WO2022134601A1 - Rgb-ww点控智能灯 - Google Patents

Rgb-ww点控智能灯 Download PDF

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Publication number
WO2022134601A1
WO2022134601A1 PCT/CN2021/110277 CN2021110277W WO2022134601A1 WO 2022134601 A1 WO2022134601 A1 WO 2022134601A1 CN 2021110277 W CN2021110277 W CN 2021110277W WO 2022134601 A1 WO2022134601 A1 WO 2022134601A1
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WO
WIPO (PCT)
Prior art keywords
rgb
light
encoder
tetrode
point
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PCT/CN2021/110277
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English (en)
French (fr)
Inventor
陈根海
陈勇
Original Assignee
江苏镭科照明科技有限公司
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Application filed by 江苏镭科照明科技有限公司 filed Critical 江苏镭科照明科技有限公司
Priority to DE212021000139.4U priority Critical patent/DE212021000139U1/de
Publication of WO2022134601A1 publication Critical patent/WO2022134601A1/zh

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Classifications

    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • H05B47/175—Controlling the light source by remote control
    • H05B47/19—Controlling the light source by remote control via wireless transmission
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • H05B47/165—Controlling the light source following a pre-assigned programmed sequence; Logic control [LC]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection

Definitions

  • the invention relates to the technical field of decorative lighting, in particular to an RGB-WW point-controlled intelligent lamp.
  • RGB-WW point-controlled smart lights are the main decorative products for Christmas, and are also indispensable decorative products for consumers' festivals, cultural exchanges, cultural activities, and night lighting in public places.
  • the purpose of the present invention is to provide an RGB-WW point-controlled intelligent lamp, which has a reasonable structure design, is easy to operate, can flexibly adapt to changes in demand, has outstanding functional effects, and plays a role in rendering the environment. It has various and comprehensive functions, strong practicability, and is easy to promote and use.
  • RGB-WW point-controlled smart lights including light strings, main lines, light string segments, wire segments, RGB-WW tetrodes, encoders, and connectors.
  • a terminal, a connector female terminal, a controller mechanism, a plug, a plurality of light strings are connected in parallel on the main line, the light strings are arranged vertically downward, and the middle of each light string is folded into two segments, a light string segment and a wire segment.
  • the light string segment is formed by a plurality of RGB-WW tetrodes connected in series, and the positive pole of the RGB-WW tetrode is connected with the negative pole of the adjacent RGB-WW tetrode; the RGB-WW tetrode is internally provided with four
  • the core chip, the four-core chip has a built-in address programmed by the encoder; the two ends of the main line are respectively connected with connector male terminals and connector female terminals, and the connector male terminals at the end of the main line are connected with the connector female terminals through the connector female terminals.
  • the controller mechanism is connected, and the controller mechanism is connected to the 24-240V voltage through the plug.
  • the light string segment and the wire segment are arranged at intervals along the horizontal direction of the main line; the RGB-WW tetrodes in the light string segment are arranged at a single interval from top to bottom and are in turn respectively adjacent to the left and right wires.
  • the segments are connected equally spaced apart.
  • the outer diameter of the RGB-WW tetrode is one of 3mm, 4mm, 5mm, and 8mm;
  • the RGB-WW tetrode includes a light bulb and a PC shell, and the light bulb is encapsulated by epoxy resin
  • the four-core chip is arranged in the bulb, and the four-core chip is R red-G green-B blue-WW warm white.
  • the encoder includes a display panel, an encoder button and a probe
  • the program is displayed on the display panel through the encoder encoder button input, and the correctness of the encoding is verified through the probe, and the encoder is connected with an encoding input terminal
  • the encoder is also provided with a socket, and the encoder is connected with the RGB-WW tetrode through the socket.
  • the controller mechanism includes a fuse with current protection, a varistor for voltage limiting control, a filter for filtering noise and separating signals, and a filter circuit for blocking high frequency and low frequency pass, and the output ends of the filter circuit are respectively connected to To the input end of the MOSFET and the DC transformer, the DC transformer is respectively connected with the driver module and the MCU.
  • the MCU is connected in parallel with the WiFi and Bluetooth modules, remote control modules, program modules and buttons controlled by wireless terminals, WiFi and Bluetooth modules, remote control modules, and program modules.
  • the color of the RGB-WW tetrode can be changed through any of the WiFi and Bluetooth modules, remote control modules, program modules and buttons, and the operation is convenient and flexible;
  • the WiFi and Bluetooth modules are integrated WiFi And the PCBA board with Bluetooth function, the wireless terminal sends signals to the WiFi and Bluetooth modules, and the WiFi and Bluetooth modules transmit the transmitted signals to the tetrode with the built-in address of RGB-WW.
  • the remote control module is wirelessly connected to the remote control;
  • the MCU is connected to the drive module through a heat dissipation component, the output ends of the drive module and the DC transformer are both connected to the input end of the MOSFET, and the output end of the MOSFET is connected to the light string.
  • a waterproof rubber ring is provided at the connection between the male terminal of the connector and the female terminal of the connector.
  • the RGB-WW point-controlled smart light has outstanding function
  • the smart light chip has a built-in address
  • the address is programmed by the encoder, so as to realize the effects of single control and multi-line control through the control of the smart power supply, and the operation is convenient , flexible use and broad application prospects.
  • FIG. 1 is a schematic diagram of a connection circuit of the present invention
  • Fig. 2 is the structural representation of the encoder of the present invention
  • Fig. 3 is the circuit block diagram of the controller mechanism of the present invention.
  • FIG. 4 is a schematic structural diagram of the present invention applying a linear light string
  • Fig. 5 is the structural schematic diagram of the present invention applying the net lamp
  • FIG. 6 is a schematic structural diagram of the application of the curtain lamp of the present invention.
  • FIG. 7 is a schematic structural diagram of the application of the ice bar light in the present invention.
  • RGB-WW point-controlled smart lights including light string 1, main line 2, light string segment 3, wire segment 4, RGB-WW tetrode 5, encoder 6.
  • Connector male terminal 7, connector female terminal 8, controller mechanism 9, plug 10 a plurality of light strings 1 are connected in parallel on the main line 2, the light strings 1 are arranged vertically downward, and each light string 1 is in the middle
  • the light string segment 3 is folded into two segments, the light string segment 3 and the wire segment 4.
  • the light string segment 3 is formed by a plurality of RGB-WW tetrodes 5 connected in series in sequence, and the positive electrode 11 of the RGB-WW tetrode is connected to the adjacent RGB-WW tetrode.
  • the negative electrode 12 of the tetrode is connected; the RGB-WW tetrode 5 is internally provided with a four-core chip, and the four-core chip has a built-in address, and the address is programmed by the encoder 6; the two ends of the main line 2 are respectively connected with a connection
  • the connector male terminal 7 and the connector female terminal 8 are provided with a waterproof rubber ring 14 at the connection between the connector male terminal 7 and the connector female terminal 8.
  • the connector male terminal 7 at the end of the main line communicates with the controller through the connector female terminal 8
  • the mechanism 9 is connected, and the controller mechanism 9 is connected to the voltage of 24-240V through the plug 10 .
  • the light string segment 3 and the wire segment 4 are arranged at intervals along the horizontal direction of the main line 2; the RGB-WW tetrodes 5 in the light string segment 3 are arranged at a single interval from top to bottom and in sequence They are respectively connected with the adjacent wire segments 4 on the left and right at equal distances.
  • the outer diameter of the RGB-WW tetrode 5 is one of 3mm, 4mm, 5mm, and 8mm; the RGB-WW tetrode 5 includes a light bulb and a PC shell, and the light bulb is encapsulated in an epoxy resin. Inside the PC shell, the bulb is provided with the four-core chip, and the four-core chip is R red-G green-B blue-WW warm white.
  • the RGB-WW tetrode 5 is internally provided with an address encoder
  • the encoder 6 includes a display panel 6-1 for displaying parameter values, an encoder button 6-2 and a probe for verifying whether the encoding is correct 6-3.
  • the controller mechanism 9 includes a fuse 9-1 with current protection, a varistor 9-2 for voltage limiting control, a filter 9-3 for filtering noise and separating signals, and a filter for high frequency blocking and low frequency pass.
  • Circuit 9-4, the output end of the filter circuit 9-4 is connected to the input end of the MOSFET9-5 and the DC transformer 9-6 respectively, and the DC transformer 9-6 is respectively connected to the driving module 9-7 and the MCU9-8, which will change the voltage The DC power after that is output to the drive module 9-7 and MCU9-8.
  • MCU9-8 is connected in parallel with the WiFi and Bluetooth module 9-9, the remote control module 9-10, the program module 9-11 and the button 9-12 through the circuit board circuit, WiFi and Bluetooth modules 9-9 are controlled by wireless terminals, WiFi and Bluetooth modules 9-9 are PCBA boards integrating WiFi and Bluetooth functions, remote control modules 9-10 are wirelessly connected with remote control 13; WiFi and Bluetooth modules 9-9, remote control modules 9-10.
  • the program module 9-11 and the button 9-12 are connected in parallel in the circuit, and any one of the WiFi and Bluetooth module 9-9, the remote control module 9-10, the program module 9-11 and the button 9-12 can be used.
  • the color of the RGB-WW tetrode can be changed, and the operation is convenient and flexible;
  • the MCU9-8 is connected to the drive module 9-7 through the heat dissipation assembly 9-13, and the output end of the MCU9-8 passes through the heat dissipation assembly 9-13 and the drive module 9 -7, the output terminals of the driving module 9-7 and the DC transformer 9-6 are connected to the input terminal of the MOSFET9-5, and the output terminal of the MOSFET9-5 is connected to the light string.
  • the working principle of this specific embodiment is: when in use, the wireless terminal sends signals to the WiFi and Bluetooth modules 9-9, and the WiFi and Bluetooth modules 9-9 transmit the transmitted signals to the tetrode with the built-in address of RGB-WW, and pass
  • the encoder 6 changes the address of the RGB-WW tetrode chip, closes the switch of any one of the WiFi and Bluetooth modules 9-9, the remote control module 9-10, the program module 9-11 and the button 9-12, and turns on the other three, A loop is formed to control the color change of the RGB-WW tetrode by controlling the address encoder.
  • the 24-240V voltage reaches the input end of the controller mechanism 9, and reaches the fuse 9-1 through the circuit board circuit, and a current protection is set between the other end of the plug 10 and the filter 9-3
  • the fuse 9-1 and the varistor 9-2 for voltage limiting control.
  • the role of the fuse is: when the circuit fails or is abnormal, the current continues to rise, and the increased current may damage some important or valuable components in the circuit, or may burn the circuit or even cause a fire, then , the fuse will cut off the current when the current abnormally rises to a certain height, thus playing a role in protecting the safe operation of the circuit.
  • the varistor is a voltage-limiting protection device, using the nonlinear characteristics of the varistor, when an overvoltage occurs between the two poles of the varistor , the varistor can clamp the voltage to a relatively fixed voltage value, so as to realize the protection of the subsequent circuit.
  • the filter is a circuit or arithmetic processing system with frequency selection function, and has the function of filtering noise and separating various different signals.
  • the basic function of the filter circuit is to let a certain frequency current pass or prevent a certain frequency current from passing through.
  • the basic filter circuit has high pass, low pass, band pass, band There are four types of high-pass blocking, allowing high-frequency pass to block low-frequency low-pass, and the opposite band-pass to high-pass, allowing the specified frequency current to pass through its blocking band-stop, preventing the specified frequency current from passing its frequency.
  • the DC transformer 9-6 converts the input direct current into alternating current through the self-excited oscillation circuit, and then changes the voltage through the DC transformer 9-6 and then converts it into direct current for output. , or convert the alternating current into high voltage direct current output through the voltage doubler rectifier circuit.
  • the frequency and specifications of the central processing unit are appropriately reduced, and the peripheral interfaces such as memory, counter, USB, A/D conversion, UART, PLC, DMA are , and even the LCD driver circuit is integrated on a single chip to form a chip-level computer.
  • remote control module 9-10 From DC transformer 9-6 through circuit board circuit to WiFi and Bluetooth module 9-9, remote control module 9-10, program module 9-11, button 9-12, WiFi and Bluetooth module 9-9 adopts integrated WiFi and Bluetooth function PCBA board is used for short-distance wireless communication. It is divided into data module and voice module according to function. This module is mainly used in the field of short-distance wireless data transmission.
  • the remote control module 9-10 is wirelessly connected with the remote control 13, and the function of the remote control module 9-10 plays the role of control and function conversion transmission;
  • the program module 9-11 refers to the function program file of the product The write change component of ; buttons 9-12 are switches.
  • the remote control module 9-10 From the WiFi and Bluetooth module 9-9, the remote control module 9-10, the program module 9-11, the output of the button 9-12 to the MCU9-8 through the circuit board circuit, and from the output end of the MCU9-8 to the heat dissipation through the circuit board circuit Component 9-13, the function of the heat dissipation assembly 9-13 is the temperature protection assembly; the output end of the DC transformer 9-6 and the heat dissipation assembly 9-13 reach the input end of the drive module 9-7, the drive module 9-7 is used to simulate the tested The upper-level module of the module is equivalent to the main program of the module under test. From the output end of the drive module 9-7 to the MOSFET9-5 through the circuit board circuit, the MOSFET can be widely used in the field effect transistor of the analog circuit and the digital circuit, and finally reaches the load from the output end of the MOSFET.
  • a plurality of light strings 1 are connected to each other to form a quadrilateral mesh structure.
  • the light string 1 can be a linear light string (Fig. 4), a net light (Fig. 5), a curtain light (Fig. Figure 4) or other shapes, with various shapes, which play a different role in rendering interior lighting, beautiful and generous.
  • Embodiment 1 RGB-WW point-controlled smart light, the light string adopts a linear light string (Fig. 4), the number of RGB-WW tetrodes 5 is 100, and the smart light of this structure has the following functions:
  • RGB-WW running and always-on cycle function There are 100 tetrodes in the RGB-WW point-controlled smart light. Press the 1 button on the remote control, and when the first light bulb is red, it starts to run to the 100th light bulb. The running time interval is 5 seconds. After 5 seconds, when the first light bulb is green, it starts to run to the 100th light bulb. The running time interval is 5 seconds; the colors cycle red, green, blue, white, orange, grass. Green, purple, warm white, light blue, pink.
  • (2) Flickering and chasing function 1 There are 100 tetrodes in the RGB-WW point-controlled smart light, press the 2 button on the remote control, and the first light bulb starts to flash when it is red, chasing to the 100th light bulb, and the time interval is 2 seconds , 5 seconds later, when the first bulb is green, it starts to flash and chase to the 100th bulb, the time interval is 2 seconds; the colors cycle red, green, blue, white, orange, grass green, purple, warm white, light blue color, pink.
  • Flickering and chasing function 2 There are 100 tetrodes in the RGB-WW point-controlled smart light, press the 5 button on the remote control, and the first light bulb starts to flicker when it is red, chasing to the 100th light bulb, and the time interval is 5 seconds , 5 seconds later, when the first light bulb is green, it starts to flash and chases to the 100th light bulb, the time interval is 5 seconds; the colors cycle through red, green, blue, white, orange, grass green, purple, warm white, light blue color, pink.
  • White full flash function There are 100 tetrodes in the RGB-WW point-controlled smart light, press the 7 button on the remote control, the first bulb to the 100th bulb is a full flash function.
  • Warm white full flash function There are 100 tetrodes in the RGB-WW point-controlled smart light, press the 8 button on the remote control, the first bulb to the 100th bulb is a full flash function.
  • Controller button functions S-function speed adjustment minus, S+ function speed adjustment plus, OFF-controller off, ON-controller on, Red-red, green-green, blue-blue, white-white, orange-orange, grass green-grass green, purple-purple, Warm White-warm white, light blue-light blue, pink-pink, Auto-automatic function.

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  • Computer Networks & Wireless Communication (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)

Abstract

本发明公开了一种RGB-WW点控智能灯，它涉及装饰照明技术领域。主线上并联多个灯串，每条灯串中间对折为灯串段与导线段两段，灯串段由多个RGB-WW四极管依次串联而成；所述的RGB-WW四极管内部设置四芯芯片，四芯芯片内置有通过编码器进行编写的地址；所述的主线的两端分别连接有连接器公端子、连接器母端子，主线端部的连接器公端子通过连接器母端子与控制器机构连接，控制器机构通过插头接入到24-240V电压。本发明功能效果突出，智能灯芯片内置地址，且地址通过编码器进行编写，以及通过智能电源控制，实现单一控制和多重线路控制等效果，操作方便，使用灵活，应用前景广阔。

Description

RGB-WW点控智能灯 技术领域
本发明涉及的是装饰照明技术领域，具体涉及RGB-WW点控智能灯。
 背景技术
RGB-WW点控智能灯是圣诞节的主要装饰产品，也是广大消费者节日、文化交流、文化活动、公共场所夜景亮化的不可缺少的装饰产品。
 技术问题
但是目前灯串颜色控制较为麻烦，需要人为通过改变控制盒的程序来改变灯串颜色的变化，操作十分不便，不能灵活地适应需求的变化，另外，灯串的结构简单，不能起到渲染环境的作用。为了解决上述问题，设计一种新型的RGB-WW点控智能灯尤为必要。
 技术解决方案
为针对现有技术上存在的不足，本发明目的是在于提供一种RGB-WW点控智能灯，结构设计合理，操作简便，能灵活地适应需求的变化，功能效果突出，起到渲染环境的作用，功能多样全面，实用性强，易于推广使用。
为了实现上述目的，本发明是通过如下的技术方案来实现：RGB-WW点控智能灯，包括灯串、主线、灯串段、导线段、RGB-WW四极管、编码器、连接器公端子、连接器母端子、控制器机构、插头，主线上并联多个灯串，所述的灯串竖直向下设置，每条灯串中间对折为灯串段与导线段两段，所述的灯串段由多个RGB-WW四极管依次串联而成，RGB-WW四极管正极与相邻的RGB-WW四极管负极连接；所述的RGB-WW四极管内部设置四芯芯片，四芯芯片内置有通过编码器进行编写的地址；所述的主线的两端分别连接有连接器公端子、连接器母端子，主线端部的连接器公端子通过连接器母端子与控制器机构连接，控制器机构通过插头接入到24-240V电压。
作为优选，所述的灯串段和导线段沿主线水平方向间隔设置；所述的灯串段中的RGB-WW四极管由上至下方向单一间隔设置且依次分别与左右相邻的导线段间隔等距连接。
作为优选，所述的RGB-WW四极管的外径为3mm、4mm、5mm、8mm中的一种；所述的RGB-WW四极管包括有灯泡和PC壳，灯泡通过环氧树脂封装在PC壳内，灯泡内设置有所述四芯芯片，四芯芯片为R红色-G绿色-B蓝色-WW暖白。
作为优选，所述的编码器包括有显示板、编码器按键和探针，通过编码编码器按键输入程序显示在显示板上，并通过探针验证编码正确性，编码器上连接有编码输入端，编码器上还设置有插口，编码器通过插口与RGB-WW四极管连接。
作为优选，所述的控制器机构包括有电流保护的保险丝、限压控制的压敏电阻、滤除噪音和分离信号的滤波器以及高频阻低频通的滤波电路，滤波电路的输出端分别连接到MOSFET的输入端和DC变压器，DC变压器分别与驱动模块和MCU连接，MCU并联有通过无线终端控制的WiFi及蓝牙模块、遥控模块、程序模块和按钮，WiFi及蓝牙模块、遥控模块、程序模块和按钮并联在电路内，通过WiFi及蓝牙模块、遥控模块、程序模块和按钮中的任意一个均可以改变RGB-WW四极管的颜色，操作方便灵活；所述的WiFi及蓝牙模块为集成WiFi和蓝牙功能的PCBA板，无线终端发送信号给WiFi及蓝牙模块，WiFi及蓝牙模块将发射的信号传递给RGB-WW内置地址的四极管。所述的遥控模块与遥控器无线连接；所述的MCU通过散热组件与驱动模块连接，驱动模块和DC变压器的输出端均连接到MOSFET的输入端，MOSFET的输出端连接至灯串。
作为优选，所述的连接器公端子与连接器母端子的连接处设置有防水胶圈。
 有益效果
本发明的有益效果：该RGB-WW点控智能灯功能效果突出，智能灯芯片内置地址，且地址通过编码器进行编写，以通过智能电源控制，实现单一控制和多重线路控制等效果，操作方便，使用灵活，应用前景广阔。
 附图说明
下面结合附图和具体实施方式来详细说明本发明；
图1为本发明的连接电路示意图；
图2为本发明编码器的结构示意图；
图3为本发明控制器机构的电路框图；
图4为本发明应用直线灯串的结构示意图；
图5为本发明应用网灯的结构示意图；
图6为本发明应用窗帘灯的结构示意图；
图7为本发明应用冰条灯的结构示意图。
 本发明的实施方式
为使本发明实现的技术手段、创作特征、达成目的与功效易于明白了解，下面结合具体实施方式，进一步阐述本发明。
参照图1-7，本具体实施方式采用以下技术方案：RGB-WW点控智能灯，包括灯串1、主线2、灯串段3、导线段4、RGB-WW四极管5、编码器6、连接器公端子7、连接器母端子8、控制器机构9、插头10，主线2上并联多个灯串1，所述的灯串1竖直向下设置，每条灯串1中间对折为灯串段3与导线段4两段，所述的灯串段3由多个RGB-WW四极管5依次串联而成，RGB-WW四极管正极11与相邻的RGB-WW四极管负极12连接；所述的RGB-WW四极管5内部设置四芯芯片，四芯芯片内置有地址，地址通过编码器6进行编写；所述的主线2的两端分别连接有连接器公端子7、连接器母端子8，连接器公端子7与连接器母端子8的连接处设置有防水胶圈14，主线端部的连接器公端子7通过连接器母端子8与控制器机构9连接，控制器机构9通过插头10接入到24-240V电压。
值得注意的是，所述的灯串段3和导线段4沿主线2水平方向间隔设置；所述的灯串段3中的RGB-WW四极管5由上至下方向单一间隔设置且依次分别与左右相邻的导线段4间隔等距连接。
所述的RGB-WW四极管5的外径为3mm、4mm、5mm、8mm中的一种；所述的RGB-WW四极管5包括有灯泡和PC壳，灯泡通过环氧树脂封装在PC壳内，灯泡内设置有所述四芯芯片，四芯芯片为R红色-G绿色-B蓝色-WW暖白。
值得注意的是，所述的RGB-WW四极管5内部设置地址编码器，编码器6包括有显示参数值的显示板6-1、编码器按键6-2和验证编码是否正确的探针6-3，通过编码器按键6-2输入程序，进行编码，编码后的程序显示在显示板6-1上，并通过探针6-3验证编码是否正确，编码器6上连接有编码输入端6-4，编码器通过编码输入端6-4供电，编码器6上还设置有插口6-5，编码器6通过插口6-5连接RGB-WW四极管5。
此外，所述的控制器机构9包括有电流保护的保险丝9-1、限压控制的压敏电阻9-2、滤除噪音和分离信号的滤波器9-3以及高频阻低频通的滤波电路9-4，滤波电路9-4的输出端分别连接到MOSFET9-5的输入端和DC变压器9-6，DC变压器9-6分别与驱动模块9-7和MCU9-8连接，将改变电压之后的直流电输出到驱动模块9-7和MCU9-8，MCU9-8通过线路板电路并联有WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11和按钮9-12，WiFi及蓝牙模块9-9通过无线终端控制，WiFi及蓝牙模块9-9为集成WiFi和蓝牙功能的PCBA板，遥控模块9-10与遥控器13无线连接；WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11和按钮9-12并联在电路内，通过WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11和按钮9-12中的任意一个均可以改变RGB-WW四极管的颜色，操作方便灵活；所述的MCU9-8通过散热组件9-13与驱动模块9-7连接，该MCU9-8输出端经过散热组件9-13和驱动模块9-7，驱动模块9-7和DC变压器9-6的输出端均连接到MOSFET9-5的输入端，MOSFET9-5的输出端连接至灯串。
本具体实施方式的工作原理为：使用时，无线终端发送信号给WiFi及蓝牙模块9-9，WiFi及蓝牙模块9-9将发射的信号传递给RGB-WW内置地址的四极管，并通过编码器6改变RGB-WW四极管芯片地址，关闭WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11和按钮9-12中任意一个模块的开关，打开另外三个，构成回路，通过控制地址编码器控制RGB-WW四极管颜色的变化。
当插头10通电接入24-240V电压，24-240V电压到达控制器机构9的输入端，通过线路板电路到达保险丝9-1，插头10的另一端与滤波器9-3之间设置电流保护的险丝9-1和限压控制的压敏电阻9-2。其中，保险丝的作用是：当电路发生故障或异常时，伴随着电流不断升高，并且升高的电流有可能损坏电路中的某些重要器件或贵重器件、也有可能烧毁电路甚至造成火灾，那么，保险丝就会在电流异常升高到一定的高度，自身熔断切断电流，从而起到保护电路安全运行的作用。从保险丝9-1通过线路板电路到达压敏电阻9-2，该压敏电阻是一种限压型保护器件，利用压敏电阻的非线性特性，当过电压出现在压敏电阻的两极间，压敏电阻可以将电压钳位到一个相对固定的电压值，从而实现对后级电路的保护。从压敏电阻9-2通过线路板电路到达滤波器9-3，该滤波器是具有频率选择作用的电路或运算处理系统，具有滤除噪声和分离各种不同信号的功能。从滤波器9-3端通过线路板电路到达滤波电路9-4，滤波电路基本作用是让某种频率电流通或阻止某种频率电流通，基本滤波电路有高通、低通、带通、带阻高通四种，让高频率通阻止低频率低通，与高通相反带通，让指定频率电流通其阻止带阻，阻止指定频率电流通其频率。
从滤波电路9-4通过线路板电路到DC变压器9-6，DC变压器9-6通过自激振荡电路把输入的直流电转变为交流电，再通过DC变压器9-6改变电压之后再转换为直流电输出，或者通过倍压整流电路将交流电转换为高压直流电输出。从DC变压器9-6通过线路板电路到MCU9-8微控制单元，中央处理器的频率与规格做适当缩减，并将内存、计数器、USB、A/D转换、UART、PLC、DMA等周边接口，甚至LCD驱动电路都整合在单一芯片上，形成芯片级的计算机。
从DC变压器9-6通过线路板电路到WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11、按钮9-12，WiFi及蓝牙模块9-9采用集成WiFi和蓝牙功能的PCBA板，用于短距离无线通讯，按功能分为数据模块和语音模块，该模块主要用于短距离无线数据传输领域，可方便地和PC、手机、平板的蓝牙或者WIFI设备相连，避免繁琐的线缆连接，能直接替代串口线；遥控模块9-10与遥控器13无线连接，遥控模块9-10的作用起到控制和功能转换传输；程序模块9-11是指产品的功能程序文件的编写更改组件；按钮9-12即开关。
从WiFi及蓝牙模块9-9、遥控模块9-10、程序模块9-11、按钮9-12的输出端通过线路板电路到达MCU9-8，从MCU9-8的输出端通过线路板电路到达散热组件9-13，散热组件9-13的作用是温度保护组件；DC变压器9-6和散热组件9-13输出端到达驱动模块9-7的输入端，驱动模块9-7用来模拟被测试模块的上一级模块，相当于被测模块的主程序。从驱动模块9-7输出端通过线路板电路到达MOSFET9-5，MOSFET可以广泛使用在模拟电路与数字电路的场效晶体管，最后从MOSFET输出端到达负载。
本具体实施方式由多个灯串1互相连接构成四边形网状结构，该灯串1可采用直线灯串(图4)、网灯(图5)、窗帘灯(图6)、冰条灯(图4)或其它形状，造型多样，对室内装饰照明起到不同的渲染作用，美观又大方。
实施例1：RGB-WW点控智能灯，该灯串采用直线灯串(图4)，RGB-WW四极管5的数量为100个，该结构的智能灯具有以下功能：
(1)RGB-WW跑动常亮循环功能：RGB-WW点控智能灯中有四极管100个，按遥控器1键，第1颗灯泡为红色时开始跑动到第100颗灯泡，跑动时间间隔为5秒，5秒后第1颗灯泡为绿色时开始跑动到第100颗灯泡，跑动时间间隔为5秒；颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(2)闪烁追逐功能一：RGB-WW点控智能灯中有四极管100个，按遥控器2键，第1颗灯泡为红色时开始闪烁追逐到第100颗灯泡，时间间隔为2秒，5秒后第1颗灯泡为绿色时开始闪烁追逐到第100颗灯泡，时间间隔为2秒；颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(3)闪烁叠加功能：RGB-WW点控智能灯中有四极管100个，按遥控器3键，第100/99颗灯泡为红色时闪烁后逐渐变成常亮，最后变成红色常亮；第98/97颗灯泡为红色时闪烁后逐渐变成常亮，最后变成红色常亮，一直到第2/1颗灯泡为红色时闪烁后逐渐变成常亮，最后变成红色常亮；颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(4)一亮一灭功能：RGB-WW点控智能灯中有四极管100个，按遥控器4键，第1-100颗灯泡，颜色从红色开始一亮一灭，5秒后转换为绿色，颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(5)闪烁追逐功能二：RGB-WW点控智能灯中有四极管100个，按遥控器5键，第1颗灯泡为红色时开始闪烁追逐到第100颗灯泡，时间间隔为5秒，5秒后第1颗灯泡为绿色时开始闪烁追逐到第100颗灯泡，时间间隔为5秒；颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(6)常亮功能：RGB-WW点控智能灯中有四极管100个，按遥控器6键，第1颗灯泡为红色常亮时到第100颗灯泡，时间间隔为5秒，5秒后第1颗灯泡为绿色常亮时到第100颗灯泡，时间间隔为5秒；颜色依次循环红色、绿色、蓝色、白色、橙色、草绿色、紫色、暖白、浅蓝色、粉色。
(7)白色全闪功能：RGB-WW点控智能灯中有四极管100个，按遥控器7键，第1颗灯泡到第100颗灯泡，为全闪功能。
(8)暖白全闪功能：RGB-WW点控智能灯中有四极管100个，按遥控器8键，第1颗灯泡到第100颗灯泡，为全闪功能。
(9)控制器按键功能：S-功能速度调节减、S+功能速度调节加、OFF-控制器关闭、ON-控制器开启、Red-红色、green-绿色、blue-蓝色、white-白色、orange-橙色、grass green-草绿色、purple-紫色、Warm White-暖白、light blue-浅蓝色、pink-粉色、Auto-自动功能。
综上，以上所有功能可以通过电脑程序，对产品功能进行任意编程修改。
以上示和描述了本发明的基本原理和主要特征和本发明的优点。本行业的技术人员应该了解，本发明不受上述实施例的限制，上述实施例和说明书中描述的只是说明本发明的原理，在不脱离本发明精神和范围的前提下，本发明还会有各种变化和改进，这些变化和改进都落入要求保护的本发明范围内。本发明要求保护范围由所附的权利要求书及其等效物界定。

Claims (10)

  1. RGB-WW点控智能灯，其特征在于，包括灯串(1)、主线(2)、灯串段(3)、导线段(4)、RGB-WW四极管(5)、编码器(6)、连接器公端子(7)、连接器母端子(8)、控制器机构(9)、插头(10)，主线(2)上并联多个灯串(1)，所述的灯串(1)竖直向下设置，每条灯串(1)中间对折为灯串段(3)与导线段(4)两段，所述的灯串段(3)由多个RGB-WW四极管(5)依次串联而成，RGB-WW四极管正极(11)与相邻的RGB-WW四极管负极(12)连接；所述的RGB-WW四极管(5)内部设置四芯芯片，四芯芯片内置有地址，地址通过编码器(6)进行编写；所述的主线(2)的两端分别连接有连接器公端子(7)、连接器母端子(8)，主线端部的连接器公端子(7)通过连接器母端子(8)与控制器机构(9)连接，控制器机构(9)通过插头(10)接入到24-240V电压。
  2. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的灯串段(3)和导线段(4)沿主线(2)水平方向间隔设置。
  3. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的灯串段(3)中的RGB-WW四极管(5)由上至下方向单一间隔设置且依次分别与左右相邻的导线段(4)间隔等距连接。
  4. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的RGB-WW四极管(5)的外径为3mm、4mm、5mm、8mm中的一种。
  5. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的RGB-WW四极管(5)包括有灯泡和PC壳，灯泡通过环氧树脂封装在PC壳内，灯泡内设置有所述四芯芯片，四芯芯片为R红色-G绿色-B蓝色-WW暖白。
  6. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的编码器(6)包括有显示参数值的显示板(6-1)、编码器按键(6-2)和验证RGB-WW编码正确性的探针(6-3)，通过编码器按键(6-2)输入程序，进行编码，编码后的程序显示在显示板(6-1)上，并通过探针(6-3)验证编码是否正确，编码器(6)连接有编码输入端(6-4)，编码器(6)上还设置有插口(6-5)，编码器(6)通过插口(6-5)与RGB-WW四极管(5)连接。
  7. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的控制器机构(9)包括有电流保护的保险丝(9-1)、限压控制的压敏电阻(9-2)、滤除噪音和分离信号的滤波器(9-3)以及高频阻低频通的滤波电路(9-4)，滤波电路(9-4)的输出端分别连接到MOSFET(9-5)的输入端和DC变压器(9-6)，DC变压器(9-6)分别与驱动模块(9-7)和MCU(9-8)连接，将改变电压之后的直流电输出到驱动模块(9-7)和MCU(9-8)，MCU(9-8)并联有WiFi及蓝牙模块(9-9)、遥控模块(9-10)、程序模块(9-11)和按钮(9-12)，所述的WiFi及蓝牙模块(9-9)为集成WiFi和蓝牙功能的PCBA板，所述的遥控模块(9-10)与遥控器(13)无线连接；所述的MCU(9-8)通过散热组件(9-13)与驱动模块(9-7)连接，驱动模块(9-7)和DC变压器(9-6)的输出端均连接到MOSFET(9-5)的输入端，MOSFET(9-5)的输出端连接至灯串。
  8. 根据权利要求7所述的RGB-WW点控智能灯，其特征在于，所述的WiFi及蓝牙模块(9-9)为集成WiFi和蓝牙功能的PCBA板，WiFi及蓝牙模块(9-9)通过无线终端控制，无线终端发送信号给WiFi及蓝牙模块(9-9)，WiFi及蓝牙模块(9-9)将发射的信号传递给RGB-WW内置地址的RGB-WW四极管(5)。
  9. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的连接器公端子(7)与连接器母端子(8)的连接处设置有防水胶圈(14)。
  10. 根据权利要求1所述的RGB-WW点控智能灯，其特征在于，所述的灯串(1)为直线灯串、冰条灯、窗帘灯、网灯中的一种。
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