CN210157438U

CN210157438U - Miniature intelligent wearable LED module

Info

Publication number: CN210157438U
Application number: CN201920871665.8U
Authority: CN
Inventors: 傅春燕
Original assignee: Shenzhen Chuangliang Technology Development Co ltd
Current assignee: Shenzhen Chuangliang Technology Development Co ltd
Priority date: 2019-06-11
Filing date: 2019-06-11
Publication date: 2020-03-17
Anticipated expiration: 2029-06-11

Abstract

LED module is worn to miniature intelligence relates to the LED light emitting module technical field of wearing formula. The wearable LED module comprises an LED body, an LED driving circuit connected with and driving the LED body, and a main control module providing a control signal for the LED driving circuit; the method is characterized in that: the main control module is also connected with a wireless transceiving processing module for wirelessly receiving a control instruction provided by the smart phone or a control program issued by the smart phone, and a gravity sensing processing module for providing a motion state signal for the main control module. Can realize and the smart mobile phone between interactive, make the utility model discloses a LED body can be along with the smart mobile phone rhythm and twinkle, or according to the procedure that the smart mobile phone was edited transform the colour or transform the scintillation rhythm, promotes the interest of product.

Description

Miniature intelligent wearable LED module

Technical Field

The utility model relates to the LED light emitting module technical field of wearing formula.

Background

The wearing LED module that is used for sending out the decoration purpose now, or the safety warning purpose, its control mode is single, can only light alone, or carries out the scintillation operation according to preset procedure, lacks intelligent control, can not be with interesting interactive between the user.

SUMMERY OF THE UTILITY MODEL

To sum up, the utility model discloses an it is single that there is control mode to solve the current LED module of dressing, and the technique that lacks intelligent control is not enough, and provides a miniature intelligence LED module of wearing.

For solving the technical problem of the utility model, the technical scheme of adoption is:

the miniature intelligent wearable LED module comprises an LED body, an LED driving circuit connected with and driving the LED body, and a main control module providing a control signal for the LED driving circuit; the method is characterized in that: the main control module is also connected with a wireless transceiving processing module for wirelessly receiving a control instruction provided by the smart phone or a control program issued by the smart phone, and a gravity sensing processing module for providing a motion state signal for the main control module.

As to the utility model discloses further limited technical scheme including:

the wireless transceiving processing module is a wireless transceiving processing module which only receives control instructions or issued control programs provided by the smart phone within the range of 30CM around the wireless transceiving processing module.

The wireless transceiving processing module is a Bluetooth communication module, a WiFi communication module or an NFC communication module.

The main control module is also connected with a light sensing processing module; the light sensing processing module is used for the light intensity of the environment and providing LED brightness adjusting control signals for the main control module.

The main control module is also connected with a pickup processing module; the pickup processing module is used for acquiring environmental sounds and providing LED flicker adjustment interaction signals for the main control module.

The master control module is also connected with a power supply and clock management module, and the power supply and clock management module is connected with a power supply module; the power supply and clock management module is used for carrying out charge and discharge management on the power supply module; the power supply and clock management module is also connected with a wireless charging module.

The main control module is also connected with an encryption code processing module and a nonvolatile memory; the nonvolatile memory is used for storing a control program transmitted from the smart phone; the encryption code processing module is used for encrypting the read-write data of the nonvolatile memory and storing the key and token information of the electronic currency.

The volume of the miniature intelligent wearable LED module is not more than: 15mmx15mmx8 mm.

The utility model has the advantages that: the utility model discloses can establish through wireless receiving and dispatching processing module and the smart mobile phone between wireless communication be connected, the control command that wireless receiving smart mobile phone provided or the renewal control program of issuing, thereby make the utility model discloses can realize and smart mobile phone between interactive, make the utility model discloses a LED body can be along with the smart mobile phone rhythm and flash, or according to the procedure that the smart mobile phone was edited transform the colour or transform the rhythm of scintillation, promotes the interest of product.

Drawings

Fig. 1 is a schematic block diagram of the structural principle of the present invention.

Detailed Description

The structure of the present invention will be further described with reference to the accompanying drawings.

Referring to fig. 1, the micro intelligent wearable LED module of the present invention includes an existing LED body, an LED driving circuit connected to drive the LED body, and a main control module providing a control signal for the LED driving circuit; the main control module is also connected with a wireless transceiving processing module for wirelessly receiving a control instruction provided by the smart phone or a control program issued by the smart phone, and a gravity sensing processing module for providing a motion state signal for the main control module.

At the supporting APP of smart mobile phone installation, the process the utility model discloses a wireless receiving and dispatching processing module will be used for the control command of direct control LED body scintillation and colour transform to send for host system, after decoding the conversion by host system, through LED drive circuit drive LED body scintillation and colour transform, this drive control mode is mainly applicable to when smart mobile phone broadcast music, and synchronous control LED body flashes and the face trades along with smart mobile phone's music rhythm, makes the utility model discloses can with smart mobile phone between interactive, increase on-the-spot amusement atmosphere, promote product interest.

In addition, can select or edit corresponding control program on the supporting APP of smart mobile phone installation, through the utility model discloses a wireless receiving and dispatching processing module issues to host system, by host system according to receiving the control program that updates, off-line operation control LED body scintillation and colour transform, and it has more control mode alternatives to dress the LED module relatively tradition.

In addition, the utility model comprises a wireless receiving and transmitting processing module, thus realizing the synchronous light-emitting function of the wireless cluster; synchronous luminous the finger of wireless cluster, use a smart mobile phone, special wireless light emitting controller or one of them the utility model discloses the product, the luminous control signal of transmission LED makes peripheral all the utility model discloses establish the group, realize concentrating and carry out supervisory control LED body scintillation and colour transform.

The gravity sensing processing module provides a motion state signal for the main control module and aims to provide a control basis for the main control module to enter a standby state; particularly, the gravity response processing module is the sensor that whether takes place to rock or take place acceleration change for the physical position that has one kind to be used for detecting the object now, is used in the utility model discloses in, mainly used responds the utility model discloses whether the motion state stops to be in static and surpass the predetermined time, do not take place the motion if 10 minutes, prove the utility model discloses the out-of-service has been, in order to save the electric energy, thereby host system gets into standby low-power consumption state.

In order to prevent malicious detection and invasion of the smart phones or controllers of other people, the wireless transceiving processing module is a wireless transceiving processing module which only receives control instructions or issued control programs provided by the smart phones within the range of 30CM around the wireless transceiving processing module. The detection and invasion prevention can be realized by shortening the signal receiving range, the power consumption of the utility model can be reduced, the power consumption is saved, and the product volume can be designed to be smaller; the utility model discloses LED module volume optimal control is worn to miniature intelligence is at: within 15mmx15mmx8mm, can be put into wearable ornaments.

In addition, in order to prevent malicious detection and invasion of the smart phone or the controller of other people, the main control module can be further connected with an encryption code processing module and a nonvolatile memory; the nonvolatile memory is used for storing a control program transmitted from the smart phone; the encryption code processing module is used for encrypting the read-write data of the nonvolatile memory and storing the key and token information of the electronic currency.

The wireless transceiving processing module can be a Bluetooth communication module, a WiFi communication module or an NFC communication module; in the specific implementation process, a 4G or 5G or other wireless communication module can be adopted according to the requirement.

The main control module is also connected with a light sensing processing module; the light sensing processing module is used for the light intensity of the environment and providing LED brightness adjusting control signals for the main control module. For example, in an environment with relatively strong ambient light, in order to highlight the significance of the present invention during use, the main control module can adjust the control signal according to the LED brightness provided by the light sensing processing module, and control the magnitude of the current output by the LED driving circuit, thereby enhancing the brightness of the LED body; on the contrary, when the ambient light is weak, the brightness of the LED body is weakened due to energy conservation and dazzling avoidance.

The main control module is also connected with a pickup processing module; the pickup processing module is used for acquiring environmental sounds and providing LED flicker adjustment interaction signals for the main control module. That is the utility model discloses master control module can change out corresponding control signal according to the sound change that the user that pickup processing module gathered, makes LED drive circuit drive LED body carry out corresponding scintillation, colour change or luminance change, realizes the utility model discloses and the sound between the user is interactive.

The master control module is also connected with a power supply and clock management module, and the power supply and clock management module is connected with a power supply module; the power module can be a built-in power supply or an external power supply. And the power supply and clock management module is used for carrying out charging and discharging management on the power supply module. When the power supply and clock management module detects that the electric quantity of the power supply module is insufficient, for example, when the electric quantity is less than 5%, the power supply main control module controls and reduces the current of the LED body, reduces the brightness and prolongs the endurance time; or enter the charging mode and stop the work of the LED body.

In a specific implementation process, the power module can be charged in a wireless charging mode. The LED body can adopt true color to emit light, the true color refers to that RGB color, red, green, blue respectively have 256 colors, and the color space reaches 16K.

Claims

1. The miniature intelligent wearable LED module comprises an LED body, an LED driving circuit connected with and driving the LED body, and a main control module providing a control signal for the LED driving circuit; the method is characterized in that: the main control module is also connected with a wireless transceiving processing module for wirelessly receiving a control instruction provided by the smart phone or a control program issued by the smart phone, and a gravity sensing processing module for providing a motion state signal for the main control module.

2. The miniature intelligent wearable LED module of claim 1, wherein: the wireless transceiving processing module is a wireless transceiving processing module which only receives control instructions or issued control programs provided by the smart phone within the range of 30CM around the wireless transceiving processing module.

3. The miniature intelligent wearable LED module of claim 1 or 2, wherein: the wireless transceiving processing module is a Bluetooth communication module, a WiFi communication module or an NFC communication module.

4. The miniature intelligent wearable LED module of claim 1, wherein: the main control module is also connected with a light sensing processing module; the light sensing processing module is used for the light intensity of the environment and providing LED brightness adjusting control signals for the main control module.

5. The miniature intelligent wearable LED module of claim 1, wherein: the main control module is also connected with a pickup processing module; the pickup processing module is used for acquiring environmental sounds and providing LED flicker adjustment interaction signals for the main control module.

6. The miniature intelligent wearable LED module of claim 1, wherein: the master control module is also connected with a power supply and clock management module, and the power supply and clock management module is connected with a power supply module; the power supply and clock management module is used for carrying out charge and discharge management on the power supply module; the power supply and clock management module is also connected with a wireless charging module.

7. The miniature intelligent wearable LED module of claim 1, wherein: the main control module is also connected with an encryption code processing module and a nonvolatile memory; the nonvolatile memory is used for storing a control program transmitted from the smart phone; the encryption code processing module is used for encrypting the read-write data of the nonvolatile memory and storing the key and token information of the electronic currency.

8. The miniature intelligent wearable LED module of claim 1, wherein: the volume of the miniature intelligent wearable LED module is not more than: 15mmx15mmx8 mm.