The air outlet device of air conditioner of automobile of button control
Technical field
The invention belongs to air outlet field, and in particular to the air outlet device of air conditioner of automobile of button control.
Background technology
In existing vehicle air conditioning outlet, generally using thumb wheel control air door opening and closing, concrete structure by thumb wheel, even
Bar, crank, air door composition, wherein dial wheel operating power is easily influenceed by material, dimensional accuracy etc., meanwhile, in vehicle travel process,
Due to air-flow and the influence of vibration, throttle condition change is easily caused, air-out effect is influenceed.
The content of the invention
For deficiency of the prior art, the present invention provides the air outlet device of air conditioner of automobile of button control, existing to solve
Some vehicle air conditioning outlets are moved by thumb wheel drivening rod, are completed air outlet folding, are easily changed during automobile bumpiness
The problem of becoming throttle condition.
The present invention is achieved through the following technical solutions.
The air outlet device of air conditioner of automobile of button control, including air outlet housing, described air outlet housing upper strata are exposed
Button is provided with, described button, which is fixedly connected with pole, described pole, is arranged with spring, is also set up on described pole
There is lockable mechanism, described locking device is located at the top of spring, and described lockable mechanism includes being fixedly installed on pole
V-way is provided with briquetting, described briquetting, what is cooperated with described V-way is that bottom is fixed on air outlet shell
Carbine on body, the end of described V-way is provided with step, and described pole bottom is connected with link gear, described
Link gear driving air door.Button and locking system replace traditional dial wheel device, and operating physical force is ensured using press-button structure
It is stable, while ensureing the stabilization of outlet air door open and-shut mode in vehicle travel process using spring and lockable mechanism, improve and
Wind effect.
Preferably, the bottom of described carbine is fixed by mounting seat with air outlet housing.The bottom of carbine must
It must be fixed, not so carbine can misplace.
Preferably, the diameter of described briquetting is more than the diameter of spring.
Preferably, being provided with parcel housing on the outside of described lockable mechanism, described spring is carried out by wrapping up housing
Position is fixed.On the one hand parcel housing can play a part of protection, and on the other hand fixed spring, prevents spring from dropping.
Preferably, described link gear includes wire, described wire passes through the perforation below pole, one end
It is fixed on air outlet housing, the other end is connected on crank, described crank is fixed on the side of air door.Air outlet housing is also
Guide plate is provided with, is oriented to wire, wire driving, cost of parts is low, but installs relatively difficult.
Preferably, being also arranged with torsion spring on described crank, the feeler of described torsion spring connects air outlet housing.Crank
There is certain self-lock force in initial position.
Preferably, described link gear includes the rack for being arranged at pole bottom, described rack and pinion coordinates,
Described gear is connected with connecting rod, and described connecting rod is connected with crank, and described crank is fixed on the side of air door.Rack-and-pinion
With the cooperation of connecting rod, cost of parts is high, but installs relatively simple, and stability is strong.
Compared with prior art:Ensure the stabilization of operating physical force using press-button structure, car is ensured using spring and lockable mechanism
Traveling during outlet air door open and-shut mode stabilization, improve air-out effect.
Brief description of the drawings
Fig. 1 is the structural representation of the lockable mechanism of the present invention.
Fig. 2 is the structural representation of embodiments of the invention 1.
Fig. 3 is the front view of embodiments of the invention 1.
Fig. 4 is the side view of embodiments of the invention 1.
Fig. 5 is the structural representation of embodiments of the invention 2.
Fig. 6 is the front view of embodiments of the invention 2.
Embodiment
Below in conjunction with the accompanying drawings with embodiment, the present invention is described further.
The air outlet device of air conditioner of automobile of button control, including air outlet housing 4, the described upper strata of air outlet housing 4 are naked
Dew is provided with button 1, and described button 1, which is fixedly connected with pole, described pole, is arranged with spring 10, on described pole
Lockable mechanism 2 is additionally provided with, described locking device 2 is located at the top of spring 10, and described lockable mechanism 2 includes being fixedly installed
V-way 7 is provided with briquetting on pole, described briquetting, what is cooperated with described V-way 7 is that bottom is consolidated
The carbine 8 on air outlet housing 4 is scheduled on, the end of described V-way 7 is provided with step 71, and described pole bottom connects
Link gear is connected to, described link gear drives air door 9, and the bottom of described carbine 8 passes through mounting seat and air outlet shell
Body 4 is fixed, and the diameter of described briquetting is more than the diameter of spring 10, and the described outside of lockable mechanism 2 is provided with parcel housing, institute
The spring 10 stated is fixed by wrapping up housing progress position, and described link gear includes wire 3, and described wire 3 is worn
The perforation crossed below pole, one end is fixed on air outlet housing 4, and the other end is connected on crank 5, and described crank 5 is fixed
Torsion spring 6 is also arranged with the side of air door 9, described crank 5, the feeler of described torsion spring 6 connects air outlet housing 4, institute
The link gear stated includes the rack 12 for being arranged at pole bottom, and described rack 12 coordinates with gear 11, described gear 11
Connecting rod 13 is connected with, described connecting rod 13 is connected with crank 5, and described crank 5 is fixed on the side of air door 9.
Embodiment 1, after described button 1 is pressed, drives pole and lockable mechanism 2 together to push, the pressure of lockable mechanism 2
Block is compressed to spring 10, and the lower end of carbine 8 is fixing end, and upper end is movable end.During original state, carbine 8 is in V
The exterior bottom of shape guide rail 7, air door 9 is in open mode, when pressing button 1, the movable end quilt of the carbine 8 in self-locking mechanism
Drive is moved along the outer left side of V-way 7, and the upper left bend of V-way 7 is bypassed afterwards and enters guide rail interior, now release button
1, carbine 8 attempts to recover in deformation process, and the movable end of carbine 8 reaches the inside bottom of V-way 7, the i.e. position of step 71.
During this, pole drives wire 3 to move, and then drives crank 5 and the rotation of air door 9 to reach closed mode, then
Secondary when pressing button 1, the briquetting of lockable mechanism 2 continues to being upspring after being compressed of spring 10, the carbine in lockable mechanism 2
8 movable end is driven along the inner right side of V-way 7 and moved, and is returned to by guide rail upper right bend outside guide rail, now unclamps and presses
Button, carbine 8 attempts to recover in deformation process, and the movable end of carbine 8 returns to the initial position of the lower section of V-way 7.This process
In, the bottom of lockable mechanism 2 drives wire 3 to move, and then drives crank 5 and air door 9 to rotate back into opening.In addition, by
In there is clockwise ledge structure on the V-way 7 of lockable mechanism 2, it is ensured that the movable end of carbine 8 can only be according to up time
Pin direction shuttling movement.
Embodiment 2, after described button 1 is pressed, drives pole and lockable mechanism 2 together to push, the pressure of lockable mechanism 2
Block is compressed to spring 10, and the lower end of carbine 8 is fixing end, and upper end is movable end.During original state, carbine 8 is in V
The exterior bottom of shape guide rail 7, air door 9 is in open mode, when pressing button 1, the movable end quilt of the carbine 8 in self-locking mechanism
Drive is moved along the outer left side of V-way 7, and the upper left bend of V-way 7 is bypassed afterwards and enters guide rail interior, now release button
1, carbine 8 attempts to recover in deformation process, and the movable end of carbine 8 reaches the inside bottom of V-way 7, the i.e. position of step 71.
During this, the rack 12 being connected with pole is moved with moving gear 11, and then drivening rod 13 makes crank 5 and air door
3 rotate and reach opening, when pressing button 1 again, and the briquetting of lockable mechanism 2 continues to bullet after being compressed of spring 10
Rise, the movable end of the carbine 8 in lockable mechanism 2, which is driven along the inner right side of V-way 7, to be moved, by guide rail upper right bend
Return to outside guide rail, now release button 1, carbine 8 attempts to recover in deformation process, and the movable end of carbine 8 returns to V-arrangement and led
The initial position of the lower section of rail 7.During this, the rack 12 being connected with pole is moved with moving gear 11, and then drivening rod 13 makes
Crank 5 and air door 3, which are rotated, reaches opening.
Due to there is clockwise ledge structure on the V-way 7 of lockable mechanism 2, it is ensured that the movable end of carbine 8 is only
Can be according to clockwise direction shuttling movement.
Protection scope of the present invention includes but is not limited to embodiment of above, and protection scope of the present invention is with claims
It is defined, any replacement being readily apparent that to those skilled in the art that this technology is made, deformation, improvement each fall within the present invention's
Protection domain.