CN205639184U - Slip buckle mechanism and air conditioner thereof - Google Patents
Slip buckle mechanism and air conditioner thereof Download PDFInfo
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- CN205639184U CN205639184U CN201620374852.1U CN201620374852U CN205639184U CN 205639184 U CN205639184 U CN 205639184U CN 201620374852 U CN201620374852 U CN 201620374852U CN 205639184 U CN205639184 U CN 205639184U
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Abstract
The utility model discloses a slip buckle mechanism and air conditioner thereof, include: the buckle, and be used for and buckle sliding fit's draw -in groove, the buckle includes first elastic component, and with first elastic component between possess gapped second elastic component, the draw -in groove is including being used for holding the holding tank of first elastic component and second elastic component, and set up in be used for in the holding tank with clearance matched with gib block, be provided with on the gib block and be used for buckle gliding glide plane above that, still be provided with on the gib block be used for right the buckle carries out spacing protruding muscle. Owing to adopted buckle and the upward slidingtype cooperation of draw -in groove of panel body on the panel for the panel opens, directly promote when closed the panel can, effort direct action need not to set up knot handle structure at panel surface, has beautified the panel outward appearance, has reduced the noise, and the draw -in groove adopts gradual change formula size, and the tolerance ability is big, even PARTS DEFORMED or size are unusual, also can reach better assembly effect.
Description
Technical field
This utility model relates to air-conditioner technical field, particularly relates to a kind of slip snap device and air-conditioner thereof.
Background technology
Current air-conditioner, especially wall-hanging room air conditioner, its panel generally uses fastening type structure with coordinating of panel body, and the points of engagement position of buckle is fixed, in order to be easy to put forth effort when opening panel, the generally end positions at panel is designed with attacker, when opening and closing panel, exerted a force by attacker's counter plate, make buckle deviate from by force or enter button bit, relatively elaborate and the sound is relatively big, affects Consumer's Experience.
Therefore, prior art has yet to be improved and developed.
Utility model content
The technical problems to be solved in the utility model is, drawbacks described above for prior art, there is provided a kind of slip snap device and air-conditioner thereof, it is intended to solve prior art is exerted a force by attacker's counter plate, make buckle deviate from by force or enter laborious during button bit and noisy problem.
The technical scheme that this utility model solution technical problem is used is as follows:
A kind of slip snap device, wherein, including: buckle, and for the draw-in groove being slidably matched with described buckle；Described buckle includes the first elastic component, and and described first elastic component between there is second elastic component in gap；Described draw-in groove includes for accommodating described first elastic component and the holding tank of described second elastic component, and it is interior for the gib block matched with described gap to be arranged at described holding tank；The sliding surface slid on for buckle it is provided with on described gib block；It is additionally provided with on described gib block for described buckle is carried out spacing convex tendon.
Described slip snap device, wherein, described first elastic component is the R type elastic component being made up of vertical component effect, V-type male part and V-type inner fovea part；Described vertical component effect, described V-type male part, described V-type inner fovea part are sequentially connected with.
Described slip snap device, wherein, described gib block is additionally provided with the cooperation face being connected with sliding surface, and described cooperation face is positioned at the lower section of described convex tendon, and when the clamping mutual with draw-in groove of described buckle, described V-type inner fovea part contacts cooperation with described cooperation face.
Described slip snap device, wherein, described gib block is additionally provided with and is easy to the spigot surface that described buckle and described gib block carry out being connected together.
Described slip snap device, wherein, described spigot surface includes the first rake and the second rake being connected；Described first rake becomes 0 ° ~ 180 ° angles in the horizontal direction with described second rake；Described first rake is outward-dipping from A-P.
Described slip snap device, wherein, also include the telecontrol equipment being connected with described panel, described telecontrol equipment includes motion box and the slide bar movable up and down being arranged in motion box, the upper end of described panel is provided with rotary shaft, described slide bar is provided with rotation hole, and described rotary shaft is inserted in rotation hole and is rotationally connected with slide bar, by the rotation of the described rotary shaft of up and down drive of described slide bar.
Described slip snap device, wherein, described motion box is provided with locating dowel, and described slide bar is provided with guide-track groove, and described locating dowel moves back and forth in inserting guide-track groove.
Described slip snap device, wherein, described slide bar is provided with snap-on, described motion box is provided with the first positioning boss and the second positioning boss, and described first positioning boss is positioned at the top of the second positioning boss.
Described slip snap device, wherein, also includes driving means, and it is up and down that described driving means moves described slide bar by rack pinion subband；Described rack pinion pair includes that tooth bar and gear, described tooth bar are arranged on slide bar, and described gear is meshed with described tooth bar.
A kind of air-conditioner, including panel and panel body, wherein, also includes as above slip snap device described in any one, and described buckle and described rotary shaft may be contained within described panel；Described buckle and described telecontrol equipment may be contained within described panel body.
Beneficial effect: the slip snap device of this utility model offer and air-conditioner thereof, by being arranged on the rotary shaft that the buckle of panel lower end with the draw-in groove on panel body, is arranged on panel upper end and the telecontrol equipment being arranged on panel body is two-part coordinates, make to push directly on panel when panel opening, Guan Bi, active force acts directly on panel surface, therefore without arranging fastener structure, panel appearance has been beautified；Coordinate with the slidingtype of panel body simultaneously as have employed panel, exerted a force by attacker's counter plate during effectively avoiding opening and closing panel, make buckle deviate from by force or enter laborious during button bit and noisy problem；And draw-in groove uses gradual change type size, fault tolerance is relatively big, even if part exists deformation or size is abnormal, also can reach preferably to assemble effect；When panel is raised simultaneously, it is external that the center of rotation of panel is positioned at air-conditioning, greatly adds the open angle of panel, it is simple to the dismounting of air filter and installation in air-conditioner.
Accompanying drawing explanation
Fig. 1 is the assembling structural representation of panel described in this utility model and described panel body；
Fig. 2 is the structural representation of panel described in this utility model；
Fig. 3 is the structural representation of panel body described in this utility model；
Fig. 4 is the structural representation of buckle described in this utility model；
Fig. 5 is the structural representation of gib block described in this utility model；
Fig. 6 is the structural representation of draw-in groove described in this utility model；
Fig. 7 is profile when being positioned at described insertion end of the buckle described in this utility model；
Fig. 8 is profile when being positioned at described abutting end of the buckle described in this utility model；
Fig. 9 is the structural representation of telecontrol equipment described in this utility model；
Figure 10 is the STRUCTURE DECOMPOSITION schematic diagram of telecontrol equipment described in this utility model；
Figure 11 is use state reference map when being in open mode of the panel described in this utility model；
Figure 12 is use state reference map when being in closure state of the panel described in this utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, this utility model is further described by the embodiment that develops simultaneously referring to the drawings.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model；Term that this utility model is used " on ", D score "left", "right" and similar statement for illustrative purposes only, being not offered as is unique embodiment.
Slip snap device described in the utility model is applicable to include the air-conditioner of panel and panel body, and is mainly used in the air-conditioner top panel slide switching relative to panel body.As shown in Figure 1-Figure 3, described slip snap device includes buckle 2 and the draw-in groove 4 matched with described buckle 2, described buckle 2 is arranged on the lower end of described panel 1, wherein, buckle 2 is arranged on panel, and draw-in groove 4 is arranged on panel body, after being engaged with draw-in groove 4 by buckle 2, buckle 2 slides up and down relative to draw-in groove 4, thus drives described panel 1 to slide up and down.It should be noted that, the quantity of described buckle 2 and draw-in groove 4 does not limits, can arrange according to actual needs, such as, described buckle 2 could be arranged to one or more, and the quantity of draw-in groove 4 need to be equal with the quantity of buckle 2, arranges position and cooperates；Preferably, in the present embodiment, described buckle 2 is two, and 1/3rd of the degree that distance is described panel 1 between two described buckles 2, described draw-in groove 4 is also two.
As shown in Figure 4, described buckle 2 by horizon glass picture is arranged, the first elastic component 21 that structure is identical and the second elastic component 22 form, described first elastic component 21 and described second elastic component 22 can occur elastic deformation under external force, between described first elastic component 21 and described second elastic component 22, there is gap, while described first elastic component 21 and described second elastic component 22 all occur elastic deformation, described gap changes with the change of the elastic deformation degree of described second elastic component 22 with described first elastic component 21.
As shown in Figure 5-Figure 8, described draw-in groove 4 includes for accommodating described first elastic component 21 and the holding tank 40 of described second elastic component 22, and it is interior for the gib block 41 matched with described gap to be arranged at described holding tank 40；The sliding surface 410 slid on for described buckle 2 and the cooperation face 411 being connected with described sliding surface 410 it is provided with on described gib block 41；It is additionally provided with on described gib block 41 for described buckle 2 is carried out spacing convex tendon 412.
It is also preferred that the left described gib block 41 is strip.As shown in Figure 5-Figure 8, the one end described gib block 41 being slidably connected with it for carrying out engaging and then to realize buckle 2 with described buckle 2 is insertion end；For after buckle 2 is slidably connected with it on described gib block 41, it is abutting end 43 that described buckle 2 carries out one end spacing, that stop described buckle 2 to continue to slide and then stop described panel 1 to slide；Described abutting end 43 is one end contrary with described insertion end, and described convex tendon 412 is arranged on described abutting end 43.When described buckle 2 is slidably connected with described draw-in groove 4, when the most described buckle 2 is separated with described draw-in groove 4, user's counter plate 1 exerts a force, described first elastic component 21 and the described second elastic component 22 insertion end all with described gib block 41 is made to contact, the most described first elastic component 21 is positioned at the left side of described gib block 41, and described second elastic component 22 is positioned at the right side of described gib block 41；Continue force to be pressed to described draw-in groove 4 direction by described panel 1, make described first elastic component 21 and described second elastic component 22 that elastic deformation to occur, described gap increases, and then described first elastic component 21 and described second elastic component 22 are clamped in the both sides of described gib block 41, and it is positioned in described gathering sill.
As shown in Figure 4, described first elastic component 21 is the R type elastic component being made up of vertical component effect 210, V-type male part 211 and V-type inner fovea part 212, and described vertical component effect 210, described V-type male part 211, described V-type inner fovea part 212 are sequentially connected with.One end of described vertical component effect 210 is connected with described panel 1, and the other end is connected with described V-type male part 211；One end of described V-type inner fovea part 212 is connected with described V-type male part 211, and the other end is connected with described panel 1.Described first elastic component 21 is similar inverted R type elastic component, and described V-type inner fovea part 212 is positioned at the right side of described vertical component effect 210.The structure of described second elastic component 22 is identical with the structure of described first elastic component 21, described second elastic component 22 also includes vertical component effect 210, V-type male part 211 and V-type inner fovea part 212, and both horizon glass pictures each other, the V-type inner fovea part 212 of the most described second elastic component 22 is positioned at the left side of its vertical component effect 210.
Further, described V-type male part 211 includes the 3rd rake 213 and the 4th rake being connected, described V-type inner fovea part 212 includes the 5th rake 215 and the 6th rake 216 being connected, and the 3rd the junction of rake 213 and the junction of the 4th rake 214, the 5th rake 215 and the junction of the 6th rake 216, the 4th rake 214 and the 5th rake 215 be arc-shaped, so that user is without using the biggest external force can carry out engaging or being separated with draw-in groove 4 by buckle 2 with draw-in groove 4 by buckle 2.
Further, when described buckle 2 and draw-in groove 4 fasten, described 5th rake 215 contacts cooperation with described sliding surface 410；Being additionally provided with the cooperation face 411 being connected with sliding surface 410 on described gib block 41, described cooperation face 411 is positioned at the lower section of described convex tendon 412, and when described buckle 2 is with draw-in groove 4 mutual clamping, the described 5th tilts, and 215 contact cooperation with described cooperation face 411.Concrete, described sliding surface 410 is positioned at the back side of described gib block 41, after described buckle 2 engages with described draw-in groove 4, described buckle 2 coordinates the 5th rake 215 of described second elastic component 22 in the described enterprising line slip of sliding surface 410 by the 5th rake 215 of described first elastic component 21.Described sliding surface 410 is sloped inwardly (wherein by two from A-P, refer on described gib block towards the one side of user to one side away from user on described gib block from A-P) rake composition, the V-type region constituted when the 5th rake 215 of described first elastic component 21 and the 5th rake 215 of described second elastic component 22 match adapts with described sliding surface 410.
It is also preferred that the left as it is shown in figure 5, be additionally provided with on described gib block 41 and be easy to the spigot surface 414 that described buckle 2 and described gib block 41 carry out being connected together.Described spigot surface 414 includes the first rake 421 and the second rake 422 being connected, described first rake 421 and described second rake 422 are all outward-dipping from A-P, further, described first rake 421 and described second rake 422 form 0 ° ~ 180 ° angles in the horizontal direction.The V-type region constituted when 4th rake 214 of described first elastic component 21 and the 4th rake 214 of described second elastic component 22 match adapts with described spigot surface 414.The distance on the top of the V-type inner fovea part 212 of the top of the V-type inner fovea part 212 of described first elastic component 21 and described first elastic component 21 is more than the width of described insertion end, 4th rake 214 of described first elastic component 21 and the junction point of the 5th rake 215 are the first junction point, 4th rake 214 of described second elastic component 22 and the junction point of the 5th rake 215 are the second junction point, and the distance between described first junction point and described second junction point is less than the width of described insertion end.
Under buckle 2 and draw-in groove 4 phase-separated state, when user's counter plate 1 exerts a force, described buckle 2 contacts with described gib block 41 from inserting end, 4th rake 214 of the most described first elastic component 21 all contacts with described spigot surface 414 with the 4th rake 214 of described second elastic component 22, described buckle 2 produces elastic deformation along described spigot surface 414 under external force, described gap increases, the most described buckle 2 slide downward, until the 5th rake 215 of described first elastic component 21 all contacts cooperation with described sliding surface 410 with the 5th rake 215 of described second elastic component 22, when user continues force, described buckle 2 is connected together with described gib block 41, the most described buckle 2 recovers elastic deformation.
The width of described gib block 41 can constant can also change, preferably, the width of described gib block 41 inserts end 42 to abutting end 43 from it and becomes larger, the change of described gib block 41 size makes the fault tolerance of draw-in groove 4 bigger, even if part exists deformation or size is abnormal, also can reach preferable bayonet socket and assemble effect with draw-in groove 4.Described buckle 2 is under external force after insertion end 42 is connected together with described gib block 41, described buckle 2 recovers elastic deformation, when continuing to slide along the sliding surface 410 of described gib block 41 to abutting end 43 from insertion end 42 under described buckle 2 is in external force, described first elastic component 21 and described second elastic component 22 produce elastic deformation, and elastically-deformable degree increases along with the increase of gib block 41 width, described gap is also gradually increased.The end of described sliding surface 410 connects cooperation face 411, the V-type region constituted when 5th rake 215 of described first elastic component 21 and the 5th rake 215 of described second elastic component 22 match still coordinates face 411 to adapt with described, and the most described cooperation face 411 is the most outward-dipping inclined plane.Preferably, in cooperation face 411 with the junction of sliding surface 410 be provided above a convex tendon 412, for increasing the width of abutting end 43 gib block 41, and coordinating one end away from described sliding surface 410, face 411, the width of described gib block 41 reduces so that the width of gib block 41 described at convex tendon 412 is maximum.Described buckle 2 is at the end of external force lower slider to sliding surface 410, then slide to the cooperation face 411 being connected with sliding surface 410, now will be at convex tendon 412, the elastic deformation degree that buckle 2 described at convex tendon 412 occurs is maximum, now need user's externally applied forces the most maximum, described buckle 2 time to cooperation face, the end of 411 moves elastic deformation degree reduce, required external force also reduces.Therefore, no matter described buckle 2 moves to sliding surface 410 at convex tendon 412 in cooperation face 411, or from sliding surface 410 through convex tendon 412 at 411 move to cooperation face, be required to use bigger external force that buckle 2 is passed through at convex tendon 412；When buckle 2 is after external force lower slider to cooperation face 411, no longer by External Force Acting, then buckle 2 is limited by convex tendon 412, in the absence of external forces, described first elastic component 21 and described second elastic component 22 all cannot produce relatively large elastic deformation, buckle 2 is i.e. limited in abutting end 43, without departing from gib block 41, thus is fastened by the panel 1 being connected with buckle 2.Buckle 2 with coordinate face 411 to match to merge by under the spacing state of convex tendon 412, buckle 2 is applied towards insert end 42 move external force time, buckle 2 is under external force at convex tendon 412, tailing edge sliding surface 410 slides to inserting end 42, its elastic deformation degree is more and more less, elastic deformation is recovered when buckle 2 slides into insertion end 42, V-type region owing to constituting when the 5th rake 215 of described first elastic component 21 and the 5th rake 215 of described second elastic component 22 match adapts with described sliding surface 410, therefore the least external force is used outwards to be extracted from gib block 41 from inserting end 42 by buckle 2, depart from draw-in groove 4, so that panel 1 separates with draw-in groove 4.
Preferably, as shown in Fig. 9-Figure 12, this utility model also provides for a kind of air-conditioner, including panel 1 and panel body 3, also include that described panel 1 slides snap device, described draw-in groove 4 is arranged on described panel body 3, owing to described draw-in groove 4 needs to match with described buckle 2, the most described draw-in groove 4 is arranged on the lower end of described panel body 3, when described panel 1 closes, the corresponding cooperation in position of the position of described draw-in groove 4 and described buckle 2,1/3rd of the length that distance is described panel body 3 between two described draw-in grooves 4.When panel 1 closes, only needing upwardly panel 1, then panel 1 is extracted from insertion end 42 and the lower end of panel 1 can be made to open by the insertion end 42 making buckle 2 slide into gib block 41；When panel 1 is in opening, only need to push down on panel 1, buckle 2 is made to engage with gib block 41 from inserting end 42, then proceeding to force makes buckle 2 slide along sliding surface 410 until eventually passing convex tendon 412 and matching with cooperation face 411, thus panel 1 is fastened spacing with draw-in groove 4, panel 1 is closed.
Owing to pushing directly on panel 1 when panel 1 is opened, closed, active force acts directly on panel 1 surface, therefore without arranging fastener structure, has beautified panel 1 outward appearance；Coordinate with the slidingtype of panel body 3 simultaneously as have employed panel 1, exerted a force by attacker's counter plate 1 during effectively avoiding opening and closing panel 1, make buckle 2 deviate from by force or enter laborious during button bit and noisy problem；And draw-in groove 4 uses gradual change type size, fault tolerance is relatively big, even if part exists deformation or size is abnormal, also can reach preferably to assemble effect.
Described slip snap device also includes being arranged on described panel body 3, and the telecontrol equipment 5 being connected with described panel 1, and described telecontrol equipment 5 is two, and two described telecontrol equipments 5 are symmetrically arranged on the left and right sides of described panel body.It should be noted that, the quantity of described telecontrol equipment 5 is not limited thereto, can arrange according to actual needs, such as, in other preferred embodiment of the present utility model, described telecontrol equipment 5 can also be one or more.
Described telecontrol equipment 5 includes motion box 6, and the slide bar movable up and down 7 being arranged in motion box 6, the upper end of described panel 1 is provided with rotary shaft 50, described slide bar 7 is provided with rotation hole, described rotary shaft 50 is inserted in rotation hole and is rotationally connected with slide bar 7, by the up and down drive rotary shaft of described slide bar 7 rotate thus drive opening or closing of panel 1.When user uses external force by panel 1 upward sliding, described slide bar 7 also upward sliding, when buckle 2 slides into the insertion end 42 of gib block 41, urged forward, the i.e. direction towards user self exerts a force, and makes panel 1 depart from draw-in groove 4, continues counter plate 1 and applies external force upwards, described slide bar 7 continues to slide up, and described panel 1 is in open mode；When user's counter plate 1 exerts a force downwards, when described slide bar 7 is the most movable, described panel 1 closes to described panel body 3 direction, and when panel 1 lower end is close to described draw-in groove 4, counter plate 1 applies the external force towards described draw-in groove 4 direction, panel 1 is made to engage with draw-in groove 4, and be slidably connected with draw-in groove 4, continue counter plate 1 and apply downward external force, make buckle 2 slide into cooperation face 411 through convex tendon 412, when matching with cooperation face 411, the buckle 2 of the panel 1 and panel body 3 that i.e. realize air-conditioner closes.
Described motion box 6 is provided with locating dowel 61, and described slide bar 7 is provided with guide-track groove, and described locating dowel 61 moves back and forth in inserting guide-track groove.Thus effect that is spacing and that guide can be played, it is to avoid slide bar 7 wanders off.The length that up and down scope is guide-track groove in the vertical direction of described slide bar 7.Preferably, in the present embodiment, described locating dowel 61 is two, and described guide-track groove is also two；It should be noted that, the quantity of described locating dowel 61 and guide-track groove does not limits, can arrange according to actual needs, such as, described locating dowel 61 could be arranged to one or more, and described guide-track groove can also be set to one or more.
Being provided with snap-on on described slide bar 7, described motion box 6 is provided with the first positioning boss 62 and the second positioning boss 63, described first positioning boss 62 is positioned at the top of the second positioning boss 63；When described panel 1 is in open mode, described snap-on coordinates fixing with described first positioning boss 62, and when described panel 1 is closed, described snap-on coordinates fixing with described second positioning boss 63, so that described panel 1 stays open.When described panel 1 is closed, described snap-on coordinates fixing with described second positioning boss 63, so that the state that described panel 1 remains turned-off.
It is also preferred that the left described telecontrol equipment 5 farther includes driving means 8, it is up and down that described driving means 8 moves described slide bar 7 by rack pinion subband；Described rack pinion pair includes that tooth bar 81 and gear 80, described tooth bar 81 are arranged on slide bar 7, and described gear 80 is meshed with described tooth bar 81.Described driving means 8 is manual actuation, is manually applied to the external force of panel 1, equally realizes the up and down of slide bar 7.Further, described motion box 6 includes box body 9 and is connected fixing lid 10 with described box body 9, and described box body 9 encloses with described lid 10 and is configured to one for accommodating the accommodation space of described slide bar 7.Specifically, described second positioning boss 63 and locating dowel 61 may be contained within the inner surface of described box body 9, and described first positioning boss 62 is arranged on the inner surface of described lid 10.Described box body 9 is provided with chute on the inner surface of described lid 10.
When needing the panel 1 opening air-conditioner, when user uses external force by panel 1 upward sliding, described slide bar 7 also upward sliding, when buckle 2 slides into the insertion end 42 of gib block 41, outwards force, makes panel 1 depart from draw-in groove 4, continues counter plate 1 and applies external force upwards, described slide bar 7 continues to slide up so that panel 1 rotates centered by rotary shaft 50；Simultaneously, mating reaction by gear 80 with tooth bar 81, band moving slide-bar 7 is the most movable, now snap-on breaks away from the constraint of the second positioning boss 63, when snap-on rises to the position of the first positioning boss 62 and coordinates with the first positioning boss 62 fixing, can keep the kinestate of slide bar 7, now, it is external that the center of rotation of panel 1 is positioned at air-conditioning, greatly adds the open angle of panel 1, it is simple to the dismounting of air filter and installation in air-conditioner.
This utility model also provides for a kind of air-conditioner, and it includes arbitrary described slip snap device.
In sum, the slip snap device of this utility model offer and air-conditioner thereof, by being arranged on the rotary shaft that the buckle of panel lower end with the draw-in groove on panel body, is arranged on panel upper end and the telecontrol equipment being arranged on panel body is two-part coordinates, make to push directly on panel when panel opening, Guan Bi, active force acts directly on panel surface, therefore without arranging fastener structure, panel appearance has been beautified；Coordinate with the slidingtype of panel body simultaneously as have employed panel, exerted a force by attacker's counter plate during effectively avoiding opening and closing panel, make buckle deviate from by force or enter laborious during button bit and noisy problem；And draw-in groove uses gradual change type size, fault tolerance is relatively big, even if part exists deformation or size is abnormal, also can reach preferably to assemble effect；When panel is raised simultaneously, it is external that the center of rotation of panel is positioned at air-conditioning, greatly adds the open angle of panel, it is simple to the dismounting of air filter and installation in air-conditioner.
Should be understood that; application of the present utility model is not limited to above-mentioned citing; for those of ordinary skills, can be improved according to the above description or convert, all these modifications and variations all should belong to the protection domain of this utility model claims.
Claims (10)
1. a slip snap device, it is characterised in that including: buckle, and for the draw-in groove being slidably matched with described buckle；Described buckle includes the first elastic component, and and described first elastic component between there is second elastic component in gap；Described draw-in groove includes for accommodating described first elastic component and the holding tank of described second elastic component, and it is interior for the gib block matched with described gap to be arranged at described holding tank；The sliding surface slid on for buckle it is provided with on described gib block；It is additionally provided with on described gib block for described buckle is carried out spacing convex tendon.
Slip snap device the most according to claim 1, it is characterised in that described first elastic component is the R type elastic component being made up of vertical component effect, V-type male part and V-type inner fovea part；Described vertical component effect, described V-type male part, described V-type inner fovea part are sequentially connected with.
Slip snap device the most according to claim 2, it is characterized in that, being additionally provided with the cooperation face being connected with sliding surface on described gib block, described cooperation face is positioned at the lower section of described convex tendon, and when the clamping mutual with draw-in groove of described buckle, described V-type inner fovea part contacts cooperation with described cooperation face.
Slip snap device the most according to claim 1, it is characterised in that be additionally provided with on described gib block and be easy to the spigot surface that described buckle and described gib block carry out being connected together.
Slip snap device the most according to claim 4, it is characterised in that described spigot surface includes the first rake and the second rake being connected；Described first rake becomes 0 ° ~ 180 ° angles in the horizontal direction with described second rake；Described first rake is outward-dipping from A-P.
Slip snap device the most according to claim 1, it is characterized in that, described buckle is arranged on the panel of an air-conditioner, described slip snap device also includes the telecontrol equipment being connected with described panel, described telecontrol equipment includes motion box and the slide bar movable up and down being arranged in motion box, the upper end of described panel is provided with rotary shaft, described slide bar is provided with rotation hole, described rotary shaft is inserted in rotation hole and is rotationally connected with slide bar, by the rotation of the described rotary shaft of up and down drive of described slide bar.
Slip snap device the most according to claim 6, it is characterised in that described motion box is provided with locating dowel, described slide bar is provided with guide-track groove, and described locating dowel moves back and forth in inserting guide-track groove.
Slip snap device the most according to claim 6, it is characterised in that being provided with snap-on on described slide bar, described motion box is provided with the first positioning boss and the second positioning boss, described first positioning boss is positioned at the top of the second positioning boss.
Slip snap device the most according to claim 6, it is characterised in that also include driving means, it is up and down that described driving means moves described slide bar by rack pinion subband；Described rack pinion pair includes that tooth bar and gear, described tooth bar are arranged on slide bar, and described gear is meshed with described tooth bar.
10. an air-conditioner, including panel and panel body, it is characterised in that also include that the snap device that slides as claimed in claim 6, described buckle and described rotary shaft may be contained within described panel；Described buckle and described telecontrol equipment may be contained within described panel body.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620374852.1U CN205639184U (en) | 2016-04-28 | 2016-04-28 | Slip buckle mechanism and air conditioner thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620374852.1U CN205639184U (en) | 2016-04-28 | 2016-04-28 | Slip buckle mechanism and air conditioner thereof |
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| CN205639184U true CN205639184U (en) | 2016-10-12 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916172A (en) * | 2018-09-04 | 2018-11-30 | 奥克斯空调股份有限公司 | A kind of buckle structure and air conditioner |
| CN114206047A (en) * | 2018-10-05 | 2022-03-18 | 大金研发马来西亚私人有限公司 | Shell with hinge type access panel |
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2016
- 2016-04-28 CN CN201620374852.1U patent/CN205639184U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108916172A (en) * | 2018-09-04 | 2018-11-30 | 奥克斯空调股份有限公司 | A kind of buckle structure and air conditioner |
| CN114206047A (en) * | 2018-10-05 | 2022-03-18 | 大金研发马来西亚私人有限公司 | Shell with hinge type access panel |
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