the aqueous vapor of in the air flash to vapor by heating air,
To lift moisture movement speed, and accelerate the aqueous vapor of in the air from the gaps such as door, window discharge indoor environment, and then reduce indoor
The relative humidity of environment.However, existing air-conditioning device is during reducing humidity, only least a portion of aqueous vapor is able to certainly stitch
Gap discharges indoor environment, and most aqueous vapor can encounter low temperature (for example after heating evaporation：Wall) and condense into water, and repeat
Ground evaporation condenses again, and the dehumidification rate of therefore existing air-conditioning device is not good, and has the problem of highly energy-consuming.
Utility model content
Therefore, the purpose of this utility model is providing a kind of aqueous vapor of in the air of can directly adsorbing to lift dehumidification rate
And reach the air-conditioning device of the effect of carbon reduction.
The utility model provides a kind of air-conditioning device by solving the technological means that adopted of problem of the prior art, be for
One air conditioner surroundings of the outside of this air-conditioning device carry out an air adjustment process, and the inside of this air-conditioning device has an internal air-conditioning
Space, this air-conditioning device comprises：One admission gear, including an air inlet and a supply fan component, this air inlet is communicated in this
Air conditioner surroundings, it is empty to this inside air-conditioning that this supply fan component is pumped into an air conditioning air flow via this air inlet from this air conditioner surroundings
Between；One air-out guide mechanism, including a stream switching member, an effluent stream road of the outside being communicated in this air conditioner surroundings and
Be communicated in drainage road in the one of this air conditioner surroundings, this stream switching member be arranged on this inside conditioned space and this effluent stream road it
Between and be arranged between this inside conditioned space and this interior drainage road, this stream switching member is through control by this inside air-conditioning
This air conditioning air flow in space is directed to this interior drainage road and/or this effluent stream road, thereby to guide this air conditioning air flow to this air-conditioning
Environment and/or the outside of this air conditioner surroundings；One moisture absorption wheel, is arranged at this interior drainage road, with start running when will be interior through this
Portion's conditioned space and the aqueous vapor that is directed into the air conditioning air flow on this interior drainage road are adsorbed；One dehumidifying heating arrangements, are thermally connected to
This moisture absorption wheel, the aqueous vapor adsorbed with this moisture absorption wheel of heating evaporation when starting running；And interior circulation heating arrangements, heat is even
It is connected to this interior drainage road, the air conditioning air flow through being directed into this interior drainage road to heat up when starting running；Wherein in this air-conditioning
When device carries out an external pump-down process, by this air-out guide mechanism is controlled to by this air-conditioning gas of this inside conditioned space
Conductance causes this effluent stream road, and makes this air conditioning air flow of this air conditioner surroundings be discharged directly to this air-conditioning ring by this effluent stream road
The outside in border；When this air-conditioning device carries out dehumidification treatments, by this air-out guide mechanism is controlled to by this inside air-conditioning
This air conditioning air flow in space is directed to this interior drainage road, and starts this moisture absorption wheel of running and this dehumidifying heating arrangements, and makes this sky
This air conditioning air flow adjusting environment returns to this air conditioner surroundings after this interior drainage Lu Zhongjing moisture absorption；Carry out in one in this air-conditioning device
When circulation air-supply is processed, it is directed to this by controlling this air-out guide mechanism to by this air conditioning air flow of this inside conditioned space
Interior drainage road, and not start this interior circulation heating arrangements, and make this air conditioning air flow of this air conditioner surroundings in this interior drainage road
In return to this air conditioner surroundings without intensification；And when this air-conditioning device carries out a greenhouse process, by this air-out is led
Draw mechanism controls and extremely this air conditioning air flow of this inside conditioned space is directed to this interior drainage road, and start this interior circulation of running
Heating arrangements, and make this air conditioning air flow of this air conditioner surroundings in this interior drainage road heated intensification and return to this air-conditioning ring
Border.
In an embodiment of the present utility model, this supply fan component one centrifugal exhauster, and this admission gear
There are two this air inlets of rotary shaft two side positioned at this centrifugal exhauster.
In an embodiment of the present utility model, this air-out guide mechanism configured and between three air-out guiding positions
Switching, this three air-out guiding positions include a position that this air conditioning air flow of this inside conditioned space is directed to this effluent stream road
Put, one by the guiding of this air conditioning air flow of this inside conditioned space as this interior drainage road position, one by this inside conditioned space
This air conditioning air flow be simultaneously directed to the position on this effluent stream road and this interior drainage road, wherein carry out one in this air-conditioning device dry
During dry process, simultaneously it is directed to this effluent stream road and is somebody's turn to do to by this inside conditioned space by controlling this air-out guide mechanism
Interior drainage road, and start this interior circulation heating arrangements of running, and make a part for this air conditioning air flow sent back to by heat temperature raising
Another part to this air conditioner surroundings and this air conditioning air flow is expelled directly out the outside of this air conditioner surroundings.
In an embodiment of the present utility model, this stream switching member includes one with the rotating circular disk of center of circle rotation, should
Rotating circular disk has a connection hole portion and and covers portion, and this connection hole portion and this portion of covering are located at the different of this rotating circular disk respectively
Rotary angle position, and pass through rotation this connection hole portion of synchronous change of this rotating circular disk and this covers the position in portion, and make
This inside conditioned space and this effluent stream road are to connect hole portion by this to connect or be not communicated with by this portion of covering, will
This air conditioning air flow is guided or is not directed to this effluent stream road.
In an embodiment of the present utility model, this dehumidifying heating arrangements has the one of the side being attached at this moisture absorption wheel and removes
Wet heater and a weep hole of the opposite side positioned at this moisture absorption wheel, this weep hole is relative with the position of this dehumidification heater,
So that flowing to this weep hole through the vapor that this dehumidification heater heating evaporation becomes by this moisture absorption wheel, this weep hole corresponds to
This rotating circular disk and via the connection of this rotating circular disk or the outside that is not communicated with this air conditioner surroundings, with by the rotation of this rotating circular disk
Turn this connection hole portion of synchronous change and this covers the position in portion, and make this weep hole be to be communicated to this sky by this connection hole portion
Adjust the outside of environment or portion is covered by this and covers.
In an embodiment of the present utility model, this dehumidifying heating arrangements has the one of the side being attached at this moisture absorption wheel and removes
Wet heater and a weep hole of the opposite side positioned at this moisture absorption wheel, this weep hole is communicated in the outside of this air conditioner surroundings, should
Weep hole is relative with the position of this dehumidification heater, so that passing through this moisture absorption through the vapor that this dehumidification heater heating evaporation becomes
Wheel and this weep hole and be expelled to the outside of this air conditioner surroundings.
In an embodiment of the present utility model, also include a guiding and discharge housing, this guiding discharges one end of housing even
Lead to the outlet in this effluent stream road and this weep hole, and the other end of this guiding discharge housing is communicated to the outside of this air conditioner surroundings
In an embodiment of the present utility model, this stream switching member includes one with the rotating circular disk of center of circle rotation, should
Rotating circular disk has a connection hole portion and and covers portion, and this connection hole portion and this portion of covering are located at the different of this rotating circular disk respectively
Rotary angle position, and pass through rotation this connection hole portion of synchronous change of this rotating circular disk and this covers the position in portion, and make
This inside conditioned space connect with this hole portion be connected by this weep hole or this inside conditioned space with this portion of covering not
Communicate.
In an embodiment of the present utility model, this air-out guide mechanism includes an arc-shaped limit groove, with this rotating circular disk
Concentric configures this rotating circular disk and the surface in the face of this arc-shaped limit groove is provided with a spacing block set, and this spacing block set is in this
Slide in stopper slot, and limit the rotation angle range of this rotating circular disk.
In an embodiment of the present utility model, the outlet on this effluent stream road has a limiting side wall, this rotating circular disk in
A surface of outlet in the face of this effluent stream road is provided with a spacing block set, and this spacing block set reclines this limit when this dehumidification treatments
Position side wall, and limit the rotation angle range of this rotating circular disk.
In an embodiment of the present utility model, this air-out guide mechanism has a limiting side wall, this effluent stream road neighbouring
Outlet, this rotating circular disk is provided with a spacing block set in the surface in the face of this limiting side wall, and this spacing block set reclines this limit
Position side wall and limit the rotation angle range of this rotating circular disk.
Air-conditioning device of the present utility model has functions that following.Because this air-conditioning device of the present utility model is in this dehumidifying
Remove the aqueous vapor of this air conditioning air flow on this interior drainage road during process by this moisture absorption wheel and this dehumidifying heating arrangements, and can directly by
The humidity of this air conditioner surroundings reduces, and to lift the efficiency of dehumidification treatments, and and then avoids aqueous vapor repeatedly to evaporate to condense again and produced
The problem of raw highly energy-consuming.Additionally, this dehumidifying heating arrangements of the present utility model are the aqueous vapor directly adsorbed this moisture absorption wheel
Discharge after evaporation, even therefore need not additionally arrange discharge pipe line to topple over the water that air-conditioning device is collected, use lifting using upper
Convenience.And the utility model will be vented, dehumidify, interior circulation air-supply and multiple air adjustment processing functions such as greenhouse concentrate
In this air-conditioning device, and the switching of various air adjustment processing functions is controlled so that this practicality by this air-out guide mechanism
New this air-conditioning device delicate structure, do not take up space and be easily installed.
Brief description
Fig. 1 is the schematic perspective view showing the air-conditioning device according to an embodiment of the present utility model.
Fig. 2 is the part explosive view showing the air-conditioning device according to this embodiment of the present utility model.
Fig. 3 is the exploded perspective view showing the air-conditioning device according to this embodiment of the present utility model.
Fig. 4 is the cross-sectional schematic showing the air-conditioning device according to this embodiment of the present utility model.
Fig. 5 is air-conditioning device the bowing when carrying out an external pump-down process showing according to this embodiment of the present utility model
Depending on schematic diagram.
Fig. 6 is to show that vertical view when carrying out dehumidification treatments is shown according to the air-conditioning device of this embodiment of the present utility model
It is intended to.
Fig. 7 is to show to be processed and one in carrying out an interior circulation air-supply according to the air-conditioning device of this embodiment of the present utility model
Schematic top plan view when greenhouse is processed.
Fig. 8 is to show that vertical view when carrying out a dried process is shown according to the air-conditioning device of this embodiment of the present utility model
It is intended to.
Reference
100 air-conditioning devices
1 admission gear
11 air inlets
12 centrifugal exhausters
2 air-out guide mechanisms
21 stream switching members
211 rotating circular disks
212 opening portions
213 are embedded hole portion
214 connection hole portions
215 cover portion
216 spacing block sets
22 effluent stream roads
Drainage road in 23
24 housings
25 arc-shaped limit grooves
26 limiting side walls
3 moisture absorption wheels
4 dehumidifying heating arrangements
41 dehumidification heater
42 weep holes
5 interior circulation heating arrangements
Housing is discharged in 6 guidings
A rotary shaft
M1, M2 motor
R1, R2 direction of rotation
The internal conditioned space of S
Specific embodiment
Below according to Fig. 1 to Fig. 8, and embodiment of the present utility model is described.This explanation is not to limit this practicality newly
The embodiment of type, and it is one kind of embodiment of the present utility model.
As shown in Figures 1 to 4, according to an air-conditioning device 100 of an embodiment of the present utility model, it is for this air-conditioning dress
The air conditioner surroundings (that is, an indoor environment) putting 100 outside carry out an air adjustment process, the inside of this air-conditioning device 100
There is an internal conditioned space S.This air-conditioning device 100 comprises：One admission gear 1, including an air inlet 11 and a supply fan
Component 12, this supply fan component 12 aspirates an air conditioning air flow to this inside air-conditioning via this air inlet 11 from this air conditioner surroundings
Space S；One air-out guide mechanism 2, including a stream switching member 21 and have an outside being communicated in air conditioner surroundings
The effluent stream road 22 of (that is, an external environment) and one is communicated in the interior drainage road 23 of this air conditioner surroundings, this stream switching member 21
It is arranged between this inside conditioned space S and this effluent stream road 22 and is arranged on this inside conditioned space S and this interior drainage road
Between 23, it is outer that this air conditioning air flow of this inside conditioned space S is directed to this with switching through controlling by this stream switching member 21
Drainage road 22 and/or this interior drainage road 23, thereby to guide this air conditioning air flow to the outside of this air conditioner surroundings and/or this air-conditioning ring
Border；One moisture absorption wheel 3, is arranged at this interior drainage road 23, will be directed into this interior row through this inside conditioned space S in running
The aqueous vapor of the air conditioning air flow of stream 23 is adsorbed；One dehumidifying heating arrangements 4, are thermally connected to this moisture absorption wheel 3, with logical in running
Cross heating evaporation and remove the aqueous vapor that this moisture absorption wheel 3 is adsorbed；And interior circulation heating arrangements 5, it is thermally connected to this interior drainage
Road 23, to heat up the air conditioning air flow through importing this interior drainage road 23 in running；Wherein carry out a pair in this air-conditioning device 100
During outer pump-down process, it is directed to this by controlling this air-out guide mechanism 2 to by this air conditioning air flow of this inside conditioned space S
Effluent stream road 22, and make this air conditioning air flow of this air conditioner surroundings be discharged directly to the outer of this air conditioner surroundings by this effluent stream road 22
Portion；When this air-conditioning device 100 carries out dehumidification treatments, by this air-out guide mechanism 2 is controlled to will be empty for this inside air-conditioning
Between this air conditioning air flow of S be directed to this interior drainage road 23, and start this moisture absorption wheel of running and this dehumidifying heating arrangements, and make this sky
This air conditioning air flow adjusting environment returns to this air conditioner surroundings in this interior drainage road 23 after moisture absorption；Enter in this air-conditioning device 100
When the air-supply of row one interior circulation is processed, by this air-out guide mechanism 2 is controlled to by this air conditioning air flow of this inside conditioned space S
Be directed to this interior drainage road 23, and not start this interior circulation heating arrangements, and make this air conditioning air flow of this air conditioner surroundings in
Return to this air conditioner surroundings without intensification in this interior drainage road 23；And when this air-conditioning device 100 carries out a greenhouse process,
It is directed to this interior drainage road 23 by controlling this air-out guide mechanism 2 to by this air conditioning air flow of this inside conditioned space S, and
And start operate this interior circulation heating arrangements 5, and make this air conditioner surroundings this air conditioning air flow heated in this interior drainage road 23
Heat up and return to this air conditioner surroundings.
Specifically, this supply fan component 12 is a centrifugal exhauster, and this admission gear 1 has positioned at this air inlet
Two of two sides of one rotary shaft A of fan member 12 this air inlets 11.
This air-out guide mechanism 2 includes a housing 24, and this inside conditioned space S is located in this housing 24.This is centrifugal to take out
Blower fan 12 is drawn the air conditioning air flow of this conditioned space and along the direction of this rotary shaft A vertical, this air conditioning air flow is delivered to this inside sky
Adjust space S.
This stream switching member 21 includes an opening portion being located at this housing 24 with the rotating circular disk 211, of center of circle rotation
212 and one be located at this housing 24 be embedded hole portion 213.This rotating circular disk 211 is by a motor M1 driving along direction of rotation R1
Rotation, this rotating circular disk 211 has a connection hole portion 214 and and covers portion 215.This connection hole portion 214 and this cover 215 points of portion
Not Wei Yu this rotating circular disk 211 different rotary angle position, and pass through this company of rotation synchronous change of this rotating circular disk 211
Through-hole section 214 and this cover the position in portion 215, and make this inside conditioned space S and this effluent stream road 22 be by this opening portion
212 and this connection hole portion 214 and connect (as Fig. 5) or portion 215 covered by this and is not communicated with (as Fig. 6 and Fig. 7), should
Air conditioning air flow is guided or is not directed to this effluent stream road 22.This opening portion 212 is arranged at this effluent stream road 22.This is embedded
Hole portion 213 is embedded with this moisture absorption wheel 3.
This moisture absorption wheel 3 be by one motor M2 drive start running and along a direction of rotation R2 rotation to be adsorbed in inside this
The aqueous vapor of conditioned space S.This moisture absorption wheel 3 has multiple micropores, and can reach good moisture sorption effect.For example, this moisture absorption
Wheel 1 is with zeolite, silica gel (Silica Gel), activated alumina (Activated Alumina), activated carbon (Activated
) etc. Carbons hygroscopic material is made.
This dehumidifying heating arrangements 4 has a dehumidification heater 41 of the side being attached at this moisture absorption wheel 3 and is located at this suction
One weep hole 42 of the opposite side of wet wheel, this weep hole 42 is communicated in the outside of this air conditioner surroundings, this weep hole 42 and this dehumidifying
The position of heater 41 is relative, so that being flow to by this moisture absorption wheel 3 through the vapor that this dehumidification heater 41 heating evaporation becomes
This weep hole 42.This weep hole 42 correspond to this rotating circular disk 211 this connection hole portion 214 and via this rotating circular disk this even
Through-hole section 214 is communicated in the outside of this air conditioner surroundings, or this weep hole 42 corresponds to this of this rotating circular disk 211 and covers portion 215
And this via this rotating circular disk covers the outside that portion 215 is not communicated with this air conditioner surroundings, with the rotation by this rotating circular disk 211
Turn this connection hole portion 214 of synchronous change and this covers the position in portion 215, and make this weep hole 42 be by this connection hole portion 214
And be communicated to the outside of this air conditioner surroundings or portion 215 covered by this and covers.
Optionally, this interior circulation heating arrangements 5 is a positive temperature coefficient (Positive Temperature
Coefficient, PTC) heater, it has the advantages that energy-conservation, safe.Certainly, the utility model is not limited thereto.This is interior
Circulating-heating mechanism 5 also can adopt other heaters.
As depicted in figs. 3 and 5, when this air-conditioning device 100 carries out an external pump-down process, this air-out guide mechanism 2 warp
Arrange and be located at the outer discharge wind guiding position that this air conditioning air flow of this inside conditioned space S is directed to this effluent stream road 22
When, this rotating circular disk 211 rotates and is communicated in the position of this opening portion 212 and this covers portion 215 to this connection hole portion 214 correspondence
During corresponding this weep hole 42 of closing, this air conditioning air flow of this inside conditioned space S is along this effluent stream road 22 and sequentially by being somebody's turn to do
Opening portion 212 and this connection hole portion 214 and be discharged directly to the outside of this air conditioner surroundings, to carry out this external pump-down process.
As shown in Figure 3 and Figure 6, when this air-conditioning device 100 carries out dehumidification treatments, this air-out guide mechanism 2 is located at will
This air conditioning air flow guiding of this inside conditioned space S is as an interior discharge wind guiding position on this interior drainage road 23, this rotational circle
Disk 211 rotates and covers portion 215 to this and correspond to the position of this opening portion 212 and make this inside conditioned space S and this effluent stream road
22 are not communicated with, and when this connection hole portion 214 corresponds to the position of outside being communicated in this weep hole 42 and this conditioned space, this dehumidifying
The aqueous vapor heating evaporation that heating arrangements 4 start running and adsorbed this moisture absorption wheel 3 becomes vapor to remove from this moisture absorption wheel 3,
The part through removing aqueous vapor of this moisture absorption wheel 3 then continues to adsorb the aqueous vapor of this inside conditioned space S, and this inside conditioned space
This air conditioning air flow of S is in directly returning to this air conditioner surroundings by the micropore of this moisture absorption wheel 3 after this moisture absorption wheel 3 moisture absorption, and energy
Directly the humidity of air conditioner surroundings is reduced, to lift the efficiency of dehumidification treatments, and and then avoid aqueous vapor repeatedly to evaporate condensing again
The problem of produced highly energy-consuming.As shown in Figure 3 and Figure 6, furthermore, the water becoming through this dehumidification heater 41 heating evaporation
Steam flow to this weep hole 42 by this moisture absorption wheel 3, and drains into the outside of this air conditioner surroundings by this connection hole portion 214.
Vapor directly can be drained into the outside of this air conditioner surroundings by air-conditioning device 100 of the present utility model, thus need not the extra row of setting
Even water lines topple over the water collecting, use lifting using upper convenience.
As shown in Figures 1 to 4, it is preferred that this air-conditioning device 100 also includes a guiding discharges housing 6.Shell is discharged in this guiding
One end of body 6 is communicated in outlet and this weep hole 42 on this effluent stream road 22, and the other end of this guiding discharge housing 6 is communicated to
The outside of this air conditioner surroundings, and can be by by the air conditioning air flow on this effluent stream road 22 and by the vapor of this weep hole 42 in the lump
Deliver to the outside of this air conditioner surroundings.
As shown in Fig. 3 and Fig. 7, when this air-conditioning device 100 carries out the air-supply process of this interior circulation, this interior circulation heating arrangements
5 is to decommission, and this air-out guide mechanism 2 is in this interior discharge wind guiding position, and so that this rotating circular disk 211 is rotated and cover to this
Portion 215 corresponds to the position of this opening portion 212 and this weep hole 42 and makes this inside conditioned space S and this effluent stream road 22 and be somebody's turn to do
Weep hole 42 is not communicated with so that the air conditioning air flow of this inside conditioned space S passes completely through this moisture absorption wheel 3 and the heating of this interior circulation
Mechanism 5 and send this air conditioner surroundings back to.In addition, when this air-conditioning device 100 carries out the process of this greenhouse, the position of this rotating circular disk 211
Put identical with the position carrying out when the air-supply of this interior circulation is processed, this interior circulation heating arrangements 5 starts running, and makes this inside empty
Adjust space S air conditioning air flow pass completely through this moisture absorption wheel 3 after heat in this interior circulation heating arrangements 5 intensification and return to
This air conditioner surroundings.
It is preferred that this air-out guide mechanism 2 includes an arc-shaped limit groove 25 and a limiting side wall 26.This arc-shaped limit groove 25
With the configuration of this rotating circular disk 211 concentric.This rotating circular disk 211 is in the face of the one of this arc-shaped limit groove 25 and this limiting side wall 26
Surface is provided with a spacing block set 216, and this spacing block set 216 is slidably in this stopper slot 25.As shown in fig. 7, in this rotation
Turn disk 211 to rotate to when making this inside conditioned space S and this effluent stream road 22 and this weep hole 42 be not communicated with, this spacing block set
216 limit the rotation angle range of this rotating circular disk 211 for being posted by a blind end of this arc-shaped limit groove 25.This limiting side
Wall 26 is located at this opening portion 212 and the outlet on this effluent stream road 22 neighbouring, and this spacing block set reclines this limit when this dehumidification treatments
Position side wall 26, and limit the rotation angle range of this rotating circular disk 211.
As shown in Fig. 3 and Fig. 8, when this air-conditioning device 100 carries out a dried process, this air-out guide mechanism 2 is located at will
This air conditioning air flow of this inside conditioned space S simultaneously guides and dries out with the one of this interior drainage road 23 as this effluent stream road 22
Wind guiding position, this air-out guide mechanism 2 control to by this inside conditioned space S be simultaneously directed to this effluent stream road 22 with should
Interior drainage road 23, and start this interior circulation heating arrangements 5 of running, and make a part for this air conditioning air flow sent by heat temperature raising
The another part being back to this air conditioner surroundings and this air conditioning air flow is expelled directly out the outside of this air conditioner surroundings, to reach slow reduction
The purpose of humidity.
Above narration and the explanation of explanation only preferred embodiment of the present utility model, for technique this area
, when can make other modifications according to claim defined above and above-mentioned explanation, only this little modification must for technical staff
Be for creation spirit of the present utility model in interest field of the present utility model.
Claims (10)
1. a kind of air-conditioning device, the inside of described air-conditioning device has an internal conditioned space, and described air-conditioning device comprises：
One admission gear, including an air inlet and a supply fan component, described air inlet is communicated in described air conditioner surroundings,
Described supply fan component is pumped into an air conditioning air flow in described via described air inlet from described air conditioner surroundings
Portion's conditioned space；
One air-out guide mechanism, including an effluent stream of a stream switching member, the outside being communicated in air conditioner surroundings described in one
Road and be communicated in described air conditioner surroundings one in drainage road, described stream switching member is arranged on described inside air-conditioning
Between space and described effluent stream road and be arranged between described inside conditioned space and described interior drainage road, described
Stream switching member this air conditioning air flow of described inside conditioned space is directed to described interior drainage road and passes through described
Interior drainage road be directed to the outside of described air conditioner surroundings, and/or this air conditioning air flow of described inside conditioned space is led
Cause described effluent stream road and be directed to the outside of described air conditioner surroundings by described effluent stream road；
One moisture absorption wheel, is arranged at described interior drainage road, and will be directed in described through described inside conditioned space
The aqueous vapor of the air conditioning air flow on drainage road is adsorbed；
One dehumidifying heating arrangements, are thermally connected to described moisture absorption wheel, and the aqueous vapor that the moisture absorption wheel described in heating evaporation is adsorbed；With
And
One interior circulation heating arrangements, are thermally connected to described interior drainage road, and by the air-conditioning through being directed into described interior drainage road
Air-flow heats up.
2. air-conditioning device as claimed in claim 1 is it is characterised in that described supply fan component is a centrifugal exhausting
Machine, and described admission gear has the air inlet described in two positioned at rotary shaft two side of described centrifugal exhauster
Mouthful.
3. air-conditioning device as claimed in claim 1 is it is characterised in that described air-out guide mechanism is configured and goes out at three
Switch between wind guiding position, three described air-out guiding positions include：
This air conditioning air flow of described inside conditioned space is directed to the position on described effluent stream road by one,
This air conditioning air flow of described inside conditioned space is guided the position as described interior drainage road by one,
This air conditioning air flow of described inside conditioned space is simultaneously directed to described effluent stream road and described interior row by one
The position of stream.
4. air-conditioning device as claimed in claim 1 is it is characterised in that described stream switching member includes one with center of circle rotation
Rotating circular disk, described rotating circular disk has a connection hole portion and and covers portion, described connection hole portion and described covering
Portion is located at the different rotary angle position of described rotating circular disk respectively, is synchronously changed by the rotation of described rotating circular disk
Become described connection hole portion and the described position covering portion, and described inside conditioned space and described effluent stream Lu Weitong
Cross described connection hole portion connection or be not communicated with by the described portion of covering.
5. air-conditioning device as claimed in claim 4 it is characterised in that described dehumidifying heating arrangements have be attached at described
One dehumidification heater of the side of moisture absorption wheel and the weep hole being located at the described opposite side of moisture absorption wheel, described weep hole
Relative with the position of described dehumidification heater, and the vapor through described dehumidification heater heating evaporation one-tenth is by described
Moisture absorption wheel and flow to described weep hole, described weep hole corresponds to described rotating circular disk and via described rotating circular disk
Connect or be not communicated with the outside of described air conditioner surroundings, with the company described in the rotation synchronous change by described rotating circular disk
Through-hole section and the described position covering portion, and described weep hole is to be communicated to described air-conditioning by described connection hole portion
The outside of environment or covered by the described portion of covering.
6. air-conditioning device as claimed in claim 1 it is characterised in that described dehumidifying heating arrangements have be attached at described
One dehumidification heater of the side of moisture absorption wheel and the weep hole being located at the described opposite side of moisture absorption wheel, described weep hole
It is communicated in the outside of described air conditioner surroundings, described weep hole is relative with the position of described dehumidification heater, and through described
Dehumidification heater heating evaporation become vapor pass through described moisture absorption wheel and described weep hole be expelled to described in air-conditioning
The outside of environment.
7. air-conditioning device as claimed in claim 6, also includes a guiding and discharges housing, one end of housing is discharged in described guiding
It is communicated in the described outlet on effluent stream road and described weep hole, and the other end of described guiding discharge housing is communicated to institute
The outside of the air conditioner surroundings stated.
8. air-conditioning device as claimed in claim 6, wherein said stream switching member includes one with the rotation of center of circle rotation
Disk, described rotating circular disk has a connection hole portion and and covers portion, and described connection hole portion and the described portion of covering are respectively
Positioned at the different rotary angle position of described rotating circular disk, by described in the rotation synchronous change of described rotating circular disk
Connection hole portion and the described position covering portion, and described inside conditioned space is by described with described connection hole portion
Weep hole connection or described inside conditioned space are not communicated with the described portion of covering.
9. the air-conditioning device as described in claim 4 or 8 is it is characterised in that described air-out guide mechanism includes an arc limit
Position groove, the rotating circular disk described with described rotating circular disk concentric configuration is in setting in the face of a surface of described arc-shaped limit groove
It is equipped with a spacing block set, described spacing block set slides in described stopper slot, and limit the rotation of described rotating circular disk
Angular range.
10. the air-conditioning device as described in claim 4 or 8 it is characterised in that the outlet on described effluent stream road to have one spacing
Side wall, described rotating circular disk is provided with a spacing block set in a surface of the outlet in the face of described effluent stream road, described
Spacing block set reclines described limiting side wall, and limits the rotation angle range of described rotating circular disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620890651.7U CN205957359U (en) | 2016-08-17 | 2016-08-17 | Air -conditioning device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620890651.7U CN205957359U (en) | 2016-08-17 | 2016-08-17 | Air -conditioning device |
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| Publication Number | Publication Date |
|---|---|
| CN205957359U true CN205957359U (en) | 2017-02-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620890651.7U Expired - Fee Related CN205957359U (en) | 2016-08-17 | 2016-08-17 | Air -conditioning device |
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| CN (1) | CN205957359U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107763761A (en) * | 2016-08-17 | 2018-03-06 | 创升科技股份有限公司 | Air-conditioning device |
-
2016
- 2016-08-17 CN CN201620890651.7U patent/CN205957359U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107763761A (en) * | 2016-08-17 | 2018-03-06 | 创升科技股份有限公司 | Air-conditioning device |
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