CN105373194A - All-in-one computer capable of sharing loudspeaker - Google Patents
All-in-one computer capable of sharing loudspeaker Download PDFInfo
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- CN105373194A CN105373194A CN201510776797.9A CN201510776797A CN105373194A CN 105373194 A CN105373194 A CN 105373194A CN 201510776797 A CN201510776797 A CN 201510776797A CN 105373194 A CN105373194 A CN 105373194A
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Abstract
The invention discloses an all-in-one computer capable of sharing a loudspeaker. The all-in-one computer can receive audio data of external equipment and can play the audio data when shut down. The all-in-one computer comprises an operation unit, a first wireless unit, a sound production module and a channel switching unit, wherein the operation unit is coupled to the first wireless unit and sends out first audio data when the all-in-one computer works; the channel switching unit is coupled to the operation unit and the sound production module; the sound production module comprises a sound production unit, an audio processing unit, a power unit and a second wireless unit; the audio processing unit is connected to the sound production unit, the power unit and the second wireless unit; and when the all-in-one computer is shut down, the power unit enables the second wireless unit, the second wireless unit receives second audio data from the external equipment, the audio processing unit converts the second audio data and the sound production unit plays the converted result.
Description
Technical field
Can the integral computer of sharing means, be particularly to a kind of integral computer sharing loudspeaker.
Background technology
Along with the fast development of science and technology, PC, except providing user faster except work efficiency, also can meet the entertainment requirements of user.When user wants play multimedia archives, user needs to open PC could play multimedia archives.Particularly integral computer (all-in-onecomputer is called for short AIO) or notebook computer (notebook).
Aforesaid PC all has built-in loudspeaker, so could play when only having booting computer.If only open PC in order to play multimedia archives.Like this, the most of the time that PC is run can only be wastes power.
Summary of the invention
Technical problems to be solved in this application are that integral computer also can provide loudspeaker to use to external equipment in time shutting down, and can receive the message data of an external equipment and play message data when it is characterized in that shutdown.
In order to solve the problem, the integral computer of bright shared with loudspeaker comprises arithmetic element, the first radio-cell, sounding module and passage bridge unit.Arithmetic element sends the first message data when integral computer operates; First radio-cell is connected to arithmetic element, and the first radio-cell is for transmitting the data of external equipment; Sounding module is electrically connected at arithmetic element, and sounding module comprises phonation unit, message processing unit, power unit and the second radio-cell, and message processing unit connects phonation unit, power unit and the second radio-cell respectively; Passage bridge unit is electrically connected at arithmetic element and sounding module, when integral computer operationally, passage bridge unit to sounding module, and transmits the first message data to sounding module the first message data switch; When integral computer shuts down, power unit activation second radio-cell, the second radio-cell receives the second message data coming from external equipment, and message processing unit is changed the second message data, and plays the result after conversion by phonation unit.
The application more proposes a kind of integral computer sharing loudspeaker, and it is comprise arithmetic element, sounding module and passage bridge unit.Sounding model calling transmission channel, sounding module comprises power unit, radio-cell and message processing unit, and message processing unit is connected to power unit and radio-cell, and radio-cell is for transmitting the first data or receiving the second message data; Passage bridge unit is connected to arithmetic element and sounding module, and passage bridge unit is for switching the connection to arithmetic element or sounding module; Integral computer is in time running, arithmetic element is connected to radio-cell through passage bridge unit, arithmetic element transmits the first data through radio-cell, when the arithmetic element of integral computer is shut down, message processing unit receives the second message data coming from external equipment through radio-cell, by message processing unit, the second message data are changed, the result after playing conversion by phonation unit.
Compared with prior art, the application can obtain and comprise following technique effect:
1) integral computer that the application provides can provide external equipment to use loudspeaker during shut down of computer.
2) the application can realize the first arithmetic element and sounding module shares same radio-cell.
Certainly, the arbitrary product implementing the application must not necessarily need to reach above-described all technique effects simultaneously.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present application, and form a application's part, the schematic description and description of the application, for explaining the application, does not form the improper restriction to the application.
Fig. 1 is the framework thin portion schematic diagram of the application.
Multi-medium file when Fig. 2 A is the integral computer operation of the application plays schematic diagram.
Multi-medium file when Fig. 2 B is the integral computer shutdown of the application plays schematic diagram.
Fig. 3 is the configuration diagram of another enforcement aspect of the application.
Function block schematic diagram when Fig. 4 is the running of the application.
Embodiment
Drawings and Examples below please be coordinate to describe the embodiment of the application in detail, by this to the application how application technology means solve technical matters and the implementation procedure reaching technology effect can fully understand and implement according to this.
Please refer to shown in Fig. 1, it is the system architecture schematic diagram of the application.Integral computer 100 (the all-in-onecomputer of shared with the loudspeaker of the application, AIO, hereafter all be called for short integral computer 100), it is comprise arithmetic element 110, first radio-cell 120, sounding module 130, storage element 140 and passage bridge unit 150.Arithmetic element 110 is electrically connected at the first radio-cell 120, sounding module 130, storage element 140 and passage bridge unit 150.Sounding module 130 comprises phonation unit 131, message processing unit 132, power unit 133, second radio-cell 134 and external storage reading unit 135.Message processing unit 132 is electrically connected phonation unit 131, power unit 133 and the second radio-cell 134.
Arithmetic element 110 for the treatment of the multi-medium file in storage element 140, and through sounding module 130 play multimedia archives.Described multi-medium file is voice files or film archive.For the message data (meaning and aforesaid multi-medium file) that clear difference various kinds equipment sends, therefore to it, the first message data 141 are defined as the message data that arithmetic element 110 sends.The multi-medium file that external equipment 220 transmits is defined as the second message data 221.External storage reading unit 135 can transmit the 3rd message data 161.Arithmetic element 110 can receive through the first radio-cell 120 Datagram coming from external equipment 220, and is output into multi-medium file after those Datagrams of recombinating.Or by arithmetic element 110, multi-medium file process is exported Datagram, then send Datagram to external equipment 220 through the first radio-cell 120.Described Datagram is the networking package that multi-medium file produces according to network transmission agreement.The kind of the first radio-cell 120 can be but not be defined as bluetooth host-host protocol (Bluetooth), may also be Wi-Fi host-host protocol (IEEE802.1X series).External equipment 220 is running gear (mobiledevice) or the computing machine (computer) with corresponding wireless transmission protocol.
Message processing unit 132 connects phonation unit 131, power unit 133 and the second radio-cell 134 respectively to interior, and message processing unit 132 is concatenation operation unit 110 externally.Message processing unit 132 receives the audio document coming from arithmetic element 110, or receives the multi-medium file coming from external equipment 220.Message processing unit 132 is for being converted to multi-medium file the electrical signal meeting phonation unit 131.
Please refer to Fig. 2 A and Fig. 2 B, it is be respectively the application in running and operation schematic diagram during shutdown.Passage bridge unit 150 can through the foundation of the modes such as thumb-acting switch (dipswitch) or signal triggering as the path switching of message data.Or using the foundation that the mode that signal triggers switches as path.And passage bridge unit 150 can in integral computer 100 running in operating or when shutting down.
For thumb-acting switch, and thumb-acting switch can tune to first mode and the second pattern.User can switch to first mode at integral computer 100 thumb-acting switch, then represent that arithmetic element 110 is communicated in phonation unit 131.So integral computer 100 is under this state, arithmetic element 110 exports phonation unit 131 to the first message data 141 after process.Arithmetic element 110 can obtain multi-medium file (meaning i.e. the first message data 141 and the 3rd message data 161) from storage element 140 or external equipment 220.Comparatively speaking, when thumb-acting switch switches to the second pattern, passage bridge unit 150 can disconnect or the connection of bypass (bypass) arithmetic element 110.Now, message processing unit 132 only can receive the first message data 141 coming from external equipment 220.
Integral computer 100 is in operation, and passage bridge unit 150 can switch between first mode or the second pattern.If integral computer 100 is when shutting down, because arithmetic element 110 cannot operate.So under integral computer 100 off-mode, passage bridge unit 150 only can switch to the second pattern.
Except the mode of aforesaid thumb-acting switch, passage bridge unit 150 also can trigger by electrical signal.Integral computer 100 also can send enable signal to sounding module 130 and passage bridge unit 150 in the process of shutdown, and message processing unit 132 and power unit 133 are enabled when integral computer 100 shuts down.Electric power when power unit 133 provides message processing unit 132, phonation unit 131 and the second radio-cell 134 to operate.When integral computer 100 is in shutdown and 130 activation of sounding module time, the second radio-cell 134 can receive the Datagram coming from the equipment of connecing.Change received Datagram by message processing unit 132, and the signal after output processing is to phonation unit 131.
External storage reading unit 135 is for connecting external memory body 160.Described external memory body 160 can be but not be defined as external CD-ROM device, Portable disk (flashjet), also can be memory card (memorycard).External storage reading unit can transmit the 3rd message data 161 to message processing unit 132 of external memory body 160.When sounding module 130 is enabled, message processing unit 132, except the second message data 221 that can receive external equipment 220, also can read the 3rd message data 161 of external memory body 160.
The application separately proposes an enforcement aspect, comprises arithmetic element 311, storage element 312 and sounding module 320 at this integral computer 300 implementing aspect.Arithmetic element 311 is electrically connected at sounding module 320 through transmission channel.Please refer to shown in Fig. 3, it is the configuration diagram of another enforcement aspect of the application.Sounding module 320 comprises power unit 323, radio-cell 322, message processing unit 321, phonation unit 324, passage bridge unit 325 and external storage reading unit 326.Message processing unit 321 is electrically connected power unit 323, radio-cell 322, passage bridge unit 325 and external storage reading unit 326.Message processing unit 321 connects phonation unit 324 and arithmetic element 311 respectively.
Message processing unit 321 is in order to receive the multi-medium file of arithmetic element 311.Message processing unit 321 is another for changing received multi-medium file, and the signal after output processing is to phonation unit 324.Message processing unit 321 is connected with arithmetic element 311 through transmission channel 400, wherein the kind of transmission channel 400 is peripheral interconnect standard (PeripheralComponentInterconnectExpress, or universal serial bus (UniversalSerialBus, USB) PCI-e).
Passage bridge unit 325 is in order to the source of the first message data 141 or the second message data 221 that switch sounding module 320.Passage bridge unit 325 can be thumb-acting switch or realize in software mode.Generally speaking, when integral computer 300 shuts down, sounding module 320 can receive the message data of external equipment 220 or external storage reading unit 326.External storage reading unit 326 connects external memory body 160, and can access the 3rd message data 161 of external memory body 160.When integral computer 300 runs, arithmetic element 311 and message processing unit 321 can share radio-cell 322.
Please coordinate with reference to shown in figure 4, function block schematic diagram when it is the running of the application.When integral computer 300 is in time running, arithmetic element 311 can send the signal that brings into operation to message processing unit 321, makes message processing unit 321 drive passage bridge unit 325.In other words, passage bridge unit 325 can be communicated with message processing unit 321 and arithmetic element 311.Arithmetic element 311 can be connected to radio-cell 322 through transmission channel 400, make integral computer 300 can with external equipment 220 communication.In other words, arithmetic element 311, except can playing the multi-medium file of itself, also can receive the multi-medium file coming from external equipment 220.
If realized by software mode, then can the mode as hereafter run.When integral computer 300 is in the process of shutdown, arithmetic element 311 can send the signal of forbidden energy to message processing unit 321.Or when integral computer 300 is in time shutting down, user can switch thumb-acting switch, in order to the operation of activation (enable) by message processing unit 321.When integral computer 300 shuts down, external equipment 220 can be sent to message processing unit 321 through aforesaid wireless transmission protocol multi-medium file.Message processing unit 321 receives multiple Datagram through radio-cell 322 and those Datagrams of recombinating, and exports as multi-medium file.Message processing unit 321 is sent to message processing unit 321 multi-medium file, and processes multi-medium file by message processing unit 321.Finally, change received Datagram by message processing unit 321, and the result after output processing transfers to phonation unit 324.
The integral computer 100 of shared with the loudspeaker that the application proposes can be shared with other equipment use loudspeaker when proposing a kind of start or shutdown.Do not need during user's listoning music to open computer, can play music through wireless mode through the loudspeaker appended by computer when shut down of computer yet.
Described device describes corresponding with aforesaid method flow, and weak point describing with reference to said method flow process, repeats no longer one by one.Above-mentioned explanation illustrate and describes some preferred embodiments of the application, but as previously mentioned, be to be understood that the application is not limited to the form disclosed by this paper, should not regard the eliminating to other embodiments as, and can be used for other combinations various, amendment and environment, and can in invention contemplated scope described herein, changed by the technology of above-mentioned instruction or association area or knowledge.And the change that those skilled in the art carry out and change do not depart from the spirit and scope of the application, then all should in the protection domain of the application's claims.
Claims (10)
1. can share an integral computer for loudspeaker, can receive the message data of an external equipment and play message data when it is characterized in that shutdown, this integral computer can sharing loudspeaker comprises:
One arithmetic element, sends one first message data when this integral computer operates;
One first radio-cell, is connected to this arithmetic element, for transmitting a data of an external equipment;
One sounding module, be electrically connected at this arithmetic element, this sounding module comprises a phonation unit, a message processing unit, a power unit and one second radio-cell, and this message processing unit connects this phonation unit, this power unit and this second radio-cell respectively; And
One passage bridge unit, is electrically connected at this arithmetic element and this sounding module, when this integral computer operationally, this passage bridge unit to this sounding module, and transmits these the first message data to this sounding module this first message data switch;
Wherein, when this integral computer shuts down, this second radio-cell of this power unit activation, this second radio-cell receives the one second message data coming from this external equipment, this message processing unit to the conversion of these the second message data, and plays the result after conversion by this phonation unit.
2. the integral computer can sharing loudspeaker as claimed in claim 1, it is characterized in that the wireless protocols of this first radio-cell is bluetooth host-host protocol or Wi-Fi host-host protocol, the wireless protocols of this second radio-cell is bluetooth host-host protocol or Wi-Fi host-host protocol.
3. the integral computer can sharing loudspeaker as claimed in claim 1, sends one by this arithmetic element when it is characterized in that this integral computer runs and switches enable signal to this passage bridge unit, make this passage bridge unit receive this first message data; Before the shutdown of this integral computer, this arithmetic element sends one and switches forbidden energy signal to this passage bridge unit, and drives this second radio-cell to receive this second message data.
4. the integral computer can sharing loudspeaker as claimed in claim 1, it is characterized in that more comprising an external storage reading unit, it is be electrically connected at this message processing unit, this external storage reading unit is for accessing an external memory body, this external memory body stores one the 3rd message data, and this message processing unit drives this phonation unit to play the 3rd message data.
5. can share an integral computer for loudspeaker, can receive the message data of an external equipment and play message data when it is characterized in that shutdown, this integral computer can sharing loudspeaker comprises:
One arithmetic element, sends one first message data when this integral computer operates;
One sounding module, it is be electrically connected at this arithmetic element through a transmission channel, this sounding module comprises a power unit, a radio-cell and a message processing unit, this message processing unit is connected to this power unit and this radio-cell, and this radio-cell is for transmitting one first data or receiving one second message data; And
One passage bridge unit, it is be connected to this arithmetic element and this sounding module, and this passage bridge unit is for switching the connection to this arithmetic element or this sounding module;
Wherein, this integral computer is in time running, this arithmetic element is connected to this radio-cell through this passage bridge unit, this arithmetic element transmits this first data through this radio-cell, when this arithmetic element of this integral computer is shut down, this message processing unit receives these the second message data coming from this external equipment through this radio-cell, changed these the second message data by this message processing unit, the result after playing conversion by this phonation unit.
6. the integral computer can sharing loudspeaker as claimed in claim 5, is characterized in that the kind of this transmission channel is peripheral interconnect standard (PCI-e) or universal serial bus (USB).
7. the integral computer brain can sharing loudspeaker as claimed in claim 5, is characterized in that the wireless protocols of this radio-cell is bluetooth host-host protocol or Wi-Fi host-host protocol.
8. the integral computer can sharing loudspeaker as claimed in claim 5, sends one by this arithmetic element when it is characterized in that this integral computer runs and switches enable signal to this passage bridge unit, make this passage bridge unit receive this first message data; Before the shutdown of this integral computer, this arithmetic element sends one and switches forbidden energy signal to this passage bridge unit, and drives this second radio-cell to receive this second message data.
9. the integral computer can sharing loudspeaker as claimed in claim 5, it is characterized in that this passage bridge unit more comprises a thumb-acting switch, this thumb-acting switch provides this passage bridge unit for judging that this integral computer is running status or off-mode.
10. the integral computer can sharing loudspeaker as claimed in claim 5, it is characterized in that more comprising an external storage reading unit, it is be electrically connected at this message processing unit, this external storage reading unit is for accessing an external memory body, this external memory body stores one the 3rd message data, and this message processing unit drives this phonation unit to play the 3rd message data.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510776797.9A CN105373194A (en) | 2015-11-13 | 2015-11-13 | All-in-one computer capable of sharing loudspeaker |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510776797.9A CN105373194A (en) | 2015-11-13 | 2015-11-13 | All-in-one computer capable of sharing loudspeaker |
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| CN105373194A true CN105373194A (en) | 2016-03-02 |
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| CN201510776797.9A Pending CN105373194A (en) | 2015-11-13 | 2015-11-13 | All-in-one computer capable of sharing loudspeaker |
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| CN106339200A (en) * | 2016-08-29 | 2017-01-18 | 联想(北京)有限公司 | Electronic equipment and control method and control device thereof |
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Application publication date: 20160302 |