CN201103883Y - Music lamp - Google Patents

Abstract

The utility model relates to the field of lighting equipment, and aims to overcome the shortcomings of the prior art and provide a music lamp that can flexibly change the content of the music played. The structure includes a lighting structure and a music playing structure, and the music playing structure is installed on the lighting structure. The lighting structure includes a speaker, a playing circuit and a music data storage device. The design stores the music data in a removable and replaceable storage device, and the playing circuit extracts digital music from the storage device through a data interface, such as a file in mp3 format, and plays it out through a speaker after decoding. The user can update the played music by replacing the storage device or the data therein, which is very simple and convenient to use.

Description

a musical light

technical field

The utility model relates to the field of lighting equipment, in particular to a music lamp with both lighting and music playing functions.

technical background

Ceiling lamps have been widely used as a common lighting device. In some special occasions, such as restaurants or hotels, music needs to be played. Therefore, music ceiling lamps that combine music playback and ceiling lamps have also appeared. The music function of the existing music ceiling lamp is relatively simple, and the structure adopted is an embedded music module, which can only play a limited number of music, and the music content cannot be replaced, so it is very monotonous to use.

Utility model content

The purpose of the utility model is to overcome the deficiencies of the prior art, and provide a music lamp which can flexibly change and play music content.

In order to achieve the above purpose, the utility model designs a music lamp, which includes a lighting structure and a music playing structure, the music playing structure is installed on the lighting structure, and the lighting structure includes a loudspeaker, a playing circuit and a music data storage device. This design stores music data in a removable and replaceable storage device, and the playback circuit extracts digital music from the storage device through the data interface, such as files in mp3 format, and plays them through the speaker after decoding. The user can update the played music by changing the storage device or the data therein, which is very simple and convenient to use.

As a kind of music lamp, the best lighting structure is a ceiling or ceiling structure, which can not only support large speakers, but also hide the music playing structure reasonably, so that the music playing structure cannot be seen from the outside. Components, beautiful appearance.

The lighting structure consists of a base mounted on the ceiling and lighting fixtures mounted below the base. The installation direction of the loudspeaker is towards the ceiling, which is opposite to the lighting direction of the lighting fixture. A better sound mixing effect is achieved through one reflection, which overcomes the defect of poor sound quality of small-area speakers, improves sound quality, and realizes stereo sound effect.

The lighting structure further includes a lampshade installed on the base, and the lighting fixture and the speaker are installed between the lampshade and the base. The lampshade can completely cover the music playing structure and the lighting structure, the specific structure of the music lamp cannot be seen from the outside, and the shape is beautiful. The lighting fixtures used in this design include fluorescent lamps, light bulbs or light-emitting diodes, with flexible structures and various combinations of lights.

The storage device may be an existing storage device such as a U disk, a hard disk or a memory card. The storage device is connected to the playback circuit through an extension line, and a section of the extension line connected to the storage device is provided with an interface corresponding to the storage device. Alternatively, the storage device and the playback circuit are connected to the speaker through an extension line, and the playback circuit is provided with an interface corresponding to the storage device. The data interface is the corresponding USB interface, SATA, IDE or card reader interface. The technology is mature and the use is stable. Since the ceiling lamp is generally installed on the ceiling, the above-mentioned data interface can be connected to the control circuit board through an extension line, and the extension line can extend the data interface to an accessible position, such as a switch position. This greatly facilitates the user to replace the storage device, which is flexible and convenient to use and quick to replace.

For the convenience of control, the playing circuit of the utility model is provided with a wireless receiving unit, used in conjunction with a remote controller, so that music playing and lighting can be remotely controlled.

The utility model can flexibly and simply change the music playing content of the ceiling lamp by replacing the storage device or the data therein, is very simple to use, and can make each lamp have personalized music. By improving the control circuit, the lighting and music can be further combined, and the lighting can change with the rhythm of the music to create various atmospheres. The utility model has simple structure and beautiful appearance. Compared with the prior art, it has substantive characteristics and progress.

Description of drawings

Fig. 1 is the system block diagram of embodiment 1 music playing structure;

Fig. 2 is the structural representation of embodiment 1;

Fig. 3 is the system block diagram of embodiment 2 music playing structure;

FIG. 4 is a schematic structural view of Embodiment 2.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described further.

Example 1

As shown in FIG. 1 , a music playing structure of a music light includes a speaker 1 , a playing circuit 2 and a music data storage device 3 . The storage device 3 is a USB flash drive, connected to the playback circuit 2 through the USB interface 4 and the extension cable 5 . The specific structure is shown in FIG. 2 , the music playing structure is installed on the lighting structure, and the lighting structure includes a ceiling lamp base 6 , a lighting light pipe 7 and a lampshade 8 . The whole ceiling lamp includes two speakers 1, which are installed between the lampshade 8 and the base 6 through brackets. The direction of the speakers 1 is towards the base 6, which is opposite to the lighting direction of the light pipe 7. The loudspeaker 1 can superimpose the sound when playing music by means of one reflection, so as to achieve a better music effect. The interface 4 is led to the outside of the ceiling light through the extension line 5 connected with the playback circuit 2, and since the ceiling light is installed on the roof, the extension line 5 can extend the interface 4 to an accessible position. With such a structure, when the music played by the music lamp needs to be replaced, the storage device 3 plugged on the interface 4 can be unplugged, and the music data in the U disk is updated and inserted back into the interface 4 for use. Very simple and convenient.

Example 2

The structure of this embodiment is similar to that of Embodiment 1. The music playing structure shown in FIG. 3 includes a speaker 1 , a playing circuit 2 and a music data storage device 3 . The storage device 3 is a USB flash drive, which is connected to the USB interface 4 on the playback circuit 2 , and the playback circuit 2 is connected to the speaker 1 through an extension cable 5 . The specific structure is shown in FIG. 4 , the music playing structure is installed on the lighting structure, and the lighting structure includes a ceiling lamp base 6 , a lighting light pipe 7 and a lampshade 8 . The whole ceiling lamp includes two speakers 1, which are installed between the lampshade 8 and the base 6 through brackets. The direction of the speakers 1 is towards the base 6, which is opposite to the lighting direction of the light pipe 7. The loudspeaker 1 can superimpose the sound when playing music by means of one reflection, so as to achieve a better music effect. The playback circuit 2 is led to the outside of the ceiling lamp through the extension line 5, and is provided with an interface 4. Since the ceiling lamp is installed on the roof, the extension line 5 can extend the playback circuit 2 and the interface 4 to an accessible position. With such a structure, when the music played by the music lamp needs to be replaced, the storage device 3 plugged on the interface 4 can be unplugged, and the music data in the U disk is updated and inserted back into the interface 4 for use. Very simple and convenient, and the maintenance of the playback circuit 2 is also relatively convenient.

Claims (10)

1. a music lamp comprises light structures and music structure, and the music structure is installed on the light structures, it is characterized in that described light structures comprises loudspeaker, playing circuit and music data storage device.

2. music lamp according to claim 1 is characterized in that described light structures is for inhaling top or ceiling structure.

3. music lamp according to claim 2 is characterized in that described light structures comprises a lighting that is installed in the base on the ceiling and is installed in the base below.

4. music lamp according to claim 3, the installation direction that it is characterized in that described loudspeaker are towards ceiling, and be opposite with the lighting illumination direction.

5. music lamp according to claim 3 is characterized in that light structures also further comprises the lampshade that is installed on the base, and described lighting and loudspeaker are installed between lampshade and the base.

6. music lamp according to claim 3 is characterized in that described lighting comprises fluorescent lamp, bulb or light emitting diode.

7. according to each described music lamp of claim 1 to 6, it is characterized in that described storage device is USB flash disk, hard disk or storage card.

8. music lamp according to claim 7 is characterized in that described storage device is connected with playing circuit by extended line, and a section of being connected with storage device of extended line is provided with and the storage device corresponding interface.

9. music lamp according to claim 8 is characterized in that described playing circuit is provided with the wireless reception unit.

10. music lamp according to claim 7 is characterized in that described storage device is connected with loudspeaker by extended line with playing circuit, and playing circuit is provided with and the storage device corresponding interface.

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