阅读说明：本技术 一种具有一体式触摸感应结构的拨杆开关 (Driving lever switch with integrated touch sensing structure ) 是由 马建 李伟 于 2021-01-13 设计创作，主要内容包括：本发明公开了一种具有一体式触摸感应结构的拨杆开关,包括拨动机构,拨动机构上部设有一体式拨动结构,一体式拨动结构上贴设有触摸感应元件,触摸感应元件与控制组件电连接。此设置使得原来各个拨动开关中的拨动结构形成一个并排的整体,再采用电信号感应的方式控制拨动功能,不仅完全解决了间隙以及面差问题,还减少了所需的零部件,减少了装配所需的工作量。(The invention discloses a deflector rod switch with an integrated touch sensing structure, which comprises a toggle mechanism, wherein the upper part of the toggle mechanism is provided with the integrated toggle structure, a touch sensing element is attached to the integrated toggle structure, and the touch sensing element is electrically connected with a control assembly. This setting makes the structure of stirring in original each toggle switch form a whole side by side, adopts the mode control of signal of telecommunication response to stir the function again, has not only solved clearance and the poor problem of face completely, has still reduced required spare part, has reduced the required work load of assembly.)

1. The poking rod switch with the integrated touch sensing structure comprises a poking mechanism (1) and is characterized in that the integrated poking structure (12) is arranged on the upper portion of the poking mechanism (1), a touch sensing element (2) is attached to the integrated poking structure (12), and the touch sensing element (2) is electrically connected with a control assembly (3).

2. The toggle lever switch with the integrated touch sensing structure according to claim 1, wherein the toggle mechanism (1) comprises a toggle base (11), an integrated toggle structure (12), a support rod (13), a support rod elastic base (14) and a housing component (15), the toggle base (11) is arranged below the integrated toggle structure (12), the support rod (13) is arranged below the toggle base (11), the support rod elastic base (14) is arranged below the support rod (13), and the housing component (15) is arranged outside the toggle mechanism (1).

3. The toggle lever switch with the integrated touch sensing structure according to claim 1, wherein the integrated toggle structure (12) comprises a toggle area partitioned by a plurality of partition bars (121), and the toggle area is arranged corresponding to the touch sensing element (2).

4. The toggle lever switch with the integrated touch sensing structure according to claim 2, wherein the touch sensing element (2) is sandwiched between the integrated toggle structure (12) and the toggle base (11), and the touch sensing element (2) is disposed corresponding to the integrated toggle structure (12).

5. The toggle lever switch with integrated touch sensing structure according to claim 2, wherein the toggle base (11) penetrates through the housing assembly (15), and the toggle base (11) is rotatably movably connected with the housing assembly (15).

6. The toggle lever switch with integrated touch sensing structure according to claim 5, wherein the toggle base (11) comprises a base cross bar (111) disposed at two horizontal sides, and the support bar (13) is supported below the base cross bar (111).

7. The toggle lever switch with integrated touch sensing structure according to claim 2, wherein the housing assembly (15) comprises a lower housing (151) and a cover plate (152), the cover plate (152) is disposed above the lower housing (151) and is fixedly connected with the lower housing (151), and the lower housing (151) is rotatably movably connected with the toggle base (11).

8. The stick switch with integrated touch sensing structure of claim 7, wherein a bottom plate (153) is connected to a lower portion of the lower housing (151).

9. The toggle lever switch with integrated touch-sensing structure according to claim 1, wherein the control assembly (3) comprises a circuit board (31) disposed under the support rod elastic base (14) and a connecting member (32) connecting the circuit board (31) and the touch-sensing element (2).

10. The toggle lever switch with the integrated touch sensing structure according to claim 1, wherein a fixing member (16) passes through the upper portion of the integrated toggle structure (12) and is inserted into a mounting hole of the toggle base (11).

Technical Field

The invention relates to the technical field of switches, in particular to a deflector rod switch with an integrated touch sensing structure.

Background

Toggle switch is comparatively common in people's life, for example automobile air conditioner's toggle switch and various amusement equipment's toggle switch, in traditional toggle switch, each toggle switch that sets up side by side is independent stir the component unit separately, each toggle switch is when manufacturing because there is tolerance and manufacturing process's reason in its inside constitution spare part, there is not equidimension clearance and face difference between each toggle switch that sets up side by side after producing, seem uneven in appearance, influence visual experience, this gives people and has brought certain puzzlement.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides the deflector rod switch with the integrated touch sensing structure, which has a simple structure and adopts the integrated toggle structure so as to improve the gaps and the surface differences among all the toggle switches.

In order to solve the technical problems, the invention solves the technical problems by the following technical scheme:

the shifting lever switch with the integrated touch sensing structure comprises a shifting mechanism, wherein the integrated shifting structure is arranged on the upper portion of the shifting mechanism, a touch sensing element is attached to the integrated shifting structure, and the touch sensing element is electrically connected with a control assembly. This setting makes the structure of stirring in original each toggle switch form a whole side by side, adopts the mode control of signal of telecommunication response to stir the function again, has not only solved clearance and the poor problem of face completely, has still reduced required spare part, has reduced the required work load of assembly.

Preferably, toggle mechanism is including stirring base, integral type toggle structure, bracing piece elastic base, casing subassembly, stir the base and locate integral type toggle structure below, the bracing piece is located stir the base below, bracing piece elastic base locates the bracing piece below, the casing subassembly is located the toggle mechanism outside.

Preferably, the integrated toggle structure comprises a toggle area formed by a plurality of separation strips in a separation mode, and the toggle area is arranged corresponding to the touch sensing element.

Preferably, the touch sensing element is clamped between the integrated toggle structure and the toggle base, and the touch sensing element is arranged corresponding to the integrated toggle structure.

Preferably, the toggle base penetrates through the shell assembly, and the toggle base is rotatably and movably connected with the shell assembly.

Preferably, the shifting base comprises base cross bars arranged on two horizontal sides, and the supporting rods are propped against the lower portion of the base cross bars.

Preferably, the shell assembly comprises a lower shell and a cover plate, the cover plate is arranged above the lower shell and fixedly connected with the lower shell, and the lower shell is movably connected with the shifting base in a rotating mode.

Preferably, the lower part of the lower shell is connected with a bottom plate.

Preferably, the control assembly comprises a circuit board arranged below the elastic base of the supporting rod and a connecting piece for connecting the circuit board and the touch sensing element.

Preferably, the fixing member penetrates through the upper part of the integrated toggle structure and is inserted into the mounting hole of the toggle base. The mounting can play the effect of decorating, also can make integral type toggle structure with stir the base and be connected more firm.

Compared with the prior art, the invention has the beneficial effects that:

this setting makes the structure of stirring in original each toggle switch form a whole side by side, adopts the mode control of signal of telecommunication response to stir the function again, has not only solved clearance and the poor problem of face completely, has still reduced required spare part, has reduced the required work load of assembly.

Drawings

FIG. 1 is a cross-sectional view of the present invention.

Fig. 2 is an exploded view of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

Referring to fig. 1 and fig. 2 in detail, a toggle lever switch with an integrated touch sensing structure comprises a toggle mechanism 1, an integrated toggle structure 12 is disposed on the upper portion of the toggle mechanism 1, the integrated toggle structure 12 is a component for a user to perform a toggle operation, the integrated toggle structure 12 is a cover-shaped structure or a block-shaped structure, a touch sensing element 2 is attached to the integrated toggle structure 12, the integrated toggle structure 12 includes a toggle region partitioned by a plurality of partition bars 121, the integrated toggle structure 12, the toggle region and the touch sensing element 2 are correspondingly disposed, each partitioned toggle region corresponds to a function, i.e. a user can perform a toggle operation on different toggle regions to achieve corresponding functions, when the user performs a press operation on the toggle region, a sensing portion corresponding to the touch sensing element 2 is pressed or moved, which causes the touch sensing element 2 to generate a corresponding electrical signal, the touch sensing element 2 is electrically connected with the control component 3, the electric signal generated by the touch sensing element 2 is transmitted to the control component 3, the control component 3 judges the position pressed by the user through analysis after receiving the electric signal, and the control component 3 outputs a signal again, so that the corresponding function when the position is pressed is smoothly realized. The touch sensing element 2 can be a capacitive touch sensing element or a resistive touch sensing element, wherein the capacitive touch sensing element is a preferred embodiment.

Toggle mechanism 1 is including stirring base 11, integral type toggle structure 12, bracing piece 13, bracing piece elastic base 14, casing subassembly 15, stir base 11 and locate integral type toggle structure 12 below, touch-sensitive component 2 presss from both sides and locates integral type toggle structure 12 and stir between the base 11, bracing piece 13 locates and stirs base 11 below, stir base 11 and include the base horizontal pole 111 that the level both sides set up, bracing piece 13 pushes up in base horizontal pole 111 below, bracing piece elastic base 14 locates the bracing piece 13 below, casing subassembly 15 locates the 1 outside of toggle mechanism, stir the upper portion that base 11 passed casing subassembly 15, stir base 11 and casing subassembly 15 rotation swing joint.

Casing subassembly 15 includes casing 151, apron 152 down, and apron 152 sets up in casing 151 top down and with casing 151 fixed connection down, stirs lower casing 151 and the apron 152 that base 11 passed casing subassembly 15, and lower casing 151 with stir the rotatory swing joint of base 11, casing 151 sub-unit connection has bottom plate 153 down.

The mounting 16 passes integral type toggle structure 12 upper portion and plug-in connects in the mounting hole of toggling base 11, and mounting 16 can play the effect of decorating, also can make integral type toggle structure 12 with toggle base 11 and be connected more firmly.

During operation, the user stirs the district of stirring of pressing on integral type toggle structure 12 with the hand, as shown in figure 1, when user's hand is in the left side of integral type toggle structure 12 and turn right the direction and press the district of stirring, stir base 11 and take place to rotate on the rotatory hole of casing 151 down, stir the upper portion of base 11 and turn right, the lower part turns left, the base horizontal pole 111 that is located stir base 11 right side drives bracing piece 13 of below and moves down, bracing piece elastic base 14 of its below extrudees when bracing piece 13 on this right side moves down, make the user feel certain operation and feel, bring better operation experience for the user, bracing piece elastic base 14 is the rubber seat or installs the base of spring. Simultaneously, take place deformation with the touch-sensitive element 2 of stirring the district subsides and establish, produce corresponding signal of telecommunication then, this signal of telecommunication transmission to control assembly 3, control assembly 3 receives behind this signal of telecommunication through the analysis, judges the position that the user stirred to press, and control assembly 3 exports a signal again for press the smooth realization of the function that corresponds when this position.

Of course, toggle mechanism 1 also can set up to the structure that is immovable when stirring and pressing, stir base 11 promptly and be fixed connection with lower casing 151, the user presses the control module 3 also can receive the signal of telecommunication when stirring the district this moment, and this kind of structural setting makes the user can't experience the operation and feels.

The control component 3 includes a circuit board 31 disposed below the support rod elastic base 14 and a connecting member 32 connecting the circuit board 31 and the touch sensing element 2, and the connecting member 32 is electrically connected to the circuit board 31 and the touch sensing element 2, and mainly plays a role in connecting the circuit board 31 and the touch sensing element 2.

Because in traditional toggle switch, each toggle switch that sets up side by side is the independent component unit that stirs separately, and each toggle switch is because there is tolerance and manufacturing process's reason in its inside component spare part when manufacturing, has not equidimension clearance and face difference between each toggle switch that sets up side by side after producing, seems uneven in appearance. And this setting makes the structure of stirring in each original toggle switch form a whole side by side, adopts the mode control of signal of telecommunication response to stir the function again, has not only solved clearance and poor problem of face completely, has still reduced required spare part, has reduced the required work load of assembly.

The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge of those skilled in the art without departing from the gist of the present invention.