CN201248115Y - Information multimedia integration system - Google Patents
Information multimedia integration system Download PDFInfo
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- CN201248115Y CN201248115Y CNU2008201157946U CN200820115794U CN201248115Y CN 201248115 Y CN201248115 Y CN 201248115Y CN U2008201157946 U CNU2008201157946 U CN U2008201157946U CN 200820115794 U CN200820115794 U CN 200820115794U CN 201248115 Y CN201248115 Y CN 201248115Y
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Abstract
The utility model relates to an information multimedia integrated system which comprises a plurality of receivers, a multimedia processing device, at least a multi-channel switch, at least an A/D converter, at least one input device and at least one output device, wherein the receivers can receive different signals, and transfer the signals to the multimedia processing device for signal processing, the multi-channel switch is electrically connected with the receivers and the multi-media processing device, the signals of the receivers are received and switched by the multi-channel switch, the A/D converter is electrically connected with the multi-channel switch and the multimedia processing device and can perform analogy and digital signal conversion by the A/D converter, the input device and the output device are electrically connected with the multimedia processing device, and signals can be input and output by the input device and the output device.
Description
Technical field
The utility model relates to a kind of information multimedia integration system, relate in particular to a kind of output, input and switching of integrating phone and video doorbell, several multimedias are provided, and can receive calls, show caller ID and be connected the video doorbell, meet the totipotency information multimedia integration system of vital functions demand really.
Background technology
Along with the multimedia technology progress, the different-format multimedia video signal also constantly produces, as for handling multimedia video signal, nothing more than encoding and deciphering two big steps, utilize specific multimedia device to handle single multimedia video signal merely and can't satisfy general consumption public demand, therefore, the processor of multiple multi-media signal can be handled in the market as seen, yet because decoder that must the corresponding different coding pattern of configuration makes such processor not only complex structure and manufacturing cost height.
For improving the problems referred to above, the applicant is in TaiWan, China patent application No. 89110897 " universal digital video-audio recorder-playback ", once disclose a universal digital video-audio recorder-playback, comprised video/audio recording/playing engine, data read/write device, and software coding/decoder.Having nondeclarative memory device, data accumulating device, analog/digital and digital/analog converter and message interface in this video/audio recording/playing engine couples with digital signal processing device respectively.Then have respectively the read/write circuit that couples with data medium and digital coding/decoder in the data read-write equipment, and data transmission interface is connected with the video/audio recording/playing engine also except being connected with digital coding/decoder.The nondeclarative memory device is loaded with system control program, can load the audio-visual coding/decoding software that conforms to Data Coding Scheme by order and according to special key assignments, with the audio-visual message of correct record/play.Because universal digital video-audio recorder-playback has software loading mechanism, and with audio-visual coding/decoding software implementation, can choose suitable coding mode according to different video-audio data forms, the user can select suitable audio-visual coding mode, and obtain operational coding/decoding software with reasonable prices, make digital video-audio recorder-playback have required audio-visual coding/decoding function, and coding/decoding pattern that can be different is noted down/is play to video-audio data.The audio-visual record/play-back device of this kind framework need not dispose the coder/decoder firmware of different coding pattern, promptly can carry out coding/decoding to data by different mode, can simplify the structure of digital video-audio recorder-playback, reduces cost.
For this reason, because be full of different audio-visual devices and device in the living environment, except that traditional video-audio recorder-playback, if audio-visual devices such as video doorbell intercom receiver, phone receiver, radio receiver or television receiver can be integrated in the universal digital video-audio recorder-playback, can obtain a kind of totipotency information multimedia integration system that meets the vital functions demand really.
Summary of the invention
Because the disappearance of prior art, main purpose of the present utility model is to propose a kind of information multimedia integration system, integrate output, input and the switching of phone and video doorbell, several multimedias are provided, and can receive calls, show caller ID and be connected the video doorbell, meet the vital functions demand really.
For achieving the above object, the utility model proposes a kind of information multimedia integration system, it comprises a plurality of receivers, one multimedia processing apparatus, at least one multifrequency switch (Multi-Channel Switch), at least one analog-digital converter (A/D Converter), at least one input unit and at least one output device, this plural number receiver can receive unlike signal, and be sent to this multimedia processing apparatus and carry out signal processing, this multifrequency switch electrically connects with these a plurality of receivers and this multimedia processing apparatus, receive and switch the signal of these a plurality of receivers by this multifrequency switch, this analog-digital converter and this multifrequency switch and this multimedia processing apparatus electrically connect, can simulate and the digital signal conversion by this analog-digital converter, and this input unit and output device and this multimedia processing apparatus electrically connect, can be by this input unit and output device input and output signal.
Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.
Description of drawings
Fig. 1 is an embodiment Organization Chart of the present utility model;
Fig. 2 is the operation workflow figure of the utility model when the people rings a doorbell;
Fig. 3 is the operation workflow figure of the utility model when the user desires to answer doorbell;
Fig. 4 is the operation workflow figure of the utility model when the ring;
Fig. 5 is the operation workflow figure of the utility model when the user desires to receive calls;
Fig. 6 is the operation workflow figure of the utility model when the user desires Outgoing Call;
Fig. 7 is another embodiment Organization Chart of the utility model.
Wherein, Reference numeral
10,10A-receiver
11-video doorbell intercom receiver
11A-wireless video doorbell intercom receiver
111-voice signal input interface
112-voice signal output interface
113-signal of video signal output interface
114-frequency detector (Frequency Detector)
12-phone receiver
The 12A-radiotelephone transceiver
121-voice signal input interface
122-voice signal output interface
The 123-universal asynchronous receiving-transmitting transmitter
The 13-radio receiver
131-voice signal output interface
13A-is wireless FM radio receiver
The 14-television receiver
14A-wireless digital TV-set (DVB-T) receiver
The 20-multimedia processing apparatus
The general input/output unit of 21-(GPIO, General Purpose Input/Output)
22-signal of video signal input interface
23-voice signal input interface
24-universal asynchronous receiving-transmitting transmitter (UART, Universal Asynchronous Receiver/Trans-mitter)
25-twin wire serial sequence interface (I2C, Inter-Integrated Circuit)
26-string type perimeter interface (SPI, Serial Peripheral Interface)
27-signal of video signal output interface
28-voice signal output interface
30-multifrequency switch (Multi-Channel Switch)
40-analog-digital converter (A/D Converter)
The 50-input unit
The 51-microphone
52-contact panel or keyboard
The 60-output device
61-display or projector
The 62-loud speaker
The 70-antenna sets
71-wireless video doorbell intercom signal
The 72-radiophone signal
The 73-radio broadcasting signal
The 74-wireless television signal
The operation workflow step of 201～208-when the people rings a doorbell
The operation workflow step of 301～307-when the user desires to answer doorbell
The operation workflow step of 401～408-when ring
The operation workflow step of 501～507-when the user desires to receive calls
The operation workflow step of 601～610-when the user desires Outgoing Call
Embodiment
Describes the utility model hereinafter with reference to accompanying drawing and be employed technological means and the effect of achieving the goal, and the cited embodiment of the following drawings only is an aid illustration that the technological means of this case is not limited to cited accompanying drawing.
See also an embodiment Organization Chart of the present utility model shown in Figure 1, information multimedia integration provided by the utility model system, it mainly is to be made of a plurality of receivers 10, a multimedia processing apparatus 20, a multifrequency switch (Multi-Channel Switch) 30, one analog-digital converter (A/D Converter) 40, input unit 50 and output device 60; These a plurality of receivers 10 comprise video doorbell intercom receiver 11, a phone receiver 12, a radio receiver 13 and a television receiver 14, can receive unlike signal by these a plurality of receivers 10; This multimedia processing apparatus 20 is in order to handle various multi-media signals, this multimedia processing apparatus 20 is provided with a general input/output unit (GPIO, General Purpose Input/Output) 21, one signal of video signal input interface 22, one voice signal input interface 23, one universal asynchronous receiving-transmitting transmitter (UART, Universal Asynchronous Receiver/Trans-mitter) 24, one twin wire serial sequence interface (I2C, Inter-Integrated Circuit) 25, one string type perimeter interface (SPI, Serial PeripheralInterface) 26, an one signal of video signal output interface 27 and a voice signal output interface 28; This input unit 50 comprises microphone 51, contact panel or keyboard 52, and wherein this contact panel or keyboard 52 are connected in the general input/output unit 21 of this multimedia processing apparatus 20; This output device 60 comprises display or projector 61 and loud speaker 62, wherein, this display or projector 61 are connected in the signal of video signal output interface 27 of this multimedia processing apparatus 20, and this loud speaker 62 is connected in the voice signal output interface 28 of this multimedia processing apparatus 20.
As shown in the figure, this video doorbell intercom receiver 11 comprises a voice signal input interface 111, an one voice signal output interface 112 and a signal of video signal output interface 113, wherein, this voice signal input interface 111 connects microphone 51, this voice signal output interface 112 connects a frequency detector (Frequency Detector) 114 and this multifrequency switch 30 respectively, this frequency detector 114 is connected in the general input/output unit 21 of this multimedia processing apparatus 20, can detect the different frequency that this video doorbell intercom receiver 11 is received by this frequency detector 114, comprise people's acoustic frequency and the tinkle of bells frequency or the like, connect the general input/output unit 21 of this analog-digital converter 40 and this multimedia processing apparatus 20 respectively as for this multifrequency switch 30, this analog-digital converter 40 is connected in the voice signal input interface 23 of this multimedia processing apparatus 20 again; This signal of video signal output interface 113 then is connected in the signal of video signal input interface 22 of this multimedia processing apparatus 20.
This phone receiver 12 comprises a voice signal input interface 121, a voice signal output interface 122 and a universal asynchronous receiving-transmitting transmitter 123, wherein, this voice signal input interface 121 electrically connects microphone 51, this voice signal output interface 122 electrically connects with this multifrequency switch 30, and this universal asynchronous receiving-transmitting transmitter 123 then interconnects with the universal asynchronous receiving-transmitting transmitter 24 of this multimedia processing apparatus 20.
In addition, this radio receiver 13 comprises a voice signal output interface 131, this voice signal output interface 131 electrically connects with this multifrequency switch 30, this television receiver 14 is connected in the string type perimeter interface 26 of this multimedia processing apparatus 20, and this radio receiver 13 and the television receiver 14 twin wire serial sequence interface 25 by this multimedia processing apparatus 20 interconnects.
Constitute information multimedia integration of the present utility model system by above-mentioned each member annexation, its actual operation workflow sees also Fig. 2 to embodiment illustrated in fig. 6.
Please consult Figure 1 and Figure 2 simultaneously, the operation workflow 200 when the people rings a doorbell, it comprises:
Step 201: by these video doorbell intercom receiver 11 receiving gate the tinkle of bells tone signal;
Step 202: by the voice signal output interface 112 out gate the tinkle of bells tone signal of this video doorbell intercom receiver 11;
Step 203:, transfer the doorbell voice signal to digital signal by this multifrequency switch 30 and analog-digital converter 40 simultaneously by these frequency detector 114 detecting gate ringing signals;
Step 204: digital signal is sent to this multimedia processing apparatus 20 by general input/output unit 21;
Step 205: by these multimedia processing apparatus 20 processing digital signal and produce emulation doorbell sound;
Step 206: emulation doorbell sound is sent to loud speaker 62 by voice signal output interface 28, and by these loud speaker 62 output analog gate the tinkle of bells, there is a ring at the door to notify the user; This analog gate the tinkle of bells can be that the chirp bird that is different from the normal door the tinkle of bells cries, or music etc., can freely set according to the user;
Step 207: by these multimedia processing apparatus 20 processing digital signal and generation prompting image, this prompting image can be images such as captions or figure;
Step 208: will point out image to be sent to display or projector 61 by signal of video signal output interface 27, by this display or projector's 61 display reminding images, there is a ring at the door to notify the user.
Mandatory declaration be, can be by the direct execution in step 207,208 of step 204, that is omit step 205,206, do not export the analog gate the tinkle of bells, only inform that in the noiseless mode of prompting image the user has the visitor; In like manner, also can omit step 207,208, only notify the user that the visitor is arranged with the analog gate the tinkle of bells.In addition in one embodiment, the user is native system broadcast listening when cooking by being arranged at the kitchen just, come when pressing doorbell as the visitor, native system can be according to user's prior setting, export the analog gate the tinkle of bells in the mode of interrupting broadcasting and point out the user, or be mode, only inform the user with output prompting image not interrupt broadcasting.
In like manner, if the user just televiews when cooking by the native system that is arranged at the kitchen, come when pressing doorbell as the visitor, native system can be according to user's prior setting, export the analog gate the tinkle of bells in the mode of interrupting the audio-visual broadcast of TV programme and point out the user, or be not interrupt the mode of the audio-visual broadcast of TV programme, only to inform the user with output prompting image; Wherein, the way of output of this prompting image can similar PIP, does not influence the TV programme image as far as possible and gets final product.
Please consult Fig. 1 and shown in Figure 3 simultaneously, the operation workflow 300 when the user desires to answer doorbell, it comprises:
Step 301: can set specific answering button or answer key in this contact panel or keyboard 52, provide the user to answer signal by contact panel or keyboard 52 inputs; In addition, the user also can import by the acoustic control mode and answer signal, for example, when the user says: when " answering ", native system promptly receives this instruction by speech recognition unit (not shown), and receive these audio interface by microphone 51 and listen signal, do not limit as for the set-up mode of this speech recognition unit, can be provided with separately or be arranged in this multimedia processing apparatus 20;
Step 302: will answer signal by microphone 51, contact panel or keyboard 52 and be sent to multimedia processing apparatus 20 by general input/output unit 21;
Step 303: will answer signal by general input/output unit 21 and be sent to multifrequency switch 30, and select source of sound by multifrequency switch 30;
Step 304: multifrequency switch 30 selected sources of sound are sent to analog-digital converter 40 carry out the switching of doorbell voice signal;
Step 305: the doorbell voice signal that switches is sent to loud speaker 62 by voice signal output interface 28, and by these loud speaker 62 out gate the tinkle of bells tone signal, the user can hear doorbell sound;
Step 306: carry out the doorbell signal of video signal by multimedia processing apparatus 20 and switch;
Step 307: the doorbell signal of video signal that switches is sent to display or projector 61 by signal of video signal output interface 27, and by this display or projector's 61 show images, the user can watch visitor (person of ringing a doorbell) image by display or projector 61.
Please consult Fig. 1 and shown in Figure 4 simultaneously, the operation workflow 400 when ring, it comprises:
Step 401: receive the telephone bell signal by phone receiver 12;
Step 402: by the voice signal output interface 122 output telephone bell signals of phone receiver 12;
Step 403: the universal asynchronous receiving-transmitting transmitter 123 by this phone receiver 12 is sent out the signal of telecommunication;
Step 404: incoming telephone signal is sent to multimedia processing apparatus 20 by this universal asynchronous receiving-transmitting transmitter 24;
Step 405: handle incoming telephone signal and produce the emulation telephone bell by this multimedia processing apparatus 20; This emulation telephone bell can be that the chirp bird that is different from the normal telephone the tinkle of bells cries, or music etc., can freely set according to the user;
Step 406: the emulation telephone bell is sent to loud speaker 62 by voice signal output interface 28,, notifies the user to send a telegram here by these loud speaker 62 output emulation telephone bells;
Step 407: handled incoming telephone signal and produced the prompting image by this multimedia processing apparatus 20, this prompting image can be images such as captions or figure;
Step 408: will point out image to be sent to display or projector 61, and, notify the user to send a telegram here by this display or projector's 61 display reminding images by signal of video signal output interface 27.
Mandatory declaration be, can be by the direct execution in step 407,408 of step 404, that is omit step 405,406, do not export the emulation telephone bell, only inform that in the noiseless mode of prompting image the user has incoming call; In like manner, also can omit step 407,408, only notify the user that incoming call is arranged with the emulation telephone bell.
In addition in one embodiment, the user is native system broadcast listening when cooking by being arranged at the kitchen just, when incoming call, native system can be according to user's prior setting, export the emulation telephone bell in the mode of interrupting broadcasting and point out the user, or be mode, only inform the user with output prompting image not interrupt broadcasting.In like manner, if the user just televiews when cooking by the native system that is arranged at the kitchen, when incoming call, native system can be according to user's prior setting, export the emulation telephone bell in the mode of interrupting the audio-visual broadcast of TV programme and point out the user, or be not interrupt the mode of the audio-visual broadcast of TV programme, only to inform the user with output prompting image; Wherein, the way of output of this prompting image can similar PIP, does not influence the TV programme image as far as possible and gets final product.
Please consult Fig. 1 and shown in Figure 5 simultaneously, the operation workflow 500 when the user desires to receive calls, it comprises:
Step 501: can set specific answering button or answer key in this contact panel or keyboard 52, provide the user to answer signal by contact panel or keyboard 52 inputs; In addition, the user also can import by the acoustic control mode and answer signal, for example, when the user says: when " answering ", native system promptly receives this instruction by speech recognition unit (not shown), and receive these audio interface by microphone 51 and listen signal, do not limit as for the set-up mode of this speech recognition unit, can be provided with separately or be arranged in this multimedia processing apparatus 20;
Step 502: will answer signal by microphone 51, contact panel or keyboard 52 and be sent to multimedia processing apparatus 20 by general input/output unit 21;
Step 503: will answer signal by general input/output unit 21 and be sent to multifrequency switch 30, and select source of sound by multifrequency switch 30;
Step 504: multifrequency switch 30 selected sources of sound are sent to analog-digital converter 40 carry out the switching of telephone bell signal;
Step 505: the telephone bell signal that switches is sent to loud speaker 62 by voice signal output interface 28, and by these loud speaker 62 output telephone bell signals, the user can hear telephone bell;
Step 506: produce the caller ID show image by multimedia processing apparatus 20;
Step 507: the caller ID show image is sent to display or projector 61 by signal of video signal output interface 27, shows caller ID by this display or projector 61, the user can learn caller ID.
Please consult Fig. 1 and shown in Figure 6 simultaneously, the operation workflow 600 when the user desires Outgoing Call, it comprises:
Step 601: the telephone number that the user transfers to by contact panel or keyboard 52 input desires; In addition, the user also can import by the acoustic control mode and answer signal, for example, when the user says: " dialing " and when continuing to read out telephone number, native system promptly receives this instruction by speech recognition unit (not shown), and receive these audio interface by microphone 51 and listen signal, do not limit as for the set-up mode of this speech recognition unit, can be provided with separately or be arranged in this multimedia processing apparatus 20;
Step 602: input signal is sent to multimedia processing apparatus 20 by general input/output unit 21 by contact panel or keyboard 52;
Step 603: handle input signal and produce output signal by multimedia processing apparatus 20;
Step 604: by universal asynchronous receiving-transmitting transmitter 24 output signal is sent to phone receiver 12 by multimedia processing apparatus 20;
Step 605: receive output signal by universal asynchronous receiving-transmitting transmitter 123 by phone receiver 12;
Step 606: carry out phone number dial by phone receiver 12, and send a dialing signal by universal asynchronous receiving-transmitting transmitter 123;
Step 607: receive this dialing signal by universal asynchronous receiving-transmitting transmitter 24 by multimedia processing apparatus 20;
Step 608: by general input/output unit 21 dialing signal is sent to multifrequency switch 30, selects source of sound by multifrequency switch 30;
Step 609: multifrequency switch 30 selected sources of sound are sent to analog-digital converter 40 carry out the telephone sound signal switching;
Step 610: the telephone sound signal that switches is sent to loud speaker 62 by voice signal output interface 28, and by these loud speaker 62 output telephone sound signals, the user can learn the dialing situation.
See also another embodiment Organization Chart of the utility model shown in Figure 7, it is based on the framework of Fig. 1, and the information multimedia integration system that present embodiment provided mainly is made of a plurality of receiver 10A, a multimedia processing apparatus 20, a multifrequency switch (Multi-Channel Switch) 30, one analog-digital converter (A/DConverter) 40, input unit 50 and output device 60; The characteristics of present embodiment are that these a plurality of receiver 10A are by wireless video doorbell intercom receiver 11A, a radiotelephone transceiver 12A, a wireless FM radio receiver 13A and a wireless digital TV-set (DVB-T) receiver 14A; Above-mentioned this a plurality of receiver 10A wireless connections one antenna sets 70, receive wireless video doorbell intercom signal 71, radiophone signal 72, radio broadcasting signal 73 and wireless television signal 74 by this wireless antenna group 70, and the signal wireless that is received can be sent to corresponding receiver.
In sum, the information multimedia integration system that the utility model provides, integrate output, input and the switching of phone and video doorbell, several multimedias are provided, and can receive calls, show caller ID and be connected the video doorbell, really can meet the vital functions demand, be fit to different occasions such as house, office and use.
Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the utility model.
Claims (30)
1, a kind of information multimedia integration system is characterized in that, comprises:
A plurality of receivers, these a plurality of receivers are in order to receive unlike signal;
One multimedia processing apparatus, this multimedia processing apparatus is in order to processing signals;
At least one multifrequency switch, this multifrequency switch electrically connects with these a plurality of receivers and this multimedia processing apparatus, receives and switch the signal of these a plurality of receivers by this multifrequency switch;
At least one analog-digital converter, this analog-digital converter and this multifrequency switch and this multimedia processing apparatus electrically connect, and simulate and the digital signal conversion by this analog-digital converter;
At least one input unit, this input unit and this multimedia processing apparatus electrically connect, by this input unit input signal;
At least one output device, this output device and this multimedia processing apparatus electrically connect, by this output device output signal.
2, information multimedia integration according to claim 1 system is characterized in that, this receiver comprises video doorbell intercom receiver, phone receiver, radio receiver or television receiver one of them or combination.
3, information multimedia integration according to claim 2 system is characterized in that this video doorbell intercom receiver electrically connects a frequency detector, and this frequency detector is in order to detect the different frequency that this video doorbell intercom receiver is received.
4, information multimedia integration according to claim 3 system is characterized in that the different frequency that this video doorbell intercom receiver that this frequency detector detected is received comprises people's acoustic frequency and the tinkle of bells frequency.
5, information multimedia integration according to claim 3 system is characterized in that this multimedia processing apparatus is provided with at least one general input/output unit, and this general input/output unit and this frequency detector electrically connect.
6, information multimedia integration according to claim 3 system is characterized in that this video doorbell intercom receiver comprises a voice signal output interface, and this voice signal output interface and this frequency detector and this multifrequency switch electrically connect.
7, information multimedia integration according to claim 6 system is characterized in that this video doorbell intercom receiver also comprises a voice signal input interface and a signal of video signal output interface.
8, information multimedia integration according to claim 7 system is characterized in that this voice signal input interface electrically connects this input unit.
9, information multimedia integration according to claim 8 system is characterized in that this input unit is at least one microphone.
10, information multimedia integration according to claim 7 system, it is characterized in that, this multimedia processing apparatus is provided with the signal of video signal input interface, and the signal of video signal output interface of this signal of video signal input interface and this video doorbell intercom receiver electrically connects.
11, information multimedia integration according to claim 2 system is characterized in that this video doorbell intercom receiver is a wireless video doorbell intercom receiver.
12, information multimedia integration according to claim 2 system is characterized in that this phone receiver comprises a universal asynchronous receiving-transmitting transmitter, a voice signal input interface and a voice signal output interface.
13, information multimedia integration according to claim 12 system, it is characterized in that, this multimedia processing apparatus is provided with at least one universal asynchronous receiving-transmitting transmitter, and the universal asynchronous receiving-transmitting transmitter of this universal asynchronous receiving-transmitting transmitter and this phone receiver electrically connects.
14, information multimedia integration according to claim 12 system is characterized in that this voice signal input interface electrically connects this input unit.
15, information multimedia integration according to claim 14 system is characterized in that this input unit is at least one microphone.
16, information multimedia integration according to claim 12 system is characterized in that, this voice signal output interface and this multifrequency switch electrically connect.
17, information multimedia integration according to claim 2 system is characterized in that this phone receiver is a radiotelephone transceiver.
18, information multimedia integration according to claim 2 system is characterized in that this multimedia processing apparatus is provided with at least one twin wire serial sequence interface, and this twin wire serial sequence interface and this radio receiver and this television receiver electrically connect.
19, information multimedia integration according to claim 2 system is characterized in that this radio receiver comprises a voice signal output interface.
20, information multimedia integration according to claim 19 system is characterized in that, this voice signal output interface and this multifrequency switch electrically connect.
21, information multimedia integration according to claim 2 system is characterized in that this radio receiver is a FM radio receiver.
22, information multimedia integration according to claim 2 system is characterized in that this multimedia processing apparatus is provided with at least one string type perimeter interface, and this string type perimeter interface and this television receiver electrically connect.
23, information multimedia integration according to claim 2 system is characterized in that this television receiver is a DTV receiver.
24, information multimedia integration according to claim 1 system is characterized in that these a plurality of receivers are wireless receiver, and this wireless receiver wireless connections one antenna sets is by this wireless antenna group of received wireless signal.
25, information multimedia integration according to claim 1 system is characterized in that this input unit comprises contact panel, keyboard or microphone.
26, information multimedia integration according to claim 25 system is characterized in that this multimedia processing apparatus is provided with at least one general input/output unit, and this general input/output unit and this contact panel, keyboard or microphone electrically connect.
27, information multimedia integration according to claim 1 system is characterized in that this output device comprises display, projector or loud speaker.
28, information multimedia integration according to claim 27 system is characterized in that this multimedia processing apparatus is provided with at least one signal of video signal output interface, and this signal of video signal output interface and this display and projector electrically connect.
29, information multimedia integration according to claim 27 system is characterized in that this multimedia processing apparatus is provided with at least one voice signal output interface, and this voice signal output interface and this loud speaker electrically connect.
30, information multimedia integration according to claim 1 system is characterized in that this multimedia processing apparatus is provided with at least one voice signal input interface, and this voice signal input interface and this analog-digital converter electrically connect.
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| Application Number | Priority Date | Filing Date | Title |
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| CNU2008201157946U CN201248115Y (en) | 2008-08-01 | 2008-08-01 | Information multimedia integration system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201157946U CN201248115Y (en) | 2008-08-01 | 2008-08-01 | Information multimedia integration system |
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| CN201248115Y true CN201248115Y (en) | 2009-05-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102118542A (en) * | 2010-01-06 | 2011-07-06 | 光宝科技股份有限公司 | Communication module, multimedia player and transceiving system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102118542A (en) * | 2010-01-06 | 2011-07-06 | 光宝科技股份有限公司 | Communication module, multimedia player and transceiving system |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090527 Termination date: 20170801 |