WO2007093125A1

WO2007093125A1 - Nasal bone conduction audio and video transmitting device

Info

Publication number: WO2007093125A1
Application number: PCT/CN2007/000528
Authority: WO
Inventors: Dave Wang
Original assignee: Victorion Technology Co., Ltd.
Priority date: 2006-02-15
Filing date: 2007-02-14
Publication date: 2007-08-23
Also published as: CN101022681A

Abstract

A nasal bone conduction audio and video transmitting device includes a bone conduction inputting unit which converts the voice to be transmitted to a sound signal; a communication transmitting unit which electrically connects to the bone conduction inputting unit to receive the sound signal, and transmits it outward to the transmitting unit, and/or receives an external sound signal from the transmitting unit; a bone conduction outputting unit which is used to receive the external sound signal and convert the external sound signal to an oscillating wave and make the oscillating wave to be conducted to an ear through the nasal bone; and a carrier unit which is used for supporting all sorts of unit; wherein the carrier unit is provided on the nose for making bone conduction outputting device and the bone conduction inputting device supported by it closely touching the skin of the nasal bone; the communication transmitting unit includes a digital imaging device, which is used to image scene and output an audio and video signal, the communication transmitting unit transmits the audio and video signal outward to the transmitting unit; the digital imaging device has a nasal bone conduction sound controlling unit, the nasal bone conduction sound controlling unit processes the sound signal from the bone conduction inputting unit to control the digital imaging device.

Description

Nasal conduction audio and video transmission device

Technical field

The invention relates to a nasal bone conduction audio and video transmission device, in particular to a digital imaging device, a nasal bone conduction audio and video transmission device, and an operation and digital audio and video storage device to operate interactively to achieve user-free photography, functional audio transmission, Voice-activated transmission, as well as audio and video transmission and storage. Background technique

The sound is conducted by the air, but wireless headphones or hearing aids that are generally introduced into the ear by air often fail to eliminate the external background sound source, so actuators using bone conduction or skin conduction have emerged.

In the era of 3C commodity technology, in addition to the above-mentioned requirements for sound transmission, image transmission and transmission of image-combined sound are becoming more and more important. Therefore, broadband wireless transmission such as 3G or 4G devices capable of simultaneously transmitting images and sounds can be realized. It is playing an important role in people's lives. In this technologically advanced era, people need more convenient and safer technology products. Therefore, inventors are constantly seeking better solutions to this market demand. The solution to the problem, some hand-free and electromagnetic wave-free hands-free handset products, or convenient hands-free camera products, continue to evolve with the development of technology.

Taiwan Patent Publication No. 463517 discloses a transmitting and receiving device using a bone conduction type loudspeaker, which has a bone conduction type loudspeaker section, a microphone section and a drive circuit housing section, and can be connected to a telephone or In the radio transceiver, the bone conduction type loudspeaker unit is configured to be attached to any position on the face when the microphone unit is placed at the mouth. However, the configuration attached to any position on the face does not necessarily have the effect of bone conduction.

It is known that the general contact indirect sonic bone conduction device placed on the neck can eliminate part of the background sound, and because it is a throat contact, the transmitted sound quality is turbid, and the clip is easily slid on the neck. The + points are inconvenient and unattractive, and the audio signal of the general contact indirect bone conduction device known to be placed in the neck is less attenuated than the audio signal in the general local communication.

Bone-type glasses-type hearing aids, which place the actuator on the rear end of the ear of the eyeglass frame to receive sound, which can eliminate the background sound, but can only solve the problem of listening, can not sound, and because of long-term use, the glasses stand will Loose and unable to fit the ear bones, the effect of hearing aids is greatly reduced; in recent years, mobile phones and other mobile devices have become popular and frequently used, wireless Bluetooth hands-free communication devices have become popular, and at the same time, the use of mobile devices has been solved. Problem, however, The external background sound can not be excused, the ear-type wear is uncomfortable for a long time, the heavy eyeglass frame is not very beautiful, the sweat is easy to sweat behind the ear, the hearing aid loses its function, and it is easy to fall off during exercise, which is its disadvantage. At the same time, this kind Bone conduction type glasses hearing aids, if two left and right eyeglass frames are used, components such as batteries, microphones, etc. cannot be shared, which makes the user have to pay nearly double the cost, which is not economical.

Another known electrophotographic system, Japanese Patent No. JP2000138858 discloses a glasses-type hands-free camera device attached to a spectacle frame, which is remotely controlled by a remote controller on a photographer's wrist. Technology, but it does not take into account the practicality and aesthetics of the user.

Another known eyeglass camera, Japanese Patent No. JP2003008971 discloses a hands-free camera in which the image portion of the miniature camera is integrally formed in the central portion of the eyeglass, and the video recording and display device can be separated; Increasingly miniaturized, the device will be a convenient camera device, but there is room for access to the connection and communication between the person and its separate device. Summary of the invention

SUMMARY OF THE INVENTION It is an object of the present invention to provide an output device for nasal bone conduction that informs a user of a nasal bone conduction audio-visual transmission device that functions or operational procedures that are required for photography.

It is an object of the present invention to provide an input device for nasal bone conduction that communicates the user's operation to an operational and digital audiovisual storage device in a voice-activated manner and to operate the digital imaging device.

It is an object of the present invention to provide a nasal bone conduction audio-visual transmission device that is placed above the nose pad holder and that can be integrally formed with the output and input devices of the glasses and nasal bone conduction.

A second object of the present invention is to provide a clip-on digital imaging device that can be attached to eyeglasses or other applicable items that is coupled to a wireless communication device for transmitting images to an operational and digital video storage device.

Another object of the present invention is to provide a nasal bone conduction audio-visual transmission device that can be coupled to an output or input device for nasal conduction, which can be attached to glasses or other applicable articles.

SUMMARY OF THE INVENTION An object of the present invention is to provide a nasal bone conduction video and audio transmission device which achieves the purpose of video and audio transmission by a wireless communication transmission device.

SUMMARY OF THE INVENTION An object of the present invention is to provide a nasal bone conduction video and audio transmission device which achieves the purpose of video transmission by a wired communication transmission device. The invention provides a nasal bone conduction audio and video transmission device, which mainly comprises:

• a transmission device; a bone conduction input device having an oscillator for converting a sound to be transmitted into a sound signal;

a communication transmission device electrically connecting the bone conduction input device to receive an acoustic signal and transmitting it to and/or receiving an external sound signal from the transmission device;

a bone conduction output device having a vibrating device for receiving the external sound signal, and converting the external sound signal into an oscillating wave, and transmitting the oscillating wave from the nasal bone to the ear;

a carrier device for carrying a bone conduction input device, a communication transmission device, and a bone conduction output device; the features are:

The carrier device is placed on the nose for closely contacting the bone conduction output device and the bone conduction input device with the nasal bone skin; the communication transmission device includes a digital imaging device for imaging the scene and outputting an image signal Transmitting, by the communication transmission device, the image signal to the transmission device; the digital imaging device has a nasal bone conduction sound control device, and the nasal bone conduction sound control device processes the sound signal from the bone conduction input device to control the digital imaging device; The transmission device includes an operation and digital audio and video storage device, the operation and digital audio storage device processing storage and display of the image signal, and transmitting to the communication transmission device to manipulate the digital imaging device.

The invention further provides a nasal bone conduction audio and video transmission device, comprising at least:

a bone conduction input device having an oscillator for converting the sound to be transmitted into a sound signal; a communication transmission device electrically connecting the bone conduction input device to receive the sound signal and transmitting the signal to a transmission device, and / or receiving an external sound signal from the transmission device;

a bone conduction output device having an oscillator for receiving the external sound signal, and converting the external sound signal into an oscillating wave, and transmitting the oscillating wave from the nasal bone to the ear;

The carrier device is placed on the nose for closely contacting the bone conduction output device and the bone conduction input device with the nasal bone skin; the communication transmission device includes a digital imaging device for imaging the scene and outputting an image signal The communication transmission device transmits the image signal to the transmission device; the digital imaging device has a nasal bone conduction sound control device that processes the sound signal from the bone conduction input device to manipulate the digital imaging device.

The above-mentioned carrier device may be a holder, a pair of glasses, a goggle, a goggle, a goggle, a nasal mask, a mask, a mask, a hood, a patch, a nose clip, or a device attachable to the nasal skin. one.

The transmission device includes a wireless controller and a digital video storage display, and the wireless controller is A connector appliance is coupled to the digital video storage display, and the communication transmission device is in wireless communication with the wireless controller.

The wireless controller includes at least an operation and digital audio storage device, and the operation and digital audio storage device can adjust and correct parameters of the lens, focal length, image clarity, color, and brightness of the digital imaging device.

The above digital audio storage display can be one of a mobile phone, a camera, a camcorder, a computer, a PDA or an iPod.

The transmission device comprises a cable controller and a digital video storage display, and the cable controller is connected to the digital video storage display via a connector appliance, and the communication transmission device and the cable controller are in wired communication.

The wired controller includes at least an operation and digital audio storage device, and the operation and digital audio storage device can adjust and correct parameters of the lens, focal length, image clarity, color, and brightness of the digital imaging device.

The nasal bone conduction video transmission device is further provided with a transmitter for collecting sound. The invention further provides an image transmission device, comprising at least: - a digital imaging device for imaging a scene and outputting an image signal;

a wireless communication transmission device electrically connecting the digital imaging device and transmitting the image signal to the outside; and a clip-on carrier for carrying the device; characterized by:

The wireless communication transmission device is in communication with a transmission device having a separate digital image processing device, the transmission device receiving the image signal and processing the storage and display by the separate digital image processing device; the separate digital image processing device transmitting the command The wireless communication transmission device is used to manipulate the digital imaging device.

The transmission device comprises a wireless controller and a digital video storage display, and the wireless controller is connected to the digital video storage display via a connector device, and the separate digital image processing device is installed in the wireless controller.

The transmission device comprises a wireless controller and a digital audio storage display, and the wireless controller is connected to the digital audio storage display via a connector appliance, and the separate digital image processing device is installed in the wireless controller.

The above digital audio storage display can be one of a mobile phone, a camera, a camcorder, a computer, a PDA or an iPod. DRAWINGS

In order to further explain the specific technical content of the present invention, the following detailed description will be given in conjunction with the embodiments and the accompanying drawings. Medium:

1 is a block diagram showing a wireless communication technique based on a nasal bone conduction video transmission device of the present invention.

2A and 2B show detailed block diagrams of the digital imaging device and the operation and digital audio storage device, respectively. Figure 3 is a diagram of the nasal bone conduction video transmission device of Figure 1 implemented on a glasses carrier.

4A and 4B show a rear view and a side view, respectively, of the holder.

Figure 5 is a block diagram of a nasal communication video transmission device of the present invention based on wired communication technology.

Figure 6 is a diagram of the nasal bone conduction video transmission device of Figure 5 implemented on a glasses carrier.

Figure 7 is a block diagram of an image transmission apparatus of the present invention. detailed description

Please refer to FIG. 1, which is a block diagram showing a wireless transmission device for nasal bone conduction audio and video of the present invention. The nasal bone conduction video transmission device 100 of the present invention comprises at least: a bone conduction input device 2 having an oscillator 20 for use as a sensor for sensing an oscillating acoustic tube exchange from the nasal bone An electronic sound signal; a bone conduction output device 1 having an oscillator 10 for use as an actuator for converting a received external sound signal into an oscillating wave and causing the oscillation The wave is transmitted from the nasal bone to the ear; a wireless communication transmission device 4, the wireless communication transmission device 4 includes at least a power module 40, a signal processing device 37, a signal processor 36, a transmission line 46, and a volume adjuster 32 for collecting The sound speaker 33, the sound source switcher 34, the digital phase forming device 110 and the antenna 21, the frequency counter module 2 the RF signal receiving module 23, the RF signal transmitting module 24, the RF signal amplifier 25, and the electronic filtering module 26 And a carrier device (please refer to FIG. 3) for carrying the bone conduction input device 2, the wireless communication transmission device 4, and the bone conduction output device 1 and placing The wireless communication transmission device 4 is electrically connected to the bone conduction input device 2 to receive a sound signal, and is externally transmitted to and/or receives an external sound signal from the transmission device 5, wherein the transmission device 5 is The wireless communication product has the functions of connection, transmission and frequency, and the transmission device 5 is composed of a digital audio storage display 50 and a wireless controller 53, and the digital audio storage display 50 is connected to the wireless controller 53. The device 52 completes the electrical connection; the digital audio storage display 5'0 is a mobile phone, PDA, computer, MP3, iPod, digital camera phone, digital camera, digital video camera, and

Communication products such as microwave/RF related products, infrared transmission devices, electronic signal transceivers, wireless broadband network transmitters, etc.; operation and digital audio storage device 210 and wireless communication transmission device in wireless controller 53 via digital audio storage display 50 The digital imaging device 110 within 4 reaches the nasal bone conduction video transmission device 100 of the present invention. In this embodiment, the wireless communication transmission device 4 further includes a power module 40 including at least; a power switch 47, a power supply 48, and an alarm 49, and the power switch 47 is selected to be turned on or off. The nasal bone conducts the audio-visual transmission device 100, and the power supply 48 is the power required to provide the device, and the power supply 48 is a general battery or a fuel cell or a device capable of supplying a power source or the like, and the alarm 49 is When the power supply reaches a low supply, an alarm is automatically issued to remind the user to replace the battery; and the connector 52 can be designed for different purposes such as a headphone jack, a PCMCIA card, and a USB port.

In this embodiment, the wireless controller 53 of the transmission device 5 of the present invention has a signal processor 36, a radio frequency signal receiving module 23, a radio frequency signal transmitting module 24, an antenna 21, a frequency counter module 22, and a power module 40. (power switch 47, power supply 48 and alarm 49), and the wireless controller 53 is established according to a Bluetooth wireless communication protocol or an RF related product or a microwave or transmission wireless signal, a wireless broadband network transmitter and a wireless communication transmission device 4. Wirelessly connected to the wireless communication transmission device 4, the wireless communication transmission device 4 has a power supply module 40 (power supply 48, power switch 47, alarm 49); and the signal processing device 37 is an electronic device for processing communication The signal, and the signal processor 36 is for processing the received or transmitted electronic signal. The frequency modulator module 22 is a device prepared for the change and setting rule of the radio communication frequency, and the frequency alignment between the radio signals can be adjusted to transfer the wireless information to each other. When the frequency is disturbed during the communication, if the frequency matching module 22 of the wireless communication transmission device 4 and the frequency transmitter module 22 of the wireless controller 53 are not reset to have the same frequency, then The present invention will not be able to perform functions that are used by multiple people on the same occasion. The RF signal receiving module 23 is a receiver for transmitting radio signals. The RF signal transmitting module 24 is a transmitter for transmitting radio signals. The RF signal amplifier 25 is used to enhance the radio signal. The signal is transmitted again to prevent the signal from being weakened. The electronic filter module 26 filters the noise to enhance the stability of the sound signal by passing the sound signal through the filter. The digital imaging device 110 of the wireless communication transmission device 4 is a scene image captured by the device, which is captured or recorded, where an imaged image signal is generated and converted into a compressible digital signal, which is then wirelessly The transmission mode is transmitted to the operation and digital audio and video storage device 210 in the wireless controller 53, and the transmitted digital signal is decompressed, and then the imaged audio and video is processed and stored, and then transmitted to the digital device via the connector 52. The audio-visual storage display 50 allows the user to view the video data captured or recorded by the user through the display 250. The volume adjuster 32 of the wireless communication transmission device 4 is for adjusting the volume level.

Please continue to refer to the nasal bone conduction video transmission device 100 of FIG. 1 , the bone conduction input device 2 is placed in the nose of the user, and the bone conduction input device 2 is in close contact with the Skin of overlying nasal bone, wherein The nasal bone skin refers to the skin covering the nasal bone in the nose; the oscillator 20 of the bone conduction input device 2 converts the oscillation wave into a sound signal to form a speech function, and can operate the voice by manual or nasal bone conduction sound control. hair The bone conduction output device 1 in which the nasal bone skin is in close contact converts the sound signal from the wireless controller 53 into an oscillating wave, which is transmitted from the nasal bone to the ear to form a listening function, and can also be used. The function mode is transmitted to the user in a voice mode, so that the user can clearly understand the audio and video transmission and operation mode of the desired setting.

When the nasal bone conduction video transmission device 100 of the present invention captures images, the digital imaging device 110 in the wireless communication transmission device 4 captures the image to be captured, and when the captured image needs to be properly adjusted (for example, insufficient light), the volume is passed. The adjuster 32 transmits to the bone conduction output device 1 to inform the user that the flash lamp needs to be turned on, and the user then uses the voice conduction instruction device to change the control parameters by the signal processing device 37, and finally the user also inputs the bone conduction. The device 2 uses the voice control to issue the command, and the digital imaging device 110 captures the image and transmits it to the signal processing device 37, and transmits it to the transmission device 5 through the antenna 21 through the RF signal transmitting module 24, and the transmitting device 5 receives the signal. The image captured by the digital imaging device 110 is image processed by the operation and digital audio storage device 210, and the processed signal is transmitted to the digital audio storage display 50 of the transmission device 5, by the display 250 to play back the captured image.

The nasal bone conduction video transmission device 100 of the present invention has the functions of photographing, video recording, viewing pictures, audio and video images and the like.

In various embodiments of the present invention, the carrier device can be a clip to fit the glasses, and the carrier device of the present invention can also integrally integrate the wireless communication transmission device 4, wherein the carrier device can be Eyeglasses, goggles, goggles, goggles, nasal masks, masks, hoods, patches, nose clips or one of the devices that attach the device to the nasal skin. The signal processor 36 can be integrated into an integrated circuit product, and the wireless controller 53 of the transmission device 5 can also be built in the digital video storage display 50 without being connected to the digital audio storage display by the connector 52. 50.

In another embodiment of the present invention, the wireless communication transmission device 4 and the wireless controller 53 in the nasal bone conduction video transmission device 100 can be combined into a product, which is regarded as a new nasal bone conduction wireless video and audio transmission device and system.

Referring to FIG. 2A and FIG. 2B, detailed block diagrams of the digital imaging device 110 and the operation and digital video storage device 210 are shown, respectively, and are installed in the wireless communication transmission device 4 and the transmission device 5, respectively.

The digital imaging device 110 of the present invention, in combination with the operational and digital audio storage device 210, is a general digital image processing device or digital camera. In the embodiment, the digital imaging device 110 is configured to image a scene and output an image signal, the wireless communication transmission device 4 transmits the image signal to the transmission device 5, and the digital imaging device 110 includes a Lens module 120, lens group 122, ranging/focusing 124, exposure module 130, photometry group 132, aperture group 134, shutter group 136, flash module 138, illumination module 140, image sensing The module 150, the image sensor 152, the digitizer 154, the image signal 156, the digital signal 156, the digital image processing module 160, the operation processing module 162, and the operation processing module 170 having the nasal bone conduction sound control device 80, wherein the nasal bone The conductive voice control device 80 is configured to process the sound signal from the bone conduction input device 2, and confirm the user's voice by the voiceprint recognition function, such as photographing, brightness adjustment, etc., to control the shooting state of the digital imaging device 110. .

The operation and digital audio storage device 210 is configured to process storage and display of image signals transmitted by the wireless communication transmission device 4, and transmit instructions to the wireless communication transmission device 4 to manipulate the digital imaging device, the operation and digital audio storage. The device 210 includes a digital signal processor 220, a memory 230, a digital image processing module, and an operation processing module 170 having a nasal bone conduction sound control device 80.

The image processing connection mode of the digital imaging device 110 is a basic connection mode of a general digital imaging device, and will not be described herein. Only the connection with the nasal bone conduction device will be described: the operation mode and the digital audio storage device 210 will use the mode. The voice signal is transmitted by the wireless controller 53 to the digital imaging device 110 of the wireless communication transmission device 4, and the imaging state of the digital imaging device 110 is transmitted to the bone conduction output device 1 via the voice signal of the nasal bone conduction voice IC module 180, that is, The sound signal is converted into an oscillating wave, and the oscillating wave is transmitted from the nasal bone to the ear, and the user can operate the digital imaging device 110 according to the audio, or otherwise perform voice control; the bone conduction input device 2 uses its oscillator 20, the sound to be transmitted is converted into a sound signal, transmitted to the operation and digital audio and video storage device 210 via the wireless communication transmission device 4 and the wireless controller 53, and processed by the nasal bone conduction voice control device 80 and the operation processing module 170, according to The content of the voice control is connected to the internal functional modules of the digital imaging device 110 for function Sexual operation.

The operation and digital audio storage device 210 can adjust and correct the lens, focal length, image clarity, color, and brightness of the captured subject, and make the captured image more natural. The implementation manner is as follows:

The compressed digital signal 162 image file is wirelessly transmitted from the digital imaging device 110 in the wireless communication transmission device 4, and then transmitted to the operation in the wireless controller 53 and the digital video storage device 210, the compressed digital signal. After being decompressed by the digital image processing module 160, the digital signal processor (DSP) 220 performs color signal tween processing, color correction, brightness correction, contour correction, enhanced resolution, and then the trimmed image. Or the sound is transferred to the memory 230 for storage; the storage mode of the memory 230 can be processed in different ways according to product design or functional requirements, for example: high-capacity HDD hard disk, portable disk, flash memory, memory card (Compact Flash card, Smart Media card, Memory Stick card, etc.). The operation processing module 170 mainly processes the voice IC and the voice control adjustment. In the voice IC part, the function mode of the shooting or recording is selected, and the user is notified through the nasal bone conduction voice IC module 180; Nasal conduction input device 2 (in wireless In the communication transmission device 4, the item or the name or the function mode that the user wants to adjust is input by the nasal bone conduction sound, and then the nasal bone conduction sound control device 80 (in the digital imaging device 110) is controlled according to the voice command. To adjust to meet the needs of users, such as: changing the lens module 120 (far, medium, close-up), turning off or turning on the flash module 138, changing the automatic or manual shooting mode, the selection of the sound source switch 34, the volume level Corpse and so on.

Referring to Figure 3 in conjunction with Figures 4A and 4B, there is shown a diagram of a nasal bone conduction video transmission device of the present invention implemented in an eyeglass carrier. The nasal bone conduction audio-visual transmission device of the present invention is combined with a movable clip-type carrier (which can be clamped on the glasses), and comprises at least: a pair of glasses 6 having a pair of nose pad holders 61; a holder 8 is clamped to the glasses 6 and clips After the seat 8, there is at least one clip 9, the wireless communication device 4, the microphone 33, the lens module 120, the flash module 138 and the digital imaging device 110 are disposed in the holder 8, as shown in FIG. The transmission device 5 has a wireless controller 53, a display 250, an operation and digital audio storage device 210, a connector 52, and a digital video storage display 50. The wireless communication and manipulation between the wireless communication transmission device 4 and the transmission device 5 are as in the embodiment shown in FIG.

Referring to FIG. 5, a block diagram of a nasal bone conduction audio and video transmission device based on a wired communication technology according to another embodiment of the present invention is shown. In this embodiment of the invention, the nasal bone conduction video transmission device comprises at least: a bone conduction output device 1 having an oscillator 10 for use as an actuator for receiving The external sound signal is converted into an oscillating wave, and the oscillating wave is transmitted to the ear by the nasal bone. The bone conduction input device 2 has an oscillator 20, which is used as a sensor for sensing The oscillating sonic tube transmitted from the nasal bone is converted into an electronic sound signal; a wired communication transmission device 3, the wired communication transmission device 3 includes at least a phonograph 33, a digital imaging device 110; and a carrier device for carrying the bone The conductive input device 2, the wireless communication transmission device 4 and the bone conduction output device 1 are placed in the nose, wherein the wired communication transmission device 3 establishes a wired connection with a transmission device 5, and the transmission device 5 has functions of connection, transmission, and the like. a communication product, and the transmission device 5 is composed of a digital audio-visual storage display 50 connected to a wired controller 51, and the digital audio-visual storage display 50 and The cable controller 51 is electrically connected by a connector 52; the digital video storage display 50 is a mobile phone, PDA, computer, MP3, iPod, digital camera, digital camera, digital video camera, and microwave/related products. Communication transmission products such as an infrared transmission device, an electronic signal transceiver, and a wireless broadband network transmission; the operation in the cable controller 51 and the digital imaging in the digital audio storage device 210 and the wired communication transmission device 3 via the digital audio storage display 50 The device 110 is used to reach the nasal bone conduction audio and video cable transmission device of the present invention.

In a specific embodiment, the cable controller 51 is further provided with a power module 40 (power switch 47, electric a source supply 48 and an alarm 49), the power switch 47 is selected to be used to turn off or off the nasal bone conduction communication transmission device of the present invention, and the power supply 48 is to supply the power required by the device, and the power supply 48 It is a general battery or a fuel cell or a device capable of supplying power, etc., and the alarm 49 is configured to automatically alert the user to replace the battery when the power supply reaches a low supply, and the connector 52 can be designed Headphone jack, PCMCIA card and USB port for different purposes.

Please continue to refer to the nasal bone conduction audio-visual transmission device shown in FIG. 5, the bone conduction input device 2 is placed on the nose of the user, and the bone conduction input device 2 is in close contact with the nasal bone skin; the oscillator of the bone conduction input device 2 20 converting the oscillating wave into a sound signal to form a "I tongue function", and the invention can be operated in a manner of manual or nasal bone conduction sound control; and the bone conduction output device 1 of the nasal bone skin in close contact will be from the wired controller The sound signal of 51 is converted into an oscillating wave, which is transmitted from the nasal bone to the ear to form a listening function, and can also convey the function mode of the use state to the user in a voice manner, so that the user can clearly understand the desired setting. Audio and video transmission and operation mode.

Referring to Figure 5, the bone conduction output device 1 is placed on the nose of the user, and the bone conduction output device 1 is in close contact with the nasal skin. The oscillator 10 of the bone conduction output device 1 converts the sound signal from the wired communication transmission device 3 into an oscillation wave, and the oscillation wave is transmitted from the nasal bone to the ear to form an answering function. The bone conduction input device 2 is also placed in the nose of the user, and the bone conduction input device 2 is in close contact with the nasal skin. The oscillator 20 of the bone conduction input device 2 converts the oscillation wave into an acoustic signal to form a speech function. The transmission device 5 is a sound and audio information transmitted through the wired communication transmission device 3 to the bone conduction output device 1 and the bone conduction input device 2, and the digital audio storage display 50 of the transmission device 5 is The connector 52 is coupled to the wired controller 51, and the wired communication transmission device 3 electrically connects the bone conduction input device 2 and the bone conduction output device 1 to transmit and receive the wired signal.

The digital imaging device 110 of the wired communication transmission device 3 is a scene image captured by the device, which is captured or recorded, where an imaged image signal is generated and converted into a video signal 156, which is then transmitted by wire. The method is transmitted to the operation and digital audio storage device 210 in the cable controller 51, and the transmitted image signal 156 is compressed, corrected, and stored, and then transferred to the digital video storage display 50 via the connector 52, and the user passes The display 250 can view the video and audio materials that it has taken or recorded. The volume adjuster 32 of the transmission device 5 is for adjusting the volume level.

In this embodiment of the invention, the nasal bone conduction video transmission device has functions of photographing, video recording, viewing pictures, audio and video images and the like. The operation and digital audio storage device 210 can adjust and correct the lens, focal length, image clarity, color, and brightness of the captured subject, and make the captured image more natural. The implementation manner is as follows: The converted image signal 156, The digital imaging device 110 in the wired communication transmission device 3 is wired After being sent to the operation and digital video storage device 210 in the cable controller 53, the image signal 156 is processed by the digital image processing module 160, and then processed by the digital signal processor (DSP) 220 for color signal tween processing. Color correction, brightness correction, contour correction, enhanced resolution, and then dump the trimmed image or sound to memory 230 for storage; the storage mode of memory 230 can be processed in different ways depending on product design or functional requirements. For example: high-capacity HDD hard disk, portable disk, flash memory, memory card (Compact Flash card, Smart Media card, Memory Stick card, etc.). The operation processing module 170 mainly processes the voice IC and the voice control adjustment. In the voice IC part, the function mode of the shooting or recording is selected, and the user is notified through the nasal bone conduction voice IC module 180; The nasal bone conduction input device 2 (in the wireless communication transmission device 4) inputs the item or name or function mode that the user wants to adjust with the nasal bone conduction sound, and then transmits the voice control device 80 through the nasal bone (in the digital imaging device 110). The control will be adjusted according to the voice command to meet the user's needs, such as: changing the lens module 120 (far, medium, close-up), turning off or turning on the flash module 138, changing the automatic or manual shooting mode, the sound source The selection of the switch 34, the volume sound, and the like.

The image processing connection method of the digital imaging device 110 is a connection method of a general digital imaging device, and will not be described herein.

In various embodiments of the present invention, the carrier device can be a clip to fit the glasses, and the carrier device of the present invention can also form a wired communication transmission device 3, which can be combined with the carrier device. For glasses, goggles, goggles, goggles, nasal masks, masks, hoods, patches, nose clips or one of the devices that allow the device to be attached to the nasal skin. The signal processor 36 can be integrated into an integrated circuit product, and the wireless controller 53 of the transmission device 5 can also be built in the digital video storage display 50 without being connected to the digital audio and video storage by the connector 52. Display 50.

Referring to FIG. 6 and FIG. 5, FIG. 5 is a diagram showing the implementation of the nasal bone conduction video transmission device shown in FIG. The nasal bone conduction audio-visual transmission device of the present invention is combined with a movable clip-type carrier (which can be clamped on the glasses), and comprises at least: a pair of glasses 6 having a pair of nose pad holders 61; a holder 8 is clamped to the glasses 6 and clips After the seat 8 is at least one clip 9, the clip 8 is provided with the wired communication transmission device 3, the microphone 33, the lens module 120, the flash module 138 and the digital imaging device 110, as shown in FIG. 5; The transmission line 46 is connected to the transmission device 5, and externally connects the cable controller 51, the display 250, the operation and digital audio storage device 210, the connector 52 and the digital video storage display 50. The wired communication and manipulation between the wired communication transmission device 3 and the transmission device 5 are as in the embodiment shown in FIG.

Please refer to FIG. 7 which is a block diagram of the image transmission apparatus of the present invention. In the image transmission device of the present invention, the wireless communication transmission device 4 includes at least a clip holder 8, a power module 40, a digital imaging device 110, and a signal processor. 36. The talker 33. The transmission device 5 includes at least a digital video storage display 50, a connector 52, a wireless controller, and a separate digital image processing device 260. The functions and functions of the above constituent units are as shown in the embodiment of Fig. 1.

In this embodiment, the wireless controller 53 is further provided with a power module 40 (a power switch 47, a power supply 48, and an alarm 49), and the power switch 47 is selected to be used to turn or turn off the nasal bone conduction using the present invention. a communication transmission device, and the power supply 48 is the power required to provide the device, and the power supply 48 is a general battery or a fuel cell or a device capable of supplying power, etc., and the alarm 49 is for power supply When the low supply is reached, an alarm is automatically issued to remind the user to replace the battery; and the connector 52 can be designed for different purposes such as a headphone jack, a PCMCIA card, and a USB port.

The digital imaging device 110 is transmitted to the separate digital image processing device 260 via the wireless communication transmission device 4 to store and display the generated image; the separate digital image processing device 260 is connected or built in a number by a connector 52. The audio-visual storage display 50 is configured to store and display the image, and the image can be viewed through the display 250. The device is carried by a carrier having a clamping seat 8 and can be conveniently clamped to glasses, a tie, clothes or other suitable Above the item.

The separate digital image processing device 260 can adjust and correct the lens, focal length, image clarity, color, and brightness of the captured subject, and make the captured image more natural. The implementation manner is as follows:

The compressed digital signal 162 image file is wirelessly transmitted from the digital imaging device 110 in the wireless communication transmission device 4, and then transmitted to the separate digital image processing device 260 in the wireless controller 53, the compressed digital signal. After being decompressed by the digital image processing module 160, the digital signal processor (DSP) 220 performs color signal tween processing, color correction, brightness correction, contour correction, enhanced resolution, and then the trimmed image. Or the sound is transferred to the memory 230 for storage; the storage mode of the memory 230 can be processed in different ways according to product design or functional requirements, for example: high-capacity HDD hard disk, portable disk, flash memory, memory card (Compact Flash card, Smart Media card, Memory Stick card, etc.).

Having described the preferred embodiments of the present invention, it will be understood by those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of the invention. Implementation.

Claims

Rights request

1. A nasal bone conduction audio and video transmission device, mainly comprising:

a transmission device;

a bone conduction input device having an oscillator for converting the sound to be transmitted into a sound signal; a communication transmission device electrically connecting the bone conduction input device to receive the sound signal, and transmitting the signal to the transmission device, and / or receiving an external sound signal from the transmission device;

The carrier device is placed on the nose for contacting the bone conduction output device and the bone conduction input device with the nose bone skin; the communication transmission device includes a digital imaging device for imaging the scene and outputting an image Signaling, the communication transmission device transmits the image signal to the transmission device; the digital imaging device has a nasal bone conduction voice control device, and the nasal bone conduction voice control device processes the sound signal from the bone conduction input device to control the digital imaging device The transmission device includes an operation and digital audio and video storage device, the operation and digital audio storage device processing the storage and display of the image signal, and transmitting to the communication transmission device to manipulate the digital imaging device.

2. A nasal bone conduction audio and video transmission device, comprising at least:

a transmission device;

a communication transmission device receiving an external sound signal from the transmission device;

a carrier device for carrying the communication transmission device and the bone conduction output device; wherein: the carrier device is placed on the nose for closely contacting the bone conduction output device with the nasal bone skin; the communication The transmission device includes a digital imaging device for imaging a scene and outputting an image signal, and the communication transmission device transmits the image signal to the transmission device; the transmission device includes an operation and digital audio and video storage device, and the operation The digital audio storage device processes the storage and display of the image signal and transmits to the communication transmission device to manipulate the digital imaging device.

3. A nasal bone conduction audio and video transmission device, comprising at least: a bone conduction input device having an oscillator for converting the sound to be transmitted into a sound signal; a communication transmission device electrically connecting the bone conduction input device to receive the sound signal and transmitting the signal to a transmission device, and / or receiving an external sound signal from the transmission device;

- a carrier device for carrying a bone conduction input device, a communication transmission device and a bone conduction output device; the features are:

The nasal bone conduction video transmission device according to claim 1 or 2 or 3, wherein a further speaker is provided for collecting sound.

The nasal bone conduction audio-visual transmission device according to claim 1 or 2 or 3, wherein the carrier device is a holder, glasses, a goggle, a goggle, a goggle, a nasal mask, a mask, a mask, A hood, patch, nose clip, or one of the devices that can be attached to the nose skin.

The nasal bone conduction audio and video transmission device according to claim 1 or 2 or 3, wherein the transmission device comprises a wireless controller and a digital video storage display, and the wireless controller is connected via a connector Connected to a digital video storage display; wireless communication between the communication transmission device and the wireless controller.

The nasal bone conduction audio and video transmission device according to claim 6, wherein the wireless controller comprises at least an operation and digital audio and video storage device, a power module, a volume adjuster, a signal processor, an antenna, and a radio frequency signal. The receiving module, the frequency counter module, and the radio frequency signal transmitting module.

The nasal bone conduction audio-visual transmission device according to claim 7, wherein the operation and digital audio-visual storage device can adjust and correct parameters of a lens, a focal length, a clear image, a color, and a brightness of the digital imaging device.

The nasal bone conduction video transmission device according to claim 1 or 2 or 3, wherein the communication transmission device further comprises a signal processing device, a volume adjuster, a radio frequency signal receiving module, an electronic filter module, RF signal amplifier, RF signal transmitting module, frequency counter module, antenna, power audio controller, and power module.

The nasal bone conduction audio-visual transmission device according to claim 6, wherein the digital audio-visual storage display is one of a mobile phone, a camera, a video camera, a computer, a PDA or an iPod.

The nasal bone conduction video transmission device according to claim 1 or 2 or 3, wherein the transmission device comprises a wired controller and a digital audio storage display, and the cable controller is connected via a connector device Connected to a digital video storage display with wired communication between the communication transmission device and the cable controller.

The nasal bone conduction audio and video transmission device according to claim 11, wherein the cable controller comprises at least a power module, a volume adjuster, a sound source switcher, a signal processor, and an operation and digital audio and video storage device. .

The nasal bone conduction video transmission device according to claim 12, wherein the operation and digital audio storage device can adjust and correct parameters of the lens, the focal length, the image clarity, the color and the brightness of the digital imaging device.

The nasal bone conduction video transmission device according to claim 11, wherein the digital video storage display is one of a mobile phone, a camera, a video camera, a computer, a PDA or an iPod.

15. An image transmission device, comprising: at least:

a digital imaging device for imaging a scene and outputting an image signal;

a wireless communication transmission device electrically connecting the digital imaging device and transmitting the image signal to the outside; and a clip-on carrier for carrying the device; the feature is:

The wireless communication transmission device is in communication with a transmission device having a separate digital image processing device, the transmission device receiving an image signal and processing the storage and display by the separate digital image processing device; the separate digital image processing device transmitting the command wireless A communication transmission device to operate the digital imaging device.

The image transmission device according to claim 15, wherein a further speaker is provided for collecting sound.

The image transmission device according to claim 15, wherein the transmission device comprises a wireless controller and a digital video storage display, and the wireless controller is connected to the digital video storage display via a connector device. And the separate digital image processing device is installed in the wireless controller.

The image transmission device according to claim 17, wherein the digital video storage display is one of a mobile phone, a camera, a video camera, a computer, a PDA or an iPod.

The image transmission device according to claim 17, wherein the wireless controller further comprises a power module, a volume adjuster, a signal processor, an antenna, a radio frequency signal receiving module, and a frequency modulator module. Group and RF signal transmission module.

The image transmission device according to claim 17, wherein the separate digital image processing device transmits commands to manipulate and correct parameters of the lens, focal length, image sharpness, color, and brightness of the digital imaging device.

The image transmission device according to claim 17, wherein the wireless communication transmission device further comprises a signal processing device, a volume adjuster, a radio frequency signal receiving module, an electronic filter module, a radio frequency signal amplifier, RF signal transmitting module, frequency counter module, antenna, power audio controller, and power module.