CN203984714U - The Intelligent flash lamp of finery or toy articles for use - Google Patents

Abstract

The utility model discloses the Intelligent flash lamp of a kind of finery or toy articles for use, comprise LED lamp, power supply and bluetooth transceiver module, LED lamp comprises tri-ports of RGB, by the blink states of singlechip controller control LED lamp, singlechip controller adopts the singlechip chip of LE voltage, adopt miniaturized element to be installed on finery or toy articles for use, control source movable signal equipment has been realized the transmission exchange of data by bluetooth transceiver module and singlechip controller, and then controls the blink states of the series of LED lamp on finery or toy.The utility model can be used for manufacturing the ornaments and the toy articles for use that are subject to Bluetooth mobile equipment control, mobile device is controlled the finery light of wearing on user's body by Bluetooth communication, the difference that realizes light flash state changes, and has interactive strong, easy to operate feature.Can be used as Team Member's mark, lovers' interaction, intelligent toy and private ornament.

Description

Smart Flash for Clothing or Toys

technical field

The utility model relates to a controllable flash lamp, in particular to an intelligently controlled flash lamp, and also relates to a controlled smart clothing or smart toy, which is applied in the technical field of lighting control.

Background technique

At present, there are mobile phones on the market to control ordinary light switches, and its essence is a lamp controlled by mobile phone Bluetooth, which can operate the light switch after connecting to Bluetooth. But this control method is too single, the effect is monotonous, the interaction is not strong, the installation is inconvenient, and the volume is too large. Not suitable for outdoor activities, not suitable for installation on clothing. And this technology has not formed a market, and there are few finished products.

At present, there are also light switches using wifi in the market, but there is no unified carrier for the above two studies, and the light switch of wifi has not been applied to clothing and accessories, so it cannot effectively interact with users in an interesting way.

At present, electronic clothing toys are generally controlled by buttons, but with the increase of functions and the limitation of volume, there will be troubles with too many buttons. The effect of existing toy flashing lights is too complicated, which brings poor experience to users.

Utility model content

The purpose of this utility model is to overcome the deficiencies of the prior art, to provide a smart flashlight for clothing or toys, which can be used to manufacture accessories and toys controlled by Bluetooth mobile devices. Clothing lights are controlled to achieve different changes in the flashing state of the lights. It has the characteristics of strong interaction and convenient operation. At the same time, it uses embedded fabrics, flashing design, android application development, C language programming, single-chip microcomputer control design, and Bluetooth communication protocol equipment utilization, endowing ordinary clothing with dynamic and controllable degrees. In addition, the ingenious minimal volume design enables the power supply and control system to be properly implanted into ordinary clothing, and can be charged flexibly. Useful as team member identification, couple interaction, smart toy, and personal decoration.

For achieving above-mentioned invention creation purpose, the technical scheme that the utility model adopts is as follows:

A smart flash light for clothing or toys, including LED lights, power supplies and Bluetooth transceiver modules, the LED lights include three RGB ports, the Bluetooth transceiver module includes a wireless transmitter module and a wireless receiver module, the wireless transmitter module is set on the control source mobile signal In the device, the control source mobile signal device communicates with the wireless receiving module through its internal wireless transmitting module and the wireless receiving module, and controls the flashing status of a series of LED lights through the single-chip controller. A series of LED lamps, power supplies, single-chip controllers and wireless receiving modules all use miniaturized components and are installed on clothing items or toys. The txd signal pins are connected separately to realize data transmission and exchange. The power supply directly supplies power to a series of LED lights, single-chip controllers and wireless receiving modules, that is, the wireless receiving module, single-chip controllers and any LED lights have VCC terminals all the time. It is connected to the positive pole of the power supply, and both the wireless receiving module and the single-chip controller have GND terminals that are always grounded. The three RGB ports of a series of LED lights are connected with a series of signal output pins of the single-chip controller chip in a staggered manner. Control operation Control source mobile signal equipment, realize sending control signals to the microcontroller controller through the Bluetooth transceiver module, and then control the flashing status of a series of LED lights on clothing or toys.

As the preferred technical solution of the above technical solution, a series of LED lamps, power supplies, single-chip controllers and wireless receiving modules all use miniaturized patch components, which are embedded and installed in flexible clothing accessories including cloth, rigid clothing accessories or toys.

As a preferred technical solution of the above technical solution, signal communication is performed with the control source mobile signal device through another remote communication device, and the flashing status of a series of LED lights on the clothing or toys is controlled through the control source mobile signal device.

As a preferred technical solution of the above technical solution, the power supply is a rechargeable battery and has an external charging interface.

The above-mentioned control source mobile signal device is preferably a smart phone, a mobile phone or a tablet computer.

Compared with the prior art, the utility model has the following substantive features and advantages:

1. Compared with the traditional flashlight, the smart flashlight of the utility model for clothing or toys can change the light through mobile devices, which increases the fun and interacts strongly;

2. It is more beautiful and gorgeous, and can stand out from the crowd in the noisy city, novel and unique;

3. RGB adopts C language coding technology, directly operated by single-chip microcomputer, and the cost is low;

4. There are various flashing modes, and different combination types of light-emitting forms can be set according to the number of microcontroller pins;

5. Lighting control can be realized through remote incoming calls and text messages, and the use distance and reminder function are increased, so that the method of incoming call reminder is no longer limited to the mobile device itself.

Description of drawings

Fig. 1 is a schematic diagram of the working principle of an intelligent flashlight for clothing or toy products according to an embodiment of the present utility model.

Fig. 2 is a partial structural diagram of the LED lighting in Embodiment 1 of the present utility model.

Fig. 3 is a structural schematic diagram of the single-chip controller and its peripheral circuits in Embodiment 1 of the utility model.

Detailed ways

Preferred embodiment of the present utility model is described as follows in conjunction with accompanying drawing:

Embodiment one:

In this embodiment, referring to Fig. 1 to Fig. 3, a smart flash light for clothing or toy products includes an LED light 1, a power supply and a Bluetooth transceiver module 4, adopting the HC05 Bluetooth module, and the LED light 1 includes three RGB ports, The bluetooth transceiver module 4 includes a wireless transmitting module and a wireless receiving module, the wireless transmitting module is arranged in the control source mobile signal device 2, and the control source mobile signal device 2 carries out short-distance wireless signal communication with the wireless receiving module through its internal wireless transmitting module, The flashing state of a series of LED lights 1 is controlled by the single-chip controller 3. The single-chip controller 3 adopts the single-chip microcomputer chip of LE voltage, and adopts the 51 single-chip microcomputer chip of 3.3V, so that the Bluetooth transceiver module 4 and the LED light 1 as the Bluetooth master-slave integrated module Matching, the advantage of doing this is that it can avoid the trouble of voltage conversion, and set and burn different flashing control methods in the microcontroller controller 3 in advance, so as to make the transformation form and effect more diverse. A series of LED lamps 1, power supply, Both the single-chip controller 3 and the wireless receiving module use miniaturized patch components, and are embedded and installed on the clothing items, which minimizes the overall volume of the lighting part and the control part, so that the Bluetooth wireless receiving module and the The single-chip controller 3 is installed in the clothing, and the control source mobile signal device 2 transmits data to the Bluetooth transceiver module 4 to realize the intelligent flashing interaction of the LED light 1, making the clothing lights more valuable, see the figure 3. The wireless receiving module of the Bluetooth transceiver module 4 is connected to the rxd signal pin and the txd signal pin of the single-chip controller 3 chip from its data exchange interface to realize data transmission and exchange, and the power supply is directly a series of LED lights 1 , the single-chip controller 3 and the wireless receiving module supply power, that is, the wireless receiving module, the single-chip controller 3 and any one of the LED lamps 1 have the VCC terminal always connected to the positive pole of the power supply, that is, always maintain a high potential state, the wireless receiving module and the single-chip controller 3. GND terminals are always grounded. The three RGB ports of each LED light 1 are the control ports for red, green, and blue LED lights. A series of RGB ports of LED lights 1 are connected to the microcontroller 3 chip. A series of signal output pins are connected in a staggered manner. When the signal output port of the single-chip controller 3 connected to the LED light 1 is in a low potential state, the LED light 1 is on, otherwise the LED light 1 is off, and the user controls the signal through the control operation. The source mobile signal device 2 realizes sending control signals to the single-chip controller 3 through the Bluetooth transceiver module 4, and then controls the blinking status of a series of LED lights 1 on the clothing.

In Figure 1, to use the smart flashlight of clothing, firstly, turn on the Bluetooth device on the mobile device as the control source mobile signal device 2, turn on the switch of the LED light 1 device on the clothing, and at the same time use the mobile device to search for signals and pair ,connect. After the pairing is successful, you can use the software system on the android on the mobile device to perform arbitrary control, set up the control system software in the android platform, and realize the interactive control of a series of LED lights 1 of the clothing lamp by different commands. Switching on and off, flickering, light and dark, and color of the lights can be controlled by programs burned in the single-chip controller 3 in advance. In this embodiment, miniaturized equipment components are placed in the clothing, all of which use patch components to reduce the volume as much as possible and facilitate installation on different objects.

Referring to Figures 1 to 3, the smart flashlight for clothing in this embodiment combines Bluetooth communication technology with single-chip microcomputer control technology. During short-distance communication, the user directly opens the pre-installed android software to control the lights on his clothing. Make changes and switches. Use the mobile device android platform to control the flashing form of the light. The user activates the Bluetooth master module through the mobile device, and automatically pairs and connects with the Bluetooth slave module on the clothing. At the same time, different commands are sent to the clothing according to different mobile device signals. After the wireless receiving module on the clothing receives the instruction, it executes through the single-chip controller 3, and the effect is to display different flashing forms. In this embodiment, the RGB lights of the smart flash lights of the clothing are connected in a staggered manner, and the 32 pins of the 51 single-chip microcomputer are used to the greatest extent, so as to realize the colorful flashing state of the lights of the ornaments. The smart flashlight of the clothing in this embodiment can control the light switch, flashing, mode switching and other functions of various electronic jewelry and wristwatches through the induction between the Android mobile phone and the control terminal, and can combine Bluetooth communication technology and single-chip microcomputer control system , with the current popular Android platform mobile phones, effective and colorful display of jewelry.

Referring to Fig. 1 to Fig. 3, the smart flashing light of the clothing in this embodiment uses the embedded fabric, flashing mode design, android application development, C language program design, single-chip microcomputer control design and Bluetooth communication protocol equipment utilization at the same time, endowing the ordinary clothing with the Dynamics and maneuverability. In addition, the ingenious minimum volume design enables the power supply and control system to be properly embedded in ordinary clothing. Useful as team member identification, couple interaction, smart toy, and personal decoration.

Embodiment two:

This embodiment is basically the same as Embodiment 1, especially in that:

In this embodiment, signal communication is performed with the control source mobile signal device 2 through another remote communication device, and the blinking status of a series of LED lights 1 on clothing or toys is controlled through the control source mobile signal device 2 . In this embodiment, if there is an external phone access or short message access to the control source mobile signal device 2, the software system on the android on the mobile device can automatically perform a preset mode for light reminders, so that the clothing in this embodiment The smart flashlight of the decoration has a reminder function. Through the remote communication method, the decoration light can realize the reminder interaction and remote communication function of incoming calls and text messages.

The smart flash light of this embodiment is controlled by a mobile device, which is full of fun. The whole system includes an android platform application program, a single-chip microcomputer controller 3, RGB colorful LED lights 1, a Bluetooth master-slave integrated module, a remote control system, Incoming call notification, SMS notification. Its features are simple and easy to operate, strong interactivity, and easy installation on different clothing; when someone calls or sends a text message, the Bluetooth master module in the mobile phone starts to trigger work, automatically connects to the Bluetooth slave module on the clothing, and makes the single-chip microcomputer control The device 3 receives instructions and makes the RGB colorful LED light 1 flash to work, and informs the owner of the machine to respond; it has stronger display; the light flashes in various forms and can be replaced by itself, and different flashing effects can be selected according to different seasons, moods, and scenes.

The intelligent flashlight of the clothing in this embodiment combines the bluetooth communication technology with the single-chip microcomputer control technology. The android platform software system of the mobile device has automatic connection and pairing, incoming calls trigger work, and self-defined functions. The mobile device android platform is used to control the flickering of lights. Form, when another user sends a text message or calls, the mobile phone automatically starts the Bluetooth master module, automatically pairs and connects with the Bluetooth slave module on the clothing, and at the same time sends different instructions to the clothing according to different mobile phone signals, and the clothing receives After the instruction is received, it is executed through the single-chip microcomputer, and the effect is to display different flashing forms to inform the owner of the device to deal with it. In this embodiment, the smart flashlight of the clothing will automatically light up when the control source mobile signal device 2 receives a call or a text message. At the same time, the electronic jewelry flashes with rich colors and strong interactivity, which can bring good experience to users. Using the accessories with the smart flash light of the clothing in this embodiment, the mobile device is used to control the lighting of the clothing worn on the user's body through Bluetooth communication, so as to realize different changes in the flashing state of the light, and at the same time the remote communication status of the two mobile devices It can be displayed in real time through an external flash, and has the characteristics of strong interaction and convenient operation.

Embodiment three:

This embodiment is basically the same as the previous embodiment, and the special features are:

In this embodiment, the power supply is a rechargeable battery with an external charging interface. A 3.3V lithium battery is used to power all the LED lights 1, the single-chip controller 3 and the wireless receiving module. It can be charged flexibly, is safe, reliable and easy to charge, and is energy-saving and environmentally friendly.

The above embodiments of the utility model have been described in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned embodiments, and various changes can also be made according to the purpose of the utility model creation of the utility model. All according to the spirit of the utility model technical solution The changes, modifications, substitutions, combinations, and simplifications made under the essence and principles should all be equivalent replacement methods, as long as they conform to the structure and construction principles of the smart flashlight used for clothing or toy products of the utility model, they all belong to the utility model. A new type of protection. the

Claims (5)

1. A smart flash light for clothing or toys, including an LED light (1), a power supply and a Bluetooth transceiver module (4), the LED light (1) includes three RGB ports, and the Bluetooth transceiver module (4) It includes a wireless transmitting module and a wireless receiving module, the wireless transmitting module is set in the control source mobile signal device (2), and the control source mobile signal device (2) communicates with the wireless receiving module through the internal wireless transmitting module The module performs short-distance wireless signal communication, and is characterized in that: a series of flashing states of the LED lights (1) are controlled by a single-chip controller (3), and the single-chip controller (3) uses a single-chip chip of LE voltage, a series of The LED lamp (1), the power supply, the single-chip microcomputer controller (3) and the wireless receiving module all use miniaturized components, and are installed on clothing items or toys together, and the wireless receiving module is from Its data exchange interface is connected to the rxd signal pin and txd signal pin of the chip of the single-chip microcomputer controller (3) to realize data transmission and exchange, and the power supply is directly a series of the LED lamps (1), The single-chip controller (3) and the wireless receiving module are powered, that is, the wireless receiving module, the single-chip controller (3) and any one of the LED lights (1) have a VCC terminal that is always connected to the power supply The positive pole is connected, and the GND end of the wireless receiving module and the single-chip controller (3) is always grounded, and the three RGB ports of a series of LED lights (1) are connected to the chip of the single-chip controller (3) A series of signal output pins are connected in a staggered manner, and the user controls and operates the control source mobile signal device (2) to send control signals to the single-chip controller (3) through the Bluetooth transceiver module (4) , and then control the blinking state of a series of LED lights (1) on the clothing or toys. 2. The smart flash light for clothing or toys according to claim 1, characterized in that: a series of LED lights (1), the power supply, the single-chip controller (3) and the wireless receiving module are all Using miniaturized patch components, it can be embedded into flexible clothing including cloth, rigid clothing accessories or toys. 3. The smart flashlight for clothing or toys according to claim 1 or 2, characterized in that it communicates with the control source mobile signal device (2) through another remote communication device, and through the control source A mobile signaling device (2) controls the flashing state of a series of said LED lights (1) on a garment or toy. 4. The smart flashlight for clothing or toys according to claim 1 or 2, wherein the power supply is a rechargeable battery and has an external charging interface. 5. The smart flashlight for clothing or toys according to claim 1 or 2, characterized in that: the control source mobile signal device (2) is a smart phone, mobile phone or tablet computer.