CN102956394B - Rocker switch - Google Patents
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- CN102956394B CN102956394B CN201110251945.7A CN201110251945A CN102956394B CN 102956394 B CN102956394 B CN 102956394B CN 201110251945 A CN201110251945 A CN 201110251945A CN 102956394 B CN102956394 B CN 102956394B
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- rocker switch
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Abstract
The invention relates to a rocker switch. The rocker switch comprises a housing and a press key, wherein the press key is mounted on the upper end of the housing and can swing towards two sides of the housing, a first press key block and a second press key block are respectively arranged at the two sides of the lower end face of the press key, a first guide-through assembly is arranged on the housing below the first press key block, and a second guide-through assembly is arranged on the housing below the second press key block; and the rocker switch further comprises a self-locking assembly arranged in the housing, the self-locking assembly comprises a barb member, an oblique guide pillar and a slide block guide rail mechanism, the barb member is arranged below a first bulge and connected below the press key through a first spring, the oblique guide pillar downward stretches from the lower end face, close to one side of the second guide-through assembly, of the press key, the slide block guide rail mechanism is arranged at the lower end of the housing, the upper end, close to the second guide-through assembly, of the slide block guide rail mechanism is matched with the oblique guide pillar, and one end, away from the second guide-through assembly, of the slide block guide rail mechanism is matched with the barb member.
Description
Technical field
The present invention relates to a kind of rocker switch.
Background technology
The rocker switch that in current various electrical equipment control, especially vehicular electrical appliance adopts in controlling mostly is independent homing position type rocker switch or independent self-locking rocker switch, but sometimes, according to electrical equipment control actual needs, same electrical appliance different conditions but needs homing position type rocker switch and self-locking rocker switch controls jointly.Current nearly all rocker switch is all realize separately homing position type to control or realize separately self-locking control, same like this rocker switch just cannot meet the demand of the various control of electrical equipment, can only by increasing the quantity of rocker switch, thus the parts of the control structure of electrical equipment are increased, structure is comparatively complicated, operate comparatively loaded down with trivial details, add cost simultaneously.
Summary of the invention
Same rocker switch for the control apparatus of above-mentioned existence can only realize separately self-locking or reset and make the control structure of electrical equipment comparatively complicated, operate comparatively loaded down with trivial details problem, the invention provides a kind of rocker switch that can realize the new structure of self-locking and reset two kinds of functions on same rocker switch.
A kind of rocker switch of the present invention, comprise housing and the button that can be installed on described housing upper end to housing with rolling to each side, both sides, described button lower surface are also respectively arranged with the first button block and the second button block, the housing of the below of the first button block is provided with the first feed-through assembly, the housing of the below of described second button block is provided with the second feed-through assembly, described button controls described first feed-through assembly and the second feed-through assembly conducting respectively by the first button block and the second button block, described rocker switch also comprise be arranged in described housing from lock set, describedly to comprise below the button lower surface that is arranged near described first button block side and the barb member be connected to by the first spring on described button lower surface from lock set, near described second feed-through assembly side Angle Pin from button lower surface to downward-extension and be arranged at the slide block guide rail mechanism of described housing lower end, described slide block guide rail mechanism coordinates with described Angle Pin near the upper end of the second feed-through assembly, one end away from described second feed-through assembly coordinates with described barb member.
Further, described slide block guide rail mechanism comprises the guide rail be arranged on described housing and the slide block that can slide between self-locking position and reset position be arranged on described guide rail.
Further, described slide block comprise body and be arranged at described body lower end and match with described guide rail slide portion, described portion of sliding is connected in described housing sidewall by the second spring near one end of described second feed-through assembly, and described second spring is in confined state all the time.
Further, described barb member comprises base portion, side, described base portion lower end extends outward a crook, the upper surface of described crook is the plane perpendicular to described base portion side surface, the lower surface of described crook be along be inclined upwardly away from described base portion direction and with the upper surface bonded to each other inclined plane that coordinate of described slider body portion away from described second feed-through assembly one end.
Further, described slider body portion is the second inclined-plane matched with described Angle Pin lower surface near the upper surface of described second feed-through assembly side, and described second inclined-plane is along away from downward-sloping inclined-plane, described second feed-through assembly direction, described slider body portion has an extension away from one end of described second feed-through assembly, described extension has the first inclined-plane being located thereon end face and the lower contact plane being positioned at its lower surface, described first inclined-plane forms reset position with the crook lower surface of described barb member bonded to each other cooperation, match with the upper surface of the crook of described barb member formation self-locking position in described extension lower surface.
Further, described guide rail has a spacing preiection away from one end of described second feed-through assembly, on the guide rail between the housing that the portion of sliding of described slide block can be arranged at described spacing preiection and described second feed-through assembly side glidingly.
Further, described base portion upper end has one second projection, also there is one first projection between described first button block and the second button block and on the button lower surface of the first button block, described second projects through the first spring is connected in described first projection, and described second projection is also arranged with a pipeline, the other end of described pipeline is sheathed in described first projection.
Further, the housing of described first feed-through assembly side extends the guide frame with a vertical holes and the base with a groove respectively to interior, the housing of described second feed-through assembly side extends the guide frame with a vertical holes and the base with a groove respectively to interior, and described base is arranged at below described guide frame.
Further, described first feed-through assembly and described second feed-through assembly comprise a guide pad respectively, described guide pad lower end is connected with the 3rd spring, the lower end of described 3rd spring is resisted against bottom described base groove, and described guide pad is resisted against described button block lower surface through described guide frame vertical holes, described two guide pad lower ends are also installed with a moving conductive sheet respectively, and described two panels moving conductive sheet has two haptic elements respectively.
Further, the quiet conducting strip of two panels is installed with respectively on the housing of described first feed-through assembly side with on the housing of described second feed-through assembly side, two haptic elements of the moving conductive sheet of described first feed-through assembly side contact cooperation with the quiet conducting strip of two panels of described first feed-through assembly side respectively and realize switch conduction, and two haptic elements of the moving conductive sheet of described second feed-through assembly side contact cooperation with the quiet conducting strip of two panels of described second feed-through assembly side respectively and realize switch conduction.
Further, balanced controls are also provided with below the middle position of described button lower surface, described balanced controls comprise the 3rd projection along described button lower surface middle position to downward-extension, described 3rd projection has the blind hole that Open Side Down, mobilizablely in described blind hole be arranged with a lead, and be also provided with one the 4th spring in blind hole between the blind end of described blind hole and described lead, described 4th spring one end is connected on described lead, and the other end is resisted against described blind hole blind end.
Further, described balanced controls also comprise the V-type groove on the housing being arranged at described blind hole lower end, and described lead lower surface is resisted against on the upper surface of described V-type groove, and can slide in described V-type groove upper surface.
The invention has the beneficial effects as follows by arranging one from lock set in described rocker switch, being coordinated with described slide block guide rail mechanism by described barb member, and described button is realized rocker switch self-locking conducting function by described first feed-through assembly side; By coordinating of described Angle Pin and described slide block guide rail mechanism, and by described button by the unblock realized to described second feed-through assembly side rocker switch, and the reset conducting function of rocker switch can be realized further; Thus on same rocker switch, realize self-locking conducting and reset conducting two kinds of functions, effectively simplify the structure of electrical equipment control, optimize the operation of electrical equipment control, effectively reduce cost simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 2 is the complete off-state structure cross-sectional schematic of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 3 is the structure cross-sectional schematic of the self-locking conducting state of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 4 is the structure cross-sectional schematic of the reset conducting state of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 5 is the structural representation of the button of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 6 is the structural representation of the housing of a kind of embodiment of a kind of rocker switch provided by the invention.
Fig. 7 is the structural representation of the slide block of a kind of embodiment of a kind of rocker switch provided by the invention.
Embodiment
In order to make technical problem solved by the invention, technical scheme and beneficial effect clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, not in order to limit the present invention.
In the description of invention, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end " " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, only the present invention for convenience of description and simplified characterization, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore the restriction to invention can not be interpreted as.In addition, term " first ", " second " only for describing object, and can not be interpreted as instruction or hint relative importance.
Shown in composition graphs 1, Fig. 5, Fig. 6 and Fig. 7, a kind of embodiment of a kind of rocker switch of the present invention, comprise housing 27 and button 6, two sides, described housing 27 upper end middle position is provided with protruding bearing pin 35, and described button 6 can be installed on the bearing pin 35 of described housing 27 upper end to housing 27 with rolling to each side.Both sides, described button 6 lower surface are also respectively arranged with the first button block 10 and the second button block 1.The housing 27 of the below of the first button block 10 is provided with the first feed-through assembly 28, the housing 27 of the below of described second button block 1 is provided with the second feed-through assembly 26; Described button 6 controls described first feed-through assembly 28 and the second feed-through assembly 26 conducting respectively by the first button block 10 and the second button block 1.Described rocker switch also comprise be arranged in described housing 27 from lock set, described from lock set to comprise below button 6 lower surface that is arranged near described first button block 10 side and be connected to by the first spring 11 barb member 19 on described button 6 lower surface, near described second feed-through assembly 26 side Angle Pin 2 from button 6 lower surface to downward-extension and be arranged at the slide block guide rail mechanism 29 of described housing 27 lower end.Described slide block guide rail mechanism 29 coordinates with described Angle Pin 2 near the upper end of the second feed-through assembly 26, and the one end away from described second feed-through assembly 26 coordinates with described barb member 19.Describedly to be used for the self-locking after described first feed-through assembly 28 conducting from lock set, by described button 6 by described first feed-through assembly 28, to coordinate by described barb member 19 and described slide block guide rail mechanism 29 auto-lock function realizing described switch.Lead to and described button 6 is pressed to the second feed-through assembly 26, by the routing motion of described Angle Pin 2 with described slide block guide rail mechanism 29, the unlocking function to described first feed-through assembly 28 can be realized, and press the reset conducting that can realize the second feed-through assembly 26 further, thus realize resetting and self-locking two kinds of functions on a rocker switch.
Please continue shown in composition graphs 1 and Fig. 7, described slide block guide rail mechanism 29 comprises the guide rail 22 be arranged on described housing 27 and the slide block that can slide between self-locking position and reset position be arranged on described guide rail 22.Described slide block comprises body 25 and is arranged at described body 25 lower end and the portion of sliding 23 matched with described guide rail 22.Described guide rail 22 has a spacing preiection 33 away from one end of described second feed-through assembly 26, on the guide rail 22 between the housing 27 being arranged at described spacing preiection 33 and described second feed-through assembly 26 side that the portion of sliding 23 of described slide block can slide.Described portion 23 of sliding is connected to by the second spring 24 on described housing 27 sidewall near one end of described second feed-through assembly 26, described second spring 24 is in confined state all the time, thus described second spring 24 provides one along a thrust in skid direction to described slide block all the time.
Described barb member 19 comprises base portion 18, side, described base portion 18 lower end extends outward a crook 20, the upper surface of described crook 20 is the plane perpendicular to described base portion 18 side surface, the lower surface of described crook 20 be along be inclined upwardly away from described base portion 18 direction and with the upper surface bonded to each other inclined plane that coordinate of described slider body portion 25 away from described second feed-through assembly 26 one end.Described crook 20 forms self-locking action for coordinating with described slider body portion 25.Described base portion 18 upper end has second projection 17, and described second projection 17 is for connecting the first spring 11.Between described first button block 10 and the second button block 1 and on button 6 lower surface of the first button block 10, also there is first projection 9, described second projection 17 is connected in described first projection 9 by the first spring 11, and described second projection 17 is also arranged with a pipeline 8, the other end of described pipeline 8 is sheathed in described first projection 9.Described first projection 9 controls the motion of described barb member 19 respectively by described first spring 11 and described pipeline 8, when described button 6 is by during to described first feed-through assembly 28 side, described first projection 9 presses to described pipeline 8, the Movement transmit of described first projection 9 is given described barb member 19 by described pipeline 8, and moving to the self-locking position coordinated with described slider body portion 25, described first spring 11 for making described button 6 can by described second feed-through assembly 26 side in releasing process.
Described slider body portion 25 has an extension 34 away from one end of described second feed-through assembly 26, described extension 34 has the first inclined-plane 31 being located thereon end face and the lower contact plane being positioned at its lower surface, described first inclined-plane 31 with crook 20 lower surface bonded to each other cooperation of described barb member 19 form reset position, match with the upper surface of the crook 20 of described barb member 19 formation self-locking position in described extension 34 lower surface.Described extension 34 plays self-locking action for coordinating with described crook 20.Described button 6 is pressed to described first feed-through assembly 28 side, described barb member 19 moves downward, fit relative with the lower surface of described barb member 19 of described first inclined-plane 31 is slided, described slide block moves along the direction away from described barb member 19, when no longer fitting and described barb member 19 moves to below the extension 34 in described slider body portion 25 in described first inclined-plane 31 and the lower surface of described barb member 19, the extension 34 in described slider body portion 25 moves to described barb member 19 upper surface under the thrust of the second spring 24, limit described barb member 19 back to move, thus the self-locking realized described switch.Described slider body portion 25 is the second inclined-plane 32 matched with described Angle Pin 2 lower surface near the upper surface of described second feed-through assembly 26 side, and described second inclined-plane 32 is along away from downward-sloping inclined-plane, described second feed-through assembly 26 direction.Described button 6 is pressed to described second feed-through assembly 26 side, described Angle Pin 2 moves downward, slide with relative laminating the in described second inclined-plane 32 in the lower surface of described Angle Pin 2, described slide block is moved along the direction away from described barb member 19, and the barb 20 moving to described barb member 19 departs from described slide block extension 34, described barb member 19 moves upward under the effect of described first spring 11, thus realizes the described unblock to rocker switch.
Please continue shown in composition graphs 1 to Fig. 7, the housing 27 of described first feed-through assembly 28 side extends the guide frame 12 with a vertical holes 30 and the base 16 with a groove respectively to interior, the housing 27 of described second feed-through assembly 26 side extends the guide frame 12 with a vertical holes 30 and the base 16 with a groove respectively to interior, and described base 16 is arranged at below described guide frame 12.Described first feed-through assembly 28 comprises a guide pad 13 respectively with described second feed-through assembly 26, described guide pad 13 lower end is connected with the 3rd spring 15, the lower end of described 3rd spring 15 is resisted against the bottom portion of groove of described base 16, and described guide pad 13 is resisted against described button block lower surface through described guide frame 12 vertical holes 30.Described switch key 6 can be made by during to described second feed-through assembly 26 side by arranging described 3rd spring 15, described 3rd spring 15 provides an active force upwards to described guide pad 13, thus makes the reset function that can realize described rocker switch after removing external force under the effect of the active force upwards of described 3rd spring 15.Described two guide pad 13 lower ends are also installed with a moving conductive sheet 14 respectively, and described two panels moving conductive sheet 14 has two haptic elements respectively.The quiet conducting strip 21 of two panels is installed with respectively on the housing 27 of described first feed-through assembly 28 side with on the housing 27 of described second feed-through assembly 26 side, two haptic elements of the moving conductive sheet 14 of described first feed-through assembly 28 side contact cooperation with the quiet conducting strip 21 of two panels of described first feed-through assembly 28 side respectively and realize switch conduction, and two haptic elements of the moving conductive sheet 14 of described second feed-through assembly 26 side contact cooperation with the quiet conducting strip 21 of two panels of described second feed-through assembly 26 side respectively and realize switch conduction.
Please again shown in composition graphs 1 to Fig. 4, balanced controls are also provided with below the middle position of described button 6 lower surface, described balanced controls comprise the 3rd projection 4 along described button 6 lower surface middle position to downward-extension, described 3rd projection 4 has the blind hole that Open Side Down, mobilizablely in described blind hole be arranged with a lead 3, and be also provided with one the 4th spring 5 in blind hole between the blind end of described blind hole and described lead 3, described 4th spring 5 one end is connected on described lead 3, and the other end is resisted against described blind hole blind end.
Described balanced controls also comprise the V-type groove 7 on the housing 27 being arranged at described blind hole lower end, and described lead 3 lower surface is resisted against on the upper surface of described V-type groove 7, and can slide in described V-type groove 7 upper surface.When described rocker switch button 6 is pressed to both sides, described lead 3 moves on the flank face corresponding to described V-type groove 7, thus described 4th spring 5 is in confined state, make described lead 3 have the trend being returned to poised state, thus play keep described rocker switch button 6 under complete off-state, be in poised state.
In sum and by reference to the accompanying drawings, the course of work of described rocker switch:
The process of described rocker switch from the equilbrium position of complete off-state to the self-locking position of self-locking conducting state, described button 6 under the effect of external force by during to the side of described first feed-through assembly 28, the guide pad 13 of described first feed-through assembly 28 the first button block 10 moved downward and the moving conductive sheet 14 moving to described first feed-through assembly 28 side contacts conduction position with the quiet conducting strip 21 of described first feed-through assembly 28 side.Simultaneously described first projection 9 presses to described pipeline 8, and by described pipeline 8, described barb member 19 is moved downward, due to the mating reaction on the lower surface of described barb member 19 and the first inclined-plane 31 of described slide block extension 34, make described slide block along guide rail 22 direction to away from the lateral movement of described barb member 19 1.When described barb member 19 moves to the lower contact plane of described slide block extension 34, described slide block back moves to along guide rail 22 under the effect of the thrust of the second spring 24, and match in barb 20 upper surface of the lower contact plane and described barb member 19 that move to described slide block extension 34, thus described barb member 19 barb 20 coordinates with described slide block extension 34 and forms self-locking, now described first spring 11 is in extended state, and have a pulling force upwards to described barb member 19, now switch is in self-locking state.
The process of described rocker switch from self-locking position to unlocked position, described button 6 is by during to described second feed-through assembly 26 side under the effect of external force, and described Angle Pin 2 moves downward, by described Angle Pin 2 with under the mating reaction on described second inclined-plane 32; Described slide block is moved along guide rail 22 direction away from described barb member 19, and described slide block movement is to after departing from described barb member 19, described barb member 19 moves upward under the effect of described first spring 11, and simultaneously described first feed-through assembly 28 disconnects.
Described rocker switch from unlocked position to reset conducting state position again to the process of equilbrium position, described button 6 further by described second feed-through assembly 26, makes guide pad 13 the moving downward at the second button block 1 of described second feed-through assembly 26 under the effect of external force.The moving conductive sheet 14 of the side of described second feed-through assembly 26 contacts conduction position with the quiet conducting strip 21 of described second feed-through assembly 26 side, and the 3rd spring 15 of described second feed-through assembly 26 side is in compressive state.Now switch is in reset conducting state, and after removing external force, under the effect of the restoring force of described 3rd spring 15, moving conductive sheet 14 and the quiet conducting strip 21 of described second feed-through assembly 26 disconnect, and described rocker switch is returned to poised state immediately.Thus on same switch, realize self-locking and the two kinds of functions that reset, effectively simplify the structure of electrical equipment control, optimize the operation of electrical equipment control, effectively reduce cost simultaneously.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement, all should be included within claims of the present invention.
Claims (12)
1. a rocker switch, comprise housing (27) and the button (6) of described housing (27) upper end can be installed on to housing (27) with rolling to each side, described button (6) both sides, lower surface are also respectively arranged with the first button block (10) and the second button block (1), the housing (27) of the below of the first button block (10) is provided with the first feed-through assembly (28), the housing (27) of the below of described second button block (1) is provided with the second feed-through assembly (26), described button (6) controls described first feed-through assembly (28) and the second feed-through assembly conducting (26) respectively by the first button block (10) and the second button block (1), it is characterized in that, described rocker switch also comprise be arranged in described housing (27) from lock set, describedly to comprise below the button lower surface that is arranged near described first button block (10) side and the barb member (19) be connected to by the first spring (11) on described button (6) lower surface from lock set, near described second feed-through assembly (26) side Angle Pin (2) from button (6) lower surface to downward-extension and be arranged at the slide block guide rail mechanism (29) of described housing (27) lower end, described slide block guide rail mechanism (29) coordinates with described Angle Pin (2) near the upper end of the second feed-through assembly (26), one end away from described second feed-through assembly (26) coordinates with described barb member (19).
2. a kind of rocker switch according to claim 1, it is characterized in that, described slide block guide rail mechanism (29) comprises the guide rail (22) be arranged on described housing (27) and the slide block that can slide between self-locking position and reset position be arranged on described guide rail (22).
3. a kind of rocker switch according to claim 2, it is characterized in that, described slide block comprises body (25) and is arranged at described body (25) lower end and the portion of sliding (23) matched with described guide rail (22), described portion (23) of sliding is connected on described housing (27) sidewall by the second spring (24) near one end of described second feed-through assembly (26), and described second spring (24) is in confined state all the time.
4. a kind of rocker switch according to claim 3, it is characterized in that, described barb member (19) comprises base portion (18), described base portion (18) side, lower end extends outward a crook (20), the upper surface of described crook (20) is the plane perpendicular to described base portion (18) side surface, the lower surface of described crook (20) be along be inclined upwardly away from described base portion (18) direction and with the upper surface bonded to each other inclined plane that coordinate of described slider body portion (25) away from described second feed-through assembly (26) one end.
5. a kind of rocker switch according to claim 4, it is characterized in that, described slider body portion (25) is the second inclined-plane (32) matched with described Angle Pin (2) lower surface near the upper surface of described second feed-through assembly (26) side, and described second inclined-plane (32) is along away from downward-sloping inclined-plane, described second feed-through assembly (26) direction, described slider body portion (25) has an extension (34) away from one end of described second feed-through assembly (26), described extension (34) has the first inclined-plane (31) being located thereon end face and the lower contact plane being positioned at its lower surface, described first inclined-plane (31) with crook (20) lower surface bonded to each other cooperation of described barb member (19) form reset position, match with the upper surface of the crook (20) of described barb member (19) formation self-locking position in described extension (34) lower surface.
6. a kind of rocker switch according to claim 3, it is characterized in that, described guide rail (22) has a spacing preiection (33) away from one end of described second feed-through assembly (26), on the guide rail (22) between the housing (27) that the portion of sliding (23) of described slide block can be arranged at described spacing preiection (33) and described second feed-through assembly (26) side glidingly.
7. a kind of rocker switch according to claim 4, it is characterized in that, described base portion (18) upper end has second projection (17), between described first button block (10) and the second button block (1) and on button (6) lower surface of the first button block (10), also there is first projection (9), described second projection (17) is connected on described first projection (9) by the first spring (11), and described second projection (17) is also arranged with a pipeline (8), the other end of described pipeline (8) is sheathed on described first projection (9).
8. a kind of rocker switch according to claim 1, it is characterized in that, the housing (27) of described first feed-through assembly (28) side extends the guide frame (12) with a vertical holes (30) and the base (16) with a groove respectively to interior, the housing (27) of described second feed-through assembly (26) side extends the guide frame (12) with a vertical holes (30) and the base (16) with a groove respectively to interior, and described base (16) is arranged at described guide frame (12) below.
9. a kind of rocker switch according to claim 8, it is characterized in that, described first feed-through assembly (28) and described second feed-through assembly (26) comprise a guide pad (13) respectively, described guide pad (13) lower end is connected with the 3rd spring (15), the lower end of described 3rd spring (15) is resisted against described base (16) bottom portion of groove, and described guide pad (13) is resisted against described button block lower surface through described guide frame (12) vertical holes (30), described two guide pads (13) lower end is also installed with a moving conductive sheet (14) respectively, and described two panels moving conductive sheet (14) has two haptic elements respectively.
10. a kind of rocker switch according to claim 9, it is characterized in that, the housing (27) of described first feed-through assembly (28) side above with on the housing (27) of described second feed-through assembly (26) side is installed with the quiet conducting strip of two panels (21) respectively, two haptic elements of the moving conductive sheet (14) of described first feed-through assembly (28) side contact cooperation with the quiet conducting strip of two panels (21) of described first feed-through assembly (28) side respectively and realize switch conduction, two haptic elements of the moving conductive sheet (14) of described second feed-through assembly (26) side contact cooperation with the quiet conducting strip of two panels (21) of described second feed-through assembly (26) side respectively and realize switch conduction.
11. a kind of rocker switch according to claim 1, it is characterized in that, balanced controls are also provided with below the middle position of described button (6) lower surface, described balanced controls comprise the 3rd projection (4) along described button (6) lower surface middle position to downward-extension, described 3rd projection (4) has the blind hole that Open Side Down, mobilizablely in described blind hole be arranged with a lead (3), and be also provided with one the 4th spring (4) in blind hole between the blind end of described blind hole and described lead (3), described 4th spring (4) one end is connected on described lead (3), the other end is resisted against described blind hole blind end.
12. a kind of rocker switch according to claim 11, it is characterized in that, described balanced controls also comprise be arranged at described blind hole lower end housing (27) on V-type groove (7), described lead (3) lower surface is resisted against on the upper surface of described V-type groove (7), and can slide in described V-type groove (7) upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110251945.7A CN102956394B (en) | 2011-08-30 | 2011-08-30 | Rocker switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110251945.7A CN102956394B (en) | 2011-08-30 | 2011-08-30 | Rocker switch |
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| Publication Number | Publication Date |
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| CN102956394A CN102956394A (en) | 2013-03-06 |
| CN102956394B true CN102956394B (en) | 2015-05-13 |
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| CN201110251945.7A Active CN102956394B (en) | 2011-08-30 | 2011-08-30 | Rocker switch |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104681343B (en) * | 2015-02-11 | 2017-01-04 | 乐清市诺金电器仪表有限公司 | A kind of rocker switch slide assemblies and automatic assembly method thereof |
| CN108511243B (en) * | 2018-06-05 | 2019-02-15 | 东莞毓华电子科技有限公司 | A kind of safety control device based on PC |
| CN111211004B (en) * | 2018-11-21 | 2022-10-04 | 进联电子科技(上海)有限公司 | Press-type switch structure |
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| US6388221B1 (en) * | 1996-05-11 | 2002-05-14 | Delphi Technologies, Inc. | Window winder switch |
| CN201629254U (en) * | 2010-03-10 | 2010-11-10 | 匡建 | Push-button operation type rocking arm electric switch |
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| JP3907759B2 (en) * | 1996-12-12 | 2007-04-18 | オータックス株式会社 | Switch with reset mechanism |
| FR2912543A1 (en) * | 2007-02-08 | 2008-08-15 | Apem Sa | LOCK SWITCH |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US5045648A (en) * | 1990-03-23 | 1991-09-03 | Eaton Corporation | Locking rocker switch |
| US6388221B1 (en) * | 1996-05-11 | 2002-05-14 | Delphi Technologies, Inc. | Window winder switch |
| CN201629254U (en) * | 2010-03-10 | 2010-11-10 | 匡建 | Push-button operation type rocking arm electric switch |
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| CN102956394A (en) | 2013-03-06 |
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