CN202978970U

CN202978970U - Wireless broadcast apparatus

Info

Publication number: CN202978970U
Application number: CN 201220328782
Authority: CN
Inventors: 林诠评
Original assignee: YONGDONG TECHNOLOGY Co Ltd
Current assignee: YONGDONG TECHNOLOGY Co Ltd
Priority date: 2012-07-09
Filing date: 2012-07-09
Publication date: 2013-06-05
Anticipated expiration: 2022-07-09

Abstract

A wireless broadcast apparatus comprises a host machine and a sub-machine. The host machine comprises a message module, a control module and a wireless transmission module. The sub-machine comprises a wireless reception module, a microprocessor, a voice conversion module, a voice output module and an electric power supply module. The message module generates a notification message, which is sequentially transmitted to the control module and the wireless transmission module, the notification message is converted to a wireless signal, the wireless reception module receives the wireless signal and restores the wireless signal to the notification message, meanwhile, the microprocessor identifies the notification message as a voice message which is directly displayed by the voice output module, or the microprocessor identifies the notify message as a character message, the character message is converted to an audio frequency signal by the voice conversion module, and the audio frequency signal is displayed by the voice output module, in addition, the electric power supply module provides power for the action of a plurality of modules of the sub-machine.

Description

Radio broadcasting device

Technical field

A kind of broadcast system refers to a kind ofly have multiple transmitting radio signals mode especially, and has the radio broadcasting device that independent current source and signal forward.

Background technology

Press, broadcast system is for using voice reporting chain for many years, it mainly contains a voice main frame and a plurality of handset that amplifies consists of, this voice main frame mainly has a microphone, an audio converter and a transmission unit and consists of, after this microphone receives the voice of first speaker, after transferring voice to an electric signal by this audio converter, be transferred on each this handset that amplifies by this transmission unit; And this handset that amplifies mainly has loudspeaker and this audio converter, after this audio converter receives this electric signal, and after this electric signal is transferred to these loudspeaker, just can be with the speech play of first speaker out.existing broadcast system is all to connect in wired mode, all to see through sound source wire to connect in early days, due to this type of sound source wire transmission is analog signal, be easy to be subject to noise jamming, or the decay of the long generation of communication distance, and the quality that causes giving orders or instructions is not good, and along with the progress of science and technology, the broadcast system that adopts digital signal to transmit is also arranged, no matter be so simulation or the broadcast system of numeral, there is inevitable disappearance, it is wired connection, for school, the large areas such as residential quarter, use the mode of wire transmission, carry out the connection of one-to-many, not only wiring is complicated, and, in follow-up track replacement and maintenance, all need to expend sizable manpower and time.

Therefore, just there is the dealer to develop with the broadcast system of wireless signal as transmission medium, as the Taiwan patent gazette, the multifrequency broadcast system device that No. the M420946th, notification number is made of a broadcast system slave that is located at the broadcast system main frame of management and control end and is located at terminal more than; Each broadcast system slave of mat can also be received/send out module by the multi-frequency radio signal and the external world sets up the WCDMA/GSM mobile phone, WiFi/WiMax public's wireless network signal transceiver channel and AM/FM radio station phonetic incepting channel; Make the broadcast system main frame and be connected with the broadcast system slave and broadcast use except increasing at ordinary times the above-mentioned channel of utilizing of selection, when between broadcast system main frame and broadcast system slave, the situation of lost contact being arranged, what the broadcast system slave was set up comprises above-mentioned Channel-shifted under the unit operating mode, can provide the various communication tools of long-range or near-end or Internet access to enter the broadcast system slave and carry out broadcasting; And can also receive at random from the voice content in AM/FM radio station and play on the broadcast loudspeaker.

so, this piece patent has suitable disappearance, be between broadcast system main frame and broadcast system slave during lost contact, the broadcast system slave must see through third party device and broadcast running, and can't independently operate voluntarily, and, broadcast system slave itself can't provide the message of voice circular, be dependent on the transmission of broadcast system main frame or third party device fully and need to dial the voice content of putting, moreover, although existing transmitting radio signals frequency range all has certain transmission quantity, but can learn in practical operation, speech sound signal is when transmission, if keep good speech level, its frequency range that occupies is also quite huge, and lay special stress on can be applicable to disaster caused by a windstorm in this piece patent, under the emergencies such as fire etc. are unexpected, but under unexpected state, be not that all types of wireless transmission signals can maintain good transmitting bandwidth, therefore, the speech sound signal of transmission high power capacity, will certainly cause the sound message quality not good, the situation of even disconnected news produces.

The utility model content

Because above-mentioned demand, the inventor hence studies intensively, and long-pending individual is engaged in the many years of experience of this cause, designs eventually a kind of brand-new radio broadcasting device.

A purpose of the present utility model aims to provide a kind of radio broadcasting device with multiple transmitting radio signals agreement.

Another purpose of the present utility model aims to provide a kind of radio broadcasting device that does not need to connect the external power source end.

Another purpose of the present utility model aims to provide and a kind ofly word can be transferred to the radio broadcasting device of voice and overseas broadcast

Another purpose of the present utility model aims to provide a kind of radio broadcasting device that can circulate a notice of according to the external environment state

For reaching above-mentioned purpose, radio broadcasting device of the present utility model, it comprises a main frame and a handset, this main frame comprises:

One message module produces a circular message;

One control module is electrically connected with this message module, and receives this circular message;

One wireless transport module is electrically connected with this control module, should circulate a notice of message and transfer a wireless signal to and externally transmit;

This handset comprises:

One wireless receiving module receives this wireless signal and is reduced to this circular message;

One microprocessor is electrically connected with this wireless receiving module, and it receives and identifies the kenel of this circular message;

One voice conversion module is electrically connected with this microprocessor, and it receives that this microprocessor is identified this circular message and the message language that produces transfers this word message to an audio signal;

One voice output module, be electrically connected with this microprocessor, this voice conversion module respectively, it receives respectively that this microprocessor is identified this circular message and the sound message that produces and receive this audio signal, and this sound message and this audio signal are externally play;

One supply of electric power module, the electric power when it moves in order to described a plurality of modules that this handset is provided.

For reaching above-mentioned purpose, the utility model radio broadcasting device comprises a main frame and a handset, and this main frame comprises:

One message module is in order to produce a circular message;

One control module that is electrically connected with this message module, it receives this circular message;

One wireless transport module, it comprises one first wireless transport module, one second wireless transport module and one the 3rd wireless transport module, described a plurality of wireless transport module and this message module are electrically connected, and a wireless signal that this circular message is transferred to corresponding its unlimited communications protocol externally transmits.

This handset comprises:

One wireless receiving module, it comprises one first wireless receiving module, one second wireless receiving module and one the 3rd wireless receiving module, described a plurality of wireless receiving modules receive this wireless signal corresponding with its home control network communication protocol, and are reduced to this circular message;

One microprocessor that is electrically connected with this wireless receiving module, it receives and identifies the kenel of this circular message;

One voice conversion module that is electrically connected with this microprocessor, it receives that this microprocessor is identified this circular message and this word message of producing transfers this word message to audio signal;

The one voice output module that is electrically connected with this microprocessor, this voice conversion module respectively, it receives respectively that this microprocessor is identified this circular message and this sound message of producing and receive this audio signal, and this sound message and this audio signal are externally play;

One supply of electric power module, the electric power when moving in order to described a plurality of modules that this handset is provided.

One message module produces a circular message;

This handset comprises:

One supply of electric power module, it comprises a battery and one and the solar panels that are electrically connected of this battery, the electric power of this battery when described a plurality of modules action of this handset to be provided;

One storage module that is electrically connected with this microprocessor, this circular message that this microprocessor will receive is stored in this storage module;

One sensing module that is electrically connected with this microprocessor, it produces this sensing signal transmission to this microprocessor, and this microprocessor reads this circular message that this message module stores according to this sensing signal, make this voice output module produce and circulate a notice of.

Description of drawings

Fig. 1 is the utility model preferred embodiment block architecture diagram one.

Fig. 2 is the utility model preferred embodiment block architecture diagram two.

Fig. 3 is the utility model preferred embodiment block architecture diagram three.

Fig. 4 is the utility model preferred embodiment block architecture diagram four.

Fig. 5 is the utility model preferred embodiment block architecture diagram five.

Fig. 6 is the utility model preferred embodiment block architecture diagram six.

Fig. 7 is the utility model preferred embodiment block architecture diagram seven.

Fig. 8 is the utility model preferred embodiment block architecture diagram eight.

Description of reference numerals

1 main frame

11 message modules

111 message languages

112 sound messages

12 control modules

13 wireless transport modules

131 first wireless transport modules

132 second wireless transport modules

133 the 3rd wireless transport modules

2 handsets

21 wireless receiving modules

211 first wireless receiving modules

212 second wireless receiving modules

213 the 3rd wireless receiving modules

22 microprocessors

23 voice output modules

24 voice conversion module

25 supply of electric power modules

251 civil powers

252 generators

253 solar panels

254 batteries

26 storage modules

27 setting modules

28 sensing modules

281,282 transducers

Embodiment

Understand content of the present utility model for your juror can be known, the accompanying drawing of only arranging in pairs or groups in the following instructions please be consulted.

Please refer to shown in Fig. 1,2, be the utility model preferred embodiment block architecture diagram one, two, the utility model radio broadcasting device comprises a main frame 1 and a handset 2, wherein:

This main frame 1 comprises a message module 11, a control module 12, a wireless transport module 13, wherein:

This message module 11 produces a circular message with a message language 111 or a sound message 112, and message language 111 or sound message 112 can be stored in this message module 11 in advance, when transmitting, extract again by needs and externally output, moreover this circular message can the word kenel, voice kenel or language and characters mix kenel;

This control module 12 is electrically connected with this message module 11, and receives this circular message;

This wireless transport module 13 is electrically connected with this control module 12, should circulate a notice of message and transfer a wireless signal to and externally transmit;

This handset 2 comprises a wireless receiving module 21, a microprocessor 22, a voice output module 23, a voice conversion module 24 and a supply of electric power module 25, wherein:

this wireless receiving module 21 receives this wireless signal, and this wireless signal is reduced to this circular message, it should be noted, this wireless signal of this wireless transport module 13 and this wireless receiving module 21 is for being selected from ZigBee, GPRS, WiFi, GSM, 3G, one of them of HSDPA or WiMax form home control network communication protocol group, and between this wireless receiving module 21 and this wireless transport module 13, the home control network communication protocol that both adopt is equity, if i.e. these wireless transport module 13 transmission is that the WiFi signal produces module, this wireless receiving module 21 is the WiFI signal receiving module.

this microprocessor 22 is electrically connected with this wireless receiving module 21, it receives this circular message of these wireless receiving module 21 transmission, and identify the kenel of this circular message, kenel difference according to this circular message transfers to this voice conversion module 24 or this voice output module 23, when this circular message when this microprocessor 22 is identified as this word message 111, this word message 111 just can be transferred to this voice conversion module 24, or, when this circular message when this microprocessor 22 is identified as this sound message 112, this sound message 112 just can be transferred to this voice output module 23,

This voice conversion module 24 is electrically connected with this microprocessor 22, and this voice conversion module 24 transfers this word message 111 of these microprocessor 22 transmission to an audio signal;

This voice output module 23 is electrically connected with this microprocessor 22, this voice conversion module 24 respectively, it receives respectively this sound message 112 and this audio signal, this sound message 112 and this audio signal are externally play, again the better teacher of this voice output module 23 to implement aspect be loud speaker or loudspeaker;

This supply of electric power module 25 is electrically connected with the external power source end, its electric power during in order to this wireless receiving module 21 that this handset 2 is provided, this microprocessor 22, this voice output module 23, this voice conversion module 24 action.

when above-mentioned this main frame 1 moves with this handset 2, at first, this message module 11 produces this circular message and transfers to this control module 12, after receiving this circular message, this control module 12 transfers to this wireless transport module 13, this wireless transport module 13 should be circulated a notice of message and transfer this wireless signal to and externally transmit, then, this wireless receiving module 11 receives this wireless signal and is reduced to this circular message, this microprocessor 22 will be identified the kenel of this circular message this moment, be this sound message 112 as this circular message, directly this sound message 112 being transferred to this voice output module 23 plays, otherwise, this circular message is this word message 111, this word message 111 is transferred to this voice conversion module 24, after this voice conversion module 24 transfers this word message 111 to audio signal, play by this voice output module 23 again.

Moreover, stability when improving transmitting radio signals, and in response to different emergency situations, this wireless transport module 13 will be set to a plurality of with this wireless receiving module 21, and transmit with this wireless signal of a plurality of different radio communications protocol, because home control network communication protocol is not technical characterictic of the present utility model, and in order to be beneficial to explanation, be most principles that arrange at this wireless transport module 13 of this diagrammatic illustration and this wireless receiving module 21, for example:

One, ZigBee is lower powered short range wireless transmission, in the utility model, can be applicable to meeting room broadcasting, lecture hall broadcasting or periodic short distance broadcasting, can effectively reduce the consumption of electric power;

Two, WiFi/WiMax is the highest wireless transmission of wide usage, and its transmission range and the obstacle penetration power good, in the utility model, be applicable in the residential quarter radio broadcasting in broadcasting, campus broadcasting or medium-and-large-sized zone; Therefore, this wireless transport module 13 transmits from the wireless communication transmission agreement that this wireless receiving module 21 has multiple different kenels simultaneously, and use in the zone that can contain simultaneously different magnitude range, and state that can be when using, selects different wireless communication transmission agreements to use.If take school as example, please coordinate simultaneously consult shown in Figure 3, be the utility model preferred embodiment block architecture diagram three, school arranges this main frame 1 and a plurality of these handsets 2, and in this main frame 1 and these handsets 2, this wireless transport module 13 comprises one first wireless transport module 131, one second wireless transport module 132 and one the 3rd wireless transport module 133; And this wireless receiving module 21 comprises one first wireless receiving module 211, one second wireless receiving module 212 and one the 3rd wireless receiving module 213, and this first wireless transport module 131 is ZigBee with this wireless signal of this first wireless receiving module 211, this second wireless transport module 132 is GPRS with this wireless signal of this second wireless receiving module 212, and the 3rd wireless transport module 133 is WiFi with this wireless signal of the 3rd wireless receiving module 213.At this moment, if want to carry out the broadcasting of whole school's property, after this control module 12 is set as the WiFI transmission, select the 3rd wireless transport module 133 these circular messages of transmission, described a plurality of handset 2 will receive this circular message with the 3rd wireless receiving module 213, and for example when the large-scale studio broadcasts such as activity centre, after this control module 12 is set as the ZigBee transmission, select this first wireless transport module 131 these circular messages of transmission, described a plurality of handsets 2 will receive this circular message with a wireless receiving module 211.

see also Fig. 4, shown in 5, be the utility model preferred embodiment block architecture diagram four, five, the present embodiment is compared to the difference of previous embodiment, this supply of electric power module 25 and a civil power 251, one generator 252, the power ends such as one solar panels 253 or a battery 254 are electrically connected, carry out supply of electric power and bring in the power supply of different kenels in many, use corresponding different emergency situations, for example under normal condition, use these solar panels 253 to power daytime, and electric power is stored in this battery 254, to evening or when outage, adopt this generator 252 or this battery 254 to power, moreover, it should be noted, this handset 2 is except said external connects these solar panels 253 or this battery 254, further these solar panels 253 or this battery 254 can be arranged at its inside, convenience when using to promote.This solar panels 253 are one of them of the solar panels group that is selected from mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate, thin film solar plate or dye sensitization of solar plate and forms, and this battery 254 is one of them of the battery group that is selected from nickel-cadmium cell, Ni-MH battery, lithium ion battery, lithium polymer battery or lead-acid battery and forms.

See also shown in Figure 6ly, be the utility model preferred embodiment block architecture diagram six, the present embodiment is compared to the difference of previous embodiment, and this handset 2 inside further are provided with a storage module 26 and a setting module 27, wherein:

this storage module 26 is electrically connected with this microprocessor 22, (this circulates a notice of the process that message produces and transmits to this circular message of this main frame 1 transmission, see also Fig. 1, 2 embodiment explanation, do not repeat them here), except directly being put by 2 groups of this handsets, also can be stored in this storage module 26 inside, this storage module 26 is for being selected from the CF card, the MS card, the MGMS card, the Dou-MS card, the Pro-MS card, mmc card, mmc card, the RSMMC card, the SD card, Mini SD card, one of them of SM card or XD card form memory card group, or RAM, EROM, EEROM, EPROM, EEPROM, FLASH, SDRAM, DRAM, one of them of DDR-SDRAM forms internal memory group,

This setting module 27 is electrically connected with this microprocessor 22, its these control module 12 remote connections to this handset 2 for this main frame 1 is carried out setting operation, namely this control module 12 can be in this handset 2, set time that this voice output module 23 circulates a notice of, number of times etc. and set, management simultaneously being stored in this circular message in this storage module 26.

see also shown in Figure 7, be the utility model preferred embodiment block architecture diagram seven, the present embodiment is compared to the difference of previous embodiment, this handset further is provided with a sensing module 28, this sensing module 28 is electrically connected with this microprocessor 22, when producing, this sensing module 28 measures external environment when abnormal, to produce a sensing signal transmission to this microprocessor 22, this microprocessor 22 is just by extracting in this storage module 26 this circular message that should the sensing signal state, (this circular message transfers to the explanation that this voice output module 23 is circulated a notice of to carry out the voice circular by this voice output module 23, see also Fig. 1, 2 embodiment explanation, do not repeat them here), this sensing module 28 can be the earthquake sensing module, the smoke sensing module, temperature sensing module etc.In other words, be the smog detecting mould as this sensing module 28, and it is abnormal to sense smoke condition, just produce this sensing signal transmission to this microprocessor 22, this microprocessor 22 just by extracting fire alarm circular message in this storage module 26, extremely maybe might produce the notice of fire and circulate a notice of smog things by this voice output module 23; Moreover, this sensing module 28 is except being arranged at this handset 2, also the transducer 281 of this handset 2 with the outside can be electrically connected, or, outside transducer 282 is for having the function of wireless transmission, and this handset 2 can receive the sensing signal that this transducer 282 produces by this wireless receiving module 21.Because this wireless receiving module 21 has multiple different transmitting radio signals agreement (see also the embodiment explanation of earlier figures 1-3, be not repeated herein), and can receive the sensing signal of these transducer 282 generations of different radio host-host protocol.

see also shown in Figure 8, be the utility model preferred embodiment block architecture diagram eight, the present embodiment is for integrating the enforcement state of earlier figures 1-7, and each assembly explanation sees also the corresponding explanation paragraph of accompanying drawing, narrate no longer one by one at this, it should be noted, the present embodiment is only in order to be beneficial to the integration of expression the utility model all functions square, and non-limiting the utility model must comprise whole frameworks simultaneously, therefore, described a plurality of modules of this main frame 1 or this handset 2, as this storage module 26, this setting module 27, this sensing module 28 etc., difference in the time of implementing according to reality, and select needed combination, so this handset 2 is in conjunction with this storage module 26, arbitrary combination of this setting module 27 or this sensing module 28, all be contained in the category that the utility model the scope of the claims is protected.

At the framework of this diagrammatic illustration the present embodiment, describe in detail and see also aforementioned each embodiment the description of the drawings, this is wireless, and wide broadcast system comprises this main frame 1 and this handset 2, wherein:

This main frame 1 comprises this message module 11, this control module 12 and this wireless transport module 13, wherein:

This message module 11 produces circular messages with a message language 111 or a sound message 112, and message language 111 or sound message 112 can be stored in this message module 11 in advance, extracts when needs transmit again and externally exports;

This wireless transport module 13 comprises this first wireless transport module 131, this second wireless transport module 132 and the 3rd wireless transport module 133, these wireless transport modules and this message module 11 are electrically connected, and this wireless signal that this circular message is transferred to corresponding its unlimited communications protocol externally transmits.

This main frame 1 can be the terminating machines such as computer, mobile computer, mobile communication device, and this message module 11 will correspond to screen in conjunction with the word input of keyboard, screen combination of touch control panel and show device; 12 of this control modules are for to write with program language the software kenel that forms, and be stored in the built-in Storage Media of terminating machine, the for example memory card of the hard disk of computer or mobile computer, mobile communication device, flash memory, solid state hard disc etc., and read this control module 12 by the central processing unit of terminating machine and carry out; 13 of this wireless transport modules can be wireless network card, 3G network card, GSM/GPRS communication chip, all are provided with the radio transmitting device of multiple wireless transmission protocol due to existing terminating machine inside, therefore, meet the setting of this main frame 1 of the present utility model fully.

Moreover, when this main frame 1 is the broadcast system private host, this message module 11 will correspond to screen in conjunction with the word input of keyboard, screen combination of touch control panel and show device, and this control module 12 can be electronic circuit form, packaged type electronic building brick or is integrated integrated circuit form with this wireless transport module 13.

This handset 2 comprises this wireless receiving module 21, this microprocessor 22, this voice output module 23, this voice conversion module 24, this supply of electric power module 25, this storage module 26, this setting module 27 and this sensing module 28, wherein:

This wireless receiving module 21, it comprises this first wireless receiving module 211, this second wireless receiving module 212 and the 3rd wireless receiving module 213, described a plurality of wireless receiving module 21 receives this wireless signal corresponding with its home control network communication protocol, and is reduced to this circular message;

This microprocessor 22 is electrically connected with this wireless receiving module 21, and it receives and identifies the kenel of this circular message;

This voice conversion module 24 is electrically connected with this microprocessor 22, and it receives these microprocessor 22 these circular messages of identification and this word message 111 of producing, transfers this word message 111 to this audio signal;

This voice output module 23 is electrically connected with this microprocessor 22, this voice conversion module 24 respectively, it receives respectively this microprocessor 22 these circular messages of identification and this sound message 112 of producing and receive this audio signal, and this sound message 112 and this audio signal are externally play;

This supply of electric power module 25 comprises this battery 254 and these solar panels 253, electric power when this battery 254 moves in order to described a plurality of modules that this handset 2 is provided, and this supply of electric power module 25 can be respectively and the power end of outside, as electric connections such as this civil power 251, this generator 252, these solar panels 253 or this batteries 254;

This storage module 26 is electrically connected with this microprocessor 22, and it stores this circular message;

This setting module 27 is electrically connected with this microprocessor 22, and its these control module 12 remote connections to this handset 2 for this main frame 1 is carried out setting operation;

This sensing module 28 is electrically connected with this microprocessor 22, it produces this sensing signal transmission to this microprocessor 22, this microprocessor 22 reads this circular message that this message module 11 stores according to this sensing signal, this voice output module 23 of this order produces circular.

The above description of this invention is illustrative, and nonrestrictive, and those skilled in the art is understood, and can carry out many modifications, variation or equivalence to it within spirit that claim limits and scope, but they will fall within the scope of protection of the present invention all.

Claims

1. radio broadcasting device, it comprises a main frame and a handset, it is characterized in that,

This main frame comprises:

One message module produces a circular message;

This handset comprises:

2. radio broadcasting device as claimed in claim 1, is characterized in that, this circular message is message language or sound message.

3. radio broadcasting device as claimed in claim 1, it is characterized in that, this wireless signal of this wireless transport module and this wireless receiving module is one of them of the home control network communication protocol group that is selected from that ZigBee, GPRS, WiFi, GSM, 3G, HSDPA or WiMax form.

4. radio broadcasting device as claimed in claim 1, is characterized in that, this wireless transport module and this wireless receiving module are a plurality of settings, and with this transmitting radio signals of a plurality of different radio communications protocol.

5. radio broadcasting device as claimed in claim 1, is characterized in that, this wireless transport module comprises one first wireless transport module, one second wireless transport module and one the 3rd wireless transport module; And this wireless receiving module comprises one first wireless receiving module, one second wireless receiving module and one the 3rd wireless receiving module.

6. radio broadcasting device as claimed in claim 5, it is characterized in that, this wireless signal of this first wireless transport module and this first wireless receiving module is ZigBee, this wireless signal of this second wireless transport module and this second wireless receiving module is GPRS/GPS, and this wireless signal of the 3rd wireless transport module and the 3rd wireless receiving module is WiFi.

7. radio broadcasting device as claimed in claim 1, it is characterized in that, this supply of electric power module more comprises solar panels, and these solar panels are one of them of the solar panels group that is selected from that mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate, thin film solar plate or dye sensitization of solar plate form.

8. radio broadcasting device as claimed in claim 1, it is characterized in that, this supply of electric power module is a battery, and this battery is to be selected from one of them of battery group that nickel-cadmium cell, Ni-MH battery, lithium ion battery, lithium polymer battery or lead-acid battery form.

9. radio broadcasting device as claimed in claim 1, is characterized in that, this supply of electric power module is the power end electric connection default with the outside, and is civil power, generator or solar panels.

10. radio broadcasting device as claimed in claim 1, is characterized in that, this handset more comprises a setting module that is electrically connected with this microprocessor, and its this control module remote connection to this handset for this main frame is carried out setting operation.

11. radio broadcasting device as claimed in claim 1 is characterized in that, this handset more comprises a storage module that is electrically connected with this microprocessor, and it stores this circular message.

12. radio broadcasting device as claimed in claim 11, it is characterized in that, this storage module is one of them of the memory card group that is selected from that CF card, MS card, MGMS card, Dou-MS card, Pro-MS card, mmc card, mmc card, RSMMC card, SD card, Mini SD card, SM card or XD card form, or one of them of RAM, EROM, EEROM, EPROM, EEPROM, FLASH, SDRAM, DRAM, the DDR-SDRAM internal memory group that forms.

13. radio broadcasting device as claimed in claim 1 is characterized in that, this handset more comprises a sensing module that is electrically connected with this microprocessor, and it produces a sensing signal transmission to this microprocessor.

14. radio broadcasting device as claimed in claim 13 is characterized in that, this microprocessor makes this voice output module produce circular according to this sensing signal.

15. a radio broadcasting device, it comprises a main frame and a handset, it is characterized in that

This main frame comprises:

One message module produces a circular message;

One wireless transport module, it comprises one first wireless transport module, one second wireless transport module and one the 3rd wireless transport module, described a plurality of wireless transport module and this message module are electrically connected, and a wireless signal that this circular message is transferred to corresponding its unlimited communications protocol externally transmits;

This handset comprises:

16. radio broadcasting device as claimed in claim 15, it is characterized in that, this wireless signal of this first wireless transport module and this first wireless receiving module is ZigBee, this wireless signal of this second wireless transport module and this second wireless receiving module is GPRS/GPS, and this wireless signal of the 3rd wireless transport module and the 3rd wireless receiving module is WiFi.

17. radio broadcasting device as claimed in claim 15, it is characterized in that, this supply of electric power module more comprises solar panels, and these solar panels are one of them of the solar panels group that is selected from that mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate, thin film solar plate or dye sensitization of solar plate form.

18. radio broadcasting device as claimed in claim 15, it is characterized in that, this supply of electric power module is a battery, and this battery is to be selected from one of them of battery group that nickel-cadmium cell, Ni-MH battery, lithium ion battery, lithium polymer battery or lead-acid battery form.

19. radio broadcasting device as claimed in claim 15 is characterized in that, this supply of electric power module is the power end electric connection default with the outside, and is civil power, generator or solar panels.

20. radio broadcasting device as claimed in claim 15 is characterized in that, this handset more comprises a setting module that is electrically connected with this microprocessor, and its this control module remote connection to this handset for this main frame is carried out setting operation.

21. radio broadcasting device as claimed in claim 15 is characterized in that, this handset more comprises a storage module that is electrically connected with this microprocessor, and it stores this circular message.

22. radio broadcasting device as claimed in claim 21, it is characterized in that, this storage module is one of them of the memory card group that is selected from that CF card, MS card, MGMS card, Dou-MS card, Pro-MS card, mmc card, mmc card, RSMMC card, SD card, Mini SD card, SM card or XD card form, or one of them of RAM, EROM, EEROM, EPROM, EEPROM, FLASH, SDRAM, DRAM, the DDR-SDRAM internal memory group that forms.

23. radio broadcasting device as claimed in claim 15 is characterized in that, this handset more comprises a sensing module that is electrically connected with this microprocessor, and it produces a sensing signal transmission to this microprocessor.

24. radio broadcasting device as claimed in claim 23 is characterized in that, this microprocessor makes this voice output module produce circular according to this sensing signal.

25. a radio broadcasting device, it comprises a main frame and a handset, it is characterized in that

This main frame comprises:

One message module produces a circular message;

This handset comprises:

One storage module is electrically connected with this microprocessor, and it stores this circular message;

One sensing module is electrically connected with this microprocessor, and it produces a sensing signal transmission to this microprocessor, and this microprocessor reads this circular message that this message module stores according to this sensing signal, makes this voice output module produce circular.

26. radio broadcasting device as claimed in claim 25 is characterized in that, this circular message is message language or sound message.

27. radio broadcasting device as claimed in claim 25, it is characterized in that, this wireless signal of this wireless transport module and this wireless receiving module is one of them of the home control network communication protocol group that is selected from that ZigBee, GPRS, WiFi, GSM, 3G, HSDPA or WiMax form.

28. radio broadcasting device as claimed in claim 25 is characterized in that, this wireless transport module and this wireless receiving module are a plurality of settings, and with this transmitting radio signals of a plurality of different radio communications protocol.

29. radio broadcasting device as claimed in claim 25 is characterized in that, this wireless transport module comprises one first wireless transport module, one second wireless transport module and one the 3rd wireless transport module; And this wireless receiving module comprises one first wireless receiving module, one second wireless receiving module and one the 3rd wireless receiving module.

30. radio broadcasting device as claimed in claim 29, it is characterized in that, this wireless signal of this first wireless transport module and this first wireless receiving module is ZigBee, this wireless signal of this second wireless transport module and this second wireless receiving module is GPRS/GPS, and this wireless signal of the 3rd wireless transport module and the 3rd wireless receiving module is WiFi.

31. radio broadcasting device as claimed in claim 25, it is characterized in that, these solar panels are one of them of the solar panels group that is selected from that mono-crystalline silicon solar plate, polycrystalline silicon solar plate, amorphous silicon solar energy plate, thin film solar plate or dye sensitization of solar plate form.

32. radio broadcasting device as claimed in claim 25 is characterized in that, this battery is to be selected from one of them of battery group that nickel-cadmium cell, Ni-MH battery, lithium ion battery, lithium polymer battery or lead-acid battery form.

33. radio broadcasting device as claimed in claim 25 is characterized in that, this supply of electric power module is the power end electric connection default with the outside, and is civil power, generator or solar panels.

34. radio broadcasting device as claimed in claim 25 is characterized in that, this handset more comprises a setting module that is electrically connected with this microprocessor, and its this control module remote connection to this handset for this main frame is carried out setting operation.

35. radio broadcasting device as claimed in claim 25, it is characterized in that, this storage module is one of them of the memory card group that is selected from that CF card, MS card, MGMS card, Dou-MS card, Pro-MS card, mmc card, mmc card, RSMMC card, SD card, Mini SD card, SM card or XD card form, or one of them of RAM, EROM, EEROM, EPROM, EEPROM, FLASH, SDRAM, DRAM, the DDR-SDRAM internal memory group that forms.