CN204322983U - A kind of changes in temperature defogger - Google Patents
A kind of changes in temperature defogger Download PDFInfo
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- CN204322983U CN204322983U CN201420759702.3U CN201420759702U CN204322983U CN 204322983 U CN204322983 U CN 204322983U CN 201420759702 U CN201420759702 U CN 201420759702U CN 204322983 U CN204322983 U CN 204322983U
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Abstract
A kind of changes in temperature defogger, comprise housing box and wind box, housing box inside be provided with for the process of wind body changes in temperature integral type core body and urge wind body and increase the evaporation fan of evaporation capacity, there is external air inlet mouth housing box bottom surface, housing box left surface is provided with interior ventilation inlet, be provided with between external air inlet mouth and interior ventilation inlet and change aerofoil, change aerofoil to be controlled to adjust by the new wind actr being arranged at housing box leading flank, evaporation fan is arranged on the right side of changes in temperature integral type core body, the exhaust outlet of evaporation fan is shrouded closure by wind box, on wind box, end face is provided with defrosting outlet, defrosting outlet is provided with air door C, wind box right flank is provided with and blows pin air port and blow head air port, blow on pin air port and be provided with air door B, blow head air port be provided with air door A and controlled by the air door executer A being arranged at wind box trailing flank, it is simple that the utility model has structure, tune wind is convenient, the advantage of low cost of manufacture.
Description
Technical field
The utility model belongs to automobile equipment production field, is specifically related to a kind of defogger, particularly relates to a kind of changes in temperature defogger.
Background technology
Along with the progressively development of urbanization, urban population is also more aobvious intensive, so city traffic carries very heavy task, so how to ensure passenger safety, how to be supplied to a kind of comfortable environment of passenger and to become particularly important.In the prior art, the general more complicated of the design for automobile air conditioning system, inner structure is comparatively mixed and disorderly, cuts and controls cumbersome, so the defogger designing a kind of structure simple, multiple functional extremely has market outlook for tune wind.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provides the changes in temperature defogger that a kind of structure is simple, adjust wind convenience, low cost of manufacture.
The purpose of this utility model is achieved in that a kind of changes in temperature defogger, comprise housing box and wind box, described housing box inside be provided with for the process of wind body changes in temperature integral type core body and urge the evaporation fan that wind body increases evaporation capacity, position of keeping right, described housing box bottom surface is provided with external air inlet mouth, described housing box left surface upper position is provided with interior ventilation inlet, be provided with between described external air inlet mouth and interior ventilation inlet and change aerofoil, the described aerofoil that changes can shutoff external air inlet mouth or interior ventilation inlet completely, the described aerofoil that changes is controlled to adjust by the new wind actr being arranged at housing box leading flank, described changes in temperature integral type core body is obliquely installed in housing box bosom position, described changes in temperature integral type core body and junction, housing box bottom surface are provided with water collector, and housing box bottom surface midway location is provided with the drain hose be communicated with water collector, described evaporation fan is arranged on the right side of changes in temperature integral type core body, and exhaust outlet is fixedly connected with housing box upper inside face upward, described wind box is connected with housing box make-up, and the exhaust outlet of evaporation fan is shrouded closure by wind box, on described wind box, end face is provided with defrosting outlet, described defrosting outlet is provided with air door C, described air door C is controlled by the air door executer C being arranged at wind box leading flank, described wind box right flank is provided with and blows pin air port and blow head air port, described blowing on pin air port is provided with air door B, described air door B is controlled by the air door executer B being arranged at wind box leading flank, described blow head air port is provided with air door A, described air door A is controlled by the air door executer A being arranged at wind box trailing flank.
Described external air inlet mouth place is provided with external air inlet filter screen.
Described interior air inlet is provided with interior air intake filter screen.
Described pin air port of blowing is provided with 1-4.
Described blow head air port is provided with 1-4.
The beneficial effect that the utility model produces is: arrange changes in temperature integral type core body in housing box inner inclination and can play cold, warm two kinds of wind bodies process, make inner structure comparatively simple, realize maximum controlling functions by minimum INT COMP and saved inner installation site; The external air inlet mouth that housing box bottom surface is arranged can provide outside air intake position, and the external air inlet filter screen that housing box bottom surface is arranged realizes the filtration to wind outside body, makes the wind body of suction more clean; In housing box left surface is arranged, ventilation inlet can provide inner air intake position, and the interior air intake filter screen that housing box left surface is arranged realizes the filtration to inner wind body, and the wind body of suction is filtered; Be arranged at and change the shutoff that aerofoil plays external ventilation inlet or interior ventilation inlet between external air inlet mouth and interior ventilation inlet, and select control to carry out new wind type conversion function by new wind actr, the existing inner air intake defrosting of shutoff external air inlet cause for gossip, what realize is internal air circulation, in shutoff ventilation inlet realize outside air intake defrosting, realization be air outer circulation; Evaporation fan plays wind body and urges effect, is more powerful after the blowout of wind body, increases air evaporation amount on the other hand, make defrosting effect better; Wind box is exhaust apparatus, the defrosting outlet that wind box is arranged can realize air regulator blowing defrosting, the air door C be arranged on defrosting outlet realizes the shutoff to defrosting outlet, and is controlled to carry out folding by air door executer C, thus realizes starting and the stopping that defrosting the defrosting of air regulator; The wind box arranged blows the blowing position that pin air port and blow head air port provide other, the wind body be processed is made to play more effect, wherein be arranged at the air door B blowing pin air port to realize the shutoff of blowing pin air port, and control to carry out folding by air door executer B, thus realize the heating of foot or get cool function; The air door A being arranged at blow head air port realizes shutoff to blow head air port, and controls to carry out folding by air door executer A, thus realizes the heating of head or get cool function.Wherein will blow pin air port and blow head air port design to be 1-4 can to select according to different automobile types when designing, its air output is made more to be applicable to different automobile types, the water collector arranged in changes in temperature integral type core body lower end and housing box junction can collect the aqueous water of condensation, and got rid of by drain hose, make its drainage effect splendid.Total the utility model has the advantage that structure is simple, adjust wind convenience, low cost of manufacture.
Accompanying drawing explanation
Fig. 1 is inner structure front elevation of the present utility model.
Fig. 2 is external structure front elevation of the present utility model.
Fig. 3 is the inner structure schematic diagram of the utility model wind box.
Fig. 4 is left view of the present utility model.
Fig. 5 is upward view of the present utility model.
In figure: 1, housing box 2, wind box 3, changes in temperature integral type core body 4, evaporation fan 5, external air inlet mouth 6, interior ventilation inlet 7, change aerofoil 8, new wind actr 9, water collector 10, drain hose 11, defrosting outlet 12, air door C 13, air door executer C 14, blow pin air port 15, blow head air port 16, air door B 17, air door executer B 18, air door A 19, air door executer A 20, external air inlet filter screen 21, interior air intake filter screen.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is further illustrated.
Embodiment 1
As shown in Fig. 1-5, a kind of changes in temperature defogger, comprise housing box 1 and wind box 2, described housing box 1 inside be provided with for the process of wind body changes in temperature integral type core body 3 and urge the evaporation fan 4 that wind body increases evaporation capacity, position of keeping right, described housing box 1 bottom surface is provided with external air inlet mouth 5, described housing box 1 left surface upper position is provided with interior ventilation inlet 6, be provided with between described external air inlet mouth 5 and interior ventilation inlet 6 and change aerofoil 7, the described aerofoil 7 that changes can shutoff external air inlet mouth 5 or interior ventilation inlet 6 completely, the described aerofoil 7 that changes is controlled to adjust by the new wind actr 8 being arranged at housing box leading flank, described changes in temperature integral type core body 3 is obliquely installed in housing box 1 bosom position, described changes in temperature integral type core body 3 is provided with water collector 9 with junction, housing box 1 bottom surface, and housing box 1 bottom surface midway location is provided with the drain hose 10 be communicated with water collector 9, described evaporation fan 4 is arranged on the right side of changes in temperature integral type core body 3, and exhaust outlet is fixedly connected with housing box 1 upper inside face upward, described wind box 2 is connected with housing box 1 make-up, and the exhaust outlet of evaporation fan 4 is shrouded closure by wind box 2, on described wind box 2, end face is provided with defrosting outlet 11, described defrosting outlet 11 is provided with air door C12, described air door C12 is controlled by the air door executer C13 being arranged at wind box 2 leading flank, described wind box 2 right flank is provided with and blows pin air port 14 and blow head air port 15, described blowing on pin air port 14 is provided with air door B16, described air door B16 is controlled by the air door executer B17 being arranged at wind box leading flank, described blow head air port 15 is provided with air door A18, described air door A18 is controlled by the air door executer A19 being arranged at wind box trailing flank.
Described external air inlet mouth 5 place is provided with external air inlet filter screen 20.
Described interior ventilation inlet 6 place is provided with interior air intake filter screen 21.
Described pin air port 14 of blowing is provided with 2.
Described blow head air port 15 is provided with 2.
The utility model is major embodiment following functions scheme in use:
One, the selection of air inlet mode:
1, the air inlet mode of interior air intake: by regulating new wind actr in the selection of air inlet mode, and then control to change aerofoil shutoff external air inlet mouth, evaporation fan carries out the twitch of wind body simultaneously, because external air inlet mouth is entered from interior ventilation inlet by shutoff wind body, and the air inlet mode of air intake in realizing.In wherein designing on housing box bottom surface when designing, air intake filter screen plays air filtration effect, the air entering housing box is filtered, makes the wind body of blowout also more clean, play the effect purified air.
2, the air inlet mode of external air inlet: by regulating new wind actr in the selection of air inlet mode, and then control to change ventilation inlet in aerofoil shutoff, evaporation fan carries out the twitch of wind body simultaneously, because interior ventilation inlet is entered from external air inlet mouth by shutoff wind body, realizes the air inlet mode of external air inlet.The external air inlet filter screen wherein designed on housing box left surface when designing plays air filtration effect, and the air making the external world enter housing box is filtered, and makes the wind body of blowout also more clean, plays the effect purified air.
Two, air-out way choice:
1, hot blast defrosts wind completely: in the control of air-out, first hot blast process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, and make air door B shutoff two blow pin air port by damper actr B, because of blow head air port and blow air port, angle all by shutoff, wind body can only blow out from defrosting outlet, thus realizes the complete defrost function of hot blast.
2, cold wind defrosts wind completely: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, and make air door B shutoff two blow pin air port by damper actr B, because of blow head air port and blow air port, angle all by shutoff, wind body can only blow out from defrosting outlet, thus realizes the complete defrost function of hot blast.
3, cold wind blows pin wind completely: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, and make air door C shutoff defrosting outlet by damper actr C, because blow head air port and defrosting outlet are all by shutoff, wind body from blowing the blowout of pin air port, thus can only realize cold wind and blows pin function completely.
4, hot blast blows pin wind completely: in the control of air-out, first hot blast process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, and make air door C shutoff defrosting outlet by damper actr C, because blow head air port and defrosting outlet are all by shutoff, wind body from blowing the blowout of pin air port, thus can only realize hot blast and blows pin function completely.
5, the complete blow head wind of cold wind: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door B shutoff two is made to blow pin air port by damper actr B, and make air door C shutoff defrosting outlet by damper actr C, because blowing pin air port and defrosting outlet all by shutoff, wind body can only blow out from blow head air port, thus realizes the complete blow head function of cold wind.
6, the complete blow head wind of warm braw: in the control of air-out, first warm braw process is selected by controlling cold-hot integrated formula core body, then air door B shutoff two is made to blow pin air port by damper actr B, and make air door C shutoff defrosting outlet by damper actr C, because blowing pin air port and defrosting outlet all by shutoff, wind body can only blow out from blow head air port, thus realizes the complete blow head function of warm braw.
7, cold wind defrosting blow head wind: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door B shutoff two is made to blow pin air port by damper actr B, because only blowing pin air port by shutoff, wind body from blow head air port and defrosting outlet blowout, thus realizes cold wind defrosting blow head function.
8, warm braw defrosting blow head wind: in the control of air-out, first warm braw process is selected by controlling cold-hot integrated formula core body, then air door B shutoff two is made to blow pin air port by damper actr B, because only blowing pin air port by shutoff, wind body from blow head air port and defrosting outlet blowout, thus realizes warm braw defrosting blow head function.
9, pin wind is blown in cold wind defrosting: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, because only having blow head air port by shutoff, wind body from blow pin air port and defrosting outlet blowout, thus realize cold wind defrosting blow pin function.
10, pin wind is blown in warm braw defrosting: in the control of air-out, first warm braw process is selected by controlling cold-hot integrated formula core body, then air door A shutoff two blow head air ports are made by damper actr A, because only having blow head air port by shutoff, wind body from blow pin air port and defrosting outlet blowout, thus realize warm braw defrosting blow pin function.
11, cold wind blows pin blow head wind: in the control of air-out, first cold wind process is selected by controlling cold-hot integrated formula core body, then air door C shutoff defrosting outlet is made by damper actr C, because only having defrosting outlet by shutoff, wind body from blowing pin air port and the blowout of blow head air port, thus realizes cold wind and blows pin blow head function.
12, warm braw blows pin blow head wind: in the control of air-out, first warm braw process is selected by controlling cold-hot integrated formula core body, then air door C shutoff defrosting outlet is made by damper actr C, because only having defrosting outlet by shutoff, wind body from blowing pin air port and the blowout of blow head air port, thus realizes warm braw and blows pin blow head function.
The utility model will blow pin air port when designing and blow head air port is all set to two, its blowing area is made to increase and then make regulating effect better, the wind body that the external air inlet filter screen being arranged at housing box bottom surface enters to external world plays a role in filtering, make air into the car more clean, in housing box left surface is arranged, air intake filter screen plays a role in filtering to the wind body entered in car, and air is into the car cleaned.Total the utility model have structure simple, adjust that wind is simple, the advantage of low cost of manufacture.
Claims (5)
1. a changes in temperature defogger, comprise housing box and wind box, described housing box inside be provided with for the process of wind body changes in temperature integral type core body and urge the evaporation fan that wind body increases evaporation capacity, it is characterized in that: position of keeping right, described housing box bottom surface is provided with external air inlet mouth, described housing box left surface upper position is provided with interior ventilation inlet, be provided with between described external air inlet mouth and interior ventilation inlet and change aerofoil, the described aerofoil that changes can shutoff external air inlet mouth or interior ventilation inlet completely, the described aerofoil that changes is controlled to adjust by the new wind actr being arranged at housing box leading flank, described changes in temperature integral type core body is obliquely installed in housing box bosom position, described changes in temperature integral type core body and junction, housing box bottom surface are provided with water collector, and housing box bottom surface midway location is provided with the drain hose be communicated with water collector, described evaporation fan is arranged on the right side of changes in temperature integral type core body, and exhaust outlet is fixedly connected with housing box upper inside face upward, described wind box is connected with housing box make-up, and the exhaust outlet of evaporation fan is shrouded closure by wind box, on described wind box, end face is provided with defrosting outlet, described defrosting outlet is provided with air door C, described air door C is controlled by the air door executer C being arranged at wind box leading flank, described wind box right flank is provided with and blows pin air port and blow head air port, described blowing on pin air port is provided with air door B, described air door B is controlled by the air door executer B being arranged at wind box leading flank, described blow head air port is provided with air door A, described air door A is controlled by the air door executer A being arranged at wind box trailing flank.
2. a kind of changes in temperature defogger according to claim 1, is characterized in that: described external air inlet mouth place is provided with external air inlet filter screen.
3. a kind of changes in temperature defogger according to claim 1, is characterized in that: described interior air inlet is provided with interior air intake filter screen.
4. a kind of changes in temperature defogger according to claim 1, is characterized in that: described pin air port of blowing is provided with 1-4.
5. a kind of changes in temperature defogger according to claim 1, is characterized in that: described blow head air port is provided with 1-4.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420759702.3U CN204322983U (en) | 2014-12-08 | 2014-12-08 | A kind of changes in temperature defogger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420759702.3U CN204322983U (en) | 2014-12-08 | 2014-12-08 | A kind of changes in temperature defogger |
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| Publication Number | Publication Date |
|---|---|
| CN204322983U true CN204322983U (en) | 2015-05-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420759702.3U Expired - Fee Related CN204322983U (en) | 2014-12-08 | 2014-12-08 | A kind of changes in temperature defogger |
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| Country | Link |
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| CN (1) | CN204322983U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108944353A (en) * | 2018-09-14 | 2018-12-07 | 郑州科林车用空调有限公司 | A kind of integral new-energy passenger integrated electric changes in temperature frost removal |
| CN109927507A (en) * | 2017-12-15 | 2019-06-25 | 郑州宇通客车股份有限公司 | A kind of vehicle liquid stream cycling hot management system for electric vehicle |
-
2014
- 2014-12-08 CN CN201420759702.3U patent/CN204322983U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109927507A (en) * | 2017-12-15 | 2019-06-25 | 郑州宇通客车股份有限公司 | A kind of vehicle liquid stream cycling hot management system for electric vehicle |
| CN108944353A (en) * | 2018-09-14 | 2018-12-07 | 郑州科林车用空调有限公司 | A kind of integral new-energy passenger integrated electric changes in temperature frost removal |
| CN108944353B (en) * | 2018-09-14 | 2024-02-09 | 郑州科林车用空调有限公司 | Integrated electric cold and warm defroster for new energy bus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150513 Termination date: 20211208 |
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| CF01 | Termination of patent right due to non-payment of annual fee |