CN203416457U

CN203416457U - Capacitive-screen-controlled indoor illumination system

Info

Publication number: CN203416457U
Application number: CN201320357428.2U
Authority: CN
Inventors: 王嘉华
Original assignee: ZHONGSHAN MATRIX CRYSTAL CO Ltd
Current assignee: ZHONGSHAN MATRIX CRYSTAL CO Ltd
Priority date: 2013-06-20
Filing date: 2013-06-20
Publication date: 2014-01-29
Anticipated expiration: 2023-06-20

Abstract

The utility model discloses a capacitive-screen-controlled indoor illumination system and can be applied in mansions with many rooms. The indoor illumination system comprises a plurality of luminous modules arranged in each room and passageways of a mansion, a plurality of switches for controlling the on-offs of the luminous modules by hand or signal triggering, a touch signal processing module for controlling the switches according to touch signals, and a touch display module for displaying the on-off states of the luminous modules, inducing touch gestures of users, and converting the gestures to the touch signals sent to the touch signal processing module. According to the indoor illumination system, the on-off states of all lights in the mansion can be displayed through a touch display screen, single-point control switching or all lights switching can be performed to each light through the touch signals, the defects that conventional switch control fails to detect which light is specifically not switched off and manpower is employed to switch off the light are overcome, the manual control function of the switch is reserved, and the practicality is high.

Description

The interior lighting system that a kind of capacitance plate is controlled

Technical field

The utility model relates to the interior lighting system that a kind of capacitance plate is controlled.

Background technology

As everyone knows, in numerous places, room such as office building, teaching building, hotels, lamp in each room all can deploy switch, by the user in the room ，Er building administrative center of turning off the light voluntarily after leaving, the power supply that a total lock starts or cut off whole building lighting system also can be set.In actual use; usually there will be such problem: the people in room has forgotten to turn off the light sometimes when leaving; and administrative staff are difficult to judge to be not turn off the light in concrete that room; can not cut off the power supply of all light again; the Pao Shang building of can only requiring great effort checks, therefore, traditional interior illumination control system is also in semi-artificial state; waste time and energy, operating efficiency is low.

Utility model content

For solving the problems of the technologies described above, the purpose of this utility model is to provide the interior lighting system that a kind of capacitance plate is controlled.

The technical solution adopted in the utility model is: the interior lighting system that a kind of capacitance plate is controlled, be applied to the mansion that room is numerous, and comprising:

Some light emitting modules, are distributed in each room and the corridor of mansion;

Some switches, touch for manual and signal the switch of controlling described light emitting module;

Touch signal processing module, for controlling described switch according to touch signal;

Touch display module, for showing the on off state of described light emitting module and induction user's touch gestures and being converted into the touch signal that sends to touch signal processing module.

Described light emitting module is one or more combinations in fluorescent lamp, bulb lamp, Panel light, shot-light.

Described touch display module is capacitance touch display screen.

Described capacitance touch display screen comprises polaroid, upper glass plate, liquid crystal layer, lower-glass sheet, lower polaroid, pcb board, be arranged on COF chip and the microprocessor at the pcb board back side, described upper glass plate upper, the upper surface of lower surface and lower-glass sheet is equipped with ITO conductive layer, described upper polaroid is arranged on the upper surface ITO conductive layer of upper glass plate, described liquid crystal layer is arranged on the lower surface ITO conductive layer of upper glass plate and the upper surface ITO conductive layer of lower-glass sheet, and liquid crystal layer outside is with frame adhesive, described lower polaroid is arranged between lower-glass sheet and pcb board upper surface, between the lower surface ITO conductive layer of described upper glass plate and pcb board, be connected with conductive adhesive tape, the upper surface ITO conductive layer of described upper glass plate is connected and extends on pcb board with the pcb board back side by Flexible Printed Circuit, described COF chip is fixed by the Flexible Printed Circuit and the pcb board that extend on pcb board, described pcb board is connected with touch signal processing module by another Flexible Printed Circuit.

The beneficial effects of the utility model:

The utility model interior lighting system is done to all lamps of mansion the state of opening the light by touch display screen and is shown, and by touch signal, each lamp is implemented to single-point control switch, or whole switches, having solved traditional electric brake controls and can not detect concrete that lamp and do not close and employ the defect that manpower is turned off the light, but also the manual control function of reservation switch is practical.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, embodiment of the present utility model is described further.

Fig. 1 is the construction module figure of the utility model interior lighting system;

Fig. 2 is the capacitance touch display screen profile of the utility model interior lighting system.

Embodiment

Shown in Fig. 1, the interior lighting system that a kind of capacitance plate is controlled, is applied to the mansion that room is numerous, comprising:

Some light emitting modules 1, are distributed in each room and the corridor of mansion;

Some switches 2, touch for manual and signal the switch of controlling described light emitting module 1;

Touch signal processing module 3, for controlling described switch 2 according to touch signal;

Touch display module 4, for showing the on off state of described light emitting module 1 and induction user's touch gestures and being converted into the touch signal that sends to touch signal processing module 3.

In the utility model, light emitting module 1 is one or more combinations in fluorescent lamp, bulb lamp, Panel light, shot-light.

As shown in Figure 2, the touch display module 4 of the utility model interior lighting system is capacitance touch display screen, capacitance touch display screen comprises polaroid 21, upper glass plate 22, liquid crystal layer 23, lower-glass sheet 24, lower polaroid 25, pcb board 26, be arranged on COF chip 27 and the Micro-processor MCV at pcb board 26 back sides, upper glass plate 22 upper, the upper surface of lower surface and lower-glass sheet 24 is equipped with ITO conductive layer 28, upper polaroid 21 is arranged on the upper surface ITO conductive layer 28 of upper glass plate 22, liquid crystal layer 23 is arranged on the lower surface ITO conductive layer 28 of upper glass plate 22 and the upper surface ITO conductive layer 28 of lower-glass sheet 24, and liquid crystal layer 23 outsides are with frame adhesive 29, lower polaroid 25 is arranged between lower-glass sheet 24 and pcb board 26 upper surfaces, between the lower surface ITO conductive layer 28 of upper glass plate 22 and pcb board 26, be connected with conductive adhesive tape 30, the upper surface ITO conductive layer 28 of upper glass plate 22 is connected with pcb board 26 back sides by Flexible Printed Circuit FPC and extends on pcb board 26, COF chip 27 is fixing by the Flexible Printed Circuit FPC and the pcb board 26 that extend on pcb board 26, pcb board 26 is connected with touch signal processing module 3 by another Flexible Printed Circuit FPC.In the utility model, COF is Chip On Film.

A kind of capacitance touch display screen structure embodiment (On-Cell) that just the utility model interior lighting system adopts as mentioned above, but be not limited only to On-Cell, capacitance plate structure In-Cell that other is known, G+G, G+F etc. are all applicable to the utility model.

The foregoing is only preferential execution mode of the present utility model, the utility model is not limited to above-mentioned execution mode, as long as within the technical scheme that realizes the utility model object with basic identical means all belongs to protection range of the present utility model.

Claims

1. the interior lighting system that capacitance plate is controlled, is applied to the mansion that room is numerous, it is characterized in that comprising:

Some light emitting modules (1), are distributed in each room and the corridor of mansion;

Some switches (2), touch for manual and signal the switch of controlling described light emitting module (1);

Touch signal processing module (3), for controlling described switch (2) according to touch signal;

Touch display module (4), for showing the on off state of described light emitting module (1) and induction user's touch gestures and being converted into the touch signal that sends to touch signal processing module (3).

2. the interior lighting system that a kind of capacitance plate according to claim 1 is controlled, is characterized in that: described light emitting module (1) is one or more combinations in fluorescent lamp, bulb lamp, Panel light, shot-light.

3. the interior lighting system that a kind of capacitance plate according to claim 1 is controlled, is characterized in that: described touch display module (4) is capacitance touch display screen.

4. the interior lighting system that a kind of capacitance plate according to claim 3 is controlled, it is characterized in that: described capacitance touch display screen comprises polaroid (21), upper glass plate (22), liquid crystal layer (23), lower-glass sheet (24), lower polaroid (25), pcb board (26), be arranged on COF chip (27) and the microprocessor (MCU) at pcb board (26) back side, described upper glass plate (22) upper, the upper surface of lower surface and lower-glass sheet (24) is equipped with ITO conductive layer (28), described upper polaroid (21) is arranged on the upper surface ITO conductive layer (28) of upper glass plate (22), described liquid crystal layer (23) is arranged on the lower surface ITO conductive layer (28) of upper glass plate (22) and the upper surface ITO conductive layer (28) of lower-glass sheet (24), and liquid crystal layer (23) outside is with frame adhesive (29), described lower polaroid (25) is arranged between lower-glass sheet (24) and pcb board (26) upper surface, between the lower surface ITO conductive layer (28) of described upper glass plate (22) and pcb board (26), be connected with conductive adhesive tape (30), the upper surface ITO conductive layer (28) of described upper glass plate (22) is connected with pcb board (26) back side by Flexible Printed Circuit (FPC) and above extends at pcb board (26), described COF chip (27) is fixing with pcb board (26) by the Flexible Printed Circuit (FPC) extending on pcb board (26), described pcb board (26) is connected with touch signal processing module (3) by another Flexible Printed Circuit (FPC).