TWM501695U - Transmission module for audio/video signals - Google Patents

Description

Video and audio signal integration transmission module

The present invention provides a transmission module for integrating audio and video signals, especially a transmission module capable of simultaneously monitoring multiple instant video and audio videos, and processing the received video signal through the signal transmission device into a predetermined signal mode by using the processing device, and then borrowing the network. The signal transmission is received by the portable electronic device, and the purpose of simultaneously monitoring the complex video and audio video through the portable electronic device is achieved.

According to the rapid development of electronic and electrical products, it brings many conveniences such as work and daily life, and people's dependence on electronic and electrical products is becoming stronger and stronger, in addition to home appliances and computers. In addition to products, monitors, video cameras, etc., used for video surveillance, provide an unmanned security management model to protect the safety of homes, companies, factories and other environments; for early homes, companies or factories, etc. Environmental security and anti-theft, will hire management personnel or professional security personnel, etc., to carry out irregular, irregular security patrols, defenses, etc., in order to achieve the purpose of preventing bad, small invasion, loss of property, etc., but the labor, material resources, etc. However, it is quite large, but the effect of security and theft is quite limited and not ideal. It is easy to form a gap in the interval of patrol and is invaded by small intrusion, and it cannot achieve the effect of comprehensive monitoring. Therefore, there are many homes, companies or factories. In addition to managers or security personnel, monitors or cameras are set up in different areas and locations. Video player, etc., all-weather 24-hour monitoring and management, can enhance the effectiveness of anti-theft security.

In the case of installing a plurality of monitors or video cameras, it is necessary to transmit images, sounds, etc., which are monitored and monitored by each monitor or video camera, to the central management system of the management office, through the server host, computer, screen, etc. When images, sounds, etc. taken by different monitors, camcorders, etc. are displayed on the screen, the same number of divided screens as monitors and camcorders are generated on the screen, and there must be personnel at any time. You can monitor the image changes of many split screens on the screen to achieve the monitoring effect. For general homes or unmanaged managers, you must use the video recorder connected to the screen to record simultaneously, use the video recorder to record each monitor or The video, sound, etc. monitored by the video recorder, but because the recording time of the video recorder is limited, it is impossible to record all the images and sounds for a long time, and the previous video signal continuously covers the previous video signal, possibly Overwriting important images previously recorded, unable to restore images, sounds, etc. at an earlier time, resulting in the loss of important image images for video and audio Save numbers can not be sustained.

In addition, with the rapid development of the Internet, many information can be communicated through the Internet, so that the audio and video signals captured by the monitor or video camera can be transmitted to the Internet. For users to connect to the Internet through smart phones, tablets, etc. of portable electronic devices, after identification and confirmation, they can obtain audio and video signals taken by monitors or video cameras. For users to be free from time and place restrictions, to understand the most direct audio and video of the monitored place, but because the audio and video signals occupy a large memory capacity, the transmission speed through the Internet is slow, if you set up a monitor or video The number of machines is large, and the time for simultaneously transmitting audio and video signals to portable electronic devices is longer. Frequent interruptions in video and audio signals, delays, etc., resulting in unstable transmission of video and audio signals, and also affecting the formation of video when the portable electronic device is watching. Clear situation, although the Internet transmission of audio and video signals is convenient, but because of the unstable transmission of audio and video signals, there are still many shortcomings in actual application, and needs to be improved.

Therefore, how to solve the current audio and video signals such as monitors or camcorders, it is necessary to display many image images through the display screen, and it is difficult to clearly understand the problem and trouble of viewing the image content, and the audio and video signal has a large memory capacity and is transmitted through the Internet. It is also unstable, and it is easy to produce the lack of video signal interruption or delay, which is the direction for the relevant manufacturers in this industry to research and improve.

Therefore, in view of the above problems and deficiencies, the creators have collected relevant information, evaluated and considered them through multiple parties, and through years of experience in the industry, through continuous trial and modification, they have designed such monitors or Video and audio signals taken by video cameras, etc., are integrated and compressed into a predetermined signal mode (MPEG), and then transmitted through the Internet. The audio and video signals are transmitted stably, and the portable electronic device clearly views the video and audio of the video and audio images. The birth of a new patent for the signal-integrated transmission module.

The main purpose of the present invention is that the processing device of the transmission module uses the image receiver to receive image signals (at least one group, at most four groups), and the sound receiver receives sound signals (at least one group, at most four groups, and analog signals). Convert digital signal), and have an image mixing processor to integrate the complex image signals (analog-to-digital), and then integrate the processor to integrate the audio signal and video signal into a predetermined signal mode (MPEG) for signal transmission. The device receives the signal transmitted by the processing device, and converts the received video signal through the audio and video signal processor, and then converts the converted video signal to the outside through the network signal processor, that is, the portable electronic device receiving network The audio signal transmitted by the signal processor, and the multi-picture video is played by the display screen, and the loudspeaker selects the sound of any image to achieve the purpose of simultaneously monitoring multiple instant video and audio, and the memory capacity due to the predetermined signal mode. Smaller, transmission is not easy to send Missing interruptions or delays.

The secondary purpose of the creation is that the processing device of the transmission module integrates the audio and video signals into a universal serial bus (USB) video signal (UVC) and audio signal (UAC) through an integrated processor, and then transmits the universal sequence. The busbar (USB) electrical connector is transmitted to the signal transmission device, and then the signal transmission device transmits the audio and video signal to the portable device via a wireless (Wifi) or wired electrical connector (RJ-45) through the network signal processor. Electronic device (for smart phones or tablets) for audio and video playback, and image signals received by the image receiver (at least one group, up to four groups), displayed on the display screen of the portable electronic device The same number of pictures (at least one, up to four divided pictures), and the sound signals received by the sound receiver (at least one group, at most four groups) select one of the groups of sounds for playback.

1‧‧‧Processing device

11‧‧‧Image Receiver

12‧‧‧Sound Receiver

13‧‧‧Image Mixing Processor

14‧‧‧Integrated processor

15‧‧‧First electrical connector

2‧‧‧Signal transmission device

21‧‧‧Video signal processor

211‧‧‧ storage unit

212‧‧‧Display unit

213‧‧‧Sound signal processor

2131‧‧‧Microphone

2132‧‧‧ Speaker

22‧‧‧Second electrical connector

23‧‧‧Network Signal Processor

231‧‧‧Wireless Signal Transmission Department

232‧‧‧Wire Signal Transmission Department

3‧‧‧Portable electronic devices

31‧‧‧ Display screen

32‧‧‧ loudspeakers

The first picture is a simplified circuit block diagram of the creation.

The second figure is a flow chart (1) for processing the video and audio signals by the authoring processing device.

The third figure is a flow chart (2) for processing the video and audio signals by the authoring processing device.

The fourth figure is a flow chart for processing the video and audio signals by the creative video signal processor.

The fifth figure is a flow chart for processing the video signal by the authoring network processor.

The sixth figure is a flow chart (1) for the creative portable electronic device to receive the audio and video signals.

The seventh figure is a flow chart (2) for the creation of video and audio signals by the authoring portable electronic device.

In order to achieve the above objectives and effects, the technical means and structure of the creation The methods of creation, implementation, etc., are described in detail in the preferred embodiment of the present invention. The features and functions are as follows.

Please refer to the first, second, third, fourth and fifth figures, which are respectively a simplified circuit block diagram of the creation, a flow chart for processing the audio and video signals by the processing device (1), and a flow chart for processing the audio and video signals by the processing device (2) The flow chart of the audio and video signal processor processing the audio and video signals, and the flow chart of the network processor processing the audio and video signals, as can be clearly seen from the figure, the transmission module of the integrated video and audio signal includes the processing device 1, the signal The transmission device 2 and the portable electronic device 3, wherein the processing device 1 includes an image receiver 11 and a sound receiver 12, and the image receiver 11 is electrically connected to the image mixing processor 13, and the sound receiver 12 is used. The image mixing processor 13 is electrically connected to the integrated processor 14 , and the integrated processor 14 is electrically connected to the first electrical connector 15 .

The signal transmission device 2 includes an audio and video signal processor 21, and is electrically connected to the second electrical connector 22 and the network signal processor 23 by the audio and video signal processor 21, and is externally provided by the network signal processor 23. The wireless signal transmission unit 231 and the wired signal transmission unit 232 that transmit signals.

The portable electronic device 3 can be a smart phone or a tablet computer, and is provided with a display screen 31 and a microphone 32.

In the actual application, the above components are transmitted through the first electrical connector 15 of the processing device 1 , the second electrical connector 22 electrically connected to the signal transmission device 2 , and the network signal processor 23 of the signal transmission device 2 . The wireless signal transmission unit 231 transmits a wireless signal (Wifi) or transmits the electrical connector (rj-45) of the wired signal transmission unit 232. The cable signal is received by the portable electronic device 3, and the video and audio are played through the display screen 31 of the portable electronic device 3, the microphone 32, etc., by the processing device 1, the signal transmission device 2, and the portable electronic device. The three sets of devices constitute the transmission module of the integrated video and audio signal.

The image receiver 11 of the processing device 1 is configured to receive at least one set of up to four sets of image signals taken by a preset monitor, a video camera, a digital camera, a smart phone or a tablet computer. At least one set of up to four sets of image signals received by the image receiver 11 is transmitted to the image and processor 13 for conversion of each group of images (analog signal to digital signal) and mixing processing; and the sound receiver 12 is Receiving at least one set, up to four sets of sound signals taken by a preset monitor, a video camera, a digital camera, a smart phone or a tablet, and the number of sound signals received by the sound receiver 12, the system and the image receiving The number of received video signals is the same. The integrated processor 14 of the processing device 1 receives the video signal of the image mixing processor 13 and the sound signal of the sound receiver 12, and then integrates into a predetermined signal mode. For the video signal (UVC) and audio signal (UAC) of the universal serial bus (USB) format, the predetermined signal mode is transmitted from the first electrical connector 15 to the signal transmission device 2 A second electrical connector 22, the first electrical connector 15, second electrical connector 22 may be respectively universal serial bus electrical connector (USB) type of.

The signal transmission device 2 is electrically connected to the storage unit 211, the display unit 212, and the audio signal processor 213 via the audio and video signal processor 21, and is electrically connected to the microphone 2131 by the audio signal processor 213. The speaker 2132 can receive an external audio signal or play an audio signal.

Furthermore, the processing device 1 receives the video signal and the audio signal, and then transmits The steps of integrating the processor 14 for integration processing:

(A0) The processing device 1 performs system initialization.

(A1) Detecting and selecting a channel having composite audio and video data, and performing integration processing through the integration processor 14.

(A2) The image receiver 11 and the sound receiver 12 of the video input terminal will receive at least one group and at most four groups of video signals.

(A3) The image mixing processor 13 and the sound receiver 12 respectively amplify the video signal and then convert the video signal data into a digital signal [YCbCr] through an analog/digital converter.

(A4) The integrated processor 14 converts the digital signal data into a spatial domain (such as a BMP file or a dot matrix file) having a relatively large amount of data.

(A5) Integrate the processor 14 and select each level of data in each group according to the desired arrangement (four divisions), jump [draw line] to select the desired horizontal signal, and fill in the memory block in sequence.

(A6) The integration processor 14 determines whether the page buffer (dynamic memory) is full based on the vertical signal, and if so, executes the step (A7), and if not, executes the step (A5).

(A7) The integrated processor 14 compresses the video signal into a predetermined signal mode [MPEG format].

(A8) The integration processor 14 selects any one of the sets of audio signals in the sound receiver 12 and synchronously compresses it into a predetermined signal pattern [MPEG format].

(A9) The integrated processor 14 will be compressed into a predetermined signal mode [MPE The signal of the G format is converted into a video signal (UVC) and an audio signal (UAC) conforming to the universal serial bus (USB) format, and is output through the first electrical connector 15.

And the above-mentioned audio and video signals input by the video input terminal (A2), the traditional output is transmitted in the full screen (Fill HD (1920x1080)] signal mode; but this creation will transmit the audio and video signals transmitted by the audio and video input terminal (A2) [ At least one group, at most four groups, will be processed. If the integrated processor 14 of the processing device 1 receives only one set of image signals, it is compressed into a predetermined video signal mode by using a full-screen (Full HD) picture signal. The format is transmitted to the external transmission device 2, and if the integrated processor 14 receives the two sets of video signals, the image signal mode is divided into two screens; the integrated processor 14 receives three sets of video signals, that is, The image signal mode is divided into three screens; if the integrated processor 14 receives four sets of image signals and divides them into four image video signal modes, the operation of dividing the screen can be as follows: when the signal input end (A2) The four sets of image signals input are all in the 720x480 image format. The integrated processor 14 integrates the four sets of signals into 1440x960 (the length and width are multiplied by 2 times). The four-screen mode of the image format, which is less than 1920x1080 (Full HD), can be added to the black screen, and the data can be scaled up to the full screen full mode of Full HD. Finally, the image signal mode of the full HD screen of 1920×1080 is transmitted outward for playback of the display screen 31 of the portable electronic device 3.

If the four sets of image signals input by the signal input terminal (A2) are both 1920x1080 image formats, the integrated processor 14 will use the skip line processing method to set the group. The picture is converted into a picture mode of 960x540, and each picture is combined into a four-divided picture, and finally transmitted by the image signal of the 1920x1080 picture format, and is displayed for the full screen of the display screen 31 of the portable electronic device 3 [Full HD 〕 Four-screen playback.

If the two sets of image signals input by the signal input terminal (A2) are both 720x480 image formats, the integrated processor 14 integrates the two sets of signals into 720x960 upper and lower split screen image modes, or two sets of images. The signal is integrated into the 1440x480 left and right split screen image mode. As for the part less than 1920x1080 (Full HD), the black screen can be added, and the data can be scaled up to the full screen (Full HD). The full-screen full-page mode is finally transmitted outward in the image signal mode of the 1920x1080 full-screen image (Full HD), that is, the display screen 31 of the portable electronic device 3 is played.

When the signal input terminal (A2) is input as a group of image signals and is in the image mode of 1920x1080 (Full HD), the integrated processor 14 compresses the image signal into a predetermined image signal mode (MPEG) at 1920x1080 (Full HD). The full screen full-screen image signal is transmitted outward, and the display screen 31 of the portable electronic device 3 is played in a full screen mode of a single screen.

Furthermore, the image signal in the above step (A5) is subjected to skip line segmentation processing. If the image signal size input by the image input terminal (A2) is larger than the transmitted image size, the skip line is processed and the pumping is performed. Line mode reduces the height of the image, and then reduces the width of the image by jumping [bounce]; for example, the image input at the image input (A2) If the serial number width is 1920, then the data of every other point will be selected, and it will become the image mode of 1920/2 860 size; if the input image height of the image input terminal (A2) is 1080, that is, every double number will be jumped. Line processing will become a 1080/2 560 size image mode, and the interval of drawing jumps will be different [different denominators], and the sampling size will be different.

Moreover, in step (A6), it is determined whether the page buffer (dynamic memory) is full according to the vertical signal, and the manner of determining is according to the size of the image signal, and a horizontal signal represents that an entire vertical signal has been completed, and one The picture is composed of multiple horizontal signals, so it can be known by the horizontal signal whether it has formed a picture. For example, a full-screen (Full HD) image, there must be a horizontal signal of 1080 or more; so when the buffer is full This means that a complete full screen (Full HD) is completed and no vertical signal is required.

In addition, after the signal transmission device 2 receives the video and audio signals transmitted by the processing device 1, the processing steps are as follows:

(B0) The signal transmission device 2 performs system initialization.

(B1) Registering the first electrical connector 15 format of the processing device 1 and receiving the video signal [UVC/UAC] transmitted by the first electrical connector.

(B2) Connect to the Internet [Internet].

(B3) The AV signal processor 21 queries the network signal processor 23 for registration. If yes, the step (B4) is executed, and if not, the step (B7) is executed.

(B4) The network signal processor 23 suppresses the video signal [UVC/UAC] into the H264 video stream.

(B5) The network signal processor 23 transmits the video stream to the wireless signal transmitting unit 231 [Wifi] or the wired signal transmitting unit 232 [RJ-45] to perform packetization and addressing.

(B6) Respond to the needs of the web application (APP).

(B7) Log in to the network signal processor 23 [Cloud Server].

(B8) The network signal processor 23 uploads the audio and video data of the video signal processor 21 [Host] to the Internet and updates to the identity field [ID] of the device.

In the above steps (B7), the login procedure of logging in to the network signal processor 23 [Cloud Server]:

(B70) The network signal processor 23 is initialized.

(B71) The video signal processor 21 [Host] list [Table] is loaded.

(B72) The network signal processor 23 recognizes whether or not the request is received, and if so, performs step (B73), and if not, performs step (B72).

(B73) Processing the MAC address of the server identity field [ID] of the video signal processor 21 (addition, deletion, modification or query of the video signal) and the registered address [IP].

(B74) Respond to the request of the Internet Application (APP).

And connecting to the Internet through the signal transmission device 2, in addition to the request of the response application APP through the network signal processor 23 (using the APP connection) In addition to the location of the video signal processor 21, the video signal processor 21 can also perform the operation mode of adding, deleting, and changing the video and audio signals, and respond to the portable electronic device 3 in response to the video signal processor 21. Signal (correction of its location).

Before the video signal is transmitted to the network, the video signal is integrated by the processing device 1 and the signal transmission device 2, and then transmitted by the wireless signal transmission unit 231 or the wired signal transmission unit 232 of the network signal processor 23. Compared with the bandwidth occupied by the current transmission of audio and video signals to the network, the creation uses the processing device 1 and the signal transmission device 2 to integrate the audio and video signals, and then uploads the bandwidth occupied by the network to the maximum. Save one-quarter of the bandwidth for more stable and smooth video and audio transmission; and can be used with cloud addressing, P2P through the wall, etc., that is, no need for network equipment knowledge and complicated setting steps, as long as you can connect to the Internet and scan QR Code It can be installed and used more conveniently.

Please refer to the first, sixth and seventh figures, which are respectively a simplified circuit block diagram of the creation, a flow chart for receiving audio and video signals by the portable electronic device (1), and a flow chart for receiving the audio and video signals by the portable electronic device ( 2) As can be clearly seen from the figure, the portable electronic device 3 (which can be a smart phone or a tablet) can be connected to the Internet and through the application [APP]. The wireless signal (Wifi) or the wired signal [RJ-45] transmitted by the signal transmitting device 2, and the execution steps of the built-in application (APP) of the portable electronic device 3:

(C0) The application [APP] of the portable electronic device 3 is initialized.

(C1) Whether the inquiry application (APP) has the registration of the video signal processor 21 [Host server], if yes, the step (C2) is executed, if not, the implementation Line step (C0).

(C2) Connect to the network signal processor 23 [Cloud Server].

(C3) Check if the registered AV signal processor 21 (Host Server) is correct. If yes, execute step (C4). If no, execute step (C7).

(C4) Acquire and establish a routing table of the video signal processor 21 [Host Server].

(C5) requires the AV signal processor 21 [Host Server] to respond and connect.

(C6) The portable electronic device 3 displays a screen of the video stream [Video Stream] on the display screen 31 (at least one group, at most four groups of divided screen images).

(C7) Re-register the data of the AV signal processor 21 [Host Server].

(C8) Input the identity data [ID] of the video signal processor 21 [Host server].

(C9) Query the correct path of the identity data [ID] of the video signal processor 21 [Cluod server] of the video signal processor 21 [Host server].

(C10) The video signal processor 21 [Host server] is registered in the application program [APP].

Transmitting wireless communication between the signal transmission device 2 and the portable electronic device 3 When the Wifi method is used for video and audio transmission, the video signal processor 21 (Host server) and the network signal processor 23 (Cloud server) and other related identity data (ID) and network must be obtained. After the identification and confirmation of the road address [IP], the portable electronic device 3 can play the audio and video signals to achieve the security protection effect; and the audio and video signal processor 21 [Host server] will compress the video and audio signals into a predetermined order. The signal mode (MPEG format) becomes a file mode with a small amount of data for transmission to the portable electronic device 3, and the transmission of the audio and video signals is relatively stable, and it is not easy to be interrupted or delayed, and the portable electronic device can be provided. 3 The purpose of stable playback of audio and video signals.

Therefore, the above description is only a preferred embodiment of the present invention, and is not limited to the scope of the patent of the present invention. The transmission module for the integrated audio and video signal of the present invention is respectively provided in the processing device 1 of the transmission module. The image receiver 11, the sound receiver 12, and the image receiver 11 are further provided with an image mixing processor 13 for receiving at least one set of up to four sets of video and audio signals, and the integrated audio and video signals are received by the integrated processor 14. The image is transmitted to a signal frequency (UVC), a sound and audio signal (UAC) format conforming to a predetermined universal serial bus (USB) format, and then transmitted to the signal transmission device 2, and the video signal is compressed into a predetermined condition by the audio signal processor 21. After the signal mode (MPEG) is transmitted to the portable electronic device 3 via the network signal processor 23 in a wireless mode (Wifi) or a wired mode (RJ-45 electrical connector), the amount of data of the audio and video signals can be reduced. Stable and fast transmission of audio and video signals for the portable electronic device 3 to perform at least one group of up to four groups of images for full screen or split screen playback, and can select any group of audio signals Play, to convert the amount of analog video signal data taken by a predetermined monitor or video camera to a predetermined amount of audio and video signal mode (MPEG), which is convenient for wireless or wired transmission. Achievable The structures and devices of the foregoing effects are to be covered by this creation. Such simple modifications and equivalent structural changes shall be included in the scope of the patent of this creation and shall be combined with Chen Ming.

Therefore, the design is mainly for the transmission module of the integrated audio and video signal, which uses the processing device to receive at least one set of up to four sets of audio and video signals, and the integrated processor integrates the audio and video signals and transmits them to the signal transmission device. The audio and video signal processor is used to compress the audio and video signals into a predetermined audio and video signal mode (MPEG), which reduces the amount of data of the audio and video signals, and then transmits them to the portable electronic device through the network signal processor wirelessly or by wire, thereby achieving stability. Fast transmission of audio and video signals, playback of single-screen or split-screen playback for portable electronic devices, with the main focus of protection for video signal transmission without interruption, delay, etc., only for transmission modules and portable electronic devices The advantage of fast transmission through the Internet connection, and the effect of the portable electronic device for playing the video signal on the full screen, but the above is only the preferred embodiment of the present invention, and thus is not limited to this. The scope of the creation of the patent, so the use of this creation manual and the content of the schema for the simple modification and so on The structural changes shall be included in the scope of the patent of this creation and shall be combined with Chen Ming.

In summary, the actual implementation and implementation of the integrated transmission and audio signal transmission module can truly achieve its efficacy and purpose. Therefore, this creation is a practical and excellent research and development, in order to meet the requirements of the new patent application.提出 Submit an application in accordance with the law, and hope that the trial committee will grant the case as soon as possible to protect the creators' hard work in research and development and creation. If there is any doubt in the ruling committee, please do not hesitate to give instructions, the creators will try their best to cooperate and feel good.

1‧‧‧Processing device

11‧‧‧Image Receiver

12‧‧‧Sound Receiver

13‧‧‧Image Mixing Processor

14‧‧‧Integrated processor

15‧‧‧First electrical connector

2‧‧‧Signal transmission device

21‧‧‧Video signal processor

211‧‧‧ storage unit

212‧‧‧Display unit

213‧‧‧Sound signal processor

2131‧‧‧Microphone

2132‧‧‧ Speaker

22‧‧‧Second electrical connector

23‧‧‧Network Signal Processor

231‧‧‧Wireless Signal Transmission Department

232‧‧‧Wire Signal Transmission Department

3‧‧‧Portable electronic devices

31‧‧‧ Display screen

32‧‧‧ loudspeakers

Claims (8)

A transmission module for integrating audio and video signals includes a processing device, a signal transmission device, and a portable electronic device, wherein: the processing device includes an image receiver for receiving an image signal, and a sound receiver for receiving an audio signal, and is provided with An image mixing processor that integrates the image signals of the image receiver, and an integrated processor that integrates the sound signal of the sound receiver and the image signal of the image mixing processor into a predetermined signal mode; the signal transmission device Receiving a signal transmitted by the integrated processor of the processing device, and having a video signal processor for receiving the audio-video signal conversion and editing transmitted by the integrated processor, the video signal processor is electrically connected to the network signal for transmitting the video signal to the outside. The portable electronic device is a loudspeaker for transmitting video signals transmitted by the network signal processor of the signal transmission device, and having a display screen for playing the video signal and a sound signal for playing the audio signal. The transmission module of the audio-visual signal integration according to claim 1, wherein the image receiver of the processing device is configured to receive at least one group of up to four groups of analog video signals, and the sound receiver is analog-to-digital audio. The processor is configured to receive at least one set, up to four sets of analog audio signals, and convert the analog audio signal into a digital sound signal, so that the integrated processor integrates the image signal and the sound signal into a predetermined signal mode of the MPEG format. For example, the transmission module integrated with the audio and video signal according to claim 2, wherein the processing device receives image signals and audio signals taken by a monitor, a video camera, a digital camera, a smart phone or a tablet computer. For example, the transmission module integrated with the audio and video signal according to item 2 of the patent application scope, wherein the processing device The sound receiver selects at least one set of up to four sets of analog sound signals to select one of the sound signals to be compressed into an MPEG format sound signal mode. For example, the transmission module integrated with the audio and video signal according to the first aspect of the patent application, wherein the integrated processor of the processing device integrates the received analog video signal into an MPEG format video signal mode. The transmission module of the audio-visual signal integrated in the first aspect of the patent application, wherein the audio-visual signal processor of the signal transmission device is electrically connected to the storage unit, the display unit and the audio signal processor, and the audio signal processor is re-powered. The microphone is connected to the microphone that receives the sound signal, the speaker that plays the sound, or the sound. For example, the transmission module integrated with the audio and video signal according to the first aspect of the patent application, wherein the network signal processor of the signal transmission device is provided with a wireless signal transmission unit or an electrical connection network for transmitting the wireless Wifi signal. The connector (RJ-45) transmits a wired wired signal transmission unit. For example, the transmission module integrated with the audio and video signal according to the first aspect of the patent application, wherein the portable electronic device is a smart phone or a tablet computer.