CN207818439U - Skylight switch - Google Patents

Abstract

This disclosure relates to a kind of skylight switch, the skylight switch includes pedestal, tiltedly opens button assembly, is opened flat button assembly and wiring board assembly, wiring board assembly is mounted on the base, and be integrated with for control skylight inclination opening and tilt the oblique opening and closing contact closed and for control skylight horizontal opening and it is horizontal close be opened flat closed contact, the button assembly of tiltedly opening is movably installed on pedestal for the oblique opening and closing contact of conducting that is turned on or off, and is opened flat button assembly and is movably installed on pedestal and is opened flat closed contact for the conducting that is turned on or off.It is possible thereby to by independent design tiltedly open button assembly or be opened flat button assembly come realize control skylight tiltedly be opened and closed or be opened flat the action closed, to which operating reliability can not only be improved, and the turn-on action stroke reasonable design due to tiltedly opening button assembly He being opened flat button assembly, it not will produce and act interference and gear position operation noise is small, and make the feel gear of skylight switch clear, improve service life.

Description

sunroof switch

technical field

The present disclosure relates to the technical field of vehicle control components, in particular, to a sunroof switch.

Background technique

The opening methods of the sunroof in vehicles generally include flat opening and inclined opening. For the function of opening and tilting the sunroof, if the sunroof opening and closing control mode applicable to the vehicle has both manual control mode and automatic control mode, the overall operation mode of the above-mentioned integrated button structure is relatively complicated. During the operation of opening and closing and oblique opening and closing, problems such as movement interference and difficult operation, inadequate switching of control modes, and low operational reliability may occur.

Utility model content

An object of the present disclosure is to provide a sunroof switch with high operational reliability.

In order to achieve the above object, the present disclosure provides a sunroof switch, which includes a base, an oblique opening button assembly, a flat opening button assembly, and a circuit board assembly. The circuit board assembly is installed on the base and is integrated into a useful The oblique opening and closing contacts for controlling the tilting opening and closing of the sunroof, and the flat opening and closing contacts for controlling the horizontal opening and closing of the sunroof, the tilting button assembly can be movably installed on the base for The oblique opening and closing contacts are turned on or off, and the flat opening button assembly is movably installed on the base for turning on or off the flat opening and closing contacts.

Optionally, one of the oblique opening button assembly and the flat opening button assembly is formed as a first button assembly, and the other is formed as a second button assembly, or, the oblique opening button assembly and the flat opening button assembly The opening button assemblies are all formed as the first button assembly or the second button assembly, and the first button assembly includes a first driving structure movably arranged on the base, and a first driving structure corresponding to the first driving structure. Correspondingly arranged on the first transmission structure on the base, the first transmission structure can be driven by the first drive structure to conduct or disconnect the corresponding contacts of the circuit board assembly, the The second button assembly includes a second driving structure rotatably arranged on the base, and a second transmission structure corresponding to the second driving structure arranged on the base, and the second transmission structure passes through the The driving of the second driving structure can conduct or disconnect the corresponding contacts of the circuit board assembly.

Optionally, the flat opening button assembly is formed as the first button assembly, the oblique opening button assembly is formed as the second button assembly, and the flat opening button assembly and the oblique opening button assembly are arranged at intervals on the base.

Optionally, the first driving structure includes a first mounting seat, a first button for horizontal opening and closing operation by the operator, and a button arranged between the base and the first mounting seat and used to make the The first return spring assembly for the first mounting seat to return to the initial position, the first mounting seat is movably mounted on the base along the front and rear directions, the first button is mounted on the first mounting seat and Exposed on the top of the base, the first transmission structure is movably arranged on the base along the thickness direction of the base and is in contact with the flat opening and closing contact of the circuit board assembly installed at the bottom of the base. The points are arranged relative to each other.

Optionally, the first mounting seat is provided with a first mounting boss, and a first button mounting hole for mounting the first button is formed on the first mounting boss, and the bottom of the first button is inserted into the And limited to the installation hole of the first button, and the first button is engaged with the first installation seat, and the bottom of the first installation boss protrudes to form a a plurality of first driving protrusions extending in the moving direction, and the first driving protrusions cooperate with the first transmission structure.

Optionally, the first mounting seat can move from the initial position toward the front and rear side to adjust the position, and the first mounting seat has a manual swing position and an automatic swing position in sequence in the direction of moving from the initial position to the front side. position, the first mounting seat has a manual level closing position and an automatic level closing position in the direction of moving from the initial position to the rear side, and the first driving protrusions are four horizontal planes and inclined convex table surfaces. , there are four first transmission structures, and each of the first transmission structures abuts against the horizontal plane of each of the first driving protrusions at the initial position, and each of the first transmission structures is not connected to the circuit board assembly. The corresponding contact part of the horizontal opening and closing contact, in the automatic horizontal opening position, manual horizontal opening position, manual horizontal closing position or automatic horizontal closing position, the corresponding inclined protrusion of the first driving protrusion The platform cooperates with the corresponding first transmission structure to drive the first transmission structure to move along the thickness direction to conduct the corresponding contact portions of the flat open and close contacts of the circuit board assembly.

Optionally, the first driving protrusion includes an automatic flat opening protrusion and a manual horizontal opening protrusion arranged in a diagonal direction, and an automatic flat closing protrusion and a manual horizontal closing protrusion arranged in a diagonal direction, the automatic flat opening protrusion and the automatic flat closing protrusion The automatic level-closing protrusion is located at the rear side in the moving direction, the manual level-opening protrusion and the manual level-closing protrusion are located at the front side in the moving direction, and the automatic level-opening protrusion and the automatic level-closing protrusion are located at the front side in the moving direction. The extension length of the horizontal plane of the protrusion is longer than the extension length of the horizontal plane of the manual flat opening protrusion and the manual flat closing protrusion, so that in the manual flat opening position or the manual flat closing position, only the manual flat opening protrusion or the manual flat closing protrusion The inclined boss surface of the manual level-closing protrusion cooperates with the corresponding first transmission structure, but neither the inclined protrusion platform of the automatic level-opening protrusion nor the automatic level-closing protrusion cooperates with the corresponding first transmission structure.

Optionally, the second drive structure includes a second mounting seat arranged on the base, a second button rotatably mounted on the second mounting seat for oblique opening and closing operation by the operator, and a second button arranged on the Between the second mounting seat and the second button and used to make the second button return to the initial position of the second return spring assembly, the second button is exposed on the top of the base, the second The transmission structure can move along the thickness direction of the base through the rotation of the second button to conduct or disconnect the oblique opening and closing contacts of the circuit board assembly. The oblique opening and closing contacts of the circuit board assembly at the bottom of the base are oppositely arranged.

Optionally, the second mounting seat is provided with a second mounting boss, the second button is rotatably connected to the second mounting boss through a rotating shaft, the axis of the rotating shaft is perpendicular to the flat In the moving direction of the button assembly, the bottom of the second button protrudes from the two sides of the installation point of the rotating shaft, and there are second driving protrusions for driving the second transmission structure to move along the thickness direction.

Optionally, a receiving groove is formed in the middle of the second mounting boss, and a through hole is formed at the bottom of the receiving groove for the second transmission structure to pass through, and the second driving protrusion is inserted into the receiving groove And abut against the second transmission structure with a part of the structure inserted into the through hole, and the return spring assembly is arranged at a position between the second button and the bottom of the receiving groove.

Optionally, the second transmission structure includes a first transmission rod that cooperates with each other and a second transmission rod for conducting or disconnecting the inclined opening and closing contacts, and the first transmission rod is inserted into the The two ends of the through hole respectively abut against the second driving protrusion and the second transmission rod, and the second transmission rod is installed on the base corresponding to the position of the first transmission rod.

Optionally, the second button can be rotated toward the front and rear from the initial position to adjust the position, and the second button has a manual tilting position and an automatic tilting position in sequence from the initial position toward the front side , the second button has a manual oblique closing position and a manual oblique closing position in the direction of rotation from the initial position to the rear side, and the second driving protrusions are four and are respectively arranged on the rotating shaft of the second button The automatic oblique opening protrusion and the manual oblique opening protrusion on one side of the installation point, and the automatic oblique closing protrusion and the manual oblique closing protrusion arranged on the other side of the shaft installation point of the second button, the second transmission structure is four And at the initial positions, they abut against the second driving protrusions correspondingly, and each of the second transmission structures does not conduct the corresponding contact portion of the inclined opening and closing contacts of the circuit board assembly , in the automatic inclined opening position, manual inclined opening position, manual inclined closing position or automatic inclined closing position, the automatic inclined opening protrusion, manual inclined opening protrusion, automatic inclined closing protrusion or manual inclined closing protrusion drive their corresponding The second transmission structure moves along the thickness direction to conduct the corresponding contact portions of the oblique opening and closing contacts of the circuit board assembly.

Optionally, the sunroof switch includes a silicone button installed in the base, and the inclined opening button assembly and the flat opening button assembly are connected or disconnected to the circuit board assembly through the silicone button. corresponding contacts.

Optionally, the silicone keypad includes a silicone plate body and a conductive part with an arc-shaped key surface as a part of the silicone plate body, a conductive column with a movable contact is formed on the lower surface of the conductive part, and the circuit board is always A matching groove is formed around the flat opening and closing contact and the oblique opening and closing contact, the conductive column is matched with the matching groove, and the movable contact is respectively connected with the flat opening and closing contact and the oblique opening and closing contact. The oblique opening and closing contacts are arranged at intervals.

Optionally, the sunroof switch further includes a fixed cover that is detachably connected to the base to close the top opening of the base, and the fixed cover is formed with a tilt button for exposing the button of the tilt button assembly A component mounting hole, and a flat button component mounting hole for exposing the button of the casement button component.

Optionally, the sunroof switch further includes a rear cover that is detachably connected to the bottom of the base to close the bottom opening of the base, and a hole for exposing the connector of the circuit board assembly is formed on the rear cover. Grooving.

Through the above technical solution, that is, by movably installing the inclined opening button assembly and the opening button assembly respectively on the base, wherein the inclined opening button assembly can conduct or disconnect the inclined opening and closing contacts of the circuit board assembly, and the opening and closing contacts of the flat opening The button assembly can conduct or disconnect the flat opening and closing contacts of the conductive circuit board assembly, so that when the sunroof needs to be opened and closed obliquely or horizontally, the independently designed inclined opening button assembly or flat opening button can be used components to realize the control of the oblique opening and closing or flat opening and closing of the sunroof, which not only improves the operational reliability, but also due to the reasonable design of the conduction action stroke of the oblique opening button assembly and the flat opening button assembly, there will be no action interference and gear position The operation noise is low, and the handle position of the sunroof switch is clear, which improves the service life.

Other features and advantages of the present disclosure will be described in detail in the detailed description that follows.

Description of drawings

The accompanying drawings are used to provide a further understanding of the present disclosure, and constitute a part of the description, together with the following specific embodiments, are used to explain the present disclosure, but do not constitute a limitation to the present disclosure. In the attached picture:

Fig. 1 is an exploded perspective view of a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 2 is a structural diagram of a first button in a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 3 is a top structural view of a first mounting base in a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 4 is a bottom view structural view of the first mounting seat in the sunroof switch according to the specific embodiment of the present disclosure;

Fig. 5 is a structural diagram of a second button in a sunroof switch according to a specific embodiment of the present disclosure;

6 is a cross-sectional view of a second button in a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 7 is a bottom structural view of the second mounting seat in the sunroof switch according to a specific embodiment of the present disclosure;

Figure 8 is a top view of Figure 7;

Fig. 9 is a D-D line sectional view among Fig. 8;

Fig. 10 is a structural diagram of a silicone button in a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 11 is a structural diagram of a rear cover in a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 12 is an assembled top view of a sunroof switch according to a specific embodiment of the present disclosure;

Fig. 13 is a sectional view of line A-A in Fig. 12;

Fig. 14 is the B-B line sectional view among Fig. 12;

Fig. 15 is a sectional view taken along line C-C in Fig. 12 .

Explanation of reference signs

1-base, 11-mounting column accommodation groove;

2-circuit board assembly, 21-connector;

3-the first button assembly, 31-the first driving structure, 32-the first transmission structure, 33-the first mounting seat, 331-the first mounting boss, 332-the first button mounting hole, 333-the first limit Slot, 34-the first button, 35-the first driving protrusion, 351-automatic flat opening protrusion, 352-manual flat opening protrusion, 353-automatic flat closing protrusion, 354-manual flat closing protrusion, 36-first return spring assembly , 361-the first mounting column, 362-the first return spring 362;

4-the second button assembly, 41-the second driving structure, 42-the second transmission structure, 421-the first transmission rod, 422-the second transmission rod, 43-the second mounting base, 431-the second mounting boss, 432-Accommodating slot, 433-Through hole, 44-Second button, 441-Second limit slot, 45-Second driving protrusion, 451-Automatic oblique opening protrusion, 452-Manual oblique opening protrusion, 453-Automatic oblique closing Protrusion, 454-manual oblique closing protrusion, 46-second return spring assembly, 461-second mounting column, 462-second return spring, 47-rotary shaft;

5-Silicone button, 51-Silicone plate body, 52-Conductive part, 521-Conductive column, 53-Platform opening and closing moving contact, 531-Automatic sliding contact, 532-Manual sliding contact, 533-Automatic closing Moving contact, 534-manual flat closing moving contact, 54-oblique opening and closing moving contact, 541-automatic inclined opening moving contact, 542-manual inclined opening moving contact, 543-automatic inclined closing moving contact, 544-manual Tilt-off moving contact;

6-Fixed cover, 61-Installation hole for oblique opening button assembly, 62-Installation hole for flat opening button assembly;

7-back cover, 71-slot;

8-press plate; 9-fastener.

Detailed ways

Specific embodiments of the present disclosure will be described in detail below in conjunction with the accompanying drawings. It should be understood that the specific embodiments described here are only used to illustrate and explain the present disclosure, and are not intended to limit the present disclosure.

In this disclosure, unless stated otherwise, the orientation words used such as "top, bottom" refer to the "top, bottom" of the corresponding parts in the use state of the sunroof switch, and "front side, rear side" refer to the vehicle The front and rear directions of travel (longitudinal direction).

As shown in FIG. 1 , the present disclosure provides a sunroof switch, which includes a base 1, an oblique opening button assembly, a flat opening button assembly, and a circuit board assembly 2, and the circuit board assembly 2 is installed on the base 1. , and integrates the oblique opening and closing contacts for controlling the tilting opening and closing of the sunroof, and the flat opening and closing contacts for controlling the horizontal opening and closing of the sunroof. The inclined opening button assembly is movably installed on the The base 1 is used for conducting or disconnecting the inclined opening and closing contacts, and the flat opening button assembly is movably installed on the base 1 for conducting or disconnecting the flat opening and closing contacts. Open and close contacts. That is, by movably installing the inclined opening button assembly and the opening button assembly respectively on the base 1, wherein the inclined opening button assembly can conduct or disconnect the inclined opening and closing contacts of the circuit board assembly 2, and the flat opening button assembly can The horizontal opening and closing contacts of the conductive circuit board assembly 2 are turned on or off, so that when the sunroof needs to be opened and closed obliquely or horizontally, the independently designed inclined opening button assembly or flat opening button assembly can be used to Realize the action of controlling the inclined opening and closing or flat opening and closing of the sunroof, so as to not only improve the operational reliability, but also because the conduction stroke design of the inclined opening button assembly and the opening button assembly is reasonable, there will be no action interference and gear operation noise It is small, and makes the gear position of the sunroof switch clear, which improves the service life.

Among them, various reasonable structures can be adopted for the movable installation of the oblique button assembly and the flat button assembly on the base 1. It is enough that the component and the open button component can be turned on or off correspondingly to the oblique opening and closing contacts and the flat opening and closing contacts of the conducting circuit board assembly 2 .

For example, optionally, as shown in FIGS. 1 to 9 , one of the oblique opening button assembly and the flat opening button assembly is formed as a first button assembly 3 , and the other is formed as a second button assembly 4 , or, both the oblique opening button assembly and the flat opening button assembly are formed as the first button assembly 3 or the second button assembly 4, and the first button assembly 3 includes a The first driving structure 31 on the base 1, and the first transmission structure 32 arranged on the base 1 corresponding to the first driving structure 31, the first transmission structure 32 passes through the first driving structure 31 Drive to be able to turn on or off the corresponding contacts of the circuit board assembly 2, the second button assembly 4 includes a second driving structure 41 rotatably arranged on the base 1, and the The second driving structure 41 is correspondingly arranged on the second transmission structure 42 on the base 1, and the second transmission structure 42 can be turned on or off through the driving of the second driving structure 41. Corresponding contacts on board assembly 2. Here, regardless of the structure of any one of the above-mentioned first button assembly 3 and second button assembly 4, the oblique opening button assembly and the flat button assembly can be realized through a simple driving path and a fast driving method. The conduction or disconnection of the inclined opening and closing contacts or the flat opening and closing contacts of the circuit board assembly 2 has the characteristics of high operational stability.

Here, in order to facilitate operators to easily identify the flat opening button assembly for opening and closing the sunroof and the oblique opening button assembly for obliquely opening and closing the sunroof, optionally, the flat opening button assembly is formed as the first button Component 3 , the slanted button component is formed as the second button component 4 , and the flat button component and the slanted button component are arranged on the base 1 at intervals. That is, since the flat opening mode of the sunroof is moving, and the oblique opening mode of the sunroof is rotation, so by adopting the movable mode of the horizontal opening button assembly as the moving mode, and adopting the rotating mode as the active mode of the oblique opening button assembly, the operation can be made Personnel quickly selects the corresponding button assembly to perform the corresponding sunroof opening operation. Here, corresponding flat opening signs and oblique opening signs can also be set on the operation top surfaces of the horizontal opening button assembly and the oblique opening button assembly. However, the present disclosure is not limited thereto, and the movement modes of the inclined opening button assembly and the opening button assembly on the base 1 can be reasonably designed according to actual needs such as the installation space of the sunroof switch.

Optionally, as shown in FIG. 1 , the first driving structure 31 includes a first mounting seat 33, a first button 34 for horizontal opening and closing operation by the operator, and a first button 34 arranged on the base 1 and the second A first return spring assembly 36 between a mounting seat 33 and used to return the first mounting seat 33 to its initial position, the first mounting seat 33 is movably mounted on the base 1 along the front and rear directions, The first button 34 is installed on the first installation seat 33 and exposed on the top of the base 1 , and the first transmission structure 32 is movably arranged on the base 1 along the thickness direction of the base 1 and opposite to the flat opening and closing contacts of the circuit board assembly 2 installed at the bottom of the base 1 . Here, the first return spring assembly 36 may include a first installation post 361 and a first return spring 362 installed on the first installation post 361, and the first return springs 362 abut against the first installation post respectively. 361 and the first limiting groove 333 of the first mounting seat 33, the bottom end of the first mounting column 361 is movably installed in the arc-shaped mounting column receiving groove 11 of the base 1, in the initial position the The bottom end of the first mounting post 361 is located at the bottom end of the mounting post receiving groove 11 . Therefore, when the operator applies an external force, during the movement of the first installation base 33 and the first button 34 from the initial position toward the horizontal opening or horizontal closing, the first return spring assembly 36 is driven to fit along the mounting column receiving groove 11. When the external force is removed, the restoring force of the first return spring 362 makes the first return spring assembly 36 drive the first mount 33 and the first button 34 to move and return to the initial position. The first return spring assembly 36 has a pre-tightening force at the initial position to provide the first button 34 of the first driving structure 31 with a clear sense of movement and return gear. Through the above-mentioned structure, the reliable side opening and closing operation of the sunroof can be realized, and the overall arrangement of the side opening button assembly is compact and more rational. However, the present disclosure is not limited thereto, and the casement button assembly may also adopt other appropriate structures.

Optionally, as shown in FIG. 3 and FIG. 4 , the first mounting base 33 is provided with a first mounting boss 331 , and the first mounting boss 331 is formed with a first mounting boss 34 for installing the first button 34 . A button installation hole 332, the bottom of the first button 34 is inserted and limited into the first button installation hole 332, and the first button 34 is engaged with the first installation seat 33, so A plurality of first driving protrusions 35 extending along the moving direction of the first mounting base 33 protrude from the bottom of the first mounting boss 331 , and the first driving protrusions 35 cooperate with the first transmission structure 32 . Here, the snap-fit structure of the first button 34 and the first installation seat 33 can adopt the following structure, that is, a plurality of snap-fit protrusions or snap-fit recesses are formed on the outer wall of the first mounting boss 331 . Groove, the inner side wall of the first button 34 is provided with a corresponding groove or a corresponding protrusion that is engaged with the snap-fit protrusion or the snap-fit groove, or other structures can also be used, as long as it can To reliably fix the first mounting boss 331 and the first button 34 . In addition, the first driving protrusion 35 can drive the first transmission structure 32 along the thickness direction of the base 1, or can also drive the first transmission structure 32 along the lateral direction of the base 1, but in order to make the overall structural arrangement of the casement button assembly More compact and easy to achieve miniaturization, the first driving protrusion 35 can drive the first transmission structure 32 along the thickness direction of the base 1, for example, the thickness direction of the base 1 can be perpendicular to the first mounting seat 33 and the second The direction of movement of a button 34 . In addition, the first transmission structure 32 can adopt various structures, as long as the function of moving through the driving of the first driving structure 31 to conduct or disconnect the flat opening and closing contacts of the circuit board assembly 2 is realized. Yes, for example, the first transmission structure 32 may be formed as a cylinder with a stepped structure, a square column, or the like.

Optionally, the first mounting seat 33 can move from the initial position toward the front and rear side to adjust the position, and the first mounting seat 33 has a manual flat opening position and an automatic opening position in sequence in the direction of moving from the initial position to the front side. In the horizontal opening position, the first mounting seat 33 has a manual horizontal closing position and an automatic horizontal closing position in the direction of moving from the initial position toward the rear side, and the first driving protrusion 35 is formed with a horizontal plane and an inclined convex position. There are four table tops, the number of the first transmission structures 32 is four, and in the initial positions, they are in contact with the horizontal plane of each of the first driving protrusions 35 respectively, and each of the first transmission structures 32 is not Conducting the corresponding contact part of the horizontal opening and closing contact of the circuit board assembly 2, in the automatic horizontal opening position, manual horizontal opening position, manual horizontal closing position or automatic horizontal closing position, the corresponding The inclined boss surface of the first driving protrusion 35 cooperates with the corresponding first transmission structure 32 to drive the first transmission structure 32 to move along the thickness direction so as to conduct the horizontal opening of the circuit board assembly 2 . The corresponding contact part of the closed contact. Specifically, optionally, as shown in FIG. 4 , the first driving protrusion 35 includes an automatic horizontal opening protrusion 351 and a manual horizontal opening protrusion 352 arranged in a diagonal direction, and an automatic horizontal closing protrusion 353 and a manual horizontal opening protrusion 353 arranged in a diagonal direction. The closing protrusion 354, the automatic flat opening protrusion 351 and the automatic flat closing protrusion 353 are located on the rear side in the moving direction, and the manual flat opening protrusion 352 and the manual flat closing protrusion 354 are located in the moving direction Located on the front side, the horizontal plane extension length of the automatic flat opening protrusion 351 and the automatic flat closing protrusion 353 is longer than the horizontal plane extension length of the manual flat opening protrusion 352 and the manual flat closing protrusion 354, so that in the manual In the horizontal opening position or the manual horizontal closing position, only the inclined convex surface of the manual horizontal opening protrusion 352 or the manual horizontal closing protrusion 354 cooperates with the corresponding first transmission structure 32, while the automatic horizontal opening protrusion 351 and None of the inclined boss surfaces of the automatic leveling protrusions 353 cooperate with the corresponding first transmission structures 32 . Here, for example, the automatic flat opening protrusion 351 and the automatic flat closing protrusion 353 can be formed into a mutually symmetrical structure, that is, the inclined convex surface of the automatic flat opening protrusion 351 is opposite to the horizontal plane of the automatic flat closing protrusion 353, and the automatic flat opening protrusion 353 is opposite to the horizontal plane of the automatic flat closing protrusion 353. The horizontal plane of 351 is opposite to the inclined boss surface of the automatic flat-closing protrusion 353. Correspondingly, the manual flat-opening protrusion 352 and the manual flat-closing protrusion 354 are formed into a mutually symmetrical structure adopting the arrangement as described above, thus enabling the second The overall structure of the driving structure 31 in the moving direction is compact and miniaturized. Through the above-mentioned structure, when the first installation seat 33 moves from the initial position to the front side, the inclined surfaces of the manual flat-opening protrusion 352 and the automatic flat-opening protrusion 351 are sequentially aligned with the respective first transmission parts. The structure 32 cooperates so that the first transmission structure 32 pushes down along the thickness direction until it conducts with the corresponding contacts of the circuit board assembly 2 . Afterwards, the first mounting seat 33 is returned to the initial position from the automatic flat opening position via the manual flat opening position by the elastic restoring force of the first return spring assembly 36 . But the present disclosure is not limited thereto, and the specific arrangement structure of the first driving protrusion 35 can also adopt other structures. Arranged on the front side in the direction of movement, so that the automatic level-off protrusion 353 and the manual level-off protrusion 354 are arranged on the rear side in the direction of movement, which can also realize horizontal opening, closing, and switching between manual gears and automatic gears Function. But the present disclosure is not limited thereto, and the specific arrangement structure of the casement button assembly can be arranged according to actual needs, for example, the casement button assembly can also be raised and lowered on the base 1 along the thickness direction of the base 1 Realize the function of conducting or disconnecting the flat opening and closing contacts of the conducting circuit board assembly 2.

Optionally, as shown in FIGS. 5 to 9 , the second driving structure 41 includes a second mount 43 provided on the base 1, and is rotatably mounted on the second mount 43 for operation. The second button 44 operated obliquely by personnel, and the second return spring assembly 46 arranged between the second mount 43 and the second button 44 and used to return the second button 44 to its initial position , the second button 44 is exposed on the top of the base 1, and the second transmission structure 42 can move along the thickness direction of the base 1 through the rotation of the second button 44 to turn on or off the conduction. Through the oblique opening and closing contacts of the circuit board assembly 2 , the second transmission structure 42 is arranged opposite to the oblique opening and closing contacts of the circuit board assembly 2 installed at the bottom of the base 1 . Here, the second return spring assembly 46 may include a second installation post 461 and a second return spring 462 installed on the second installation post 461, and the second return spring 462 abuts against the second installation post 461 and the second return spring 462 respectively. Inside the second limiting groove 441 of the second button 44 . Therefore, when the operator applies an external force to the second button 44 and the second button 44 rotates around the rotation point along the direction of the oblique side, the second button 44 drives the second transmission structure 42 along the thickness of the base 1 The corresponding contact of the circuit board assembly (the contact that makes the sunroof tilt open) is moved in the direction, at this time, the corresponding contact for tilting the sunroof is in a non-conductive state, and the second button 44 surrounds When the rotation point rotates in the direction of the oblique closing side, the second button 44 drives the second transmission structure 42 to move along the thickness direction of the base 1 to conduct the corresponding contact of the circuit board assembly 2 (the contact that makes the sunroof obliquely closed) , at this time, the corresponding contacts for tilting to open the sunroof are in a non-conductive state. In addition, when the second button 44 returns to the initial position from the oblique opening and closing position, it can be realized by the second return spring assembly 462 with the above-mentioned structure. Through the above-mentioned structure, the reliable oblique opening and closing operation of the sunroof can be realized, and the arrangement of the oblique opening button assembly is compact and more rational. In addition, in order to enable the casement button assembly to return to the initial position reliably, the above-mentioned first return spring assembly 36 may also be provided between the second mounting seat 43 and the base 1 .

Optionally, the second mounting base 43 is provided with a second mounting boss 431, and the second button 44 is rotatably connected to the second mounting boss 431 through a rotating shaft 47. The horizontal opening button assembly and the oblique opening button assembly are operated, the axis of the rotating shaft 47 is perpendicular to the moving direction of the flat opening button assembly, and the bottom of the second button 44 protrudes from the two sides of the installation point of the rotating shaft There is a second driving protrusion 45 for driving the second transmission structure 42 to move along the thickness direction. Specifically, optionally, a receiving groove 432 is formed in the middle of the second mounting boss 431, and a through hole 433 is formed at the bottom of the receiving groove 432 for the second transmission structure 42 to pass through. The driving protrusion 45 is inserted into the receiving groove 432 and abuts against the second transmission structure 42 whose part is inserted into the through hole 433 , and the return spring assembly 46 is arranged between the second button 44 and the second button 44 . The position between the bottoms of the accommodation grooves 432 . Here, the rotating shaft 47 can be arranged on the second button 44. In order to facilitate the assembly of the second mounting base 43 and the second button 44, the two sides of the accommodating groove 432 arranged along the axis of the rotating shaft 47 can be formed with vertical The extended slot is inserted into the shaft installation hole corresponding to the receiving slot 432 along the extending direction of the slot. However, the present disclosure is not limited thereto, as long as the second installation seat 43 and the second button 44 can be rotated and matched, other suitable structures can be adopted for the cooperation structure of the two. Through the above-mentioned structure, the oblique opening and closing operation of the sunroof can be realized quickly and conveniently, and because the second transmission structure 42 and the first transmission structure 32 move in the same direction, the corresponding arrangement structure of the base 1 can be easily processed, and make The arrangement structure of the flat opening button assembly and the oblique opening button assembly on the base 1 is more rational.

Optionally, as shown in FIG. 1 and FIG. 13 , the second transmission structure 42 includes a first transmission rod 421 that cooperates with each other and a second transmission rod 421 for conducting or disconnecting the inclined opening and closing contacts. Rod 422, the first transmission rod 421 is inserted into the through hole 433 and both ends abut against the second driving protrusion 45 and the second transmission rod 422 respectively, the second transmission rod 422 is mounted on The base 1 is at a position corresponding to the first transmission rod 421 . Wherein, the first transmission rod 421 can be formed into a stepped structure, the through hole 433 is formed as a stepped hole corresponding to the first transmission rod 421, the small end of the first transmission rod 421 corresponds to the second driving protrusion 45 and the large end corresponds to With respect to the second transmission rod 422 , the axial movement position of the first transmission rod 421 on the second installation base 43 is limited by the abutting fit between the stepped surface of the first transmission rod 421 and the stepped surface of the through hole 433 .

Optionally, as shown in FIGS. 12 to 15 , the second button 44 can be rotated from the initial position toward the front and rear sides to adjust its position, and the second button 44 can be rotated from the initial position toward the front side. It has a manual inclined opening position and an automatic inclined opening position in turn. The second button 44 has a manual inclined closing position and a manual inclined closing position in the direction of rotation from the initial position toward the rear side. The second driving protrusion 45 One and respectively are the automatic inclined opening protrusion 451 and the manual inclined opening protrusion 452 arranged on the front side of the rotating shaft installation point of the second button 44, and the automatic inclined closing protrusion arranged on the rear side of the rotating shaft installation point of the second button 44. There are four protrusions 453 and manual oblique closing protrusions 454, and the second transmission structure 42 is in four corresponding contact with each second driving protrusion 45 at the initial position, and each of the second transmission structures 42 is not Conducting the corresponding contact part of the oblique opening and closing contacts of the circuit board assembly 2, in the automatic oblique opening position, manual oblique opening position, manual oblique closing position or automatic oblique closing position, the automatic oblique closing position The oblique opening protrusion 451 , the manual oblique opening protrusion 452 , the automatic oblique closing protrusion 453 or the manual oblique closing protrusion 454 drive the corresponding second transmission structure 42 to move along the thickness direction to conduct the connection of the circuit board assembly 2 . The corresponding contact portion of the inclined opening and closing contacts.

When the second button 44 rotates from the initial position toward the front side (inclined opening direction), the automatic inclined opening protrusion 451 and the manual inclined opening protrusion 452 synchronously drive the corresponding second transmission structure 42 along the In the manual inclined opening position, the second transmission structure 42 corresponding to the manual inclined opening protrusion 452 conducts the corresponding contacts of the circuit board assembly 2, and corresponds to the automatic inclined opening The second transmission structure 42 of the protrusion 452 is not connected to the corresponding contacts of the circuit board assembly 2. In the automatic inclined opening position, the two corresponding to the automatic inclined opening protrusion 451 and the manual inclined opening protrusion 452 respectively The second transmission structures 42 are connected to corresponding contacts of the circuit board assembly 2 . When the second button 44 rotates from the initial position toward the rear side (in the oblique closing direction), the automatic oblique closing protrusion 453 and the manual oblique closing protrusion 454 synchronously drive the corresponding second transmission structure 42 along the In the manual oblique closing position, the second transmission structure 42 corresponding to the manual oblique closing protrusion 454 conducts the corresponding contacts of the circuit board assembly, and the second transmission structure 42 corresponding to the automatic oblique closing protrusion 453 The second transmission structure 42 does not conduct the corresponding contacts of the circuit board assembly 2, and at the automatic oblique closing position, the second transmission structure 42 corresponding to the automatic oblique closing protrusion 453 and the manual oblique closing protrusion 454 respectively conducts the circuit Corresponding contacts on board assembly 2. Through the above-mentioned structure, it is possible to flexibly try the function of switching between opening and closing by tilting and between manual gear and automatic gear. However, the present disclosure is not limited thereto, and the structure of the oblique opening button assembly can be specifically arranged according to actual needs.

Optionally, as shown in FIG. 1 , the sunroof switch includes a silicone button 5 installed in the base 1, and the inclined opening button assembly and the flat opening button assembly are turned on or off through the silicone button 5. The corresponding contacts of the circuit board assembly 2 are turned on. Here, the circuit board assembly 2 is protected by the silicone button 5, so that the circuit board assembly 2 has the functions of waterproof, anti-corrosion and anti-open circuit, and improves the protection and conduction reliability of the sunroof switch. In addition, a pressure plate 8 may be provided between the silicone key 5 and the base 1 , so that the silicone key 5 can be closely fitted to the circuit board assembly 2 through the pressure plate 8 . In addition, an ideal and comfortable key force can be reasonably designed by adjusting the tactile ratio of the silicone key 5 . The above-mentioned silicone key 5 has the advantages of small conduction resistance, short service life and reliable use.

Optionally, as shown in FIG. 10 , the silicone button 5 includes a silicone plate body 51 and a conductive part 52 with an arc-shaped key surface as a part of the silicone plate body 51. The lower surface of the conductive part 52 is formed with a movable The conductive column 521 of the contact, the circuit board assembly 2 forms a matching groove around the part of the flat opening and closing contact and the oblique opening and closing contact, the conductive column 521 is matched with the matching groove and the The movable contacts are spaced apart from the flat opening and closing contacts and the oblique opening and closing contacts respectively. Among them, the number of the conductive columns 521 is eight, and each has four flat opening and closing movable contacts 53 and four oblique opening and closing movable contacts 54 respectively, and the four flat opening and closing movable contacts 53 are automatic horizontal opening and closing movable contacts respectively. Contact 531, manual horizontal opening movable contact 532, automatic horizontal closing movable contact 533 and manual horizontal closing movable contact 534, four inclined opening and closing movable contacts 54 are automatic inclined opening and closing movable contact 541, manual inclined opening moving contact 542, automatic inclined closing moving contact 543 and manual inclined closing moving contact 544. Here, the switching between the manual gear and the automatic gear for oblique opening and oblique closing can be achieved by adjusting the contact between the movable contact of the corresponding conductive part 52 at the initial position and the corresponding contact in the corresponding matching groove. This is achieved by way of spacing. For example, the following manner can be adopted for the switching mode between the automatic gear shifting and the manual gear shifting. That is, the spacing between the manual tilting contact 542 and the manual tilting contact on the corresponding circuit board assembly 2 can be designed to be smaller than the automatic tilting contact 541 and the corresponding automatic tilting contact on the circuit board assembly 2. Spacing between actuating contacts. Thus, during the rotation of the second button 44 along the direction of tilting, the second transmission structure 42 for manual tilting and the second transmission structure 42 for automatic tilting are driven one by one, so that the manual tilting contact 542 first The corresponding manual inclined opening contact of the circuit board assembly 2 is conducted, and then the automatic inclined opening contact 541 is conducted with the corresponding automatic inclined opening contact of the circuit board assembly 2 . In addition, the switching mode between the manual gear and the automatic gear for oblique closing is the same as that for switching between the manual gear and the automatic gear for oblique opening. However, the present disclosure is not limited thereto, and other switching methods may also be used for switching between the respective gear positions of the oblique opening and oblique closing. For example, the spacing between the four oblique opening and closing movable contacts 54 and the corresponding contacts of the circuit board assembly 2 can be set to be the same. In this state, by changing each second transmission structure 42, especially changing the first The extension length of a transmission rod 421 is realized. For example, the extension length of the corresponding first transmission rod 521 used to realize automatic tilting can be set to be smaller than the extension length of the corresponding first transmission rod 521 used to realize manual tilting. The extension length of the corresponding first transmission rod 521 for oblique closing is set to be smaller than the extension length of the corresponding first transmission rod 521 for manual oblique closing. Thus, during the rotation of the second button 44 toward the direction of oblique opening or oblique closing, the first transmission rod 521 and the second transmission rod 522 for manual oblique opening or manual oblique closing make the manual oblique opening contact 542 or the manual oblique opening contact 542 The oblique closing movable contact 544 is connected to the corresponding contact of the circuit board assembly 2. In this state, when the second button 44 continues to rotate along the oblique opening direction, the first transmission rod 521 for automatic oblique opening or automatic oblique opening And the second transmission rod 521 makes the automatic inclined opening contact 541 or the automatic inclined closing contact 543 conduct with the corresponding contacts of the circuit board assembly 2 .

Optionally, as shown in Figures 1 and 13, the sunroof switch further includes a fixed cover 6 that is detachably connected to the base 1 to close the top opening of the base 1, and the fixed cover 6 is formed for supplying The oblique opening button assembly mounting hole 61 for exposing the button of the oblique opening button assembly, and the flat opening button assembly mounting hole 62 for exposing the button of the flat opening button assembly. Optionally, as shown in FIG. 11 , the sunroof switch also includes a rear cover 7 that is detachably connected to the bottom of the base 1 to close the bottom opening of the base 1 . The slot 71 where the connector of the circuit board assembly 2 is exposed. Here, the back cover 7 can reliably press the silicone button 5 on the circuit board assembly 2 through the compression fit of the fastener 9 and the base 1, so that the silicone button 5 and the circuit board assembly 2 can achieve a closer connection. Reliable sealing. As mentioned above, through the mutual cooperation of the base 1 , the fixed cover 6 and the rear cover 7 , the overall structure can be assembled easily and reliably, and can effectively protect the internal structure.

As mentioned above, the inclined opening button assembly and the opening button assembly are respectively movably installed on the base 1, wherein the inclined opening button assembly can conduct or disconnect the inclined opening and closing contacts of the circuit board assembly 2, and the flat opening button The component can conduct or disconnect the flat opening and closing contacts of the conductive circuit board assembly 2, so that when the sunroof needs to be opened and closed obliquely or horizontally, the independently designed inclined opening button assembly or flat opening button can be used components to realize the control of the oblique opening and closing or flat opening and closing of the sunroof, which not only improves the operational reliability, but also due to the reasonable design of the conduction action stroke of the oblique opening button assembly and the flat opening button assembly, there will be no action interference and gear position The operation noise is low, and the handle position of the sunroof switch is clear, which improves the service life.

The preferred embodiments of the present disclosure have been described in detail above in conjunction with the accompanying drawings. However, the present disclosure is not limited to the specific details of the above embodiments. Within the scope of the technical concept of the present disclosure, various simple modifications can be made to the technical solutions of the present disclosure. These simple modifications all belong to the protection scope of the present disclosure.

In addition, it should be noted that the various specific technical features described in the above specific embodiments can be combined in any suitable manner if there is no contradiction. The combination method will not be described separately.

In addition, various implementations of the present disclosure can also be combined in any way, as long as they do not violate the idea of the present disclosure, they should also be regarded as the content disclosed in the present disclosure.

Claims (16)

1. a kind of skylight switch, which is characterized in that the skylight switch includes pedestal (1), tiltedly opens button assembly, is opened flat button assembly And wiring board assembly (2), the wiring board assembly (2) is mounted on the pedestal (1), and is integrated with for controlling skylight Inclination opening and tilt the oblique opening and closing contact closed and for control skylight horizontal opening and it is horizontal close be opened flat close it is tactile Point, the button assembly of tiltedly opening are movably installed on the pedestal (1) for the conducting oblique opening and closing that is turned on or off Contact, it is described be opened flat button assembly be movably installed on the pedestal (1) for be turned on or off conducting described in be opened flat Closed contact.

2. skylight switch according to claim 1, which is characterized in that described tiltedly to open button assembly and described be opened flat button group One of part is formed as the first button assembly (3), and another one is formed as the second button assembly (4), alternatively, described tiltedly open button Component and the button assembly that is opened flat are all formed as first button assembly (3) or second button assembly (4),

First button assembly (3) include be movably disposed at the first driving structure (31) on the pedestal (1) and The first drive mechanism (32) on the pedestal (1) is correspondingly set with first driving structure (31), first transmission Structure (32) can be turned on or off by the driving of first driving structure (31) and the wiring board assembly (2) is connected Corresponding contacts,

Second button assembly (4) include can be rotatably set in the second driving structure (41) on the pedestal (1) and The second drive mechanism (42) on the pedestal (1) is correspondingly set with second driving structure (41), second transmission Structure (42) can be turned on or off by the driving of second driving structure (41) and the wiring board assembly (2) is connected Corresponding contacts.

3. skylight switch according to claim 2, which is characterized in that it is described be opened flat button assembly be formed as described first by Button component (3), it is described tiltedly to open button assembly and be formed as second button assembly (4), it is described be opened flat button assembly and it is described tiltedly Button assembly arranged for interval is opened on the pedestal (1).

4. skylight switch according to claim 3, which is characterized in that first driving structure (31) includes the first installation Seat (33), the first button (34) for being opened flat closed operation for operating personnel, and be arranged in the pedestal (1) and described first Between mounting base (33) and for so that first mounting base (33) returns back to the (the first back-moving spring component of initial position (36), first mounting base (33) is movably mounted at along front and back side direction on the pedestal (1), first button (34) it is mounted on first mounting base (33) and is exposed to the top of the pedestal (1), first drive mechanism (32) Be movably disposed on the pedestal (1) along the thickness direction of the pedestal (1) and with mounted on the pedestal (1) bottom The wiring board assembly (2) to be opened flat closed contact positioned opposite.

5. skylight switch according to claim 4, which is characterized in that be provided with the first peace on first mounting base (33) Boss (331) is filled, the first button for installing first button (34) is formed on first installation base (331) and is installed The bottom in hole (332), first button (34) is inserted into and is limited in first button installing hole (332), and described the One button (34) is to be engaged by clamping with first mounting base (33), and the bottom of first installation base (331) protrudes to be formed There are multiple first driving protrusions (35) of the moving direction extension along first mounting base (33), the first driving protrusion (35) Coordinate with first drive mechanism (32).

6. skylight switch according to claim 5, which is characterized in that first mounting base (33) can from initial position Position is adjusted towards the movement of front and back side direction, the direction which moves from the initial position towards front side On have be opened flat position and automatic side-hung position manually successively, first mounting base (33) is from the initial position towards rear side There is manual flat off position and automatic flat off position successively on mobile direction,

The first driving protrusion (35) is be each formed with horizontal plane and obliquity prominence platform face four, first drive mechanism (32) it is four and is supported in horizontal plane of the initial position respectively respectively accordingly with each first driving protrusion (35) It connects, and each first drive mechanism (32) does not turn on the described of the wiring board assembly (2) and is opened flat the corresponding of closed contact Contact part in the automatic side-hung position, is opened flat in position, manually flat off position or automatic flat off position manually, corresponding The obliquity prominence platform face of the first driving protrusion (35) and corresponding first drive mechanism (32) cooperation with drive this first Drive mechanism (32) is moved along the thickness direction is opened flat the corresponding tactile of closed contact so that the described of the wiring board assembly (2) is connected Point part.

7. skylight switch according to claim 6, which is characterized in that the first driving protrusion (35) includes diagonally opposed The automatic side-hung protrusion (351) of arrangement and the automatic flat pass protrusion for being opened flat protrusion (352) and diagonally opposed arrangement manually (353) and manually flat pass protrusion (354), the automatic side-hung protrusion (351) and automatic put down close protrusion (353) in the shifting It is located at rear side on dynamic direction, protrusion (352) and the protrusion (354) of closing flat manually of being opened flat manually is on the moving direction Positioned at front side, the automatic side-hung protrusion (351) and the automatic flat horizontal plane development length for closing protrusion (353) are longer than described It is opened flat the development length of protrusion (352) and the horizontal plane for closing protrusion (354) flat manually manually, to be opened flat position manually described It sets or the flat off position manually, it is only described to be opened flat protrusion (352) manually or the inclination for closing protrusion (354) flat manually is convex Table top coordinates with corresponding first drive mechanism (32), and the automatic side-hung protrusion (351) and the automatic flat pass protrusion (353) obliquity prominence platform face does not coordinate with corresponding first drive mechanism (32).

8. according to the skylight switch described in any one of claim 3-7, which is characterized in that the second driving structure (41) packet It includes the second mounting base (43) being arranged on pedestal (1), be installed in rotation in second mounting base (43) for being made for The second button (44) of the oblique opening and closing operations of industry personnel, and be arranged in second mounting base (43) and second button (44) Between and for so that second button (44) returns back to the second back-moving spring component (46) of initial position, described second to press Button (44) is exposed to the top of the pedestal (1), the rotation that second drive mechanism (42) passes through second button (44) And it can move along the thickness direction of the pedestal (1) and be touched with the oblique opening and closing for the conducting wiring board assembly (2) that is turned on or off Point, the oblique opening and closing contact of second drive mechanism (42) and the wiring board assembly (2) mounted on the pedestal (1) bottom It is positioned opposite.

9. skylight switch according to claim 8, which is characterized in that be provided with second on second mounting base (43) Installation base (431), second button (44) are rotatably connected to second installation base (431) by shaft (47) On, the axis of the shaft (47) is perpendicular to the moving direction for being opened flat button assembly, the bottom of second button (44) On be provided projectingly relative to two side positions of shaft installation point and be useful for driving second drive mechanism (42) along the thickness Second driving protrusion (45) of direction movement.

10. skylight switch according to claim 9, which is characterized in that the middle part of second installation base (431) is formed There is holding tank (432), the bottom of the holding tank (432) is formed with for the through hole for second drive mechanism (42) perforation (433), the second driving protrusion (45) is inserted into the holding tank (432) and is inserted into the through hole with part-structure (433) second drive mechanism (42) in abuts, and the return spring assembly (46) is arranged in second button (44) Position between holding tank (432) bottom.

11. skylight switch according to claim 10, which is characterized in that second drive mechanism (42) includes phase interworking The first drive link (421) for closing and for the second drive link (422) that the oblique opening and closing contact is connected that is turned on or off, described the One drive link (421) is inserted into the through hole (433) and both ends are connected to the second driving protrusion (45) and institute respectively State the second drive link (422), what second drive link (422) was installed to the pedestal (1) corresponds to first drive link (421) on position.

12. skylight switch according to claim 10, which is characterized in that second button (44) can from initial position It is rotated towards front and back side direction and adjusts position, the direction that second button (44) rotates from the initial position towards front side On there is manually tiltedly open position and automatic inclined open position, second button (44) to be revolved from the initial position towards rear side successively There is manually tiltedly off position and manual oblique off position successively on the direction turned,

Described second drives protrusion (45) four and is respectively to be arranged on front side of the shaft installation point of second button (44) Automatic inclined opens protrusion (451) and tiltedly opens protrusion (452) manually and be arranged after the shaft installation point of second button (44) The automatic inclined pass protrusion (453) of side and manually oblique pass protrusion (454), second drive mechanism (42) are four and described first Beginning position is respectively accordingly abutted with each second driving protrusion (45) respectively, and each second drive mechanism (42) is not The corresponding contacts part that the oblique opening and closing contact of the wiring board assembly (2) is connected, the automatic inclined open position, manually tiltedly Open position, manually tiltedly in off position or automatic inclined off position, the automatic inclined open protrusion (451), tiltedly open manually protrusion (452), Automatic inclined, which closes protrusion (453) or tiltedly closes protrusion (454) manually, drives corresponding second drive mechanism (42) along described Thickness direction is moved so that the corresponding contacts part of the oblique opening and closing contact of the wiring board assembly (2) is connected.

13. skylight switch according to claim 1, which is characterized in that the skylight switch includes being mounted on the pedestal (1) silica gel push-button (5) in, it is described tiltedly open button assembly and it is described be opened flat button assembly pass through the silica gel push-button (5) be connected Or disconnect the corresponding contacts that the wiring board assembly (2) is connected.

14. skylight switch according to claim 13, which is characterized in that the silica gel push-button (5) includes silica gel plate body (51) and as the silica gel plate body (51) part the conductive part (52) with arc key face, the following table of the conductive part (52) Face is formed with the conductive column (521) with movable contact, and the wiring board assembly (2) is opened flat closed contact and described tiltedly opens around described The part of closed contact is formed with mating groove, the conductive column (521) coordinate with the mating groove and the movable contact respectively with institute It states and is opened flat closed contact and the oblique opening and closing contact arranged for interval.

15. skylight switch according to claim 1, which is characterized in that the skylight switch further includes and the pedestal (1) It is detachably connected to close the open-topped fixed cover (6) of the pedestal (1), is formed with for for institute on the fixation cover (6) State tiltedly open that the button of button assembly exposes tiltedly open button assembly mounting hole (61), and for be opened flat described in confession button assembly by What button exposed is opened flat button assembly mounting hole (62).

16. skylight switch according to claim 1, which is characterized in that the skylight switch further includes and the pedestal (1) Bottom be detachably connected the rear cover (7) of the bottom opening to close the pedestal (1), be formed on the rear cover (7) for supplying The fluting (71) that the connector (21) of the wiring board assembly (2) exposes.