CN204102763U - A kind of multifunction push key module - Google Patents
A kind of multifunction push key module Download PDFInfo
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- CN204102763U CN204102763U CN201420555784.XU CN201420555784U CN204102763U CN 204102763 U CN204102763 U CN 204102763U CN 201420555784 U CN201420555784 U CN 201420555784U CN 204102763 U CN204102763 U CN 204102763U
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Abstract
The utility model discloses a kind of multifunction push key module, comprise at least two button assemblies, each button assembly comprises key main body, the first elastic component and key base respectively; Also comprise gangbar, the second elastic component and at least two slide bars, each key main body is respectively equipped with cam tracks; Each key main body matches with gangbar respectively, form coordinated signals state, or each key main body respectively activity attaching has slide bar, forms independent state of a control; Under coordinated signals state, gangbar can be secured to each key main body with axial motion, and is connected with the second elastic component for its return, and is combined with capture configurations respectively between gangbar and each key main body; Under independent state of a control, the cam tracks of slide bar and key main body is slidingly fitted, and each key main body is in respectively and presses down locking or decontrol return state.The utility model makes user can select coordinated signals form or independent control form according to self needing, easy to use.
Description
Technical field
The utility model relates to a kind of button, particularly relates to a kind of multifunction push key module.
Background technology
Button, can be button again, as the term suggests it is a kind of mechanical controling part being carried out action by pressing, whether etc. it is widely used, and can be applicable to bathroom field, such as, for controlling the water outlet of push type spool, also can be applicable to electro-mechanical arts, such as, for controlling current channel whether etc.At present, the button of prior art, great majority are independent control form, namely no matter whether this button is pressed, all do not affect the operating state (pressing or return) of other button, have small part button to adopt the form of coordinated signals, with other button coordinated signals yet.But no matter the push-button type of prior art is independent control form, or coordinated signals form, all can only realize a kind of control form, can not according to the hobby of user or use habit, random change control form, thus there is limitation in its function, is difficult to the user demand meeting users.
Utility model content
The purpose of this utility model is the deficiency overcoming prior art, provides a kind of multifunction push key module, and it has coordinated signals and controls two kinds of forms separately, can rotate freely for user.
The utility model solves the technical scheme that its technical problem adopts: a kind of multifunction push key module, comprise at least two button assemblies, each button assembly comprises key main body, the first elastic component and key base respectively, key main body activity is secured to key base, and be combined with the first elastic component between key main body and key base, for key main body return; Also comprise gangbar, the second elastic component and at least two slide bars, each key main body is respectively equipped with cam tracks; Each key main body matches with gangbar respectively, form coordinated signals state, or each key main body respectively activity attaching has slide bar, forms independent state of a control;
Under coordinated signals state, gangbar can be secured to each key main body with axial motion, and the second elastic component be connected with for its return, and be combined with capture configurations respectively between gangbar and each key main body, any one key main body being in return state drives gangbar axial motion by pressing, make gangbar order about corresponding capture configurations by axial motion and carry out unblock return to the key main body being in down state, gangbar is ordered about corresponding capture configurations by return and is locked the key main body that this is pressed; Under independent state of a control, the cam tracks of slide bar and key main body is slidingly fitted, and each key main body is in respectively and presses down locking or decontrol return state.
Further, described each key main body is respectively equipped with the passage that runs through its sidewall, and described capture configurations comprises the first chuck being located at this channel side wall and the second chuck being located at described gangbar; Described cam tracks is located at the sidewall of described key main body, and the top of described cam tracks has depressed part, the locking station of corresponding described key main body, the relieving station of corresponding described key main body bottom described cam tracks; Under coordinated signals state, described gangbar is the movable passage being interspersed in each key main body successively, and described gangbar is ordered about its each second chuck by motion is fastened with the first corresponding chuck or be separated respectively, to form locking to corresponding key main body or to unlock, between one end of described gangbar and the key base of its position, be connected with described second elastic component.
Further, also comprise restoring lever, this restoring lever has two elasticity support arms, under coordinated signals state, a wherein elasticity support arm of this restoring lever is secured to the key base of the other end position of described gangbar, another elasticity support arm of this restoring lever is matched with outside the other end of described gangbar, for promoting described gangbar axial motion.
Further, the side of the first chuck of described each key main body is respectively equipped with the first inclined-plane, the side of each second chuck of described gangbar is respectively equipped with the second inclined-plane, under coordinated signals state, when described key main body is pressed, the second inclined-plane of corresponding second chuck is pushed on first inclined-plane of its first chuck respectively, makes described gangbar axial motion; The side of each second chuck of described gangbar is also respectively equipped with the 3rd inclined-plane, and the 3rd inclined-plane is positioned at below the second inclined-plane, and the first chuck for auxiliary described key main body departs from corresponding second chuck.
Further, the first chuck of described each key main body is respectively two, and be symmetrically set in two relative sidewalls of described passage, each second chuck of described gangbar is divided into two respectively, is symmetrically set in the two opposite side walls of described gangbar.
Further, the cam tracks of described each key main body is respectively two, is symmetrically set in the sidewall of described key main body, is provided with the stopper slot that runs through its sidewall bottom described each key main body; The main part of described slide bar is U-shaped structure, under independent state of a control, the bottom of described slide bar is contained in stopper slot, its both sides upwards extend along the sidewall of described key main body respectively, and the relative inner bending respectively of the top of these both sides, form sliding part, this two sliding part is snug fit at two cam tracks of described key main body respectively.
Further, also comprise cover and reset button, this cover has panel and surrounding sidewall, and described each key base is secured in this cover respectively, and the panel of this cover is also furnished with at least two through hole, is formed step down to the top of described each key main body; Under coordinated signals state, reset button is secured to the sidewall of this cover, and the inner end of this reset button extends to described restoring lever, to promote described restoring lever by pressing, another elasticity support arm of described restoring lever is made to promote described gangbar axial motion.
Further, described each key main body comprises button lead and button respectively, button lead is provided with described passage, the first chuck and cam tracks, described key base is provided with a container cavity, button lead can be secured to the container cavity of described key base with axial motion, and button is secured to button lead top; Described first elastic component is spring, and this spring housing is loaded on described button lead, and holds out against between button and described key base.
Further, in described at least two button assemblies, every two adjacent key bases respectively phase buckle connect; Also comprise at least two Elastic buckles, this Elastic buckle is installed in described key base respectively, and be respectively equipped with position limit arm bottom described each button lead, position limit arm is positioned in below Elastic buckle, departs from described key base to limit described button lead.
Further, the passage end face of described each key main body is respectively equipped with a guide pad, and the end face of described gangbar is axially arranged with a gathering sill along it, and guide pad sliding sleeve is in gathering sill.
Compared with the button of prior art, the beneficial effects of the utility model are: the utility model adopts said structure to make it have two kinds of control forms, two kinds of controlling functions, make user can select coordinated signals form or independent control form according to self needing, easy to use; Most of parts of the present utility model are that two kinds of control forms are common, and only have small part parts to switch for control form, thus production cost is lower; The utility model entirety adopts modularized design, quick and easy for installation.
Below in conjunction with drawings and Examples, the utility model is described in further detail; But a kind of multifunction push key module of the present utility model is not limited to embodiment.
Accompanying drawing explanation
Fig. 1 is the decomposing schematic representation of the utility model under coordinated signals state;
Fig. 2 is the decomposing schematic representation of button assembly of the present utility model;
Fig. 3 is the structural representation of gangbar of the present utility model;
Fig. 4 is the D structure schematic diagram of the utility model under coordinated signals state;
Fig. 5 is the upward view of the utility model under coordinated signals state;
Fig. 6 is the utility model horizontal stroke under coordinated signals state-vertical plane cutaway view;
Fig. 7 be the utility model under coordinated signals state perpendicular-vertical face cutaway view;
Fig. 8 is the interlocking actuation cycle schematic diagram of the utility model under coordinated signals state;
Fig. 9 is the decomposing schematic representation of the utility model under independent state of a control;
Figure 10 is the utility model horizontal stroke under independent state of a control-vertical plane cutaway view;
Figure 11 be the utility model under independent state of a control perpendicular-vertical face cutaway view;
Figure 12 is the assembling schematic diagram of button lead of the present utility model and slide bar;
Figure 13 is the actuation cycle schematic diagram of the utility model under independent state of a control.
Embodiment
Embodiment, refer to shown in accompanying drawing, a kind of multifunction push key module of the present utility model, comprise three button assemblies, each button assembly comprises key main body, the first elastic component and key base 5 respectively, key main body activity is secured to key base 5, and is combined with the first elastic component between key main body and key base 5, for key main body return; Also comprise gangbar 6, second elastic component and three slide bars 10, each key main body is respectively equipped with cam tracks 43; Each key main body matches with gangbar 6 respectively, form coordinated signals state, or each key main body respectively activity attaching has slide bar 10, forms independent state of a control;
Under coordinated signals state, gangbar 6 can be secured to each key main body with axial motion, and the second elastic component be connected with for its return, and be combined with capture configurations respectively between gangbar 6 and each key main body, any one key main body being in return state drives gangbar 6 axial motion by pressing, make gangbar 6 order about corresponding capture configurations by axial motion and carry out unblock return to the key main body being in down state, gangbar 6 is ordered about corresponding capture configurations by return and is locked the key main body that this is pressed; Under independent state of a control, slide bar 10 is slidingly fitted with the cam tracks 43 of key main body, each key main body is in respectively and presses down locking or decontrol return state.
Following elder generation describes annexation and the operation principle thereof of all parts of the present utility model in detail with regard to coordinated signals state, specifically refers to shown in Fig. 1-Fig. 8.
Preferred as one, described each key main body is respectively equipped with the passage 41 that runs through its sidewall, described capture configurations comprises the first chuck 42 being located at this passage 41 sidewall and the second chuck 61 being located at described gangbar 6, here, second chuck 61 of gangbar 6 has three groups, axially arranges successively along it; Under coordinated signals state, described gangbar 6 is the movable passage 41 being interspersed in each key main body successively, and described gangbar 6 is ordered about its each second chuck 61 by motion and is fastened with the first corresponding chuck 42 or be separated respectively, to form locking to corresponding key main body or to unlock, between one end of described gangbar 6 and the key base 5 of its position, be connected with described second elastic component.This second elastic component preferably adopts volute spring 7 to realize.Here, first chuck 42 of described each key main body is respectively two, be symmetrically set in the two relative sidewalls (i.e. the front side wall of passage 41 and rear wall) of described passage 41, each second chuck 61 of described gangbar 6 is divided into two respectively, is symmetrically set in the two opposite side walls of described gangbar 6.
Preferred as one, the utility model also comprises restoring lever 8, this restoring lever 8 has two elasticity support arms, and between this two elasticity support arm, there is an angle, under coordinated signals state, a wherein elasticity support arm of this restoring lever 8 is secured to the key base 5 of the other end position of described gangbar 6, and another elasticity support arm of this restoring lever 8 is matched with outside the other end of described gangbar 6, for promoting the other end of described gangbar 6, make the axial motion of described gangbar 6.
Preferred as one, the side of the first chuck 42 of described each key main body is respectively equipped with the first inclined-plane 47, the side of each second chuck 61 of described gangbar 6 is respectively equipped with the second inclined-plane, under coordinated signals state, when described key main body presses down, the second inclined-plane 62 of corresponding second chuck 61 is pushed on first inclined-plane 47 of its first chuck 42 respectively, makes the axial motion of described gangbar 6; The side of each second chuck 61 of described gangbar 6 is also respectively equipped with the 3rd inclined-plane 63, the slope on the 3rd inclined-plane 63 is contrary with the slope on the second inclined-plane 62, and the 3rd inclined-plane 63 is positioned at below the second inclined-plane 62, the first chuck 42 for auxiliary described key main body departs from corresponding second chuck 61.
Preferred as one, the utility model also comprises cover 1 and reset button 9, this cover 1 has panel and surrounding sidewall, described each key base 5 adopts screw 52 to be locked in cover 1 respectively, the panel of this cover 1 is also furnished with at least two through hole, is formed step down to the top (i.e. following button) of described each key main body; Under coordinated signals state, reset button 9 is secured to the sidewall of this cover 1, and the inner end of this reset button 9 extends to described restoring lever 8, to promote described restoring lever 8 by pressing, another elasticity support arm of described restoring lever 8 is made to promote the axial motion of described gangbar 6.
Preferred as one, described each key main body comprises button lead 4 and button 2 respectively, button lead 4 is provided with described passage 41, first chuck 42 and cam tracks 43, described key base 5 is provided with a container cavity, button lead 4 can be secured to the container cavity of described key base 5 with axial motion, and button 2 is secured to button lead 4 top; Described first elastic component is spring 3, and this spring 3 is set in described button lead 4, and holds out against between button 2 and described key base 5.Here, be provided with a grafting body 21 bottom concrete button 2, and the sidewall symmetry of this grafting body 21 is provided with two protuberances, button lead 4 top is provided with a flat spliced eye 46, the grafting body 21 of button 2 is plugged in this flat spliced eye 46, and by rotation, its two protuberance is positioned in wherein.
Preferred as one, in described three button assemblies, every two adjacent key bases 5 respectively phase buckle connect.The utility model also comprises three Elastic buckles 51, these three Elastic buckles 51 are installed in described each key base 5 respectively, two position limit arms 41 are respectively equipped with bottom described each button lead 4, this two position limit arm 41 is positioned in below Elastic buckle 51, departs from described key base 5 to limit described button lead 4.
Preferred as one, passage 41 end face of described each button 2 main body is respectively equipped with a guide pad 48, and the end face of described gangbar 6 is axially arranged with a gathering sill 64 along it, and guide pad 48 sliding sleeve is in gathering sill 64.
A kind of multifunction push key module of the present utility model, when its each button 2 is pressed respectively, each button lead 4 is in locking station (the first chuck 42 of each button lead 4 is sticked in the second chuck 61 of gangbar 6 respectively) respectively, thus cannot be switched by the arbitrary button 2 of pressing.Now, a reset force is applied to reset button 9, make restoring lever 8 produce deformation and promote gangbar 6 axial motion, in gangbar 6 axial movement, each button lead 4 moves upward by the elastic force effect of the first elastic component (i.e. spring 3) respectively, make its first chuck 42 depart from corresponding second chuck 61 (the first chuck 42 of each button lead 4 lays respectively at the top of corresponding second chuck 61) respectively, thus each button 2 is upspring respectively.After reset force is cancelled, restoring lever 8 resets under the effect of selfer power, and gangbar 6 also resets under the restoring force effect of the second elastic component (i.e. volute spring 7).Now, because three buttons 2 are all in the state of upspringing, thus, when first time presses any one button 2, the state of all the other two buttons 2 can not be caused to change.
Under normal interlocking state of a control, in three buttons 2, only have a button 2 to be in down state, the button lead 4 below it is in locking station, and all the other two buttons 2 are in the state of upspringing.When the button 2 that one of them is in the state of upspringing is pressed down, button lead 4 below this button 2 is axial motion downwards simultaneously, Compress Spring 3, and make the first inclined-plane 47 of its first chuck 42 push the second inclined-plane 62 of corresponding second chuck 61, thus promote gangbar 6 axial motion, during gangbar 6 axial motion, its each second chuck 61 is and then mobile respectively, on the one hand the first chuck 42 of the button lead 4 being in locking station is stepped down, the button lead 4 making to be in locking station moves upward by the restoring force effect of its spring 3, and its first chuck 42 is separated with the second corresponding chuck 61 the assisting lower fast upward motion of the 3rd inclined-plane 63 of corresponding second chuck 61, the station thus the button lead 4 making script be in locking station is unlocked the entrance, on the other hand, each second chuck 61 of gangbar 6 is and then mobile also steps down to the first chuck 42 of the button lead 4 that this is pressed, and makes it enter below corresponding second chuck 61, elastic force effect motion in the other direction again by volute spring 7 after gangbar 6 axial motion puts in place, make the first chuck 42 of the button lead 4 be pressed engage corresponding second chuck 61, thus the button lead 4 making this be pressed remains on locking station.And by pressing the button 2 of unlocking the entrance on the button lead 4 of station, button lead 4 return remaining on locking station can be caused again, the button 2 on it is upspring, thus forms an interlocking loop control process, as shown in Figure 8.
Annexation and the operation principle thereof of the utility model its all parts under independent state of a control are below described in detail in detail, specifically, refer to shown in Fig. 9-Figure 13.
Preferred as one, the cam tracks 43 of described each button 2 main body is respectively two, be symmetrically set in front side wall and the rear wall of the button lead 4 of described button 2 main body, and the top of described cam tracks 43 has depressed part, the locking station of corresponding described key main body, the relieving station of corresponding described key main body bottom described cam tracks 43.The stopper slot 45 that one runs through its front-rear side walls is provided with bottom the button lead 4 of described each button 2 main body; The main part of described slide bar 10 is U-shaped structure, the bottom of this slide bar 10 is contained in stopper slot 45, its both sides upwards extend along the front-rear side walls of described button 2 main body respectively, and the top of these both sides is respectively to inner bending, form sliding part, this two sliding part is snug fit at two cam tracks 43 of described button lead 4 respectively.Here, for the ease of installing, can arrange bottom end opening respectively in the bottom of the front-rear side walls of button lead 4, the installation gathering sill 49 of cam tracks 43 side is led on top, make slide bar 10 in installation process, its two sliding part can directly be slided in cam tracks 43 by this installation gathering sill 49.
A kind of multifunction push key module of the present utility model, its three button assemblies can independently control, concrete control procedure is as shown in figure 13: cam tracks 43 and slide bar 10 have two cooperation positions, first cooperation position is at the recess at cam tracks 43 top, in this position, button lead 4 is in locking station; The minimum point place of the second cooperation position bottom cam tracks 43, in this position, button lead 4 is in relieving station.When button 2 be in upspring state time, the button lead 4 below it is in relieving station, and as shown in a figure of Figure 13, now, the sliding part of slide bar 10 is engaged in the bottom of cam tracks 43.When pressing this button 2, button lead 4 below it moves down, Compress Spring 3, and impel the sliding part of slide bar 10 along the left side up cunning gradually of cam tracks 43, as shown in the b figure of Figure 13, the sliding part upward sliding of slide bar 10 is to the left side top of cam tracks 43, and this is locking station critical point position; Along with button lead 4 continues to move down, the sliding part of slide bar 10 finally slides into above the recess at cam tracks 43 top, as shown in the c figure of Figure 13; When unclamping button 2, button lead 4 up moves, as shown in the d figure of Figure 13 by the restoring force effect of spring 3, the sliding part of slide bar 10 is finally made to be affiliated to recess at cam tracks 43 top, now, button lead 4 is in locking station, as shown in the e figure of Figure 13.When again pressing this button 2, button lead 4 moves down, Compress Spring 3, and impels the sliding part of slide bar 10 along the right side up cunning gradually of cam tracks 43, until slide to right hand top, decontrols station critical point in addition, as shown in the f figure of Figure 13; Along with button lead 4 continues to move down, the sliding part of slide bar 10 slides into the right hand top peak of cam tracks 43, as shown in the g figure of Figure 13; When unclamping button 2, button lead 4 up moves by the restoring force effect of spring 3, makes the sliding part of slide bar 10 under the right side of cam tracks 43, slide to relieving station critical point bottom cam tracks 43, as shown in the h figure of Figure 13; The sliding part of final slide bar 10 is affiliated to the bottom minimum point in cam tracks 43, and button lead 4 gets back to relieving station, and as shown in a figure of Figure 13, now, button 2 is in the state of upspringing.
A kind of multifunction push key module of the present utility model, under independent state of a control, the operating state of its each key-press module is mutually independent, that is it is no that its any one button 2 presses down fortune, all can not affect the operating state of all the other buttons 2.
A kind of multifunction push key module of the present utility model, when its coordinated signals state is switched to independent state of a control by needs, only needs to pull down gangbar 6, volute spring 37, restoring lever 8 and reset button 9, and loads onto slide bar 10.Accordingly, when its independent state of a control is switched to coordinated signals state by needs, only need to pull down slide bar 10, and correspondence loads onto gangbar 6, volute spring 37, restoring lever 8 and reset button 9, very convenient.
Above-described embodiment is only used for further illustrating a kind of multifunction push key module of the present utility model; but the utility model is not limited to embodiment; every above embodiment is done according to technical spirit of the present utility model any simple modification, equivalent variations and modification, all fall in the protection range of technical solutions of the utility model.
Claims (10)
1. a multifunction push key module, comprise at least two button assemblies, each button assembly comprises key main body, the first elastic component and key base respectively, and key main body activity is secured to key base, and be combined with the first elastic component between key main body and key base, for key main body return; It is characterized in that: also comprise gangbar, the second elastic component and at least two slide bars, each key main body is respectively equipped with cam tracks; Each key main body matches with gangbar respectively, form coordinated signals state, or each key main body respectively activity attaching has slide bar, forms independent state of a control;
Under coordinated signals state, gangbar can be secured to each key main body with axial motion, and the second elastic component be connected with for its return, and be combined with capture configurations respectively between gangbar and each key main body, any one key main body being in return state drives gangbar axial motion by pressing, make gangbar order about corresponding capture configurations by axial motion and carry out unblock return to the key main body being in down state, gangbar is ordered about corresponding capture configurations by return and is locked the key main body that this is pressed; Under independent state of a control, the cam tracks of slide bar and key main body is slidingly fitted, and each key main body is in respectively and presses down locking or decontrol return state.
2. multifunction push key module according to claim 1, is characterized in that: described each key main body is respectively equipped with the passage that runs through its sidewall, and described capture configurations comprises the first chuck being located at this channel side wall and the second chuck being located at described gangbar; Described cam tracks is located at the sidewall of described key main body, and the top of described cam tracks has depressed part, the locking station of corresponding described key main body, the relieving station of corresponding described key main body bottom described cam tracks; Under coordinated signals state, described gangbar is the movable passage being interspersed in each key main body successively, and described gangbar is ordered about its each second chuck by motion is fastened with the first corresponding chuck or be separated respectively, to form locking to corresponding key main body or to unlock, between one end of described gangbar and the key base of its position, be connected with described second elastic component.
3. multifunction push key module according to claim 2, it is characterized in that: also comprise restoring lever, this restoring lever has two elasticity support arms, under coordinated signals state, a wherein elasticity support arm of this restoring lever is secured to the key base of the other end position of described gangbar, another elasticity support arm of this restoring lever is matched with outside the other end of described gangbar, for promoting described gangbar axial motion.
4. multifunction push key module according to claim 2, it is characterized in that: the side of the first chuck of described each key main body is respectively equipped with the first inclined-plane, the side of each second chuck of described gangbar is respectively equipped with the second inclined-plane, under coordinated signals state, when described key main body is pressed, the second inclined-plane of corresponding second chuck is pushed on first inclined-plane of its first chuck respectively, makes described gangbar axial motion; The side of each second chuck of described gangbar is also respectively equipped with the 3rd inclined-plane, and the 3rd inclined-plane is positioned at below the second inclined-plane, and the first chuck for auxiliary described key main body departs from corresponding second chuck.
5. multifunction push key module according to claim 2, it is characterized in that: the first chuck of described each key main body is respectively two, be symmetrically set in two relative sidewalls of described passage, each second chuck of described gangbar is divided into two respectively, is symmetrically set in the two opposite side walls of described gangbar.
6. multifunction push key module according to claim 2, is characterized in that: the cam tracks of described each key main body is respectively two, is symmetrically set in the sidewall of described key main body, is provided with the stopper slot that runs through its sidewall bottom described each key main body; The main part of described slide bar is U-shaped structure, under independent state of a control, the bottom of described slide bar is contained in stopper slot, its both sides upwards extend along the sidewall of described key main body respectively, and the relative inner bending respectively of the top of these both sides, form sliding part, this two sliding part is snug fit at two cam tracks of described key main body respectively.
7. multifunction push key module according to claim 3, it is characterized in that: also comprise cover and reset button, this cover has panel and surrounding sidewall, described each key base is secured in this cover respectively, the panel of this cover is also furnished with at least two through hole, is formed step down to the top of described each key main body; Under coordinated signals state, reset button is secured to the sidewall of this cover, and the inner end of this reset button extends to described restoring lever, to promote described restoring lever by pressing, another elasticity support arm of described restoring lever is made to promote described gangbar axial motion.
8. multifunction push key module according to claim 2, it is characterized in that: described each key main body comprises button lead and button respectively, button lead is provided with described passage, the first chuck and cam tracks, described key base is provided with a container cavity, button lead can be secured to the container cavity of described key base with axial motion, and button is secured to button lead top; Described first elastic component is spring, and this spring housing is loaded on described button lead, and holds out against between button and described key base.
9. multifunction push key module according to claim 8, is characterized in that: in described at least two button assemblies, and every two adjacent key bases respectively phase buckle connect; Also comprise at least two Elastic buckles, this Elastic buckle is installed in described key base respectively, and be respectively equipped with position limit arm bottom described each button lead, position limit arm is positioned in below Elastic buckle, departs from described key base to limit described button lead.
10. multifunction push key module according to claim 2, is characterized in that: the passage end face of described each key main body is respectively equipped with a guide pad, and the end face of described gangbar is axially arranged with a gathering sill along it, and guide pad sliding sleeve is in gathering sill.
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| CN201420555784.XU CN204102763U (en) | 2014-09-25 | 2014-09-25 | A kind of multifunction push key module |
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| CN201420555784.XU CN204102763U (en) | 2014-09-25 | 2014-09-25 | A kind of multifunction push key module |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107516610A (en) * | 2017-09-30 | 2017-12-26 | 宁波金氏实业有限公司 | A kind of button switch |
| CN108878200A (en) * | 2018-08-20 | 2018-11-23 | 南京苏美达智能技术有限公司 | Combination button and grass-removing robot with the combination button |
| CN108963626A (en) * | 2018-07-17 | 2018-12-07 | 北京突破电气有限公司 | A kind of self-locking plug adapter |
-
2014
- 2014-09-25 CN CN201420555784.XU patent/CN204102763U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107516610A (en) * | 2017-09-30 | 2017-12-26 | 宁波金氏实业有限公司 | A kind of button switch |
| CN107516610B (en) * | 2017-09-30 | 2020-02-14 | 宁波金氏实业有限公司 | Push-button switch |
| CN108963626A (en) * | 2018-07-17 | 2018-12-07 | 北京突破电气有限公司 | A kind of self-locking plug adapter |
| CN108963626B (en) * | 2018-07-17 | 2024-02-09 | 北京突破电气有限公司 | Self-locking plug |
| CN108878200A (en) * | 2018-08-20 | 2018-11-23 | 南京苏美达智能技术有限公司 | Combination button and grass-removing robot with the combination button |
| CN108878200B (en) * | 2018-08-20 | 2023-06-27 | 南京苏美达智能技术有限公司 | Combined key and mowing robot with same |
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