CN219322621U

CN219322621U - Mixed input type dimming and toning control panel

Info

Publication number: CN219322621U
Application number: CN202320286479.4U
Authority: CN
Inventors: 郑文忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2023-02-14
Filing date: 2023-02-14
Publication date: 2023-07-07
Anticipated expiration: 2033-02-14

Abstract

The utility model discloses a mixed input type dimming and color mixing control panel, which comprises at least one independent key board component capable of being tilted or moved downwards, and a PCBA board positioned below the key board component; at least one (group of) light touch keys are respectively arranged below the upper end and the lower end of the key board, and each light touch key comprises a switch light touch or micro-motion key for controlling the on-off of a lamp and a dimming and toning light touch or micro-motion key for dimming and toning switching; at least one touch sensing circuit board capable of sensing touch adjustment is arranged between or beside the light touch or micro-motion keys below the two ends of the key board assembly and is used for respectively sensing touch control operation of a user so as to adjust the brightness, the temperature or the color of each controlled lamp; the light touch or micro key and the touch sensing circuit board are soldered or connected to the PCBA board. The utility model has clear somatosensory feedback of lamp switching on and off control, rapid and convenient dimming and color mixing regulation and control, and has a multipath independent regulation and control function; the intelligent lighting control technology is convenient to popularize and apply rapidly with low cost.

Description

Mixed input type dimming and toning control panel

Technical Field

The utility model relates to the technical field of lighting control equipment, in particular to a mixed input type dimming and toning control panel.

Background

The traditional panel switch is the most commonly used illumination control mode at present for controlling the lamp to be turned on and off by pressing the mechanical rocker key board to touch the contact of the mechanical contact, however, along with the development and evolution of the technology, the current and future illumination control is not limited to the on and off control, and the light-adjustable and color-adjustable LED illumination has become new illumination application; in recent years, various intelligent lighting control technologies capable of connecting and controlling controlled lamps in a wired or wireless mode through a control panel, a remote controller, an APP or a voice sound box and the like are already developed on the market; the dimming and color mixing control of the controlled lamp is carried out through the remote controller, the APP or the voice sound box and the like, so that the user is limited to be unable to separate from the remote controller, the APP or the voice sound box while certain convenience is brought to the user, and a plurality of inconveniences of finding the remote controller, calling the voice sound box to interfere others when the APP is started firstly and then is controlled or at night are caused.

Years of practice shows that the practical intelligent lighting control system and technology expected by the market are as follows: the control of a wall-mounted control panel is taken as a main part, and the remote controller, the APP and the voice sound box are used as auxiliary parts; wherein: the wall-mounted control panels are generally divided into two series of control panels for controlling power on and power off only and control panels for adjusting light and color, each series comprising: one path/two paths/three paths/four paths of multiple regulation and control paths, and the input and the output of each path can respectively control controlled lamps connected with the corresponding paths; besides the switch control panel, a user can quickly realize the on-off and dimming and toning regulation of each path (group) of controlled lamps based on the input operation of different dimming and toning control paths of the dimming and toning control panel; the branches of the dimming and toning control panels can be connected by wireless or wired technology to realize double-control or multi-control setting; the scene control panels can be used for connecting the switch control panels and the dimming and toning control panels in a wireless or wired technology to realize scene joint control setting of each shunt of the control panels, a user can regulate and control the required light effect of a scene through each shunt of the switch control panels and the dimming and toning control panels, and then the scene panels can be used for rapidly realizing the reproduction of the light effect of various scenes; the user can realize the regulation and control operation of each control panel through APP and voice sound box.

At present, the technical scheme that adjusts luminance and adjusts color control adopted mainly is: a. the control panel is connected with the controlled lamp in a wireless or wired mode, and the controlled lamp is controlled to be turned on and off only through the control panel, and the dimming and color mixing control of the controlled lamp can be realized by virtue of an APP or a voice sound box; b. the dimming and toning control of a small part of controlled lamps is realized by means of a push-down control panel, the on/off lamp control and the dimming and toning control or other control inputs are identified according to the pressed times or time of a key under a key board, the dimming and toning control time is generally longer and not visual enough, and the control convenience is reduced; c. the dimming and toning control of part of the controlled lamps adopts a touch sensing type control panel which can realize the regulation and control of single-path (group) or whole light, but the control of the control panel often lacks touch feedback and is unfavorable for night control, and each path of dimming and toning control of the multi-path (group) controlled lamps cannot be realized by one control panel, otherwise, a plurality of control panels are arranged, so that the cost is increased and the appearance of a room is influenced; d. the dimming and toning control of the part of controlled lamps adopts an induction input type LCD capacitive screen or LCD resistance screen as a control panel, the product form is generally a central control type panel with a liquid crystal display screen, and the product is of a grade but has complex technology, multiple control interfaces, high cost and difficult sales maintenance; moreover, in practical lighting projects, most control panels (switches) are used only for controlling one lamp or several lamps, without excessively complex functions being required; the LCD middle control panel with high cost and strict technical support is generally used as a central control device only, otherwise, the implementation cost of the project is obviously increased due to the small size of the material.

In summary, the dimming and toning control panel is one of the key devices for realizing the practical intelligent lighting system, and the key technology of the current dimming and toning control panel is yet to be broken through: a. the use cost must be reduced, namely, on the premise of fully considering night operation and control at night and not influencing the rest of people, how to lead a user to more conveniently and intuitively regulate and control in a branching way so as to obtain the required scene light effect formed by single light or multiple lights; b. while achieving the operational convenience, the product must also be economical; as is well known, the product convenient for the user to control can greatly reduce the use cost of the product, and also can reduce the marketing popularization and sales service cost of the product, thereby having great economic and social values.

Disclosure of Invention

The utility model aims to provide a mixed input type dimming and toning control panel, which can control the on-off of lamps and lanterns controlled by each path (group) without APP or voice loudspeaker box based on the shunt regulation of the control panel; the user can obtain clear, convenient and efficient tactile and visual control somatosensory feedback in the process of controlling the control panel.

The mixed input type dimming and toning control panel has clear concept, simple structure and lower overall production cost, and can economically and practically solve various difficulties and problems of the existing dimming and toning control panel; if the characteristics of the utility model can be widely applied, the dimming advantage of the utility model can bring about the general reduction of lighting power consumption.

In order to achieve the above object, the present utility model provides the following solutions:

the utility model provides a mixed input type dimming and toning control panel, which comprises a key board component and a PCBA board positioned below the key board component; the key board assembly can be divided into single or multiple key boards capable of independently pressing, tilting, downward moving or deforming according to the different appearances and the regulating and controlling paths of the panel, at least one (group of) light touch or micro touch keys are respectively arranged below the upper end and the lower end of the key board, and each light touch or micro touch key comprises a switch light touch or micro touch key for controlling on and off of a lamp and a dimming and toning light touch or micro touch key for dimming and toning switching; touch sensing circuit boards which are the same as the control panel in number and can sense touch adjustment are arranged between or beside the light touch or micro-motion keys below the two ends of the key board assembly, and are used for sensing touch adjustment operation of a user for outputting on a certain path so as to adjust the brightness, the temperature or the color of a certain path of controlled lamp; and the light touch micro-motion key and the touch sensing circuit board are welded or connected to the PCBA board.

As a further scheme of the utility model, the keypad assembly can be divided into single or two or three or four independent or connected mechanical keypad assemblies capable of pressing, tilting or moving downwards or deforming according to the difference of the appearance and the control path number of the panel, when one end of the keypad assembly is pressed, a light touch or micro-motion key below the keypad assembly is triggered to realize the control of switching on and off the lamp, activate and close the sensing function of the touch sensing circuit board, and realize the switching of the dimming and color mixing control functions; the sensing function of the touch sensing circuit board is closed in a light-off state, so that the possibility of failure of the sensing circuit when the ambient temperature and humidity change is reduced, and the reliability of products is improved.

As a further scheme of the utility model, at least one row (column) or a plurality of rows (column) of status indicator lamp display windows are arranged above the key board component, a plurality of status indicator lamps are arranged below the status indicator lamp display windows, the status indicator lamps can be observed by a user through the status indicator lamp display windows on the key board component and used for visually displaying the light regulation and control states of the corresponding output path number controlled lamps, the status indicator lamps can be turned on simultaneously to be used as an indication, and the lighting states of the lamps can be static or dynamic; one color of the status indicator light indicates that a brightness adjustment is being made and the other color indicates that a color temperature or color adjustment is being made.

As a further scheme of the utility model, the touch sliding position marks with the same number as the number of the regulating paths are also arranged on the key board assembly so as to prompt a user to slidably operate, and the touch sliding position marks are respectively positioned above the touch sensing circuit boards so as to limit the operation range of touch sliding sensing, improve the operation accuracy and further effectively regulate the brightness, the cooling and the heating or the color of the controlled lamp. The touch sliding position marks are respectively positioned above the touch sensing circuit boards to limit the control range of touch sliding sensing, improve the control accuracy and further effectively adjust the brightness, the temperature or the color of the controlled lamp.

As a further scheme of the utility model, a pressing plate is arranged between the key board assembly and the PCBA, the pressing plate is a fixed support plate of the key board assembly and the PCBA, a touch key and a touch sensing circuit board on the PCBA penetrate through a slotted hole reserved on the pressing plate to be used for abutting against the key board assembly or slightly keeping a gap, and the key board assembly is buckled on the pressing plate.

As a further scheme of the utility model, a middle frame is arranged below the PCBA board, a buckle buckled with the pressing plate is arranged in the middle frame, and the PCBA board is fixed in the middle frame below the pressing plate.

As a further scheme of the utility model, the middle frame is buckled on the base through a buckle, the base is internally used for fixing and protecting the power function board and the junction box assembly, and the power function board and the junction box assembly are connected with the PCBA board in a plugging or touch-pressing mode through the through hole groove on the middle frame.

As a further scheme of the utility model, a group (or a plurality of groups) of mixed control inputs are formed by adopting a tapping or micro-motion key and a touch sensing circuit board for detecting touch sliding adjustment under each path of key board on the key board assembly, wherein one (group) of tapping or micro-motion key is used for controlling the on/off of a controlled lamp, and the other (group) of tapping or micro-motion key is used for switching the brightness, color temperature or color regulation function of the controlled lamp; the touch or micro-motion key can also be combined with the pressing times and the pressing time to reset the whole circuit, or can be used for realizing functions such as wireless distribution network, wireless binding and the like when the control panel adopts a wireless connection technology.

Compared with the prior art, the utility model has the following beneficial effects:

1. the utility model provides a mixed input type dimming and color mixing control panel, which is characterized in that one or more key boards capable of independently pressing, tilting, downward moving or deforming are used, and at least one (group of) light touch or micro touch keys are respectively arranged below the upper end and the lower end of each key board; the tapping or inching key can provide clear somatosensory feedback for a user when the lamp, the color temperature (or the color) and the brightness are switched and controlled, and is particularly convenient for use at night. By providing one or more independently pressable and tilting key plate assemblies, at least one soft touch or micro touch key is arranged below the upper end and the lower end of the key plate respectively, when one end of the key plate assembly is pressed, the touch or micro-motion key below the key board assembly is triggered to realize the control of switching on and off a lamp, activating and closing the sensing function of the touch sensing circuit board, and realizing the switching of the dimming and color mixing control functions; the sensing function of the touch sensing circuit board is closed in the light-off state, so that the possibility of failure of the sensing circuit when the ambient temperature and humidity change is reduced, and the reliability of products is improved.

2. According to the hybrid input type dimming and toning control panel provided by the utility model, a touch sensing circuit board is adopted below each key board to make touch sliding sensing input, so that a user can quickly and efficiently perform dimming and toning control on a certain path of controlled lamp by combining a touch sliding control mode of a light touch or micro-motion key; the touch sensing input is separated, dimming and toning operations aiming at different dimming and toning paths are independently separated, and the touch sensing input is rapid and convenient, so that the daily regulation and control operation of a user is facilitated; the display window of the key board component and the status indicator lamp group below the key board component enable a user to obtain the adjustment status prompt more obviously and intuitively.

3. The mixed input type dimming and toning control panel provided by the utility model is provided with mixed input groups with the same quantity as the control panel, depending on the control road number requirement of the control panel, wherein each mixed input group consists of one (group) of the light touch or micro touch keys and one touch sensing circuit board capable of detecting touch sliding adjustment; a control panel has several control paths, namely several touch sensing circuit boards and several (group) tapping or micro-moving keys.

4. The mixed input type dimming and toning control panel provided by the utility model has the advantages that one (group) of the tapping or micro-motion keys is used for realizing the function switching of the brightness or the color temperature or the color regulation of the controlled lamp, and the other (group) of the tapping or micro-motion keys is used for realizing the lamp switching control of the controlled lamp; when one end of the certain key board is pressed, a light touch or micro-motion key below the key board is triggered, so that the switching of the dimming and toning functions is excited, and the user performs touch sliding operation after the switching, namely, the dimming operation input or toning operation input is changed; when the other end of the certain key board is pressed, the light touch or micro-motion key below the key board is triggered to further realize the control of switching on and off the lamp, and simultaneously the sensing function of the touch sensing circuit board is activated or closed, so that the possibility of failure of the sensing circuit when the ambient temperature and humidity change is reduced, and the stability and reliability of the product are improved.

5. The mixed input type dimming and toning control panel provided by the utility model has the advantages of simple structure and circuit realization, lower realization cost of the whole control panel and convenience for low-cost and rapid popularization and application of intelligent lighting control technology.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions of the prior art, the drawings that are needed in the embodiments will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present utility model, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.

Fig. 1 is a schematic structural diagram of a hybrid input type dimming and toning control panel.

Fig. 2 is a schematic diagram of a disassembled structure of a hybrid input type dimming and toning control panel.

The device comprises a 1-key board assembly, a 11-state indicator lamp display window, a 12-touch sliding position mark, a 2-pressing plate, a 3-PCBA board, a 31-state indicator lamp, a 32-dimming color-adjusting light touch or micro-motion key, a 33-touch sensing circuit board, a 34-switch light touch or micro-motion key, a 4-middle frame and a 5-base.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

The utility model aims to provide a hybrid input type dimming and toning control technology and a control panel aiming at the defects and shortcomings of the prior art and products.

In order that the above-recited objects, features and advantages of the present utility model will become more readily apparent, a more particular description of the utility model will be rendered by reference to the appended drawings and appended detailed description.

As shown in fig. 1 and 2, the present utility model provides a hybrid input type dimming and toning control panel, which comprises a keypad assembly 1, and a PCBA board 3 (functional circuit board with element) located below the keypad assembly 1; the key board assembly 1 can be divided into single or multiple key boards capable of independently pressing, tilting, moving downwards or deforming according to the different appearances and the regulating and controlling paths of the panel, and at least one (group of) light touch or micro touch key is arranged below the upper end and the lower end of the key board respectively, and comprises a switch light touch or micro touch key 34 for controlling on and off of a lamp and a dimming and toning light touch or micro touch key 32 for dimming and toning switching; touch sensing circuit boards 33 which are the same as the control panel in number and can sense touch adjustment are arranged between or beside the light touch or micro touch keys below the two ends of the key board assembly 1 and are used for sensing touch adjustment operation of a user for a certain path of output so as to adjust the brightness, the temperature or the color of a certain path of controlled lamp; the touch keys and the touch sensitive circuit board 33 are soldered or connected to the PCBA board 3.

In the mixed input type dimming and toning control panel provided by the utility model, through the fact that one or more independently pressed key board assemblies 1 capable of tilting or moving downwards or deforming are arranged below at least one light touch or micro-motion key (a switch light touch or micro-motion key 34 and a dimming and toning light touch or micro-motion key 32) respectively at the upper end and the lower end of a key board, when one end of the key board assembly 1 is pressed, the light touch or micro-motion key (the switch light touch or micro-motion key 34 and the dimming and toning light touch or micro-motion key 32) below the key board assembly 1 is triggered, so that the sensing functions of switching on and off a lamp are controlled, and the sensing functions of the touch sensing circuit board 33 are activated and closed, and the switching of dimming and toning control functions is realized; the sensing function of the touch sensing circuit board 33 is turned off in the off state, so that the possibility of failure of the sensing circuit when the ambient temperature and humidity change is reduced, and the reliability of the product is improved.

In the mixed input type dimming and toning control panel provided by the utility model, a mixed input mode is adopted, and a mechanical rocker or a downward moving type key board assembly 1 with obvious somatosensory feedback and a light touch key (a switch light touch micro key 34 and a dimming and toning light touch micro key 32) are adopted, so that clear somatosensory feedback can be provided for a user; meanwhile, the touch sensing circuit board 33 capable of sensing sliding adjustment of a user is adopted as a dimming and toning control input interactive interface of each path of controlled lamp, so that the user can more obviously and intuitively observe the specific adjustment effect of each path of lamp.

In the mixed input type dimming and toning control panel provided by the utility model, the input path number corresponding to the output path number is arranged, and each path of control input consists of a group of light touch or micro-motion keys (a switch light touch or micro-motion key 34, a dimming and toning light touch or micro-motion key 32) and a touch sensing circuit board 33; depending on the control path number requirements of the control panel, one control panel has several control outputs, i.e. several groups of light touch keys and several touch sensitive circuit boards 33.

In this embodiment, the keypad assembly 1 may be divided into a single or two or three or four independent or connected mechanical keypads capable of pressing, tilting or moving down or deforming according to the different panel appearances and control paths, so as to realize the control of switching on and off the lamps, activate and close the sensing function of the touch sensing circuit board 33, and realize the switching of the dimming and color mixing control functions; the sensing function of the touch sensing circuit board 33 is turned off in the light-off state, so that the possibility of failure of the sensing circuit when the ambient temperature and humidity change is reduced, and the reliability of the product is improved.

In the hybrid input type dimming and toning control panel provided by the utility model, the touch sensing circuit board 33 is adopted below each key board assembly 1 to make touch sensing input, so that a convenient and visual interaction interface required by each path of dimming and toning control can be provided for a user. The key board assembly 1 adopts a design of mechanical wane or downward-moving push type input to realize the control of turning on and off the lamp, activating and closing the sensing function of the touch sensing circuit board 33, and realizing the switching of the dimming and color mixing control functions.

In this embodiment, the keypad assembly 1 is provided with at least one row (column) or a plurality of rows (column) of status indicator light display windows 11, a plurality of status indicator lights 31 are disposed below the status indicator light display windows 11, for displaying a certain dimming or toning status individually or in a multiplexing manner, the status indicator lights 31 can be observed by a user through the status indicator light display windows 11 on the keypad assembly 1, so as to visually display the lighting status of the corresponding output lamps with controlled number, the status indicator lights 31 can be turned on simultaneously as an indication by a single lamp or a plurality of lamps, and the lighting status can be static unchanged or dynamically changed; one color of the status indicator lamp 31 indicates that brightness adjustment is being performed, and the other color indicates that color temperature or color adjustment is being performed.

In this embodiment, the keypad assembly 1 is further provided with the touch sliding position indicators 12 having the same number as the number of the control paths, so as to prompt the user to slidably control, where the touch sliding position indicators 12 are respectively located above each touch sensing circuit board 33, so as to limit the control range of the touch sliding sensing, improve the control accuracy, and further effectively adjust the brightness, the cooling, the heating or the color of the controlled lamp.

In this embodiment, a pressing plate 2 is disposed between the keypad assembly 1 and the PCBA plate 3, the pressing plate 2 is a fixed support plate for the keypad assembly 1 and the PCBA plate 3, and the touch keys and the touch sensing circuit board 33 on the PCBA plate 3 pass through slots reserved on the pressing plate 2 to be used for being in contact with the keypad assembly 1 as much as possible or having a slight gap, and the keypad assembly 1 is fastened on the pressing plate 2.

In this embodiment, a middle frame 4 is further disposed below the PCBA board 3, a buckle that is fastened to the pressing board 2 is disposed in the middle frame 4, and the PCBA board 3 is fixed in the middle frame 4 below the pressing board 2.

In this embodiment, the middle frame 4 is fastened on the base 5 by a fastener, the base 5 is internally provided with a power function board and a terminal box assembly, and the power function board and the terminal box assembly are connected with the PCBA board 3 in a plugging or pressing manner through a through hole slot on the middle frame 4.

When assembling, when the keyboard assembly 1, the pressing plate 2, the PCBA plate 3, the middle frame 4 and the base 5 are mutually assembled to form the mixed input type dimming and color mixing control panel, the keyboard assembly is mutually buckled and connected, and the keyboard assembly is not required to be additionally provided with screws and the like for fixation, so that the keyboard assembly is convenient and quick to assemble.

In this embodiment, a touch or micro-motion key and a touch sensing circuit board 33 for detecting the sliding adjustment of the touch are adopted below each key board on the key board assembly 1 to form one or more groups of mixed control inputs, wherein one/one group of touch or micro-motion key is used for controlling the on/off of the controlled lamp, and the other/one group of touch or micro-motion key is used for switching the dimming, color-adjusting and color-adjusting control functions of the controlled lamp.

In the hybrid input type dimming and toning control panel provided by the utility model, the sensing function of the touch sensing circuit board 33 is controlled, and when the hybrid input type dimming and toning control panel is used, the sensing function of a certain path of touch sensing circuit board 33 can be activated or deactivated according to the pressing response of a corresponding path of light touch or micro-motion key (a switch light touch or micro-motion key 34 and a dimming and toning light touch or micro-motion key 32); when a certain control output is in the off state, the sensing function of the touch sensing circuit board 33 corresponding to the number of the control outputs is turned off.

The mixed input type dimming and color mixing control panel provided by the utility model has clear somatosensory feedback of lamp switching on and off control, is rapid and convenient in dimming and color mixing regulation and control, and has a multipath independent regulation and control function; the circuit is simple to realize, the realization cost of the whole control panel is relatively low, and the intelligent lighting control technology is convenient to popularize and apply rapidly with low cost.

It should be noted that, according to the hybrid input type dimming and toning control panel of the present utility model, the keypad assembly 1 may be subdivided into a single or multiple independently movable physical keypad assemblies according to different output control paths, and one or multiple groups of one or multiple light touch or micro-motion keys (switch light touch or micro-motion key 34, dimming and toning light touch or micro-motion key 32) are arranged below the keypad assembly 1 according to different output paths; a touch sensing circuit board 33 is arranged between or beside the light touch or micro-motion keys (switch light touch or micro-motion key 34 and dimming color adjustment light touch or micro-motion key 32).

As a variant application, the hybrid input type dimming and toning control panel of the utility model can be used for independently pressing and tilting or moving down or deforming the key board component without depending on the difference of the control path number based on the design requirement of compact appearance and no difference of the output (control) path number; one or more groups of light touch keys with light touch or micro touch are still adopted below the upper end and the lower end (taking wall mounting as a reference) of the whole key board, and a corresponding number of touch sensing circuit boards 33 are arranged below the whole key board assembly according to the number of control output paths; the surface of the whole key board component is marked with a definite mark corresponding to the position of each path of touch sensing circuit board so as to distinguish the specific control output path number and the input position of touch sliding regulation; when the whole keypad assembly is used as the interactive interface for control input, the user needs to determine which control path number the user wants to perform the press input operation by combining the press input of the upper or lower soft touch or micro touch key and the common input signal formed by the touch sensing input corresponding to the certain path of touch sensing circuit board 33, and the touch sliding control input can be determined only based on the touch operation of the user on the certain control path number.

After the mixed input type dimming and toning control panel is installed and fixed, the key board assembly 1 can be vertically or transversely arranged; in the case of the lateral arrangement, the upper and lower ends of the present embodiment may be alternately expressed as left and right ends, and the lower or upper expression may be alternately expressed as left or right lower. The materials of the keypad assembly 1 of the present utility model include, but are not limited to, plastics, acryl, glass or ceramics, which do not affect touch sensing.

The touch key can be a key with a front or side pressing action, can be replaced by other input modes combined with corresponding mechanical designs, and can realize the same or similar control body feeling feedback as a common pot slice, a magnetic induction or light induction detection switch and the like.

The status indicator lamp set 31 of the present utility model may be a single-color or multi-color LED status indicator lamp set, which may be arranged horizontally or longitudinally, and the emitted light may provide an indication to the user through the keypad assembly; the state indicator lamp can be turned on simultaneously to serve as an indicator, and the lighting state of the lamp can be changed statically or dynamically.

The principles and embodiments of the present utility model have been described in detail with reference to specific examples, which are provided to facilitate understanding of the method and core ideas of the present utility model; also, it is within the scope of the present utility model to be modified by those of ordinary skill in the art in light of the present teachings. In view of the foregoing, this description should not be construed as limiting the utility model.

Claims

1. The mixed input type dimming and toning control panel is characterized by comprising a key board component (1) and a PCBA board (3) positioned below the key board component (1);

the key board assembly (1) is a single or a plurality of key boards capable of being independently pressed to tilt or move downwards or deform, at least one tapping or micro-motion key is arranged below the upper end and the lower end of the key board respectively, and the tapping or micro-motion key comprises a switch tapping or micro-motion key (34) for controlling on and off of a lamp and a dimming and toning tapping or micro-motion key (32) for dimming and toning switching;

touch sensing circuit boards (33) which are the same as the control panel in number and can sense touch adjustment are arranged between or beside the light touch or micro-motion keys below the two ends of the key board assembly (1) and are used for respectively sensing touch adjustment and control operations of a user so as to adjust the brightness, the temperature or the color of each path of controlled lamp; the touch key and the touch sensing circuit board (33) are welded or connected to the PCBA board (3).

2. The hybrid input type dimming and toning control panel according to claim 1, wherein the key pad assembly (1) is a single or two or three or four independent or connected mechanical key pad assemblies capable of pressing and tilting or deforming.

3. The hybrid input type dimming and toning control panel according to claim 2, wherein at least one row or at least one column of status indicator light display windows (11) are arranged on the key board assembly (1), and a plurality of status indicator lights (31) are arranged below the status indicator light display windows (11).

4. The hybrid input type dimming and toning control panel according to claim 2, wherein the keypad assembly (1) is further provided with a touch sliding position indicator (12) to prompt a user to slidably operate, and the touch sliding position indicator (12) is respectively located above each touch sensing circuit board (33).

5. The hybrid input type dimming and toning control panel according to claim 1, wherein a pressing plate (2) is arranged between the key plate assembly (1) and the PCBA plate (3), the pressing plate (2) is a fixed support plate of the key plate assembly (1) and the PCBA plate (3), and a touch key and a touch sensing circuit board (33) on the PCBA plate (3) penetrate through slots reserved in the pressing plate (2) to be in butt joint with the key plate assembly (1), and the key plate assembly (1) is buckled on the pressing plate (2).

6. The mixed input type dimming and toning control panel according to claim 5, wherein a middle frame (4) is further arranged below the PCBA plate (3), a buckle buckled with the pressing plate (2) is arranged in the middle frame (4), and the PCBA plate (3) is fixed in the middle frame (4) below the pressing plate (2).

7. The hybrid input type dimming and toning control panel according to claim 6, wherein the middle frame (4) is buckled on the base (5) through a buckle, the base (5) is internally provided with a power function board and a junction box assembly, and the power function board and the junction box assembly are connected with the PCBA board (3) through a through hole groove on the middle frame (4) in a plugging or pressing mode.

8. The hybrid input type dimming and toning control panel according to claim 1, wherein one or more groups of hybrid control inputs are formed by a tapping or micro-moving key and a touch sensing circuit board (33) for detecting touch sliding adjustment under each key board on the key board assembly (1), wherein one/group of tapping keys is used for controlling the on/off of a controlled lamp, and the other/group of tapping or micro-moving keys is used for switching the dimming and toning control functions of the brightness or color temperature or color of the controlled lamp.