TWI403987B - Wireless image-voice information transmision system and the controlling method thereof - Google Patents

Abstract

This invention relates to a wireless audiovisual information transmission system, which is a combination of a plurality of message apparatuses and short-distance wireless transmission devices equipped at different locations, wherein at least one message apparatus is a mobile device. Therefore, message with identity and routing table information can move between different message apparatuses, and the message can be received and transmitted without being restricted by terrain and location. The mobile message apparatus makes the receiving and sending of the message more convenient. The use effect mentioned above can be achieved by a wake-up step, a stand-by step, a working step, a display step, and a path selection step.

Description

Wireless video and audio information transmission system and control method thereof

The present invention relates to a method for controlling an audio-visual transmission system, in particular, using radio frequency (RF) technology to transmit video and audio information with identity recognition and routing information, and which can be used for one-to-one and/or one-to-many Wireless doorbell system, wireless digital photo frame and wireless home security system.

The functions of the conventional doorbell system include a display device that enables voice communication between indoors and outdoors, and transmits outdoor images to the room.

In general, the doorbell system can use the signal cable to connect the indoor and outdoor voice devices, image capturing devices and display devices, thereby achieving the transmission of indoor and outdoor video and audio messages; however, this method is not used in wiring construction. Convenience.

In addition to the use of signal lines to connect indoor and outdoor audio and video equipment, the transmission of indoor and outdoor video and audio information can also achieve the same purpose by wireless transmission.

Taiwan Patent No. M265725 discloses a wireless video doorbell monitoring system. Further, after the power supply is connected, the monitoring device configured by the system uses a polling mechanism to call the doorbell device and detect at intervals. The device is tested and awaiting a response to establish a wireless network. When the visitor presses the doorbell, the doorbell signal is transmitted from the wireless network to the monitoring device, and simultaneously the outdoor camera unit and the microphone are activated; afterwards, the room transmits a signal that allows the connection to the doorbell device, and the microphone and the camera unit The obtained voice and image are transmitted to the monitoring device by the wireless network.

The indoor equipment of the wireless video doorbell monitoring system is fixedly installed at a predetermined position, and each time the doorbell rings, the indoor person needs to go to a predetermined position to communicate with the outdoor visitor.

Continental Patent Application No. 03267589.5 discloses a wireless video intercom doorbell, which mainly uses wireless transmission technology to transmit indoor and outdoor voice and video information to achieve mutual communication.

Continental Patent Application No. 02146263.1 discloses a doorbell device with video and audio capture and transmission, which utilizes wireless transmission technology to transmit indoor and outdoor voice and video information to achieve mutual communication and even information. Recording.

The foregoing three patents disclose the fixed receiving devices in which the doorbell, voice and video signals are separately transmitted to the indoors; the technology of independently transmitting the doorbell, voice and video signals has been disclosed and used, and the doorbell has been disclosed. The voice device (module) and the video device (module) are not electrically coupled or connected to each other. Therefore, the activation of the doorbell is not used as an operation for controlling the voice device and the image device.

In addition, each patent case is applied to one-to-one use. There is no teaching in the patents for the use of one-to-many community-based residences. Moreover, since the wireless information transmitted by each patent case has no (not mentioned) identification, it is only applicable to the one-to-one state, and it is not possible to perform more control and use.

The main object of the present invention is to provide a wireless video and audio information transmission system, which has the mobility of a handheld device and the routing characteristics of the wireless transmission device, so that the handheld device can effectively receive the wireless video and audio information at different positions. Therefore, it can be used as a video doorbell system and has greater usability.

In addition, the present invention has a one-to-many feature, so that a plurality of handheld devices or fixed devices can simultaneously receive wireless video and audio information at different positions, thereby being more applicable when applied to the video doorbell system. Easy to use.

In addition, for the community-type audio and video system, since the wireless video and audio information output by the present invention has functions such as identification, path selection, and jumping, a one-to-many information transmission can be generated, and the construction cost can be reduced.

The invention can also be configured with a long-distance communication module and/or an automatic dialing module in the fixing device. When the indoor security detecting device detects an abnormal condition, the indoor security detecting device transmits a signal to the fixing device, and then A video or audio signal is forwarded by the fixed device to the far end; thereby achieving the protection effect of home security.

Another object of the present invention is to provide a wireless video and audio information transmission system having a handheld device for receiving digital information, such as pictures/photographs, whereby the handheld device is used as a digital photo frame. Another object of the present invention is to provide a control method for a wireless video and audio information transmission system, which has the function of effectively transmitting a message, allowing the doorbell system to be moved, and having the function of opening the door intelligently. According to a primary object of the present invention, a wireless video and audio information transmission system includes a first information device; a first short-range wireless transmission device is electrically coupled to the first information device, and has an identity recognition mechanism and a routing table mechanism; A second message device is a portable handheld device having an audio-visual display component; a second short-range wireless transmission device has an identity recognition mechanism and a routing table mechanism, and is set in the second message device The audio and video display elements are coupled to each other and can communicate with the first short-range wireless transmission device. After the audio and/or video components of the first message device obtain the video and audio information, the information can be transmitted to each other by the first and second short-range wireless transmission devices, and displayed on the display audio-visual component.

The present invention also discloses a control method, comprising a wake-up step, wherein a first short-range wireless transmission device sends a wake-up signal containing at least one identity identification information and a routing information; and a standby step is a second short-range wireless Each wireless transceiver module of the transmission device and/or the other wireless transceiver module of the first short-distance non-transmission device receives the wake-up signal to assume a standby state; and a working step drives the second short-range wireless transmission device to emit A working signal, the working signal requires the first short-range wireless transmission device to transmit voice and/or image information, and is received by the second short-range wireless transmission device; wherein the working signal includes an identity identification information and a routing information. This will make the transmission of the message more accurate.

In the following, in accordance with the purpose, function and structural configuration of the present invention, a preferred embodiment will be described in detail with reference to the drawings.

Please refer to FIG. 1 , which illustrates a wireless video and audio information transmission system including a first information device 10 , a first short-range wireless transmission device 50 electrically coupled to the first information device 10; and a second second short-range wireless transmission The device 60 is disposed inside a second message device 20. The first short-range wireless transmission device 50 and the second short-range wireless transmission device 60 described above can mutually transmit/receive communication signals, information or materials conforming to the IEEE 802.15.4 standard specification.

Referring to FIG. 2, the first message device 10 has a voice transceiver 12 and an image capture device 14 disposed outdoors. The first message device 10 has a button 16 that can be activated by operating the button 16. The first short-range wireless transmission device 50.

The first short-range wireless transmission device 50 has two ZIGBEE modules, one of which is a first voice module 51 and the other is a first image module 52; the two modules can be independent or integrated into the same component. The first voice module 51 has the function of transmitting and receiving voice, and can convert the voice content into a wireless communication signal; similarly, the first image module 52 can convert the image content into a wireless communication signal.

When the button 16 is pressed, the first voice module 51 and/or the second image module 52 can be activated; for example, the first voice module 51 can be in a working state for issuing a wake-up signal and receiving voice. .

Referring to FIG. 3A, the second message device 20 is a portable handheld device having a liquid crystal display 21 and a voice transceiver 22. The liquid crystal display 21 and the voice transceiver 22 are collectively referred to as an audio-visual display element. Still further, the present invention can include a third messaging device 30 that can be fabricated into a base structure and serves as a support base for the second messaging device 20.

Referring to FIG. 3B, the second short-range wireless transmission device 60 located in the second information device 20 has two ZIGBEE modules, one of which is the second voice module 61 and is electrically coupled to the voice transceiver 22, and The second image module 62 is electrically coupled to the liquid crystal display 21; the two modules can be independent or integrated into the same component. In addition, a third short-range wireless transmission device 70 is disposed in the third information device 30, and is capable of receiving signals, information or data output by the first short-distance non-transmission device (not shown). The third information device 30 can be configured with the audio-visual display component 32 and electrically coupled to the third short-range wireless transmission device 70.

The second message device 20 has a power component 23, such as a secondary battery, and the third message device 30 has a charging device 33; when the second message device 20 is placed on the third message device 30, the power component 23 can be The charging device 33 is electrically coupled for charging. In addition, the second message device 20 and the third message device 30 can be respectively configured with data storage devices 24 and 34 for storing the received video and audio materials.

Referring to FIG. 4A, the present invention can configure a plurality of intermediate transmission modules 90 between the first message device 10 and the second message device 20. These intermediate transmission modules 90 are also components conforming to the IEEE 802.15.4 standard specification, such as ZIGBEE modules, and serve as nodes for signal, information, and data transmission. Therefore, information transfer between the first short-range wireless transmission device 50 and the second short-range wireless transmission device 60 can be achieved via the intermediate transmission module 90.

Referring to FIG. 5, the first short-range wireless transmission device 50, the second short-range wireless transmission device 60, the third short-range wireless transmission device 70, and the intermediate transmission module 90 may all be ZIGBEE devices or modules, and their common characteristics It has an identity recognition mechanism 101 and a routing table mechanism 102. The above mechanism can be included in the transmitted signals, information and data; for example, the identity recognition mechanism 101 can prevent the receiving end from being erroneously received, and at the same time prevent the intrusion of malicious signals; and the routing table mechanism 102 can automatically follow the neighboring The Received Signal Strength Index (RSSI) between ZIGBEEs forms one or more optimal transmission paths. In particular, each intermediate transmission module 90 can be a node in the transmission path.

According to Fig. 1 or Fig. 4A, the first message device 10 can be used as an outdoor device for the video doorbell system. When the outdoor visitor presses a button (not shown), the first voice module (not shown) in the first short-range wireless transmission device 50 can issue a wake-up signal to wake up the second short-range wireless transmission device of the second information device 20. 60. The first voice module (not shown) of the first distance wireless transmission device 50 can be used to receive voice content of an outdoor visitor.

When the person in the room performs the answering action, the outdoor sound and image can be transmitted to the second short-range wireless transmission device 60 via the first short-range wireless transmission device 50, and displayed on the second information device 20 and/or the third message. Device (not shown). The outdoor visitor video information can be stored in the data storage device 24 of the second message device 20 or the data storage device (not shown) of the third message device. When the first short-range wireless transmission device 50 and the second short-range wireless transmission device 60 transmit video and audio messages to each other, communication and opening of the outdoor visitors with the indoor personnel are achieved.

Since the second message device 20 is a mobile handheld device, the indoor user can receive the video and audio information captured by the first message device 10 at any location in the home; in particular, each intermediate transmission module 90 can serve as a node. The transmission of information can effectively avoid the limitation of terrain and features; in other words, the information can be received even if the second message device 20 is moved to a hidden place or a corner position in the home.

In addition, a plurality of handheld second information devices 20 can be configured in the same household; the video signals transmitted by the first information device 10 can be simultaneously received by the plurality of second information devices 20. Thus, the use of the present invention can achieve a one-to-many audio and video messaging function and improve the convenience of use.

Another one-to-many usage architecture is used in community-based audio and video delivery systems. When the outdoor visitor inputs the instruction corresponding to the visiting object from the first message device 10, for example, A1103 indicates that the A-room 11th floor and the third message device 30 receive the signal and assume the standby state.

Referring to FIG. 4B, another usage situation is that each household (in the case of A, B, and C) is configured with one or more handheld second information devices 20 and a third information device 30; When the outdoor visitor wants to visit the C household, the output signal of the first short-range wireless transmission module 50 may first travel to the second information device 20 or the third information device 30 of the A household without generating a message display or reaction; The information is further transmitted by the second message device 20 of the A household or the third message device 30 to the second message device 20 and/or the third message device 30 of the C household; since the video and audio message contains the identification information, when the video message is The identity of the C is the same as that of the C, and the audio and video can be displayed or reacted.

In addition to video and audio information, it can be from A to C; it can also be from B to C; even from A to B, and then from B to C (ie, route selection based on RSSI); It forms a community-based audio and video transmission system and requires no additional cable configuration, so it can reduce the cost of construction.

Referring to FIG. 4C, a home security system can be constructed using the video transmission system of the present invention. The main purpose is to install a plurality of security detection devices 130, such as fire detectors, security detectors, etc., and are electrically coupled to a short-range wireless communication module, such as ZIGBEE; the third message device 30 In addition to configuring the third short-range wireless communication device 70, a long-distance wireless communication module 140, such as a GPRS module or a module of the same nature, and an automatic dialing module 142 can be configured. When the security detection device 130 detects an abnormal condition, a warning signal can be sent and transmitted to the short-range wireless communication device 70 of the third message device 30; then, the long-range wireless communication module 140 transmits the alarm signal to the far distance. End, or the automatic dialing module 142 dials out the communication signal to the remote end. The above-mentioned signal transmitted by the long-distance wireless communication module 140 may include image information.

Referring to FIG. 6, another embodiment of the present invention is a fourth message device 40, such as a personal computer, a notebook computer or the like, combined with a fourth short-range wireless transmission device 80, wherein the fourth short-range wireless device The transmission device 80 has a voice module and an image module together with the aforementioned transmission device. The digital information in the fourth message device 40 or the digital information in the Internet, such as a picture/photo, can be transmitted to the second short-range wireless transmission device 60 via the fourth short-range wireless transmission device 80 and displayed on the liquid crystal display 21 . In other words, the second message device 20 can serve as a mobile digital photo frame or photo browser during the absence of receiving the message of the first message device (not shown).

According to the above, the first message device 10, the second message device 20, the first short-range wireless transmission device 50 and the second short-range wireless transmission device 60 can constitute a wireless video doorbell system. Figure 7 is a disclosure of the wireless video information transmission method, comprising: a wake-up step S110 and a standby step S112, using a wireless transceiver module, such as the first short-range wireless transmission device of the first message device, to send a signal And other wireless transceiver modules, such as the first information device and/or other wireless transceiver modules of the second message device, thereby enabling the first short-range wireless transmission device and/or the second short-range wireless transmission device Each of the wireless transceiver modules, such as the ZIGBEE module, is powered by the sleep state or the disconnected state and is in a standby state. The wake-up signal sent by the wake-up step S110 includes at least one identity identification information and a routing table information.

a working step S114 is for driving the second short-range wireless transmission device to send a working signal to the first short-range wireless transmission device, and requesting to transmit the voice and/or image information captured by the first information device to the second a short-range wireless transmission device; the working signal includes an identity identification information and a routing table information; and a display step S116, the second short-range wireless transmission device receives the voice/image message output by the first short-range wireless transmission device and Displayed on a voice transceiver / LCD display.

It is worth noting that at least one path selection step S118 is included in the steps of the present invention. The RSSI value between the plurality of intermediate transmission modules and the first short-range wireless transmission device and the second short-range wireless transmission device forms a routing table information, such that the first short-range wireless transmission device and the second short-range wireless transmission device When the message is transmitted to each other, an optimal path can be selected as the transmission path, so that the message transmission and reception in the wake-up step S110, the standby step S112, and the work step S114 can be implemented.

Please refer to FIG. 7 and FIG. 8 . More specifically, for example, the wake-up step S110 is an outdoor visitor pressing a doorbell (such as the button 16 shown in FIG. 1 ), and the first voice module is activated to wake up. Signal. Then, according to the routing table mechanism in the wake-up signal or the RSSI value of each intermediate transmission module, an optimal transmission path is automatically selected to transmit signals to indoor and/or outdoor wireless transceiver modules, such as the first image module. The second voice module and the second image module (such as FIG. 2 and FIG. 3B). At the same time, the doorbell in the room rings.

The person in the room can then use the second message device to prepare to perform the response. Working step S114 and displaying step S116, after the indoor person presses the preset button on the second message device, the second short-range wireless transmission device sends a working signal to the first short-range wireless transmission device to make the first voice message. The module and the second voice message module can communicate with each other, so that indoor and outdoor can be used for voice communication. In addition, the person who can be indoors can request to transmit an image of the outdoor visitor in the work step S114. At this time, the second image module transmits the message to the first image module, and the first image module drives the image capture device to obtain the visitor image, and then transfers the visitor image to the second image module by the first image module. Group, and displayed on the liquid crystal display.

After the indoor person sends the door opening command by the second message device, the door opening command may select an optimal path to travel according to a path selection step S118, and then perform an automatic release step S120 according to the door opening command to release the access control, for example, opening the door to the door. The upper electronic lock, thereby making the door openable. Furthermore, the third messaging device of the present invention may be provided with the operational functions of the second messaging device partially or completely.

In addition, the first voice message module and the first image message module of the previous embodiment are integrated into the same component, and the second voice message module and the second image message module are also integrated into the same component, which can also be based on the seventh component. The steps shown in the figure complete the outdoor, indoor video and audio communication and the effect of automatic door opening.

Referring to Figures 7 and 9, the present invention can perform the smart door opening function. When a person presses the doorbell in a specific manner (for example, a short three-click operation), the wake-up step S110, the standby step S112, and the work step S114 are started. Then, the image obtained by the image capture device is compared with the built-in image of the second message device or the third message device. If it is a family member, the second message device or the third message device automatically issues a door opening command. If the doorbell is a non-family member, the indoor doorbell rings and the person in the room decides whether to open the door.

Referring to FIG. 10, the second message device of the present invention and a digital device (such as the aforementioned fourth message device or computer device) have a digital information receiving step S122. The first message device checks whether the second message device is in the working state; if the second message device is in the working state, the fourth message device does not transmit the data to the second message device; if the second message device is not in the working state, the fourth device The message device (the computer or its related device) transmits the digitized photo/picture in the storage device to the second message device and displays it on the liquid crystal display through a fourth short-range wireless transmission device; the blog or the Internet may also be The digitized pictures/photographs of other storage locations are transmitted to the second message device and displayed on the liquid crystal display.

According to the above description, the present invention transmits video and audio information by RF technology and thereby constitutes a wireless video doorbell system. The receiving end of the doorbell system has a movable second message device in addition to the fixed device, such as the third message device, so that the user can receive the outdoor voice and/or receive the outdoor voice at any location in the room. Image information; even worse, because the ZIGBEE module has routing and node functions, the indoor and outdoor messages can be reliably transmitted, so that the second message device can effectively transmit and receive messages at any location.

Further, by using the comparison of the images, the doorbell system constructed by the present invention can have the function of intelligently opening the door. In addition, the second message device can receive pictures/photos of the computer or the Internet, so it can be used as a mobile digital photo frame.

The above is a preferred embodiment and the design of the present invention. The preferred embodiments and the drawings are merely illustrative and not intended to limit the scope of the invention. The scope of the rights covered by the content of the "Scope of Patent Application" is not within the scope of the invention and is the scope of the applicant's rights.

10. . . First message device

12. . . Voice transceiver

14. . . Image capture device

16. . . button

20. . . Second message device

twenty one. . . LCD Monitor

twenty two. . . Voice transceiver

twenty three. . . Power component

twenty four. . . Data storage device

30. . . Third message device

32. . . Video display component

33. . . Charging device

34. . . Data storage device

40. . . Fourth message device

50. . . First short-range wireless transmission device

51. . . First voice module

52. . . First image module

60. . . Second short distance wireless transmission device

61. . . Second voice module

62. . . Second image module

70. . . Third short distance wireless transmission device

80. . . Fourth short distance wireless transmission device

90. . . Intermediate transmission module

101. . . Identity recognition mechanism

102. . . Routing table mechanism

S110. . . Wake up step

S112. . . Standby step

S114. . . Work steps

S116. . . Display step

S118. . . Path selection step

S120. . . Automatic release step

130. . . Security detection device

140. . . Long distance wireless communication module

142. . . Automatic dialing module

Figure 1 is a schematic illustration of the delivery system of the present invention.

2 is a schematic diagram showing the configuration of the first short message device and the first short distance wire feeding device of the present invention.

Figure 3A is a combination diagram of the second message device and the third message device of the present invention.

FIG. 3B is a schematic diagram showing the structure of the second message device and the third message device of the present invention.

FIG. 4A is a schematic diagram showing the configuration of the complex intermediate transmission module of the present invention.

Figure 4B is a schematic diagram of a pair of multi-family transmission shadow information of the present invention.

FIG. 4C is a schematic diagram showing the configuration of the security detection device of the present invention.

Figure 5 is a schematic structural view of the first, second, and third short-range wireless transmission devices and intermediate transmission modules of the present invention.

Figure 6 is a schematic diagram showing the configuration of the second message device and the fourth message device of the present invention.

Figure 7 is a block diagram of the control method of the invention.

Figure 8 is a flow chart showing the use of the video doorbell system of the present invention.

Figure 9 is a flow chart of the use of the present invention as a smart door opening.

Figure 10 is a flow chart showing the use of the mobile digital photo frame of the present invention.

10. . . First message device

20. . . Second message device

50. . . First short-range wireless transmission device

60. . . Second short distance wireless transmission device

Claims (28)

A wireless video and audio information transmission system, comprising: a first information device; a first short-range wireless transmission device electrically coupled to the first information device and having an identity recognition mechanism and a routing table mechanism The first message device controls to transmit a wireless communication message; a second message device is a portable handheld device and has a video display component; and a second short-range wireless transmission device having an identity recognition mechanism and a route The table mechanism is configured to be electrically coupled to the audio-visual display component in the second information device, and can transmit and receive wireless communication messages to and from the first short-range wireless transmission device. The wireless video information transmission system of claim 1, further comprising a third information device for supporting the second information device and having a third short-range wireless transmission device. The wireless video information transmission system of claim 2, wherein the second information device has a power component, the third message device having a charging device and corresponding to the power component. The wireless video information transmission system of claim 2, further comprising a long-distance wireless communication module and a plurality of security detection devices, wherein the long-distance wireless communication module is disposed in the third information device, the security The detecting device is configured to detect a condition in the environment and transmit corresponding information to the third message device. The wireless video information transmission system of claim 2, further comprising an automatic dialing module disposed on the third information device. The wireless video information transmission system of claim 1, further comprising at least one intermediate transmission module distributed between the first information device and the second message device. The wireless video information transmission system of claim 1, wherein the first information device has an image capture device and a voice transceiver. The wireless video information transmission system of claim 1, wherein the audio-visual display component of the second information device comprises a liquid crystal display and a voice transceiver. The wireless video and audio information transmission system of claim 1, wherein the first short-range wireless transmission device has a first voice module and a first image module. The wireless video and audio information transmission system of claim 9, wherein the first voice module and the first image module are ZIGBEE modules. The wireless video and audio information transmission system of claim 1, wherein the second short-range wireless transmission device has a second voice module and a second image module. The wireless video and audio information transmission system of claim 11, wherein the second voice module and the second image module are both ZIGBEE modules. The wireless video information transmission system according to claim 6, wherein the intermediate transmission module is a ZIGBEE module. The wireless video information transmission system of claim 1, further comprising a fourth message device having a fourth short-range wireless transmission device. The wireless video and audio information transmission system of claim 14, wherein the fourth information device is a computer, and the fourth short-range wireless transmission device has a voice module and/or an image module. The wireless video information transmission system of claim 15, wherein the voice module and the image module are ZIGBEE modules. The wireless video information transmission system of claim 1, wherein the first information device is an outdoor device of a video doorbell system. The wireless video information transmission system of claim 1, further comprising a data storage device disposed in the second information device. A wireless video and audio information transmission and control method, comprising: a wake-up step, a wake-up signal containing at least one identity identification information and a routing table information by a first short-range wireless transmission device; a standby step, a second short distance Each wireless transceiver module of the wireless transmission device and/or the other wireless transceiver module of the first short-distance non-transmission device receives the wake-up signal to present a standby state; and a working step of driving the second short-range wireless transmission device Sending a working signal, the working signal requires the first short-range wireless transmission device to transmit voice and/or image information, and is received by the second short-range wireless transmission device, wherein the working signal includes an identity identification information and a route Table information. The method for transmitting and controlling wireless video information according to claim 19, further comprising a displaying step, wherein the second short-range wireless transmission device receives the voice message output by the first short-range wireless transmission device and displays A voice transceiver. The method for transmitting and controlling wireless video information according to claim 19, further comprising a display step of receiving, by the second short-range wireless transmission device, the image information output by the first short-range wireless transmission device A liquid crystal display. The wireless video information transmission and control method according to claim 19, further comprising a path selection step, wherein the wake-up signal and the transmission/reception of the working signal are automatically selected according to the signal strength indicator in the routing information. The transfer path to travel. The wireless video information transmission and control method according to claim 22, wherein the transmission path in the path selection step is constituted by a plurality of intermediate transmission modules. The method for transmitting and controlling wireless video information according to claim 19, further comprising an automatic releasing step, which is a voice and/or image message transmitted by the first short-range wireless transmission device and a data storage device The built data is compared, and the automatic release function is executed when the comparison result meets the predetermined condition. The method for transmitting and controlling wireless video information according to claim 24, wherein the automatic release function is used to release an access control. The method for transmitting and controlling wireless video information according to claim 19, further comprising a digital information receiving step, wherein the digital device transmits the digital information to the second information device by using a wireless transmission technology, and the digital information Displayed on the second message device. The method for transmitting and controlling wireless video information according to claim 26, wherein the digital device is a computer, and the digital information is a digital picture or a photo. The method for transmitting and controlling wireless video information according to claim 27, wherein the digital information is from a storage device or an internet of the computer.