CN109774412A - Air conditioner filter element disassembly and assembly structure - Google Patents
Air conditioner filter element disassembly and assembly structure Download PDFInfo
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- CN109774412A CN109774412A CN201910060798.1A CN201910060798A CN109774412A CN 109774412 A CN109774412 A CN 109774412A CN 201910060798 A CN201910060798 A CN 201910060798A CN 109774412 A CN109774412 A CN 109774412A
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- sliding part
- air
- mounting base
- filter core
- core mounting
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Abstract
The present invention provides a kind of air conditioner filter element disassembly and assembly structures, it mainly include air-conditioning box, filter core mounting base, dismount control mechanism and Detachable connection structure, and dismounting control mechanism mainly includes sliding part, elastic element and lock piece, elastic element is connected between air-conditioning box and sliding part, lock piece is set to the other end of sliding part, and it is pivotally attached to air-conditioning box, in the locking channel for being configured with the locking end that can be embedded in lock piece on sliding part, solve lock access and lock groove, Detachable connection structure is connected between filter core mounting base and sliding part, it is servo-actuated so that sliding part can have in the sliding of filter core mounting base.Air conditioner filter element disassembly and assembly structure of the present invention can realize the disassembly and installation of filter core mounting base by pressing filter core mounting base, can improve the convenience of filter core mounting base dismounting, and dismounting is simple, easy to use, and be less likely to be damaged.
Description
Technical field
The present invention relates to air conditioning for automobiles mounting technique field, in particular to a kind of air conditioner filter element disassembly and assembly structure.
Background technique
With the development of the automobile industry and the improvement of people's living standards, the comfort of driving and the seating of automobile is wanted
It asks and is also being gradually increased, and air-conditioning system is exactly to influence the key factor of riding comfort.
It is general in air conditioning for automobiles all to have air conditioner filter element, to filter the air entered in compartment from the external world, filter out sky
Impurity, dust, molecule in gas etc., to promote the air quality in compartment.But air conditioner filter element needs regularly more
It changes, if replacement can make air conditioner filter element draw badly not in time, adsorption capacity is not strong, filter effect is deteriorated.
Existing air conditioner filter element mounting structure, disassembly process are the glove compartment for needing first to tear open the passenger side side, then tear filter core installation open
Seat, finally further takes out air conditioner filter element；Installation process is first new air conditioner filter element to be assembled to the corresponding position of air-conditioning box, then
Filter core mounting base is assembled, the passenger side side glove compartment is finally assembled.
Specifically, filter core mounting base and air-conditioning box assembling structure are general are as follows: one end is the "-" type in filter core mounting base
Connected structure is plugged into the corresponding spliced eye of air-conditioning box, and the other end is that the U-shaped clamping structure of filter core mounting base snaps fit onto air-conditioning
In the corresponding card hole of case.
When dismantling filter core mounting base, U-shaped clamping structure in the corresponding card hole of air-conditioning box after coming out, "-" type grafting knot
Structure need to be deviate from from the corresponding spliced eye of air-conditioning box along vehicle width direction, could take filter core mounting base away.
And when dismantling filter core mounting base, a lot of maintenance master workers for replacing air conditioner filter elements by U-shaped clamping structure from air-conditioning
It is directly taken away along motor vehicle length direction after being taken out in case card hole, "-" type connected structure is not also out of air-conditioning box spliced eye at this time
Abjection causes "-" type clamping structure to be broken.In addition, the dismounting filter core mounting base of multifrequency time can make U-shaped clamping structure and air-conditioning
Case occur clamping loosen, clamping loosely, clamping phenomenon not in place, in the presence of the risk for generating abnormal sound when driving.In addition, dismounting filter
The free margins that core mounting base needs hand to pinch U-shaped clamping structure makes it occur deviating from from air-conditioning box card hole after deforming, and U-shaped card connects
Structure is the plastic part of injection molding, and when winter weather is colder, for plastic part again compared with " crisp ", conference of slightly exerting oneself makes U-shaped clamping structure
There is breakage problem.
Summary of the invention
In view of this, the present invention is directed to propose a kind of air conditioner filter element disassembly and assembly structure, is dismounted just with improving filter core mounting base
Benefit.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
A kind of air conditioner filter element disassembly and assembly structure, comprising:
Air-conditioning box is configured with the installation cavity with installing port in Yu Suoshu air-conditioning box；
Filter core mounting base is installed by the installing port to the installation cavity, and has the cunning relative to the air-conditioning box
It is dynamic；
Control mechanism is dismounted, the side of the installation cavity, the dismounting control are configured on the air-conditioning box and are located at
Mechanism includes the sliding part along the sliding setting of filter core mounting base dismounting direction, is connected to the sliding part and the air-conditioning box
Between elastic element, and relative to the elastic element, positioned at the lock piece of the sliding part other end；The lock piece
One end be pivotally connected with the air-conditioning box, the other end constitute locking end；In be configured on the sliding part it is positioned opposite, with can
It is embedded in the locking channel reconciliation lock access of the locking end, and be connected between the locking channel and the solution lock access,
And close to the lock groove of elastic element arrangement, relative to the one end for being configured with the lock groove, the locking channel and institute
The other end for stating solution lock access crosses connection；
Detachable connection structure is set between the filter core mounting base and the sliding part, to constitute the filter core installation
Releasable connection between seat and the sliding part, and because of the setting of the Detachable connection structure, the sliding part can be servo-actuated in
The filter core mounting base sliding；Because the locking end is placed in the lock groove, the filter core mounting base can have relative to
The fixed assembly of the air-conditioning box fills state, because the locking end is in the locking channel or solution lock access, the filter core
Mounting base can have the sliding mode relative to air-conditioning box sliding.
Further, being equipped between Yu Suoshu sliding part and the air-conditioning box guides the sliding part relative to the air-conditioning
The gliding movement targeting structure of case sliding.
Further, the gliding movement targeting structure includes being formed on the sliding part and the air-conditioning box one of both
Sliding slot, and it is formed in another slide bar gone up and be matched with the sliding slot setting of both the sliding part and the air-conditioning box.
Further, it is logical to be configured with the separation locking for the connectivity part that crosses of Yu Suoshu locking channel and the solution lock access
First confined planes in road and the solution lock access, first confined planes constitute the locking end from the connectivity part that crosses to the solution
The limitation of lock access sliding, and the depth close to first confined planes position in the locking channel is greater than the solution lock access
Depth.
Further, the second limit for separating the lock groove and the locking channel is configured on Yu Suoshu sliding part
Face, second confined planes constitute the limitation that the locking end is slided from the lock groove to the locking channel, and the lock
Only the depth of slot is greater than the depth close to second confined planes position in the locking channel.
Further, the guide surface for being connected to the lock groove and the locking channel, institute are configured on Yu Suoshu sliding part
It states guide surface and constitutes the guidance that the locking end is slid by the lock groove in the solution lock access, and the depth of the lock groove
Degree is greater than the depth close to the guide surface position of the solution lock access.
Further, the Detachable connection structure include be formed in both the sliding part and the filter core mounting base it
Card slot on one, and be formed in both the sliding part and the filter core mounting base it is another on, be matched with the card slot and set
The fixture block set.
Further, between Yu Suoshu sliding part and the filter core mounting base be equipped with clamping guide frame, the fixture block by
The clamping guide frame is guided and is slided along the glide direction of the sliding part, can be clamped to the card slot.
Further, the clamping guide frame includes the convex block close to card slot arrangement, and is formed in the card
The slide-and-guide slot for corresponding to convex block arrangement on block.
Further, the convex block is set to the elastic rod being integrally connected with the sliding part or the filter core mounting base
On.
Compared with the existing technology, present invention has the advantage that
Air conditioner filter element disassembly and assembly structure of the present invention, dismounting control piece includes sliding part, elastic element and lock piece, bullet
Property element is connected between sliding part and air-conditioning box, and one end and the air-conditioning box of lock piece are pivotally connected, and the other end can be in sliding part
On locking channel reconciliation lock access in sliding, or can clamping stagnation in the lock groove on sliding part；Above structure setting, so that pressing
Filters pressing core mounting base can realize the disassembly and installation of filter core mounting base, can improve the convenience of filter core mounting base dismounting, dismounting
Simply, easy to use, and be less likely to be damaged.
Detailed description of the invention
The attached drawing for constituting a part of the invention is used to provide further understanding of the present invention, schematic reality of the invention
It applies example and its explanation is used to explain the present invention, do not constitute improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the bottom view of air conditioner filter element disassembly and assembly structure described in the embodiment of the present invention；
Fig. 2 is the top view of air conditioner filter element disassembly and assembly structure described in the embodiment of the present invention；
Fig. 3 is the A-A cross-sectional view of Fig. 1；
Fig. 4 is the explosive view of air conditioner filter element disassembly and assembly structure described in the embodiment of the present invention；
Fig. 5 is the bottom view of air-conditioning box described in the embodiment of the present invention；
Fig. 6 is the top view of air-conditioning box described in the embodiment of the present invention；
Fig. 7 is the main view of filter core mounting base described in the embodiment of the present invention；
Fig. 8 is the bottom view of Fig. 1；
Fig. 9 is the top view of Fig. 1；
Figure 10 is the B-B cross-sectional view of Fig. 9；
Figure 11 is the main view of sliding part described in the embodiment of the present invention；
Figure 12 is the left view of Figure 11；
Figure 13 is the rearview of Figure 11；
Description of symbols:
1- air-conditioning box, 2- filter core mounting base, 4- filter core；
101- installation cavity, 102- installing port, 103- flange, 104- slide bar, 105- air-conditioning box mounting post, 106- recessing groove,
107- pivoting hole, 108- limited wall, 109- arc groove；
201- filter core installation cavity, 202- chamfering, 203- fixture block, 204- slide-and-guide slot；
301- sliding part, 302- elastic element, 303- lock piece, 304- elastic rod；
3011- sliding slot, 3012- sliding part mounting post, 3013- locking channel, 3014- solution lock access, 3015- lock groove,
The first confined planes of 3016-, the second confined planes of 3017-, 3018- guide surface, the end face 3019-, 3020- convex block, 3021- card slot,
3022- male part, 3023- mounting groove.
Specific embodiment
It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the present invention can phase
Mutually combination.
In the description of the present invention, it should be noted that the instruction such as term " on ", "lower", "left", "right", "front", "rear"
Orientation or positional relationship be based on the orientation or positional relationship shown in the drawings, be merely for convenience of description the present invention and simplification retouch
It states, rather than the device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation,
Therefore it is not considered as limiting the invention.
The present invention will be described in detail below with reference to the accompanying drawings and embodiments.
The present embodiment is related to a kind of air conditioner filter element disassembly and assembly structure, mainly includes air-conditioning box, filter core mounting base, dismounting control machine
Structure and Detachable connection structure, in which: in being configured with the installation cavity with installing port in air-conditioning box, filter core mounting base is by installing port
In installation to installation cavity, and there is the sliding relative to air-conditioning box.
Dismounting control mechanism is configured in the side on air-conditioning box and being located at installation cavity, and dismounting control mechanism includes along filter core
The sliding part of mounting base dismounting direction sliding setting, the elastic element being connected between sliding part and air-conditioning box, and relative to
Elastic element, positioned at the lock piece of the sliding part other end；One end of lock piece is pivotally connected with air-conditioning box, and the other end constitutes locking
End；In be configured on sliding part it is positioned opposite, lock access is conciliate with the locking channel that can be embedded in locking end, and be connected to locking
Channel is conciliate between lock access and close to the lock groove of elastic element arrangement, and relative to the one end for being configured with lock groove, locking is logical
The other end of road reconciliation lock access crosses connection.
Detachable connection structure is set between filter core mounting base and sliding part, to constitute between filter core mounting base and sliding part
Releasable connection, and because of the setting of Detachable connection structure, sliding part can be servo-actuated to be slided in filter core mounting base；Because of locking end holding
In in lock groove, filter core mounting base can have the assembly fixed relative to air-conditioning box to fill state, because locking end is flush-mounted in locking channel
Or in solution lock access, filter core mounting base can have the sliding mode relative to air-conditioning box sliding.
It is described based on overall structure as above, a kind of exemplary structure such as Fig. 1 of air conditioner filter element disassembly and assembly structure of the invention
To shown in Fig. 4, mainly including air-conditioning box 1 and the dismounting control mechanism on air-conditioning box 1, dismounting control mechanism mainly includes
Sliding is set to the sliding part 301 on air-conditioning box 1, and is located at the elastic element 302 and lock piece at 301 both ends of sliding part
303。
On specific structure, the structure of air-conditioning box 1 can be as shown in Fig. 4 combination Fig. 5 and Fig. 6, in being configured with installation in air-conditioning box 1
Chamber 101 is based on state shown in fig. 6, the front side of installation cavity 101 and rear side perforation, to facilitate airflow, installation cavity 101
Downside is configured with installing port 102, and the side wall of 101 left and right sides of installation cavity constitutes the gliding movement targeting structure that filter core mounting base 2 dismounts,
To be conducive to the installation of filter core mounting base 2, the right side of air-conditioning box 1 is mainly to install following dismounting control mechanisms.In addition, being
It prevents following filter core mounting bases 2 from falling, in the rear side of installation cavity 101 is circumferentially provided with flange 103.
The structure of filter core mounting base 2 can be as shown in Figure 7 to 10, is installed by installing port 102 to installation cavity 101, in
Filter core mounting base 2 is formed with filter core installation cavity 201, in order to install filter core 4.Based on state shown in Fig. 9, filter core installation cavity
201 front side and rear side perforation arrangement, and penetrated through with the installation cavity 101 on air-conditioning box 1, to be conducive to airflow.In order to have
Conducive in the installation to installation cavity 101 of filter core mounting base 2, the downside both ends of filter core mounting base 2 are respectively provided with chamfering 202.In addition, in order to
Prevent filter core 4 from falling, the posterior edges of filter core installation cavity 201 are provided with the flange 103 of support filter core 4.
Dismounting control mechanism above-mentioned is specifically set on air-conditioning box 1, mainly includes sliding part 301, elastic element 302
And lock piece 303.
On specific structure, as shown in Figure 11 to Figure 13, in be configured on sliding part 301 it is positioned opposite, locking can be embedded in
Lock access 3014 is conciliate in the locking channel 3013 at end, and is connected to locking channel 3013 and is conciliate between lock access 3014 and lean on
The lock groove 3015 that nearly elastic element 302 is arranged, lock groove 3015 specifically arrange close to installing port 102, relative to being configured with
One end of lock groove 3015, the other end that lock access 3014 is conciliate in locking channel 3013 cross connection, and in the present embodiment, locking leads to
Road 3013, solution lock access 3014 and lock groove 3015 are actually formed in the recessed portion on the end face 3019 of sliding part 301.
More specifically, being slided in lock groove 3015 to be conducive to following locking ends by the connectivity part that crosses, connected by crossing
Lead to place to lock groove 3015, the depth in locking channel 3013 gradually becomes shallower as；And by lock groove 3015 to the connectivity part that crosses, unlock is logical
The depth in road 3014 gradually deepens.In addition, dismounting to be conducive to filter core mounting base 2, solution lock access 3014 is linearly, and prolongs
Stretch direction along filter core mounting base 2 dismounting direction extend, and locking channel 3013 relative to solution lock access 3014 to solution lock access
3014 side evagination, locking channel 3013, solution lock access 3014,3015 three of lock groove combination are specifically in heart shaped in a ring
Annular.
It is configured in the connectivity part that crosses that lock access 3014 is conciliate in locking channel 3013 and separates locking channel 3013 and unlock
First confined planes 3016 in channel 3014, it is sliding from the connectivity part that crosses to solution lock access 3014 that the first confined planes 3016 constitute locking end
Dynamic limitation, and the depth close to 3016 position of the first confined planes in locking channel 3013 is greater than the depth of solution lock access 3014.
In order to play preferable limit effect, in the present embodiment, the first confined planes 3016 are orthogonal to the arrangement of end face 3019, to limit locking
End is slided from crossing connectivity part to solution lock access 3014, and can only be slided to locking channel 3013.
In be configured on sliding part 301 separate lock groove 3015 and locking channel 3013 the second confined planes 3017, second
Confined planes 3017 constitute the limitation that locking end is slided from lock groove 3015 to locking channel 3013, and the depth of lock groove 3015 is big
The depth close to 3017 position of the second confined planes in locking channel 3013.In order to play preferable limit effect, the present embodiment
In, the second confined planes 3017 are orthogonal to the arrangement of end face 3019, sliding from lock groove 3015 to locking channel 3013 to limit locking end
It is dynamic, and can only be slided to solution lock access 3014.
It is slided to be conducive to locking end from lock groove 3015 to locking channel 3013, in the company of being configured on sliding part 301
The guide surface 3018 of logical lock groove 3015 and locking channel 3013, guide surface 3018 constitute locking end and are slid by lock groove 3015
The guidance in lock access 3014 is solved, and the depth of lock groove 3015 is greater than 3018 position of close guide surface of solution lock access 3014
Depth.In addition, guide surface 3018 is gradually deepened relative to the depth of end face 3019 by lock groove 3015 to solution lock access 3014,
Plane where the position of guide surface 3018 connecting with solution lock access 3014 is also orthogonal to end face 3019 and arranges, can prevent locking
End slides back to lock groove 3015 by solution lock access 3014.
Sliding part 301 has the sliding that direction is dismounted along filter core mounting base 2, for the ease of the sliding of sliding part 301, by Fig. 4
To shown in Fig. 6 combination Figure 11 to Figure 13, it is equipped between sliding part 301 and air-conditioning box 1 and guides sliding part 301 relative to air-conditioning box
The gliding movement targeting structure of 1 sliding.Specifically, gliding movement targeting structure includes being formed in 1 one of both of sliding part 301 and air-conditioning box
Sliding slot 3011, and the slide bar that is another upper and being matched with the setting of sliding slot 3011 that both is formed in sliding part 301 and air-conditioning box 1
104.In the present embodiment, slide bar 104 is set on air-conditioning box 1, and sliding slot 3011 is set on sliding part 301.
For the ease of the dismounting of filter core mounting base 2, connection has elastic component 302 between sliding part 301 and air-conditioning box 1, this
In embodiment, elastic element 302 is spring, and the both ends of spring are detachably connected with sliding part 301 and air-conditioning box 1 respectively.Tool
In body structure, in being respectively arranged with air-conditioning box mounting post 105 and sliding part mounting post 3012, bullet on air-conditioning box 1 and sliding part 301
The both ends of spring are individually fixed in air-conditioning box mounting post 105 and sliding part mounting post 3012.
When specific installation, there are certain pretightning forces after spring installation, and limit is equipped between sliding part 301 and air-conditioning box 1
Bit architecture, in the present embodiment, position limiting structure be specially be orthogonal to spring telescopic direction arrangement and be respectively formed in sliding part
301 and air-conditioning box 1 on confined planes, because of the pretightning force of spring, two limit face contacts, to constitute sliding part 301 in air-conditioning box 1
On installation.
Herein it should be noted that, for the ease of accommodating elastic element 302, in being formed with arc groove 109 on air-conditioning box 1,
And the cross section semicircular in shape of arc groove 109, air-conditioning box mounting post 105 are then fixed on the side wall of arc groove 109.And for bullet
The installation of spring is firm, mounting groove 3023 is provided on sliding part 301, sliding part mounting post 3012 is set to mounting groove 3023
It is interior.
Relative to elastic element 302, the other end of sliding part 301 is provided with lock piece 303, referring now still to shown in Fig. 4, this
In embodiment, lock piece 303 is specially the locking rod that both ends are provided with hook portion, and one end of locking rod, which pivots, is set to air-conditioning box 1
On, the other end bending constitute locking end, as a result, when sliding part 301 is slided up and down relative to air-conditioning box 1, locking end with sky
It adjusts and rotates centered on the one end that is pivotally connected of case 1, and the state shown in Figure 11 is in locking channel 3013,3015 and of lock groove
Solving in lock access 3014 can slide along clockwise direction.
Specifically, as shown in fig. 6, the pivot position on air-conditioning box 1 in locking rod is formed with pivoting hole 107, locking rod
The one end being pivotally connected with air-conditioning box 1 bend and be arranged in pivoting hole 107.In order to limit the pivoting angle of lock piece 303,
On air-conditioning box 1, the limited wall 108 of V-arrangement is formed in the side of pivoting hole 107.
It is dismounted to be conducive to filter core mounting base 2, Detachable connection structure above-mentioned includes being formed in sliding part 301 and filter
Card slot 3021 in 2 one of both of core mounting base, and on both to be formed in sliding part 301 and filter core mounting base 2 another,
The fixture block 203 being arranged assigned in card slot 3021.Also, in order to be beneficial for disassembly and assembly, set between sliding part 301 and filter core mounting base 2
There is clamping guide frame, fixture block 203 is guided by clamping guide frame and slided along the glide direction of sliding part 301, can be clamped
To card slot 3021.
Specific in the present embodiment, referring now still to shown in Figure 11, in being formed with card slot 3021 on sliding part 301, more specifically,
It is integrally fixed with elastic rod 304 in the bottom end of sliding part 301, the free end of elastic rod 304 is provided with convex block 3020, convex block
Region between 3020 and sliding part 301 forms card slot 3021.And in filter core mounting base 2, in the side of filter core mounting base 2
It is provided with the fixture block 203 of evagination arrangement, when filter core mounting base 2 is slided relative to sliding part 301,304 bending deformation of elastic rod
And it is placed in fixture block 203 in card slot 3021.
In order to not influence the deformation of elastic rod 304, in being also formed with recessing groove 106 on air-conditioning box 1.And in order to be conducive to add
Work, state as shown in figure 13, the one end of elastic rod 304 being connected with sliding part 301 are upwardly extended to piece together shape with sliding part 301
At sliding slot 3011 above-mentioned.In this implementation, elastic rod 304 and sliding part 301 can also be processed via Shooting Technique and be integrally formed.
Slided to be conducive to filter core mounting base 2, in being also formed with slide-and-guide slot 204 on fixture block 203, referring to Fig. 9 and
Shown in Figure 10, the extending direction of slide-and-guide slot 204 is disposed to extend along the dismounting direction that filter core 4 dismounts seat, also, slide-and-guide
The bottom surface of slot 204 is stepped, and when filter core mounting base 2 is slided relative to sliding part 301, fixture block 203 carries over stair-stepping lead
It is finally slided in card slot 3021 to the bottom surface of slot.
In the above structure, card slot 3021 be may also be disposed in filter core mounting base 2 in addition to may be disposed on sliding part 301, and
Fixture block 203 is set on sliding part 301.In addition, elastic component may also be disposed on filter core in addition to may be disposed on sliding part 301
In mounting base 2, convex block 3020 is still set on elastic component, and slide-and-guide slot 204 is set on sliding part 301.
It should be noted that, filter core mounting base 2 is slided in order to prevent exposes to outside installing port 102 in disassembly process herein
One end is fallen, in being additionally provided with the male part 3022 being arranged towards 201 side evagination of filter core installation cavity on elastic rod 304, with right
Filter core mounting base 2 constitutes support.
When specifically used, 2 assembling process of filter core mounting base is as follows: with state shown in Fig. 2, pressing up filter core mounting base
2, sliding part 301 can slide, at this time the locking of lock piece 303 after convex block 3020 is contacted with fixture block 203 with filter core mounting base 2
End slide downward in locking channel 3013, when the side wall on locking end top to locking channel 3013, sliding part 301 is static, and
Filter core mounting base 2 can continue to slide up, until filter core mounting base 2 is unclamped, in spring in the card to card slot 3021 of fixture block 203
Under effect, sliding part 301 drives 2 slide downward of filter core mounting base, until assembly finishes after in locking Duan Kazhi lock groove 3015.
2 disassembly process of filter core mounting base is as follows: being still illustrated with state shown in Fig. 2, presses filter core peace again up
Seat 2 is filled, locking end enters solution lock access 3014 by lock groove 3015, and under the action of the spring, sliding part 301 drives filter core installation
2 slide downwards of seat, until locking end is pressed elastic component backward, will be filtered by entering in locking channel 3013 in solution lock access 3014
The filter core 4 of extraction replacement downwards of core mounting base 2.
Air conditioner filter element disassembly and assembly structure of the present invention, dismounting control piece include sliding part 301, elastic element 302 and lock
Stop member 303, elastic element 302 are connected between sliding part 301 and air-conditioning box 1, and one end of lock piece 303 and air-conditioning box 1 pivot
Connection, the other end can in the locking channel 3013 on sliding part 301 conciliate lock access 3014 in slide, or can clamping stagnation in sliding part
In lock groove 3015 on 301；Above structure setting, so that pressing filter core mounting base 2 can realize the disassembly of filter core mounting base 2
And installation, the convenience of the dismounting of filter core mounting base 2 can be improved, dismounting is simple, and it is easy to use, and be less likely to be damaged.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of air conditioner filter element disassembly and assembly structure, characterized by comprising:
Air-conditioning box (1), Yu Suoshu air-conditioning box (1) is interior to be configured with the installation cavity (101) with installing port (102)；
Filter core mounting base (2), it is interior to the installation cavity (101) by the installing port (102) installation, and have relative to the sky
Adjust the sliding of case (1)；
Control mechanism is dismounted, the side of the installation cavity (101), the dismounting are configured on the air-conditioning box (1) and are located at
Control mechanism includes the sliding part (301) along the sliding setting of the filter core mounting base (2) dismounting direction, is connected to the sliding part
(301) elastic element (302) between the air-conditioning box (1), and relative to the elastic element (302), be located at described
The lock piece (303) of sliding part (301) other end；One end of the lock piece (303) is pivotally connected with the air-conditioning box (1),
The other end constitutes locking end；It is positioned opposite, logical the locking of the locking end can be embedded in being configured on the sliding part (301)
Lock access (3014) are conciliate in road (3013), and be connected to the locking channel (3013) and the solution lock access (3014) it
Between and close to the lock groove (3015) of the elastic element (302) arrangement, relative to being configured with the one of the lock groove (3015)
End, the locking channel (3013) crosses with the other end of solution lock access (3014) to be connected to；
Detachable connection structure is set between the filter core mounting base (2) and the sliding part (301), to constitute the filter core
Releasable connection between mounting base (2) and the sliding part (301), and because of the setting of the Detachable connection structure, the cunning
Moving part (301) can be servo-actuated to be slided in the filter core mounting base (2)；Because the locking end is placed in the lock groove (3015),
The filter core mounting base (2) can have the assembly fixed relative to the air-conditioning box (1) to fill state, because the locking end is flush-mounted in institute
It states in locking channel (3013) or solution lock access (3014), the filter core mounting base (2) can have relative to the air-conditioning box (1)
The sliding mode of sliding.
2. air conditioner filter element disassembly and assembly structure according to claim 1, it is characterised in that: Yu Suoshu sliding part (301) and described
The gliding movement targeting structure for guiding the sliding part (301) to slide relative to the air-conditioning box (1) is equipped between air-conditioning box (1).
3. air conditioner filter element disassembly and assembly structure according to claim 2, it is characterised in that: the gliding movement targeting structure includes being formed
Sliding slot (3011) on the sliding part (301) and the air-conditioning box (1) one of both, and it is formed in the sliding part
(301) and both air-conditioning boxs (1) is another upper and slide bar (104) that be matched with the sliding slot (3011) setting.
4. air conditioner filter element disassembly and assembly structure according to claim 1, it is characterised in that: Yu Suoshu locking channel (3013) and institute
The connectivity part that crosses for stating solution lock access (3014), which is configured with, separates the locking channel (3013) and the solution lock access (3014)
The first confined planes (3016), it is logical from the connectivity part that crosses to the unlock that first confined planes (3016) constitute the locking end
The limitation of road (3014) sliding, and the depth close to the first confined planes (3016) position in the locking channel (3013) is big
In the depth of solution lock access (3014).
5. air conditioner filter element disassembly and assembly structure according to claim 1, it is characterised in that: Yu Suoshu sliding part constructs on (301)
There are the second confined planes (3017) for separating the lock groove (3015) and the locking channel (3013), second confined planes
(3017) limitation that the locking end is slided by the lock groove (3015) Xiang Suoshu locking channel (3013), and the lock are constituted
Only the depth of slot (3015) is greater than the depth close to the second confined planes (3017) position of the locking channel (3013).
6. air conditioner filter element disassembly and assembly structure according to claim 1, it is characterised in that: Yu Suoshu sliding part constructs on (301)
There is the guide surface (3018) for being connected to the lock groove (3015) and the locking channel (3013), the guide surface (3018) is constituted
The locking end is slid into the guidance in solution lock access (3014), and the lock groove by the lock groove (3015)
(3015) depth is greater than the depth close to the guide surface (3018) position of solution lock access (3014).
7. air conditioner filter element disassembly and assembly structure according to claim 1 to 6, it is characterised in that: described to be detachably connected
Structure includes being formed in the sliding part (301) and card slot (3021) and shape in the filter core mounting base (2) one of both
It is on both sliding part described in Cheng Yu (301) and the filter core mounting base (2) are another, be matched with the card slot (3021) setting
Fixture block (203).
8. air conditioner filter element disassembly and assembly structure according to claim 7, it is characterised in that: Yu Suoshu sliding part (301) and described
Between filter core mounting base (2) be equipped with clamping guide frame, the fixture block (203) by the clamping guide frame guide and along described
The glide direction of sliding part (301) is slided, can be clamped to the card slot (3021).
9. air conditioner filter element disassembly and assembly structure according to claim 8, it is characterised in that: the clamping guide frame includes close
The convex block (3020) of card slot (3021) arrangement, and be formed on the fixture block (203) and correspond to the convex block
(3020) the slide-and-guide slot (204) arranged.
10. air conditioner filter element disassembly and assembly structure according to claim 9, it is characterised in that: the convex block (3020) be set to
On the elastic rod (304) that the sliding part (301) or the filter core mounting base (2) are integrally connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910060798.1A CN109774412A (en) | 2019-01-23 | 2019-01-23 | Air conditioner filter element disassembly and assembly structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910060798.1A CN109774412A (en) | 2019-01-23 | 2019-01-23 | Air conditioner filter element disassembly and assembly structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109774412A true CN109774412A (en) | 2019-05-21 |
Family
ID=66502168
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910060798.1A Pending CN109774412A (en) | 2019-01-23 | 2019-01-23 | Air conditioner filter element disassembly and assembly structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109774412A (en) |
Cited By (1)
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| CN111497560A (en) * | 2020-05-06 | 2020-08-07 | 重庆广播电视大学重庆工商职业学院 | Internal and external air assembly suitable for different working conditions and automobile air conditioning system |
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Application publication date: 20190521 |
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