CN207529868U - Stacked switch assembly and combined control system - Google Patents

Abstract

To overcome existing construction of switch single there are function, by external action is big and the problem of poor reliability, the utility model provides a kind of stacked switch assembly, including the first adjusting key, second adjusting key, first slide, second slide, track base, first sliding part, second sliding part and signal generation plate, first adjusts key connection first slide, second adjusts key connection second slide, first sliding part and second sliding part can pass through the track base to upper and lower displacement, the bottom of the second slide is provided with the second inclined-plane, the first silica gel push-button and the second silica gel push-button are provided on the signal generation plate, the bottom end of first sliding part is connected on first silica gel push-button, the bottom end of second sliding part is connected on second silica gel push-button.The utility model additionally provides the combined control system for including said combination switch assembly.This stacked switch assembly force balance, durability times are high, and control function is reliable.

Description

Stacked switch assembly and combined control system

Technical field

The utility model belongs to control switching equipment technology, and in particular to a kind of stacked switch assembly and combination control System.

Background technology

In electrical control, construction of switch refers to that one can make open circuit, make current interruptions or it be made to flow to other The electronic component of circuit, due to its special control action, construction of switch is widely used in each electronically or mechanically field.

The unit for having more needs automatically controlled on automobile, such as vehicle window, skylight, back door, sunshade or car light, usually need Switch is set to be controlled accordingly, by taking skylight and sunshade as an example, existing design only individually controls skylight or sunshade Switch, traditional skylight switch structure or sunshade construction of switch are using two pairs of return springs and two grades of movable contact spring structures or light It touches construction of switch and realizes control, that is to say, that a return spring and a movable contact spring or light are all set in each pair of construction of switch Switch is touched, wherein realizing gear with left and right returning movement using before and after return spring realization sliding shoe, is driven by sliding shoe Movable contact spring or touch-switch realize circuit turn-on, so as to fulfill control function.

The skylight switch of above structure or sunshade construction of switch, function is more single, and due to the stress of return spring Be an oblique line with movable contact spring or the deformation relationship composite curve of the stress of touch-switch, therefore, operator open, close, Very big noise can be generated when tilting skylight or unlatching, closing sunshade, feel pause and transition in rhythm or melody sense is poor, and feel seismaesthesia is strong.In addition, dynamic touch In piece motion process or in the unshielded course of work of touch-switch, it is affected by extraneous factors such as water and dusts, durable time Number is relatively low, and conducting unfailing performance is relatively low, and the failure rate of skylight switch structure or sunshade construction of switch is higher.

Utility model content

For the problem that existing construction of switch is single there are function, by external action is big and poor reliability, this practicality is newly Type provides a kind of stacked switch assembly and combined control system.

In order to solve the above technical problems, on the one hand, one embodiment of the utility model provides a kind of stacked switch assembly, wrap Include the first adjusting key, the second adjusting key, first slide, second slide, track base, the first sliding part, the second sliding part and signal Generation plate, the first adjusting key connection first slide, the second adjusting key connection second slide, described first Sliding part and second sliding part can pass through the track base to upper and lower displacement, and the first slide can relatively described track base First functional location is slid by the first initial position, the bottom of the first slide is provided with the first inclined-plane, and described first tiltedly Face can push first sliding part to push when the first slide slides into the first functional location by the first initial position, institute State second slide can relatively described track base the second functional location, the bottom of the second slide are slid by the second initial position The second inclined-plane is provided with, second inclined-plane can slide into the second function digit in the second slide by second initial position Second sliding part is pushed to push when putting, the first silica gel push-button and the second silica gel push-button are provided on the signal generation plate, The bottom end of first sliding part is connected on first silica gel push-button, and the bottom end of second sliding part is connected to described On second silica gel button.

Optionally, the signal generation plate includes keypad and wiring board, and the keypad and wiring board are bonded to each other, institute It states the first silica gel push-button and the second silica gel push-button is set on the keypad, be provided with to generate control on the wiring board The signal generating circuit of signal, the pushing or backhaul of first silica gel push-button and the second silica gel push-button are described to be turned on or off Signal generating circuit generates corresponding control signal.

Optionally, the stacked switch assembly further includes third sliding part, and the first slide can relatively described track base Third functional location is slid by the first functional location, the third functional location is located at first functional location far from described One end of first initial position, the first slide bottom are provided with third inclined-plane, and the third inclined-plane can be slided described first Seat pushes the third sliding part to push when sliding into third functional location by the first functional location, be provided on the keypad Third silica gel push-button, the bottom end of the third sliding part are connected on the third silica gel push-button.

Optionally, the stacked switch assembly further includes the 4th sliding part, the 5th sliding part, the first briquetting and the second pressure Block, the both sides of first adjusting key are rotatablely connected to the outer wall of the first slide, the 4th sliding part and the described 5th Sliding part can pass through to upper and lower displacement the first slide, and the top of the 4th sliding part and the 5th sliding part is distinguished It is abutted with the first adjusting key bottom perpendicular to the both ends in its rotation axis direction, by the left-right rotation of first adjusting key The pushing of the 4th sliding part and the 5th sliding part is driven, the 4th silica gel push-button and the 5th are provided on the keypad Silica gel push-button, first briquetting are connected between the 4th sliding part and the 4th silica gel push-button, second briquetting It is connected between the 5th sliding part and the 5th silica gel push-button.

Optionally, the 4th silica gel push-button have for signal generation plate is encouraged to generate control signal respectively the One down stroke and the second down stroke, the 5th silica gel push-button have that the signal generation plate is encouraged to generate control respectively The third down stroke and the 4th down stroke of signal processed.

Optionally, the stacked switch assembly further includes the first return column and the first spring, the bottom of first adjusting key Portion is provided with the first V-shaped groove, and the first return slot is provided at the top of the first slide, and one end of first spring is connected to The bottom of the first return slot, the other end of first spring are connected on the first return column, first return The top of column is connected in first V-shaped groove.

Optionally, the stacked switch assembly further includes the second return column and second spring, is set at the top of the track base It is equipped with the second V-shaped groove, the bottom of the first slide is provided with the second return slot, and one end of the second spring is connected to described The bottom of second return slot, the other end of the second spring are connected on the second return column, the second return column Bottom end is connected in second V-shaped groove.

Optionally, the stacked switch assembly further includes the 6th sliding part, and the second slide can relatively described track base 4th functional location is slid by the second functional location, the 4th functional location is located at second functional location far from described One end of second initial position, the second slide bottom are provided with the 4th inclined-plane, and the 4th inclined-plane can be slided described second Seat pushes the 6th sliding part to push when sliding into four functional locations by the second functional location, be provided on the keypad 6th silica gel push-button, the bottom end of the 6th sliding part are connected on the 6th silica gel push-button.

Optionally, the stacked switch assembly further includes the 7th sliding part, and the second slide can relatively described track base Five-function position is slid by the second initial position, the five-function position is located at second initial position far from described One end of second functional location, the second slide bottom are provided with the 5th inclined-plane, and the 5th inclined-plane can be slided described second Seat pushes the 7th sliding part to push when sliding into five-function position by the second initial position, be provided on the keypad 7th silica gel push-button, the bottom end of the 7th sliding part are connected on the 7th silica gel push-button.

Optionally, the stacked switch assembly further includes the 8th sliding part, and the second slide can relatively described track base 6th functional location is slid by five-function position, the 6th functional location is located at the five-function position far from described One end of second initial position, the second slide bottom are provided with the 6th inclined-plane, and the 6th inclined-plane can be slided described second Seat pushes the 8th sliding part to push when sliding into six functional locations by five-function position, be provided on the keypad 8th silica gel push-button, the bottom end of the 8th sliding part are connected on the 8th silica gel push-button.

Optionally, the stacked switch assembly further includes third return column and third spring, is set at the top of the track base It is equipped with third V-shaped groove, the bottom of the second slide is provided with third return slot, and one end of the third spring is connected to described The bottom of third return slot, the other end of the third spring are connected on the third return column, the third return column Bottom end is connected in the third V-shaped groove.

Optionally, the stacked switch assembly further includes head cover and bottom cover, and the head cover connects the track base, and described the One slide and the second slide are provided on the head cover and are adjusted for described first between the head cover and the track base The first through hole and the second through-hole being pierced by for second adjusting key, the bottom cover that section key is pierced by connect the track base Bottom, the keypad and the wiring board are between the track base and the bottom cover.

Optionally, first light source and second light source are provided on the wiring board, the first light source is located at described first The bottom of adjusting key, the keypad are provided with the first light-transmitting plate in first light source towards position, and the track base is described First light source is provided with the first loophole towards position；The second light source is located at the bottom of second adjusting key, described Keypad is provided with the second light-transmitting plate in second light source towards position, and the track base is in the second light source towards position It is provided with the second loophole.

Optionally, signal wire interface, the signal wire interface and the signal generating circuit are provided on the wiring board Electrical connection.

On the other hand, one embodiment of the utility model additionally provides a kind of combined control system, is held including controller, first Row mechanism, the second executing agency and stacked switch assembly as described above, first executing agency, the second executing agency and letter Number generation plate be electrically connected respectively with the controller.

According to stacked switch assembly provided by the utility model, the first adjusting key of different control functions and second are adjusted Keyset becomes a stacked switch assembly, passes through the first inclined-plane in stacked switch assembly and the first sliding part, the second inclined-plane and the Cooperation between two sliding parts, with the first silica gel push-button and the second silica gel push-button on pressing keys plate, the first inclined-plane and second Inclined-plane more balances the force of the first sliding part and the second sliding part in sliding process, by the sense of touch for adjusting silica gel push-button It is more preferable comfortably by bonding force, and the line conduction of this stacked switch assembly is using the conductive particle on silica gel push-button than can be designed that Conducting is contacted with signal generation plate, conducting resistance is small, and durability times are high, and the realization for making its control function is more reliable.

Description of the drawings

Fig. 1 is the exploded perspective view for the stacked switch assembly that one embodiment of the utility model provides；

Fig. 2 is the assembling schematic diagram for the stacked switch assembly that one embodiment of the utility model provides；

Fig. 3 is the diagrammatic cross-section for the stacked switch assembly that one embodiment of the utility model provides；

Fig. 4 is the structure diagram of its first adjusting key of the stacked switch assembly of one embodiment of the utility model offer；

Fig. 5 is the structure diagram of its second adjusting key of the stacked switch assembly of one embodiment of the utility model offer；

Fig. 6 is the structure diagram of its first slide of the stacked switch assembly of one embodiment of the utility model offer；

Fig. 7 is the bottom substance schematic diagram of its first slide of the stacked switch assembly of one embodiment of the utility model offer；

Fig. 8 is the bottom substance schematic diagram of its second slide of the stacked switch assembly of one embodiment of the utility model offer；

Fig. 9 is the structure diagram of its track base of the stacked switch assembly of one embodiment of the utility model offer；

Figure 10 is the structure diagram of its pressing frame of the stacked switch assembly of one embodiment of the utility model offer；

Figure 11 is the structure diagram of its keypad of the stacked switch assembly of one embodiment of the utility model offer；

Figure 12 is the structure diagram of its wiring board of the stacked switch assembly of one embodiment of the utility model offer；

Figure 13 is the structure diagram of its head cover of the stacked switch assembly of one embodiment of the utility model offer.

Reference numeral in Figure of description is as follows：

10th, head cover；101st, first through hole；102nd, the second through-hole；20th, the first adjusting key；201st, the first V-shaped groove；202nd, turn Hole；203rd, concave-shaped arc surface；30th, the second adjusting key；40th, the first return column；50th, the first return spring；60th, first slide；601、 First inclined-plane；602nd, third inclined-plane；603rd, the second return slot；604th, the first return slot；605th, shaft；70th, second slide；701、 Second inclined-plane；702nd, the 4th inclined-plane；703rd, the 5th inclined-plane；704th, the 6th inclined-plane；705th, third return slot；81st, the first sliding part； 82nd, the second sliding part；83rd, third sliding part；84th, the 4th sliding part；85th, the 5th sliding part；86th, the 6th sliding part；87th, the 7th Sliding part；88th, the 8th sliding part；90th, signal generation plate；91st, keypad；911st, the first silica gel push-button；912nd, the second silica gel is pressed Key；913rd, third silica gel push-button；914th, the 4th silica gel push-button；915th, the 5th silica gel push-button；916th, the 6th silica gel push-button；917th, Seven silica gel push-buttons；918th, the 8th silica gel push-button；919th, the first light-transmitting plate；920th, the second light-transmitting plate；92nd, wiring board；921st, first Light source；922nd, second light source；923rd, signal wire interface；11st, track base；111st, the second V-shaped groove；112nd, third V-shaped groove；113rd, One loophole；114th, the second loophole；12nd, bottom cover；13rd, the first briquetting；14th, the second briquetting；15th, second spring；16th, second time Position column；17th, third spring；18th, third return column；19th, frame is pressed.

Specific embodiment

The technical issues of in order to solve the utility model, technical solution and advantageous effect are more clearly understood, below With reference to accompanying drawings and embodiments, the present invention is further described in detail.It should be appreciated that specific implementation described herein Example is only used to explain the utility model, is not used to limit the utility model.

In the description of the present invention, it is to be appreciated that term " on ", " under ", "left", "right", " top ", " bottom ", The orientation or position relationship of the instructions such as " interior ", " outer " are based on orientation shown in the drawings or position relationship, are for only for ease of and retouch State the utility model and simplify description rather than instruction or imply signified device or element must have specific orientation, with Specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.

Referring to shown in Fig. 1~Figure 13, present embodiment discloses a kind of stacked switch assembly, including the first adjusting key 20, Two adjusting keys 30, first slide 60, second slide 70, track base 11, the first sliding part 81, the second sliding part 82 and signal generation Plate 90, first adjusting key 20 connect the first slide 60, and second adjusting key 30 connects the second slide 70, institute Stating the first sliding part 81 and second sliding part 82 can pass through the track base 11 to upper and lower displacement, and the first slide 60 can Relatively described track base 11 slides into the first functional location by the first initial position, and the bottom of the first slide 60 is provided with One inclined-plane 601, first inclined-plane 601 can be when the first slide 60 slide into the first functional location by the first initial position First sliding part 81 is pushed to push, the direction that first sliding part 81 pushes and the glide direction of the first slide 60 Be mutually perpendicular to, the second slide 70 can relatively described track base 11 second functional location, institute are slid by the second initial position The bottom for stating second slide 70 is provided with the second inclined-plane 701, and second inclined-plane 701 can be in the second slide 70 by described Two initial positions push second sliding part 82 to push when sliding into the second functional location, what second sliding part 82 pushed Direction and the glide direction of the second slide 70 are mutually perpendicular to, and the first silica gel push-button is provided on the signal generation plate 90 911 and second silica gel push-button 912, the bottom end of first sliding part 81 be connected on first silica gel push-button 911, described The bottom end of two sliding parts 82 is connected on second silica gel push-button 912.

This stacked switch assembly work when, operator first pass through gives first adjusting key 20 apply motive force, make its from First initial position of track base 11 slides into the first functional location, at this time the first inclined-plane 601 and 81 phase of the first sliding part It contradicts, first sliding part 81 to be pushed to move downwards, the first sliding part 81 transfers the pressure to the first silica gel push-button again On 911, the first silica gel push-button 911 pushes, the signal generation generation control signal a of plate 90, and control signal transduction is to corresponding After executing agency, executing agency start it is corresponding perform action, when the pressure being applied on first adjusting key 20 is avoided Afterwards, first silica gel push-button 911 is sprung back under the elastic reaction of itself, and the signal generating circuit disconnects, while described the One silica gel push-button 911 drives 81 backhaul of the first sliding part, and first adjusting key 20 is pushed by first sliding part 81 A control flow is completed in backhaul.

It is corresponding, the control of second adjusting key 30, the second inclined-plane 701, the second sliding part 82 and the second silica gel push-button 912 Flow processed is similar with above-mentioned control flow, and the pushing of second silica gel push-button 912 is generated so that the signal generation plate 90 is connected Corresponding control signal c.

The signal generation plate 90 includes keypad 91 and wiring board 92, and the keypad 91 and wiring board 92 mutually paste It closes, 911 and second silica gel push-button 912 of the first silica gel push-button is set on the keypad 91, is set on the wiring board 92 It is equipped with the signal generating circuit for generating control signal, the pushing of 911 and second silica gel push-button 912 of the first silica gel push-button Or backhaul generates corresponding control signal with the signal generating circuit that is turned on or off.

It is total that first adjusting key 20 of different control functions and the second adjusting key 30 are integrated into a stacked switch by the present embodiment Into, by the first inclined-plane 601 and the first sliding part 81 in stacked switch assembly, the second inclined-plane 701 and the second sliding part 82 it Between cooperation, with the first silica gel push-button 911 and the second silica gel push-button 912 on pressing keys plate 91, the first inclined-plane 601 and second Inclined-plane 701 more balances the force of the first sliding part 81 and the second sliding part 82 in sliding process, is pressed by adjusting silica gel The sense of touch ratio of key can be designed that ideal comfortably presses bonding force, and the line conduction of this stacked switch assembly is using on silica gel push-button Conductive particle and signal generation plate 90 contact conducting, conducting resistance is small, durability times height, and the realization for making function is more reliable.It presses Keypad 91 and 92 tight gluing, sealing of wiring board, therefore keypad 91 plays protective action to signal generating circuit, has switch Waterproof, the function of burn into open circuit improve the protective of switch and conducting reliability.

The signal generating circuit has multiple and different electric contacts, different to send out by the way that different electric contacts is connected Signal is controlled, all kinds of available circuits for being used to generate signal can be used, the purpose is to generate to control corresponding executing agency Signal is controlled, specific signal generating circuit according to those skilled in the art can select, and be people in the art Well known to member, repeat no more.In the present embodiment, the signal generating circuit is golden finger circuit, by silica gel push-button bottom Conductive particle is connected.

As shown in Figure 1 and Figure 7, it is described in order to realize multi gear position control of first adjusting key in its glide direction Stacked switch assembly further includes third sliding part 83, the first slide 60 can relatively described track base 11 by the first functional location Third functional location is slid into, the third functional location is located at first functional location far from first initial position One end, 60 bottom of first slide are provided with third inclined-plane 602, the third inclined-plane 602 can the first slide 60 by First functional location pushes the third sliding part 83 to push when sliding into third functional location, under the third sliding part 83 It presses direction and the glide direction of the first slide 60 perpendicular, third silica gel push-button 913, institute is provided on the keypad 91 The bottom end for stating third sliding part 83 is connected on the third silica gel push-button 913, to drive under the third silica gel push-button 913 Pressure, the pushing of the third silica gel push-button 913 generate corresponding control signal b so that the signal generating circuit is connected.

In order to avoid repeating to press first silica gel push-button 911 during the third silica gel push-button 913 is pressed, During the first slide 60 slides into third functional location by the first functional location, first silica gel push-button 911 1 Directly it is in pressed status.

As shown in Fig. 1, Fig. 3, Fig. 4, Fig. 6 and Fig. 7, in order to which first adjusting key 20 is made to pass through in its first initial position The multi gear position control that rotation is realized, the stacked switch assembly further include the 4th sliding part 84, the 5th sliding part 85, the first briquetting 13 and second briquetting 14, the both sides of first adjusting key 20 are rotatablely connected to the outer wall of the first slide 60, specifically, institute The two side for stating first slide 60 is respectively arranged with shaft 605, and the two bottom sides of first adjusting key 20, which are respectively arranged with, to be turned Hole 202 forms rotation connection by the way that the shaft 605 is penetrated the turn hole 202, enables first adjusting key around institute The rotation axis stated in first slide 60 is rotated left and right；4th sliding part 84 and the 5th sliding part 85 can on Bottom offset pass through the first slide 60, and the top of the 4th sliding part 84 and the 5th sliding part 85 respectively with institute It states 20 bottom of the first adjusting key to abut perpendicular to the both ends in its rotation axis direction, by the left-right rotation of first adjusting key 20 The pushing of the 4th sliding part 84 and the 5th sliding part 85 is driven, the 4th silica gel push-button is provided on the keypad 91 914 and the 5th silica gel push-button 915, first briquetting 13 be connected to the 4th sliding part 84 and the 4th silica gel push-button Between 914, second briquetting 14 is connected between the 5th sliding part 85 and the 5th silica gel push-button 915, and described The pushing of four silica gel push-buttons 914 and the 5th silica gel push-button 915 generates corresponding control so that the signal generating circuit is connected Signal.

As shown in figure 4, first adjusting key 20 is provided with spill in the one side wall in its rotation axis direction Cambered surface 203, the operation that the end of first adjusting key 20 can be pulled up or be pushed by the concave-shaped arc surface 203, into And first adjusting key 20 is driven to rotate about the left-hand rotation or right-hand rotation of axis.

Specifically, the quantity of the 4th sliding part 84 and the 5th sliding part 85 is 2,2 the described 4th slide Moving part 84 is connected to the same end of the first slide 60, and 2 the 5th sliding parts 85 are connected to the first slide 60 Same end, corresponding, first briquetting 13, second briquetting 14, the 4th silica gel push-button 914 and the described 5th The quantity of silica gel push-button 915 is 2, and the position for corresponding the 4th sliding part 84 and the 5th sliding part 85 carries out Setting.

4th silica gel push-button 914 has that the signal generation plate 90 is encouraged to generate the first of control signal respectively Down stroke and the second down stroke, the 5th silica gel push-button 915 have that the signal generation plate 90 is encouraged to produce respectively The third down stroke and the 4th down stroke of raw control signal.

By pulling up the concave-shaped arc surface 203 of first adjusting key 20, first adjusting key 20 to be driven to turn right, and then The 4th sliding part 84 is driven to push, the pushing of pushing drive first briquetting 13 of the 4th sliding part 84, described first The pushing of briquetting 13 drives the pushing of the 4th silica gel push-button 914, under the 4th silica gel push-button 914 is located at described first The signal generating circuit is connected when pressing stroke, generates corresponding control signal g1；When the 4th silica gel push-button 914 is located at institute The signal generating circuit is connected when stating the second down stroke, generates corresponding control signal g2.

By pushing the concave-shaped arc surface 203 of first adjusting key 20, first adjusting key 20 to be driven to turn left, only The 5th sliding part 85 is driven to push, the pushing of pushing drive second briquetting 14 of the 5th sliding part 85, described second The pushing of briquetting 14 drives the pushing of the 5th silica gel push-button 915, when the 5th silica gel push-button 915 is located under the third The signal generating circuit is connected when pressing stroke, generates corresponding control signal h1；When the 5th silica gel push-button 915 is located at institute The signal generating circuit is connected when stating four down strokes, generates corresponding control signal h2.

As shown in figure 3, the stacked switch assembly further includes the first return column 40 and the first spring, first adjusting key 20 bottom is provided with the first V-shaped groove 201, and the top of the first slide 60 is provided with the first return slot 604, first bullet One end of spring is connected to the bottom of the first return slot 604, and the other end of first spring is connected to first return On column 40, the top of the first return column 40 is connected in first V-shaped groove 201, when the top of the first return column 40 When end is positioned at the top of first V-shaped groove 201, first adjusting key 20 is in original state, when described in pull-up or pushing When first adjusting key 20, the first return column 40 is pushed by the pressure of 201 side wall of the first V-shaped groove, and described first Spring is compressed, and after the power being applied on first adjusting key 20 is removed, first spring-return drives described first Return column 40 moves up, and the side wall of the first return column 40 and first V-shaped groove 201 interacts first adjusting key 20 take back its original state, realize automated backhaul.

Specifically, the quantity of the first return column 40, the first spring and the first V-shaped groove 201 is multiple, and correspond Setting.

As shown in Figure 3 and Figure 7, the stacked switch assembly further includes the second return column 16 and second spring 15, described to lead The top of rail chair 11 is provided with the second V-shaped groove 111, and the bottom of the first slide 60 is provided with the second return slot 603, and described One end of two springs 15 is connected to the bottom of the second return slot 603, and the other end of the second spring 15 is connected to described On second return column 16, the bottom end of the second return column 16 is connected in second V-shaped groove 111, when second return When the bottom end of column 16 is located at the bottom of second V-shaped groove 111, first adjusting key 20 is in the first initial position, works as institute When stating the first adjusting key 20 and pushing 60 to the first functional location of first slide or third functional location, the second return column 16 are moved up by the pressure of 111 side wall of the second V-shaped groove, and the second spring 15 is compressed, and are adjusted when being applied to described first After power on key 20 is removed, the second spring 15 is replied, and the second return column 16 is driven to push, the second return column 16 Second adjusting key 30 is taken back its first initial position by the side wall interaction with second V-shaped groove 111, is realized automatic Backhaul.

Specifically, the quantity of the second return column 16,15 and second V-shaped groove 111 of second spring is multiple, and one is a pair of It should set.

As illustrated in figures 1 and 8, in order to realize second regulating key in its second initial position to the second functional location Multi gear position control on direction, the stacked switch assembly further include the 6th sliding part 86, and the second slide 70 can be with respect to institute It states track base 11 and the 4th functional location is slid by the second functional location, the 4th functional location is located at second function digit One end far from second initial position is put, 70 bottom of second slide is provided with the 4th inclined-plane 702, the 4th inclined-plane 702 can push under the 6th sliding part 86 when the second slide 70 slides into four functional locations by the second functional location Pressure, the direction and the glide direction of the second slide 70 that the 6th sliding part 86 pushes are perpendicular, on the keypad 91 The 6th silica gel push-button 916 is provided with, the bottom end of the 6th sliding part 86 is connected on the 6th silica gel push-button 916, with band Move the 6th silica gel push-button 916 pushing, the pushing of the 6th silica gel push-button 916 the signal generating circuit is connected, Generate corresponding control signal f.

In order to avoid repeating to press second silica gel push-button 912 during the 6th silica gel push-button 916 is pressed, During the second slide 70 slides into the 4th functional location by the second functional location, second silica gel push-button 912 1 Directly it is in pressed status.

In order to realize second regulating key on the direction of second functional location and the 4th functional location Gear control, the stacked switch assembly further includes the 7th sliding part 87, and the second slide 70 can relatively described track base 11 slide into five-function position by the second initial position, and the five-function position is located at second initial position far from institute One end of the second functional location is stated, 70 bottom of second slide is provided with the 5th inclined-plane 703, and the second slide 70 is by described When second initial position slides into five-function position, the 5th inclined-plane 703 can be initial by second in the second slide 70 Position pushes the 7th sliding part 87 to push when sliding into five-function position, the pushing direction of the 7th sliding part 87 with The glide direction of the second slide 70 is perpendicular, and the 7th silica gel push-button 917 is provided on the keypad 91, and the described 7th slides The bottom end of moving part 87 is connected on the 7th silica gel push-button 917, described to drive the pushing of the 7th silica gel push-button 917 The pushing of 7th silica gel push-button 917 generates corresponding control signal d so that the signal generating circuit is connected.

In the present embodiment, the stacked switch assembly further includes the 8th sliding part 88, and the second slide 70 can be opposite The track base 11 slides into the 6th functional location by five-function position, and the 6th functional location is located at the five-function The one end of position far from second initial position, 70 bottom of second slide are provided with the 6th inclined-plane 704, and the described 6th tiltedly Face 704 can push the described 8th to slide when the second slide 70 slides into six functional locations by the five-function position Part 88 pushes, and the pushing direction of the 8th sliding part 88 and the glide direction of the second slide 70 are perpendicular, the button The 8th silica gel push-button 918 is provided on plate 91, the bottom end of the 8th sliding part 88 is connected to the 8th silica gel push-button 918 On, to drive the pushing of the 8th silica gel push-button 918, the pushing of the 8th silica gel push-button 918 is given birth to so that the signal is connected Into circuit, corresponding control signal e is generated.

As shown in Fig. 1, Fig. 8 and Fig. 9, the stacked switch assembly further includes third return column 18 and third spring 17, institute The top for stating track base 11 is provided with third V-shaped groove 112, and the bottom of the second slide 70 is provided with third return slot 705, institute The one end for stating third spring 17 is connected to the bottom of the third return slot 705, and the other end of the third spring 17 is connected to On the third return column 18, the bottom end of the third return column 18 is connected in the third V-shaped groove 112, when the third When the bottom end of return column 18 is located at the bottom of the third V-shaped groove 112, second adjusting key 30 is in the second initial position, When second adjusting key 30 pushes 70 to the second functional location of second slide, the 4th functional location, five-function position Or during six functional locations, the third return column 18 is moved up by the pressure of 112 side wall of third V-shaped groove, the third bullet Spring 17 is compressed, and after the power being applied on the third adjusting key is removed, the third spring 17 is replied, and drives the third Return column 18 pushes, and the side wall of the third return column 18 and the third V-shaped groove 112 interacts the third adjusting key Its second initial position is taken back, realizes automated backhaul.

Specifically, the quantity of the third return column 18, third spring 17 and third V-shaped groove 112 is multiple, and one is a pair of It should set.

As shown in Fig. 1, Figure 10 and Figure 13, the stacked switch assembly further includes head cover 10 and bottom cover 12, the head cover 10 The track base 11 is connected, specifically, the head cover 10 and the track base 11 are to snap connection, the first slide 60 and institute Second slide 70 is stated between the head cover 10 and the track base 11；It is provided on the head cover 10 and is adjusted for described first The first through hole 101 and the second through-hole 102 being pierced by for second adjusting key 30 that key 20 is pierced by, the bottom cover 12 connect institute State the bottom of track base 11, the keypad 91 and the wiring board 92 between the track base 11 and the bottom cover 12, The stacked switch assembly further includes pressing frame 19, the pressing frame 19 be located at the keypad 91 and the track base 11 it Between, for the keypad 91 and 11 bottom of the track base to be isolated, to provide the pressing of the silica gel push-button and reply empty Between.

As shown in Fig. 9, Figure 11 and Figure 12, in the present embodiment, first light source 921 and are provided on the wiring board 92 Two light sources 922, the first light source 921 are located at the bottom of first adjusting key 20, and the keypad 91 is in first light source 921 Position is provided with the first light-transmitting plate 919, the track base 11 is provided in the first light source 921 towards position One loophole 113；The light that the first light source 921 is sent out is laggard by 919 and first loophole 113 of the first light-transmitting plate Enter in first adjusting key 20；The second light source 922 is located at the bottom of second adjusting key 30, and the keypad 91 exists Second light source 922 is provided with the second light-transmitting plate 920 towards position, and the track base 11 is in the direction of the second light source 922 Position is provided with the second loophole 114, and the light that the second light source 922 is sent out passes through second light-transmitting plate 920 and second Enter in second adjusting key 30 after loophole 114, play the role of button mark and dark place uses.

The signal wire interface 923 for conduction control signal, the signal wire interface 923 are provided on the wiring board 92 It is electrically connected with the signal generating circuit, the control signal transduction that the signal generating circuit generates to the signal wire interface 923, signal wire is accessed in the signal wire interface 923 so that signal transduction will be controlled to corresponding controller or executing agency.

Another embodiment of the utility model discloses a kind of combined control system, including controller, the first executing agency, Second executing agency and stacked switch assembly as described above, first executing agency, the second executing agency and signal generation Plate is electrically connected respectively with the controller.

The controller is used to receive the control signal of construction of switch generation, and according to the control signal to described the One executing agency and the second executing agency are controlled.

First executing agency is used to perform the horizontally openable of vehicle dormer window, tilts the operation being turned on and off.

Second executing agency is used to perform the operation of the opening and closing of automobile sun-shade-curtain.

When pushing first adjusting key 20, the first slide 60 is pushed into the first functional location by the first initial position When, the signal generation plate 90 generates control signal a, and the control signal a is conducted to the controller, via controller processing After first executing agency is controlled to carry out manual horizontally openable to vehicle dormer window, when the power for being applied to first adjusting key 20 After removing, the vehicle dormer window stops horizontally openable operation.

First adjusting key 20 is continued to press on, the first slide 60 is pushed into third function digit by the first functional location When putting, signal generation plate 90 generates control signal b, and the control signal b is conducted to the controller, at via controller First executing agency is controlled to carry out automatic horizontal unlatching to vehicle dormer window after reason, vehicle dormer window automatic horizontal is opened extremely Extreme position.

The concave-shaped arc surface 203 of first adjusting key 20 is pulled up, when the 4th silica gel push-button 914 presses to described first During down stroke, the signal generation plate 90 generation control signal g1 conducts the control signal g1 to the controller, warp First executing agency is controlled to carry out tilting unlatching manually to vehicle dormer window after controller processing, is adjusted when being applied to described first After the power of section key 20 is removed, the vehicle dormer window stops tilting opening operation.

Continue to pull up the concave-shaped arc surface 203 of first adjusting key 20, when the 4th silica gel push-button 914 press to it is described During the second down stroke, the signal generation plate 90 generation control signal g2 conducts the control signal g2 to the control Device controls first executing agency to carry out wing drop unlatching to vehicle dormer window, by vehicle dormer window certainly after via controller processing Dynamic inclination is opened into extreme position.

The concave-shaped arc surface 203 of first adjusting key 20 is pushed, when the 5th silica gel push-button 915 presses to the third During down stroke, the signal generation plate 90 generation control signal h1 conducts the control signal h1 to the controller, warp Control first executing agency that vehicle dormer window is turned off manually after controller processing, when being applied to first adjusting key After 20 power is removed, the vehicle dormer window phase down operation.

Continue to push the concave-shaped arc surface 203 of first adjusting key 20, when the 5th silica gel push-button 915 press to it is described During four down strokes, the signal generation plate 90 generation control signal h2 conducts the control signal h2 to the control Device controls first executing agency that vehicle dormer window is automatically closed, vehicle dormer window is closed automatically after via controller processing It closes to extreme position.

When pushing second adjusting key 30, the second slide 70 is pushed into the second functional location by the second initial position When, the signal generation plate 90 generates control signal c, and the control signal c is conducted to the controller, via controller processing After control second executing agency to automobile sun-shade-curtain carry out it is manually opened, when the power for being applied to second adjusting key 30 is removed After removing, the automobile sun-shade-curtain stops opening operation.

Second adjusting key 30 is continued to press on, the second slide 70 is pushed into the 4th function digit by the second functional location When putting, signal generation plate 90 generates control signal f, and the control signal f is conducted to the controller, at via controller Second executing agency is controlled to automatically turn on automobile sun-shade-curtain after reason, automobile sun-shade-curtain automatic opening is extremely limited It puts.

When pushing second adjusting key 30, the second slide 70 is pushed into five-function position by the second initial position When, the signal generation plate 90 generates control signal d, and the control signal d is conducted to the controller, via controller processing After control second executing agency that automobile sun-shade-curtain is turned off manually, when the power for being applied to second adjusting key 30 is removed After removing, the automobile sun-shade-curtain phase down operation.

Second adjusting key 30 is continued to press on, the second slide 70 is pushed into the 6th function digit by five-function position When putting, signal generation plate 90 generates control signal e, and the control signal e is conducted to the controller, at via controller It controls second executing agency that automobile sun-shade-curtain is automatically closed after reason, automobile sun-shade-curtain is automatically closed and is extremely limited It puts.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model Protection domain within.

Claims (15)

1. a kind of stacked switch assembly, which is characterized in that slided including the first adjusting key, the second adjusting key, first slide, second Seat, track base, the first sliding part, the second sliding part and signal generation plate, described first adjusts the key connection first slide, institute It states the second adjusting and is keyed the second slide, first sliding part and second sliding part can pass through institute to upper and lower displacement State track base, the first slide can relatively described track base the first functional location is slid by the first initial position, described The bottom of one slide is provided with the first inclined-plane, and first inclined-plane can be slided in the first slide by first initial position First sliding part is pushed to push during to the first functional location, the second slide can relatively described track base it is initial by second Position slides into the second functional location, and the bottom of the second slide is provided with the second inclined-plane, and second inclined-plane can be described Second slide pushes second sliding part to push when sliding into the second functional location by second initial position, the signal The first silica gel push-button and the second silica gel push-button are provided on generation plate, the bottom end of first sliding part is connected to first silicon On glue button, the bottom end of second sliding part is connected on second silica gel push-button.

2. stacked switch assembly according to claim 1, which is characterized in that the signal generation plate includes keypad and line Road plate, the keypad and wiring board are bonded to each other, and first silica gel push-button and the second silica gel push-button are set to the button On plate, the signal generating circuit for generating control signal, first silica gel push-button and second are provided on the wiring board The pushing or backhaul of silica gel push-button are with the signal generating circuit that is turned on or off.

3. stacked switch assembly according to claim 2, which is characterized in that the stacked switch assembly further includes third cunning Moving part, the first slide can relatively described track base third functional location, first work(are slid by the first functional location Energy position is between first initial position and third functional location；

The first slide bottom is provided with third inclined-plane, and the third inclined-plane can be in the first slide by the first functional location The third sliding part is pushed to push when sliding into third functional location, third silica gel push-button, institute are provided on the keypad The bottom end for stating third sliding part is connected on the third silica gel push-button.

4. stacked switch assembly according to claim 2, which is characterized in that the stacked switch assembly further includes the 4th cunning Moving part, the 5th sliding part, the first briquetting and the second briquetting, the both sides of first adjusting key are rotatablely connected to the first slide Outer wall, the 4th sliding part and the 5th sliding part can pass through to upper and lower displacement the first slide, and the described 4th The top of sliding part and the 5th sliding part is respectively with the first adjusting key bottom perpendicular to the two of its rotation axis direction End abuts, and the pushing of the 4th sliding part and the 5th sliding part, institute are driven by the left-right rotation of first adjusting key State and the 4th silica gel push-button and the 5th silica gel push-button be provided on keypad, first briquetting be connected to the 4th sliding part and Between 4th silica gel push-button, second briquetting is connected between the 5th sliding part and the 5th silica gel push-button.

5. stacked switch assembly according to claim 4, which is characterized in that the 4th silica gel push-button has to distinguish The signal generation plate is encouraged to generate the first down stroke and the second down stroke of control signal, the 5th silica gel push-button tool It is useful for the third down stroke and the 4th down stroke that the signal generation plate is encouraged to generate control signal respectively.

6. stacked switch assembly according to claim 1, which is characterized in that the stacked switch assembly further includes first time Position column and the first spring, the bottom of first adjusting key are provided with the first V-shaped groove, and the is provided at the top of the first slide One return slot, one end of first spring are connected to the bottom of the first return slot, and the other end of first spring connects It is connected on the first return column, the top of the first return column is connected in first V-shaped groove.

7. stacked switch assembly according to claim 1, which is characterized in that the stacked switch assembly further includes second time Position column and second spring is provided with the second V-shaped groove at the top of the track base, and the bottom of the first slide is provided with second time Position slot, one end of the second spring are connected to the bottom of the second return slot, and the other end of the second spring is connected to On the second return column, the bottom end of the second return column is connected in second V-shaped groove.

8. stacked switch assembly according to claim 2, which is characterized in that the stacked switch assembly further includes the 6th cunning Moving part, the second slide can relatively described track base the 4th functional location, the 4th work(are slid by the second functional location Can position be located at the one end of second functional location far from second initial position, the second slide bottom is provided with the Four inclined-planes, described in the 4th inclined-plane can be pushed when the second slide slides into four functional locations as the second functional location 6th sliding part pushes, and is provided with the 6th silica gel push-button on the keypad, and the bottom end of the 6th sliding part is connected to described On 6th silica gel push-button.

9. stacked switch assembly according to claim 2, which is characterized in that the stacked switch assembly further includes the 7th cunning Moving part, the second slide can relatively described track base five-function position, the 5th work(are slid by the second initial position Can position be located at the one end of second initial position far from second functional location, the second slide bottom is provided with the Five inclined-planes, described in the 5th inclined-plane can be pushed when the second slide slides into five-function position as the second initial position 7th sliding part pushes, and is provided with the 7th silica gel push-button on the keypad, and the bottom end of the 7th sliding part is connected to described On 7th silica gel push-button.

10. stacked switch assembly according to claim 9, which is characterized in that the stacked switch assembly further includes the 8th Sliding part, the second slide can relatively described track base the 6th functional location is slid by five-function position, the described 6th Functional location is located at the one end of the five-function position far from second initial position, and the second slide bottom is provided with 6th inclined-plane, the 6th inclined-plane can push institute when the second slide slides into six functional locations by five-function position The pushing of the 8th sliding part is stated, is provided with the 8th silica gel push-button on the keypad, the bottom end of the 8th sliding part is connected to institute It states on the 8th silica gel push-button.

11. stacked switch assembly according to claim 1, which is characterized in that the stacked switch assembly further includes third Return column and third spring are provided with third V-shaped groove at the top of the track base, and the bottom of the second slide is provided with third Return slot, one end of the third spring are connected to the bottom of the third return slot, the other end connection of the third spring On the third return column, the bottom end of the third return column is connected in the third V-shaped groove.

12. stacked switch assembly according to claim 2, which is characterized in that the stacked switch assembly further includes head cover And bottom cover, the head cover connect the track base, the first slide and the second slide are located at the head cover and described lead Between rail chair, the first through hole that first adjusting key is supplied to be pierced by is provided on the head cover and is worn for second adjusting key The second through-hole gone out, the bottom cover connect the bottom of the track base, and the keypad and the wiring board are located at the guide rail Between seat and the bottom cover.

13. stacked switch assembly according to claim 2, which is characterized in that be provided with first light source on the wiring board And second light source, the first light source are located at the bottom of first adjusting key, the keypad is in the direction position of first light source It installs and is equipped with the first light-transmitting plate, the track base is provided with the first loophole in the first light source towards position；Described Two light sources are located at the bottom of second adjusting key, and the keypad is provided with the second light transmission in second light source towards position Plate, the track base are provided with the second loophole in the second light source towards position.

14. stacked switch assembly according to claim 2, which is characterized in that be provided with signal wire on the wiring board and connect Mouthful, the signal wire interface is electrically connected with the signal generating circuit.

15. a kind of combined control system, which is characterized in that including controller, the first executing agency, the second executing agency and right It is required that the stacked switch assembly described in 1~14 any one, first executing agency, the second executing agency and signal generation plate It is electrically connected respectively with the controller.