CN203036311U - Novel intelligent acrylic LED lamp - Google Patents

Abstract

The utility model discloses a novel intelligent acrylic LED lamp, which comprises a plurality of LED light sources and an acrylic main board. The LED light sources are evenly arranged on the acrylic main board. The light source is one pixel point, and each pixel point is provided with a fixing seat. The LED lamp bead is sleeved in the fixing seat, and the LED lamp bead is inserted into the fixing seat and filled with glue. The signal power line is passed through the acrylic The infrared sensing device set on the main board is connected to the LED light source line, the infrared sensing device includes an infrared sensor, an infrared intelligent circuit board control board, the infrared intelligent circuit board control board is integrated with the acrylic main board, and the infrared sensor Connected with the infrared intelligent circuit board control board, the structure is simple, the operation is convenient, the combination color can be freely selected, the reliability and stability are improved, and the intelligent control is more low-carbon and environmentally friendly.

Description

A new type of intelligent acrylic LED lamp

technical field

The utility model relates to a lighting device, in particular to a novel intelligent acrylic LED lamp.

Background technique

At present, the common energy-saving lamps on the market are made of fluorescent tubes as the light source. Its appearance is mainly to solve the problems of low luminous efficiency, high surface humidity and short life of tungsten filament bulbs. LED (light-emitting diode) lighting technology has been developed in recent years. It is becoming more and more mature, but currently it is mainly used for indicator lights and decorations. However, compared with fluorescent lamps, LEDs are more energy-efficient, have a longer lifespan, are more environmentally friendly, and have lower surface humidity at the same amount. At the same time, there is no ultraviolet light in the spectrum generated by LEDs. , infrared and radiation are typical green lighting. People expect LED lamps to become the main lighting source for daily life in the future, especially because fluorescent tubes are not environmentally friendly when they are discarded. Due to the large production volume, it becomes more and more serious, so its It is only a matter of time before it exits history; LED is the abbreviation of English light emitting diode (light emitting diode), its basic structure is a piece of electroluminescent semiconductor material, placed on a shelf with leads, and then sealed with epoxy resin around it. To protect the inner core wire. LED has been widely valued for its high luminous efficiency, long service life, safety and reliability, and environmental protection. With the continuous progress of social economy and the continuous improvement of LED technology, it is not only used for lighting, but its application fields will become more and more The more widely, most of them are used outdoors for advertising decoration. Traditionally, a mask is added outside the light source. Although the mask is made of transparent materials, the visual effect is affected to a certain extent because the light source and the shell cannot be perfectly combined. Moreover, there are many LED lines, and in many cases there will be mutual interference of signals, so that the display effect cannot reach the expected effect, and the stability is very poor, and the switch of the light is controlled by a manual control switch, which brings inconvenience to people. , People sometimes forget to turn off the light after turning on the light source, which causes energy waste, so there are defects in the prior art and need to be improved.

Utility model content

The technical problem to be solved by the utility model is to provide a new intelligent acrylic LED lamp with simple structure, convenient operation, free choice of combination colors, improved reliability, stability, intelligent control, lower carbon and environmental protection.

The main purpose of the utility model is to overcome the deficiencies of the prior art and provide a new type of intelligent acrylic LED lamp, which includes several LED light sources and an acrylic main board. The LED light sources are evenly arranged on the acrylic main board. A signal power line is drawn from the tail; each LED light source is a pixel point, and each pixel point is provided with a fixing seat. Pouring glue to avoid deformation of the LED lamp beads; the signal power line is connected to the LED light source line through the infrared sensing device set on the acrylic main board. The infrared sensing device includes an infrared sensor, an infrared intelligent circuit board control board, and the infrared intelligent circuit board The circuit board control board and the acrylic main board are integrally set up, the acrylic main board is provided with a through hole, the infrared sensor protrudes from the through hole, and the infrared sensor is provided with a Fresnel lens matching the through hole , the infrared sensor is connected to the infrared intelligent circuit board control board;

The infrared sensing device is also provided with a controller for controlling the sensing range of the infrared sensor through the controller.

Through the above technical solution, the LED light source is directly arranged on the acrylic main board evenly. The structure is simple and convenient for mass production. The fixing seat does not need to be fixed by screws. The LED lamp beads are inserted into the fixing seat and glued to prevent the deformation of the LED. Select the combined color, install the lamp beads in a combined way, reduce lines, avoid signal interference, and the transparent structure increases the stability and flexibility of LED lamps without affecting the visual range and heat dissipation effect, and can also automatically detect The unit resolution improves reliability and stability. Users can arrange different patterns according to their actual needs, which is convenient to use, increases the overall display consistency of the lamps, and increases economic benefits; the infrared sensor device is used to control the lamps, and when external objects When it reaches the detection range of the infrared sensor, the infrared sensor transmits the infrared signal to the infrared intelligent circuit board control board, and the infrared intelligent circuit board control board immediately drives the LED light source connected to it to enter the full-brightness state. When the external object leaves the infrared sensor Half a minute later, the infrared intelligent circuit board control board controls the LED lamps to enter the half-bright state, and the surface of the infrared sensor is equipped with a Fresnel lens, which can detect signals more accurately, intelligently control lights, and save energy.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

In order to make the purpose, technical solutions and advantages of the utility model clearer, the utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1, this new type of smart acrylic LED lamp has a simple structure, easy operation, free choice of combination colors, improved reliability, stability, intelligent control, and is more low-carbon and environmentally friendly. This novel intelligent acrylic LED lamp comprises a plurality of LED light sources 4 and an acrylic main board 3. The LED light sources 4 are evenly arranged on the acrylic main board 3, and a signal power line 1 is drawn from one end of the acrylic main board 3; each LED The light source 4 is a pixel point, and each pixel point is provided with a fixing seat, and an LED lamp bead is sleeved in the fixing seat, and the LED lamp bead is inserted into the fixing seat and filled with glue to avoid deformation of the LED lamp bead;

The LED lamp uses transparent acrylic material as the main board, and directly arranges the LED light source evenly on the acrylic main board. The structure is simple and convenient for mass production. The fixing seat does not need to be fixed by screws, and the LED lamp beads are inserted into the fixing seat and filled with glue It prevents the deformation of the LED, and you can freely choose the combined color. The combined installation of the lamp beads reduces the wiring and avoids signal interference. The transparent structure increases the stability and stability of the LED lamps without affecting the visual range and heat dissipation effect. Flexibility, can also automatically detect unit resolution, improve reliability and stability, users can arrange different patterns according to their actual needs, for example, set the acrylic main board in a long strip shape, and arrange the LED light sources evenly on the On the acrylic main board, two plugs 2 are arranged at both ends of the acrylic main board, and a signal power line 1 is drawn from the end of one of the two plugs. The signal interference between them is easy to use. Moreover, R, G, and B three-color lamp beads are set in the fixing seat of each light source. Each light source is an independent luminous body, which increases the overall display consistency of the lamps and increases economic benefit.

The signal power line 1 is connected to the LED light source line through an infrared sensing device provided on the acrylic main board. The infrared sensing device includes an infrared sensor 5, an infrared intelligent circuit board control board 6, and the infrared intelligent circuit board control board 6 and The acrylic main board 3 is integrally arranged, the acrylic main board is provided with a through hole, the infrared sensor 5 protrudes from the through hole, and the infrared sensor 5 is provided with a Fresnel lens matching the through hole, so The infrared sensor 5 is connected with the infrared intelligent circuit board control board 6;

When an external object reaches the detection range of the infrared sensor, the infrared sensor transmits the infrared signal to the infrared intelligent circuit board control board, and the infrared intelligent circuit board control board immediately drives the LED light source connected to it into a full-bright state. Half a minute after leaving the detection range of the infrared sensor, the infrared intelligent circuit board control board controls the LED light source to enter a half-bright state; the infrared sensing device is also provided with a controller, which regulates the sensing range of the infrared sensor through the controller; when in use , just turn on the power of the lamp, then measure the approximate distance between the infrared sensor and the ground, and adjust the height of the detection range of the infrared sensor through the controller to the approximate height of the object equal to the approximate distance between the infrared sensor and the ground. the

Obviously, those skilled in the art can make various changes and modifications to the utility model without departing from the spirit and scope of the utility model. In this way, if these modifications and variations to the present utility model fall within the scope of the claims of the utility model and equivalent technologies thereof, the utility model is also intended to include these modifications and variations.

Claims (2)

1. A novel intelligent acrylic LED lamp, characterized in that: it includes several LED light sources and an acrylic main board, the LED light sources are evenly arranged on the acrylic main board, and a signal power line is drawn from one end of the acrylic main board; each The LED light source is a pixel point, and each pixel point is provided with a fixing seat, and an LED lamp bead is sleeved in the fixing seat, and the LED lamp bead is inserted into the fixing seat and filled with glue to avoid deformation of the LED lamp bead; The signal power line is connected to the LED light source line through the infrared sensing device provided on the acrylic main board. The infrared sensing device includes an infrared sensor, an infrared intelligent circuit board control board, and the infrared intelligent circuit board control board is integrated with the acrylic main board. Setting, the acrylic main board is provided with a through hole, the infrared sensor protrudes from the through hole, the infrared sensor is provided with a Fresnel lens matching the through hole, the infrared sensor and the infrared smart The circuit board is connected to the control board. 2. The novel intelligent acrylic LED lamp according to claim 1, characterized in that: the infrared sensing device is also provided with a controller for regulating the sensing range of the infrared sensor through the controller.