TWM602650U - Intelligent energy-saving lamp - Google Patents

Abstract

This creation is about a smart energy-saving lamp, which mainly includes LED induction bulbs, energy-saving control modules, IoT connection modules, and AI algorithm training modules. The IoT connection modules are used to connect to the Internet of Things Cloud AI algorithm training module and smart mobile device, allowing users to analyze customer preferences through cloud technology and big data analysis, and adjust the preset values of LED sensor bulb brightness, delay time and color temperature in different fields at any time , And can sense the human body through the energy-saving control module and control the intensity and time of the light; thereby, it achieves the effect of creating a lamp with three functions of energy saving, Internet of Things and AI.

Description

Smart energy-saving lamps

This creation is about a kind of smart energy-saving lamp, especially a kind of combination of AI and IoT technology and big data analysis (collectively called AIoT), to develop an induction lamp with more energy-saving, power-saving, humanized and intelligent advantages for its creation application By.

Press, the light bulb brings great convenience to human life, but because the use time after the light bulb is turned on is usually quite long, and some areas with fewer people or corners in buildings also need to install light bulbs, which cannot be free Let outsiders turn on and off the lights freely, so with long-term use, it will lead to an increase in power consumption, and the electricity bill will increase a lot. The bulb technology enumerates the following types:

1. Taiwan Patent Announcement No. I632831 "Online free setting method and its LED security light, security light control device and LED security light control device" is used for online free setting of various operating parameters of a security light , Including manual timer setting, the detection range setting of a motion sensor, the lighting duration setting triggered by the motion sensor, and the luminous intensity and luminous color temperature setting for various lighting modes. This technology allows the user to set an operating parameter within the maximum range of a design circuit. The design circuit is based on online calculations and based on his or her life style. Through a design and loading in a smart phone Application operation.

2. Taiwan Patent Announcement No. M560560 "LED Sensor Bulb" is a kind of LED sensor bulb that can be turned on manually or automatically. When the bulb is turned on for the second time, it will automatically switch to the sensing mode. If no person is detected After passing, the LED bulb will automatically weaken its brightness, and if it detects someone passing by, it will automatically restore the LED bulb to its normal brightness.

3. Chinese Patent Announcement No. CN209371087U "A multi-functional intelligent street light based on the Internet of Things", this intelligent street light optimizes the lighting effect of street lights, extends the night view distance, improves the safety of night travel, improves energy efficiency, and achieves the effect of energy saving and emission reduction; The data collected by various sensors can be transmitted to the data center, providing corresponding support and promotion for the development of other applications of the Internet of Things and big data.

4. Chinese Patent Announcement No. CN209845403U "Intelligent Lighting Control System for Classrooms Based on the Internet of Things" can light up the lights in different areas according to the position of the human body, thereby achieving the purpose of energy saving.

5. Chinese Patent Announcement No. CN209488884U "A street lamp system with linkage function", which can provide a certain range of lighting to each traffic participant according to the location of each traffic participant, and implement low-brightness lighting or turn off the street lights without traffic participants , This can not only save a lot of electric energy, but also ensure that traffic participants enjoy enough lighting;

Each of the above-mentioned conventional technologies has different deficiencies. For example, although I632831 can be used to control various light-emitting characteristics of the light-emitting device through operating parameters, it has a complicated structure; although the M560560 can have a low-light mode, its settings are relatively monotonous, and only manual The two modes are on or auto-sensing, and the brightness, delay time and color temperature of different fields cannot be adjusted at any time according to the user's preferences; CN209371087U does not have a low-light mode and has a complex structure; CN209845403U can reach sub-regions depending on needs The light can be turned on to save power, but it does not have a low-light mode, nor can it be set according to the user’s preferences. The brightness, delay time and color temperature of different fields can be adjusted at any time; CN209488884U can be adjusted within a certain range according to pedestrians or vehicles. Lighting, but does not have a low light mode, so the basic brightness of the environment such as parking lots, stairwells or toilets cannot be maintained. There are still safety concerns in actual use.

The reason is that the creators, based on the spirit of excellence and many years of rich experience in design, development and actual production in the related industry, provide a smart energy-saving lamp to achieve the purpose of better practical value.

The main purpose of this creation is to provide a smart energy-saving lamp, especially a combination of AI and IoT technology and big data analysis (collectively referred to as AIoT), to develop an induction lamp with more energy-saving, power-saving, humane, and intelligent advantages. By.

The main purpose and effect of this creative smart energy-saving lamp are achieved by the following specific technical means:

It mainly includes LED induction bulbs, energy-saving control modules, IoT connection modules, and AI algorithm training modules, where the IoT function of the IoT connection module is used to connect the cloud AI algorithm training module and smart Mobile devices allow users to analyze customer preferences through cloud technology and big data analysis, adjust the brightness, delay time and color temperature of LED sensing bulbs in different fields at any time, and sense the human body through energy-saving control modules And control the intensity and time of the light; by this, the effect of creating a lamp that has the three functions of energy saving, Internet of Things and AI at the same time is achieved.

In order to have a more complete and clear disclosure of the technical content, the purpose of creation and the effect achieved in this creation, we will explain them in detail below, and please refer to the figures and figure numbers disclosed together:

First of all, please refer to the schematic diagram of the smart energy-saving lamp created in the first to fourth pictures, which mainly include:

One LED induction bulb (1);

An energy-saving control module (2), which is electrically connected to the LED induction bulb (1), and is provided with a human body detector (21), a brightness controller (22) and a time controller that are electrically connected (23) The human body detector (21) is used to detect whether a person passes by, and the brightness controller (22) receives the human body detector (21) signal to control the LED induction bulb (1) The brightness of the light source, the time controller (23) has a certain value time setting, and the fixed value time setting detects whether the human body detector (21) signal is received, and is connected to control the brightness controller (22) ；

An IoT connection module (3), connected to the energy-saving control module (2), for receiving or transmitting signals;

At least one smart mobile device (4) can be connected to the energy-saving control module (2) through the IoT connection module (3), and the smart mobile device (4) can receive signals or transmit the Information on the energy-saving control module (2); and

An AI algorithm training module (5) is set up in the cloud and contains a simulation database (51). The AI algorithm training module (5) communicates with the IoT connection module (3) through the The smart mobile device (4) is connected to receive the information sent by the smart mobile device (4) from the energy-saving control module (2) and stored in the simulation database (51), and the AI calculation The method training module (5) provides data for the energy-saving control module (2) to control the LED induction bulb (1) through cloud simulation calculations through learning field simulation requirements and user usage scenarios.

When using this creative smart energy-saving lamp, please refer to the first figure. The LED induction bulb (1) includes a lamp holder (11), which is a shell with a substrate (12) and a surrounding substrate (12) Body (13); and a plurality of LED lights (14). The energy-saving control module (2) is assembled on the substrate (12) to make the human body detector (21), the brightness controller (22) and the time controller (23) The LED induction bulb (1) is electrically connected. Further, the human body detector (21) can be selected from, for example, an infrared sensor or a microwave sensor.

When in use, please refer to the first to third pictures, start the smart energy-saving lamp, and detect it through the energy-saving control module (2), which is detected by the human body It is composed of a detector (21), a brightness controller (22), and a time controller (23), and a human body detector (21) is used to detect whether someone passes. If it is, the brightness controller (22) controls the LED light (14) to be fully lit, and then the time controller (23) senses that if no one passes through for a period of time, the brightness controller (22) controls the LED light (14) Reduce the brightness to the set brightness.

The settings of the energy-saving control module (2) of the above-mentioned smart energy-saving lamps must be changed through the installation place. For example, the brightness value of the stairwell does not need to be too high, and the living room needs higher brightness, etc., and can also be used in toilets, corridors, etc. Parking lot... and other areas, and set different values (data), and the setting of the value (data) can obtain reference values through the AI algorithm training module (5), as follows:

Please refer to the fourth figure, the IoT connection module (3) is an Internet of Things, which is the information carrier of the Internet, traditional telecommunication networks, etc., allowing all ordinary objects that can perform independent functions to achieve interconnection. The internet. The Internet of Things is generally a wireless network that can connect with smart mobile devices (4) or connect to the cloud. Next, please refer to the first and fifth figures, the smart mobile device (4) can be connected to the energy-saving control module (2) and the cloud AI algorithm training module (5), and can be calculated through the AI algorithm The method training module (5) uses the existing reference values to further set the data of the human body detector (21), brightness controller (22), and time controller (23) in the energy-saving control module (2), and also The energy-saving control module (2) in the self-use LED induction bulb (1) can be provided with the cloud AI algorithm training module (5) for calculation, and the AI algorithm training module (5) is a Self-evolution algorithm, by learning the field simulation needs and user use situation, this algorithm gradually improves the deficiencies and deficiencies in the algorithm through a large number of field test results, and further creates a more humane use situation.

The foregoing embodiments or drawings do not limit the structure of this creation, and any appropriate changes or modifications by those with ordinary knowledge in the technical field should be regarded as not departing from the scope of the patent of this creation.

Based on the above, the use and implementation description of this creation shows that, compared with the existing technical means, this creation mainly has the following advantages:

1. This creation of smart energy-saving lamps, including energy-saving control modules, IoT connection modules, and AI algorithm training modules, is mainly to create lamps that have the three functions of energy saving, Internet of Things and AI at the same time.

2. This creative smart energy-saving lamp does not need to adjust the circuit, and can be directly connected with a smart mobile device to adjust the brightness, delay time and color temperature of the sensor lamp.

3. This creative smart energy-saving lamp, combined with AI, IoT technology, cloud technology and big data analysis, analyzes customer preferences, and adjusts the preset values of brightness, delay time and color temperature in different fields at any time □ cloud analysis and storage, The values set by most users are analyzed and integrated to provide reference conditions for first-time users (to avoid users not knowing how to set them at first).

4. This creative smart energy-saving lamp, the brightness of the low light mode is half when there is no one (the power consumption is only about 1/10), and it is fully bright when someone passes by, because most of the low light mode can reduce the light of the LED It is decayed, and the life span is 2-3 times longer than that of ordinary LED tubes, achieving energy-saving effects.

In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed by it has not been seen in similar products, nor has it been disclosed before the application. It is sincerely in full compliance with the provisions and requirements of the Patent Law. , Yan submits an application for a new type patent in accordance with the law, and asks for favors for examination and grants a patent, which is really convenient.

1: LED induction bulb

11: Lamp holder

12: substrate

13: shell

14: LED lights

2: Energy-saving control module

21: Human body detector

22: Brightness controller

23: Time Controller

3: IoT connection module

4: Smart mobile device

5: AI algorithm training module

51: Simulation database

Figure 1: A schematic diagram of the overall structure of this creation.

Figure 2: Schematic diagram of the state of the authoring use process

Figure 3: Block diagram of the energy-saving control module of this creation.

Figure 4: Block diagram of the IoT connection module of this creation.

Figure 5: Block diagram of the AI algorithm training module of this creation.

1: LED induction bulb

11: Lamp holder

12: substrate

13: shell

14: LED lights

2: Energy-saving control module

21: Human body detector

22: Brightness controller

23: Time Controller

3: IoT connection module

4: Smart mobile device

5: AI algorithm training module

51: Simulation database

Claims (3)

A smart energy-saving lamp, which mainly includes: One LED induction bulb; An energy-saving control module, which is electrically connected to the LED induction bulb, and is provided with a human body detector, a brightness controller, and a time controller that are electrically connected, and the human body detector is used to detect whether there is a person Through, the brightness controller receives the human body detector signal to control the light source brightness of the LED induction bulb, the time controller has a certain value time setting, and detects whether the human body is received at the fixed value time setting Detector signal, and connect to control the brightness controller; An IoT connection module is connected to the energy-saving control module for receiving or transmitting signals; At least one smart mobile device can be connected to the energy-saving control module through the IoT connection module, and the smart mobile device can receive signals or transmit information of the energy-saving control module; and An AI algorithm training module is set up in the cloud and contains a simulation database. The AI algorithm training module is connected to the smart mobile device through the IoT connection module and can receive the wisdom The information of the energy-saving control module is transmitted by the mobile device and stored in the simulation database, and the AI algorithm training module is simulated by the cloud to provide the simulation requirements of the field and the user's use situation. The energy-saving control module controls the data of the LED induction bulb. The smart energy-saving lamp according to claim 1, wherein the LED induction bulb includes a lamp holder having a substrate and a shell surrounding the substrate; and a plurality of LED lamps. The smart energy-saving lamp according to claim 1, wherein the human body detector is an infrared sensor or a microwave sensor.

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