CN105882352B - A kind of automobile air conditioner inlet air system - Google Patents
A kind of automobile air conditioner inlet air system Download PDFInfo
- Publication number
- CN105882352B CN105882352B CN201610295575.XA CN201610295575A CN105882352B CN 105882352 B CN105882352 B CN 105882352B CN 201610295575 A CN201610295575 A CN 201610295575A CN 105882352 B CN105882352 B CN 105882352B
- Authority
- CN
- China
- Prior art keywords
- circulation
- interior
- outer circulation
- air
- door
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H1/00—Heating, cooling or ventilating [HVAC] devices
- B60H1/00642—Control systems or circuits; Control members or indication devices for heating, cooling or ventilating devices
- B60H1/00664—Construction or arrangement of damper doors
- B60H1/00671—Damper doors moved by rotation; Grilles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H1/00—Heating, cooling or ventilating [HVAC] devices
- B60H1/00507—Details, e.g. mounting arrangements, desaeration devices
- B60H1/00514—Details of air conditioning housings
- B60H1/00521—Mounting or fastening of components in housings, e.g. heat exchangers, fans, electronic regulators
Landscapes
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Air-Conditioning For Vehicles (AREA)
Abstract
The invention discloses a kind of automobile air conditioner inlet air system, including housing, interior circulation air inlet and external circulation air inlet are offered on the housing；Characterized in that, rotatable circulate in the wind door is equipped with the interior circulation air inlet, for controlling the opening and closing of the interior circulation air inlet；Rotatable outer circulation air door is equipped with the external circulation air inlet, for controlling the opening and closing of the external circulation air inlet；Air door driving mechanism is also equipped with the housing, the air door driving mechanism is connected with the circulate in the wind door and outer circulation air door respectively, the circulate in the wind door and outer circulation air door is rotated under the driving of air door driving mechanism.The present invention have it is simple in construction, be easily installed, it is easy to control；The energy consumption of air-conditioning can be reduced, improves the speed of cooling and warming, increases the freshness of in-car air, avoids air excessively muddy and causes the fatigue of driver and crew, the advantages that being advantageous to improve ride comfort and the security driven a vehicle.
Description
Technical field
The present invention relates to field of automobile air conditioner, in particular to a kind of automobile air conditioner inlet air system.
Background technology
Air conditioning for automobiles is for the temperature in automobile bodies, humidity, air cleanliness and air flow to be adjusted and controlled
In optimum state, comfortable seating environment is provided for occupant, reduces journey fatigue；Good condition of work is created for driver,
The ventilation unit to be played an important role to ensuring safe driving.Generally comprise refrigerating plant, heating installation and compound ventilation air-changing device.
Wherein, compound ventilation air-changing device is mainly used in controlling the interior circulation and outer circulation of automobile, and interior circulation refers to that air blower blows
The wind gone out only circulate in the car by portion, because no extraneous air participates in, has fuel-efficient, refrigeration（Heating）The advantages of fast, shortcoming are
It is unfavorable for the renewal of in-car air.Outer circulation refers to that air blower suction air outside car is blown into in-car.Advantage is to maintain in-car
The freshness of air, but excessive fuel consumption, refrigeration（Heating）Speed is slow.
Existing air-conditioning device, the control switched using an air door inner loop air inlet and external circulation air inlet
System, a kind of pattern in interior circulation or outer circulation can only be selected.When user is fixed on outer circulation for a long time, constantly have fresh
Air enters driver's cabin, and air quality is good, but the air-flow for participating in air-conditioning heat exchange is all from outside driver's cabin, and cooling in summer air-conditioning needs not
Disconnected that external high temperature gas is converted into cryogenic gas reduction driving indoor temperature, air conditioner load is big, and air-conditioning temperature-reducing speed declines, together
When the compressor of air conditioner working time it is elongated, the life-span declines, and winter heating air-conditioning needs that extraneous cryogenic gas constantly is converted into height
Wet body, which improves, drives indoor temperature, and air conditioner load is big, and air-conditioning heating rate declines, and driver's cabin heating is slow.
The content of the invention
For above-mentioned the deficiencies in the prior art, the technical problems to be solved by the invention are：How a kind of structure letter is provided
It is single, it is easy to control, be advantageous to improve in-car air quality, improve the automobile air conditioner inlet air system of the efficiency of temperature adjustment.
In order to solve the above-mentioned technical problem, present invention employs following technical scheme：
A kind of automobile air conditioner inlet air system, including housing, one end of the housing are to connect for connecting the blower fan of air blower
Connect end；The housing offers interior circulation air inlet and external circulation air inlet on the position away from the blower fan connection end；It is special
Sign is, is equipped with rotatable circulate in the wind door on the interior circulation air inlet, the circulate in the wind door passes through rotation
Control the opening and closing of the interior circulation air inlet；Rotatable outer circulation air door, institute are equipped with the external circulation air inlet
State the opening and closing that outer circulation air door controls the external circulation air inlet by rotating；Air door driving machine is also equipped with the housing
Structure, the air door driving mechanism are connected with the circulate in the wind door and outer circulation air door respectively, make the circulate in the wind door and outer
Cycle throttle can rotate under the driving of air door driving mechanism.
In use, blower fan connection end is connected with air blower, start air blower, according to the temperature and fresh air shape of in-car
State, circulate in the wind door and outer circulation air door is driven to distinguish inner loop air inlet and external circulation air inlet using air door driving mechanism
It is adjusted.Because using two air doors, inner loop air inlet and external circulation air inlet are controlled respectively, enter in outer circulation
Under wind pattern, the aperture size of circulation air inlet in circulate in the wind gate control can be adjusted, the in-car air of a part is introduced and enters
Enter air-conditioning system and carry out temperature adjustment, set due to the temperature of room air relative to the temperature of outdoor air closer to air-conditioning
Temperature so that the relative speed for reducing, improving cooling and warming of the energy consumption of air-conditioning.Circulate under air intake pattern, can adjust outer inside
Cycle throttle controls the aperture size of external circulation air inlet, the air introduced outside a part of car, increases the freshness of in-car air,
Avoid air excessively muddy and cause the fatigue of driver and crew, be advantageous to improve the security of ride comfort and driving.Due to
Air blower causes formation negative pressure in housing, and the air of external circulation air inlet can be avoided directly to be entered by interior circulation air inlet
It is in-car.
As optimization, the air door driving mechanism includes mode dial, and the mode dial can be turned by the rotating shaft being coaxially disposed
It is arranged on dynamicly on housing；Also include the drive device for driving the mode dial to rotate that is connected with the mode dial and is used for；
The rotating shaft of the circulate in the wind door and the rotating shaft of outer circulation air door are parallel with the rotating shaft of the mode dial；The circulate in the wind
The rotating shaft of door passes through housing towards one end of the mode dial, and is connected by interior circulation linkage with the mode dial；
The rotating shaft of the outer circulation air door passes through housing towards one end of the mode dial, and passes through outer circulation linkage and the mould
Formula disk is connected；The mode dial towards the side of housing there is curvilinear interior circulation guide part and outer circulation to be oriented to
Portion；One end of the interior circulation linkage is the fixing end being fixedly mounted in the rotating shaft of the circulate in the wind door, the other end
The movable end on the interior circulation guide part, the end of the movable end of the interior circulation linkage are slidably mounted in for end
Portion can rotate with the mode dial to be slided along the interior circulation guide part, described in the fixing end drive for making interior circulation linkage
Circulate in the wind door rotates；One end of the outer circulation linkage is to be fixedly mounted in the rotating shaft of the outer circulation air door
Fixing end, the other end is that end is slidably mounted in movable end on the outer circulation guide part, the outer circulation connecting rod
The end of the movable end of mechanism can rotate along the outer circulation guide part with the mode dial and slide, and make outer circulation linkage
Fixing end drive the outer circulation air door to rotate.
In use, drive device drive pattern disc spins so that the movable end of interior circulation linkage is oriented to along interior circulation
Portion moves, and makes the fixing end of interior circulation linkage drive the circulate in the wind door to rotate；The work of outer circulation linkage simultaneously
Moved end is moved along outer circulation guide part, makes the fixing end of outer circulation linkage drive the outer circulation air door to rotate；So as to same
When control the rotation of circulate in the wind door and outer circulation air door.Using said structure, it is only necessary to which a set of drive device drive pattern spirals
Turn to can control two air doors, advantageously reduce drive device, save cost, reduce the space needed for installation, be easily installed.
As optimization, the interior circulation guide part is towards the interior circulation guide groove of housing setting, the interior circulation connecting rod
The end of the movable end of mechanism has the interior circulation guide pad being provided projectingly towards the mode dial, and the interior circulation guide pad can be slided
It is arranged on dynamicly in the interior circulation guide groove；The outer circulation guide part is the outer circulation guide groove set towards housing；Institute
The end for stating the movable end of outer circulation linkage has the outer circulation guide pad that is provided projectingly towards the mode dial, and this is outer to follow
Ring guide pad is slidably mounted in the outer circulation guide groove.
During installation, interior circulation linkage and outer circulation linkage are arranged on corresponding air door successively, and by wind
The state that door is adjusted to completely close or fully opened, make interior circulation guide pad and outer circulation connecting rod on interior circulation linkage
Outer circulation guide pad in mechanism outwardly, then pacifies interior the circulation guide groove and outer circulation guide groove of mode dial towards housing
Dress, interior circulation guide pad is set to be arranged in interior circulation guide groove, outer circulation guide pad is arranged in outer circulation guide groove.Using upper
Structure is stated, can make it that installation is easier.
As optimization, the interior circulation linkage includes the rotating shaft that one end is vertically fixedly mounted on the circulate in the wind door
On interior circulation straight connecting rod, and the interior circulation curved rod that is hinged of the other end with the interior circulation straight connecting rod, it is described in follow
The pin joint of ring straight connecting rod and interior circulation curved rod can move with the rotation of the two along interior circulation straight connecting rod or interior circulation curved rod
It is dynamic；It is described it is interior circulation curved rod middle part have perpendicular to it is interior circulation curved rod where plane rotating shaft, and the rotating shaft with it is described
The parallel setting of rotating shaft of circulate in the wind door；The other end of the interior circulation curved rod is slidably mounted in the interior circulation and led
To in portion.
Using said structure, circulate in the wind door and pattern are connected by circulating straight connecting rod and interior circulation curved rod in setting
Disk, influence of the circulate in the wind door position to the size of mode dial can be reduced as far as possible, on the premise of control effect is ensured, as far as possible
Reduce the size of mode dial, be advantageous to the installation of mode dial.
As optimization, the outer circulation linkage is straight connecting rod, and its one end is vertically fixed on the outer circulation air door
In rotating shaft, the other end is slidably mounted on the outer circulation guide part.
Using said structure so that the structure of outer circulation linkage is simple, is easy to manufacture and installs.
As optimization, the interior circulation guide part is in integrally semi-circular, including is set along suitable/counter clockwise direction successively linking
Fully closed section of interior circulation, it is interior circulation half-open section and it is interior circulation standard-sized sheet section；The end of the movable end of the interior circulation linkage
When respectively positioned at interior fully closed section of the circulation, half-open section of interior circulation and interior circulation standard-sized sheet section, distinguish the circulate in the wind door
It is corresponding to be in full-shut position, half-open position and full-gear；The outer circulation guide part is in integrally semi-circular, including along it is suitable/
Counterclockwise it is connected outer circulation standard-sized sheet section, half-open section of outer circulation and fully closed section of the outer circulation of setting successively；The outer circulation
The end of the movable end of linkage is located at the outer circulation standard-sized sheet section, half-open section of outer circulation and fully closed section of outer circulation respectively
When, make the outer circulation air door correspond to respectively be shown in a fully open operation, half-open position and full-shut position；The interior circulation is fully closed
Central angle corresponding to section, half-open section of interior circulation and interior circulation standard-sized sheet section respectively with the outer circulation standard-sized sheet section, outer circulation half
Open section and central angle corresponding to fully closed section of outer circulation is consistent.
In use, the end of the movable end of outer circulation linkage is slidably mounted on outer circulation guide part, inside follow
The end of the movable end of ring linkage is slidably mounted on interior circulation guide part, simultaneously as the interior circulation is fully closed
Central angle corresponding to section, half-open section of interior circulation and interior circulation standard-sized sheet section respectively with the outer circulation standard-sized sheet section, outer circulation half
Open section and central angle corresponding to fully closed section of outer circulation is consistent.Outside the end of the movable end of outer circulation linkage is located at
When circulating in standard-sized sheet section, outer circulation full trrottle, meanwhile, the end of the movable end of interior circulation linkage must be located at interior circulation
On fully closed section, circulate in the wind door is fully closed, realizes single outer circulation pattern of air-conditioning；When the end of the movable end of outer circulation linkage
Positioned at half-open section of outer circulation it is upper when, outer circulation air door is half-open, meanwhile, the end of the movable end of interior circulation linkage must be located at
In interior half-open section of circulation, circulate in the wind door is half-open, realizes the inner-outer circulation mixed mode of air-conditioning；When the work of outer circulation linkage
When the end of moved end is located at fully closed section of outer circulation above, outer circulation air door is fully closed, meanwhile, the end of the movable end of interior circulation linkage
Portion must be located in interior circulation standard-sized sheet section, circulate in the wind door standard-sized sheet, realize circulation pattern in the list of air-conditioning.
As optimization, interior fully closed section of the circulation is around the circular arc of the rotating shaft of mode dial setting, the interior circulation
The half-open section of arc set with interior circulation standard-sized sheet section around the rotating shaft of the mode dial, each point on half-open section of center line of the interior circulation
Radius of curvature with it is interior circulation standard-sized sheet section center line on each point radius of curvature along it is suitable/counterclockwise taper into, and it is described in
The rate of change for circulating the radius of curvature of each point on half-open section of center line is less than the curvature half of each point on the interior circulation standard-sized sheet section center line
The rate of change in footpath；Half-open section of the outer circulation and fully closed section of outer circulation are the circular arc of the rotating shaft setting around the mode dial
Shape, and the diameter of half-open section of center line of the outer circulation is less than the diameter of fully closed section of center line of the outer circulation；The outer circulation standard-sized sheet
The arc that section is set around the rotating shaft of the mode dial, and remote half-open section of the outer circulation in radius of curvature edge of each point on center line
Direction tapers into.
Using said structure, rotary mode disk, when the end of the movable end of interior circulation linkage is followed in circular arc
During fully closed section of upper slip of ring, it is ensured that circulate in the wind door is constantly in full-shut position；Meanwhile the activity of outer circulation linkage
Slided in the outer circulation standard-sized sheet section that radius of curvature changes the end at end, it is possible to achieve outer circulation air door standard-sized sheet and it is half-open between
Regulation.So, realize that the air force of external circulation pattern is adjusted.When the end of the movable end of interior circulation linkage exists
During the half-open section of upper slip of interior circulation of radius of curvature change, circulate in the wind door can realize the rotation adjustment of small range, meanwhile, outside
Slided in half-open section of the outer circulation of circular arc the end for circulating the movable end of linkage so that outer circulation air door only retains
Fixed aperture.So, that is, it ensure that the fresh air outside car can enter in-car, improve the freshness of in-car air.Again
It is avoided that outer heating refrigeration of the air to air-conditioning of excessive car has an impact.Be advantageous to improve the comfortableness driven.When interior
The end of the movable end of linkage is circulated when being slided in the interior circulation standard-sized sheet section that radius of curvature changes, it is possible to achieve interior circulation
Air door standard-sized sheet and it is half-open between adjust, meanwhile, the end of the movable end of outer circulation linkage is complete in the outer circulation of circular arc
Close in section and slide, it is ensured that outer circulation air door is constantly in full-shut position.So, the air force of inner loop pattern is realized
It is adjusted.
As optimization, the air door driving mechanism also includes installation installing plate on the housing, the installing plate with
The distance between described housing is more than the thickness of the mode dial；The mode dial is arranged on the installing plate and institute by rotating shaft
State between housing；The drive device is arranged on the installing plate.Said structure is compact, is easily installed arrangement.
As optimization, the rotating shaft of the circulate in the wind door and the rotating shaft of outer circulation air door are respectively positioned on corresponding air door length direction
Centre.Using said structure, the torque born in rotating shaft can be reduced, meanwhile, reduce air door Edge Distance rotating shaft away from
From improving the intensity of air door, the better tightness that can close air door.
As optimization, the drive device is motor.
In summary, the present invention has simple in construction, is easily installed, easy to control；The energy consumption of air-conditioning can be reduced, is improved
The speed of cooling and warming, increase the freshness of in-car air, avoid air excessively muddy and cause the fatigue of driver and crew, favorably
In improve ride comfort and driving security the advantages that.
Brief description of the drawings
Fig. 1 is the structural representation of one embodiment of the invention.
Fig. 2 is the structural representation of linkage portion in Fig. 1.
Fig. 3 is the structural representation of Fig. 1 mode dial.
Embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
When it is implemented, as shown in Fig. 1 ~ Fig. 3, a kind of automobile air conditioner inlet air system, including housing 1, the one of the housing 1
Hold as the blower fan connection end for connecting air blower；The housing 1 follows in being offered on the position away from the blower fan connection end
Ring air inlet 11 and external circulation air inlet 12；Rotatable circulate in the wind door is equipped with the interior circulation air inlet 11
21, the circulate in the wind door 21 is by rotating the control interior opening and closing for circulating air inlet 11；In the external circulation air inlet 12
Rotatable outer circulation air door 22 is equipped with, the outer circulation air door 22 controls the external circulation air inlet 12 by rotating
Opening and closing；Be also equipped with air door driving mechanism 3 on the housing 1, the air door driving mechanism 3 respectively with the circulate in the wind door
21 are connected with outer circulation air door 22, enable the drive of the circulate in the wind door 21 and outer circulation air door 22 in air door driving mechanism 3
Dynamic lower rotation.
In use, blower fan connection end is connected with air blower, start air blower, according to the temperature and fresh air shape of in-car
State, circulate in the wind door and outer circulation air door is driven to distinguish inner loop air inlet and external circulation air inlet using air door driving mechanism
It is adjusted.Because using two air doors, inner loop air inlet and external circulation air inlet are controlled respectively, enter in outer circulation
Under wind pattern, the aperture size of circulation air inlet in circulate in the wind gate control can be adjusted, the in-car air of a part is introduced and enters
Enter air-conditioning system and carry out temperature adjustment, set due to the temperature of room air relative to the temperature of outdoor air closer to air-conditioning
Temperature so that the relative speed for reducing, improving cooling and warming of the energy consumption of air-conditioning.Circulate under air intake pattern, can adjust outer inside
Cycle throttle controls the aperture size of external circulation air inlet, the air introduced outside a part of car, increases the freshness of in-car air,
Avoid air excessively muddy and cause the fatigue of driver and crew, be advantageous to improve the security of ride comfort and driving.Due to
Air blower causes formation negative pressure in housing, and the air of external circulation air inlet can be avoided directly to be entered by interior circulation air inlet
It is in-car.
During implementation, the air door driving mechanism 3 includes mode dial 31, and the mode dial 31 can by the rotating shaft being coaxially disposed
It is rotatably mounted on housing 1；Also include the drive for driving the mode dial 31 to rotate that is connected with the mode dial 31 and is used for
Dynamic device 32；The rotating shaft of the circulate in the wind door 21 and the rotating shaft of outer circulation air door 22 are equal with the rotating shaft of the mode dial 31
OK；The rotating shaft of the circulate in the wind door 21 passes through housing 1 towards one end of the mode dial 31, and passes through interior circulation linkage
41 are connected with the mode dial 31；The rotating shaft of the outer circulation air door 22 passes through housing 1 towards one end of the mode dial 31,
And it is connected by outer circulation linkage 42 with the mode dial 31；The mode dial 31 has equal towards the side of housing 1
Curvilinear interior circulation guide part 311 and outer circulation guide part 312；Pacify to be fixed one end of the interior circulation linkage 41
Fixing end in the rotating shaft of the circulate in the wind door 21, the other end are that end is slidably mounted in the interior circulation guiding
Movable end in portion 311, the end of the movable end of the interior circulation linkage 41 can be rotated along institute with the mode dial 31
State interior circulation guide part 311 to slide, make the fixing end of interior circulation linkage 41 drive the circulate in the wind door 21 to rotate；It is described
One end of outer circulation linkage 42 is the fixing end being fixedly mounted in the rotating shaft of the outer circulation air door 22, the other end
The movable end on the outer circulation guide part 312, the activity of the outer circulation linkage 42 are slidably mounted in for end
The end at end can rotate along the outer circulation guide part 312 with the mode dial 31 and slide, and make outer circulation linkage 42
Fixing end drives the outer circulation air door 22 to rotate.
In use, drive device drive pattern disc spins so that the movable end of interior circulation linkage is oriented to along interior circulation
Portion moves, and makes the fixing end of interior circulation linkage drive the circulate in the wind door to rotate；The work of outer circulation linkage simultaneously
Moved end is moved along outer circulation guide part, makes the fixing end of outer circulation linkage drive the outer circulation air door to rotate；So as to same
When control the rotation of circulate in the wind door and outer circulation air door.Using said structure, it is only necessary to which a set of drive device drive pattern spirals
Turn to can control two air doors, advantageously reduce drive device, save cost, reduce the space needed for installation, be easily installed.
During implementation, the interior circulation guide part 311 is the interior circulation guide groove set towards housing 1, and the interior circulation connects
The end of the movable end of linkage 41 has the interior circulation guide pad being provided projectingly towards the mode dial 31, and the interior circulation is oriented to
Block is slidably mounted in the interior circulation guide groove；The outer circulation guide part 312 is the outer circulation set towards housing 1
Guide groove；The end of the movable end of the outer circulation linkage 42 has the outer circulation being provided projectingly towards the mode dial 31
Guide pad, the outer circulation guide pad are slidably mounted in the outer circulation guide groove.
During installation, interior circulation linkage and outer circulation linkage are arranged on corresponding air door successively, and by wind
The state that door is adjusted to completely close or fully opened, make interior circulation guide pad and outer circulation connecting rod on interior circulation linkage
Outer circulation guide pad in mechanism outwardly, then pacifies interior the circulation guide groove and outer circulation guide groove of mode dial towards housing
Dress, interior circulation guide pad is set to be arranged in interior circulation guide groove, outer circulation guide pad is arranged in outer circulation guide groove.Using upper
Structure is stated, can make it that installation is easier.
During implementation, the interior circulation linkage 41 includes one end and is vertically fixedly mounted on turning for the circulate in the wind door 21
Interior circulation straight connecting rod 411 on axle, and the interior circulation curved rod being hinged with the interior other end for circulating straight connecting rod 411
412, the interior circulation straight connecting rod 411 and the interior pin joint for circulating curved rod 412 can be direct-connected along interior circulation with the rotation of the two
Bar 411 or interior circulation curved rod 412 move；The middle part of the interior circulation curved rod 412 has perpendicular to interior circulation curved rod 412
The rotating shaft of place plane, and rotating shaft setting parallel with the rotating shaft of the circulate in the wind door 21；The interior circulation curved rod 412
The other end be slidably mounted in it is described it is interior circulation guide part 311 on.
Using said structure, circulate in the wind door and pattern are connected by circulating straight connecting rod and interior circulation curved rod in setting
Disk, influence of the circulate in the wind door position to the size of mode dial can be reduced as far as possible, on the premise of control effect is ensured, as far as possible
Reduce the size of mode dial, be advantageous to the installation of mode dial.
During implementation, the outer circulation linkage 42 is straight connecting rod, and its one end is vertically fixed on the outer circulation air door 22
Rotating shaft on, the other end is slidably mounted on the outer circulation guide part 312.
Using said structure so that the structure of outer circulation linkage is simple, is easy to manufacture and installs.
During implementation, the overall interior circulation guide part 311 is in semi-circular, including is set along suitable/counter clockwise direction successively linking
Half-open section of fully closed section of 311a of the interior circulation put, interior circulation 311b and interior circulation standard-sized sheet section 311c；The interior circulation linkage
The end of 41 movable end is respectively positioned at half-open section of fully closed section of 311a of the interior circulation, interior circulation 311b and interior circulation standard-sized sheet section
During 311c, the circulate in the wind door 21 is corresponded to respectively and be in full-shut position, half-open position and full-gear；The outer circulation
It is in semi-circular that guide part 312 is overall, including is connected the outer circulation standard-sized sheet section 312a of setting successively along suitable/counter clockwise direction, follows outside
Fully closed section of 312c of half-open section of 312b of ring and outer circulation；The end of the movable end of the outer circulation linkage 42 is located at institute respectively
When stating outer circulation standard-sized sheet section 312a, outer circulation half-open section of 312b and fully closed section of 312c of outer circulation, make the outer circulation air door 22
Correspond to respectively be shown in a fully open operation, half-open position and full-shut position；Fully closed section of 311a of the interior circulation, interior half-open section of circulation
Central angle corresponding to 311b and interior circulation standard-sized sheet section 311c respectively with the outer circulation standard-sized sheet section 312a, half-open section of outer circulation
Central angle corresponding to fully closed section of 312c of 312b and outer circulation is consistent.
In use, the end of the movable end of outer circulation linkage is slidably mounted on outer circulation guide part, inside follow
The end of the movable end of ring linkage is slidably mounted on interior circulation guide part, simultaneously as the interior circulation is fully closed
Central angle corresponding to section, half-open section of interior circulation and interior circulation standard-sized sheet section respectively with the outer circulation standard-sized sheet section, outer circulation half
Open section and central angle corresponding to fully closed section of outer circulation is consistent.Outside the end of the movable end of outer circulation linkage is located at
When circulating in standard-sized sheet section, outer circulation full trrottle, meanwhile, the end of the movable end of interior circulation linkage must be located at interior circulation
On fully closed section, circulate in the wind door is fully closed, realizes single outer circulation pattern of air-conditioning；When the end of the movable end of outer circulation linkage
Positioned at half-open section of outer circulation it is upper when, outer circulation air door is half-open, meanwhile, the end of the movable end of interior circulation linkage must be located at
In interior half-open section of circulation, circulate in the wind door is half-open, realizes the inner-outer circulation mixed mode of air-conditioning；When the work of outer circulation linkage
When the end of moved end is located at fully closed section of outer circulation above, outer circulation air door is fully closed, meanwhile, the end of the movable end of interior circulation linkage
Portion must be located in interior circulation standard-sized sheet section, circulate in the wind door standard-sized sheet, realize circulation pattern in the list of air-conditioning.
During implementation, described interior fully closed section of 311a of circulation is the circular arc set around the rotating shaft of the mode dial 31, described interior
The arc that half-open section of 311b and interior circulation standard-sized sheet section 311c is set around the rotating shaft of the mode dial 31 is circulated, the interior circulation is half-open
The radius of curvature of each point and the interior radius of curvature for circulating each point on standard-sized sheet section 311c center lines are along suitable/counterclockwise on section 311b center lines
Direction tapers into, and the rate of change of the radius of curvature of each point is less than the interior circulation on half-open section of 311b center line of the interior circulation
The rate of change of the radius of curvature of each point on standard-sized sheet section 311c center lines；Described half-open section of 312b of outer circulation and fully closed section of outer circulation
312c is the circular arc of the rotating shaft setting around the mode dial 31, and the diameter of half-open section of 312b center line of the outer circulation is less than
The diameter of the fully closed section of 312c center line of outer circulation；The outer circulation standard-sized sheet section 312a is set around the rotating shaft of the mode dial 31
Arc, and the radius of curvature of each point tapers into along the direction away from half-open section of 312b of the outer circulation on center line.
Using said structure, rotary mode disk, when the end of the movable end of interior circulation linkage is followed in circular arc
During fully closed section of upper slip of ring, it is ensured that circulate in the wind door is constantly in full-shut position；Meanwhile the activity of outer circulation linkage
Slided in the outer circulation standard-sized sheet section that radius of curvature changes the end at end, it is possible to achieve outer circulation air door standard-sized sheet and it is half-open between
Regulation.So, realize that the air force of external circulation pattern is adjusted.When the end of the movable end of interior circulation linkage exists
During the half-open section of upper slip of interior circulation of radius of curvature change, circulate in the wind door can realize the rotation adjustment of small range, meanwhile, outside
Slided in half-open section of the outer circulation of circular arc the end for circulating the movable end of linkage so that outer circulation air door only retains
Fixed aperture.So, that is, it ensure that the fresh air outside car can enter in-car, improve the freshness of in-car air.Again
It is avoided that outer heating refrigeration of the air to air-conditioning of excessive car has an impact.Be advantageous to improve the comfortableness driven.When interior
The end of the movable end of linkage is circulated when being slided in the interior circulation standard-sized sheet section that radius of curvature changes, it is possible to achieve interior circulation
Air door standard-sized sheet and it is half-open between adjust, meanwhile, the end of the movable end of outer circulation linkage is complete in the outer circulation of circular arc
Close in section and slide, it is ensured that outer circulation air door is constantly in full-shut position.So, the air force of inner loop pattern is realized
It is adjusted.
During implementation, the air door driving mechanism 3 also includes the installing plate 33 being arranged on the housing 1, the installing plate
The distance between 33 and the housing 1 are more than the thickness of the mode dial 31；The mode dial 31 is arranged on described by rotating shaft
Between installing plate 33 and the housing 1；The drive device 32 is arranged on the installing plate 33.Said structure is compact, is easy to
Mounting arrangements.
During implementation, the rotating shaft of the circulate in the wind door 21 and the rotating shaft of outer circulation air door 22 are respectively positioned on corresponding air door length side
To centre.Using said structure, the torque born in rotating shaft can be reduced, meanwhile, reduce air door Edge Distance rotating shaft
Distance, the intensity of air door is improved, the better tightness that can close air door.
During implementation, the drive device 32 is motor.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not limitation with the present invention, all in essence of the invention
All any modification, equivalent and improvement made within refreshing and principle etc., should be included in the scope of the protection.
Claims (7)
1. a kind of automobile air conditioner inlet air system, including housing（1）, the housing（1）One end be wind for connecting air blower
Machine connection end；The housing（1）Interior circulation air inlet is offered on position away from the blower fan connection end（11）And outer circulation
Air inlet（12）；Characterized in that, the interior circulation air inlet（11）On be equipped with rotatable circulate in the wind door（21）,
The circulate in the wind door（21）The interior circulation air inlet is controlled by rotating（11）Opening and closing；The external circulation air inlet（12）
On be equipped with rotatable outer circulation air door（22）, the outer circulation air door（22）The outer circulation is controlled to enter by rotating
Air port（12）Opening and closing；The housing（1）On be also equipped with air door driving mechanism（3）, the air door driving mechanism（3）Respectively with
The circulate in the wind door（21）With outer circulation air door（22）It is connected, makes the circulate in the wind door（21）With outer circulation air door（22）Energy
Enough in air door driving mechanism（3）Driving under rotate；The air door driving mechanism（3）Including mode dial（31）, the mode dial
（31）Housing is installed in rotation on by the rotating shaft being coaxially disposed（1）On；Also include and the mode dial（31）It is connected simultaneously
For driving the mode dial（31）The drive device of rotation（32）；The circulate in the wind door（21）Rotating shaft and outer circulation air door
（22）Rotating shaft with the mode dial（31）Rotating shaft it is parallel；The circulate in the wind door（21）Rotating shaft towards the pattern
Disk（31）One end pass through housing（1）, and pass through interior circulation linkage（41）With the mode dial（31）It is connected；It is described outer
Cycle throttle（22）Rotating shaft towards the mode dial（31）One end pass through housing（1）, and pass through outer circulation linkage
（42）With the mode dial（31）It is connected；The mode dial（31）Towards housing（1）Side have it is curvilinear interior
Circulate guide part（311）With outer circulation guide part（312）；The interior circulation linkage（41）One end to be fixedly mounted on
State circulate in the wind door（21）Rotating shaft on fixing end, the other end be end be slidably mounted in the interior circulation guide part
（311）On movable end, the interior circulation linkage（41）The end of movable end can be with the mode dial（31）Rotate
Along the interior circulation guide part（311）Slide, make interior circulation linkage（41）Fixing end drive the circulate in the wind door
（21）Rotate；The outer circulation linkage（42）One end to be fixedly mounted on the outer circulation air door（22）Rotating shaft on
Fixing end, the other end are that end is slidably mounted in the outer circulation guide part（312）On movable end, the outer circulation connects
Linkage（42）The end of movable end can be with the mode dial（31）Rotate along the outer circulation guide part（312）Slide,
Make outer circulation linkage（42）Fixing end drive the outer circulation air door（22）Rotate；The interior circulation guide part（311）
Overall is in semi-circular, including is connected fully closed section of the interior circulation of setting successively along suitable/counter clockwise direction（311a）, it is interior circulation half-open section
（311b）And interior circulation standard-sized sheet section（311c）；The interior circulation linkage（41）Movable end end respectively positioned at described
Interior fully closed section of circulation（311a）, it is interior circulation half-open section（311b）And interior circulation standard-sized sheet section（311c）When, make the circulate in the wind
Door（21）Correspond to respectively and be in full-shut position, half-open position and full-gear；The outer circulation guide part（312）Overall is in half
Annular, including along it is suitable/be counterclockwise connected the outer circulation standard-sized sheet section of setting successively（312a）, half-open section of outer circulation（312b）With
And fully closed section of outer circulation（312c）；The outer circulation linkage（42）Movable end end respectively positioned at the outer circulation it is complete
Open section（312a）, half-open section of outer circulation（312b）And fully closed section of outer circulation（312c）When, make the outer circulation air door（22）Point
It Dui Ying not be shown in a fully open operation, half-open position and full-shut position；Interior fully closed section of the circulation（311a）, it is interior circulation half-open section
（311b）And interior circulation standard-sized sheet section（311c）Corresponding central angle respectively with the outer circulation standard-sized sheet section（312a）, outer circulation
Half-open section（312b）And fully closed section of outer circulation（312c）Corresponding central angle is consistent；Interior fully closed section of the circulation（311a）
For around the mode dial（31）Rotating shaft set circular arc, it is described it is interior circulation half-open section（311b）With interior circulation standard-sized sheet section
（311c）Around the mode dial（31）Rotating shaft set arc, it is described it is interior circulation half-open section（311b）The curvature of each point on center line
Radius and interior circulation standard-sized sheet section（311c）On center line the radius of curvature of each point along it is suitable/counterclockwise taper into, it is and described
Interior half-open section of circulation（311b）The rate of change of the radius of curvature of each point is less than the interior circulation standard-sized sheet section on center line（311c）Center line
The rate of change of the radius of curvature of upper each point；Half-open section of the outer circulation（312b）And fully closed section of outer circulation（312c）It is around institute
State mode dial（31）The circular arc that sets of rotating shaft, and half-open section of the outer circulation（312b）The diameter of center line, which is less than outside described, to follow
Fully closed section of ring（312c）The diameter of center line；The outer circulation standard-sized sheet section（312a）Around the mode dial（31）Rotating shaft set arc
Shape, and on center line each point radius of curvature along away from half-open section of the outer circulation（312b）Direction taper into.
2. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the interior circulation guide part（311）For court
To housing（1）The interior circulation guide groove set, the interior circulation linkage（41）Movable end end have towards described in
Mode dial（31）The interior circulation guide pad being provided projectingly, the interior circulation guide pad are slidably mounted in the interior circulation guide groove
It is interior；The outer circulation guide part（312）For towards housing（1）The outer circulation guide groove of setting；The outer circulation linkage
（42）The end of movable end have towards the mode dial（31）The outer circulation guide pad being provided projectingly, the outer circulation guide pad
It is slidably mounted in the outer circulation guide groove.
3. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the interior circulation linkage（41）Including
One end is vertically fixedly mounted on the circulate in the wind door（21）Rotating shaft on interior circulation straight connecting rod（411）, and with it is described interior
Circulate straight connecting rod（411）The interior circulation curved rod that is hinged of the other end（412）, the interior circulation straight connecting rod（411）Followed with interior
Ring curved rod（412）Pin joint can be with the rotation of the two along interior circulation straight connecting rod（411）Or interior circulation curved rod（412）Move
It is dynamic；The interior circulation curved rod（412）Middle part have perpendicular to interior circulation curved rod（412）The rotating shaft of place plane, and should
Rotating shaft and the circulate in the wind door（21）The parallel setting of rotating shaft；The interior circulation curved rod（412）The other end slidably
Ground is arranged on the interior circulation guide part（311）On.
4. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the outer circulation linkage（42）To be straight
Connecting rod, its one end are vertically fixed on the outer circulation air door（22）Rotating shaft on, the other end is slidably mounted in described outer follow
Ring guide part（312）On.
5. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the air door driving mechanism（3）Also include
Installed in the housing（1）On installing plate（33）, the installing plate（33）With the housing（1）The distance between be more than it is described
Mode dial（31）Thickness；The mode dial（31）The installing plate is arranged on by rotating shaft（33）With the housing（1）Between；
The drive device（32）Installed in the installing plate（33）On.
6. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the circulate in the wind door（21）Rotating shaft and
Outer circulation air door（22）Rotating shaft be respectively positioned on the centre of corresponding air door length direction.
7. automobile air conditioner inlet air system as claimed in claim 1, it is characterised in that the drive device（32）For motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610295575.XA CN105882352B (en) | 2016-05-06 | 2016-05-06 | A kind of automobile air conditioner inlet air system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610295575.XA CN105882352B (en) | 2016-05-06 | 2016-05-06 | A kind of automobile air conditioner inlet air system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105882352A CN105882352A (en) | 2016-08-24 |
| CN105882352B true CN105882352B (en) | 2018-02-02 |
Family
ID=56702360
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610295575.XA Active CN105882352B (en) | 2016-05-06 | 2016-05-06 | A kind of automobile air conditioner inlet air system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105882352B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108749509B (en) * | 2018-04-23 | 2022-03-08 | 重庆长安汽车股份有限公司 | Method for improving heating performance of automobile air conditioner |
| CN110395088B (en) * | 2019-08-19 | 2024-03-19 | 重庆松芝汽车空调有限公司 | Air inlet structure of HVAC (heating, ventilation and air conditioning) air inlet box |
| CN112046243B (en) * | 2020-08-17 | 2021-11-09 | 上海空调国际南通有限公司 | Air inlet box structure |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2715700B2 (en) * | 1991-06-28 | 1998-02-18 | 日産自動車株式会社 | Vehicle air conditioner |
| US9676245B2 (en) * | 2012-08-30 | 2017-06-13 | Denso International America, Inc. | Three door structure for partial recirculation in an air conditioning system |
| JP6051074B2 (en) * | 2013-02-26 | 2016-12-21 | 株式会社ケーヒン | Air conditioner for vehicles |
| CN204506413U (en) * | 2014-12-31 | 2015-07-29 | 艾泰斯热系统研发（上海）有限公司 | Hardware and software platform air conditioning for automobiles mode control device |
-
2016
- 2016-05-06 CN CN201610295575.XA patent/CN105882352B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN105882352A (en) | 2016-08-24 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105882352B (en) | A kind of automobile air conditioner inlet air system | |
| CN101259823A (en) | Heating and ventilating air-conditioning system and control method thereof | |
| CN111284295B (en) | Method for operating air conditioning system for vehicle | |
| CN104648080A (en) | Automotive air conditioner | |
| CN110116602B (en) | Heating ventilation air conditioning box for new energy automobile | |
| CN104764091B (en) | Air conditioning box, automobile air conditioning device and automobile | |
| CN104089386A (en) | Air door driving mechanism of automotive air conditioner, automotive air conditioner and automobile | |
| CN201380736Y (en) | Bus air-conditioner economizer system | |
| CN207388792U (en) | A kind of automobile air conditioner inlet air regulating device and ventilating system | |
| CN110962543A (en) | Automobile air conditioner mechanism | |
| CN202040897U (en) | Air conditioner used for vehicle | |
| CN205930118U (en) | Vehicle air conditioner air -mixing damper and actuating mechanism thereof | |
| CN211641761U (en) | Automobile air conditioner mechanism | |
| CN212046778U (en) | Air conditioner air inlet system for vehicle and vehicle | |
| CN205661280U (en) | Vehicle air conditioner air inlet is mode dish for system | |
| CN206419511U (en) | The one-way non-return wind valve device in the adjustable non-return direction of right angle setting of Double-gear control | |
| CN204978154U (en) | Automotive air conditioning assembly | |
| CN211641760U (en) | Automobile air conditioner | |
| WO2022267670A1 (en) | Air conditioner for vehicle, and vehicle | |
| CN201205858Y (en) | Heating ventilation and air conditioning system | |
| CN110159569A (en) | A kind of blower assy with secondary air door | |
| JPS6229411A (en) | Air conditioner for vehicle | |
| WO2021179913A1 (en) | Operating method for air conditioning system for vehicle | |
| CN201501266U (en) | Automobile air heater assembly | |
| CN217145580U (en) | Truck HVAC assembly with sleeper air port assembly |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |