CN217825451U

CN217825451U - Infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment

Info

Publication number: CN217825451U
Application number: CN202221423462.0U
Authority: CN
Inventors: 李云峰
Original assignee: Beacool Information Technology Co ltd
Current assignee: Beacool Information Technology Co ltd
Priority date: 2022-03-25
Filing date: 2022-06-08
Publication date: 2022-11-15
Anticipated expiration: 2032-06-08

Abstract

The utility model discloses an infrared removal response thing allies oneself with dull and stereotyped lamp based on wireless network deployment, its characterized in that: including lamp plate, drive, dull and stereotyped lamp light-passing board, lens and infrared mobile sensor, dull and stereotyped lamp light-passing board and drive are established on the lamp plate, lens and infrared mobile sensor establish on dull and stereotyped lamp light-passing board, and infrared mobile sensor is connected with the drive, and lens are used for collecting outside infrared ray and assemble infrared mobile sensor on, and infrared mobile sensor gives the drive with signal transmission. The utility model discloses the utilization has had bluetooth wisdom lighting system, combines inductor and bluetooth Mesh function, realizes the response dull and stereotyped lamp that can intelligently link, and it is except self can controlling after sensing people or object removal, can also link with the thing allies oneself with equipment such as dull and stereotyped lamp, down lamp, the various lamps and lanterns of shot-light lamp on every side even air conditioner, (window) curtain to really realize thing allies oneself with control.

Description

Infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment

Technical Field

The utility model relates to an infrared removal response thing allies oneself with dull and stereotyped lamp based on wireless network, belongs to thing networking response lamp technical field.

Background

At present, some induction lamps can be turned on or off by judging whether people exist. There are also some intelligent light control systems, which can control the light of the designated area through a wireless remote controller. However, the existing induction flat lamp only places the inductor and the light emitting device into one flat lamp. The sensor senses that a person or an object moves, the light is turned on, and does not sense that the person or the object moves, and the light is turned off in a delayed mode. Basically, the single lamp induction independent control is adopted, and due to the limitation of the inductor, the flat plate which cannot be linked can only control the flat plate after inducing the movement of people or objects, so that the control range is small.

The existing intelligent light control system is essentially a manual control system, the lamp is turned on and off at regular time most frequently, but the efficiency is very low in the scene that the lamp is turned on when people come to an office or a conference room and the like in an overtime or idle state, and the color temperature cannot be adjusted.

Meanwhile, the existing intelligent light control system can only control light basically, and other Internet of things equipment in the coverage area of the lamp is lack of control means.

In summary, the conventional sensor lamp and the smart lighting system have poor user experience.

Based on wireless thing allies oneself with the technique, the linkage can be accomplished to thing of intelligence to allies oneself with dull and stereotyped lamp, the utility model discloses an thing that goes on dull and stereotyped lamp's basis allies oneself with the extension, realizes the regulation of colour temperature simultaneously.

Disclosure of Invention

The to-be-solved technical problem of the utility model is: the existing intelligent light control system can only control light basically, and other Internet of things equipment in a light coverage area is lack of control means.

In order to solve the problem, the technical scheme of the utility model provide an infrared removal response thing allies oneself with dull and stereotyped lamp based on wireless network deployment, its characterized in that: including lamp plate, drive, dull and stereotyped lamp light-passing board, lens and infrared mobile sensor, dull and stereotyped lamp light-passing board is established on the lamp plate with the drive, lens and infrared mobile sensor establish on dull and stereotyped lamp light-passing board, and infrared mobile sensor is connected with the drive, and on lens were used for collecting outside infrared ray and assemble infrared mobile sensor, infrared mobile sensor transmitted signal transmission for the drive.

Preferably, the drive includes circuit board, power, AD/DC conversion circuit, wireless transmission module and sensor signal access.

Preferably, the lamp further comprises a flat lamp frame and a flat lamp rear shell, wherein the flat lamp frame and the flat lamp rear shell are respectively arranged around and behind the lamp panel.

Preferably, a lamp strip is arranged on the lamp panel, and a plurality of groups of LED light-emitting chips are arranged on the lamp strip.

Preferably, the groups of the LED light-emitting chips are independent.

Preferably, the lamp panel is square or rectangular.

Preferably, be equipped with the hole that is used for fixed lens and infrared mobile sensor on the dull and stereotyped lamp light-passing board, lens are established in infrared mobile sensor's the outside.

Preferably, the lens is a fresnel lens.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the utility model discloses infrared mobile sensor has integrateed, personnel around can the real time monitoring walk about to provide suitable illumination.

2. The power output and the brightness of the product can be adjusted through the current and the voltage.

3. The wireless module can interact with surrounding lamps, gateways and other internet of things equipment, so that high-level functions such as flood area illumination, designated area constant illumination, designated area timing/batch brightness change and the like are realized.

Drawings

Fig. 1 is a schematic structural view of an infrared mobile sensing internet of things flat lamp based on wireless networking;

FIG. 2 is a schematic view of a square flat panel lamp;

FIG. 3 is a schematic view of a rectangular flat panel lamp:

fig. 4 is a schematic view of the internal structure of the flat lamp.

Detailed Description

In order to make the present invention more comprehensible, preferred embodiments accompanied with figures are described in detail below.

As shown in fig. 1 and 4, the utility model relates to an infrared removal response thing allies oneself with dull and stereotyped lamp based on wireless network deployment includes dull and stereotyped lamp backshell 1, dull and stereotyped lamp frame 2, lens 3, dull and stereotyped lamp light-passing board 4, lamp plate 5, LED luminescence chip 6, drive 7 and infrared mobile sensor 8.

Dull and stereotyped lamp frame 2 and dull and stereotyped lamp backshell 1 install respectively around lamp plate 5 and the rear, and dull and stereotyped lamp light-passing board 4 and drive 7 are installed on lamp plate 5, and lens 3 and infrared mobile sensor 8 are installed on dull and stereotyped lamp light-passing board 4. The driver 7 is the work core of the product, and integrates a power supply, an AD/DC conversion circuit, a wireless transmission module, sensor signal access and the like besides the PCB circuit board at the bottom layer. The infrared mobile sensor 8 is connected with the sensor signal access on the drive 7.

Lens 3 are fresnel lens, through fixing fresnel lens and infrared mobile sensor 8 in 4 trompils of dull and stereotyped lamp light-passing board, and fresnel lens can collect outside infrared ray and assemble infrared mobile sensor 8 on, and infrared mobile sensor 8 gives drive 7 with signal transmission again to let the thing allies oneself with the change that the lamp can accurate perception outside moving object.

As shown in fig. 2 and 3, the lamp panel 5 of the flat lamp may be in various shapes, such as a square or a rectangle; and may be of different sizes, such as 300 × 300, 300 × 600, 300 × 1200, 600 × 600, 600 × 1200mm, and so on. The flat lamp back case 1 may be of various materials such as metal or plastic. No matter which mode, all contain lamp strip 9 on the lamp plate 5, evenly distributed LED luminescence chip 6 on the lamp strip 9 dispels the heat through self and dull and stereotyped lamp backshell 1.

The utility model discloses at first through steady voltage component and LED luminescence chip 6, guarantee that LED luminescence chip 6 can obtain stable power supply, avoid damaging because of the sudden change of voltage, electric current. And the LED light-emitting chips 6 are divided into a plurality of groups, which work independently without interference, and when a part of the LED light-emitting chips 6 break down, other LED light-emitting chips 6 are not influenced, thereby ensuring the stability of the light source.

Secondly, the spherical Fresnel lens can collect and transmit infrared rays released by a human body to the infrared mobile sensor 8, and alternately changed 'sensitive areas' and 'insensitive areas-also called blind areas' are generated on the infrared mobile sensor 8, so that the detection receiving sensitivity is improved. When people walk from the sensing area, the sensing signal can be continuously provided, and the lamp can be ensured to work according to the designated logic.

And thirdly, the wireless module is linked with other surrounding lamps and gateways through the Mesh network, when one lamp in the network senses the existence of a person, the information can be immediately broadcasted through the Mesh network, and the nearby flat lamps can be selectively turned on or turned off according to the needs (such as time intervals, distances, scenes and the like).

Finally, the panel lamp can also work with the illumination sensor and the gateway lamp together to provide functions of constant illumination, timing/batch brightness change and the like.

The utility model discloses the utilization has had bluetooth wisdom lighting system, combines inductor and bluetooth Mesh function, realizes the response dull and stereotyped lamp that can intelligently link, and it is except self can controlling after sensing people or object removal, can also link with the thing allies oneself with equipment such as dull and stereotyped lamp, down lamp, the various lamps and lanterns of shot-light lamp on every side even air conditioner, (window) curtain to really realize thing allies oneself with control.

Claims

1. The utility model provides an infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment which characterized in that: including lamp plate (5), drive (7), dull and stereotyped lamp light-passing board (4), lens (3) and infrared mobile sensor (8), establish on lamp plate (5) dull and stereotyped lamp light-passing board (4) and drive (7), establish on dull and stereotyped lamp light-passing board (4) lens (3) and infrared mobile sensor (8), infrared mobile sensor (8) are connected with drive (7), and lens (3) are used for collecting outside infrared ray and assemble infrared mobile sensor (8) on, and infrared mobile sensor (8) give drive (7) with signal transmission.

2. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 1, characterized by: the drive (7) comprises a circuit board, a power supply, an AD/DC conversion circuit, a wireless transmission module and a sensor signal access.

3. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 2, characterized by: still include dull and stereotyped lamp frame (2) and dull and stereotyped lamp backshell (1), dull and stereotyped lamp frame (2) and dull and stereotyped lamp backshell (1) are established respectively around lamp plate (5) and rear.

4. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 1, characterized in that: the LED lamp is characterized in that a lamp strip (9) is arranged on the lamp panel (5), and a plurality of groups of LED light-emitting chips (6) are arranged on the lamp strip (9).

5. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 4, characterized in that: the groups of LED light-emitting chips (6) are mutually independent.

6. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 1, characterized by: the lamp panel (5) is square or rectangular.

7. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 1, characterized in that: be equipped with the hole that is used for fixed lens (3) and infrared mobile sensor (8) on dull and stereotyped lamp light-passing board (4), the outside at infrared mobile sensor (8) is established in lens (3).

8. The infrared mobile induction thing allies oneself with dull and stereotyped lamp based on wireless network deployment of claim 1, characterized by: the lens (3) is a Fresnel lens.