TWI623215B - A communicating method for a cloud server - Google Patents

Abstract

A mobile communication method for a mobile device is implemented by a mobile device, and the steps include: (1) receiving a trigger signal and recording an external voice or sound or video and audio, the trigger signal being one of the mobile devices a screen button or a button connected to the mobile device wirelessly or wiredly to receive a trigger; (2) converting the voice or sound or video to the stream signal; (3) outputting the stream signal to a cloud system; 4) continuously receiving the streaming signal received by the cloud system from other mobile devices.

Description

Inter-network communication method for radio cloud system

A method for inter-network communication, in particular, an inter-network communication method for a radio cloud system and a communication method for a mobile device.

The mobile device has developed rapidly in recent decades, and the industrial evolution has also turned over several times. The communication within the GSM system and the prevalence of 4G and mobile networks have officially made cross-network communication mainstream, as well as many new communication applications, such as social networking, textures, text messaging and so on. However, existing communication technologies lack communication modes in the form of broadcasting, and there are many restrictions on their use. For example, current mobile devices cannot communicate with most individuals at the same time as, for example, a radio call mode, nor can they make a broadcast call to a plurality of recipients in the manner of a radio walkie-talkie.

In order to solve the communication mode that the existing mobile device lacks a radio-like walkie-talkie, the present invention provides a broadcast communication method for a mobile device, which is executed by a mobile device, and the steps include: Receiving a trigger signal and recording an external voice or sound or video and audio, the trigger signal is generated by one of the touch screen buttons of the mobile device or a button connected to the mobile device wirelessly or wiredly; receiving the voice or Sound or video is the stream signal; Outputting the stream signal to a cloud system; and continuously receiving the stream signal received by the cloud system from other mobile devices.

The mobile device receives the streaming message transmitted by the plurality of pseudo-radio communication channels of the cloud system, and selects to transmit the streaming message to different pseudo-radio communication channels when receiving the trigger signal.

The mobile phone receives a function tag of the cloud system, and the mobile phone requests to play the function tag in an open permission request, and the open permission request includes a satellite positioning address and an identity authentication.

The mobile device is connected to the adjacent mobile device by a Bluetooth connection and transmits the streaming message.

The invention further provides an inter-network communication method for a radio cloud system, which is executed by a cloud system and performs streaming message transmission with a plurality of mobile devices joining the cloud system, the steps comprising: providing a plurality of pseudo-radio communication channels Each channel accepts the participation of each mobile device, and each of the intended radio communication channels outputs and receives the streaming message separately from the participating mobile devices; and receives the streaming message output by each mobile device participating in the different intended radio communication channel; And transmitting the streamed message received by each of the intended radio communication channels to the mobile device participating in the intended radio communication channel.

The step of transmitting the streamed message received by each of the intended radio communication channels to the mobile device participating in the intended radio communication channel, the cloud system is configured to output the streamed message to each mobile device that is required to be opened. .

The cloud system receives a network signal from a radio gateway of the network connection, converts it into a serial signal, broadcasts it to each mobile device, and outputs the received serial signal as a network signal to the network signal. a plurality of radio communication devices connected to the radio gateway.

The cloud system receives an object signal detected by an IoT device component, and outputs a stream message according to the received IOT signal to each mobile device participating in the specific intended radio communication channel.

The specific pseudo-radio communication channel in the cloud system generates a function label, and determines that each participating mobile device plays the stream message corresponding to the function label after satisfying an open permission request.

As can be seen from the foregoing description, the present invention has the following features and achieves the following technical effects:

1. The mobile device 30 can perform a communication function similar to a radiotelephone through the cloud system 50, and can also communicate with an ordinary radiotelephone in an approximate form.

2. A variety of channels with different functional attributes, users can choose to join channels with different functions through devices such as mobile phones, receive streaming voice messages from other users participating in the channel, and users can simply use In the form of a voice call after the radiotelephone is pressed, a streaming voice message is transmitted to other users.

3. The present invention can be used for unsynchronized messages, and by transmitting streaming messages, the recipient can choose the time of reply.

4. The mobile phone user can select the appropriate channel to continuously receive the road condition, message and warning, which is very convenient for the driver to use, reduce the need to continuously watch the text during the driving process, and improve the safety of the road.

10‧‧‧Radio communication device

20‧‧‧Radio gateway

30‧‧‧Mobile devices

50‧‧‧Cloud System

70‧‧‧Linking device

80‧‧‧Internet of Things components

1 is a block diagram of a system in accordance with a preferred embodiment of the present invention.

Figure 2 is a schematic illustration of the use of a preferred embodiment of the present invention.

Referring to FIG. 1 and FIG. 2, a block diagram of a communication system of a mobile device of the present invention and a communication system for an inter-network communication method of a radio cloud system, the communication system includes a cloud system 50 and a mobile device 30, which may further include a radio. The communication device 10, a radio gateway 20 and a connecting device 70.

The radio communication device 10 can be a walkie-talkie. The radio communication device 10 and the radio gateway 20 are connected to a radio signal. The frequency band of the radio signal is not limited, and may be different according to national regulations, and is generally in the frequency range of kHz to GHz. The specifications and protocols of the radio signal are not limited, for example, a CTCSS system (Continuous Tone Coded Squelch System), or a DCS system (Digital-Coded Squelch), which includes an internal code in the outputted radio signal, or the limitation is only applicable. The radio signal with the inner code is received. The radio signal including the inner code can use the inner code to simultaneously output other types of data, such as GPS address, text, code, and the like.

The radio gateway 20 receives the radio signal output by the radio terminal, converts the radio signal into a network signal, and outputs the network signal to the cloud system 50. The radio communication device 10 also receives the network signal output by the cloud system 50, converts the network signal to the radio signal, and broadcasts the radio signal to all or part of the radio communication device 10 to complete the two-way. Communication purpose.

The radio gateway 20 in the embodiment of the present invention forms a plurality of communication channels, and each radio communication device 10 and the radio gateway 20 can complete message communication via a preset or selected communication channel. Different communication channel configurations allow the selected radio communication device 10 to complete a particular group of radio communications through the radio gateway 20 within the group. In general, the radio gateway 20 and each radio communication device 10 are transmitted in a broadcast manner.

The radio gateway 20 is connected to the cloud system 50 for connection to a physical network signal or a wireless network signal. The cloud system 50 communicates with the radio gateway 20 to transmit the network signal.

The mobile device 30 is communicatively coupled to the cloud system 50. The mobile device 30 includes a mobile phone, a tablet computer, a smart wearable device, and the like. The mobile device 30 communicates with the cloud system 50 and the radio communication device 10, and may be a broadcast communication method of the mobile device 30 and a communication system of an inter-network communication method of the radio cloud system. The cloud system 50 and the mobile device 30 are related to the foregoing. The communication between the messages can be half-duplex, that is, each mobile device 30 receives or transmits only one stream of signals at the same time.

In terms of establishing a communication network between the mobile device 30 and the cloud system 50, the cloud system 50 can provide a plurality of simulated radio communicating channels, and the mobile device 30 logs in to the cloud through a wireless communication interface. In the system 50, the wireless communication interface can be an application (APP) installed on the smart phone. After the user logs in to the cloud system 50 by using the application, the user can transmit and receive the streaming signal. The transmission of the stream signal means that the mobile device 30 converts the voice or sound or video of the user into the stream signal after receiving the trigger signal from the user, and outputs the voice signal to the cloud system 50. The so-called receiving of the streaming signal means that the cloud system 50 will accept the streaming signal from each mobile device 30, and play the streaming signal to all or part of the mobile device 30 in a broadcast form. By issuing the trigger signal, the application provides a selectable or depressible graphical interface or option for the user to select to issue the trigger signal to cause the mobile device 30 to open. Receiving the voice of the user and converting the generated stream signal to the cloud system 50, the mobile device 30 continuously receives the stream signal output by the cloud system 50 when there is no trigger signal, so that the mobile device 30 can The half-duplex communication mode of the push to talk is transmitted after the press is completed.

The triggering signal may also be completed by triggering a linking device 70. The connecting device 70 may be connected to the mobile device 30 corresponding to an electrical or signal, for example, through a protocol such as Bluetooth, and the connecting device 70 includes When the user touches the button, the mobile device 30 starts to receive the voice of the user and outputs the stream signal. The linking device 70 can be a Bluetooth button, a Bluetooth wireless headset set or a wired headset microphone.

The communication mode between the mobile device 30 and the cloud system 50 is further described. The mobile device 30 and the cloud system 50 respectively perform a broadcast communication method of the mobile device and a communication method of the radio cloud system, and complete the communication mode therebetween. The steps are as follows:

Receiving registration of the mobile device: The cloud system 50 generates the wireless communication interface to enable each mobile device 30 to register on the cloud system 50 via the Internet to generate an identifiable account. The registration form is not limited, and the mobile device 50 can be logged into the cloud system 50 after installing the application through the webpage or the dedicated application provided by the cloud system 50. For all mobile devices 30, it is not necessary to create a new registration account, and the functions opened by the cloud system 50 can also be browsed.

Providing a pseudo-radio communication channel: The cloud system 50 generates and provides a plurality of the intended radio communication channels. The intended radio communication channel is set up according to a specific purpose, function or group, and each mobile device 30 selects to join more than one of the intended radio communication channels, so that the mobile devices 30 joining the intended wireless communication channel and the cloud system 50 The aforementioned stream signal transmission can be completed. The so-called specific purpose may include, for example, the intended radio communication channel, which specifically transmits the intended radio communication channel related to the road condition, and the mobile device 30 that provides the geographical location (GPS) close to each other to transmit the streaming signal, according to the geographical location. The location provides a pseudo-radio communication channel for road conditions, a pseudo-radio communication channel with no identity restrictions, and a pseudo-radio communication channel for specific identity conditions. No conditional condition The intended radio communication channel is similar to conventional radio communication, so that each mobile device 30 can perform streaming signal transmission with the other mobile device 30 or other radio communication device 10 through the cloud system 50.

The playing content of the intended radio communication channel of the cloud system 30 may be a streaming message of each mobile device 30 or a network signal output by the radio gateway 20, so that the intended radio communication channel of the cloud system 30 can The message between the radio communication device 10 and the mobile device 30.

Selecting a pseudo-radio communication channel: the user operates the mobile device 30 to log in to the cloud system 50 and select one or more of the pseudo-radio communication channels of the cloud system 50, and when the mobile device 30 obtains sufficient rights, the mobile communication device 30 can be added to the intended radio communication. The channel can start receiving the message of the cloud system 30.

A trigger signal is sent: the mobile device 30 generates and sends the trigger signal.

The external sound is received to generate the stream signal and output: the mobile phone 30 simultaneously receives an external sound or voice when the trigger signal is sent, converts the stream signal into a stream signal, and outputs the signal to the cloud system 50.

As can be seen from the foregoing description, the mobile device 30 can perform voice signal transmission with the other mobile device 30 or the radio communication device 10 through the cloud system 50.

Further, the cloud system 50 is not limited to a cloud server, and may be a wireless device that is simultaneously wired or wirelessly connected to the mobile device 30, the radio gateway 20, and the radio intercom 10, and the wireless device may be, for example, The WIFI or the local area network is connected to the device. In this way, the mobile device 30 can complete the foregoing streaming message transmission effect within the network range of the area.

Further, referring to FIG. 1 , the present invention may include an Internet of Things (IoT) device component 80 connected to the cloud system 50. The IoT device component 80 continuously receives or detects an IOT signal. The IOT signal may be one. The Internet of Things component 80 outputs the received connected signal to the cloud system 50, so that the cloud system 50 can respond to a string of the associated signal. The stream signal is output to a specific or non-limiting mobile device 30. For example, the Internet of Things circuit component 80 is The fire detection component can play a fire alarm notification stream stream signal to each mobile device 30 when the fire detection result related to the fire detection result is output to the cloud system 50.

Further, the cloud system 50 of the present invention can provide each merchant to set up a dedicated pseudo-radio communication channel, which can be dedicated to the streaming message transmission between the merchant and the connected mobile device 30. As a practical example, the channel can be used for the customer service of the merchant, and the user transmits a stream message to the merchant's intended radio communication channel through the mobile device 30. After receiving the stream message, the merchant receives the stream message. It can be assigned to the relevant processing personnel or service personnel, and the corresponding personnel can then send back the streaming signal of the customer complaint through the intended radio communication channel. The method of selecting the specific mobile device 30 to send the response to the streaming signal may be to send the streaming message to the mobile device 30 via the registration information of the mobile device 30 in the cloud system 50. In other words, the owner of each channel can set whether to respond to the specific mobile device 30 or all of the mobile devices 30, so that the effect of selectively streaming the message can be achieved.

The foregoing setting of the pseudo-radio communication channel may be preset in the cloud system 50. For example, the plurality of channels may be preset in advance according to the theme, for example, a channel dedicated to providing road reporting, a channel exclusively providing a preferential message, Shopping channels, beauty channels, religious channels, education channels, broadcast channels, and more. Alternatively, the cloud system 50 can also provide an interface for the registered mobile device to open a dedicated radio communication channel to allow other mobile devices 30 to join the dedicated radio communication channel.

Here are a few examples of implementation:

[Embodiment 1] Please refer to FIG. 2, a merchant can set up his own intended radio communication channel to continuously play a streaming signal, and directly communicate with other users and merchants in the channel to communicate with similar wireless telephones. The mobile device 50 can also receive the function tag 55 by the mobile device 50, and the content of the function tag 55 is not limited, and can be a voice message, a voice message, and a preferential certificate. For example, the feature tag is one of the merchants The discount message is recorded, and the offer message can be further set with an open permission request, for example, within a distance of a satellite positioning address, and the preferential message recording can be read. Alternatively, the open permission request can be a password.

[Embodiment 2] Please refer to FIG. 2, the function tag 55 may be a road accident notification recording or a road condition notification recording, etc., when each mobile device 30 participating in the intended radio communication channel of the road information satisfies the opening permission requirement. , the road accident notification recording or the road condition notification recording can be played.

[Embodiment 3] Please refer to FIG. 2, the function tag 55 may be a home message recording, and the mobile device 30 plays the home message recording by the cloud system 50 when the user returns home.

[Embodiment 4] The cloud system 50 can provide a channel message transmitted by the receiving channel according to whether the geographical location is adjacent or not.

The mobile device 30 can set an application program, and can receive or execute the streaming message of multiple channels at the same time. The user can set a screen for receiving and talking of multiple channels, and continuously receive and select the channel to be called.

The mobile devices 30 can also be connected to each other through a Bluetooth or short-distance pairing or network connection, so that the adjacent mobile devices 30 can transmit streaming messages to each other without being transmitted to the cloud system 50.

Further, the mobile device 30 can include a display interface, and the display interface can include a plurality of the pseudo-radio communication channels on the cloud system 50 that have been logged in. As can be seen from the foregoing description, the present invention has the following features and achieves the following technical effects:

1. The mobile device 30 can perform a communication function similar to a radiotelephone through the cloud system 50, and can also communicate with an ordinary radiotelephone in an approximate form.

2. A variety of channels with different functional attributes, users can choose to join channels with different functions through devices such as mobile phones, and receive streaming audio messages from other users participating in the channel. The user can also transmit the streaming voice message to other users simply by using the form of pressing and speaking after the radiotelephone.

3. The present invention can be used for unsynchronized messages, and by transmitting streaming messages, the recipient can choose the time of reply.

4. The mobile phone user can select the appropriate channel to continuously receive the road condition, message and warning, which is very convenient for the driver to use, reduce the need to continuously watch the text during the driving process, and improve the safety of the road.

Claims (2)

An inter-network communication method for a radio cloud system, which is executed by a cloud system and performs streaming message transmission with a plurality of mobile devices joining the cloud system, the steps comprising: providing a plurality of pseudo-radio communication channels, each channel Accepting the participation of each mobile device, each of the intended radio communication channels respectively outputs and receives the streaming message with the participating mobile devices; and receives the streaming messages output by the mobile devices participating in the different pseudo-radio communication channels; a streaming message received by the radio communication channel to a mobile device participating in the intended radio communication channel; and the cloud system receives a network signal from a radio gateway of the network connection, and converts the message into a stream message and broadcasts to Each mobile device outputs the received stream message as a network signal to a plurality of radio communication devices connected to the radio gateway. The cross-network communication method of the radio cloud system of claim 1, wherein the specific pseudo-radio communication channel in the cloud system generates a function label, and determines that each participating mobile device plays the function label after satisfying an opening permission requirement. Streaming message.