CN105653228A - Audio playing system and audio playing method - Google Patents
Audio playing system and audio playing method Download PDFInfo
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- CN105653228A CN105653228A CN201410644897.1A CN201410644897A CN105653228A CN 105653228 A CN105653228 A CN 105653228A CN 201410644897 A CN201410644897 A CN 201410644897A CN 105653228 A CN105653228 A CN 105653228A
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Abstract
An audio playing system can be applied among sound devices, mobile terminals and a cloud server. The audio playing system includes: a first communication module for emitting a wireless signal around the sound device using the first communication module; a second wireless communication module for detecting a wireless signal emitted by at least one sound device around the mobile terminals using the second wireless communication module, and acquiring a first identifier of the sound device which emits the wireless signal; an instruction generation and sending module for acquiring a second identifier of the mobile terminal when the second wireless communication module acquires the first identifier, generating a first control instruction according to the first identifier and the second identifier, and sending the first control instruction to the cloud server; and an execution module for determining an audio file which is corresponding to the second identifier and is stored in the cloud server and decoding the audio file into an audio data flow and for determining the first identifier in the first control instruction and sending the audio data flow to one corresponding sound device according to the first identifier. The invention also provides an audio playing method.
Description
Technical field
The present invention relates to a kind of audio frequency broadcast system and audio frequency playing method.
Background technology
Past audio amplifier portability is poor, and the signal and communication between electronics (such as mobile phone, panel computer and notebook etc.) is all by wire transmission. The Baffle Box of Bluetooth now commercially occurred just can address this problem well. Baffle Box of Bluetooth embedded with bluetooth chip, connects with bluetooth and replaces tradition wire rod connection electronics, by being connected with electronics, reach the object of playing audio signal quickly and easily.
But, Baffle Box of Bluetooth must match with electronics in use, could receive the sound signal that electronics sends after completing pairing. This causes such Baffle Box of Bluetooth can be subject to many restrictions on using undoubtedly, and reduces Consumer's Experience to a certain extent.
Summary of the invention
In view of this, it is necessary to a kind of audio frequency broadcast system and audio frequency playing method are provided, thus overcome the above problems.
The present invention provides a kind of audio frequency broadcast system, it is applied between at least one sound equipment, at least one mobile terminal and a Cloud Server, this audio frequency broadcast system comprises: one first radio communication module, for launching a wireless signal in a pre-determined range around the sound equipment of this first radio communication module of application; One the 2nd radio communication module, the wireless signal that at least one sound equipment applied for detecting real-time around the mobile terminal of the 2nd radio communication module in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment launching described wireless signal; One instruction generation and sending module, for when the 2nd radio communication module obtains described first identifier, obtain one the 2nd identifier of this mobile terminal, the first identifier of sound equipment and the 2nd identifier of this mobile terminal according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server; And an execution module, for when this first steering order that this cloud server sends to this mobile terminal, determine the audio file corresponding with the 2nd identifier of this mobile terminal in this first steering order being stored in this Cloud Server, and determined audio file is decoded as audio data stream; Also for determining this first steering order is launched the first identifier of the sound equipment of described wireless signal, then according to this first identifier, this audio data stream is sent to corresponding sound equipment, makes described sound equipment play this audio file.
The present invention also provides a kind of audio frequency playing method, is applied between at least one sound equipment, at least one mobile terminal and a Cloud Server, and the method comprises: launch a wireless signal around each sound equipment in a pre-determined range; The wireless signal that around each mobile terminal of detecting real-time, at least one sound equipment in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment launching described wireless signal; Obtaining one the 2nd identifier of this mobile terminal, the first identifier of sound equipment and the 2nd identifier of this mobile terminal according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server; When this first steering order that this cloud server sends to this mobile terminal, determine the audio file corresponding with the 2nd identifier of this mobile terminal in this first steering order being stored in this Cloud Server, and determined audio file is decoded as audio data stream; And determine this first steering order is launched the first identifier of the sound equipment of described wireless signal, then according to this first identifier, this audio data stream is sent to corresponding sound equipment, makes this sound equipment play this audio file.
Compared to prior art, the sound equipment that the audio frequency broadcast system of the present invention and audio frequency playing method are applied has the radio communication module that can send wireless signal, when a certain mobile terminal is when the sound equipment of at least one transmission wireless signal, namely described sound equipment plays the audio file from this mobile terminal being stored in this Cloud Server.
Accompanying drawing explanation
Fig. 1 is the applied environment schematic diagram of the audio frequency broadcast system in the present invention one better embodiment.
Fig. 2 is the hard body framework figure of the audio frequency broadcast system shown in Fig. 1.
Fig. 3 is the schema of the audio frequency playing method in the present invention one better embodiment.
Fig. 4 is the schema after the audio frequency playing method shown in Fig. 3.
Main element nomenclature
| Audio frequency broadcast system | 100 |
| Sound equipment | 1 |
| Mobile terminal | 2 |
| Cloud Server | 3 |
| First radio communication module | 11 |
| 2nd radio communication module | 21 |
| Instruction generation and sending module | 22 |
| Judge module | 23 |
| Execution module | 31 |
Following embodiment will illustrate the present invention further in conjunction with above-mentioned accompanying drawing.
Embodiment
Fig. 1 illustrates the audio frequency broadcast system 100 in the present invention one better embodiment, and it is applied between at least one sound equipment 1, at least one mobile terminal 2 and a Cloud Server 3. Wherein, this mobile terminal 2 can be the electronics arbitrarily with radio communication function, such as mobile phone, panel computer or multimedia player etc.
Please with reference to Fig. 2, in the present embodiment, this audio frequency broadcast system 100 comprises one first radio communication module 11, the 2nd radio communication module 21, instruction generation and sending module 22 and an execution module 31. Above-mentioned first radio communication module 11 is run on each sound equipment 1; Above-mentioned 2nd radio communication module 21 and instruction generation and sending module 22 run on each mobile terminal 2; Above-mentioned execution module 31 runs on this Cloud Server 3.
This first radio communication module 11 is for launching a wireless signal in a pre-determined range around the sound equipment 1 applied at it.
The wireless signal that around 2nd radio communication module 21 mobile terminal that it is applied for detecting real-time 2, at least one sound equipment 1 in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment 1 launching described wireless signal. Wherein, this first radio communication module 11 and the 2nd radio communication module 21 can be bluetooth module, and described wireless signal can be Bluetooth signal.
This instruction generation and sending module 22 are for when the 2nd radio communication module 21 obtains described first identifier, obtain one the 2nd identifier of this mobile terminal 2, the first identifier of sound equipment 1 and the 2nd identifier of this mobile terminal 2 according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server 3. This first steering order is for controlling to launch sound equipment 1 displaying audio file of described wireless signal. In the present embodiment, this mobile terminal 2 is mobile phone, and the 2nd identifier is the mobile phone number of this mobile phone.
In the present embodiment, this Cloud Server 3 stores the 2nd identifier of different mobile terminal 2 and the audio file corresponding with each 2nd identifier. Wherein, each mobile terminal 2 is registered to this Cloud Server 3 by its 2nd identifier, and after being registered to this Cloud Server 3, send in this mobile terminal 2 audio file stored to this Cloud Server 3, thus trigger this Cloud Server 3 by the audio file corresponding stored of the 2nd identifier of mobile terminal 2 and transmission thereof.
This execution module 31 is for when this Cloud Server 3 receives this first steering order that this mobile terminal 2 sends, determine the audio file corresponding with the 2nd identifier of this mobile terminal 2 in this first steering order being stored in this Cloud Server 3, and determined audio file is decoded as audio data stream. This audio data stream, also for determining to launch in this first steering order the first identifier of the sound equipment 1 of described wireless signal, is then sent to corresponding sound equipment 1 according to this first identifier, makes described sound equipment 1 play this audio file by this execution module 31. Thus, when the equal wireless signal emission of multiple sound equipment 1, if a certain mobile terminal 2 is when the sound equipment 1 of at least one transmission described wireless signal, this audio frequency broadcast system 100 can make described sound equipment 1 play the audio file from this mobile terminal 2 being stored in this Cloud Server 3.
Wherein, this audio data stream is sent to the sound equipment 1 of correspondence by this execution module 31 by wireless network. In the present embodiment, this wireless network is WiFi wireless network, and this first identifier is the network connection information (such as IP address) of described sound equipment 1. Certainly, this wireless network is not defined as WiFi, it is also possible to be 3G(the 3rd generation wireless communication technology) wireless network and blue tooth radio network etc. This Cloud Server 3 also stores the first identifier of different acoustic 1 and the network connection information corresponding with each first identifier, make this execution module 31 can determine the network connection information corresponding with this first identifier in this first steering order, thus according to this network connection information, this audio data stream is sent to the sound equipment 1 of correspondence.
In the present embodiment, this audio frequency broadcast system 100 also comprises and running in the judgement module 23 of each mobile terminal 2. This judgement module 23 is for before generating this first steering order in this instruction generation and sending module 22, judging whether a characteristic parameter of described wireless signal is greater than a preset value. This instruction generation and sending module 22 are worked as the 2nd radio communication module 21 and are obtained described first identifier, and just generate this first steering order when this judgement module 23 judges that the characteristic parameter of described wireless signal is greater than this preset value. Wherein, this characteristic parameter can be the intensity of described wireless signal, it is also possible to be the increase speed of the intensity of described wireless signal in a preset time period.
Further, this judgement module 23 is also for, after this instruction generation and sending module 22 generate this first steering order, continuing to judge whether the characteristic parameter of described wireless signal is greater than this preset value. If this judges that module 23 judges whether the characteristic parameter of described wireless signal continues to increase or reduce further. If the characteristic parameter of described wireless signal be greater than this preset value and continue increase or reduce, then show this mobile terminal 2 gradually near or away from this sound equipment 1. Now, this instruction generation and sending module 22 are also according to the first identifier of sound equipment 1 and numerical generation 1 the 2nd steering order of described characteristic parameter of launching described wireless signal, and send the 2nd steering order to this Cloud Server 3. 2nd steering order is for controlling to launch the sound equipment 1 of described wireless signal according to the broadcast sound volume of the numerical value raising of described characteristic parameter or reduction audio file. This execution module 31 is also for when this Cloud Server 3 receives the 2nd steering order that this mobile terminal 2 sends, numerical generation one volume adjusting instruction according to described characteristic parameter, determine the 2nd steering order is launched the first identifier of the sound equipment 1 of described wireless signal, then this volume adjusting instruction is sent to should the sound equipment 1 of the first identifier, thus control this sound equipment 1 according to the corresponding raising of the numerical value of described characteristic parameter or the broadcast sound volume reducing audio file. In the present embodiment, this sound equipment 1 of this volume adjusting instruction control improves according to the mode being directly proportional to the numerical value of described characteristic parameter or reduces broadcast sound volume.
Further, if this judgement module 23 judges that the characteristic parameter of described wireless signal is less than this preset value, then show that this mobile terminal 2 has left this sound equipment 1. Now, this instruction generation and sending module 22 are also for generating one the 3rd steering order according to the first identifier of the sound equipment 1 launching described wireless signal, and send the 3rd steering order to this Cloud Server 3. 3rd steering order stops displaying audio file for controlling to launch the sound equipment 1 of described wireless signal. This execution module 31 is also for when this Cloud Server 3 receives the 3rd steering order, determine the 2nd steering order is launched the first identifier of the sound equipment 1 of described wireless signal, then stop to the sound equipment 1 of the first identifier sending audio file, thus when this mobile terminal 2 stops displaying audio file away from this this sound equipment 1 of sound equipment 1 control. In the present embodiment, this execution module 31 when stop to should the sound equipment 1 of the first identifier send audio file time, also send a standby command to this sound equipment 1, thus control this sound equipment 1 and enter standby or sleep pattern.
Fig. 3 is the schema of the audio frequency playing method in the present invention one better embodiment, and wherein, the method is applied in above-mentioned audio frequency broadcast system 100, and the method comprises the steps:
Step S31: this first radio communication module 11 launches a wireless signal in a pre-determined range around the sound equipment 1 that it is applied.
The wireless signal that around its mobile terminal 2 applied of step S32: the two radio communication module 21 detecting real-time, at least one sound equipment 1 in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment 1 launching described wireless signal.
Step S33: this judges that module 23 judges whether a characteristic parameter of described wireless signal is greater than a preset value, if then carrying out step S34; Otherwise, then repeating step S33.
Step S34: this instruction generation and sending module 22 are when the 2nd radio communication module 21 obtains described first identifier, obtain one the 2nd identifier of this mobile terminal 2, the first identifier of sound equipment 1 and the 2nd identifier of this mobile terminal 2 according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server 3.
Step S35: this execution module 31 is when this Cloud Server 3 receives this first steering order that this mobile terminal 2 sends, determine the audio file corresponding with the 2nd identifier of this mobile terminal 2 in this first steering order, and determined audio file is decoded as audio data stream; Also determine this first steering order is launched the first identifier of the sound equipment 1 of described wireless signal, and according to this first identifier, this audio data stream is sent to corresponding sound equipment 1, make this sound equipment 1 play this audio file.
Fig. 4 is the schema of the audio frequency playing method shown in Fig. 3 after step S35.
Step S41: this judges that module 23 continues to judge whether the characteristic parameter of described wireless signal is greater than this preset value. If then carrying out step S42; Otherwise, then step S45 is carried out.
Step S42: this judges that module 23 judges whether the characteristic parameter of described wireless signal continues to increase or reduce further. If then carrying out step S43; Otherwise, then repeating step S42.
Step S43: this instruction generation and sending module 22 are according to the first identifier of sound equipment 1 and numerical generation 1 the 2nd steering order of described characteristic parameter of launching described wireless signal, and send the 2nd steering order to this Cloud Server 3.
Step S44: this execution module 31 is when this Cloud Server 3 receives the 2nd steering order, numerical generation one volume adjusting instruction according to described characteristic parameter, determine the 2nd steering order is launched the first identifier of the sound equipment 1 of described wireless signal, then this volume adjusting instruction is sent to should the sound equipment 1 of the first identifier, thus control this sound equipment 1 according to the corresponding raising of the numerical value of described characteristic parameter or the broadcast sound volume reducing audio file.
Step S45: this instruction generation and sending module 22 generate one the 3rd steering order according to the first identifier of the sound equipment 1 launching described wireless signal, and send the 3rd steering order to this Cloud Server 3.
Step S46: this execution module 31 is when this Cloud Server 3 receives the 3rd steering order, determine the 2nd steering order is launched the first identifier of the sound equipment 1 of described wireless signal, then stop to the sound equipment 1 of the first identifier sending audio file, thus when this mobile terminal 2 stops displaying audio file away from this this sound equipment 1 of sound equipment 1 control.
Step S47: this execution module 31 also sends a standby command to this sound equipment 1, thus control this sound equipment 1 and enter standby or sleep pattern.
Those skilled in the art will be appreciated that; above enforcement mode is only used to the present invention is described; and not it is used as limitation of the invention; as long as within the spirit of the present invention, suitable change and the change above embodiment done all drop within the scope of protection of present invention.
Claims (15)
1. an audio frequency broadcast system, is applied between at least one sound equipment, at least one mobile terminal and a Cloud Server, it is characterised in that, this audio frequency broadcast system comprises:
One first radio communication module, for launching a wireless signal in a pre-determined range around the sound equipment of this first radio communication module of application;
One the 2nd radio communication module, the wireless signal that at least one sound equipment applied for detecting real-time around the mobile terminal of the 2nd radio communication module in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment launching described wireless signal;
One instruction generation and sending module, for when the 2nd radio communication module obtains described first identifier, obtain one the 2nd identifier of this mobile terminal, the first identifier of sound equipment and the 2nd identifier of this mobile terminal according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server; And
One execution module, for when this first steering order that this cloud server sends to this mobile terminal, determine the audio file corresponding with the 2nd identifier of this mobile terminal in this first steering order being stored in this Cloud Server, and determined audio file is decoded as audio data stream; Also for determining this first steering order is launched the first identifier of the sound equipment of described wireless signal, then according to this first identifier, this audio data stream is sent to corresponding sound equipment, makes described sound equipment play this audio file.
2. audio frequency broadcast system as claimed in claim 1, it is characterised in that, this audio data stream is sent to corresponding sound equipment by wireless network by this execution module, and this first identifier is the network connection information of this sound equipment.
3. audio frequency broadcast system as claimed in claim 2, it is characterized in that, first identifier and the network connection information corresponding with each first identifier of the different acoustic that this execution module stores according to this Cloud Server determine the network connection information corresponding with this first identifier in this first steering order, thus this audio data stream is sent to the sound equipment of correspondence according to this network connection information.
4. audio frequency broadcast system as claimed in claim 1, it is characterised in that, also comprise a judgement module, before generating this first steering order in this instruction generation and sending module, judge whether a characteristic parameter of described wireless signal is greater than a preset value; This instruction generation and sending module just generate this first steering order when this judgement module judges that the characteristic parameter of described wireless signal is greater than this preset value.
5. audio frequency broadcast system as claimed in claim 4, it is characterised in that, this characteristic parameter is the intensity of described wireless signal.
6. audio frequency broadcast system as claimed in claim 4, it is characterised in that, this characteristic parameter is the increase speed of the intensity of described wireless signal in a preset time period.
7. audio frequency broadcast system as claimed in claim 4, it is characterized in that, this judgement module is also for, after this instruction generation and sending module generate this first steering order, continuing to judge whether the characteristic parameter of described wireless signal is greater than this preset value and whether continues to increase or reduce; This instruction generation and sending module are also for when the characteristic parameter of described wireless signal is greater than this preset value and continues to increase or reduce, according to the first identifier of sound equipment and numerical generation 1 the 2nd steering order of described characteristic parameter of launching described wireless signal, and send the 2nd steering order to this Cloud Server; This execution module is also for when the 2nd steering order that this cloud server sends to this mobile terminal, numerical generation one volume adjusting instruction according to described characteristic parameter, determine the 2nd steering order is launched the first identifier of the sound equipment of described wireless signal, then this volume adjusting instruction is sent to should the sound equipment of the first identifier, thus control this sound equipment according to the corresponding raising of the numerical value of described characteristic parameter or the broadcast sound volume reducing audio file.
8. audio frequency broadcast system as claimed in claim 5, it is characterised in that, this this sound equipment of volume adjusting instruction control improves according to the mode being directly proportional to the numerical value of described characteristic parameter or reduces broadcast sound volume.
9. audio frequency broadcast system as claimed in claim 4, it is characterised in that, this judgement module is also for, after this instruction generation and sending module generate this first steering order, continuing to judge whether the characteristic parameter of described wireless signal is less than this preset value; This instruction generation and sending module are also for when the characteristic parameter of described wireless signal is less than this preset value, generating one the 3rd steering order according to the first identifier of the sound equipment launching described wireless signal, and send the 3rd steering order to this Cloud Server; This execution module is also for when this cloud server is to the 3rd steering order, it is determined that launch the first identifier of the sound equipment of described wireless signal in the 2nd steering order, then stop to should the first identifier sound equipment send audio file.
10. audio frequency broadcast system as claimed in claim 9, it is characterised in that, this execution module when stop to should the sound equipment transmission audio file of the first identifier time, also send a standby command to this sound equipment, thus control this sound equipment and enter standby or sleep pattern.
11. 1 kinds of audio frequency playing methods, are applied between at least one sound equipment, at least one mobile terminal and a Cloud Server, it is characterised in that, the method comprises:
A wireless signal is launched in a pre-determined range around each sound equipment;
The wireless signal that around each mobile terminal of detecting real-time, at least one sound equipment in a pre-determined range is launched, and when detecting described wireless signal, obtain the first identifier of the sound equipment launching described wireless signal;
Obtaining one the 2nd identifier of this mobile terminal, the first identifier of sound equipment and the 2nd identifier of this mobile terminal according to launching described wireless signal generate one first steering order, and send this first steering order to this Cloud Server;
When this first steering order that this cloud server sends to this mobile terminal, determine the audio file corresponding with the 2nd identifier of this mobile terminal in this first steering order being stored in this Cloud Server, and determined audio file is decoded as audio data stream; And
Determine this first steering order is launched the first identifier of the sound equipment of described wireless signal, then according to this first identifier, this audio data stream is sent to corresponding sound equipment, makes this sound equipment play this audio file.
12. audio frequency playing methods as claimed in claim 11, it is characterized in that, step " obtains one the 2nd identifier of this mobile terminal, the first identifier of sound equipment and the 2nd identifier of this mobile terminal according to launching described wireless signal generate one first steering order " and also comprises:
Judge whether a characteristic parameter of described wireless signal is greater than a preset value; And
This first steering order is just generated when characteristic parameter at described wireless signal is greater than this preset value.
13. audio frequency playing methods as claimed in claim 12, it is characterised in that, also comprise:
Continue to judge whether the characteristic parameter of described wireless signal is greater than this preset value and whether continues to increase or reduce;
When the characteristic parameter of described wireless signal is greater than this preset value and continues to increase or reduce, according to the first identifier of sound equipment and numerical generation 1 the 2nd steering order of described characteristic parameter of launching described wireless signal, and send the 2nd steering order to this Cloud Server; And
When the 2nd steering order that this cloud server sends to this mobile terminal, numerical generation one volume adjusting instruction according to described characteristic parameter, determine the 2nd steering order is launched the first identifier of the sound equipment of described wireless signal, then this volume adjusting instruction is sent to should the sound equipment of the first identifier, thus control this sound equipment according to the corresponding raising of the numerical value of described characteristic parameter or the broadcast sound volume reducing audio file.
14. audio frequency playing methods as claimed in claim 12, it is characterised in that, also comprise:
Continue to judge whether the characteristic parameter of described wireless signal is less than this preset value;
When the characteristic parameter of described wireless signal is less than this preset value, generates one the 3rd steering order according to the first identifier of the sound equipment launching described wireless signal, and send the 3rd steering order to this Cloud Server;
When this cloud server is to the 3rd steering order, it is determined that the 2nd steering order is launched the first identifier of the sound equipment of described wireless signal, then stop to should the first identifier sound equipment send audio file.
15. audio frequency playing methods as claimed in claim 14, it is characterised in that, step " stop to should the first identifier sound equipment send audio file " after also comprise:
Send a standby command to this sound equipment, thus control this sound equipment and enter standby or sleep pattern.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410644897.1A CN105653228A (en) | 2014-11-14 | 2014-11-14 | Audio playing system and audio playing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410644897.1A CN105653228A (en) | 2014-11-14 | 2014-11-14 | Audio playing system and audio playing method |
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| CN105653228A true CN105653228A (en) | 2016-06-08 |
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| CN201410644897.1A Pending CN105653228A (en) | 2014-11-14 | 2014-11-14 | Audio playing system and audio playing method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106340301A (en) * | 2016-09-13 | 2017-01-18 | 广州酷狗计算机科技有限公司 | Audio play method and apparatus thereof |
| CN107911772A (en) * | 2017-12-25 | 2018-04-13 | 广州市尊浪电器有限公司 | One kind sleep sound equipment |
| CN110121130A (en) * | 2019-05-08 | 2019-08-13 | 声广数字传媒有限公司 | A kind of multifunctional intellectual sound system |
| CN110278511A (en) * | 2019-06-27 | 2019-09-24 | 声广数字传媒有限公司 | A kind of intelligent remote sound box system |
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| CN203872353U (en) * | 2014-02-12 | 2014-10-08 | 深圳市日上光电股份有限公司 | Wireless sound device control system |
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| US20130072251A1 (en) * | 2011-09-20 | 2013-03-21 | Lg Electronics Inc. | Mobile terminal, method for controlling of the mobile terminal and system |
| CN203872353U (en) * | 2014-02-12 | 2014-10-08 | 深圳市日上光电股份有限公司 | Wireless sound device control system |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106340301A (en) * | 2016-09-13 | 2017-01-18 | 广州酷狗计算机科技有限公司 | Audio play method and apparatus thereof |
| CN106340301B (en) * | 2016-09-13 | 2020-01-24 | 广州酷狗计算机科技有限公司 | Audio playing method and device |
| CN107911772A (en) * | 2017-12-25 | 2018-04-13 | 广州市尊浪电器有限公司 | One kind sleep sound equipment |
| CN110121130A (en) * | 2019-05-08 | 2019-08-13 | 声广数字传媒有限公司 | A kind of multifunctional intellectual sound system |
| CN110278511A (en) * | 2019-06-27 | 2019-09-24 | 声广数字传媒有限公司 | A kind of intelligent remote sound box system |
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Application publication date: 20160608 |