TW200811786A - A sound reproduction apparatus with visual cues and a method to generate visual cues in a sound reproduction apparatus - Google Patents

Abstract

There is provided a sound reproduction apparatus with visual cues. The apparatus includes at least one casing; at least one speaker driver circuit in each casing; and at least display located in close proximity to a surface of each casing, the display being controlled by at least one display driver circuit coupled to a display controller. It is advantageous that the display controller is able to analyze characteristics of audio output such as, for example, beat frequency, volume, tone or a combination of the aforementioned. A method to generate visual cues in a sound reproduction apparatus is also disclosed.

Description

200811786 IX. Description of the Invention: [Technical Field] The present invention relates to a sound reproduction device with visual cues, which is directed to the sound emitted from the device, especially the power, but not Limited to 'earphones, headphones or speakers with visual display display. The present invention also discloses a method of generating a visual cue in a sound reproduction device. [Prior Art]

- There are many different types of audio reproduction devices available on the market, including ear-based headphones (earph〇nes), headphones (headph〇nes) and speakers. . Many of these devices are intended to cater to two types of consumers: premium audio players and fashion watchers. Numerous studies and resources have been placed on the Wu Xue and function (sound quality) features of these devices. However, there has been no sound reproduction device that can provide visual cues for the sound of the device. The closest sound reproduction device that provides visual cues for the sound emitted by the device is a mobile/handset handset that uses Bluetooth technology to have a Bluetooth signal to indicate that the phone is in use. In the large-scale video game competition, only the final stage of the project will be displayed on the big screen through the public (4) unified (four) to achieve the audience's enjoyment. Visitors to these projects were not aware of the results of each earlier round: only the headset was used for the contestants. The sounds of the earlier rounds of each project will not be transmitted to the audience. This obviously limits the entertainment effect of the game audience and the mastery of the game. SUMMARY OF THE INVENTION 5 200811786 The present invention proposes a sound reproduction device with visual cues. The device includes at least one housing; at least one speaker driver circuit for each housing; and at least one display device located adjacent to each of the housing surfaces: the display device is controlled to be coupled to at least one of the display device controllers Display device driver. An advantage of the present invention is that the above-described control cry can analyze the characteristics of the audio output, such as the tempo frequency, volume, pitch, or a combination thereof. The display device controller can be selectively connected to the speaker drive crying circuit described above. The above apparatus may also include at least an __audio digital signal processor, and an amplifier circuit. In a preferred embodiment, the display device is visible in the area surrounding each of the housings when the display function is activated. The display device may be an LED array (LEDs " ight ray Array), a Thin Film Transistor (TFT) screen, a Liquid Crystal Display (LCD) screen, or an organic light emitting device. The polar light (Organic Light Emitting Di〇de; hereinafter referred to as 〇led) screen. The device can also include a microphone that can be worn by the user. The display device can be hidden. The display device can be set using a display controller. When the device is used by a user in a digital game, the display device can display the status of the game. The above-mentioned external device may be connected to another casing by a headband, a neckband or a wired connection. The connecting straps described above can electrically connect at least one display device driver circuit in each of the above-mentioned housings to each other. These connecting straps can also include a light-emitting diode 6 200811786 body array. At least one display device driver circuit of each of the above-described housings may be connected to other display device driver circuits within other housings via a wired or wireless connection. Wired connections can contain analog and digital connections. The wireless connection can contain the 2.4GB ISM band (111(11^1^18(^1^仏]^(1b&1)

Band), radio frequency (radio freqUenCy), infrared (infra_red), Bluetooth, and Ultra-Wide Band (UWB). An advantage of the present invention is that the display device on a particular housing is attached to the at least one display of the particular housing. The device driver circuit is activated when it is started. Preferably, the activation of the display device can be controlled by the display device controller to represent different characteristics of the audio output, such as cadence frequency, volume, pitch, or a combination thereof. The devices described and described herein can include power integrated into or externally and can be connected to an audio source that is wired or wirelessly connected. A wired connection can contain analog and digital connections. The wireless connection can be using the 2.4GB ISM band (Industrial Scientific Medical Band), radio frequency (radio frequeney), infrared (infra_red), Bluetooth or ultra-wideband

Wlde Band ; UWB). The source of the audio can be a combination of a computer system, a media player, a mobile phone, a television, or a high-fidelity music accessory. The above-mentioned housing can be selected for the earmuff of the earphone. The present invention also proposes a method of producing visual enhancement in a sound reproduction device. The method includes transmitting a signal from an audio source to at least one display device controller; the at least one display device controller receives the k5 from the audio source for analysis; the display device controller then transmits a signal to at least 7 200811786 A display device driver circuit is shown for at least one display. In the preferred embodiment, the signal is provided by the visual source. The above-mentioned manifestation of sluggishness = 7 see & does not depend on the transmission of audio signals such as rhythm frequency, volume, pitch and its group's 'send signal to use - to compile the digital signal = source can be simultaneously transmitted - amplifier circuit, Then transfer the transmission: then pass to the audio. Lie Hungarian strong 咕 颂 颂 衣 置 置 电路 电路 电路 电路 电路 电路 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏 仏

Cry, a driver circuit can be connected to the decoding within the audio source :: and == is wired or wireless. Wired connections can contain classes of 24GBT/. 1"Good penetration, line connection can be rrr band, RF, infrared, Bluetooth or ultra-wideband. It is best to be a polar body array or a glory. The glory 疋 _ LCD or 0LED-style screen. The display device can have the advantage of not being set by the device controller. When the device is used in a 2-position game, the display device can display two of the games, and the display device controller can have an analyzable transmitted signal characteristic U' such as rhythm frequency, tone 4, pitch, and combinations thereof. . The other party disclosed in the present invention, the code number of the digital signal processing to the digital signal processing (Digi), the processed signal is followed by the digital signal processing (Digi) The signal is transmitted to a amplifier circuit; the amplified signal is then transmitted to a speaker driver circuit to the λ output; the signal of the speaker driver circuit is transmitted to the pilot: the controller is used for analysis; the analyzed signal is Transfer to the display actuator circuit and then to the display device to produce a visual cue. 8 200811786 In a preferred embodiment, the transmission of the audio source signal can pass through an interface. [Embodiment] A first preferred embodiment of the alpha-non-sound reproducing device 2 is shown in Fig. 1. The weight-receiving device 20 provides a visual cue for reproducing the sound. The first preferred embodiment of the device 2 is in the form of a headphone 1 and a gas earphone. It should be understood that the first preferred embodiment of the device 2 includes a device in the form of a neck-mounted earphone. In the first embodiment, the device-mounted device 20 includes a first earmuff housing 22, a first ear. The cover housing (not shown in the figure by the user 18) is coupled to the first earcup housing 22 and the speaker driver circuit in each of the earcup housings via an elastic connecting strap 26 for generating sound to use. a pair of binaural ears, a light-emitting diode array 24 on each earmuff casing, and a display device controller for controlling the light-emitting diode array 24 in each of the shells. 〇 may also include at least one with codec ((3) seven = processor (four) iodigitalsignalpr_ssor), and benefit circuit: - display device driver circuit can be connected to each ear cover shell = display device controller 'display device controller can analyze output from: 20 audio signal characteristics Such as rhythm frequency, volume, pitch = Hejun. The display device controller can also be connected to the above-mentioned speaker crying driver circuit. The two ears are driving the LED array 24 on each earmuff casing. In the vicinity of the surface, so that the light-emitting diode 24 is illuminated, the peripheral area of the earmuff casing can be seen. The outer surface of the earmuff is adjacent to the center of the core: two each surface of the earmuff casing. The volume array 24 can be as follows:

The various modes shown in the second L diagram are lit. Light-emitting diodes A A Μ 9 9 200811786 Covered with opaque coverings, depending on the user's preference. Alternatively, the array of light-emitting diodes 24 can be arranged around the periphery of an earmuff housing. Further descriptions of the second A to L L diagrams will be given in subsequent sections. A strap 26 that connects the ear cup housings facilitates electrical connection between the driver circuits within each ear cup housing. It allows power supplies such as general batteries or solar cells to be placed in a single-sided earmuff housing to power the driver circuitry and LED array 24 within the bilateral earcup housing. In addition, the strap 26 itself may also have an array of light emitting diodes coupled to the controller within the unilateral or bilateral earcups to provide an auxiliary visual effect of the array of light-emitting diodes 24 on each of the earcup housings. In the first preferred embodiment, the device 20 in the form of a headset/headphone can be connected to the audio source via a wired or wireless device. The connection of the wired mode can be thought of as the power supply system from the audio source. Wired connections can use analog or digital connections. Analog connections can be made through traditional power transmission connections, while digital connections can be made through a universal serial bus connector, 1394 connector or serial/parallel connection. Device 20 can be wirelessly coupled to a sfL source using wireless technology, such as a 2 4GB ISM band, radio frequency, infrared, Bluetooth or ultra-wideband. The source of the audio can be a computer system, a media player, a phone, a television, a high-fax music accessory combination, and the like. The device 20 can allow the user 18 to listen to the content played by the audio source, and the LED array 24 will be illuminated depending on the content emitted by the audio source. The X-ray array 24 can also be illuminated with the content played by the audio source to provide illumination around the surround 20. Subsequent sections will further explain the party details of the LED array 10 200811786. In addition, the person in the form of a head-mounted/head-mounted headset can also include a microphone 21 for use as the computer game during the device 20 _ wearable/embedded headphones (for other participants) Communication) or as mobile power: enhance the functionality of the receiver. As a mobile phone, it can contain a single earmuffs...2, which has a driver circuit: a display device controller connected to the driver circuit, and a '7TQ

Column 24. These receivers may also include a flashing device to allow the receiver to be hooked to the user's ear' Similarly, the illumination of the array of light-emitting diodes 24 depends on the content transmitted from the mobile phone. When the array of light-emitting diodes 24 is illuminated, it generally means that the driver circuit within the housing of the earmuffs has been activated and sound is emitted from the ear cups. When the device in the form of a head-mounted/head-mounted headset is used in a computer game, the viewer of the user 18 weeks (the user watching the game 18) may be aware of the user by the activation of the LED array 24丨8 “Bounce” (when shooting a game). The LED array 24 can also display the number of times the user is hit in the game, or the number of times the user clicks on the target in the game. The LED array 24 can also display the status of the game, such as the 'energy/strength/injury level, and the remaining game counts', etc. This will enhance the audience watching the computer game entrants. The viewers are particularly interested in large-scale events such as the World Cyber Games and the International Gaming Leagues. The LED array 24 can also be based on the characteristics of the audio output. 'such as rhythm frequency, volume, and/or pitch. Therefore, when using 200811786 to listen to music with device 20, bystanders will be able to guess the user fairly accurately. The type of music (fast or slow), and the volume of the music. The tea is shown in Figures 2A through 21l, which show the different appearances of the various light-emitting body arrays 24 when the device 20 is in use. The arrangement is shown in Figures 2A through 2C. The figures show that the LED array 24 comprises LEDs of different colors. The LED arrays 24 of different colors allow them to produce a large number of visual effects/tips. For example, 'lighting and turning off the light-emitting diode pattern of FIG. 2A, and then lighting and turning off the light-emitting diode pattern of FIG. 2B, and repeating this sequence, will actually produce the effect of "windmill". The brightness of the individual light-emitting diodes can also be controlled to produce different effects. Figures 2D to 2L show the arrangement shapes that the light-emitting diode array 24 can produce. The arrangement shape of the light-emitting diode array 24 can be unrestricted. Here and in the shapes disclosed later, the LED array 24 can have more than one color, but only a single color is used in the description. Figure 2D shows the shape of a cross ("X"). Figure 2E shows Health v of a checkmark shape. FIG. 2F show the shape of a plus generation ( "+ n) of the. Figures 2g through 2f show the arrows pointing up, down, right, and left, respectively. Figures 2K to 2L show the letters π V and "T, respectively. For the purposes of this description, the "windmill" effect described above will be used to illustrate the display of the audio device in the earcup when receiving the music of the audio source. The windmill described above can rotate the audio output with a lower rhythm frequency at a slower rate, and for a lighter audio output, the speed can be faster. For a lower volume music, the light is two. The brightness of the polar body can be darker than 12 200811786', while the music of higher volume can be brighter. The rhythm frequency and volume can be confirmed by the controller connected to the driver circuit. The arrows shown in Figure 2 and Figure 2 can be used. The player 18 uses the computer game. These arrows can indicate who the user 18 is hit by in the game (as an example of the main character in the shooting game). This can enhance the on-the-go game of the user 18 The situation is mastered. The LED array 24 can also be set by the display device controller. Therefore, the user 18 can set the alphanumeric item, such as itself. Or the initials of the name of the music author to reverse the change of brightness at a specific frequency when the audio output is set to 20. 20, which shows a second preferred embodiment of the sound reproduction device 4, the sound reproduction The device 40 provides a visual cue for its reproduced sound. The second preferred embodiment of the device 4 is in the form of a set of speakers. As shown, the second preferred embodiment of the device 40 includes a single and multiple speaker set. For illustrative purposes, it displays a set of five-piece speaker sets that do not include a woofer. In this second embodiment, the device 4A includes a first housing 42 of the right front speaker 44 and a left front speaker 48. a second outer casing 46, a third outer casing 50 of the front central speaker 52, a fourth outer casing 54 of the right rear speaker 56, and a fifth outer casing 58 of the left rear sounding 60. Each of the outer casings has a drive for generating sound. The circuit and the LED array. Each of the externals 42, 46, 50, 54, 58 may have a display device controller to control the LED array 62. The display device controller may be connected to each external private Drive The circuit includes a television set 64 connected to the device as an audio source. In the second preferred embodiment, the device 4 can be connected to the television set 64 via a 13200811786 wired or wireless device. The scented device 40 The power supply system is extracted from the audio source. The connection of the type can be intended to use an analog or digital connection. The analog mode connection can be connected to the power transmission connection, and the digital connection can be transmitted through the bus connection connector. The device can be connected to the device 40 in a field or in series/parallel connection to utilize passive wireless technology such as the 2.4GB ISM band, RF speakers 44, 48, 52, 56, 6〇7/line Bluetooth or ultra wideband.

^ ^ Connected to each other via wired or wireless devices. Wired connections can be connected to analog or digital connections using a traditional power transmission connection, while the connection can be connected via a universal serial bus connector, a 1394 connector or Tandem/parallel connection 埠. The speakers 44, 48, 52, (4) can be wirelessly coupled to an audio source using wireless technology, such as the 2.4 GB ISM band, radio frequency, infrared, Bluetooth or ultra-wideband. Other possible sources of audio can be computer systems, media players, mobile phones, televisions, high-fidelity music accessory combinations, and the like. As with the other preferred embodiments previously described, the LED array 62 will be illuminated depending on the content played by the audio source. A light emitting diode array 62 on each of the outer casings 42, 46, 50, 54, 58 may be located adjacent to the surface of each of the outer casings 42, 46, 5, 54, 58 to cause the light emitting diode 62 to illuminate The peripheral regions of each of the outer casings 42, 46, 5, 54, 58 are visible. Adjacent areas of the outer surface of the outer casing also include the surface of each outer casing. The LED array 62 can be illuminated in various ways as shown in Figures 2A through 2L. The LED array 62 can also be hidden by a shield that does not penetrate the light of 200811786. When the LED array 62 is illuminated, the driver circuit in the thirst has been activated and the sound is emitted from the housing. The housing is used for computer games, and the device 40 can be known. Related to the visual cue of the viewers z, 56, 60 from the speakers 44, 48, 52 < gray viewing + & The LED array 62 is also illuminated to provide the viewing experience of the viewers of the computer game participants who are surrounded by the ancient green 9 nfL source around the device 4, = silly, will be added to the game contest (world Cyber Gam is in the world. International Gaming Leagues and other large-scale people are in the middle of the competition. As mentioned earlier, the 3⁄4 optical diode array 62 can be based on the characteristics of the audio wheel, Such as rhythm frequency, volume, and/or pitch. Referring to Figure 4, which shows a sound reproduction device 8<2>, the audio reproduction device 80 provides a visual cue for its reproduced sound. The third preferred embodiment of the device (10) is in the form of an in-ear earphone. It should be understood that the third preferred embodiment of the device 80 includes an external earphone that uses a flash device to hook up to the user. In the third embodiment, the device 80 includes a first ear housing 82 and a second ear housing, which are respectively connected to the left seek 86 and the right ear plug 88, each earphone housing 82, and the driver circuit in the material. To produce sound to the user's ears A light emitting diode array 90 (not shown relative to the earphone housing 84) on each earbud housing, and a display device controller for controlling the light emitting diode array 9 in each of the earphone housings 82, 84. Display device A controller can be coupled to the driver circuitry within each of the housings 82, 84. 15 200811786 The array of LEDs 9 on each earbud housing can be located adjacent the surface of the earphone housing to cause the LEDs 9 to illuminate At the time, the peripheral area of each of the earphone housings 82, 84 can be seen. The earphone housing: the surface of the earphone also includes the surface of each earphone housing. Due to the size limitations of the earphone housing, the LED array 90 may not be able to A plurality of light emitting diodes are included with the second A to the second L. The light emitting diode array may include at least one light emitting diode, and depending on the preference of the user, an opaque mask may be used to hide. Compared to the previous names of the second A to the second L Lu, the light-emitting diode array 9G can produce a visual cue (4) which is much more limited. However, by controlling the brightness and brightness of each of the light-emitting diodes Switching, the LED array 90 can still produce a variety of different visual cues. The driver circuitry within each of the earphone housings 82, 84 can be powered by the audio source when the device 8 is connected to the audio source using the connection 92. The source of the audio can be A computer system, a media player, a mobile phone, a television, a high-definition music accessory combination, and the like. As in the prior preferred embodiment, the device 80 allows the user to listen to the content played by the audio source while emitting a pole. The body array 90 will be illuminated according to the content played by the audio source. The light-emitting body array 90 can also be illuminated with the content of the audio source to provide a bright illumination around the surround device 80. When the light-emitting diode array 9 When the 〇 is illuminated, it usually means that the driver circuit in the earphone housing has been activated and sound is emitted from the earplug. When using an ear-based headset to open a device for use in a computer game, the user 迖k ♦ (viewing the user to play the game) may be by the LED array 16 200811786

90 sounds come from I # " or both earplugs, and infer that the user may have, in the bullet (to shoot for $t, to 鼗-, and thus for example). The light-emitting diode array 90 can also show no games. The strength of the sword and the heart of the sword, for example, the degree of energy/strength/injury, the number of games of J's game counts, 夂窒本—^寺专. This will enhance the viewing of computer games „the fun of watching, especially like It is in the world game competition - C plus ^nes) and the international game league division _ delete i Ga Leagues) and other large-scale 辜 &; 叩仏 叩仏 。 。. The LED array 90 can be illuminated by characteristics such as rhythm frequency, volume, and/or pitch. Exactly: Sa: When listening to music with the device 8〇4, the bystander will be able to phase 2 = w user (4) the type of music (fast or slow), and the sound tea is shown in Figure 5, which shows the invention _ body On the eve of the exhibition, the flow chart of the light-emitting diode in the room is shown in the following example. The flow chart shows a method for reproducing the sound of a rabbit with a 2 rabbit hint. As shown in the figure, the decoder in the audio source The /set 102 and/or a second method 104 are transmitted through an interface 100 for transmission to the signal processing surface of the audio source, and the analog or digital method is used for the connection. The traditional power transmission connection, and the digital connection can be through the serial bus connector, _ 1394 connector or serial:, '% connection 埠. The interface can also be connected by wireless technology m line ^ Such as 2.4GB band, radio frequency, infrared: frequency. The audio source can be a combination of a computer system, a media player, a mobile TV, or a high-fidelity music accessory. In the first method 1, 2, the signal transmitted through the interface With two channels of 17 200811 The 786 mode is simultaneously controlled by the audio and display device with the codec, and the control unit 112 is used to set the control center 112. The display device controller η is characterized by a wheel, such as the rhythm 77, the display device control... then, or Any combination of them. 114, J: 浐 显 专 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用 专用1 Zhao Yang's old man has entered the household, and the daily number of the processor ι06 is in the heart of the second and then transmitted to the amplifier (4) 〇 8, which magnifies

The driver circuit m is for audio output. The list of "sense:: control 11112 control is displayed in a plurality of display matrix two methods m series ... 1 〇 2 one variation. The second method (10) "the procedure of the early channel. The signal through the interface is transmitted to the audio digital signal processor 118 having the coded stone device. The audio read with the codec = signal processing n 118 processes the input signal and then It is transmitted to the amplification TM circuit 120, which amplifies the signal and transmits it to the speaker driver circuit I for audio output. Then, the signal of the speaker driver circuit 122 is transmitted to the display device controller 124, which transmits the signal to the display device. The driver, the path 126, and finally the signal is processed before being transmitted to the display device 128. There are many similarities between the second method 104 and the first method 1〇2, and one of the switches in the right speaker driver circuit 110 is set to The interface spears are not separated from the controller 112, and the speaker driver circuit m and the display device controller U2 are connected, then the first method 1〇2 can be converted into the first method 104. In contrast, the second method 丨〇4 can also be Converted to the first method 102. 18 200811786 § When the multiple display array is present in the click reproduction device, the first and second methods can be used simultaneously. The LED arrays of the first and second preferred embodiments may also be replaced by TFTs, Τ ΓΠ, + ητ m 茎 in ~ in LCD, or 〇 LED screens. Because of these forms, the screen size can be matched. In the first and second preferred embodiments of the present invention, the replacement of the LED array by such a screen can make the display y y more abundant. The illuminating diode array cannot be used _ Visual cues include the use of a screen to display still images of similar album art, even music videos and other motion images. The preferred embodiment of the present invention has been disclosed in detail through the foregoing description, but four artists should be able to understand many designs. And the structural variations and modifications may be made without departing from the scope and spirit of the invention. [Simplified description of the drawings] In order to enable the invention to be fully understood and implemented, it is not limited by the above. BRIEF DESCRIPTION OF THE DRAWINGS The present invention will be described with reference to the accompanying drawings, wherein: FIG. 1 shows a perspective view of a first preferred embodiment; FIG. 2A to FIG. L shows various visual cues created by using a light-emitting diode array; FIG. 3 shows a second preferred embodiment of the present invention; FIG. 4 shows a third preferred embodiment of the present invention; and FIG. A flow chart of a method for generating a visual lifting system in the embodiment. [Description of main component symbols] 19 200811786

18 User 20 Acoustic reproduction device/Headphone 21 Microphone 22 Earmuff housing 24 Light-emitting diode array 26 Elastic connection belt 40 Acoustic reproduction device/speaker set 42 First housing 44 Right front speaker 46 Second housing 48 Left front speaker 50 Third housing 52 Front center speaker 54 Fourth housing 56 Right rear speaker 58 Fifth housing 60 Left rear speaker 62 Light-emitting diode array 64 TV 80 Audio reproduction device / Earphones 82 First earbuds Housing 84 second earphone housing 86 left earplug 88 right earplug 20 200811786

90 LED array 92 connector 100 audio signal transmission interface 102 first method 104 second method 106 audio digital signal processor 108 amplifier circuit 110 speaker driver circuit 112 display device controller 114 display device driver circuit 116 display device 118 audio Digital signal processor 120 amplifier circuit 122 speaker driver circuit 124 display device controller 126 display device driver circuit 128 display device 21

Claims (1)

200811786 十 &quot;申锖专利范面: 1 · A visual sound reproduction device comprising: at least one outer casing; at least one speaker driver circuit in each of the outer casings; and at least one display device Located adjacent to each of the surface of the housing, the display device is controlled by at least one display device driver circuit coupled to a display device controller, wherein the display device is activated and visible in a peripheral region of each of the housings The display device. 2. The sound reproduction device of claim 1, wherein the display device is selected from the group consisting of: a light emitting diode array and a screen. ...3. #Application of patent range f 2 sound reproduction device, wherein the screen system is from the group consisting of the following elements: thin film transistor (TFT) screen, liquid crystal display p ILL w ILLD ) Screen and organic light emitting diode (OLED) screens. 4. The sound reproducing device of claim 1, which has | a casing, one of the plurality of outer casings, and the other of which is coupled to the Dobo casing via a connecting belt A casing, the connection belt 俜A reverse bar often consists of the following elements: neckband and no group: a headband, wired connection. 2. The sound reproduction device of claim 4, wherein the connection f is such that at least one of the drive circuits in each of the outer casings is electrically connected to each other 22 200811786 6_as claimed in claim 5 The sound reproducing device, wherein the connecting tape comprises an array of light emitting diodes. 7. The sound reproduction device of claim 5, further comprising a microphone. 8. The sound reproduction device of claim 1, wherein the user can wear the device on the body. 9. The sound reproduction apparatus of claim 1, wherein each of the y display driver circuits is connected to other display driver circuits in the other housing via a wired or wireless connection. 10. The sound reproducing apparatus of claim 9, wherein the wired connection is remote from a group consisting of: a ratio connection and a digital connection. U. The audio reproduction device of claim 9, wherein the wireless connection is selected from the group consisting of: 2.4 GB ISM band Scientific Medical Band) ^ „ (radi〇 Frequency), infrared (infra red), blue bud and ultra wideband (rib rw* Band; UWB) 〇 12. As in the patent application scope 帛 j of the sound reproduction device, i in the specific casing of the at least - display The display device located within the particular housing can also be activated when the device driver circuit is activated. A 12-tone sound reproduction device, wherein the display device controller is representative of an audio transmission. The activation of the display device can be controlled by the different characteristics. M. The sound reproduction device of claim 13, wherein the different characteristics of the 23 200811786 audio output are selected from the following a rates, 曰s, tones, and combinations thereof. Groups: Rhythm frequency As claimed in the patent range, a power source. The audio reproduction device of the 1st item includes, for example, the scope of the patent application. The power supply is an internal sound reproduction device, wherein the positive or negative port is externally received. For example, the scope of the patent application is hidden, and the display device can be hidden. The sound reproduction device of the item, wherein the outer casing::· uses: the sound reproduction device of the first item of the Shenli range is used for the ear piece of an earphone. Among them, the audio reproduction device of the claim 1 of the patent scope is connected to the audio source by means of a clothing line or a wireless connection. An audio reproduction device according to claim 19, wherein the wired connection is selected from the group consisting of analog and digital connections. 21_. The sound reproducing device of claim 19, wherein the twist line connection is selected from the group consisting of: 2 4GB ISM band (Industrial Scientific Medical Band), radio frequency (radio frequency), Infrared (infra_red), blue buds, and uhra-wide band (UWB). 22. The sound reproduction device of claim 19, wherein the audio source is selected from the group consisting of: a computer system, a media player, a mobile phone, a television, and a The high-definition music accessory combination is a sound reproducing device according to claim 1, wherein the display device can be set by the display device controller. 24. The sound reproducing apparatus of claim 13, wherein the display device controller analyzes at least one of the audio output characteristics selected from the group consisting of: tempo frequency, volume, pitch, and combinations thereof. 25. The audio reproduction apparatus of claim 3, wherein the display device displays the status of the game when the device is used by the user to perform a digital game. The audio reproduction device of claim </ RTI> wherein the at least one display device controller is coupled to the at least one speaker driver circuit 0. 27. The sound reproduction device of claim </RTI> Furthermore, it comprises at least one audio digital signal processor with an encoder/decoder and a two-amplifier circuit. Method for generating a visual cue for a sound reproduction device 28. The method comprising: transmitting a signal from a source to at least one display device controller; the at least display device controller receiving the signal from the audio source for analysis And the display device controller further queries the at least one display device to drive the circuit to generate the visual cue for the at least one display device, wherein the visual cue is determined by the poor The signal transmitted by the Japanese source. - Zhuang: The method of the second application of the scope of the patent scope, ################################################################## The method of claim 29, wherein the wired connection is avoided by the following households. The group consisting of the analogy and the digital connection 31. The method of claim 2, wherein the | line connection is from the group consisting of = lower element: 2.4 gbism band, radio frequency, , X line, Bluetooth and Ultra Wide Band (UWB). The method of claim 28, wherein the source of the audio source is a combination of the following: a single player, a mobile phone, a television, a __ high-fidelity music accessory. According to the method of Zhongqing Patent No. 15 No. 28, the method further includes an audio source: digital signal processing, and then transmitted to the -amplifier circuit, and is sent to the speaker driver circuit to output audio. 34. The method of claim 53, wherein the signal is processed using an encoder/decoder. The method of claim 28, wherein the display device is selected from the group consisting of: a light emitting diode array and a screen. I, for example, the method of claim 35, wherein the screen is selected from the group consisting of: the thin film transistor type (ΤΗ), the screen: (LCD) screen and organic Light-emitting diode (〇LED) screen. 々37. The method of claim 28, wherein the display device has characteristics of a transmitted signal of a group consisting of: a tempo frequency, a volume, a tone, and a combination thereof. The method of claim 28, wherein the display is settable by the display device controller. The method of claim 28, wherein the display device displays the state of the game when the device is used for the user to perform a digital game. The method of claim 34, wherein the signal transmission from the decoder to the display device controller is through an interface. 41. A method for generating a visual cue by a sound reproduction device, having an audio digital position of an encoder/decoder to generate a processed signal; an amplifier circuit for amplifying the signal, and an audio source transmitting a signal to the signal The processor transmits the processed signal to the digital signal and generates the amplified signal; transmits the amplified signal to the signal output; the % sound is the driver circuit for sound A signal is transmitted from the speaker driver circuit for analysis and an analyzed signal is generated; a display device controller transmits the analyzed signal to a display device to produce a visual cue. Display device driver circuit and one The method of claim 41, wherein the digital signal is connected to the audio source by a wired or wireless connection. Processing 43. If the scope of the patent application is free, the group consisting of the following: 44. The method of claim 42, wherein the wired connection: analog connection and digital connection. The method of item 42, wherein the wireless connection 27 200811786 * is selected from the group consisting of: 2.4 GB ISM band, radio frequency, έ line, Bluetooth, and ultra-wideband (UWB). α A is as in the method of claim 41 of the patent scope, wherein the audio is free of the following groups: computer systems, media players, mobile phones, television components, and high-fidelity music accessories. 46. The method of claim 41, wherein the display is selected from the group consisting of: a light emitting diode array and a screen. _ 47. The method of claim 46, wherein the screen is selected from the group consisting of: a thin film transistor (TFT) curtain, a liquid crystal display (H) screen, and an organic light emission. Diode ((10)d) screen. / 48. In the method of claim 41 of the patent scope, the display controller in Fig. 1 analyzes the characteristics of the transmitted signals selected from the group: shame frequency, volume, pitch and combinations thereof. They are sent to analyze the knife. 49. If the patent application range 41 can be set by the display device controller. , where the display device • XI, schema: such as the next page. 28